From 2e1bf59f8b2f607e778a55511ee90c036684f51c Mon Sep 17 00:00:00 2001 From: xuhan425 Date: Fri, 19 Jul 2019 16:33:53 -0600 Subject: [PATCH 01/69] restructure CFDExchange.mo with a divided PartialExchange.mo --- .../Detailed/BaseClasses/CFDExchange.mo | 189 +------------ .../Detailed/BaseClasses/PartialExchange.mo | 262 ++++++++++++++++++ .../Detailed/BaseClasses/package.order | 1 + 3 files changed, 264 insertions(+), 188 deletions(-) create mode 100644 Buildings/ThermalZones/Detailed/BaseClasses/PartialExchange.mo diff --git a/Buildings/ThermalZones/Detailed/BaseClasses/CFDExchange.mo b/Buildings/ThermalZones/Detailed/BaseClasses/CFDExchange.mo index 68a876d938f..d412357de44 100644 --- a/Buildings/ThermalZones/Detailed/BaseClasses/CFDExchange.mo +++ b/Buildings/ThermalZones/Detailed/BaseClasses/CFDExchange.mo @@ -1,63 +1,6 @@ within Buildings.ThermalZones.Detailed.BaseClasses; block CFDExchange "Block that exchanges data with the CFD code" - extends Modelica.Blocks.Interfaces.DiscreteBlock( - firstTrigger(start=false, - fixed=true)); - parameter String cfdFilNam "CFD input file name" annotation (Dialog( - loadSelector(caption= - "Select CFD input file"))); - parameter Boolean activateInterface=true - "Set to false to deactivate interface and use instead yFixed as output" - annotation (Evaluate=true); - parameter Integer nXi - "Number of independent species concentration of the inflowing medium"; - parameter Integer nC "Number of trace substances of the inflowing medium"; - parameter Integer nWri(min=0) - "Number of values to write to the CFD simulation"; - parameter Integer nRea(min=0) - "Number of double values to be read from the CFD simulation"; - parameter Integer flaWri[nWri] = ones(nWri) - "Flag for double values (0: use current value, 1: use average over interval, 2: use integral over interval)" - annotation(Evaluate=true); - parameter Real yFixed[nRea] "Fixed output, used if activateInterface=false" - annotation (Dialog(enable=not activateInterface)); - parameter Integer nSur(min=2) "Number of surfaces"; - parameter Integer nConExtWin(min=0) - "number of exterior construction with window"; - parameter CFDSurfaceIdentifier surIde[nSur] "Surface identifiers"; - parameter Boolean haveShade - "Set to true if at least one window in the room has a shade"; - parameter Boolean haveSensor - "Flag, true if the model has at least one sensor"; - parameter String sensorName[:] - "Names of sensors as declared in the CFD input file"; - parameter String portName[:] - "Names of fluid ports as declared in the CFD input file"; - parameter Boolean verbose=false "Set to true for verbose output"; - parameter Modelica.SIunits.Density rho_start "Density at initial state"; - - CFDThread CFDThre = CFDThread() - "Allocate memory for cosimulation variables via constructor and send stop command to FFD via destructor"; - - Modelica.Blocks.Interfaces.RealInput u[nWri] "Inputs to CFD" - annotation (Placement(transformation(extent={{-140,-20},{-100,20}}))); - discrete Modelica.Blocks.Interfaces.RealOutput y[nRea] "Outputs received from CFD" - annotation (Placement(transformation(extent={{100,-10},{120,10}}))); - - Real uInt[nWri] "Value of integral"; - discrete Real uIntPre[nWri] "Value of integral at previous sampling instance"; - discrete Real uWri[nWri] "Value to be sent to the CFD interface"; - - -protected - final parameter Integer nSen(min=0) = size(sensorName, 1) - "Number of sensors that are connected to CFD output"; - final parameter Integer nPorts=size(portName, 1) - "Number of fluid ports for the HVAC inlet and outlets"; - discrete Modelica.SIunits.Time modTimRea(fixed=false) - "Current model time received from CFD"; - - discrete Integer retVal(start=0, fixed=true) "Return value from CFD"; + extends Buildings.ThermalZones.Detailed.BaseClasses.PartialExchange; /////////////////////////////////////////////////////////////////////////// // Function that sends the parameters of the model from Modelica to CFD @@ -151,94 +94,7 @@ protected nY); end exchange; - /////////////////////////////////////////////////////////////////////////// - // Function that returns strings that are not unique. - function returnNonUniqueStrings - input Integer n(min=2) "Number entries"; - input Boolean ideNam[n - 1] - "Flag that is set to true if the name is used more than once"; - input String names[n] "Names"; - output String s "String with non-unique names"; - algorithm - s := ""; - for i in 1:n - 1 loop - if ideNam[i] then - s := s + "\n '" + names[i] + "'"; - end if; - end for; - end returnNonUniqueStrings; - - // This function does not work because Dymola 2014 has problems with - // handling strings in an algorithm section - function assertStringsAreUnique - input String descriptiveName - "Descriptive name of what is tested, such as 'sensor' or 'ports'"; - input Integer n(min=2) "Number of strings"; - input String names[n] "Names"; - protected - Boolean ideNam[n-1] - "Flag that is set to true if the name is used more than once"; - - algorithm - // Loop over all names to verify that they are unique - if n > 1 then - for i in 1:n-1 loop - for j in i+1:n loop - ideNam[i] := Modelica.Utilities.Strings.isEqual(names[i], names[j]); - if ideNam[i] then - break; - end if; - end for; // j - end for; // i - - assert( not Modelica.Math.BooleanVectors.anyTrue(ideNam), - "For the CFD interface, all " + descriptiveName + - " must have a name that is unique within each room. - The following " - + descriptiveName + " names are used more than once in the room model:" + - returnNonUniqueStrings(n, ideNam, names)); - else - ideNam :=fill(false, max(0, n - 1)); - end if; - annotation(Inline=true); - end assertStringsAreUnique; - initial equation - // Diagnostics output - if verbose then - Modelica.Utilities.Streams.print(string=" -CFDExchange has the following surfaces:"); - for i in 1:nSur loop - Modelica.Utilities.Streams.print(string=" - name = " + surIde[i].name + " - A = " + String(surIde[i].A) + " [m2] - tilt = " + String(surIde[i].til*180/Modelica.Constants.pi) + " [deg]"); - end for; - - if haveSensor then - Modelica.Utilities.Streams.print(string=" -CFDExchange has the following sensors:"); - for i in 1:nSen loop - Modelica.Utilities.Streams.print(string=" " + sensorName[i]); - end for; - else - Modelica.Utilities.Streams.print(string="CFDExchange has no sensors."); - end if; -end if; - - // Assert that the surface, sensor and ports have a name, - // and that that name is unique. - // Otherwise, stop with an error. - - assertStringsAreUnique(descriptiveName="surface", - n=nSur, - names={surIde[i].name for i in 1:nSur}); - assertStringsAreUnique(descriptiveName="sensor", - n=nSen, - names=sensorName); - assertStringsAreUnique(descriptiveName="ports", - n=nPorts, - names=portName); // Send parameters to the CFD interface sendParameters( @@ -260,52 +116,9 @@ end if; rho_start=rho_start, verbose=verbose); - // Assignment of parameters and start values - uInt = zeros(nWri); - uIntPre = zeros(nWri); - for i in 1:nWri loop - assert(flaWri[i] >= 0 and flaWri[i] <= 2, - "Parameter flaWri out of range for " + String(i) + "-th component."); - end for; - - // Assign uWri and y. This avoids a translation warning in Dymola - // as otherwise, not all initial values are specified. - // However, uWri and y are only used below in the body of the 'when' - // block after they have been assigned. - uWri = u; - y=yFixed; - - modTimRea = time; equation - for i in 1:nWri loop - der(uInt[i]) = if (flaWri[i] > 0) then u[i] else 0; - end for; - - when sampleTrigger then - // Compute value that will be sent to the CFD interface - for i in 1:nWri loop - if (flaWri[i] == 0) then - uWri[i] = pre(u[i]); - elseif (flaWri[i] == 1) then - if (time 1 then + for i in 1:n-1 loop + for j in i+1:n loop + ideNam[i] := Modelica.Utilities.Strings.isEqual(names[i], names[j]); + if ideNam[i] then + break; + end if; + end for; // j + end for; // i + + assert( not Modelica.Math.BooleanVectors.anyTrue(ideNam), + "For the CFD interface, all " + descriptiveName + + " must have a name that is unique within each room. + The following " + + descriptiveName + " names are used more than once in the room model:" + + returnNonUniqueStrings(n, ideNam, names)); + else + ideNam :=fill(false, max(0, n - 1)); + end if; + annotation(Inline=true); + end assertStringsAreUnique; + +initial equation + // Diagnostics output + if verbose then + Modelica.Utilities.Streams.print(string=" +CFDExchange has the following surfaces:"); + for i in 1:nSur loop + Modelica.Utilities.Streams.print(string=" + name = " + surIde[i].name + " + A = " + String(surIde[i].A) + " [m2] + tilt = " + String(surIde[i].til*180/Modelica.Constants.pi) + " [deg]"); + end for; + + if haveSensor then + Modelica.Utilities.Streams.print(string=" +CFDExchange has the following sensors:"); + for i in 1:nSen loop + Modelica.Utilities.Streams.print(string=" " + sensorName[i]); + end for; + else + Modelica.Utilities.Streams.print(string="CFDExchange has no sensors."); + end if; +end if; + + // Assert that the surface, sensor and ports have a name, + // and that that name is unique. + // Otherwise, stop with an error. + + assertStringsAreUnique(descriptiveName="surface", + n=nSur, + names={surIde[i].name for i in 1:nSur}); + assertStringsAreUnique(descriptiveName="sensor", + n=nSen, + names=sensorName); + assertStringsAreUnique(descriptiveName="ports", + n=nPorts, + names=portName); + + // Assignment of parameters and start values + uInt = zeros(nWri); + uIntPre = zeros(nWri); + for i in 1:nWri loop + assert(flaWri[i] >= 0 and flaWri[i] <= 2, + "Parameter flaWri out of range for " + String(i) + "-th component."); + end for; + + // Assign uWri and y. This avoids a translation warning in Dymola + // as otherwise, not all initial values are specified. + // However, uWri and y are only used below in the body of the 'when' + // block after they have been assigned. + uWri = u; + y=yFixed; + + modTimRea = time; +equation + for i in 1:nWri loop + der(uInt[i]) = if (flaWri[i] > 0) then u[i] else 0; + end for; + + when sampleTrigger then + // Compute value that will be sent to the CFD interface + for i in 1:nWri loop + if (flaWri[i] == 0) then + uWri[i] = pre(u[i]); + elseif (flaWri[i] == 1) then + if (time +Buildings.ThermalZones.Detailed.UsersGuide.CFD. +

+", revisions=" +
    +
  • +January 12, 2019, by Michael Wetter:
    +Removed Evaluate statement as the model is used with +fixed=false which causes a warning in JModelica. +
    • +
  • +July 27, 2018, by Wei Tian and Xu Han:
    +To fix the issue FFD fails in JModelica tests due to unsupported OS #612 at +issue 612. +November 17, 2016, by Michael Wetter:
    +Removed public parameter uStart, which is not needed and +refactored model.
    +This is for +issue 579. +
    • +
  • +April 21, 2016, by Michael Wetter:
    +Movded call to + +Buildings.BoundaryConditions.WeatherData.BaseClasses.getAbsolutePath +from this model to +Buildings.ThermalZones.Detailed.CFD. +This is for +Buildings, #506. +
    • +
  • +September 28, 2015, by Michael Wetter:
    +Provided start value for all variables to avoid warning +in the pedantic Modelica check in Dymola 2016 about unspecified initial conditions. +This closes +issue 459. +
    • +
  • +June 4, 2015, by Michael Wetter:
    +Set start and fixed +attributes in +u[nWri](start=_uStart, each fixed=true) +to avoid a warning in Dymola 2016 about unspecified initial conditions. +This closes +issue 422. +
    • +
  • +February 6, 2015, by Michael Wetter:
    +Changed initial algorithm to initial equation. +
    • +
  • +January 24, 2014, by Wangda Zuo:
    +Enabled the transfer of Xi and X to CFD. +
    • +
  • +July 19, 2013, by Michael Wetter:
    +First implementation. +
    • +
+")); +end PartialExchange; diff --git a/Buildings/ThermalZones/Detailed/BaseClasses/package.order b/Buildings/ThermalZones/Detailed/BaseClasses/package.order index 85277ec7635..3d47c6af2b0 100644 --- a/Buildings/ThermalZones/Detailed/BaseClasses/package.order +++ b/Buildings/ThermalZones/Detailed/BaseClasses/package.order @@ -1,5 +1,6 @@ CFDAirHeatMassBalance CFDExchange +PartialExchange CFDFluidInterface CFDSurfaceInterface CFDThread From b39bb28da447abd1bb3bde2a955092d954f05c49 Mon Sep 17 00:00:00 2001 From: xuhan425 Date: Fri, 19 Jul 2019 17:07:54 -0600 Subject: [PATCH 02/69] add variables for internal sources in CFDExchange.mo --- .../ThermalZones/Detailed/BaseClasses/CFDExchange.mo | 12 ++++++++++++ .../Detailed/BaseClasses/PartialExchange.mo | 6 ++++++ .../Detailed/BaseClasses/cfdStartCosimulation.mo | 9 +++++++++ 3 files changed, 27 insertions(+) diff --git a/Buildings/ThermalZones/Detailed/BaseClasses/CFDExchange.mo b/Buildings/ThermalZones/Detailed/BaseClasses/CFDExchange.mo index d412357de44..726488c96d7 100644 --- a/Buildings/ThermalZones/Detailed/BaseClasses/CFDExchange.mo +++ b/Buildings/ThermalZones/Detailed/BaseClasses/CFDExchange.mo @@ -28,6 +28,12 @@ block CFDExchange "Block that exchanges data with the CFD code" input Integer nXi "Number of independent species concentration of the inflowing medium"; input Integer nC "Number of trace substances of the inflowing medium"; + input Boolean haveSource + "Flag, true if the model has at least one source"; + input Integer nSou(min=0) + "Number of sources that are connected to CFD output"; + input String sourceName[nSou] + "Names of sources as declared in the CFD input file"; input Modelica.SIunits.Density rho_start "Density at initial state"; protected Integer coSimFlag=0; @@ -57,6 +63,9 @@ block CFDExchange "Block that exchanges data with the CFD code" nConExtWin, nXi, nC, + haveSource, + nSou, + sourceName, rho_start); assert(coSimFlag < 0.5, "Could not start the cosimulation."); @@ -113,6 +122,9 @@ initial equation nPorts=nPorts, nXi=nXi, nC=nC, + haveSource=haveSource, + nSou=nSou, + sourceName=sourceName, rho_start=rho_start, verbose=verbose); diff --git a/Buildings/ThermalZones/Detailed/BaseClasses/PartialExchange.mo b/Buildings/ThermalZones/Detailed/BaseClasses/PartialExchange.mo index 07ba846745f..b8aa50b7fa6 100644 --- a/Buildings/ThermalZones/Detailed/BaseClasses/PartialExchange.mo +++ b/Buildings/ThermalZones/Detailed/BaseClasses/PartialExchange.mo @@ -36,6 +36,12 @@ block PartialExchange "Names of fluid ports as declared in the CFD input file"; parameter Boolean verbose=false "Set to true for verbose output"; parameter Modelica.SIunits.Density rho_start "Density at initial state"; + parameter Boolean haveSource + "Flag, true if the model has at least one source"; + parameter Integer nSou(min=0) + "Number of sources that are connected to CFD output"; + parameter String sourceName[:] + "Names of sources as declared in the CFD input file"; CFDThread CFDThre = CFDThread() "Allocate memory for cosimulation variables via constructor and send stop command to FFD via destructor"; diff --git a/Buildings/ThermalZones/Detailed/BaseClasses/cfdStartCosimulation.mo b/Buildings/ThermalZones/Detailed/BaseClasses/cfdStartCosimulation.mo index 6075159a470..44fea29eb55 100644 --- a/Buildings/ThermalZones/Detailed/BaseClasses/cfdStartCosimulation.mo +++ b/Buildings/ThermalZones/Detailed/BaseClasses/cfdStartCosimulation.mo @@ -20,6 +20,12 @@ function cfdStartCosimulation "Start the coupled simulation with CFD" input Integer nConExtWin(min=0) "number of exterior construction with window"; input Integer nXi(min=0) "Number of independent species"; input Integer nC(min=0) "Number of trace substances"; + input Boolean haveSource + "Flag, true if the model has at least one source"; + input Integer nSou(min=0) + "Number of sources that are connected to CFD output"; + input String sourceName[nSou] + "Names of sources as declared in the CFD input file"; input Modelica.SIunits.Density rho_start "Density at initial state"; output Integer retVal "Return value of the function (0 indicates CFD successfully started.)"; @@ -39,6 +45,9 @@ external"C" retVal = cfdStartCosimulation( nConExtWin, nXi, nC, + haveSource, + nSou, + sourceName, rho_start) annotation (Include="#include ", IncludeDirectory="modelica://Buildings/Resources/C-Sources", LibraryDirectory="modelica://Buildings/Resources/Library", Library="ffd"); From 34002a882f9b28628704e34a9efbdd0648212393 Mon Sep 17 00:00:00 2001 From: xuhan425 Date: Fri, 19 Jul 2019 17:56:20 -0600 Subject: [PATCH 03/69] update external c codes to add variables for internal sources --- .../Resources/C-Sources/cfdExchangeData.c | 8 ++++++++ .../Resources/C-Sources/cfdSendStopCommand.c | 18 ++++++++++++++++++ .../C-Sources/cfdStartCosimulation.c | 13 ++++++++++++- Buildings/Resources/C-Sources/cfdcosim.c | 4 ++++ Buildings/Resources/Library/win32/ffd.dll | Bin 139264 -> 139264 bytes Buildings/Resources/Library/win32/ffd.lib | Bin 1646 -> 1646 bytes .../FastFluidDynamics/modelica_ffd_common.h | 4 ++++ 7 files changed, 46 insertions(+), 1 deletion(-) diff --git a/Buildings/Resources/C-Sources/cfdExchangeData.c b/Buildings/Resources/C-Sources/cfdExchangeData.c index 2118ad1956c..02ac26b43fa 100644 --- a/Buildings/Resources/C-Sources/cfdExchangeData.c +++ b/Buildings/Resources/C-Sources/cfdExchangeData.c @@ -75,6 +75,14 @@ int cfdExchangeData(double t0, double dt, double *u, size_t nU, size_t nY, cosim->modelica->latentHeat = u[i]; i++; + if(cosim->para->Sou){ + for(j=0; jpara->nSou; j++) { + cosim->modelica->sourceHeat[j] = (REAL) u[i+j]; + fprintf(f, "sourceHeat: %f\n",cosim->modelica->sourceHeat[j]); + } + } + i = i + cosim->para->nSou; + cosim->modelica->p = u[i]; i++; diff --git a/Buildings/Resources/C-Sources/cfdSendStopCommand.c b/Buildings/Resources/C-Sources/cfdSendStopCommand.c index 98027fbcbdc..385b1a76546 100644 --- a/Buildings/Resources/C-Sources/cfdSendStopCommand.c +++ b/Buildings/Resources/C-Sources/cfdSendStopCommand.c @@ -133,6 +133,24 @@ void cfdSendStopCommand(void *thread) { if (cosim->ffd->temHea != NULL){ free(cosim->ffd->temHea); } + + if(cosim->para->Sou>0){ + for(i=0; ipara->souName[i] != NULL){ + free(cosim->para->souName[i]); + } + if (cosim->modelica->sourceHeat[i] != NULL){ + free(cosim->modelica->sourceHeat[i]); + } + } + } + if (cosim->para->Sou != NULL){ + free(cosim->para->Sou); + } + if (cosim->para->nSou != NULL){ + free(cosim->para->nSou); + } + if (cosim->para != NULL){ free(cosim->para); } diff --git a/Buildings/Resources/C-Sources/cfdStartCosimulation.c b/Buildings/Resources/C-Sources/cfdStartCosimulation.c index eb03c99ea56..7587a8fd499 100644 --- a/Buildings/Resources/C-Sources/cfdStartCosimulation.c +++ b/Buildings/Resources/C-Sources/cfdStartCosimulation.c @@ -44,7 +44,7 @@ int cfdStartCosimulation(char *cfdFilNam, char **name, double *A, double *til, int *bouCon, int nPorts, char** portName, int haveSensor, char **sensorName, int haveShade, size_t nSur, size_t nSen, - size_t nConExtWin, size_t nXi, size_t nC, double rho_start) { + size_t nConExtWin, size_t nXi, size_t nC, int haveSource, size_t nSou, char **sourceName, double rho_start) { size_t i; size_t nBou; @@ -66,6 +66,17 @@ int cfdStartCosimulation(char *cfdFilNam, char **name, double *A, double *til, cosim->para->nXi = nXi; cosim->para->rho_start = rho_start; + cosim->para->Sou = haveSource; + cosim->para->nSou = nSou; + cosim->para->souName = (char**) malloc(nSou*sizeof(char *)); + cosim->modelica->sourceHeat = (REAL *) malloc(nSou*sizeof(REAL)); + if(cosim->para->Sou){ + for(i=0; ipara->souName[i] = (char *)malloc(sizeof(char)*(strlen(sourceName[i])+1)); + strcpy(cosim->para->souName[i], sourceName[i]); + } + } + nBou = nSur + nPorts; cosim->para->name = (char**) malloc(nSur*sizeof(char *)); diff --git a/Buildings/Resources/C-Sources/cfdcosim.c b/Buildings/Resources/C-Sources/cfdcosim.c index a26d2b3a4e9..3c26acca19f 100644 --- a/Buildings/Resources/C-Sources/cfdcosim.c +++ b/Buildings/Resources/C-Sources/cfdcosim.c @@ -96,6 +96,10 @@ void *cfdcosim() { cosim->modelica->shaConSig = NULL; cosim->modelica->shaAbsRad = NULL; cosim->ffd->TSha = NULL; + cosim->para->Sou = 0; + cosim->para->nSou = 0; + cosim->para->souName = NULL; + cosim->modelica->sourceHeat = NULL; return (void*) cosim; } /* End of cfdcosim()*/ diff --git a/Buildings/Resources/Library/win32/ffd.dll b/Buildings/Resources/Library/win32/ffd.dll index c0797c5d1297398f728d09ee91d79c47425e2cbb..5fe85a8e809c94af491dedd2dcd2fd2732e77e5d 100755 GIT binary patch delta 133 zcmZoTz|nAkV*>{xi)4gRY%>qzb{=a6NAbZgxqw6&x{ga^QPN;W~>o7$J=eHyb#mH+jhwx9US=)=q+4zyys J#COIQ8UV3$A|n6* delta 133 zcmZoTz|nAkV*>{xi=f@wm}VZv?L3T(H$K{ccnmuJs#4&LpWF*?!_PqYpC+KhTQp K65knLXaE3N0VM7K diff --git a/Buildings/Resources/Library/win32/ffd.lib b/Buildings/Resources/Library/win32/ffd.lib index aaf6ac5d8942a3b26e76de5f7833fc5000c97e8c..9f7f9a76cefbf3ea568e8d190331e6886527c638 100755 GIT binary patch delta 191 zcmaFI^NweN6o;9ysfB@wvE}3mjA9clrl9g)%|qs^v4}?)#ctlk_<|8xSZwkEW&uu+ z)K&%t2ByjT8KozGVSa$3MAFFIKmh_0xO^Cy89>S}LY13Mc4WPaqI|Lqn}{4pi6Br3 W0|N&`d|Fycd`eCZ1CZ7O(Odv_z%eoa delta 191 zcmaFI^NweN6o;vag{irTh56(OjA9clrl9g)%|qs^vGCiijoG}5@dYEYu-N1S%mSPs zsjUnQ3`~>vGfGeX!u$Y5iKLOafdT|1aQQGYGk}y|geo_i?8tf-MfqeKHW4|H5<#F6 W1_lm>__VZ?_>`O+1|Y2mqPYMEn=;M- diff --git a/Buildings/Resources/src/FastFluidDynamics/modelica_ffd_common.h b/Buildings/Resources/src/FastFluidDynamics/modelica_ffd_common.h index b6e7bac3937..57807bdb389 100644 --- a/Buildings/Resources/src/FastFluidDynamics/modelica_ffd_common.h +++ b/Buildings/Resources/src/FastFluidDynamics/modelica_ffd_common.h @@ -33,6 +33,9 @@ typedef struct { /* 1: fixed temperature,*/ /* 2: fixed heat flow rate through the surface*/ char **sensorName; /* *sensorName[nSen]: Name of sensor in FFD*/ + int Sou; /* 1: have internal source ; 0: no internal source*/ + int nSou; /* Number of internal sources*/ + char **souName; /* *souName[nSou]: Name of internal heat sources*/ } ParameterSharedData; typedef struct { @@ -54,6 +57,7 @@ typedef struct { REAL **XiPor; /* XiPor[nPorts][Medium.nXi]: species concentration of inflowing medium at the port*/ /* First Medium.nXi elements are for port 1*/ REAL **CPor; /* CPor[nPorts][Medium.nC]: the trace substances of the inflowing medium*/ + REAL *sourceHeat; /* sourceHeat[nSou]: the internal source heat gain*/ }ModelicaSharedData; typedef struct { From 2e26b0bc925fc93c9dc777007481a4bff4ce596a Mon Sep 17 00:00:00 2001 From: xuhan425 Date: Sat, 20 Jul 2019 17:29:35 -0600 Subject: [PATCH 04/69] modify ThernalZones.Detailed.CFD model to add internal sources and fix a few bugs --- .../Resources/C-Sources/cfdExchangeData.c | 1 - .../Resources/C-Sources/cfdSendStopCommand.c | 16 +++----- .../BaseClasses/CFDAirHeatMassBalance.mo | 37 +++++++++++++++++-- Buildings/ThermalZones/Detailed/CFD.mo | 37 +++++++++++++++++-- .../Examples/FFD/BaseClasses/PartialRoom.mo | 7 +++- .../Examples/FFD/Tutorial/MixedConvection.mo | 2 + .../FFD/Tutorial/NaturalConvection.mo | 2 + 7 files changed, 83 insertions(+), 19 deletions(-) diff --git a/Buildings/Resources/C-Sources/cfdExchangeData.c b/Buildings/Resources/C-Sources/cfdExchangeData.c index 02ac26b43fa..747143faf7c 100644 --- a/Buildings/Resources/C-Sources/cfdExchangeData.c +++ b/Buildings/Resources/C-Sources/cfdExchangeData.c @@ -78,7 +78,6 @@ int cfdExchangeData(double t0, double dt, double *u, size_t nU, size_t nY, if(cosim->para->Sou){ for(j=0; jpara->nSou; j++) { cosim->modelica->sourceHeat[j] = (REAL) u[i+j]; - fprintf(f, "sourceHeat: %f\n",cosim->modelica->sourceHeat[j]); } } i = i + cosim->para->nSou; diff --git a/Buildings/Resources/C-Sources/cfdSendStopCommand.c b/Buildings/Resources/C-Sources/cfdSendStopCommand.c index 385b1a76546..e1412aa5457 100644 --- a/Buildings/Resources/C-Sources/cfdSendStopCommand.c +++ b/Buildings/Resources/C-Sources/cfdSendStopCommand.c @@ -134,22 +134,16 @@ void cfdSendStopCommand(void *thread) { free(cosim->ffd->temHea); } - if(cosim->para->Sou>0){ - for(i=0; ipara->nSou>0){ + for(i=0; ipara->nSou; i++) { if (cosim->para->souName[i] != NULL){ free(cosim->para->souName[i]); } - if (cosim->modelica->sourceHeat[i] != NULL){ - free(cosim->modelica->sourceHeat[i]); - } } } - if (cosim->para->Sou != NULL){ - free(cosim->para->Sou); - } - if (cosim->para->nSou != NULL){ - free(cosim->para->nSou); - } + if (cosim->modelica->sourceHeat != NULL){ + free(cosim->modelica->sourceHeat); + } if (cosim->para != NULL){ free(cosim->para); diff --git a/Buildings/ThermalZones/Detailed/BaseClasses/CFDAirHeatMassBalance.mo b/Buildings/ThermalZones/Detailed/BaseClasses/CFDAirHeatMassBalance.mo index 4e6fa9cbc52..1dd278bebf6 100644 --- a/Buildings/ThermalZones/Detailed/BaseClasses/CFDAirHeatMassBalance.mo +++ b/Buildings/ThermalZones/Detailed/BaseClasses/CFDAirHeatMassBalance.mo @@ -34,6 +34,12 @@ model CFDAirHeatMassBalance "Names of fluid ports as declared in the CFD input file"; parameter Real uSha_fixed[nConExtWin] "Constant control signal for the shading device (0: unshaded; 1: fully shaded)"; + parameter Boolean haveSource + "Flag, true if the model has at least one source"; + parameter Integer nSou(min=0) + "Number of sources that are connected to CFD output"; + parameter String sourceName[nSou] + "Names of sources as declared in the CFD input file"; CFDExchange cfd( final cfdFilNam=cfdFilNam, @@ -51,6 +57,9 @@ model CFDAirHeatMassBalance final yFixed=yFixed, final nXi=Medium.nXi, final nC=Medium.nC, + final haveSource=haveSource, + final nSou=nSou, + final sourceName=sourceName, rho_start=rho_start, nConExtWin=NConExtWin) "Block that exchanges data with the CFD simulation" annotation (Placement(transformation(extent={{-40,180},{-20,200}}))); @@ -235,7 +244,10 @@ protected final parameter Integer kQLatGai_flow=kQConGai_flow + 1 "Offset used to connect CFD signals to input signal for connect radiative heat gain"; - final parameter Integer kFluIntP=kQLatGai_flow + 1 + final parameter Integer kQIntSou=kQLatGai_flow + 1 + "Offset used to connect CFD signals to input signal for internal source heat gain"; + + final parameter Integer kFluIntP=kQIntSou + nSou "Offset used to connect CFD signals to input signal for pressure from the fluid ports"; final parameter Integer kFluIntM_flow=kFluIntP + 1 @@ -383,6 +395,10 @@ public annotation (Placement(transformation(extent={{-210,-10},{-190,10}}))); to_W QTotCon_flow_W annotation (Placement(transformation(extent={{-140,-60},{-120,-40}}))); + Modelica.Blocks.Interfaces.RealInput QIntSou[nSou] if haveSource + "Heat gains from internal heat sources" annotation (Placement( + transformation(extent={{-280,-238},{-240,-198}}), iconTransformation( + extent={{-280,-238},{-240,-198}}))); initial equation startTime = time; @@ -698,6 +714,15 @@ equation color={0,0,127}, smooth=Smooth.None)); + // Connections to internal heat sources + if haveSource then + for i in 1:nSou loop + connect(QIntSou[i], cfd.u[kQIntSou + i]) annotation (Line(points={{-260,-218}, + {-60,-218},{-60,190},{-42,190}}, + color={0,0,127})); + end for; + end if; + // Connections to fluid port connect(ports, fluInt.ports) annotation (Line( points={{0,-238},{0,-198}}, @@ -792,14 +817,20 @@ equation annotation ( preferredView="info", Diagram(coordinateSystem(preserveAspectRatio=false,extent={{-240,-240},{240, - 240}}), graphics), + 240}})), Icon(coordinateSystem(preserveAspectRatio=false,extent={{-240,-240},{240, 240}}), graphics={Rectangle( extent={{-144,184},{148,-200}}, pattern=LinePattern.None, lineColor={0,0,0}, fillColor={170,213,255}, - fillPattern=FillPattern.Sphere)}), + fillPattern=FillPattern.Sphere), + Text( + extent={{-230,-242},{-180,-192}}, + lineColor={0,0,127}, + fillColor={0,0,255}, + fillPattern=FillPattern.Solid, + textString="QSou")}), Documentation(info="

This model computes the heat and mass balance of the air using Computational Fluid Dynamics program. diff --git a/Buildings/ThermalZones/Detailed/CFD.mo b/Buildings/ThermalZones/Detailed/CFD.mo index 762937ec7fd..2fcc483ec25 100644 --- a/Buildings/ThermalZones/Detailed/CFD.mo +++ b/Buildings/ThermalZones/Detailed/CFD.mo @@ -12,7 +12,10 @@ model CFD final sensorName=sensorName, final portName=portName, final uSha_fixed=uSha_fixed, - final p_start=p_start)); + final p_start=p_start, + final haveSource=haveSource, + final nSou=nSou, + final sourceName=sourceName)); // Assumptions parameter Modelica.Fluid.Types.Dynamics massDynamics=Modelica.Fluid.Types.Dynamics.DynamicFreeInitial @@ -41,10 +44,18 @@ model CFD annotation (Dialog(group = "CFD", loadSelector(caption= "Select CFD input file"))); + parameter Integer nSou(min=0) + "Number of sources that are connected to CFD input"; + parameter String sourceName[nSou] + "Names of sources as declared in the CFD input file"; + parameter Boolean haveSource + "Flag, true if the model has at least one source"; + Modelica.Blocks.Interfaces.RealOutput yCFD[nSen] if haveSensor "Sensor for output from CFD" annotation (Placement(transformation( extent={{460,110},{480,130}}), iconTransformation(extent={{200,110},{220,130}}))); + protected final parameter String absCfdFilNam = Buildings.BoundaryConditions.WeatherData.BaseClasses.getAbsolutePath(cfdFilNam) "Absolute path to the CFD file"; @@ -53,10 +64,16 @@ protected "Flag, true if the model has at least one sensor"; final parameter Integer nSen(min=0) = size(sensorName, 1) "Number of sensors that are connected to CFD output"; + Modelica.Blocks.Sources.Constant conSha[nConExtWin](final k=uSha_fixed) if haveShade "Constant signal for shade" annotation (Placement(transformation(extent={{-260,170},{-240,190}}))); +public + Modelica.Blocks.Interfaces.RealInput QIntSou[nSou](each unit="W") if haveSource + "Internal source heat gain into room" annotation (Placement(transformation( + extent={{-300,-130},{-260,-90}}), iconTransformation(extent={{-232,164}, + {-200,196}}))); equation connect(air.yCFD, yCFD) annotation (Line( points={{61,-142.5},{61,-206},{440,-206},{440,120},{470,120}}, @@ -91,6 +108,16 @@ equation points={{39.6,-120},{28,-120},{28,180},{-239,180}}, color={0,0,127}, smooth=Smooth.None)); + + // Connections to internal heat sources + if haveSource then + for i in 1:nSou loop + connect(QIntSou[i], air.QIntSou[i]) annotation (Line(points={{-280,-110},{ + -212,-110},{-212,-202},{-18,-202},{-18,-140.9},{39,-140.9}}, + color={0,0,127})); + end for; + end if; + annotation ( Icon(coordinateSystem(preserveAspectRatio=false, extent={{-200,-200},{200,200}}), graphics={Rectangle( @@ -116,7 +143,11 @@ equation Text( extent={{-114,-134},{-36,-116}}, lineColor={0,0,0}, - textString="surface")}), + textString="surface"), + Text( + extent={{-218,198},{-142,166}}, + lineColor={0,0,127}, + textString="s")}), Documentation(info="

Room model that computes the room air flow using computational fluid dynamics (CFD). The CFD simulation is coupled to the thermal simulation of the room @@ -163,5 +194,5 @@ First Implementation. "), Diagram(coordinateSystem(preserveAspectRatio=false, extent={{-260,-220},{460, - 200}}), graphics)); + 200}}))); end CFD; diff --git a/Buildings/ThermalZones/Detailed/Examples/FFD/BaseClasses/PartialRoom.mo b/Buildings/ThermalZones/Detailed/Examples/FFD/BaseClasses/PartialRoom.mo index bdb4108601f..e8d932dd843 100644 --- a/Buildings/ThermalZones/Detailed/Examples/FFD/BaseClasses/PartialRoom.mo +++ b/Buildings/ThermalZones/Detailed/Examples/FFD/BaseClasses/PartialRoom.mo @@ -10,11 +10,16 @@ partial model PartialRoom "Partial model for a room" parameter Integer nConExt=0 "Number of exterior constructions withour a window"; parameter Integer nConPar=0 "Number of partition constructions"; + parameter Integer nSou=0 + "Number of sources that are connected to CFD input"; + Buildings.ThermalZones.Detailed.CFD roo( redeclare package Medium = MediumA, nConBou=nConBou, nSurBou=nSurBou, nConExt=nConExt, + nSou=nSou, + haveSource=false, sensorName={"Occupied zone air temperature","Velocity"}, useCFD=true, nConPar=nConPar, @@ -53,7 +58,7 @@ equation color={0,0,127}, smooth=Smooth.None)); connect(multiplex3_1.y, roo.qGai_flow) annotation (Line( - points={{1,50},{20,50},{20,48},{44,48}}, + points={{1,50},{20,50},{20,48},{44.4,48}}, color={0,0,127}, smooth=Smooth.None)); connect(weaDat.weaBus, roo.weaBus) annotation (Line( diff --git a/Buildings/ThermalZones/Detailed/Examples/FFD/Tutorial/MixedConvection.mo b/Buildings/ThermalZones/Detailed/Examples/FFD/Tutorial/MixedConvection.mo index 1923deebb9a..7fbd2b114ec 100644 --- a/Buildings/ThermalZones/Detailed/Examples/FFD/Tutorial/MixedConvection.mo +++ b/Buildings/ThermalZones/Detailed/Examples/FFD/Tutorial/MixedConvection.mo @@ -39,6 +39,8 @@ model MixedConvection "Tutorial for Mixed Convection case" hRoo = 1, linearizeRadiation = false, useCFD = true, + haveSource=false, + nSou=0, sensorName = {"Occupied zone air temperature", "Velocity"}, cfdFilNam = "modelica://Buildings/Resources/Data/ThermalZones/Detailed/Examples/FFD/Tutorial/MixedConvection.ffd", nConExt = nConExt, diff --git a/Buildings/ThermalZones/Detailed/Examples/FFD/Tutorial/NaturalConvection.mo b/Buildings/ThermalZones/Detailed/Examples/FFD/Tutorial/NaturalConvection.mo index 9853801740b..36a80a143e9 100644 --- a/Buildings/ThermalZones/Detailed/Examples/FFD/Tutorial/NaturalConvection.mo +++ b/Buildings/ThermalZones/Detailed/Examples/FFD/Tutorial/NaturalConvection.mo @@ -42,6 +42,8 @@ model NaturalConvection "Tutorial for Natural Convection case" hRoo = 1, linearizeRadiation = false, useCFD = true, + haveSource=false, + nSou=0, sensorName = {"Occupied zone air temperature", "Velocity"}, cfdFilNam = "modelica://Buildings/Resources/Data/ThermalZones/Detailed/Examples/FFD/Tutorial/NaturalConvection.ffd", nConExt = nConExt, From dae9da54881e5c18e89101e15ed5b92806eb86d0 Mon Sep 17 00:00:00 2001 From: xuhan425 Date: Sun, 21 Jul 2019 10:22:58 -0600 Subject: [PATCH 05/69] restructure cfdExchangeData and cfdStartCosimulation --- .../BaseClasses/PartialExchangeData.mo | 27 +++++++++++ .../BaseClasses/PartialStartCosimulation.mo | 46 +++++++++++++++++++ .../Detailed/BaseClasses/cfdExchangeData.mo | 13 ++---- .../BaseClasses/cfdStartCosimulation.mo | 31 +------------ .../Detailed/BaseClasses/package.order | 2 + 5 files changed, 80 insertions(+), 39 deletions(-) create mode 100644 Buildings/ThermalZones/Detailed/BaseClasses/PartialExchangeData.mo create mode 100644 Buildings/ThermalZones/Detailed/BaseClasses/PartialStartCosimulation.mo diff --git a/Buildings/ThermalZones/Detailed/BaseClasses/PartialExchangeData.mo b/Buildings/ThermalZones/Detailed/BaseClasses/PartialExchangeData.mo new file mode 100644 index 00000000000..0b6aa937561 --- /dev/null +++ b/Buildings/ThermalZones/Detailed/BaseClasses/PartialExchangeData.mo @@ -0,0 +1,27 @@ +within Buildings.ThermalZones.Detailed.BaseClasses; +function PartialExchangeData + "Partial model for Exchanging data between CFD and Modelica" + input Integer flag "Communication flag to CFD"; + input Modelica.SIunits.Time t "Current Modelica simulation time to CFD"; + input Modelica.SIunits.Time dt(min=100*Modelica.Constants.eps) + "Requested synchronization time step size"; + input Real[nU] u "Input to CFD"; + input Integer nU "Number of inputs to CFD"; + input Integer nY "Number of outputs from CFD"; + output Modelica.SIunits.Time modTimRea "Current model time from CFD"; + output Real[nY] y "Output computed by CFD"; + output Integer retVal "Return value for CFD simulation status"; + + annotation (Documentation(info=" +

+This function calls a C function to conduct the data exchange between Modelica and CFD program during the coupled simulation.

+", revisions=" +
    +
  • +August 16, 2013, by Wangda Zuo:
    +First implementation. +
    • +
+")); + +end PartialExchangeData; diff --git a/Buildings/ThermalZones/Detailed/BaseClasses/PartialStartCosimulation.mo b/Buildings/ThermalZones/Detailed/BaseClasses/PartialStartCosimulation.mo new file mode 100644 index 00000000000..27a23c4eb1b --- /dev/null +++ b/Buildings/ThermalZones/Detailed/BaseClasses/PartialStartCosimulation.mo @@ -0,0 +1,46 @@ +within Buildings.ThermalZones.Detailed.BaseClasses; +function PartialStartCosimulation + "Partial model for Starting the coupled simulation with CFD" + input String cfdFilNam "CFD input file name"; + input String[nSur] name "Surface names"; + input Modelica.SIunits.Area[nSur] A "Surface areas"; + input Modelica.SIunits.Angle[nSur] til "Surface tilt"; + input Buildings.ThermalZones.Detailed.Types.CFDBoundaryConditions[nSur] bouCon + "Type of boundary condition"; + input Integer nPorts(min=0) + "Number of fluid ports for the HVAC inlet and outlets"; + input String portName[nPorts] + "Names of fluid ports as declared in the CFD input file"; + input Boolean haveSensor "Flag, true if the model has at least one sensor"; + input String sensorName[nSen] + "Names of sensors as declared in the CFD input file"; + input Boolean haveShade "Flag, true if the windows have a shade"; + input Integer nSur "Number of surfaces"; + input Integer nSen(min=0) + "Number of sensors that are connected to CFD output"; + input Integer nConExtWin(min=0) "number of exterior construction with window"; + input Integer nXi(min=0) "Number of independent species"; + input Integer nC(min=0) "Number of trace substances"; + input Boolean haveSource + "Flag, true if the model has at least one source"; + input Integer nSou(min=0) + "Number of sources that are connected to CFD output"; + input String sourceName[nSou] + "Names of sources as declared in the CFD input file"; + input Modelica.SIunits.Density rho_start "Density at initial state"; + output Integer retVal + "Return value of the function (0 indicates CFD successfully started.)"; + + annotation (Documentation(info=" +

+This function calls a C function to start the coupled simulation with CFD.", + revisions=" +

    +
  • +August 16, 2013, by Wangda Zuo:
    +First implementation. +
    • +
+")); + +end PartialStartCosimulation; diff --git a/Buildings/ThermalZones/Detailed/BaseClasses/cfdExchangeData.mo b/Buildings/ThermalZones/Detailed/BaseClasses/cfdExchangeData.mo index c841a2d07df..787c45570ad 100644 --- a/Buildings/ThermalZones/Detailed/BaseClasses/cfdExchangeData.mo +++ b/Buildings/ThermalZones/Detailed/BaseClasses/cfdExchangeData.mo @@ -1,15 +1,7 @@ within Buildings.ThermalZones.Detailed.BaseClasses; function cfdExchangeData "Exchange data between CFD and Modelica" - input Integer flag "Communication flag to CFD"; - input Modelica.SIunits.Time t "Current Modelica simulation time to CFD"; - input Modelica.SIunits.Time dt(min=100*Modelica.Constants.eps) - "Requested synchronization time step size"; - input Real[nU] u "Input to CFD"; - input Integer nU "Number of inputs to CFD"; - input Integer nY "Number of outputs from CFD"; - output Modelica.SIunits.Time modTimRea "Current model time from CFD"; - output Real[nY] y "Output computed by CFD"; - output Integer retVal "Return value for CFD simulation status"; + extends Buildings.ThermalZones.Detailed.BaseClasses.PartialExchangeData; + external"C" retVal = cfdExchangeData( t, dt, @@ -19,6 +11,7 @@ external"C" retVal = cfdExchangeData( modTimRea, y) annotation (Include="#include ", IncludeDirectory= "modelica://Buildings/Resources/C-Sources"); + annotation (Documentation(info="

This function calls a C function to conduct the data exchange between Modelica and CFD program during the coupled simulation.

diff --git a/Buildings/ThermalZones/Detailed/BaseClasses/cfdStartCosimulation.mo b/Buildings/ThermalZones/Detailed/BaseClasses/cfdStartCosimulation.mo index 44fea29eb55..16f0cf5c684 100644 --- a/Buildings/ThermalZones/Detailed/BaseClasses/cfdStartCosimulation.mo +++ b/Buildings/ThermalZones/Detailed/BaseClasses/cfdStartCosimulation.mo @@ -1,34 +1,7 @@ within Buildings.ThermalZones.Detailed.BaseClasses; function cfdStartCosimulation "Start the coupled simulation with CFD" - input String cfdFilNam "CFD input file name"; - input String[nSur] name "Surface names"; - input Modelica.SIunits.Area[nSur] A "Surface areas"; - input Modelica.SIunits.Angle[nSur] til "Surface tilt"; - input Buildings.ThermalZones.Detailed.Types.CFDBoundaryConditions[nSur] bouCon - "Type of boundary condition"; - input Integer nPorts(min=0) - "Number of fluid ports for the HVAC inlet and outlets"; - input String portName[nPorts] - "Names of fluid ports as declared in the CFD input file"; - input Boolean haveSensor "Flag, true if the model has at least one sensor"; - input String sensorName[nSen] - "Names of sensors as declared in the CFD input file"; - input Boolean haveShade "Flag, true if the windows have a shade"; - input Integer nSur "Number of surfaces"; - input Integer nSen(min=0) - "Number of sensors that are connected to CFD output"; - input Integer nConExtWin(min=0) "number of exterior construction with window"; - input Integer nXi(min=0) "Number of independent species"; - input Integer nC(min=0) "Number of trace substances"; - input Boolean haveSource - "Flag, true if the model has at least one source"; - input Integer nSou(min=0) - "Number of sources that are connected to CFD output"; - input String sourceName[nSou] - "Names of sources as declared in the CFD input file"; - input Modelica.SIunits.Density rho_start "Density at initial state"; - output Integer retVal - "Return value of the function (0 indicates CFD successfully started.)"; + extends Buildings.ThermalZones.Detailed.BaseClasses.PartialStartCosimulation; + external"C" retVal = cfdStartCosimulation( cfdFilNam, name, diff --git a/Buildings/ThermalZones/Detailed/BaseClasses/package.order b/Buildings/ThermalZones/Detailed/BaseClasses/package.order index 3d47c6af2b0..7f4ecd65568 100644 --- a/Buildings/ThermalZones/Detailed/BaseClasses/package.order +++ b/Buildings/ThermalZones/Detailed/BaseClasses/package.order @@ -31,3 +31,5 @@ ParameterConstructionWithWindow PartialParameterConstruction SideFins Examples +PartialExchangeData +PartialStartCosimulation From 89685da0945c2ef80824d987b5d3036c1b9b2f62 Mon Sep 17 00:00:00 2001 From: xuhan425 Date: Sun, 21 Jul 2019 11:02:37 -0600 Subject: [PATCH 06/69] build base models for ThermalZones.Detailed.ISAT based on CFD models --- .../BaseClasses/CFDAirHeatMassBalance.mo | 2 +- .../Detailed/BaseClasses/CFDFluidInterface.mo | 6 +- .../BaseClasses/ExteriorBoundaryConditions.mo | 3 +- .../BaseClasses/ISATAirHeatMassBalance.mo | 41 +++++ .../Detailed/BaseClasses/ISATExchange.mo | 170 ++++++++++++++++++ .../Detailed/BaseClasses/ISATThread.mo | 55 ++++++ .../Detailed/BaseClasses/isatExchangeData.mo | 27 +++ .../BaseClasses/isatStartCosimulation.mo | 41 +++++ .../Detailed/BaseClasses/package.order | 9 +- 9 files changed, 346 insertions(+), 8 deletions(-) create mode 100644 Buildings/ThermalZones/Detailed/BaseClasses/ISATAirHeatMassBalance.mo create mode 100644 Buildings/ThermalZones/Detailed/BaseClasses/ISATExchange.mo create mode 100644 Buildings/ThermalZones/Detailed/BaseClasses/ISATThread.mo create mode 100644 Buildings/ThermalZones/Detailed/BaseClasses/isatExchangeData.mo create mode 100644 Buildings/ThermalZones/Detailed/BaseClasses/isatStartCosimulation.mo diff --git a/Buildings/ThermalZones/Detailed/BaseClasses/CFDAirHeatMassBalance.mo b/Buildings/ThermalZones/Detailed/BaseClasses/CFDAirHeatMassBalance.mo index 1dd278bebf6..dcba20fc5b5 100644 --- a/Buildings/ThermalZones/Detailed/BaseClasses/CFDAirHeatMassBalance.mo +++ b/Buildings/ThermalZones/Detailed/BaseClasses/CFDAirHeatMassBalance.mo @@ -41,7 +41,7 @@ model CFDAirHeatMassBalance parameter String sourceName[nSou] "Names of sources as declared in the CFD input file"; - CFDExchange cfd( + replaceable CFDExchange cfd( final cfdFilNam=cfdFilNam, final startTime=startTime, final activateInterface=useCFD, diff --git a/Buildings/ThermalZones/Detailed/BaseClasses/CFDFluidInterface.mo b/Buildings/ThermalZones/Detailed/BaseClasses/CFDFluidInterface.mo index 3b5fab2c66e..02f3ab897e5 100644 --- a/Buildings/ThermalZones/Detailed/BaseClasses/CFDFluidInterface.mo +++ b/Buildings/ThermalZones/Detailed/BaseClasses/CFDFluidInterface.mo @@ -169,9 +169,9 @@ equation for i in 1:nPorts loop m_flow[i] = ports[i].m_flow; T_inflow[i] = Medium.temperature(Medium.setState_phX( - p= p, - h= inStream(ports[i].h_outflow), - X= inStream(ports[i].Xi_outflow))); + p = p, + h = inStream(ports[i].h_outflow), + X = inStream(ports[i].Xi_outflow))); for j in 1:Medium.nXi loop Xi_inflow_internal[(i-1)*Medium.nXi+j] = inStream(ports[i].Xi_outflow[j]); diff --git a/Buildings/ThermalZones/Detailed/BaseClasses/ExteriorBoundaryConditions.mo b/Buildings/ThermalZones/Detailed/BaseClasses/ExteriorBoundaryConditions.mo index 7da6482516e..fd44b439a3e 100644 --- a/Buildings/ThermalZones/Detailed/BaseClasses/ExteriorBoundaryConditions.mo +++ b/Buildings/ThermalZones/Detailed/BaseClasses/ExteriorBoundaryConditions.mo @@ -179,8 +179,7 @@ equation color={0,0,127}, smooth=Smooth.None)); annotation (Diagram(coordinateSystem(preserveAspectRatio=true, extent={{-300,-300}, - {300,300}})), - Icon(coordinateSystem(preserveAspectRatio=true, + {300,300}})), Icon(coordinateSystem(preserveAspectRatio=true, extent={{-300,-300},{300,300}}), graphics={ Rectangle( extent={{-160,280},{280,-250}}, diff --git a/Buildings/ThermalZones/Detailed/BaseClasses/ISATAirHeatMassBalance.mo b/Buildings/ThermalZones/Detailed/BaseClasses/ISATAirHeatMassBalance.mo new file mode 100644 index 00000000000..467b6822229 --- /dev/null +++ b/Buildings/ThermalZones/Detailed/BaseClasses/ISATAirHeatMassBalance.mo @@ -0,0 +1,41 @@ +within Buildings.ThermalZones.Detailed.BaseClasses; +model ISATAirHeatMassBalance + "Heat and mass balance of the air based on ISAT" + extends Buildings.ThermalZones.Detailed.BaseClasses.CFDAirHeatMassBalance; + + redeclare ISATExchange cfd( + final cfdFilNam=cfdFilNam, + final startTime=startTime, + final activateInterface=useCFD, + final samplePeriod=if useCFD then samplePeriod else Modelica.Constants.inf, + final nWri=kFluIntC_inflow + Medium.nC*nPorts, + final nRea=kSen + nSen, + final nSur=nSur, + final surIde=surIde, + final haveShade=haveShade, + final haveSensor=haveSensor, + final sensorName=sensorName, + final portName=portName, + final yFixed=yFixed, + final nXi=Medium.nXi, + final nC=Medium.nC, + final haveSource=haveSource, + final nSou=nSou, + final sourceName=sourceName, + rho_start=rho_start, + nConExtWin=NConExtWin) "Block that exchanges data with the ISAT simulation" + annotation (Placement(transformation(extent={{-40,180},{-20,200}}))); + + annotation (Documentation(info=" +

+Block derived from CFDAirHEatMassBalance to compute the heat and +mass balance of the air using ISAT. +", revisions=" +

    +
  • +July 21, 2019, by Xu Han and Wangda Zuo:
    +First implementation. +
    • +
+")); +end ISATAirHeatMassBalance; diff --git a/Buildings/ThermalZones/Detailed/BaseClasses/ISATExchange.mo b/Buildings/ThermalZones/Detailed/BaseClasses/ISATExchange.mo new file mode 100644 index 00000000000..3bbeff3e01f --- /dev/null +++ b/Buildings/ThermalZones/Detailed/BaseClasses/ISATExchange.mo @@ -0,0 +1,170 @@ +within Buildings.ThermalZones.Detailed.BaseClasses; +block ISATExchange "Block that exchanges data with the ISAT code" + extends Buildings.ThermalZones.Detailed.BaseClasses.PartialExchange; + + /////////////////////////////////////////////////////////////////////////// + // Function that sends the parameters of the model from Modelica to ISAT + function sendParameters + input String cfdFilNam "ISAT input file name"; + input String[nSur] name "Surface names"; + input Modelica.SIunits.Area[nSur] A "Surface areas"; + input Modelica.SIunits.Angle[nSur] til "Surface tilt"; + input Buildings.ThermalZones.Detailed.Types.CFDBoundaryConditions[nSur] bouCon + "Type of boundary condition"; + input Integer nPorts(min=0) + "Number of fluid ports for the HVAC inlet and outlets"; + input String portName[nPorts] + "Names of fluid ports as declared in the ISAT input file"; + input Boolean haveSensor "Flag, true if the model has at least one sensor"; + input String sensorName[nSen] + "Names of sensors as declared in the ISAT input file"; + input Boolean haveShade "Flag, true if the windows have a shade"; + input Integer nSur(min=2) "Number of surfaces"; + input Integer nSen(min=0) + "Number of sensors that are connected to ISAT output"; + input Integer nConExtWin(min=0) + "number of exterior construction with window"; + input Boolean verbose "Set to true for verbose output"; + input Integer nXi + "Number of independent species concentration of the inflowing medium"; + input Integer nC "Number of trace substances of the inflowing medium"; + input Boolean haveSource + "Flag, true if the model has at least one source"; + input Integer nSou(min=0) + "Number of sources that are connected to ISAT output"; + input String sourceName[nSou] + "Names of sources as declared in the ISAT input file"; + input Modelica.SIunits.Density rho_start "Density at initial state"; + protected + Integer coSimFlag=0; + algorithm + if verbose then + Modelica.Utilities.Streams.print("ISATExchange:sendParameter"); + end if; + + for i in 1:nSur loop + assert(A[i] > 0, "Surface must be bigger than zero."); + end for; + + Modelica.Utilities.Streams.print(string="Start cosimulation"); + coSimFlag := isatStartCosimulation( + cfdFilNam, + name, + A, + til, + bouCon, + nPorts, + portName, + haveSensor, + sensorName, + haveShade, + nSur, + nSen, + nConExtWin, + nXi, + nC, + haveSource, + nSou, + sourceName, + rho_start); + assert(coSimFlag < 0.5, "Could not start the cosimulation."); + + end sendParameters; + + /////////////////////////////////////////////////////////////////////////// + // Function that exchanges data during the time stepping between + // Modelica and ISAT. + function exchange + input Integer flag "Communication flag to write to ISAT"; + input Modelica.SIunits.Time t "Current simulation time in seconds to write"; + input Modelica.SIunits.Time dt(min=100*Modelica.Constants.eps) + "Requested time step length"; + input Real[nU] u "Input for ISAT"; + input Integer nU "Number of inputs for ISAT"; + input Real[nY] yFixed "Fixed values (used for debugging only)"; + input Integer nY "Number of outputs from ISAT"; + output Modelica.SIunits.Time modTimRea + "Current model time in seconds read from ISAT"; + input Boolean verbose "Set to true for verbose output"; + output Real[nY] y "Output computed by ISAT"; + output Integer retVal + "The exit value, which is negative if an error occurred"; + algorithm + if verbose then + Modelica.Utilities.Streams.print("ISATExchange:exchange at t=" + String(t)); + end if; + + (modTimRea,y,retVal) := isatExchangeData( + flag, + t, + dt, + u, + nU, + nY); + end exchange; + +initial equation + + // Send parameters to the ISAT interface + sendParameters( + cfdFilNam=cfdFilNam, + name=surIde[:].name, + A=surIde[:].A, + til=surIde[:].til, + bouCon=surIde[:].bouCon, + haveSensor=haveSensor, + portName=portName, + sensorName=sensorName, + haveShade=haveShade, + nSur=nSur, + nSen=nSen, + nConExtWin=nConExtWin, + nPorts=nPorts, + nXi=nXi, + nC=nC, + haveSource=haveSource, + nSou=nSou, + sourceName=sourceName, + rho_start=rho_start, + verbose=verbose); + +equation + +algorithm + when sampleTrigger then + // Exchange data + if activateInterface then + (modTimRea,y,retVal) := exchange( + flag=0, + t=time, + dt=samplePeriod, + u=uWri, + nU=size(u, 1), + yFixed=yFixed, + nY=size(y, 1), + verbose=verbose); + else + modTimRea := time; + y := yFixed; + retVal := 0; + end if; + + // Check for valid return flags + assert(retVal >= 0, + "Obtained negative return value during data transfer with ISAT.\n" + + " Aborting simulation. Check ISAT log file.\n" + + " Received: retVal = " + String(retVal)); + end when; + + annotation (Documentation(info=" +

+Block derived from CFDExchange to exchange data between Modelica and ISAT. +", revisions=" +

    +
  • +July 21, 2019, by Xu Han and Wangda Zuo:
    +First implementation. +
    • +
+")); +end ISATExchange; diff --git a/Buildings/ThermalZones/Detailed/BaseClasses/ISATThread.mo b/Buildings/ThermalZones/Detailed/BaseClasses/ISATThread.mo new file mode 100644 index 00000000000..1b837f93523 --- /dev/null +++ b/Buildings/ThermalZones/Detailed/BaseClasses/ISATThread.mo @@ -0,0 +1,55 @@ +within Buildings.ThermalZones.Detailed.BaseClasses; +class ISATThread "class used to handle ISAT thread" + extends ExternalObject; + // constructor + function constructor "allocate memeory for cosimulation variables" + output ISATThread ISATThre "the handler of ISAT thread"; + external"C" ISATThre = isatcosim() annotation (Include="#include ", + IncludeDirectory="modelica://Buildings/Resources/C-Sources", + LibraryDirectory="modelica://Buildings/Resources/Library", Library="isat"); + annotation (Documentation(info=" +

+Constructor allocates memory for co-simulation variables when co-simulation starts +", revisions=" +

    +
  • +July 21, 2019, by Xu Han and Wangda Zuo:
    +First implementation. +
    • +
+")); + end constructor; + + // destructor + function destructor "release isat.dll or isat.so" + input ISATThread ISATThre "the handler of ISAT thread"; + external"C" isatSendStopCommand(ISATThre) annotation (Include="#include ", + IncludeDirectory="modelica://Buildings/Resources/C-Sources", + LibraryDirectory="modelica://Buildings/Resources/Library", Library="isat"); + annotation (Documentation(info=" +

+Destructor sends stop command to ISAT and releases memory for co-simulation variables at the end of the simulation + +", revisions=" +

    +
  • +July 21, 2019, by Xu Han and Wangda Zuo:
    +First implementation. +
    • +
+")); + end destructor; + annotation (Documentation(info=" +

+Class derived from ExternalObject having two local external function definition, +named destructor and constructor respectively. +", revisions=" +

    +
  • +July 21, 2019, by Xu Han and Wangda Zuo:
    +First implementation. +
    • +
+")); + +end ISATThread; diff --git a/Buildings/ThermalZones/Detailed/BaseClasses/isatExchangeData.mo b/Buildings/ThermalZones/Detailed/BaseClasses/isatExchangeData.mo new file mode 100644 index 00000000000..32e43693497 --- /dev/null +++ b/Buildings/ThermalZones/Detailed/BaseClasses/isatExchangeData.mo @@ -0,0 +1,27 @@ +within Buildings.ThermalZones.Detailed.BaseClasses; +function isatExchangeData "Exchange data between ISAT and Modelica" + extends Buildings.ThermalZones.Detailed.BaseClasses.PartialExchangeData; + +external"C" retVal = isatExchangeData( + t, + dt, + u, + nU, + nY, + modTimRea, + y) annotation (Include="#include ", IncludeDirectory= + "modelica://Buildings/Resources/C-Sources"); + + annotation (Documentation(info=" +

+This function calls a C function to conduct the data exchange between Modelica and ISAT program during the coupled simulation.

+", revisions=" +
    +
  • +July 21, 2019, by Xu Han and Wangda Zuo:
    +First implementation. +
    • +
+")); + +end isatExchangeData; diff --git a/Buildings/ThermalZones/Detailed/BaseClasses/isatStartCosimulation.mo b/Buildings/ThermalZones/Detailed/BaseClasses/isatStartCosimulation.mo new file mode 100644 index 00000000000..1a97c87ae1b --- /dev/null +++ b/Buildings/ThermalZones/Detailed/BaseClasses/isatStartCosimulation.mo @@ -0,0 +1,41 @@ +within Buildings.ThermalZones.Detailed.BaseClasses; +function isatStartCosimulation + "Start the coupled simulation with ISAT" + extends Buildings.ThermalZones.Detailed.BaseClasses.PartialStartCosimulation; + +external"C" retVal = isatStartCosimulation( + cfdFilNam, + name, + A, + til, + bouCon, + nPorts, + portName, + haveSensor, + sensorName, + haveShade, + nSur, + nSen, + nConExtWin, + nXi, + nC, + haveSource, + nSou, + sourceName, + rho_start) annotation (Include="#include ", + IncludeDirectory="modelica://Buildings/Resources/C-Sources", + LibraryDirectory="modelica://Buildings/Resources/Library", Library="isat"); + + annotation (Documentation(info=" +

+This function calls a C function to start the coupled simulation with ISAT.", + revisions=" +

    +
  • +July 21, 2019, by Xu Han and Wangda Zuo:
    +First implementation. +
    • +
+")); + +end isatStartCosimulation; diff --git a/Buildings/ThermalZones/Detailed/BaseClasses/package.order b/Buildings/ThermalZones/Detailed/BaseClasses/package.order index 7f4ecd65568..db71995f32a 100644 --- a/Buildings/ThermalZones/Detailed/BaseClasses/package.order +++ b/Buildings/ThermalZones/Detailed/BaseClasses/package.order @@ -1,3 +1,6 @@ +ISATAirHeatMassBalance +ISATExchange +ISATThread CFDAirHeatMassBalance CFDExchange PartialExchange @@ -18,8 +21,12 @@ RadiationTemperature RoomHeatMassBalance SkyRadiationExchange SolarRadiationExchange +isatExchangeData +isatStartCosimulation cfdExchangeData cfdStartCosimulation +PartialExchangeData +PartialStartCosimulation to_W CFDSurfaceIdentifier ConstructionNumbers @@ -31,5 +38,3 @@ ParameterConstructionWithWindow PartialParameterConstruction SideFins Examples -PartialExchangeData -PartialStartCosimulation From 1293e3622e462056b518f74adde11b2890dee3dc Mon Sep 17 00:00:00 2001 From: xuhan425 Date: Sun, 21 Jul 2019 12:13:53 -0600 Subject: [PATCH 07/69] Add external C codes for ThermalZones.Detailed.ISAT based on CFD models --- .../Resources/C-Sources/isatCosimulation.h | 39 +++ .../Resources/C-Sources/isatExchangeData.c | 168 ++++++++++++ .../Resources/C-Sources/isatSendStopCommand.c | 166 ++++++++++++ .../C-Sources/isatStartCosimulation.c | 241 ++++++++++++++++++ Buildings/Resources/C-Sources/isatcosim.c | 102 ++++++++ 5 files changed, 716 insertions(+) create mode 100644 Buildings/Resources/C-Sources/isatCosimulation.h create mode 100644 Buildings/Resources/C-Sources/isatExchangeData.c create mode 100644 Buildings/Resources/C-Sources/isatSendStopCommand.c create mode 100644 Buildings/Resources/C-Sources/isatStartCosimulation.c create mode 100644 Buildings/Resources/C-Sources/isatcosim.c diff --git a/Buildings/Resources/C-Sources/isatCosimulation.h b/Buildings/Resources/C-Sources/isatCosimulation.h new file mode 100644 index 00000000000..3520838b510 --- /dev/null +++ b/Buildings/Resources/C-Sources/isatCosimulation.h @@ -0,0 +1,39 @@ +/* + * + * @file isatCosimulation.h + * + * @brief Header file for coupled simulation with ISAT based on cfdCosimulation.h + * + * @author + * Xu Han + * University of Colorado Boulder + * xuha3556@colorado.edu + * + * Wangda Zuo + * University of Miami + * W.Zuo@miami.edu + * + * \date 9/21/2019 + * + */ + +#include + +#if defined(_MSC_VER) || defined(__WIN32__) /* Windows */ +#include +#else /* Linux*/ +#include /*For load shared library*/ +#include /*For Linux function*/ +#define Sleep(x) sleep(x/1000) +#endif + +#ifndef _MODELICA_FFD_COMMON_H +#define _MODELICA_FFD_COMMON_H +#include "../src/ISAT/ffd_src/modelica_ffd_common.h" +#include /* Needed to detect 32 vs. 64 bit using UINTPTR_MAX*/ +#endif + +CosimulationData *cosim; + +/*declare the isat_dll function in DLL*/ +void *isat_dll(CosimulationData *cosim); diff --git a/Buildings/Resources/C-Sources/isatExchangeData.c b/Buildings/Resources/C-Sources/isatExchangeData.c new file mode 100644 index 00000000000..6b5663324fc --- /dev/null +++ b/Buildings/Resources/C-Sources/isatExchangeData.c @@ -0,0 +1,168 @@ +/* + * + * \file isatExchangeData.c + * + * \brief Function to exchange data between Modelica and ISAT based on cfdExchangeData.c + * + * @author + * Xu Han + * University of Colorado Boulder + * xuha3556@colorado.edu + * + * Wangda Zuo + * University of Miami + * W.Zuo@miami.edu + * + * \date 9/21/2019 + * + */ +#include "isatCosimulation.h" +#include +#include +#include +/* + * Exchange the data between Modelica and ISAT + * + * @param t0 Current time of integration for Modelica + * @param dt Time step size for next synchronization defined by Modelica + * @param u Pointer to the input data from Modelica to ISAT + * @param nU Number of inputs from Modelica to ISAT + * @param nY Number of outputs from ISAT to Modelica + * @param y Pointer to the output data from ISAT to Modelica + * + * @return 0 if no error occurred + */ +int isatExchangeData(double t0, double dt, double *u, size_t nU, size_t nY, + double *t1, double *y) { + size_t i, j, k; + + /*check if current modelica time equals to last time*/ + /*if yes, it means cfdExchangeData() was called multiple times at one synchronization point, then directly return*/ + if(abs(cosim->modelica->lt - t0) < 1E-6){ + return 0; + } + + /*-------------------------------------------------------------------------- + | Write data to ISAT + | Command: + | -1: fake data + | 0: data has been read by the other program + | 1: data waiting for the other program to read + --------------------------------------------------------------------------*/ + /* If previous data hasn't been read, wait*/ + while(cosim->modelica->flag==1) { + if(cosim->para->ffdError==1) + ModelicaError(cosim->ffd->msg); + else + Sleep(10); + } + + cosim->modelica->t = t0; + cosim->modelica->dt = dt; + cosim->modelica->lt = t0; + + /* Copy the Modelica data to shared memory*/ + for(i=0; ipara->nSur; i++) { + cosim->modelica->temHea[i] = u[i]; + } + + if(cosim->para->sha==1) { + for(j=0; jpara->nConExtWin; j++) { + cosim->modelica->shaConSig[j] = u[i+j]; + cosim->modelica->shaAbsRad[j] = u[i+j+cosim->para->nConExtWin]; + } + i = i + 2*cosim->para->nConExtWin; + } + + cosim->modelica->sensibleHeat = u[i]; + i++; + + cosim->modelica->latentHeat = u[i]; + i++; + + if(cosim->para->Sou){ + for(j=0; jpara->nSou; j++) { + cosim->modelica->sourceHeat[j] = (REAL) u[i+j]; + } + } + i = i + cosim->para->nSou; + + cosim->modelica->p = u[i]; + i++; + + for(j=0; jpara->nPorts; j++) { + cosim->modelica->mFloRatPor[j] = u[i+j]; + cosim->modelica->TPor[j] = u[i+j+cosim->para->nPorts]; + } + + i = i + 2*cosim->para->nPorts; + for(j=0; jpara->nPorts; j++) + for(k=0; kpara->nXi; k++) { + cosim->modelica->XiPor[j][k] = u[i+j*cosim->para->nXi+k]; + } + + i = i + cosim->para->nPorts*cosim->para->nXi; + for(j=0; jpara->nPorts; j++) + for(k=0; kpara->nC; k++) { + cosim->modelica->CPor[j][k] = u[i+j*cosim->para->nC+k]; + } + + /* Set the flag to new data*/ + cosim->modelica->flag = 1; + + /**************************************************************************** + | Copy data from ISAT + ****************************************************************************/ + /* If the data is not ready or not updated, check again*/ + while(cosim->ffd->flag!=1) { + if(cosim->para->ffdError==1) + ModelicaError(cosim->ffd->msg); + else + Sleep(10); + } + + /* Get the temperature/heat flux for solid surface*/ + for(i=0; ipara->nSur; i++) { + y[i] = cosim->ffd->temHea[i]; + } + + /* Get the averaged room temperature*/ + y[i] = cosim->ffd->TRoo; + i++; + + /* Get the temperature of shading device if there is a shading device*/ + if(cosim->para->sha==1) { + for(j=0; jpara->nConExtWin; i++, j++) { + y[i] = cosim->ffd->TSha[j]; + } + } + + /* Get the temperature fluid at the fluid ports*/ + for(j=0; jpara->nPorts; i++, j++) { + y[i] = cosim->ffd->TPor[j]; + } + + /* Get the mass fraction at fluid ports*/ + for(j=0; jpara->nPorts; j++) + for(k=0; kpara->nXi; k++, i++) { + y[i] = cosim->ffd->XiPor[j][k]; + } + + /* Get the trace substance at fluid ports*/ + for(j=0; jpara->nPorts; j++) + for(k=0; kpara->nC; k++, i++) { + y[i] = cosim->ffd->CPor[j][k]; + } + + /* Get the sensor data*/ + for(j=0; jpara->nSen; j++, i++) { + y[i] = cosim->ffd->senVal[j]; + } + + /* Update the data status*/ + cosim->ffd->flag = 0; + + *t1 = cosim->ffd->t; + + return 0; +} /* End of isatExchangeData()*/ diff --git a/Buildings/Resources/C-Sources/isatSendStopCommand.c b/Buildings/Resources/C-Sources/isatSendStopCommand.c new file mode 100644 index 00000000000..7f301c5b8c3 --- /dev/null +++ b/Buildings/Resources/C-Sources/isatSendStopCommand.c @@ -0,0 +1,166 @@ +/* + * + * \file isatSendStopCommand.c + * + * \brief Function to send a stop command to terminate the ISAT simulation based on cfdSendStopCommand.c + * + * \author + * Xu Han + * University of Colorado Boulder + * xuha3556@colorado.edu + * + * Wangda Zuo + * University of Miami + * W.Zuo@miami.edu + * + * \date 9/21/2019 + * + */ +#include "isatCosimulation.h" + +/* + * Send a stop command to terminate the CFD simulation + * + * @return No return needed + */ +void isatSendStopCommand(void *thread) { + + size_t i = 0; + size_t imax = 10000; + + /*send stop command to ISAT*/ + cosim->para->flag = 0; + + /* Wait for the feedback from ISAT*/ + while(cosim->para->flag==0 && ipara->ffdError==1) { + ModelicaError(cosim->ffd->msg); + } + else { + Sleep(10); + i++; + } + } + + if(ipara->ffdError==1) { + ModelicaError(cosim->ffd->msg); + } + else { + ModelicaMessage("Successfully stopped the ISAT simulation.\n"); + } + } + else { + ModelicaMessage("Error: Cannot stop the ISAT simulation in required time."); + } + + /*free memory for variables*/ + if (cosim->para->fileName != NULL){ + free(cosim->para->fileName); + } + if (cosim->para->are != NULL){ + free(cosim->para->are); + } + if (cosim->para->til != NULL){ + free(cosim->para->til); + } + if (cosim->para->bouCon != NULL){ + free(cosim->para->bouCon); + } + if (cosim->para->nSur>0){ + for(i=0; ipara->nSur; i++) { + free(cosim->para->name[i]); + } + if (cosim->para->name != NULL){ + free(cosim->para->name); + } + } + if (cosim->para->nSen>0){ + if (cosim->ffd->senVal != NULL){ + free(cosim->ffd->senVal); + } + for(i=0; ipara->nSen; i++) { + free(cosim->para->sensorName[i]); + } + if (cosim->para->sensorName != NULL){ + free(cosim->para->sensorName); + } + } + if (cosim->modelica->temHea != NULL){ + free(cosim->modelica->temHea); + } + if (cosim->para->sha==1){ + if (cosim->modelica->shaConSig != NULL){ + free(cosim->modelica->shaConSig); + } + if (cosim->modelica->shaAbsRad != NULL){ + free(cosim->modelica->shaAbsRad); + } + if (cosim->ffd->TSha != NULL){ + free(cosim->ffd->TSha); + } + } + if (cosim->para->nPorts>0){ + for(i=0; ipara->nPorts; i++) { + free(cosim->modelica->XiPor[i]); + free(cosim->ffd->XiPor[i]); + free(cosim->modelica->CPor[i]); + free(cosim->ffd->CPor[i]); + } + if (cosim->modelica->CPor != NULL){ + free(cosim->modelica->CPor); + } + if (cosim->ffd->CPor != NULL){ + free(cosim->ffd->CPor); + } + if (cosim->modelica->XiPor != NULL){ + free(cosim->modelica->XiPor); + } + if (cosim->ffd->XiPor != NULL){ + free(cosim->ffd->XiPor); + } + if (cosim->modelica->TPor != NULL){ + free(cosim->modelica->TPor); + } + if (cosim->ffd->TPor != NULL){ + free(cosim->ffd->TPor); + } + for(i=0; ipara->nPorts; i++) { + free(cosim->para->portName[i]); + } + if (cosim->para->portName != NULL){ + free(cosim->para->portName); + } + if (cosim->modelica->mFloRatPor != NULL){ + free(cosim->modelica->mFloRatPor); + } + } + if (cosim->ffd->temHea != NULL){ + free(cosim->ffd->temHea); + } + + if(cosim->para->nSou>0){ + for(i=0; ipara->nSou; i++) { + if (cosim->para->souName[i] != NULL){ + free(cosim->para->souName[i]); + } + } + } + if (cosim->modelica->sourceHeat != NULL){ + free(cosim->modelica->sourceHeat); + } + + if (cosim->para != NULL){ + free(cosim->para); + } + if (cosim->modelica != NULL){ + free(cosim->modelica); + } + if (cosim->ffd != NULL){ + free(cosim->ffd); + } + if (cosim != NULL){ + free(cosim); + } + +} /* End of isatSendStopCommand*/ diff --git a/Buildings/Resources/C-Sources/isatStartCosimulation.c b/Buildings/Resources/C-Sources/isatStartCosimulation.c new file mode 100644 index 00000000000..eaa8de86667 --- /dev/null +++ b/Buildings/Resources/C-Sources/isatStartCosimulation.c @@ -0,0 +1,241 @@ +/* + * + * \file isatStartCosimulation.c + * + * \brief Function to start the coupled simulation based on cfdStartCosimulation.c + * + * @author + * Xu Han + * University of Colorado Boulder + * xuha3556@colorado.edu + * + * Wangda Zuo + * University of Miami + * W.Zuo@miami.edu + * + * \date 9/21/2019 + * + */ +#include "isatCosimulation.h" + +/* + * Start the cosimulation + * + * Allocate memory for the data exchange and launch ISAT simulation + * + * @param cfdFilNam Name of the input file for the ISAT simulation + * @param name Pointer to the names of surfaces and fluid ports + * @param A Pointer to the area of surfaces in the same order of name + * @param til Pointer to the tilt of surface in the same order of name + * @param bouCon Pointer to the type of thermal boundary condition in the + * same order of name + * @param nPorts Number of fluid ports + * @param portName Pointer to the name of fluid ports + * @param haveSensor Flag: 1->have sensor; 0->No sensor + * @param sensorName Pointer to the names of the sensors used in ISAT + * @param haveShade Flag: 1->have shade; 0->no shade + * @param nSur Number of surfaces + * @param nSen Number of sensors + * @param nConExtWin Number of exterior construction with windows + * @param nXi Number of species + * @param nC Number of trace substances + * @param rho_start Density at initial state + * + * @return 0 if no error occurred + */ +int isatStartCosimulation(char *cfdFilNam, char **name, double *A, double *til, + int *bouCon, int nPorts, char** portName, int haveSensor, + char **sensorName, int haveShade, size_t nSur, size_t nSen, + size_t nConExtWin, size_t nXi, size_t nC, int haveSource, size_t nSou, char **sourceName, double rho_start) { + size_t i; + size_t nBou; + + /**************************************************************************** + | allocate the memory and assign the data + ****************************************************************************/ + cosim->para->fileName = (char *) malloc(sizeof(char)*(strlen(cfdFilNam)+1)); + if (cosim->para->fileName == NULL){ + ModelicaError("Failed to allocate memory for cosim->para->fileName in isatStartCosimulation.c"); + } + strcpy(cosim->para->fileName, cfdFilNam); + + cosim->para->nSur = nSur; + cosim->para->nSen = nSen; + cosim->para->nConExtWin= nConExtWin; + cosim->para->nPorts = nPorts; + cosim->para->sha = haveShade; + cosim->para->nC = nC; + cosim->para->nXi = nXi; + cosim->para->rho_start = rho_start; + + cosim->para->Sou = haveSource; + cosim->para->nSou = nSou; + cosim->para->souName = (char**) malloc(nSou*sizeof(char *)); + cosim->modelica->sourceHeat = (REAL *) malloc(nSou*sizeof(REAL)); + if(cosim->para->Sou){ + for(i=0; ipara->souName[i] = (char *)malloc(sizeof(char)*(strlen(sourceName[i])+1)); + strcpy(cosim->para->souName[i], sourceName[i]); + } + } + + nBou = nSur + nPorts; + + cosim->para->name = (char**) malloc(nSur*sizeof(char *)); + if (cosim->para->name == NULL){ + ModelicaError("Failed to allocate memory for cosim->para->name in isatStartCosimulation.c"); + } + cosim->para->are = (double *) malloc(nSur*sizeof(double)); + if (cosim->para->are == NULL){ + ModelicaError("Failed to allocate memory for cosim->para->are in isatStartCosimulation.c"); + } + cosim->para->til = (double *) malloc(nSur*sizeof(double)); + if (cosim->para->til == NULL){ + ModelicaError("Failed to allocate memory for cosim->para->til in isatStartCosimulation.c"); + } + cosim->para->bouCon = (size_t *) malloc(nSur*sizeof(size_t)); + if (cosim->para->bouCon == NULL){ + ModelicaError("Failed to allocate memory for cosim->para->bouCon in isatStartCosimulation.c"); + } + + for(i=0; ipara->name[i] = NULL; + cosim->para->name[i] = (char *)malloc(sizeof(char) *(strlen(name[i])+1)); + if ( cosim->para->name[i] == NULL){ + ModelicaError("Failed to allocate memory for cosim->para->name[i] in isatStartCosimulation.c"); + } + strcpy(cosim->para->name[i], name[i]); + cosim->para->are[i] = (double) A[i]; + cosim->para->til[i] = (double) til[i]; + cosim->para->bouCon[i] = bouCon[i]; + } + + cosim->para->portName = (char**) malloc(nPorts*sizeof(char *)); + if (cosim->para->portName == NULL){ + ModelicaError("Failed to allocate memory for cosim->para->portName in isatStartCosimulation.c"); + } + + for(i=0; ipara->portName[i] = NULL; + cosim->para->portName[i] = (char *)malloc(sizeof(char)*(strlen(portName[i])+1)); + if ( cosim->para->portName[i] == NULL){ + ModelicaError("Failed to allocate memory for cosim->para->portName[i] in isatStartCosimulation.c"); + } + strcpy(cosim->para->portName[i], portName[i]); + } + + if(haveSensor) { + cosim->para->sensorName = (char **) malloc(nSen*sizeof(char *)); + if ( cosim->para->sensorName == NULL){ + ModelicaError("Failed to allocate memory for cosim->para->sensorName in isatStartCosimulation.c"); + } + cosim->ffd->senVal = (double *) malloc(nSen*sizeof(double)); + if ( cosim->ffd->senVal == NULL){ + ModelicaError("Failed to allocate memory for cosim->ffd->senVal in isatStartCosimulation.c"); + } + for(i=0; ipara->sensorName[i] = NULL; + cosim->para->sensorName[i] = (char *)malloc(sizeof(char)*(strlen(sensorName[i])+1)); + if ( cosim->para->sensorName[i] == NULL){ + ModelicaError("Failed to allocate memory for cosim->para->sensorName[i] in isatStartCosimulation.c"); + } + strcpy(cosim->para->sensorName[i], sensorName[i]); + } + } + + /* Set the flag to initial value*/ + cosim->modelica->flag = 0; + cosim->ffd->flag = 0; + cosim->para->flag = 1; + cosim->para->ffdError = 0; + cosim->modelica->t = 0; + cosim->modelica->lt = -1;/*initialize lt to -1 to avoid skipping all exchange() at time = 0*/ + + cosim->modelica->temHea = (double *) malloc(nSur*sizeof(double)); + if (cosim->modelica->temHea == NULL){ + ModelicaError("Failed to allocate memory for cosim->modelica->temHea in isatStartCosimulation.c"); + } + /* Having a shade for window*/ + if(haveShade==1) { + cosim->modelica->shaConSig = (double *) malloc(nConExtWin*sizeof(double)); + if ( cosim->modelica->shaConSig == NULL){ + ModelicaError("Failed to allocate memory for cosim->modelica->shaConSig in isatStartCosimulation.c"); + } + cosim->modelica->shaAbsRad = (double *) malloc(nConExtWin*sizeof(double)); + if ( cosim->modelica->shaAbsRad == NULL){ + ModelicaError("Failed to allocate memory for cosim->modelica->shaAbsRad in isatStartCosimulation.c"); + } + } + cosim->modelica->mFloRatPor = (double *) malloc(nPorts*sizeof(double)); + if (cosim->modelica->mFloRatPor == NULL){ + ModelicaError("Failed to allocate memory for cosim->modelica->mFloRatPor in isatStartCosimulation.c"); + } + cosim->modelica->TPor = (double *) malloc(nPorts*sizeof(double)); + if (cosim->modelica->TPor == NULL){ + ModelicaError("Failed to allocate memory for cosim->modelica->TPor in isatStartCosimulation.c"); + } + + cosim->modelica->XiPor = (double **) malloc(nPorts*sizeof(double *)); + if (cosim->modelica->XiPor == NULL){ + ModelicaError("Failed to allocate memory for cosim->modelica->XiPor in isatStartCosimulation.c"); + } + cosim->ffd->XiPor = (double **) malloc(nPorts*sizeof(double *)); + if (cosim->ffd->XiPor == NULL){ + ModelicaError("Failed to allocate memory for cosim->ffd->XiPor in isatStartCosimulation.c"); + } + for(i=0; imodelica->XiPor[i] = NULL; + cosim->modelica->XiPor[i] = (double *) malloc(cosim->para->nXi*sizeof(double)); + if ( cosim->modelica->XiPor[i] == NULL){ + ModelicaError("Failed to allocate memory for cosim->modelica->XiPor[i] in isatStartCosimulation.c"); + } + cosim->ffd->XiPor[i] = NULL; + cosim->ffd->XiPor[i] = (double *) malloc(cosim->para->nXi*sizeof(double)); + if ( cosim->ffd->XiPor[i] == NULL){ + ModelicaError("Failed to allocate memory for cosim->ffd->XiPor[i] in isatStartCosimulation.c"); + } + } + + cosim->modelica->CPor = (double **) malloc(nPorts*sizeof(double *)); + if (cosim->modelica->CPor == NULL){ + ModelicaError("Failed to allocate memory for cosim->modelica->CPor in isatStartCosimulation.c"); + } + cosim->ffd->CPor = (double **) malloc(nPorts*sizeof(double *)); + if (cosim->ffd->CPor == NULL){ + ModelicaError("Failed to allocate memory for cosim->ffd->CPor in isatStartCosimulation.c"); + } + for(i=0; imodelica->CPor[i] = NULL; + cosim->modelica->CPor[i] = (double *) malloc(cosim->para->nC*sizeof(double)); + if ( cosim->modelica->CPor[i] == NULL){ + ModelicaError("Failed to allocate memory for cosim->modelica->CPor[i] in isatStartCosimulation.c"); + } + cosim->ffd->CPor[i] = NULL; + cosim->ffd->CPor[i] = (double *) malloc(cosim->para->nC*sizeof(double)); + if ( cosim->ffd->CPor[i] == NULL){ + ModelicaError("Failed to allocate memory for cosim->ffd->CPor[i] in isatStartCosimulation.c"); + } + } + + cosim->ffd->temHea = (double *) malloc(nSur*sizeof(double)); + if (cosim->ffd->temHea == NULL){ + ModelicaError("Failed to allocate memory for cosim->ffd->temHea in isatStartCosimulation.c"); + } + if(haveShade==1){ + cosim->ffd->TSha = (double *) malloc(nConExtWin*sizeof(double)); + if ( cosim->ffd->TSha == NULL){ + ModelicaError("Failed to allocate memory for cosim->ffd->TSha in isatStartCosimulation.c"); + } + } + cosim->ffd->TPor = (double *) malloc(nPorts*sizeof(double)); + if (cosim->ffd->TPor == NULL){ + ModelicaError("Failed to allocate memory for cosim->ffd->TPor in isatStartCosimulation.c"); + } + + /**************************************************************************** + | Implicitly launch DLL module. + ****************************************************************************/ + isat_dll(cosim); + + return 0; +} /* End of isatStartCosimulation()*/ diff --git a/Buildings/Resources/C-Sources/isatcosim.c b/Buildings/Resources/C-Sources/isatcosim.c new file mode 100644 index 00000000000..5830041c87a --- /dev/null +++ b/Buildings/Resources/C-Sources/isatcosim.c @@ -0,0 +1,102 @@ +/* + * + * \file isatStartCosimulation.c + * + * \brief Function to start the coupled simulation based on cfdcosim.c + * + * \author + * Xu Han + * University of Colorado Boulder + * xuha3556@colorado.edu + * + * Wangda Zuo + * University of Miami + * W.Zuo@miami.edu + * + * \date 9/21/2019 + * + */ +#include "isatCosimulation.h" +#include +/* + * Start the cosimulation + * + * Allocate memory for cosimulation variables + * + */ +void *isatcosim() { + + /**************************************************************************** + | return modelica error if more than one isat instances are created + ****************************************************************************/ + if ( cosim != NULL ) + ModelicaError("ModelicaError: Only one room with ISAT can be used, but more than one is used."); + + /**************************************************************************** + | Allocate memory for cosimulation variables + ****************************************************************************/ + cosim = NULL; + cosim = (CosimulationData *) malloc(sizeof(CosimulationData)); + if (cosim == NULL){ + ModelicaError("Failed to allocate memory for cosim in isatcosim.c"); + } + cosim->para = NULL; + cosim->para = (ParameterSharedData *) malloc(sizeof(ParameterSharedData)); + if (cosim->para == NULL){ + ModelicaError("Failed to allocate memory for cosim->para in isatcosim.c"); + } + + cosim->modelica = NULL; + cosim->modelica = (ModelicaSharedData *) malloc(sizeof(ModelicaSharedData)); + if (cosim->para == NULL){ + ModelicaError("Failed to allocate memory for cosim->modelica in isatcosim.c"); + } + + cosim->ffd = NULL; + cosim->ffd = (ffdSharedData *) malloc(sizeof(ffdSharedData)); + if (cosim->para == NULL){ + ModelicaError("Failed to allocate memory for cosim->ffd in isatcosim.c"); + } + + /**************************************************************************** + | Initialize cosimulation variables + ****************************************************************************/ + cosim->modelica->flag = 0; + cosim->ffd->flag = 0; + cosim->para->flag = 1; + cosim->para->ffdError = 0; + cosim->para->nSur = 0; + cosim->para->nSen = 0; + cosim->para->nConExtWin = 0; + cosim->para->nPorts = 0; + cosim->para->sha = 0; + cosim->para->nC = 0; + cosim->para->nXi = 0; + cosim->ffd->msg = NULL; + cosim->para->fileName = NULL; + cosim->para->are = NULL; + cosim->para->til = NULL; + cosim->para->bouCon = NULL; + cosim->para->name = NULL; + cosim->para->sensorName = NULL; + cosim->ffd->senVal = NULL; + cosim->modelica->CPor = NULL; + cosim->ffd->CPor = NULL; + cosim->modelica->XiPor = NULL; + cosim->ffd->XiPor = NULL; + cosim->modelica->TPor = NULL; + cosim->ffd->TPor = NULL; + cosim->para->portName = NULL; + cosim->modelica->mFloRatPor = NULL; + cosim->ffd->temHea = NULL; + cosim->modelica->temHea = NULL; + cosim->modelica->shaConSig = NULL; + cosim->modelica->shaAbsRad = NULL; + cosim->ffd->TSha = NULL; + cosim->para->Sou = 0; + cosim->para->nSou = 0; + cosim->para->souName = NULL; + cosim->modelica->sourceHeat = NULL; + + return (void*) cosim; +} /* End of isatcosim()*/ From 7f307bfd3afab2fb7d3524c2a7c05f2a078665b8 Mon Sep 17 00:00:00 2001 From: xuhan425 Date: Tue, 30 Jul 2019 11:24:23 -0600 Subject: [PATCH 08/69] fix a few bugs of CFD module running in JModelica --- .../Resources/C-Sources/cfdExchangeData.c | 10 +++++----- .../Resources/C-Sources/cfdSendStopCommand.c | 20 +++++++++---------- .../C-Sources/cfdStartCosimulation.c | 17 ++++++++-------- 3 files changed, 23 insertions(+), 24 deletions(-) diff --git a/Buildings/Resources/C-Sources/cfdExchangeData.c b/Buildings/Resources/C-Sources/cfdExchangeData.c index 747143faf7c..d7dd988cba2 100644 --- a/Buildings/Resources/C-Sources/cfdExchangeData.c +++ b/Buildings/Resources/C-Sources/cfdExchangeData.c @@ -75,12 +75,12 @@ int cfdExchangeData(double t0, double dt, double *u, size_t nU, size_t nY, cosim->modelica->latentHeat = u[i]; i++; - if(cosim->para->Sou){ - for(j=0; jpara->nSou; j++) { - cosim->modelica->sourceHeat[j] = (REAL) u[i+j]; - } + if(cosim->para->nSou>0){ + for(j=0; jpara->nSou; j++) { + cosim->modelica->sourceHeat[j] = u[i+j]; + } } - i = i + cosim->para->nSou; + i = i + cosim->para->nSou; cosim->modelica->p = u[i]; i++; diff --git a/Buildings/Resources/C-Sources/cfdSendStopCommand.c b/Buildings/Resources/C-Sources/cfdSendStopCommand.c index e1412aa5457..a48078ad7ed 100644 --- a/Buildings/Resources/C-Sources/cfdSendStopCommand.c +++ b/Buildings/Resources/C-Sources/cfdSendStopCommand.c @@ -134,17 +134,15 @@ void cfdSendStopCommand(void *thread) { free(cosim->ffd->temHea); } - if(cosim->para->nSou>0){ - for(i=0; ipara->nSou; i++) { - if (cosim->para->souName[i] != NULL){ - free(cosim->para->souName[i]); - } - } - } - if (cosim->modelica->sourceHeat != NULL){ - free(cosim->modelica->sourceHeat); - } - + if(cosim->para->nSou>0){ + if (cosim->para->souName != NULL){ + free(cosim->para->souName); + } + if (cosim->modelica->sourceHeat != NULL){ + free(cosim->modelica->sourceHeat); + } + } + if (cosim->para != NULL){ free(cosim->para); } diff --git a/Buildings/Resources/C-Sources/cfdStartCosimulation.c b/Buildings/Resources/C-Sources/cfdStartCosimulation.c index 7587a8fd499..6920d4d74c2 100644 --- a/Buildings/Resources/C-Sources/cfdStartCosimulation.c +++ b/Buildings/Resources/C-Sources/cfdStartCosimulation.c @@ -68,14 +68,15 @@ int cfdStartCosimulation(char *cfdFilNam, char **name, double *A, double *til, cosim->para->Sou = haveSource; cosim->para->nSou = nSou; - cosim->para->souName = (char**) malloc(nSou*sizeof(char *)); - cosim->modelica->sourceHeat = (REAL *) malloc(nSou*sizeof(REAL)); - if(cosim->para->Sou){ - for(i=0; ipara->souName[i] = (char *)malloc(sizeof(char)*(strlen(sourceName[i])+1)); - strcpy(cosim->para->souName[i], sourceName[i]); - } - } + + if(cosim->para->nSou>0){ + cosim->para->souName = (char**) malloc(nSou*sizeof(char *)); + cosim->modelica->sourceHeat = (REAL *) malloc(nSou*sizeof(REAL)); + for(i=0; ipara->souName[i] = (char *)malloc(sizeof(char)*(strlen(sourceName[i])+1)); + strcpy(cosim->para->souName[i], sourceName[i]); + } + } nBou = nSur + nPorts; From 1b2160d79d9b07cf4a53e01c4f679b484801ef04 Mon Sep 17 00:00:00 2001 From: xuhan425 Date: Wed, 31 Jul 2019 17:30:03 -0600 Subject: [PATCH 09/69] fix a few bugs --- Buildings/Resources/C-Sources/cfdSendStopCommand.c | 2 +- Buildings/ThermalZones/Detailed/CFD.mo | 2 +- 2 files changed, 2 insertions(+), 2 deletions(-) diff --git a/Buildings/Resources/C-Sources/cfdSendStopCommand.c b/Buildings/Resources/C-Sources/cfdSendStopCommand.c index a48078ad7ed..b21ed244e21 100644 --- a/Buildings/Resources/C-Sources/cfdSendStopCommand.c +++ b/Buildings/Resources/C-Sources/cfdSendStopCommand.c @@ -21,7 +21,7 @@ void cfdSendStopCommand(void *thread) { size_t i = 0; - size_t imax = 10000; + size_t imax = 1000000; /*send stop command to FFD*/ cosim->para->flag = 0; diff --git a/Buildings/ThermalZones/Detailed/CFD.mo b/Buildings/ThermalZones/Detailed/CFD.mo index 2fcc483ec25..28601d0bac6 100644 --- a/Buildings/ThermalZones/Detailed/CFD.mo +++ b/Buildings/ThermalZones/Detailed/CFD.mo @@ -46,7 +46,7 @@ model CFD "Select CFD input file"))); parameter Integer nSou(min=0) "Number of sources that are connected to CFD input"; - parameter String sourceName[nSou] + parameter String sourceName[nSou]=fill("",nSou) "Names of sources as declared in the CFD input file"; parameter Boolean haveSource "Flag, true if the model has at least one source"; From 38dcf77fe78be865be878ef906722f7317cda444 Mon Sep 17 00:00:00 2001 From: Cary Date: Thu, 31 Oct 2019 13:25:41 -0600 Subject: [PATCH 10/69] fetched upstream --- Buildings/Resources/Library/win32/ffd.dll | Bin 139264 -> 179200 bytes Buildings/Resources/Library/win32/ffd.lib | Bin 1646 -> 1646 bytes Buildings/Resources/Library/win64/ffd.dll | Bin 0 -> 150016 bytes Buildings/Resources/Library/win64/ffd.lib | Bin 0 -> 1648 bytes Buildings/Resources/ffd.dll | Bin 0 -> 139264 bytes Buildings/Resources/ffd.lib | Bin 0 -> 1646 bytes Buildings/ffd.log | 5898 +++++++++++++++++++++ Buildings/output.cfd | 707 +++ Buildings/result.plt | 1731 ++++++ Buildings/unsteady.plt | 1728 ++++++ 10 files changed, 10064 insertions(+) create mode 100644 Buildings/Resources/Library/win64/ffd.dll create mode 100644 Buildings/Resources/Library/win64/ffd.lib create mode 100644 Buildings/Resources/ffd.dll create mode 100644 Buildings/Resources/ffd.lib create mode 100644 Buildings/ffd.log create mode 100644 Buildings/output.cfd create mode 100644 Buildings/result.plt create mode 100644 Buildings/unsteady.plt diff --git a/Buildings/Resources/Library/win32/ffd.dll b/Buildings/Resources/Library/win32/ffd.dll index c0797c5d1297398f728d09ee91d79c47425e2cbb..b8d89c01e7b75232db57a7851c831b061bbdf253 100755 GIT binary patch literal 179200 zcmeFaeSF+kb?2|~Oq?N^WJaJ+Lq(zl0S1L&VrQ{q!^*Zsb`npJW6P3@l%x>C5FBt4 zO)!ZS97ZahT#YM!O`(^Ip?0Id+xdSoA{mXvS3+RS%`n*<7H+0`PF~5_V?U> zMtObd6@Pna*}m6(>&pFsRo}XDZSv#yRc*ZYQy;tcckizH$nSpglb>p<`tV1q?oEBN z>f@iRs{7!Ys=GgR$49TZG^|kl&`+;|Tb^H>3!}Wjr+Pm!cuk3xeJ~6Ix;rhLHf6K=| zl2jjgj2hx)Wvc=glpX%_hg$Q`PL$2M^5Vdymz8~BR#{n>_w)A_tW#Iv&!mt8v4?#vVD3zIIB!_obum^S!Ek9FDu*f z$NWxtS$r_U``Y5I!FjCoe$w?dZ6Dp##n_S}+D@(qC7khcHBHO2w>$&FM`|kY+uMAgkwsOE;`d_WuyZ56T zK1D&{UUq`_Rs8OlQf?Vf|NsB~11PY+;p?+vhmI8fYjnfulcTHGxm5VB!1!hR8fL}P zeW7e3vih#Fbq%?1jq~5e(D=OZ%XZkSIk&ohX`NEv#lzV|j4I=)$X(+Nxj&?q3sW)u z&A{sM%XX{kH^_*akvCdbc9ZB81e=q&Hw;bT_ zsXu~dRyfk+RmlDERb^%Az6$rEJF5D3mE{Kd0z8QTTgQ_W_v$A{|8Q0;xp4ce*!WB7 zzVLs&9lCY)q^?Z1@%*k?1yVKSzPwuv8u>QUWwK$7{!p&WJ3|@ z6*O`lq_5UUzoRhH$YE2i`}H2)6_SjbVL6W#Pj8wy%$X}DWBfP01&se}BBNd=(JG2V zwBvt`0cvP%fnj%iIp57hfQ{puk~@Ud7Q`TT=ojNCgh&bVOlkWIYFmYUX{x2|iLI6j z1H!!89nJmXV^*jj3{AHWmL%TU{Wo|CC(FxX z-+6sm?C2ZHVlP+V0R(1+O8yI$Tu;0V+N)sD*U0F@hlh_t^fm4~{qYg$3Do1yGp%P` zF!OY?gznQ}*D%MetaP}Ivmx}~PIFY|bVUH91aM!P$hs!p<3YQyn`CYwF>gxNty2D;aYKB~VIP-W5cXxKX zr_~fB3PtaXzULbbM%O@Medf5W>Q`K@$Ev5 z+v=!$S|FT>wj7JjJ<=cFp%?w}o!-xYSF9xxr9frWwfFVMk9e;Jy;selewu0P51)xP z&v#E7*74)P_!DQM>kkGG8~;*Z$raASuf2yCFH?B4RT<%3=wfa|{jO7J^Y&-1^(;Tv z?ffDpv3;K!qEz{r=&i3%a5OsiV07+Lp1xlNc=`+8J}ze9*&+Tt3#=#9ZrF8-e%$s( z=RW7XDSvXFJu2^9Xuq*gz{QWLNG9Ix;v<>(qvEYvUZ&f(2ijuk_8oz?i_+~o1JTYu zhc@+koO*Yf9QJ=>6t5Ad(6A=|088`8sA`2$V41(z`j@ef5o!SxWB=q~4Wo9}J|bXDU6OI@y#<&$03kzgBfKto{2rMuh%O)d2*I z@%Q&f0J1DK+r_(9o(}Sthd;^0b9#P6&s)21;(2Q~&wr_hgL>Hh=m&Y&{wNQBlxg38 zKd6IgXeAYS^l$fHXlMj(;^xPC36!A^QV@b0Y29OmJDqjF?0yF3ux10T11$E8j(+9!g& zE-@C2=QP5-F3z(Sp6HgsD<~XCeY8AJ(IM9u3wEljV6RH66)tY2gYvc2uugePH9eMB zS2wL$?Gk5mpSwIz<~k*1>Aq@bqK(wUgOHVSVwK@^d~diG;m;tDR${TKk?6LMqJdpv zH{9e}Pt&{RCl&HUuyu4iJ`zM*wLalmI~KK$!1HLX z=(Z112CvUO*32&^arJmA?4Hf-f3Jo*Hopf?O1|iLY6MuuQ^y*Tb8f*j<<5?euS>S* z@*lWN_s!Wa`SeQ{TxYv5eci`f^tGp`hoq=Y{S>wIK2&t3@ln^bDSHoNhG3jD4UPUl zI;Ea7@d39YB(YfmHIBO#XzMQNX%l2q)!p<0;}|Ru(8Ma!-j|7wEs8%H?fMLw^@dDh z`_}|(CNaDyu|3+=Wa@U`opEhl@s)u1dsj*3n^~d*9yDT`64ZSzJ z;Gm1=GO4ZE&;SD}yU|~BFk@=K#k+MWc0d-mjCXh{M^B~ksi~)1Tzo)}OtHt0>rxuh z#Ur}(6x>MkirRvGaZh_%CKh@hLV-T+i>B8~AIFE?ydM)JGW5rH>xXic&$`yG=v=8YOxj-WX$v}fq6Ut&JqyD(FQ9aXZ|106 zH(w7!^Ihv$P)hMkrgevF9pcTBeuv6l-wT|SSTf+^TlgIjV5o`%yfV$p@6UM-Ah*8a zj2Nn9nzxyzRoJM;Q(qCsDtP1>6Hh1Cf;+E;K#2nGT*+gUIBx*V)6{f4tWufyPO})M zh%q7MPc~Q^<((3T=oMR_4EB7N>E+#~m-iO+@-EZMC|UIKF4N0L(91i}%j(k8%L7fh z9Z~7YQPZ@$O)sOv(96?TK`;Myxv!V^nqEF;dU^WNyjdmUZG(SaS5mppbCo#lkH zO>17pk~5T<#{I5wuW$K7%Ux=JFn$&bh(n!uOuAOybbOzSchnrpYup}PnqBIz>CJS? zvC(@jOzA4xj_qZAsKfeKC`i5&g z7EM1W{q6N4k2Q7`D%=h|b@LcW-E_jah7iSH02 z&g10-9bf+BLOr^oPW-ad^!F2{zjvX(pMik*)t=jnw~5=kv*1@hivCt#p8g(c${i;l zWXk&qQ^zR6bCkzTZn@Ymk9{b()ibq^`o5ajOHqAqOVGDzf!uiNtfvSbI9*T#pWUb9vzUg=o z$8`Ld>G-_cts#IF9uwVt9Y4hVBpr|YT+s1i%z}Ch7RZakLO#wq)UPsir{d z-tl{n|C+aJ;EPUnX?$Y@7FE>u zXZ>+PuPBG_X4;QuTDKFWxG$7RohVW0QdpU+lubIb9Y zyWMj9<`JoT&o^CO;r?VRJwS`6D%6xoZRT+iE!y=3R&!jVW;>T?`b!VN-fZX_VJaYc z+`7jk_?>4V{nO>%<=9bLwEn%<9IQI>vMu%WU|RYkkrsV3t)GdMu;9e(TtGf~iw zRxcAjvdENBv}-{2qGP?Ax7LUYT8FK7OQYiOU>A= zDDFATb}QrOer}g5b=iKR=Cw?ABbS+{rIlTKHxHh!waZw|Ywjual6iWGJveUq#2bDn z5_%JY@(t%vD*ba=qWC^S5iZpiJnSCxR9$Q}Y~Ea+d1@0)yLM6aM5

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index 00000000000..84b5fd221a3 --- /dev/null +++ b/Buildings/ffd.log @@ -0,0 +1,5898 @@ +Start Fast Fluid Dynamics Simulation with Thread ID 5165440 +fileName="C:/Git/modelica-buildings/Buildings/Resources/Data/ThermalZones/Detailed/Examples/FFD/WindowWithoutShade.ffd" +read_parameter(): Opened file C:/Git/modelica-buildings/Buildings/Resources/Data/ThermalZones/Detailed/Examples/FFD/WindowWithoutShade.ffd for FFD parameters with base directory C:/Git/modelica-buildings/Buildings/Resources/Data/ThermalZones/Detailed/Examples/FFD/ +assign_parameter(): inpu.parameter_file_format=SCI +assign_parameter(): inpu.parameter_file_name=C:/Git/modelica-buildings/Buildings/Resources/Data/ThermalZones/Detailed/Examples/FFD/WindowWithoutShade.cfd +assign_parameter(): inpu.block_file_name=C:/Git/modelica-buildings/Buildings/Resources/Data/ThermalZones/Detailed/Examples/FFD/EmptyRoom.dat +assign_parameter(): geom.Lx=1.000000 +assign_parameter(): geom.Ly=1.000000 +assign_parameter(): geom.Lz=1.000000 +assign_parameter(): geom.imax=10 +assign_parameter(): geom.jmax=10 +assign_parameter(): geom.kmax=10 +assign_parameter(): geom.index=600 +assign_parameter(): inpu.read_old_ffd_file=0 +assign_parameter(): geom.dx=0.100000 +assign_parameter(): geom.dy=0.100000 +assign_parameter(): geom.dz=0.100000 +assign_parameter(): geom.uniform=1 +assign_parameter(): outp.version=RUN +assign_parameter(): prob.nu=0.000016 +assign_parameter(): prob.rho=1.177400 +assign_parameter(): prob.gravx=0.000000 +assign_parameter(): prob.gravy=0.000000 +assign_parameter(): prob.gravz=-9.810000 +assign_parameter(): prob.cond=0.026240 +assign_parameter(): prob.Cp=1006.000000 +assign_parameter(): prob.beta=0.003600 +assign_parameter(): prob.diff=0.000010 +assign_parameter(): prob.coeff_h=0.000400 +assign_parameter(): prob.force=1.000000 +assign_parameter(): prob.source=1.000000 +assign_parameter(): prob.movie=0 +assign_parameter(): prob.tur_model=LAM +assign_parameter(): prob.chen_a=0.038740 +assign_parameter(): prob.Prt=0.900000 +assign_parameter(): prob.Temp_Buoyancy=20.000000 +assign_parameter(): mytime.t_steady=100.000000 +assign_parameter(): bc.nb_Xi=1 +assign_parameter(): solv.solver=GS +assign_parameter(): solv.check_residual=0 +assign_parameter(): solv.advection_solver=SEMI +assign_parameter(): solv.interpolation=BILINEAR +assign_parameter(): solv.cosimulation=1 +assign_parameter(): sensor.nb_sensor=2 +assign_parameter(): sensor.name=OccupiedZoneAirTemperature +assign_parameter(): sensor.name=Velocity +assign_parameter(): init.T=10.000000 +assign_parameter(): init.u=0.000000 +assign_parameter(): init.v=0.000000 +assign_parameter(): init.w=0.000000 +read_sci_input(): Start to read sci input file C:/Git/modelica-buildings/Buildings/Resources/Data/ThermalZones/Detailed/Examples/FFD/WindowWithoutShade.cfd +read_sci_input(): para->bc->nb_bc=10 +read_sci_input(): para->bc->nb_inlet=0 +read_sci_input(): para->bc->nb_outlet=0 +read_sci_input(): para->bc->nb_block=0 +read_sci_input(): para->bc->nb_wall=10 +read_sci_input(): para->bc->wallName[0]="South Wall" +read_sci_input(): ThermalBC=1, T/q_dot=0.000000 +read_sci_input(): para->bc->wallName[1]="North Wall" +read_sci_input(): ThermalBC=1, T/q_dot=0.000000 +read_sci_input(): para->bc->wallName[2]="Ceiling" +read_sci_input(): ThermalBC=1, T/q_dot=0.000000 +read_sci_input(): para->bc->wallName[3]="Floor" +read_sci_input(): ThermalBC=1, T/q_dot=0.000000 +read_sci_input(): para->bc->wallName[4]="West Wall" +read_sci_input(): ThermalBC=1, T/q_dot=0.000000 +read_sci_input(): para->bc->wallName[5]="West Wall (glass, unshaded)" +read_sci_input(): ThermalBC=1, T/q_dot=0.000000 +read_sci_input(): para->bc->wallName[6]="East Wall" +read_sci_input(): ThermalBC=1, T/q_dot=0.000000 +read_sci_input(): para->bc->wallName[7]="East Wall (glass, unshaded)" +read_sci_input(): ThermalBC=1, T/q_dot=0.000000 +read_sci_input(): para->bc->wallName[8]="East Wall (frame)" +read_sci_input(): ThermalBC=1, T/q_dot=0.000000 +read_sci_input(): para->bc->wallName[9]="West Wall (frame)" +read_sci_input(): ThermalBC=1, T/q_dot=0.000000 +read_sci_input(): para->bc->nb_source=0 +read_sci_input(): para->mytime->t_start=0.000000 +read_sci_input(): para->mytime->dt=1.000000 +read_sci_input(): para->mytime->step_total=1000 +read_sci_input(): Read sci input file C:/Git/modelica-buildings/Buildings/Resources/Data/ThermalZones/Detailed/Examples/FFD/WindowWithoutShade.cfd +read_sci_input(): start to read block information from "C:/Git/modelica-buildings/Buildings/Resources/Data/ThermalZones/Detailed/Examples/FFD/EmptyRoom.dat". +read_sci_input(): end of reading zeroone.dat. +bounary_area(): Calculated surface area for FFD boundaries are: + Wall boundaries: + South Wall: 1.000000[m2] + North Wall: 1.000000[m2] + Ceiling: 1.000000[m2] + Floor: 1.000000[m2] + West Wall: 0.500000[m2] + West Wall (glass, unshaded): 0.400000[m2] + East Wall: 0.500000[m2] + East Wall (glass, unshaded): 0.400000[m2] + East Wall (frame): 0.100000[m2] + West Wall (frame): 0.100000[m2] +------------------------------------------------------------------- + nSur=10 + nPorts=0 + nSen=2 + nXi=1 + nC=0 + nConExtWin=2 + sha=0 + Surface 0: North Wall + Area:1.000000[m2], Tilt:1.570796[deg] + Thermal boundary: Fixed temperature + Surface 1: South Wall + Area:1.000000[m2], Tilt:1.570796[deg] + Thermal boundary: Fixed temperature + Surface 2: Floor + Area:1.000000[m2], Tilt:3.141593[deg] + Thermal boundary: Fixed temperature + Surface 3: Ceiling + Area:1.000000[m2], Tilt:0.000000[deg] + Thermal boundary: Fixed temperature + Surface 4: East Wall + Area:0.500000[m2], Tilt:1.570796[deg] + Thermal boundary: Fixed temperature + Surface 5: West Wall + Area:0.500000[m2], Tilt:1.570796[deg] + Thermal boundary: Fixed temperature + Surface 6: East Wall (glass, unshaded) + Area:0.400000[m2], Tilt:1.570796[deg] + Thermal boundary: Fixed temperature + Surface 7: West Wall (glass, unshaded) + Area:0.400000[m2], Tilt:1.570796[deg] + Thermal boundary: Fixed temperature + Surface 8: East Wall (frame) + Area:0.100000[m2], Tilt:1.570796[deg] + Thermal boundary: Fixed temperature + Surface 9: West Wall (frame) + Area:0.100000[m2], Tilt:1.570796[deg] + Thermal boundary: Fixed temperature + Sensor 0: Occupied zone air temperature + Sensor 1: Velocity +compare_boundary_names(): Matched boundary name "North Wall". +compare_boundary_names(): Matched boundary name "South Wall". +compare_boundary_names(): Matched boundary name "Floor". +compare_boundary_names(): Matched boundary name "Ceiling". +compare_boundary_names(): Matched boundary name "East Wall". +compare_boundary_names(): Matched boundary name "West Wall". +compare_boundary_names(): Matched boundary name "East Wall (glass, unshaded)". +compare_boundary_names(): Matched boundary name "West Wall (glass, unshaded)". +compare_boundary_names(): Matched boundary name "East Wall (frame)". +compare_boundary_names(): Matched boundary name "West Wall (frame)". +Start to compare port names +compare_boundary_area(): Start to compare the area of solid surfaces. + South Wall has the same area of 1.000000[m2] + North Wall has the same area of 1.000000[m2] + Ceiling has the same area of 1.000000[m2] + Floor has the same area of 1.000000[m2] + West Wall has the same area of 0.500000[m2] + West Wall (glass, unshaded) has the same area of 0.400000[m2] + East Wall has the same area of 0.500000[m2] + East Wall (glass, unshaded) has the same area of 0.400000[m2] + East Wall (frame) has the same area of 0.100000[m2] + West Wall (frame) has the same area of 0.100000[m2] +read_cosim_parameter(): Simulation starts at 0.000000s +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=20.000000[degC] + North Wall: T=20.000000[degC] + Ceiling: T=20.000000[degC] + Floor: T=20.000000[degC] + West Wall: T=20.000000[degC] + West Wall (glass, unshaded): T=3.210931[degC] + East Wall: T=20.000000[degC] + East Wall (glass, unshaded): T=3.210931[degC] + East Wall (frame): T=8.887533[degC] + West Wall (frame): T=8.887533[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=0.000000[s] + Averaged room temperature 10.019528[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -5.219335[W] + North Wall: -5.219335[W] + Ceiling: -5.223463[W] + Floor: -5.215730[W] + West Wall: -2.607871[W] + West Wall (glass, unshaded): 1.423048[W] + East Wall: -2.607871[W] + East Wall (glass, unshaded): 1.423048[W] + East Wall (frame): 0.058589[W] + West Wall (frame): 0.058589[W] + Sensor Information: + Occupied zone air temperature: 283.169528 + Velocity: 0.220191 +ffd.c: Start FFD solver. +Physical time=1.0000 s, CPU time=2.3510 s, Time Ratio=0.4254 +Physical time=2.0000 s, CPU time=2.3600 s, Time Ratio=0.8475 +Physical time=3.0000 s, CPU time=2.3690 s, Time Ratio=1.2664 +Physical time=4.0000 s, CPU time=2.3760 s, Time Ratio=1.6835 +Physical time=5.0000 s, CPU time=2.3830 s, Time Ratio=2.0982 +Physical time=6.0000 s, CPU time=2.3890 s, Time Ratio=2.5115 +Physical time=7.0000 s, CPU time=2.3960 s, Time Ratio=2.9215 +Physical time=8.0000 s, CPU time=2.4010 s, Time Ratio=3.3319 +Physical time=9.0000 s, CPU time=2.4070 s, Time Ratio=3.7391 +Physical time=10.0000 s, CPU time=2.4130 s, Time Ratio=4.1442 +Physical time=11.0000 s, CPU time=2.4190 s, Time Ratio=4.5473 +Physical time=12.0000 s, CPU time=2.4250 s, Time Ratio=4.9485 +Physical time=13.0000 s, CPU time=2.4310 s, Time Ratio=5.3476 +Physical time=14.0000 s, CPU time=2.4360 s, Time Ratio=5.7471 +Physical time=15.0000 s, CPU time=2.4420 s, Time Ratio=6.1425 +Physical time=16.0000 s, CPU time=2.4470 s, Time Ratio=6.5386 +Physical time=17.0000 s, CPU time=2.4530 s, Time Ratio=6.9303 +Physical time=18.0000 s, CPU time=2.4580 s, Time Ratio=7.3230 +Physical time=19.0000 s, CPU time=2.4630 s, Time Ratio=7.7142 +Physical time=20.0000 s, CPU time=2.4690 s, Time Ratio=8.1004 +Physical time=21.0000 s, CPU time=2.4750 s, Time Ratio=8.4848 +Physical time=22.0000 s, CPU time=2.4810 s, Time Ratio=8.8674 +Physical time=23.0000 s, CPU time=2.4860 s, Time Ratio=9.2518 +Physical time=24.0000 s, CPU time=2.4910 s, Time Ratio=9.6347 +Physical time=25.0000 s, CPU time=2.4970 s, Time Ratio=10.0120 +Physical time=26.0000 s, CPU time=2.5030 s, Time Ratio=10.3875 +Physical time=27.0000 s, CPU time=2.5080 s, Time Ratio=10.7656 +Physical time=28.0000 s, CPU time=2.5140 s, Time Ratio=11.1376 +Physical time=29.0000 s, CPU time=2.5190 s, Time Ratio=11.5125 +Physical time=30.0000 s, CPU time=2.5250 s, Time Ratio=11.8812 +Physical time=31.0000 s, CPU time=2.5300 s, Time Ratio=12.2530 +Physical time=32.0000 s, CPU time=2.5360 s, Time Ratio=12.6183 +Physical time=33.0000 s, CPU time=2.5420 s, Time Ratio=12.9819 +Physical time=34.0000 s, CPU time=2.5480 s, Time Ratio=13.3438 +Physical time=35.0000 s, CPU time=2.5530 s, Time Ratio=13.7094 +Physical time=36.0000 s, CPU time=2.5580 s, Time Ratio=14.0735 +Physical time=37.0000 s, CPU time=2.5630 s, Time Ratio=14.4362 +Physical time=38.0000 s, CPU time=2.5730 s, Time Ratio=14.7688 +Physical time=39.0000 s, CPU time=2.5790 s, Time Ratio=15.1221 +Physical time=40.0000 s, CPU time=2.5850 s, Time Ratio=15.4739 +Physical time=41.0000 s, CPU time=2.5900 s, Time Ratio=15.8301 +Physical time=42.0000 s, CPU time=2.5990 s, Time Ratio=16.1601 +Physical time=43.0000 s, CPU time=2.6080 s, Time Ratio=16.4877 +Physical time=44.0000 s, CPU time=2.6160 s, Time Ratio=16.8196 +Physical time=45.0000 s, CPU time=2.6210 s, Time Ratio=17.1690 +Physical time=46.0000 s, CPU time=2.6260 s, Time Ratio=17.5171 +Physical time=47.0000 s, CPU time=2.6330 s, Time Ratio=17.8504 +Physical time=48.0000 s, CPU time=2.6390 s, Time Ratio=18.1887 +Physical time=49.0000 s, CPU time=2.6440 s, Time Ratio=18.5325 +Physical time=50.0000 s, CPU time=2.6500 s, Time Ratio=18.8679 +Physical time=51.0000 s, CPU time=2.6550 s, Time Ratio=19.2090 +Physical time=52.0000 s, CPU time=2.6610 s, Time Ratio=19.5415 +Physical time=53.0000 s, CPU time=2.6660 s, Time Ratio=19.8800 +Physical time=54.0000 s, CPU time=2.6700 s, Time Ratio=20.2247 +Physical time=55.0000 s, CPU time=2.6750 s, Time Ratio=20.5607 +Physical time=56.0000 s, CPU time=2.6800 s, Time Ratio=20.8955 +Physical time=57.0000 s, CPU time=2.6850 s, Time Ratio=21.2291 +Physical time=58.0000 s, CPU time=2.6900 s, Time Ratio=21.5613 +Physical time=59.0000 s, CPU time=2.6950 s, Time Ratio=21.8924 +Physical time=60.0000 s, CPU time=2.7000 s, Time Ratio=22.2222 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.997659[degC] + North Wall: T=19.997659[degC] + Ceiling: T=19.997661[degC] + Floor: T=19.997658[degC] + West Wall: T=19.997658[degC] + West Wall (glass, unshaded): T=3.191188[degC] + East Wall: T=19.997658[degC] + East Wall (glass, unshaded): T=3.191188[degC] + East Wall (frame): T=8.886617[degC] + West Wall (frame): T=8.886617[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=60.000000[s] + Averaged room temperature 10.809391[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -4.724518[W] + North Wall: -4.724371[W] + Ceiling: -4.620939[W] + Floor: -4.816742[W] + West Wall: -2.365698[W] + West Wall (glass, unshaded): 1.592651[W] + East Wall: -2.365660[W] + East Wall (glass, unshaded): 1.592843[W] + East Wall (frame): 0.098915[W] + West Wall (frame): 0.099018[W] + Sensor Information: + Occupied zone air temperature: 283.959391 + Velocity: 0.026750 +ffd_solver(): Synchronized data at t=60.000000[s] + +Physical time=61.0000 s, CPU time=2.8440 s, Time Ratio=21.4487 +Physical time=62.0000 s, CPU time=2.8490 s, Time Ratio=21.7620 +Physical time=63.0000 s, CPU time=2.8540 s, Time Ratio=22.0743 +Physical time=64.0000 s, CPU time=2.8600 s, Time Ratio=22.3776 +Physical time=65.0000 s, CPU time=2.8650 s, Time Ratio=22.6876 +Physical time=66.0000 s, CPU time=2.8700 s, Time Ratio=22.9965 +Physical time=67.0000 s, CPU time=2.8750 s, Time Ratio=23.3043 +Physical time=68.0000 s, CPU time=2.8800 s, Time Ratio=23.6111 +Physical time=69.0000 s, CPU time=2.8860 s, Time Ratio=23.9085 +Physical time=70.0000 s, CPU time=2.8910 s, Time Ratio=24.2131 +Physical time=71.0000 s, CPU time=2.8960 s, Time Ratio=24.5166 +Physical time=72.0000 s, CPU time=2.9010 s, Time Ratio=24.8190 +Physical time=73.0000 s, CPU time=2.9060 s, Time Ratio=25.1204 +Physical time=74.0000 s, CPU time=2.9100 s, Time Ratio=25.4296 +Physical time=75.0000 s, CPU time=2.9150 s, Time Ratio=25.7290 +Physical time=76.0000 s, CPU time=2.9200 s, Time Ratio=26.0274 +Physical time=77.0000 s, CPU time=2.9320 s, Time Ratio=26.2619 +Physical time=78.0000 s, CPU time=2.9430 s, Time Ratio=26.5036 +Physical time=79.0000 s, CPU time=2.9550 s, Time Ratio=26.7343 +Physical time=80.0000 s, CPU time=2.9660 s, Time Ratio=26.9724 +Physical time=81.0000 s, CPU time=2.9750 s, Time Ratio=27.2269 +Physical time=82.0000 s, CPU time=2.9880 s, Time Ratio=27.4431 +Physical time=83.0000 s, CPU time=3.0000 s, Time Ratio=27.6667 +Physical time=84.0000 s, CPU time=3.0070 s, Time Ratio=27.9348 +Physical time=85.0000 s, CPU time=3.0130 s, Time Ratio=28.2111 +Physical time=86.0000 s, CPU time=3.0220 s, Time Ratio=28.4580 +Physical time=87.0000 s, CPU time=3.0310 s, Time Ratio=28.7034 +Physical time=88.0000 s, CPU time=3.0400 s, Time Ratio=28.9474 +Physical time=89.0000 s, CPU time=3.0480 s, Time Ratio=29.1995 +Physical time=90.0000 s, CPU time=3.0550 s, Time Ratio=29.4599 +Physical time=91.0000 s, CPU time=3.0630 s, Time Ratio=29.7094 +Physical time=92.0000 s, CPU time=3.0730 s, Time Ratio=29.9382 +Physical time=93.0000 s, CPU time=3.0800 s, Time Ratio=30.1948 +Physical time=94.0000 s, CPU time=3.0870 s, Time Ratio=30.4503 +Physical time=95.0000 s, CPU time=3.0940 s, Time Ratio=30.7046 +Physical time=96.0000 s, CPU time=3.1010 s, Time Ratio=30.9578 +Physical time=97.0000 s, CPU time=3.1080 s, Time Ratio=31.2098 +Physical time=98.0000 s, CPU time=3.1130 s, Time Ratio=31.4809 +Physical time=99.0000 s, CPU time=3.1200 s, Time Ratio=31.7308 +Physical time=100.0000 s, CPU time=3.1250 s, Time Ratio=32.0000 +Physical time=101.0000 s, CPU time=3.1300 s, Time Ratio=32.2684 +Physical time=102.0000 s, CPU time=3.1350 s, Time Ratio=32.5359 +Physical time=103.0000 s, CPU time=3.1400 s, Time Ratio=32.8025 +Physical time=104.0000 s, CPU time=3.1460 s, Time Ratio=33.0579 +Physical time=105.0000 s, CPU time=3.1510 s, Time Ratio=33.3228 +Physical time=106.0000 s, CPU time=3.1560 s, Time Ratio=33.5868 +Physical time=107.0000 s, CPU time=3.1610 s, Time Ratio=33.8500 +Physical time=108.0000 s, CPU time=3.1660 s, Time Ratio=34.1124 +Physical time=109.0000 s, CPU time=3.1710 s, Time Ratio=34.3740 +Physical time=110.0000 s, CPU time=3.1770 s, Time Ratio=34.6239 +Physical time=111.0000 s, CPU time=3.1870 s, Time Ratio=34.8290 +Physical time=112.0000 s, CPU time=3.1970 s, Time Ratio=35.0328 +Physical time=113.0000 s, CPU time=3.2070 s, Time Ratio=35.2354 +Physical time=114.0000 s, CPU time=3.2170 s, Time Ratio=35.4367 +Physical time=115.0000 s, CPU time=3.2240 s, Time Ratio=35.6700 +Physical time=116.0000 s, CPU time=3.2300 s, Time Ratio=35.9133 +Physical time=117.0000 s, CPU time=3.2350 s, Time Ratio=36.1669 +Physical time=118.0000 s, CPU time=3.2400 s, Time Ratio=36.4198 +Physical time=119.0000 s, CPU time=3.2510 s, Time Ratio=36.6041 +Physical time=120.0000 s, CPU time=3.2570 s, Time Ratio=36.8437 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.992866[degC] + North Wall: T=19.992866[degC] + Ceiling: T=19.992836[degC] + Floor: T=19.992893[degC] + West Wall: T=19.992866[degC] + West Wall (glass, unshaded): T=3.151572[degC] + East Wall: T=19.992866[degC] + East Wall (glass, unshaded): T=3.151570[degC] + East Wall (frame): T=8.884092[degC] + West Wall (frame): T=8.884091[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=120.000000[s] + Averaged room temperature 12.223591[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -4.005387[W] + North Wall: -4.007160[W] + Ceiling: -3.858332[W] + Floor: -4.128383[W] + West Wall: -2.013243[W] + West Wall (glass, unshaded): 1.886230[W] + East Wall: -2.011795[W] + East Wall (glass, unshaded): 1.886334[W] + East Wall (frame): 0.165605[W] + West Wall (frame): 0.165667[W] + Sensor Information: + Occupied zone air temperature: 285.373591 + Velocity: 0.012926 +ffd_solver(): Synchronized data at t=120.000000[s] + +Physical time=121.0000 s, CPU time=3.5410 s, Time Ratio=34.1711 +Physical time=122.0000 s, CPU time=3.5460 s, Time Ratio=34.4050 +Physical time=123.0000 s, CPU time=3.5520 s, Time Ratio=34.6284 +Physical time=124.0000 s, CPU time=3.5570 s, Time Ratio=34.8608 +Physical time=125.0000 s, CPU time=3.5650 s, Time Ratio=35.0631 +Physical time=126.0000 s, CPU time=3.5720 s, Time Ratio=35.2744 +Physical time=127.0000 s, CPU time=3.5790 s, Time Ratio=35.4848 +Physical time=128.0000 s, CPU time=3.5860 s, Time Ratio=35.6944 +Physical time=129.0000 s, CPU time=3.5920 s, Time Ratio=35.9131 +Physical time=130.0000 s, CPU time=3.5970 s, Time Ratio=36.1412 +Physical time=131.0000 s, CPU time=3.6030 s, Time Ratio=36.3586 +Physical time=132.0000 s, CPU time=3.6090 s, Time Ratio=36.5752 +Physical time=133.0000 s, CPU time=3.6160 s, Time Ratio=36.7810 +Physical time=134.0000 s, CPU time=3.6220 s, Time Ratio=36.9961 +Physical time=135.0000 s, CPU time=3.6270 s, Time Ratio=37.2208 +Physical time=136.0000 s, CPU time=3.6320 s, Time Ratio=37.4449 +Physical time=137.0000 s, CPU time=3.6390 s, Time Ratio=37.6477 +Physical time=138.0000 s, CPU time=3.6440 s, Time Ratio=37.8705 +Physical time=139.0000 s, CPU time=3.6500 s, Time Ratio=38.0822 +Physical time=140.0000 s, CPU time=3.6560 s, Time Ratio=38.2932 +Physical time=141.0000 s, CPU time=3.6620 s, Time Ratio=38.5035 +Physical time=142.0000 s, CPU time=3.6680 s, Time Ratio=38.7132 +Physical time=143.0000 s, CPU time=3.6730 s, Time Ratio=38.9328 +Physical time=144.0000 s, CPU time=3.6780 s, Time Ratio=39.1517 +Physical time=145.0000 s, CPU time=3.6840 s, Time Ratio=39.3594 +Physical time=146.0000 s, CPU time=3.6890 s, Time Ratio=39.5771 +Physical time=147.0000 s, CPU time=3.6970 s, Time Ratio=39.7620 +Physical time=148.0000 s, CPU time=3.7070 s, Time Ratio=39.9245 +Physical time=149.0000 s, CPU time=3.7130 s, Time Ratio=40.1293 +Physical time=150.0000 s, CPU time=3.7220 s, Time Ratio=40.3009 +Physical time=151.0000 s, CPU time=3.7310 s, Time Ratio=40.4717 +Physical time=152.0000 s, CPU time=3.7400 s, Time Ratio=40.6417 +Physical time=153.0000 s, CPU time=3.7460 s, Time Ratio=40.8436 +Physical time=154.0000 s, CPU time=3.7520 s, Time Ratio=41.0448 +Physical time=155.0000 s, CPU time=3.7570 s, Time Ratio=41.2563 +Physical time=156.0000 s, CPU time=3.7620 s, Time Ratio=41.4673 +Physical time=157.0000 s, CPU time=3.7670 s, Time Ratio=41.6777 +Physical time=158.0000 s, CPU time=3.7730 s, Time Ratio=41.8765 +Physical time=159.0000 s, CPU time=3.7780 s, Time Ratio=42.0858 +Physical time=160.0000 s, CPU time=3.7830 s, Time Ratio=42.2945 +Physical time=161.0000 s, CPU time=3.7890 s, Time Ratio=42.4914 +Physical time=162.0000 s, CPU time=3.7940 s, Time Ratio=42.6990 +Physical time=163.0000 s, CPU time=3.7990 s, Time Ratio=42.9060 +Physical time=164.0000 s, CPU time=3.8050 s, Time Ratio=43.1012 +Physical time=165.0000 s, CPU time=3.8110 s, Time Ratio=43.2957 +Physical time=166.0000 s, CPU time=3.8160 s, Time Ratio=43.5010 +Physical time=167.0000 s, CPU time=3.8230 s, Time Ratio=43.6830 +Physical time=168.0000 s, CPU time=3.8290 s, Time Ratio=43.8757 +Physical time=169.0000 s, CPU time=3.8350 s, Time Ratio=44.0678 +Physical time=170.0000 s, CPU time=3.8420 s, Time Ratio=44.2478 +Physical time=171.0000 s, CPU time=3.8490 s, Time Ratio=44.4271 +Physical time=172.0000 s, CPU time=3.8550 s, Time Ratio=44.6174 +Physical time=173.0000 s, CPU time=3.8620 s, Time Ratio=44.7954 +Physical time=174.0000 s, CPU time=3.8690 s, Time Ratio=44.9729 +Physical time=175.0000 s, CPU time=3.8760 s, Time Ratio=45.1496 +Physical time=176.0000 s, CPU time=3.8820 s, Time Ratio=45.3375 +Physical time=177.0000 s, CPU time=3.8880 s, Time Ratio=45.5247 +Physical time=178.0000 s, CPU time=3.8950 s, Time Ratio=45.6996 +Physical time=179.0000 s, CPU time=3.9050 s, Time Ratio=45.8387 +Physical time=180.0000 s, CPU time=3.9100 s, Time Ratio=46.0358 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.987757[degC] + North Wall: T=19.987757[degC] + Ceiling: T=19.987648[degC] + Floor: T=19.987851[degC] + West Wall: T=19.987766[degC] + West Wall (glass, unshaded): T=3.108941[degC] + East Wall: T=19.987765[degC] + East Wall (glass, unshaded): T=3.108935[degC] + East Wall (frame): T=8.879836[degC] + West Wall (frame): T=8.879832[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=180.000000[s] + Averaged room temperature 13.314663[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -3.426945[W] + North Wall: -3.418075[W] + Ceiling: -3.306444[W] + Floor: -3.515289[W] + West Wall: -1.760555[W] + West Wall (glass, unshaded): 2.115579[W] + East Wall: -1.761381[W] + East Wall (glass, unshaded): 2.121504[W] + East Wall (frame): 0.223249[W] + West Wall (frame): 0.222644[W] + Sensor Information: + Occupied zone air temperature: 286.464663 + Velocity: 0.041999 +ffd_solver(): Synchronized data at t=180.000000[s] + +Physical time=181.0000 s, CPU time=4.0200 s, Time Ratio=45.0249 +Physical time=182.0000 s, CPU time=4.0290 s, Time Ratio=45.1725 +Physical time=183.0000 s, CPU time=4.0350 s, Time Ratio=45.3532 +Physical time=184.0000 s, CPU time=4.0410 s, Time Ratio=45.5333 +Physical time=185.0000 s, CPU time=4.0480 s, Time Ratio=45.7016 +Physical time=186.0000 s, CPU time=4.0540 s, Time Ratio=45.8806 +Physical time=187.0000 s, CPU time=4.0600 s, Time Ratio=46.0591 +Physical time=188.0000 s, CPU time=4.0660 s, Time Ratio=46.2371 +Physical time=189.0000 s, CPU time=4.0710 s, Time Ratio=46.4259 +Physical time=190.0000 s, CPU time=4.0780 s, Time Ratio=46.5915 +Physical time=191.0000 s, CPU time=4.0840 s, Time Ratio=46.7679 +Physical time=192.0000 s, CPU time=4.0900 s, Time Ratio=46.9438 +Physical time=193.0000 s, CPU time=4.0960 s, Time Ratio=47.1191 +Physical time=194.0000 s, CPU time=4.1010 s, Time Ratio=47.3055 +Physical time=195.0000 s, CPU time=4.1060 s, Time Ratio=47.4915 +Physical time=196.0000 s, CPU time=4.1110 s, Time Ratio=47.6770 +Physical time=197.0000 s, CPU time=4.1160 s, Time Ratio=47.8620 +Physical time=198.0000 s, CPU time=4.1210 s, Time Ratio=48.0466 +Physical time=199.0000 s, CPU time=4.1270 s, Time Ratio=48.2190 +Physical time=200.0000 s, CPU time=4.1320 s, Time Ratio=48.4027 +Physical time=201.0000 s, CPU time=4.1380 s, Time Ratio=48.5742 +Physical time=202.0000 s, CPU time=4.1430 s, Time Ratio=48.7569 +Physical time=203.0000 s, CPU time=4.1480 s, Time Ratio=48.9392 +Physical time=204.0000 s, CPU time=4.1530 s, Time Ratio=49.1211 +Physical time=205.0000 s, CPU time=4.1580 s, Time Ratio=49.3025 +Physical time=206.0000 s, CPU time=4.1630 s, Time Ratio=49.4835 +Physical time=207.0000 s, CPU time=4.1680 s, Time Ratio=49.6641 +Physical time=208.0000 s, CPU time=4.1730 s, Time Ratio=49.8442 +Physical time=209.0000 s, CPU time=4.1810 s, Time Ratio=49.9880 +Physical time=210.0000 s, CPU time=4.1900 s, Time Ratio=50.1193 +Physical time=211.0000 s, CPU time=4.1980 s, Time Ratio=50.2620 +Physical time=212.0000 s, CPU time=4.2060 s, Time Ratio=50.4042 +Physical time=213.0000 s, CPU time=4.2140 s, Time Ratio=50.5458 +Physical time=214.0000 s, CPU time=4.2210 s, Time Ratio=50.6989 +Physical time=215.0000 s, CPU time=4.2270 s, Time Ratio=50.8635 +Physical time=216.0000 s, CPU time=4.2330 s, Time Ratio=51.0276 +Physical time=217.0000 s, CPU time=4.2400 s, Time Ratio=51.1792 +Physical time=218.0000 s, CPU time=4.2490 s, Time Ratio=51.3062 +Physical time=219.0000 s, CPU time=4.2590 s, Time Ratio=51.4205 +Physical time=220.0000 s, CPU time=4.2720 s, Time Ratio=51.4981 +Physical time=221.0000 s, CPU time=4.2840 s, Time Ratio=51.5873 +Physical time=222.0000 s, CPU time=4.2960 s, Time Ratio=51.6760 +Physical time=223.0000 s, CPU time=4.3050 s, Time Ratio=51.8002 +Physical time=224.0000 s, CPU time=4.3110 s, Time Ratio=51.9601 +Physical time=225.0000 s, CPU time=4.3170 s, Time Ratio=52.1195 +Physical time=226.0000 s, CPU time=4.3220 s, Time Ratio=52.2906 +Physical time=227.0000 s, CPU time=4.3270 s, Time Ratio=52.4613 +Physical time=228.0000 s, CPU time=4.3330 s, Time Ratio=52.6194 +Physical time=229.0000 s, CPU time=4.3380 s, Time Ratio=52.7893 +Physical time=230.0000 s, CPU time=4.3430 s, Time Ratio=52.9588 +Physical time=231.0000 s, CPU time=4.3490 s, Time Ratio=53.1157 +Physical time=232.0000 s, CPU time=4.3590 s, Time Ratio=53.2232 +Physical time=233.0000 s, CPU time=4.3690 s, Time Ratio=53.3303 +Physical time=234.0000 s, CPU time=4.3810 s, Time Ratio=53.4125 +Physical time=235.0000 s, CPU time=4.3860 s, Time Ratio=53.5796 +Physical time=236.0000 s, CPU time=4.3930 s, Time Ratio=53.7218 +Physical time=237.0000 s, CPU time=4.3990 s, Time Ratio=53.8759 +Physical time=238.0000 s, CPU time=4.4050 s, Time Ratio=54.0295 +Physical time=239.0000 s, CPU time=4.4100 s, Time Ratio=54.1950 +Physical time=240.0000 s, CPU time=4.4160 s, Time Ratio=54.3478 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.982309[degC] + North Wall: T=19.982307[degC] + Ceiling: T=19.982118[degC] + Floor: T=19.982468[degC] + West Wall: T=19.982354[degC] + West Wall (glass, unshaded): T=3.062800[degC] + East Wall: T=19.982352[degC] + East Wall (glass, unshaded): T=3.062711[degC] + East Wall (frame): T=8.873609[degC] + West Wall (frame): T=8.873614[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=240.000000[s] + Averaged room temperature 14.199924[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -2.946089[W] + North Wall: -2.947300[W] + Ceiling: -2.884880[W] + Floor: -3.006908[W] + West Wall: -1.535531[W] + West Wall (glass, unshaded): 2.307698[W] + East Wall: -1.530925[W] + East Wall (glass, unshaded): 2.314711[W] + East Wall (frame): 0.269255[W] + West Wall (frame): 0.268831[W] + Sensor Information: + Occupied zone air temperature: 287.349924 + Velocity: 0.020923 +ffd_solver(): Synchronized data at t=240.000000[s] + +Physical time=241.0000 s, CPU time=4.5120 s, Time Ratio=53.4131 +Physical time=242.0000 s, CPU time=4.5170 s, Time Ratio=53.5754 +Physical time=243.0000 s, CPU time=4.5230 s, Time Ratio=53.7254 +Physical time=244.0000 s, CPU time=4.5280 s, Time Ratio=53.8869 +Physical time=245.0000 s, CPU time=4.5330 s, Time Ratio=54.0481 +Physical time=246.0000 s, CPU time=4.5380 s, Time Ratio=54.2089 +Physical time=247.0000 s, CPU time=4.5430 s, Time Ratio=54.3694 +Physical time=248.0000 s, CPU time=4.5480 s, Time Ratio=54.5295 +Physical time=249.0000 s, CPU time=4.5530 s, Time Ratio=54.6892 +Physical time=250.0000 s, CPU time=4.5580 s, Time Ratio=54.8486 +Physical time=251.0000 s, CPU time=4.5640 s, Time Ratio=54.9956 +Physical time=252.0000 s, CPU time=4.5720 s, Time Ratio=55.1181 +Physical time=253.0000 s, CPU time=4.5800 s, Time Ratio=55.2402 +Physical time=254.0000 s, CPU time=4.5880 s, Time Ratio=55.3618 +Physical time=255.0000 s, CPU time=4.5950 s, Time Ratio=55.4951 +Physical time=256.0000 s, CPU time=4.6030 s, Time Ratio=55.6159 +Physical time=257.0000 s, CPU time=4.6110 s, Time Ratio=55.7363 +Physical time=258.0000 s, CPU time=4.6210 s, Time Ratio=55.8321 +Physical time=259.0000 s, CPU time=4.6320 s, Time Ratio=55.9154 +Physical time=260.0000 s, CPU time=4.6450 s, Time Ratio=55.9742 +Physical time=261.0000 s, CPU time=4.6620 s, Time Ratio=55.9846 +Physical time=262.0000 s, CPU time=4.6730 s, Time Ratio=56.0668 +Physical time=263.0000 s, CPU time=4.6880 s, Time Ratio=56.1007 +Physical time=264.0000 s, CPU time=4.7000 s, Time Ratio=56.1702 +Physical time=265.0000 s, CPU time=4.7120 s, Time Ratio=56.2394 +Physical time=266.0000 s, CPU time=4.7280 s, Time Ratio=56.2606 +Physical time=267.0000 s, CPU time=4.7450 s, Time Ratio=56.2698 +Physical time=268.0000 s, CPU time=4.7590 s, Time Ratio=56.3144 +Physical time=269.0000 s, CPU time=4.7720 s, Time Ratio=56.3705 +Physical time=270.0000 s, CPU time=4.7890 s, Time Ratio=56.3792 +Physical time=271.0000 s, CPU time=4.8050 s, Time Ratio=56.3996 +Physical time=272.0000 s, CPU time=4.8180 s, Time Ratio=56.4550 +Physical time=273.0000 s, CPU time=4.8320 s, Time Ratio=56.4983 +Physical time=274.0000 s, CPU time=4.8500 s, Time Ratio=56.4948 +Physical time=275.0000 s, CPU time=4.8650 s, Time Ratio=56.5262 +Physical time=276.0000 s, CPU time=4.8780 s, Time Ratio=56.5806 +Physical time=277.0000 s, CPU time=4.8890 s, Time Ratio=56.6578 +Physical time=278.0000 s, CPU time=4.9030 s, Time Ratio=56.7000 +Physical time=279.0000 s, CPU time=4.9130 s, Time Ratio=56.7881 +Physical time=280.0000 s, CPU time=4.9240 s, Time Ratio=56.8643 +Physical time=281.0000 s, CPU time=4.9400 s, Time Ratio=56.8826 +Physical time=282.0000 s, CPU time=4.9540 s, Time Ratio=56.9237 +Physical time=283.0000 s, CPU time=4.9640 s, Time Ratio=57.0105 +Physical time=284.0000 s, CPU time=4.9730 s, Time Ratio=57.1084 +Physical time=285.0000 s, CPU time=4.9850 s, Time Ratio=57.1715 +Physical time=286.0000 s, CPU time=4.9950 s, Time Ratio=57.2573 +Physical time=287.0000 s, CPU time=5.0030 s, Time Ratio=57.3656 +Physical time=288.0000 s, CPU time=5.0090 s, Time Ratio=57.4965 +Physical time=289.0000 s, CPU time=5.0200 s, Time Ratio=57.5697 +Physical time=290.0000 s, CPU time=5.0310 s, Time Ratio=57.6426 +Physical time=291.0000 s, CPU time=5.0440 s, Time Ratio=57.6923 +Physical time=292.0000 s, CPU time=5.0570 s, Time Ratio=57.7417 +Physical time=293.0000 s, CPU time=5.0670 s, Time Ratio=57.8251 +Physical time=294.0000 s, CPU time=5.0770 s, Time Ratio=57.9082 +Physical time=295.0000 s, CPU time=5.0940 s, Time Ratio=57.9113 +Physical time=296.0000 s, CPU time=5.1070 s, Time Ratio=57.9597 +Physical time=297.0000 s, CPU time=5.1160 s, Time Ratio=58.0532 +Physical time=298.0000 s, CPU time=5.1270 s, Time Ratio=58.1237 +Physical time=299.0000 s, CPU time=5.1360 s, Time Ratio=58.2165 +Physical time=300.0000 s, CPU time=5.1490 s, Time Ratio=58.2637 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.976599[degC] + North Wall: T=19.976595[degC] + Ceiling: T=19.976355[degC] + Floor: T=19.976802[degC] + West Wall: T=19.976713[degC] + West Wall (glass, unshaded): T=3.014845[degC] + East Wall: T=19.976709[degC] + East Wall (glass, unshaded): T=3.014590[degC] + East Wall (frame): T=8.865756[degC] + West Wall (frame): T=8.865775[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=300.000000[s] + Averaged room temperature 14.878314[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -2.576853[W] + North Wall: -2.591372[W] + Ceiling: -2.515713[W] + Floor: -2.640719[W] + West Wall: -1.341990[W] + West Wall (glass, unshaded): 2.453929[W] + East Wall: -1.359798[W] + East Wall (glass, unshaded): 2.460480[W] + East Wall (frame): 0.302032[W] + West Wall (frame): 0.302524[W] + Sensor Information: + Occupied zone air temperature: 288.028314 + Velocity: 0.036801 +ffd_solver(): Synchronized data at t=300.000000[s] + +Physical time=301.0000 s, CPU time=5.2780 s, Time Ratio=57.0292 +Physical time=302.0000 s, CPU time=5.2870 s, Time Ratio=57.1212 +Physical time=303.0000 s, CPU time=5.2930 s, Time Ratio=57.2454 +Physical time=304.0000 s, CPU time=5.2990 s, Time Ratio=57.3693 +Physical time=305.0000 s, CPU time=5.3040 s, Time Ratio=57.5038 +Physical time=306.0000 s, CPU time=5.3090 s, Time Ratio=57.6380 +Physical time=307.0000 s, CPU time=5.3160 s, Time Ratio=57.7502 +Physical time=308.0000 s, CPU time=5.3260 s, Time Ratio=57.8295 +Physical time=309.0000 s, CPU time=5.3330 s, Time Ratio=57.9411 +Physical time=310.0000 s, CPU time=5.3400 s, Time Ratio=58.0524 +Physical time=311.0000 s, CPU time=5.3480 s, Time Ratio=58.1526 +Physical time=312.0000 s, CPU time=5.3550 s, Time Ratio=58.2633 +Physical time=313.0000 s, CPU time=5.3620 s, Time Ratio=58.3737 +Physical time=314.0000 s, CPU time=5.3710 s, Time Ratio=58.4621 +Physical time=315.0000 s, CPU time=5.3780 s, Time Ratio=58.5720 +Physical time=316.0000 s, CPU time=5.3840 s, Time Ratio=58.6924 +Physical time=317.0000 s, CPU time=5.3900 s, Time Ratio=58.8126 +Physical time=318.0000 s, CPU time=5.3950 s, Time Ratio=58.9435 +Physical time=319.0000 s, CPU time=5.4010 s, Time Ratio=59.0631 +Physical time=320.0000 s, CPU time=5.4080 s, Time Ratio=59.1716 +Physical time=321.0000 s, CPU time=5.4130 s, Time Ratio=59.3017 +Physical time=322.0000 s, CPU time=5.4180 s, Time Ratio=59.4315 +Physical time=323.0000 s, CPU time=5.4250 s, Time Ratio=59.5392 +Physical time=324.0000 s, CPU time=5.4400 s, Time Ratio=59.5588 +Physical time=325.0000 s, CPU time=5.4500 s, Time Ratio=59.6330 +Physical time=326.0000 s, CPU time=5.4600 s, Time Ratio=59.7070 +Physical time=327.0000 s, CPU time=5.4700 s, Time Ratio=59.7806 +Physical time=328.0000 s, CPU time=5.4870 s, Time Ratio=59.7777 +Physical time=329.0000 s, CPU time=5.5030 s, Time Ratio=59.7856 +Physical time=330.0000 s, CPU time=5.5130 s, Time Ratio=59.8585 +Physical time=331.0000 s, CPU time=5.5250 s, Time Ratio=59.9095 +Physical time=332.0000 s, CPU time=5.5370 s, Time Ratio=59.9603 +Physical time=333.0000 s, CPU time=5.5450 s, Time Ratio=60.0541 +Physical time=334.0000 s, CPU time=5.5580 s, Time Ratio=60.0936 +Physical time=335.0000 s, CPU time=5.5650 s, Time Ratio=60.1977 +Physical time=336.0000 s, CPU time=5.5740 s, Time Ratio=60.2799 +Physical time=337.0000 s, CPU time=5.5880 s, Time Ratio=60.3078 +Physical time=338.0000 s, CPU time=5.5940 s, Time Ratio=60.4219 +Physical time=339.0000 s, CPU time=5.6010 s, Time Ratio=60.5249 +Physical time=340.0000 s, CPU time=5.6100 s, Time Ratio=60.6061 +Physical time=341.0000 s, CPU time=5.6160 s, Time Ratio=60.7194 +Physical time=342.0000 s, CPU time=5.6220 s, Time Ratio=60.8324 +Physical time=343.0000 s, CPU time=5.6290 s, Time Ratio=60.9344 +Physical time=344.0000 s, CPU time=5.6340 s, Time Ratio=61.0579 +Physical time=345.0000 s, CPU time=5.6410 s, Time Ratio=61.1594 +Physical time=346.0000 s, CPU time=5.6460 s, Time Ratio=61.2823 +Physical time=347.0000 s, CPU time=5.6520 s, Time Ratio=61.3942 +Physical time=348.0000 s, CPU time=5.6580 s, Time Ratio=61.5058 +Physical time=349.0000 s, CPU time=5.6640 s, Time Ratio=61.6172 +Physical time=350.0000 s, CPU time=5.6700 s, Time Ratio=61.7284 +Physical time=351.0000 s, CPU time=5.6760 s, Time Ratio=61.8393 +Physical time=352.0000 s, CPU time=5.6820 s, Time Ratio=61.9500 +Physical time=353.0000 s, CPU time=5.6890 s, Time Ratio=62.0496 +Physical time=354.0000 s, CPU time=5.6990 s, Time Ratio=62.1162 +Physical time=355.0000 s, CPU time=5.7110 s, Time Ratio=62.1607 +Physical time=356.0000 s, CPU time=5.7230 s, Time Ratio=62.2051 +Physical time=357.0000 s, CPU time=5.7300 s, Time Ratio=62.3037 +Physical time=358.0000 s, CPU time=5.7370 s, Time Ratio=62.4020 +Physical time=359.0000 s, CPU time=5.7430 s, Time Ratio=62.5109 +Physical time=360.0000 s, CPU time=5.7490 s, Time Ratio=62.6196 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.970698[degC] + North Wall: T=19.970699[degC] + Ceiling: T=19.970420[degC] + Floor: T=19.970936[degC] + West Wall: T=19.970882[degC] + West Wall (glass, unshaded): T=2.966370[degC] + East Wall: T=19.970887[degC] + East Wall (glass, unshaded): T=2.965957[degC] + East Wall (frame): T=8.856679[degC] + West Wall (frame): T=8.856697[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=360.000000[s] + Averaged room temperature 15.400598[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -2.321695[W] + North Wall: -2.313134[W] + Ceiling: -2.249948[W] + Floor: -2.404423[W] + West Wall: -1.216781[W] + West Wall (glass, unshaded): 2.562286[W] + East Wall: -1.193325[W] + East Wall (glass, unshaded): 2.577861[W] + East Wall (frame): 0.330768[W] + West Wall (frame): 0.331840[W] + Sensor Information: + Occupied zone air temperature: 288.550598 + Velocity: 0.024686 +ffd_solver(): Synchronized data at t=360.000000[s] + +Physical time=361.0000 s, CPU time=5.8520 s, Time Ratio=61.6883 +Physical time=362.0000 s, CPU time=5.8570 s, Time Ratio=61.8064 +Physical time=363.0000 s, CPU time=5.8630 s, Time Ratio=61.9137 +Physical time=364.0000 s, CPU time=5.8680 s, Time Ratio=62.0314 +Physical time=365.0000 s, CPU time=5.8730 s, Time Ratio=62.1488 +Physical time=366.0000 s, CPU time=5.8820 s, Time Ratio=62.2237 +Physical time=367.0000 s, CPU time=5.8880 s, Time Ratio=62.3302 +Physical time=368.0000 s, CPU time=5.8970 s, Time Ratio=62.4046 +Physical time=369.0000 s, CPU time=5.9060 s, Time Ratio=62.4788 +Physical time=370.0000 s, CPU time=5.9130 s, Time Ratio=62.5740 +Physical time=371.0000 s, CPU time=5.9210 s, Time Ratio=62.6583 +Physical time=372.0000 s, CPU time=5.9310 s, Time Ratio=62.7213 +Physical time=373.0000 s, CPU time=5.9380 s, Time Ratio=62.8158 +Physical time=374.0000 s, CPU time=5.9440 s, Time Ratio=62.9206 +Physical time=375.0000 s, CPU time=5.9490 s, Time Ratio=63.0358 +Physical time=376.0000 s, CPU time=5.9550 s, Time Ratio=63.1402 +Physical time=377.0000 s, CPU time=5.9610 s, Time Ratio=63.2444 +Physical time=378.0000 s, CPU time=5.9720 s, Time Ratio=63.2954 +Physical time=379.0000 s, CPU time=5.9810 s, Time Ratio=63.3673 +Physical time=380.0000 s, CPU time=5.9900 s, Time Ratio=63.4391 +Physical time=381.0000 s, CPU time=6.0010 s, Time Ratio=63.4894 +Physical time=382.0000 s, CPU time=6.0120 s, Time Ratio=63.5396 +Physical time=383.0000 s, CPU time=6.0190 s, Time Ratio=63.6318 +Physical time=384.0000 s, CPU time=6.0250 s, Time Ratio=63.7344 +Physical time=385.0000 s, CPU time=6.0310 s, Time Ratio=63.8368 +Physical time=386.0000 s, CPU time=6.0360 s, Time Ratio=63.9496 +Physical time=387.0000 s, CPU time=6.0410 s, Time Ratio=64.0622 +Physical time=388.0000 s, CPU time=6.0460 s, Time Ratio=64.1747 +Physical time=389.0000 s, CPU time=6.0540 s, Time Ratio=64.2550 +Physical time=390.0000 s, CPU time=6.0610 s, Time Ratio=64.3458 +Physical time=391.0000 s, CPU time=6.0660 s, Time Ratio=64.4576 +Physical time=392.0000 s, CPU time=6.0720 s, Time Ratio=64.5586 +Physical time=393.0000 s, CPU time=6.0830 s, Time Ratio=64.6063 +Physical time=394.0000 s, CPU time=6.0890 s, Time Ratio=64.7068 +Physical time=395.0000 s, CPU time=6.0940 s, Time Ratio=64.8179 +Physical time=396.0000 s, CPU time=6.0990 s, Time Ratio=64.9287 +Physical time=397.0000 s, CPU time=6.1040 s, Time Ratio=65.0393 +Physical time=398.0000 s, CPU time=6.1090 s, Time Ratio=65.1498 +Physical time=399.0000 s, CPU time=6.1140 s, Time Ratio=65.2601 +Physical time=400.0000 s, CPU time=6.1190 s, Time Ratio=65.3702 +Physical time=401.0000 s, CPU time=6.1250 s, Time Ratio=65.4694 +Physical time=402.0000 s, CPU time=6.1300 s, Time Ratio=65.5791 +Physical time=403.0000 s, CPU time=6.1350 s, Time Ratio=65.6887 +Physical time=404.0000 s, CPU time=6.1400 s, Time Ratio=65.7980 +Physical time=405.0000 s, CPU time=6.1500 s, Time Ratio=65.8537 +Physical time=406.0000 s, CPU time=6.1560 s, Time Ratio=65.9519 +Physical time=407.0000 s, CPU time=6.1620 s, Time Ratio=66.0500 +Physical time=408.0000 s, CPU time=6.1670 s, Time Ratio=66.1586 +Physical time=409.0000 s, CPU time=6.1720 s, Time Ratio=66.2670 +Physical time=410.0000 s, CPU time=6.1770 s, Time Ratio=66.3753 +Physical time=411.0000 s, CPU time=6.1820 s, Time Ratio=66.4833 +Physical time=412.0000 s, CPU time=6.1870 s, Time Ratio=66.5912 +Physical time=413.0000 s, CPU time=6.1920 s, Time Ratio=66.6990 +Physical time=414.0000 s, CPU time=6.2030 s, Time Ratio=66.7419 +Physical time=415.0000 s, CPU time=6.2140 s, Time Ratio=66.7847 +Physical time=416.0000 s, CPU time=6.2200 s, Time Ratio=66.8810 +Physical time=417.0000 s, CPU time=6.2260 s, Time Ratio=66.9772 +Physical time=418.0000 s, CPU time=6.2340 s, Time Ratio=67.0517 +Physical time=419.0000 s, CPU time=6.2450 s, Time Ratio=67.0937 +Physical time=420.0000 s, CPU time=6.2530 s, Time Ratio=67.1678 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.964678[degC] + North Wall: T=19.964680[degC] + Ceiling: T=19.964363[degC] + Floor: T=19.964957[degC] + West Wall: T=19.964927[degC] + West Wall (glass, unshaded): T=2.918555[degC] + East Wall: T=19.964928[degC] + East Wall (glass, unshaded): T=2.917882[degC] + East Wall (frame): T=8.846662[degC] + West Wall (frame): T=8.846656[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=420.000000[s] + Averaged room temperature 15.801968[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -2.116784[W] + North Wall: -2.105897[W] + Ceiling: -2.066601[W] + Floor: -2.182785[W] + West Wall: -1.106142[W] + West Wall (glass, unshaded): 2.666352[W] + East Wall: -1.062652[W] + East Wall (glass, unshaded): 2.660660[W] + East Wall (frame): 0.361255[W] + West Wall (frame): 0.350403[W] + Sensor Information: + Occupied zone air temperature: 288.951968 + Velocity: 0.033063 +ffd_solver(): Synchronized data at t=420.000000[s] + +Physical time=421.0000 s, CPU time=6.3760 s, Time Ratio=66.0289 +Physical time=422.0000 s, CPU time=6.3820 s, Time Ratio=66.1235 +Physical time=423.0000 s, CPU time=6.3890 s, Time Ratio=66.2075 +Physical time=424.0000 s, CPU time=6.3950 s, Time Ratio=66.3018 +Physical time=425.0000 s, CPU time=6.4000 s, Time Ratio=66.4063 +Physical time=426.0000 s, CPU time=6.4060 s, Time Ratio=66.5002 +Physical time=427.0000 s, CPU time=6.4130 s, Time Ratio=66.5835 +Physical time=428.0000 s, CPU time=6.4180 s, Time Ratio=66.6874 +Physical time=429.0000 s, CPU time=6.4230 s, Time Ratio=66.7912 +Physical time=430.0000 s, CPU time=6.4300 s, Time Ratio=66.8740 +Physical time=431.0000 s, CPU time=6.4350 s, Time Ratio=66.9775 +Physical time=432.0000 s, CPU time=6.4410 s, Time Ratio=67.0703 +Physical time=433.0000 s, CPU time=6.4470 s, Time Ratio=67.1630 +Physical time=434.0000 s, CPU time=6.4520 s, Time Ratio=67.2660 +Physical time=435.0000 s, CPU time=6.4570 s, Time Ratio=67.3687 +Physical time=436.0000 s, CPU time=6.4630 s, Time Ratio=67.4609 +Physical time=437.0000 s, CPU time=6.4680 s, Time Ratio=67.5634 +Physical time=438.0000 s, CPU time=6.4730 s, Time Ratio=67.6657 +Physical time=439.0000 s, CPU time=6.4780 s, Time Ratio=67.7678 +Physical time=440.0000 s, CPU time=6.4840 s, Time Ratio=67.8593 +Physical time=441.0000 s, CPU time=6.4950 s, Time Ratio=67.8984 +Physical time=442.0000 s, CPU time=6.5070 s, Time Ratio=67.9268 +Physical time=443.0000 s, CPU time=6.5130 s, Time Ratio=68.0178 +Physical time=444.0000 s, CPU time=6.5230 s, Time Ratio=68.0668 +Physical time=445.0000 s, CPU time=6.5310 s, Time Ratio=68.1366 +Physical time=446.0000 s, CPU time=6.5370 s, Time Ratio=68.2270 +Physical time=447.0000 s, CPU time=6.5450 s, Time Ratio=68.2964 +Physical time=448.0000 s, CPU time=6.5540 s, Time Ratio=68.3552 +Physical time=449.0000 s, CPU time=6.5610 s, Time Ratio=68.4347 +Physical time=450.0000 s, CPU time=6.5670 s, Time Ratio=68.5244 +Physical time=451.0000 s, CPU time=6.5740 s, Time Ratio=68.6036 +Physical time=452.0000 s, CPU time=6.5830 s, Time Ratio=68.6617 +Physical time=453.0000 s, CPU time=6.5890 s, Time Ratio=68.7509 +Physical time=454.0000 s, CPU time=6.5950 s, Time Ratio=68.8400 +Physical time=455.0000 s, CPU time=6.6000 s, Time Ratio=68.9394 +Physical time=456.0000 s, CPU time=6.6060 s, Time Ratio=69.0282 +Physical time=457.0000 s, CPU time=6.6120 s, Time Ratio=69.1168 +Physical time=458.0000 s, CPU time=6.6200 s, Time Ratio=69.1843 +Physical time=459.0000 s, CPU time=6.6270 s, Time Ratio=69.2621 +Physical time=460.0000 s, CPU time=6.6340 s, Time Ratio=69.3398 +Physical time=461.0000 s, CPU time=6.6410 s, Time Ratio=69.4173 +Physical time=462.0000 s, CPU time=6.6510 s, Time Ratio=69.4632 +Physical time=463.0000 s, CPU time=6.6590 s, Time Ratio=69.5300 +Physical time=464.0000 s, CPU time=6.6640 s, Time Ratio=69.6279 +Physical time=465.0000 s, CPU time=6.6690 s, Time Ratio=69.7256 +Physical time=466.0000 s, CPU time=6.6760 s, Time Ratio=69.8023 +Physical time=467.0000 s, CPU time=6.6820 s, Time Ratio=69.8893 +Physical time=468.0000 s, CPU time=6.6880 s, Time Ratio=69.9761 +Physical time=469.0000 s, CPU time=6.6980 s, Time Ratio=70.0209 +Physical time=470.0000 s, CPU time=6.7040 s, Time Ratio=70.1074 +Physical time=471.0000 s, CPU time=6.7110 s, Time Ratio=70.1833 +Physical time=472.0000 s, CPU time=6.7180 s, Time Ratio=70.2590 +Physical time=473.0000 s, CPU time=6.7290 s, Time Ratio=70.2928 +Physical time=474.0000 s, CPU time=6.7380 s, Time Ratio=70.3473 +Physical time=475.0000 s, CPU time=6.7460 s, Time Ratio=70.4121 +Physical time=476.0000 s, CPU time=6.7550 s, Time Ratio=70.4663 +Physical time=477.0000 s, CPU time=6.7640 s, Time Ratio=70.5204 +Physical time=478.0000 s, CPU time=6.7740 s, Time Ratio=70.5639 +Physical time=479.0000 s, CPU time=6.7850 s, Time Ratio=70.5969 +Physical time=480.0000 s, CPU time=6.7990 s, Time Ratio=70.5986 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.958590[degC] + North Wall: T=19.958587[degC] + Ceiling: T=19.958244[degC] + Floor: T=19.958911[degC] + West Wall: T=19.958900[degC] + West Wall (glass, unshaded): T=2.871902[degC] + East Wall: T=19.958859[degC] + East Wall (glass, unshaded): T=2.871167[degC] + East Wall (frame): T=8.835758[degC] + West Wall (frame): T=8.835901[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=480.000000[s] + Averaged room temperature 16.136486[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.953506[W] + North Wall: -1.931635[W] + Ceiling: -1.909128[W] + Floor: -1.979247[W] + West Wall: -1.036793[W] + West Wall (glass, unshaded): 2.743258[W] + East Wall: -0.961541[W] + East Wall (glass, unshaded): 2.760873[W] + East Wall (frame): 0.382141[W] + West Wall (frame): 0.369527[W] + Sensor Information: + Occupied zone air temperature: 289.286486 + Velocity: 0.042118 +ffd_solver(): Synchronized data at t=480.000000[s] + +Physical time=481.0000 s, CPU time=6.9260 s, Time Ratio=69.4485 +Physical time=482.0000 s, CPU time=6.9340 s, Time Ratio=69.5125 +Physical time=483.0000 s, CPU time=6.9420 s, Time Ratio=69.5765 +Physical time=484.0000 s, CPU time=6.9490 s, Time Ratio=69.6503 +Physical time=485.0000 s, CPU time=6.9560 s, Time Ratio=69.7240 +Physical time=486.0000 s, CPU time=6.9620 s, Time Ratio=69.8075 +Physical time=487.0000 s, CPU time=6.9680 s, Time Ratio=69.8909 +Physical time=488.0000 s, CPU time=6.9740 s, Time Ratio=69.9742 +Physical time=489.0000 s, CPU time=6.9840 s, Time Ratio=70.0172 +Physical time=490.0000 s, CPU time=6.9960 s, Time Ratio=70.0400 +Physical time=491.0000 s, CPU time=7.0090 s, Time Ratio=70.0528 +Physical time=492.0000 s, CPU time=7.0200 s, Time Ratio=70.0855 +Physical time=493.0000 s, CPU time=7.0260 s, Time Ratio=70.1679 +Physical time=494.0000 s, CPU time=7.0340 s, Time Ratio=70.2303 +Physical time=495.0000 s, CPU time=7.0410 s, Time Ratio=70.3025 +Physical time=496.0000 s, CPU time=7.0470 s, Time Ratio=70.3846 +Physical time=497.0000 s, CPU time=7.0550 s, Time Ratio=70.4465 +Physical time=498.0000 s, CPU time=7.0620 s, Time Ratio=70.5183 +Physical time=499.0000 s, CPU time=7.0680 s, Time Ratio=70.5999 +Physical time=500.0000 s, CPU time=7.0740 s, Time Ratio=70.6814 +Physical time=501.0000 s, CPU time=7.0810 s, Time Ratio=70.7527 +Physical time=502.0000 s, CPU time=7.0880 s, Time Ratio=70.8239 +Physical time=503.0000 s, CPU time=7.0960 s, Time Ratio=70.8850 +Physical time=504.0000 s, CPU time=7.1020 s, Time Ratio=70.9659 +Physical time=505.0000 s, CPU time=7.1090 s, Time Ratio=71.0367 +Physical time=506.0000 s, CPU time=7.1200 s, Time Ratio=71.0674 +Physical time=507.0000 s, CPU time=7.1300 s, Time Ratio=71.1080 +Physical time=508.0000 s, CPU time=7.1390 s, Time Ratio=71.1584 +Physical time=509.0000 s, CPU time=7.1510 s, Time Ratio=71.1789 +Physical time=510.0000 s, CPU time=7.1630 s, Time Ratio=71.1992 +Physical time=511.0000 s, CPU time=7.1760 s, Time Ratio=71.2096 +Physical time=512.0000 s, CPU time=7.1930 s, Time Ratio=71.1803 +Physical time=513.0000 s, CPU time=7.2050 s, Time Ratio=71.2006 +Physical time=514.0000 s, CPU time=7.2190 s, Time Ratio=71.2010 +Physical time=515.0000 s, CPU time=7.2290 s, Time Ratio=71.2408 +Physical time=516.0000 s, CPU time=7.2380 s, Time Ratio=71.2904 +Physical time=517.0000 s, CPU time=7.2450 s, Time Ratio=71.3596 +Physical time=518.0000 s, CPU time=7.2520 s, Time Ratio=71.4286 +Physical time=519.0000 s, CPU time=7.2630 s, Time Ratio=71.4581 +Physical time=520.0000 s, CPU time=7.2680 s, Time Ratio=71.5465 +Physical time=521.0000 s, CPU time=7.2770 s, Time Ratio=71.5954 +Physical time=522.0000 s, CPU time=7.2850 s, Time Ratio=71.6541 +Physical time=523.0000 s, CPU time=7.2930 s, Time Ratio=71.7126 +Physical time=524.0000 s, CPU time=7.3090 s, Time Ratio=71.6924 +Physical time=525.0000 s, CPU time=7.3230 s, Time Ratio=71.6919 +Physical time=526.0000 s, CPU time=7.3340 s, Time Ratio=71.7208 +Physical time=527.0000 s, CPU time=7.3480 s, Time Ratio=71.7202 +Physical time=528.0000 s, CPU time=7.3620 s, Time Ratio=71.7196 +Physical time=529.0000 s, CPU time=7.3760 s, Time Ratio=71.7191 +Physical time=530.0000 s, CPU time=7.3870 s, Time Ratio=71.7477 +Physical time=531.0000 s, CPU time=7.3970 s, Time Ratio=71.7859 +Physical time=532.0000 s, CPU time=7.4080 s, Time Ratio=71.8143 +Physical time=533.0000 s, CPU time=7.4160 s, Time Ratio=71.8716 +Physical time=534.0000 s, CPU time=7.4260 s, Time Ratio=71.9095 +Physical time=535.0000 s, CPU time=7.4360 s, Time Ratio=71.9473 +Physical time=536.0000 s, CPU time=7.4430 s, Time Ratio=72.0140 +Physical time=537.0000 s, CPU time=7.4500 s, Time Ratio=72.0805 +Physical time=538.0000 s, CPU time=7.4550 s, Time Ratio=72.1663 +Physical time=539.0000 s, CPU time=7.4610 s, Time Ratio=72.2423 +Physical time=540.0000 s, CPU time=7.4680 s, Time Ratio=72.3085 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.952466[degC] + North Wall: T=19.952452[degC] + Ceiling: T=19.952096[degC] + Floor: T=19.952809[degC] + West Wall: T=19.952837[degC] + West Wall (glass, unshaded): T=2.826730[degC] + East Wall: T=19.952722[degC] + East Wall (glass, unshaded): T=2.825904[degC] + East Wall (frame): T=8.824107[degC] + West Wall (frame): T=8.824603[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=540.000000[s] + Averaged room temperature 16.395376[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.788550[W] + North Wall: -1.829228[W] + Ceiling: -1.783703[W] + Floor: -1.861119[W] + West Wall: -0.962106[W] + West Wall (glass, unshaded): 2.811140[W] + East Wall: -0.903139[W] + East Wall (glass, unshaded): 2.822049[W] + East Wall (frame): 0.398381[W] + West Wall (frame): 0.384609[W] + Sensor Information: + Occupied zone air temperature: 289.545376 + Velocity: 0.020547 +ffd_solver(): Synchronized data at t=540.000000[s] + +Physical time=541.0000 s, CPU time=7.5770 s, Time Ratio=71.4003 +Physical time=542.0000 s, CPU time=7.5860 s, Time Ratio=71.4474 +Physical time=543.0000 s, CPU time=7.5940 s, Time Ratio=71.5038 +Physical time=544.0000 s, CPU time=7.6000 s, Time Ratio=71.5789 +Physical time=545.0000 s, CPU time=7.6050 s, Time Ratio=71.6634 +Physical time=546.0000 s, CPU time=7.6100 s, Time Ratio=71.7477 +Physical time=547.0000 s, CPU time=7.6160 s, Time Ratio=71.8225 +Physical time=548.0000 s, CPU time=7.6210 s, Time Ratio=71.9066 +Physical time=549.0000 s, CPU time=7.6270 s, Time Ratio=71.9811 +Physical time=550.0000 s, CPU time=7.6320 s, Time Ratio=72.0650 +Physical time=551.0000 s, CPU time=7.6380 s, Time Ratio=72.1393 +Physical time=552.0000 s, CPU time=7.6430 s, Time Ratio=72.2229 +Physical time=553.0000 s, CPU time=7.6480 s, Time Ratio=72.3065 +Physical time=554.0000 s, CPU time=7.6550 s, Time Ratio=72.3710 +Physical time=555.0000 s, CPU time=7.6630 s, Time Ratio=72.4259 +Physical time=556.0000 s, CPU time=7.6690 s, Time Ratio=72.4997 +Physical time=557.0000 s, CPU time=7.6790 s, Time Ratio=72.5355 +Physical time=558.0000 s, CPU time=7.6850 s, Time Ratio=72.6090 +Physical time=559.0000 s, CPU time=7.6910 s, Time Ratio=72.6824 +Physical time=560.0000 s, CPU time=7.6970 s, Time Ratio=72.7556 +Physical time=561.0000 s, CPU time=7.7040 s, Time Ratio=72.8193 +Physical time=562.0000 s, CPU time=7.7100 s, Time Ratio=72.8923 +Physical time=563.0000 s, CPU time=7.7180 s, Time Ratio=72.9464 +Physical time=564.0000 s, CPU time=7.7250 s, Time Ratio=73.0097 +Physical time=565.0000 s, CPU time=7.7330 s, Time Ratio=73.0635 +Physical time=566.0000 s, CPU time=7.7410 s, Time Ratio=73.1172 +Physical time=567.0000 s, CPU time=7.7460 s, Time Ratio=73.1991 +Physical time=568.0000 s, CPU time=7.7520 s, Time Ratio=73.2714 +Physical time=569.0000 s, CPU time=7.7570 s, Time Ratio=73.3531 +Physical time=570.0000 s, CPU time=7.7620 s, Time Ratio=73.4347 +Physical time=571.0000 s, CPU time=7.7680 s, Time Ratio=73.5067 +Physical time=572.0000 s, CPU time=7.7730 s, Time Ratio=73.5881 +Physical time=573.0000 s, CPU time=7.7790 s, Time Ratio=73.6599 +Physical time=574.0000 s, CPU time=7.7840 s, Time Ratio=73.7410 +Physical time=575.0000 s, CPU time=7.7890 s, Time Ratio=73.8221 +Physical time=576.0000 s, CPU time=7.7950 s, Time Ratio=73.8935 +Physical time=577.0000 s, CPU time=7.8000 s, Time Ratio=73.9744 +Physical time=578.0000 s, CPU time=7.8060 s, Time Ratio=74.0456 +Physical time=579.0000 s, CPU time=7.8110 s, Time Ratio=74.1262 +Physical time=580.0000 s, CPU time=7.8170 s, Time Ratio=74.1973 +Physical time=581.0000 s, CPU time=7.8220 s, Time Ratio=74.2777 +Physical time=582.0000 s, CPU time=7.8280 s, Time Ratio=74.3485 +Physical time=583.0000 s, CPU time=7.8330 s, Time Ratio=74.4287 +Physical time=584.0000 s, CPU time=7.8380 s, Time Ratio=74.5088 +Physical time=585.0000 s, CPU time=7.8440 s, Time Ratio=74.5793 +Physical time=586.0000 s, CPU time=7.8490 s, Time Ratio=74.6592 +Physical time=587.0000 s, CPU time=7.8590 s, Time Ratio=74.6914 +Physical time=588.0000 s, CPU time=7.8700 s, Time Ratio=74.7141 +Physical time=589.0000 s, CPU time=7.8790 s, Time Ratio=74.7557 +Physical time=590.0000 s, CPU time=7.8860 s, Time Ratio=74.8161 +Physical time=591.0000 s, CPU time=7.8950 s, Time Ratio=74.8575 +Physical time=592.0000 s, CPU time=7.9040 s, Time Ratio=74.8988 +Physical time=593.0000 s, CPU time=7.9100 s, Time Ratio=74.9684 +Physical time=594.0000 s, CPU time=7.9170 s, Time Ratio=75.0284 +Physical time=595.0000 s, CPU time=7.9260 s, Time Ratio=75.0694 +Physical time=596.0000 s, CPU time=7.9370 s, Time Ratio=75.0913 +Physical time=597.0000 s, CPU time=7.9450 s, Time Ratio=75.1416 +Physical time=598.0000 s, CPU time=7.9550 s, Time Ratio=75.1728 +Physical time=599.0000 s, CPU time=7.9660 s, Time Ratio=75.1946 +Physical time=600.0000 s, CPU time=7.9790 s, Time Ratio=75.1974 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.946316[degC] + North Wall: T=19.946308[degC] + Ceiling: T=19.945938[degC] + Floor: T=19.946684[degC] + West Wall: T=19.946761[degC] + West Wall (glass, unshaded): T=2.783402[degC] + East Wall: T=19.946563[degC] + East Wall (glass, unshaded): T=2.782275[degC] + East Wall (frame): T=8.811941[degC] + West Wall (frame): T=8.812828[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=600.000000[s] + Averaged room temperature 16.544479[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.739078[W] + North Wall: -1.758242[W] + Ceiling: -1.662930[W] + Floor: -1.828236[W] + West Wall: -0.875999[W] + West Wall (glass, unshaded): 2.857981[W] + East Wall: -0.934493[W] + East Wall (glass, unshaded): 2.835427[W] + East Wall (frame): 0.390848[W] + West Wall (frame): 0.391839[W] + Sensor Information: + Occupied zone air temperature: 289.694479 + Velocity: 0.044572 +ffd_solver(): Synchronized data at t=600.000000[s] + +Physical time=601.0000 s, CPU time=8.1390 s, Time Ratio=73.8420 +Physical time=602.0000 s, CPU time=8.1510 s, Time Ratio=73.8560 +Physical time=603.0000 s, CPU time=8.1640 s, Time Ratio=73.8609 +Physical time=604.0000 s, CPU time=8.1760 s, Time Ratio=73.8748 +Physical time=605.0000 s, CPU time=8.1870 s, Time Ratio=73.8976 +Physical time=606.0000 s, CPU time=8.2000 s, Time Ratio=73.9024 +Physical time=607.0000 s, CPU time=8.2140 s, Time Ratio=73.8982 +Physical time=608.0000 s, CPU time=8.2270 s, Time Ratio=73.9030 +Physical time=609.0000 s, CPU time=8.2410 s, Time Ratio=73.8988 +Physical time=610.0000 s, CPU time=8.2580 s, Time Ratio=73.8678 +Physical time=611.0000 s, CPU time=8.2690 s, Time Ratio=73.8904 +Physical time=612.0000 s, CPU time=8.2790 s, Time Ratio=73.9220 +Physical time=613.0000 s, CPU time=8.2870 s, Time Ratio=73.9713 +Physical time=614.0000 s, CPU time=8.2950 s, Time Ratio=74.0205 +Physical time=615.0000 s, CPU time=8.8740 s, Time Ratio=69.3036 +Physical time=616.0000 s, CPU time=8.8870 s, Time Ratio=69.3147 +Physical time=617.0000 s, CPU time=8.8990 s, Time Ratio=69.3336 +Physical time=618.0000 s, CPU time=8.9120 s, Time Ratio=69.3447 +Physical time=619.0000 s, CPU time=8.9230 s, Time Ratio=69.3713 +Physical time=620.0000 s, CPU time=8.9350 s, Time Ratio=69.3900 +Physical time=621.0000 s, CPU time=8.9470 s, Time Ratio=69.4087 +Physical time=622.0000 s, CPU time=8.9580 s, Time Ratio=69.4351 +Physical time=623.0000 s, CPU time=8.9670 s, Time Ratio=69.4770 +Physical time=624.0000 s, CPU time=8.9780 s, Time Ratio=69.5032 +Physical time=625.0000 s, CPU time=8.9840 s, Time Ratio=69.5681 +Physical time=626.0000 s, CPU time=8.9900 s, Time Ratio=69.6329 +Physical time=627.0000 s, CPU time=8.9980 s, Time Ratio=69.6822 +Physical time=628.0000 s, CPU time=9.0060 s, Time Ratio=69.7313 +Physical time=629.0000 s, CPU time=9.0130 s, Time Ratio=69.7881 +Physical time=630.0000 s, CPU time=9.0190 s, Time Ratio=69.8525 +Physical time=631.0000 s, CPU time=9.0270 s, Time Ratio=69.9014 +Physical time=632.0000 s, CPU time=9.0320 s, Time Ratio=69.9734 +Physical time=633.0000 s, CPU time=9.0410 s, Time Ratio=70.0144 +Physical time=634.0000 s, CPU time=9.0480 s, Time Ratio=70.0707 +Physical time=635.0000 s, CPU time=9.0560 s, Time Ratio=70.1193 +Physical time=636.0000 s, CPU time=9.0610 s, Time Ratio=70.1909 +Physical time=637.0000 s, CPU time=9.0690 s, Time Ratio=70.2393 +Physical time=638.0000 s, CPU time=9.0770 s, Time Ratio=70.2875 +Physical time=639.0000 s, CPU time=9.0860 s, Time Ratio=70.3280 +Physical time=640.0000 s, CPU time=9.0940 s, Time Ratio=70.3761 +Physical time=641.0000 s, CPU time=9.1010 s, Time Ratio=70.4318 +Physical time=642.0000 s, CPU time=9.1100 s, Time Ratio=70.4720 +Physical time=643.0000 s, CPU time=9.1200 s, Time Ratio=70.5044 +Physical time=644.0000 s, CPU time=9.1270 s, Time Ratio=70.5599 +Physical time=645.0000 s, CPU time=9.1330 s, Time Ratio=70.6230 +Physical time=646.0000 s, CPU time=9.1410 s, Time Ratio=70.6706 +Physical time=647.0000 s, CPU time=9.1480 s, Time Ratio=70.7258 +Physical time=648.0000 s, CPU time=9.1590 s, Time Ratio=70.7501 +Physical time=649.0000 s, CPU time=9.1690 s, Time Ratio=70.7820 +Physical time=650.0000 s, CPU time=9.1760 s, Time Ratio=70.8370 +Physical time=651.0000 s, CPU time=9.1860 s, Time Ratio=70.8687 +Physical time=652.0000 s, CPU time=9.1920 s, Time Ratio=70.9312 +Physical time=653.0000 s, CPU time=9.1990 s, Time Ratio=70.9860 +Physical time=654.0000 s, CPU time=9.2050 s, Time Ratio=71.0483 +Physical time=655.0000 s, CPU time=9.2160 s, Time Ratio=71.0720 +Physical time=656.0000 s, CPU time=9.2260 s, Time Ratio=71.1034 +Physical time=657.0000 s, CPU time=9.2320 s, Time Ratio=71.1655 +Physical time=658.0000 s, CPU time=9.2400 s, Time Ratio=71.2121 +Physical time=659.0000 s, CPU time=9.2490 s, Time Ratio=71.2509 +Physical time=660.0000 s, CPU time=9.2570 s, Time Ratio=71.2974 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.940176[degC] + North Wall: T=19.940188[degC] + Ceiling: T=19.939780[degC] + Floor: T=19.940588[degC] + West Wall: T=19.940659[degC] + West Wall (glass, unshaded): T=2.742153[degC] + East Wall: T=19.940466[degC] + East Wall (glass, unshaded): T=2.741304[degC] + East Wall (frame): T=8.799706[degC] + West Wall (frame): T=8.800768[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=660.000000[s] + Averaged room temperature 16.673845[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.671397[W] + North Wall: -1.652936[W] + Ceiling: -1.623610[W] + Floor: -1.727127[W] + West Wall: -0.849367[W] + West Wall (glass, unshaded): 2.883064[W] + East Wall: -0.886678[W] + East Wall (glass, unshaded): 2.896429[W] + East Wall (frame): 0.398215[W] + West Wall (frame): 0.406801[W] + Sensor Information: + Occupied zone air temperature: 289.823845 + Velocity: 0.017979 +ffd_solver(): Synchronized data at t=660.000000[s] + +Physical time=661.0000 s, CPU time=9.4060 s, Time Ratio=70.2743 +Physical time=662.0000 s, CPU time=9.4180 s, Time Ratio=70.2909 +Physical time=663.0000 s, CPU time=9.4290 s, Time Ratio=70.3150 +Physical time=664.0000 s, CPU time=9.4450 s, Time Ratio=70.3017 +Physical time=665.0000 s, CPU time=9.4610 s, Time Ratio=70.2886 +Physical time=666.0000 s, CPU time=9.4780 s, Time Ratio=70.2680 +Physical time=667.0000 s, CPU time=9.4930 s, Time Ratio=70.2623 +Physical time=668.0000 s, CPU time=9.5070 s, Time Ratio=70.2640 +Physical time=669.0000 s, CPU time=9.5200 s, Time Ratio=70.2731 +Physical time=670.0000 s, CPU time=9.5310 s, Time Ratio=70.2969 +Physical time=671.0000 s, CPU time=9.5450 s, Time Ratio=70.2986 +Physical time=672.0000 s, CPU time=9.5520 s, Time Ratio=70.3518 +Physical time=673.0000 s, CPU time=9.5650 s, Time Ratio=70.3607 +Physical time=674.0000 s, CPU time=9.5720 s, Time Ratio=70.4137 +Physical time=675.0000 s, CPU time=9.5840 s, Time Ratio=70.4299 +Physical time=676.0000 s, CPU time=9.5980 s, Time Ratio=70.4313 +Physical time=677.0000 s, CPU time=9.6080 s, Time Ratio=70.4621 +Physical time=678.0000 s, CPU time=9.6210 s, Time Ratio=70.4708 +Physical time=679.0000 s, CPU time=9.6320 s, Time Ratio=70.4942 +Physical time=680.0000 s, CPU time=9.6410 s, Time Ratio=70.5321 +Physical time=681.0000 s, CPU time=9.6550 s, Time Ratio=70.5334 +Physical time=682.0000 s, CPU time=9.6620 s, Time Ratio=70.5858 +Physical time=683.0000 s, CPU time=9.6670 s, Time Ratio=70.6527 +Physical time=684.0000 s, CPU time=9.6780 s, Time Ratio=70.6758 +Physical time=685.0000 s, CPU time=9.6840 s, Time Ratio=70.7352 +Physical time=686.0000 s, CPU time=9.6900 s, Time Ratio=70.7946 +Physical time=687.0000 s, CPU time=9.6960 s, Time Ratio=70.8540 +Physical time=688.0000 s, CPU time=9.7030 s, Time Ratio=70.9059 +Physical time=689.0000 s, CPU time=9.7110 s, Time Ratio=70.9505 +Physical time=690.0000 s, CPU time=9.7180 s, Time Ratio=71.0023 +Physical time=691.0000 s, CPU time=9.7240 s, Time Ratio=71.0613 +Physical time=692.0000 s, CPU time=9.7310 s, Time Ratio=71.1129 +Physical time=693.0000 s, CPU time=9.7360 s, Time Ratio=71.1791 +Physical time=694.0000 s, CPU time=9.7420 s, Time Ratio=71.2379 +Physical time=695.0000 s, CPU time=9.7470 s, Time Ratio=71.3040 +Physical time=696.0000 s, CPU time=9.7520 s, Time Ratio=71.3700 +Physical time=697.0000 s, CPU time=9.7570 s, Time Ratio=71.4359 +Physical time=698.0000 s, CPU time=9.7620 s, Time Ratio=71.5017 +Physical time=699.0000 s, CPU time=9.7670 s, Time Ratio=71.5675 +Physical time=700.0000 s, CPU time=9.7720 s, Time Ratio=71.6332 +Physical time=701.0000 s, CPU time=9.7780 s, Time Ratio=71.6916 +Physical time=702.0000 s, CPU time=9.7830 s, Time Ratio=71.7571 +Physical time=703.0000 s, CPU time=9.7880 s, Time Ratio=71.8226 +Physical time=704.0000 s, CPU time=9.7920 s, Time Ratio=71.8954 +Physical time=705.0000 s, CPU time=9.7990 s, Time Ratio=71.9461 +Physical time=706.0000 s, CPU time=9.8040 s, Time Ratio=72.0114 +Physical time=707.0000 s, CPU time=9.8110 s, Time Ratio=72.0620 +Physical time=708.0000 s, CPU time=9.8170 s, Time Ratio=72.1198 +Physical time=709.0000 s, CPU time=9.8280 s, Time Ratio=72.1408 +Physical time=710.0000 s, CPU time=9.8350 s, Time Ratio=72.1912 +Physical time=711.0000 s, CPU time=9.8470 s, Time Ratio=72.2047 +Physical time=712.0000 s, CPU time=9.8610 s, Time Ratio=72.2036 +Physical time=713.0000 s, CPU time=9.8730 s, Time Ratio=72.2172 +Physical time=714.0000 s, CPU time=9.8880 s, Time Ratio=72.2087 +Physical time=715.0000 s, CPU time=9.9030 s, Time Ratio=72.2003 +Physical time=716.0000 s, CPU time=9.9170 s, Time Ratio=72.1993 +Physical time=717.0000 s, CPU time=9.9310 s, Time Ratio=72.1982 +Physical time=718.0000 s, CPU time=9.9440 s, Time Ratio=72.2043 +Physical time=719.0000 s, CPU time=9.9560 s, Time Ratio=72.2178 +Physical time=720.0000 s, CPU time=9.9660 s, Time Ratio=72.2456 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.934076[degC] + North Wall: T=19.934088[degC] + Ceiling: T=19.933648[degC] + Floor: T=19.934526[degC] + West Wall: T=19.934563[degC] + West Wall (glass, unshaded): T=2.703360[degC] + East Wall: T=19.934434[degC] + East Wall (glass, unshaded): T=2.702715[degC] + East Wall (frame): T=8.787540[degC] + West Wall (frame): T=8.788436[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=720.000000[s] + Averaged room temperature 16.788361[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.597763[W] + North Wall: -1.620380[W] + Ceiling: -1.528907[W] + Floor: -1.688785[W] + West Wall: -0.859735[W] + West Wall (glass, unshaded): 2.905009[W] + East Wall: -0.841165[W] + East Wall (glass, unshaded): 2.922349[W] + East Wall (frame): 0.407219[W] + West Wall (frame): 0.403848[W] + Sensor Information: + Occupied zone air temperature: 289.938361 + Velocity: 0.018897 +ffd_solver(): Synchronized data at t=720.000000[s] + +Physical time=721.0000 s, CPU time=10.0810 s, Time Ratio=71.5207 +Physical time=722.0000 s, CPU time=10.0880 s, Time Ratio=71.5702 +Physical time=723.0000 s, CPU time=10.0940 s, Time Ratio=71.6267 +Physical time=724.0000 s, CPU time=10.1000 s, Time Ratio=71.6832 +Physical time=725.0000 s, CPU time=10.1150 s, Time Ratio=71.6757 +Physical time=726.0000 s, CPU time=10.1290 s, Time Ratio=71.6754 +Physical time=727.0000 s, CPU time=10.1410 s, Time Ratio=71.6892 +Physical time=728.0000 s, CPU time=10.1510 s, Time Ratio=71.7171 +Physical time=729.0000 s, CPU time=10.1590 s, Time Ratio=71.7590 +Physical time=730.0000 s, CPU time=10.1660 s, Time Ratio=71.8080 +Physical time=731.0000 s, CPU time=10.1720 s, Time Ratio=71.8639 +Physical time=732.0000 s, CPU time=10.1780 s, Time Ratio=71.9198 +Physical time=733.0000 s, CPU time=10.1900 s, Time Ratio=71.9333 +Physical time=734.0000 s, CPU time=10.2020 s, Time Ratio=71.9467 +Physical time=735.0000 s, CPU time=10.2080 s, Time Ratio=72.0024 +Physical time=736.0000 s, CPU time=10.2140 s, Time Ratio=72.0580 +Physical time=737.0000 s, CPU time=10.2190 s, Time Ratio=72.1206 +Physical time=738.0000 s, CPU time=10.2310 s, Time Ratio=72.1337 +Physical time=739.0000 s, CPU time=10.2420 s, Time Ratio=72.1539 +Physical time=740.0000 s, CPU time=10.2520 s, Time Ratio=72.1810 +Physical time=741.0000 s, CPU time=10.2600 s, Time Ratio=72.2222 +Physical time=742.0000 s, CPU time=10.2710 s, Time Ratio=72.2422 +Physical time=743.0000 s, CPU time=10.2760 s, Time Ratio=72.3044 +Physical time=744.0000 s, CPU time=10.2830 s, Time Ratio=72.3524 +Physical time=745.0000 s, CPU time=10.2890 s, Time Ratio=72.4074 +Physical time=746.0000 s, CPU time=10.2950 s, Time Ratio=72.4624 +Physical time=747.0000 s, CPU time=10.3010 s, Time Ratio=72.5172 +Physical time=748.0000 s, CPU time=10.3120 s, Time Ratio=72.5369 +Physical time=749.0000 s, CPU time=10.3220 s, Time Ratio=72.5635 +Physical time=750.0000 s, CPU time=10.3310 s, Time Ratio=72.5970 +Physical time=751.0000 s, CPU time=10.3390 s, Time Ratio=72.6376 +Physical time=752.0000 s, CPU time=10.3470 s, Time Ratio=72.6781 +Physical time=753.0000 s, CPU time=10.3570 s, Time Ratio=72.7045 +Physical time=754.0000 s, CPU time=10.3670 s, Time Ratio=72.7308 +Physical time=755.0000 s, CPU time=10.3760 s, Time Ratio=72.7641 +Physical time=756.0000 s, CPU time=10.3840 s, Time Ratio=72.8043 +Physical time=757.0000 s, CPU time=10.3920 s, Time Ratio=72.8445 +Physical time=758.0000 s, CPU time=10.4010 s, Time Ratio=72.8776 +Physical time=759.0000 s, CPU time=10.4070 s, Time Ratio=72.9317 +Physical time=760.0000 s, CPU time=10.4130 s, Time Ratio=72.9857 +Physical time=761.0000 s, CPU time=10.4210 s, Time Ratio=73.0256 +Physical time=762.0000 s, CPU time=10.4300 s, Time Ratio=73.0585 +Physical time=763.0000 s, CPU time=10.4360 s, Time Ratio=73.1123 +Physical time=764.0000 s, CPU time=10.4410 s, Time Ratio=73.1731 +Physical time=765.0000 s, CPU time=10.4500 s, Time Ratio=73.2057 +Physical time=766.0000 s, CPU time=10.4600 s, Time Ratio=73.2314 +Physical time=767.0000 s, CPU time=10.4690 s, Time Ratio=73.2639 +Physical time=768.0000 s, CPU time=10.4740 s, Time Ratio=73.3244 +Physical time=769.0000 s, CPU time=10.4830 s, Time Ratio=73.3569 +Physical time=770.0000 s, CPU time=10.4890 s, Time Ratio=73.4102 +Physical time=771.0000 s, CPU time=10.4960 s, Time Ratio=73.4566 +Physical time=772.0000 s, CPU time=10.5030 s, Time Ratio=73.5028 +Physical time=773.0000 s, CPU time=10.5110 s, Time Ratio=73.5420 +Physical time=774.0000 s, CPU time=10.5180 s, Time Ratio=73.5881 +Physical time=775.0000 s, CPU time=10.5240 s, Time Ratio=73.6412 +Physical time=776.0000 s, CPU time=10.5320 s, Time Ratio=73.6802 +Physical time=777.0000 s, CPU time=10.5390 s, Time Ratio=73.7262 +Physical time=778.0000 s, CPU time=10.5470 s, Time Ratio=73.7651 +Physical time=779.0000 s, CPU time=10.5530 s, Time Ratio=73.8179 +Physical time=780.0000 s, CPU time=10.5600 s, Time Ratio=73.8636 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.928008[degC] + North Wall: T=19.928021[degC] + Ceiling: T=19.927551[degC] + Floor: T=19.928496[degC] + West Wall: T=19.928532[degC] + West Wall (glass, unshaded): T=2.667155[degC] + East Wall: T=19.928418[degC] + East Wall (glass, unshaded): T=2.666158[degC] + East Wall (frame): T=8.775198[degC] + West Wall (frame): T=8.775998[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=780.000000[s] + Averaged room temperature 16.911509[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.533925[W] + North Wall: -1.532013[W] + Ceiling: -1.513161[W] + Floor: -1.615556[W] + West Wall: -0.806117[W] + West Wall (glass, unshaded): 2.938378[W] + East Wall: -0.788851[W] + East Wall (glass, unshaded): 2.939142[W] + East Wall (frame): 0.423374[W] + West Wall (frame): 0.415621[W] + Sensor Information: + Occupied zone air temperature: 290.061509 + Velocity: 0.009928 +ffd_solver(): Synchronized data at t=780.000000[s] + +Physical time=781.0000 s, CPU time=10.6680 s, Time Ratio=73.2096 +Physical time=782.0000 s, CPU time=10.6790 s, Time Ratio=73.2278 +Physical time=783.0000 s, CPU time=10.6870 s, Time Ratio=73.2666 +Physical time=784.0000 s, CPU time=10.6960 s, Time Ratio=73.2984 +Physical time=785.0000 s, CPU time=10.7050 s, Time Ratio=73.3302 +Physical time=786.0000 s, CPU time=10.7110 s, Time Ratio=73.3825 +Physical time=787.0000 s, CPU time=10.7180 s, Time Ratio=73.4279 +Physical time=788.0000 s, CPU time=10.7240 s, Time Ratio=73.4800 +Physical time=789.0000 s, CPU time=10.7300 s, Time Ratio=73.5322 +Physical time=790.0000 s, CPU time=10.7380 s, Time Ratio=73.5705 +Physical time=791.0000 s, CPU time=10.7440 s, Time Ratio=73.6225 +Physical time=792.0000 s, CPU time=10.7540 s, Time Ratio=73.6470 +Physical time=793.0000 s, CPU time=10.7600 s, Time Ratio=73.6989 +Physical time=794.0000 s, CPU time=10.7660 s, Time Ratio=73.7507 +Physical time=795.0000 s, CPU time=10.7730 s, Time Ratio=73.7956 +Physical time=796.0000 s, CPU time=10.7800 s, Time Ratio=73.8404 +Physical time=797.0000 s, CPU time=10.7910 s, Time Ratio=73.8578 +Physical time=798.0000 s, CPU time=10.8000 s, Time Ratio=73.8889 +Physical time=799.0000 s, CPU time=10.8060 s, Time Ratio=73.9404 +Physical time=800.0000 s, CPU time=10.8140 s, Time Ratio=73.9782 +Physical time=801.0000 s, CPU time=10.8220 s, Time Ratio=74.0159 +Physical time=802.0000 s, CPU time=10.8300 s, Time Ratio=74.0536 +Physical time=803.0000 s, CPU time=10.8350 s, Time Ratio=74.1117 +Physical time=804.0000 s, CPU time=10.8420 s, Time Ratio=74.1561 +Physical time=805.0000 s, CPU time=10.8540 s, Time Ratio=74.1662 +Physical time=806.0000 s, CPU time=10.8620 s, Time Ratio=74.2036 +Physical time=807.0000 s, CPU time=10.8720 s, Time Ratio=74.2274 +Physical time=808.0000 s, CPU time=10.8810 s, Time Ratio=74.2579 +Physical time=809.0000 s, CPU time=10.8920 s, Time Ratio=74.2747 +Physical time=810.0000 s, CPU time=10.9010 s, Time Ratio=74.3051 +Physical time=811.0000 s, CPU time=10.9100 s, Time Ratio=74.3355 +Physical time=812.0000 s, CPU time=10.9170 s, Time Ratio=74.3794 +Physical time=813.0000 s, CPU time=10.9240 s, Time Ratio=74.4233 +Physical time=814.0000 s, CPU time=10.9360 s, Time Ratio=74.4331 +Physical time=815.0000 s, CPU time=10.9470 s, Time Ratio=74.4496 +Physical time=816.0000 s, CPU time=10.9570 s, Time Ratio=74.4729 +Physical time=817.0000 s, CPU time=10.9650 s, Time Ratio=74.5098 +Physical time=818.0000 s, CPU time=10.9750 s, Time Ratio=74.5330 +Physical time=819.0000 s, CPU time=10.9830 s, Time Ratio=74.5698 +Physical time=820.0000 s, CPU time=10.9910 s, Time Ratio=74.6065 +Physical time=821.0000 s, CPU time=10.9990 s, Time Ratio=74.6431 +Physical time=822.0000 s, CPU time=11.0060 s, Time Ratio=74.6865 +Physical time=823.0000 s, CPU time=11.0140 s, Time Ratio=74.7231 +Physical time=824.0000 s, CPU time=11.0230 s, Time Ratio=74.7528 +Physical time=825.0000 s, CPU time=11.0320 s, Time Ratio=74.7825 +Physical time=826.0000 s, CPU time=11.0390 s, Time Ratio=74.8256 +Physical time=827.0000 s, CPU time=11.0470 s, Time Ratio=74.8620 +Physical time=828.0000 s, CPU time=11.0540 s, Time Ratio=74.9050 +Physical time=829.0000 s, CPU time=11.0610 s, Time Ratio=74.9480 +Physical time=830.0000 s, CPU time=11.0670 s, Time Ratio=74.9977 +Physical time=831.0000 s, CPU time=11.0800 s, Time Ratio=75.0000 +Physical time=832.0000 s, CPU time=11.0860 s, Time Ratio=75.0496 +Physical time=833.0000 s, CPU time=11.0920 s, Time Ratio=75.0992 +Physical time=834.0000 s, CPU time=11.0980 s, Time Ratio=75.1487 +Physical time=835.0000 s, CPU time=11.1030 s, Time Ratio=75.2049 +Physical time=836.0000 s, CPU time=11.1080 s, Time Ratio=75.2611 +Physical time=837.0000 s, CPU time=11.1130 s, Time Ratio=75.3172 +Physical time=838.0000 s, CPU time=11.1180 s, Time Ratio=75.3733 +Physical time=839.0000 s, CPU time=11.1290 s, Time Ratio=75.3886 +Physical time=840.0000 s, CPU time=11.1350 s, Time Ratio=75.4378 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.921971[degC] + North Wall: T=19.921990[degC] + Ceiling: T=19.921495[degC] + Floor: T=19.922504[degC] + West Wall: T=19.922548[degC] + West Wall (glass, unshaded): T=2.633177[degC] + East Wall: T=19.922414[degC] + East Wall (glass, unshaded): T=2.632039[degC] + East Wall (frame): T=8.762555[degC] + West Wall (frame): T=8.763509[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=840.000000[s] + Averaged room temperature 17.015779[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.488925[W] + North Wall: -1.471826[W] + Ceiling: -1.467360[W] + Floor: -1.584401[W] + West Wall: -0.773439[W] + West Wall (glass, unshaded): 2.969166[W] + East Wall: -0.780268[W] + East Wall (glass, unshaded): 2.966438[W] + East Wall (frame): 0.425536[W] + West Wall (frame): 0.425262[W] + Sensor Information: + Occupied zone air temperature: 290.165779 + Velocity: 0.016429 +ffd_solver(): Synchronized data at t=840.000000[s] + +Physical time=841.0000 s, CPU time=11.2980 s, Time Ratio=74.4380 +Physical time=842.0000 s, CPU time=11.3130 s, Time Ratio=74.4276 +Physical time=843.0000 s, CPU time=11.3260 s, Time Ratio=74.4305 +Physical time=844.0000 s, CPU time=11.3360 s, Time Ratio=74.4531 +Physical time=845.0000 s, CPU time=11.3460 s, Time Ratio=74.4756 +Physical time=846.0000 s, CPU time=11.3560 s, Time Ratio=74.4981 +Physical time=847.0000 s, CPU time=11.3640 s, Time Ratio=74.5336 +Physical time=848.0000 s, CPU time=11.3710 s, Time Ratio=74.5757 +Physical time=849.0000 s, CPU time=11.3770 s, Time Ratio=74.6242 +Physical time=850.0000 s, CPU time=11.3820 s, Time Ratio=74.6793 +Physical time=851.0000 s, CPU time=11.3880 s, Time Ratio=74.7278 +Physical time=852.0000 s, CPU time=11.3930 s, Time Ratio=74.7828 +Physical time=853.0000 s, CPU time=11.3980 s, Time Ratio=74.8377 +Physical time=854.0000 s, CPU time=11.4090 s, Time Ratio=74.8532 +Physical time=855.0000 s, CPU time=11.4190 s, Time Ratio=74.8752 +Physical time=856.0000 s, CPU time=11.4250 s, Time Ratio=74.9234 +Physical time=857.0000 s, CPU time=11.4300 s, Time Ratio=74.9781 +Physical time=858.0000 s, CPU time=11.4350 s, Time Ratio=75.0328 +Physical time=859.0000 s, CPU time=11.4460 s, Time Ratio=75.0481 +Physical time=860.0000 s, CPU time=11.4520 s, Time Ratio=75.0961 +Physical time=861.0000 s, CPU time=11.4600 s, Time Ratio=75.1309 +Physical time=862.0000 s, CPU time=11.4770 s, Time Ratio=75.1067 +Physical time=863.0000 s, CPU time=11.4880 s, Time Ratio=75.1219 +Physical time=864.0000 s, CPU time=11.4950 s, Time Ratio=75.1631 +Physical time=865.0000 s, CPU time=11.5020 s, Time Ratio=75.2043 +Physical time=866.0000 s, CPU time=11.5130 s, Time Ratio=75.2193 +Physical time=867.0000 s, CPU time=11.5250 s, Time Ratio=75.2278 +Physical time=868.0000 s, CPU time=11.5370 s, Time Ratio=75.2362 +Physical time=869.0000 s, CPU time=11.5510 s, Time Ratio=75.2316 +Physical time=870.0000 s, CPU time=11.5660 s, Time Ratio=75.2205 +Physical time=871.0000 s, CPU time=11.5830 s, Time Ratio=75.1964 +Physical time=872.0000 s, CPU time=11.5970 s, Time Ratio=75.1919 +Physical time=873.0000 s, CPU time=11.6040 s, Time Ratio=75.2327 +Physical time=874.0000 s, CPU time=11.6110 s, Time Ratio=75.2734 +Physical time=875.0000 s, CPU time=11.6170 s, Time Ratio=75.3207 +Physical time=876.0000 s, CPU time=11.6250 s, Time Ratio=75.3548 +Physical time=877.0000 s, CPU time=11.6320 s, Time Ratio=75.3955 +Physical time=878.0000 s, CPU time=11.6390 s, Time Ratio=75.4360 +Physical time=879.0000 s, CPU time=11.6440 s, Time Ratio=75.4895 +Physical time=880.0000 s, CPU time=11.6500 s, Time Ratio=75.5365 +Physical time=881.0000 s, CPU time=11.6550 s, Time Ratio=75.5899 +Physical time=882.0000 s, CPU time=11.6600 s, Time Ratio=75.6432 +Physical time=883.0000 s, CPU time=11.6650 s, Time Ratio=75.6965 +Physical time=884.0000 s, CPU time=11.6710 s, Time Ratio=75.7433 +Physical time=885.0000 s, CPU time=11.6760 s, Time Ratio=75.7965 +Physical time=886.0000 s, CPU time=11.6810 s, Time Ratio=75.8497 +Physical time=887.0000 s, CPU time=11.6860 s, Time Ratio=75.9028 +Physical time=888.0000 s, CPU time=11.6910 s, Time Ratio=75.9559 +Physical time=889.0000 s, CPU time=11.6960 s, Time Ratio=76.0089 +Physical time=890.0000 s, CPU time=11.7010 s, Time Ratio=76.0619 +Physical time=891.0000 s, CPU time=11.7070 s, Time Ratio=76.1083 +Physical time=892.0000 s, CPU time=11.7150 s, Time Ratio=76.1417 +Physical time=893.0000 s, CPU time=11.7220 s, Time Ratio=76.1815 +Physical time=894.0000 s, CPU time=11.7280 s, Time Ratio=76.2278 +Physical time=895.0000 s, CPU time=11.7340 s, Time Ratio=76.2741 +Physical time=896.0000 s, CPU time=11.7400 s, Time Ratio=76.3203 +Physical time=897.0000 s, CPU time=11.7460 s, Time Ratio=76.3664 +Physical time=898.0000 s, CPU time=11.7510 s, Time Ratio=76.4190 +Physical time=899.0000 s, CPU time=11.7560 s, Time Ratio=76.4716 +Physical time=900.0000 s, CPU time=11.7610 s, Time Ratio=76.5241 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.915974[degC] + North Wall: T=19.915986[degC] + Ceiling: T=19.915492[degC] + Floor: T=19.916553[degC] + West Wall: T=19.916582[degC] + West Wall (glass, unshaded): T=2.601107[degC] + East Wall: T=19.916445[degC] + East Wall (glass, unshaded): T=2.600111[degC] + East Wall (frame): T=8.749726[degC] + West Wall (frame): T=8.750783[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=900.000000[s] + Averaged room temperature 17.086542[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.438260[W] + North Wall: -1.444374[W] + Ceiling: -1.415042[W] + Floor: -1.555910[W] + West Wall: -0.761414[W] + West Wall (glass, unshaded): 2.986998[W] + East Wall: -0.762281[W] + East Wall (glass, unshaded): 2.987929[W] + East Wall (frame): 0.428168[W] + West Wall (frame): 0.429428[W] + Sensor Information: + Occupied zone air temperature: 290.236542 + Velocity: 0.049569 +ffd_solver(): Synchronized data at t=900.000000[s] + +Physical time=901.0000 s, CPU time=11.8670 s, Time Ratio=75.9248 +Physical time=902.0000 s, CPU time=11.8720 s, Time Ratio=75.9771 +Physical time=903.0000 s, CPU time=11.8780 s, Time Ratio=76.0229 +Physical time=904.0000 s, CPU time=11.8840 s, Time Ratio=76.0687 +Physical time=905.0000 s, CPU time=11.8890 s, Time Ratio=76.1208 +Physical time=906.0000 s, CPU time=11.8970 s, Time Ratio=76.1537 +Physical time=907.0000 s, CPU time=11.9020 s, Time Ratio=76.2057 +Physical time=908.0000 s, CPU time=11.9080 s, Time Ratio=76.2513 +Physical time=909.0000 s, CPU time=11.9150 s, Time Ratio=76.2904 +Physical time=910.0000 s, CPU time=11.9200 s, Time Ratio=76.3423 +Physical time=911.0000 s, CPU time=11.9260 s, Time Ratio=76.3877 +Physical time=912.0000 s, CPU time=11.9310 s, Time Ratio=76.4395 +Physical time=913.0000 s, CPU time=11.9360 s, Time Ratio=76.4913 +Physical time=914.0000 s, CPU time=11.9440 s, Time Ratio=76.5238 +Physical time=915.0000 s, CPU time=11.9490 s, Time Ratio=76.5754 +Physical time=916.0000 s, CPU time=11.9550 s, Time Ratio=76.6207 +Physical time=917.0000 s, CPU time=11.9600 s, Time Ratio=76.6722 +Physical time=918.0000 s, CPU time=11.9650 s, Time Ratio=76.7238 +Physical time=919.0000 s, CPU time=11.9710 s, Time Ratio=76.7689 +Physical time=920.0000 s, CPU time=11.9770 s, Time Ratio=76.8139 +Physical time=921.0000 s, CPU time=11.9840 s, Time Ratio=76.8525 +Physical time=922.0000 s, CPU time=11.9910 s, Time Ratio=76.8910 +Physical time=923.0000 s, CPU time=11.9970 s, Time Ratio=76.9359 +Physical time=924.0000 s, CPU time=12.0020 s, Time Ratio=76.9872 +Physical time=925.0000 s, CPU time=12.0070 s, Time Ratio=77.0384 +Physical time=926.0000 s, CPU time=12.0130 s, Time Ratio=77.0832 +Physical time=927.0000 s, CPU time=12.0180 s, Time Ratio=77.1343 +Physical time=928.0000 s, CPU time=12.0240 s, Time Ratio=77.1790 +Physical time=929.0000 s, CPU time=12.0300 s, Time Ratio=77.2236 +Physical time=930.0000 s, CPU time=12.0370 s, Time Ratio=77.2618 +Physical time=931.0000 s, CPU time=12.0440 s, Time Ratio=77.2999 +Physical time=932.0000 s, CPU time=12.0520 s, Time Ratio=77.3316 +Physical time=933.0000 s, CPU time=12.0630 s, Time Ratio=77.3439 +Physical time=934.0000 s, CPU time=12.0720 s, Time Ratio=77.3691 +Physical time=935.0000 s, CPU time=12.0790 s, Time Ratio=77.4071 +Physical time=936.0000 s, CPU time=12.0850 s, Time Ratio=77.4514 +Physical time=937.0000 s, CPU time=12.0900 s, Time Ratio=77.5021 +Physical time=938.0000 s, CPU time=12.0960 s, Time Ratio=77.5463 +Physical time=939.0000 s, CPU time=12.1010 s, Time Ratio=77.5969 +Physical time=940.0000 s, CPU time=12.1060 s, Time Ratio=77.6474 +Physical time=941.0000 s, CPU time=12.1110 s, Time Ratio=77.6980 +Physical time=942.0000 s, CPU time=12.1170 s, Time Ratio=77.7420 +Physical time=943.0000 s, CPU time=12.1220 s, Time Ratio=77.7924 +Physical time=944.0000 s, CPU time=12.1270 s, Time Ratio=77.8428 +Physical time=945.0000 s, CPU time=12.1320 s, Time Ratio=77.8932 +Physical time=946.0000 s, CPU time=12.1370 s, Time Ratio=77.9435 +Physical time=947.0000 s, CPU time=12.1430 s, Time Ratio=77.9873 +Physical time=948.0000 s, CPU time=12.1490 s, Time Ratio=78.0311 +Physical time=949.0000 s, CPU time=12.1540 s, Time Ratio=78.0813 +Physical time=950.0000 s, CPU time=12.1600 s, Time Ratio=78.1250 +Physical time=951.0000 s, CPU time=12.1660 s, Time Ratio=78.1687 +Physical time=952.0000 s, CPU time=12.1710 s, Time Ratio=78.2187 +Physical time=953.0000 s, CPU time=12.1770 s, Time Ratio=78.2623 +Physical time=954.0000 s, CPU time=12.1820 s, Time Ratio=78.3123 +Physical time=955.0000 s, CPU time=12.1870 s, Time Ratio=78.3622 +Physical time=956.0000 s, CPU time=12.1930 s, Time Ratio=78.4056 +Physical time=957.0000 s, CPU time=12.1980 s, Time Ratio=78.4555 +Physical time=958.0000 s, CPU time=12.2030 s, Time Ratio=78.5053 +Physical time=959.0000 s, CPU time=12.2080 s, Time Ratio=78.5550 +Physical time=960.0000 s, CPU time=12.2140 s, Time Ratio=78.5983 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.910018[degC] + North Wall: T=19.910026[degC] + Ceiling: T=19.909531[degC] + Floor: T=19.910654[degC] + West Wall: T=19.910660[degC] + West Wall (glass, unshaded): T=2.570973[degC] + East Wall: T=19.910530[degC] + East Wall (glass, unshaded): T=2.570102[degC] + East Wall (frame): T=8.736924[degC] + West Wall (frame): T=8.737945[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=960.000000[s] + Averaged room temperature 17.152649[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.398644[W] + North Wall: -1.400491[W] + Ceiling: -1.366540[W] + Floor: -1.498900[W] + West Wall: -0.737078[W] + West Wall (glass, unshaded): 3.011244[W] + East Wall: -0.738095[W] + East Wall (glass, unshaded): 3.014785[W] + East Wall (frame): 0.434266[W] + West Wall (frame): 0.434874[W] + Sensor Information: + Occupied zone air temperature: 290.302649 + Velocity: 0.048871 +ffd_solver(): Synchronized data at t=960.000000[s] + +Physical time=961.0000 s, CPU time=12.3200 s, Time Ratio=78.0032 +Physical time=962.0000 s, CPU time=12.3250 s, Time Ratio=78.0527 +Physical time=963.0000 s, CPU time=12.3390 s, Time Ratio=78.0452 +Physical time=964.0000 s, CPU time=12.3460 s, Time Ratio=78.0820 +Physical time=965.0000 s, CPU time=12.3530 s, Time Ratio=78.1187 +Physical time=966.0000 s, CPU time=12.3610 s, Time Ratio=78.1490 +Physical time=967.0000 s, CPU time=12.3680 s, Time Ratio=78.1856 +Physical time=968.0000 s, CPU time=12.3770 s, Time Ratio=78.2096 +Physical time=969.0000 s, CPU time=12.3870 s, Time Ratio=78.2272 +Physical time=970.0000 s, CPU time=12.3980 s, Time Ratio=78.2384 +Physical time=971.0000 s, CPU time=12.4070 s, Time Ratio=78.2623 +Physical time=972.0000 s, CPU time=12.4210 s, Time Ratio=78.2546 +Physical time=973.0000 s, CPU time=12.4340 s, Time Ratio=78.2532 +Physical time=974.0000 s, CPU time=12.4500 s, Time Ratio=78.2329 +Physical time=975.0000 s, CPU time=12.4590 s, Time Ratio=78.2567 +Physical time=976.0000 s, CPU time=12.4670 s, Time Ratio=78.2867 +Physical time=977.0000 s, CPU time=12.4770 s, Time Ratio=78.3041 +Physical time=978.0000 s, CPU time=12.4870 s, Time Ratio=78.3215 +Physical time=979.0000 s, CPU time=12.4960 s, Time Ratio=78.3451 +Physical time=980.0000 s, CPU time=12.5040 s, Time Ratio=78.3749 +Physical time=981.0000 s, CPU time=12.5110 s, Time Ratio=78.4110 +Physical time=982.0000 s, CPU time=12.5170 s, Time Ratio=78.4533 +Physical time=983.0000 s, CPU time=12.5230 s, Time Ratio=78.4956 +Physical time=984.0000 s, CPU time=12.5280 s, Time Ratio=78.5441 +Physical time=985.0000 s, CPU time=12.5330 s, Time Ratio=78.5925 +Physical time=986.0000 s, CPU time=12.5380 s, Time Ratio=78.6409 +Physical time=987.0000 s, CPU time=12.5430 s, Time Ratio=78.6893 +Physical time=988.0000 s, CPU time=12.5500 s, Time Ratio=78.7251 +Physical time=989.0000 s, CPU time=12.5580 s, Time Ratio=78.7546 +Physical time=990.0000 s, CPU time=12.5670 s, Time Ratio=78.7778 +Physical time=991.0000 s, CPU time=12.5800 s, Time Ratio=78.7758 +Physical time=992.0000 s, CPU time=12.5930 s, Time Ratio=78.7739 +Physical time=993.0000 s, CPU time=12.6030 s, Time Ratio=78.7908 +Physical time=994.0000 s, CPU time=12.6100 s, Time Ratio=78.8263 +Physical time=995.0000 s, CPU time=12.6160 s, Time Ratio=78.8681 +Physical time=996.0000 s, CPU time=12.6240 s, Time Ratio=78.8973 +Physical time=997.0000 s, CPU time=12.6310 s, Time Ratio=78.9328 +Physical time=998.0000 s, CPU time=12.6390 s, Time Ratio=78.9619 +Physical time=999.0000 s, CPU time=12.6480 s, Time Ratio=78.9848 +Physical time=1000.0000 s, CPU time=12.6550 s, Time Ratio=79.0202 +Physical time=1001.0000 s, CPU time=12.6610 s, Time Ratio=79.0617 +Physical time=1002.0000 s, CPU time=12.6660 s, Time Ratio=79.1094 +Physical time=1003.0000 s, CPU time=12.6710 s, Time Ratio=79.1571 +Physical time=1004.0000 s, CPU time=12.6760 s, Time Ratio=79.2048 +Physical time=1005.0000 s, CPU time=12.6810 s, Time Ratio=79.2524 +Physical time=1006.0000 s, CPU time=12.6860 s, Time Ratio=79.3000 +Physical time=1007.0000 s, CPU time=12.6910 s, Time Ratio=79.3476 +Physical time=1008.0000 s, CPU time=12.6960 s, Time Ratio=79.3951 +Physical time=1009.0000 s, CPU time=12.7000 s, Time Ratio=79.4488 +Physical time=1010.0000 s, CPU time=12.7050 s, Time Ratio=79.4963 +Physical time=1011.0000 s, CPU time=12.7100 s, Time Ratio=79.5437 +Physical time=1012.0000 s, CPU time=12.7150 s, Time Ratio=79.5910 +Physical time=1013.0000 s, CPU time=12.7260 s, Time Ratio=79.6008 +Physical time=1014.0000 s, CPU time=12.7310 s, Time Ratio=79.6481 +Physical time=1015.0000 s, CPU time=12.7360 s, Time Ratio=79.6954 +Physical time=1016.0000 s, CPU time=12.7410 s, Time Ratio=79.7426 +Physical time=1017.0000 s, CPU time=12.7460 s, Time Ratio=79.7897 +Physical time=1018.0000 s, CPU time=12.7510 s, Time Ratio=79.8369 +Physical time=1019.0000 s, CPU time=12.7560 s, Time Ratio=79.8840 +Physical time=1020.0000 s, CPU time=12.7610 s, Time Ratio=79.9310 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.904103[degC] + North Wall: T=19.904115[degC] + Ceiling: T=19.903608[degC] + Floor: T=19.904796[degC] + West Wall: T=19.904784[degC] + West Wall (glass, unshaded): T=2.542676[degC] + East Wall: T=19.904658[degC] + East Wall (glass, unshaded): T=2.541832[degC] + East Wall (frame): T=8.724091[degC] + West Wall (frame): T=8.725065[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=1020.000000[s] + Averaged room temperature 17.196411[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.379860[W] + North Wall: -1.380717[W] + Ceiling: -1.320899[W] + Floor: -1.494948[W] + West Wall: -0.730186[W] + West Wall (glass, unshaded): 3.016087[W] + East Wall: -0.730119[W] + East Wall (glass, unshaded): 3.018412[W] + East Wall (frame): 0.436444[W] + West Wall (frame): 0.435237[W] + Sensor Information: + Occupied zone air temperature: 290.346411 + Velocity: 0.058209 +ffd_solver(): Synchronized data at t=1020.000000[s] + +Physical time=1021.0000 s, CPU time=12.8770 s, Time Ratio=79.2887 +Physical time=1022.0000 s, CPU time=12.8850 s, Time Ratio=79.3170 +Physical time=1023.0000 s, CPU time=12.8940 s, Time Ratio=79.3392 +Physical time=1024.0000 s, CPU time=12.9000 s, Time Ratio=79.3798 +Physical time=1025.0000 s, CPU time=12.9060 s, Time Ratio=79.4204 +Physical time=1026.0000 s, CPU time=12.9110 s, Time Ratio=79.4671 +Physical time=1027.0000 s, CPU time=12.9160 s, Time Ratio=79.5138 +Physical time=1028.0000 s, CPU time=12.9250 s, Time Ratio=79.5358 +Physical time=1029.0000 s, CPU time=12.9330 s, Time Ratio=79.5639 +Physical time=1030.0000 s, CPU time=12.9410 s, Time Ratio=79.5920 +Physical time=1031.0000 s, CPU time=12.9490 s, Time Ratio=79.6200 +Physical time=1032.0000 s, CPU time=12.9550 s, Time Ratio=79.6604 +Physical time=1033.0000 s, CPU time=12.9630 s, Time Ratio=79.6883 +Physical time=1034.0000 s, CPU time=12.9700 s, Time Ratio=79.7224 +Physical time=1035.0000 s, CPU time=12.9750 s, Time Ratio=79.7688 +Physical time=1036.0000 s, CPU time=12.9830 s, Time Ratio=79.7967 +Physical time=1037.0000 s, CPU time=12.9920 s, Time Ratio=79.8183 +Physical time=1038.0000 s, CPU time=13.0000 s, Time Ratio=79.8462 +Physical time=1039.0000 s, CPU time=13.0070 s, Time Ratio=79.8801 +Physical time=1040.0000 s, CPU time=13.0150 s, Time Ratio=79.9078 +Physical time=1041.0000 s, CPU time=13.0210 s, Time Ratio=79.9478 +Physical time=1042.0000 s, CPU time=13.0260 s, Time Ratio=79.9939 +Physical time=1043.0000 s, CPU time=13.0310 s, Time Ratio=80.0399 +Physical time=1044.0000 s, CPU time=13.0360 s, Time Ratio=80.0859 +Physical time=1045.0000 s, CPU time=13.0420 s, Time Ratio=80.1257 +Physical time=1046.0000 s, CPU time=13.0480 s, Time Ratio=80.1655 +Physical time=1047.0000 s, CPU time=13.0540 s, Time Ratio=80.2053 +Physical time=1048.0000 s, CPU time=13.0600 s, Time Ratio=80.2450 +Physical time=1049.0000 s, CPU time=13.0650 s, Time Ratio=80.2909 +Physical time=1050.0000 s, CPU time=13.0700 s, Time Ratio=80.3366 +Physical time=1051.0000 s, CPU time=13.0750 s, Time Ratio=80.3824 +Physical time=1052.0000 s, CPU time=13.0810 s, Time Ratio=80.4220 +Physical time=1053.0000 s, CPU time=13.0860 s, Time Ratio=80.4677 +Physical time=1054.0000 s, CPU time=13.0910 s, Time Ratio=80.5133 +Physical time=1055.0000 s, CPU time=13.0960 s, Time Ratio=80.5589 +Physical time=1056.0000 s, CPU time=13.1010 s, Time Ratio=80.6045 +Physical time=1057.0000 s, CPU time=13.1060 s, Time Ratio=80.6501 +Physical time=1058.0000 s, CPU time=13.1110 s, Time Ratio=80.6956 +Physical time=1059.0000 s, CPU time=13.1170 s, Time Ratio=80.7349 +Physical time=1060.0000 s, CPU time=13.1280 s, Time Ratio=80.7434 +Physical time=1061.0000 s, CPU time=13.1430 s, Time Ratio=80.7274 +Physical time=1062.0000 s, CPU time=13.1510 s, Time Ratio=80.7543 +Physical time=1063.0000 s, CPU time=13.1570 s, Time Ratio=80.7935 +Physical time=1064.0000 s, CPU time=13.1640 s, Time Ratio=80.8265 +Physical time=1065.0000 s, CPU time=13.1690 s, Time Ratio=80.8717 +Physical time=1066.0000 s, CPU time=13.1750 s, Time Ratio=80.9108 +Physical time=1067.0000 s, CPU time=13.1800 s, Time Ratio=80.9560 +Physical time=1068.0000 s, CPU time=13.1850 s, Time Ratio=81.0011 +Physical time=1069.0000 s, CPU time=13.1910 s, Time Ratio=81.0401 +Physical time=1070.0000 s, CPU time=13.1980 s, Time Ratio=81.0729 +Physical time=1071.0000 s, CPU time=13.2040 s, Time Ratio=81.1118 +Physical time=1072.0000 s, CPU time=13.2100 s, Time Ratio=81.1506 +Physical time=1073.0000 s, CPU time=13.2150 s, Time Ratio=81.1956 +Physical time=1074.0000 s, CPU time=13.2210 s, Time Ratio=81.2344 +Physical time=1075.0000 s, CPU time=13.2280 s, Time Ratio=81.2670 +Physical time=1076.0000 s, CPU time=13.2340 s, Time Ratio=81.3057 +Physical time=1077.0000 s, CPU time=13.2410 s, Time Ratio=81.3383 +Physical time=1078.0000 s, CPU time=13.2470 s, Time Ratio=81.3769 +Physical time=1079.0000 s, CPU time=13.2520 s, Time Ratio=81.4217 +Physical time=1080.0000 s, CPU time=13.2570 s, Time Ratio=81.4664 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.898241[degC] + North Wall: T=19.898252[degC] + Ceiling: T=19.897725[degC] + Floor: T=19.898989[degC] + West Wall: T=19.898957[degC] + West Wall (glass, unshaded): T=2.516262[degC] + East Wall: T=19.898836[degC] + East Wall (glass, unshaded): T=2.515424[degC] + East Wall (frame): T=8.711243[degC] + West Wall (frame): T=8.712207[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=1080.000000[s] + Averaged room temperature 17.251770[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.341601[W] + North Wall: -1.346035[W] + Ceiling: -1.313799[W] + Floor: -1.455046[W] + West Wall: -0.713950[W] + West Wall (glass, unshaded): 3.043899[W] + East Wall: -0.715275[W] + East Wall (glass, unshaded): 3.044651[W] + East Wall (frame): 0.439471[W] + West Wall (frame): 0.438950[W] + Sensor Information: + Occupied zone air temperature: 290.401770 + Velocity: 0.032629 +ffd_solver(): Synchronized data at t=1080.000000[s] + +Physical time=1081.0000 s, CPU time=13.3700 s, Time Ratio=80.8527 +Physical time=1082.0000 s, CPU time=13.3770 s, Time Ratio=80.8851 +Physical time=1083.0000 s, CPU time=13.3830 s, Time Ratio=80.9236 +Physical time=1084.0000 s, CPU time=13.3880 s, Time Ratio=80.9680 +Physical time=1085.0000 s, CPU time=13.3970 s, Time Ratio=80.9883 +Physical time=1086.0000 s, CPU time=13.4020 s, Time Ratio=81.0327 +Physical time=1087.0000 s, CPU time=13.4070 s, Time Ratio=81.0770 +Physical time=1088.0000 s, CPU time=13.4140 s, Time Ratio=81.1093 +Physical time=1089.0000 s, CPU time=13.4220 s, Time Ratio=81.1354 +Physical time=1090.0000 s, CPU time=13.4290 s, Time Ratio=81.1676 +Physical time=1091.0000 s, CPU time=13.4370 s, Time Ratio=81.1937 +Physical time=1092.0000 s, CPU time=13.4490 s, Time Ratio=81.1956 +Physical time=1093.0000 s, CPU time=13.4560 s, Time Ratio=81.2277 +Physical time=1094.0000 s, CPU time=13.4660 s, Time Ratio=81.2416 +Physical time=1095.0000 s, CPU time=13.4730 s, Time Ratio=81.2737 +Physical time=1096.0000 s, CPU time=13.4840 s, Time Ratio=81.2815 +Physical time=1097.0000 s, CPU time=13.4940 s, Time Ratio=81.2954 +Physical time=1098.0000 s, CPU time=13.7050 s, Time Ratio=80.1167 +Physical time=1099.0000 s, CPU time=13.7220 s, Time Ratio=80.0904 +Physical time=1100.0000 s, CPU time=13.7310 s, Time Ratio=80.1107 +Physical time=1101.0000 s, CPU time=13.7420 s, Time Ratio=80.1193 +Physical time=1102.0000 s, CPU time=13.7520 s, Time Ratio=80.1338 +Physical time=1103.0000 s, CPU time=13.7580 s, Time Ratio=80.1715 +Physical time=1104.0000 s, CPU time=13.7650 s, Time Ratio=80.2034 +Physical time=1105.0000 s, CPU time=13.7700 s, Time Ratio=80.2469 +Physical time=1106.0000 s, CPU time=13.7750 s, Time Ratio=80.2904 +Physical time=1107.0000 s, CPU time=13.7810 s, Time Ratio=80.3280 +Physical time=1108.0000 s, CPU time=13.7860 s, Time Ratio=80.3714 +Physical time=1109.0000 s, CPU time=13.7910 s, Time Ratio=80.4148 +Physical time=1110.0000 s, CPU time=13.7960 s, Time Ratio=80.4581 +Physical time=1111.0000 s, CPU time=13.8020 s, Time Ratio=80.4956 +Physical time=1112.0000 s, CPU time=13.8070 s, Time Ratio=80.5389 +Physical time=1113.0000 s, CPU time=13.8120 s, Time Ratio=80.5821 +Physical time=1114.0000 s, CPU time=13.8170 s, Time Ratio=80.6253 +Physical time=1115.0000 s, CPU time=13.8220 s, Time Ratio=80.6685 +Physical time=1116.0000 s, CPU time=13.8290 s, Time Ratio=80.7000 +Physical time=1117.0000 s, CPU time=13.8340 s, Time Ratio=80.7431 +Physical time=1118.0000 s, CPU time=13.8410 s, Time Ratio=80.7745 +Physical time=1119.0000 s, CPU time=13.8470 s, Time Ratio=80.8117 +Physical time=1120.0000 s, CPU time=13.8520 s, Time Ratio=80.8548 +Physical time=1121.0000 s, CPU time=13.8590 s, Time Ratio=80.8861 +Physical time=1122.0000 s, CPU time=13.8650 s, Time Ratio=80.9232 +Physical time=1123.0000 s, CPU time=13.8710 s, Time Ratio=80.9603 +Physical time=1124.0000 s, CPU time=13.8780 s, Time Ratio=80.9915 +Physical time=1125.0000 s, CPU time=13.8860 s, Time Ratio=81.0169 +Physical time=1126.0000 s, CPU time=13.8930 s, Time Ratio=81.0480 +Physical time=1127.0000 s, CPU time=13.9000 s, Time Ratio=81.0791 +Physical time=1128.0000 s, CPU time=13.9080 s, Time Ratio=81.1044 +Physical time=1129.0000 s, CPU time=13.9150 s, Time Ratio=81.1355 +Physical time=1130.0000 s, CPU time=13.9200 s, Time Ratio=81.1782 +Physical time=1131.0000 s, CPU time=13.9250 s, Time Ratio=81.2208 +Physical time=1132.0000 s, CPU time=13.9320 s, Time Ratio=81.2518 +Physical time=1133.0000 s, CPU time=13.9420 s, Time Ratio=81.2652 +Physical time=1134.0000 s, CPU time=13.9490 s, Time Ratio=81.2962 +Physical time=1135.0000 s, CPU time=13.9590 s, Time Ratio=81.3095 +Physical time=1136.0000 s, CPU time=13.9650 s, Time Ratio=81.3462 +Physical time=1137.0000 s, CPU time=13.9710 s, Time Ratio=81.3829 +Physical time=1138.0000 s, CPU time=13.9770 s, Time Ratio=81.4195 +Physical time=1139.0000 s, CPU time=13.9830 s, Time Ratio=81.4561 +Physical time=1140.0000 s, CPU time=13.9880 s, Time Ratio=81.4984 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.892428[degC] + North Wall: T=19.892441[degC] + Ceiling: T=19.891894[degC] + Floor: T=19.893235[degC] + West Wall: T=19.893183[degC] + West Wall (glass, unshaded): T=2.491493[degC] + East Wall: T=19.893066[degC] + East Wall (glass, unshaded): T=2.490699[degC] + East Wall (frame): T=8.698429[degC] + West Wall (frame): T=8.699400[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=1140.000000[s] + Averaged room temperature 17.279411[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.328985[W] + North Wall: -1.328848[W] + Ceiling: -1.261406[W] + Floor: -1.416252[W] + West Wall: -0.696729[W] + West Wall (glass, unshaded): 3.050748[W] + East Wall: -0.695286[W] + East Wall (glass, unshaded): 3.054908[W] + East Wall (frame): 0.443522[W] + West Wall (frame): 0.443070[W] + Sensor Information: + Occupied zone air temperature: 290.429411 + Velocity: 0.062620 +ffd_solver(): Synchronized data at t=1140.000000[s] + +Physical time=1141.0000 s, CPU time=14.1130 s, Time Ratio=80.8474 +Physical time=1142.0000 s, CPU time=14.1180 s, Time Ratio=80.8896 +Physical time=1143.0000 s, CPU time=14.1240 s, Time Ratio=80.9261 +Physical time=1144.0000 s, CPU time=14.1290 s, Time Ratio=80.9682 +Physical time=1145.0000 s, CPU time=14.1340 s, Time Ratio=81.0103 +Physical time=1146.0000 s, CPU time=14.1390 s, Time Ratio=81.0524 +Physical time=1147.0000 s, CPU time=14.1440 s, Time Ratio=81.0945 +Physical time=1148.0000 s, CPU time=14.1510 s, Time Ratio=81.1250 +Physical time=1149.0000 s, CPU time=14.1590 s, Time Ratio=81.1498 +Physical time=1150.0000 s, CPU time=14.1640 s, Time Ratio=81.1918 +Physical time=1151.0000 s, CPU time=14.1700 s, Time Ratio=81.2279 +Physical time=1152.0000 s, CPU time=14.1770 s, Time Ratio=81.2584 +Physical time=1153.0000 s, CPU time=14.1840 s, Time Ratio=81.2888 +Physical time=1154.0000 s, CPU time=14.1900 s, Time Ratio=81.3249 +Physical time=1155.0000 s, CPU time=14.1960 s, Time Ratio=81.3609 +Physical time=1156.0000 s, CPU time=14.2020 s, Time Ratio=81.3970 +Physical time=1157.0000 s, CPU time=14.2080 s, Time Ratio=81.4330 +Physical time=1158.0000 s, CPU time=14.2140 s, Time Ratio=81.4690 +Physical time=1159.0000 s, CPU time=14.2200 s, Time Ratio=81.5049 +Physical time=1160.0000 s, CPU time=14.2260 s, Time Ratio=81.5408 +Physical time=1161.0000 s, CPU time=14.2330 s, Time Ratio=81.5710 +Physical time=1162.0000 s, CPU time=14.2390 s, Time Ratio=81.6069 +Physical time=1163.0000 s, CPU time=14.2510 s, Time Ratio=81.6083 +Physical time=1164.0000 s, CPU time=14.2590 s, Time Ratio=81.6327 +Physical time=1165.0000 s, CPU time=14.2660 s, Time Ratio=81.6627 +Physical time=1166.0000 s, CPU time=14.2720 s, Time Ratio=81.6984 +Physical time=1167.0000 s, CPU time=14.2770 s, Time Ratio=81.7399 +Physical time=1168.0000 s, CPU time=14.2880 s, Time Ratio=81.7469 +Physical time=1169.0000 s, CPU time=14.2930 s, Time Ratio=81.7883 +Physical time=1170.0000 s, CPU time=14.2980 s, Time Ratio=81.8296 +Physical time=1171.0000 s, CPU time=14.3050 s, Time Ratio=81.8595 +Physical time=1172.0000 s, CPU time=14.3110 s, Time Ratio=81.8950 +Physical time=1173.0000 s, CPU time=14.3180 s, Time Ratio=81.9248 +Physical time=1174.0000 s, CPU time=14.3290 s, Time Ratio=81.9317 +Physical time=1175.0000 s, CPU time=14.3390 s, Time Ratio=81.9443 +Physical time=1176.0000 s, CPU time=14.3500 s, Time Ratio=81.9512 +Physical time=1177.0000 s, CPU time=14.3590 s, Time Ratio=81.9695 +Physical time=1178.0000 s, CPU time=14.3690 s, Time Ratio=81.9820 +Physical time=1179.0000 s, CPU time=14.3810 s, Time Ratio=81.9832 +Physical time=1180.0000 s, CPU time=14.3940 s, Time Ratio=81.9786 +Physical time=1181.0000 s, CPU time=14.4040 s, Time Ratio=81.9911 +Physical time=1182.0000 s, CPU time=14.4110 s, Time Ratio=82.0207 +Physical time=1183.0000 s, CPU time=14.4200 s, Time Ratio=82.0388 +Physical time=1184.0000 s, CPU time=14.4260 s, Time Ratio=82.0740 +Physical time=1185.0000 s, CPU time=14.4320 s, Time Ratio=82.1092 +Physical time=1186.0000 s, CPU time=14.4370 s, Time Ratio=82.1500 +Physical time=1187.0000 s, CPU time=14.4430 s, Time Ratio=82.1851 +Physical time=1188.0000 s, CPU time=14.4490 s, Time Ratio=82.2202 +Physical time=1189.0000 s, CPU time=14.4540 s, Time Ratio=82.2610 +Physical time=1190.0000 s, CPU time=14.4590 s, Time Ratio=82.3017 +Physical time=1191.0000 s, CPU time=14.4640 s, Time Ratio=82.3424 +Physical time=1192.0000 s, CPU time=14.4740 s, Time Ratio=82.3546 +Physical time=1193.0000 s, CPU time=14.4790 s, Time Ratio=82.3952 +Physical time=1194.0000 s, CPU time=14.4870 s, Time Ratio=82.4187 +Physical time=1195.0000 s, CPU time=14.4930 s, Time Ratio=82.4536 +Physical time=1196.0000 s, CPU time=14.4990 s, Time Ratio=82.4884 +Physical time=1197.0000 s, CPU time=14.5070 s, Time Ratio=82.5119 +Physical time=1198.0000 s, CPU time=14.5130 s, Time Ratio=82.5467 +Physical time=1199.0000 s, CPU time=14.5200 s, Time Ratio=82.5758 +Physical time=1200.0000 s, CPU time=14.5260 s, Time Ratio=82.6105 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.886665[degC] + North Wall: T=19.886679[degC] + Ceiling: T=19.886110[degC] + Floor: T=19.887521[degC] + West Wall: T=19.887454[degC] + West Wall (glass, unshaded): T=2.468203[degC] + East Wall: T=19.887340[degC] + East Wall (glass, unshaded): T=2.467422[degC] + East Wall (frame): T=8.685624[degC] + West Wall (frame): T=8.686592[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=1200.000000[s] + Averaged room temperature 17.302310[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.316287[W] + North Wall: -1.318518[W] + Ceiling: -1.257783[W] + Floor: -1.429443[W] + West Wall: -0.701768[W] + West Wall (glass, unshaded): 3.055799[W] + East Wall: -0.701904[W] + East Wall (glass, unshaded): 3.057980[W] + East Wall (frame): 0.442788[W] + West Wall (frame): 0.442072[W] + Sensor Information: + Occupied zone air temperature: 290.452310 + Velocity: 0.044067 +ffd_solver(): Synchronized data at t=1200.000000[s] + +Physical time=1201.0000 s, CPU time=14.6390 s, Time Ratio=82.0411 +Physical time=1202.0000 s, CPU time=14.6450 s, Time Ratio=82.0758 +Physical time=1203.0000 s, CPU time=14.6510 s, Time Ratio=82.1104 +Physical time=1204.0000 s, CPU time=14.6570 s, Time Ratio=82.1451 +Physical time=1205.0000 s, CPU time=14.6640 s, Time Ratio=82.1740 +Physical time=1206.0000 s, CPU time=14.6690 s, Time Ratio=82.2142 +Physical time=1207.0000 s, CPU time=14.6740 s, Time Ratio=82.2543 +Physical time=1208.0000 s, CPU time=14.6790 s, Time Ratio=82.2944 +Physical time=1209.0000 s, CPU time=14.6850 s, Time Ratio=82.3289 +Physical time=1210.0000 s, CPU time=14.6900 s, Time Ratio=82.3690 +Physical time=1211.0000 s, CPU time=14.6950 s, Time Ratio=82.4090 +Physical time=1212.0000 s, CPU time=14.7000 s, Time Ratio=82.4490 +Physical time=1213.0000 s, CPU time=14.7060 s, Time Ratio=82.4833 +Physical time=1214.0000 s, CPU time=14.7120 s, Time Ratio=82.5177 +Physical time=1215.0000 s, CPU time=14.7180 s, Time Ratio=82.5520 +Physical time=1216.0000 s, CPU time=14.7230 s, Time Ratio=82.5919 +Physical time=1217.0000 s, CPU time=14.7280 s, Time Ratio=82.6317 +Physical time=1218.0000 s, CPU time=14.7340 s, Time Ratio=82.6659 +Physical time=1219.0000 s, CPU time=14.7400 s, Time Ratio=82.7001 +Physical time=1220.0000 s, CPU time=14.7460 s, Time Ratio=82.7343 +Physical time=1221.0000 s, CPU time=14.7520 s, Time Ratio=82.7684 +Physical time=1222.0000 s, CPU time=14.7570 s, Time Ratio=82.8082 +Physical time=1223.0000 s, CPU time=14.7630 s, Time Ratio=82.8422 +Physical time=1224.0000 s, CPU time=14.7690 s, Time Ratio=82.8763 +Physical time=1225.0000 s, CPU time=14.7750 s, Time Ratio=82.9103 +Physical time=1226.0000 s, CPU time=14.7810 s, Time Ratio=82.9443 +Physical time=1227.0000 s, CPU time=14.7870 s, Time Ratio=82.9783 +Physical time=1228.0000 s, CPU time=14.7920 s, Time Ratio=83.0178 +Physical time=1229.0000 s, CPU time=14.7980 s, Time Ratio=83.0518 +Physical time=1230.0000 s, CPU time=14.8030 s, Time Ratio=83.0913 +Physical time=1231.0000 s, CPU time=14.8080 s, Time Ratio=83.1307 +Physical time=1232.0000 s, CPU time=14.8140 s, Time Ratio=83.1646 +Physical time=1233.0000 s, CPU time=14.8190 s, Time Ratio=83.2040 +Physical time=1234.0000 s, CPU time=14.8260 s, Time Ratio=83.2322 +Physical time=1235.0000 s, CPU time=14.8380 s, Time Ratio=83.2322 +Physical time=1236.0000 s, CPU time=14.8500 s, Time Ratio=83.2323 +Physical time=1237.0000 s, CPU time=14.8610 s, Time Ratio=83.2380 +Physical time=1238.0000 s, CPU time=14.8710 s, Time Ratio=83.2493 +Physical time=1239.0000 s, CPU time=14.8790 s, Time Ratio=83.2717 +Physical time=1240.0000 s, CPU time=14.8870 s, Time Ratio=83.2941 +Physical time=1241.0000 s, CPU time=14.8960 s, Time Ratio=83.3110 +Physical time=1242.0000 s, CPU time=14.9030 s, Time Ratio=83.3389 +Physical time=1243.0000 s, CPU time=14.9090 s, Time Ratio=83.3725 +Physical time=1244.0000 s, CPU time=14.9140 s, Time Ratio=83.4116 +Physical time=1245.0000 s, CPU time=14.9240 s, Time Ratio=83.4227 +Physical time=1246.0000 s, CPU time=14.9300 s, Time Ratio=83.4561 +Physical time=1247.0000 s, CPU time=14.9390 s, Time Ratio=83.4728 +Physical time=1248.0000 s, CPU time=14.9460 s, Time Ratio=83.5006 +Physical time=1249.0000 s, CPU time=14.9530 s, Time Ratio=83.5284 +Physical time=1250.0000 s, CPU time=14.9590 s, Time Ratio=83.5617 +Physical time=1251.0000 s, CPU time=14.9700 s, Time Ratio=83.5671 +Physical time=1252.0000 s, CPU time=14.9810 s, Time Ratio=83.5725 +Physical time=1253.0000 s, CPU time=14.9900 s, Time Ratio=83.5891 +Physical time=1254.0000 s, CPU time=14.9960 s, Time Ratio=83.6223 +Physical time=1255.0000 s, CPU time=15.0010 s, Time Ratio=83.6611 +Physical time=1256.0000 s, CPU time=15.0060 s, Time Ratio=83.6999 +Physical time=1257.0000 s, CPU time=15.0130 s, Time Ratio=83.7274 +Physical time=1258.0000 s, CPU time=15.0200 s, Time Ratio=83.7550 +Physical time=1259.0000 s, CPU time=15.0250 s, Time Ratio=83.7937 +Physical time=1260.0000 s, CPU time=15.0310 s, Time Ratio=83.8268 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.880959[degC] + North Wall: T=19.880974[degC] + Ceiling: T=19.880374[degC] + Floor: T=19.881863[degC] + West Wall: T=19.881782[degC] + West Wall (glass, unshaded): T=2.446568[degC] + East Wall: T=19.881669[degC] + East Wall (glass, unshaded): T=2.445780[degC] + East Wall (frame): T=8.672891[degC] + West Wall (frame): T=8.673857[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=1260.000000[s] + Averaged room temperature 17.336189[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.286501[W] + North Wall: -1.288860[W] + Ceiling: -1.257300[W] + Floor: -1.373397[W] + West Wall: -0.684648[W] + West Wall (glass, unshaded): 3.079534[W] + East Wall: -0.680783[W] + East Wall (glass, unshaded): 3.082681[W] + East Wall (frame): 0.447205[W] + West Wall (frame): 0.445320[W] + Sensor Information: + Occupied zone air temperature: 290.486189 + Velocity: 0.048187 +ffd_solver(): Synchronized data at t=1260.000000[s] + +Physical time=1261.0000 s, CPU time=15.1610 s, Time Ratio=83.1739 +Physical time=1262.0000 s, CPU time=15.1660 s, Time Ratio=83.2124 +Physical time=1263.0000 s, CPU time=15.1720 s, Time Ratio=83.2455 +Physical time=1264.0000 s, CPU time=15.1780 s, Time Ratio=83.2784 +Physical time=1265.0000 s, CPU time=15.1850 s, Time Ratio=83.3059 +Physical time=1266.0000 s, CPU time=15.1920 s, Time Ratio=83.3333 +Physical time=1267.0000 s, CPU time=15.1980 s, Time Ratio=83.3662 +Physical time=1268.0000 s, CPU time=15.2030 s, Time Ratio=83.4046 +Physical time=1269.0000 s, CPU time=15.2100 s, Time Ratio=83.4320 +Physical time=1270.0000 s, CPU time=15.2160 s, Time Ratio=83.4648 +Physical time=1271.0000 s, CPU time=15.2210 s, Time Ratio=83.5031 +Physical time=1272.0000 s, CPU time=15.2270 s, Time Ratio=83.5358 +Physical time=1273.0000 s, CPU time=15.2320 s, Time Ratio=83.5741 +Physical time=1274.0000 s, CPU time=15.2400 s, Time Ratio=83.5958 +Physical time=1275.0000 s, CPU time=15.2470 s, Time Ratio=83.6230 +Physical time=1276.0000 s, CPU time=15.2520 s, Time Ratio=83.6612 +Physical time=1277.0000 s, CPU time=15.2570 s, Time Ratio=83.6993 +Physical time=1278.0000 s, CPU time=15.2640 s, Time Ratio=83.7264 +Physical time=1279.0000 s, CPU time=15.2720 s, Time Ratio=83.7480 +Physical time=1280.0000 s, CPU time=15.2800 s, Time Ratio=83.7696 +Physical time=1281.0000 s, CPU time=15.2880 s, Time Ratio=83.7912 +Physical time=1282.0000 s, CPU time=15.2960 s, Time Ratio=83.8128 +Physical time=1283.0000 s, CPU time=15.3030 s, Time Ratio=83.8398 +Physical time=1284.0000 s, CPU time=15.3090 s, Time Ratio=83.8722 +Physical time=1285.0000 s, CPU time=15.3160 s, Time Ratio=83.8992 +Physical time=1286.0000 s, CPU time=15.3250 s, Time Ratio=83.9152 +Physical time=1287.0000 s, CPU time=15.3370 s, Time Ratio=83.9147 +Physical time=1288.0000 s, CPU time=15.3490 s, Time Ratio=83.9143 +Physical time=1289.0000 s, CPU time=15.3580 s, Time Ratio=83.9302 +Physical time=1290.0000 s, CPU time=15.3680 s, Time Ratio=83.9407 +Physical time=1291.0000 s, CPU time=15.3760 s, Time Ratio=83.9620 +Physical time=1292.0000 s, CPU time=15.3890 s, Time Ratio=83.9561 +Physical time=1293.0000 s, CPU time=15.4040 s, Time Ratio=83.9392 +Physical time=1294.0000 s, CPU time=15.4140 s, Time Ratio=83.9497 +Physical time=1295.0000 s, CPU time=15.4260 s, Time Ratio=83.9492 +Physical time=1296.0000 s, CPU time=15.4340 s, Time Ratio=83.9705 +Physical time=1297.0000 s, CPU time=15.4450 s, Time Ratio=83.9754 +Physical time=1298.0000 s, CPU time=15.4540 s, Time Ratio=83.9912 +Physical time=1299.0000 s, CPU time=15.4630 s, Time Ratio=84.0070 +Physical time=1300.0000 s, CPU time=15.4690 s, Time Ratio=84.0390 +Physical time=1301.0000 s, CPU time=15.4740 s, Time Ratio=84.0765 +Physical time=1302.0000 s, CPU time=15.4800 s, Time Ratio=84.1085 +Physical time=1303.0000 s, CPU time=15.4960 s, Time Ratio=84.0862 +Physical time=1304.0000 s, CPU time=15.5020 s, Time Ratio=84.1182 +Physical time=1305.0000 s, CPU time=15.5080 s, Time Ratio=84.1501 +Physical time=1306.0000 s, CPU time=15.5200 s, Time Ratio=84.1495 +Physical time=1307.0000 s, CPU time=15.5260 s, Time Ratio=84.1814 +Physical time=1308.0000 s, CPU time=15.5340 s, Time Ratio=84.2024 +Physical time=1309.0000 s, CPU time=15.5410 s, Time Ratio=84.2288 +Physical time=1310.0000 s, CPU time=15.5460 s, Time Ratio=84.2660 +Physical time=1311.0000 s, CPU time=15.5530 s, Time Ratio=84.2924 +Physical time=1312.0000 s, CPU time=15.5590 s, Time Ratio=84.3242 +Physical time=1313.0000 s, CPU time=15.5670 s, Time Ratio=84.3451 +Physical time=1314.0000 s, CPU time=15.5760 s, Time Ratio=84.3606 +Physical time=1315.0000 s, CPU time=15.5830 s, Time Ratio=84.3868 +Physical time=1316.0000 s, CPU time=15.5890 s, Time Ratio=84.4185 +Physical time=1317.0000 s, CPU time=15.5940 s, Time Ratio=84.4556 +Physical time=1318.0000 s, CPU time=15.5990 s, Time Ratio=84.4926 +Physical time=1319.0000 s, CPU time=15.6040 s, Time Ratio=84.5296 +Physical time=1320.0000 s, CPU time=15.6100 s, Time Ratio=84.5612 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.875303[degC] + North Wall: T=19.875319[degC] + Ceiling: T=19.874700[degC] + Floor: T=19.876254[degC] + West Wall: T=19.876164[degC] + West Wall (glass, unshaded): T=2.426208[degC] + East Wall: T=19.876053[degC] + East Wall (glass, unshaded): T=2.425428[degC] + East Wall (frame): T=8.660225[degC] + West Wall (frame): T=8.661212[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=1320.000000[s] + Averaged room temperature 17.334756[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.296979[W] + North Wall: -1.296373[W] + Ceiling: -1.224029[W] + Floor: -1.378009[W] + West Wall: -0.673868[W] + West Wall (glass, unshaded): 3.075626[W] + East Wall: -0.679046[W] + East Wall (glass, unshaded): 3.074526[W] + East Wall (frame): 0.447426[W] + West Wall (frame): 0.448267[W] + Sensor Information: + Occupied zone air temperature: 290.484756 + Velocity: 0.026283 +ffd_solver(): Synchronized data at t=1320.000000[s] + +Physical time=1321.0000 s, CPU time=15.7200 s, Time Ratio=84.0331 +Physical time=1322.0000 s, CPU time=15.7290 s, Time Ratio=84.0486 +Physical time=1323.0000 s, CPU time=15.7350 s, Time Ratio=84.0801 +Physical time=1324.0000 s, CPU time=15.7420 s, Time Ratio=84.1062 +Physical time=1325.0000 s, CPU time=15.7480 s, Time Ratio=84.1377 +Physical time=1326.0000 s, CPU time=15.7540 s, Time Ratio=84.1691 +Physical time=1327.0000 s, CPU time=15.7590 s, Time Ratio=84.2059 +Physical time=1328.0000 s, CPU time=15.7650 s, Time Ratio=84.2372 +Physical time=1329.0000 s, CPU time=15.7700 s, Time Ratio=84.2739 +Physical time=1330.0000 s, CPU time=15.7750 s, Time Ratio=84.3106 +Physical time=1331.0000 s, CPU time=15.7800 s, Time Ratio=84.3473 +Physical time=1332.0000 s, CPU time=15.7850 s, Time Ratio=84.3839 +Physical time=1333.0000 s, CPU time=15.7900 s, Time Ratio=84.4205 +Physical time=1334.0000 s, CPU time=15.7960 s, Time Ratio=84.4518 +Physical time=1335.0000 s, CPU time=15.8020 s, Time Ratio=84.4830 +Physical time=1336.0000 s, CPU time=15.8080 s, Time Ratio=84.5142 +Physical time=1337.0000 s, CPU time=15.8160 s, Time Ratio=84.5346 +Physical time=1338.0000 s, CPU time=15.8220 s, Time Ratio=84.5658 +Physical time=1339.0000 s, CPU time=15.8280 s, Time Ratio=84.5969 +Physical time=1340.0000 s, CPU time=15.8350 s, Time Ratio=84.6227 +Physical time=1341.0000 s, CPU time=15.8400 s, Time Ratio=84.6591 +Physical time=1342.0000 s, CPU time=15.8460 s, Time Ratio=84.6901 +Physical time=1343.0000 s, CPU time=15.8530 s, Time Ratio=84.7158 +Physical time=1344.0000 s, CPU time=15.8580 s, Time Ratio=84.7522 +Physical time=1345.0000 s, CPU time=15.8640 s, Time Ratio=84.7832 +Physical time=1346.0000 s, CPU time=15.8690 s, Time Ratio=84.8195 +Physical time=1347.0000 s, CPU time=15.8760 s, Time Ratio=84.8450 +Physical time=1348.0000 s, CPU time=15.8820 s, Time Ratio=84.8760 +Physical time=1349.0000 s, CPU time=15.8880 s, Time Ratio=84.9068 +Physical time=1350.0000 s, CPU time=15.8930 s, Time Ratio=84.9431 +Physical time=1351.0000 s, CPU time=15.8990 s, Time Ratio=84.9739 +Physical time=1352.0000 s, CPU time=15.9090 s, Time Ratio=84.9833 +Physical time=1353.0000 s, CPU time=15.9190 s, Time Ratio=84.9928 +Physical time=1354.0000 s, CPU time=15.9250 s, Time Ratio=85.0235 +Physical time=1355.0000 s, CPU time=15.9320 s, Time Ratio=85.0490 +Physical time=1356.0000 s, CPU time=15.9380 s, Time Ratio=85.0797 +Physical time=1357.0000 s, CPU time=15.9430 s, Time Ratio=85.1157 +Physical time=1358.0000 s, CPU time=15.9550 s, Time Ratio=85.1144 +Physical time=1359.0000 s, CPU time=15.9620 s, Time Ratio=85.1397 +Physical time=1360.0000 s, CPU time=15.9680 s, Time Ratio=85.1703 +Physical time=1361.0000 s, CPU time=15.9740 s, Time Ratio=85.2010 +Physical time=1362.0000 s, CPU time=15.9800 s, Time Ratio=85.2315 +Physical time=1363.0000 s, CPU time=15.9850 s, Time Ratio=85.2674 +Physical time=1364.0000 s, CPU time=15.9910 s, Time Ratio=85.2980 +Physical time=1365.0000 s, CPU time=15.9990 s, Time Ratio=85.3178 +Physical time=1366.0000 s, CPU time=16.0040 s, Time Ratio=85.3537 +Physical time=1367.0000 s, CPU time=16.0090 s, Time Ratio=85.3895 +Physical time=1368.0000 s, CPU time=16.0150 s, Time Ratio=85.4199 +Physical time=1369.0000 s, CPU time=16.0200 s, Time Ratio=85.4557 +Physical time=1370.0000 s, CPU time=16.0250 s, Time Ratio=85.4914 +Physical time=1371.0000 s, CPU time=16.0360 s, Time Ratio=85.4951 +Physical time=1372.0000 s, CPU time=16.0450 s, Time Ratio=85.5095 +Physical time=1373.0000 s, CPU time=16.0500 s, Time Ratio=85.5452 +Physical time=1374.0000 s, CPU time=16.0550 s, Time Ratio=85.5808 +Physical time=1375.0000 s, CPU time=16.0610 s, Time Ratio=85.6111 +Physical time=1376.0000 s, CPU time=16.0660 s, Time Ratio=85.6467 +Physical time=1377.0000 s, CPU time=16.0710 s, Time Ratio=85.6823 +Physical time=1378.0000 s, CPU time=16.0790 s, Time Ratio=85.7018 +Physical time=1379.0000 s, CPU time=16.0840 s, Time Ratio=85.7374 +Physical time=1380.0000 s, CPU time=16.0900 s, Time Ratio=85.7676 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.869703[degC] + North Wall: T=19.869719[degC] + Ceiling: T=19.869078[degC] + Floor: T=19.870691[degC] + West Wall: T=19.870590[degC] + West Wall (glass, unshaded): T=2.407146[degC] + East Wall: T=19.870483[degC] + East Wall (glass, unshaded): T=2.406418[degC] + East Wall (frame): T=8.647615[degC] + West Wall (frame): T=8.648599[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=1380.000000[s] + Averaged room temperature 17.349161[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.278487[W] + North Wall: -1.280227[W] + Ceiling: -1.252251[W] + Floor: -1.393603[W] + West Wall: -0.686330[W] + West Wall (glass, unshaded): 3.082620[W] + East Wall: -0.684510[W] + East Wall (glass, unshaded): 3.083246[W] + East Wall (frame): 0.446854[W] + West Wall (frame): 0.446773[W] + Sensor Information: + Occupied zone air temperature: 290.499161 + Velocity: 0.074666 +ffd_solver(): Synchronized data at t=1380.000000[s] + +Physical time=1381.0000 s, CPU time=16.2070 s, Time Ratio=85.2101 +Physical time=1382.0000 s, CPU time=16.2240 s, Time Ratio=85.1824 +Physical time=1383.0000 s, CPU time=16.2300 s, Time Ratio=85.2126 +Physical time=1384.0000 s, CPU time=16.2360 s, Time Ratio=85.2427 +Physical time=1385.0000 s, CPU time=16.2410 s, Time Ratio=85.2780 +Physical time=1386.0000 s, CPU time=16.2460 s, Time Ratio=85.3133 +Physical time=1387.0000 s, CPU time=16.2560 s, Time Ratio=85.3223 +Physical time=1388.0000 s, CPU time=16.2640 s, Time Ratio=85.3419 +Physical time=1389.0000 s, CPU time=16.2710 s, Time Ratio=85.3666 +Physical time=1390.0000 s, CPU time=16.2820 s, Time Ratio=85.3703 +Physical time=1391.0000 s, CPU time=16.2890 s, Time Ratio=85.3951 +Physical time=1392.0000 s, CPU time=16.3000 s, Time Ratio=85.3988 +Physical time=1393.0000 s, CPU time=16.3150 s, Time Ratio=85.3816 +Physical time=1394.0000 s, CPU time=16.3260 s, Time Ratio=85.3853 +Physical time=1395.0000 s, CPU time=16.3370 s, Time Ratio=85.3890 +Physical time=1396.0000 s, CPU time=16.3440 s, Time Ratio=85.4136 +Physical time=1397.0000 s, CPU time=16.3530 s, Time Ratio=85.4278 +Physical time=1398.0000 s, CPU time=16.3620 s, Time Ratio=85.4419 +Physical time=1399.0000 s, CPU time=16.3700 s, Time Ratio=85.4612 +Physical time=1400.0000 s, CPU time=16.3810 s, Time Ratio=85.4649 +Physical time=1401.0000 s, CPU time=16.3920 s, Time Ratio=85.4685 +Physical time=1402.0000 s, CPU time=16.3980 s, Time Ratio=85.4982 +Physical time=1403.0000 s, CPU time=16.4030 s, Time Ratio=85.5331 +Physical time=1404.0000 s, CPU time=16.4080 s, Time Ratio=85.5680 +Physical time=1405.0000 s, CPU time=16.4180 s, Time Ratio=85.5768 +Physical time=1406.0000 s, CPU time=16.4240 s, Time Ratio=85.6064 +Physical time=1407.0000 s, CPU time=16.4290 s, Time Ratio=85.6412 +Physical time=1408.0000 s, CPU time=16.4340 s, Time Ratio=85.6760 +Physical time=1409.0000 s, CPU time=16.4390 s, Time Ratio=85.7108 +Physical time=1410.0000 s, CPU time=16.4450 s, Time Ratio=85.7403 +Physical time=1411.0000 s, CPU time=16.4500 s, Time Ratio=85.7751 +Physical time=1412.0000 s, CPU time=16.4550 s, Time Ratio=85.8098 +Physical time=1413.0000 s, CPU time=16.4660 s, Time Ratio=85.8132 +Physical time=1414.0000 s, CPU time=16.4760 s, Time Ratio=85.8218 +Physical time=1415.0000 s, CPU time=16.4810 s, Time Ratio=85.8564 +Physical time=1416.0000 s, CPU time=16.4870 s, Time Ratio=85.8858 +Physical time=1417.0000 s, CPU time=16.4960 s, Time Ratio=85.8996 +Physical time=1418.0000 s, CPU time=16.5020 s, Time Ratio=85.9290 +Physical time=1419.0000 s, CPU time=16.5110 s, Time Ratio=85.9427 +Physical time=1420.0000 s, CPU time=16.5190 s, Time Ratio=85.9616 +Physical time=1421.0000 s, CPU time=16.5260 s, Time Ratio=85.9857 +Physical time=1422.0000 s, CPU time=16.5310 s, Time Ratio=86.0202 +Physical time=1423.0000 s, CPU time=16.5370 s, Time Ratio=86.0495 +Physical time=1424.0000 s, CPU time=16.5450 s, Time Ratio=86.0683 +Physical time=1425.0000 s, CPU time=16.5550 s, Time Ratio=86.0767 +Physical time=1426.0000 s, CPU time=16.5610 s, Time Ratio=86.1059 +Physical time=1427.0000 s, CPU time=16.5670 s, Time Ratio=86.1351 +Physical time=1428.0000 s, CPU time=16.5740 s, Time Ratio=86.1590 +Physical time=1429.0000 s, CPU time=16.5800 s, Time Ratio=86.1882 +Physical time=1430.0000 s, CPU time=16.5860 s, Time Ratio=86.2173 +Physical time=1431.0000 s, CPU time=16.5920 s, Time Ratio=86.2464 +Physical time=1432.0000 s, CPU time=16.5970 s, Time Ratio=86.2807 +Physical time=1433.0000 s, CPU time=16.6020 s, Time Ratio=86.3149 +Physical time=1434.0000 s, CPU time=16.6100 s, Time Ratio=86.3335 +Physical time=1435.0000 s, CPU time=16.6190 s, Time Ratio=86.3470 +Physical time=1436.0000 s, CPU time=16.6250 s, Time Ratio=86.3759 +Physical time=1437.0000 s, CPU time=16.6300 s, Time Ratio=86.4101 +Physical time=1438.0000 s, CPU time=16.6350 s, Time Ratio=86.4442 +Physical time=1439.0000 s, CPU time=16.6410 s, Time Ratio=86.4732 +Physical time=1440.0000 s, CPU time=16.6470 s, Time Ratio=86.5021 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.864160[degC] + North Wall: T=19.864176[degC] + Ceiling: T=19.863514[degC] + Floor: T=19.865193[degC] + West Wall: T=19.865077[degC] + West Wall (glass, unshaded): T=2.389480[degC] + East Wall: T=19.864975[degC] + East Wall (glass, unshaded): T=2.388832[degC] + East Wall (frame): T=8.635140[degC] + West Wall (frame): T=8.636093[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=1440.000000[s] + Averaged room temperature 17.365624[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.263509[W] + North Wall: -1.268535[W] + Ceiling: -1.223751[W] + Floor: -1.349474[W] + West Wall: -0.670941[W] + West Wall (glass, unshaded): 3.099253[W] + East Wall: -0.668061[W] + East Wall (glass, unshaded): 3.099207[W] + East Wall (frame): 0.450870[W] + West Wall (frame): 0.449759[W] + Sensor Information: + Occupied zone air temperature: 290.515624 + Velocity: 0.042036 +ffd_solver(): Synchronized data at t=1440.000000[s] + +Physical time=1441.0000 s, CPU time=16.7510 s, Time Ratio=86.0247 +Physical time=1442.0000 s, CPU time=16.7570 s, Time Ratio=86.0536 +Physical time=1443.0000 s, CPU time=16.7630 s, Time Ratio=86.0824 +Physical time=1444.0000 s, CPU time=16.7690 s, Time Ratio=86.1113 +Physical time=1445.0000 s, CPU time=16.7750 s, Time Ratio=86.1401 +Physical time=1446.0000 s, CPU time=16.7810 s, Time Ratio=86.1689 +Physical time=1447.0000 s, CPU time=16.7870 s, Time Ratio=86.1977 +Physical time=1448.0000 s, CPU time=16.7960 s, Time Ratio=86.2110 +Physical time=1449.0000 s, CPU time=16.8030 s, Time Ratio=86.2346 +Physical time=1450.0000 s, CPU time=16.8100 s, Time Ratio=86.2582 +Physical time=1451.0000 s, CPU time=16.8210 s, Time Ratio=86.2612 +Physical time=1452.0000 s, CPU time=16.8320 s, Time Ratio=86.2643 +Physical time=1453.0000 s, CPU time=16.8430 s, Time Ratio=86.2673 +Physical time=1454.0000 s, CPU time=16.8540 s, Time Ratio=86.2703 +Physical time=1455.0000 s, CPU time=16.8690 s, Time Ratio=86.2529 +Physical time=1456.0000 s, CPU time=16.8790 s, Time Ratio=86.2610 +Physical time=1457.0000 s, CPU time=16.8880 s, Time Ratio=86.2743 +Physical time=1458.0000 s, CPU time=16.9010 s, Time Ratio=86.2671 +Physical time=1459.0000 s, CPU time=16.9140 s, Time Ratio=86.2599 +Physical time=1460.0000 s, CPU time=16.9300 s, Time Ratio=86.2374 +Physical time=1461.0000 s, CPU time=16.9420 s, Time Ratio=86.2354 +Physical time=1462.0000 s, CPU time=16.9530 s, Time Ratio=86.2384 +Physical time=1463.0000 s, CPU time=16.9630 s, Time Ratio=86.2465 +Physical time=1464.0000 s, CPU time=16.9720 s, Time Ratio=86.2597 +Physical time=1465.0000 s, CPU time=16.9800 s, Time Ratio=86.2780 +Physical time=1466.0000 s, CPU time=16.9880 s, Time Ratio=86.2962 +Physical time=1467.0000 s, CPU time=16.9960 s, Time Ratio=86.3144 +Physical time=1468.0000 s, CPU time=17.0040 s, Time Ratio=86.3326 +Physical time=1469.0000 s, CPU time=17.0130 s, Time Ratio=86.3457 +Physical time=1470.0000 s, CPU time=17.0210 s, Time Ratio=86.3639 +Physical time=1471.0000 s, CPU time=17.0280 s, Time Ratio=86.3871 +Physical time=1472.0000 s, CPU time=17.0340 s, Time Ratio=86.4154 +Physical time=1473.0000 s, CPU time=17.0400 s, Time Ratio=86.4437 +Physical time=1474.0000 s, CPU time=17.0450 s, Time Ratio=86.4770 +Physical time=1475.0000 s, CPU time=17.0500 s, Time Ratio=86.5103 +Physical time=1476.0000 s, CPU time=17.0560 s, Time Ratio=86.5385 +Physical time=1477.0000 s, CPU time=17.0610 s, Time Ratio=86.5717 +Physical time=1478.0000 s, CPU time=17.0660 s, Time Ratio=86.6049 +Physical time=1479.0000 s, CPU time=17.0710 s, Time Ratio=86.6382 +Physical time=1480.0000 s, CPU time=17.0760 s, Time Ratio=86.6714 +Physical time=1481.0000 s, CPU time=17.0800 s, Time Ratio=86.7096 +Physical time=1482.0000 s, CPU time=17.0860 s, Time Ratio=86.7377 +Physical time=1483.0000 s, CPU time=17.0910 s, Time Ratio=86.7708 +Physical time=1484.0000 s, CPU time=17.0950 s, Time Ratio=86.8090 +Physical time=1485.0000 s, CPU time=17.1000 s, Time Ratio=86.8421 +Physical time=1486.0000 s, CPU time=17.1050 s, Time Ratio=86.8752 +Physical time=1487.0000 s, CPU time=17.1100 s, Time Ratio=86.9082 +Physical time=1488.0000 s, CPU time=17.1150 s, Time Ratio=86.9413 +Physical time=1489.0000 s, CPU time=17.1200 s, Time Ratio=86.9743 +Physical time=1490.0000 s, CPU time=17.1250 s, Time Ratio=87.0073 +Physical time=1491.0000 s, CPU time=17.1300 s, Time Ratio=87.0403 +Physical time=1492.0000 s, CPU time=17.1340 s, Time Ratio=87.0783 +Physical time=1493.0000 s, CPU time=17.1390 s, Time Ratio=87.1113 +Physical time=1494.0000 s, CPU time=17.1440 s, Time Ratio=87.1442 +Physical time=1495.0000 s, CPU time=17.1490 s, Time Ratio=87.1771 +Physical time=1496.0000 s, CPU time=17.1540 s, Time Ratio=87.2100 +Physical time=1497.0000 s, CPU time=17.1590 s, Time Ratio=87.2428 +Physical time=1498.0000 s, CPU time=17.1640 s, Time Ratio=87.2757 +Physical time=1499.0000 s, CPU time=17.1690 s, Time Ratio=87.3085 +Physical time=1500.0000 s, CPU time=17.1800 s, Time Ratio=87.3108 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.858665[degC] + North Wall: T=19.858683[degC] + Ceiling: T=19.858009[degC] + Floor: T=19.859744[degC] + West Wall: T=19.859620[degC] + West Wall (glass, unshaded): T=2.372820[degC] + East Wall: T=19.859518[degC] + East Wall (glass, unshaded): T=2.372230[degC] + East Wall (frame): T=8.622743[degC] + West Wall (frame): T=8.623696[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=1500.000000[s] + Averaged room temperature 17.360371[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.270989[W] + North Wall: -1.275077[W] + Ceiling: -1.204691[W] + Floor: -1.368769[W] + West Wall: -0.669317[W] + West Wall (glass, unshaded): 3.088443[W] + East Wall: -0.670763[W] + East Wall (glass, unshaded): 3.090182[W] + East Wall (frame): 0.449916[W] + West Wall (frame): 0.450486[W] + Sensor Information: + Occupied zone air temperature: 290.510371 + Velocity: 0.045085 +ffd_solver(): Synchronized data at t=1500.000000[s] + +Physical time=1501.0000 s, CPU time=17.3240 s, Time Ratio=86.6428 +Physical time=1502.0000 s, CPU time=17.3310 s, Time Ratio=86.6655 +Physical time=1503.0000 s, CPU time=17.3360 s, Time Ratio=86.6982 +Physical time=1504.0000 s, CPU time=17.3420 s, Time Ratio=86.7259 +Physical time=1505.0000 s, CPU time=17.3490 s, Time Ratio=86.7485 +Physical time=1506.0000 s, CPU time=17.3550 s, Time Ratio=86.7761 +Physical time=1507.0000 s, CPU time=17.3600 s, Time Ratio=86.8088 +Physical time=1508.0000 s, CPU time=17.3650 s, Time Ratio=86.8413 +Physical time=1509.0000 s, CPU time=17.3700 s, Time Ratio=86.8739 +Physical time=1510.0000 s, CPU time=17.3750 s, Time Ratio=86.9065 +Physical time=1511.0000 s, CPU time=17.3810 s, Time Ratio=86.9340 +Physical time=1512.0000 s, CPU time=17.3870 s, Time Ratio=86.9615 +Physical time=1513.0000 s, CPU time=17.3920 s, Time Ratio=86.9940 +Physical time=1514.0000 s, CPU time=17.4030 s, Time Ratio=86.9965 +Physical time=1515.0000 s, CPU time=17.4090 s, Time Ratio=87.0240 +Physical time=1516.0000 s, CPU time=17.4150 s, Time Ratio=87.0514 +Physical time=1517.0000 s, CPU time=17.4200 s, Time Ratio=87.0838 +Physical time=1518.0000 s, CPU time=17.4250 s, Time Ratio=87.1162 +Physical time=1519.0000 s, CPU time=17.4350 s, Time Ratio=87.1236 +Physical time=1520.0000 s, CPU time=17.4440 s, Time Ratio=87.1360 +Physical time=1521.0000 s, CPU time=17.4500 s, Time Ratio=87.1633 +Physical time=1522.0000 s, CPU time=17.4560 s, Time Ratio=87.1907 +Physical time=1523.0000 s, CPU time=17.4620 s, Time Ratio=87.2180 +Physical time=1524.0000 s, CPU time=17.4690 s, Time Ratio=87.2403 +Physical time=1525.0000 s, CPU time=17.4760 s, Time Ratio=87.2625 +Physical time=1526.0000 s, CPU time=17.4820 s, Time Ratio=87.2898 +Physical time=1527.0000 s, CPU time=17.4940 s, Time Ratio=87.2871 +Physical time=1528.0000 s, CPU time=17.5010 s, Time Ratio=87.3093 +Physical time=1529.0000 s, CPU time=17.5080 s, Time Ratio=87.3315 +Physical time=1530.0000 s, CPU time=17.5150 s, Time Ratio=87.3537 +Physical time=1531.0000 s, CPU time=17.5210 s, Time Ratio=87.3809 +Physical time=1532.0000 s, CPU time=17.5310 s, Time Ratio=87.3881 +Physical time=1533.0000 s, CPU time=17.5420 s, Time Ratio=87.3903 +Physical time=1534.0000 s, CPU time=17.5480 s, Time Ratio=87.4174 +Physical time=1535.0000 s, CPU time=17.5570 s, Time Ratio=87.4295 +Physical time=1536.0000 s, CPU time=17.5650 s, Time Ratio=87.4466 +Physical time=1537.0000 s, CPU time=17.5730 s, Time Ratio=87.4637 +Physical time=1538.0000 s, CPU time=17.5830 s, Time Ratio=87.4709 +Physical time=1539.0000 s, CPU time=17.5910 s, Time Ratio=87.4879 +Physical time=1540.0000 s, CPU time=17.5990 s, Time Ratio=87.5050 +Physical time=1541.0000 s, CPU time=17.6050 s, Time Ratio=87.5320 +Physical time=1542.0000 s, CPU time=17.6100 s, Time Ratio=87.5639 +Physical time=1543.0000 s, CPU time=17.6160 s, Time Ratio=87.5908 +Physical time=1544.0000 s, CPU time=17.6210 s, Time Ratio=87.6227 +Physical time=1545.0000 s, CPU time=17.6260 s, Time Ratio=87.6546 +Physical time=1546.0000 s, CPU time=17.6320 s, Time Ratio=87.6815 +Physical time=1547.0000 s, CPU time=17.6380 s, Time Ratio=87.7084 +Physical time=1548.0000 s, CPU time=17.6450 s, Time Ratio=87.7302 +Physical time=1549.0000 s, CPU time=17.6520 s, Time Ratio=87.7521 +Physical time=1550.0000 s, CPU time=17.6580 s, Time Ratio=87.7789 +Physical time=1551.0000 s, CPU time=17.6640 s, Time Ratio=87.8057 +Physical time=1552.0000 s, CPU time=17.6710 s, Time Ratio=87.8275 +Physical time=1553.0000 s, CPU time=17.6770 s, Time Ratio=87.8543 +Physical time=1554.0000 s, CPU time=17.6820 s, Time Ratio=87.8860 +Physical time=1555.0000 s, CPU time=17.6880 s, Time Ratio=87.9127 +Physical time=1556.0000 s, CPU time=17.6930 s, Time Ratio=87.9444 +Physical time=1557.0000 s, CPU time=17.6990 s, Time Ratio=87.9711 +Physical time=1558.0000 s, CPU time=17.7040 s, Time Ratio=88.0027 +Physical time=1559.0000 s, CPU time=17.7120 s, Time Ratio=88.0194 +Physical time=1560.0000 s, CPU time=17.7190 s, Time Ratio=88.0411 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.853225[degC] + North Wall: T=19.853246[degC] + Ceiling: T=19.852545[degC] + Floor: T=19.854343[degC] + West Wall: T=19.854209[degC] + West Wall (glass, unshaded): T=2.357325[degC] + East Wall: T=19.854109[degC] + East Wall (glass, unshaded): T=2.356772[degC] + East Wall (frame): T=8.610432[degC] + West Wall (frame): T=8.611375[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=1560.000000[s] + Averaged room temperature 17.369292[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.257160[W] + North Wall: -1.264453[W] + Ceiling: -1.235463[W] + Floor: -1.365738[W] + West Wall: -0.676108[W] + West Wall (glass, unshaded): 3.097779[W] + East Wall: -0.670089[W] + East Wall (glass, unshaded): 3.102032[W] + East Wall (frame): 0.451388[W] + West Wall (frame): 0.448683[W] + Sensor Information: + Occupied zone air temperature: 290.519292 + Velocity: 0.018012 +ffd_solver(): Synchronized data at t=1560.000000[s] + +Physical time=1561.0000 s, CPU time=17.8170 s, Time Ratio=87.6130 +Physical time=1562.0000 s, CPU time=17.8220 s, Time Ratio=87.6445 +Physical time=1563.0000 s, CPU time=17.8280 s, Time Ratio=87.6711 +Physical time=1564.0000 s, CPU time=17.8330 s, Time Ratio=87.7026 +Physical time=1565.0000 s, CPU time=17.8380 s, Time Ratio=87.7341 +Physical time=1566.0000 s, CPU time=17.8430 s, Time Ratio=87.7655 +Physical time=1567.0000 s, CPU time=17.8480 s, Time Ratio=87.7970 +Physical time=1568.0000 s, CPU time=17.8540 s, Time Ratio=87.8235 +Physical time=1569.0000 s, CPU time=17.8590 s, Time Ratio=87.8549 +Physical time=1570.0000 s, CPU time=17.8640 s, Time Ratio=87.8863 +Physical time=1571.0000 s, CPU time=17.8690 s, Time Ratio=87.9176 +Physical time=1572.0000 s, CPU time=17.8740 s, Time Ratio=87.9490 +Physical time=1573.0000 s, CPU time=17.8810 s, Time Ratio=87.9705 +Physical time=1574.0000 s, CPU time=17.8870 s, Time Ratio=87.9969 +Physical time=1575.0000 s, CPU time=17.8920 s, Time Ratio=88.0282 +Physical time=1576.0000 s, CPU time=17.8980 s, Time Ratio=88.0545 +Physical time=1577.0000 s, CPU time=17.9030 s, Time Ratio=88.0858 +Physical time=1578.0000 s, CPU time=17.9080 s, Time Ratio=88.1170 +Physical time=1579.0000 s, CPU time=17.9160 s, Time Ratio=88.1335 +Physical time=1580.0000 s, CPU time=17.9220 s, Time Ratio=88.1598 +Physical time=1581.0000 s, CPU time=17.9280 s, Time Ratio=88.1861 +Physical time=1582.0000 s, CPU time=17.9330 s, Time Ratio=88.2173 +Physical time=1583.0000 s, CPU time=17.9380 s, Time Ratio=88.2484 +Physical time=1584.0000 s, CPU time=17.9440 s, Time Ratio=88.2746 +Physical time=1585.0000 s, CPU time=17.9500 s, Time Ratio=88.3008 +Physical time=1586.0000 s, CPU time=17.9550 s, Time Ratio=88.3319 +Physical time=1587.0000 s, CPU time=17.9620 s, Time Ratio=88.3532 +Physical time=1588.0000 s, CPU time=17.9680 s, Time Ratio=88.3793 +Physical time=1589.0000 s, CPU time=17.9750 s, Time Ratio=88.4006 +Physical time=1590.0000 s, CPU time=17.9800 s, Time Ratio=88.4316 +Physical time=1591.0000 s, CPU time=17.9880 s, Time Ratio=88.4479 +Physical time=1592.0000 s, CPU time=17.9930 s, Time Ratio=88.4789 +Physical time=1593.0000 s, CPU time=17.9980 s, Time Ratio=88.5098 +Physical time=1594.0000 s, CPU time=18.0030 s, Time Ratio=88.5408 +Physical time=1595.0000 s, CPU time=18.0080 s, Time Ratio=88.5717 +Physical time=1596.0000 s, CPU time=18.0180 s, Time Ratio=88.5781 +Physical time=1597.0000 s, CPU time=18.0280 s, Time Ratio=88.5844 +Physical time=1598.0000 s, CPU time=18.0360 s, Time Ratio=88.6006 +Physical time=1599.0000 s, CPU time=18.0440 s, Time Ratio=88.6167 +Physical time=1600.0000 s, CPU time=18.0510 s, Time Ratio=88.6377 +Physical time=1601.0000 s, CPU time=18.0590 s, Time Ratio=88.6539 +Physical time=1602.0000 s, CPU time=18.0680 s, Time Ratio=88.6650 +Physical time=1603.0000 s, CPU time=18.0740 s, Time Ratio=88.6909 +Physical time=1604.0000 s, CPU time=18.0870 s, Time Ratio=88.6825 +Physical time=1605.0000 s, CPU time=18.0940 s, Time Ratio=88.7034 +Physical time=1606.0000 s, CPU time=18.1000 s, Time Ratio=88.7293 +Physical time=1607.0000 s, CPU time=18.1080 s, Time Ratio=88.7453 +Physical time=1608.0000 s, CPU time=18.1140 s, Time Ratio=88.7711 +Physical time=1609.0000 s, CPU time=18.1220 s, Time Ratio=88.7871 +Physical time=1610.0000 s, CPU time=18.1290 s, Time Ratio=88.8080 +Physical time=1611.0000 s, CPU time=18.1360 s, Time Ratio=88.8288 +Physical time=1612.0000 s, CPU time=18.1440 s, Time Ratio=88.8448 +Physical time=1613.0000 s, CPU time=18.1510 s, Time Ratio=88.8656 +Physical time=1614.0000 s, CPU time=18.1590 s, Time Ratio=88.8815 +Physical time=1615.0000 s, CPU time=18.1690 s, Time Ratio=88.8877 +Physical time=1616.0000 s, CPU time=18.1770 s, Time Ratio=88.9036 +Physical time=1617.0000 s, CPU time=18.1860 s, Time Ratio=88.9145 +Physical time=1618.0000 s, CPU time=18.1960 s, Time Ratio=88.9206 +Physical time=1619.0000 s, CPU time=18.2050 s, Time Ratio=88.9316 +Physical time=1620.0000 s, CPU time=18.2130 s, Time Ratio=88.9475 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.847839[degC] + North Wall: T=19.847862[degC] + Ceiling: T=19.847142[degC] + Floor: T=19.849003[degC] + West Wall: T=19.848856[degC] + West Wall (glass, unshaded): T=2.342988[degC] + East Wall: T=19.848757[degC] + East Wall (glass, unshaded): T=2.342409[degC] + East Wall (frame): T=8.598248[degC] + West Wall (frame): T=8.599205[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=1620.000000[s] + Averaged room temperature 17.372649[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.258592[W] + North Wall: -1.252430[W] + Ceiling: -1.202885[W] + Floor: -1.348181[W] + West Wall: -0.658455[W] + West Wall (glass, unshaded): 3.105922[W] + East Wall: -0.669660[W] + East Wall (glass, unshaded): 3.105721[W] + East Wall (frame): 0.451205[W] + West Wall (frame): 0.453719[W] + Sensor Information: + Occupied zone air temperature: 290.522649 + Velocity: 0.011318 +ffd_solver(): Synchronized data at t=1620.000000[s] + +Physical time=1621.0000 s, CPU time=18.3140 s, Time Ratio=88.5115 +Physical time=1622.0000 s, CPU time=18.3210 s, Time Ratio=88.5323 +Physical time=1623.0000 s, CPU time=18.3280 s, Time Ratio=88.5530 +Physical time=1624.0000 s, CPU time=18.3340 s, Time Ratio=88.5786 +Physical time=1625.0000 s, CPU time=18.3390 s, Time Ratio=88.6090 +Physical time=1626.0000 s, CPU time=18.3460 s, Time Ratio=88.6297 +Physical time=1627.0000 s, CPU time=18.3510 s, Time Ratio=88.6600 +Physical time=1628.0000 s, CPU time=18.3570 s, Time Ratio=88.6855 +Physical time=1629.0000 s, CPU time=18.3630 s, Time Ratio=88.7110 +Physical time=1630.0000 s, CPU time=18.3680 s, Time Ratio=88.7413 +Physical time=1631.0000 s, CPU time=18.3750 s, Time Ratio=88.7619 +Physical time=1632.0000 s, CPU time=18.3840 s, Time Ratio=88.7728 +Physical time=1633.0000 s, CPU time=18.3910 s, Time Ratio=88.7934 +Physical time=1634.0000 s, CPU time=18.3990 s, Time Ratio=88.8092 +Physical time=1635.0000 s, CPU time=18.4080 s, Time Ratio=88.8201 +Physical time=1636.0000 s, CPU time=18.4170 s, Time Ratio=88.8310 +Physical time=1637.0000 s, CPU time=18.4240 s, Time Ratio=88.8515 +Physical time=1638.0000 s, CPU time=18.4300 s, Time Ratio=88.8768 +Physical time=1639.0000 s, CPU time=18.4360 s, Time Ratio=88.9021 +Physical time=1640.0000 s, CPU time=18.4410 s, Time Ratio=88.9323 +Physical time=1641.0000 s, CPU time=18.4460 s, Time Ratio=88.9624 +Physical time=1642.0000 s, CPU time=18.4510 s, Time Ratio=88.9925 +Physical time=1643.0000 s, CPU time=18.4570 s, Time Ratio=89.0177 +Physical time=1644.0000 s, CPU time=18.4620 s, Time Ratio=89.0478 +Physical time=1645.0000 s, CPU time=18.4670 s, Time Ratio=89.0778 +Physical time=1646.0000 s, CPU time=18.4720 s, Time Ratio=89.1078 +Physical time=1647.0000 s, CPU time=18.4790 s, Time Ratio=89.1282 +Physical time=1648.0000 s, CPU time=18.4840 s, Time Ratio=89.1582 +Physical time=1649.0000 s, CPU time=18.4890 s, Time Ratio=89.1882 +Physical time=1650.0000 s, CPU time=18.4950 s, Time Ratio=89.2133 +Physical time=1651.0000 s, CPU time=18.5030 s, Time Ratio=89.2288 +Physical time=1652.0000 s, CPU time=18.5100 s, Time Ratio=89.2491 +Physical time=1653.0000 s, CPU time=18.5150 s, Time Ratio=89.2790 +Physical time=1654.0000 s, CPU time=18.5210 s, Time Ratio=89.3040 +Physical time=1655.0000 s, CPU time=18.5260 s, Time Ratio=89.3339 +Physical time=1656.0000 s, CPU time=18.5320 s, Time Ratio=89.3589 +Physical time=1657.0000 s, CPU time=18.5370 s, Time Ratio=89.3888 +Physical time=1658.0000 s, CPU time=18.5440 s, Time Ratio=89.4090 +Physical time=1659.0000 s, CPU time=18.5530 s, Time Ratio=89.4195 +Physical time=1660.0000 s, CPU time=18.5590 s, Time Ratio=89.4445 +Physical time=1661.0000 s, CPU time=18.5670 s, Time Ratio=89.4598 +Physical time=1662.0000 s, CPU time=18.5780 s, Time Ratio=89.4607 +Physical time=1663.0000 s, CPU time=18.5850 s, Time Ratio=89.4808 +Physical time=1664.0000 s, CPU time=18.5910 s, Time Ratio=89.5057 +Physical time=1665.0000 s, CPU time=18.5990 s, Time Ratio=89.5209 +Physical time=1666.0000 s, CPU time=18.6040 s, Time Ratio=89.5506 +Physical time=1667.0000 s, CPU time=18.6110 s, Time Ratio=89.5707 +Physical time=1668.0000 s, CPU time=18.6190 s, Time Ratio=89.5859 +Physical time=1669.0000 s, CPU time=18.6250 s, Time Ratio=89.6107 +Physical time=1670.0000 s, CPU time=18.6320 s, Time Ratio=89.6307 +Physical time=1671.0000 s, CPU time=18.6380 s, Time Ratio=89.6555 +Physical time=1672.0000 s, CPU time=18.6440 s, Time Ratio=89.6803 +Physical time=1673.0000 s, CPU time=18.6510 s, Time Ratio=89.7003 +Physical time=1674.0000 s, CPU time=18.6560 s, Time Ratio=89.7298 +Physical time=1675.0000 s, CPU time=18.6620 s, Time Ratio=89.7546 +Physical time=1676.0000 s, CPU time=18.6670 s, Time Ratio=89.7841 +Physical time=1677.0000 s, CPU time=18.6720 s, Time Ratio=89.8136 +Physical time=1678.0000 s, CPU time=18.6780 s, Time Ratio=89.8383 +Physical time=1679.0000 s, CPU time=18.6840 s, Time Ratio=89.8630 +Physical time=1680.0000 s, CPU time=18.6890 s, Time Ratio=89.8925 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.842502[degC] + North Wall: T=19.842526[degC] + Ceiling: T=19.841792[degC] + Floor: T=19.843710[degC] + West Wall: T=19.843549[degC] + West Wall (glass, unshaded): T=2.329456[degC] + East Wall: T=19.843458[degC] + East Wall (glass, unshaded): T=2.328882[degC] + East Wall (frame): T=8.586180[degC] + West Wall (frame): T=8.587121[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=1680.000000[s] + Averaged room temperature 17.363429[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.259722[W] + North Wall: -1.266847[W] + Ceiling: -1.185181[W] + Floor: -1.367213[W] + West Wall: -0.668054[W] + West Wall (glass, unshaded): 3.103072[W] + East Wall: -0.665462[W] + East Wall (glass, unshaded): 3.105655[W] + East Wall (frame): 0.452058[W] + West Wall (frame): 0.452575[W] + Sensor Information: + Occupied zone air temperature: 290.513429 + Velocity: 0.013901 +ffd_solver(): Synchronized data at t=1680.000000[s] + +Physical time=1681.0000 s, CPU time=18.7910 s, Time Ratio=89.4577 +Physical time=1682.0000 s, CPU time=18.7970 s, Time Ratio=89.4824 +Physical time=1683.0000 s, CPU time=18.8030 s, Time Ratio=89.5070 +Physical time=1684.0000 s, CPU time=18.8080 s, Time Ratio=89.5364 +Physical time=1685.0000 s, CPU time=18.8130 s, Time Ratio=89.5657 +Physical time=1686.0000 s, CPU time=18.8190 s, Time Ratio=89.5903 +Physical time=1687.0000 s, CPU time=18.8250 s, Time Ratio=89.6149 +Physical time=1688.0000 s, CPU time=18.8310 s, Time Ratio=89.6394 +Physical time=1689.0000 s, CPU time=18.8370 s, Time Ratio=89.6640 +Physical time=1690.0000 s, CPU time=18.8420 s, Time Ratio=89.6932 +Physical time=1691.0000 s, CPU time=18.8480 s, Time Ratio=89.7177 +Physical time=1692.0000 s, CPU time=18.8530 s, Time Ratio=89.7470 +Physical time=1693.0000 s, CPU time=18.8580 s, Time Ratio=89.7762 +Physical time=1694.0000 s, CPU time=18.8630 s, Time Ratio=89.8054 +Physical time=1695.0000 s, CPU time=18.8680 s, Time Ratio=89.8346 +Physical time=1696.0000 s, CPU time=18.8730 s, Time Ratio=89.8638 +Physical time=1697.0000 s, CPU time=18.8780 s, Time Ratio=89.8930 +Physical time=1698.0000 s, CPU time=18.8830 s, Time Ratio=89.9222 +Physical time=1699.0000 s, CPU time=18.8880 s, Time Ratio=89.9513 +Physical time=1700.0000 s, CPU time=18.8940 s, Time Ratio=89.9757 +Physical time=1701.0000 s, CPU time=18.8990 s, Time Ratio=90.0048 +Physical time=1702.0000 s, CPU time=18.9030 s, Time Ratio=90.0386 +Physical time=1703.0000 s, CPU time=18.9090 s, Time Ratio=90.0629 +Physical time=1704.0000 s, CPU time=18.9140 s, Time Ratio=90.0920 +Physical time=1705.0000 s, CPU time=18.9190 s, Time Ratio=90.1210 +Physical time=1706.0000 s, CPU time=18.9240 s, Time Ratio=90.1501 +Physical time=1707.0000 s, CPU time=18.9290 s, Time Ratio=90.1791 +Physical time=1708.0000 s, CPU time=18.9390 s, Time Ratio=90.1843 +Physical time=1709.0000 s, CPU time=18.9450 s, Time Ratio=90.2085 +Physical time=1710.0000 s, CPU time=18.9540 s, Time Ratio=90.2184 +Physical time=1711.0000 s, CPU time=18.9620 s, Time Ratio=90.2331 +Physical time=1712.0000 s, CPU time=18.9680 s, Time Ratio=90.2573 +Physical time=1713.0000 s, CPU time=18.9770 s, Time Ratio=90.2672 +Physical time=1714.0000 s, CPU time=18.9830 s, Time Ratio=90.2913 +Physical time=1715.0000 s, CPU time=18.9890 s, Time Ratio=90.3154 +Physical time=1716.0000 s, CPU time=18.9990 s, Time Ratio=90.3205 +Physical time=1717.0000 s, CPU time=19.0050 s, Time Ratio=90.3446 +Physical time=1718.0000 s, CPU time=19.0110 s, Time Ratio=90.3687 +Physical time=1719.0000 s, CPU time=19.0220 s, Time Ratio=90.3690 +Physical time=1720.0000 s, CPU time=19.0300 s, Time Ratio=90.3836 +Physical time=1721.0000 s, CPU time=19.0360 s, Time Ratio=90.4076 +Physical time=1722.0000 s, CPU time=19.0410 s, Time Ratio=90.4364 +Physical time=1723.0000 s, CPU time=19.0500 s, Time Ratio=90.4462 +Physical time=1724.0000 s, CPU time=19.0560 s, Time Ratio=90.4702 +Physical time=1725.0000 s, CPU time=19.0620 s, Time Ratio=90.4942 +Physical time=1726.0000 s, CPU time=19.0730 s, Time Ratio=90.4944 +Physical time=1727.0000 s, CPU time=19.0810 s, Time Ratio=90.5089 +Physical time=1728.0000 s, CPU time=19.0910 s, Time Ratio=90.5139 +Physical time=1729.0000 s, CPU time=19.1000 s, Time Ratio=90.5236 +Physical time=1730.0000 s, CPU time=19.1070 s, Time Ratio=90.5427 +Physical time=1731.0000 s, CPU time=19.1120 s, Time Ratio=90.5714 +Physical time=1732.0000 s, CPU time=19.1180 s, Time Ratio=90.5953 +Physical time=1733.0000 s, CPU time=19.1250 s, Time Ratio=90.6144 +Physical time=1734.0000 s, CPU time=19.1320 s, Time Ratio=90.6335 +Physical time=1735.0000 s, CPU time=19.1440 s, Time Ratio=90.6289 +Physical time=1736.0000 s, CPU time=19.1560 s, Time Ratio=90.6243 +Physical time=1737.0000 s, CPU time=19.1670 s, Time Ratio=90.6245 +Physical time=1738.0000 s, CPU time=19.1770 s, Time Ratio=90.6294 +Physical time=1739.0000 s, CPU time=19.1840 s, Time Ratio=90.6485 +Physical time=1740.0000 s, CPU time=19.1920 s, Time Ratio=90.6628 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.837219[degC] + North Wall: T=19.837242[degC] + Ceiling: T=19.836478[degC] + Floor: T=19.838469[degC] + West Wall: T=19.838290[degC] + West Wall (glass, unshaded): T=2.316832[degC] + East Wall: T=19.838207[degC] + East Wall (glass, unshaded): T=2.316283[degC] + East Wall (frame): T=8.574238[degC] + West Wall (frame): T=8.575115[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=1740.000000[s] + Averaged room temperature 17.374095[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.250085[W] + North Wall: -1.253431[W] + Ceiling: -1.214538[W] + Floor: -1.359810[W] + West Wall: -0.670801[W] + West Wall (glass, unshaded): 3.107203[W] + East Wall: -0.669314[W] + East Wall (glass, unshaded): 3.108095[W] + East Wall (frame): 0.452137[W] + West Wall (frame): 0.450768[W] + Sensor Information: + Occupied zone air temperature: 290.524095 + Velocity: 0.031753 +ffd_solver(): Synchronized data at t=1740.000000[s] + +Physical time=1741.0000 s, CPU time=19.3050 s, Time Ratio=90.1839 +Physical time=1742.0000 s, CPU time=19.3100 s, Time Ratio=90.2123 +Physical time=1743.0000 s, CPU time=19.3170 s, Time Ratio=90.2314 +Physical time=1744.0000 s, CPU time=19.3270 s, Time Ratio=90.2365 +Physical time=1745.0000 s, CPU time=19.3380 s, Time Ratio=90.2368 +Physical time=1746.0000 s, CPU time=19.3430 s, Time Ratio=90.2652 +Physical time=1747.0000 s, CPU time=19.3510 s, Time Ratio=90.2796 +Physical time=1748.0000 s, CPU time=19.3590 s, Time Ratio=90.2939 +Physical time=1749.0000 s, CPU time=19.3650 s, Time Ratio=90.3176 +Physical time=1750.0000 s, CPU time=19.3710 s, Time Ratio=90.3412 +Physical time=1751.0000 s, CPU time=19.3780 s, Time Ratio=90.3602 +Physical time=1752.0000 s, CPU time=19.3850 s, Time Ratio=90.3792 +Physical time=1753.0000 s, CPU time=19.3950 s, Time Ratio=90.3841 +Physical time=1754.0000 s, CPU time=19.4010 s, Time Ratio=90.4077 +Physical time=1755.0000 s, CPU time=19.4110 s, Time Ratio=90.4127 +Physical time=1756.0000 s, CPU time=19.4160 s, Time Ratio=90.4409 +Physical time=1757.0000 s, CPU time=19.4280 s, Time Ratio=90.4365 +Physical time=1758.0000 s, CPU time=19.4390 s, Time Ratio=90.4368 +Physical time=1759.0000 s, CPU time=19.4490 s, Time Ratio=90.4417 +Physical time=1760.0000 s, CPU time=19.4600 s, Time Ratio=90.4419 +Physical time=1761.0000 s, CPU time=19.4660 s, Time Ratio=90.4654 +Physical time=1762.0000 s, CPU time=19.4720 s, Time Ratio=90.4889 +Physical time=1763.0000 s, CPU time=19.4850 s, Time Ratio=90.4799 +Physical time=1764.0000 s, CPU time=19.4910 s, Time Ratio=90.5033 +Physical time=1765.0000 s, CPU time=19.5010 s, Time Ratio=90.5082 +Physical time=1766.0000 s, CPU time=19.5080 s, Time Ratio=90.5270 +Physical time=1767.0000 s, CPU time=19.5140 s, Time Ratio=90.5504 +Physical time=1768.0000 s, CPU time=19.5210 s, Time Ratio=90.5691 +Physical time=1769.0000 s, CPU time=19.5270 s, Time Ratio=90.5925 +Physical time=1770.0000 s, CPU time=19.5330 s, Time Ratio=90.6159 +Physical time=1771.0000 s, CPU time=19.5410 s, Time Ratio=90.6300 +Physical time=1772.0000 s, CPU time=19.5480 s, Time Ratio=90.6487 +Physical time=1773.0000 s, CPU time=19.5560 s, Time Ratio=90.6627 +Physical time=1774.0000 s, CPU time=19.5630 s, Time Ratio=90.6814 +Physical time=1775.0000 s, CPU time=19.5720 s, Time Ratio=90.6908 +Physical time=1776.0000 s, CPU time=19.5790 s, Time Ratio=90.7094 +Physical time=1777.0000 s, CPU time=19.5880 s, Time Ratio=90.7188 +Physical time=1778.0000 s, CPU time=19.5950 s, Time Ratio=90.7374 +Physical time=1779.0000 s, CPU time=19.6030 s, Time Ratio=90.7514 +Physical time=1780.0000 s, CPU time=19.6100 s, Time Ratio=90.7700 +Physical time=1781.0000 s, CPU time=19.6180 s, Time Ratio=90.7840 +Physical time=1782.0000 s, CPU time=19.6250 s, Time Ratio=90.8025 +Physical time=1783.0000 s, CPU time=19.6310 s, Time Ratio=90.8257 +Physical time=1784.0000 s, CPU time=19.6370 s, Time Ratio=90.8489 +Physical time=1785.0000 s, CPU time=19.6440 s, Time Ratio=90.8674 +Physical time=1786.0000 s, CPU time=19.6500 s, Time Ratio=90.8906 +Physical time=1787.0000 s, CPU time=19.6560 s, Time Ratio=90.9137 +Physical time=1788.0000 s, CPU time=19.6610 s, Time Ratio=90.9415 +Physical time=1789.0000 s, CPU time=19.6670 s, Time Ratio=90.9646 +Physical time=1790.0000 s, CPU time=19.6720 s, Time Ratio=90.9923 +Physical time=1791.0000 s, CPU time=19.6770 s, Time Ratio=91.0200 +Physical time=1792.0000 s, CPU time=19.6820 s, Time Ratio=91.0477 +Physical time=1793.0000 s, CPU time=19.6870 s, Time Ratio=91.0753 +Physical time=1794.0000 s, CPU time=19.6930 s, Time Ratio=91.0984 +Physical time=1795.0000 s, CPU time=19.6990 s, Time Ratio=91.1214 +Physical time=1796.0000 s, CPU time=19.7050 s, Time Ratio=91.1444 +Physical time=1797.0000 s, CPU time=19.7120 s, Time Ratio=91.1627 +Physical time=1798.0000 s, CPU time=19.7190 s, Time Ratio=91.1811 +Physical time=1799.0000 s, CPU time=19.7250 s, Time Ratio=91.2041 +Physical time=1800.0000 s, CPU time=19.7320 s, Time Ratio=91.2224 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.831984[degC] + North Wall: T=19.832010[degC] + Ceiling: T=19.831220[degC] + Floor: T=19.833282[degC] + West Wall: T=19.833089[degC] + West Wall (glass, unshaded): T=2.305092[degC] + East Wall: T=19.833007[degC] + East Wall (glass, unshaded): T=2.304552[degC] + East Wall (frame): T=8.562419[degC] + West Wall (frame): T=8.563292[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=1800.000000[s] + Averaged room temperature 17.379742[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.242290[W] + North Wall: -1.242870[W] + Ceiling: -1.193273[W] + Floor: -1.321120[W] + West Wall: -0.656737[W] + West Wall (glass, unshaded): 3.116978[W] + East Wall: -0.652799[W] + East Wall (glass, unshaded): 3.120900[W] + East Wall (frame): 0.455865[W] + West Wall (frame): 0.454923[W] + Sensor Information: + Occupied zone air temperature: 290.529742 + Velocity: 0.051978 +ffd_solver(): Synchronized data at t=1800.000000[s] + +Physical time=1801.0000 s, CPU time=19.8280 s, Time Ratio=90.8311 +Physical time=1802.0000 s, CPU time=19.8330 s, Time Ratio=90.8587 +Physical time=1803.0000 s, CPU time=19.8380 s, Time Ratio=90.8862 +Physical time=1804.0000 s, CPU time=19.8440 s, Time Ratio=90.9091 +Physical time=1805.0000 s, CPU time=19.8560 s, Time Ratio=90.9045 +Physical time=1806.0000 s, CPU time=19.8670 s, Time Ratio=90.9045 +Physical time=1807.0000 s, CPU time=19.8720 s, Time Ratio=90.9320 +Physical time=1808.0000 s, CPU time=19.8810 s, Time Ratio=90.9411 +Physical time=1809.0000 s, CPU time=19.8880 s, Time Ratio=90.9594 +Physical time=1810.0000 s, CPU time=19.8950 s, Time Ratio=90.9776 +Physical time=1811.0000 s, CPU time=19.9010 s, Time Ratio=91.0005 +Physical time=1812.0000 s, CPU time=19.9070 s, Time Ratio=91.0233 +Physical time=1813.0000 s, CPU time=19.9120 s, Time Ratio=91.0506 +Physical time=1814.0000 s, CPU time=19.9180 s, Time Ratio=91.0734 +Physical time=1815.0000 s, CPU time=19.9230 s, Time Ratio=91.1007 +Physical time=1816.0000 s, CPU time=19.9290 s, Time Ratio=91.1235 +Physical time=1817.0000 s, CPU time=19.9370 s, Time Ratio=91.1371 +Physical time=1818.0000 s, CPU time=19.9420 s, Time Ratio=91.1644 +Physical time=1819.0000 s, CPU time=19.9500 s, Time Ratio=91.1779 +Physical time=1820.0000 s, CPU time=19.9580 s, Time Ratio=91.1915 +Physical time=1821.0000 s, CPU time=19.9640 s, Time Ratio=91.2142 +Physical time=1822.0000 s, CPU time=19.9700 s, Time Ratio=91.2369 +Physical time=1823.0000 s, CPU time=19.9790 s, Time Ratio=91.2458 +Physical time=1824.0000 s, CPU time=19.9990 s, Time Ratio=91.2046 +Physical time=1825.0000 s, CPU time=20.0100 s, Time Ratio=91.2044 +Physical time=1826.0000 s, CPU time=20.0190 s, Time Ratio=91.2133 +Physical time=1827.0000 s, CPU time=20.0270 s, Time Ratio=91.2268 +Physical time=1828.0000 s, CPU time=20.0330 s, Time Ratio=91.2494 +Physical time=1829.0000 s, CPU time=20.0390 s, Time Ratio=91.2720 +Physical time=1830.0000 s, CPU time=20.0430 s, Time Ratio=91.3037 +Physical time=1831.0000 s, CPU time=20.0480 s, Time Ratio=91.3308 +Physical time=1832.0000 s, CPU time=20.0530 s, Time Ratio=91.3579 +Physical time=1833.0000 s, CPU time=20.0650 s, Time Ratio=91.3531 +Physical time=1834.0000 s, CPU time=20.0700 s, Time Ratio=91.3802 +Physical time=1835.0000 s, CPU time=20.0760 s, Time Ratio=91.4027 +Physical time=1836.0000 s, CPU time=20.0850 s, Time Ratio=91.4115 +Physical time=1837.0000 s, CPU time=20.0900 s, Time Ratio=91.4385 +Physical time=1838.0000 s, CPU time=20.0950 s, Time Ratio=91.4655 +Physical time=1839.0000 s, CPU time=20.1010 s, Time Ratio=91.4880 +Physical time=1840.0000 s, CPU time=20.1060 s, Time Ratio=91.5150 +Physical time=1841.0000 s, CPU time=20.1110 s, Time Ratio=91.5419 +Physical time=1842.0000 s, CPU time=20.1160 s, Time Ratio=91.5689 +Physical time=1843.0000 s, CPU time=20.1210 s, Time Ratio=91.5958 +Physical time=1844.0000 s, CPU time=20.1320 s, Time Ratio=91.5955 +Physical time=1845.0000 s, CPU time=20.1370 s, Time Ratio=91.6224 +Physical time=1846.0000 s, CPU time=20.1470 s, Time Ratio=91.6265 +Physical time=1847.0000 s, CPU time=20.1580 s, Time Ratio=91.6262 +Physical time=1848.0000 s, CPU time=20.1740 s, Time Ratio=91.6031 +Physical time=1849.0000 s, CPU time=20.1890 s, Time Ratio=91.5845 +Physical time=1850.0000 s, CPU time=20.2060 s, Time Ratio=91.5570 +Physical time=1851.0000 s, CPU time=20.2210 s, Time Ratio=91.5385 +Physical time=1852.0000 s, CPU time=20.2350 s, Time Ratio=91.5246 +Physical time=1853.0000 s, CPU time=20.2470 s, Time Ratio=91.5197 +Physical time=1854.0000 s, CPU time=20.2580 s, Time Ratio=91.5194 +Physical time=1855.0000 s, CPU time=20.2660 s, Time Ratio=91.5326 +Physical time=1856.0000 s, CPU time=20.2740 s, Time Ratio=91.5458 +Physical time=1857.0000 s, CPU time=20.2810 s, Time Ratio=91.5635 +Physical time=1858.0000 s, CPU time=20.2870 s, Time Ratio=91.5857 +Physical time=1859.0000 s, CPU time=20.2920 s, Time Ratio=91.6125 +Physical time=1860.0000 s, CPU time=20.2970 s, Time Ratio=91.6392 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.826793[degC] + North Wall: T=19.826820[degC] + Ceiling: T=19.826014[degC] + Floor: T=19.828130[degC] + West Wall: T=19.827930[degC] + West Wall (glass, unshaded): T=2.293991[degC] + East Wall: T=19.827849[degC] + East Wall (glass, unshaded): T=2.293440[degC] + East Wall (frame): T=8.550680[degC] + West Wall (frame): T=8.551572[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=1860.000000[s] + Averaged room temperature 17.359196[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.257151[W] + North Wall: -1.258167[W] + Ceiling: -1.185965[W] + Floor: -1.361553[W] + West Wall: -0.661234[W] + West Wall (glass, unshaded): 3.108270[W] + East Wall: -0.668272[W] + East Wall (glass, unshaded): 3.109280[W] + East Wall (frame): 0.453418[W] + West Wall (frame): 0.454483[W] + Sensor Information: + Occupied zone air temperature: 290.509196 + Velocity: 0.016735 +ffd_solver(): Synchronized data at t=1860.000000[s] + +Physical time=1861.0000 s, CPU time=20.4640 s, Time Ratio=90.9402 +Physical time=1862.0000 s, CPU time=20.4700 s, Time Ratio=90.9624 +Physical time=1863.0000 s, CPU time=20.4800 s, Time Ratio=90.9668 +Physical time=1864.0000 s, CPU time=20.4910 s, Time Ratio=90.9668 +Physical time=1865.0000 s, CPU time=20.5010 s, Time Ratio=90.9712 +Physical time=1866.0000 s, CPU time=20.5090 s, Time Ratio=90.9844 +Physical time=1867.0000 s, CPU time=20.5160 s, Time Ratio=91.0021 +Physical time=1868.0000 s, CPU time=20.5210 s, Time Ratio=91.0287 +Physical time=1869.0000 s, CPU time=20.5260 s, Time Ratio=91.0552 +Physical time=1870.0000 s, CPU time=20.5310 s, Time Ratio=91.0818 +Physical time=1871.0000 s, CPU time=20.5370 s, Time Ratio=91.1039 +Physical time=1872.0000 s, CPU time=20.5420 s, Time Ratio=91.1304 +Physical time=1873.0000 s, CPU time=20.5490 s, Time Ratio=91.1480 +Physical time=1874.0000 s, CPU time=20.5550 s, Time Ratio=91.1700 +Physical time=1875.0000 s, CPU time=20.5610 s, Time Ratio=91.1921 +Physical time=1876.0000 s, CPU time=20.5690 s, Time Ratio=91.2052 +Physical time=1877.0000 s, CPU time=20.5800 s, Time Ratio=91.2051 +Physical time=1878.0000 s, CPU time=20.5910 s, Time Ratio=91.2049 +Physical time=1879.0000 s, CPU time=20.5970 s, Time Ratio=91.2269 +Physical time=1880.0000 s, CPU time=20.6030 s, Time Ratio=91.2488 +Physical time=1881.0000 s, CPU time=20.6130 s, Time Ratio=91.2531 +Physical time=1882.0000 s, CPU time=20.6210 s, Time Ratio=91.2662 +Physical time=1883.0000 s, CPU time=20.6290 s, Time Ratio=91.2793 +Physical time=1884.0000 s, CPU time=20.6350 s, Time Ratio=91.3012 +Physical time=1885.0000 s, CPU time=20.6430 s, Time Ratio=91.3142 +Physical time=1886.0000 s, CPU time=20.6510 s, Time Ratio=91.3273 +Physical time=1887.0000 s, CPU time=20.6570 s, Time Ratio=91.3492 +Physical time=1888.0000 s, CPU time=20.6650 s, Time Ratio=91.3622 +Physical time=1889.0000 s, CPU time=20.6730 s, Time Ratio=91.3752 +Physical time=1890.0000 s, CPU time=20.6810 s, Time Ratio=91.3882 +Physical time=1891.0000 s, CPU time=20.6880 s, Time Ratio=91.4056 +Physical time=1892.0000 s, CPU time=20.6970 s, Time Ratio=91.4142 +Physical time=1893.0000 s, CPU time=20.7050 s, Time Ratio=91.4272 +Physical time=1894.0000 s, CPU time=20.7130 s, Time Ratio=91.4402 +Physical time=1895.0000 s, CPU time=20.7200 s, Time Ratio=91.4575 +Physical time=1896.0000 s, CPU time=20.7270 s, Time Ratio=91.4749 +Physical time=1897.0000 s, CPU time=20.7330 s, Time Ratio=91.4966 +Physical time=1898.0000 s, CPU time=20.7380 s, Time Ratio=91.5228 +Physical time=1899.0000 s, CPU time=20.7430 s, Time Ratio=91.5490 +Physical time=1900.0000 s, CPU time=20.7490 s, Time Ratio=91.5707 +Physical time=1901.0000 s, CPU time=20.7540 s, Time Ratio=91.5968 +Physical time=1902.0000 s, CPU time=20.7600 s, Time Ratio=91.6185 +Physical time=1903.0000 s, CPU time=20.7650 s, Time Ratio=91.6446 +Physical time=1904.0000 s, CPU time=20.7700 s, Time Ratio=91.6707 +Physical time=1905.0000 s, CPU time=20.7750 s, Time Ratio=91.6968 +Physical time=1906.0000 s, CPU time=20.7810 s, Time Ratio=91.7184 +Physical time=1907.0000 s, CPU time=20.7890 s, Time Ratio=91.7312 +Physical time=1908.0000 s, CPU time=20.7960 s, Time Ratio=91.7484 +Physical time=1909.0000 s, CPU time=20.8010 s, Time Ratio=91.7744 +Physical time=1910.0000 s, CPU time=20.8070 s, Time Ratio=91.7960 +Physical time=1911.0000 s, CPU time=20.8130 s, Time Ratio=91.8176 +Physical time=1912.0000 s, CPU time=20.8180 s, Time Ratio=91.8436 +Physical time=1913.0000 s, CPU time=20.8230 s, Time Ratio=91.8696 +Physical time=1914.0000 s, CPU time=20.8280 s, Time Ratio=91.8955 +Physical time=1915.0000 s, CPU time=20.8330 s, Time Ratio=91.9215 +Physical time=1916.0000 s, CPU time=20.8390 s, Time Ratio=91.9430 +Physical time=1917.0000 s, CPU time=20.8470 s, Time Ratio=91.9557 +Physical time=1918.0000 s, CPU time=20.8530 s, Time Ratio=91.9772 +Physical time=1919.0000 s, CPU time=20.8640 s, Time Ratio=91.9766 +Physical time=1920.0000 s, CPU time=20.8750 s, Time Ratio=91.9760 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.821652[degC] + North Wall: T=19.821680[degC] + Ceiling: T=19.820847[degC] + Floor: T=19.823026[degC] + West Wall: T=19.822813[degC] + West Wall (glass, unshaded): T=2.283661[degC] + East Wall: T=19.822737[degC] + East Wall (glass, unshaded): T=2.283099[degC] + East Wall (frame): T=8.539061[degC] + West Wall (frame): T=8.539934[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=1920.000000[s] + Averaged room temperature 17.363977[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.246641[W] + North Wall: -1.247247[W] + Ceiling: -1.221412[W] + Floor: -1.355274[W] + West Wall: -0.667025[W] + West Wall (glass, unshaded): 3.113597[W] + East Wall: -0.668763[W] + East Wall (glass, unshaded): 3.116066[W] + East Wall (frame): 0.452837[W] + West Wall (frame): 0.453606[W] + Sensor Information: + Occupied zone air temperature: 290.513977 + Velocity: 0.013817 +ffd_solver(): Synchronized data at t=1920.000000[s] + +Physical time=1921.0000 s, CPU time=20.9880 s, Time Ratio=91.5285 +Physical time=1922.0000 s, CPU time=20.9930 s, Time Ratio=91.5543 +Physical time=1923.0000 s, CPU time=20.9980 s, Time Ratio=91.5802 +Physical time=1924.0000 s, CPU time=21.0030 s, Time Ratio=91.6060 +Physical time=1925.0000 s, CPU time=21.0190 s, Time Ratio=91.5838 +Physical time=1926.0000 s, CPU time=21.0260 s, Time Ratio=91.6009 +Physical time=1927.0000 s, CPU time=21.0330 s, Time Ratio=91.6179 +Physical time=1928.0000 s, CPU time=21.0390 s, Time Ratio=91.6393 +Physical time=1929.0000 s, CPU time=21.0520 s, Time Ratio=91.6302 +Physical time=1930.0000 s, CPU time=21.0640 s, Time Ratio=91.6255 +Physical time=1931.0000 s, CPU time=21.0730 s, Time Ratio=91.6338 +Physical time=1932.0000 s, CPU time=21.0780 s, Time Ratio=91.6596 +Physical time=1933.0000 s, CPU time=21.0830 s, Time Ratio=91.6852 +Physical time=1934.0000 s, CPU time=21.0890 s, Time Ratio=91.7066 +Physical time=1935.0000 s, CPU time=21.0940 s, Time Ratio=91.7322 +Physical time=1936.0000 s, CPU time=21.0990 s, Time Ratio=91.7579 +Physical time=1937.0000 s, CPU time=21.1040 s, Time Ratio=91.7835 +Physical time=1938.0000 s, CPU time=21.1090 s, Time Ratio=91.8092 +Physical time=1939.0000 s, CPU time=21.1190 s, Time Ratio=91.8131 +Physical time=1940.0000 s, CPU time=21.1240 s, Time Ratio=91.8387 +Physical time=1941.0000 s, CPU time=21.1300 s, Time Ratio=91.8599 +Physical time=1942.0000 s, CPU time=21.1350 s, Time Ratio=91.8855 +Physical time=1943.0000 s, CPU time=21.1400 s, Time Ratio=91.9111 +Physical time=1944.0000 s, CPU time=21.1490 s, Time Ratio=91.9192 +Physical time=1945.0000 s, CPU time=21.1590 s, Time Ratio=91.9231 +Physical time=1946.0000 s, CPU time=21.1690 s, Time Ratio=91.9269 +Physical time=1947.0000 s, CPU time=21.1780 s, Time Ratio=91.9350 +Physical time=1948.0000 s, CPU time=21.1890 s, Time Ratio=91.9345 +Physical time=1949.0000 s, CPU time=21.1980 s, Time Ratio=91.9426 +Physical time=1950.0000 s, CPU time=21.2110 s, Time Ratio=91.9334 +Physical time=1951.0000 s, CPU time=21.2200 s, Time Ratio=91.9416 +Physical time=1952.0000 s, CPU time=21.2300 s, Time Ratio=91.9454 +Physical time=1953.0000 s, CPU time=21.2400 s, Time Ratio=91.9492 +Physical time=1954.0000 s, CPU time=21.2490 s, Time Ratio=91.9573 +Physical time=1955.0000 s, CPU time=21.2590 s, Time Ratio=91.9611 +Physical time=1956.0000 s, CPU time=21.2700 s, Time Ratio=91.9605 +Physical time=1957.0000 s, CPU time=21.2800 s, Time Ratio=91.9643 +Physical time=1958.0000 s, CPU time=21.2890 s, Time Ratio=91.9724 +Physical time=1959.0000 s, CPU time=21.2960 s, Time Ratio=91.9891 +Physical time=1960.0000 s, CPU time=21.3040 s, Time Ratio=92.0015 +Physical time=1961.0000 s, CPU time=21.3090 s, Time Ratio=92.0268 +Physical time=1962.0000 s, CPU time=21.3180 s, Time Ratio=92.0349 +Physical time=1963.0000 s, CPU time=21.3230 s, Time Ratio=92.0602 +Physical time=1964.0000 s, CPU time=21.3280 s, Time Ratio=92.0855 +Physical time=1965.0000 s, CPU time=21.3340 s, Time Ratio=92.1065 +Physical time=1966.0000 s, CPU time=21.3400 s, Time Ratio=92.1275 +Physical time=1967.0000 s, CPU time=21.3450 s, Time Ratio=92.1527 +Physical time=1968.0000 s, CPU time=21.3520 s, Time Ratio=92.1694 +Physical time=1969.0000 s, CPU time=21.3570 s, Time Ratio=92.1946 +Physical time=1970.0000 s, CPU time=21.3630 s, Time Ratio=92.2155 +Physical time=1971.0000 s, CPU time=21.3700 s, Time Ratio=92.2321 +Physical time=1972.0000 s, CPU time=21.3760 s, Time Ratio=92.2530 +Physical time=1973.0000 s, CPU time=21.3830 s, Time Ratio=92.2696 +Physical time=1974.0000 s, CPU time=21.3910 s, Time Ratio=92.2818 +Physical time=1975.0000 s, CPU time=21.3980 s, Time Ratio=92.2983 +Physical time=1976.0000 s, CPU time=21.4060 s, Time Ratio=92.3106 +Physical time=1977.0000 s, CPU time=21.4140 s, Time Ratio=92.3228 +Physical time=1978.0000 s, CPU time=21.4230 s, Time Ratio=92.3307 +Physical time=1979.0000 s, CPU time=21.4280 s, Time Ratio=92.3558 +Physical time=1980.0000 s, CPU time=21.4400 s, Time Ratio=92.3507 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.816560[degC] + North Wall: T=19.816587[degC] + Ceiling: T=19.815736[degC] + Floor: T=19.817979[degC] + West Wall: T=19.817748[degC] + West Wall (glass, unshaded): T=2.274095[degC] + East Wall: T=19.817682[degC] + East Wall (glass, unshaded): T=2.273543[degC] + East Wall (frame): T=8.527628[degC] + West Wall (frame): T=8.528456[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=1980.000000[s] + Averaged room temperature 17.363558[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.239448[W] + North Wall: -1.246953[W] + Ceiling: -1.188117[W] + Floor: -1.321431[W] + West Wall: -0.658424[W] + West Wall (glass, unshaded): 3.124597[W] + East Wall: -0.650730[W] + East Wall (glass, unshaded): 3.122656[W] + East Wall (frame): 0.457364[W] + West Wall (frame): 0.455225[W] + Sensor Information: + Occupied zone air temperature: 290.513558 + Velocity: 0.041311 +ffd_solver(): Synchronized data at t=1980.000000[s] + +Physical time=1981.0000 s, CPU time=21.5640 s, Time Ratio=91.8661 +Physical time=1982.0000 s, CPU time=21.5750 s, Time Ratio=91.8656 +Physical time=1983.0000 s, CPU time=21.5810 s, Time Ratio=91.8864 +Physical time=1984.0000 s, CPU time=21.5910 s, Time Ratio=91.8901 +Physical time=1985.0000 s, CPU time=21.5970 s, Time Ratio=91.9109 +Physical time=1986.0000 s, CPU time=21.6060 s, Time Ratio=91.9189 +Physical time=1987.0000 s, CPU time=21.6120 s, Time Ratio=91.9397 +Physical time=1988.0000 s, CPU time=21.6180 s, Time Ratio=91.9604 +Physical time=1989.0000 s, CPU time=21.6240 s, Time Ratio=91.9811 +Physical time=1990.0000 s, CPU time=21.6300 s, Time Ratio=92.0018 +Physical time=1991.0000 s, CPU time=21.6360 s, Time Ratio=92.0226 +Physical time=1992.0000 s, CPU time=21.6420 s, Time Ratio=92.0432 +Physical time=1993.0000 s, CPU time=21.6490 s, Time Ratio=92.0597 +Physical time=1994.0000 s, CPU time=21.6550 s, Time Ratio=92.0804 +Physical time=1995.0000 s, CPU time=21.6610 s, Time Ratio=92.1010 +Physical time=1996.0000 s, CPU time=21.6660 s, Time Ratio=92.1259 +Physical time=1997.0000 s, CPU time=21.6710 s, Time Ratio=92.1508 +Physical time=1998.0000 s, CPU time=21.6770 s, Time Ratio=92.1714 +Physical time=1999.0000 s, CPU time=21.6820 s, Time Ratio=92.1963 +Physical time=2000.0000 s, CPU time=21.6880 s, Time Ratio=92.2169 +Physical time=2001.0000 s, CPU time=21.6940 s, Time Ratio=92.2375 +Physical time=2002.0000 s, CPU time=21.7000 s, Time Ratio=92.2581 +Physical time=2003.0000 s, CPU time=21.7060 s, Time Ratio=92.2786 +Physical time=2004.0000 s, CPU time=21.7140 s, Time Ratio=92.2907 +Physical time=2005.0000 s, CPU time=21.7200 s, Time Ratio=92.3112 +Physical time=2006.0000 s, CPU time=21.7260 s, Time Ratio=92.3318 +Physical time=2007.0000 s, CPU time=21.7320 s, Time Ratio=92.3523 +Physical time=2008.0000 s, CPU time=21.7370 s, Time Ratio=92.3771 +Physical time=2009.0000 s, CPU time=21.7430 s, Time Ratio=92.3976 +Physical time=2010.0000 s, CPU time=21.7480 s, Time Ratio=92.4223 +Physical time=2011.0000 s, CPU time=21.7530 s, Time Ratio=92.4470 +Physical time=2012.0000 s, CPU time=21.7580 s, Time Ratio=92.4717 +Physical time=2013.0000 s, CPU time=21.7630 s, Time Ratio=92.4964 +Physical time=2014.0000 s, CPU time=21.7680 s, Time Ratio=92.5211 +Physical time=2015.0000 s, CPU time=21.7740 s, Time Ratio=92.5416 +Physical time=2016.0000 s, CPU time=21.7790 s, Time Ratio=92.5662 +Physical time=2017.0000 s, CPU time=21.7840 s, Time Ratio=92.5909 +Physical time=2018.0000 s, CPU time=21.7890 s, Time Ratio=92.6155 +Physical time=2019.0000 s, CPU time=21.7950 s, Time Ratio=92.6359 +Physical time=2020.0000 s, CPU time=21.8000 s, Time Ratio=92.6606 +Physical time=2021.0000 s, CPU time=21.8060 s, Time Ratio=92.6809 +Physical time=2022.0000 s, CPU time=21.8120 s, Time Ratio=92.7013 +Physical time=2023.0000 s, CPU time=21.8200 s, Time Ratio=92.7131 +Physical time=2024.0000 s, CPU time=21.8260 s, Time Ratio=92.7334 +Physical time=2025.0000 s, CPU time=21.8320 s, Time Ratio=92.7538 +Physical time=2026.0000 s, CPU time=21.8390 s, Time Ratio=92.7698 +Physical time=2027.0000 s, CPU time=21.8490 s, Time Ratio=92.7731 +Physical time=2028.0000 s, CPU time=21.8550 s, Time Ratio=92.7934 +Physical time=2029.0000 s, CPU time=21.8610 s, Time Ratio=92.8137 +Physical time=2030.0000 s, CPU time=21.8660 s, Time Ratio=92.8382 +Physical time=2031.0000 s, CPU time=21.8720 s, Time Ratio=92.8584 +Physical time=2032.0000 s, CPU time=21.8770 s, Time Ratio=92.8829 +Physical time=2033.0000 s, CPU time=21.8870 s, Time Ratio=92.8862 +Physical time=2034.0000 s, CPU time=21.8990 s, Time Ratio=92.8810 +Physical time=2035.0000 s, CPU time=21.9120 s, Time Ratio=92.8715 +Physical time=2036.0000 s, CPU time=21.9210 s, Time Ratio=92.8790 +Physical time=2037.0000 s, CPU time=21.9280 s, Time Ratio=92.8949 +Physical time=2038.0000 s, CPU time=21.9330 s, Time Ratio=92.9193 +Physical time=2039.0000 s, CPU time=21.9380 s, Time Ratio=92.9438 +Physical time=2040.0000 s, CPU time=21.9440 s, Time Ratio=92.9639 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.811507[degC] + North Wall: T=19.811537[degC] + Ceiling: T=19.810671[degC] + Floor: T=19.812964[degC] + West Wall: T=19.812727[degC] + West Wall (glass, unshaded): T=2.264972[degC] + East Wall: T=19.812661[degC] + East Wall (glass, unshaded): T=2.264469[degC] + East Wall (frame): T=8.516275[degC] + West Wall (frame): T=8.517108[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=2040.000000[s] + Averaged room temperature 17.354316[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.254358[W] + North Wall: -1.251561[W] + Ceiling: -1.182638[W] + Floor: -1.350068[W] + West Wall: -0.661662[W] + West Wall (glass, unshaded): 3.112295[W] + East Wall: -0.663157[W] + East Wall (glass, unshaded): 3.112554[W] + East Wall (frame): 0.455280[W] + West Wall (frame): 0.455039[W] + Sensor Information: + Occupied zone air temperature: 290.504316 + Velocity: 0.048612 +ffd_solver(): Synchronized data at t=2040.000000[s] + +Physical time=2041.0000 s, CPU time=22.0460 s, Time Ratio=92.5792 +Physical time=2042.0000 s, CPU time=22.0540 s, Time Ratio=92.5909 +Physical time=2043.0000 s, CPU time=22.0600 s, Time Ratio=92.6111 +Physical time=2044.0000 s, CPU time=22.0700 s, Time Ratio=92.6144 +Physical time=2045.0000 s, CPU time=22.0780 s, Time Ratio=92.6261 +Physical time=2046.0000 s, CPU time=22.0860 s, Time Ratio=92.6379 +Physical time=2047.0000 s, CPU time=22.0920 s, Time Ratio=92.6580 +Physical time=2048.0000 s, CPU time=22.0980 s, Time Ratio=92.6781 +Physical time=2049.0000 s, CPU time=22.1030 s, Time Ratio=92.7023 +Physical time=2050.0000 s, CPU time=22.1080 s, Time Ratio=92.7266 +Physical time=2051.0000 s, CPU time=22.1140 s, Time Ratio=92.7467 +Physical time=2052.0000 s, CPU time=22.1210 s, Time Ratio=92.7625 +Physical time=2053.0000 s, CPU time=22.1280 s, Time Ratio=92.7784 +Physical time=2054.0000 s, CPU time=22.1330 s, Time Ratio=92.8026 +Physical time=2055.0000 s, CPU time=22.1380 s, Time Ratio=92.8268 +Physical time=2056.0000 s, CPU time=22.1450 s, Time Ratio=92.8426 +Physical time=2057.0000 s, CPU time=22.1520 s, Time Ratio=92.8584 +Physical time=2058.0000 s, CPU time=22.1580 s, Time Ratio=92.8784 +Physical time=2059.0000 s, CPU time=22.1640 s, Time Ratio=92.8984 +Physical time=2060.0000 s, CPU time=22.1700 s, Time Ratio=92.9184 +Physical time=2061.0000 s, CPU time=22.1760 s, Time Ratio=92.9383 +Physical time=2062.0000 s, CPU time=22.1820 s, Time Ratio=92.9583 +Physical time=2063.0000 s, CPU time=22.1880 s, Time Ratio=92.9782 +Physical time=2064.0000 s, CPU time=22.1960 s, Time Ratio=92.9897 +Physical time=2065.0000 s, CPU time=22.2030 s, Time Ratio=93.0054 +Physical time=2066.0000 s, CPU time=22.2090 s, Time Ratio=93.0254 +Physical time=2067.0000 s, CPU time=22.2150 s, Time Ratio=93.0452 +Physical time=2068.0000 s, CPU time=22.2230 s, Time Ratio=93.0567 +Physical time=2069.0000 s, CPU time=22.2320 s, Time Ratio=93.0641 +Physical time=2070.0000 s, CPU time=22.2370 s, Time Ratio=93.0881 +Physical time=2071.0000 s, CPU time=22.2440 s, Time Ratio=93.1038 +Physical time=2072.0000 s, CPU time=22.2500 s, Time Ratio=93.1236 +Physical time=2073.0000 s, CPU time=22.2570 s, Time Ratio=93.1392 +Physical time=2074.0000 s, CPU time=22.2620 s, Time Ratio=93.1632 +Physical time=2075.0000 s, CPU time=22.2700 s, Time Ratio=93.1747 +Physical time=2076.0000 s, CPU time=22.2750 s, Time Ratio=93.1987 +Physical time=2077.0000 s, CPU time=22.2810 s, Time Ratio=93.2184 +Physical time=2078.0000 s, CPU time=22.2870 s, Time Ratio=93.2382 +Physical time=2079.0000 s, CPU time=22.2940 s, Time Ratio=93.2538 +Physical time=2080.0000 s, CPU time=22.3010 s, Time Ratio=93.2694 +Physical time=2081.0000 s, CPU time=22.3070 s, Time Ratio=93.2891 +Physical time=2082.0000 s, CPU time=22.3150 s, Time Ratio=93.3005 +Physical time=2083.0000 s, CPU time=22.3220 s, Time Ratio=93.3160 +Physical time=2084.0000 s, CPU time=22.3290 s, Time Ratio=93.3315 +Physical time=2085.0000 s, CPU time=22.3350 s, Time Ratio=93.3512 +Physical time=2086.0000 s, CPU time=22.3460 s, Time Ratio=93.3500 +Physical time=2087.0000 s, CPU time=22.3560 s, Time Ratio=93.3530 +Physical time=2088.0000 s, CPU time=22.3650 s, Time Ratio=93.3602 +Physical time=2089.0000 s, CPU time=22.3750 s, Time Ratio=93.3631 +Physical time=2090.0000 s, CPU time=22.3810 s, Time Ratio=93.3828 +Physical time=2091.0000 s, CPU time=22.3870 s, Time Ratio=93.4024 +Physical time=2092.0000 s, CPU time=22.3970 s, Time Ratio=93.4054 +Physical time=2093.0000 s, CPU time=22.4080 s, Time Ratio=93.4041 +Physical time=2094.0000 s, CPU time=22.4200 s, Time Ratio=93.3988 +Physical time=2095.0000 s, CPU time=22.4270 s, Time Ratio=93.4142 +Physical time=2096.0000 s, CPU time=22.4370 s, Time Ratio=93.4171 +Physical time=2097.0000 s, CPU time=22.4470 s, Time Ratio=93.4201 +Physical time=2098.0000 s, CPU time=22.4570 s, Time Ratio=93.4230 +Physical time=2099.0000 s, CPU time=22.4650 s, Time Ratio=93.4342 +Physical time=2100.0000 s, CPU time=22.4750 s, Time Ratio=93.4372 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.806502[degC] + North Wall: T=19.806532[degC] + Ceiling: T=19.805639[degC] + Floor: T=19.807992[degC] + West Wall: T=19.807747[degC] + West Wall (glass, unshaded): T=2.256503[degC] + East Wall: T=19.807680[degC] + East Wall (glass, unshaded): T=2.256074[degC] + East Wall (frame): T=8.505026[degC] + West Wall (frame): T=8.505879[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=2100.000000[s] + Averaged room temperature 17.357081[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.237507[W] + North Wall: -1.244038[W] + Ceiling: -1.225384[W] + Floor: -1.349363[W] + West Wall: -0.663208[W] + West Wall (glass, unshaded): 3.121206[W] + East Wall: -0.664197[W] + East Wall (glass, unshaded): 3.125258[W] + East Wall (frame): 0.456180[W] + West Wall (frame): 0.455248[W] + Sensor Information: + Occupied zone air temperature: 290.507081 + Velocity: 0.024326 +ffd_solver(): Synchronized data at t=2100.000000[s] + +Physical time=2101.0000 s, CPU time=23.1730 s, Time Ratio=90.6659 +Physical time=2102.0000 s, CPU time=23.1800 s, Time Ratio=90.6816 +Physical time=2103.0000 s, CPU time=23.1870 s, Time Ratio=90.6974 +Physical time=2104.0000 s, CPU time=23.1930 s, Time Ratio=90.7170 +Physical time=2105.0000 s, CPU time=23.1980 s, Time Ratio=90.7406 +Physical time=2106.0000 s, CPU time=23.2050 s, Time Ratio=90.7563 +Physical time=2107.0000 s, CPU time=23.2110 s, Time Ratio=90.7759 +Physical time=2108.0000 s, CPU time=23.2170 s, Time Ratio=90.7955 +Physical time=2109.0000 s, CPU time=23.2230 s, Time Ratio=90.8151 +Physical time=2110.0000 s, CPU time=23.2290 s, Time Ratio=90.8347 +Physical time=2111.0000 s, CPU time=23.2350 s, Time Ratio=90.8543 +Physical time=2112.0000 s, CPU time=23.2410 s, Time Ratio=90.8739 +Physical time=2113.0000 s, CPU time=23.2460 s, Time Ratio=90.8974 +Physical time=2114.0000 s, CPU time=23.2520 s, Time Ratio=90.9169 +Physical time=2115.0000 s, CPU time=23.2580 s, Time Ratio=90.9365 +Physical time=2116.0000 s, CPU time=23.2630 s, Time Ratio=90.9599 +Physical time=2117.0000 s, CPU time=23.2750 s, Time Ratio=90.9560 +Physical time=2118.0000 s, CPU time=23.2800 s, Time Ratio=90.9794 +Physical time=2119.0000 s, CPU time=23.2920 s, Time Ratio=90.9754 +Physical time=2120.0000 s, CPU time=23.3010 s, Time Ratio=90.9832 +Physical time=2121.0000 s, CPU time=23.3150 s, Time Ratio=90.9715 +Physical time=2122.0000 s, CPU time=23.3220 s, Time Ratio=90.9871 +Physical time=2123.0000 s, CPU time=23.3280 s, Time Ratio=91.0065 +Physical time=2124.0000 s, CPU time=23.3340 s, Time Ratio=91.0260 +Physical time=2125.0000 s, CPU time=23.3410 s, Time Ratio=91.0415 +Physical time=2126.0000 s, CPU time=23.3520 s, Time Ratio=91.0415 +Physical time=2127.0000 s, CPU time=23.3590 s, Time Ratio=91.0570 +Physical time=2128.0000 s, CPU time=23.3660 s, Time Ratio=91.0725 +Physical time=2129.0000 s, CPU time=23.3760 s, Time Ratio=91.0763 +Physical time=2130.0000 s, CPU time=23.3880 s, Time Ratio=91.0723 +Physical time=2131.0000 s, CPU time=23.3980 s, Time Ratio=91.0762 +Physical time=2132.0000 s, CPU time=23.4120 s, Time Ratio=91.0644 +Physical time=2133.0000 s, CPU time=23.4230 s, Time Ratio=91.0643 +Physical time=2134.0000 s, CPU time=23.4370 s, Time Ratio=91.0526 +Physical time=2135.0000 s, CPU time=23.4520 s, Time Ratio=91.0370 +Physical time=2136.0000 s, CPU time=23.4670 s, Time Ratio=91.0214 +Physical time=2137.0000 s, CPU time=23.4800 s, Time Ratio=91.0136 +Physical time=2138.0000 s, CPU time=23.4920 s, Time Ratio=91.0097 +Physical time=2139.0000 s, CPU time=23.5030 s, Time Ratio=91.0097 +Physical time=2140.0000 s, CPU time=23.5130 s, Time Ratio=91.0135 +Physical time=2141.0000 s, CPU time=23.5260 s, Time Ratio=91.0057 +Physical time=2142.0000 s, CPU time=23.5360 s, Time Ratio=91.0095 +Physical time=2143.0000 s, CPU time=23.5460 s, Time Ratio=91.0133 +Physical time=2144.0000 s, CPU time=23.5550 s, Time Ratio=91.0210 +Physical time=2145.0000 s, CPU time=23.5690 s, Time Ratio=91.0094 +Physical time=2146.0000 s, CPU time=23.5770 s, Time Ratio=91.0209 +Physical time=2147.0000 s, CPU time=23.5940 s, Time Ratio=90.9977 +Physical time=2148.0000 s, CPU time=23.6050 s, Time Ratio=90.9977 +Physical time=2149.0000 s, CPU time=23.6150 s, Time Ratio=91.0015 +Physical time=2150.0000 s, CPU time=23.6240 s, Time Ratio=91.0091 +Physical time=2151.0000 s, CPU time=23.6330 s, Time Ratio=91.0168 +Physical time=2152.0000 s, CPU time=23.6410 s, Time Ratio=91.0283 +Physical time=2153.0000 s, CPU time=23.6530 s, Time Ratio=91.0244 +Physical time=2154.0000 s, CPU time=23.6650 s, Time Ratio=91.0205 +Physical time=2155.0000 s, CPU time=23.6780 s, Time Ratio=91.0128 +Physical time=2156.0000 s, CPU time=23.6880 s, Time Ratio=91.0165 +Physical time=2157.0000 s, CPU time=23.6960 s, Time Ratio=91.0280 +Physical time=2158.0000 s, CPU time=23.7040 s, Time Ratio=91.0395 +Physical time=2159.0000 s, CPU time=23.7120 s, Time Ratio=91.0509 +Physical time=2160.0000 s, CPU time=23.7170 s, Time Ratio=91.0739 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.801538[degC] + North Wall: T=19.801569[degC] + Ceiling: T=19.800661[degC] + Floor: T=19.803071[degC] + West Wall: T=19.802812[degC] + West Wall (glass, unshaded): T=2.248659[degC] + East Wall: T=19.802751[degC] + East Wall (glass, unshaded): T=2.248214[degC] + East Wall (frame): T=8.493936[degC] + West Wall (frame): T=8.494790[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=2160.000000[s] + Averaged room temperature 17.342967[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.250214[W] + North Wall: -1.247614[W] + Ceiling: -1.181431[W] + Floor: -1.336536[W] + West Wall: -0.655583[W] + West Wall (glass, unshaded): 3.120469[W] + East Wall: -0.658631[W] + East Wall (glass, unshaded): 3.122564[W] + East Wall (frame): 0.456640[W] + West Wall (frame): 0.457163[W] + Sensor Information: + Occupied zone air temperature: 290.492967 + Velocity: 0.060636 +ffd_solver(): Synchronized data at t=2160.000000[s] + +Physical time=2161.0000 s, CPU time=23.8230 s, Time Ratio=90.7107 +Physical time=2162.0000 s, CPU time=23.8280 s, Time Ratio=90.7336 +Physical time=2163.0000 s, CPU time=23.8350 s, Time Ratio=90.7489 +Physical time=2164.0000 s, CPU time=23.8440 s, Time Ratio=90.7566 +Physical time=2165.0000 s, CPU time=23.8600 s, Time Ratio=90.7376 +Physical time=2166.0000 s, CPU time=23.8730 s, Time Ratio=90.7301 +Physical time=2167.0000 s, CPU time=23.8850 s, Time Ratio=90.7264 +Physical time=2168.0000 s, CPU time=23.8960 s, Time Ratio=90.7265 +Physical time=2169.0000 s, CPU time=23.9060 s, Time Ratio=90.7304 +Physical time=2170.0000 s, CPU time=23.9190 s, Time Ratio=90.7229 +Physical time=2171.0000 s, CPU time=23.9270 s, Time Ratio=90.7343 +Physical time=2172.0000 s, CPU time=23.9350 s, Time Ratio=90.7458 +Physical time=2173.0000 s, CPU time=23.9410 s, Time Ratio=90.7648 +Physical time=2174.0000 s, CPU time=23.9480 s, Time Ratio=90.7800 +Physical time=2175.0000 s, CPU time=23.9540 s, Time Ratio=90.7990 +Physical time=2176.0000 s, CPU time=23.9590 s, Time Ratio=90.8218 +Physical time=2177.0000 s, CPU time=23.9690 s, Time Ratio=90.8256 +Physical time=2178.0000 s, CPU time=23.9740 s, Time Ratio=90.8484 +Physical time=2179.0000 s, CPU time=23.9790 s, Time Ratio=90.8712 +Physical time=2180.0000 s, CPU time=23.9970 s, Time Ratio=90.8447 +Physical time=2181.0000 s, CPU time=24.0040 s, Time Ratio=90.8599 +Physical time=2182.0000 s, CPU time=24.0130 s, Time Ratio=90.8674 +Physical time=2183.0000 s, CPU time=24.0240 s, Time Ratio=90.8675 +Physical time=2184.0000 s, CPU time=24.0340 s, Time Ratio=90.8713 +Physical time=2185.0000 s, CPU time=24.0400 s, Time Ratio=90.8902 +Physical time=2186.0000 s, CPU time=24.0460 s, Time Ratio=90.9091 +Physical time=2187.0000 s, CPU time=24.0520 s, Time Ratio=90.9280 +Physical time=2188.0000 s, CPU time=24.0590 s, Time Ratio=90.9431 +Physical time=2189.0000 s, CPU time=24.0660 s, Time Ratio=90.9582 +Physical time=2190.0000 s, CPU time=24.0730 s, Time Ratio=90.9733 +Physical time=2191.0000 s, CPU time=24.0800 s, Time Ratio=90.9884 +Physical time=2192.0000 s, CPU time=24.0880 s, Time Ratio=90.9997 +Physical time=2193.0000 s, CPU time=24.0950 s, Time Ratio=91.0147 +Physical time=2194.0000 s, CPU time=24.1020 s, Time Ratio=91.0298 +Physical time=2195.0000 s, CPU time=24.1100 s, Time Ratio=91.0411 +Physical time=2196.0000 s, CPU time=24.1170 s, Time Ratio=91.0561 +Physical time=2197.0000 s, CPU time=24.1250 s, Time Ratio=91.0674 +Physical time=2198.0000 s, CPU time=24.1360 s, Time Ratio=91.0673 +Physical time=2199.0000 s, CPU time=24.1430 s, Time Ratio=91.0823 +Physical time=2200.0000 s, CPU time=24.1530 s, Time Ratio=91.0860 +Physical time=2201.0000 s, CPU time=24.1600 s, Time Ratio=91.1010 +Physical time=2202.0000 s, CPU time=24.1670 s, Time Ratio=91.1160 +Physical time=2203.0000 s, CPU time=24.1740 s, Time Ratio=91.1310 +Physical time=2204.0000 s, CPU time=24.1840 s, Time Ratio=91.1346 +Physical time=2205.0000 s, CPU time=24.1920 s, Time Ratio=91.1458 +Physical time=2206.0000 s, CPU time=24.2000 s, Time Ratio=91.1570 +Physical time=2207.0000 s, CPU time=24.2130 s, Time Ratio=91.1494 +Physical time=2208.0000 s, CPU time=24.2250 s, Time Ratio=91.1455 +Physical time=2209.0000 s, CPU time=24.2350 s, Time Ratio=91.1492 +Physical time=2210.0000 s, CPU time=24.2470 s, Time Ratio=91.1453 +Physical time=2211.0000 s, CPU time=24.2550 s, Time Ratio=91.1565 +Physical time=2212.0000 s, CPU time=24.2670 s, Time Ratio=91.1526 +Physical time=2213.0000 s, CPU time=24.2790 s, Time Ratio=91.1487 +Physical time=2214.0000 s, CPU time=24.2870 s, Time Ratio=91.1599 +Physical time=2215.0000 s, CPU time=24.2950 s, Time Ratio=91.1710 +Physical time=2216.0000 s, CPU time=24.3070 s, Time Ratio=91.1672 +Physical time=2217.0000 s, CPU time=24.3190 s, Time Ratio=91.1633 +Physical time=2218.0000 s, CPU time=24.3270 s, Time Ratio=91.1744 +Physical time=2219.0000 s, CPU time=24.3330 s, Time Ratio=91.1930 +Physical time=2220.0000 s, CPU time=24.3400 s, Time Ratio=91.2079 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.796615[degC] + North Wall: T=19.796646[degC] + Ceiling: T=19.795724[degC] + Floor: T=19.798188[degC] + West Wall: T=19.797914[degC] + West Wall (glass, unshaded): T=2.241246[degC] + East Wall: T=19.797860[degC] + East Wall (glass, unshaded): T=2.240763[degC] + East Wall (frame): T=8.482968[degC] + West Wall (frame): T=8.483812[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=2220.000000[s] + Averaged room temperature 17.330767[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.250558[W] + North Wall: -1.257528[W] + Ceiling: -1.187568[W] + Floor: -1.367921[W] + West Wall: -0.666697[W] + West Wall (glass, unshaded): 3.112687[W] + East Wall: -0.668997[W] + East Wall (glass, unshaded): 3.114436[W] + East Wall (frame): 0.454911[W] + West Wall (frame): 0.455524[W] + Sensor Information: + Occupied zone air temperature: 290.480767 + Velocity: 0.032439 +ffd_solver(): Synchronized data at t=2220.000000[s] + +Physical time=2221.0000 s, CPU time=24.4950 s, Time Ratio=90.6716 +Physical time=2222.0000 s, CPU time=24.5060 s, Time Ratio=90.6717 +Physical time=2223.0000 s, CPU time=24.5160 s, Time Ratio=90.6755 +Physical time=2224.0000 s, CPU time=24.5250 s, Time Ratio=90.6830 +Physical time=2225.0000 s, CPU time=24.5400 s, Time Ratio=90.6683 +Physical time=2226.0000 s, CPU time=24.5490 s, Time Ratio=90.6758 +Physical time=2227.0000 s, CPU time=24.5560 s, Time Ratio=90.6907 +Physical time=2228.0000 s, CPU time=24.5640 s, Time Ratio=90.7018 +Physical time=2229.0000 s, CPU time=24.5710 s, Time Ratio=90.7167 +Physical time=2230.0000 s, CPU time=24.5770 s, Time Ratio=90.7352 +Physical time=2231.0000 s, CPU time=24.5860 s, Time Ratio=90.7427 +Physical time=2232.0000 s, CPU time=24.5970 s, Time Ratio=90.7428 +Physical time=2233.0000 s, CPU time=24.6030 s, Time Ratio=90.7613 +Physical time=2234.0000 s, CPU time=24.6090 s, Time Ratio=90.7798 +Physical time=2235.0000 s, CPU time=24.6140 s, Time Ratio=90.8020 +Physical time=2236.0000 s, CPU time=24.6190 s, Time Ratio=90.8242 +Physical time=2237.0000 s, CPU time=24.6240 s, Time Ratio=90.8463 +Physical time=2238.0000 s, CPU time=24.6300 s, Time Ratio=90.8648 +Physical time=2239.0000 s, CPU time=24.6350 s, Time Ratio=90.8869 +Physical time=2240.0000 s, CPU time=24.6400 s, Time Ratio=90.9091 +Physical time=2241.0000 s, CPU time=24.6520 s, Time Ratio=90.9054 +Physical time=2242.0000 s, CPU time=24.6580 s, Time Ratio=90.9238 +Physical time=2243.0000 s, CPU time=24.6650 s, Time Ratio=90.9386 +Physical time=2244.0000 s, CPU time=24.6700 s, Time Ratio=90.9607 +Physical time=2245.0000 s, CPU time=24.6750 s, Time Ratio=90.9828 +Physical time=2246.0000 s, CPU time=24.6810 s, Time Ratio=91.0012 +Physical time=2247.0000 s, CPU time=24.6880 s, Time Ratio=91.0159 +Physical time=2248.0000 s, CPU time=24.7080 s, Time Ratio=90.9827 +Physical time=2249.0000 s, CPU time=24.7140 s, Time Ratio=91.0011 +Physical time=2250.0000 s, CPU time=24.7220 s, Time Ratio=91.0121 +Physical time=2251.0000 s, CPU time=24.7270 s, Time Ratio=91.0341 +Physical time=2252.0000 s, CPU time=24.7340 s, Time Ratio=91.0488 +Physical time=2253.0000 s, CPU time=24.7420 s, Time Ratio=91.0597 +Physical time=2254.0000 s, CPU time=24.7500 s, Time Ratio=91.0707 +Physical time=2255.0000 s, CPU time=24.7570 s, Time Ratio=91.0853 +Physical time=2256.0000 s, CPU time=24.7640 s, Time Ratio=91.1000 +Physical time=2257.0000 s, CPU time=24.7710 s, Time Ratio=91.1146 +Physical time=2258.0000 s, CPU time=24.7780 s, Time Ratio=91.1292 +Physical time=2259.0000 s, CPU time=24.7860 s, Time Ratio=91.1402 +Physical time=2260.0000 s, CPU time=24.7920 s, Time Ratio=91.1584 +Physical time=2261.0000 s, CPU time=24.7980 s, Time Ratio=91.1767 +Physical time=2262.0000 s, CPU time=24.8030 s, Time Ratio=91.1986 +Physical time=2263.0000 s, CPU time=24.8080 s, Time Ratio=91.2206 +Physical time=2264.0000 s, CPU time=24.8200 s, Time Ratio=91.2168 +Physical time=2265.0000 s, CPU time=24.8310 s, Time Ratio=91.2166 +Physical time=2266.0000 s, CPU time=24.8400 s, Time Ratio=91.2238 +Physical time=2267.0000 s, CPU time=24.8470 s, Time Ratio=91.2384 +Physical time=2268.0000 s, CPU time=24.8550 s, Time Ratio=91.2492 +Physical time=2269.0000 s, CPU time=24.8610 s, Time Ratio=91.2674 +Physical time=2270.0000 s, CPU time=24.8680 s, Time Ratio=91.2820 +Physical time=2271.0000 s, CPU time=24.8780 s, Time Ratio=91.2855 +Physical time=2272.0000 s, CPU time=24.8840 s, Time Ratio=91.3036 +Physical time=2273.0000 s, CPU time=24.8900 s, Time Ratio=91.3218 +Physical time=2274.0000 s, CPU time=24.8960 s, Time Ratio=91.3400 +Physical time=2275.0000 s, CPU time=24.9030 s, Time Ratio=91.3545 +Physical time=2276.0000 s, CPU time=24.9110 s, Time Ratio=91.3653 +Physical time=2277.0000 s, CPU time=24.9160 s, Time Ratio=91.3871 +Physical time=2278.0000 s, CPU time=24.9220 s, Time Ratio=91.4052 +Physical time=2279.0000 s, CPU time=24.9330 s, Time Ratio=91.4050 +Physical time=2280.0000 s, CPU time=24.9400 s, Time Ratio=91.4194 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.791736[degC] + North Wall: T=19.791769[degC] + Ceiling: T=19.790816[degC] + Floor: T=19.793350[degC] + West Wall: T=19.793059[degC] + West Wall (glass, unshaded): T=2.234460[degC] + East Wall: T=19.793012[degC] + East Wall (glass, unshaded): T=2.233974[degC] + East Wall (frame): T=8.472161[degC] + West Wall (frame): T=8.472971[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=2280.000000[s] + Averaged room temperature 17.338027[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.239121[W] + North Wall: -1.247784[W] + Ceiling: -1.213971[W] + Floor: -1.336924[W] + West Wall: -0.664739[W] + West Wall (glass, unshaded): 3.121602[W] + East Wall: -0.661640[W] + East Wall (glass, unshaded): 3.127094[W] + East Wall (frame): 0.456830[W] + West Wall (frame): 0.454736[W] + Sensor Information: + Occupied zone air temperature: 290.488027 + Velocity: 0.021534 +ffd_solver(): Synchronized data at t=2280.000000[s] + +Physical time=2281.0000 s, CPU time=25.0730 s, Time Ratio=90.9744 +Physical time=2282.0000 s, CPU time=25.0780 s, Time Ratio=90.9961 +Physical time=2283.0000 s, CPU time=25.0840 s, Time Ratio=91.0142 +Physical time=2284.0000 s, CPU time=25.0890 s, Time Ratio=91.0359 +Physical time=2285.0000 s, CPU time=25.0940 s, Time Ratio=91.0576 +Physical time=2286.0000 s, CPU time=25.0990 s, Time Ratio=91.0793 +Physical time=2287.0000 s, CPU time=25.1040 s, Time Ratio=91.1010 +Physical time=2288.0000 s, CPU time=25.1090 s, Time Ratio=91.1227 +Physical time=2289.0000 s, CPU time=25.1150 s, Time Ratio=91.1408 +Physical time=2290.0000 s, CPU time=25.1200 s, Time Ratio=91.1624 +Physical time=2291.0000 s, CPU time=25.1250 s, Time Ratio=91.1841 +Physical time=2292.0000 s, CPU time=25.1350 s, Time Ratio=91.1876 +Physical time=2293.0000 s, CPU time=25.1460 s, Time Ratio=91.1875 +Physical time=2294.0000 s, CPU time=25.1520 s, Time Ratio=91.2055 +Physical time=2295.0000 s, CPU time=25.1640 s, Time Ratio=91.2017 +Physical time=2296.0000 s, CPU time=25.1740 s, Time Ratio=91.2052 +Physical time=2297.0000 s, CPU time=25.1820 s, Time Ratio=91.2159 +Physical time=2298.0000 s, CPU time=25.1920 s, Time Ratio=91.2194 +Physical time=2299.0000 s, CPU time=25.2040 s, Time Ratio=91.2157 +Physical time=2300.0000 s, CPU time=25.2140 s, Time Ratio=91.2192 +Physical time=2301.0000 s, CPU time=25.2220 s, Time Ratio=91.2299 +Physical time=2302.0000 s, CPU time=25.2290 s, Time Ratio=91.2442 +Physical time=2303.0000 s, CPU time=25.2360 s, Time Ratio=91.2585 +Physical time=2304.0000 s, CPU time=25.2420 s, Time Ratio=91.2764 +Physical time=2305.0000 s, CPU time=25.2480 s, Time Ratio=91.2944 +Physical time=2306.0000 s, CPU time=25.2540 s, Time Ratio=91.3123 +Physical time=2307.0000 s, CPU time=25.2650 s, Time Ratio=91.3121 +Physical time=2308.0000 s, CPU time=25.2740 s, Time Ratio=91.3191 +Physical time=2309.0000 s, CPU time=25.2870 s, Time Ratio=91.3117 +Physical time=2310.0000 s, CPU time=25.3000 s, Time Ratio=91.3043 +Physical time=2311.0000 s, CPU time=25.3110 s, Time Ratio=91.3042 +Physical time=2312.0000 s, CPU time=25.3280 s, Time Ratio=91.2824 +Physical time=2313.0000 s, CPU time=25.3410 s, Time Ratio=91.2750 +Physical time=2314.0000 s, CPU time=25.3540 s, Time Ratio=91.2677 +Physical time=2315.0000 s, CPU time=25.3690 s, Time Ratio=91.2531 +Physical time=2316.0000 s, CPU time=25.3780 s, Time Ratio=91.2601 +Physical time=2317.0000 s, CPU time=25.3870 s, Time Ratio=91.2672 +Physical time=2318.0000 s, CPU time=25.3970 s, Time Ratio=91.2706 +Physical time=2319.0000 s, CPU time=25.4100 s, Time Ratio=91.2633 +Physical time=2320.0000 s, CPU time=25.4200 s, Time Ratio=91.2667 +Physical time=2321.0000 s, CPU time=25.4270 s, Time Ratio=91.2809 +Physical time=2322.0000 s, CPU time=25.4370 s, Time Ratio=91.2843 +Physical time=2323.0000 s, CPU time=25.4470 s, Time Ratio=91.2878 +Physical time=2324.0000 s, CPU time=25.4550 s, Time Ratio=91.2984 +Physical time=2325.0000 s, CPU time=25.4630 s, Time Ratio=91.3090 +Physical time=2326.0000 s, CPU time=25.4700 s, Time Ratio=91.3231 +Physical time=2327.0000 s, CPU time=25.4770 s, Time Ratio=91.3373 +Physical time=2328.0000 s, CPU time=25.4850 s, Time Ratio=91.3479 +Physical time=2329.0000 s, CPU time=25.4910 s, Time Ratio=91.3656 +Physical time=2330.0000 s, CPU time=25.4970 s, Time Ratio=91.3833 +Physical time=2331.0000 s, CPU time=25.5050 s, Time Ratio=91.3938 +Physical time=2332.0000 s, CPU time=25.5120 s, Time Ratio=91.4080 +Physical time=2333.0000 s, CPU time=25.5190 s, Time Ratio=91.4221 +Physical time=2334.0000 s, CPU time=25.5260 s, Time Ratio=91.4362 +Physical time=2335.0000 s, CPU time=25.5340 s, Time Ratio=91.4467 +Physical time=2336.0000 s, CPU time=25.5440 s, Time Ratio=91.4500 +Physical time=2337.0000 s, CPU time=25.5540 s, Time Ratio=91.4534 +Physical time=2338.0000 s, CPU time=25.5670 s, Time Ratio=91.4460 +Physical time=2339.0000 s, CPU time=25.5750 s, Time Ratio=91.4565 +Physical time=2340.0000 s, CPU time=25.5880 s, Time Ratio=91.4491 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.786894[degC] + North Wall: T=19.786930[degC] + Ceiling: T=19.785958[degC] + Floor: T=19.788551[degC] + West Wall: T=19.788249[degC] + West Wall (glass, unshaded): T=2.228119[degC] + East Wall: T=19.788205[degC] + East Wall (glass, unshaded): T=2.227584[degC] + East Wall (frame): T=8.461492[degC] + West Wall (frame): T=8.462310[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=2340.000000[s] + Averaged room temperature 17.325371[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.250789[W] + North Wall: -1.252845[W] + Ceiling: -1.190913[W] + Floor: -1.333517[W] + West Wall: -0.655617[W] + West Wall (glass, unshaded): 3.118140[W] + East Wall: -0.653720[W] + East Wall (glass, unshaded): 3.119674[W] + East Wall (frame): 0.457664[W] + West Wall (frame): 0.458191[W] + Sensor Information: + Occupied zone air temperature: 290.475371 + Velocity: 0.027421 +ffd_solver(): Synchronized data at t=2340.000000[s] + +Physical time=2341.0000 s, CPU time=25.6990 s, Time Ratio=91.0930 +Physical time=2342.0000 s, CPU time=25.7040 s, Time Ratio=91.1142 +Physical time=2343.0000 s, CPU time=25.7100 s, Time Ratio=91.1319 +Physical time=2344.0000 s, CPU time=25.7170 s, Time Ratio=91.1459 +Physical time=2345.0000 s, CPU time=25.7230 s, Time Ratio=91.1636 +Physical time=2346.0000 s, CPU time=25.7280 s, Time Ratio=91.1847 +Physical time=2347.0000 s, CPU time=25.7350 s, Time Ratio=91.1988 +Physical time=2348.0000 s, CPU time=25.7430 s, Time Ratio=91.2093 +Physical time=2349.0000 s, CPU time=25.7490 s, Time Ratio=91.2268 +Physical time=2350.0000 s, CPU time=25.7560 s, Time Ratio=91.2409 +Physical time=2351.0000 s, CPU time=25.7620 s, Time Ratio=91.2584 +Physical time=2352.0000 s, CPU time=25.7670 s, Time Ratio=91.2795 +Physical time=2353.0000 s, CPU time=25.7720 s, Time Ratio=91.3006 +Physical time=2354.0000 s, CPU time=25.7770 s, Time Ratio=91.3217 +Physical time=2355.0000 s, CPU time=25.7830 s, Time Ratio=91.3393 +Physical time=2356.0000 s, CPU time=25.7880 s, Time Ratio=91.3603 +Physical time=2357.0000 s, CPU time=25.7940 s, Time Ratio=91.3778 +Physical time=2358.0000 s, CPU time=25.7990 s, Time Ratio=91.3989 +Physical time=2359.0000 s, CPU time=25.8040 s, Time Ratio=91.4199 +Physical time=2360.0000 s, CPU time=25.8090 s, Time Ratio=91.4410 +Physical time=2361.0000 s, CPU time=25.8160 s, Time Ratio=91.4549 +Physical time=2362.0000 s, CPU time=25.8230 s, Time Ratio=91.4688 +Physical time=2363.0000 s, CPU time=25.8280 s, Time Ratio=91.4899 +Physical time=2364.0000 s, CPU time=25.8340 s, Time Ratio=91.5073 +Physical time=2365.0000 s, CPU time=25.8390 s, Time Ratio=91.5283 +Physical time=2366.0000 s, CPU time=25.8460 s, Time Ratio=91.5422 +Physical time=2367.0000 s, CPU time=25.8560 s, Time Ratio=91.5455 +Physical time=2368.0000 s, CPU time=25.8630 s, Time Ratio=91.5594 +Physical time=2369.0000 s, CPU time=25.8710 s, Time Ratio=91.5697 +Physical time=2370.0000 s, CPU time=25.8790 s, Time Ratio=91.5800 +Physical time=2371.0000 s, CPU time=25.8850 s, Time Ratio=91.5975 +Physical time=2372.0000 s, CPU time=25.8920 s, Time Ratio=91.6113 +Physical time=2373.0000 s, CPU time=25.8980 s, Time Ratio=91.6287 +Physical time=2374.0000 s, CPU time=25.9060 s, Time Ratio=91.6390 +Physical time=2375.0000 s, CPU time=25.9150 s, Time Ratio=91.6458 +Physical time=2376.0000 s, CPU time=25.9210 s, Time Ratio=91.6631 +Physical time=2377.0000 s, CPU time=25.9270 s, Time Ratio=91.6805 +Physical time=2378.0000 s, CPU time=25.9360 s, Time Ratio=91.6872 +Physical time=2379.0000 s, CPU time=25.9460 s, Time Ratio=91.6904 +Physical time=2380.0000 s, CPU time=25.9550 s, Time Ratio=91.6972 +Physical time=2381.0000 s, CPU time=25.9640 s, Time Ratio=91.7039 +Physical time=2382.0000 s, CPU time=25.9750 s, Time Ratio=91.7036 +Physical time=2383.0000 s, CPU time=25.9870 s, Time Ratio=91.6997 +Physical time=2384.0000 s, CPU time=25.9960 s, Time Ratio=91.7064 +Physical time=2385.0000 s, CPU time=26.0040 s, Time Ratio=91.7167 +Physical time=2386.0000 s, CPU time=26.0110 s, Time Ratio=91.7304 +Physical time=2387.0000 s, CPU time=26.0190 s, Time Ratio=91.7407 +Physical time=2388.0000 s, CPU time=26.0270 s, Time Ratio=91.7509 +Physical time=2389.0000 s, CPU time=26.0370 s, Time Ratio=91.7540 +Physical time=2390.0000 s, CPU time=26.0480 s, Time Ratio=91.7537 +Physical time=2391.0000 s, CPU time=26.0580 s, Time Ratio=91.7569 +Physical time=2392.0000 s, CPU time=26.0660 s, Time Ratio=91.7671 +Physical time=2393.0000 s, CPU time=26.0760 s, Time Ratio=91.7702 +Physical time=2394.0000 s, CPU time=26.0830 s, Time Ratio=91.7839 +Physical time=2395.0000 s, CPU time=26.0900 s, Time Ratio=91.7976 +Physical time=2396.0000 s, CPU time=26.0950 s, Time Ratio=91.8184 +Physical time=2397.0000 s, CPU time=26.1000 s, Time Ratio=91.8391 +Physical time=2398.0000 s, CPU time=26.1050 s, Time Ratio=91.8598 +Physical time=2399.0000 s, CPU time=26.1120 s, Time Ratio=91.8735 +Physical time=2400.0000 s, CPU time=26.1170 s, Time Ratio=91.8942 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.782089[degC] + North Wall: T=19.782129[degC] + Ceiling: T=19.781139[degC] + Floor: T=19.783779[degC] + West Wall: T=19.783469[degC] + West Wall (glass, unshaded): T=2.222142[degC] + East Wall: T=19.783427[degC] + East Wall (glass, unshaded): T=2.221566[degC] + East Wall (frame): T=8.450924[degC] + West Wall (frame): T=8.451749[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=2400.000000[s] + Averaged room temperature 17.317427[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.250356[W] + North Wall: -1.253159[W] + Ceiling: -1.207820[W] + Floor: -1.366740[W] + West Wall: -0.670691[W] + West Wall (glass, unshaded): 3.113504[W] + East Wall: -0.669422[W] + East Wall (glass, unshaded): 3.115796[W] + East Wall (frame): 0.457018[W] + West Wall (frame): 0.454720[W] + Sensor Information: + Occupied zone air temperature: 290.467427 + Velocity: 0.012424 +ffd_solver(): Synchronized data at t=2400.000000[s] + +Physical time=2401.0000 s, CPU time=26.2340 s, Time Ratio=91.5225 +Physical time=2402.0000 s, CPU time=26.2390 s, Time Ratio=91.5431 +Physical time=2403.0000 s, CPU time=26.2460 s, Time Ratio=91.5568 +Physical time=2404.0000 s, CPU time=26.2550 s, Time Ratio=91.5635 +Physical time=2405.0000 s, CPU time=26.2630 s, Time Ratio=91.5737 +Physical time=2406.0000 s, CPU time=26.2720 s, Time Ratio=91.5804 +Physical time=2407.0000 s, CPU time=26.2770 s, Time Ratio=91.6010 +Physical time=2408.0000 s, CPU time=26.2870 s, Time Ratio=91.6042 +Physical time=2409.0000 s, CPU time=26.2930 s, Time Ratio=91.6213 +Physical time=2410.0000 s, CPU time=26.3000 s, Time Ratio=91.6350 +Physical time=2411.0000 s, CPU time=26.3060 s, Time Ratio=91.6521 +Physical time=2412.0000 s, CPU time=26.3120 s, Time Ratio=91.6692 +Physical time=2413.0000 s, CPU time=26.3180 s, Time Ratio=91.6863 +Physical time=2414.0000 s, CPU time=26.3250 s, Time Ratio=91.6999 +Physical time=2415.0000 s, CPU time=26.3310 s, Time Ratio=91.7170 +Physical time=2416.0000 s, CPU time=26.3430 s, Time Ratio=91.7132 +Physical time=2417.0000 s, CPU time=26.3570 s, Time Ratio=91.7024 +Physical time=2418.0000 s, CPU time=26.3690 s, Time Ratio=91.6986 +Physical time=2419.0000 s, CPU time=26.3800 s, Time Ratio=91.6983 +Physical time=2420.0000 s, CPU time=26.3880 s, Time Ratio=91.7084 +Physical time=2421.0000 s, CPU time=26.4000 s, Time Ratio=91.7045 +Physical time=2422.0000 s, CPU time=26.4070 s, Time Ratio=91.7181 +Physical time=2423.0000 s, CPU time=26.4150 s, Time Ratio=91.7282 +Physical time=2424.0000 s, CPU time=26.4280 s, Time Ratio=91.7209 +Physical time=2425.0000 s, CPU time=26.4400 s, Time Ratio=91.7171 +Physical time=2426.0000 s, CPU time=26.4470 s, Time Ratio=91.7306 +Physical time=2427.0000 s, CPU time=26.4560 s, Time Ratio=91.7372 +Physical time=2428.0000 s, CPU time=26.4620 s, Time Ratio=91.7542 +Physical time=2429.0000 s, CPU time=26.4690 s, Time Ratio=91.7677 +Physical time=2430.0000 s, CPU time=26.4760 s, Time Ratio=91.7812 +Physical time=2431.0000 s, CPU time=26.4830 s, Time Ratio=91.7947 +Physical time=2432.0000 s, CPU time=26.4910 s, Time Ratio=91.8048 +Physical time=2433.0000 s, CPU time=26.4980 s, Time Ratio=91.8183 +Physical time=2434.0000 s, CPU time=26.5030 s, Time Ratio=91.8387 +Physical time=2435.0000 s, CPU time=26.5100 s, Time Ratio=91.8521 +Physical time=2436.0000 s, CPU time=26.5200 s, Time Ratio=91.8552 +Physical time=2437.0000 s, CPU time=26.5310 s, Time Ratio=91.8548 +Physical time=2438.0000 s, CPU time=26.5430 s, Time Ratio=91.8510 +Physical time=2439.0000 s, CPU time=26.5550 s, Time Ratio=91.8471 +Physical time=2440.0000 s, CPU time=26.5640 s, Time Ratio=91.8536 +Physical time=2441.0000 s, CPU time=26.5730 s, Time Ratio=91.8602 +Physical time=2442.0000 s, CPU time=26.5830 s, Time Ratio=91.8632 +Physical time=2443.0000 s, CPU time=26.5980 s, Time Ratio=91.8490 +Physical time=2444.0000 s, CPU time=26.6100 s, Time Ratio=91.8452 +Physical time=2445.0000 s, CPU time=26.6190 s, Time Ratio=91.8517 +Physical time=2446.0000 s, CPU time=26.6280 s, Time Ratio=91.8582 +Physical time=2447.0000 s, CPU time=26.6350 s, Time Ratio=91.8716 +Physical time=2448.0000 s, CPU time=26.6410 s, Time Ratio=91.8884 +Physical time=2449.0000 s, CPU time=26.6480 s, Time Ratio=91.9018 +Physical time=2450.0000 s, CPU time=26.6570 s, Time Ratio=91.9083 +Physical time=2451.0000 s, CPU time=26.6640 s, Time Ratio=91.9217 +Physical time=2452.0000 s, CPU time=26.6710 s, Time Ratio=91.9351 +Physical time=2453.0000 s, CPU time=26.6770 s, Time Ratio=91.9519 +Physical time=2454.0000 s, CPU time=26.6860 s, Time Ratio=91.9583 +Physical time=2455.0000 s, CPU time=26.6960 s, Time Ratio=91.9613 +Physical time=2456.0000 s, CPU time=26.7040 s, Time Ratio=91.9712 +Physical time=2457.0000 s, CPU time=26.7100 s, Time Ratio=91.9880 +Physical time=2458.0000 s, CPU time=26.7200 s, Time Ratio=91.9910 +Physical time=2459.0000 s, CPU time=26.7280 s, Time Ratio=92.0009 +Physical time=2460.0000 s, CPU time=26.7350 s, Time Ratio=92.0142 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.777325[degC] + North Wall: T=19.777366[degC] + Ceiling: T=19.776356[degC] + Floor: T=19.779054[degC] + West Wall: T=19.778730[degC] + West Wall (glass, unshaded): T=2.216689[degC] + East Wall: T=19.778690[degC] + East Wall (glass, unshaded): T=2.216120[degC] + East Wall (frame): T=8.440494[degC] + West Wall (frame): T=8.441330[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=2460.000000[s] + Averaged room temperature 17.317039[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.248454[W] + North Wall: -1.250325[W] + Ceiling: -1.204489[W] + Floor: -1.353517[W] + West Wall: -0.659349[W] + West Wall (glass, unshaded): 3.123184[W] + East Wall: -0.669326[W] + East Wall (glass, unshaded): 3.124873[W] + East Wall (frame): 0.455532[W] + West Wall (frame): 0.457867[W] + Sensor Information: + Occupied zone air temperature: 290.467039 + Velocity: 0.003728 +ffd_solver(): Synchronized data at t=2460.000000[s] + +Physical time=2461.0000 s, CPU time=26.8590 s, Time Ratio=91.6266 +Physical time=2462.0000 s, CPU time=26.8700 s, Time Ratio=91.6263 +Physical time=2463.0000 s, CPU time=26.8750 s, Time Ratio=91.6465 +Physical time=2464.0000 s, CPU time=26.8830 s, Time Ratio=91.6564 +Physical time=2465.0000 s, CPU time=26.8890 s, Time Ratio=91.6732 +Physical time=2466.0000 s, CPU time=26.8960 s, Time Ratio=91.6865 +Physical time=2467.0000 s, CPU time=26.9010 s, Time Ratio=91.7066 +Physical time=2468.0000 s, CPU time=26.9130 s, Time Ratio=91.7029 +Physical time=2469.0000 s, CPU time=26.9240 s, Time Ratio=91.7026 +Physical time=2470.0000 s, CPU time=26.9350 s, Time Ratio=91.7022 +Physical time=2471.0000 s, CPU time=26.9460 s, Time Ratio=91.7019 +Physical time=2472.0000 s, CPU time=26.9570 s, Time Ratio=91.7016 +Physical time=2473.0000 s, CPU time=26.9690 s, Time Ratio=91.6979 +Physical time=2474.0000 s, CPU time=26.9790 s, Time Ratio=91.7010 +Physical time=2475.0000 s, CPU time=26.9880 s, Time Ratio=91.7074 +Physical time=2476.0000 s, CPU time=26.9960 s, Time Ratio=91.7173 +Physical time=2477.0000 s, CPU time=27.0060 s, Time Ratio=91.7204 +Physical time=2478.0000 s, CPU time=27.0180 s, Time Ratio=91.7166 +Physical time=2479.0000 s, CPU time=27.0290 s, Time Ratio=91.7163 +Physical time=2480.0000 s, CPU time=27.0350 s, Time Ratio=91.7329 +Physical time=2481.0000 s, CPU time=27.0430 s, Time Ratio=91.7428 +Physical time=2482.0000 s, CPU time=27.0520 s, Time Ratio=91.7492 +Physical time=2483.0000 s, CPU time=27.0590 s, Time Ratio=91.7624 +Physical time=2484.0000 s, CPU time=27.0700 s, Time Ratio=91.7621 +Physical time=2485.0000 s, CPU time=27.0780 s, Time Ratio=91.7719 +Physical time=2486.0000 s, CPU time=27.0920 s, Time Ratio=91.7614 +Physical time=2487.0000 s, CPU time=27.1030 s, Time Ratio=91.7611 +Physical time=2488.0000 s, CPU time=27.1110 s, Time Ratio=91.7709 +Physical time=2489.0000 s, CPU time=27.1180 s, Time Ratio=91.7841 +Physical time=2490.0000 s, CPU time=27.1260 s, Time Ratio=91.7939 +Physical time=2491.0000 s, CPU time=27.1350 s, Time Ratio=91.8003 +Physical time=2492.0000 s, CPU time=27.1410 s, Time Ratio=91.8168 +Physical time=2493.0000 s, CPU time=27.1460 s, Time Ratio=91.8367 +Physical time=2494.0000 s, CPU time=27.1520 s, Time Ratio=91.8533 +Physical time=2495.0000 s, CPU time=27.1580 s, Time Ratio=91.8698 +Physical time=2496.0000 s, CPU time=27.1630 s, Time Ratio=91.8897 +Physical time=2497.0000 s, CPU time=27.1680 s, Time Ratio=91.9096 +Physical time=2498.0000 s, CPU time=27.1740 s, Time Ratio=91.9261 +Physical time=2499.0000 s, CPU time=27.1790 s, Time Ratio=91.9460 +Physical time=2500.0000 s, CPU time=27.1850 s, Time Ratio=91.9625 +Physical time=2501.0000 s, CPU time=27.1910 s, Time Ratio=91.9790 +Physical time=2502.0000 s, CPU time=27.1970 s, Time Ratio=91.9954 +Physical time=2503.0000 s, CPU time=27.2020 s, Time Ratio=92.0153 +Physical time=2504.0000 s, CPU time=27.2100 s, Time Ratio=92.0250 +Physical time=2505.0000 s, CPU time=27.2160 s, Time Ratio=92.0414 +Physical time=2506.0000 s, CPU time=27.2230 s, Time Ratio=92.0545 +Physical time=2507.0000 s, CPU time=27.2300 s, Time Ratio=92.0676 +Physical time=2508.0000 s, CPU time=27.2380 s, Time Ratio=92.0772 +Physical time=2509.0000 s, CPU time=27.2440 s, Time Ratio=92.0937 +Physical time=2510.0000 s, CPU time=27.2510 s, Time Ratio=92.1067 +Physical time=2511.0000 s, CPU time=27.2590 s, Time Ratio=92.1164 +Physical time=2512.0000 s, CPU time=27.2670 s, Time Ratio=92.1260 +Physical time=2513.0000 s, CPU time=27.2740 s, Time Ratio=92.1390 +Physical time=2514.0000 s, CPU time=27.2810 s, Time Ratio=92.1520 +Physical time=2515.0000 s, CPU time=27.2880 s, Time Ratio=92.1651 +Physical time=2516.0000 s, CPU time=27.2970 s, Time Ratio=92.1713 +Physical time=2517.0000 s, CPU time=27.3050 s, Time Ratio=92.1809 +Physical time=2518.0000 s, CPU time=27.3100 s, Time Ratio=92.2007 +Physical time=2519.0000 s, CPU time=27.3170 s, Time Ratio=92.2136 +Physical time=2520.0000 s, CPU time=27.3240 s, Time Ratio=92.2266 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.772596[degC] + North Wall: T=19.772638[degC] + Ceiling: T=19.771612[degC] + Floor: T=19.774370[degC] + West Wall: T=19.774029[degC] + West Wall (glass, unshaded): T=2.211545[degC] + East Wall: T=19.773999[degC] + East Wall (glass, unshaded): T=2.210979[degC] + East Wall (frame): T=8.430239[degC] + West Wall (frame): T=8.431058[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=2520.000000[s] + Averaged room temperature 17.303544[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.254783[W] + North Wall: -1.257203[W] + Ceiling: -1.176601[W] + Floor: -1.346205[W] + West Wall: -0.661078[W] + West Wall (glass, unshaded): 3.117953[W] + East Wall: -0.658417[W] + East Wall (glass, unshaded): 3.120869[W] + East Wall (frame): 0.458493[W] + West Wall (frame): 0.457761[W] + Sensor Information: + Occupied zone air temperature: 290.453544 + Velocity: 0.041778 +ffd_solver(): Synchronized data at t=2520.000000[s] + +Physical time=2521.0000 s, CPU time=27.4440 s, Time Ratio=91.8598 +Physical time=2522.0000 s, CPU time=27.4560 s, Time Ratio=91.8561 +Physical time=2523.0000 s, CPU time=27.4670 s, Time Ratio=91.8557 +Physical time=2524.0000 s, CPU time=27.4780 s, Time Ratio=91.8553 +Physical time=2525.0000 s, CPU time=27.4880 s, Time Ratio=91.8583 +Physical time=2526.0000 s, CPU time=27.4970 s, Time Ratio=91.8646 +Physical time=2527.0000 s, CPU time=27.5050 s, Time Ratio=91.8742 +Physical time=2528.0000 s, CPU time=27.5180 s, Time Ratio=91.8671 +Physical time=2529.0000 s, CPU time=27.5300 s, Time Ratio=91.8634 +Physical time=2530.0000 s, CPU time=27.5390 s, Time Ratio=91.8697 +Physical time=2531.0000 s, CPU time=27.5530 s, Time Ratio=91.8593 +Physical time=2532.0000 s, CPU time=27.5650 s, Time Ratio=91.8556 +Physical time=2533.0000 s, CPU time=27.5760 s, Time Ratio=91.8552 +Physical time=2534.0000 s, CPU time=27.5930 s, Time Ratio=91.8349 +Physical time=2535.0000 s, CPU time=27.6110 s, Time Ratio=91.8112 +Physical time=2536.0000 s, CPU time=27.6290 s, Time Ratio=91.7876 +Physical time=2537.0000 s, CPU time=27.6400 s, Time Ratio=91.7873 +Physical time=2538.0000 s, CPU time=27.6490 s, Time Ratio=91.7936 +Physical time=2539.0000 s, CPU time=27.6560 s, Time Ratio=91.8065 +Physical time=2540.0000 s, CPU time=27.6620 s, Time Ratio=91.8227 +Physical time=2541.0000 s, CPU time=27.6700 s, Time Ratio=91.8323 +Physical time=2542.0000 s, CPU time=27.6790 s, Time Ratio=91.8386 +Physical time=2543.0000 s, CPU time=27.6850 s, Time Ratio=91.8548 +Physical time=2544.0000 s, CPU time=27.6920 s, Time Ratio=91.8677 +Physical time=2545.0000 s, CPU time=27.7000 s, Time Ratio=91.8773 +Physical time=2546.0000 s, CPU time=27.7070 s, Time Ratio=91.8901 +Physical time=2547.0000 s, CPU time=27.7130 s, Time Ratio=91.9063 +Physical time=2548.0000 s, CPU time=27.7230 s, Time Ratio=91.9092 +Physical time=2549.0000 s, CPU time=27.7310 s, Time Ratio=91.9188 +Physical time=2550.0000 s, CPU time=27.7390 s, Time Ratio=91.9283 +Physical time=2551.0000 s, CPU time=27.7460 s, Time Ratio=91.9412 +Physical time=2552.0000 s, CPU time=27.7590 s, Time Ratio=91.9341 +Physical time=2553.0000 s, CPU time=27.7670 s, Time Ratio=91.9437 +Physical time=2554.0000 s, CPU time=27.7730 s, Time Ratio=91.9598 +Physical time=2555.0000 s, CPU time=27.7790 s, Time Ratio=91.9760 +Physical time=2556.0000 s, CPU time=27.7850 s, Time Ratio=91.9921 +Physical time=2557.0000 s, CPU time=27.7900 s, Time Ratio=92.0115 +Physical time=2558.0000 s, CPU time=27.7950 s, Time Ratio=92.0309 +Physical time=2559.0000 s, CPU time=27.7990 s, Time Ratio=92.0537 +Physical time=2560.0000 s, CPU time=27.8040 s, Time Ratio=92.0731 +Physical time=2561.0000 s, CPU time=27.8090 s, Time Ratio=92.0925 +Physical time=2562.0000 s, CPU time=27.8140 s, Time Ratio=92.1119 +Physical time=2563.0000 s, CPU time=27.8190 s, Time Ratio=92.1313 +Physical time=2564.0000 s, CPU time=27.8240 s, Time Ratio=92.1507 +Physical time=2565.0000 s, CPU time=27.8350 s, Time Ratio=92.1502 +Physical time=2566.0000 s, CPU time=27.8420 s, Time Ratio=92.1629 +Physical time=2567.0000 s, CPU time=27.8530 s, Time Ratio=92.1624 +Physical time=2568.0000 s, CPU time=27.8670 s, Time Ratio=92.1520 +Physical time=2569.0000 s, CPU time=27.8760 s, Time Ratio=92.1581 +Physical time=2570.0000 s, CPU time=27.8860 s, Time Ratio=92.1609 +Physical time=2571.0000 s, CPU time=27.8950 s, Time Ratio=92.1671 +Physical time=2572.0000 s, CPU time=27.9060 s, Time Ratio=92.1666 +Physical time=2573.0000 s, CPU time=27.9170 s, Time Ratio=92.1661 +Physical time=2574.0000 s, CPU time=27.9250 s, Time Ratio=92.1755 +Physical time=2575.0000 s, CPU time=27.9340 s, Time Ratio=92.1816 +Physical time=2576.0000 s, CPU time=27.9400 s, Time Ratio=92.1976 +Physical time=2577.0000 s, CPU time=27.9490 s, Time Ratio=92.2037 +Physical time=2578.0000 s, CPU time=27.9590 s, Time Ratio=92.2064 +Physical time=2579.0000 s, CPU time=27.9660 s, Time Ratio=92.2191 +Physical time=2580.0000 s, CPU time=27.9730 s, Time Ratio=92.2318 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.767904[degC] + North Wall: T=19.767946[degC] + Ceiling: T=19.766894[degC] + Floor: T=19.769715[degC] + West Wall: T=19.769356[degC] + West Wall (glass, unshaded): T=2.206707[degC] + East Wall: T=19.769335[degC] + East Wall (glass, unshaded): T=2.206136[degC] + East Wall (frame): T=8.420103[degC] + West Wall (frame): T=8.420883[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=2580.000000[s] + Averaged room temperature 17.304217[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.254005[W] + North Wall: -1.252705[W] + Ceiling: -1.195943[W] + Floor: -1.366610[W] + West Wall: -0.669476[W] + West Wall (glass, unshaded): 3.112548[W] + East Wall: -0.670673[W] + East Wall (glass, unshaded): 3.116457[W] + East Wall (frame): 0.456606[W] + West Wall (frame): 0.456330[W] + Sensor Information: + Occupied zone air temperature: 290.454217 + Velocity: 0.050402 +ffd_solver(): Synchronized data at t=2580.000000[s] + +Physical time=2581.0000 s, CPU time=28.1200 s, Time Ratio=91.7852 +Physical time=2582.0000 s, CPU time=28.1310 s, Time Ratio=91.7849 +Physical time=2583.0000 s, CPU time=28.1420 s, Time Ratio=91.7845 +Physical time=2584.0000 s, CPU time=28.1500 s, Time Ratio=91.7940 +Physical time=2585.0000 s, CPU time=28.1580 s, Time Ratio=91.8034 +Physical time=2586.0000 s, CPU time=28.1660 s, Time Ratio=91.8128 +Physical time=2587.0000 s, CPU time=28.1740 s, Time Ratio=91.8222 +Physical time=2588.0000 s, CPU time=28.1790 s, Time Ratio=91.8414 +Physical time=2589.0000 s, CPU time=28.1850 s, Time Ratio=91.8574 +Physical time=2590.0000 s, CPU time=28.1920 s, Time Ratio=91.8700 +Physical time=2591.0000 s, CPU time=28.2000 s, Time Ratio=91.8794 +Physical time=2592.0000 s, CPU time=28.2070 s, Time Ratio=91.8921 +Physical time=2593.0000 s, CPU time=28.2130 s, Time Ratio=91.9080 +Physical time=2594.0000 s, CPU time=28.2190 s, Time Ratio=91.9239 +Physical time=2595.0000 s, CPU time=28.2240 s, Time Ratio=91.9430 +Physical time=2596.0000 s, CPU time=28.2310 s, Time Ratio=91.9557 +Physical time=2597.0000 s, CPU time=28.2380 s, Time Ratio=91.9683 +Physical time=2598.0000 s, CPU time=28.2440 s, Time Ratio=91.9841 +Physical time=2599.0000 s, CPU time=28.2500 s, Time Ratio=92.0000 +Physical time=2600.0000 s, CPU time=28.2560 s, Time Ratio=92.0159 +Physical time=2601.0000 s, CPU time=28.2660 s, Time Ratio=92.0187 +Physical time=2602.0000 s, CPU time=28.2720 s, Time Ratio=92.0345 +Physical time=2603.0000 s, CPU time=28.2790 s, Time Ratio=92.0471 +Physical time=2604.0000 s, CPU time=28.2880 s, Time Ratio=92.0532 +Physical time=2605.0000 s, CPU time=28.2960 s, Time Ratio=92.0625 +Physical time=2606.0000 s, CPU time=28.3090 s, Time Ratio=92.0555 +Physical time=2607.0000 s, CPU time=28.3190 s, Time Ratio=92.0583 +Physical time=2608.0000 s, CPU time=28.3280 s, Time Ratio=92.0644 +Physical time=2609.0000 s, CPU time=28.3370 s, Time Ratio=92.0704 +Physical time=2610.0000 s, CPU time=28.3470 s, Time Ratio=92.0732 +Physical time=2611.0000 s, CPU time=28.3570 s, Time Ratio=92.0760 +Physical time=2612.0000 s, CPU time=28.3680 s, Time Ratio=92.0756 +Physical time=2613.0000 s, CPU time=28.3740 s, Time Ratio=92.0914 +Physical time=2614.0000 s, CPU time=28.3830 s, Time Ratio=92.0974 +Physical time=2615.0000 s, CPU time=28.3920 s, Time Ratio=92.1034 +Physical time=2616.0000 s, CPU time=28.4010 s, Time Ratio=92.1094 +Physical time=2617.0000 s, CPU time=28.4110 s, Time Ratio=92.1122 +Physical time=2618.0000 s, CPU time=28.4170 s, Time Ratio=92.1280 +Physical time=2619.0000 s, CPU time=28.4240 s, Time Ratio=92.1404 +Physical time=2620.0000 s, CPU time=28.4360 s, Time Ratio=92.1367 +Physical time=2621.0000 s, CPU time=28.4440 s, Time Ratio=92.1460 +Physical time=2622.0000 s, CPU time=28.4520 s, Time Ratio=92.1552 +Physical time=2623.0000 s, CPU time=28.4620 s, Time Ratio=92.1580 +Physical time=2624.0000 s, CPU time=28.4730 s, Time Ratio=92.1575 +Physical time=2625.0000 s, CPU time=28.4800 s, Time Ratio=92.1699 +Physical time=2626.0000 s, CPU time=28.4870 s, Time Ratio=92.1824 +Physical time=2627.0000 s, CPU time=28.4930 s, Time Ratio=92.1981 +Physical time=2628.0000 s, CPU time=28.5030 s, Time Ratio=92.2008 +Physical time=2629.0000 s, CPU time=28.5110 s, Time Ratio=92.2100 +Physical time=2630.0000 s, CPU time=28.5190 s, Time Ratio=92.2192 +Physical time=2631.0000 s, CPU time=28.5270 s, Time Ratio=92.2284 +Physical time=2632.0000 s, CPU time=28.5360 s, Time Ratio=92.2344 +Physical time=2633.0000 s, CPU time=28.5460 s, Time Ratio=92.2371 +Physical time=2634.0000 s, CPU time=28.5560 s, Time Ratio=92.2398 +Physical time=2635.0000 s, CPU time=28.5660 s, Time Ratio=92.2425 +Physical time=2636.0000 s, CPU time=28.5740 s, Time Ratio=92.2517 +Physical time=2637.0000 s, CPU time=28.5830 s, Time Ratio=92.2576 +Physical time=2638.0000 s, CPU time=28.5920 s, Time Ratio=92.2636 +Physical time=2639.0000 s, CPU time=28.5990 s, Time Ratio=92.2760 +Physical time=2640.0000 s, CPU time=28.6060 s, Time Ratio=92.2883 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.763247[degC] + North Wall: T=19.763289[degC] + Ceiling: T=19.762206[degC] + Floor: T=19.765097[degC] + West Wall: T=19.764724[degC] + West Wall (glass, unshaded): T=2.202362[degC] + East Wall: T=19.764706[degC] + East Wall (glass, unshaded): T=2.201756[degC] + East Wall (frame): T=8.410093[degC] + West Wall (frame): T=8.410872[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=2640.000000[s] + Averaged room temperature 17.314214[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.238133[W] + North Wall: -1.243245[W] + Ceiling: -1.207803[W] + Floor: -1.336674[W] + West Wall: -0.663320[W] + West Wall (glass, unshaded): 3.125827[W] + East Wall: -0.659486[W] + East Wall (glass, unshaded): 3.129765[W] + East Wall (frame): 0.459370[W] + West Wall (frame): 0.457763[W] + Sensor Information: + Occupied zone air temperature: 290.464214 + Velocity: 0.032712 +ffd_solver(): Synchronized data at t=2640.000000[s] + +Physical time=2641.0000 s, CPU time=28.7080 s, Time Ratio=91.9953 +Physical time=2642.0000 s, CPU time=28.7150 s, Time Ratio=92.0077 +Physical time=2643.0000 s, CPU time=28.7200 s, Time Ratio=92.0265 +Physical time=2644.0000 s, CPU time=28.7260 s, Time Ratio=92.0421 +Physical time=2645.0000 s, CPU time=28.7310 s, Time Ratio=92.0608 +Physical time=2646.0000 s, CPU time=28.7360 s, Time Ratio=92.0796 +Physical time=2647.0000 s, CPU time=28.7420 s, Time Ratio=92.0952 +Physical time=2648.0000 s, CPU time=28.7470 s, Time Ratio=92.1140 +Physical time=2649.0000 s, CPU time=28.7520 s, Time Ratio=92.1327 +Physical time=2650.0000 s, CPU time=28.7820 s, Time Ratio=92.0714 +Physical time=2651.0000 s, CPU time=28.7900 s, Time Ratio=92.0806 +Physical time=2652.0000 s, CPU time=28.7960 s, Time Ratio=92.0961 +Physical time=2653.0000 s, CPU time=28.8040 s, Time Ratio=92.1053 +Physical time=2654.0000 s, CPU time=28.8120 s, Time Ratio=92.1144 +Physical time=2655.0000 s, CPU time=28.8190 s, Time Ratio=92.1267 +Physical time=2656.0000 s, CPU time=28.8240 s, Time Ratio=92.1454 +Physical time=2657.0000 s, CPU time=28.8330 s, Time Ratio=92.1514 +Physical time=2658.0000 s, CPU time=28.8380 s, Time Ratio=92.1701 +Physical time=2659.0000 s, CPU time=28.8440 s, Time Ratio=92.1855 +Physical time=2660.0000 s, CPU time=28.8490 s, Time Ratio=92.2042 +Physical time=2661.0000 s, CPU time=28.8540 s, Time Ratio=92.2229 +Physical time=2662.0000 s, CPU time=28.8600 s, Time Ratio=92.2384 +Physical time=2663.0000 s, CPU time=28.8650 s, Time Ratio=92.2571 +Physical time=2664.0000 s, CPU time=28.8700 s, Time Ratio=92.2757 +Physical time=2665.0000 s, CPU time=28.8760 s, Time Ratio=92.2912 +Physical time=2666.0000 s, CPU time=28.8810 s, Time Ratio=92.3098 +Physical time=2667.0000 s, CPU time=28.8870 s, Time Ratio=92.3253 +Physical time=2668.0000 s, CPU time=28.8930 s, Time Ratio=92.3407 +Physical time=2669.0000 s, CPU time=28.8980 s, Time Ratio=92.3593 +Physical time=2670.0000 s, CPU time=28.9040 s, Time Ratio=92.3748 +Physical time=2671.0000 s, CPU time=28.9130 s, Time Ratio=92.3806 +Physical time=2672.0000 s, CPU time=28.9200 s, Time Ratio=92.3928 +Physical time=2673.0000 s, CPU time=28.9280 s, Time Ratio=92.4018 +Physical time=2674.0000 s, CPU time=28.9350 s, Time Ratio=92.4140 +Physical time=2675.0000 s, CPU time=28.9430 s, Time Ratio=92.4230 +Physical time=2676.0000 s, CPU time=28.9490 s, Time Ratio=92.4384 +Physical time=2677.0000 s, CPU time=28.9580 s, Time Ratio=92.4442 +Physical time=2678.0000 s, CPU time=28.9640 s, Time Ratio=92.4596 +Physical time=2679.0000 s, CPU time=28.9690 s, Time Ratio=92.4782 +Physical time=2680.0000 s, CPU time=28.9770 s, Time Ratio=92.4871 +Physical time=2681.0000 s, CPU time=28.9850 s, Time Ratio=92.4961 +Physical time=2682.0000 s, CPU time=28.9900 s, Time Ratio=92.5147 +Physical time=2683.0000 s, CPU time=28.9980 s, Time Ratio=92.5236 +Physical time=2684.0000 s, CPU time=29.0070 s, Time Ratio=92.5294 +Physical time=2685.0000 s, CPU time=29.0140 s, Time Ratio=92.5415 +Physical time=2686.0000 s, CPU time=29.0210 s, Time Ratio=92.5537 +Physical time=2687.0000 s, CPU time=29.0280 s, Time Ratio=92.5658 +Physical time=2688.0000 s, CPU time=29.0420 s, Time Ratio=92.5556 +Physical time=2689.0000 s, CPU time=29.0550 s, Time Ratio=92.5486 +Physical time=2690.0000 s, CPU time=29.0640 s, Time Ratio=92.5544 +Physical time=2691.0000 s, CPU time=29.0750 s, Time Ratio=92.5537 +Physical time=2692.0000 s, CPU time=29.0850 s, Time Ratio=92.5563 +Physical time=2693.0000 s, CPU time=29.0960 s, Time Ratio=92.5557 +Physical time=2694.0000 s, CPU time=29.1080 s, Time Ratio=92.5519 +Physical time=2695.0000 s, CPU time=29.1180 s, Time Ratio=92.5544 +Physical time=2696.0000 s, CPU time=29.1320 s, Time Ratio=92.5443 +Physical time=2697.0000 s, CPU time=29.1410 s, Time Ratio=92.5500 +Physical time=2698.0000 s, CPU time=29.1470 s, Time Ratio=92.5653 +Physical time=2699.0000 s, CPU time=29.1530 s, Time Ratio=92.5805 +Physical time=2700.0000 s, CPU time=29.1640 s, Time Ratio=92.5799 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.758618[degC] + North Wall: T=19.758660[degC] + Ceiling: T=19.757562[degC] + Floor: T=19.760509[degC] + West Wall: T=19.760125[degC] + West Wall (glass, unshaded): T=2.198223[degC] + East Wall: T=19.760110[degC] + East Wall (glass, unshaded): T=2.197572[degC] + East Wall (frame): T=8.400210[degC] + West Wall (frame): T=8.401003[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=2700.000000[s] + Averaged room temperature 17.299935[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.253054[W] + North Wall: -1.251282[W] + Ceiling: -1.178191[W] + Floor: -1.331783[W] + West Wall: -0.651592[W] + West Wall (glass, unshaded): 3.121210[W] + East Wall: -0.656392[W] + East Wall (glass, unshaded): 3.119661[W] + East Wall (frame): 0.459461[W] + West Wall (frame): 0.460361[W] + Sensor Information: + Occupied zone air temperature: 290.449935 + Velocity: 0.044401 +ffd_solver(): Synchronized data at t=2700.000000[s] + +Physical time=2701.0000 s, CPU time=29.3010 s, Time Ratio=92.1812 +Physical time=2702.0000 s, CPU time=29.3070 s, Time Ratio=92.1964 +Physical time=2703.0000 s, CPU time=29.3120 s, Time Ratio=92.2148 +Physical time=2704.0000 s, CPU time=29.3190 s, Time Ratio=92.2269 +Physical time=2705.0000 s, CPU time=29.3250 s, Time Ratio=92.2421 +Physical time=2706.0000 s, CPU time=29.3330 s, Time Ratio=92.2510 +Physical time=2707.0000 s, CPU time=29.3390 s, Time Ratio=92.2663 +Physical time=2708.0000 s, CPU time=29.3460 s, Time Ratio=92.2783 +Physical time=2709.0000 s, CPU time=29.3530 s, Time Ratio=92.2904 +Physical time=2710.0000 s, CPU time=29.3610 s, Time Ratio=92.2993 +Physical time=2711.0000 s, CPU time=29.3660 s, Time Ratio=92.3176 +Physical time=2712.0000 s, CPU time=29.3710 s, Time Ratio=92.3360 +Physical time=2713.0000 s, CPU time=29.3820 s, Time Ratio=92.3354 +Physical time=2714.0000 s, CPU time=29.3920 s, Time Ratio=92.3381 +Physical time=2715.0000 s, CPU time=29.4000 s, Time Ratio=92.3469 +Physical time=2716.0000 s, CPU time=29.4070 s, Time Ratio=92.3590 +Physical time=2717.0000 s, CPU time=29.4150 s, Time Ratio=92.3678 +Physical time=2718.0000 s, CPU time=29.4240 s, Time Ratio=92.3736 +Physical time=2719.0000 s, CPU time=29.4290 s, Time Ratio=92.3919 +Physical time=2720.0000 s, CPU time=29.4350 s, Time Ratio=92.4070 +Physical time=2721.0000 s, CPU time=29.4410 s, Time Ratio=92.4221 +Physical time=2722.0000 s, CPU time=29.4470 s, Time Ratio=92.4373 +Physical time=2723.0000 s, CPU time=29.4540 s, Time Ratio=92.4492 +Physical time=2724.0000 s, CPU time=29.4610 s, Time Ratio=92.4612 +Physical time=2725.0000 s, CPU time=29.4670 s, Time Ratio=92.4763 +Physical time=2726.0000 s, CPU time=29.4730 s, Time Ratio=92.4914 +Physical time=2727.0000 s, CPU time=29.4780 s, Time Ratio=92.5097 +Physical time=2728.0000 s, CPU time=29.4870 s, Time Ratio=92.5153 +Physical time=2729.0000 s, CPU time=29.4970 s, Time Ratio=92.5179 +Physical time=2730.0000 s, CPU time=29.5050 s, Time Ratio=92.5267 +Physical time=2731.0000 s, CPU time=29.5120 s, Time Ratio=92.5386 +Physical time=2732.0000 s, CPU time=29.5180 s, Time Ratio=92.5537 +Physical time=2733.0000 s, CPU time=29.5240 s, Time Ratio=92.5688 +Physical time=2734.0000 s, CPU time=29.5290 s, Time Ratio=92.5869 +Physical time=2735.0000 s, CPU time=29.5370 s, Time Ratio=92.5957 +Physical time=2736.0000 s, CPU time=29.5430 s, Time Ratio=92.6108 +Physical time=2737.0000 s, CPU time=29.5510 s, Time Ratio=92.6195 +Physical time=2738.0000 s, CPU time=29.5580 s, Time Ratio=92.6314 +Physical time=2739.0000 s, CPU time=29.5640 s, Time Ratio=92.6465 +Physical time=2740.0000 s, CPU time=29.5690 s, Time Ratio=92.6646 +Physical time=2741.0000 s, CPU time=29.5750 s, Time Ratio=92.6796 +Physical time=2742.0000 s, CPU time=29.5800 s, Time Ratio=92.6978 +Physical time=2743.0000 s, CPU time=29.5870 s, Time Ratio=92.7096 +Physical time=2744.0000 s, CPU time=29.5920 s, Time Ratio=92.7278 +Physical time=2745.0000 s, CPU time=29.5980 s, Time Ratio=92.7428 +Physical time=2746.0000 s, CPU time=29.6030 s, Time Ratio=92.7609 +Physical time=2747.0000 s, CPU time=29.6110 s, Time Ratio=92.7696 +Physical time=2748.0000 s, CPU time=29.6160 s, Time Ratio=92.7877 +Physical time=2749.0000 s, CPU time=29.6210 s, Time Ratio=92.8058 +Physical time=2750.0000 s, CPU time=29.6270 s, Time Ratio=92.8207 +Physical time=2751.0000 s, CPU time=29.6320 s, Time Ratio=92.8388 +Physical time=2752.0000 s, CPU time=29.6380 s, Time Ratio=92.8538 +Physical time=2753.0000 s, CPU time=29.6430 s, Time Ratio=92.8718 +Physical time=2754.0000 s, CPU time=29.6490 s, Time Ratio=92.8868 +Physical time=2755.0000 s, CPU time=29.6550 s, Time Ratio=92.9017 +Physical time=2756.0000 s, CPU time=29.6610 s, Time Ratio=92.9166 +Physical time=2757.0000 s, CPU time=29.6670 s, Time Ratio=92.9315 +Physical time=2758.0000 s, CPU time=29.6730 s, Time Ratio=92.9464 +Physical time=2759.0000 s, CPU time=29.6780 s, Time Ratio=92.9645 +Physical time=2760.0000 s, CPU time=29.6850 s, Time Ratio=92.9763 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.754020[degC] + North Wall: T=19.754063[degC] + Ceiling: T=19.752944[degC] + Floor: T=19.755941[degC] + West Wall: T=19.755547[degC] + West Wall (glass, unshaded): T=2.194281[degC] + East Wall: T=19.755537[degC] + East Wall (glass, unshaded): T=2.193665[degC] + East Wall (frame): T=8.390426[degC] + West Wall (frame): T=8.391215[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=2760.000000[s] + Averaged room temperature 17.290945[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.249208[W] + North Wall: -1.251313[W] + Ceiling: -1.205465[W] + Floor: -1.368677[W] + West Wall: -0.671192[W] + West Wall (glass, unshaded): 3.117448[W] + East Wall: -0.671831[W] + East Wall (glass, unshaded): 3.117723[W] + East Wall (frame): 0.457310[W] + West Wall (frame): 0.457347[W] + Sensor Information: + Occupied zone air temperature: 290.440945 + Velocity: 0.065274 +ffd_solver(): Synchronized data at t=2760.000000[s] + +Physical time=2761.0000 s, CPU time=29.7910 s, Time Ratio=92.6790 +Physical time=2762.0000 s, CPU time=29.7960 s, Time Ratio=92.6970 +Physical time=2763.0000 s, CPU time=29.8020 s, Time Ratio=92.7119 +Physical time=2764.0000 s, CPU time=29.8070 s, Time Ratio=92.7299 +Physical time=2765.0000 s, CPU time=29.8120 s, Time Ratio=92.7479 +Physical time=2766.0000 s, CPU time=29.8170 s, Time Ratio=92.7659 +Physical time=2767.0000 s, CPU time=29.8230 s, Time Ratio=92.7807 +Physical time=2768.0000 s, CPU time=29.8280 s, Time Ratio=92.7987 +Physical time=2769.0000 s, CPU time=29.8340 s, Time Ratio=92.8136 +Physical time=2770.0000 s, CPU time=29.8410 s, Time Ratio=92.8253 +Physical time=2771.0000 s, CPU time=29.8470 s, Time Ratio=92.8402 +Physical time=2772.0000 s, CPU time=29.8530 s, Time Ratio=92.8550 +Physical time=2773.0000 s, CPU time=29.8600 s, Time Ratio=92.8667 +Physical time=2774.0000 s, CPU time=29.8650 s, Time Ratio=92.8846 +Physical time=2775.0000 s, CPU time=29.8720 s, Time Ratio=92.8964 +Physical time=2776.0000 s, CPU time=29.8790 s, Time Ratio=92.9081 +Physical time=2777.0000 s, CPU time=29.8850 s, Time Ratio=92.9229 +Physical time=2778.0000 s, CPU time=29.8920 s, Time Ratio=92.9346 +Physical time=2779.0000 s, CPU time=29.8990 s, Time Ratio=92.9463 +Physical time=2780.0000 s, CPU time=29.9050 s, Time Ratio=92.9610 +Physical time=2781.0000 s, CPU time=29.9120 s, Time Ratio=92.9727 +Physical time=2782.0000 s, CPU time=29.9210 s, Time Ratio=92.9782 +Physical time=2783.0000 s, CPU time=29.9310 s, Time Ratio=92.9805 +Physical time=2784.0000 s, CPU time=29.9400 s, Time Ratio=92.9860 +Physical time=2785.0000 s, CPU time=29.9470 s, Time Ratio=92.9976 +Physical time=2786.0000 s, CPU time=29.9540 s, Time Ratio=93.0093 +Physical time=2787.0000 s, CPU time=29.9600 s, Time Ratio=93.0240 +Physical time=2788.0000 s, CPU time=29.9660 s, Time Ratio=93.0388 +Physical time=2789.0000 s, CPU time=29.9700 s, Time Ratio=93.0597 +Physical time=2790.0000 s, CPU time=29.9760 s, Time Ratio=93.0745 +Physical time=2791.0000 s, CPU time=29.9810 s, Time Ratio=93.0923 +Physical time=2792.0000 s, CPU time=29.9860 s, Time Ratio=93.1101 +Physical time=2793.0000 s, CPU time=29.9920 s, Time Ratio=93.1248 +Physical time=2794.0000 s, CPU time=29.9980 s, Time Ratio=93.1395 +Physical time=2795.0000 s, CPU time=30.0050 s, Time Ratio=93.1511 +Physical time=2796.0000 s, CPU time=30.0160 s, Time Ratio=93.1503 +Physical time=2797.0000 s, CPU time=30.0250 s, Time Ratio=93.1557 +Physical time=2798.0000 s, CPU time=30.0320 s, Time Ratio=93.1673 +Physical time=2799.0000 s, CPU time=30.0380 s, Time Ratio=93.1820 +Physical time=2800.0000 s, CPU time=30.0450 s, Time Ratio=93.1935 +Physical time=2801.0000 s, CPU time=30.0530 s, Time Ratio=93.2020 +Physical time=2802.0000 s, CPU time=30.0600 s, Time Ratio=93.2136 +Physical time=2803.0000 s, CPU time=30.0670 s, Time Ratio=93.2251 +Physical time=2804.0000 s, CPU time=30.0790 s, Time Ratio=93.2212 +Physical time=2805.0000 s, CPU time=30.0860 s, Time Ratio=93.2327 +Physical time=2806.0000 s, CPU time=30.0980 s, Time Ratio=93.2288 +Physical time=2807.0000 s, CPU time=30.1070 s, Time Ratio=93.2341 +Physical time=2808.0000 s, CPU time=30.1140 s, Time Ratio=93.2457 +Physical time=2809.0000 s, CPU time=30.1250 s, Time Ratio=93.2448 +Physical time=2810.0000 s, CPU time=30.1340 s, Time Ratio=93.2501 +Physical time=2811.0000 s, CPU time=30.1430 s, Time Ratio=93.2555 +Physical time=2812.0000 s, CPU time=30.1520 s, Time Ratio=93.2608 +Physical time=2813.0000 s, CPU time=30.1600 s, Time Ratio=93.2692 +Physical time=2814.0000 s, CPU time=30.1720 s, Time Ratio=93.2653 +Physical time=2815.0000 s, CPU time=30.1810 s, Time Ratio=93.2706 +Physical time=2816.0000 s, CPU time=30.1930 s, Time Ratio=93.2667 +Physical time=2817.0000 s, CPU time=30.2010 s, Time Ratio=93.2751 +Physical time=2818.0000 s, CPU time=30.2120 s, Time Ratio=93.2742 +Physical time=2819.0000 s, CPU time=30.2210 s, Time Ratio=93.2795 +Physical time=2820.0000 s, CPU time=30.2300 s, Time Ratio=93.2848 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.749457[degC] + North Wall: T=19.749499[degC] + Ceiling: T=19.748357[degC] + Floor: T=19.751415[degC] + West Wall: T=19.751004[degC] + West Wall (glass, unshaded): T=2.190761[degC] + East Wall: T=19.751002[degC] + East Wall (glass, unshaded): T=2.190225[degC] + East Wall (frame): T=8.380816[degC] + West Wall (frame): T=8.381575[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=2820.000000[s] + Averaged room temperature 17.292287[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.241859[W] + North Wall: -1.245543[W] + Ceiling: -1.205046[W] + Floor: -1.332127[W] + West Wall: -0.662037[W] + West Wall (glass, unshaded): 3.125710[W] + East Wall: -0.659494[W] + East Wall (glass, unshaded): 3.128437[W] + East Wall (frame): 0.459426[W] + West Wall (frame): 0.458937[W] + Sensor Information: + Occupied zone air temperature: 290.442287 + Velocity: 0.031456 +ffd_solver(): Synchronized data at t=2820.000000[s] + +Physical time=2821.0000 s, CPU time=30.3360 s, Time Ratio=92.9918 +Physical time=2822.0000 s, CPU time=30.3450 s, Time Ratio=92.9972 +Physical time=2823.0000 s, CPU time=30.3550 s, Time Ratio=92.9995 +Physical time=2824.0000 s, CPU time=30.3620 s, Time Ratio=93.0110 +Physical time=2825.0000 s, CPU time=30.3700 s, Time Ratio=93.0194 +Physical time=2826.0000 s, CPU time=30.3750 s, Time Ratio=93.0370 +Physical time=2827.0000 s, CPU time=30.3870 s, Time Ratio=93.0332 +Physical time=2828.0000 s, CPU time=30.3940 s, Time Ratio=93.0447 +Physical time=2829.0000 s, CPU time=30.4020 s, Time Ratio=93.0531 +Physical time=2830.0000 s, CPU time=30.4090 s, Time Ratio=93.0646 +Physical time=2831.0000 s, CPU time=30.4200 s, Time Ratio=93.0638 +Physical time=2832.0000 s, CPU time=30.4270 s, Time Ratio=93.0752 +Physical time=2833.0000 s, CPU time=30.4350 s, Time Ratio=93.0836 +Physical time=2834.0000 s, CPU time=30.4520 s, Time Ratio=93.0645 +Physical time=2835.0000 s, CPU time=30.4670 s, Time Ratio=93.0515 +Physical time=2836.0000 s, CPU time=30.4810 s, Time Ratio=93.0416 +Physical time=2837.0000 s, CPU time=30.4980 s, Time Ratio=93.0225 +Physical time=2838.0000 s, CPU time=30.5100 s, Time Ratio=93.0187 +Physical time=2839.0000 s, CPU time=30.5200 s, Time Ratio=93.0210 +Physical time=2840.0000 s, CPU time=30.5320 s, Time Ratio=93.0172 +Physical time=2841.0000 s, CPU time=30.5430 s, Time Ratio=93.0164 +Physical time=2842.0000 s, CPU time=30.5540 s, Time Ratio=93.0156 +Physical time=2843.0000 s, CPU time=30.5640 s, Time Ratio=93.0179 +Physical time=2844.0000 s, CPU time=30.5730 s, Time Ratio=93.0233 +Physical time=2845.0000 s, CPU time=30.5810 s, Time Ratio=93.0316 +Physical time=2846.0000 s, CPU time=30.5880 s, Time Ratio=93.0430 +Physical time=2847.0000 s, CPU time=30.5950 s, Time Ratio=93.0544 +Physical time=2848.0000 s, CPU time=30.6010 s, Time Ratio=93.0689 +Physical time=2849.0000 s, CPU time=30.6070 s, Time Ratio=93.0833 +Physical time=2850.0000 s, CPU time=30.6120 s, Time Ratio=93.1007 +Physical time=2851.0000 s, CPU time=30.6170 s, Time Ratio=93.1182 +Physical time=2852.0000 s, CPU time=30.6230 s, Time Ratio=93.1326 +Physical time=2853.0000 s, CPU time=30.6280 s, Time Ratio=93.1501 +Physical time=2854.0000 s, CPU time=30.6330 s, Time Ratio=93.1675 +Physical time=2855.0000 s, CPU time=30.6380 s, Time Ratio=93.1849 +Physical time=2856.0000 s, CPU time=30.6430 s, Time Ratio=93.2024 +Physical time=2857.0000 s, CPU time=30.6490 s, Time Ratio=93.2167 +Physical time=2858.0000 s, CPU time=30.6540 s, Time Ratio=93.2342 +Physical time=2859.0000 s, CPU time=30.6590 s, Time Ratio=93.2516 +Physical time=2860.0000 s, CPU time=30.6650 s, Time Ratio=93.2659 +Physical time=2861.0000 s, CPU time=30.6700 s, Time Ratio=93.2833 +Physical time=2862.0000 s, CPU time=30.6760 s, Time Ratio=93.2977 +Physical time=2863.0000 s, CPU time=30.6810 s, Time Ratio=93.3151 +Physical time=2864.0000 s, CPU time=30.6870 s, Time Ratio=93.3294 +Physical time=2865.0000 s, CPU time=30.6930 s, Time Ratio=93.3438 +Physical time=2866.0000 s, CPU time=30.7000 s, Time Ratio=93.3550 +Physical time=2867.0000 s, CPU time=30.7070 s, Time Ratio=93.3663 +Physical time=2868.0000 s, CPU time=30.7130 s, Time Ratio=93.3807 +Physical time=2869.0000 s, CPU time=30.7190 s, Time Ratio=93.3950 +Physical time=2870.0000 s, CPU time=30.7240 s, Time Ratio=93.4123 +Physical time=2871.0000 s, CPU time=30.7300 s, Time Ratio=93.4266 +Physical time=2872.0000 s, CPU time=30.7350 s, Time Ratio=93.4440 +Physical time=2873.0000 s, CPU time=30.7410 s, Time Ratio=93.4582 +Physical time=2874.0000 s, CPU time=30.7480 s, Time Ratio=93.4695 +Physical time=2875.0000 s, CPU time=30.7550 s, Time Ratio=93.4807 +Physical time=2876.0000 s, CPU time=30.7620 s, Time Ratio=93.4920 +Physical time=2877.0000 s, CPU time=30.7700 s, Time Ratio=93.5002 +Physical time=2878.0000 s, CPU time=30.7790 s, Time Ratio=93.5053 +Physical time=2879.0000 s, CPU time=30.7850 s, Time Ratio=93.5196 +Physical time=2880.0000 s, CPU time=30.7950 s, Time Ratio=93.5217 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.744921[degC] + North Wall: T=19.744964[degC] + Ceiling: T=19.743808[degC] + Floor: T=19.746919[degC] + West Wall: T=19.746498[degC] + West Wall (glass, unshaded): T=2.187462[degC] + East Wall: T=19.746500[degC] + East Wall (glass, unshaded): T=2.186938[degC] + East Wall (frame): T=8.371348[degC] + West Wall (frame): T=8.372099[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=2880.000000[s] + Averaged room temperature 17.278569[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.254048[W] + North Wall: -1.257792[W] + Ceiling: -1.181750[W] + Floor: -1.341728[W] + West Wall: -0.657934[W] + West Wall (glass, unshaded): 3.115412[W] + East Wall: -0.657590[W] + East Wall (glass, unshaded): 3.116085[W] + East Wall (frame): 0.460040[W] + West Wall (frame): 0.460120[W] + Sensor Information: + Occupied zone air temperature: 290.428569 + Velocity: 0.063966 +ffd_solver(): Synchronized data at t=2880.000000[s] + +Physical time=2881.0000 s, CPU time=30.9040 s, Time Ratio=93.2242 +Physical time=2882.0000 s, CPU time=30.9090 s, Time Ratio=93.2415 +Physical time=2883.0000 s, CPU time=30.9150 s, Time Ratio=93.2557 +Physical time=2884.0000 s, CPU time=30.9200 s, Time Ratio=93.2730 +Physical time=2885.0000 s, CPU time=30.9250 s, Time Ratio=93.2902 +Physical time=2886.0000 s, CPU time=30.9310 s, Time Ratio=93.3045 +Physical time=2887.0000 s, CPU time=30.9360 s, Time Ratio=93.3217 +Physical time=2888.0000 s, CPU time=30.9480 s, Time Ratio=93.3178 +Physical time=2889.0000 s, CPU time=30.9540 s, Time Ratio=93.3320 +Physical time=2890.0000 s, CPU time=30.9650 s, Time Ratio=93.3312 +Physical time=2891.0000 s, CPU time=30.9710 s, Time Ratio=93.3454 +Physical time=2892.0000 s, CPU time=30.9780 s, Time Ratio=93.3566 +Physical time=2893.0000 s, CPU time=30.9840 s, Time Ratio=93.3708 +Physical time=2894.0000 s, CPU time=30.9910 s, Time Ratio=93.3819 +Physical time=2895.0000 s, CPU time=31.0020 s, Time Ratio=93.3811 +Physical time=2896.0000 s, CPU time=31.0090 s, Time Ratio=93.3922 +Physical time=2897.0000 s, CPU time=31.0160 s, Time Ratio=93.4034 +Physical time=2898.0000 s, CPU time=31.0240 s, Time Ratio=93.4116 +Physical time=2899.0000 s, CPU time=31.0330 s, Time Ratio=93.4167 +Physical time=2900.0000 s, CPU time=31.0410 s, Time Ratio=93.4248 +Physical time=2901.0000 s, CPU time=31.0500 s, Time Ratio=93.4300 +Physical time=2902.0000 s, CPU time=31.0610 s, Time Ratio=93.4291 +Physical time=2903.0000 s, CPU time=31.0730 s, Time Ratio=93.4252 +Physical time=2904.0000 s, CPU time=31.0890 s, Time Ratio=93.4092 +Physical time=2905.0000 s, CPU time=31.1000 s, Time Ratio=93.4084 +Physical time=2906.0000 s, CPU time=31.1150 s, Time Ratio=93.3955 +Physical time=2907.0000 s, CPU time=31.1220 s, Time Ratio=93.4066 +Physical time=2908.0000 s, CPU time=31.1320 s, Time Ratio=93.4087 +Physical time=2909.0000 s, CPU time=31.1410 s, Time Ratio=93.4138 +Physical time=2910.0000 s, CPU time=31.1480 s, Time Ratio=93.4249 +Physical time=2911.0000 s, CPU time=31.1580 s, Time Ratio=93.4270 +Physical time=2912.0000 s, CPU time=31.1670 s, Time Ratio=93.4322 +Physical time=2913.0000 s, CPU time=31.1730 s, Time Ratio=93.4463 +Physical time=2914.0000 s, CPU time=31.1810 s, Time Ratio=93.4543 +Physical time=2915.0000 s, CPU time=31.1860 s, Time Ratio=93.4714 +Physical time=2916.0000 s, CPU time=31.1930 s, Time Ratio=93.4825 +Physical time=2917.0000 s, CPU time=31.1990 s, Time Ratio=93.4966 +Physical time=2918.0000 s, CPU time=31.2040 s, Time Ratio=93.5137 +Physical time=2919.0000 s, CPU time=31.2090 s, Time Ratio=93.5307 +Physical time=2920.0000 s, CPU time=31.2160 s, Time Ratio=93.5418 +Physical time=2921.0000 s, CPU time=31.2230 s, Time Ratio=93.5528 +Physical time=2922.0000 s, CPU time=31.2310 s, Time Ratio=93.5609 +Physical time=2923.0000 s, CPU time=31.2420 s, Time Ratio=93.5600 +Physical time=2924.0000 s, CPU time=31.2490 s, Time Ratio=93.5710 +Physical time=2925.0000 s, CPU time=31.2610 s, Time Ratio=93.5671 +Physical time=2926.0000 s, CPU time=31.2660 s, Time Ratio=93.5841 +Physical time=2927.0000 s, CPU time=31.2760 s, Time Ratio=93.5861 +Physical time=2928.0000 s, CPU time=31.2860 s, Time Ratio=93.5882 +Physical time=2929.0000 s, CPU time=31.2960 s, Time Ratio=93.5902 +Physical time=2930.0000 s, CPU time=31.3050 s, Time Ratio=93.5953 +Physical time=2931.0000 s, CPU time=31.3110 s, Time Ratio=93.6093 +Physical time=2932.0000 s, CPU time=31.3180 s, Time Ratio=93.6203 +Physical time=2933.0000 s, CPU time=31.3260 s, Time Ratio=93.6283 +Physical time=2934.0000 s, CPU time=31.3330 s, Time Ratio=93.6393 +Physical time=2935.0000 s, CPU time=31.3400 s, Time Ratio=93.6503 +Physical time=2936.0000 s, CPU time=31.3470 s, Time Ratio=93.6613 +Physical time=2937.0000 s, CPU time=31.3530 s, Time Ratio=93.6752 +Physical time=2938.0000 s, CPU time=31.3600 s, Time Ratio=93.6862 +Physical time=2939.0000 s, CPU time=31.3680 s, Time Ratio=93.6942 +Physical time=2940.0000 s, CPU time=31.3760 s, Time Ratio=93.7022 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.740415[degC] + North Wall: T=19.740460[degC] + Ceiling: T=19.739281[degC] + Floor: T=19.742443[degC] + West Wall: T=19.742013[degC] + West Wall (glass, unshaded): T=2.184470[degC] + East Wall: T=19.742017[degC] + East Wall (glass, unshaded): T=2.183954[degC] + East Wall (frame): T=8.361979[degC] + West Wall (frame): T=8.362722[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=2940.000000[s] + Averaged room temperature 17.285173[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.236809[W] + North Wall: -1.251412[W] + Ceiling: -1.219086[W] + Floor: -1.348720[W] + West Wall: -0.672871[W] + West Wall (glass, unshaded): 3.120334[W] + East Wall: -0.663751[W] + East Wall (glass, unshaded): 3.126307[W] + East Wall (frame): 0.460373[W] + West Wall (frame): 0.456481[W] + Sensor Information: + Occupied zone air temperature: 290.435173 + Velocity: 0.019398 +ffd_solver(): Synchronized data at t=2940.000000[s] + +Physical time=2941.0000 s, CPU time=31.4840 s, Time Ratio=93.4125 +Physical time=2942.0000 s, CPU time=31.4960 s, Time Ratio=93.4087 +Physical time=2943.0000 s, CPU time=31.5060 s, Time Ratio=93.4108 +Physical time=2944.0000 s, CPU time=31.5130 s, Time Ratio=93.4218 +Physical time=2945.0000 s, CPU time=31.5190 s, Time Ratio=93.4357 +Physical time=2946.0000 s, CPU time=31.5250 s, Time Ratio=93.4496 +Physical time=2947.0000 s, CPU time=31.5320 s, Time Ratio=93.4606 +Physical time=2948.0000 s, CPU time=31.5390 s, Time Ratio=93.4716 +Physical time=2949.0000 s, CPU time=31.5470 s, Time Ratio=93.4796 +Physical time=2950.0000 s, CPU time=31.5570 s, Time Ratio=93.4816 +Physical time=2951.0000 s, CPU time=31.5680 s, Time Ratio=93.4807 +Physical time=2952.0000 s, CPU time=31.5740 s, Time Ratio=93.4946 +Physical time=2953.0000 s, CPU time=31.5840 s, Time Ratio=93.4967 +Physical time=2954.0000 s, CPU time=31.5920 s, Time Ratio=93.5047 +Physical time=2955.0000 s, CPU time=31.5980 s, Time Ratio=93.5186 +Physical time=2956.0000 s, CPU time=31.6030 s, Time Ratio=93.5354 +Physical time=2957.0000 s, CPU time=31.6090 s, Time Ratio=93.5493 +Physical time=2958.0000 s, CPU time=31.6140 s, Time Ratio=93.5661 +Physical time=2959.0000 s, CPU time=31.6200 s, Time Ratio=93.5800 +Physical time=2960.0000 s, CPU time=31.6250 s, Time Ratio=93.5968 +Physical time=2961.0000 s, CPU time=31.6310 s, Time Ratio=93.6107 +Physical time=2962.0000 s, CPU time=31.6370 s, Time Ratio=93.6246 +Physical time=2963.0000 s, CPU time=31.6420 s, Time Ratio=93.6414 +Physical time=2964.0000 s, CPU time=31.6480 s, Time Ratio=93.6552 +Physical time=2965.0000 s, CPU time=31.6540 s, Time Ratio=93.6690 +Physical time=2966.0000 s, CPU time=31.6590 s, Time Ratio=93.6858 +Physical time=2967.0000 s, CPU time=31.6640 s, Time Ratio=93.7026 +Physical time=2968.0000 s, CPU time=31.6700 s, Time Ratio=93.7165 +Physical time=2969.0000 s, CPU time=31.6760 s, Time Ratio=93.7303 +Physical time=2970.0000 s, CPU time=31.6820 s, Time Ratio=93.7441 +Physical time=2971.0000 s, CPU time=31.6870 s, Time Ratio=93.7608 +Physical time=2972.0000 s, CPU time=31.6920 s, Time Ratio=93.7776 +Physical time=2973.0000 s, CPU time=31.6980 s, Time Ratio=93.7914 +Physical time=2974.0000 s, CPU time=31.7030 s, Time Ratio=93.8082 +Physical time=2975.0000 s, CPU time=31.7090 s, Time Ratio=93.8219 +Physical time=2976.0000 s, CPU time=31.7140 s, Time Ratio=93.8387 +Physical time=2977.0000 s, CPU time=31.7210 s, Time Ratio=93.8495 +Physical time=2978.0000 s, CPU time=31.7280 s, Time Ratio=93.8603 +Physical time=2979.0000 s, CPU time=31.7360 s, Time Ratio=93.8682 +Physical time=2980.0000 s, CPU time=31.7450 s, Time Ratio=93.8731 +Physical time=2981.0000 s, CPU time=31.7520 s, Time Ratio=93.8838 +Physical time=2982.0000 s, CPU time=31.7580 s, Time Ratio=93.8976 +Physical time=2983.0000 s, CPU time=31.7640 s, Time Ratio=93.9113 +Physical time=2984.0000 s, CPU time=31.7690 s, Time Ratio=93.9280 +Physical time=2985.0000 s, CPU time=31.7740 s, Time Ratio=93.9447 +Physical time=2986.0000 s, CPU time=31.7800 s, Time Ratio=93.9585 +Physical time=2987.0000 s, CPU time=31.7850 s, Time Ratio=93.9751 +Physical time=2988.0000 s, CPU time=31.7900 s, Time Ratio=93.9918 +Physical time=2989.0000 s, CPU time=31.7940 s, Time Ratio=94.0114 +Physical time=2990.0000 s, CPU time=31.8010 s, Time Ratio=94.0222 +Physical time=2991.0000 s, CPU time=31.8100 s, Time Ratio=94.0270 +Physical time=2992.0000 s, CPU time=31.8180 s, Time Ratio=94.0348 +Physical time=2993.0000 s, CPU time=31.8260 s, Time Ratio=94.0426 +Physical time=2994.0000 s, CPU time=31.8320 s, Time Ratio=94.0563 +Physical time=2995.0000 s, CPU time=31.8390 s, Time Ratio=94.0670 +Physical time=2996.0000 s, CPU time=31.8460 s, Time Ratio=94.0777 +Physical time=2997.0000 s, CPU time=31.8590 s, Time Ratio=94.0707 +Physical time=2998.0000 s, CPU time=31.8690 s, Time Ratio=94.0726 +Physical time=2999.0000 s, CPU time=31.8770 s, Time Ratio=94.0804 +Physical time=3000.0000 s, CPU time=31.8860 s, Time Ratio=94.0852 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.735936[degC] + North Wall: T=19.735986[degC] + Ceiling: T=19.734787[degC] + Floor: T=19.738001[degC] + West Wall: T=19.737562[degC] + West Wall (glass, unshaded): T=2.181812[degC] + East Wall: T=19.737565[degC] + East Wall (glass, unshaded): T=2.181257[degC] + East Wall (frame): T=8.352738[degC] + West Wall (frame): T=8.353524[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=3000.000000[s] + Averaged room temperature 17.277281[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.250553[W] + North Wall: -1.246701[W] + Ceiling: -1.214424[W] + Floor: -1.344796[W] + West Wall: -0.658766[W] + West Wall (glass, unshaded): 3.116811[W] + East Wall: -0.659887[W] + East Wall (glass, unshaded): 3.124450[W] + East Wall (frame): 0.461335[W] + West Wall (frame): 0.461157[W] + Sensor Information: + Occupied zone air temperature: 290.427281 + Velocity: 0.036499 +ffd_solver(): Synchronized data at t=3000.000000[s] + +Physical time=3001.0000 s, CPU time=32.0120 s, Time Ratio=93.7461 +Physical time=3002.0000 s, CPU time=32.0180 s, Time Ratio=93.7598 +Physical time=3003.0000 s, CPU time=32.0250 s, Time Ratio=93.7705 +Physical time=3004.0000 s, CPU time=32.0310 s, Time Ratio=93.7841 +Physical time=3005.0000 s, CPU time=32.0370 s, Time Ratio=93.7978 +Physical time=3006.0000 s, CPU time=32.0460 s, Time Ratio=93.8027 +Physical time=3007.0000 s, CPU time=32.0510 s, Time Ratio=93.8192 +Physical time=3008.0000 s, CPU time=32.0560 s, Time Ratio=93.8358 +Physical time=3009.0000 s, CPU time=32.0610 s, Time Ratio=93.8523 +Physical time=3010.0000 s, CPU time=32.0660 s, Time Ratio=93.8689 +Physical time=3011.0000 s, CPU time=32.0720 s, Time Ratio=93.8825 +Physical time=3012.0000 s, CPU time=32.0780 s, Time Ratio=93.8961 +Physical time=3013.0000 s, CPU time=32.0850 s, Time Ratio=93.9068 +Physical time=3014.0000 s, CPU time=32.0910 s, Time Ratio=93.9204 +Physical time=3015.0000 s, CPU time=32.0970 s, Time Ratio=93.9340 +Physical time=3016.0000 s, CPU time=32.1030 s, Time Ratio=93.9476 +Physical time=3017.0000 s, CPU time=32.1080 s, Time Ratio=93.9641 +Physical time=3018.0000 s, CPU time=32.1190 s, Time Ratio=93.9631 +Physical time=3019.0000 s, CPU time=32.1250 s, Time Ratio=93.9767 +Physical time=3020.0000 s, CPU time=32.1310 s, Time Ratio=93.9902 +Physical time=3021.0000 s, CPU time=32.1360 s, Time Ratio=94.0067 +Physical time=3022.0000 s, CPU time=32.1420 s, Time Ratio=94.0203 +Physical time=3023.0000 s, CPU time=32.1470 s, Time Ratio=94.0368 +Physical time=3024.0000 s, CPU time=32.1520 s, Time Ratio=94.0532 +Physical time=3025.0000 s, CPU time=32.1570 s, Time Ratio=94.0697 +Physical time=3026.0000 s, CPU time=32.1620 s, Time Ratio=94.0862 +Physical time=3027.0000 s, CPU time=32.1670 s, Time Ratio=94.1027 +Physical time=3028.0000 s, CPU time=32.1720 s, Time Ratio=94.1191 +Physical time=3029.0000 s, CPU time=32.1770 s, Time Ratio=94.1356 +Physical time=3030.0000 s, CPU time=32.1820 s, Time Ratio=94.1520 +Physical time=3031.0000 s, CPU time=32.1870 s, Time Ratio=94.1685 +Physical time=3032.0000 s, CPU time=32.1920 s, Time Ratio=94.1849 +Physical time=3033.0000 s, CPU time=32.1990 s, Time Ratio=94.1955 +Physical time=3034.0000 s, CPU time=32.2060 s, Time Ratio=94.2060 +Physical time=3035.0000 s, CPU time=32.2140 s, Time Ratio=94.2137 +Physical time=3036.0000 s, CPU time=32.2230 s, Time Ratio=94.2184 +Physical time=3037.0000 s, CPU time=32.2350 s, Time Ratio=94.2144 +Physical time=3038.0000 s, CPU time=32.2510 s, Time Ratio=94.1986 +Physical time=3039.0000 s, CPU time=32.2670 s, Time Ratio=94.1829 +Physical time=3040.0000 s, CPU time=32.2830 s, Time Ratio=94.1672 +Physical time=3041.0000 s, CPU time=32.2970 s, Time Ratio=94.1574 +Physical time=3042.0000 s, CPU time=32.3090 s, Time Ratio=94.1533 +Physical time=3043.0000 s, CPU time=32.3190 s, Time Ratio=94.1551 +Physical time=3044.0000 s, CPU time=32.3270 s, Time Ratio=94.1628 +Physical time=3045.0000 s, CPU time=32.3340 s, Time Ratio=94.1733 +Physical time=3046.0000 s, CPU time=32.3400 s, Time Ratio=94.1868 +Physical time=3047.0000 s, CPU time=32.3460 s, Time Ratio=94.2002 +Physical time=3048.0000 s, CPU time=32.3510 s, Time Ratio=94.2166 +Physical time=3049.0000 s, CPU time=32.3560 s, Time Ratio=94.2329 +Physical time=3050.0000 s, CPU time=32.3610 s, Time Ratio=94.2493 +Physical time=3051.0000 s, CPU time=32.3660 s, Time Ratio=94.2656 +Physical time=3052.0000 s, CPU time=32.3710 s, Time Ratio=94.2819 +Physical time=3053.0000 s, CPU time=32.3760 s, Time Ratio=94.2982 +Physical time=3054.0000 s, CPU time=32.3870 s, Time Ratio=94.2971 +Physical time=3055.0000 s, CPU time=32.3920 s, Time Ratio=94.3134 +Physical time=3056.0000 s, CPU time=32.3970 s, Time Ratio=94.3297 +Physical time=3057.0000 s, CPU time=32.4020 s, Time Ratio=94.3460 +Physical time=3058.0000 s, CPU time=32.4070 s, Time Ratio=94.3623 +Physical time=3059.0000 s, CPU time=32.4120 s, Time Ratio=94.3786 +Physical time=3060.0000 s, CPU time=32.4290 s, Time Ratio=94.3600 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.731484[degC] + North Wall: T=19.731537[degC] + Ceiling: T=19.730330[degC] + Floor: T=19.733587[degC] + West Wall: T=19.733140[degC] + West Wall (glass, unshaded): T=2.179383[degC] + East Wall: T=19.733142[degC] + East Wall (glass, unshaded): T=2.178700[degC] + East Wall (frame): T=8.343619[degC] + West Wall (frame): T=8.344451[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=3060.000000[s] + Averaged room temperature 17.257992[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.253787[W] + North Wall: -1.259032[W] + Ceiling: -1.207243[W] + Floor: -1.374840[W] + West Wall: -0.672647[W] + West Wall (glass, unshaded): 3.110590[W] + East Wall: -0.666300[W] + East Wall (glass, unshaded): 3.117802[W] + East Wall (frame): 0.460954[W] + West Wall (frame): 0.458175[W] + Sensor Information: + Occupied zone air temperature: 290.407992 + Velocity: 0.013926 +ffd_solver(): Synchronized data at t=3060.000000[s] + +Physical time=3061.0000 s, CPU time=32.5780 s, Time Ratio=93.9591 +Physical time=3062.0000 s, CPU time=32.5840 s, Time Ratio=93.9725 +Physical time=3063.0000 s, CPU time=32.5940 s, Time Ratio=93.9744 +Physical time=3064.0000 s, CPU time=32.5990 s, Time Ratio=93.9906 +Physical time=3065.0000 s, CPU time=32.6050 s, Time Ratio=94.0040 +Physical time=3066.0000 s, CPU time=32.6130 s, Time Ratio=94.0116 +Physical time=3067.0000 s, CPU time=32.6200 s, Time Ratio=94.0221 +Physical time=3068.0000 s, CPU time=32.6260 s, Time Ratio=94.0354 +Physical time=3069.0000 s, CPU time=32.6320 s, Time Ratio=94.0488 +Physical time=3070.0000 s, CPU time=32.6380 s, Time Ratio=94.0621 +Physical time=3071.0000 s, CPU time=32.6430 s, Time Ratio=94.0784 +Physical time=3072.0000 s, CPU time=32.6490 s, Time Ratio=94.0917 +Physical time=3073.0000 s, CPU time=32.6550 s, Time Ratio=94.1050 +Physical time=3074.0000 s, CPU time=32.6600 s, Time Ratio=94.1212 +Physical time=3075.0000 s, CPU time=32.6660 s, Time Ratio=94.1346 +Physical time=3076.0000 s, CPU time=32.6720 s, Time Ratio=94.1479 +Physical time=3077.0000 s, CPU time=32.6770 s, Time Ratio=94.1641 +Physical time=3078.0000 s, CPU time=32.6820 s, Time Ratio=94.1803 +Physical time=3079.0000 s, CPU time=32.6870 s, Time Ratio=94.1965 +Physical time=3080.0000 s, CPU time=32.6930 s, Time Ratio=94.2098 +Physical time=3081.0000 s, CPU time=32.7000 s, Time Ratio=94.2202 +Physical time=3082.0000 s, CPU time=32.7060 s, Time Ratio=94.2335 +Physical time=3083.0000 s, CPU time=32.7120 s, Time Ratio=94.2468 +Physical time=3084.0000 s, CPU time=32.7200 s, Time Ratio=94.2543 +Physical time=3085.0000 s, CPU time=32.7270 s, Time Ratio=94.2647 +Physical time=3086.0000 s, CPU time=32.7340 s, Time Ratio=94.2751 +Physical time=3087.0000 s, CPU time=32.7410 s, Time Ratio=94.2855 +Physical time=3088.0000 s, CPU time=32.7470 s, Time Ratio=94.2987 +Physical time=3089.0000 s, CPU time=32.7530 s, Time Ratio=94.3120 +Physical time=3090.0000 s, CPU time=32.7610 s, Time Ratio=94.3195 +Physical time=3091.0000 s, CPU time=32.7670 s, Time Ratio=94.3327 +Physical time=3092.0000 s, CPU time=32.7730 s, Time Ratio=94.3460 +Physical time=3093.0000 s, CPU time=32.7800 s, Time Ratio=94.3563 +Physical time=3094.0000 s, CPU time=32.7850 s, Time Ratio=94.3724 +Physical time=3095.0000 s, CPU time=32.7920 s, Time Ratio=94.3828 +Physical time=3096.0000 s, CPU time=32.7980 s, Time Ratio=94.3960 +Physical time=3097.0000 s, CPU time=32.8050 s, Time Ratio=94.4063 +Physical time=3098.0000 s, CPU time=32.8130 s, Time Ratio=94.4138 +Physical time=3099.0000 s, CPU time=32.8190 s, Time Ratio=94.4270 +Physical time=3100.0000 s, CPU time=32.8270 s, Time Ratio=94.4345 +Physical time=3101.0000 s, CPU time=32.8360 s, Time Ratio=94.4390 +Physical time=3102.0000 s, CPU time=32.8470 s, Time Ratio=94.4378 +Physical time=3103.0000 s, CPU time=32.8610 s, Time Ratio=94.4280 +Physical time=3104.0000 s, CPU time=32.8750 s, Time Ratio=94.4183 +Physical time=3105.0000 s, CPU time=32.8830 s, Time Ratio=94.4257 +Physical time=3106.0000 s, CPU time=32.8940 s, Time Ratio=94.4245 +Physical time=3107.0000 s, CPU time=32.9010 s, Time Ratio=94.4348 +Physical time=3108.0000 s, CPU time=32.9090 s, Time Ratio=94.4422 +Physical time=3109.0000 s, CPU time=32.9170 s, Time Ratio=94.4497 +Physical time=3110.0000 s, CPU time=32.9280 s, Time Ratio=94.4485 +Physical time=3111.0000 s, CPU time=32.9360 s, Time Ratio=94.4559 +Physical time=3112.0000 s, CPU time=32.9440 s, Time Ratio=94.4633 +Physical time=3113.0000 s, CPU time=32.9540 s, Time Ratio=94.4650 +Physical time=3114.0000 s, CPU time=32.9610 s, Time Ratio=94.4753 +Physical time=3115.0000 s, CPU time=32.9700 s, Time Ratio=94.4798 +Physical time=3116.0000 s, CPU time=32.9810 s, Time Ratio=94.4786 +Physical time=3117.0000 s, CPU time=32.9900 s, Time Ratio=94.4832 +Physical time=3118.0000 s, CPU time=32.9980 s, Time Ratio=94.4906 +Physical time=3119.0000 s, CPU time=33.0120 s, Time Ratio=94.4808 +Physical time=3120.0000 s, CPU time=33.0220 s, Time Ratio=94.4825 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.727064[degC] + North Wall: T=19.727116[degC] + Ceiling: T=19.725897[degC] + Floor: T=19.729208[degC] + West Wall: T=19.728744[degC] + West Wall (glass, unshaded): T=2.177329[degC] + East Wall: T=19.728748[degC] + East Wall (glass, unshaded): T=2.176514[degC] + East Wall (frame): T=8.334633[degC] + West Wall (frame): T=8.335495[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=3120.000000[s] + Averaged room temperature 17.251322[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.258418[W] + North Wall: -1.261888[W] + Ceiling: -1.203549[W] + Floor: -1.367028[W] + West Wall: -0.674805[W] + West Wall (glass, unshaded): 3.111584[W] + East Wall: -0.662975[W] + East Wall (glass, unshaded): 3.113250[W] + East Wall (frame): 0.460755[W] + West Wall (frame): 0.455427[W] + Sensor Information: + Occupied zone air temperature: 290.401322 + Velocity: 0.018440 +ffd_solver(): Synchronized data at t=3120.000000[s] + +Physical time=3121.0000 s, CPU time=33.1440 s, Time Ratio=94.1649 +Physical time=3122.0000 s, CPU time=33.1500 s, Time Ratio=94.1780 +Physical time=3123.0000 s, CPU time=33.1560 s, Time Ratio=94.1911 +Physical time=3124.0000 s, CPU time=33.1670 s, Time Ratio=94.1900 +Physical time=3125.0000 s, CPU time=33.1890 s, Time Ratio=94.1577 +Physical time=3126.0000 s, CPU time=33.2040 s, Time Ratio=94.1453 +Physical time=3127.0000 s, CPU time=33.2200 s, Time Ratio=94.1300 +Physical time=3128.0000 s, CPU time=33.2330 s, Time Ratio=94.1233 +Physical time=3129.0000 s, CPU time=33.2450 s, Time Ratio=94.1194 +Physical time=3130.0000 s, CPU time=33.2580 s, Time Ratio=94.1127 +Physical time=3131.0000 s, CPU time=33.2690 s, Time Ratio=94.1116 +Physical time=3132.0000 s, CPU time=33.2790 s, Time Ratio=94.1134 +Physical time=3133.0000 s, CPU time=33.2870 s, Time Ratio=94.1208 +Physical time=3134.0000 s, CPU time=33.2940 s, Time Ratio=94.1311 +Physical time=3135.0000 s, CPU time=33.3010 s, Time Ratio=94.1413 +Physical time=3136.0000 s, CPU time=33.3130 s, Time Ratio=94.1374 +Physical time=3137.0000 s, CPU time=33.3250 s, Time Ratio=94.1335 +Physical time=3138.0000 s, CPU time=33.3350 s, Time Ratio=94.1353 +Physical time=3139.0000 s, CPU time=33.3420 s, Time Ratio=94.1455 +Physical time=3140.0000 s, CPU time=33.3510 s, Time Ratio=94.1501 +Physical time=3141.0000 s, CPU time=33.3630 s, Time Ratio=94.1462 +Physical time=3142.0000 s, CPU time=33.3760 s, Time Ratio=94.1395 +Physical time=3143.0000 s, CPU time=33.3880 s, Time Ratio=94.1356 +Physical time=3144.0000 s, CPU time=33.4000 s, Time Ratio=94.1317 +Physical time=3145.0000 s, CPU time=33.4100 s, Time Ratio=94.1335 +Physical time=3146.0000 s, CPU time=33.4190 s, Time Ratio=94.1381 +Physical time=3147.0000 s, CPU time=33.4270 s, Time Ratio=94.1455 +Physical time=3148.0000 s, CPU time=33.4340 s, Time Ratio=94.1556 +Physical time=3149.0000 s, CPU time=33.4400 s, Time Ratio=94.1687 +Physical time=3150.0000 s, CPU time=33.4450 s, Time Ratio=94.1845 +Physical time=3151.0000 s, CPU time=33.4510 s, Time Ratio=94.1975 +Physical time=3152.0000 s, CPU time=33.4620 s, Time Ratio=94.1964 +Physical time=3153.0000 s, CPU time=33.4670 s, Time Ratio=94.2122 +Physical time=3154.0000 s, CPU time=33.4720 s, Time Ratio=94.2280 +Physical time=3155.0000 s, CPU time=33.4830 s, Time Ratio=94.2269 +Physical time=3156.0000 s, CPU time=33.4890 s, Time Ratio=94.2399 +Physical time=3157.0000 s, CPU time=33.4960 s, Time Ratio=94.2501 +Physical time=3158.0000 s, CPU time=33.5020 s, Time Ratio=94.2630 +Physical time=3159.0000 s, CPU time=33.5130 s, Time Ratio=94.2619 +Physical time=3160.0000 s, CPU time=33.5200 s, Time Ratio=94.2721 +Physical time=3161.0000 s, CPU time=33.5270 s, Time Ratio=94.2822 +Physical time=3162.0000 s, CPU time=33.5340 s, Time Ratio=94.2924 +Physical time=3163.0000 s, CPU time=33.5450 s, Time Ratio=94.2913 +Physical time=3164.0000 s, CPU time=33.5570 s, Time Ratio=94.2873 +Physical time=3165.0000 s, CPU time=33.5670 s, Time Ratio=94.2890 +Physical time=3166.0000 s, CPU time=33.5790 s, Time Ratio=94.2851 +Physical time=3167.0000 s, CPU time=33.5900 s, Time Ratio=94.2840 +Physical time=3168.0000 s, CPU time=33.5990 s, Time Ratio=94.2885 +Physical time=3169.0000 s, CPU time=33.6120 s, Time Ratio=94.2818 +Physical time=3170.0000 s, CPU time=33.6200 s, Time Ratio=94.2891 +Physical time=3171.0000 s, CPU time=33.6270 s, Time Ratio=94.2992 +Physical time=3172.0000 s, CPU time=33.6330 s, Time Ratio=94.3121 +Physical time=3173.0000 s, CPU time=33.6380 s, Time Ratio=94.3278 +Physical time=3174.0000 s, CPU time=33.6460 s, Time Ratio=94.3351 +Physical time=3175.0000 s, CPU time=33.6540 s, Time Ratio=94.3424 +Physical time=3176.0000 s, CPU time=33.6590 s, Time Ratio=94.3581 +Physical time=3177.0000 s, CPU time=33.6640 s, Time Ratio=94.3738 +Physical time=3178.0000 s, CPU time=33.6700 s, Time Ratio=94.3867 +Physical time=3179.0000 s, CPU time=33.6750 s, Time Ratio=94.4024 +Physical time=3180.0000 s, CPU time=33.6800 s, Time Ratio=94.4181 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.722673[degC] + North Wall: T=19.722727[degC] + Ceiling: T=19.721486[degC] + Floor: T=19.724862[degC] + West Wall: T=19.724384[degC] + West Wall (glass, unshaded): T=2.175567[degC] + East Wall: T=19.724382[degC] + East Wall (glass, unshaded): T=2.174715[degC] + East Wall (frame): T=8.325799[degC] + West Wall (frame): T=8.326766[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=3180.000000[s] + Averaged room temperature 17.241258[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.259755[W] + North Wall: -1.258809[W] + Ceiling: -1.211364[W] + Floor: -1.365498[W] + West Wall: -0.671934[W] + West Wall (glass, unshaded): 3.115933[W] + East Wall: -0.662330[W] + East Wall (glass, unshaded): 3.114019[W] + East Wall (frame): 0.461054[W] + West Wall (frame): 0.459170[W] + Sensor Information: + Occupied zone air temperature: 290.391258 + Velocity: 0.007653 +ffd_solver(): Synchronized data at t=3180.000000[s] + +Physical time=3181.0000 s, CPU time=33.7920 s, Time Ratio=94.1347 +Physical time=3182.0000 s, CPU time=33.7980 s, Time Ratio=94.1476 +Physical time=3183.0000 s, CPU time=33.8030 s, Time Ratio=94.1632 +Physical time=3184.0000 s, CPU time=33.8090 s, Time Ratio=94.1761 +Physical time=3185.0000 s, CPU time=33.8150 s, Time Ratio=94.1890 +Physical time=3186.0000 s, CPU time=33.8200 s, Time Ratio=94.2046 +Physical time=3187.0000 s, CPU time=33.8260 s, Time Ratio=94.2175 +Physical time=3188.0000 s, CPU time=33.8320 s, Time Ratio=94.2303 +Physical time=3189.0000 s, CPU time=33.8390 s, Time Ratio=94.2404 +Physical time=3190.0000 s, CPU time=33.8460 s, Time Ratio=94.2504 +Physical time=3191.0000 s, CPU time=33.8530 s, Time Ratio=94.2605 +Physical time=3192.0000 s, CPU time=33.8600 s, Time Ratio=94.2705 +Physical time=3193.0000 s, CPU time=33.8650 s, Time Ratio=94.2861 +Physical time=3194.0000 s, CPU time=33.8720 s, Time Ratio=94.2962 +Physical time=3195.0000 s, CPU time=33.8790 s, Time Ratio=94.3062 +Physical time=3196.0000 s, CPU time=33.8860 s, Time Ratio=94.3162 +Physical time=3197.0000 s, CPU time=33.8950 s, Time Ratio=94.3207 +Physical time=3198.0000 s, CPU time=33.9040 s, Time Ratio=94.3252 +Physical time=3199.0000 s, CPU time=33.9120 s, Time Ratio=94.3324 +Physical time=3200.0000 s, CPU time=33.9190 s, Time Ratio=94.3424 +Physical time=3201.0000 s, CPU time=33.9260 s, Time Ratio=94.3524 +Physical time=3202.0000 s, CPU time=33.9330 s, Time Ratio=94.3624 +Physical time=3203.0000 s, CPU time=33.9430 s, Time Ratio=94.3641 +Physical time=3204.0000 s, CPU time=33.9490 s, Time Ratio=94.3769 +Physical time=3205.0000 s, CPU time=33.9570 s, Time Ratio=94.3841 +Physical time=3206.0000 s, CPU time=33.9630 s, Time Ratio=94.3968 +Physical time=3207.0000 s, CPU time=33.9700 s, Time Ratio=94.4068 +Physical time=3208.0000 s, CPU time=33.9770 s, Time Ratio=94.4168 +Physical time=3209.0000 s, CPU time=33.9830 s, Time Ratio=94.4296 +Physical time=3210.0000 s, CPU time=33.9900 s, Time Ratio=94.4395 +Physical time=3211.0000 s, CPU time=33.9970 s, Time Ratio=94.4495 +Physical time=3212.0000 s, CPU time=34.0020 s, Time Ratio=94.4650 +Physical time=3213.0000 s, CPU time=34.0080 s, Time Ratio=94.4778 +Physical time=3214.0000 s, CPU time=34.0140 s, Time Ratio=94.4905 +Physical time=3215.0000 s, CPU time=34.0190 s, Time Ratio=94.5060 +Physical time=3216.0000 s, CPU time=34.0250 s, Time Ratio=94.5187 +Physical time=3217.0000 s, CPU time=34.0300 s, Time Ratio=94.5342 +Physical time=3218.0000 s, CPU time=34.0350 s, Time Ratio=94.5497 +Physical time=3219.0000 s, CPU time=34.0410 s, Time Ratio=94.5624 +Physical time=3220.0000 s, CPU time=34.0460 s, Time Ratio=94.5779 +Physical time=3221.0000 s, CPU time=34.0520 s, Time Ratio=94.5906 +Physical time=3222.0000 s, CPU time=34.0590 s, Time Ratio=94.6005 +Physical time=3223.0000 s, CPU time=34.0640 s, Time Ratio=94.6160 +Physical time=3224.0000 s, CPU time=34.0690 s, Time Ratio=94.6315 +Physical time=3225.0000 s, CPU time=34.0740 s, Time Ratio=94.6469 +Physical time=3226.0000 s, CPU time=34.0790 s, Time Ratio=94.6624 +Physical time=3227.0000 s, CPU time=34.0850 s, Time Ratio=94.6751 +Physical time=3228.0000 s, CPU time=34.0900 s, Time Ratio=94.6905 +Physical time=3229.0000 s, CPU time=34.0950 s, Time Ratio=94.7060 +Physical time=3230.0000 s, CPU time=34.1010 s, Time Ratio=94.7186 +Physical time=3231.0000 s, CPU time=34.1070 s, Time Ratio=94.7313 +Physical time=3232.0000 s, CPU time=34.1120 s, Time Ratio=94.7467 +Physical time=3233.0000 s, CPU time=34.1200 s, Time Ratio=94.7538 +Physical time=3234.0000 s, CPU time=34.1270 s, Time Ratio=94.7637 +Physical time=3235.0000 s, CPU time=34.1340 s, Time Ratio=94.7735 +Physical time=3236.0000 s, CPU time=34.1410 s, Time Ratio=94.7834 +Physical time=3237.0000 s, CPU time=34.1470 s, Time Ratio=94.7960 +Physical time=3238.0000 s, CPU time=34.1520 s, Time Ratio=94.8114 +Physical time=3239.0000 s, CPU time=34.1580 s, Time Ratio=94.8241 +Physical time=3240.0000 s, CPU time=34.1630 s, Time Ratio=94.8394 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.718309[degC] + North Wall: T=19.718363[degC] + Ceiling: T=19.717102[degC] + Floor: T=19.720538[degC] + West Wall: T=19.720048[degC] + West Wall (glass, unshaded): T=2.173940[degC] + East Wall: T=19.720038[degC] + East Wall (glass, unshaded): T=2.173179[degC] + East Wall (frame): T=8.317104[degC] + West Wall (frame): T=8.318162[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=3240.000000[s] + Averaged room temperature 17.236155[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.265034[W] + North Wall: -1.260742[W] + Ceiling: -1.192757[W] + Floor: -1.375872[W] + West Wall: -0.671170[W] + West Wall (glass, unshaded): 3.110684[W] + East Wall: -0.671030[W] + East Wall (glass, unshaded): 3.107864[W] + East Wall (frame): 0.460345[W] + West Wall (frame): 0.459174[W] + Sensor Information: + Occupied zone air temperature: 290.386155 + Velocity: 0.010556 +ffd_solver(): Synchronized data at t=3240.000000[s] + +Physical time=3241.0000 s, CPU time=34.2610 s, Time Ratio=94.5974 +Physical time=3242.0000 s, CPU time=34.2660 s, Time Ratio=94.6127 +Physical time=3243.0000 s, CPU time=34.2720 s, Time Ratio=94.6254 +Physical time=3244.0000 s, CPU time=34.2770 s, Time Ratio=94.6407 +Physical time=3245.0000 s, CPU time=34.2830 s, Time Ratio=94.6533 +Physical time=3246.0000 s, CPU time=34.2880 s, Time Ratio=94.6687 +Physical time=3247.0000 s, CPU time=34.2950 s, Time Ratio=94.6785 +Physical time=3248.0000 s, CPU time=34.3010 s, Time Ratio=94.6911 +Physical time=3249.0000 s, CPU time=34.3070 s, Time Ratio=94.7037 +Physical time=3250.0000 s, CPU time=34.3170 s, Time Ratio=94.7052 +Physical time=3251.0000 s, CPU time=34.3270 s, Time Ratio=94.7068 +Physical time=3252.0000 s, CPU time=34.3350 s, Time Ratio=94.7138 +Physical time=3253.0000 s, CPU time=34.3420 s, Time Ratio=94.7237 +Physical time=3254.0000 s, CPU time=34.3490 s, Time Ratio=94.7335 +Physical time=3255.0000 s, CPU time=34.3580 s, Time Ratio=94.7378 +Physical time=3256.0000 s, CPU time=34.3670 s, Time Ratio=94.7420 +Physical time=3257.0000 s, CPU time=34.3760 s, Time Ratio=94.7463 +Physical time=3258.0000 s, CPU time=34.3820 s, Time Ratio=94.7589 +Physical time=3259.0000 s, CPU time=34.3900 s, Time Ratio=94.7659 +Physical time=3260.0000 s, CPU time=34.3960 s, Time Ratio=94.7785 +Physical time=3261.0000 s, CPU time=34.4010 s, Time Ratio=94.7938 +Physical time=3262.0000 s, CPU time=34.4080 s, Time Ratio=94.8035 +Physical time=3263.0000 s, CPU time=34.4140 s, Time Ratio=94.8161 +Physical time=3264.0000 s, CPU time=34.4200 s, Time Ratio=94.8286 +Physical time=3265.0000 s, CPU time=34.4250 s, Time Ratio=94.8439 +Physical time=3266.0000 s, CPU time=34.4320 s, Time Ratio=94.8536 +Physical time=3267.0000 s, CPU time=34.4380 s, Time Ratio=94.8661 +Physical time=3268.0000 s, CPU time=34.4450 s, Time Ratio=94.8759 +Physical time=3269.0000 s, CPU time=34.4510 s, Time Ratio=94.8884 +Physical time=3270.0000 s, CPU time=34.4570 s, Time Ratio=94.9009 +Physical time=3271.0000 s, CPU time=34.4620 s, Time Ratio=94.9161 +Physical time=3272.0000 s, CPU time=34.4670 s, Time Ratio=94.9314 +Physical time=3273.0000 s, CPU time=34.4730 s, Time Ratio=94.9439 +Physical time=3274.0000 s, CPU time=34.4780 s, Time Ratio=94.9591 +Physical time=3275.0000 s, CPU time=34.4830 s, Time Ratio=94.9743 +Physical time=3276.0000 s, CPU time=34.4890 s, Time Ratio=94.9868 +Physical time=3277.0000 s, CPU time=34.4940 s, Time Ratio=95.0020 +Physical time=3278.0000 s, CPU time=34.4990 s, Time Ratio=95.0172 +Physical time=3279.0000 s, CPU time=34.5040 s, Time Ratio=95.0325 +Physical time=3280.0000 s, CPU time=34.5090 s, Time Ratio=95.0477 +Physical time=3281.0000 s, CPU time=34.5150 s, Time Ratio=95.0601 +Physical time=3282.0000 s, CPU time=34.5200 s, Time Ratio=95.0753 +Physical time=3283.0000 s, CPU time=34.5250 s, Time Ratio=95.0905 +Physical time=3284.0000 s, CPU time=34.5300 s, Time Ratio=95.1057 +Physical time=3285.0000 s, CPU time=34.5350 s, Time Ratio=95.1209 +Physical time=3286.0000 s, CPU time=34.5400 s, Time Ratio=95.1361 +Physical time=3287.0000 s, CPU time=34.5460 s, Time Ratio=95.1485 +Physical time=3288.0000 s, CPU time=34.5520 s, Time Ratio=95.1609 +Physical time=3289.0000 s, CPU time=34.5580 s, Time Ratio=95.1733 +Physical time=3290.0000 s, CPU time=34.5630 s, Time Ratio=95.1885 +Physical time=3291.0000 s, CPU time=34.5700 s, Time Ratio=95.1981 +Physical time=3292.0000 s, CPU time=34.5780 s, Time Ratio=95.2050 +Physical time=3293.0000 s, CPU time=34.5830 s, Time Ratio=95.2202 +Physical time=3294.0000 s, CPU time=34.5930 s, Time Ratio=95.2216 +Physical time=3295.0000 s, CPU time=34.5990 s, Time Ratio=95.2340 +Physical time=3296.0000 s, CPU time=34.6060 s, Time Ratio=95.2436 +Physical time=3297.0000 s, CPU time=34.6120 s, Time Ratio=95.2560 +Physical time=3298.0000 s, CPU time=34.6180 s, Time Ratio=95.2684 +Physical time=3299.0000 s, CPU time=34.6240 s, Time Ratio=95.2807 +Physical time=3300.0000 s, CPU time=34.6290 s, Time Ratio=95.2959 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.713972[degC] + North Wall: T=19.714023[degC] + Ceiling: T=19.712739[degC] + Floor: T=19.716242[degC] + West Wall: T=19.715735[degC] + West Wall (glass, unshaded): T=2.172544[degC] + East Wall: T=19.715724[degC] + East Wall (glass, unshaded): T=2.171924[degC] + East Wall (frame): T=8.308558[degC] + West Wall (frame): T=8.309642[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=3300.000000[s] + Averaged room temperature 17.231800[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.262247[W] + North Wall: -1.262298[W] + Ceiling: -1.217745[W] + Floor: -1.381005[W] + West Wall: -0.675496[W] + West Wall (glass, unshaded): 3.109372[W] + East Wall: -0.673677[W] + East Wall (glass, unshaded): 3.110277[W] + East Wall (frame): 0.458706[W] + West Wall (frame): 0.458548[W] + Sensor Information: + Occupied zone air temperature: 290.381800 + Velocity: 0.076503 +ffd_solver(): Synchronized data at t=3300.000000[s] + +Physical time=3301.0000 s, CPU time=34.7270 s, Time Ratio=95.0557 +Physical time=3302.0000 s, CPU time=34.7320 s, Time Ratio=95.0708 +Physical time=3303.0000 s, CPU time=34.7410 s, Time Ratio=95.0750 +Physical time=3304.0000 s, CPU time=34.7470 s, Time Ratio=95.0873 +Physical time=3305.0000 s, CPU time=34.7520 s, Time Ratio=95.1024 +Physical time=3306.0000 s, CPU time=34.7580 s, Time Ratio=95.1148 +Physical time=3307.0000 s, CPU time=34.7630 s, Time Ratio=95.1299 +Physical time=3308.0000 s, CPU time=34.7680 s, Time Ratio=95.1450 +Physical time=3309.0000 s, CPU time=34.7730 s, Time Ratio=95.1600 +Physical time=3310.0000 s, CPU time=34.7820 s, Time Ratio=95.1642 +Physical time=3311.0000 s, CPU time=34.7900 s, Time Ratio=95.1710 +Physical time=3312.0000 s, CPU time=34.8000 s, Time Ratio=95.1724 +Physical time=3313.0000 s, CPU time=34.8080 s, Time Ratio=95.1793 +Physical time=3314.0000 s, CPU time=34.8160 s, Time Ratio=95.1861 +Physical time=3315.0000 s, CPU time=34.8230 s, Time Ratio=95.1957 +Physical time=3316.0000 s, CPU time=34.8290 s, Time Ratio=95.2080 +Physical time=3317.0000 s, CPU time=34.8380 s, Time Ratio=95.2121 +Physical time=3318.0000 s, CPU time=34.8440 s, Time Ratio=95.2244 +Physical time=3319.0000 s, CPU time=34.8490 s, Time Ratio=95.2395 +Physical time=3320.0000 s, CPU time=34.8540 s, Time Ratio=95.2545 +Physical time=3321.0000 s, CPU time=34.8590 s, Time Ratio=95.2695 +Physical time=3322.0000 s, CPU time=34.8650 s, Time Ratio=95.2818 +Physical time=3323.0000 s, CPU time=34.8700 s, Time Ratio=95.2968 +Physical time=3324.0000 s, CPU time=34.8760 s, Time Ratio=95.3091 +Physical time=3325.0000 s, CPU time=34.8830 s, Time Ratio=95.3186 +Physical time=3326.0000 s, CPU time=34.8880 s, Time Ratio=95.3336 +Physical time=3327.0000 s, CPU time=34.8940 s, Time Ratio=95.3459 +Physical time=3328.0000 s, CPU time=34.9000 s, Time Ratio=95.3582 +Physical time=3329.0000 s, CPU time=34.9080 s, Time Ratio=95.3650 +Physical time=3330.0000 s, CPU time=34.9150 s, Time Ratio=95.3745 +Physical time=3331.0000 s, CPU time=34.9210 s, Time Ratio=95.3867 +Physical time=3332.0000 s, CPU time=34.9280 s, Time Ratio=95.3962 +Physical time=3333.0000 s, CPU time=34.9380 s, Time Ratio=95.3976 +Physical time=3334.0000 s, CPU time=34.9440 s, Time Ratio=95.4098 +Physical time=3335.0000 s, CPU time=34.9510 s, Time Ratio=95.4193 +Physical time=3336.0000 s, CPU time=34.9630 s, Time Ratio=95.4152 +Physical time=3337.0000 s, CPU time=34.9770 s, Time Ratio=95.4056 +Physical time=3338.0000 s, CPU time=34.9890 s, Time Ratio=95.4014 +Physical time=3339.0000 s, CPU time=34.9980 s, Time Ratio=95.4055 +Physical time=3340.0000 s, CPU time=35.0100 s, Time Ratio=95.4013 +Physical time=3341.0000 s, CPU time=35.0180 s, Time Ratio=95.4081 +Physical time=3342.0000 s, CPU time=35.0240 s, Time Ratio=95.4203 +Physical time=3343.0000 s, CPU time=35.0310 s, Time Ratio=95.4298 +Physical time=3344.0000 s, CPU time=35.0380 s, Time Ratio=95.4392 +Physical time=3345.0000 s, CPU time=35.0450 s, Time Ratio=95.4487 +Physical time=3346.0000 s, CPU time=35.0570 s, Time Ratio=95.4446 +Physical time=3347.0000 s, CPU time=35.0660 s, Time Ratio=95.4486 +Physical time=3348.0000 s, CPU time=35.0730 s, Time Ratio=95.4580 +Physical time=3349.0000 s, CPU time=35.0820 s, Time Ratio=95.4621 +Physical time=3350.0000 s, CPU time=35.0890 s, Time Ratio=95.4715 +Physical time=3351.0000 s, CPU time=35.1000 s, Time Ratio=95.4701 +Physical time=3352.0000 s, CPU time=35.1060 s, Time Ratio=95.4823 +Physical time=3353.0000 s, CPU time=35.1120 s, Time Ratio=95.4944 +Physical time=3354.0000 s, CPU time=35.1210 s, Time Ratio=95.4984 +Physical time=3355.0000 s, CPU time=35.1280 s, Time Ratio=95.5079 +Physical time=3356.0000 s, CPU time=35.1340 s, Time Ratio=95.5200 +Physical time=3357.0000 s, CPU time=35.1440 s, Time Ratio=95.5213 +Physical time=3358.0000 s, CPU time=35.1520 s, Time Ratio=95.5280 +Physical time=3359.0000 s, CPU time=35.1610 s, Time Ratio=95.5320 +Physical time=3360.0000 s, CPU time=35.1690 s, Time Ratio=95.5387 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.709659[degC] + North Wall: T=19.709708[degC] + Ceiling: T=19.708402[degC] + Floor: T=19.711974[degC] + West Wall: T=19.711447[degC] + West Wall (glass, unshaded): T=2.171445[degC] + East Wall: T=19.711441[degC] + East Wall (glass, unshaded): T=2.170913[degC] + East Wall (frame): T=8.300189[degC] + West Wall (frame): T=8.301272[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=3360.000000[s] + Averaged room temperature 17.241677[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.252448[W] + North Wall: -1.252659[W] + Ceiling: -1.181666[W] + Floor: -1.344927[W] + West Wall: -0.663715[W] + West Wall (glass, unshaded): 3.117939[W] + East Wall: -0.662766[W] + East Wall (glass, unshaded): 3.118964[W] + East Wall (frame): 0.460998[W] + West Wall (frame): 0.460894[W] + Sensor Information: + Occupied zone air temperature: 290.391677 + Velocity: 0.075735 +ffd_solver(): Synchronized data at t=3360.000000[s] + +Physical time=3361.0000 s, CPU time=35.3080 s, Time Ratio=95.1909 +Physical time=3362.0000 s, CPU time=35.3160 s, Time Ratio=95.1976 +Physical time=3363.0000 s, CPU time=35.3240 s, Time Ratio=95.2044 +Physical time=3364.0000 s, CPU time=35.3310 s, Time Ratio=95.2138 +Physical time=3365.0000 s, CPU time=35.3390 s, Time Ratio=95.2206 +Physical time=3366.0000 s, CPU time=35.3470 s, Time Ratio=95.2273 +Physical time=3367.0000 s, CPU time=35.3590 s, Time Ratio=95.2233 +Physical time=3368.0000 s, CPU time=35.3710 s, Time Ratio=95.2192 +Physical time=3369.0000 s, CPU time=35.3840 s, Time Ratio=95.2125 +Physical time=3370.0000 s, CPU time=35.4000 s, Time Ratio=95.1977 +Physical time=3371.0000 s, CPU time=35.4120 s, Time Ratio=95.1937 +Physical time=3372.0000 s, CPU time=35.4220 s, Time Ratio=95.1951 +Physical time=3373.0000 s, CPU time=35.4310 s, Time Ratio=95.1991 +Physical time=3374.0000 s, CPU time=35.4380 s, Time Ratio=95.2085 +Physical time=3375.0000 s, CPU time=35.4440 s, Time Ratio=95.2206 +Physical time=3376.0000 s, CPU time=35.4500 s, Time Ratio=95.2327 +Physical time=3377.0000 s, CPU time=35.4560 s, Time Ratio=95.2448 +Physical time=3378.0000 s, CPU time=35.4610 s, Time Ratio=95.2596 +Physical time=3379.0000 s, CPU time=35.4660 s, Time Ratio=95.2743 +Physical time=3380.0000 s, CPU time=35.4720 s, Time Ratio=95.2864 +Physical time=3381.0000 s, CPU time=35.4770 s, Time Ratio=95.3012 +Physical time=3382.0000 s, CPU time=35.4820 s, Time Ratio=95.3159 +Physical time=3383.0000 s, CPU time=35.4880 s, Time Ratio=95.3280 +Physical time=3384.0000 s, CPU time=35.4930 s, Time Ratio=95.3427 +Physical time=3385.0000 s, CPU time=35.4990 s, Time Ratio=95.3548 +Physical time=3386.0000 s, CPU time=35.5040 s, Time Ratio=95.3695 +Physical time=3387.0000 s, CPU time=35.5100 s, Time Ratio=95.3816 +Physical time=3388.0000 s, CPU time=35.5160 s, Time Ratio=95.3936 +Physical time=3389.0000 s, CPU time=35.5220 s, Time Ratio=95.4057 +Physical time=3390.0000 s, CPU time=35.5280 s, Time Ratio=95.4177 +Physical time=3391.0000 s, CPU time=35.5360 s, Time Ratio=95.4244 +Physical time=3392.0000 s, CPU time=35.5440 s, Time Ratio=95.4310 +Physical time=3393.0000 s, CPU time=35.5510 s, Time Ratio=95.4404 +Physical time=3394.0000 s, CPU time=35.5570 s, Time Ratio=95.4524 +Physical time=3395.0000 s, CPU time=35.5640 s, Time Ratio=95.4617 +Physical time=3396.0000 s, CPU time=35.5690 s, Time Ratio=95.4764 +Physical time=3397.0000 s, CPU time=35.5760 s, Time Ratio=95.4857 +Physical time=3398.0000 s, CPU time=35.5830 s, Time Ratio=95.4950 +Physical time=3399.0000 s, CPU time=35.5890 s, Time Ratio=95.5070 +Physical time=3400.0000 s, CPU time=35.5940 s, Time Ratio=95.5217 +Physical time=3401.0000 s, CPU time=35.6040 s, Time Ratio=95.5230 +Physical time=3402.0000 s, CPU time=35.6130 s, Time Ratio=95.5269 +Physical time=3403.0000 s, CPU time=35.6210 s, Time Ratio=95.5335 +Physical time=3404.0000 s, CPU time=35.6270 s, Time Ratio=95.5455 +Physical time=3405.0000 s, CPU time=35.6330 s, Time Ratio=95.5575 +Physical time=3406.0000 s, CPU time=35.6390 s, Time Ratio=95.5695 +Physical time=3407.0000 s, CPU time=35.6460 s, Time Ratio=95.5787 +Physical time=3408.0000 s, CPU time=35.6530 s, Time Ratio=95.5880 +Physical time=3409.0000 s, CPU time=35.6610 s, Time Ratio=95.5946 +Physical time=3410.0000 s, CPU time=35.6680 s, Time Ratio=95.6039 +Physical time=3411.0000 s, CPU time=35.6750 s, Time Ratio=95.6132 +Physical time=3412.0000 s, CPU time=35.6810 s, Time Ratio=95.6251 +Physical time=3413.0000 s, CPU time=35.6870 s, Time Ratio=95.6371 +Physical time=3414.0000 s, CPU time=35.6940 s, Time Ratio=95.6463 +Physical time=3415.0000 s, CPU time=35.7000 s, Time Ratio=95.6583 +Physical time=3416.0000 s, CPU time=35.7060 s, Time Ratio=95.6702 +Physical time=3417.0000 s, CPU time=35.7120 s, Time Ratio=95.6821 +Physical time=3418.0000 s, CPU time=35.7180 s, Time Ratio=95.6940 +Physical time=3419.0000 s, CPU time=35.7230 s, Time Ratio=95.7086 +Physical time=3420.0000 s, CPU time=35.7290 s, Time Ratio=95.7206 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.705366[degC] + North Wall: T=19.705414[degC] + Ceiling: T=19.704085[degC] + Floor: T=19.707719[degC] + West Wall: T=19.707177[degC] + West Wall (glass, unshaded): T=2.170441[degC] + East Wall: T=19.707175[degC] + East Wall (glass, unshaded): T=2.169937[degC] + East Wall (frame): T=8.291948[degC] + West Wall (frame): T=8.293015[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=3420.000000[s] + Averaged room temperature 17.233635[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.259196[W] + North Wall: -1.259347[W] + Ceiling: -1.178893[W] + Floor: -1.356729[W] + West Wall: -0.662760[W] + West Wall (glass, unshaded): 3.110540[W] + East Wall: -0.665360[W] + East Wall (glass, unshaded): 3.108240[W] + East Wall (frame): 0.460879[W] + West Wall (frame): 0.461064[W] + Sensor Information: + Occupied zone air temperature: 290.383635 + Velocity: 0.018051 +ffd_solver(): Synchronized data at t=3420.000000[s] + +Physical time=3421.0000 s, CPU time=35.8590 s, Time Ratio=95.4014 +Physical time=3422.0000 s, CPU time=35.8710 s, Time Ratio=95.3974 +Physical time=3423.0000 s, CPU time=35.8780 s, Time Ratio=95.4067 +Physical time=3424.0000 s, CPU time=35.8840 s, Time Ratio=95.4186 +Physical time=3425.0000 s, CPU time=35.8910 s, Time Ratio=95.4278 +Physical time=3426.0000 s, CPU time=35.8980 s, Time Ratio=95.4371 +Physical time=3427.0000 s, CPU time=35.9050 s, Time Ratio=95.4463 +Physical time=3428.0000 s, CPU time=35.9110 s, Time Ratio=95.4582 +Physical time=3429.0000 s, CPU time=35.9180 s, Time Ratio=95.4675 +Physical time=3430.0000 s, CPU time=35.9240 s, Time Ratio=95.4793 +Physical time=3431.0000 s, CPU time=35.9310 s, Time Ratio=95.4886 +Physical time=3432.0000 s, CPU time=35.9370 s, Time Ratio=95.5005 +Physical time=3433.0000 s, CPU time=35.9450 s, Time Ratio=95.5070 +Physical time=3434.0000 s, CPU time=35.9500 s, Time Ratio=95.5216 +Physical time=3435.0000 s, CPU time=35.9590 s, Time Ratio=95.5255 +Physical time=3436.0000 s, CPU time=35.9650 s, Time Ratio=95.5373 +Physical time=3437.0000 s, CPU time=35.9720 s, Time Ratio=95.5465 +Physical time=3438.0000 s, CPU time=35.9780 s, Time Ratio=95.5584 +Physical time=3439.0000 s, CPU time=35.9840 s, Time Ratio=95.5703 +Physical time=3440.0000 s, CPU time=35.9900 s, Time Ratio=95.5821 +Physical time=3441.0000 s, CPU time=35.9970 s, Time Ratio=95.5913 +Physical time=3442.0000 s, CPU time=36.0030 s, Time Ratio=95.6031 +Physical time=3443.0000 s, CPU time=36.0100 s, Time Ratio=95.6123 +Physical time=3444.0000 s, CPU time=36.0160 s, Time Ratio=95.6242 +Physical time=3445.0000 s, CPU time=36.0220 s, Time Ratio=95.6360 +Physical time=3446.0000 s, CPU time=36.0280 s, Time Ratio=95.6478 +Physical time=3447.0000 s, CPU time=36.0340 s, Time Ratio=95.6597 +Physical time=3448.0000 s, CPU time=36.0400 s, Time Ratio=95.6715 +Physical time=3449.0000 s, CPU time=36.0460 s, Time Ratio=95.6833 +Physical time=3450.0000 s, CPU time=36.0510 s, Time Ratio=95.6978 +Physical time=3451.0000 s, CPU time=36.0580 s, Time Ratio=95.7069 +Physical time=3452.0000 s, CPU time=36.0650 s, Time Ratio=95.7161 +Physical time=3453.0000 s, CPU time=36.0700 s, Time Ratio=95.7305 +Physical time=3454.0000 s, CPU time=36.0760 s, Time Ratio=95.7423 +Physical time=3455.0000 s, CPU time=36.0830 s, Time Ratio=95.7515 +Physical time=3456.0000 s, CPU time=36.0900 s, Time Ratio=95.7606 +Physical time=3457.0000 s, CPU time=36.0970 s, Time Ratio=95.7697 +Physical time=3458.0000 s, CPU time=36.1040 s, Time Ratio=95.7789 +Physical time=3459.0000 s, CPU time=36.1110 s, Time Ratio=95.7880 +Physical time=3460.0000 s, CPU time=36.1190 s, Time Ratio=95.7945 +Physical time=3461.0000 s, CPU time=36.1270 s, Time Ratio=95.8009 +Physical time=3462.0000 s, CPU time=36.1330 s, Time Ratio=95.8127 +Physical time=3463.0000 s, CPU time=36.1410 s, Time Ratio=95.8192 +Physical time=3464.0000 s, CPU time=36.1470 s, Time Ratio=95.8309 +Physical time=3465.0000 s, CPU time=36.1570 s, Time Ratio=95.8321 +Physical time=3466.0000 s, CPU time=36.1630 s, Time Ratio=95.8438 +Physical time=3467.0000 s, CPU time=36.1690 s, Time Ratio=95.8556 +Physical time=3468.0000 s, CPU time=36.1750 s, Time Ratio=95.8673 +Physical time=3469.0000 s, CPU time=36.1820 s, Time Ratio=95.8764 +Physical time=3470.0000 s, CPU time=36.1920 s, Time Ratio=95.8775 +Physical time=3471.0000 s, CPU time=36.2000 s, Time Ratio=95.8840 +Physical time=3472.0000 s, CPU time=36.2070 s, Time Ratio=95.8931 +Physical time=3473.0000 s, CPU time=36.2170 s, Time Ratio=95.8942 +Physical time=3474.0000 s, CPU time=36.2230 s, Time Ratio=95.9059 +Physical time=3475.0000 s, CPU time=36.2320 s, Time Ratio=95.9097 +Physical time=3476.0000 s, CPU time=36.2430 s, Time Ratio=95.9082 +Physical time=3477.0000 s, CPU time=36.2520 s, Time Ratio=95.9119 +Physical time=3478.0000 s, CPU time=36.2620 s, Time Ratio=95.9131 +Physical time=3479.0000 s, CPU time=36.2710 s, Time Ratio=95.9168 +Physical time=3480.0000 s, CPU time=36.2800 s, Time Ratio=95.9206 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.701094[degC] + North Wall: T=19.701142[degC] + Ceiling: T=19.699779[degC] + Floor: T=19.703479[degC] + West Wall: T=19.702923[degC] + West Wall (glass, unshaded): T=2.169633[degC] + East Wall: T=19.702927[degC] + East Wall (glass, unshaded): T=2.169197[degC] + East Wall (frame): T=8.283818[degC] + West Wall (frame): T=8.284863[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=3480.000000[s] + Averaged room temperature 17.236046[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.251636[W] + North Wall: -1.249385[W] + Ceiling: -1.221005[W] + Floor: -1.358599[W] + West Wall: -0.671183[W] + West Wall (glass, unshaded): 3.114431[W] + East Wall: -0.670223[W] + East Wall (glass, unshaded): 3.114143[W] + East Wall (frame): 0.459957[W] + West Wall (frame): 0.459872[W] + Sensor Information: + Occupied zone air temperature: 290.386046 + Velocity: 0.029601 +ffd_solver(): Synchronized data at t=3480.000000[s] + +Physical time=3481.0000 s, CPU time=36.3890 s, Time Ratio=95.6608 +Physical time=3482.0000 s, CPU time=36.3980 s, Time Ratio=95.6646 +Physical time=3483.0000 s, CPU time=36.4090 s, Time Ratio=95.6632 +Physical time=3484.0000 s, CPU time=36.4190 s, Time Ratio=95.6644 +Physical time=3485.0000 s, CPU time=36.4270 s, Time Ratio=95.6708 +Physical time=3486.0000 s, CPU time=36.4330 s, Time Ratio=95.6825 +Physical time=3487.0000 s, CPU time=36.4400 s, Time Ratio=95.6915 +Physical time=3488.0000 s, CPU time=36.4460 s, Time Ratio=95.7032 +Physical time=3489.0000 s, CPU time=36.4520 s, Time Ratio=95.7149 +Physical time=3490.0000 s, CPU time=36.4590 s, Time Ratio=95.7240 +Physical time=3491.0000 s, CPU time=36.4670 s, Time Ratio=95.7304 +Physical time=3492.0000 s, CPU time=36.4750 s, Time Ratio=95.7368 +Physical time=3493.0000 s, CPU time=36.4830 s, Time Ratio=95.7432 +Physical time=3494.0000 s, CPU time=36.4880 s, Time Ratio=95.7575 +Physical time=3495.0000 s, CPU time=36.4940 s, Time Ratio=95.7692 +Physical time=3496.0000 s, CPU time=36.4990 s, Time Ratio=95.7834 +Physical time=3497.0000 s, CPU time=36.5070 s, Time Ratio=95.7898 +Physical time=3498.0000 s, CPU time=36.5150 s, Time Ratio=95.7962 +Physical time=3499.0000 s, CPU time=36.5200 s, Time Ratio=95.8105 +Physical time=3500.0000 s, CPU time=36.5270 s, Time Ratio=95.8195 +Physical time=3501.0000 s, CPU time=36.5360 s, Time Ratio=95.8233 +Physical time=3502.0000 s, CPU time=36.5440 s, Time Ratio=95.8297 +Physical time=3503.0000 s, CPU time=36.5530 s, Time Ratio=95.8334 +Physical time=3504.0000 s, CPU time=36.5610 s, Time Ratio=95.8398 +Physical time=3505.0000 s, CPU time=36.5680 s, Time Ratio=95.8488 +Physical time=3506.0000 s, CPU time=36.5740 s, Time Ratio=95.8604 +Physical time=3507.0000 s, CPU time=36.5810 s, Time Ratio=95.8694 +Physical time=3508.0000 s, CPU time=36.5880 s, Time Ratio=95.8784 +Physical time=3509.0000 s, CPU time=36.5960 s, Time Ratio=95.8848 +Physical time=3510.0000 s, CPU time=36.6040 s, Time Ratio=95.8912 +Physical time=3511.0000 s, CPU time=36.6120 s, Time Ratio=95.8975 +Physical time=3512.0000 s, CPU time=36.6180 s, Time Ratio=95.9091 +Physical time=3513.0000 s, CPU time=36.6250 s, Time Ratio=95.9181 +Physical time=3514.0000 s, CPU time=36.6330 s, Time Ratio=95.9244 +Physical time=3515.0000 s, CPU time=36.6410 s, Time Ratio=95.9308 +Physical time=3516.0000 s, CPU time=36.6500 s, Time Ratio=95.9345 +Physical time=3517.0000 s, CPU time=36.6570 s, Time Ratio=95.9435 +Physical time=3518.0000 s, CPU time=36.6630 s, Time Ratio=95.9551 +Physical time=3519.0000 s, CPU time=36.6690 s, Time Ratio=95.9666 +Physical time=3520.0000 s, CPU time=36.6750 s, Time Ratio=95.9782 +Physical time=3521.0000 s, CPU time=36.6840 s, Time Ratio=95.9819 +Physical time=3522.0000 s, CPU time=36.6900 s, Time Ratio=95.9935 +Physical time=3523.0000 s, CPU time=36.6980 s, Time Ratio=95.9998 +Physical time=3524.0000 s, CPU time=36.7040 s, Time Ratio=96.0113 +Physical time=3525.0000 s, CPU time=36.7090 s, Time Ratio=96.0255 +Physical time=3526.0000 s, CPU time=36.7150 s, Time Ratio=96.0370 +Physical time=3527.0000 s, CPU time=36.7220 s, Time Ratio=96.0460 +Physical time=3528.0000 s, CPU time=36.7280 s, Time Ratio=96.0575 +Physical time=3529.0000 s, CPU time=36.7330 s, Time Ratio=96.0717 +Physical time=3530.0000 s, CPU time=36.7380 s, Time Ratio=96.0858 +Physical time=3531.0000 s, CPU time=36.7450 s, Time Ratio=96.0947 +Physical time=3532.0000 s, CPU time=36.7510 s, Time Ratio=96.1062 +Physical time=3533.0000 s, CPU time=36.7570 s, Time Ratio=96.1177 +Physical time=3534.0000 s, CPU time=36.7630 s, Time Ratio=96.1293 +Physical time=3535.0000 s, CPU time=36.7700 s, Time Ratio=96.1382 +Physical time=3536.0000 s, CPU time=36.7770 s, Time Ratio=96.1470 +Physical time=3537.0000 s, CPU time=36.7840 s, Time Ratio=96.1559 +Physical time=3538.0000 s, CPU time=36.7900 s, Time Ratio=96.1674 +Physical time=3539.0000 s, CPU time=36.7960 s, Time Ratio=96.1789 +Physical time=3540.0000 s, CPU time=36.8020 s, Time Ratio=96.1904 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.696844[degC] + North Wall: T=19.696891[degC] + Ceiling: T=19.695507[degC] + Floor: T=19.699266[degC] + West Wall: T=19.698694[degC] + West Wall (glass, unshaded): T=2.169072[degC] + East Wall: T=19.698706[degC] + East Wall (glass, unshaded): T=2.168716[degC] + East Wall (frame): T=8.275843[degC] + West Wall (frame): T=8.276866[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=3540.000000[s] + Averaged room temperature 17.227709[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.247427[W] + North Wall: -1.254360[W] + Ceiling: -1.196749[W] + Floor: -1.322853[W] + West Wall: -0.660517[W] + West Wall (glass, unshaded): 3.116797[W] + East Wall: -0.655077[W] + East Wall (glass, unshaded): 3.121706[W] + East Wall (frame): 0.463321[W] + West Wall (frame): 0.461945[W] + Sensor Information: + Occupied zone air temperature: 290.377709 + Velocity: 0.055736 +ffd_solver(): Synchronized data at t=3540.000000[s] + +Physical time=3541.0000 s, CPU time=36.9180 s, Time Ratio=95.9153 +Physical time=3542.0000 s, CPU time=36.9230 s, Time Ratio=95.9294 +Physical time=3543.0000 s, CPU time=36.9290 s, Time Ratio=95.9409 +Physical time=3544.0000 s, CPU time=36.9360 s, Time Ratio=95.9498 +Physical time=3545.0000 s, CPU time=36.9410 s, Time Ratio=95.9638 +Physical time=3546.0000 s, CPU time=36.9470 s, Time Ratio=95.9753 +Physical time=3547.0000 s, CPU time=36.9520 s, Time Ratio=95.9894 +Physical time=3548.0000 s, CPU time=36.9580 s, Time Ratio=96.0009 +Physical time=3549.0000 s, CPU time=36.9640 s, Time Ratio=96.0123 +Physical time=3550.0000 s, CPU time=36.9720 s, Time Ratio=96.0186 +Physical time=3551.0000 s, CPU time=36.9770 s, Time Ratio=96.0327 +Physical time=3552.0000 s, CPU time=36.9830 s, Time Ratio=96.0441 +Physical time=3553.0000 s, CPU time=36.9890 s, Time Ratio=96.0556 +Physical time=3554.0000 s, CPU time=36.9940 s, Time Ratio=96.0696 +Physical time=3555.0000 s, CPU time=37.0000 s, Time Ratio=96.0811 +Physical time=3556.0000 s, CPU time=37.0060 s, Time Ratio=96.0925 +Physical time=3557.0000 s, CPU time=37.0110 s, Time Ratio=96.1066 +Physical time=3558.0000 s, CPU time=37.0170 s, Time Ratio=96.1180 +Physical time=3559.0000 s, CPU time=37.0230 s, Time Ratio=96.1294 +Physical time=3560.0000 s, CPU time=37.0290 s, Time Ratio=96.1409 +Physical time=3561.0000 s, CPU time=37.0340 s, Time Ratio=96.1549 +Physical time=3562.0000 s, CPU time=37.0400 s, Time Ratio=96.1663 +Physical time=3563.0000 s, CPU time=37.0450 s, Time Ratio=96.1803 +Physical time=3564.0000 s, CPU time=37.0510 s, Time Ratio=96.1917 +Physical time=3565.0000 s, CPU time=37.0560 s, Time Ratio=96.2057 +Physical time=3566.0000 s, CPU time=37.0610 s, Time Ratio=96.2197 +Physical time=3567.0000 s, CPU time=37.0670 s, Time Ratio=96.2311 +Physical time=3568.0000 s, CPU time=37.0720 s, Time Ratio=96.2451 +Physical time=3569.0000 s, CPU time=37.0780 s, Time Ratio=96.2565 +Physical time=3570.0000 s, CPU time=37.0830 s, Time Ratio=96.2705 +Physical time=3571.0000 s, CPU time=37.0890 s, Time Ratio=96.2819 +Physical time=3572.0000 s, CPU time=37.0940 s, Time Ratio=96.2959 +Physical time=3573.0000 s, CPU time=37.1010 s, Time Ratio=96.3047 +Physical time=3574.0000 s, CPU time=37.1070 s, Time Ratio=96.3161 +Physical time=3575.0000 s, CPU time=37.1140 s, Time Ratio=96.3248 +Physical time=3576.0000 s, CPU time=37.1200 s, Time Ratio=96.3362 +Physical time=3577.0000 s, CPU time=37.1260 s, Time Ratio=96.3476 +Physical time=3578.0000 s, CPU time=37.1310 s, Time Ratio=96.3615 +Physical time=3579.0000 s, CPU time=37.1370 s, Time Ratio=96.3729 +Physical time=3580.0000 s, CPU time=37.1420 s, Time Ratio=96.3868 +Physical time=3581.0000 s, CPU time=37.1480 s, Time Ratio=96.3982 +Physical time=3582.0000 s, CPU time=37.1560 s, Time Ratio=96.4043 +Physical time=3583.0000 s, CPU time=37.1620 s, Time Ratio=96.4157 +Physical time=3584.0000 s, CPU time=37.1700 s, Time Ratio=96.4218 +Physical time=3585.0000 s, CPU time=37.1830 s, Time Ratio=96.4150 +Physical time=3586.0000 s, CPU time=37.2000 s, Time Ratio=96.3978 +Physical time=3587.0000 s, CPU time=37.2160 s, Time Ratio=96.3833 +Physical time=3588.0000 s, CPU time=37.2330 s, Time Ratio=96.3661 +Physical time=3589.0000 s, CPU time=37.2500 s, Time Ratio=96.3490 +Physical time=3590.0000 s, CPU time=37.2640 s, Time Ratio=96.3396 +Physical time=3591.0000 s, CPU time=37.2760 s, Time Ratio=96.3354 +Physical time=3592.0000 s, CPU time=37.2850 s, Time Ratio=96.3390 +Physical time=3593.0000 s, CPU time=37.2960 s, Time Ratio=96.3374 +Physical time=3594.0000 s, CPU time=37.3020 s, Time Ratio=96.3487 +Physical time=3595.0000 s, CPU time=37.3070 s, Time Ratio=96.3626 +Physical time=3596.0000 s, CPU time=37.3130 s, Time Ratio=96.3739 +Physical time=3597.0000 s, CPU time=37.3210 s, Time Ratio=96.3801 +Physical time=3598.0000 s, CPU time=37.3280 s, Time Ratio=96.3888 +Physical time=3599.0000 s, CPU time=37.3360 s, Time Ratio=96.3949 +Physical time=3600.0000 s, CPU time=37.3430 s, Time Ratio=96.4036 +------------------------------------------------------------------- +assign_thermal_bc(): Thermal conditions for solid surfaces: + South Wall: T=19.692612[degC] + North Wall: T=19.692659[degC] + Ceiling: T=19.691262[degC] + Floor: T=19.695063[degC] + West Wall: T=19.694486[degC] + West Wall (glass, unshaded): T=2.168622[degC] + East Wall: T=19.694499[degC] + East Wall (glass, unshaded): T=2.168238[degC] + East Wall (frame): T=8.267970[degC] + West Wall (frame): T=8.268995[degC] +Convective sensible heat received by FFD is 0.000000 +Latent heat received by FFD is 0.000000 +------------------------------------------------------------------- +write_cosim_data(): Start to write FFD data to Modelica at t=3600.000000[s] + Averaged room temperature 17.212346[degC] + Flow information at the ports: + Information at solid surfaces: + South Wall: -1.264934[W] + North Wall: -1.263711[W] + Ceiling: -1.196408[W] + Floor: -1.362823[W] + West Wall: -0.666467[W] + West Wall (glass, unshaded): 3.105217[W] + East Wall: -0.668351[W] + East Wall (glass, unshaded): 3.104958[W] + East Wall (frame): 0.461175[W] + West Wall (frame): 0.461041[W] + Sensor Information: + Occupied zone air temperature: 290.362346 + Velocity: 0.050523 +ffd_solver(): Synchronized data at t=3600.000000[s] + +Physical time=3601.0000 s, CPU time=37.4650 s, Time Ratio=96.1164 +Physical time=3602.0000 s, CPU time=37.4700 s, Time Ratio=96.1302 +Physical time=3603.0000 s, CPU time=37.4780 s, Time Ratio=96.1364 +Physical time=3604.0000 s, CPU time=37.4860 s, Time Ratio=96.1426 +Physical time=3605.0000 s, CPU time=37.4930 s, Time Ratio=96.1513 +Physical time=3606.0000 s, CPU time=37.5000 s, Time Ratio=96.1600 +Physical time=3607.0000 s, CPU time=37.5050 s, Time Ratio=96.1738 +Physical time=3608.0000 s, CPU time=37.5110 s, Time Ratio=96.1851 +Physical time=3609.0000 s, CPU time=37.5160 s, Time Ratio=96.1990 +Physical time=3610.0000 s, CPU time=37.5220 s, Time Ratio=96.2102 +Physical time=3611.0000 s, CPU time=37.5280 s, Time Ratio=96.2215 +Physical time=3612.0000 s, CPU time=37.5330 s, Time Ratio=96.2353 +Physical time=3613.0000 s, CPU time=37.5390 s, Time Ratio=96.2466 +Physical time=3614.0000 s, CPU time=37.5450 s, Time Ratio=96.2578 +Physical time=3615.0000 s, CPU time=37.5500 s, Time Ratio=96.2716 +Physical time=3616.0000 s, CPU time=37.5550 s, Time Ratio=96.2854 +Physical time=3617.0000 s, CPU time=37.5600 s, Time Ratio=96.2993 +Physical time=3618.0000 s, CPU time=37.5650 s, Time Ratio=96.3131 +Physical time=3619.0000 s, CPU time=37.5700 s, Time Ratio=96.3269 +Physical time=3620.0000 s, CPU time=37.5750 s, Time Ratio=96.3407 +Physical time=3621.0000 s, CPU time=37.5820 s, Time Ratio=96.3493 +Physical time=3622.0000 s, CPU time=37.5880 s, Time Ratio=96.3605 +Physical time=3623.0000 s, CPU time=37.5950 s, Time Ratio=96.3692 +Physical time=3624.0000 s, CPU time=37.6000 s, Time Ratio=96.3830 +Physical time=3625.0000 s, CPU time=37.6070 s, Time Ratio=96.3916 +Physical time=3626.0000 s, CPU time=37.6120 s, Time Ratio=96.4054 +Physical time=3627.0000 s, CPU time=37.6170 s, Time Ratio=96.4192 +Physical time=3628.0000 s, CPU time=37.6230 s, Time Ratio=96.4304 +Physical time=3629.0000 s, CPU time=37.6280 s, Time Ratio=96.4441 +Physical time=3630.0000 s, CPU time=37.6330 s, Time Ratio=96.4579 +Physical time=3631.0000 s, CPU time=37.6380 s, Time Ratio=96.4717 +Physical time=3632.0000 s, CPU time=37.6440 s, Time Ratio=96.4828 +Physical time=3633.0000 s, CPU time=37.6510 s, Time Ratio=96.4915 +Physical time=3634.0000 s, CPU time=37.6570 s, Time Ratio=96.5026 +Physical time=3635.0000 s, CPU time=37.6640 s, Time Ratio=96.5113 +Physical time=3636.0000 s, CPU time=37.6710 s, Time Ratio=96.5199 +Physical time=3637.0000 s, CPU time=37.6770 s, Time Ratio=96.5310 +Physical time=3638.0000 s, CPU time=37.6840 s, Time Ratio=96.5396 +Physical time=3639.0000 s, CPU time=37.6900 s, Time Ratio=96.5508 +Physical time=3640.0000 s, CPU time=37.6980 s, Time Ratio=96.5568 +Physical time=3641.0000 s, CPU time=37.7040 s, Time Ratio=96.5680 +Physical time=3642.0000 s, CPU time=37.7110 s, Time Ratio=96.5766 +Physical time=3643.0000 s, CPU time=37.7170 s, Time Ratio=96.5877 +Physical time=3644.0000 s, CPU time=37.7220 s, Time Ratio=96.6015 +Physical time=3645.0000 s, CPU time=37.7270 s, Time Ratio=96.6152 +Physical time=3646.0000 s, CPU time=37.7350 s, Time Ratio=96.6212 +Physical time=3647.0000 s, CPU time=37.7420 s, Time Ratio=96.6297 +Physical time=3648.0000 s, CPU time=37.7480 s, Time Ratio=96.6409 +Physical time=3649.0000 s, CPU time=37.7550 s, Time Ratio=96.6495 +Physical time=3650.0000 s, CPU time=37.7630 s, Time Ratio=96.6555 +Physical time=3651.0000 s, CPU time=37.7690 s, Time Ratio=96.6666 +Physical time=3652.0000 s, CPU time=37.7740 s, Time Ratio=96.6803 +Physical time=3653.0000 s, CPU time=37.7800 s, Time Ratio=96.6914 +Physical time=3654.0000 s, CPU time=37.7850 s, Time Ratio=96.7050 +Physical time=3655.0000 s, CPU time=37.7900 s, Time Ratio=96.7187 +Physical time=3656.0000 s, CPU time=37.7950 s, Time Ratio=96.7324 +Physical time=3657.0000 s, CPU time=37.7990 s, Time Ratio=96.7486 +Physical time=3658.0000 s, CPU time=37.8040 s, Time Ratio=96.7622 +Physical time=3659.0000 s, CPU time=37.8090 s, Time Ratio=96.7759 +Physical time=3660.0000 s, CPU time=37.8140 s, Time Ratio=96.7895 +ffd_solver(): Received stop command from Modelica at FFD time: 3660.000000[s], Modelica Time: 3600.000000[s]. +ffd_solver(): Received stop command from Modelica at FFD time: 3660.000000[s], Modelica Time: 3600.000000[s]. +write_unsteady(): Wrote the unsteady data file unsteady.plt. +write_tecplot_data(): Wrote file result.plt. +wrtie_SCI(): Wrote the SCI data file output.cfd. +ffd(): Sent stopping signal to Modelica +Successfully exit FFD. diff --git a/Buildings/output.cfd b/Buildings/output.cfd new file mode 100644 index 00000000000..2cb6721545a --- /dev/null +++ b/Buildings/output.cfd @@ -0,0 +1,707 @@ +1.000000e+00 1.000000e+00 1.000000e+00 +10 10 10 +1 1 1 1 1 0 +0 0 0 0 0 0 +5.000000e-02 1.500000e-01 2.500000e-01 3.500000e-01 4.500000e-01 5.500000e-01 6.500000e-01 7.500000e-01 8.500000e-01 9.500000e-01 +5.000000e-02 1.500000e-01 2.500000e-01 3.500000e-01 4.500000e-01 5.500000e-01 6.500000e-01 7.500000e-01 8.500000e-01 9.500000e-01 +5.000000e-02 1.500000e-01 2.500000e-01 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+0.000000 0.000000 0.000000 19.692659 0.000000 0.000000 +0.000000 0.000000 0.000000 19.692659 0.000000 0.000000 +0.000000 0.000000 0.000000 19.692659 0.000000 0.000000 +0.000000 0.000000 0.000000 19.692659 0.000000 0.000000 +0.000000 0.000000 0.000000 19.692659 0.000000 0.000000 +0.000000 0.000000 0.000000 19.692659 0.000000 0.000000 From 70bb0c9008b78938f5b3bac9cca3dc24238760a8 Mon Sep 17 00:00:00 2001 From: xuhan425 Date: Wed, 8 Apr 2020 07:37:55 -0600 Subject: [PATCH 11/69] Update models and source codes for Buildings.ThermalZones.Detailed.ISAT --- .../Resources/C-Sources/cfdExchangeData.c | 53 +- .../Resources/C-Sources/isatCosimulation.h | 2 +- .../Resources/C-Sources/isatExchangeData.c | 49 +- .../Resources/C-Sources/isatSendStopCommand.c | 1 - .../FFD/Tutorial/MixedConvectionWithBox.cfd | 47 + .../FFD/Tutorial/MixedConvectionWithBox.dat | 320 ++ .../FFD/Tutorial/MixedConvectionWithBox.ffd | 67 + .../ISAT/DataCenter - Copy/existing.isat | 35 + .../Examples/ISAT/DataCenter - Copy/input.cfd | 85 + .../Examples/ISAT/DataCenter - Copy/input.ffd | 86 + .../Examples/ISAT/DataCenter - Copy/set.isat | 171 + .../ISAT/DataCenter - Copy/zeroone.dat | 320 ++ .../Examples/ISAT/DataCenter/existing.isat | 35 + .../Examples/ISAT/DataCenter/input.cfd | 85 + .../Examples/ISAT/DataCenter/input.ffd | 86 + .../Examples/ISAT/DataCenter/set.isat | 171 + .../Examples/ISAT/DataCenter/zeroone.dat | 320 ++ .../ISAT/ForcedConvection/existing.isat | 20 + .../Examples/ISAT/ForcedConvection/input.cfd | 45 + .../Examples/ISAT/ForcedConvection/input.ffd | 86 + .../Examples/ISAT/ForcedConvection/set.isat | 97 + .../ISAT/ForcedConvection/zeroone.dat | 320 ++ .../Examples/ISAT/DataCenterModel.png | Bin 0 -> 36210 bytes .../Examples/ISAT/DataCenterSchematic.png | Bin 0 -> 44950 bytes .../Examples/ISAT/ForcedConvectionModel.png | Bin 0 -> 40704 bytes .../Images/ThermalZones/Detailed/isat.png | Bin 0 -> 2082 bytes Buildings/Resources/Library/win32/ffd.dll | Bin 139264 -> 172544 bytes Buildings/Resources/Library/win32/ffd.lib | Bin 1646 -> 1646 bytes Buildings/Resources/Library/win32/isat.dll | Bin 0 -> 1065472 bytes Buildings/Resources/Library/win32/isat.lib | Bin 0 -> 1664 bytes Buildings/Resources/Library/win64/ffd.dll | Bin 0 -> 225792 bytes Buildings/Resources/Library/win64/ffd.lib | Bin 0 -> 1648 bytes .../FFD/Tutorial/MixedConvectionWithBox.mos | 46 + .../Detailed/Examples/ISAT/DataCenter.mos | 33 + .../Examples/ISAT/ForcedConvection.mos | 33 + .../src/FastFluidDynamics/Compile.bat | 54 +- .../src/FastFluidDynamics/advection.c | 2098 +++++++----- .../src/FastFluidDynamics/advection.h | 319 +- .../src/FastFluidDynamics/boundary.c | 1426 ++++++--- .../src/FastFluidDynamics/boundary.h | 311 +- .../FastFluidDynamics/chen_zero_equ_model.c | 179 +- .../FastFluidDynamics/chen_zero_equ_model.h | 96 +- .../src/FastFluidDynamics/cosimulation.c | 75 +- .../src/FastFluidDynamics/data_structure.h | 185 +- .../src/FastFluidDynamics/data_writer.c | 1084 +++++-- .../src/FastFluidDynamics/data_writer.h | 174 +- .../src/FastFluidDynamics/diffusion.c | 275 +- .../src/FastFluidDynamics/diffusion.h | 125 +- .../Resources/src/FastFluidDynamics/ffd.c | 337 +- .../Resources/src/FastFluidDynamics/ffd.h | 100 +- .../src/FastFluidDynamics/ffd_data_reader.c | 54 +- .../src/FastFluidDynamics/ffd_data_reader.h | 55 +- .../src/FastFluidDynamics/geometry.c | 333 +- .../src/FastFluidDynamics/geometry.h | 256 +- .../src/FastFluidDynamics/initialization.c | 1112 ++++--- .../src/FastFluidDynamics/initialization.h | 119 +- .../src/FastFluidDynamics/interpolation.c | 99 +- .../src/FastFluidDynamics/interpolation.h | 100 +- .../FastFluidDynamics/modelica_ffd_common.h | 25 +- .../src/FastFluidDynamics/parameter_reader.c | 555 +++- .../src/FastFluidDynamics/parameter_reader.h | 71 +- .../src/FastFluidDynamics/projection.c | 127 +- .../src/FastFluidDynamics/projection.h | 69 +- .../src/FastFluidDynamics/sci_reader.c | 2830 ++++++++++++----- .../src/FastFluidDynamics/sci_reader.h | 138 +- .../Resources/src/FastFluidDynamics/solver.c | 1573 ++++++--- .../Resources/src/FastFluidDynamics/solver.h | 279 +- .../src/FastFluidDynamics/solver_gs.c | 386 +-- .../src/FastFluidDynamics/solver_gs.h | 107 +- .../src/FastFluidDynamics/solver_tdma.c | 32 +- .../src/FastFluidDynamics/solver_tdma.h | 32 +- .../Resources/src/FastFluidDynamics/timing.c | 59 +- .../Resources/src/FastFluidDynamics/timing.h | 52 +- .../Resources/src/FastFluidDynamics/utility.c | 1369 ++++++-- .../Resources/src/FastFluidDynamics/utility.h | 534 ++-- Buildings/Resources/src/ISAT/common.h | 84 + Buildings/Resources/src/ISAT/cosimulation.c | 569 ++++ Buildings/Resources/src/ISAT/cosimulation.h | 83 + Buildings/Resources/src/ISAT/ffd_isat.c | 1100 +++++++ Buildings/Resources/src/ISAT/ffd_isat.h | 59 + Buildings/Resources/src/ISAT/ffd_wrap.c | 240 ++ Buildings/Resources/src/ISAT/ffd_wrap.h | 45 + Buildings/Resources/src/ISAT/isat_dll.c | 89 + Buildings/Resources/src/ISAT/isat_dll.h | 46 + Buildings/Resources/src/ISAT/libisatab_ser.a | Bin 0 -> 893202 bytes Buildings/Resources/src/ISAT/usrfgh.c | 59 + Buildings/Resources/src/ISAT/usrfgh.h | 26 + Buildings/Resources/src/ISAT/utarray.h | 232 ++ Buildings/Resources/src/ISAT/uthash.h | 960 ++++++ Buildings/Resources/src/ISAT/utility_isat.c | 418 +++ Buildings/Resources/src/ISAT/utility_isat.h | 55 + Buildings/Resources/src/ISAT/utlist.h | 757 +++++ Buildings/Resources/src/ISAT/utstring.h | 393 +++ .../Detailed/BaseClasses/CFDExchange.mo | 137 +- .../BaseClasses/ISATAirHeatMassBalance.mo | 2 +- .../Detailed/BaseClasses/ISATExchange.mo | 137 +- .../Detailed/BaseClasses/ISATThread.mo | 6 +- .../Detailed/BaseClasses/PartialCFD.mo | 182 ++ .../Detailed/BaseClasses/PartialExchange.mo | 64 +- .../BaseClasses/PartialExchangeData.mo | 7 +- .../BaseClasses/PartialStartCosimulation.mo | 8 +- .../Detailed/BaseClasses/cfdExchangeData.mo | 4 + .../BaseClasses/cfdStartCosimulation.mo | 6 +- .../Detailed/BaseClasses/isatExchangeData.mo | 2 +- .../BaseClasses/isatStartCosimulation.mo | 2 +- .../Detailed/BaseClasses/package.mo | 77 + .../Detailed/BaseClasses/package.order | 3 + Buildings/ThermalZones/Detailed/CFD.mo | 111 +- .../Examples/FFD/Tutorial/MixedConvection.mo | 4 +- .../FFD/Tutorial/MixedConvectionWithBox.mo | 400 +++ .../Examples/FFD/Tutorial/package.order | 1 + .../Examples/ISAT/BaseClasses/PartialRoom.mo | 89 + .../Examples/ISAT/BaseClasses/package.mo | 12 + .../Examples/ISAT/BaseClasses/package.order | 1 + .../Detailed/Examples/ISAT/DataCenter.mo | 86 + .../Examples/ISAT/ForcedConvection.mo | 270 ++ .../Detailed/Examples/ISAT/UsersGuide.mo | 54 + .../Detailed/Examples/ISAT/package.mo | 22 + .../Detailed/Examples/ISAT/package.order | 4 + .../Detailed/Examples/package.order | 1 + Buildings/ThermalZones/Detailed/ISAT.mo | 40 + Buildings/ThermalZones/Detailed/UsersGuide.mo | 43 +- Buildings/ThermalZones/Detailed/package.order | 1 + 123 files changed, 20765 insertions(+), 6043 deletions(-) create mode 100644 Buildings/Resources/Data/ThermalZones/Detailed/Examples/FFD/Tutorial/MixedConvectionWithBox.cfd create mode 100644 Buildings/Resources/Data/ThermalZones/Detailed/Examples/FFD/Tutorial/MixedConvectionWithBox.dat create mode 100644 Buildings/Resources/Data/ThermalZones/Detailed/Examples/FFD/Tutorial/MixedConvectionWithBox.ffd create mode 100644 Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/DataCenter - Copy/existing.isat create mode 100644 Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/DataCenter - Copy/input.cfd create mode 100644 Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/DataCenter - Copy/input.ffd create mode 100644 Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/DataCenter - Copy/set.isat create mode 100644 Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/DataCenter - Copy/zeroone.dat create mode 100644 Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/DataCenter/existing.isat create mode 100644 Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/DataCenter/input.cfd create mode 100644 Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/DataCenter/input.ffd create mode 100644 Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/DataCenter/set.isat create mode 100644 Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/DataCenter/zeroone.dat create mode 100644 Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/ForcedConvection/existing.isat create mode 100644 Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/ForcedConvection/input.cfd create mode 100644 Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/ForcedConvection/input.ffd create mode 100644 Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/ForcedConvection/set.isat create mode 100644 Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/ForcedConvection/zeroone.dat create mode 100644 Buildings/Resources/Images/ThermalZones/Detailed/Examples/ISAT/DataCenterModel.png create mode 100644 Buildings/Resources/Images/ThermalZones/Detailed/Examples/ISAT/DataCenterSchematic.png create mode 100644 Buildings/Resources/Images/ThermalZones/Detailed/Examples/ISAT/ForcedConvectionModel.png create mode 100644 Buildings/Resources/Images/ThermalZones/Detailed/isat.png create mode 100644 Buildings/Resources/Library/win32/isat.dll create mode 100644 Buildings/Resources/Library/win32/isat.lib create mode 100644 Buildings/Resources/Library/win64/ffd.dll create mode 100644 Buildings/Resources/Library/win64/ffd.lib create mode 100644 Buildings/Resources/Scripts/Dymola/ThermalZones/Detailed/Examples/FFD/Tutorial/MixedConvectionWithBox.mos create mode 100644 Buildings/Resources/Scripts/Dymola/ThermalZones/Detailed/Examples/ISAT/DataCenter.mos create mode 100644 Buildings/Resources/Scripts/Dymola/ThermalZones/Detailed/Examples/ISAT/ForcedConvection.mos create mode 100644 Buildings/Resources/src/ISAT/common.h create mode 100644 Buildings/Resources/src/ISAT/cosimulation.c create mode 100644 Buildings/Resources/src/ISAT/cosimulation.h create mode 100644 Buildings/Resources/src/ISAT/ffd_isat.c create mode 100644 Buildings/Resources/src/ISAT/ffd_isat.h create mode 100644 Buildings/Resources/src/ISAT/ffd_wrap.c create mode 100644 Buildings/Resources/src/ISAT/ffd_wrap.h create mode 100644 Buildings/Resources/src/ISAT/isat_dll.c create mode 100644 Buildings/Resources/src/ISAT/isat_dll.h create mode 100644 Buildings/Resources/src/ISAT/libisatab_ser.a create mode 100644 Buildings/Resources/src/ISAT/usrfgh.c create mode 100644 Buildings/Resources/src/ISAT/usrfgh.h create mode 100644 Buildings/Resources/src/ISAT/utarray.h create mode 100644 Buildings/Resources/src/ISAT/uthash.h create mode 100644 Buildings/Resources/src/ISAT/utility_isat.c create mode 100644 Buildings/Resources/src/ISAT/utility_isat.h create mode 100644 Buildings/Resources/src/ISAT/utlist.h create mode 100644 Buildings/Resources/src/ISAT/utstring.h create mode 100644 Buildings/ThermalZones/Detailed/BaseClasses/PartialCFD.mo create mode 100644 Buildings/ThermalZones/Detailed/Examples/FFD/Tutorial/MixedConvectionWithBox.mo create mode 100644 Buildings/ThermalZones/Detailed/Examples/ISAT/BaseClasses/PartialRoom.mo create mode 100644 Buildings/ThermalZones/Detailed/Examples/ISAT/BaseClasses/package.mo create mode 100644 Buildings/ThermalZones/Detailed/Examples/ISAT/BaseClasses/package.order create mode 100644 Buildings/ThermalZones/Detailed/Examples/ISAT/DataCenter.mo create mode 100644 Buildings/ThermalZones/Detailed/Examples/ISAT/ForcedConvection.mo create mode 100644 Buildings/ThermalZones/Detailed/Examples/ISAT/UsersGuide.mo create mode 100644 Buildings/ThermalZones/Detailed/Examples/ISAT/package.mo create mode 100644 Buildings/ThermalZones/Detailed/Examples/ISAT/package.order create mode 100644 Buildings/ThermalZones/Detailed/ISAT.mo diff --git a/Buildings/Resources/C-Sources/cfdExchangeData.c b/Buildings/Resources/C-Sources/cfdExchangeData.c index d7dd988cba2..4b9411eccae 100644 --- a/Buildings/Resources/C-Sources/cfdExchangeData.c +++ b/Buildings/Resources/C-Sources/cfdExchangeData.c @@ -7,8 +7,11 @@ * \author Wangda Zuo * University of Miami * W.Zuo@miami.edu + * Xu Han + * University of Colorado Boulder + * xuha3556@colorado.edu * - * \date 8/3/2013 + * \date 4/5/2020 * */ #include "cfdCosimulation.h" @@ -33,7 +36,53 @@ int cfdExchangeData(double t0, double dt, double *u, size_t nU, size_t nY, /*check if current modelica time equals to last time*/ /*if yes, it means cfdExchangeData() was called multiple times at one synchronization point, then directly return*/ - if(abs(cosim->modelica->lt - t0) < 1E-6){ + if(cosim->modelica->lt - t0 < 1E-6 && t0 - cosim->modelica->lt < 1E-6){ + /**************************************************************************** + | Copy data from CFD + ****************************************************************************/ + /* Get the temperature/heat flux for solid surface*/ + for(i=0; ipara->nSur; i++) { + y[i] = cosim->ffd->temHea[i]; + } + + /* Get the averaged room temperature*/ + y[i] = cosim->ffd->TRoo; + i++; + + /* Get the temperature of shading device if there is a shading device*/ + if(cosim->para->sha==1) { + for(j=0; jpara->nConExtWin; i++, j++) { + y[i] = cosim->ffd->TSha[j]; + } + } + + /* Get the temperature fluid at the fluid ports*/ + for(j=0; jpara->nPorts; i++, j++) { + y[i] = cosim->ffd->TPor[j]; + } + + /* Get the mass fraction at fluid ports*/ + for(j=0; jpara->nPorts; j++) + for(k=0; kpara->nXi; k++, i++) { + y[i] = cosim->ffd->XiPor[j][k]; + } + + /* Get the trace substance at fluid ports*/ + for(j=0; jpara->nPorts; j++) + for(k=0; kpara->nC; k++, i++) { + y[i] = cosim->ffd->CPor[j][k]; + } + + /* Get the sensor data*/ + for(j=0; jpara->nSen; j++, i++) { + y[i] = cosim->ffd->senVal[j]; + } + + /* Update the data status + cosim->ffd->flag = 0;*/ + + *t1 = cosim->ffd->t; + return 0; } diff --git a/Buildings/Resources/C-Sources/isatCosimulation.h b/Buildings/Resources/C-Sources/isatCosimulation.h index 3520838b510..e6047b66ee1 100644 --- a/Buildings/Resources/C-Sources/isatCosimulation.h +++ b/Buildings/Resources/C-Sources/isatCosimulation.h @@ -29,7 +29,7 @@ #ifndef _MODELICA_FFD_COMMON_H #define _MODELICA_FFD_COMMON_H -#include "../src/ISAT/ffd_src/modelica_ffd_common.h" +#include "../src/FastFluidDynamics/modelica_ffd_common.h" #include /* Needed to detect 32 vs. 64 bit using UINTPTR_MAX*/ #endif diff --git a/Buildings/Resources/C-Sources/isatExchangeData.c b/Buildings/Resources/C-Sources/isatExchangeData.c index 6b5663324fc..e1260f2623e 100644 --- a/Buildings/Resources/C-Sources/isatExchangeData.c +++ b/Buildings/Resources/C-Sources/isatExchangeData.c @@ -8,7 +8,6 @@ * Xu Han * University of Colorado Boulder * xuha3556@colorado.edu - * * Wangda Zuo * University of Miami * W.Zuo@miami.edu @@ -38,7 +37,53 @@ int isatExchangeData(double t0, double dt, double *u, size_t nU, size_t nY, /*check if current modelica time equals to last time*/ /*if yes, it means cfdExchangeData() was called multiple times at one synchronization point, then directly return*/ - if(abs(cosim->modelica->lt - t0) < 1E-6){ + if(cosim->modelica->lt - t0 < 1E-6 && t0 - cosim->modelica->lt < 1E-6){ + /**************************************************************************** + | Copy data from CFD + ****************************************************************************/ + /* Get the temperature/heat flux for solid surface*/ + for(i=0; ipara->nSur; i++) { + y[i] = cosim->ffd->temHea[i]; + } + + /* Get the averaged room temperature*/ + y[i] = cosim->ffd->TRoo; + i++; + + /* Get the temperature of shading device if there is a shading device*/ + if(cosim->para->sha==1) { + for(j=0; jpara->nConExtWin; i++, j++) { + y[i] = cosim->ffd->TSha[j]; + } + } + + /* Get the temperature fluid at the fluid ports*/ + for(j=0; jpara->nPorts; i++, j++) { + y[i] = cosim->ffd->TPor[j]; + } + + /* Get the mass fraction at fluid ports*/ + for(j=0; jpara->nPorts; j++) + for(k=0; kpara->nXi; k++, i++) { + y[i] = cosim->ffd->XiPor[j][k]; + } + + /* Get the trace substance at fluid ports*/ + for(j=0; jpara->nPorts; j++) + for(k=0; kpara->nC; k++, i++) { + y[i] = cosim->ffd->CPor[j][k]; + } + + /* Get the sensor data*/ + for(j=0; jpara->nSen; j++, i++) { + y[i] = cosim->ffd->senVal[j]; + } + + /* Update the data status + cosim->ffd->flag = 0;*/ + + *t1 = cosim->ffd->t; + return 0; } diff --git a/Buildings/Resources/C-Sources/isatSendStopCommand.c b/Buildings/Resources/C-Sources/isatSendStopCommand.c index 7f301c5b8c3..e137484c719 100644 --- a/Buildings/Resources/C-Sources/isatSendStopCommand.c +++ b/Buildings/Resources/C-Sources/isatSendStopCommand.c @@ -8,7 +8,6 @@ * Xu Han * University of Colorado Boulder * xuha3556@colorado.edu - * * Wangda Zuo * University of Miami * W.Zuo@miami.edu diff --git a/Buildings/Resources/Data/ThermalZones/Detailed/Examples/FFD/Tutorial/MixedConvectionWithBox.cfd b/Buildings/Resources/Data/ThermalZones/Detailed/Examples/FFD/Tutorial/MixedConvectionWithBox.cfd new file mode 100644 index 00000000000..a8b3df8a0ed --- /dev/null +++ b/Buildings/Resources/Data/ThermalZones/Detailed/Examples/FFD/Tutorial/MixedConvectionWithBox.cfd @@ -0,0 +1,47 @@ +1.000000 1.000000 1.000000 +20 20 20 +0.005000 0.015000 0.025000 0.035000 0.045000 0.055000 0.070000 0.070000 0.085000 0.095000 0.095000 0.085000 0.070000 0.070000 0.055000 0.045000 0.035000 0.025000 0.015000 0.005000 +0.005000 0.015000 0.025000 0.035000 0.045000 0.055000 0.070000 0.070000 0.085000 0.095000 0.095000 0.085000 0.070000 0.070000 0.055000 0.045000 0.035000 0.025000 0.015000 0.005000 +0.002778 0.008333 0.013889 0.019444 0.025000 0.030556 0.100000 0.100000 0.100000 0.100000 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+//------------------------------------------------------------------------------ +// The are key input file parameters +//------------------------------------------------------------------------------ + +inpu.parameter_file_format SCI // Format of extra parameter file: SCI +inpu.parameter_file_name MixedConvectionWithBox.cfd // Name of extra parameter file +inpu.block_file_name MixedConvectionWithBox.dat // Name of file defines the block in space + +//------------------------------------------------------------------------------ +// The following parameters may be overwritten by *.cfd file generated by SCI +//------------------------------------------------------------------------------ +geom.Lx 1 // Domain size in x-direction (meter) +geom.Ly 1 // Domain size in y-direction (meter) +geom.Lz 1 // Domain size in z-direction (meter) +geom.imax 10 // Number of interior cells in x-direction +geom.jmax 10 // Number of interior cells in y-direction +geom.kmax 10 // Number of interior cells in z-direction +geom.index 600 // Total number of boundary cells + +//------------------------------------------------------------------------------ +// The following parameters can only be defined in this file +//------------------------------------------------------------------------------ +inpu.read_old_ffd_file 0 // 1: Read previous FFD file; 0: False +geom.dx 0.1 // Length delta_x of one cell in x-direction for uniform grid only +geom.dy 0.1 // Length delta_y of one cell in y-direction for uniform grid only +geom.dz 0.1 // Length delta_z of one cell in z-direction for uniform grid only +geom.uniform 1 // Only for generating grid by FFD. 1: uniform grid; 0: non-uniform grid + +outp.version RUN // DEBUG, RUN + +prob.nu 0.000015 // Kinematic viscosity +prob.rho 1.205 // Density +prob.gravx 0 // Gravity in x direction +prob.gravy 0 // Gravity in y direction +prob.gravz -9.81 // Gravity in z direction +prob.cond 0.0257 // Conductivity +prob.Cp 1006.0 // Specific heat capacity +prob.beta 0.00343 // Thermal expansion coefficient +prob.diff 0.00001 // Diffusivity for contaminants +prob.coeff_h 0.0004 // Convective heat transfer coefficient near the wall +prob.force 1.0 // Force to be added in demo window when left-click on mouse +prob.source 1.0 // Source to be added in demo window for contaminants when right click on mouse +prob.movie 0 // Donot output data for making animation +prob.tur_model LAM // LAM, CHEN, CONSTANT +prob.chen_a 0.03874 // Coefficeint of Chen's zero euqation turbulence model +prob.Prt 0.9 // Turbulent Prandl number +prob.Temp_Buoyancy 10.0 // Reference temperature for calculating bouyance force + +mytime.t_steady 100.0 //Necessary time for reaching the steady state from initial condition + +bc.nb_Xi 1 // Total number of species +bc.C 0 // Total number of trace substances + +solv.solver GS // Solver type: GS, TDMA +solv.check_residual 0 // 1: check, 0: donot check +solv.advection_solver SEMI // Semi-Lagrangian method for advection +solv.interpolation BILINEAR // Bilinear internploation in semi-Lagrangian method +solv.cosimulation 1 // 0: single; 1: cosimulation + +sensor.nb_sensor 2 // Number of sensors +sensor.name OccupiedZoneAirTemperature // Name of sensor +sensor.name Velocity // Name of sensor + +init.T 10.0 // Initial condition for Temperature +init.u 0.0 // Initial condition for velocity u +init.v 0.0 // Initial condition for velocity v +init.w 0.0 // Initial condition for velocity w diff --git a/Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/DataCenter - Copy/existing.isat b/Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/DataCenter - Copy/existing.isat new file mode 100644 index 00000000000..1704c0ef5d3 --- /dev/null +++ b/Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/DataCenter - Copy/existing.isat @@ -0,0 +1,35 @@ +/*num_input: 4 num_output: 2 */ +20.000000 +2.000000 +2000.000000 +25.000000 +299.524161 +293.711643 +/*num_input: 4 num_output: 2 */ +20.000000 +2.000000 +2007.500000 +25.000000 +299.544464 +293.715325 +/*num_input: 4 num_output: 2 */ +20.000000 +2.000000 +3003.750000 +25.000000 +302.393775 +295.464381 +/*num_input: 4 num_output: 2 */ +20.000000 +2.000000 +3492.490000 +25.000000 +303.699423 +296.409751 +/*num_input: 4 num_output: 2 */ +20.000000 +2.000000 +2500.000000 +25.000000 +300.968751 +294.234246 diff --git a/Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/DataCenter - Copy/input.cfd b/Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/DataCenter - Copy/input.cfd new file mode 100644 index 00000000000..aa7d5d6477c --- /dev/null +++ b/Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/DataCenter - Copy/input.cfd @@ -0,0 +1,85 @@ +5.486400 6.705600 3.657600 +36 44 24 +0.152400 0.152400 0.152400 0.152400 0.152400 0.152400 0.152400 0.152400 0.152400 0.152400 0.152400 0.152400 0.152400 0.152400 0.152400 0.152400 0.152400 0.152400 0.152400 0.152400 0.152400 0.152400 0.152400 0.152400 0.152400 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14 1 20.000000 +Rack10 1 5000 0.000059 +25 33 1 7 4 14 1 20.000000 +CRAC +24 1 1 13 7 14 1 20.000000 +6 +Ceiling +1 1 25 36 44 0 1 20.000000 +EastWall +1 45 1 36 0 24 1 20.000000 +Floor +1 1 1 36 44 0 1 20.000000 +NorthWall +37 1 1 0 44 24 1 20.000000 +SouthWall +1 1 1 0 44 24 1 20.000000 +WestWall +1 1 1 36 0 24 1 20.000000 +0 +100 +0.010000 +1 +0.000000 0.000000 0.000000 0.000000 27.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 +-10000000000.000000 -10000000000.000000 -10000000000.000000 -10000000000.000000 -10000000000.000000 -10000000000.000000 -10000000000.000000 -10000000000.000000 -10000000000.000000 -10000000000.000000 -10000000000.000000 -10000000000.000000 +10000000000.000000 10000000000.000000 10000000000.000000 10000000000.000000 10000000000.000000 10000000000.000000 10000000000.000000 10000000000.000000 10000000000.000000 10000000000.000000 10000000000.000000 10000000000.000000 +10000000000.000000 10000000000.000000 10000000000.000000 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b/Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/DataCenter - Copy/input.ffd @@ -0,0 +1,86 @@ +//------------------------------------------------------------------------------ +// The are key input file parameters +//------------------------------------------------------------------------------ + +inpu.parameter_file_format SCI // Foramt of extra parameter file: SCI +inpu.parameter_file_name input.cfd // Name of extra parameter file +inpu.block_file_name zeroone.dat +inpu.old_ffd_file_name result.plt // Name of previous FFD simulation data file + + +//------------------------------------------------------------------------------ +// The following parameters may be overwritten by *.cfd file generated by SCI +//------------------------------------------------------------------------------ +geom.Lx 1 // Domain size in x-direction (meter) +geom.Ly 1 // Domain size in y-direction (meter) +geom.Lz 1 // Domain size in z-direction (meter) +geom.imax 10 // Number of interior cells in x-direction +geom.jmax 10 // Number of interior cells in y-direction +geom.kmax 10 // Number of interior cells in z-direction +geom.index 600 // Total number of boundary cells +prob.nu 0.000015 // Kinematic viscosity +prob.rho 1.205 // Density +prob.gravx 0 // Gravity in x direction +prob.gravy 0 // Gravity in y direction +prob.gravz -9.81 // Gravity in z direction +prob.cond 0.0257 // Conductivity +prob.Cp 1006.0 // Specific heat capacity + +//------------------------------------------------------------------------------ +// The following parameters can only be defined in this input.cfd +//------------------------------------------------------------------------------ +geom.dx 0.1 // Length delta_x of one cell in x-direction for uniform grid only +geom.dy 0.1 // Length delta_y of one cell in y-direction for uniform grid only +geom.dz 0.1 // Length delta_z of one cell in z-direction for uniform grid only +geom.uniform 1 // Only for generating grid by FFD. 1: uniform grid; 0: non-uniform grid + +inpu.read_old_ffd_file 0 // 1: Read previous FFD file; 0: False + +outp.cal_mean 1 // 1: Calculate mean value; 0: False +outp.v_ref 0.1 // Reference velocity for visualization +outp.Temp_ref 1.0 // Reference temperature for visualizations +outp.v_length 1 // Change of velocity vector length in demo window +outp.i_N 1 // Number of grids plotted in x direction +outp.j_N 1 // Number of grids plotted in y direction +outp.winx 600 // Resolution of screen at x direction in pixel +outp.winy 600 // Resolution of screen at y direction in pixel +outp.version RUN // DEMO, DEBUG, RUN +outp.result_file NO //PLT, VTK, NO + +prob.nu 1.5e-5 // +prob.diff 0.00001 // Diffusivity for contaminants +prob.alpha 1.96e-5 // Thermal diffusivity +prob.beta 0.00343 +prob.coeff_h 0.004 // Convective heat transfer coefficient near the wall +prob.force 1.0 // Force to be added in demo window when left-click on mouse +prob.source 1.0 // Source to be added in demo window for contaminants when right click on mouse +prob.movie 0 // Output data for making animation (1:yes, 0:no) +prob.tur_model CHEN // LAM, CHEN, CONSTANT +prob.chen_a 0.03874 // Coefficeint of Chen's zero euqation turbulence model +prob.Prt 0.9 // Turbulent Prandl number +prob.Temp_Buoyancy 10.0 // Reference temperature for calucating bouyance force + +bc.outlet_bc PRESCRIBED_VALUE // ZERO_GRADIENT, PRESCRIBED_VALUE +bc.hasTile 0 // To model data center plenum: 1: Has tile, 0: no tile + +mytime.t_steady 190.0 //Necessary time for reaching the steady state from initial condition + + +solv.solver GS // Solver type: GS, TDMA +solv.check_residual 0 // 1: check, 0: donot check +solv.advection_solver UPWIND // Tyep of advection solver: SEMI, LAX, UPWIND, UPWIND_NEW +solv.interpolation BILINEAR // Internploation in semi-Lagrangian method: BILINEAR, FSJ, HYBRID +solv.cosimulation 0 // 0: single; 1: cosimulation +solv.mass_conservation_on 1 // 1: Turn on mass balance; 0: Turn off mass balance +solv.tile_flow_correct PRESSURE_BASE // To model data center plenum: PRESSURE_BASE, NS_SOURCE + +sensor.nb_sensor 2 // Number of sensors +sensor.name OccupiedZoneAirTemperature // Name of sensor +sensor.name Velocity // Name of sensor + +init.T 20.0 // Initial condition for Temperature +init.u 0.3 // Initial condition for velocity u +init.v 0.0 // Initial condition for velocity v +init.w 0.0 // Initial condition for velocity w + + diff --git a/Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/DataCenter - Copy/set.isat b/Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/DataCenter - Copy/set.isat new file mode 100644 index 00000000000..8defbb1cfd1 --- /dev/null +++ b/Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/DataCenter - Copy/set.isat @@ -0,0 +1,171 @@ +/**************************************************************************** +| +| \file set.isat +| +| \brief Settings of isat and ffd defined by users +| +| \Note Please do not edit any comments +| +****************************************************************************/ + + +/******************************************************************************** +| Section 1: General settings of isat +********************************************************************************/ +isat.useISAT 1 /*If use ISAT*/ +isat.useBinarySelectedPoint 0 /*If use binary pre-training*/ +isat.digAftdec 2 /*Digitals after decimal*/ +isat.read_existing 1 /*1: read existing database; 0: train from scratch*/ +isat.write_existing 1 /*1: write ffd results to database; 0: do not write*/ +isat.err_global 0.3 /*user-defined global error tolerance*/ +isat.num_input 4 /*number of isat inputs*/ +isat.num_output 2 /*number of isat outputs*/ + + +/******************************************************************************** +| Section 2: Input settings of isat and ffd +********************************************************************************/ +//------------------------------------------------------------------------- +// Section 2.0: Settings of numbers +// Note: Users define numbers of inlets, blocks and walls, respectively, if +// there exist at least one inlet, block or wall that will be +// overwirtten by isat inputs. The number should be 0 if none of inlet +// block or wall that will be overwritten by isat inputs +//------------------------------------------------------------------------- +/*inpu.inpu_name: names of inputs including inlet_temp, inlet_mass, inlet_vel, block_temp, block_hea, rack_hea, sur_temp, sur_hea*/ +inpu.inpu_name inlet_temp +inpu.inpu_name inlet_mass +inpu.inpu_name rack_hea +inpu.inpu_name sur_temp +/*number of inlets, blocks and walls*/ +inpu.num_inlet 10 +inpu.num_block 10 +inpu.num_wall 6 + +//------------------------------------------------------------------------- +// Section 2.1: Settings of inlets +// Note: Users should define inlet_temp, inlet_u, inlet_v, inlet_w, +// respectively. The number of inlets should be consistent. +//------------------------------------------------------------------------- +/*inpu.dir_inlet: 1: x; 2: y; 3: z*/ +inpu.dir_inlet 3 + +/*inpu.default_mass_flowrate: reference massflow to update outflow for prescribed outlet bc*/ +inpu.default_mass_flowrate 28.3168 + +/*inlet_area_value: inlet area*/ +inpu.inlet_area_value 3.71612 +inpu.inlet_area_value 3.71612 +inpu.inlet_area_value 3.71612 +inpu.inlet_area_value 3.71612 +inpu.inlet_area_value 3.71612 +inpu.inlet_area_value 3.71612 +inpu.inlet_area_value 3.71612 +inpu.inlet_area_value 3.71612 +inpu.inlet_area_value 3.71612 +inpu.inlet_area_value 3.71612 + +/*inpu.inlet_temp_re: inlet_temp will be overwritten or not*/ +inpu.inlet_temp_re 1 +inpu.inlet_temp_re 1 +inpu.inlet_temp_re 1 +inpu.inlet_temp_re 1 +inpu.inlet_temp_re 1 +inpu.inlet_temp_re 1 +inpu.inlet_temp_re 1 +inpu.inlet_temp_re 1 +inpu.inlet_temp_re 1 +inpu.inlet_temp_re 1 +/*inpu.inlet_vel_re: inlet_u will be overwritten or not*/ +inpu.inlet_vel_re 1 +inpu.inlet_vel_re 1 +inpu.inlet_vel_re 1 +inpu.inlet_vel_re 1 +inpu.inlet_vel_re 1 +inpu.inlet_vel_re 1 +inpu.inlet_vel_re 1 +inpu.inlet_vel_re 1 +inpu.inlet_vel_re 1 +inpu.inlet_vel_re 1 + +/*inpu.inlet_temp_wh: value of inlet_temp will be assigned by which isat input*/ +inpu.inlet_temp_wh 1 +inpu.inlet_temp_wh 1 +inpu.inlet_temp_wh 1 +inpu.inlet_temp_wh 1 +inpu.inlet_temp_wh 1 +inpu.inlet_temp_wh 1 +inpu.inlet_temp_wh 1 +inpu.inlet_temp_wh 1 +inpu.inlet_temp_wh 1 +inpu.inlet_temp_wh 1 + +/*inpu.inlet_vel_wh: value of inlet_u will be assigned by which isat input*/ +inpu.inlet_vel_wh 2 +inpu.inlet_vel_wh 2 +inpu.inlet_vel_wh 2 +inpu.inlet_vel_wh 2 +inpu.inlet_vel_wh 2 +inpu.inlet_vel_wh 2 +inpu.inlet_vel_wh 2 +inpu.inlet_vel_wh 2 +inpu.inlet_vel_wh 2 +inpu.inlet_vel_wh 2 + +//------------------------------------------------------------------------- +// Section 2.2: Settings of blocks +// Note: The number of blocks should be consistent +//------------------------------------------------------------------------- +/*inpu.block_re: temperature or heat flux of blocks will be overwritten or not*/ +inpu.block_re 1 +inpu.block_re 1 +inpu.block_re 1 +inpu.block_re 1 +inpu.block_re 1 +inpu.block_re 1 +inpu.block_re 1 +inpu.block_re 1 +inpu.block_re 1 +inpu.block_re 1 + +/*inpu.block_wh: temperature or heat flux of blocks will be assigned by which isat input*/ +inpu.block_wh 3 +inpu.block_wh 3 +inpu.block_wh 3 +inpu.block_wh 3 +inpu.block_wh 3 +inpu.block_wh 3 +inpu.block_wh 3 +inpu.block_wh 3 +inpu.block_wh 3 +inpu.block_wh 3 + +//------------------------------------------------------------------------- +// Section 2.3: Settings of walls +// Note: The number of walls should be consistent +//------------------------------------------------------------------------- +/*inpu.wall_re: temperature or heat flux of walls will be overwritten or not*/ +inpu.wall_re 1 +inpu.wall_re 1 +inpu.wall_re 1 +inpu.wall_re 1 +inpu.wall_re 1 +inpu.wall_re 1 +/*inpu.wall_wh: temperature or heat flux of walls will be assigned by which isat input*/ +inpu.wall_wh 4 +inpu.wall_wh 4 +inpu.wall_wh 4 +inpu.wall_wh 4 +inpu.wall_wh 4 +inpu.wall_wh 4 + + +/******************************************************************************** +| Section 3: Output settings of isat and ffd +********************************************************************************/ +/*outp.outp_name: names of outputs including temp_roo, temp_occ, vel_occ, temp_sen, vel_sen, temp_rack*/ +outp.outp_name temp_roo +outp.outp_name temp_rack +/*outp.outp_weight: weights for error control, when outputs have different order of magnitudes*/ +outp.outp_weight 1.0 +outp.outp_weight 1.0 \ No newline at end of file diff --git a/Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/DataCenter - Copy/zeroone.dat b/Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/DataCenter - Copy/zeroone.dat new file mode 100644 index 00000000000..e17c108cb29 --- 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+//------------------------------------------------------------------------------ +// The are key input file parameters +//------------------------------------------------------------------------------ + +inpu.parameter_file_format SCI // Foramt of extra parameter file: SCI +inpu.parameter_file_name input.cfd // Name of extra parameter file +inpu.block_file_name zeroone.dat +inpu.old_ffd_file_name result.plt // Name of previous FFD simulation data file + + +//------------------------------------------------------------------------------ +// The following parameters may be overwritten by *.cfd file generated by SCI +//------------------------------------------------------------------------------ +geom.Lx 1 // Domain size in x-direction (meter) +geom.Ly 1 // Domain size in y-direction (meter) +geom.Lz 1 // Domain size in z-direction (meter) +geom.imax 10 // Number of interior cells in x-direction +geom.jmax 10 // Number of interior cells in y-direction +geom.kmax 10 // Number of interior cells in z-direction +geom.index 600 // Total number of boundary cells +prob.nu 0.000015 // Kinematic viscosity +prob.rho 1.205 // Density +prob.gravx 0 // Gravity in x direction +prob.gravy 0 // Gravity in y direction +prob.gravz -9.81 // Gravity in z direction +prob.cond 0.0257 // Conductivity +prob.Cp 1006.0 // Specific heat capacity + +//------------------------------------------------------------------------------ +// The following parameters can only be defined in this input.cfd +//------------------------------------------------------------------------------ +geom.dx 0.1 // Length delta_x of one cell in x-direction for uniform grid only +geom.dy 0.1 // Length delta_y of one cell in y-direction for uniform grid only +geom.dz 0.1 // Length delta_z of one cell in z-direction for uniform grid only +geom.uniform 1 // Only for generating grid by FFD. 1: uniform grid; 0: non-uniform grid + +inpu.read_old_ffd_file 0 // 1: Read previous FFD file; 0: False + +outp.cal_mean 1 // 1: Calculate mean value; 0: False +outp.v_ref 0.1 // Reference velocity for visualization +outp.Temp_ref 1.0 // Reference temperature for visualizations +outp.v_length 1 // Change of velocity vector length in demo window +outp.i_N 1 // Number of grids plotted in x direction +outp.j_N 1 // Number of grids plotted in y direction +outp.winx 600 // Resolution of screen at x direction in pixel +outp.winy 600 // Resolution of screen at y direction in pixel +outp.version RUN // DEMO, DEBUG, RUN +outp.result_file NO //PLT, VTK, NO + +prob.nu 1.5e-5 // +prob.diff 0.00001 // Diffusivity for contaminants +prob.alpha 1.96e-5 // Thermal diffusivity +prob.beta 0.00343 +prob.coeff_h 0.004 // Convective heat transfer coefficient near the wall +prob.force 1.0 // Force to be added in demo window when left-click on mouse +prob.source 1.0 // Source to be added in demo window for contaminants when right click on mouse +prob.movie 0 // Output data for making animation (1:yes, 0:no) +prob.tur_model CHEN // LAM, CHEN, CONSTANT +prob.chen_a 0.03874 // Coefficeint of Chen's zero euqation turbulence model +prob.Prt 0.9 // Turbulent Prandl number +prob.Temp_Buoyancy 10.0 // Reference temperature for calucating bouyance force + +bc.outlet_bc PRESCRIBED_VALUE // ZERO_GRADIENT, PRESCRIBED_VALUE +bc.hasTile 0 // To model data center plenum: 1: Has tile, 0: no tile + +mytime.t_steady 4.0 //Necessary time for reaching the steady state from initial condition + + +solv.solver GS // Solver type: GS, TDMA +solv.check_residual 0 // 1: check, 0: donot check +solv.advection_solver UPWIND // Tyep of advection solver: SEMI, LAX, UPWIND, UPWIND_NEW +solv.interpolation BILINEAR // Internploation in semi-Lagrangian method: BILINEAR, FSJ, HYBRID +solv.cosimulation 0 // 0: single; 1: cosimulation +solv.mass_conservation_on 1 // 1: Turn on mass balance; 0: Turn off mass balance +solv.tile_flow_correct PRESSURE_BASE // To model data center plenum: PRESSURE_BASE, NS_SOURCE + +sensor.nb_sensor 2 // Number of sensors +sensor.name OccupiedZoneAirTemperature // Name of sensor +sensor.name Velocity // Name of sensor + +init.T 20.0 // Initial condition for Temperature +init.u 0.3 // Initial condition for velocity u +init.v 0.0 // Initial condition for velocity v +init.w 0.0 // Initial condition for velocity w + + diff --git a/Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/DataCenter/set.isat b/Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/DataCenter/set.isat new file mode 100644 index 00000000000..e974205ecf9 --- /dev/null +++ b/Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/DataCenter/set.isat @@ -0,0 +1,171 @@ +/**************************************************************************** +| +| \file set.isat +| +| \brief Settings of isat and ffd defined by users +| +| \Note Please do not edit any comments +| +****************************************************************************/ + + +/******************************************************************************** +| Section 1: General settings of isat +********************************************************************************/ +isat.useISAT 1 /*If use ISAT*/ +isat.useBinarySelectedPoint 0 /*If use binary pre-training*/ +isat.digAftdec 2 /*Digitals after decimal*/ +isat.read_existing 0 /*1: read existing database; 0: train from scratch*/ +isat.write_existing 0 /*1: write ffd results to database; 0: do not write*/ +isat.err_global 0.3 /*user-defined global error tolerance*/ +isat.num_input 4 /*number of isat inputs*/ +isat.num_output 2 /*number of isat outputs*/ + + +/******************************************************************************** +| Section 2: Input settings of isat and ffd +********************************************************************************/ +//------------------------------------------------------------------------- +// Section 2.0: Settings of numbers +// Note: Users define numbers of inlets, blocks and walls, respectively, if +// there exist at least one inlet, block or wall that will be +// overwirtten by isat inputs. The number should be 0 if none of inlet +// block or wall that will be overwritten by isat inputs +//------------------------------------------------------------------------- +/*inpu.inpu_name: names of inputs including inlet_temp, inlet_mass, inlet_vel, block_temp, block_hea, rack_hea, sur_temp, sur_hea*/ +inpu.inpu_name inlet_temp +inpu.inpu_name inlet_mass +inpu.inpu_name rack_hea +inpu.inpu_name sur_temp +/*number of inlets, blocks and walls*/ +inpu.num_inlet 10 +inpu.num_block 10 +inpu.num_wall 6 + +//------------------------------------------------------------------------- +// Section 2.1: Settings of inlets +// Note: Users should define inlet_temp, inlet_u, inlet_v, inlet_w, +// respectively. The number of inlets should be consistent. +//------------------------------------------------------------------------- +/*inpu.dir_inlet: 1: x; 2: y; 3: z*/ +inpu.dir_inlet 3 + +/*inpu.default_mass_flowrate: set a default mass flowrate if using prescribed outlet bc*/ +inpu.default_mass_flowrate 2.83168 + +/*inlet_area_value: inlet area*/ +inpu.inlet_area_value 3.71612 +inpu.inlet_area_value 3.71612 +inpu.inlet_area_value 3.71612 +inpu.inlet_area_value 3.71612 +inpu.inlet_area_value 3.71612 +inpu.inlet_area_value 3.71612 +inpu.inlet_area_value 3.71612 +inpu.inlet_area_value 3.71612 +inpu.inlet_area_value 3.71612 +inpu.inlet_area_value 3.71612 + +/*inpu.inlet_temp_re: inlet_temp will be overwritten or not*/ +inpu.inlet_temp_re 1 +inpu.inlet_temp_re 1 +inpu.inlet_temp_re 1 +inpu.inlet_temp_re 1 +inpu.inlet_temp_re 1 +inpu.inlet_temp_re 1 +inpu.inlet_temp_re 1 +inpu.inlet_temp_re 1 +inpu.inlet_temp_re 1 +inpu.inlet_temp_re 1 +/*inpu.inlet_vel_re: inlet_u will be overwritten or not*/ +inpu.inlet_vel_re 1 +inpu.inlet_vel_re 1 +inpu.inlet_vel_re 1 +inpu.inlet_vel_re 1 +inpu.inlet_vel_re 1 +inpu.inlet_vel_re 1 +inpu.inlet_vel_re 1 +inpu.inlet_vel_re 1 +inpu.inlet_vel_re 1 +inpu.inlet_vel_re 1 + +/*inpu.inlet_temp_wh: value of inlet_temp will be assigned by which isat input*/ +inpu.inlet_temp_wh 1 +inpu.inlet_temp_wh 1 +inpu.inlet_temp_wh 1 +inpu.inlet_temp_wh 1 +inpu.inlet_temp_wh 1 +inpu.inlet_temp_wh 1 +inpu.inlet_temp_wh 1 +inpu.inlet_temp_wh 1 +inpu.inlet_temp_wh 1 +inpu.inlet_temp_wh 1 + +/*inpu.inlet_vel_wh: value of inlet_u will be assigned by which isat input*/ +inpu.inlet_vel_wh 2 +inpu.inlet_vel_wh 2 +inpu.inlet_vel_wh 2 +inpu.inlet_vel_wh 2 +inpu.inlet_vel_wh 2 +inpu.inlet_vel_wh 2 +inpu.inlet_vel_wh 2 +inpu.inlet_vel_wh 2 +inpu.inlet_vel_wh 2 +inpu.inlet_vel_wh 2 + +//------------------------------------------------------------------------- +// Section 2.2: Settings of blocks +// Note: The number of blocks should be consistent +//------------------------------------------------------------------------- +/*inpu.block_re: temperature or heat flux of blocks will be overwritten or not*/ +inpu.block_re 1 +inpu.block_re 1 +inpu.block_re 1 +inpu.block_re 1 +inpu.block_re 1 +inpu.block_re 1 +inpu.block_re 1 +inpu.block_re 1 +inpu.block_re 1 +inpu.block_re 1 + +/*inpu.block_wh: temperature or heat flux of blocks will be assigned by which isat input*/ +inpu.block_wh 3 +inpu.block_wh 3 +inpu.block_wh 3 +inpu.block_wh 3 +inpu.block_wh 3 +inpu.block_wh 3 +inpu.block_wh 3 +inpu.block_wh 3 +inpu.block_wh 3 +inpu.block_wh 3 + +//------------------------------------------------------------------------- +// Section 2.3: Settings of walls +// Note: The number of walls should be consistent +//------------------------------------------------------------------------- +/*inpu.wall_re: temperature or heat flux of walls will be overwritten or not*/ +inpu.wall_re 1 +inpu.wall_re 1 +inpu.wall_re 1 +inpu.wall_re 1 +inpu.wall_re 1 +inpu.wall_re 1 +/*inpu.wall_wh: temperature or heat flux of walls will be assigned by which isat input*/ +inpu.wall_wh 4 +inpu.wall_wh 4 +inpu.wall_wh 4 +inpu.wall_wh 4 +inpu.wall_wh 4 +inpu.wall_wh 4 + + +/******************************************************************************** +| Section 3: Output settings of isat and ffd +********************************************************************************/ +/*outp.outp_name: names of outputs including temp_roo, temp_occ, vel_occ, temp_sen, vel_sen, temp_rack*/ +outp.outp_name temp_roo +outp.outp_name temp_rack +/*outp.outp_weight: weights for error control, when outputs have different order of magnitudes*/ +outp.outp_weight 1.0 +outp.outp_weight 1.0 \ No newline at end of file diff --git a/Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/DataCenter/zeroone.dat b/Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/DataCenter/zeroone.dat new file mode 100644 index 00000000000..e17c108cb29 --- /dev/null +++ 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+25.700000 +295.356177 +0.104386 +/*num_input: 2 num_output: 2 */ +20.800000 +20.800000 +293.462120 +0.091449 diff --git a/Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/ForcedConvection/input.cfd b/Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/ForcedConvection/input.cfd new file mode 100644 index 00000000000..e57b7e8d68f --- /dev/null +++ b/Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/ForcedConvection/input.cfd @@ -0,0 +1,45 @@ +1.000000 1.000000 1.000000 +10 10 10 +0.100000 0.100000 0.100000 0.100000 0.100000 0.100000 0.100000 0.100000 0.100000 0.100000 +0.100000 0.100000 0.100000 0.100000 0.100000 0.100000 0.100000 0.100000 0.100000 0.100000 +0.100000 0.100000 0.100000 0.100000 0.100000 0.100000 0.100000 0.100000 0.100000 0.100000 +0 0 0 0 0 0 +8 +1 +Inlet +1 1 10 0 10 1 20.000000 0.000000 0.833333 0.000000 0.000000 +1 +Outlet +11 1 1 0 10 1 20.000000 0.000000 0.833333 0.000000 0.000000 +0 +6 +South Wall +1 1 1 10 0 10 1 20.000000 +North Wall +1 11 1 10 0 10 1 20.000000 +Ceiling +1 1 11 10 10 0 1 20.000000 +Floor +1 1 1 10 10 0 1 20.000000 +West Wall +1 1 1 0 10 9 1 20.000000 +East Wall +11 1 2 0 10 9 1 20.000000 +0 +100 +0.010000 +1 +0.000000 0.000000 0.000000 0.000000 27.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 0.000000 +-10000000000.000000 -10000000000.000000 -10000000000.000000 -10000000000.000000 -10000000000.000000 -10000000000.000000 -10000000000.000000 -10000000000.000000 -10000000000.000000 -10000000000.000000 -10000000000.000000 -10000000000.000000 +10000000000.000000 10000000000.000000 10000000000.000000 10000000000.000000 10000000000.000000 10000000000.000000 10000000000.000000 10000000000.000000 10000000000.000000 10000000000.000000 10000000000.000000 10000000000.000000 +10000000000.000000 10000000000.000000 10000000000.000000 10000000000.000000 10000000000.000000 10000000000.000000 10000000000.000000 10000000000.000000 10000000000.000000 10000000000.000000 10000000000.000000 +1.000000 0.700000 0.700000 0.700000 0.700000 0.700000 0.700000 0.700000 0.700000 0.700000 0.700000 0.700000 +1 1 1 +1 1 1 +0 +1 +1 1 1 1 1 1 1 1 1 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 +0 1 +1.177400 0.000016 0.026240 0.000000 -9.810000 0.000000 0.003600 27.000000 1005.000000 +0.000000 0.100000 2000.000000 +1.000000 1.000000 1.000000 1.000000 1.000000 1.000000 1.000000 1.000000 0.710000 0.900000 1.000000 1.000000 1.000000 1.000000 1.000000 1.000000 1.000000 1.000000 1.000000 1.000000 1.000000 1.000000 1.000000 1.300000 diff --git a/Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/ForcedConvection/input.ffd b/Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/ForcedConvection/input.ffd new file mode 100644 index 00000000000..17c76743281 --- /dev/null +++ b/Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/ForcedConvection/input.ffd @@ -0,0 +1,86 @@ +//------------------------------------------------------------------------------ +// The are key input file parameters +//------------------------------------------------------------------------------ + +inpu.parameter_file_format SCI // Foramt of extra parameter file: SCI +inpu.parameter_file_name input.cfd // Name of extra parameter file +inpu.block_file_name zeroone.dat +inpu.old_ffd_file_name result.plt // Name of previous FFD simulation data file + + +//------------------------------------------------------------------------------ +// The following parameters may be overwritten by *.cfd file generated by SCI +//------------------------------------------------------------------------------ +geom.Lx 1 // Domain size in x-direction (meter) +geom.Ly 1 // Domain size in y-direction (meter) +geom.Lz 1 // Domain size in z-direction (meter) +geom.imax 10 // Number of interior cells in x-direction +geom.jmax 10 // Number of interior cells in y-direction +geom.kmax 10 // Number of interior cells in z-direction +geom.index 600 // Total number of boundary cells +prob.nu 0.000015 // Kinematic viscosity +prob.rho 1.205 // Density +prob.gravx 0 // Gravity in x direction +prob.gravy 0 // Gravity in y direction +prob.gravz -9.81 // Gravity in z direction +prob.cond 0.0257 // Conductivity +prob.Cp 1006.0 // Specific heat capacity + +//------------------------------------------------------------------------------ +// The following parameters can only be defined in this input.cfd +//------------------------------------------------------------------------------ +geom.dx 0.1 // Length delta_x of one cell in x-direction for uniform grid only +geom.dy 0.1 // Length delta_y of one cell in y-direction for uniform grid only +geom.dz 0.1 // Length delta_z of one cell in z-direction for uniform grid only +geom.uniform 1 // Only for generating grid by FFD. 1: uniform grid; 0: non-uniform grid + +inpu.read_old_ffd_file 0 // 1: Read previous FFD file; 0: False + +outp.cal_mean 1 // 1: Calculate mean value; 0: False +outp.v_ref 0.1 // Reference velocity for visualization +outp.Temp_ref 1.0 // Reference temperature for visualizations +outp.v_length 1 // Change of velocity vector length in demo window +outp.i_N 1 // Number of grids plotted in x direction +outp.j_N 1 // Number of grids plotted in y direction +outp.winx 600 // Resolution of screen at x direction in pixel +outp.winy 600 // Resolution of screen at y direction in pixel +outp.version RUN // DEMO, DEBUG, RUN +outp.result_file NO //PLT, VTK, NO + +prob.nu 1.5e-5 // +prob.diff 0.00001 // Diffusivity for contaminants +prob.alpha 1.96e-5 // Thermal diffusivity +prob.beta 0.00343 +prob.coeff_h 0.004 // Convective heat transfer coefficient near the wall +prob.force 1.0 // Force to be added in demo window when left-click on mouse +prob.source 1.0 // Source to be added in demo window for contaminants when right click on mouse +prob.movie 0 // Output data for making animation (1:yes, 0:no) +prob.tur_model CHEN // LAM, CHEN, CONSTANT +prob.chen_a 0.03874 // Coefficeint of Chen's zero euqation turbulence model +prob.Prt 0.9 // Turbulent Prandl number +prob.Temp_Buoyancy 20.0 // Reference temperature for calucating bouyance force + +bc.outlet_bc ZERO_GRADIENT // ZERO_GRADIENT, PRESCRIBED_VALUE +bc.hasTile 0 // To model data center plenum: 1: Has tile, 0: no tile + +mytime.t_steady 190.0 //Necessary time for reaching the steady state from initial condition + + +solv.solver GS // Solver type: GS, TDMA +solv.check_residual 0 // 1: check, 0: donot check +solv.advection_solver UPWIND // Tyep of advection solver: SEMI, LAX, UPWIND, UPWIND_NEW +solv.interpolation BILINEAR // Internploation in semi-Lagrangian method: BILINEAR, FSJ, HYBRID +solv.cosimulation 0 // 0: single; 1: cosimulation +solv.mass_conservation_on 1 // 1: Turn on mass balance; 0: Turn off mass balance +solv.tile_flow_correct PRESSURE_BASE // To model data center plenum: PRESSURE_BASE, NS_SOURCE + +sensor.nb_sensor 2 // Number of sensors +sensor.name OccupiedZoneAirTemperature // Name of sensor +sensor.name Velocity // Name of sensor + +init.T 20.0 // Initial condition for Temperature +init.u 0.0 // Initial condition for velocity u +init.v 0.0 // Initial condition for velocity v +init.w 0.0 // Initial condition for velocity w + + diff --git a/Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/ForcedConvection/set.isat b/Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/ForcedConvection/set.isat new file mode 100644 index 00000000000..48131953bf7 --- /dev/null +++ b/Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/ForcedConvection/set.isat @@ -0,0 +1,97 @@ +/**************************************************************************** +| +| \file set.isat +| +| \brief Settings of isat and ffd defined by users +| +| \Note Please do not edit any comments +| +****************************************************************************/ + + +/******************************************************************************** +| Section 1: General settings of isat +********************************************************************************/ +isat.useISAT 1 /*If use ISAT*/ +isat.useBinarySelectedPoint 0 /*If use binary pre-training*/ +isat.digAftdec 1 /*Digitals after decimal*/ +isat.read_existing 1 /*1: read existing database; 0: train from scratch*/ +isat.write_existing 1 /*1: write ffd results to database; 0: do not write*/ +isat.err_global 0.2 /*user-defined global error tolerance*/ +isat.num_input 2 /*number of isat inputs*/ +isat.num_output 2 /*number of isat outputs*/ + +/******************************************************************************** +| Section 2: Input settings of isat and ffd +********************************************************************************/ +//------------------------------------------------------------------------- +// Section 2.0: Settings of numbers +// Note: Users define numbers of inlets, blocks and walls, respectively, if +// there exist at least one inlet, block or wall that will be +// overwirtten by isat inputs. The number should be 0 if none of inlet +// block or wall that will be overwritten by isat inputs +//------------------------------------------------------------------------- +/*inpu.inpu_name: names of inputs including inlet_temp, inlet_mass, inlet_vel, block_temp, block_hea, sur_temp, sur_hea*/ +inpu.inpu_name sur_temp +inpu.inpu_name sur_temp +/*number of inlets, blocks and walls*/ +inpu.num_inlet 0 +inpu.num_block 0 +inpu.num_wall 6 + +//------------------------------------------------------------------------- +// Section 2.1: Settings of inlets +// Note: Users should define inlet_temp, inlet_u, inlet_v, inlet_w, +// respectively. The number of inlets should be consistent. +//------------------------------------------------------------------------- +/*inpu.dir_inlet: 1: x; 2: y; 3: z*/ +inpu.dir_inlet 1 + +/*inpu.inlet_temp_re: inlet_temp will be overwritten or not*/ +inpu.inlet_temp_re 0 +/*inpu.inlet_vel_re: inlet_u will be overwritten or not*/ +inpu.inlet_vel_re 0 + +/*inpu.inlet_temp_wh: value of inlet_temp will be assigned by which isat input*/ +inpu.inlet_temp_wh 0 +/*inpu.inlet_vel_wh: value of inlet_u will be assigned by which isat input*/ +inpu.inlet_vel_wh 0 + +//------------------------------------------------------------------------- +// Section 2.2: Settings of blocks +// Note: The number of blocks should be consistent +//------------------------------------------------------------------------- +/*inpu.block_re: temperature or heat flux of blocks will be overwritten or not*/ +inpu.block_re 0 +/*inpu.block_wh: temperature or heat flux of blocks will be assigned by which isat input*/ +inpu.block_wh 0 + +//------------------------------------------------------------------------- +// Section 2.3: Settings of walls +// Note: The number of walls should be consistent +//------------------------------------------------------------------------- +/*inpu.wall_re: temperature or heat flux of walls will be overwritten or not*/ +inpu.wall_re 1 +inpu.wall_re 1 +inpu.wall_re 1 +inpu.wall_re 1 +inpu.wall_re 1 +inpu.wall_re 1 +/*inpu.wall_wh: temperature or heat flux of walls will be assigned by which isat input*/ +inpu.wall_wh 1 +inpu.wall_wh 1 +inpu.wall_wh 1 +inpu.wall_wh 1 +inpu.wall_wh 1 +inpu.wall_wh 2 + + +/******************************************************************************** +| Section 3: Output settings of isat and ffd +********************************************************************************/ +/*outp.outp_name: names of outputs including temp_occ, vel_occ, temp_sen, vel_sen, temp_rack*/ +outp.outp_name temp_occ +outp.outp_name vel_sen +/*outp.outp_weight: weights for error control, when outputs have different order of magnitudes*/ +outp.outp_weight 0.1 +outp.outp_weight 1.0 \ No newline at end of file diff --git a/Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/ForcedConvection/zeroone.dat b/Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/ForcedConvection/zeroone.dat new file mode 100644 index 00000000000..e17c108cb29 --- /dev/null +++ b/Buildings/Resources/Data/ThermalZones/Detailed/Examples/ISAT/ForcedConvection/zeroone.dat @@ -0,0 +1,320 @@ +0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 +0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 +0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 +0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 +0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 +0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 +0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 +0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 +0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 +0 0 0 0 0 0 0 0 0 0 0 0 0 0 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zv@#yR`M;3)t$;gKd;sv%(>B_OGRFXaioj#?I^a!j%J@dWeAws*kO^nK(|DD2!~RegTeo1Cs!!E~`rZo*ZUi1xmTzDPNSl2LaL>o4&FDYD$H}{N@A$(d82!hdd z4e>~@O}sAc!aMAKcO(=Id1Fnm+PAr)Bh8~L8}Qa6zJm;3z;0`6K&9(zV-b9Flz+=p zVOw$$Y^#@udZ-!2%eeSm<8hTn4u5SLtr(u(2)<7mFoun2;-U3%r+AMS_S|j*ZyxFa z{{OlLR}?>y7}{?{8uYloUHrJox(2T+5H%X~6$w0RSIpkZ+7&4@tzD7m9ICHfVU8OT o8MBcs1M(f&XFfai*)@-Ee4Kh^`rI-4Y{6%BOw_{6KqOf+66MGM5&UhC8Ih@lQwONwOv>C5<5S_N+Pzb zSX%fc7MwG4Zyzxpleo>jXU=2he&^ip+)m6F8pV@E|BTi>!tq2To=k?5bKUk?p@zfK zao`8g11JqZy#&1XKyQGjVWc;=w{m$SwYsyCOK<15az?3S!Z5PCnao!wF34;9@@u=< z4I{ObU!v%8wa)JuW~BltUE__k@p=hxLjf*T;GUE~uay84c;KaTcR1D~teGqYT!ffsH-Vw)k9omD3V;e&A|_V({02xX@U5uuiLMx;PTU@0J;nSew&k(_=B? z)&j-QoS9+TuGZSYjHom+Gj60JBs1gRPy8=uIZgn+y)ax?ERp=uORuzneX!0I`=OUw zOyFMRUg{h=blFQWY3H~XsR+q&|619`HU1yqhBTXeLviDB6VvzP Jz0J2CJ^`fQAkzQ< literal 0 HcmV?d00001 diff --git a/Buildings/Resources/Scripts/Dymola/ThermalZones/Detailed/Examples/FFD/Tutorial/MixedConvectionWithBox.mos b/Buildings/Resources/Scripts/Dymola/ThermalZones/Detailed/Examples/FFD/Tutorial/MixedConvectionWithBox.mos new file mode 100644 index 00000000000..5d9cbef48b9 --- /dev/null +++ b/Buildings/Resources/Scripts/Dymola/ThermalZones/Detailed/Examples/FFD/Tutorial/MixedConvectionWithBox.mos @@ -0,0 +1,46 @@ +simulateModel("Buildings.ThermalZones.Detailed.Examples.FFD.Tutorial.MixedConvectionWithBox", stopTime=180, method="Cvode", tolerance=1e-06, resultFile="MixedConvectionWithBox"); +removePlots(); +Advanced.FullPlotTooltip = true; +createPlot(id = 1, + position = {0, 0, 2019, 1080}, + y = {"roo.yCFD[1]"}, + range = {0.0, 1000.0, 240.0, 310.0}, + autoscale = true, + autoerase = true, + autoreplot = true, + description = false, + grid = true, + color = true, + online = false, + filename = "MixedConvectionWithBox.mat", + leftTitleType = 1, + bottomTitleType = 1, + colors = {{0,0,255}}); +createPlot(id = 1, + position = {0, 0, 2019, 267}, + y = {"roo.yCFD[2]"}, + range = {0.0, 1000.0, 0.08499999999999999, 0.11499999999999999}, + autoscale = true, + autoerase = true, + autoreplot = true, + description = false, + grid = true, + color = true, + online = false, + subPlot = 2, + leftTitleType = 1, + bottomTitleType = 1, + colors = {{0,0,255}}); +createPlot(id = 1, + position = {0, 0, 2019, 266}, + y = {"TFlo.port.Q_flow", "TOthWal[1].port.Q_flow", "TOthWal[2].port.Q_flow"}, + range = {0.0, 1000.0, 8.0, 22.0}, + autoscale = true, + autoerase = true, + autoreplot = true, + description = false, + grid = true, + color = true, + subPlot = 3, + leftTitleType = 1, + bottomTitleType = 1); diff --git a/Buildings/Resources/Scripts/Dymola/ThermalZones/Detailed/Examples/ISAT/DataCenter.mos b/Buildings/Resources/Scripts/Dymola/ThermalZones/Detailed/Examples/ISAT/DataCenter.mos new file mode 100644 index 00000000000..e748d773f15 --- /dev/null +++ b/Buildings/Resources/Scripts/Dymola/ThermalZones/Detailed/Examples/ISAT/DataCenter.mos @@ -0,0 +1,33 @@ +simulateModel("Buildings.ThermalZones.Detailed.Examples.ISAT.DataCenter", stopTime=120, method="Cvode", tolerance=1e-06, resultFile="DataCenter"); +removePlots(); +Advanced.FullPlotTooltip = true; +createPlot(id = 1, + position = {0, 0, 2019, 1080}, + y = {"roo.yCFD[1]"}, + range = {0.0, 1000.0, 240.0, 310.0}, + autoscale = true, + autoerase = true, + autoreplot = true, + description = false, + grid = true, + color = true, + online = false, + filename = "DataCenter.mat", + leftTitleType = 1, + bottomTitleType = 1, + colors = {{0,0,255}}); +createPlot(id = 1, + position = {0, 0, 2019, 267}, + y = {"roo.yCFD[2]"}, + range = {0.0, 1000.0, 240.0, 310.0}, + autoscale = true, + autoerase = true, + autoreplot = true, + description = false, + grid = true, + color = true, + online = false, + subPlot = 2, + leftTitleType = 1, + bottomTitleType = 1, + colors = {{0,0,255}}); diff --git a/Buildings/Resources/Scripts/Dymola/ThermalZones/Detailed/Examples/ISAT/ForcedConvection.mos b/Buildings/Resources/Scripts/Dymola/ThermalZones/Detailed/Examples/ISAT/ForcedConvection.mos new file mode 100644 index 00000000000..616b6ae387d --- /dev/null +++ b/Buildings/Resources/Scripts/Dymola/ThermalZones/Detailed/Examples/ISAT/ForcedConvection.mos @@ -0,0 +1,33 @@ +simulateModel("Buildings.ThermalZones.Detailed.Examples.ISAT.ForcedConvection", stopTime=600, method="Cvode", tolerance=1e-06, resultFile="ForcedConvection"); +removePlots(); +Advanced.FullPlotTooltip = true; +createPlot(id = 1, + position = {0, 0, 2019, 1080}, + y = {"roo.yCFD[1]"}, + range = {0.0, 1000.0, 240.0, 310.0}, + autoscale = true, + autoerase = true, + autoreplot = true, + description = false, + grid = true, + color = true, + online = false, + filename = "MixedConvection.mat", + leftTitleType = 1, + bottomTitleType = 1, + colors = {{0,0,255}}); +createPlot(id = 1, + position = {0, 0, 2019, 267}, + y = {"roo.yCFD[2]"}, + range = {0.0, 1000.0, 240.0, 310.0}, + autoscale = true, + autoerase = true, + autoreplot = true, + description = false, + grid = true, + color = true, + online = false, + subPlot = 2, + leftTitleType = 1, + bottomTitleType = 1, + colors = {{0,0,255}}); \ No newline at end of file diff --git a/Buildings/Resources/src/FastFluidDynamics/Compile.bat b/Buildings/Resources/src/FastFluidDynamics/Compile.bat index a74781c9d29..6279488df03 100644 --- a/Buildings/Resources/src/FastFluidDynamics/Compile.bat +++ b/Buildings/Resources/src/FastFluidDynamics/Compile.bat @@ -3,10 +3,19 @@ ::******************************************************************* ::Set the Output Directory, Compile Mode and MSbuild File Name ::******************************************************************* +::------------------------------------------------------------------- +::To run with JModelica version 2.1 set DIR=..\..\Library\win32 +set Platform=Win32 +::------------------------------------------------------------------- +::To run with JModelica after version 2.1 +::set DIR=..\..\Library\win64 +::set Platform=x64 +::------------------------------------------------------------------- set MSbuildName=ffd set BuildConfiguration=Release -set Platform=Win32 + + ::Note: Two build mode, Debug or Release ::******************************************************************* @@ -41,8 +50,8 @@ if exist "%DIR%\%MSbuildName%.lib" ( ::Set Default Compiler Version and Toolset (edited by user) ::------------------------------------------------------------------- ::Note: Toolset: V100 for VC10.0, v110 for VC11.0 -set VCVersion=10.0 -set Toolset=v100 +set VCVersion=14.0 +set Toolset=v140 ::------------------------------------------------------------------- ::Call vcvarsall.bat (Not user editable) @@ -125,6 +134,26 @@ if /i %BuildConfiguration%_%Platform%==Release_Win32 ( goto compile ) +if /i %BuildConfiguration%_%Platform%==Release_x64 ( + set UseDebugLibrariesSetValue=false + set WholeProgramOptimizationSetValue=true + set CharacterSetSetValue=Unicode + set LinkIncrementalSetValue=false + + set WarningLevelSetValue=Level3 + set OptimizationSetValue=MaxSpeed + set FunctionLevelLinkingSetValue=true + set IntrinsicFunctionsSetValue=true + set PreprocessorDefinitionsSetValue=x64;NDEBUG;_WINDOWS;_USRDLL;_CRT_SECURE_NO_WARNINGS; + + set SubSystemSetValue=Windows + set GenerateDebugInformationSetValue=true + set EnableCOMDATFoldingSetValue=true + set OptimizeReferencesSetValue=true + + goto compile + ) + goto missingBuildConfiguration :compile @@ -141,15 +170,26 @@ msbuild %MSbuildName%.vcxproj /t:rebuild /p:PlatformToolset=%Toolset%;Configurat ::Copy ffd.dll to Output Directory ::******************************************************************* echo Copy %MSbuildName%.dll and %MSbuildName%.lib to %DIR% -copy "%BuildConfiguration%\%MSbuildName%.dll" "%DIR%" /Y -copy "%BuildConfiguration%\%MSbuildName%.lib" "%DIR%" /Y +if /i %Platform%==Win32 ( + copy "%BuildConfiguration%\%MSbuildName%.dll" "%DIR%" /Y + copy "%BuildConfiguration%\%MSbuildName%.lib" "%DIR%" /Y + ) +if /i %Platform%==x64 ( + copy "%Platform%\%BuildConfiguration%\%MSbuildName%.dll" "%DIR%" /Y + copy "%Platform%\%BuildConfiguration%\%MSbuildName%.lib" "%DIR%" /Y + ) ::Note: /y: Suppresses prompting to confirm that you want to overwrite an existing destination file. ::******************************************************************* ::Clean Build Folder ::******************************************************************* -echo Clean %BuildConfiguration% Build Folder -rmdir %BuildConfiguration% /s /q +echo Clean Build Folder +if /i %Platform%==Win32 ( + rmdir %BuildConfiguration% /s /q + ) +if /i %Platform%==x64 ( + rmdir %Platform% /s /q + ) goto :eof ::Note: /s: Removes the specified directory and all subdirectories including any files. diff --git a/Buildings/Resources/src/FastFluidDynamics/advection.c b/Buildings/Resources/src/FastFluidDynamics/advection.c index e6f90a59e78..dd1464a331c 100644 --- a/Buildings/Resources/src/FastFluidDynamics/advection.c +++ b/Buildings/Resources/src/FastFluidDynamics/advection.c @@ -1,127 +1,154 @@ -/* - * @file advection.c - * - * @brief Solver for advection step - * - * @author Mingang Jin, Qingyan Chen - * Purdue University - * Jin55@purdue.edu, YanChen@purdue.edu - * Wangda Zuo - * University of Miami - * W.Zuo@miami.edu - * - * @date 8/3/2013 - * - *This file provides functions that used for the advection step of FFD method. - *The advection starts with \c advect(). Then different subroutines are - *called according to the properties of the variables that are sorted by - *the location of variables assigned in the control volume. - *Velocities at X, Y and Z directions are located - *on the surface of the control volume. They are computed using - *subroutines: \c trace_vx(), \c trace_vy() and \ctrace_vz(). - *Scalar variables are in the center of control volume and they are computed - *using \c trace_scalar(). - */ +/***************************************************************************** +| +| \file advection.c +| +| \brief Solver for advection step +| +| \author Wangda Zuo +| University of Miami, University of Colorado Boulder +| W.Zuo@miami.edu, wangda.zuo@colorado.edu +| Mingang Jin, Qingyan Chen +| Purdue University +| Jin55@purdue.edu, YanChen@purdue.edu +| Wei Tian +| University of Miami, Schneider Electric +| w.tian@umiami.edu, Wei.Tian@Schneider-Electric.com +| +| +| \date 6/16/2017 +| +| This file provides functions that used for the advection step of FFD method. +| The advection starts with \c advect(). Then different subroutines are +| called according to the properties of the variables that are sorted by +| the location of variables assigned in the control volume. +| Velocities at X, Y and Z directions are located +| on the surface of the control volume. They are computed using +| subroutines: \c trace_vx(), \c trace_vy() and \c trace_vz(). +| Scalar variables are in the center of control volume and they are computed +| using \c trace_scalar(). +| +*****************************************************************************/ #include "advection.h" -/* - * Entrance of advection step - * - * Specific method for advection will be selected according to the variable - * type. - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param var_type The type of variable for advection solver - * @param index Index of trace substances or species - * @param d Pointer to the computed variables at previous time step - * @param d0 Pointer to the computed variables for current time step - * @param BINDEX Pointer to boundary index - * - * @return 0 if no error occurred - */ +/***************************************************************************** +| Entrance of advection step +| +| Specific method for advection will be selected according to the variable +| type. +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param var_type The type of variable for advection solver +| \param index Index of trace substances or species +| \param d Pointer to the computed variables at previous time step +| \param d0 Pointer to the computed variables for current time step +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +*****************************************************************************/ int advect(PARA_DATA *para, REAL **var, int var_type, int index, - REAL *d, REAL *d0, int **BINDEX) { + REAL *d/*Current Value*/, REAL *d0 /*Future Value*/, int **BINDEX) { int flag; /**************************************************************************** | Select different advection function according to the variables ****************************************************************************/ switch (var_type) { - /*------------------------------------------------------------------------- - | Velocity at x direction - -------------------------------------------------------------------------*/ - case VX: - flag = trace_vx(para, var, var_type, d, d0, BINDEX); - if(flag!=0) - ffd_log("advect(): Failed in advection for X-velocity.", - FFD_ERROR); - break; - /*------------------------------------------------------------------------- - | Velocity at y direction - -------------------------------------------------------------------------*/ - case VY: - flag = trace_vy(para, var, var_type, d, d0, BINDEX); - if(flag!=0) - ffd_log("advect(): Failed in advection for Y-velocity.", - FFD_ERROR); - break; - /*------------------------------------------------------------------------- - | Velocity at z direction - -------------------------------------------------------------------------*/ - case VZ: - flag = trace_vz(para, var, var_type, d, d0, BINDEX); + /*------------------------------------------------------------------------- + | Velocity at x direction + -------------------------------------------------------------------------*/ + case VX: + if (para->solv->advection_solver == UPWIND || para->solv->advection_solver == CENTRAL) { + flag = implicit_vx(para, var, var_type, d, d0, index, BINDEX); + } + else + flag = trace_vx(para, var, var_type, d, d0, BINDEX); + if(flag!=0) - ffd_log("advect(): Failed in advection for Z-velocity.", - FFD_ERROR); - break; - /*------------------------------------------------------------------------- - | Temperature, Trace and Species - -------------------------------------------------------------------------*/ - case TEMP: - case Xi1: - case Xi2: - case C1: - case C2: - flag = trace_scalar(para, var, var_type, index, d, d0, BINDEX); - if(flag!=0) { - sprintf(msg, - "advect(): Failed in advection for scalar variable type %d.", - var_type); - ffd_log(msg, FFD_ERROR); + ffd_log("advect(): Failed in advection for X-velocity.", + FFD_ERROR); + break; + /*------------------------------------------------------------------------- + | Velocity at y direction + -------------------------------------------------------------------------*/ + case VY: + if (para->solv->advection_solver == UPWIND || para->solv->advection_solver == CENTRAL) { + flag = implicit_vy(para, var, var_type, d, d0, index, BINDEX); } - break; - /*------------------------------------------------------------------------- - | Variables not available in the FFD - -------------------------------------------------------------------------*/ - default: - flag = 1; - sprintf(msg, "advect(): Advection function not defined for variable " - "type %d.", var_type); + else + flag = trace_vy(para, var, var_type, d, d0, BINDEX); + + if(flag!=0) + ffd_log("advect(): Failed in advection for Y-velocity.", + FFD_ERROR); + break; + /*------------------------------------------------------------------------- + | Velocity at z direction + -------------------------------------------------------------------------*/ + case VZ: + if (para->solv->advection_solver == UPWIND || para->solv->advection_solver == CENTRAL) { + flag = implicit_vz(para, var, var_type, d, d0, index, BINDEX); + } + else + flag = trace_vz(para, var, var_type, d, d0, BINDEX); + + if(flag!=0) + ffd_log("advect(): Failed in advection for Z-velocity.", + FFD_ERROR); + break; + /*------------------------------------------------------------------------- + | Temperature, Trace and Species + -------------------------------------------------------------------------*/ + case TEMP: + case Xi1: + case Xi2: + case C1: + case C2: + if (para->solv->advection_solver == UPWIND || para->solv->advection_solver == CENTRAL) { + flag = implicit_scalar(para, var, var_type, d, d0, index, BINDEX); + } + else + flag = trace_scalar(para, var, var_type, index, d, d0, BINDEX); + + if(flag!=0) { + sprintf(msg, + "advect(): Failed in advection for scalar variable type %d.", + var_type); ffd_log(msg, FFD_ERROR); + } + break; + /*------------------------------------------------------------------------- + | Variables not available in the FFD + -------------------------------------------------------------------------*/ + default: + flag = 1; + sprintf(msg, "advect(): Advection function not defined for variable " + "type %d.", var_type); + ffd_log(msg, FFD_ERROR); } return flag; -} /* End of advect( )*/ - - /* - * Advection for velocity at X-direction - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param var_type The type of variable for advection solver - * @param d Pointer to the computed variables at previous time step - * @param d0 Pointer to the computed variables for current time step - * @param BINDEX Pointer to boundary index - * - * @return 0 if no error occurred - */ +} /*End of advect()*/ + + +/**************************************************************************** +| Advection for velocity at X-direction +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param var_type The type of variable for advection solver +| \param d Pointer to the computed variables at previous time step +| \param d0 Pointer to the computed variables for current time step +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +****************************************************************************/ int trace_vx(PARA_DATA *para, REAL **var, int var_type, REAL *d, REAL *d0, int **BINDEX) { int i, j, k; int it; - int itmax = 20000; /* Max number of iterations for backward tracing*/ + int itmax = 20000; /*Max number of iterations for backward tracing*/ int imax = para->geom->imax, jmax = para->geom->jmax; int kmax = para->geom->kmax; int IMAX = imax+2, IJMAX = (imax+2)*(jmax+2); @@ -144,768 +171,1113 @@ int trace_vx(PARA_DATA *para, REAL **var, int var_type, REAL *d, REAL *d0, /*------------------------------------------------------------------------- | Step 1: Tracing Back -------------------------------------------------------------------------*/ - /* Get velocities at the location of VX*/ - u0 = u[IX(i,j,k)]; - v0 = (REAL) 0.5 - * ((v[IX(i, j,k)]+v[IX(i, j-1,k)])*( x[IX(i+1,j,k)]-gx[IX(i,j,k)]) - +(v[IX(i+1,j,k)]+v[IX(i+1,j-1,k)])*(gx[IX(i, j,k)]- x[IX(i,j,k)])) - / (x[IX(i+1,j,k)]-x[IX(i,j,k)]); - w0 = (REAL) 0.5 - * ((w[IX(i, j,k)]+w[IX(i ,j, k-1)])*( x[IX(i+1,j,k)]-gx[IX(i,j,k)]) - +(w[IX(i+1,j,k)]+w[IX(i+1,j, k-1)])*(gx[IX(i, j,k)]- x[IX(i,j,k)])) - / (x[IX(i+1,j,k)]-x[IX(i,j,k)]); - /* Find the location at previous time step*/ - OL[X] =gx[IX(i,j,k)] - u0*dt; - OL[Y] = y[IX(i,j,k)] - v0*dt; - OL[Z] = z[IX(i,j,k)] - w0*dt; - /* Initialize the coordinates of previous step*/ - OC[X] = i; - OC[Y] = j; - OC[Z] = k; /*OC is the trace back coordinates*/ - /* Initialize the signs for track process*/ - /* Completed: 0; In process: 1*/ - COOD[X] = 1; - COOD[Y] = 1; - COOD[Z] = 1; - /* Initialize the signs for recording if the track back hits the boundary*/ - /* Hit the boundary: 0; Not hit the boundary: 1*/ - LOC[X] = 1; - LOC[Y] = 1; - LOC[Z] = 1; - /*Initialize the number of iterations*/ - it=1; - - /* Trace back more if the any of the trace is still in process*/ - while(COOD[X]==1 || COOD[Y] ==1 || COOD[Z] ==1) - { - it++; - /* If trace in X is in process and donot hit the boundary*/ - if(COOD[X]==1 && LOC[X]==1) - set_x_location(para, var, flagu, gx, u0, i, j, k, OL, OC, LOC, COOD); - /* If trace in Y is in process and donot hit the boundary*/ - if(COOD[Y]==1 && LOC[Y]==1) - set_y_location(para, var, flagu, y, v0, i, j, k, OL, OC, LOC, COOD); - /* If trace in Z is in process and donot hit the boundary*/ - if(COOD[Z]==1 && LOC[Z]==1) - set_z_location(para, var, flagu, z, w0, i, j, k, OL, OC, LOC, COOD); - - if(it>itmax) - { - printf("Error: advection.c, can not track the location for VX(%d, %d,%d)", - i, j, k); - printf("after %d iterations.\n", it); - return 1; - } - } /* End of while() for backward tracing*/ - - /* Set the coordinates of previous location if it is as boundary*/ - if(u0>0 && LOC[X]==0) OC[X] -=1; - if(v0>0 && LOC[Y]==0) OC[Y] -=1; - if(w0>0 && LOC[Z]==0) OC[Z] -=1; - - /* LOC=1 means that traced back point hits boundary.*/ - /* When u is less than zero, the traced back point is towards west.*/ - /* When it hits the boundary, according to the code,*/ - /* the east cell of west boundary will be given as the traced back location*/ - /* and the index (OC) is also marching on one cell.*/ - /* This means that the index and traced back location are on same cell.*/ - /* That is why the index needs to move backward for one cell*/ - /* in order to do interpolation.*/ - if(u0<0 && LOC[X]==1) OC[X] -=1; - if(v0<0 && LOC[Y]==1) OC[Y] -=1; - if(w0<0 && LOC[Z]==1) OC[Z] -=1; - - /*------------------------------------------------------------------------- - | Interpolate - -------------------------------------------------------------------------*/ - x_1 = (OL[X]-gx[IX(OC[X],OC[Y],OC[Z])]) - / (gx[IX(OC[X]+1,OC[Y],OC[Z])]-gx[IX(OC[X],OC[Y],OC[Z])]); - y_1 = (OL[Y]-y[IX(OC[X],OC[Y],OC[Z])]) - / (y[IX(OC[X],OC[Y]+1,OC[Z])]-y[IX(OC[X],OC[Y],OC[Z])]); - z_1 = (OL[Z]-z[IX(OC[X],OC[Y],OC[Z])]) - / (z[IX(OC[X],OC[Y],OC[Z]+1)]-z[IX(OC[X],OC[Y],OC[Z])]); - - d[IX(i,j,k)] = interpolation(para, d0, x_1, y_1, z_1, OC[X], OC[Y], OC[Z]); - - END_FOR /* End of loop for all cells*/ + /* Get velocities at the location of VX */ + u0 = u[IX(i, j, k)]; + v0 = (REAL)0.5 + * ((v[IX(i, j, k)] + v[IX(i, j - 1, k)]) * (x[IX(i + 1, j, k)] - gx[IX(i, j, k)]) + + (v[IX(i + 1, j, k)] + v[IX(i + 1, j - 1, k)]) * (gx[IX(i, j, k)] - x[IX(i, j, k)])) + / (x[IX(i + 1, j, k)] - x[IX(i, j, k)]); + w0 = (REAL)0.5 + * ((w[IX(i, j, k)] + w[IX(i, j, k - 1)]) * (x[IX(i + 1, j, k)] - gx[IX(i, j, k)]) + + (w[IX(i + 1, j, k)] + w[IX(i + 1, j, k - 1)]) * (gx[IX(i, j, k)] - x[IX(i, j, k)])) + / (x[IX(i + 1, j, k)] - x[IX(i, j, k)]); + /* Find the location at previous time step */ +/* Due to the staggered grids utilized, gx is the location for vx */ + OL[X] = gx[IX(i, j, k)] - u0 * dt; + OL[Y] = y[IX(i, j, k)] - v0 * dt; + OL[Z] = z[IX(i, j, k)] - w0 * dt; + /* Initialize the coordinates of previous step */ +/* Start to find the according coordinates of OL in previous step */ +/* OC is the trace back coordinates */ + OC[X] = i; + OC[Y] = j; + OC[Z] = k; + /* Indicators for completeness */ + /* Completed: 0; In process: 1 */ + COOD[X] = 1; + COOD[Y] = 1; + COOD[Z] = 1; + /* Indicators for hitting the boundary */ + /* Hit the boundary: 0; Not hit the boundary: 1 */ + LOC[X] = 1; + LOC[Y] = 1; + LOC[Z] = 1; + /*Initialize the number of iterations*/ + it = 1; + /* Trace back more if the any of the trace is still in process */ + while (COOD[X] == 1 || COOD[Y] == 1 || COOD[Z] == 1) + { + it++; + /* If trace in X is NOT finished and does NOT hit the boundary */ + if (COOD[X] == 1 && LOC[X] == 1) + set_x_location(para, var, flagu, gx, u0, i, j, k, OL, OC, LOC, COOD); + /* If trace in Y is NOT finished and does NOT hit the boundary */ + if (COOD[Y] == 1 && LOC[Y] == 1) + set_y_location(para, var, flagu, y, v0, i, j, k, OL, OC, LOC, COOD); + /* If trace in Z is NOT finished and does NOT hit the boundary */ + if (COOD[Z] == 1 && LOC[Z] == 1) + set_z_location(para, var, flagu, z, w0, i, j, k, OL, OC, LOC, COOD); + + if (it > itmax) + { + printf("Error: advection.c, can not track the location for VX(%d, %d,%d)", + i, j, k); + printf("after %d iterations.\n", it); + return 1; + } + } /* End of while() for backward tracing */ + + /* Set the coordinates of previous location if it is as boundary */ +/* To step back one cell is because in set_x_location when hitting the wall */ +/* the coordinates moves forward for one cell */ + if (u0 > 0 && LOC[X] == 0) OC[X] -= 1; + if (v0 > 0 && LOC[Y] == 0) OC[Y] -= 1; + if (w0 > 0 && LOC[Z] == 0) OC[Z] -= 1; + + /* Set coordinates of the previous location if not hitting the boundary */ +/* To move one step back is for sake of the interpolation */ + if (u0 < 0 && LOC[X] == 1) OC[X] -= 1; + if (v0 < 0 && LOC[Y] == 1) OC[Y] -= 1; + if (w0 < 0 && LOC[Z] == 1) OC[Z] -= 1; + + /*------------------------------------------------------------------------- + | Interpolate + -------------------------------------------------------------------------*/ + x_1 = (OL[X] - gx[IX(OC[X], OC[Y], OC[Z])]) + / (gx[IX(OC[X] + 1, OC[Y], OC[Z])] - gx[IX(OC[X], OC[Y], OC[Z])]); + y_1 = (OL[Y] - y[IX(OC[X], OC[Y], OC[Z])]) + / (y[IX(OC[X], OC[Y] + 1, OC[Z])] - y[IX(OC[X], OC[Y], OC[Z])]); + z_1 = (OL[Z] - z[IX(OC[X], OC[Y], OC[Z])]) + / (z[IX(OC[X], OC[Y], OC[Z] + 1)] - z[IX(OC[X], OC[Y], OC[Z])]); + + d[IX(i, j, k)] = interpolation(para, d0, x_1, y_1, z_1, OC[X], OC[Y], OC[Z]); + + END_FOR /* End of loop for all cells */ /**************************************************************************** | define the boundary condition ****************************************************************************/ - set_bnd(para, var, var_type, 0, d, BINDEX); - - return 0; -} /* End of trace_vx()*/ - - /* - * Advection for velocity at Y-direction - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param var_type The type of variable for advection solver - * @param d Pointer to the computed variables at previous time step - * @param d0 Pointer to the computed variables for current time step - * @param BINDEX Pointer to boundary index - * - * @return 0 if no error occurred - */ -int trace_vy(PARA_DATA *para, REAL **var, int var_type, REAL *d, REAL *d0, - int **BINDEX) { - int i, j, k; - int it; - int itmax = 20000; /* Max number of iterations for backward tracing*/ - int imax = para->geom->imax, jmax = para->geom->jmax; - int kmax = para->geom->kmax; - int IMAX = imax+2, IJMAX = (imax+2)*(jmax+2); - REAL x_1, y_1, z_1; - REAL dt = para->mytime->dt; - REAL u0, v0, w0; - REAL *x = var[X], *y = var[Y], *z = var[Z]; - REAL *gy = var[GY]; - REAL *u = var[VX], *v = var[VY], *w = var[VZ]; - REAL *flagv = var[FLAGV]; - int COOD[3], LOC[3]; - REAL OL[3]; - int OC[3]; - - FOR_V_CELL - /* Do not trace for boundary cells*/ - if(flagv[IX(i,j,k)]>=0) continue; - - /*------------------------------------------------------------------------- - | Step 1: Tracing Back - -------------------------------------------------------------------------*/ - /* Get velocities at the location of VY*/ - u0 = (REAL) 0.5 - * ((u[IX(i,j,k)]+u[IX(i-1,j, k)])*(y [IX(i,j+1,k)]-gy[IX(i,j,k)]) - +(u[IX(i,j+1,k)]+u[IX(i-1,j+1,k)])*(gy[IX(i,j, k)]-y[IX(i,j,k)])) - / (y[IX(i,j+1,k)]-y[IX(i,j,k)]); - v0 = v[IX(i,j,k)]; - w0 = (REAL) 0.5 - * ((w[IX(i,j,k)]+w[IX(i,j,k-1)])*(y[IX(i,j+1,k)]-gy[IX(i,j,k)]) - +(w[IX(i,j+1,k)]+w[IX(i,j+1,k-1)])*(gy[IX(i,j,k)]-y[IX(i,j,k)])) - / (y[IX(i,j+1,k)]-y[IX(i,j,k)]); - /* Find the location at previous time step*/ - OL[X] = x[IX(i,j,k)] - u0*dt; - OL[Y] = gy[IX(i,j,k)] - v0*dt; - OL[Z] = z[IX(i,j,k)] - w0*dt; - /* Initialize the coordinates of previous step*/ - OC[X] = i; - OC[Y] = j; - OC[Z] = k; - /* Initialize the signs for track process*/ - /* Completed: 0; In process: 1*/ - COOD[X] = 1; - COOD[Y] = 1; - COOD[Z] = 1; - /* Initialize the signs for recording if the track back hits the boundary*/ - /* Hit the boundary: 0; Not hit the boundary: 1*/ - LOC[X] = 1; - LOC[Y] = 1; - LOC[Z] = 1; - /*Initialize the number of iterations*/ - it=1; - - /* Trace back more if the any of the trace is still in process*/ - while(COOD[X]==1 || COOD[Y] ==1 || COOD[Z] == 1) { - it++; - if(COOD[X]==1 && LOC[X]==1) - set_x_location(para, var, flagv, x, u0, i, j, k, OL, OC, LOC, COOD); - if(COOD[Y]==1 && LOC[Y]==1) - set_y_location(para, var, flagv, gy, v0, i, j, k, OL, OC, LOC, COOD); - if(COOD[Z]==1 && LOC[Z]==1) - set_z_location(para, var, flagv, z, w0, i, j, k, OL, OC, LOC, COOD); - - if(it>itmax) { - printf("Error: advection.c can not track the location for VY(%d, %d,%d)", - i, j, k); - printf("after %d iterations.\n", it); - return 1; - } - } /* End of while() loop*/ - - /* Set the coordinates of previous location if it is as boundary*/ - if(u0>=0 && LOC[X]==0) OC[X] -= 1; - if(v0>=0 && LOC[Y]==0) OC[Y] -= 1; - if(w0>=0 && LOC[Z]==0) OC[Z] -= 1; - - if(u0<0 && LOC[X]==1) OC[X] -= 1; - if(v0<0 && LOC[Y]==1) OC[Y] -= 1; - if(w0<0 && LOC[Z]==1) OC[Z] -= 1; - - /*------------------------------------------------------------------------- - | Interpolating for all variables - -------------------------------------------------------------------------*/ - x_1 = (OL[X]-x[IX(OC[X],OC[Y],OC[Z])]) - / (x[IX(OC[X]+1,OC[Y],OC[Z])]-x[IX(OC[X],OC[Y],OC[Z])]); - y_1 = (OL[Y]-gy[IX(OC[X],OC[Y],OC[Z])]) - / (gy[IX(OC[X],OC[Y]+1,OC[Z])]-gy[IX(OC[X],OC[Y],OC[Z])]); - z_1 = (OL[Z]-z[IX(OC[X],OC[Y],OC[Z])]) - / (z[IX(OC[X],OC[Y],OC[Z]+1)]-z[IX(OC[X],OC[Y],OC[Z])]); - d[IX(i,j,k)] = interpolation(para, d0, x_1, y_1, z_1, OC[X],OC[Y],OC[Z]); - END_FOR /* End of For() loop for each cell*/ - - /*--------------------------------------------------------------------------- - | define the b.c. - ---------------------------------------------------------------------------*/ - set_bnd(para, var, var_type, 0, d, BINDEX); - return 0; -} /* End of trace_vy()*/ - - /* - * Advection for velocity at Z-direction - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param var_type The type of variable for advection solver - * @param d Pointer to the computed variables at previous time step - * @param d0 Pointer to the computed variables for current time step - * @param BINDEX Pointer to boundary index - * - * @return 0 if no error occurred - */ -int trace_vz(PARA_DATA *para, REAL **var, int var_type, REAL *d, REAL *d0, - int **BINDEX) { - int i, j, k; - int it; - int itmax = 20000; /* Max number of iterations for backward tracing*/ - int imax = para->geom->imax, jmax = para->geom->jmax; - int kmax = para->geom->kmax; - int IMAX = imax+2, IJMAX = (imax+2)*(jmax+2); - REAL x_1, y_1, z_1; - REAL dt = para->mytime->dt; - REAL u0, v0, w0; - REAL *x = var[X], *y = var[Y], *z = var[Z]; - REAL *gz = var[GZ]; - REAL *u = var[VX], *v = var[VY], *w = var[VZ]; - REAL *flagw = var[FLAGW]; - int COOD[3], LOC[3]; - REAL OL[3]; - int OC[3]; - - FOR_W_CELL - /* Do not trace for boundary cells*/ - if(flagw[IX(i,j,k)]>=0) continue; - - /*------------------------------------------------------------------------- - | Step 1: Tracing Back - -------------------------------------------------------------------------*/ - /* Get velocities at the location of VZ*/ - u0 = (REAL) 0.5 - * ((u[IX(i,j,k )]+u[IX(i-1,j,k )])*(z [IX(i,j,k+1)]-gz[IX(i,j,k)]) - +(u[IX(i,j,k+1)]+u[IX(i-1,j,k+1)])*(gz[IX(i,j,k )]- z[IX(i,j,k)])) - / (z[IX(i,j,k+1)]-z[IX(i,j,k)]); - v0 = (REAL) 0.5 - * ((v[IX(i,j,k )]+v[IX(i,j-1,k )])*(z [IX(i,j,k+1)]-gz[IX(i,j,k)]) - +(v[IX(i,j,k+1)]+v[IX(i,j-1,k+1)])*(gz[IX(i,j,k )]-z [IX(i,j,k)])) - / (z[IX(i,j,k+1)]-z[IX(i,j,k)]); - w0 = w[IX(i,j,k)]; - /* Find the location at previous time step*/ - OL[X] = x[IX(i,j,k)] - u0*dt; - OL[Y] = y[IX(i,j,k)] - v0*dt; - OL[Z] = gz[IX(i,j,k)] - w0*dt; - /* Initialize the coordinates of previous step*/ - OC[X] = i; - OC[Y] = j; - OC[Z] = k; - /* Initialize the signs for track process*/ - /* Completed: 0; In process: 1*/ - COOD[X] = 1; - COOD[Y] = 1; - COOD[Z] = 1; - /* Initialize the signs for recording if the track back hits the boundary*/ - /* Hit the boundary: 0; Not hit the boundary: 1*/ - LOC[X] = 1; - LOC[Y] = 1; - LOC[Z] = 1; - /*Initialize the number of iterations*/ - it=1; - - /* Trace back more if the any of the trace is still in process*/ - while(COOD[X]==1 || COOD[Y] ==1 || COOD[Z] == 1) { - it++; - if(COOD[X]==1 && LOC[X]==1) - set_x_location(para, var, flagw, x, u0, i, j, k, OL, OC, LOC, COOD); - if(COOD[Y]==1 && LOC[Y]==1) - set_y_location(para, var, flagw, y, v0, i, j, k, OL, OC, LOC, COOD); - if(COOD[Z]==1 && LOC[Z]==1) - set_z_location(para, var, flagw, gz, w0, i, j, k, OL, OC, LOC, COOD); - - if(it>itmax) { - printf("Error: advection.c can not track the location for VY(%d, %d,%d)", - i, j, k); - printf("after %d iterations.\n", it); - return 1; - } - } /* End of while() loop*/ - - /* Set the coordinates of previous location if it is as boundary*/ - if(u0>=0 && LOC[X] == 0) OC[X] -=1; - if(v0>=0 && LOC[Y] == 0) OC[Y] -=1; - if(w0>=0 && LOC[Z] == 0) OC[Z] -=1; - - if(u0<0 && LOC[X]==1) OC[X] -=1; - if(v0<0 && LOC[Y]==1) OC[Y] -=1; - if(w0<0 && LOC[Z]==1) OC[Z] -=1; - - /*------------------------------------------------------------------------- - | Interpolating for all variables - -------------------------------------------------------------------------*/ - x_1 = (OL[X]- x[IX(OC[X],OC[Y],OC[Z])]) - / ( x[IX(OC[X]+1,OC[Y], OC[Z] )]- x[IX(OC[X],OC[Y],OC[Z])]); - y_1 = (OL[Y]- y[IX(OC[X],OC[Y],OC[Z])]) - / ( y[IX(OC[X], OC[Y]+1, OC[Z] )]- y[IX(OC[X],OC[Y],OC[Z])]); - z_1 = (OL[Z]-gz[IX(OC[X],OC[Y],OC[Z])]) - / (gz[IX(OC[X], OC[Y], OC[Z]+1)]-gz[IX(OC[X],OC[Y],OC[Z])]); - d[IX(i,j,k)] = interpolation(para, d0, x_1, y_1, z_1, OC[X], OC[Y], OC[Z]); - END_FOR - - /*--------------------------------------------------------------------------- - | define the b.c. - ---------------------------------------------------------------------------*/ - set_bnd(para, var, var_type, 0, d, BINDEX); - return 0; -} /* End of trace_vz()*/ - - /* - * Advection for scalar variables located in the center of control volume - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param var_type The type of variable for advection solver - * @param index Index of trace substances or species - * @param d Pointer to the computed variables at previous time step - * @param d0 Pointer to the computed variables for current time step - * @param BINDEX Pointer to boundary index - * - * @return 0 if no error occurred - */ -int trace_scalar(PARA_DATA *para, REAL **var, int var_type, int index, - REAL *d, REAL *d0, int **BINDEX) { - int i, j, k; - int it; - int itmax = 20000; /* Max number of iterations for backward tracing*/ - int imax = para->geom->imax, jmax = para->geom->jmax; - int kmax = para->geom->kmax; - int IMAX = imax+2, IJMAX = (imax+2)*(jmax+2); - REAL x_1, y_1, z_1; - REAL dt = para->mytime->dt; - REAL u0, v0, w0; - REAL *x = var[X], *y = var[Y], *z = var[Z]; - REAL *u = var[VX], *v = var[VY], *w = var[VZ]; - REAL *flagp = var[FLAGP]; - int COOD[3], LOC[3]; - REAL OL[3]; - int OC[3]; - - FOR_EACH_CELL - /* Do not trace for boundary cells*/ - if(flagp[IX(i,j,k)]>=0) continue; - - /*------------------------------------------------------------------------- - | Step 1: Tracing Back - -------------------------------------------------------------------------*/ - /* Get velocities at the location of scalar variable*/ - u0 = (REAL) 0.5 * (u[IX(i,j,k)]+u[IX(i-1,j,k )]); - v0 = (REAL) 0.5 * (v[IX(i,j,k)]+v[IX(i,j-1,k )]); - w0 = (REAL) 0.5 * (w[IX(i,j,k)]+w[IX(i,j ,k-1)]); - /* Find the location at previous time step*/ - OL[X] = x[IX(i,j,k)] - u0*dt; - OL[Y] = y[IX(i,j,k)] - v0*dt; - OL[Z] = z[IX(i,j,k)] - w0*dt; - /* Initialize the coordinates of previous step*/ - OC[X] = i; - OC[Y] = j; - OC[Z] = k; - /* Initialize the signs for tracing process*/ - /* Completed: 0; In process: 1*/ - COOD[X] = 1; - COOD[Y] = 1; - COOD[Z] = 1; - /* Initialize the flags for recording if the tracing back hits the boundary*/ - /* Hit the boundary: 0; Not hit the boundary: 1*/ - LOC[X] = 1; - LOC[Y] = 1; - LOC[Z] = 1; - /*Initialize the number of iterations*/ - it=1; - - /* Trace back more if the any of the trace is still in process*/ - while(COOD[X]==1 || COOD[Y] ==1 || COOD[Z] == 1) { - it++; - /* If trace in X is in process and donot hit the boundary*/ - if(COOD[X]==1 && LOC[X]==1) - set_x_location(para, var, flagp, x, u0, i, j, k, OL, OC, LOC, COOD); - /* If trace in Y is in process and donot hit the boundary*/ - if(COOD[Y]==1 && LOC[Y]==1) - set_y_location(para, var, flagp, y, v0, i, j, k, OL, OC, LOC, COOD); - /* If trace in Z is in process and donot hit the boundary*/ - if(COOD[Z]==1 && LOC[Z]==1) - set_z_location(para, var, flagp, z, w0, i, j, k, OL, OC, LOC, COOD); - if(it>itmax) { - sprintf(msg, "trace_scalar(): Could not track the location for scalar " - "variable %d at cell(%d, %d,%d) after %d iterations", - var_type, i, j, k, it); - ffd_log(msg, FFD_ERROR); - return 1; - } - } /* End of while() for backward tracing*/ + set_bnd(para, var, var_type, 0, d, BINDEX); - /* Set the coordinates of previous location if it is as boundary*/ - if(u0>=0 && LOC[X]==0) OC[X] -=1; - if(v0>=0 && LOC[Y]==0) OC[Y] -=1; - if(w0>=0 && LOC[Z]==0) OC[Z] -=1; - - if(u0<0 && LOC[X]==1) OC[X] -=1; - if(v0<0 && LOC[Y]==1) OC[Y] -=1; - if(w0<0 && LOC[Z]==1) OC[Z] -=1; - - /*Store the local minimum and maximum values*/ - var[LOCMIN][IX(i,j,k)]=check_min(para, d0, OC[X], OC[Y], OC[Z]); - var[LOCMAX][IX(i,j,k)]=check_max(para, d0, OC[X], OC[Y], OC[Z]); - - /*------------------------------------------------------------------------- - | Interpolate - -------------------------------------------------------------------------*/ - x_1 = (OL[X]- x[IX(OC[X],OC[Y],OC[Z])]) - / ( x[IX(OC[X]+1,OC[Y], OC[Z] )] - x[IX(OC[X],OC[Y],OC[Z])]); - y_1 = (OL[Y]- y[IX(OC[X],OC[Y],OC[Z])]) - / ( y[IX(OC[X], OC[Y]+1, OC[Z] )] - y[IX(OC[X],OC[Y],OC[Z])]); - z_1 = (OL[Z]- z[IX(OC[X],OC[Y],OC[Z])]) - / ( z[IX(OC[X], OC[Y], OC[Z]+1)] - z[IX(OC[X],OC[Y],OC[Z])]); - d[IX(i,j,k)] = interpolation(para, d0, x_1, y_1, z_1, OC[X], OC[Y], OC[Z]); - END_FOR /* End of loop for all cells*/ - - /*--------------------------------------------------------------------------- - | Define the b.c. - ---------------------------------------------------------------------------*/ - set_bnd(para, var, var_type, index, d, BINDEX); return 0; -} /* End of trace_scalar()*/ - - - /* - * Find the X-location and coordinates at previous time step - * - * Conducting backward tracing for the particle's X-location and - * corresponding coordinates at the previous time step. - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param flag Pointer to the property of the cell - * @param x Pointer to the current position x(t) of particle - * @param u0 X-velocity at time (t-1) in location x(t) - * @param i I-index for cell at time t at x(t) - * @param j J-index for cell at time t at x(t) - * @param k K-index for cell at time t at x(t) - * @param OL Pointer to the locations of particle at time (t-1) - * @param OC Pointer to the coordinates of particle at time (t-1) - * @param LOC Pointer to flags recording if tracing back hits the boundary - * @param COOD Pointer to record the status of tracing back process - * - * @return void No return needed - */ -void set_x_location(PARA_DATA *para, REAL **var, REAL *flag, REAL *x, REAL u0, - int i, int j, int k, - REAL *OL, int *OC, int *LOC, int *COOD) { - int imax = para->geom->imax, jmax = para->geom->jmax; - int IMAX = imax+2, IJMAX = (imax+2)*(jmax+2); - - /**************************************************************************** - | If the previous location is equal to current position - | stop the process (COOD[X] = 0) - ****************************************************************************/ - if(OL[X]==x[IX(OC[X],OC[Y],OC[Z])]) - COOD[X]=0; - /**************************************************************************** - | Otherwise, if previous location is on the west of the current position - ****************************************************************************/ - else if(OL[X]0) - OC[X] -=1; - - /* If the previous position is on the east of new location, stop the process*/ - if(OL[X]>=x[IX(OC[X],OC[Y],OC[Z])]) - - COOD[X]=0; - - /* If the new position is solid*/ - if(flag[IX(OC[X],OC[Y],OC[Z])]==1) { - /* Use the east cell for new location*/ - OL[X] = x[IX(OC[X]+1,OC[Y],OC[Z])]; - OC[X] +=1; - /* Hit the boundary*/ - LOC[X] = 0; - /* Stop the trace process*/ - COOD[X] = 0; - } /* End of if() for solid*/ - - /* If the new position is inlet or outlet*/ - if(flag[IX(OC[X],OC[Y],OC[Z])]==0||flag[IX(OC[X],OC[Y],OC[Z])]==2) { - /* Use new position*/ - OL[X] = x[IX(OC[X],OC[Y],OC[Z])]; - /* use east cell for coordinate*/ - OC[X] += 1; - /* Hit the boundary*/ - LOC[X] = 0; - /* Stop the trace process*/ - COOD[X]=0; - } /* End of if() for inlet or outlet*/ - } /* End of if() for previous position is on the west of new position*/ - /**************************************************************************** - | Otherwise, if previous location is on the east of the current position - ****************************************************************************/ - else { - /* If not at the east boundary*/ - if(OC[X]<=imax) - /* Move to east*/ - OC[X] +=1; - - /* If the previous position is on the west of new position*/ - if(OL[X]<=x[IX(OC[X],OC[Y],OC[Z])]) - /* Stop the trace process*/ - COOD[X]=0; - - /* If the cell is solid*/ - if(flag[IX(OC[X],OC[Y],OC[Z])]==1) { - /* Use west cell*/ - OL[X] = x[IX(OC[X]-1,OC[Y],OC[Z])]; - OC[X] -= 1; - /* Hit the boundary*/ - LOC[X] = 0; - /* Stop the trace process*/ - COOD[X] = 0; - } /* End of if() for solid*/ - - /* If the new position is inlet or outlet*/ - if(flag[IX(OC[X],OC[Y],OC[Z])]==0||flag[IX(OC[X],OC[Y],OC[Z])]==2) { - /* Use the current cell for previous location*/ - OL[X] = x[IX(OC[X],OC[Y],OC[Z])]; - /* Use the west cell for coordinate*/ - OC[X] -=1; - /* Hit the boundary*/ - LOC[X] = 0; - /* Stop the trace process*/ - COOD[X]=0; - } /* End of if() for inlet or outlet*/ - } /* End of if() for previous position is on the east of new position*/ -} /* End of set_x_location()*/ - - - /* - * Find the Y-location and coordinates at previous time step - * - * Conducting backward tracing for the particle's Y-location and - * corresponding coordinates at the previous time step. - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param flag Pointer to the property of the cell - * @param y Pointer to the current position y(t) of particle - * @param v0 Y-velocity at time (t-1) in location y(t) - * @param i I-index for cell at time t at y(t) - * @param j J-index for cell at time t at y(t) - * @param k K-index for cell at time t at y(t) - * @param OL Pointer to the locations of particle at time (t-1) - * @param OC Pointer to the coordinates of particle at time (t-1) - * @param LOC Pointer to flags recording if tracing back hits the boundary - * @param COOD Pointer to record the status of tracing back process - * - * @return void No return needed - */ -void set_y_location(PARA_DATA *para, REAL **var, REAL *flag, REAL *y, REAL v0, - int i, int j, int k, - REAL *OL, int *OC, int *LOC, int *COOD) { - int imax = para->geom->imax, jmax = para->geom->jmax; - int IMAX = imax+2, IJMAX = (imax+2)*(jmax+2); - - /**************************************************************************** - | If the previous location is equal to current position, - | stop the process (COOD[X] = 0) - ****************************************************************************/ - if(OL[Y]==y[IX(OC[X],OC[Y],OC[Z])]) - COOD[Y] = 0; - /**************************************************************************** - | Otherwise, if previous location is on the south of the current position - ****************************************************************************/ - else if(OL[Y]0) - OC[Y] -= 1; - - /* If the previous position is on the north of new location*/ - if(OL[Y]>=y[IX(OC[X],OC[Y],OC[Z])]) - /* Stop the process*/ - COOD[Y] = 0; - - /* If the new position is solid*/ - if(flag[IX(OC[X],OC[Y],OC[Z])]==1) { - /* Use the north cell for new location*/ - OL[Y] = y[IX(OC[X],OC[Y]+1,OC[Z])]; - OC[Y] += 1; - /* Hit the boundary*/ - LOC[Y] = 0; - /* Stop the trace process*/ - COOD[Y] = 0; - } /* End of if() for solid*/ - - /* If the new position is inlet or outlet*/ - if(flag[IX(OC[X],OC[Y],OC[Z])]==0||flag[IX(OC[X],OC[Y],OC[Z])]==2) { - /* Use new position*/ - OL[Y] = y[IX(OC[X],OC[Y],OC[Z])]; - /* Use north cell for coordinate*/ - OC[Y] += 1; - /* Hit the boundary*/ - LOC[Y] = 0; - /* Stop the trace process*/ - COOD[Y] = 0; - } /* End of if() for inlet or outlet*/ - } /* End of if() for previous position is on the south of new position*/ - /**************************************************************************** - | Otherwise, if previous location is on the north of the current position - ****************************************************************************/ - else { - /* If not at the north boundary*/ - if(OC[Y]<=jmax) - /* Move to north*/ - OC[Y] +=1; - - /* If the previous position is on the south of new position*/ - if(OL[Y]<=y[IX(OC[X],OC[Y],OC[Z])]) - /* Stop the trace process*/ - COOD[Y] = 0; - - /* If the cell is solid*/ - if(flag[IX(OC[X],OC[Y],OC[Z])]==1) { - /* Use south cell*/ - OL[Y] = y[IX(OC[X],OC[Y]-1,OC[Z])]; - OC[Y] -= 1; - /* Hit the boundary*/ - LOC[Y] = 0; - /* Stop the trace process*/ - COOD[Y] = 0; - } /* End of if() for solid*/ - - /* If the new position is inlet or outlet*/ - if(flag[IX(OC[X],OC[Y],OC[Z])]==0||flag[IX(OC[X],OC[Y],OC[Z])]==2) { - /* Use the current cell for previous location*/ - OL[Y] = y[IX(OC[X],OC[Y],OC[Z])]; - /* Use the south cell for coordinate*/ - OC[Y] -= 1; - /* Hit the boundary*/ - LOC[Y]=0; - /* Stop the trace process*/ - COOD[Y]=0; - } /* End of if() for inlet or outlet*/ - } /* End of if() for previous position is on the east of new position*/ -} /* End of set_x_location()*/ - - /* - * Find the Z-location and coordinates at previous time step - * - * Conducting backward tracing for the particle's Z-location and - * corresponding coordinates at the previous time step. - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param flag Pointer to the property of the cell - * @param Z Pointer to the current position y(t) of particle - * @param w0 Z-velocity at time (t-1) in location z(t) - * @param i I-index for cell at time t at z(t) - * @param j J-index for cell at time t at z(t) - * @param k K-index for cell at time t at z(t) - * @param OL Pointer to the locations of particle at time (t-1) - * @param OC Pointer to the coordinates of particle at time (t-1) - * @param LOC Pointer to flags recording if tracing back hits the boundary - * @param COOD Pointer to record the status of tracing back process - * - * @return void No return needed - */ -void set_z_location(PARA_DATA *para, REAL **var, REAL *flag, REAL *z, REAL w0, - int i, int j, int k, - REAL *OL, int *OC, int *LOC, int *COOD) { - int imax = para->geom->imax, jmax = para->geom->jmax; - int kmax = para->geom->kmax; - int IMAX = imax+2, IJMAX = (imax+2)*(jmax+2); - - /**************************************************************************** - | If the previous location is equal to current position, - | stop the process (COOD[Z] = 0) - ****************************************************************************/ - if(OL[Z]==z[IX(OC[X],OC[Y],OC[Z])]) - COOD[Z] = 0; - /**************************************************************************** - | Otherwise, if previous location is on the floor of the current position - ****************************************************************************/ - else if(OL[Z]0) - OC[Z] -= 1; - - /* If the previous position is on the ceiling of new location*/ - if(OL[Z]>=z[IX(OC[X],OC[Y],OC[Z])]) - /* Stop the process*/ - COOD[Z] = 0; - - /* If the new position is solid*/ - if(flag[IX(OC[X],OC[Y],OC[Z])]==1) { - /* Use the ceiling cell for new location*/ - OL[Z] = z[IX(OC[X],OC[Y],OC[Z]+1)]; - OC[Z] += 1; - /* Hit the boundary*/ - LOC[Z] = 0; - /* Stop the trace process*/ - COOD[Z] = 0; - } /* End of if() for solid*/ - - /* If the new position is inlet or outlet*/ - if(flag[IX(OC[X],OC[Y],OC[Z])]==0||flag[IX(OC[X],OC[Y],OC[Z])]==2) { - /* Use new position*/ - OL[Z] = z[IX(OC[X],OC[Y],OC[Z])]; - /* Use ceiling cell for coordinate*/ - OC[Z] += 1; - /* Hit the boundary*/ - LOC[Z] = 0; - /* Stop the trace process*/ - COOD[Z] = 0; - } /* End of if() for inlet or outlet*/ - } /* End of if() for previous position is on the floor of new position*/ - /**************************************************************************** - | Otherwise, if previous location is on the ceiling of the current position - -***************************************************************************/ - else { - /* If not at the ceiling boundary*/ - if(OC[Z]<=kmax) - /* Move to ceiling*/ - OC[Z] += 1; - - /* If the previous position is on the floor of new position*/ - if(OL[Z] <=z[IX(OC[X],OC[Y],OC[Z])]) - /* Stop the trace process*/ - COOD[Z] = 0; - - /* If the cell is solid*/ - if(flag[IX(OC[X],OC[Y],OC[Z])]==1) { - /* Use floor cell*/ - OL[Z] = z[IX(OC[X],OC[Y],OC[Z]-1)]; - OC[Z] -= 1; - /* Hit the boundary*/ - LOC[Z] = 0; - /* Stop the trace process*/ - COOD[Z] = 0; - } /* End of if() for solid*/ - - /* If the new position is inlet or outlet*/ - if(flag[IX(OC[X],OC[Y],OC[Z])]==0||flag[IX(OC[X],OC[Y],OC[Z])]==2) { - /* Use the current cell for previous location*/ - OL[Z]=z[IX(OC[X],OC[Y],OC[Z])]; - /* Use the floor cell for coordinate*/ - OC[Z] -= 1; - /* Hit the boundary*/ - LOC[Z]=0; - /* Stop the trace process*/ - COOD[Z]=0; - } /* End of if() for inlet or outlet*/ - } /* End of if() for previous position is on the east of new position*/ -} /* End of set_z_location()*/ +} /*End of trace_vx()*/ + +/**************************************************************************** +| Advection for velocity at Y-direction +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param var_type The type of variable for advection solver +| \param d Pointer to the computed variables at previous time step +| \param d0 Pointer to the computed variables for current time step +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +****************************************************************************/ +int trace_vy(PARA_DATA* para, REAL** var, int var_type, REAL* d, REAL* d0, + int** BINDEX) { + int i, j, k; + int it; + int itmax = 20000; /* Max number of iterations for backward tracing */ + int imax = para->geom->imax, jmax = para->geom->jmax; + int kmax = para->geom->kmax; + int IMAX = imax + 2, IJMAX = (imax + 2) * (jmax + 2); + REAL x_1, y_1, z_1; + REAL dt = para->mytime->dt; + REAL u0, v0, w0; + REAL* x = var[X], * y = var[Y], * z = var[Z]; + REAL* gy = var[GY]; + REAL* u = var[VX], * v = var[VY], * w = var[VZ]; + REAL* flagv = var[FLAGV]; + int COOD[3], LOC[3]; + REAL OL[3]; + int OC[3]; + + FOR_V_CELL + /* Do not trace for boundary cells */ + if (flagv[IX(i, j, k)] >= 0) continue; + + /*------------------------------------------------------------------------- + | Step 1: Tracing Back + -------------------------------------------------------------------------*/ + /* Get velocities at the location of VY */ + u0 = (REAL)0.5 + * ((u[IX(i, j, k)] + u[IX(i - 1, j, k)]) * (y[IX(i, j + 1, k)] - gy[IX(i, j, k)]) + + (u[IX(i, j + 1, k)] + u[IX(i - 1, j + 1, k)]) * (gy[IX(i, j, k)] - y[IX(i, j, k)])) + / (y[IX(i, j + 1, k)] - y[IX(i, j, k)]); + v0 = v[IX(i, j, k)]; + w0 = (REAL)0.5 + * ((w[IX(i, j, k)] + w[IX(i, j, k - 1)]) * (y[IX(i, j + 1, k)] - gy[IX(i, j, k)]) + + (w[IX(i, j + 1, k)] + w[IX(i, j + 1, k - 1)]) * (gy[IX(i, j, k)] - y[IX(i, j, k)])) + / (y[IX(i, j + 1, k)] - y[IX(i, j, k)]); + /* Find the location at previous time step */ + OL[X] = x[IX(i, j, k)] - u0 * dt; + OL[Y] = gy[IX(i, j, k)] - v0 * dt; + OL[Z] = z[IX(i, j, k)] - w0 * dt; + /* Initialize the coordinates of previous step */ + OC[X] = i; + OC[Y] = j; + OC[Z] = k; + /* Initialize the signs for track process */ + /* Completed: 0; In process: 1 */ + COOD[X] = 1; + COOD[Y] = 1; + COOD[Z] = 1; + /* Initialize the signs for recording if the track back hits the boundary */ + /* Hit the boundary: 0; Not hit the boundary: 1 */ + LOC[X] = 1; + LOC[Y] = 1; + LOC[Z] = 1; + /*Initialize the number of iterations */ + it = 1; + + /* Trace back more if the any of the trace is still in process */ + while (COOD[X] == 1 || COOD[Y] == 1 || COOD[Z] == 1) { + it++; + if (COOD[X] == 1 && LOC[X] == 1) + set_x_location(para, var, flagv, x, u0, i, j, k, OL, OC, LOC, COOD); + if (COOD[Y] == 1 && LOC[Y] == 1) + set_y_location(para, var, flagv, gy, v0, i, j, k, OL, OC, LOC, COOD); + if (COOD[Z] == 1 && LOC[Z] == 1) + set_z_location(para, var, flagv, z, w0, i, j, k, OL, OC, LOC, COOD); + + if (it > itmax) { + printf("Error: advection.c can not track the location for VY(%d, %d,%d)", + i, j, k); + printf("after %d iterations.\n", it); + return 1; + } + } /* End of while() loop */ + + /* Set the coordinates of previous location if it is as boundary */ + if (u0 >= 0 && LOC[X] == 0) OC[X] -= 1; + if (v0 >= 0 && LOC[Y] == 0) OC[Y] -= 1; + if (w0 >= 0 && LOC[Z] == 0) OC[Z] -= 1; + + if (u0 < 0 && LOC[X] == 1) OC[X] -= 1; + if (v0 < 0 && LOC[Y] == 1) OC[Y] -= 1; + if (w0 < 0 && LOC[Z] == 1) OC[Z] -= 1; + + /*------------------------------------------------------------------------- + | Interpolating for all variables + -------------------------------------------------------------------------*/ + x_1 = (OL[X] - x[IX(OC[X], OC[Y], OC[Z])]) + / (x[IX(OC[X] + 1, OC[Y], OC[Z])] - x[IX(OC[X], OC[Y], OC[Z])]); + y_1 = (OL[Y] - gy[IX(OC[X], OC[Y], OC[Z])]) + / (gy[IX(OC[X], OC[Y] + 1, OC[Z])] - gy[IX(OC[X], OC[Y], OC[Z])]); + z_1 = (OL[Z] - z[IX(OC[X], OC[Y], OC[Z])]) + / (z[IX(OC[X], OC[Y], OC[Z] + 1)] - z[IX(OC[X], OC[Y], OC[Z])]); + d[IX(i, j, k)] = interpolation(para, d0, x_1, y_1, z_1, OC[X], OC[Y], OC[Z]); + END_FOR /* End of For() loop for each cell */ + + /*--------------------------------------------------------------------------- + | define the b.c. + ---------------------------------------------------------------------------*/ + set_bnd(para, var, var_type, 0, d, BINDEX); + return 0; +} /* End of trace_vy() */ + +/**************************************************************************** +| Advection for velocity at Z-direction +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param var_type The type of variable for advection solver +| \param d Pointer to the computed variables at previous time step +| \param d0 Pointer to the computed variables for current time step +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +****************************************************************************/ +int trace_vz(PARA_DATA* para, REAL** var, int var_type, REAL* d, REAL* d0, + int** BINDEX) { + int i, j, k; + int it; + int itmax = 20000; /* Max number of iterations for backward tracing */ + int imax = para->geom->imax, jmax = para->geom->jmax; + int kmax = para->geom->kmax; + int IMAX = imax + 2, IJMAX = (imax + 2) * (jmax + 2); + REAL x_1, y_1, z_1; + REAL dt = para->mytime->dt; + REAL u0, v0, w0; + REAL* x = var[X], * y = var[Y], * z = var[Z]; + REAL* gz = var[GZ]; + REAL* u = var[VX], * v = var[VY], * w = var[VZ]; + REAL* flagw = var[FLAGW]; + int COOD[3], LOC[3]; + REAL OL[3]; + int OC[3]; + + FOR_W_CELL + /* Do not trace for boundary cells */ + if (flagw[IX(i, j, k)] >= 0) continue; + + /*------------------------------------------------------------------------- + | Step 1: Tracing Back + -------------------------------------------------------------------------*/ + /* Get velocities at the location of VZ */ + u0 = (REAL)0.5 + * ((u[IX(i, j, k)] + u[IX(i - 1, j, k)]) * (z[IX(i, j, k + 1)] - gz[IX(i, j, k)]) + + (u[IX(i, j, k + 1)] + u[IX(i - 1, j, k + 1)]) * (gz[IX(i, j, k)] - z[IX(i, j, k)])) + / (z[IX(i, j, k + 1)] - z[IX(i, j, k)]); + v0 = (REAL)0.5 + * ((v[IX(i, j, k)] + v[IX(i, j - 1, k)]) * (z[IX(i, j, k + 1)] - gz[IX(i, j, k)]) + + (v[IX(i, j, k + 1)] + v[IX(i, j - 1, k + 1)]) * (gz[IX(i, j, k)] - z[IX(i, j, k)])) + / (z[IX(i, j, k + 1)] - z[IX(i, j, k)]); + w0 = w[IX(i, j, k)]; + /* Find the location at previous time step */ + OL[X] = x[IX(i, j, k)] - u0 * dt; + OL[Y] = y[IX(i, j, k)] - v0 * dt; + OL[Z] = gz[IX(i, j, k)] - w0 * dt; + /* Initialize the coordinates of previous step */ + OC[X] = i; + OC[Y] = j; + OC[Z] = k; + /* Initialize the signs for track process */ + /* Completed: 0; In process: 1 */ + COOD[X] = 1; + COOD[Y] = 1; + COOD[Z] = 1; + /* Initialize the signs for recording if the track back hits the boundary */ + /* Hit the boundary: 0; Not hit the boundary: 1 */ + LOC[X] = 1; + LOC[Y] = 1; + LOC[Z] = 1; + /*Initialize the number of iterations*/ + it = 1; + + /* Trace back more if the any of the trace is still in process */ + while (COOD[X] == 1 || COOD[Y] == 1 || COOD[Z] == 1) { + it++; + if (COOD[X] == 1 && LOC[X] == 1) + set_x_location(para, var, flagw, x, u0, i, j, k, OL, OC, LOC, COOD); + if (COOD[Y] == 1 && LOC[Y] == 1) + set_y_location(para, var, flagw, y, v0, i, j, k, OL, OC, LOC, COOD); + if (COOD[Z] == 1 && LOC[Z] == 1) + set_z_location(para, var, flagw, gz, w0, i, j, k, OL, OC, LOC, COOD); + + if (it > itmax) { + printf("Error: advection.c can not track the location for VY(%d, %d,%d)", + i, j, k); + printf("after %d iterations.\n", it); + return 1; + } + } /* End of while() loop */ + + /* Set the coordinates of previous location if it is as boundary */ + if (u0 >= 0 && LOC[X] == 0) OC[X] -= 1; + if (v0 >= 0 && LOC[Y] == 0) OC[Y] -= 1; + if (w0 >= 0 && LOC[Z] == 0) OC[Z] -= 1; + + if (u0 < 0 && LOC[X] == 1) OC[X] -= 1; + if (v0 < 0 && LOC[Y] == 1) OC[Y] -= 1; + if (w0 < 0 && LOC[Z] == 1) OC[Z] -= 1; + + /*------------------------------------------------------------------------- + | Interpolating for all variables + -------------------------------------------------------------------------*/ + x_1 = (OL[X] - x[IX(OC[X], OC[Y], OC[Z])]) + / (x[IX(OC[X] + 1, OC[Y], OC[Z])] - x[IX(OC[X], OC[Y], OC[Z])]); + y_1 = (OL[Y] - y[IX(OC[X], OC[Y], OC[Z])]) + / (y[IX(OC[X], OC[Y] + 1, OC[Z])] - y[IX(OC[X], OC[Y], OC[Z])]); + z_1 = (OL[Z] - gz[IX(OC[X], OC[Y], OC[Z])]) + / (gz[IX(OC[X], OC[Y], OC[Z] + 1)] - gz[IX(OC[X], OC[Y], OC[Z])]); + d[IX(i, j, k)] = interpolation(para, d0, x_1, y_1, z_1, OC[X], OC[Y], OC[Z]); + END_FOR + + /*--------------------------------------------------------------------------- + | define the b.c. + ---------------------------------------------------------------------------*/ + set_bnd(para, var, var_type, 0, d, BINDEX); + return 0; +} /* End of trace_vz() */ + +/**************************************************************************** +| Advection for scalar variables located in the center of control volume +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param var_type The type of variable for advection solver +| \param index Index of trace substances or species +| \param d Pointer to the computed variables at previous time step +| \param d0 Pointer to the computed variables for current time step +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +****************************************************************************/ +int trace_scalar(PARA_DATA* para, REAL** var, int var_type, int index, + REAL* d, REAL* d0, int** BINDEX) { + int i, j, k; + int it; + int itmax = 20000; /* Max number of iterations for backward tracing */ + int imax = para->geom->imax, jmax = para->geom->jmax; + int kmax = para->geom->kmax; + int IMAX = imax + 2, IJMAX = (imax + 2) * (jmax + 2); + REAL x_1, y_1, z_1; + REAL dt = para->mytime->dt; + REAL u0, v0, w0; + REAL* x = var[X], * y = var[Y], * z = var[Z]; + REAL* u = var[VX], * v = var[VY], * w = var[VZ]; + REAL* flagp = var[FLAGP]; + int COOD[3], LOC[3]; + REAL OL[3]; + int OC[3]; + + FOR_EACH_CELL + /* Do not trace for boundary cells */ + if (flagp[IX(i, j, k)] >= 0) continue; + + /*------------------------------------------------------------------------- + | Step 1: Tracing Back + -------------------------------------------------------------------------*/ + /* Get velocities at the location of scalar variable */ + u0 = (REAL)0.5 * (u[IX(i, j, k)] + u[IX(i - 1, j, k)]); + v0 = (REAL)0.5 * (v[IX(i, j, k)] + v[IX(i, j - 1, k)]); + w0 = (REAL)0.5 * (w[IX(i, j, k)] + w[IX(i, j, k - 1)]); + /* Find the location at previous time step */ + OL[X] = x[IX(i, j, k)] - u0 * dt; + OL[Y] = y[IX(i, j, k)] - v0 * dt; + OL[Z] = z[IX(i, j, k)] - w0 * dt; + /* Initialize the coordinates of previous step */ + OC[X] = i; + OC[Y] = j; + OC[Z] = k; + /* Initialize the signs for tracing process */ + /* Completed: 0; In process: 1 */ + COOD[X] = 1; + COOD[Y] = 1; + COOD[Z] = 1; + /* Initialize the flags for recording if the tracing back hits the boundary */ + /* Hit the boundary: 0; Not hit the boundary: 1 */ + LOC[X] = 1; + LOC[Y] = 1; + LOC[Z] = 1; + /*Initialize the number of iterations*/ + it = 1; + + /* Trace back more if the any of the trace is still in process */ + while (COOD[X] == 1 || COOD[Y] == 1 || COOD[Z] == 1) { + it++; + /* If trace in X is in process and donot hit the boundary */ + if (COOD[X] == 1 && LOC[X] == 1) + set_x_location(para, var, flagp, x, u0, i, j, k, OL, OC, LOC, COOD); + /* If trace in Y is in process and donot hit the boundary */ + if (COOD[Y] == 1 && LOC[Y] == 1) + set_y_location(para, var, flagp, y, v0, i, j, k, OL, OC, LOC, COOD); + /* If trace in Z is in process and donot hit the boundary */ + if (COOD[Z] == 1 && LOC[Z] == 1) + set_z_location(para, var, flagp, z, w0, i, j, k, OL, OC, LOC, COOD); + if (it > itmax) { + sprintf(msg, "trace_scalar(): Could not track the location for scalar " + "variable %d at cell(%d, %d,%d) after %d iterations", + var_type, i, j, k, it); + ffd_log(msg, FFD_ERROR); + return 1; + } + } /* End of while() for backward tracing */ + + /* Set the coordinates of previous location if it is as boundary */ + if (u0 >= 0 && LOC[X] == 0) OC[X] -= 1; + if (v0 >= 0 && LOC[Y] == 0) OC[Y] -= 1; + if (w0 >= 0 && LOC[Z] == 0) OC[Z] -= 1; + + if (u0 < 0 && LOC[X] == 1) OC[X] -= 1; + if (v0 < 0 && LOC[Y] == 1) OC[Y] -= 1; + if (w0 < 0 && LOC[Z] == 1) OC[Z] -= 1; + + /*Store the local minimum and maximum values*/ + var[LOCMIN][IX(i, j, k)] = check_min(para, d0, OC[X], OC[Y], OC[Z]); + var[LOCMAX][IX(i, j, k)] = check_max(para, d0, OC[X], OC[Y], OC[Z]); + + /*------------------------------------------------------------------------- + | Interpolate + -------------------------------------------------------------------------*/ + x_1 = (OL[X] - x[IX(OC[X], OC[Y], OC[Z])]) + / (x[IX(OC[X] + 1, OC[Y], OC[Z])] - x[IX(OC[X], OC[Y], OC[Z])]); + y_1 = (OL[Y] - y[IX(OC[X], OC[Y], OC[Z])]) + / (y[IX(OC[X], OC[Y] + 1, OC[Z])] - y[IX(OC[X], OC[Y], OC[Z])]); + z_1 = (OL[Z] - z[IX(OC[X], OC[Y], OC[Z])]) + / (z[IX(OC[X], OC[Y], OC[Z] + 1)] - z[IX(OC[X], OC[Y], OC[Z])]); + d[IX(i, j, k)] = interpolation(para, d0, x_1, y_1, z_1, OC[X], OC[Y], OC[Z]); + END_FOR /* End of loop for all cells */ + + /*--------------------------------------------------------------------------- + | Define the b.c. + ---------------------------------------------------------------------------*/ + set_bnd(para, var, var_type, index, d, BINDEX); + return 0; +} /* End of trace_scalar() */ + +/**************************************************************************** +| Find the X-location and coordinates at previous time step +| +| Conducting backward tracing for the particle's X-location and +| corresponding coordinates at the previous time step. +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param flag Pointer to the property of the cell +| \param x Pointer to the current position x(t) of particle +| \param u0 X-velocity at time (t-1) in location x(t) +| \param i I-index for cell at time t at x(t) +| \param j J-index for cell at time t at x(t) +| \param k K-index for cell at time t at x(t) +| \param OL Pointer to the locations of particle at time (t-1) +| \param OC Pointer to the coordinates of particle at time (t-1) +| \param LOC Pointer to flags recording if tracing back hits the boundary +| \param COOD Pointer to record the status of tracing back process +| +| \return void No return needed +****************************************************************************/ +void set_x_location(PARA_DATA* para, REAL** var, REAL* flag, REAL* x, REAL u0, + int i, int j, int k, + REAL* OL/*the coordinates*/, int* OC/*the index*/, int* LOC/*hit wall*/, int* COOD/*finish*/) { + int imax = para->geom->imax, jmax = para->geom->jmax; + int IMAX = imax + 2, IJMAX = (imax + 2) * (jmax + 2); + + /**************************************************************************** + | If the previous location is equal to current position + | stop the process (COOD[X] = 0) + ****************************************************************************/ + if (OL[X] == x[IX(OC[X], OC[Y], OC[Z])]) + COOD[X] = 0; + /**************************************************************************** + | Otherwise, if previous location is on the west of the current position + ****************************************************************************/ + else if (OL[X] < x[IX(OC[X], OC[Y], OC[Z])]) { + /* If donot reach the boundary yet, move to west */ + if (OC[X] > 0) + OC[X] -= 1; + + /* If the previous position is on the east of new location, stop the process */ + if (OL[X] >= x[IX(OC[X], OC[Y], OC[Z])]) + + COOD[X] = 0; + + /* If the new position is solid */ + if (flag[IX(OC[X], OC[Y], OC[Z])] == 1) { + /* Use the east cell for new location */ + OL[X] = x[IX(OC[X] + 1, OC[Y], OC[Z])]; + OC[X] += 1; + /* Hit the boundary */ + LOC[X] = 0; + /* Stop the trace process */ + COOD[X] = 0; + } /* End of if() for solid */ + + /* If the new position is inlet or outlet */ + if (flag[IX(OC[X], OC[Y], OC[Z])] == 0 || flag[IX(OC[X], OC[Y], OC[Z])] == 2 || flag[IX(OC[X], OC[Y], OC[Z])] == 3) { + /* Use new position */ + OL[X] = x[IX(OC[X], OC[Y], OC[Z])]; + /* use east cell for coordinate */ + OC[X] += 1; + /* Hit the boundary */ + LOC[X] = 0; + /* Stop the trace process */ + COOD[X] = 0; + } /* End of if() for inlet or outlet */ + } /* End of if() for previous position is on the west of new position */ + /**************************************************************************** + | Otherwise, if previous location is on the east of the current position + ****************************************************************************/ + else { + /* If not at the east boundary */ + if (OC[X] <= imax) + /* Move to east */ + OC[X] += 1; + + /* If the previous position is on the west of new position */ + if (OL[X] <= x[IX(OC[X], OC[Y], OC[Z])]) + /* Stop the trace process */ + COOD[X] = 0; + + /* If the cell is solid */ + if (flag[IX(OC[X], OC[Y], OC[Z])] == 1) { + /* Use west cell */ + OL[X] = x[IX(OC[X] - 1, OC[Y], OC[Z])]; + OC[X] -= 1; + /* Hit the boundary */ + LOC[X] = 0; + /* Stop the trace process */ + COOD[X] = 0; + } /* End of if() for solid */ + + /* If the new position is inlet or outlet */ + if (flag[IX(OC[X], OC[Y], OC[Z])] == 0 || flag[IX(OC[X], OC[Y], OC[Z])] == 2 || flag[IX(OC[X], OC[Y], OC[Z])] == 3) { + /* Use the current cell for previous location */ + OL[X] = x[IX(OC[X], OC[Y], OC[Z])]; + /* Use the west cell for coordinate */ + OC[X] -= 1; + /* Hit the boundary */ + LOC[X] = 0; + /* Stop the trace process */ + COOD[X] = 0; + } /* End of if() for inlet or outlet */ + } /* End of if() for previous position is on the east of new position */ +} /* End of set_x_location() */ + + +/**************************************************************************** +| Find the Y-location and coordinates at previous time step +| +| Conducting backward tracing for the particle's Y-location and +| corresponding coordinates at the previous time step. +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param flag Pointer to the property of the cell +| \param y Pointer to the current position y(t) of particle +| \param v0 Y-velocity at time (t-1) in location y(t) +| \param i I-index for cell at time t at y(t) +| \param j J-index for cell at time t at y(t) +| \param k K-index for cell at time t at y(t) +| \param OL Pointer to the locations of particle at time (t-1) +| \param OC Pointer to the coordinates of particle at time (t-1) +| \param LOC Pointer to flags recording if tracing back hits the boundary +| \param COOD Pointer to record the status of tracing back process +| +| \return void No return needed +****************************************************************************/ +void set_y_location(PARA_DATA* para, REAL** var, REAL* flag, REAL* y, REAL v0, + int i, int j, int k, + REAL* OL, int* OC, int* LOC, int* COOD) { + int imax = para->geom->imax, jmax = para->geom->jmax; + int IMAX = imax + 2, IJMAX = (imax + 2) * (jmax + 2); + + /**************************************************************************** + | If the previous location is equal to current position, + | stop the process (COOD[X] = 0) + ****************************************************************************/ + if (OL[Y] == y[IX(OC[X], OC[Y], OC[Z])]) + COOD[Y] = 0; + /**************************************************************************** + | Otherwise, if previous location is on the south of the current position + ****************************************************************************/ + else if (OL[Y] < y[IX(OC[X], OC[Y], OC[Z])]) { + /* If donot reach the boundary yet */ + if (OC[Y] > 0) + OC[Y] -= 1; + + /* If the previous position is on the north of new location */ + if (OL[Y] >= y[IX(OC[X], OC[Y], OC[Z])]) + /* Stop the process */ + COOD[Y] = 0; + + /* If the new position is solid */ + if (flag[IX(OC[X], OC[Y], OC[Z])] == 1) { + /* Use the north cell for new location */ + OL[Y] = y[IX(OC[X], OC[Y] + 1, OC[Z])]; + OC[Y] += 1; + /* Hit the boundary */ + LOC[Y] = 0; + /* Stop the trace process */ + COOD[Y] = 0; + } /* End of if() for solid */ + + /* If the new position is inlet or outlet */ + if (flag[IX(OC[X], OC[Y], OC[Z])] == 0 || flag[IX(OC[X], OC[Y], OC[Z])] == 2 || flag[IX(OC[X], OC[Y], OC[Z])] == 3) { + /* Use new position */ + OL[Y] = y[IX(OC[X], OC[Y], OC[Z])]; + /* Use north cell for coordinate */ + OC[Y] += 1; + /* Hit the boundary */ + LOC[Y] = 0; + /* Stop the trace process */ + COOD[Y] = 0; + } /* End of if() for inlet or outlet */ + } /* End of if() for previous position is on the south of new position */ + /**************************************************************************** + | Otherwise, if previous location is on the north of the current position + ****************************************************************************/ + else { + /* If not at the north boundary */ + if (OC[Y] <= jmax) + /* Move to north */ + OC[Y] += 1; + + /* If the previous position is on the south of new position */ + if (OL[Y] <= y[IX(OC[X], OC[Y], OC[Z])]) + /* Stop the trace process */ + COOD[Y] = 0; + + /* If the cell is solid */ + if (flag[IX(OC[X], OC[Y], OC[Z])] == 1) { + /* Use south cell */ + OL[Y] = y[IX(OC[X], OC[Y] - 1, OC[Z])]; + OC[Y] -= 1; + /* Hit the boundary */ + LOC[Y] = 0; + /* Stop the trace process */ + COOD[Y] = 0; + } /* End of if() for solid */ + + /* If the new position is inlet or outlet */ + if (flag[IX(OC[X], OC[Y], OC[Z])] == 0 || flag[IX(OC[X], OC[Y], OC[Z])] == 2 || flag[IX(OC[X], OC[Y], OC[Z])] == 3) { + /* Use the current cell for previous location */ + OL[Y] = y[IX(OC[X], OC[Y], OC[Z])]; + /* Use the south cell for coordinate */ + OC[Y] -= 1; + /* Hit the boundary */ + LOC[Y] = 0; + /* Stop the trace process */ + COOD[Y] = 0; + } /* End of if() for inlet or outlet */ + } /* End of if() for previous position is on the east of new position */ +} /* End of set_x_location() */ + +/**************************************************************************** +| Find the Z-location and coordinates at previous time step +| +| Conducting backward tracing for the particle's Z-location and +| corresponding coordinates at the previous time step. +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param flag Pointer to the property of the cell +| \param Z Pointer to the current position y(t) of particle +| \param w0 Z-velocity at time (t-1) in location z(t) +| \param i I-index for cell at time t at z(t) +| \param j J-index for cell at time t at z(t) +| \param k K-index for cell at time t at z(t) +| \param OL Pointer to the locations of particle at time (t-1) +| \param OC Pointer to the coordinates of particle at time (t-1) +| \param LOC Pointer to flags recording if tracing back hits the boundary +| \param COOD Pointer to record the status of tracing back process +| +| \return void No return needed +****************************************************************************/ +void set_z_location(PARA_DATA* para, REAL** var, REAL* flag, REAL* z, REAL w0, + int i, int j, int k, + REAL* OL, int* OC, int* LOC, int* COOD) { + int imax = para->geom->imax, jmax = para->geom->jmax; + int kmax = para->geom->kmax; + int IMAX = imax + 2, IJMAX = (imax + 2) * (jmax + 2); + + /**************************************************************************** + | If the previous location is equal to current position, + | stop the process (COOD[Z] = 0) + ****************************************************************************/ + if (OL[Z] == z[IX(OC[X], OC[Y], OC[Z])]) + COOD[Z] = 0; + /**************************************************************************** + | Otherwise, if previous location is on the floor of the current position + ****************************************************************************/ + else if (OL[Z] < z[IX(OC[X], OC[Y], OC[Z])]) { + /* If donot reach the boundary yet */ + if (OC[Z] > 0) + OC[Z] -= 1; + + /* If the previous position is on the ceiling of new location */ + if (OL[Z] >= z[IX(OC[X], OC[Y], OC[Z])]) + /* Stop the process */ + COOD[Z] = 0; + + /* If the new position is solid */ + if (flag[IX(OC[X], OC[Y], OC[Z])] == 1) { + /* Use the ceiling cell for new location */ + OL[Z] = z[IX(OC[X], OC[Y], OC[Z] + 1)]; + OC[Z] += 1; + /* Hit the boundary */ + LOC[Z] = 0; + /* Stop the trace process */ + COOD[Z] = 0; + } /* End of if() for solid */ + + /* If the new position is inlet or outlet */ + if (flag[IX(OC[X], OC[Y], OC[Z])] == 0 || flag[IX(OC[X], OC[Y], OC[Z])] == 2 || flag[IX(OC[X], OC[Y], OC[Z])] == 3) { + /* Use new position */ + OL[Z] = z[IX(OC[X], OC[Y], OC[Z])]; + /* Use ceiling cell for coordinate */ + OC[Z] += 1; + /* Hit the boundary */ + LOC[Z] = 0; + /* Stop the trace process */ + COOD[Z] = 0; + } /* End of if() for inlet or outlet */ + } /* End of if() for previous position is on the floor of new position */ + /**************************************************************************** + | Otherwise, if previous location is on the ceiling of the current position + -***************************************************************************/ + else { + /* If not at the ceiling boundary */ + if (OC[Z] <= kmax) + /* Move to ceiling */ + OC[Z] += 1; + + /* If the previous position is on the floor of new position */ + if (OL[Z] <= z[IX(OC[X], OC[Y], OC[Z])]) + /* Stop the trace process */ + COOD[Z] = 0; + + /* If the cell is solid */ + if (flag[IX(OC[X], OC[Y], OC[Z])] == 1) { + /* Use floor cell */ + OL[Z] = z[IX(OC[X], OC[Y], OC[Z] - 1)]; + OC[Z] -= 1; + /* Hit the boundary */ + LOC[Z] = 0; + /* Stop the trace process */ + COOD[Z] = 0; + } /* End of if() for solid */ + + /* If the new position is inlet or outlet */ + if (flag[IX(OC[X], OC[Y], OC[Z])] == 0 || flag[IX(OC[X], OC[Y], OC[Z])] == 2 || flag[IX(OC[X], OC[Y], OC[Z])] == 3) { + /* Use the current cell for previous location */ + OL[Z] = z[IX(OC[X], OC[Y], OC[Z])]; + /* Use the floor cell for coordinate */ + OC[Z] -= 1; + /* Hit the boundary */ + LOC[Z] = 0; + /* Stop the trace process */ + COOD[Z] = 0; + } /* End of if() for inlet or outlet */ + } /* End of if() for previous position is on the east of new position */ +} /* End of set_z_location() */ + + + /*************************************************************************** + | Calculate coefficients for advection equation solver using implicit scheme + | The advection term can be either descritized in first-order upwind scheme or + | centeral differencing scheme + | Wei Tian 6/2/2017 @ Andover, MA + | \param para Pointer to FFD parameters + | \param var Pointer to FFD simulation variables + | \param psi Pointer to the variable at current time step + | \param psi0 Pointer to the variable at previous time step + | \param var_type Type of variable + | \param index Index of trace substance or species + | \param BINDEX Pointer to boundary index + | + | \return 0 if no error occurred + ***************************************************************************/ +int coef_adv(PARA_DATA* para, REAL** var, REAL* psi, REAL* psi0, + int var_type, int index, int** BINDEX) { + int i, j, k; + int imax = para->geom->imax, jmax = para->geom->jmax; + int kmax = para->geom->kmax; + int IMAX = imax + 2, IJMAX = (imax + 2) * (jmax + 2); + REAL* aw = var[AW], * ae = var[AE], * as = var[AS], * an = var[AN]; + REAL* af = var[AF], * ab = var[AB], * ap = var[AP], * ap0 = var[AP0], * b = var[B]; + REAL* x = var[X], * y = var[Y], * z = var[Z]; + REAL* gx = var[GX], * gy = var[GY], * gz = var[GZ]; + REAL* u = var[VX], * v = var[VY], * w = var[VZ]; + REAL* Temp = var[TEMP]; + REAL dxe, dxw, dyn, dys, dzf, dzb, Dx, Dy, Dz; + /* define the velocity at the face of control volume */ + REAL uw, ue, vs, vn, wb, wf; + /* define the flow rate at the surface */ + REAL Fw, Fe, Fs, Fn, Fb, Ff; + REAL dt = para->mytime->dt, beta = para->prob->beta; + + /* define kapa */ + switch (var_type) { + /*------------------------------------------------------------------------- + | X-velocity + | Initially implemented by Wei Tian at Schneider Electric, Andover, MA + | 6/5/2017 + -------------------------------------------------------------------------*/ + case VX: + + FOR_U_CELL + /* define the dimensions */ + dxe = gx[IX(i + 1, j, k)] - gx[IX(i, j, k)]; + dxw = gx[IX(i, j, k)] - gx[IX(i - 1, j, k)]; + Dx = x[IX(i + 1, j, k)] - x[IX(i, j, k)]; + Dy = gy[IX(i, j, k)] - gy[IX(i, j - 1, k)]; + Dz = gz[IX(i, j, k)] - gz[IX(i, j, k - 1)]; + + /* define the velocity at the surface */ + uw = 0.5 * (u[IX(i - 1, j, k)] + u[IX(i, j, k)]); + ue = 0.5 * (u[IX(i, j, k)] + u[IX(i + 1, j, k)]); + vs = 0.5 * (v[IX(i, j - 1, k)] + v[IX(i + 1, j - 1, k)]); + vn = 0.5 * (v[IX(i, j, k)] + v[IX(i + 1, j, k)]); + wb = 0.5 * (w[IX(i, j, k - 1)] + w[IX(i + 1, j, k - 1)]); + wf = 0.5 * (w[IX(i, j, k)] + w[IX(i + 1, j, k)]); + + /* define the flow rate at the surface */ + Fw = uw * Dy * Dz; + Fe = ue * Dy * Dz; + Fs = vs * Dx * Dz; + Fn = vn * Dx * Dz; + Fb = wb * Dx * Dy; + Ff = wf * Dx * Dy; + + /* define the coefficient for calculation */ + aw[IX(i, j, k)] = max(Fw, 0); + ae[IX(i, j, k)] = max(-Fe, 0); + as[IX(i, j, k)] = max(Fs, 0); + an[IX(i, j, k)] = max(-Fn, 0); + ab[IX(i, j, k)] = max(Fb, 0); + af[IX(i, j, k)] = max(-Ff, 0); + ap0[IX(i, j, k)] = Dx * Dy * Dz / dt; + b[IX(i, j, k)] = psi0[IX(i, j, k)] * ap0[IX(i, j, k)]; + END_FOR + + /* Set boundary conditions */ + set_bnd_vel_adv(para, var, var_type, psi, BINDEX); + + /* Set coefficient AP */ + FOR_U_CELL + ap[IX(i, j, k)] = ap0[IX(i, j, k)] + ae[IX(i, j, k)] + aw[IX(i, j, k)] + + an[IX(i, j, k)] + as[IX(i, j, k)] + af[IX(i, j, k)] + ab[IX(i, j, k)] + + Fe - Fw + Fn - Fs + Ff - Fb; + END_FOR + + /* Add the source terms */ + /*source_diff(para, var, var_type, index);*/ + break; + /*------------------------------------------------------------------------- + | Y-velocity + | Initially implemented by Wei Tian at Schneider Electric, Andover, MA + | 6/5/2017 + -------------------------------------------------------------------------*/ + case VY: + + FOR_V_CELL + /* define the dimensions */ + dyn = gy[IX(i, j + 1, k)] - gy[IX(i, j, k)]; + dys = gy[IX(i, j, k)] - gy[IX(i, j - 1, k)]; + Dx = gx[IX(i, j, k)] - gx[IX(i - 1, j, k)]; + Dy = y[IX(i, j + 1, k)] - y[IX(i, j, k)]; + Dz = gz[IX(i, j, k)] - gz[IX(i, j, k - 1)]; + + /* define the velocity at the surface */ + uw = 0.5 * (u[IX(i - 1, j, k)] + u[IX(i - 1, j + 1, k)]); + ue = 0.5 * (u[IX(i, j, k)] + u[IX(i, j + 1, k)]); + vs = 0.5 * (v[IX(i, j - 1, k)] + v[IX(i, j, k)]); + vn = 0.5 * (v[IX(i, j, k)] + v[IX(i, j + 1, k)]); + wb = 0.5 * (w[IX(i, j, k - 1)] + w[IX(i, j + 1, k - 1)]); + wf = 0.5 * (w[IX(i, j, k)] + w[IX(i, j + 1, k)]); + + /* define the flow rate at the surface */ + Fw = uw * Dy * Dz; + Fe = ue * Dy * Dz; + Fs = vs * Dx * Dz; + Fn = vn * Dx * Dz; + Fb = wb * Dx * Dy; + Ff = wf * Dx * Dy; + + /* define the coefficient for calculation */ + aw[IX(i, j, k)] = max(Fw, 0); + ae[IX(i, j, k)] = max(-Fe, 0); + as[IX(i, j, k)] = max(Fs, 0); + an[IX(i, j, k)] = max(-Fn, 0); + ab[IX(i, j, k)] = max(Fb, 0); + af[IX(i, j, k)] = max(-Ff, 0); + ap0[IX(i, j, k)] = Dx * Dy * Dz / dt; + b[IX(i, j, k)] = psi0[IX(i, j, k)] * ap0[IX(i, j, k)]; + END_FOR + + /* Set boundary conditions */ + set_bnd_vel_adv(para, var, var_type, psi, BINDEX); + + /* Set coefficient AP */ + FOR_V_CELL + ap[IX(i, j, k)] = ap0[IX(i, j, k)] + ae[IX(i, j, k)] + aw[IX(i, j, k)] + + an[IX(i, j, k)] + as[IX(i, j, k)] + af[IX(i, j, k)] + ab[IX(i, j, k)] + + Fe - Fw + Fn - Fs + Ff - Fb; + END_FOR + + /* Add the source terms */ + /*source_diff(para, var, var_type, index);*/ + break; + /*------------------------------------------------------------------------- + | Z-velocity + | Initially implemented by Wei Tian at Schneider Electric, Andover, MA + | 6/5/2017 + -------------------------------------------------------------------------*/ + case VZ: + + FOR_W_CELL + /* define the dimensions */ + dzf = gz[IX(i, j, k + 1)] - gz[IX(i, j, k)]; + dzb = gz[IX(i, j, k)] - gz[IX(i, j, k - 1)]; + Dx = gx[IX(i, j, k)] - gx[IX(i - 1, j, k)]; + Dy = gy[IX(i, j, k)] - gy[IX(i, j - 1, k)]; + Dz = z[IX(i, j, k + 1)] - z[IX(i, j, k)]; + + /* define the velocity at the surface */ + uw = 0.5 * (u[IX(i - 1, j, k)] + u[IX(i - 1, j, k + 1)]); + ue = 0.5 * (u[IX(i, j, k)] + u[IX(i, j, k + 1)]); + vs = 0.5 * (v[IX(i, j - 1, k)] + v[IX(i, j - 1, k + 1)]); + vn = 0.5 * (v[IX(i, j, k)] + v[IX(i, j, k + 1)]); + wb = 0.5 * (w[IX(i, j, k - 1)] + w[IX(i, j, k)]); + wf = 0.5 * (w[IX(i, j, k)] + w[IX(i, j, k + 1)]); + + + /* define the flow rate at the surface */ + Fw = uw * Dy * Dz; + Fe = ue * Dy * Dz; + Fs = vs * Dx * Dz; + Fn = vn * Dx * Dz; + Fb = wb * Dx * Dy; + Ff = wf * Dx * Dy; + + /* define the coefficient for calculation */ + aw[IX(i, j, k)] = max(Fw, 0); + ae[IX(i, j, k)] = max(-Fe, 0); + as[IX(i, j, k)] = max(Fs, 0); + an[IX(i, j, k)] = max(-Fn, 0); + ab[IX(i, j, k)] = max(Fb, 0); + af[IX(i, j, k)] = max(-Ff, 0); + ap0[IX(i, j, k)] = Dx * Dy * Dz / dt; + b[IX(i, j, k)] = psi0[IX(i, j, k)] * ap0[IX(i, j, k)]; + END_FOR + + /* Add the source terms */ + /*source_diff(para, var, var_type, index);*/ + /* Set boundary conditions */ + set_bnd_vel_adv(para, var, var_type, psi, BINDEX); + + FOR_W_CELL + ap[IX(i, j, k)] = ap0[IX(i, j, k)] + ae[IX(i, j, k)] + aw[IX(i, j, k)] + + an[IX(i, j, k)] + as[IX(i, j, k)] + af[IX(i, j, k)] + ab[IX(i, j, k)] + + Fe - Fw + Fn - Fs + Ff - Fb; + END_FOR + + /* Add the source terms */ + /*source_diff(para, var, var_type, index);*/ + break; + /*------------------------------------------------------------------------- + | Scalar Variable + | Initially implemented by Wei Tian at Schneider Electric, Andover, MA + | 6/5/2017 + -------------------------------------------------------------------------*/ + case TEMP: + case Xi1: + case Xi2: + case C1: + case C2: + + FOR_EACH_CELL + /* define the dimensions */ + Dx = gx[IX(i, j, k)] - gx[IX(i - 1, j, k)]; + Dy = gy[IX(i, j, k)] - gy[IX(i, j - 1, k)]; + Dz = gz[IX(i, j, k)] - gz[IX(i, j, k - 1)]; + + /* define the velocity at the surface */ + uw = u[IX(i - 1, j, k)]; + ue = u[IX(i, j, k)]; + vs = v[IX(i, j - 1, k)]; + vn = v[IX(i, j, k)]; + wb = w[IX(i, j, k - 1)]; + wf = w[IX(i, j, k)]; + + + /* define the flow rate at the surface */ + Fw = uw * Dy * Dz; + Fe = ue * Dy * Dz; + Fs = vs * Dx * Dz; + Fn = vn * Dx * Dz; + Fb = wb * Dx * Dy; + Ff = wf * Dx * Dy; + + /* define the coefficient for calculation */ + aw[IX(i, j, k)] = max(Fw, 0); + ae[IX(i, j, k)] = max(-Fe, 0); + as[IX(i, j, k)] = max(Fs, 0); + an[IX(i, j, k)] = max(-Fn, 0); + ab[IX(i, j, k)] = max(Fb, 0); + af[IX(i, j, k)] = max(-Ff, 0); + ap0[IX(i, j, k)] = Dx * Dy * Dz / dt; + b[IX(i, j, k)] = psi0[IX(i, j, k)] * ap0[IX(i, j, k)]; + END_FOR + + /* Set boundary conditions */ + set_bnd_temp_adv(para, var, var_type, psi, BINDEX); + + /* This idea is derived from Chris at Schneider Electric */ + /* Often, the projection cannot be solved in desired accuracy, */ + /* Thus, there exists imbalance of mass after projection */ + /* Then, the temperature field is likely to be blown off. */ + /* The solution is to change the denominator by removing Fe - Fw + Fn - Fs + Ff - Fb in AP */ + FOR_EACH_CELL + ap[IX(i, j, k)] = ap0[IX(i, j, k)] + ae[IX(i, j, k)] + aw[IX(i, j, k)] + + an[IX(i, j, k)] + as[IX(i, j, k)] + af[IX(i, j, k)] + ab[IX(i, j, k)]; + /*+ Fe - Fw + Fn - Fs + Ff - Fb;*/ + END_FOR + + /* Add the source terms */ + /*source_diff(para, var, var_type, index);*/ + break; + default: + sprintf(msg, "coe_adv(): No function for variable type %d", var_type); + ffd_log(msg, FFD_ERROR); + return 1; + } + + return 0; +}/* End of coef_adv( ) */ + +int implicit_vx(PARA_DATA* para, REAL** var, int var_type, REAL* d, REAL* d0, int index, int** BINDEX) { + int flag = 0; + coef_adv(para, var, d, d0, var_type, index, BINDEX); + if (flag != 0) { + ffd_log("implicit_vx(): Could not calculate coefficients for " + "advection equation.", FFD_ERROR); + return flag; + } + if (equ_solver(para, var, ADV, var_type, d) != 0) { + ffd_log("implicit_vx(): failed to solve the equation for advection", FFD_ERROR); + return 1; + } + /* Define B.C. */ + set_bnd_vel_adv(para, var, var_type, d, BINDEX); + + return 0; +} + +int implicit_vy(PARA_DATA* para, REAL** var, int var_type, REAL* d, REAL* d0, int index, int** BINDEX) { + int flag = 0; + coef_adv(para, var, d, d0, var_type, index, BINDEX); + if (flag != 0) { + ffd_log("implicit_vy(): Could not calculate coefficients for " + "advection equation.", FFD_ERROR); + return flag; + } + if (equ_solver(para, var, ADV, var_type, d) != 0) { + ffd_log("implicit_vy(): failed to solve the equation for advection", FFD_ERROR); + return 1; + } + /* Define B.C. */ + set_bnd_vel_adv(para, var, var_type, d, BINDEX); + + return 0; +} + +int implicit_vz(PARA_DATA* para, REAL** var, int var_type, REAL* d, REAL* d0, int index, int** BINDEX) { + int flag = 0; + coef_adv(para, var, d, d0, var_type, index, BINDEX); + if (flag != 0) { + ffd_log("implicit_vz(): Could not calculate coefficients for " + "advection equation.", FFD_ERROR); + return flag; + } + if (equ_solver(para, var, ADV, var_type, d) != 0) { + ffd_log("implicit_vz(): failed to solve the equation for advection", FFD_ERROR); + return 1; + } + /* Define B.C. */ + set_bnd_vel_adv(para, var, var_type, d, BINDEX); + + return 0; +} + +int implicit_scalar(PARA_DATA* para, REAL** var, int var_type, REAL* d, REAL* d0, int index, int** BINDEX) { + int flag = 0; + coef_adv(para, var, d, d0, var_type, index, BINDEX); + if (flag != 0) { + ffd_log("implicit_scalar(): Could not calculate coefficients for " + "advection equation.", FFD_ERROR); + return flag; + } + if (equ_solver(para, var, ADV, var_type, d) != 0) { + ffd_log("implicit_scalar(): failed to solve the equation for advection", FFD_ERROR); + return 1; + } + /* Define B.C. */ + /*set_bnd(para, var, var_type, index, d, BINDEX);*/ + set_bnd_temp_adv(para, var, var_type, d, BINDEX); + + return 0; +} diff --git a/Buildings/Resources/src/FastFluidDynamics/advection.h b/Buildings/Resources/src/FastFluidDynamics/advection.h index 9158ea03256..4a321872993 100644 --- a/Buildings/Resources/src/FastFluidDynamics/advection.h +++ b/Buildings/Resources/src/FastFluidDynamics/advection.h @@ -1,27 +1,33 @@ -/* - * @file advection.h - * - * @brief Solver for advection step - * - * @author Mingang Jin, Qingyan Chen - * Purdue University - * Jin55@purdue.edu, YanChen@purdue.edu - * Wangda Zuo - * University of Miami - * W.Zuo@miami.edu - * - * @date 8/3/2013 - * - *This file provides functions that used for the advection step of FFD method. - *The advection starts with \c advect(). Then different subroutines are - *called according to the properties of the variables that are sorted by - *the location of variables assigned in the control volume. - *Velocities at X, Y and Z directions are located - *on the surface of the control volume. They are computed using - *subroutines: \c trace_vx(), \c trace_vy() and \ctrace_vz(). - *Scalar variables are in the center of control volume and they are computed - *using \c trace_scalar(). - */ +/*************************************************************************** +| +| \file advection.h +| +| \brief Solver for advection step +| +| \author Wangda Zuo +| University of Miami, University of Colorado Boulder +| W.Zuo@miami.edu, wangda.zuo@colorado.edu +| Mingang Jin, Qingyan Chen +| Purdue University +| Jin55@purdue.edu, YanChen@purdue.edu +| Wei Tian +| University of Miami, Schneider Electric +| w.tian@umiami.edu, Wei.Tian@Schneider-Electric.com +| +| +| \date 6/16/2017 +| +| This file provides functions that used for the advection step of FFD method. +| The advection starts with \c advect(). Then different subroutines are +| called according to the properties of the variables that are sorted by +| the location of variables assigned in the control volume. +| Velocities at X, Y and Z directions are located +| on the surface of the control volume. They are computed using +| subroutines: \c trace_vx(), \c trace_vy() and \c trace_vz(). +| Scalar variables are in the center of control volume and they are computed +| using \c trace_scalar(). +| +***************************************************************************/ #ifndef _ADVECTION_H #define _ADVECTION_H @@ -52,158 +58,145 @@ #include "solver.h" #endif -/* - * Entrance of advection step - * - * Specific method for advection will be selected according to the variable - * type. - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param var_type The type of variable for advection solver - * @param index Index of trace substances or species - * @param d Pointer to the computed variables at previous time step - * @param d0 Pointer to the computed variables for current time step - * @param BINDEX Pointer to boundary index - * - * @return 0 if no error occurred - */ + +/*************************************************************************** +| Entrance of advection step +| +| Specific method for advection will be selected according to the variable +| type. +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param var_type The type of variable for advection solver +| \param index Index of trace substances or species +| \param d Pointer to the computed variables at previous time step +| \param d0 Pointer to the computed variables for current time step +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +***************************************************************************/ int advect(PARA_DATA *para, REAL **var, int var_type, int index, REAL *d, REAL *d0, int **BINDEX); -/* - * Advection for velocity at X-direction - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param var_type The type of variable for advection solver - * @param d Pointer to the computed variables at previous time step - * @param d0 Pointer to the computed variables for current time step - * @param BINDEX Pointer to boundary index - * - * @return 0 if no error occurred - */ +/*************************************************************************** +| Advection for velocity at X-direction +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param var_type The type of variable for advection solver +| \param d Pointer to the computed variables at previous time step +| \param d0 Pointer to the computed variables for current time step +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +***************************************************************************/ int trace_vx(PARA_DATA *para, REAL **var, int var_type, REAL *d, REAL *d0, int **BINDEX); -/* - * Advection for velocity at Y-direction - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param var_type The type of variable for advection solver - * @param d Pointer to the computed variables at previous time step - * @param d0 Pointer to the computed variables for current time step - * @param BINDEX Pointer to boundary index - * - * @return 0 if no error occurred - */ +/*************************************************************************** +| Advection for velocity at Y-direction +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param var_type The type of variable for advection solver +| \param d Pointer to the computed variables at previous time step +| \param d0 Pointer to the computed variables for current time step +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +***************************************************************************/ int trace_vy(PARA_DATA *para, REAL **var, int var_type, REAL *d, REAL *d0, int **BINDEX); -/* - * Advection for velocity at Z-direction - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param var_type The type of variable for advection solver - * @param d Pointer to the computed variables at previous time step - * @param d0 Pointer to the computed variables for current time step - * @param BINDEX Pointer to boundary index - * - * @return 0 if no error occurred - */ +/*************************************************************************** +| Advection for velocity at Z-direction +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param var_type The type of variable for advection solver +| \param d Pointer to the computed variables at previous time step +| \param d0 Pointer to the computed variables for current time step +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +***************************************************************************/ int trace_vz(PARA_DATA *para, REAL **var, int var_type, REAL *d, REAL *d0, int **BINDEX); -/* - * Advection for scalar variables located in the center of control volume - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param var_type The type of variable for advection solver - * @param index Index of trace substances or species - * @param d Pointer to the computed variables at previous time step - * @param d0 Pointer to the computed variables for current time step - * @param BINDEX Pointer to boundary index - * - * @return 0 if no error occurred - */ +/*************************************************************************** +| Advection for scalar variables located in the center of control volume +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param var_type The type of variable for advection solver +| \param index Index of trace substances or species +| \param d Pointer to the computed variables at previous time step +| \param d0 Pointer to the computed variables for current time step +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +***************************************************************************/ int trace_scalar(PARA_DATA *para, REAL **var, int var_type, int index, REAL *d, REAL *d0, int **BINDEX); -/* - * Find the X-location and coordinates at previous time step - * - * Conducting backward tracing for the particle's X-location and - * corresponding coordinates at the previous time step. - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param flag Pointer to the property of the cell - * @param x Pointer to the current position x(t) of particle - * @param u0 X-velocity at time (t-1) in location x(t) - * @param i I-index for cell at time t at x(t) - * @param j J-index for cell at time t at x(t) - * @param k K-index for cell at time t at x(t) - * @param OL Pointer to the locations of particle at time (t-1) - * @param OC Pointer to the coordinates of particle at time (t-1) - * @param LOC Pointer to flags recording if tracing back hits the boundary - * @param COOD Pointer to record the status of tracing back process - * - * @return void No return needed -*/ -void set_x_location(PARA_DATA *para, REAL **var, REAL *flag, REAL *x, REAL u0, - int i, int j, int k, - REAL *OL, int *OC, int *LOC , int *COOD); - -/* - * Find the Y-location and coordinates at previous time step - * - * Conducting backward tracing for the particle's Y-location and - * corresponding coordinates at the previous time step. - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param flag Pointer to the property of the cell - * @param y Pointer to the current position y(t) of particle - * @param v0 Y-velocity at time (t-1) in location y(t) - * @param i I-index for cell at time t at y(t) - * @param j J-index for cell at time t at y(t) - * @param k K-index for cell at time t at y(t) - * @param OL Pointer to the locations of particle at time (t-1) - * @param OC Pointer to the coordinates of particle at time (t-1) - * @param LOC Pointer to flags recording if tracing back hits the boundary - * @param COOD Pointer to record the status of tracing back process - * - * @return void No return needed - */ -void set_y_location(PARA_DATA *para, REAL **var, REAL *flag, REAL *y, REAL v0, - int i, int j, int k, - REAL *OL, int *OC, int *LOC , int *COOD); - -/* - * Find the Z-location and coordinates at previous time step - * - * Conducting backward tracing for the particle's Z-location and - * corresponding coordinates at the previous time step. - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param flag Pointer to the property of the cell - * @param Z Pointer to the current position y(t) of particle - * @param w0 Z-velocity at time (t-1) in location z(t) - * @param i I-index for cell at time t at z(t) - * @param j J-index for cell at time t at z(t) - * @param k K-index for cell at time t at z(t) - * @param OL Pointer to the locations of particle at time (t-1) - * @param OC Pointer to the coordinates of particle at time (t-1) - * @param LOC Pointer to flags recording if tracing back hits the boundary - * @param COOD Pointer to record the status of tracing back process - * - * @return void No return needed - */ -void set_z_location(PARA_DATA *para, REAL **var, REAL *flag, REAL *z, REAL w0, - int i, int j, int k, - REAL *OL, int *OC, int *LOC , int *COOD); +/*************************************************************************** +| Find the X-location and coordinates at previous time step +| +| Conducting backward tracing for the particle's X-location and +| corresponding coordinates at the previous time step. +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param flag Pointer to the property of the cell +| \param x Pointer to the current position x(t) of particle +| \param u0 X-velocity at time (t-1) in location x(t) +| \param i I-index for cell at time t at x(t) +| \param j J-index for cell at time t at x(t) +| \param k K-index for cell at time t at x(t) +| \param OL Pointer to the locations of particle at time (t-1) +| \param OC Pointer to the coordinates of particle at time (t-1) +| \param LOC Pointer to flags recording if tracing back hits the boundary +| \param COOD Pointer to record the status of tracing back process +| +| \return void No return needed +***************************************************************************/ +void set_x_location(PARA_DATA* para, REAL** var, REAL* flag, REAL* x, REAL u0, + int i, int j, int k, + REAL* OL, int* OC, int* LOC, int* COOD); + +/*************************************************************************** +| Find the Y-location and coordinates at previous time step +| +| Conducting backward tracing for the particle's Y-location and +| corresponding coordinates at the previous time step. +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param flag Pointer to the property of the cell +| \param y Pointer to the current position y(t) of particle +| \param v0 Y-velocity at time (t-1) in location y(t) +| \param i I-index for cell at time t at y(t) +| \param j J-index for cell at time t at y(t) +| \param k K-index for cell at time t at y(t) +| \param OL Pointer to the locations of particle at time (t-1) +| \param OC Pointer to the coordinates of particle at time (t-1) +| \param LOC Pointer to flags recording if tracing back hits the boundary +| \param COOD Pointer to record the status of tracing back process +| +| \return void No return needed +***************************************************************************/ +void set_y_location(PARA_DATA* para, REAL** var, REAL* flag, REAL* y, REAL v0, + int i, int j, int k, + REAL* OL, int* OC, int* LOC, int* COOD); + + +void set_z_location(PARA_DATA* para, REAL** var, REAL* flag, REAL* z, REAL w0, + int i, int j, int k, + REAL* OL, int* OC, int* LOC, int* COOD); + +int coef_adv(PARA_DATA* para, REAL** var, REAL* psi, REAL* psi0, int var_type, int index, int** BINDEX); +int implicit_vx(PARA_DATA* para, REAL** var, int var_type, REAL* d, REAL* d0, int index, int** BINDEX); +int implicit_vy(PARA_DATA* para, REAL** var, int var_type, REAL* d, REAL* d0, int index, int** BINDEX); +int implicit_vz(PARA_DATA* para, REAL** var, int var_type, REAL* d, REAL* d0, int index, int** BINDEX); +int implicit_scalar(PARA_DATA* para, REAL** var, int var_type, REAL* d, REAL* d0, int index, int** BINDEX); \ No newline at end of file diff --git a/Buildings/Resources/src/FastFluidDynamics/boundary.c b/Buildings/Resources/src/FastFluidDynamics/boundary.c index 2ffe4f9c575..79527aafbb9 100644 --- a/Buildings/Resources/src/FastFluidDynamics/boundary.c +++ b/Buildings/Resources/src/FastFluidDynamics/boundary.c @@ -1,42 +1,45 @@ -/* - * - * \file boundary.c - * - * \brief Set the boundary conditions - * - * \author Mingang Jin, Qingyan Chen - * Purdue University - * Jin55@purdue.edu, YanChen@purdue.edu - * Wangda Zuo - * University of Miami - * W.Zuo@miami.edu - * - * \date 8/3/2013 - * - * This file provides functions that are used for setting the boundary - * conditions. - * It starts with \c set_bnd(). Then different subroutines are called - * according to the properties of variables. - * - */ +/*************************************************************************** +| +| \file boundary.c +| +| \brief Set the boundary conditions +| +| \author Mingang Jin, Qingyan Chen +| Purdue University +| Jin55@purdue.edu, YanChen@purdue.edu +| Wangda Zuo +| University of Miami, University of Colorado Boulder +| W.Zuo@miami.edu, wangda.zuo@colorado.edu +| Wei Tian +| University of Miami, Schneider Electric +| w.tian@umiami.edu, Wei.Tian@Schneider-Electric.com +| +| \date 6/15/2017 +| +| This file provides functions that are used for setting the boundary +| conditions. +| It starts with \c set_bnd(). Then different subroutines are called +| according to the properties of variables. +| +***************************************************************************/ #include "boundary.h" -/* - * Entrance of setting boundary conditions - * - * Specific boundary conditions will be selected according to the variable - * type. - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param var_type The type of variable - * @param index Index of trace substances or species - * @param psi Pointer to the variable needing the boundary conditions - * @param BINDEX Pointer to boundary index - * - * @return 0 if no error occurred - */ +/*************************************************************************** +| Entrance of setting boundary conditions +| +| Specific boundary conditions will be selected according to the variable +| type. +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param var_type The type of variable +| \param index Index of trace substances or species +| \param psi Pointer to the variable needing the boundary conditions +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +***************************************************************************/ int set_bnd(PARA_DATA *para, REAL **var, int var_type, int index, REAL *psi, int **BINDEX) { int flag; @@ -83,20 +86,22 @@ int set_bnd(PARA_DATA *para, REAL **var, int var_type, int index, REAL *psi, } return flag; -} /* End of set_bnd()*/ - - - /* - * Set boundary conditions for velocity - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param var_type The type of variable - * @param psi Pointer to the variable needing the boundary conditions - * @param BINDEX Pointer to boundary index - * - * @return 0 if no error occurred - */ +} /* End of set_bnd() */ + + +/*************************************************************************** +| Set boundary conditions for velocity +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param var_type The type of variable +| \param psi Pointer to the variable needing the boundary conditions +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +| \ V1.0: 9/16/2017, by Wei Tian: first implementation by adding the boundary condition for tiles +| \ V2.0: 1/22/2018, by Wei Tian: add the boundary conditions for rack inlet and outlet +***************************************************************************/ int set_bnd_vel(PARA_DATA *para, REAL **var, int var_type, REAL *psi, int **BINDEX) { int i, j, k; @@ -108,6 +113,8 @@ int set_bnd_vel(PARA_DATA *para, REAL **var, int var_type, REAL *psi, REAL *aw = var[AW], *ae = var[AE], *as = var[AS], *an = var[AN]; REAL *af = var[AF], *ab = var[AB]; REAL *flagp = var[FLAGP]; + REAL axy=0, ayz=0, azx=0; + int put_X = para->geom->tile_putX, put_Y =para->geom->tile_putY, put_Z = para->geom->tile_putZ; switch(var_type) { /* -------------------------------------------------------------------------- @@ -118,38 +125,99 @@ int set_bnd_vel(PARA_DATA *para, REAL **var, int var_type, REAL *psi, i = BINDEX[0][it]; j = BINDEX[1][it]; k = BINDEX[2][it]; - /* Inlet*/ - if(flagp[IX(i,j,k)]==0) { + + axy = area_xy(para, var, i, j, k); + ayz = area_yz(para, var, i, j, k); + azx = area_zx(para, var, i, j, k); + + /* Inlet */ + if(flagp[IX(i,j,k)]==INLET) { psi[IX(i,j,k)] = var[VXBC][IX(i,j,k)]; if(i!=0) psi[IX(i-1,j,k)] = var[VXBC][IX(i,j,k)]; } - /* Solid wall*/ + /* Rack outlet */ + if(flagp[IX(i,j,k)]==RACK_OUTLET) { + psi[IX(i,j,k)] = var[VXBC][IX(i,j,k)]; + if (flagp[IX(i-1, j, k)] == -1) psi[IX(i - 1, j, k)] = var[VXBC][IX(i, j, k)]; + } + /* Solid wall */ if(flagp[IX(i,j,k)]==1) { - psi[IX(i,j,k)] = 0; - if(i!=0) psi[IX(i-1,j,k)] = 0; - } - /* Outlet*/ - if(flagp[IX(i,j,k)]==2) { - /* West*/ - if(i==0) { - psi[IX(i,j,k)] = psi[IX(i+1,j,k)]; - aw[IX(i+1,j,k)] = 0; + psi[IX(i, j, k)] = 0.0; + if (i != 0) psi[IX(i - 1, j, k)] = 0; + } + /* Tile */ + if(flagp[IX(i, j, k)] == TILE) { + if (flagp[IX(i, j, k)] == TILE && para->solv->tile_flow_correct == PRESSURE_BASE) { + /* West */ + if (i == 0) { + /*psi[IX(i, j, k)] = var[TILE_FLOW_BC][IX(i, j, k)]/ayz;*/ + psi[IX(i, j, k)] = var[TILE_FLOW_BC][IX(i, j, k)]; + } + /* East */ + if (i == imax + 1) { + /*psi[IX(i - 1, j, k)] = var[TILE_FLOW_BC][IX(i, j, k)] / ayz;*/ + psi[IX(i - 1, j, k)] = var[TILE_FLOW_BC][IX(i, j, k)]; + } + } + else { + /* West */ + if (i == 0) { + psi[IX(i, j, k)] = psi[IX(i + 1, j, k)]; + aw[IX(i + 1, j, k)] = 0; + } + /* East */ + if (i == imax + 1) { + psi[IX(i - 1, j, k)] = psi[IX(i - 2, j, k)]; + ae[IX(i - 2, j, k)] = 0; + } + } + }/* end of outlet */ + /* Rack inlet, which is outlet of DC room */ + /* Apply a fixed velocity */ + if(flagp[IX(i,j,k)]==RACK_INLET){ + /* if west side is fluid */ + if (flagp[IX(i-1,j,k)]==-1) { + psi[IX(i-1,j,k)] = var[VXBC][IX(i,j,k)]; + } + /* if east side is fluid */ + if (flagp[IX(i+1,j,k)]==-1) { + psi[IX(i,j,k)] = var[VXBC][IX(i,j,k)]; + } + }/* end of setting rack inlet */ + + /* Outlet */ + if(flagp[IX(i,j,k)]==OUTLET){ + if (para->bc->outlet_bc == PRESCRIBED_VALUE){ + /*east*/ + if (i == imax + 1) { + psi[IX(i-1,j,k)] = var[VXBC][IX(i,j,k)]; + } + else { + psi[IX(i,j,k)] = var[VXBC][IX(i,j,k)]; + } } - /* East*/ - if(i==imax+1) { - psi[IX(i-1,j,k)] = psi[IX(i-2,j,k)]; - ae[IX(i-2,j,k)] = 0; - } - /* South*/ - if(j==0) as[IX(i,j+1,k)] = 0; - /* North*/ - if(j==jmax+1) an[IX(i,j-1,k)] = 0; - /* Floor*/ - if(k==0) ab[IX(i,j,k+1)] = 0; - /* Ceiling*/ - if(k==kmax+1) af[IX(i,j,k-1)] = 0; - } - } /* End of setting VX*/ + else{ + /* West */ + if (i == 0) { + psi[IX(i, j, k)] = psi[IX(i + 1, j, k)]; + aw[IX(i + 1, j, k)] = 0; + } + /* East */ + if (i == imax + 1) { + psi[IX(i - 1, j, k)] = psi[IX(i - 2, j, k)]; + ae[IX(i - 2, j, k)] = 0; + } + /* South */ + if(j==0) as[IX(i,j+1,k)] = 0; + /* North */ + if(j==jmax+1) an[IX(i,j-1,k)] = 0; + /* Floor */ + if(k==0) ab[IX(i,j,k+1)] = 0; + /* Ceiling */ + if(k==kmax+1) af[IX(i,j,k-1)] = 0; + } /*end of if (para->bc->outlet_bc == PRESCRIBED_VALUE)*/ + }/* end of if(flagp[IX(i,j,k)]==OUTLET)*/ + } /* End of setting VX */ break; /* -------------------------------------------------------------------------- | VY @@ -159,37 +227,98 @@ int set_bnd_vel(PARA_DATA *para, REAL **var, int var_type, REAL *psi, i = BINDEX[0][it]; j = BINDEX[1][it]; k = BINDEX[2][it]; - /* Inlet*/ - if(flagp[IX(i,j,k)]==0) { + + axy = area_xy(para, var, i, j, k); + ayz = area_yz(para, var, i, j, k); + azx = area_zx(para, var, i, j, k); + /* Inlet */ + if(flagp[IX(i,j,k)]==INLET) { psi[IX(i,j,k)] = var[VYBC][IX(i,j,k)]; if(j!=0) psi[IX(i,j-1,k)] = var[VYBC][IX(i,j,k)]; } - /* Solid wall*/ + /* Rack outlet */ + if(flagp[IX(i,j,k)]==RACK_OUTLET) { + psi[IX(i,j,k)] = var[VYBC][IX(i,j,k)]; + if (flagp[IX(i, j-1, k)] == -1) psi[IX(i, j - 1, k)] = var[VYBC][IX(i, j, k)]; + } + /* Solid wall */ if(flagp[IX(i,j,k)]==1) { - psi[IX(i,j,k)] = 0; - if(j!=0) psi[IX(i,j-1,k)] = 0; - } - /* Outlet*/ - if(flagp[IX(i,j,k)]==2) { - /* West*/ - if(i==0) aw[IX(i+1,j,k)]=0; - /* East*/ - if(i==imax+1) ae[IX(i-1,j,k)]=0; - /* South*/ - if(j==0) { - as[IX(i,j+1,k)] = 0; - psi[IX(i,j,k)] = psi[IX(i,j+1,k)]; + psi[IX(i, j, k)] = 0; + if (j != 0) psi[IX(i, j - 1, k)] = 0; + } + /* Tile */ + if(flagp[IX(i, j, k)] == TILE) { + if (flagp[IX(i, j, k)] == TILE && para->solv->tile_flow_correct == PRESSURE_BASE) { + /* South */ + if (j == 0) { + /*psi[IX(i, j, k)] = var[TILE_FLOW_BC][IX(i, j, k)] / azx;*/ + psi[IX(i, j, k)] = var[TILE_FLOW_BC][IX(i, j, k)]; + } + /* North */ + if (j == jmax + 1) { + /*psi[IX(i, j - 1, k)] = var[TILE_FLOW_BC][IX(i, j, k)] / azx;*/ + psi[IX(i, j - 1, k)] = var[TILE_FLOW_BC][IX(i, j, k)]; + } } - /* North*/ - if(j==jmax+1) { - an[IX(i,j-2,k)] = 0; - psi[IX(i,j-1,k)] = psi[IX(i,j-2,k)]; + else { + /* South */ + if (j == 0) { + as[IX(i, j + 1, k)] = 0; + psi[IX(i, j, k)] = psi[IX(i, j + 1, k)]; + } + /* North */ + if (j == jmax + 1) { + an[IX(i, j - 2, k)] = 0; + psi[IX(i, j - 1, k)] = psi[IX(i, j - 2, k)]; + } } - /* Floor*/ - if(k==0) ab[IX(i,j,k+1)] = 0; - if(k==kmax+1) af[IX(i,j,k-1)] = 0; - } - } /* End of setting VY*/ + } /* end of setting outlet */ + /* Rack inlet, which is outlet of DC room */ + /* Apply a fixed velocity */ + if(flagp[IX(i,j,k)]==RACK_INLET){ + /* if south side is fluid */ + if (flagp[IX(i,j-1,k)]==-1) { + psi[IX(i,j-1,k)] = var[VYBC][IX(i,j,k)]; + } + /* if north side is fluid */ + if (flagp[IX(i,j+1,k)]==-1) { + psi[IX(i,j,k)] = var[VYBC][IX(i,j,k)]; + } + }/* end of setting rack inlet */ + + /* Outlet */ + if(flagp[IX(i,j,k)]==OUTLET){ + if (para->bc->outlet_bc == PRESCRIBED_VALUE){ + /*north*/ + if (j == jmax + 1) { + psi[IX(i,j-1,k)] = var[VYBC][IX(i,j,k)]; + } + else { + psi[IX(i,j,k)] = var[VYBC][IX(i,j,k)]; + } + } + else { + /* West */ + if(i==0) aw[IX(i+1,j,k)]=0; + /* East */ + if(i==imax+1) ae[IX(i-1,j,k)]=0; + /* South */ + if (j == 0) { + as[IX(i, j + 1, k)] = 0; + psi[IX(i, j, k)] = psi[IX(i, j + 1, k)]; + } + /* North */ + if (j == jmax + 1) { + an[IX(i, j - 2, k)] = 0; + psi[IX(i, j - 1, k)] = psi[IX(i, j - 2, k)]; + } + /* Floor */ + if(k==0) ab[IX(i,j,k+1)] = 0; + /* celing */ + if(k==kmax+1) af[IX(i,j,k-1)] = 0; + } /* end of if (para->bc->outlet_bc == PRESCRIBED_VALUE) */ + }/* end of if(flagp[IX(i,j,k)]==OUTLET) */ + } /* End of setting VY */ break; /* -------------------------------------------------------------------------- | VZ @@ -199,54 +328,414 @@ int set_bnd_vel(PARA_DATA *para, REAL **var, int var_type, REAL *psi, i = BINDEX[0][it]; j = BINDEX[1][it]; k = BINDEX[2][it]; - /* Inlet*/ + + axy = area_xy(para, var, i, j, k); + ayz = area_yz(para, var, i, j, k); + azx = area_zx(para, var, i, j, k); + /* Inlet */ if(flagp[IX(i,j,k)]==INLET) { psi[IX(i,j,k)] = var[VZBC][IX(i,j,k)]; if(k!=0) psi[IX(i,j,k-1)] = var[VZBC][IX(i,j,k)]; } + /* Rack outlet */ + if(flagp[IX(i,j,k)]==RACK_OUTLET) { + psi[IX(i,j,k)] = var[VZBC][IX(i,j,k)]; + if (flagp[IX(i, j, k - 1)] == -1) psi[IX(i, j, k - 1)] = var[VZBC][IX(i, j, k)]; + } if(flagp[IX(i,j,k)]==SOLID) { - psi[IX(i,j,k)] = 0; - if(k!=0) psi[IX(i,j,k-1)] = 0; - } - if(flagp[IX(i,j,k)]==OUTLET) { - /* West*/ - if(i==0) aw[IX(i+1,j,k)] = 0; - /* East*/ - if(i==imax+1) ae[IX(i-1,j,k)] = 0; - /*South*/ - if(j==0) as[IX(i,j+1,k)] = 0; - /* North*/ - if(j==jmax+1) an[IX(i,j-1,k)] = 0; - /* Floor*/ - if(k==0) { - ab[IX(i,j,k+1)] = 0; - psi[IX(i,j,k)] = psi[IX(i,j,k+1)]; + psi[IX(i, j, k)] = 0; + if (k != 0) psi[IX(i, j, k - 1)] = 0; + } + if(flagp[IX(i, j, k)] == TILE) { + if(flagp[IX(i, j, k)] == TILE && para->solv->tile_flow_correct == PRESSURE_BASE) { + /* Floor */ + if (k == 0) { + /*psi[IX(i, j, k)] = var[TILE_FLOW_BC][IX(i, j, k)] / axy;*/ + psi[IX(i, j, k)] = var[TILE_FLOW_BC][IX(i, j, k)]; + /*printf("----->>>>PSI is %f\n", psi[IX(i, j, k)]);*/ + /*getchar();*/ + } + /* Ceiling */ + if (k == kmax + 1) { + /*psi[IX(i, j, k - 1)] = var[TILE_FLOW_BC][IX(i, j, k)] / axy;*/ + psi[IX(i, j, k - 1)] = var[TILE_FLOW_BC][IX(i, j, k)]; + } } - /* Ceiling*/ - if(k==kmax+1) { - af[IX(i,j,k-2)] = 0; - psi[IX(i,j,k-1)] = psi[IX(i,j,k-2)]; + else { + /* Floor */ + if (k == 0) { + ab[IX(i, j, k + 1)] = 0; + psi[IX(i, j, k)] = psi[IX(i, j, k + 1)]; + } + /* Ceiling */ + if (k == kmax + 1) { + af[IX(i, j, k - 2)] = 0; + psi[IX(i, j, k - 1)] = psi[IX(i, j, k - 2)]; + } } - } - } /* End of setting VZ*/ + }/* end of if(flagp[IX(i, j, k)] == OUTLET || flagp[IX(i, j, k)] == TILE) */ + /* Rack inlet, which is outlet of DC room */ + /* Apply a fixed velocity */ + if(flagp[IX(i,j,k)]==RACK_INLET){ + /* if back side is fluid */ + if (flagp[IX(i,j,k-1)]==-1) { + psi[IX(i,j,k-1)] = var[VZBC][IX(i,j,k)]; + } + /* if front side is fluid */ + if (flagp[IX(i,j,k+1)] == FLUID) { + psi[IX(i,j,k)] = var[VZBC][IX(i,j,k)]; + } + }/* end of setting rack inlet */ + + /* Outlet */ + if(flagp[IX(i,j,k)]==OUTLET){ + if (para->bc->outlet_bc == PRESCRIBED_VALUE){ + /*ceiling*/ + if (k == kmax + 1) { + psi[IX(i,j,k-1)] = var[VZBC][IX(i,j,k)]; + } + else { + psi[IX(i,j,k)] = var[VZBC][IX(i,j,k)]; + } + } + else { + /* West */ + if(i==0) aw[IX(i+1,j,k)] = 0; + /* East */ + if(i==imax+1) ae[IX(i-1,j,k)] = 0; + /*South*/ + if(j==0) as[IX(i,j+1,k)] = 0; + /* North */ + if(j==jmax+1) an[IX(i,j-1,k)] = 0; + /* Floor */ + if (k == 0) { + ab[IX(i, j, k + 1)] = 0; + psi[IX(i, j, k)] = psi[IX(i, j, k + 1)]; + } + /* Ceiling */ + if (k == kmax + 1) { + af[IX(i, j, k - 2)] = 0; + psi[IX(i, j, k - 1)] = psi[IX(i, j, k - 2)]; + } + } /*end of if (para->bc->outlet_bc == PRESCRIBED_VALUE)*/ + }/* end of if(flagp[IX(i,j,k)]==OUTLET) */ + } /* End of setting VZ */ break; - } /* End of switch case*/ + } /* End of switch case */ return 0; -}/* End of set_bnd_vel( )*/ - - -/* - * Set the boundary condition for temperature - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param var_type The type of variable - * @param psi Pointer to the variable needing the boundary conditions - * @param BINDEX Pointer to boundary index - * - * @return 0 if no error occurred - */ +}/* End of set_bnd_vel( ) */ + + + /*************************************************************************** + | Set boundary conditions for velocity advection solved by implicit scheme + | Special treatment to the outlet as the coefficient shouldn't be set as zero + | Wei Tian 6/16/2017, Schneider Electric, MA + | \param para Pointer to FFD parameters + | \param var Pointer to FFD simulation variables + | \param var_type The type of variable + | \param psi Pointer to the variable needing the boundary conditions + | \param BINDEX Pointer to boundary index + | + | \return 0 if no error occurred + | \ V1.0: 6/16/2017, by Wei Tian: first implementation + | \ V2.0: 1/22/2018, by Wei Tian: add the boundary conditions for rack inlet and outlet + ***************************************************************************/ +int set_bnd_vel_adv(PARA_DATA *para, REAL **var, int var_type, REAL *psi, + int **BINDEX) { + int i, j, k; + int it; + int imax = para->geom->imax, jmax = para->geom->jmax; + int kmax = para->geom->kmax; + int index = para->geom->index; + int IMAX = imax + 2, IJMAX = (imax + 2)*(jmax + 2); + REAL *aw = var[AW], *ae = var[AE], *as = var[AS], *an = var[AN]; + REAL *af = var[AF], *ab = var[AB]; + REAL *flagp = var[FLAGP]; + REAL axy=0, ayz=0, azx=0; + int put_X = para->geom->tile_putX, put_Y =para->geom->tile_putY, put_Z = para->geom->tile_putZ; + + switch (var_type) { + /* -------------------------------------------------------------------------- + | VX + -------------------------------------------------------------------------- */ + case VX: + for (it = 0; itsolv->tile_flow_correct == PRESSURE_BASE) { + /* West */ + if (i == 0) { + psi[IX(i, j, k)] = var[TILE_FLOW_BC][IX(i, j, k)]; + } + /* East */ + if (i == imax + 1) { + psi[IX(i - 1, j, k)] = var[TILE_FLOW_BC][IX(i, j, k)]; + } + } + /* Tile && NOT PRESSURE_BASE */ + else { + /* West */ + if (i == 0) { + psi[IX(i, j, k)] = psi[IX(i + 1, j, k)]; + } + /* East */ + if (i == imax + 1) { + psi[IX(i - 1, j, k)] = psi[IX(i - 2, j, k)]; + } + } + } + + /* Outlet */ + if(flagp[IX(i,j,k)]==OUTLET){ + if (para->bc->outlet_bc == PRESCRIBED_VALUE){ + /*east*/ + if (i == imax + 1) { + psi[IX(i-1,j,k)] = var[VXBC][IX(i,j,k)]; + } + else { + psi[IX(i,j,k)] = var[VXBC][IX(i,j,k)]; + } + } + else{ + /* West */ + if (i == 0) { + psi[IX(i, j, k)] = psi[IX(i + 1, j, k)]; + } + /* East */ + if (i == imax + 1) { + psi[IX(i - 1, j, k)] = psi[IX(i - 2, j, k)]; + } + } /*end of if (para->bc->outlet_bc == PRESCRIBED_VALUE)*/ + }/* end of if(flagp[IX(i,j,k)]==OUTLET) */ + + /* Rack inlet, which is outlet of DC room */ + /* Apply a fixed velocity */ + if(flagp[IX(i,j,k)]==RACK_INLET){ + /* if west side is fluid */ + if (flagp[IX(i-1,j,k)]==-1) { + psi[IX(i-1,j,k)] = var[VXBC][IX(i,j,k)]; + } + /* if east side is fluid */ + if (flagp[IX(i+1,j,k)]==-1) { + psi[IX(i,j,k)] = var[VXBC][IX(i,j,k)]; + } + }/* end of setting rack inlet */ + } /* End of setting VX */ + break; + /* -------------------------------------------------------------------------- + | VY + -------------------------------------------------------------------------- */ + case VY: + for (it = 0; itsolv->tile_flow_correct == PRESSURE_BASE) { + /* South */ + if (j == 0) { + psi[IX(i, j, k)] = var[TILE_FLOW_BC][IX(i, j, k)]; + } + /* North */ + if (j == jmax + 1) { + psi[IX(i, j - 1, k)] = var[TILE_FLOW_BC][IX(i, j, k)]; + } + } + /* Tile */ + else{ + /* South */ + if (j == 0) { + psi[IX(i, j, k)] = psi[IX(i, j + 1, k)]; + } + /* North */ + if (j == jmax + 1) { + psi[IX(i, j - 1, k)] = psi[IX(i, j - 2, k)]; + } + } + + /* Outlet: assign fix flow boundary */ + if(flagp[IX(i,j,k)]==OUTLET){ + if (para->bc->outlet_bc == PRESCRIBED_VALUE){ + /*north*/ + if (j == jmax + 1) { + psi[IX(i,j-1,k)] = var[VYBC][IX(i,j,k)]; + } + else { + psi[IX(i,j,k)] = var[VYBC][IX(i,j,k)]; + } + } + else { + /* South */ + if (j == 0) { + psi[IX(i, j, k)] = psi[IX(i, j + 1, k)]; + } + /* North */ + if (j == jmax + 1) { + psi[IX(i, j - 1, k)] = psi[IX(i, j - 2, k)]; + } + } /*end of if (para->bc->outlet_bc == PRESCRIBED_VALUE)*/ + }/* end of if(flagp[IX(i,j,k)]==OUTLET)*/ + /* Rack inlet, which is outlet of DC room */ + /* Apply a fixed velocity */ + if(flagp[IX(i,j,k)]==RACK_INLET){ + /* if south side is fluid */ + if (flagp[IX(i,j-1,k)]==-1) { + psi[IX(i,j-1,k)] = var[VYBC][IX(i,j,k)]; + } + /* if north side is fluid */ + if (flagp[IX(i,j+1,k)]==-1) { + psi[IX(i,j,k)] = var[VYBC][IX(i,j,k)]; + } + }/* end of setting rack inlet */ + } /* End of setting VY */ + break; + /* -------------------------------------------------------------------------- + | VZ + -------------------------------------------------------------------------- */ + case VZ: + for (it = 0; itsolv->tile_flow_correct == PRESSURE_BASE) { + /* Floor */ + if (k == 0) { + psi[IX(i, j, k)] = var[TILE_FLOW_BC][IX(i, j, k)]; + } + /* Ceiling */ + if (k == kmax + 1) { + psi[IX(i, j, k - 1)] = var[TILE_FLOW_BC][IX(i, j, k)]; + } + } + /* Tile */ + else { + /* Floor */ + if (k == 0) { + psi[IX(i, j, k)] = psi[IX(i, j, k + 1)]; + } + /* Ceiling */ + if (k == kmax + 1) { + psi[IX(i, j, k - 1)] = psi[IX(i, j, k - 2)]; + } + } + + /* Outlet: assign fix flow boundary */ + if(flagp[IX(i,j,k)]==OUTLET){ + if (para->bc->outlet_bc == PRESCRIBED_VALUE){ + /*ceiling*/ + if (k == kmax + 1) { + psi[IX(i,j,k-1)] = var[VZBC][IX(i,j,k)]; + } + else { + psi[IX(i,j,k)] = var[VZBC][IX(i,j,k)]; + } + } + else { + /* Floor */ + if (k == 0) { + psi[IX(i, j, k)] = psi[IX(i, j, k + 1)]; + } + /* Ceiling */ + if (k == kmax + 1) { + psi[IX(i, j, k - 1)] = psi[IX(i, j, k - 2)]; + } + } /*end of if (para->bc->outlet_bc == PRESCRIBED_VALUE)*/ + }/* end of if(flagp[IX(i,j,k)]==OUTLET) */ + + /* Rack inlet, which is outlet of DC room */ + /* Apply a fixed velocity */ + if(flagp[IX(i,j,k)]==RACK_INLET){ + /* if back side is fluid */ + if (flagp[IX(i,j,k-1)]==-1) { + psi[IX(i,j,k-1)] = var[VZBC][IX(i,j,k)]; + } + /* if back side is fluid */ + if (flagp[IX(i,j,k+1)]==-1) { + psi[IX(i,j,k)] = var[VZBC][IX(i,j,k)]; + } + }/* end of setting rack inlet */ + } /* End of setting VZ */ + break; + } /* End of switch case */ + + return 0; +}/* End of set_bnd_vel_adv( ) */ + + +/*************************************************************************** +| Set the boundary condition for temperature +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param var_type The type of variable +| \param psi Pointer to the variable needing the boundary conditions +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +| +| \ V2.0: 1/22/2018, by Wei Tian: add the boundary conditions for rack inlet +***************************************************************************/ int set_bnd_temp(PARA_DATA *para, REAL **var, int var_type, REAL *psi, int **BINDEX) { int i, j, k; @@ -258,10 +747,9 @@ int set_bnd_temp(PARA_DATA *para, REAL **var, int var_type, REAL *psi, REAL *aw = var[AW], *ae = var[AE], *as = var[AS], *an = var[AN]; REAL *af = var[AF], *ab = var[AB], *b=var[B], *qflux = var[QFLUX], *qfluxbc = var[QFLUXBC]; - REAL axy, ayz, azx; /* Area of surfaces*/ + REAL axy, ayz, azx; /* Area of surfaces */ REAL h; - REAL rhoCp_1 = 1/ (para->prob->rho * para->prob->Cp); - REAL D; + REAL D = 0.0; REAL *flagp = var[FLAGP]; /**************************************************************************** @@ -280,8 +768,7 @@ int set_bnd_temp(PARA_DATA *para, REAL **var, int var_type, REAL *psi, | Inlet boundary | 0: Inlet, -1: Fluid, 1: Solid Wall or Block, 2: Outlet -------------------------------------------------------------------------*/ - if(flagp[IX(i,j,k)]==INLET) psi[IX(i,j,k)] = var[TEMPBC][IX(i,j,k)]; - + if(flagp[IX(i,j,k)]==INLET || flagp[IX(i,j,k)]==RACK_OUTLET) psi[IX(i,j,k)] = var[TEMPBC][IX(i,j,k)]; /*------------------------------------------------------------------------- | Solid wall or block -------------------------------------------------------------------------*/ @@ -292,299 +779,431 @@ int set_bnd_temp(PARA_DATA *para, REAL **var, int var_type, REAL *psi, if(BINDEX[3][it]==1) { psi[IX(i,j,k)] = var[TEMPBC][IX(i,j,k)]; - /* West boundary wall and eastern neighbor cell is fluid*/ + /* West boundary wall and eastern neighbor cell is fluid */ if(i==0) { if(flagp[IX(i+1,j,k)]==FLUID) { - D = 0.5 * length_x(para,var,i+1,j,k); + D = 0.5f * length_x(para,var,i+1,j,k); h = h_coef(para,var,i+1,j,k,D); - aw[IX(i+1,j,k)] = h * rhoCp_1 * ayz; + aw[IX(i+1,j,k)] = h * ayz/(para->prob->rho*para->prob->Cp); + /*printf("h and aw are %f\t%f\n", h, aw[IX(i + 1, j, k)]);*/ qflux[IX(i,j,k)] = h * (psi[IX(i+1,j,k)]-psi[IX(i,j,k)]); } - } /* End of if(i==0)*/ - /* East boundary wall and western neighbor cell is fluid*/ + } /* End of if(i==0) */ + /* East boundary wall and western neighbor cell is fluid */ else if(i==imax+1) { if(flagp[IX(i-1,j,k)]==FLUID) { - D = 0.5 * length_x(para,var,i-1,j,k); + D = 0.5f * length_x(para,var,i-1,j,k); h = h_coef(para,var,i-1,j,k,D); - ae[IX(i-1,j,k)] = h * rhoCp_1 * ayz; + ae[IX(i-1,j,k)] = h* ayz / (para->prob->rho*para->prob->Cp); qflux[IX(i,j,k)] = h * (psi[IX(i-1,j,k)]-psi[IX(i,j,k)]); } - } /* End of else if(i==imax+1)*/ - /* Between West and East*/ + } /* End of else if(i==imax+1) */ + /* Between West and East */ else { - /* Eastern neighbor cell is fluid*/ + /* Eastern neighbor cell is fluid */ if(flagp[IX(i+1,j,k)]==FLUID) { - D = 0.5 * length_x(para,var,i+1,j,k); + D = 0.5f * length_x(para,var,i+1,j,k); h = h_coef(para,var,i+1,j,k,D); - aw[IX(i+1,j,k)] = h * rhoCp_1 * ayz; + aw[IX(i+1,j,k)] = h * ayz / (para->prob->rho*para->prob->Cp); qflux[IX(i,j,k)] = h * (psi[IX(i+1,j,k)]-psi[IX(i,j,k)]); } - /* Western neighbor cell is fluid*/ + /* Western neighbor cell is fluid */ if(flagp[IX(i-1,j,k)]==FLUID) { - D = 0.5 * length_x(para,var,i-1,j,k); + D = 0.5f * length_x(para,var,i-1,j,k); h = h_coef(para,var,i-1,j,k,D); - ae[IX(i-1,j,k)] = h * rhoCp_1 * ayz; + ae[IX(i-1,j,k)] = h * ayz / (para->prob->rho*para->prob->Cp); qflux[IX(i,j,k)] = h * (psi[IX(i-1,j,k)]-psi[IX(i,j,k)]); } - } /* End of 0prob->rho*para->prob->Cp); qflux[IX(i,j,k)] = h * (psi[IX(i,j+1,k)]-psi[IX(i,j,k)]); } } - /* North wall boundary and southern neighbor is fluid*/ + /* North wall boundary and southern neighbor is fluid */ else if(j==jmax+1) { if(flagp[IX(i,j-1,k)]==FLUID) { - D = 0.5 * length_y(para,var,i,j-1,k); + D = 0.5f * length_y(para,var,i,j-1,k); h = h_coef(para,var,i,j-1,k,D); - an[IX(i,j-1,k)] = h * rhoCp_1 * azx; + an[IX(i,j-1,k)] = h * azx / (para->prob->rho*para->prob->Cp); qflux[IX(i,j,k)] = h * (psi[IX(i,j-1,k)]-psi[IX(i,j,k)]); } } - /* Between South and North*/ + /* Between South and North */ else { - /* Southern neighbor is fluid*/ + /* Southern neighbor is fluid */ if(flagp[IX(i,j-1,k)]==FLUID) { - D = 0.5 * length_y(para,var,i,j-1,k); + D = 0.5f * length_y(para,var,i,j-1,k); h = h_coef(para,var,i,j-1,k,D); - an[IX(i,j-1,k)] = h * rhoCp_1 * azx; + an[IX(i,j-1,k)] = h * azx / (para->prob->rho*para->prob->Cp); qflux[IX(i,j,k)] = h * (psi[IX(i,j-1,k)]-psi[IX(i,j,k)]); } - /* Northern neighbor is fluid*/ + /* Northern neighbor is fluid */ if(flagp[IX(i,j+1,k)]==FLUID) { - D = 0.5 * length_y(para,var,i,j+1,k); + D = 0.5f * length_y(para,var,i,j+1,k); h = h_coef(para,var,i,j+1,k,D); - as[IX(i,j+1,k)] = h * rhoCp_1 * azx; + as[IX(i,j+1,k)] = h * azx / (para->prob->rho*para->prob->Cp); qflux[IX(i,j,k)] = h * (psi[IX(i,j+1,k)]-psi[IX(i,j,k)]); } } - /* Floor and ceiling neighbor is fluid*/ + /* Floor and ceiling neighbor is fluid */ if(k==0) { if(flagp[IX(i,j,k+1)]==FLUID) { - D = 0.5 * length_z(para,var,i,j,k+1); + D = 0.5f * length_z(para,var,i,j,k+1); h = h_coef(para,var,i,j,k+1,D); - ab[IX(i,j,k+1)] = h * rhoCp_1 * axy; + ab[IX(i,j,k+1)] = h * axy / (para->prob->rho*para->prob->Cp); qflux[IX(i,j,k)] = h * (psi[IX(i,j,k+1)]-psi[IX(i,j,k)]); } } - /* Ceiling and floor neighbor is fluid*/ + /* Ceiling and floor neighbor is fluid */ else if(k==kmax+1) { if(flagp[IX(i,j,k-1)]==FLUID) { - D = 0.5 * length_z(para,var,i,j,k-1); + D = 0.5f * length_z(para,var,i,j,k-1); h = h_coef(para,var,i,j,k-1,D); - af[IX(i,j,k-1)] = h * rhoCp_1 * axy; + af[IX(i,j,k-1)] = h * axy / (para->prob->rho*para->prob->Cp); qflux[IX(i,j,k)] = h * (psi[IX(i,j,k-1)]-psi[IX(i,j,k)]); } } - /* Between Floor and Ceiling*/ + /* Between Floor and Ceiling */ else { - /* Ceiling neighbor is fluid*/ + /* Ceiling neighbor is fluid */ if(flagp[IX(i,j,k+1)]==FLUID) { - D = 0.5 * length_z(para,var,i,j,k+1); + D = 0.5f * length_z(para,var,i,j,k+1); h = h_coef(para,var,i,j,k+1,D); - ab[IX(i,j,k+1)] = h * rhoCp_1 * axy; + ab[IX(i,j,k+1)] = h * axy / (para->prob->rho*para->prob->Cp); qflux[IX(i,j,k)] = h * (psi[IX(i,j,k+1)]-psi[IX(i,j,k)]); } - /* Floor neighbor is fluid*/ + /* Floor neighbor is fluid */ if(flagp[IX(i,j,k-1)]==FLUID) { - D = 0.5 * length_z(para,var,i,j,k-1); + D = 0.5f * length_z(para,var,i,j,k-1); h = h_coef(para,var,i,j,k-1,D); - af[IX(i,j,k-1)] = h * rhoCp_1 * axy; + af[IX(i,j,k-1)] = h * axy / (para->prob->rho*para->prob->Cp); qflux[IX(i,j,k)] = h * (psi[IX(i,j,k-1)]-psi[IX(i,j,k)]); } } - } /* End of constant temperature wall*/ + } /* End of constant temperature wall */ /*....................................................................... | Constant heat flux .......................................................................*/ if(BINDEX[3][it]==0) { - /* West wall boundary and eastern neighbor is fluid*/ + /* West wall boundary and eastern neighbor is fluid */ if(i==0) { if(flagp[IX(i+1,j,k)]==FLUID) { aw[IX(i+1,j,k)] = 0; - D = 0.5 * length_z(para,var,i+1,j,k); + D = 0.5 * length_x(para,var,i+1,j,k); h = h_coef(para,var,i+1,j,k,D); - b[IX(i+1,j,k)] += rhoCp_1 * qfluxbc[IX(i,j,k)] * ayz; - /* get the temperature of solid surface*/ + b[IX(i+1,j,k)] += qfluxbc[IX(i,j,k)] * ayz / (para->prob->rho*para->prob->Cp); + /* get the temperature of solid surface */ psi[IX(i,j,k)] = qfluxbc[IX(i,j,k)]/h + psi[IX(i+1,j,k)]; } - } /* End of if(i==0)*/ - /* East wall boundary and western neighbor is fluid*/ + } /* End of if(i==0) */ + /* East wall boundary and western neighbor is fluid */ else if(i==imax+1) { if(flagp[IX(i-1,j,k)]==FLUID) { ae[IX(i-1,j,k)] = 0; - D = 0.5 * length_z(para,var,i-1,j,k); + D = 0.5 * length_x(para,var,i-1,j,k); h = h_coef(para,var,i-1,j,k,D); - b[IX(i-1,j,k)] += rhoCp_1 * qfluxbc[IX(i,j,k)] * ayz; - /* get the temperature of solid surface*/ + b[IX(i-1,j,k)] += qfluxbc[IX(i,j,k)] * ayz / (para->prob->rho*para->prob->Cp); + /* get the temperature of solid surface */ psi[IX(i,j,k)] = qfluxbc[IX(i,j,k)]/h + psi[IX(i-1,j,k)]; } - } /* End of else if(i==imax+1)*/ - /* Between West and East*/ + } /* End of else if(i==imax+1) */ + /* Between West and East */ else { - /* Eastern neighbor is fluid*/ + /* Eastern neighbor is fluid */ if(flagp[IX(i+1,j,k)]==FLUID) { aw[IX(i+1,j,k)] = 0; - D = 0.5 * length_z(para,var,i+1,j,k); + D = 0.5 * length_x(para,var,i+1,j,k); h = h_coef(para,var,i+1,j,k,D); - b[IX(i+1,j,k)] += rhoCp_1 * qfluxbc[IX(i,j,k)] * ayz; - /* get the temperature of solid surface*/ + b[IX(i+1,j,k)] += qfluxbc[IX(i,j,k)] * ayz / (para->prob->rho*para->prob->Cp); + /* get the temperature of solid surface */ psi[IX(i,j,k)] = qfluxbc[IX(i,j,k)]/h + psi[IX(i+1,j,k)]; } - /* Western neighbor is fluid*/ + /* Western neighbor is fluid */ if(flagp[IX(i-1,j,k)]==FLUID) { ae[IX(i-1,j,k)] = 0; - D = 0.5 * length_z(para,var,i-1,j,k); + D = 0.5 * length_x(para,var,i-1,j,k); h = h_coef(para,var,i-1,j,k,D); - b[IX(i-1,j,k)] += rhoCp_1 * qfluxbc[IX(i,j,k)] * ayz; - /* get the temperature of solid surface*/ + b[IX(i-1,j,k)] += qfluxbc[IX(i,j,k)] * ayz / (para->prob->rho*para->prob->Cp); + /* get the temperature of solid surface */ psi[IX(i,j,k)] = qfluxbc[IX(i,j,k)]/h + psi[IX(i-1,j,k)]; } - } /* End of else*/ - /* South wall boundary and northern neighbor is fluid*/ + } /* End of else */ + /* South wall boundary and northern neighbor is fluid */ if(j==0) { - if(flagp[IX(i,j+1,k)]==FLUID) { - as[IX(i,j+1,k)] = 0; - D = 0.5 * length_z(para,var,i,j+1,k); - h = h_coef(para,var,i,j+1,k,D); - b[IX(i,j+1,k)] += rhoCp_1 * qfluxbc[IX(i,j,k)] * azx; - /* get the temperature of solid surface*/ - psi[IX(i,j,k)] = qfluxbc[IX(i,j,k)]/h + psi[IX(i,j+1,k)]; - } + as[IX(i, j + 1, k)] = 0; + D = 0.5 * length_y(para, var, i, j + 1, k); + h = h_coef(para, var, i, j + 1, k, D); + b[IX(i, j + 1, k)] += qfluxbc[IX(i, j, k)] * azx / (para->prob->rho*para->prob->Cp); + /* get the temperature of solid surface */ + psi[IX(i, j, k)] = qfluxbc[IX(i, j, k)] / h + psi[IX(i, j + 1, k)]; } - /* North wall boundary and southern neighbor is fluid*/ + /* North wall boundary and southern neighbor is fluid */ else if(j==jmax+1) { - if(flagp[IX(i,j-1,k)]==FLUID) { - an[IX(i,j-1,k)] = 0; - D = 0.5 * length_z(para,var,i,j-1,k); - h = h_coef(para,var,i,j-1,k,D); - b[IX(i,j-1,k)] += rhoCp_1 * qfluxbc[IX(i,j,k)] * azx; - /* get the temperature of solid surface*/ - psi[IX(i,j,k)] = qfluxbc[IX(i,j,k)]/h + psi[IX(i,j-1,k)]; - } + an[IX(i, j - 1, k)] = 0; + D = 0.5 * length_y(para, var, i, j - 1, k); + h = h_coef(para, var, i, j - 1, k, D); + b[IX(i, j - 1, k)] += qfluxbc[IX(i, j, k)] * azx / (para->prob->rho*para->prob->Cp); + /* get the temperature of solid surface */ + psi[IX(i, j, k)] = qfluxbc[IX(i, j, k)] / h + psi[IX(i, j - 1, k)]; } - /* Between South and North*/ + /* Between South and North */ else { - /* Southern neighbor is fluid*/ + /* Southern neighbor is fluid */ if(flagp[IX(i,j-1,k)]==FLUID) { an[IX(i,j-1,k)] = 0; - D = 0.5 * length_z(para,var,i,j-1,k); + D = 0.5 * length_y(para,var,i,j-1,k); h = h_coef(para,var,i,j-1,k,D); - b[IX(i,j-1,k)] += rhoCp_1 * qfluxbc[IX(i,j,k)] * azx; - /* get the temperature of solid surface*/ + b[IX(i,j-1,k)] += qfluxbc[IX(i,j,k)] * azx / (para->prob->rho*para->prob->Cp); + /* get the temperature of solid surface */ psi[IX(i,j,k)] = qfluxbc[IX(i,j,k)]/h + psi[IX(i,j-1,k)]; } - /* Northern neighbor is fluid*/ + /* Northern neighbor is fluid */ if(flagp[IX(i,j+1,k)]==FLUID) { as[IX(i,j+1,k)] = 0; - D = 0.5 * length_z(para,var,i,j+1,k); + D = 0.5 * length_y(para,var,i,j+1,k); h = h_coef(para,var,i,j+1,k,D); - b[IX(i,j+1,k)] += rhoCp_1 * qfluxbc[IX(i,j,k)] * azx; - /* get the temperature of solid surface*/ + b[IX(i,j+1,k)] += qfluxbc[IX(i,j,k)] * azx / (para->prob->rho*para->prob->Cp); + /* get the temperature of solid surface */ psi[IX(i,j,k)] = qfluxbc[IX(i,j,k)]/h + psi[IX(i,j+1,k)]; } } - /* Floor boundary and ceiling neighbor is fluid*/ + /* Floor boundary and ceiling neighbor is fluid */ if(k==0) { if(flagp[IX(i,j,k+1)]==FLUID) { ab[IX(i,j,k+1)] = 0; D = 0.5 * length_z(para,var,i,j,k+1); h = h_coef(para,var,i,j,k+1,D); - b[IX(i,j,k+1)] += rhoCp_1 * qfluxbc[IX(i,j,k)] * axy; - /* Get the temperature on the solid surface*/ + b[IX(i,j,k+1)] += qfluxbc[IX(i,j,k)] * axy / (para->prob->rho*para->prob->Cp); + /* Get the temperature on the solid surface */ psi[IX(i,j,k)] = qfluxbc[IX(i,j,k)]/h + psi[IX(i,j,k+1)]; } } - /* Ceiling boundary and floor neighbor is fluid*/ + /* Ceiling boundary and floor neighbor is fluid */ else if(k==kmax+1) { if(flagp[IX(i,j,k-1)]==FLUID) { af[IX(i,j,k-1)] = 0; D = 0.5 * length_z(para,var,i,j,k-1); h = h_coef(para,var,i,j,k-1,D); - b[IX(i,j,k-1)] += rhoCp_1 * qfluxbc[IX(i,j,k)] * axy; - /* Get the temperature on the solid surface*/ + b[IX(i,j,k-1)] += qfluxbc[IX(i,j,k)] * axy / (para->prob->rho*para->prob->Cp); + /* Get the temperature on the solid surface */ psi[IX(i,j,k)] = qfluxbc[IX(i,j,k)]/h + psi[IX(i,j,k-1)]; } } - /* Between Floor and Ceiling*/ + /* Between Floor and Ceiling */ else { - /* Ceiling neighbor is fluid*/ + /* Ceiling neighbor is fluid */ if(flagp[IX(i,j,k+1)]==FLUID) { ab[IX(i,j,k+1)] = 0; D = 0.5 * length_z(para,var,i,j,k+1); h = h_coef(para,var,i,j,k+1,D); - b[IX(i,j,k+1)] += rhoCp_1 * qfluxbc[IX(i,j,k)] * axy; - /* Get the temperature on the solid surface*/ + b[IX(i,j,k+1)] += qfluxbc[IX(i,j,k)] * axy / (para->prob->rho*para->prob->Cp); + /* Get the temperature on the solid surface */ psi[IX(i,j,k)] = qfluxbc[IX(i,j,k)]/h + psi[IX(i,j,k+1)]; } - /* Floor neighbor is fluid*/ + /* Floor neighbor is fluid */ if(flagp[IX(i,j,k-1)]==FLUID) { af[IX(i,j,k-1)] = 0; D = 0.5 * length_z(para,var,i,j,k-1); h = h_coef(para,var,i,j,k-1,D); - b[IX(i,j,k-1)] += rhoCp_1 * qfluxbc[IX(i,j,k)] * axy; - /* Get the temperature on the solid surface*/ + b[IX(i,j,k-1)] += qfluxbc[IX(i,j,k)] * axy / (para->prob->rho*para->prob->Cp); + /* Get the temperature on the solid surface */ psi[IX(i,j,k)] = qfluxbc[IX(i,j,k)]/h + psi[IX(i,j,k-1)]; } } - } /* End of constant heat flux*/ - } /* End of wall boundary*/ + } /* End of constant heat flux */ + } /* End of wall boundary */ /*------------------------------------------------------------------------- | Outlet boundary -------------------------------------------------------------------------*/ - if(flagp[IX(i,j,k)]==OUTLET) { - /* West*/ + if(flagp[IX(i,j,k)]==OUTLET || flagp[IX(i, j, k)] == TILE) { + /* West */ if(i==0) { aw[IX(i+1,j,k)] = 0; psi[IX(i,j,k)] = psi[IX(i+1,j,k)]; } - /* North*/ + /* east */ if(i==imax+1) { ae[IX(i-1,j,k)] = 0; psi[IX(i,j,k)] = psi[IX(i-1,j,k)]; } - /* South*/ + /* South */ if(j==0) { as[IX(i,j+1,k)] = 0; psi[IX(i,j,k)] = psi[IX(i,j+1,k)]; } - /* North*/ + /* North */ if(j==jmax+1) { an[IX(i,j-1,k)] = 0; psi[IX(i,j,k)] = psi[IX(i,j-1,k)]; } - /* Floor*/ + /* Floor */ if(k==0) { ab[IX(i,j,k+1)] = 0; psi[IX(i,j,k)] = psi[IX(i,j,k+1)]; } - /* Ceiling*/ + /* Ceiling */ if(k==kmax+1) { af[IX(i,j,k-1)] = 0; psi[IX(i,j,k)] = psi[IX(i,j,k-1)]; } - } /* End of boundary for outlet*/ - } /* End of for() loop for go through the index*/ + } /* End of boundary for outlet */ + + /*------------------------------------------------------------------------- + | RACK_INLET boundary + -------------------------------------------------------------------------*/ + if (flagp[IX(i, j, k)] == RACK_INLET) { + /* West */ + if (flagp[IX(i + 1, j, k)] == FLUID) { + aw[IX(i + 1, j, k)] = 0; + psi[IX(i, j, k)] = psi[IX(i + 1, j, k)]; + } + /* east */ + if (flagp[IX(i - 1, j, k)] == FLUID) { + ae[IX(i - 1, j, k)] = 0; + psi[IX(i, j, k)] = psi[IX(i - 1, j, k)]; + } + /* South */ + if (flagp[IX(i, j+1, k)] == FLUID) { + as[IX(i, j + 1, k)] = 0; + psi[IX(i, j, k)] = psi[IX(i, j + 1, k)]; + } + /* North */ + if (flagp[IX(i, j-1, k)] == FLUID) { + an[IX(i, j - 1, k)] = 0; + psi[IX(i, j, k)] = psi[IX(i, j - 1, k)]; + } + /* Floor */ + if (flagp[IX(i, j, k+1)] == FLUID) { + ab[IX(i, j, k + 1)] = 0; + psi[IX(i, j, k)] = psi[IX(i, j, k + 1)]; + } + /* Ceiling */ + if (flagp[IX(i,j,k-1)] == FLUID) { + af[IX(i, j, k - 1)] = 0; + psi[IX(i, j, k)] = psi[IX(i, j, k - 1)]; + } + } /* End of boundary for outlet */ + + } /* End of for() loop for go through the index */ + + return 0; +} /* End of set_bnd_temp() */ + + /**************************************************************************** + | Set the boundary condition for temperature in advection solved by implicit scheme + | + | \param para Pointer to FFD parameters + | \param var Pointer to FFD simulation variables + | \param var_type The type of variable + | \param psi Pointer to the variable needing the boundary conditions + | \param BINDEX Pointer to boundary index + | + | \return 0 if no error occurred + | \ V1.0: 6/16/2017, by Wei Tian: first implementation + | \ V2.0: 1/22/2018, by Wei Tian: add the boundary conditions for rack inlet + ****************************************************************************/ +int set_bnd_temp_adv(PARA_DATA *para, REAL **var, int var_type, REAL *psi, + int **BINDEX) { + int i, j, k; + int it; + int index = para->geom->index; + int imax = para->geom->imax, jmax = para->geom->jmax; + int kmax = para->geom->kmax; + int IMAX = imax + 2, IJMAX = (imax + 2)*(jmax + 2); + REAL *aw = var[AW], *ae = var[AE], *as = var[AS], *an = var[AN]; + REAL *af = var[AF], *ab = var[AB], *b = var[B], + *qflux = var[QFLUX], *qfluxbc = var[QFLUXBC]; + REAL rhoCp_1 = 1 / (para->prob->rho * para->prob->Cp); + REAL *flagp = var[FLAGP]; + + /**************************************************************************** + | Go through all the boundary cells + ****************************************************************************/ + for (it = 0; itgeom->imax, jmax = para->geom->jmax; @@ -707,6 +1327,7 @@ int set_bnd_pressure(PARA_DATA *para, REAL **var, REAL *p, int **BINDEX) { int IMAX = imax+2, IJMAX = (imax+2)*(jmax+2); REAL *aw = var[AW], *ae = var[AE], *as = var[AS], *an = var[AN]; REAL *af = var[AF], *ab = var[AB]; + int put_X = para->geom->tile_putX, put_Y =para->geom->tile_putY, put_Z = para->geom->tile_putZ; REAL *flagp = var[FLAGP]; @@ -714,7 +1335,6 @@ int set_bnd_pressure(PARA_DATA *para, REAL **var, REAL *p, int **BINDEX) { i = BINDEX[0][it]; j = BINDEX[1][it]; k = BINDEX[2][it]; - /*------------------------------------------------------------------------- | For X direction -------------------------------------------------------------------------*/ @@ -723,62 +1343,64 @@ int set_bnd_pressure(PARA_DATA *para, REAL **var, REAL *p, int **BINDEX) { p[IX(i,j,k)] = p[IX(i-1,j,k)]; ae[IX(i-1,j,k)] = 0; } + } if(i0) { - if(flagp[IX(i,j-1,k)]<0) { - p[IX(i,j,k)] = p[IX(i,j-1,k )]; - an[IX(i,j-1,k)] = 0; + if (flagp[IX(i, j - 1, k)] < 0) { + p[IX(i, j, k)] = p[IX(i, j - 1, k)]; + an[IX(i, j - 1, k)] = 0; } } if(j0) { - if(flagp[IX(i,j,k-1)]<0) { - p[IX(i,j,k)] = p[IX(i,j,k-1)]; - af[IX(i,j,k-1)] = 0; + if (flagp[IX(i, j, k - 1)] < 0) { + p[IX(i, j, k)] = p[IX(i, j, k - 1)]; + af[IX(i, j, k - 1)] = 0; } } if(kgeom->tile_putX, put_Y =para->geom->tile_putY, put_Z = para->geom->tile_putZ; dvel = adjust_velocity(para, var, BINDEX); /*(mass_in-mass_out)/area_out*/ @@ -799,9 +1422,9 @@ int mass_conservation(PARA_DATA *para, REAL **var, int **BINDEX) { i = BINDEX[0][it]; j = BINDEX[1][it]; k = BINDEX[2][it]; - if(flagp[IX(i,j,k)]==2) { + if(flagp[IX(i,j,k)]==2 || flagp[IX(i, j, k)] == TILE) { if(i==0) u[IX(i,j,k)] -= dvel; - if(i==imax+1) u[IX(i-1,j,k)]+= dvel; + if (i == imax + 1) u[IX(i - 1, j, k)] += dvel; if(j==0) v[IX(i,j,k)] -= dvel; if(j==jmax+1) v[IX(i,j-1,k)] += dvel; if(k==0) w[IX(i,j,k)] -= dvel; @@ -810,22 +1433,22 @@ int mass_conservation(PARA_DATA *para, REAL **var, int **BINDEX) { } return 0; -} /* End of mass_conservation()*/ - -/* - * Get the mass flow difference divided by outflow area - * - * The details was published in the paper - * "W. Zuo, J. Hu, Q. Chen 2010. - * Improvements on FFD modeling by using different numerical schemes, - * Numerical Heat Transfer, Part B Fundamentals, 58(1), 1-16." - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param BINDEX Pointer to boundary index - * - * @return Mass flow difference divided by the outflow area - */ +} /* End of mass_conservation() */ + +/**************************************************************************** +| Get the mass flow difference divided by outflow area +| +| The details were published in the paper +| "W. Zuo, J. Hu, Q. Chen 2010. +| Improvements on FFD modeling by using different numerical schemes, +| Numerical Heat Transfer, Part B Fundamentals, 58(1), 1-16." +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param BINDEX Pointer to boundary index +| +| \return Mass flow difference divided by the outflow area +****************************************************************************/ REAL adjust_velocity(PARA_DATA *para, REAL **var, int **BINDEX) { int i, j, k; int it; @@ -838,8 +1461,9 @@ REAL adjust_velocity(PARA_DATA *para, REAL **var, int **BINDEX) { REAL area_out=0; REAL *flagp = var[FLAGP]; REAL axy, ayz, azx; + int put_X = para->geom->tile_putX, put_Y =para->geom->tile_putY, put_Z = para->geom->tile_putZ; - /* Go through all the inlets and outlets*/ + /* Go through all the inlets and outlets */ for(it=0; itprob->nu; + REAL rhoCp = para->prob->rho * para->prob->Cp; + REAL coef_h=para->prob->coeff_h; switch(para->prob->tur_model) { case LAM: @@ -939,9 +1585,19 @@ REAL h_coef(PARA_DATA *para, REAL **var, int i, int j, int k, REAL D) { "was not correct.", para->prob->tur_model); ffd_log(msg, FFD_ERROR); } - h = para->prob->Cp * para->prob->rho * para->prob->alpha * kapa - / (nu * D); - return h; + if (para->prob->tur_model == LAM) { + return coef_h*rhoCp; + } + else if (para->prob->tur_model == CONSTANT) { + return coef_h*rhoCp*para->prob->coef_CONSTANT; + } + else if (para->prob->tur_model == CHEN) { + /*h = (para->prob->Cp * para->prob->rho * para->prob->alpha / D) *(kapa / nu);*/ + h = para->prob->Cp * para->prob->rho * kapa / D; + return h; + } + else + return coef_h*rhoCp; -} /* End of h_coef()*/ +} /* End of h_coef() */ diff --git a/Buildings/Resources/src/FastFluidDynamics/boundary.h b/Buildings/Resources/src/FastFluidDynamics/boundary.h index 3c12d16dc4f..69d1ca13a7e 100644 --- a/Buildings/Resources/src/FastFluidDynamics/boundary.h +++ b/Buildings/Resources/src/FastFluidDynamics/boundary.h @@ -1,24 +1,28 @@ -/* - * - * @file boundary.h - * - * @brief Set the boundary conditions - * - * @author Mingang Jin, Qingyan Chen - * Purdue University - * Jin55@purdue.edu, YanChen@purdue.edu - * Wangda Zuo - * University of Miami - * W.Zuo@miami.edu - * - * @date 8/3/2013 - * - * This file provides functions that are used for setting the boundary - * conditions. - * It starts with \c set_bnd(). Then different subroutines are called - * according to the properties of variables. - * - */ +/**************************************************************************** +| +| \file boundary.h +| +| \brief Set the boundary conditions +| +| \author Mingang Jin, Qingyan Chen +| Purdue University +| Jin55@purdue.edu, YanChen@purdue.edu +| Wangda Zuo +| University of Miami, University of Colorado Boulder +| W.Zuo@miami.edu, wangda.zuo@colorado.edu +| Wei Tian +| University of Miami, Schneider Electric +| w.tian@umiami.edu, Wei.Tian@Schneider-Electric.com +| +| \date 6/15/2017 +| +| This file provides functions that are used for setting the boundary +| conditions. +| It starts with \c set_bnd(). Then different subroutines are called +| according to the properties of variables. +| +****************************************************************************/ + #ifndef _BOUNDARY_H #define _BOUNDARY_H @@ -44,120 +48,151 @@ #include "chen_zero_equ_model.h" #endif -/* - * Entrance of setting boundary conditions - * - * Specific boundary conditions will be selected according to the variable - * type. - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param var_type The type of variable - * @param index Index of trace substances or species - * @param psi Pointer to the variable needing the boundary conditions - * @param BINDEX Pointer to boundary index - * - * @return 0 if no error occurred - */ -int set_bnd(PARA_DATA *para, REAL **var, int var_type, int index, REAL *psi, - int **BINDEX) ; - -/* - * Set boundary conditions for velocity - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param var_type The type of variable - * @param psi Pointer to the variable needing the boundary conditions - * @param BINDEX Pointer to boundary index - * - * @return 0 if no error occurred - */ -int set_bnd_vel(PARA_DATA *para, REAL **var, int var_type, REAL *vx, - int **BINDEX); - -/* - * Set the boundary condition for temperature - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param var_type The type of variable - * @param psi Pointer to the variable needing the boundary conditions - * @param BINDEX Pointer to boundary index - * - * @return 0 if no error occurred - */ -int set_bnd_temp(PARA_DATA *para, REAL **var, int var_type, REAL *psi, - int **BINDEX); - -/* - * Set the boundary condition for trace substance - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param trace_index Index of the trace substance - * @param psi Pointer to the variable needing the boundary conditions - * @param BINDEX Pointer to boundary index - * - * @return 0 if no error occurred - */ -int set_bnd_trace(PARA_DATA *para, REAL **var, int trace_index, REAL *psi, - int **BINDEX); - -/* - * Set the boundary condition for pressure - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param p Pointer to pressure variable - * @param BINDEX Pointer to boundary index - * - * @return 0 if no error occurred - */ -int set_bnd_pressure(PARA_DATA *para, REAL **var, REAL *p,int **BINDEX); - -/* - * Enforce the mass conservation by adjusting the outlet flow rate - * - * The details was published in the paper - * "W. Zuo, J. Hu, Q. Chen 2010. - * Improvements on FFD modeling by using different numerical schemes, - * Numerical Heat Transfer, Part B Fundamentals, 58(1), 1-16." - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param BINDEX Pointer to boundary index - * - * @return 0 if no error occurred - */ -int mass_conservation(PARA_DATA *para, REAL **var, int **BINDEX); - -/* - * Get the mass flow difference divided by outflow area - * - * The details was published in the paper - * "W. Zuo, J. Hu, Q. Chen 2010. - * Improvements on FFD modeling by using different numerical schemes, - * Numerical Heat Transfer, Part B Fundamentals, 58(1), 1-16." - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param BINDEX Pointer to boundary index - * - * @return Mass flow difference divided by the outflow area - */ -REAL adjust_velocity(PARA_DATA *para, REAL **var, int **BINDEX); - -/* - * Calculate convective heat transfer coefficient - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param i I-index of the cell - * @param j J-index of the cell - * @param k K-index of the cell - * @param D distance from the cell center to the wall - * - * @return Mass flow difference divided by the outflow area - */ -REAL h_coef(PARA_DATA *para, REAL **var, int i, int j, int k, REAL D); + +/**************************************************************************** +| Entrance of setting boundary conditions +| +| Specific boundary conditions will be selected according to the variable +| type. +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param var_type The type of variable +| \param index Index of trace substances or species +| \param psi Pointer to the variable needing the boundary conditions +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +****************************************************************************/ +int set_bnd(PARA_DATA* para, REAL** var, int var_type, int index, REAL* psi, + int** BINDEX); + +/**************************************************************************** +| Set boundary conditions for velocity +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param var_type The type of variable +| \param psi Pointer to the variable needing the boundary conditions +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +****************************************************************************/ +int set_bnd_vel(PARA_DATA* para, REAL** var, int var_type, REAL* vx, + int** BINDEX); + +/**************************************************************************** +| Set the boundary condition for temperature +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param var_type The type of variable +| \param psi Pointer to the variable needing the boundary conditions +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +****************************************************************************/ +int set_bnd_temp(PARA_DATA* para, REAL** var, int var_type, REAL* psi, + int** BINDEX); + +/**************************************************************************** +| Set the boundary condition for trace substance +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param trace_index Index of the trace substance +| \param psi Pointer to the variable needing the boundary conditions +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +****************************************************************************/ +int set_bnd_trace(PARA_DATA* para, REAL** var, int trace_index, REAL* psi, + int** BINDEX); + +/**************************************************************************** +| Set the boundary condition for pressure +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param p Pointer to pressure variable +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +****************************************************************************/ +int set_bnd_pressure(PARA_DATA* para, REAL** var, REAL* p, int** BINDEX); + +/**************************************************************************** +| Enforce the mass conservation by adjusting the outlet flow rate +| +| The details was published in the paper +| "W. Zuo, J. Hu, Q. Chen 2010. +| Improvements on FFD modeling by using different numerical schemes, +| Numerical Heat Transfer, Part B Fundamentals, 58(1), 1-16." +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +****************************************************************************/ +int mass_conservation(PARA_DATA* para, REAL** var, int** BINDEX); + +/**************************************************************************** +| Get the mass flow difference divided by outflow area +| +| The details was published in the paper +| "W. Zuo, J. Hu, Q. Chen 2010. +| Improvements on FFD modeling by using different numerical schemes, +| Numerical Heat Transfer, Part B Fundamentals, 58(1), 1-16." +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param BINDEX Pointer to boundary index +| +| \return Mass flow difference divided by the outflow area +****************************************************************************/ +REAL adjust_velocity(PARA_DATA* para, REAL** var, int** BINDEX); + +/**************************************************************************** +| Calculate convective heat transfer coefficient +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param i I-index of the cell +| \param j J-index of the cell +| \param k K-index of the cell +| \param D distance from the cell center to the wall +| +| \return Mass flow difference divided by the outflow area +****************************************************************************/ +REAL h_coef(PARA_DATA* para, REAL** var, int i, int j, int k, REAL D); + +/**************************************************************************** +| Set the boundary condition for temperature in advection solved by implicit scheme +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param var_type The type of variable +| \param psi Pointer to the variable needing the boundary conditions +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +****************************************************************************/ +int set_bnd_temp_adv(PARA_DATA* para, REAL** var, int var_type, REAL* psi, + int** BINDEX); + +/**************************************************************************** +| Set boundary conditions for velocity advection solved by implicit scheme +| Special treatement to the outlet as the coefficient shouldnt be set as zero +| Wei Tian 6/16/2017, Schneider Electric, MA +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param var_type The type of variable +| \param psi Pointer to the variable needing the boundary conditions +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +****************************************************************************/ +int set_bnd_vel_adv(PARA_DATA* para, REAL** var, int var_type, REAL* psi, + int** BINDEX); + diff --git a/Buildings/Resources/src/FastFluidDynamics/chen_zero_equ_model.c b/Buildings/Resources/src/FastFluidDynamics/chen_zero_equ_model.c index f3955f0b0ac..e5713c56267 100644 --- a/Buildings/Resources/src/FastFluidDynamics/chen_zero_equ_model.c +++ b/Buildings/Resources/src/FastFluidDynamics/chen_zero_equ_model.c @@ -1,61 +1,144 @@ -/* - * - * \file chen_zero_equ_model.c - * - * \brief Computes turbulent viscosity using Chen's zero equ model - * - * \author Mingang Jin, Qingyan Chen - * Purdue University - * Jin55@purdue.edu, YanChen@purdue.edu - * Wangda Zuo - * University of Miami - * W.Zuo@miami.edu - * - * \date 8/3/2013 - * - * This file provides function that computes the turbulent viscosity using - * Chen's zero equation model - * - */ +/**************************************************************************** +| +| \file chen_zero_equ_model.c +| +| \brief Computes turbulent viscosity using Chen's zero equ model +| +| \author Mingang Jin, Qingyan Chen +| Purdue University +| Jin55@purdue.edu, YanChen@purdue.edu +| Wangda Zuo +| University of Miami, University of Colorado Boulder +| W.Zuo@miami.edu, wangda.zuo@colorado.edu +| Wei Tian +| University of Miami, Schneider Electric +| w.tian@umiami.edu, Wei.Tian@Schneider-Electric.com +| Xu Han +| University of Colorado Boulder +| xuha3556@colorado.edu +| +| \date 4/5/2020 +| +| This file provides function that computes the turbulent viscosity using +| Chen's zero equation model +| +| Update the standard Chen's zero equation model by add Jim's revision on +| boundary cells, by Wei Tian +****************************************************************************/ #include "chen_zero_equ_model.h" -/* - * Computes turbulent viscosity using Chen's zero equation model - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param i I-index of the control volume - * @param j J-index of the control volume - * @param k K-index of the control volume - * - * @return Turbulent Kinematic viscosity - */ +/**************************************************************************** +| Computes turbulent viscosity using Chen's zero equation model +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param i I-index of the control volume +| \param j J-index of the control volume +| \param k K-index of the control volume +| +| \return Turbulent Kinematic viscosity +****************************************************************************/ REAL nu_t_chen_zero_equ(PARA_DATA *para, REAL **var, int i, int j, int k) { - REAL nu_t, l, lx, lx1, lx2, ly, ly1, ly2, lz, lz1, lz2; + REAL nu_t, l; REAL *x = var[X], *y = var[Y], *z = var[Z]; - REAL *u = var[VX], *v = var[VY], *w = var[Z]; + REAL *u = var[VX], *v = var[VY], *w = var[VZ]; + REAL *flagp = var[FLAGP]; int imax = para->geom->imax, jmax = para->geom->jmax, kmax = para->geom->kmax; int IMAX = imax+2, IJMAX = (imax+2)*(jmax+2); + REAL coeff = para->prob->chen_a; + REAL jim_a = 0.0185; + REAL lx=0, ly=0, lz =0; + REAL lx1=0,lx2=0, ly1=0, ly2=0, lz1=0, lz2=0; + /**************************************************************************** + | reserve the flexibility to implement the revised CHEN's model + | proposed by Jim and Chris, assigning a different coefficient of chen_a + | for the fluid cell adjacent to the boudnary cells + | Refer to the Turbulence_Model_Assessment_v17.pdf + | \ Note Makers: Wei Tian + | \ Contact: Wei.Tian@Schneider-Electric.com, Schneider Electric + | \ Date: 7/04/2017 + ****************************************************************************/ + /*l = var[MIN_DISTANCE][IX(i, j, k)];*/ + lx1 = x[IX(i,j,k)] - x[IX(0,j,k)]; + lx2 = x[IX(imax+1,j,k)] - x[IX(i,j,k)]; + lx = lx1 < lx2 ? lx1 : lx2; - lx1 = x[IX(i,j,k)] - x[IX(0,j,k)]; - lx2 = x[IX(imax+1,j,k)] - x[IX(i,j,k)]; - lx = lx1 < lx2 ? lx1 : lx2; + ly1 = y[IX(i,j,k)] - y[IX(i,0,k)]; + ly2 = y[IX(i,jmax,k)] - y[IX(i,j,k)]; + ly = ly1 < ly2 ? ly1 : ly2; - ly1 = y[IX(i,j,k)] - y[IX(i,0,k)]; - ly2 = y[IX(i,jmax,k)] - y[IX(i,j,k)]; - ly = ly1 < ly2 ? ly1 : ly2; + lz1 = z[IX(i,j,k)] - z[IX(i,j,0)]; + lz2 = z[IX(i,j,kmax+1)] - z[IX(i,j,k)]; + lz = lz1 < lz2 ? lz1 : lz2; - lz1 = z[IX(i,j,k)] - z[IX(i,j,0)]; - lz2 = z[IX(i,j,kmax+1)] - z[IX(i,j,k)]; - lz = lz1 < lz2 ? lz1 : lz2; + l = lx < ly ? lx : ly; + l = lz < l ? lz : l; + /* check if sorrounding cell is solid */ - l = lx < ly ? lx : ly; - l = lz < l ? lz : l; - nu_t = para->prob->chen_a * l - * (REAL)sqrt( u[IX(i,j,k)]*u[IX(i,j,k)] - +v[IX(i,j,k)]*v[IX(i,j,k)] - +w[IX(i,j,k)]*w[IX(i,j,k)] ); + if (flagp[IX(i - 1, j, k)] >= 0 || flagp[IX(i + 1, j, k)] >= 0 || + flagp[IX(i, j - 1, k)] >= 0 || flagp[IX(i, j + 1, k)] >= 0 || + flagp[IX(i, j, k - 1)] >= 0 || flagp[IX(i, j, k + 1)] >= 0) { + /* if the cell is adjacent to solid boundaries, assign a otherwise coffecient */ + coeff = jim_a; + } + else { + /* if the cell is not adjacent to solid boundaries, assign a standard coffecient */ + coeff = para->prob->chen_a; + } + + nu_t = coeff * l + * (REAL)sqrt(u[IX(i,j,k)]*u[IX(i,j,k)] + +v[IX(i,j,k)]*v[IX(i,j,k)] + +w[IX(i,j,k)]*w[IX(i,j,k)] ); return nu_t; -} /* End of nu_t_chen_zero_equ()*/ +} /* End of nu_t_chen_zero_equ() */ + +/**************************************************************************** +| Computes turbulent thermal diffusivity using Chen's zero equation model +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| +| \Author: Wei Tian @ Schneider Electric, Andover, MA +| +| \Initial Implementation: 7/11/2017 +| \return Turbulent Kinematic viscosity +| +| \ This is to reimplement the turbulent thermal diffusivity for FFD using Chen's +| zero equation model. Theoretically, by diving the turbulent viscosity over the +| Pr number, we can easily get the turbulent themal diffusivity coefficients. However, +| according to our test, that could cause severe energy imblance for the whole space. +| The root reason to explain that is not fully identified yet. However, we presumbaly beleive that +| the dradmatically (over 100) spatial differnce of the thermal diffusivity coefficiet may lead to +| energy imbalance, happening in the diffusion term. We also tried using constant turbulence model, +| which essentially multiply 100 to the lamninar one. Applying that in the FFD, we did not see +| the deterioration of energy balance, at any level. +| \ Inspire by this, we propose to uniformly disseminate the turbulent thermal diffusivity over the +| whole fluid space. According to our test, this method can perfectly achieves energy balance for +| the room space, while keeping the turbulent features in some extent of the thermal environment. +| +| \ Last update: 7/11/2017 +****************************************************************************/ +REAL alpha_t_chen_zero_equ(PARA_DATA *para, REAL **var) { + int i, j, k; + REAL *x = var[X], *y = var[Y], *z = var[Z]; + REAL *u = var[VX], *v = var[VY], *w = var[VZ]; + REAL *flagp = var[FLAGP]; + int imax = para->geom->imax, jmax = para->geom->jmax, + kmax = para->geom->kmax; + int IMAX = imax + 2, IJMAX = (imax + 2)*(jmax + 2); + REAL sum_tur_alpha = 0.0; + int count = 0; + + FOR_EACH_CELL + if (flagp[IX(i, j, k)] >= 0) continue; + sum_tur_alpha += nu_t_chen_zero_equ(para, var, i, j, k) / 0.900000 /*Pr number*/; + count += 1; + END_FOR + + return sum_tur_alpha / count; /* turbulent alpha for each cell */ +} /* end of alpha_t */ + + diff --git a/Buildings/Resources/src/FastFluidDynamics/chen_zero_equ_model.h b/Buildings/Resources/src/FastFluidDynamics/chen_zero_equ_model.h index dbc7fbe475c..a299dbe5871 100644 --- a/Buildings/Resources/src/FastFluidDynamics/chen_zero_equ_model.h +++ b/Buildings/Resources/src/FastFluidDynamics/chen_zero_equ_model.h @@ -1,22 +1,25 @@ -/* - * - * @file chen_zero_equ_model.h - * - * @brief Computes turbulent viscosity using Chen's zero equ model - * - * @author Mingang Jin, Qingyan Chen - * Purdue University - * Jin55@purdue.edu, YanChen@purdue.edu - * Wangda Zuo - * University of Miami - * W.Zuo@miami.edu - * - * @date 8/3/2013 - * - * This file provides function that computes the turbulent viscosity using - * Chen's zero equation model - * - */ +/**************************************************************************** +| +| \file chen_zero_equ_model.h +| +| \brief Computes turbulent viscosity using Chen's zero equ model +| +| \author Mingang Jin, Qingyan Chen +| Purdue University +| Jin55@purdue.edu, YanChen@purdue.edu +| Wangda Zuo +| University of Miami, University of Colorado Boulder +| W.Zuo@miami.edu, wangda.zuo@colorado.edu +| Xu Han +| University of Colorado Boulder +| xuha3556@colorado.edu +| +| \date 4/5/2020 +| +| This file provides function that computes the turbulent viscosity using +| Chen's zero equation model +| +****************************************************************************/ #ifndef _CHEN_ZERO_EQU_MODEL_H_ #define _CHEN_ZERO_EQU_MODEL_H_ #endif @@ -26,15 +29,46 @@ #include "data_structure.h" #endif -/* - * Computes turbulent viscosity using Chen's zero equation model - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param i I-index of the control volume - * @param j J-index of the control volume - * @param k K-index of the control volume - * - * @return Turbulent Kinematic viscosity - */ -REAL nu_t_chen_zero_equ(PARA_DATA *para, REAL **var, int i, int j, int k); + +/**************************************************************************** +| Computes turbulent viscosity using Chen's zero equation model +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param i I-index of the control volume +| \param j J-index of the control volume +| \param k K-index of the control volume +| +| \return Turbulent Kinematic viscosity +****************************************************************************/ +REAL nu_t_chen_zero_equ(PARA_DATA* para, REAL** var, int i, int j, int k); + +/**************************************************************************** +| Computes turbulent thermal diffusivity using Chen's zero equation model +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| +| \Author: Wei Tian @ Schneider Electric, Andover, MA +| +| \Initial Implementation: 7/11/2017 +| \return Turbulent Kinematic viscosity +| +| \ This is to reimplement the turbulent thermal diffusivity for FFD using Chen's +| zero equation model. Theoretically, by diving the turbulent viscosity over the +| Pr number, we can easily get the turbulent themal diffusivity coefficients. However, +| according to our test, that could cause severe energy imblance for the whole space. +| The root reason to explain that is not fully identified yet. However, we presumbaly beleive that +| the dradmatically (over 100) spatial differnce of the thermal diffusivity coefficiet may lead to +| energy imbalance, happening in the diffusion term. We also tried using constant turbulence model, +| which essentially multiply 100 to the lamninar one. Applying that in the FFD, we did not see +| the deterioration of energy balance, at any level. +| \ Inspire by this, we propose to uniformly disseminate the turbulent thermal diffusivity over the +| whole fluid space. According to our test, this method can perfectly achieves energy balance for +| the room space, while keeping the turbulent features in some extent of the thermal environment. +| +| \ Last update: 7/11/2017 +****************************************************************************/ +REAL alpha_t_chen_zero_equ(PARA_DATA* para, REAL** var); + + diff --git a/Buildings/Resources/src/FastFluidDynamics/cosimulation.c b/Buildings/Resources/src/FastFluidDynamics/cosimulation.c index 51159635c36..f3bd2224485 100644 --- a/Buildings/Resources/src/FastFluidDynamics/cosimulation.c +++ b/Buildings/Resources/src/FastFluidDynamics/cosimulation.c @@ -397,7 +397,7 @@ int write_cosim_data(PARA_DATA *para, REAL **var) { | Assign the Xi -------------------------------------------------------------------------*/ if(para->outp->version==DEBUG) { - sprintf(msg, "\t\t\tn_Xi=%d, id=%d", para->bc->nb_Xi, id); + sprintf(msg, "\t\t\tn_Xi=%f, id=%d", para->bc->nb_Xi, id); ffd_log(msg, FFD_NORMAL); } @@ -655,7 +655,7 @@ int assign_thermal_bc(PARA_DATA *para, REAL **var, int **BINDEX) { return 1; } /*-------------------------------------------------------------------------*/ - /* Convert the data from Modelica order to FFD order*/ + /* Convert the wall data from Modelica order to FFD order*/ /*-------------------------------------------------------------------------*/ for(j=0; jbc->nb_wall; j++) { i = para->bc->wallId[j]; @@ -682,16 +682,16 @@ int assign_thermal_bc(PARA_DATA *para, REAL **var, int **BINDEX) { } } /*-------------------------------------------------------------------------*/ - /* Assign the BC*/ + /* Assign the wall BC*/ /*-------------------------------------------------------------------------*/ for(it=0; itgeom->index; it++) { i = BINDEX[0][it]; j = BINDEX[1][it]; k = BINDEX[2][it]; id = BINDEX[4][it]; - modelicaId = para->bc->wallId[id]; + modelicaId = para->bc->wallId[id - para->bc->nb_block]; - if(var[FLAGP][IX(i,j,k)]==SOLID) + if(var[FLAGP][IX(i,j,k)]==SOLID && id >= para->bc->nb_block) switch(para->cosim->para->bouCon[modelicaId]) { case 1: var[TEMPBC][IX(i,j,k)] = temHea[id]; @@ -711,6 +711,71 @@ int assign_thermal_bc(PARA_DATA *para, REAL **var, int **BINDEX) { } /* End of switch(BINDEX[3][it])*/ } + /*-------------------------------------------------------------------------*/ + /* Convert the block data from Modelica order to FFD order*/ + /*-------------------------------------------------------------------------*/ + if(para->cosim->para->nSou>0){ + for(j=0; jbc->nb_block; j++) { + i = j; + int bouCon = 1; + REAL ABlock = 1.0; /*defined by users*/ + switch(bouCon) { + case 1: /* Temperature*/ + temHea[j] = para->cosim->modelica->sourceHeat[i] - 273.15; + sprintf(msg, "\t%s: T=%f[degC]", + para->bc->blockName[j], temHea[j]); + ffd_log(msg, FFD_NORMAL); + break; + case 2: /* Heat flow rate*/ + temHea[j] = para->cosim->modelica->sourceHeat[i] / ABlock; + sprintf(msg, "\t%s: Q_dot=%f[W]", + para->bc->blockName[j], temHea[j]); + ffd_log(msg, FFD_NORMAL); + break; + default: + sprintf(msg, + "Invalid value (%d) for thermal boundary condition. " + "Expected value are 1->Fixed T; 2->Fixed heat flux", + bouCon); + ffd_log(msg, FFD_ERROR); + return 1; + } + } + } + /*-------------------------------------------------------------------------*/ + /* Assign the block BC*/ + /*-------------------------------------------------------------------------*/ + if(para->cosim->para->nSou>0){ + int bouCon = 1; + for(it=0; itgeom->index; it++) { + i = BINDEX[0][it]; + j = BINDEX[1][it]; + k = BINDEX[2][it]; + id = BINDEX[4][it]; + /*modelicaId = id;*/ + + if(var[FLAGP][IX(i,j,k)]==SOLID && id < para->bc->nb_block) + switch(bouCon) { + case 1: + var[TEMPBC][IX(i,j,k)] = temHea[id]; + BINDEX[3][it] = 1; /* Specified temperature*/ + break; + case 2: + var[QFLUXBC][IX(i,j,k)] = temHea[id]; + BINDEX[3][it] = 0; /* Specified heat flux*/ + break; + default: + sprintf(msg, + "assign_thermal_bc(): Thermal bc value BINDEX[3][%d]=%d " + "at [%d,%d,%d] was not valid.", + it, BINDEX[3][it], i, j, k); + ffd_log(msg, FFD_ERROR); + return 1; + } /* End of switch(BINDEX[3][it])*/ + } + } + + free(temHea); } /* End of if(para->bc->nb_wall>0)*/ /**************************************************************************** diff --git a/Buildings/Resources/src/FastFluidDynamics/data_structure.h b/Buildings/Resources/src/FastFluidDynamics/data_structure.h index 3a1a695dceb..3a40f98e59a 100644 --- a/Buildings/Resources/src/FastFluidDynamics/data_structure.h +++ b/Buildings/Resources/src/FastFluidDynamics/data_structure.h @@ -1,26 +1,46 @@ -/* - * - * @file data_structure.h - * - * @brief Define the data used the FFD - * - * @author Wangda Zuo - * University of Miami - * W.Zuo@miami.edu - * Mingang Jin, Qingyan Chen - * Purdue University - * Jin55@purdue.edu, YanChen@purdue.edu - * - * @date 8/3/2013 - * - */ +/**************************************************************************** +| +| \file data_structure.h +| +| \brief Define the data used the FFD +| +| \author Mingang Jin, Qingyan Chen +| Purdue University +| Jin55@purdue.edu, YanChen@purdue.edu +| Wangda Zuo +| University of Miami, University of Colorado Boulder +| W.Zuo@miami.edu, wangda.zuo@colorado.edu +| Wei Tian +| University of Miami, Schneider Electric +| w.tian@umiami.edu, Wei.Tian@Schneider-Electric.com +| Xu Han +| University of Colorado Boulder +| xuha3556@colorado.edu +| +| \date 4/5/2020 +| +| This file provides functions that write the data file in different formats. +| +****************************************************************************/ #ifndef _DATA_STRUCTURE_H #define _DATA_STRUCTURE_H #endif #ifdef _MSC_VER -#include + #include +#elif defined __GNUC__ + #ifdef _WIN64 + #include + #elif _WIN32 + #include + #elif __APPLE__ + #include + #elif __linux__ + #include + #else + #include + #endif #else -#include + #include #endif #include @@ -29,6 +49,11 @@ #include #include +#ifndef REAL +#define REAL float +#define ifDouble 1/*index to show it is double*/ +#endif + #ifndef _MODELICA_FFD_COMMON_H #define _MODELICA_FFD_COMMON_H #include "modelica_ffd_common.h" @@ -53,6 +78,7 @@ Place the stdlib.h line above the glut.h line in the code. #define IX(i,j,k) ((i)+(IMAX)*(j)+(IJMAX)*(k)) #define FOR_EACH_CELL for(i=1; i<=imax; i++) { for(j=1; j<=jmax; j++) { for(k=1; k<=kmax; k++) { #define FOR_ALL_CELL for(k=0; k<=kmax+1; k++) { for(j=0; j<=jmax+1; j++) { for(i=0; i<=imax+1; i++) { +#define FOR_ALL_CELL_IJK for(i=0; i<=imax+1; i++) { for(j=0; j<=jmax+1; j++) { for(k=0; k<=kmax+1; k++) { #define FOR_U_CELL for(k=1; k<=kmax; k++) { for(j=1; j<=jmax; j++) { for(i=1; i<=imax-1; i++) { #define FOR_V_CELL for(i=1; i<=imax; i++) { for(j=1; j<=jmax-1; j++) { for(k=1; k<=kmax; k++) { #define FOR_W_CELL for(i=1; i<=imax; i++) { for(j=1; j<=jmax; j++) { for(k=1; k<=kmax-1; k++) { @@ -63,13 +89,22 @@ Place the stdlib.h line above the glut.h line in the code. #define END_FOR }}} #define SMALL 0.00001 +#define SUCCESS 0 +#define FAILURE 1 +#define MAX_SOURCE_SIZE (0x100000) #ifndef max #define max( a, b ) ( ((a) > (b)) ? (a) : (b) ) #endif +#ifndef sign +#define sign(x) ( (x > 0) - (x < 0) ) +#endif + #define PI 3.1415926 +#define RACK_MONITOR_POINTS 4 + #define X 0 #define Y 1 #define Z 2 @@ -125,20 +160,38 @@ Place the stdlib.h line above the glut.h line in the code. #define C1S 52 #define C2S 53 #define C1BC 54 -#define C2BC 55 /* Last variable*/ +#define TMP4 55 +#define MIN_DISTANCE 56 /* the minimal distance to the boundaries, using in zero equation model */ +#define TILE_OPEN_BC 57 /* the opening ratio of the tiles */ +#define TILE_RESI_BC 58 /* the corresponding resistance ratio of the opening ratio for the tiles */ +#define TILE_FLOW_BC 59 /* the velocity at each tile */ +#define PBC 60 /* the pressure boundary condition for outlets/tiles */ +#define IPS 61 /* the pressure source associated with the tile when simulating the room and plenum together */ +#define APXS 62 /* Source for AP VX */ +#define APYS 63 /* Source for AP VY */ +#define APZS 64 /* Source for AP VZ */ +#define RESX 65 /* Resistance in X, i.e., tile, plastic curtain, etc. */ +#define RESY 66 /* Resistance source in Y, i.e., tile, plastic curtain, etc. */ +#define RESZ 67 /* Resistance source in Z, i.e., tile, plastic curtain, etc. */ +#define C2BC 68 /* Last variable */ typedef enum{NOSLIP, SLIP, INFLOW, OUTFLOW, PERIODIC, SYMMETRY} BCTYPE; #define SOLID 1 #define INLET 0 #define OUTLET 2 +#define TILE 3 +#define RACK_INLET 4 +#define RACK_OUTLET 5 #define FLUID -1 +#define RACK 100 + typedef enum{TCONST, QCONST, ADIBATIC} BCTTYPE; -typedef enum{GS, TDMA} SOLVERTYPE; +typedef enum{GS, TDMA, JACOBI} SOLVERTYPE; -typedef enum{SEMI, LAX, UPWIND, UPWIND_NEW} ADVECTION; +typedef enum{SEMI, LAX, UPWIND, UPWIND_NEW, CENTRAL} ADVECTION; typedef enum{LAM, CHEN, CONSTANT} TUR_MODEL; @@ -152,6 +205,14 @@ typedef enum{FFD_WARNING, FFD_ERROR, FFD_NORMAL, FFD_NEW} FFD_MSG_TYPE; typedef enum{XY, YZ, ZX} PLANETYPE; +typedef enum { ADV, DIF, PRO } FFD_TERM; + +typedef enum { AIRFLOW_BASE, PRESSURE_BASE, HYBRID_BASE, NS_SOURCE, NO_EXIST } TILE_FLOW_CORRECTION; + +typedef enum { PRESCRIBED_VALUE, ZERO_GRADIENT } BC_TYPE; + +typedef enum { PLT, VTK, NO} RLT_FILE; + /* Parameter for geometry and mesh*/ typedef struct { REAL Lx; /* Domain size in x-direction (meter)*/ @@ -168,6 +229,9 @@ typedef struct { REAL dz; /* Length delta_z of one cell in z-direction for uniform grid only*/ REAL volFlu; /* Total volume of fluid cells*/ int uniform; /* Only for generating grid by FFD. 1: uniform grid; 0: non-uniform grid*/ + int tile_putX; /* tile is put in X direction */ + int tile_putY; /* tile is put in Y direction */ + int tile_putZ; /* tile is put in Z direction */ } GEOM_DATA; /* Parameter for the data output control*/ @@ -194,14 +258,25 @@ typedef struct{ VERSION version; /* DEMO, DEBUG, RUN*/ int screen; /* Screen for display: 1 velocity; 2: temperature; 3: contaminant*/ int tstep_display; /* Number of time steps to update the visualization*/ + int mouse_i; /* mouse click located i */ + int mouse_j; /*mouse click located j*/ + int mouse_k; /* mouse click located k */ + RLT_FILE result_file; /* result file type */ + int OutputDynamicFile; /*determine if wants to output the files for animation*/ } OUTP_DATA; +typedef struct { + int cal_mean; /*1: Calculate mean value; 0: False*/ + VERSION version; /* DEMO, DEBUG, RUN*/ +} OUTP_DATA_SIMP; + typedef struct{ FILE_FORMAT parameter_file_format; /* Format of extra parameter file*/ char parameter_file_name[1024]; /* Name of extra parameter file*/ char block_file_name[1024]; /* Name of file stores block information*/ int read_old_ffd_file; /* 1: Read previous FFD file; 0: False*/ char old_ffd_file_name[100]; /* Name of previous FFD simulation data file*/ + char *parameter_file_path; /* Path of parameter file */ } INPU_DATA; typedef struct{ @@ -226,6 +301,10 @@ typedef struct{ REAL chen_a; /* Coefficient of Chen's zero equation turbulence model*/ REAL Prt; /* Turbulent Prandtl number*/ REAL Temp_Buoyancy; /* Reference temperature for calculating buoyancy force*/ + REAL Tem_Ave_LastTime; /* Record average fluid temeprature in last time */ + REAL Energy_Imb_Adv; /* Energy imbalance after advection, W */ + REAL coef_CONSTANT; /* Constant for constant turbulence models */ + REAL coef_stanchion; /* the stanchion model coefficient */ }PROB_DATA; typedef struct { @@ -246,6 +325,7 @@ typedef struct { char **portName; /* *portName[nb_port]: Name of ports*/ char **blockName; /* *blockName[nb_block]: Name of internal block*/ char **sourceName; /* *sourceName[nb_source]: Name of the source*/ + char** rackName; /* *rackNmae[nb_rack]: name of rack */ int *wallId; /* wallId[nb_wall]: Modelica wall boundary ID*/ /*int *inletId; // Modelica inlet boundary ID*/ int *portId; /* portId[nb_port]: Modelica outlet boundary ID*/ @@ -256,6 +336,7 @@ typedef struct { REAL *temHeaMean; /* temHeaMean[nb_wall]: Time averaged value of temHeaAve*/ REAL *velPort; /* velPort[nb_port]: Velocity of air into the room*/ /* positive: into the room; negative out of the room*/ + REAL* QPort; /* mass flowrate of the port */ REAL *velPortAve; /* velPortAve[nb_port]: Surface averaged value of velPort*/ REAL *velPortMean; /* velPortMean[nb_port]: Time averaged value of velPortAve*/ REAL *TPort; /* TPort[nb_port] Air temperatures that the medium has if it were flowing into the room*/ @@ -267,8 +348,34 @@ typedef struct { REAL **CPort; /* CPor[nb_port][nb_C]: the trace substances of the inflowing medium*/ REAL **CPortAve; /* CPortAve[nb_port][nb_C]: Surface averaged value of CPort*/ REAL **CPortMean; /* CPortMean[nb_port][nb_C]: Time averaged value of CPort*/ + int nb_rack; /* number of rack in the data center room */ + int** RackMap; /* Map the inlet and outlet cell of rack, a N by 3 array, where N is number of racks */ + REAL* RackFlowRate; /* The volumetric flow rate for each rack in M3/s, a vector of N elements */ + int* RackDir; /* The cooling air flow direction of the rack, +1: X, -1: Y, +2: Y, -2: -Y, +3: Z, -3: -Z */ + REAL* HeatDiss; /* Heat dissipation of rack in W, a vector of N element */ + REAL* RackArea; /* Inlet or outlet area of rack, a vector of N element */ + BC_TYPE outlet_bc; /* type of outlet bc */ + int hasTile; /* 1: Has tile, 0: no tile */ }BC_DATA; +typedef struct { + int nb_inlet; /* Number of inlet boundaries, provided by SCI */ + int nb_outlet; /* Number of outlet boundaries, provided by SCI */ + int nb_block; /* Number of internal block boundaries, provided by SCI */ + int nb_wall; /* Number of wall boundaries, provided by SCI */ + int nb_source; /* Number of sources, provided by SCI */ + int nb_bc; /* Number of boundaries, provided by SCI */ + int nb_ConExtWin; /* Number of exterior construction with windows */ + int nb_port; /* nPort = nInlet + nOutlet */ + int nb_Xi; /* Number of species */ + int nb_C; /* Number of substances */ + int sha; /* 1: have shade ; 0: no shade */ + REAL mass_in; + REAL mass_out; + REAL mass_corr; + BC_TYPE outlet_bc; /* type of outlet bc */ +}BC_DATA_SIMP; + typedef struct { int nb_sensor; /* Number of sensors*/ char **sensorName; /* *sensorName[nb_sensor]: Name of sensor in FFD*/ @@ -277,8 +384,16 @@ typedef struct { REAL *senValMean; /* snValMean[nb_sensor]: Time averaged value of senVal;*/ REAL TRoo; /* Volumed averaged value of temperature in the space*/ REAL TRooMean; /* Time averaged value of TRoo;*/ + REAL*** coordMoniPoints; /*coordMoniPoints[A][B][C]-> A: which rack; B: which monitor point; C: which coordinate*/ + int*** indexMoniPoints; /* indexMoniPoints[A][B][C]-> A: which rack; B: which monitor point; C: which coordinate*/ } SENSOR_DATA; +typedef struct { + int nb_sensor; /* Number of sensors */ + REAL TRoo; /* Volumed averaged value of temperature in the space */ + REAL TRooMean; /* Time averaged value of TRoo; */ +} SENSOR_DATA_SIMP; + typedef struct { double dt; /* FFD simulation time step size*/ double t; /* Internal: current time*/ @@ -290,13 +405,30 @@ typedef struct { double t_end; /* Internal: clock time when simulation ends*/ }TIME_DATA; +typedef struct { + REAL dt; /* FFD simulation time step size */ + REAL t; /* Internal: current time */ + REAL t_steady; /* Necessary time for reaching the steady state from initial condition */ + int step_total; /* The interval of iteration step to output data */ + int step_current; /* Internal: current iteration step */ + int step_mean; /* Internal: steps for time average */ + REAL t_start; /* Internal: clock time when simulation starts */ + REAL t_end; /* Internal: clock time when simulation ends */ +}GPU_TIME_DATA; + typedef struct { SOLVERTYPE solver; /* Solver type: GS, TDMA*/ int check_residual; /* 1: check, 0: donot check*/ + int check_conservation; /*1: check, 0 : donot check residual after iterative solver*/ ADVECTION advection_solver; /* Type of advection solver: SEMI, LAX, UPWIND, UPWIND_NEW*/ INTERPOLATION interpolation; /* Interpolation in semi-Lagrangian method: BILINEAR, FSJ, HYBRID*/ int cosimulation; /* 0: single; 1: coupled simulation*/ int nextstep; /* Internal: 1: yes; 0: no, wait*/ + int swipe_adv; /* swipe numbers in GS for advection, if using implicit scheme */ + int swipe_dif; /* swipe numbers in GS for diffusion */ + int swipe_pro; /* swipe numbers in GS for projection */ + TILE_FLOW_CORRECTION tile_flow_correct; /* how to correct the flow rates at tiles */ + int mass_conservation_on; /* apply forced mass conservation or not */ }SOLV_DATA; typedef struct { @@ -319,6 +451,17 @@ typedef struct { INIT_DATA *init; }PARA_DATA; +typedef struct { + GEOM_DATA geom; + OUTP_DATA_SIMP outp_simp; + PROB_DATA prob; + GPU_TIME_DATA mytime; + BC_DATA_SIMP bc_simp; + SOLV_DATA solv; + SENSOR_DATA_SIMP sens_simp; + INIT_DATA init; +}PARA_DATA_SIMP; + typedef struct { double number0; double number1; diff --git a/Buildings/Resources/src/FastFluidDynamics/data_writer.c b/Buildings/Resources/src/FastFluidDynamics/data_writer.c index bbeef54bef7..d033b6872c2 100644 --- a/Buildings/Resources/src/FastFluidDynamics/data_writer.c +++ b/Buildings/Resources/src/FastFluidDynamics/data_writer.c @@ -1,41 +1,89 @@ -/* - * - * \file data_write.c - * - * \brief Write the simulation data - * - * \author Mingang Jin, Qingyan Chen - * Purdue University - * Jin55@purdue.edu, YanChen@purdue.edu - * Wangda Zuo - * University of Miami - * W.Zuo@miami.edu - * - * \date 8/3/2013 - * - * This file provides functions that write the data file in different formats. - * - */ +/**************************************************************************** +| +| \file data_write.c +| +| \brief Write the simulation data +| +| \author Mingang Jin, Qingyan Chen +| Purdue University +| Jin55@purdue.edu, YanChen@purdue.edu +| Wangda Zuo +| University of Miami, University of Colorado Boulder +| W.Zuo@miami.edu, wangda.zuo@colorado.edu +| Wei Tian +| University of Miami, Schneider Electric +| w.tian@umiami.edu, Wei.Tian@Schneider-Electric.com +| +| \date 6/15/2017 +| +| This file provides functions that write the data file in different formats. +| +****************************************************************************/ #include "data_writer.h" -/* - * Write standard output data in a format for tecplot - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param name Pointer to file name - * - * @return 0 if no error occurred - */ +/**************************************************************************** +| Write standard output data in a format for tecplot +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param name Pointer to file name +| +| \return 0 if no error occurred +****************************************************************************/ +int data_debug(PARA_DATA *para, REAL **var, char *name) { + int i = 0; + int imax = para->geom->imax, jmax = para->geom->jmax; + int kmax = para->geom->kmax; + int IMAX = imax + 2, IJMAX = (imax + 2) * (jmax + 2); + int size = (imax + 2) * (jmax + 2) * (kmax + 2); + char *filename; + FILE *datafile; + + filename = (char *)malloc((strlen(name) + 5) * sizeof(char)); + if (filename == NULL) { + ffd_log("write_tecplot_data(): Failed to allocate memory for file name", + FFD_ERROR); + return 1; + } + + strcpy(filename, name); + strcat(filename, ".txt"); + + if ((datafile = fopen(filename, "w+")) == NULL) { + ffd_log("write_tecplot_data(): Failed to open output file!\n", FFD_ERROR); + return 1; + } + + fprintf(datafile, "AW AE AS AN AB AF AP0 AP B T\n"); + for (i = 0; i < size; i++) { + fprintf(datafile, "%f\t%f\t%f\t%f\t%f\t%f\t%f\t%f\t%f\t%f\n", var[AW][i], + var[AE][i], var[AS][i], var[AN][i], var[AB][i], var[AF][i], + var[AP0][i], var[AP][i], var[B][i], var[TEMP][i]); + } + free(filename); + + fclose(datafile); + return 0; +} + +/**************************************************************************** +| Write standard output data in a format for tecplot +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param name Pointer to file name +| +| \return 0 if no error occurred +****************************************************************************/ int write_tecplot_data(PARA_DATA *para, REAL **var, char *name) { int i, j, k; - int imax=para->geom->imax, jmax=para->geom->jmax; + int imax = para->geom->imax, jmax = para->geom->jmax; int kmax = para->geom->kmax; - int IMAX = imax+2, IJMAX = (imax+2)*(jmax+2); - REAL *x = var[X], *y = var[Y], *z =var[Z]; - REAL *u = var[VX], *v = var[VY], *w = var[VZ], *p = var[IP]; - REAL *T = var[TEMP], *Xi = var[Xi1]; + int IMAX = imax + 2, IJMAX = (imax + 2) * (jmax + 2); + REAL *x = var[X], *y = var[Y], *z = var[Z]; + REAL *u = var[VXM], *v = var[VYM], *w = var[VZM], *p = var[IP]; + REAL *T = var[TEMPM], *Xi = var[Xi1]; REAL *flagp = var[FLAGP]; char *filename; FILE *datafile; @@ -45,8 +93,8 @@ int write_tecplot_data(PARA_DATA *para, REAL **var, char *name) { | Length of filename should be sizeof(ActualName) + 1 | Using sizeof(ActualName) will cause memory fault in free(filename) ****************************************************************************/ - filename = (char *) malloc((strlen(name)+5)*sizeof(char)); - if(filename==NULL) { + filename = (char *)malloc((strlen(name) + 5) * sizeof(char)); + if (filename == NULL) { ffd_log("write_tecplot_data(): Failed to allocate memory for file name", FFD_ERROR); return 1; @@ -55,8 +103,8 @@ int write_tecplot_data(PARA_DATA *para, REAL **var, char *name) { strcpy(filename, name); strcat(filename, ".plt"); - /* Open output file*/ - if((datafile=fopen(filename, "w+"))==NULL) { + /* Open output file */ + if ((datafile = fopen(filename, "w+")) == NULL) { ffd_log("write_tecplot_data(): Failed to open output file!\n", FFD_ERROR); return 1; } @@ -65,21 +113,60 @@ int write_tecplot_data(PARA_DATA *para, REAL **var, char *name) { fprintf(datafile, "TITLE = "); fprintf(datafile, "\"dt=%fs, t=%fs, nu=%f, Lx=%f, Ly=%f, Lz=%f, ", - para->mytime->dt, para->mytime->t, para->prob->nu, - para->geom->Lx, para->geom->Ly, para->geom->Lz); - fprintf(datafile, "Nx=%d, Ny=%d, Nz=%d \"\n", - imax+2, jmax+2, kmax+2); + para->mytime->dt, para->mytime->t, para->prob->nu, para->geom->Lx, + para->geom->Ly, para->geom->Lz); + fprintf(datafile, "Nx=%d, Ny=%d, Nz=%d \"\n", imax + 2, jmax + 2, kmax + 2); - fprintf( datafile, - "VARIABLES =X, Y, Z, I, J, K, U, V, W, T, Xi, FlagP, P \n"); - fprintf( datafile, "ZONE F=POINT, I=%d, J=%d, K=%d\n", imax+2, jmax+2, kmax+2 ); + fprintf(datafile, + "VARIABLES =X, Y, Z, I, J, K, U, V, W, T, Xi, FlagP, P, Vel \n"); + fprintf(datafile, "ZONE F=POINT, I=%d, J=%d, K=%d\n", imax + 2, jmax + 2, + kmax + 2); FOR_ALL_CELL - fprintf(datafile, "%f\t%f\t%f\t%d\t%d\t%d\t", - x[IX(i,j,k)], y[IX(i,j,k)], z[IX(i,j,k)], i, j, k); - fprintf(datafile, "%f\t%f\t%f\t%f\t%f\t%f\t%f\n", - u[IX(i,j,k)], v[IX(i,j,k)], w[IX(i,j,k)], T[IX(i,j,k)], - Xi[IX(i,j,k)], flagp[IX(i,j,k)], p[IX(i,j,k)]); + /* ommit the internal block for better visualization + tianwei + 3/11/2015 */ + /* if (var[FLAGP][IX(i,j,k)] == SOLID) { + // X + if (i == 0) { + if (var[FLAGP][IX(i+1,j,k)] == SOLID) continue; + } + else if (i == imax+1) { + if (var[FLAGP][IX(i-1,j,k)] == SOLID) continue; + } + else + continue; + + // Y + if (j == 0) { + if (var[FLAGP][IX(i,j+1,k)] == SOLID) continue; + } + else if (j == jmax+1) { + if (var[FLAGP][IX(i,j-1,k)] == SOLID) continue; + } + else + continue; + + //Z + if (k == 0) { + if (var[FLAGP][IX(i,j,k+1)] == SOLID) continue; + } + else if (k == kmax+1) { + if (var[FLAGP][IX(i,j,k-1)] == SOLID) continue; + } + else + continue; + + }// end of if for finding internal blocks */ + + fprintf(datafile, "%f\t%f\t%f\t%d\t%d\t%d\t", x[IX(i, j, k)], y[IX(i, j, k)], + z[IX(i, j, k)], i, j, k); + fprintf(datafile, "%f\t%f\t%f\t%f\t%f\t%f\t%f\t%f\n", u[IX(i, j, k)], + v[IX(i, j, k)], w[IX(i, j, k)], T[IX(i, j, k)], Xi[IX(i, j, k)], + flagp[IX(i, j, k)], p[IX(i, j, k)], + sqrt(u[IX(i, j, k)] * u[IX(i, j, k)] + + v[IX(i, j, k)] * v[IX(i, j, k)] + + w[IX(i, j, k)] * w[IX(i, j, k)])); END_FOR sprintf(msg, "write_tecplot_data(): Wrote file %s.", filename); @@ -88,23 +175,357 @@ int write_tecplot_data(PARA_DATA *para, REAL **var, char *name) { free(filename); fclose(datafile); return 0; -} /*write_tecplot_data()*/ - - /* - * Write all available data in a format for tecplot - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param name Pointer to file name - * - * @return 0 if no error occurred - */ +} /* write_tecplot_data() */ + +/**************************************************************************** +| Write standard output data in a format for paraview in VTK (Visualization +| Toolkit) http://www.vtk.org/wp-content/uploads/2015/04/file-formats.pdf +| \Wei Tian +| \ 6/1/2017, Andover, MA +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param name Pointer to file name +| +| \return 0 if no error occurred +****************************************************************************/ +int write_vtk_data(PARA_DATA *para, REAL **var, char *name) { + int i, j, k; + int imax = para->geom->imax, jmax = para->geom->jmax; + int kmax = para->geom->kmax; + int IMAX = imax + 2, IJMAX = (imax + 2) * (jmax + 2); + REAL *x = var[X], *y = var[Y], *z = var[Z]; + REAL *u = var[VXM], *v = var[VYM], *w = var[VZM], *p = var[IP]; + REAL *T = var[TEMPM], *Xi = var[Xi1]; + REAL *flagp = var[FLAGP]; + char *filename; + FILE *datafile; + + /**************************************************************************** + | Allocate memory for filename + | Length of filename should be sizeof(ActualName) + 1 + | Using sizeof(ActualName) will cause memory fault in free(filename) + ****************************************************************************/ + filename = (char *)malloc((strlen(name) + 5) * sizeof(char)); + if (filename == NULL) { + ffd_log("write_tecplot_data(): Failed to allocate memory for file name", + FFD_ERROR); + return 1; + } + + strcpy(filename, name); + strcat(filename, ".vtk"); + + /* Open output file */ + if ((datafile = fopen(filename, "w+")) == NULL) { + ffd_log("write_vtk_data(): Failed to open output file!\n", FFD_ERROR); + return 1; + } + + convert_to_tecplot(para, var); + /* See file of the attached link for detail */ + /* first line: the version of the VTK format */ + fprintf(datafile, "# vtk DataFile Version 2.0\n"); + /* Next line: title */ + fprintf(datafile, "FFDResults\n"); + + /* Next line: data type */ + fprintf(datafile, "ASCII\n"); + + /* Next line: geometry type */ + fprintf(datafile, "DATASET RECTILINEAR_GRID\n"); + + /* Next line: dimensions */ + fprintf(datafile, "DIMENSIONS\t%d\t%d\t%d\n", imax + 2, jmax + 2, kmax + 2); + + /* Next line: X direction coordinate number */ + fprintf(datafile, "X_COORDINATES %d float\n", imax + 2); + + /* Next line: X direction coordinate */ + for (i = 0; i <= imax + 1; i++) { + fprintf(datafile, "%f\t", x[IX(i, jmax, kmax)]); + } + fprintf(datafile, "\n"); + + /* Next line: Y direction coordinate number */ + fprintf(datafile, "Y_COORDINATES %d float\n", jmax + 2); + + /* Next line: Y direction coordinate */ + for (i = 0; i <= jmax + 1; i++) { + fprintf(datafile, "%f\t", y[IX(imax, i, kmax)]); + } + fprintf(datafile, "\n"); + + /* Next line: Z direction coordinate number */ + fprintf(datafile, "Z_COORDINATES %d float\n", kmax + 2); + + /* Next line: Z direction coordinate */ + for (i = 0; i <= kmax + 1; i++) { + fprintf(datafile, "%f\t", z[IX(imax, jmax, i)]); + } + fprintf(datafile, "\n"); + + /* Next line: Number of data point */ + fprintf(datafile, "POINT_DATA %d\n", (imax + 2) * (jmax + 2) * (kmax + 2)); + + /* Next three lines: Write scalar variable T */ + fprintf(datafile, "SCALARS T float 1\n"); + fprintf(datafile, "LOOKUP_TABLE default\n"); + FOR_ALL_CELL + fprintf(datafile, "%f\t", T[IX(i, j, k)]); + END_FOR + fprintf(datafile, "\n"); + + /* Next three lines: Write scalar variable P */ + fprintf(datafile, "SCALARS P float 1\n"); + fprintf(datafile, "LOOKUP_TABLE default\n"); + FOR_ALL_CELL + fprintf(datafile, "%f\t", p[IX(i, j, k)]); + END_FOR + fprintf(datafile, "\n"); + + /* Next three lines: Write scalar speed VEL */ + fprintf(datafile, "SCALARS VEL float 1\n"); + fprintf(datafile, "LOOKUP_TABLE default\n"); + FOR_ALL_CELL + fprintf(datafile, "%f\t", + sqrt(u[IX(i, j, k)] * u[IX(i, j, k)] + + v[IX(i, j, k)] * v[IX(i, j, k)] + + w[IX(i, j, k)] * w[IX(i, j, k)])); + END_FOR + fprintf(datafile, "\n"); + + /* Next three lines: Write scalar U */ + fprintf(datafile, "SCALARS U float 1\n"); + fprintf(datafile, "LOOKUP_TABLE default\n"); + FOR_ALL_CELL + fprintf(datafile, "%f\t", u[IX(i, j, k)]); + END_FOR + fprintf(datafile, "\n"); + + /* Next three lines: Write scalar V */ + fprintf(datafile, "SCALARS V float 1\n"); + fprintf(datafile, "LOOKUP_TABLE default\n"); + FOR_ALL_CELL + fprintf(datafile, "%f\t", v[IX(i, j, k)]); + END_FOR + fprintf(datafile, "\n"); + + /* Next three lines: Write scalar W */ + fprintf(datafile, "SCALARS W float 1\n"); + fprintf(datafile, "LOOKUP_TABLE default\n"); + FOR_ALL_CELL + fprintf(datafile, "%f\t", w[IX(i, j, k)]); + END_FOR + fprintf(datafile, "\n"); + + /* From lines: Write velocity vector */ + fprintf(datafile, "VECTORS velocity float\n"); + FOR_ALL_CELL + fprintf(datafile, "%f\t%f\t%f\n", u[IX(i, j, k)], v[IX(i, j, k)], + w[IX(i, j, k)]); + END_FOR + + sprintf(msg, "write_vtk_data(): Wrote file %s.", filename); + ffd_log(msg, FFD_NORMAL); + + free(filename); + fclose(datafile); + + /* write to the stream */ + /* FIXME: need to talk to Mike about the coordinate */ + FOR_ALL_CELL_IJK + fprintf(stdout, "%f\t%f\t%f\n", u[IX(i, j, k)], v[IX(i, j, k)], + w[IX(i, j, k)]); + END_FOR + + return 0; +} + +/**************************************************************************** +| Write standard output data in a format for paraview in VTK (Visualization +| Toolkit) http://www.vtk.org/wp-content/uploads/2015/04/file-formats.pdf +| \Wei Tian +| \ 6/1/2017, Andover, MA +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param name Pointer to file name +| +| \return 0 if no error occurred +****************************************************************************/ +int write_vtk_fluid(PARA_DATA *para, REAL **var, char *name) { + int i, j, k; + int imax = para->geom->imax, jmax = para->geom->jmax; + int kmax = para->geom->kmax; + int IMAX = imax + 2, IJMAX = (imax + 2) * (jmax + 2); + REAL *x = var[X], *y = var[Y], *z = var[Z]; + REAL *u = var[VXM], *v = var[VYM], *w = var[VZM], *p = var[IP]; + REAL *T = var[TEMPM], *Xi = var[Xi1]; + REAL *flagp = var[FLAGP]; + int CellNum = 0; + char *filename; + FILE *datafile; + + /**************************************************************************** + | Allocate memory for filename + | Length of filename should be sizeof(ActualName) + 1 + | Using sizeof(ActualName) will cause memory fault in free(filename) + ****************************************************************************/ + filename = (char *)malloc((strlen(name) + 5) * sizeof(char)); + if (filename == NULL) { + ffd_log("write_tecplot_fluid(): Failed to allocate memory for file name", + FFD_ERROR); + return 1; + } + + strcpy(filename, name); + strcat(filename, "_fluid.vtk"); + + /* Open output file */ + if ((datafile = fopen(filename, "w+")) == NULL) { + ffd_log("write_vtk_fluid(): Failed to open output file!\n", FFD_ERROR); + return 1; + } + + convert_to_tecplot(para, var); + /* See file of the attached link for detail */ + /* first line: the version of the VTK format */ + fprintf(datafile, "# vtk DataFile Version 2.0\n"); + /* Next line: title */ + fprintf(datafile, "FFDResults\n"); + + /* Next line: data type */ + fprintf(datafile, "ASCII\n"); + + /* Next line: geometry type */ + fprintf(datafile, "DATASET RECTILINEAR_GRID\n"); + + /* Next line: dimensions */ + fprintf(datafile, "DIMENSIONS\t%d\t%d\t%d\n", imax, jmax, kmax); + + /* Next line: X direction coordinate number */ + fprintf(datafile, "X_COORDINATES %d float\n", imax); + + /* Next line: X direction coordinate */ + for (i = 1; i <= imax; i++) { + fprintf(datafile, "%f\t", x[IX(i, jmax, kmax)]); + } + fprintf(datafile, "\n"); + + /* Next line: Y direction coordinate number */ + fprintf(datafile, "Y_COORDINATES %d float\n", jmax); + + /* Next line: Y direction coordinate */ + for (i = 1; i <= jmax; i++) { + fprintf(datafile, "%f\t", y[IX(imax, i, kmax)]); + } + fprintf(datafile, "\n"); + + /* Next line: Z direction coordinate number */ + fprintf(datafile, "Z_COORDINATES %d float\n", kmax); + + /* Next line: Z direction coordinate */ + for (i = 1; i <= kmax; i++) { + fprintf(datafile, "%f\t", z[IX(imax, jmax, i)]); + } + fprintf(datafile, "\n"); + + /* Next line: Number of data point */ + /* Count the number of fluid cells */ + CellNum = 0; + for (i = 1; i <= imax; i++) { + for (j = 1; j <= jmax; j++) { + for (k = 1; k <= kmax; k++) { + if (flagp[IX(i, j, k)] == FLUID) { + CellNum++; + } else { + continue; + } + } + } + } + fprintf(datafile, "POINT_DATA %d\n", CellNum); + + /* Next three lines: Write scalar variable T */ + fprintf(datafile, "SCALARS T float 1\n"); + fprintf(datafile, "LOOKUP_TABLE default\n"); + FOR_EACH_CELL + fprintf(datafile, "%f\t", T[IX(i, j, k)]); + END_FOR + fprintf(datafile, "\n"); + + /* Next three lines: Write scalar variable P */ + fprintf(datafile, "SCALARS P float 1\n"); + fprintf(datafile, "LOOKUP_TABLE default\n"); + FOR_EACH_CELL + fprintf(datafile, "%f\t", p[IX(i, j, k)]); + END_FOR + fprintf(datafile, "\n"); + + /* Next three lines: Write scalar speed VEL */ + fprintf(datafile, "SCALARS VEL float 1\n"); + fprintf(datafile, "LOOKUP_TABLE default\n"); + FOR_EACH_CELL + fprintf(datafile, "%f\t", + sqrt(u[IX(i, j, k)] * u[IX(i, j, k)] + + v[IX(i, j, k)] * v[IX(i, j, k)] + + w[IX(i, j, k)] * w[IX(i, j, k)])); + END_FOR + fprintf(datafile, "\n"); + + /* Next three lines: Write scalar U */ + fprintf(datafile, "SCALARS U float 1\n"); + fprintf(datafile, "LOOKUP_TABLE default\n"); + FOR_EACH_CELL + fprintf(datafile, "%f\t", u[IX(i, j, k)]); + END_FOR + fprintf(datafile, "\n"); + + /* Next three lines: Write scalar V */ + fprintf(datafile, "SCALARS V float 1\n"); + fprintf(datafile, "LOOKUP_TABLE default\n"); + FOR_EACH_CELL + fprintf(datafile, "%f\t", v[IX(i, j, k)]); + END_FOR + fprintf(datafile, "\n"); + + /* Next three lines: Write scalar W */ + fprintf(datafile, "SCALARS W float 1\n"); + fprintf(datafile, "LOOKUP_TABLE default\n"); + FOR_EACH_CELL + fprintf(datafile, "%f\t", w[IX(i, j, k)]); + END_FOR + fprintf(datafile, "\n"); + + /* From lines: Write velocity vector */ + fprintf(datafile, "VECTORS velocity float\n"); + FOR_EACH_CELL + fprintf(datafile, "%f\t%f\t%f\n", u[IX(i, j, k)], v[IX(i, j, k)], + w[IX(i, j, k)]); + END_FOR + + sprintf(msg, "write_vtk_fluid(): Wrote file %s.", filename); + ffd_log(msg, FFD_NORMAL); + + free(filename); + fclose(datafile); + return 0; +} /* write_vtk_fluid() */ + +/**************************************************************************** +| Write all available data in a format for tecplot +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param name Pointer to file name +| +| \return 0 if no error occurred +****************************************************************************/ int write_tecplot_all_data(PARA_DATA *para, REAL **var, char *name) { int i, j, k; - int imax=para->geom->imax, jmax=para->geom->jmax; + int imax = para->geom->imax, jmax = para->geom->jmax; int kmax = para->geom->kmax; - int IMAX = imax+2, IJMAX = (imax+2)*(jmax+2); - REAL *x = var[X], *y = var[Y], *z =var[Z]; + int IMAX = imax + 2, IJMAX = (imax + 2) * (jmax + 2); + REAL *x = var[X], *y = var[Y], *z = var[Z]; char *filename; FILE *dataFile; @@ -113,8 +534,8 @@ int write_tecplot_all_data(PARA_DATA *para, REAL **var, char *name) { | Length of filename should be sizeof(ActualName) + 1 | Using sizeof(ActualName) will cause memory fault in free(filename) ****************************************************************************/ - filename = (char *) malloc((strlen(name)+5)*sizeof(char)); - if(filename==NULL) { + filename = (char *)malloc((strlen(name) + 5) * sizeof(char)); + if (filename == NULL) { ffd_log("write_tecplot_all_data(): Failed to allocate memory for file name", FFD_ERROR); return 1; @@ -123,9 +544,10 @@ int write_tecplot_all_data(PARA_DATA *para, REAL **var, char *name) { strcpy(filename, name); strcat(filename, ".plt"); - /* Open output file*/ - if((dataFile=fopen(filename,"w"))==NULL) { - sprintf(msg, "write_tecplot_data(): Failed to open output file %s.", filename); + /* Open output file */ + if ((dataFile = fopen(filename, "w")) == NULL) { + sprintf(msg, "write_tecplot_data(): Failed to open output file %s.", + filename); ffd_log(msg, FFD_ERROR); return 1; } @@ -134,13 +556,13 @@ int write_tecplot_all_data(PARA_DATA *para, REAL **var, char *name) { fprintf(dataFile, "TITLE = "); - /* Print simulation, dimension and mesh information*/ + /* Print simulation, dimension and mesh information */ fprintf(dataFile, "\"dt=%fs, t=%fs, nu=%f, Lx=%f, Ly=%f, Lz%f, ", - para->mytime->dt, para->mytime->t, para->prob->nu, - para->geom->Lx, para->geom->Ly, para->geom->Lz); - fprintf(dataFile, "Nx=%d, Ny=%d, Nz=%d \"\n", imax+2, jmax+2, kmax+2); + para->mytime->dt, para->mytime->t, para->prob->nu, para->geom->Lx, + para->geom->Ly, para->geom->Lz); + fprintf(dataFile, "Nx=%d, Ny=%d, Nz=%d \"\n", imax + 2, jmax + 2, kmax + 2); - /* Print variables*/ + /* Print variables */ fprintf(dataFile, "VARIABLES = X, Y, Z, I, J, K, "); fprintf(dataFile, "U, V, W, UM, VM, WM, US, VS, WS, "); fprintf(dataFile, "P, "); @@ -151,47 +573,47 @@ int write_tecplot_all_data(PARA_DATA *para, REAL **var, char *name) { fprintf(dataFile, "QFLUX, QFLUXBC, "); fprintf(dataFile, "AP, AN, AS, AW, AE, AF, AB, B, AP0, PP"); fprintf(dataFile, "\n"); - fprintf(dataFile, "ZONE F=POINT, I=%d, J=%d, K=%d\n", imax+2, jmax+2, kmax+2 ); + fprintf(dataFile, "ZONE F=POINT, I=%d, J=%d, K=%d\n", imax + 2, jmax + 2, + kmax + 2); FOR_ALL_CELL - /* Coordinates*/ - fprintf(dataFile, "%f\t%f\t%f\t%d\t%d\t%d\t", - x[IX(i,j,k)], y[IX(i,j,k)], z[IX(i,j,k)], i, j, k); - /* Velocities*/ - fprintf(dataFile, "%f\t%f\t%f\t%f\t%f\t%f\t%f\t%f\t%f\t", - var[VX][IX(i,j,k)], var[VY][IX(i,j,k)], var[VZ][IX(i,j,k)], - var[VXM][IX(i,j,k)], var[VYM][IX(i,j,k)], var[VZM][IX(i,j,k)], - var[VXS][IX(i,j,k)], var[VYS][IX(i,j,k)], var[VZS][IX(i,j,k)]); - /* Pressure*/ - fprintf(dataFile, "%f\t", var[IP][IX(i,j,k)]); - /* Temperature*/ - fprintf(dataFile, "%f\t%f\t%f\t", - var[TEMP][IX(i,j,k)], var[TEMPM][IX(i,j,k)], - var[TEMPS][IX(i,j,k)]); - /* Gravity*/ - fprintf(dataFile, "%f\t%f\t%f\t", - var[GX][IX(i,j,k)], var[GY][IX(i,j,k)], var[GZ][IX(i,j,k)]); - /* Flags for simulation*/ - fprintf(dataFile, "%f\t%f\t%f\t%f\t", - var[FLAGU][IX(i,j,k)], var[FLAGV][IX(i,j,k)], - var[FLAGW][IX(i,j,k)], var[FLAGP][IX(i,j,k)]); - /* Boundary conditions*/ - fprintf(dataFile, "%f\t%f\t%f\t%f\t", - var[VXBC][IX(i,j,k)], var[VYBC][IX(i,j,k)], - var[VZBC][IX(i,j,k)], var[TEMPBC][IX(i,j,k)]); - fprintf(dataFile, "%f\t%f\t%f\t%f\t", - var[Xi1BC][IX(i,j,k)], var[Xi2BC][IX(i,j,k)], - var[C1BC][IX(i,j,k)], var[C2BC][IX(i,j,k)]); - /* Heat flux*/ - fprintf(dataFile, "%f\t%f\t", - var[QFLUX][IX(i,j,k)], var[QFLUXBC][IX(i,j,k)]); - - /* Coefficients*/ - fprintf(dataFile, "%f\t%f\t%f\t%f\t%f\t%f\t%f\t%f\t%f\t%f\n", - var[AP][IX(i,j,k)], var[AN][IX(i,j,k)], var[AS][IX(i,j,k)], - var[AW][IX(i,j,k)], var[AE][IX(i,j,k)], var[AF][IX(i,j,k)], - var[AB][IX(i,j,k)], var[B][IX(i,j,k)], var[AP0][IX(i,j,k)], - var[PP][IX(i,j,k)]); + /* Coordinates */ + fprintf(dataFile, "%f\t%f\t%f\t%d\t%d\t%d\t", x[IX(i, j, k)], y[IX(i, j, k)], + z[IX(i, j, k)], i, j, k); + /* Velocities */ + fprintf(dataFile, "%f\t%f\t%f\t%f\t%f\t%f\t%f\t%f\t%f\t", + var[VX][IX(i, j, k)], var[VY][IX(i, j, k)], var[VZ][IX(i, j, k)], + var[VXM][IX(i, j, k)], var[VYM][IX(i, j, k)], var[VZM][IX(i, j, k)], + var[VXS][IX(i, j, k)], var[VYS][IX(i, j, k)], var[VZS][IX(i, j, k)]); + /* Pressure */ + fprintf(dataFile, "%f\t", var[IP][IX(i, j, k)]); + /* Temperature */ + fprintf(dataFile, "%f\t%f\t%f\t", var[TEMP][IX(i, j, k)], + var[TEMPM][IX(i, j, k)], var[TEMPS][IX(i, j, k)]); + /* Gravity */ + fprintf(dataFile, "%f\t%f\t%f\t", var[GX][IX(i, j, k)], var[GY][IX(i, j, k)], + var[GZ][IX(i, j, k)]); + /* Flags for simulation */ + fprintf(dataFile, "%f\t%f\t%f\t%f\t", var[FLAGU][IX(i, j, k)], + var[FLAGV][IX(i, j, k)], var[FLAGW][IX(i, j, k)], + var[FLAGP][IX(i, j, k)]); + /* Boundary conditions */ + fprintf(dataFile, "%f\t%f\t%f\t%f\t", var[VXBC][IX(i, j, k)], + var[VYBC][IX(i, j, k)], var[VZBC][IX(i, j, k)], + var[TEMPBC][IX(i, j, k)]); + fprintf(dataFile, "%f\t%f\t%f\t%f\t", var[Xi1BC][IX(i, j, k)], + var[Xi2BC][IX(i, j, k)], var[C1BC][IX(i, j, k)], + var[C2BC][IX(i, j, k)]); + /* Heat flux */ + fprintf(dataFile, "%f\t%f\t", var[QFLUX][IX(i, j, k)], + var[QFLUXBC][IX(i, j, k)]); + + /* Coefficients */ + fprintf(dataFile, "%f\t%f\t%f\t%f\t%f\t%f\t%f\t%f\t%f\t%f\n", + var[AP][IX(i, j, k)], var[AN][IX(i, j, k)], var[AS][IX(i, j, k)], + var[AW][IX(i, j, k)], var[AE][IX(i, j, k)], var[AF][IX(i, j, k)], + var[AB][IX(i, j, k)], var[B][IX(i, j, k)], var[AP0][IX(i, j, k)], + var[PP][IX(i, j, k)]); END_FOR @@ -201,25 +623,25 @@ int write_tecplot_all_data(PARA_DATA *para, REAL **var, char *name) { free(filename); return 0; -} /*write_tecplot_all_data()*/ - - /* - * Convert the data to the format for Tecplot - * - * FFD uses staggered grid and Tecplot data is for collocated grid. - * This subroutine transfers the data from FFD format to Tecplot format. - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * - * @return no return - */ +} /* write_tecplot_all_data() */ + +/**************************************************************************** +| Convert the data to the format for Tecplot +| +| FFD uses staggered grid and Tecplot data is for collocated grid. +| This subroutine transfers the data from FFD format to Tecplot format. +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| +| \return no return +****************************************************************************/ void convert_to_tecplot(PARA_DATA *para, REAL **var) { int i, j, k; - int imax=para->geom->imax; - int jmax=para->geom->jmax; + int imax = para->geom->imax; + int jmax = para->geom->jmax; int kmax = para->geom->kmax; - int IMAX = imax+2, IJMAX = (imax+2)*(jmax+2); + int IMAX = imax + 2, IJMAX = (imax + 2) * (jmax + 2); REAL *u = var[VX], *v = var[VY], *w = var[VZ]; REAL *um = var[VXM], *vm = var[VYM], *wm = var[VZM]; REAL *p = var[IP], *d = var[Xi1]; @@ -228,33 +650,33 @@ void convert_to_tecplot(PARA_DATA *para, REAL **var) { /**************************************************************************** | Convert velocities ****************************************************************************/ - for(j=0; j<=jmax+1; j++) - for(k=0; k<=kmax+1; k++) { - u[IX(imax+1,j,k)] = u[IX(imax,j,k)]; - um[IX(imax+1,j,k)] = um[IX(imax,j,k)]; - for(i=imax; i>=1; i--) { - u[IX(i,j,k)] = (REAL) (0.5 * (u[IX(i,j,k)]+u[IX(i-1,j,k)])); - um[IX(i,j,k)] = (REAL) (0.5 * (um[IX(i,j,k)]+um[IX(i-1,j,k)])); + for (j = 0; j <= jmax + 1; j++) + for (k = 0; k <= kmax + 1; k++) { + u[IX(imax + 1, j, k)] = u[IX(imax, j, k)]; + um[IX(imax + 1, j, k)] = um[IX(imax, j, k)]; + for (i = imax; i >= 1; i--) { + u[IX(i, j, k)] = (REAL)(0.5 * (u[IX(i, j, k)] + u[IX(i - 1, j, k)])); + um[IX(i, j, k)] = (REAL)(0.5 * (um[IX(i, j, k)] + um[IX(i - 1, j, k)])); } } - for(i=0; i<=imax+1; i++) - for(k=0; k<=kmax+1; k++) { - v[IX(i,jmax+1,k)] = v[IX(i,jmax,k)]; - vm[IX(i,jmax+1,k)] = vm[IX(i,jmax,k)]; - for(j=jmax; j>=1; j--) { - v[IX(i,j,k)] = (REAL) (0.5 * (v[IX(i,j,k)]+v[IX(i,j-1,k)])); - vm[IX(i,j,k)] = (REAL) (0.5 * (vm[IX(i,j,k)]+vm[IX(i,j-1,k)])); + for (i = 0; i <= imax + 1; i++) + for (k = 0; k <= kmax + 1; k++) { + v[IX(i, jmax + 1, k)] = v[IX(i, jmax, k)]; + vm[IX(i, jmax + 1, k)] = vm[IX(i, jmax, k)]; + for (j = jmax; j >= 1; j--) { + v[IX(i, j, k)] = (REAL)(0.5 * (v[IX(i, j, k)] + v[IX(i, j - 1, k)])); + vm[IX(i, j, k)] = (REAL)(0.5 * (vm[IX(i, j, k)] + vm[IX(i, j - 1, k)])); } } - for(i=0; i<=imax+1; i++) - for(j=0; j<=jmax+1; j++) { - w[IX(i,j,kmax+1)] = w[IX(i,j,kmax)]; - wm[IX(i,j,kmax+1)] = wm[IX(i,j,kmax)]; - for(k=kmax; k>=1; k--) { - w[IX(i,j,k)] = (REAL) (0.5 * (w[IX(i,j,k)]+w[IX(i,j,k-1)])); - wm[IX(i,j,k)] = (REAL) (0.5 * (wm[IX(i,j,k)]+wm[IX(i,j,k-1)])); + for (i = 0; i <= imax + 1; i++) + for (j = 0; j <= jmax + 1; j++) { + w[IX(i, j, kmax + 1)] = w[IX(i, j, kmax)]; + wm[IX(i, j, kmax + 1)] = wm[IX(i, j, kmax)]; + for (k = kmax; k >= 1; k--) { + w[IX(i, j, k)] = (REAL)(0.5 * (w[IX(i, j, k)] + w[IX(i, j, k - 1)])); + wm[IX(i, j, k)] = (REAL)(0.5 * (wm[IX(i, j, k)] + wm[IX(i, j, k - 1)])); } } @@ -265,66 +687,78 @@ void convert_to_tecplot(PARA_DATA *para, REAL **var) { convert_to_tecplot_corners(para, var, d); convert_to_tecplot_corners(para, var, T); convert_to_tecplot_corners(para, var, Tm); -} /* End of convert_to_tecplot()*/ - - /* - * Convert the data at 8 corners to the format for Tecplot - * - * FFD uses staggered grid and Tecplot data is for collocated grid. - * This subroutine transfers the data from FFD format to Tecplot format. - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param psi Pointer to variable to be converted - * - * @return no return - */ +} /* End of convert_to_tecplot() */ + +/**************************************************************************** +| Convert the data at 8 corners to the format for Tecplot +| +| FFD uses staggered grid and Tecplot data is for collocated grid. +| This subroutine transfers the data from FFD format to Tecplot format. +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param psi Pointer to variable to be converted +| +| \return no return +****************************************************************************/ void convert_to_tecplot_corners(PARA_DATA *para, REAL **var, REAL *psi) { - int imax=para->geom->imax, jmax=para->geom->jmax; + int imax = para->geom->imax, jmax = para->geom->jmax; int kmax = para->geom->kmax; - int IMAX = imax+2, IJMAX = (imax+2)*(jmax+2); - - /*West-South-Back*/ - psi[IX(0,0,0)] = (psi[IX(0,1,0)] + psi[IX(1,0,0)] + psi[IX(0,0,1)]) / (REAL) 3.0; - /*West-North-Back*/ - psi[IX(0,jmax+1,0)] = ( psi[IX(1,jmax+1,0)] + psi[IX(0,jmax,0)] - + psi[IX(0,jmax+1,1)]) / (REAL) 3.0; - /*East-South-Back*/ - psi[IX(imax+1,0,0)] = ( psi[IX(imax,0,0)] + psi[IX(imax+1,1,0)] - + psi[IX(imax+1,0,1)]) / (REAL) 3.0; - /*East-North-Back*/ - psi[IX(imax+1,jmax+1,0)] = ( psi[IX(imax,jmax+1,0)] + psi[IX(imax+1,jmax,0)] - + psi[IX(imax+1,jmax+1,1)]) / (REAL) 3.0; - /*West-South-Front*/ - psi[IX(0,0,kmax+1)] = ( psi[IX(0,1,kmax+1)] + psi[IX(1,0,kmax+1)] - + psi[IX(0,0,kmax)]) / (REAL) 3.0; - /*West-North-Front*/ - psi[IX(0,jmax+1,kmax+1)] = ( psi[IX(1,jmax+1,kmax+1)] + psi[IX(0,jmax,kmax+1)] - + psi[IX(0,jmax+1,kmax)]) / (REAL) 3.0; - /*East-South-Front*/ - psi[IX(imax+1,0,kmax+1)] = ( psi[IX(imax,0,kmax+1)] + psi[IX(imax+1,1,kmax+1)] - + psi[IX(imax+1,0,kmax)]) / (REAL) 3.0; - /*Ease-North-Front*/ - psi[IX(imax+1,jmax+1,kmax+1)] = ( psi[IX(imax,jmax+1,0)] + psi[IX(imax+1,jmax,0)] - + psi[IX(imax+1,jmax+1,kmax)]) / (REAL) 3.0; -} /* End of convert_to_tecplot_corners()*/ - - /* - * Write the instantaneous value of variables in Tecplot format - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param name Pointer to the filename - * - * @return 0 if no error occurred - */ -int write_unsteady(PARA_DATA *para, REAL **var, char *name){ - int i,j,k; - int imax=para->geom->imax, jmax=para->geom->jmax; + int IMAX = imax + 2, IJMAX = (imax + 2) * (jmax + 2); + + /* West-South-Back */ + psi[IX(0, 0, 0)] = + (psi[IX(0, 1, 0)] + psi[IX(1, 0, 0)] + psi[IX(0, 0, 1)]) / (REAL)3.0; + /* West-North-Back */ + psi[IX(0, jmax + 1, 0)] = (psi[IX(1, jmax + 1, 0)] + psi[IX(0, jmax, 0)] + + psi[IX(0, jmax + 1, 1)]) / + (REAL)3.0; + /* East-South-Back */ + psi[IX(imax + 1, 0, 0)] = (psi[IX(imax, 0, 0)] + psi[IX(imax + 1, 1, 0)] + + psi[IX(imax + 1, 0, 1)]) / + (REAL)3.0; + /* East-North-Back */ + psi[IX(imax + 1, jmax + 1, 0)] = + (psi[IX(imax, jmax + 1, 0)] + psi[IX(imax + 1, jmax, 0)] + + psi[IX(imax + 1, jmax + 1, 1)]) / + (REAL)3.0; + /* West-South-Front */ + psi[IX(0, 0, kmax + 1)] = (psi[IX(0, 1, kmax + 1)] + psi[IX(1, 0, kmax + 1)] + + psi[IX(0, 0, kmax)]) / + (REAL)3.0; + /* West-North-Front */ + psi[IX(0, jmax + 1, kmax + 1)] = + (psi[IX(1, jmax + 1, kmax + 1)] + psi[IX(0, jmax, kmax + 1)] + + psi[IX(0, jmax + 1, kmax)]) / + (REAL)3.0; + /* East-South-Front */ + psi[IX(imax + 1, 0, kmax + 1)] = + (psi[IX(imax, 0, kmax + 1)] + psi[IX(imax + 1, 1, kmax + 1)] + + psi[IX(imax + 1, 0, kmax)]) / + (REAL)3.0; + /* Ease-North-Front */ + psi[IX(imax + 1, jmax + 1, kmax + 1)] = + (psi[IX(imax, jmax + 1, 0)] + psi[IX(imax + 1, jmax, 0)] + + psi[IX(imax + 1, jmax + 1, kmax)]) / + (REAL)3.0; +} /* End of convert_to_tecplot_corners() */ + +/**************************************************************************** +| Write the instantaneous value of variables in Tecplot format +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param name Pointer to the filename +| +| \return 0 if no error occurred +****************************************************************************/ +int write_unsteady(PARA_DATA *para, REAL **var, char *name) { + int i, j, k; + int imax = para->geom->imax, jmax = para->geom->jmax; int kmax = para->geom->kmax; - int IMAX = imax+2, IJMAX = (imax+2)*(jmax+2); + int IMAX = imax + 2, IJMAX = (imax + 2) * (jmax + 2); REAL *u = var[VX], *v = var[VY], *w = var[VZ], *p = var[IP]; - REAL *d = var[Xi1]; + REAL *d = var[Xi1]; REAL *T = var[TEMP]; char *filename; FILE *datafile; @@ -334,8 +768,8 @@ int write_unsteady(PARA_DATA *para, REAL **var, char *name){ | Length of filename should be sizeof(ActualName) + 1 | Using sizeof(ActualName) will cause memory fault in free(filename) ****************************************************************************/ - filename = (char *) malloc((strlen(name)+5)*sizeof(char)); - if(filename==NULL) { + filename = (char *)malloc((strlen(name) + 5) * sizeof(char)); + if (filename == NULL) { ffd_log("write_unsteady(): Failed to allocate memory for file name", FFD_ERROR); return 1; @@ -344,16 +778,18 @@ int write_unsteady(PARA_DATA *para, REAL **var, char *name){ strcpy(filename, name); strcat(filename, ".plt"); - /* Open output file*/ - if((datafile=fopen(filename,"w"))==NULL) { + /* Open output file */ + if ((datafile = fopen(filename, "w")) == NULL) { sprintf(msg, "write_unsteady(): Failed to open file %s.", filename); ffd_log(msg, FFD_ERROR); return 1; } FOR_ALL_CELL - fprintf( datafile, "%f\t%f\t%f\t",u[IX(i,j,k)], v[IX(i,j,k)], w[IX(i,j,k)]); - fprintf( datafile, "%f\t%f\t%f\n",T[IX(i,j,k)], d[IX(i,j,k)], p[IX(i,j,k)]); + fprintf(datafile, "%f\t%f\t%f\t", u[IX(i, j, k)], v[IX(i, j, k)], + w[IX(i, j, k)]); + fprintf(datafile, "%f\t%f\t%f\n", T[IX(i, j, k)], d[IX(i, j, k)], + p[IX(i, j, k)]); END_FOR sprintf(msg, "write_unsteady(): Wrote the unsteady data file %s.", filename); @@ -362,24 +798,24 @@ int write_unsteady(PARA_DATA *para, REAL **var, char *name){ free(filename); fclose(datafile); return 0; -} /*write_unsteady()*/ - - /* - * Write the data in a format for SCI program - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param name Pointer to the filename - * - * @return 0 if no error occurred - */ +} /* write_unsteady() */ + +/**************************************************************************** +| Write the data in a format for SCI program +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param name Pointer to the filename +| +| \return 0 if no error occurred +****************************************************************************/ int write_SCI(PARA_DATA *para, REAL **var, char *name) { int i, j, k; int IPR, IU, IV, IW, IT, IC1, IC2, IC3, IC4, IC5, IC6, IC7; - int imax=para->geom->imax, jmax=para->geom->jmax; + int imax = para->geom->imax, jmax = para->geom->jmax; int kmax = para->geom->kmax; - int IMAX = imax+2, IJMAX = (imax+2)*(jmax+2); - REAL *x = var[X], *y = var[Y], *z =var[Z]; + int IMAX = imax + 2, IJMAX = (imax + 2) * (jmax + 2); + REAL *x = var[X], *y = var[Y], *z = var[Z]; REAL *u = var[VX], *v = var[VY], *w = var[VZ], *p = var[IP]; REAL *um = var[VXM], *vm = var[VYM], *wm = var[VZM]; REAL *T = var[TEMP]; @@ -391,18 +827,17 @@ int write_SCI(PARA_DATA *para, REAL **var, char *name) { | Length of filename should be sizeof(ActualName) + 1 | Using sizeof(ActualName) will cause memory fault in free(filename) ****************************************************************************/ - filename = (char *) malloc((strlen(name)+5)*sizeof(char)); - if(filename==NULL) { - ffd_log("write_SCI(): Failed to allocate memory for file name", - FFD_ERROR); + filename = (char *)malloc((strlen(name) + 5) * sizeof(char)); + if (filename == NULL) { + ffd_log("write_SCI(): Failed to allocate memory for file name", FFD_ERROR); return 1; } strcpy(filename, name); strcat(filename, ".cfd"); - /* Open output file*/ - if((dataFile=fopen(filename,"w"))==NULL) { + /* Open output file */ + if ((dataFile = fopen(filename, "w")) == NULL) { sprintf(msg, "write_SCI(): Failed to open file %s.", filename); ffd_log(msg, FFD_ERROR); return 1; @@ -429,35 +864,35 @@ int write_SCI(PARA_DATA *para, REAL **var, char *name) { /**************************************************************************** | Convert variable value from cell surface to cell center ****************************************************************************/ - for(j=0; j<=jmax+1; j++) { - for(k=0; k<=kmax+1; k++) { - u[IX(imax+1,j,k)] = u[IX(imax,j,k)]; - um[IX(imax+1,j,k)] = um[IX(imax,j,k)]; - for(i=imax; i>=1; i--) { - u[IX(i,j,k)] = (REAL) 0.5 * (u[IX(i,j,k)]+u[IX(i-1,j,k)]); - um[IX(i,j,k)] = (REAL) 0.5 * (um[IX(i,j,k)]+um[IX(i-1,j,k)]); + for (j = 0; j <= jmax + 1; j++) { + for (k = 0; k <= kmax + 1; k++) { + u[IX(imax + 1, j, k)] = u[IX(imax, j, k)]; + um[IX(imax + 1, j, k)] = um[IX(imax, j, k)]; + for (i = imax; i >= 1; i--) { + u[IX(i, j, k)] = (REAL)0.5 * (u[IX(i, j, k)] + u[IX(i - 1, j, k)]); + um[IX(i, j, k)] = (REAL)0.5 * (um[IX(i, j, k)] + um[IX(i - 1, j, k)]); } } } - for(i=0; i<=imax+1; i++) { - for(k=0; k<=kmax+1; k++) { - v[IX(i,jmax+1,k)] = v[IX(i,jmax,k)]; - vm[IX(i,jmax+1,k)] = vm[IX(i,jmax,k)]; - for(j=jmax; j>=1; j--) { - v[IX(i,j,k)] = (REAL) 0.5 * (v[IX(i,j,k)]+v[IX(i,j-1,k)]); - vm[IX(i,j,k)] = (REAL) 0.5 * (vm[IX(i,j,k)]+vm[IX(i,j-1,k)]); - } + for (i = 0; i <= imax + 1; i++) { + for (k = 0; k <= kmax + 1; k++) { + v[IX(i, jmax + 1, k)] = v[IX(i, jmax, k)]; + vm[IX(i, jmax + 1, k)] = vm[IX(i, jmax, k)]; + for (j = jmax; j >= 1; j--) { + v[IX(i, j, k)] = (REAL)0.5 * (v[IX(i, j, k)] + v[IX(i, j - 1, k)]); + vm[IX(i, j, k)] = (REAL)0.5 * (vm[IX(i, j, k)] + vm[IX(i, j - 1, k)]); + } } } - for(i=0; i<=imax+1; i++) { - for(j=0; j<=jmax+1; j++) { - w[IX(i,j,kmax+1)] = w[IX(i,j,kmax)]; - wm[IX(i,j,kmax+1)] = wm[IX(i,j,kmax)]; - for(k=kmax; k>=1; k--) { - w[IX(i,j,k)] = (REAL) 0.5 * (w[IX(i,j,k)]+w[IX(i,j,k-1)]); - wm[IX(i,j,k)] = (REAL) 0.5 * (wm[IX(i,j,k)]+wm[IX(i,j,k-1)]); + for (i = 0; i <= imax + 1; i++) { + for (j = 0; j <= jmax + 1; j++) { + w[IX(i, j, kmax + 1)] = w[IX(i, j, kmax)]; + wm[IX(i, j, kmax + 1)] = wm[IX(i, j, kmax)]; + for (k = kmax; k >= 1; k--) { + w[IX(i, j, k)] = (REAL)0.5 * (w[IX(i, j, k)] + w[IX(i, j, k - 1)]); + wm[IX(i, j, k)] = (REAL)0.5 * (wm[IX(i, j, k)] + wm[IX(i, j, k - 1)]); } } } @@ -465,35 +900,48 @@ int write_SCI(PARA_DATA *para, REAL **var, char *name) { /**************************************************************************** | Compute pressure value for the corner of the domain ****************************************************************************/ - /*W-S-B*/ - p[IX(0,0,0)] = (p[IX(0,1,0)]+p[IX(1,0,0)]+p[IX(0,0,1)]) / (REAL) 3.0; - /*W-N-B*/ - p[IX(0,jmax+1,0)] = ( p[IX(1,jmax+1,0)]+p[IX(0,jmax,0)] - +p[IX(0,jmax+1,1)]) / (REAL) 3.0; - /*E-S-B*/ - p[IX(imax+1,0,0)] = ( p[IX(imax,0,0)]+p[IX(imax+1,1,0)] - +p[IX(imax+1,0,1)]) / (REAL) 3.0; - /*E-N-B*/ - p[IX(imax+1,jmax+1,0)] = ( p[IX(imax,jmax+1,0)]+p[IX(imax+1,jmax,0)] - +p[IX(imax+1,jmax+1,1)]) / (REAL) 3.0; - /*W-S-F*/ - p[IX(0,0,kmax+1)] = ( p[IX(0,1,kmax+1)]+p[IX(1,0,kmax+1)] - +p[IX(0,0,kmax)]) / (REAL) 3.0; - /*W-N-F*/ - p[IX(0,jmax+1,kmax+1)] = ( p[IX(1,jmax+1,kmax+1)]+p[IX(0,jmax,kmax+1)] - +p[IX(0,jmax+1,kmax)]) / (REAL) 3.0; - - /*E-S-F*/ - p[IX(imax+1,0,kmax+1)] = ( p[IX(imax,0,kmax+1)]+p[IX(imax+1,1,kmax+1)] - +p[IX(imax+1,0,kmax)]) / (REAL) 3.0; - /*E-N-F*/ - p[IX(imax+1,jmax+1,kmax+1)] = ( p[IX(imax,jmax+1,0)]+p[IX(imax+1,jmax,0)] - +p[IX(imax+1,jmax+1,kmax)]) / (REAL) 3.0; + /* W-S-B */ + p[IX(0, 0, 0)] = + (p[IX(0, 1, 0)] + p[IX(1, 0, 0)] + p[IX(0, 0, 1)]) / (REAL)3.0; + /* W-N-B */ + p[IX(0, jmax + 1, 0)] = + (p[IX(1, jmax + 1, 0)] + p[IX(0, jmax, 0)] + p[IX(0, jmax + 1, 1)]) / + (REAL)3.0; + /* E-S-B */ + p[IX(imax + 1, 0, 0)] = + (p[IX(imax, 0, 0)] + p[IX(imax + 1, 1, 0)] + p[IX(imax + 1, 0, 1)]) / + (REAL)3.0; + /* E-N-B */ + p[IX(imax + 1, jmax + 1, 0)] = + (p[IX(imax, jmax + 1, 0)] + p[IX(imax + 1, jmax, 0)] + + p[IX(imax + 1, jmax + 1, 1)]) / + (REAL)3.0; + /* W-S-F */ + p[IX(0, 0, kmax + 1)] = + (p[IX(0, 1, kmax + 1)] + p[IX(1, 0, kmax + 1)] + p[IX(0, 0, kmax)]) / + (REAL)3.0; + /* W-N-F */ + p[IX(0, jmax + 1, kmax + 1)] = + (p[IX(1, jmax + 1, kmax + 1)] + p[IX(0, jmax, kmax + 1)] + + p[IX(0, jmax + 1, kmax)]) / + (REAL)3.0; + + /* E-S-F */ + p[IX(imax + 1, 0, kmax + 1)] = + (p[IX(imax, 0, kmax + 1)] + p[IX(imax + 1, 1, kmax + 1)] + + p[IX(imax + 1, 0, kmax)]) / + (REAL)3.0; + /* E-N-F */ + p[IX(imax + 1, jmax + 1, kmax + 1)] = + (p[IX(imax, jmax + 1, 0)] + p[IX(imax + 1, jmax, 0)] + + p[IX(imax + 1, jmax + 1, kmax)]) / + (REAL)3.0; /**************************************************************************** | Output domain length in x, y, z direction ****************************************************************************/ - fprintf(dataFile, "%e\t%e\t%e\n", para->geom->Lx, para->geom->Ly, para->geom->Lz); + fprintf(dataFile, "%e\t%e\t%e\n", para->geom->Lx, para->geom->Ly, + para->geom->Lz); /**************************************************************************** | Output maximum cell number in x, y, z direction ****************************************************************************/ @@ -504,61 +952,61 @@ int write_SCI(PARA_DATA *para, REAL **var, char *name) { fprintf(dataFile, "%d\t%d\t%d\t%d\t%d\t%d\n", IPR, IU, IV, IW, IT, IC1); fprintf(dataFile, "%d\t%d\t%d\t%d\t%d\t%d\n", IC2, IC3, IC4, IC5, IC6, IC7); - /**************************************************************************** - | Output the coordinates of cell center in x, y, z direction - ****************************************************************************/ - for(i=1; i<=imax; i++) - fprintf(dataFile, "%e\t", x[IX(i,j,k)]); + /**************************************************************************** + | Output the coordinates of cell center in x, y, z direction + ****************************************************************************/ + for (i = 1; i <= imax; i++) + fprintf(dataFile, "%e\t", x[IX(i, j, k)]); fprintf(dataFile, "\n"); - for(j=1; j<=jmax; j++) - fprintf(dataFile, "%e\t", y[IX(i,j,k)]); + for (j = 1; j <= jmax; j++) + fprintf(dataFile, "%e\t", y[IX(i, j, k)]); fprintf(dataFile, "\n"); - for(k=1; k<=kmax; k++) - fprintf(dataFile, "%e\t", z[IX(i,j,k)]); + for (k = 1; k <= kmax; k++) + fprintf(dataFile, "%e\t", z[IX(i, j, k)]); fprintf(dataFile, "\n"); - /**************************************************************************** - | Output the variables - | p: Pressure - | U: Velocity in X direction - | V: Velocity in Y direction - | W: Velocity in Z direction - | T: Temperature - ****************************************************************************/ - for(j=1; j<=jmax; j++) - for(i=1; i<=imax; i++) { - fprintf(dataFile, "%d\t%d\n", i,j); - if(IPR==1) { - for(k=1; k<=kmax; k++) - fprintf(dataFile, "%e\t", p[IX(i,j,k)]); + /**************************************************************************** + | Output the variables + | p: Pressure + | U: Velocity in X direction + | V: Velocity in Y direction + | W: Velocity in Z direction + | T: Temperature + ****************************************************************************/ + for (j = 1; j <= jmax; j++) + for (i = 1; i <= imax; i++) { + fprintf(dataFile, "%d\t%d\n", i, j); + if (IPR == 1) { + for (k = 1; k <= kmax; k++) + fprintf(dataFile, "%e\t", p[IX(i, j, k)]); fprintf(dataFile, "\n"); } - if(IU==1) { - for(k=1; k<=kmax; k++) - fprintf(dataFile, "%e\t", u[IX(i,j,k)]); + if (IU == 1) { + for (k = 1; k <= kmax; k++) + fprintf(dataFile, "%e\t", u[IX(i, j, k)]); fprintf(dataFile, "\n"); } - if(IV==1) { - for(k=1; k<=kmax; k++) - fprintf(dataFile, "%e\t", v[IX(i,j,k)]); + if (IV == 1) { + for (k = 1; k <= kmax; k++) + fprintf(dataFile, "%e\t", v[IX(i, j, k)]); fprintf(dataFile, "\n"); } - if(IW==1) { - for(k=1; k<=kmax; k++) - fprintf(dataFile, "%e\t", w[IX(i,j,k)]); - fprintf(dataFile, "\n"); + if (IW == 1) { + for (k = 1; k <= kmax; k++) + fprintf(dataFile, "%e\t", w[IX(i, j, k)]); + fprintf(dataFile, "\n"); } - if(IT==1) { - for(k=1; k<=kmax; k++) - fprintf(dataFile, "%e\t", T[IX(i,j,k)]); + if (IT == 1) { + for (k = 1; k <= kmax; k++) + fprintf(dataFile, "%e\t", T[IX(i, j, k)]); fprintf(dataFile, "\n"); } - for(k=1; k<=kmax; k++) - fprintf(dataFile, "%e\t", T[IX(i,j,k)]); - fprintf(dataFile, "\n"); - /* Extra line because SCI reads turbulence intensity data*/ + for (k = 1; k <= kmax; k++) + fprintf(dataFile, "%e\t", T[IX(i, j, k)]); + fprintf(dataFile, "\n"); + /* Extra line because SCI reads turbulence intensity data */ } fclose(dataFile); @@ -567,4 +1015,4 @@ int write_SCI(PARA_DATA *para, REAL **var, char *name) { free(filename); return 0; -} /* End of write_SCI()*/ +} /* End of write_SCI() */ diff --git a/Buildings/Resources/src/FastFluidDynamics/data_writer.h b/Buildings/Resources/src/FastFluidDynamics/data_writer.h index 92b48ff6d1f..584750b1786 100644 --- a/Buildings/Resources/src/FastFluidDynamics/data_writer.h +++ b/Buildings/Resources/src/FastFluidDynamics/data_writer.h @@ -1,21 +1,24 @@ -/* - * - * @file data_write.h - * - * @brief Write the simulation data - * - * @author Mingang Jin, Qingyan Chen - * Purdue University - * Jin55@purdue.edu, YanChen@purdue.edu - * Wangda Zuo - * University of Miami - * W.Zuo@miami.edu - * - * @date 8/3/2013 - * - * This file provides functions that write the data file in different formats. - * - */ +/**************************************************************************** +| +| \file data_write.h +| +| \brief Write the simulation data +| +| \author Mingang Jin, Qingyan Chen +| Purdue University +| Jin55@purdue.edu, YanChen@purdue.edu +| Wangda Zuo +| University of Miami, University of Colorado Boulder +| W.Zuo@miami.edu, wangda.zuo@colorado.edu +| Wei Tian +| University of Miami, Schneider Electric +| w.tian@umiami.edu, Wei.Tian@Schneider-Electric.com +| +| \date 6/15/2017 +| +| This file provides functions that write the data file in different formats. +| +****************************************************************************/ #ifndef _DATA_WRITER_H #define _DATA_WRITER_H #endif @@ -32,73 +35,78 @@ FILE *file1; -/* - * Write standard output data in a format for tecplot - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param name Pointer to file name - * - * @return 0 if no error occurred - */ -int write_tecplot_data(PARA_DATA *para, REAL **var, char *name); +int data_debug(PARA_DATA *para, REAL **var, char *name); -/* - * Write all available data in a format for tecplot - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param name Pointer to file name - * - * @return 0 if no error occurred - */ -int write_tecplot_all_data(PARA_DATA *para, REAL **var, char *name); +/**************************************************************************** +| Write standard output data in a format for tecplot +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param name Pointer to file name +| +| \return 0 if no error occurred +****************************************************************************/ +int write_tecplot_data(PARA_DATA* para, REAL** var, char* name); -/* - * Convert the data to the format for Tecplot - * - * FFD uses staggered grid and Tecplot data is for collocated grid. - * This subroutine transfers the data from FFD format to Tecplot format. - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * - * @return no return - */ -void convert_to_tecplot(PARA_DATA *para, REAL **var); +/**************************************************************************** +| Write all available data in a format for tecplot +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param name Pointer to file name +| +| \return 0 if no error occurred +****************************************************************************/ +int write_tecplot_all_data(PARA_DATA* para, REAL** var, char* name); -/* - * Convert the data at 8 corners to the format for Tecplot - * - * FFD uses staggered grid and Tecplot data is for collocated grid. - * This subroutine transfers the data from FFD format to Tecplot format. - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param psi Pointer to variable to be converted - * - * @return no return - */ -void convert_to_tecplot_corners(PARA_DATA *para, REAL **var, REAL *psi); +/**************************************************************************** +| Convert the data to the format for Tecplot +| +| FFD uses staggered grid and Tecplot data is for collocated grid. +| This subroutine transfers the data from FFD format to Tecplot format. +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| +| \return no return +****************************************************************************/ +void convert_to_tecplot(PARA_DATA* para, REAL** var); -/* - * Write the instantaneous value of variables in Tecplot format - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param name Pointer to the filename - * - * @return 0 if no error occurred - */ -int write_unsteady(PARA_DATA *para, REAL **var, char *name); +/**************************************************************************** +| Convert the data at 8 corners to the format for Tecplot +| +| FFD uses staggered grid and Tecplot data is for collocated grid. +| This subroutine transfers the data from FFD format to Tecplot format. +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param psi Pointer to variable to be converted +| +| \return no return +****************************************************************************/ +void convert_to_tecplot_corners(PARA_DATA* para, REAL** var, REAL* psi); -/* - * Write the data in a format for SCI program - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param name Pointer to the filename - * - * @return 0 if no error occurred - */ -int write_SCI(PARA_DATA *para, REAL **var, char *name); +/**************************************************************************** +| Write the instantaneous value of variables in Tecplot format +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param name Pointer to the filename +| +| \return 0 if no error occurred +****************************************************************************/ +int write_unsteady(PARA_DATA* para, REAL** var, char* name); + +/**************************************************************************** +| Write the data in a format for SCI program +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param name Pointer to the filename +| +| \return 0 if no error occurred +****************************************************************************/ +int write_SCI(PARA_DATA* para, REAL** var, char* name); + +int write_vtk_data(PARA_DATA* para, REAL** var, char* name); +int write_vtk_fluid(PARA_DATA* para, REAL** var, char* name); diff --git a/Buildings/Resources/src/FastFluidDynamics/diffusion.c b/Buildings/Resources/src/FastFluidDynamics/diffusion.c index 0dee4ff2424..33880b0b2ee 100644 --- a/Buildings/Resources/src/FastFluidDynamics/diffusion.c +++ b/Buildings/Resources/src/FastFluidDynamics/diffusion.c @@ -1,38 +1,41 @@ -/* - * - * \file diffusion.c - * - * \brief Calculate the diffusion equation - * - * \author Mingang Jin, Qingyan Chen - * Purdue University - * Jin55@purdue.edu, YanChen@purdue.edu - * Wangda Zuo - * University of Miami - * W.Zuo@miami.edu - * - * \date 8/3/2013 - * - * This file provides functions that are used for calculating the diffusion - * equations. - * - */ +/**************************************************************************** +| +| \file diffusion.c +| +| \brief Calculate the diffusion equation +| +| \author Wangda Zuo +| University of Miami, University of Colorado Boulder +| W.Zuo@miami.edu, wangda.zuo@colorado.edu +| Mingang Jin, Qingyan Chen +| Purdue University +| Jin55@purdue.edu, YanChen@purdue.edu +| Wei Tian +| University of Miami, Schneider Electric +| w.tian@umiami.edu, Wei.Tian@Schneider-Electric.com +| +| \date 6/15/2017 +| +| This file provides functions that are used for calculating the diffusion +| equations. +| +****************************************************************************/ #include "diffusion.h" -/* - * Entrance of calculating diffusion equation - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param var_type Type of variable - * @param index Index of trace substance or species - * @param psi Pointer to the variable at current time step - * @param psi0 Pointer to the variable at previous time step - * @param BINDEX Pointer to boundary index - * - * @return 0 if no error occurred - */ +/**************************************************************************** +| Entrance of calculating diffusion equation +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param var_type Type of variable +| \param index Index of trace substance or species +| \param psi Pointer to the variable at current time step +| \param psi0 Pointer to the variable at previous time step +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +****************************************************************************/ int diffusion(PARA_DATA *para, REAL **var, int var_type, int index, REAL *psi, REAL *psi0, int **BINDEX) { int flag = 0; @@ -46,74 +49,32 @@ int diffusion(PARA_DATA *para, REAL **var, int var_type, int index, "diffusion equation.", FFD_ERROR); return flag; } - - /* Solve the equations*/ - if(equ_solver(para, var, var_type, psi)!=0) { + + /* Solve the equations */ + if(equ_solver(para, var, DIF, var_type, psi)!=0) { ffd_log("diffusion(): failed to solve the equation", FFD_ERROR); return 1; } - /* Define B.C.*/ + /* Define B.C. */ set_bnd(para, var, var_type, index, psi, BINDEX); - /* Check residual*/ - if(para->solv->check_residual==1) { - switch(var_type) { - case VX: - sprintf(msg, "diffusion(): Residual of VX is %f", - check_residual(para, var, psi)); - ffd_log(msg, FFD_NORMAL); - break; - case VY: - sprintf(msg, "diffusion(): Residual of VY is %f", - check_residual(para, var, psi)); - ffd_log(msg, FFD_NORMAL); - break; - case VZ: - sprintf(msg, "diffusion(): Residual of VZ is %f", - check_residual(para, var, psi)); - ffd_log(msg, FFD_NORMAL); - break; - case TEMP: - sprintf(msg, "diffusion(): Residual of T is %f", - check_residual(para, var, psi)); - ffd_log(msg, FFD_NORMAL); - break; - case Xi1: - case Xi2: - sprintf(msg, "diffusion(): Residual of Trace %d is %f", - index, check_residual(para, var, psi)); - ffd_log(msg, FFD_NORMAL); - break; - case C1: - case C2: - sprintf(msg, "diffusion(): Residual of Specie %d is %f", - index, check_residual(para, var, psi)); - ffd_log(msg, FFD_NORMAL); - default: - sprintf(msg, "diffusion(): No solver for variable type %d", - var_type); - ffd_log(msg, FFD_ERROR); - flag = 1; - } - } - return flag; -} /* End of diffusion( )*/ - - /* - * Calculate coefficients for diffusion equation solver - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param psi Pointer to the variable at current time step - * @param psi0 Pointer to the variable at previous time step - * @param var_type Type of variable - * @param index Index of trace substance or species - * @param BINDEX Pointer to boundary index - * - * @return 0 if no error occurred - */ +} /* End of diffusion( ) */ + +/**************************************************************************** +| Calculate coefficients for diffusion equation solver +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param psi Pointer to the variable at current time step +| \param psi0 Pointer to the variable at previous time step +| \param var_type Type of variable +| \param index Index of trace substance or species +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +****************************************************************************/ int coef_diff(PARA_DATA *para, REAL **var, REAL *psi, REAL *psi0, int var_type, int index, int **BINDEX) { int i, j, k; @@ -131,9 +92,10 @@ int coef_diff(PARA_DATA *para, REAL **var, REAL *psi, REAL *psi0, REAL Temp_Buoyancy = para->prob->Temp_Buoyancy; REAL gravx = para->prob->gravx, gravy = para->prob->gravy, gravz = para->prob->gravz; - REAL kapa; + REAL kapa, kapaE, kapaW, kapaN, kapaS, kapaF, kapaB; + REAL coef_CONSTANT = para->prob->coef_CONSTANT; - /* define kapa*/ + /* define kapa */ switch(var_type) { /*------------------------------------------------------------------------- | X-velocity @@ -142,7 +104,7 @@ int coef_diff(PARA_DATA *para, REAL **var, REAL *psi, REAL *psi0, if(para->prob->tur_model==LAM) kapa = para->prob->nu; else if(para->prob->tur_model==CONSTANT) - kapa = (REAL) 101.0 * para->prob->nu; + kapa = (REAL) coef_CONSTANT * para->prob->nu; FOR_U_CELL dxe = gx[IX(i+1,j ,k)] - gx[IX(i ,j,k)]; @@ -156,7 +118,7 @@ int coef_diff(PARA_DATA *para, REAL **var, REAL *psi, REAL *psi0, Dz = gz[IX(i,j,k)] - gz[IX(i,j,k-1)]; if(para->prob->tur_model==CHEN) - kapa = nu_t_chen_zero_equ(para, var, i, j, k); + kapa = nu_t_chen_zero_equ(para, var, i, j, k)+ para->prob->nu; aw[IX(i,j,k)] = kapa*Dy*Dz/dxw; ae[IX(i,j,k)] = kapa*Dy*Dz/dxe; @@ -169,6 +131,7 @@ int coef_diff(PARA_DATA *para, REAL **var, REAL *psi, REAL *psi0, - beta*gravx*(Temp[IX(i,j,k)]-Temp_Buoyancy)*Dx*Dy*Dz + (pp[IX(i,j,k)]-pp[IX(i+1,j,k)])*Dy*Dz; END_FOR + set_bnd(para, var, var_type, index, psi, BINDEX); /*set_bnd(para, var, var_type, psi, BINDEX);*/ FOR_U_CELL @@ -176,6 +139,10 @@ int coef_diff(PARA_DATA *para, REAL **var, REAL *psi, REAL *psi0, + an[IX(i,j,k)] + as[IX(i,j,k)] + af[IX(i,j,k)] + ab[IX(i,j,k)]; END_FOR + + + /* Add the source terms */ + source_diff(para, var, var_type, index); break; /*------------------------------------------------------------------------- | Y-velocity @@ -184,7 +151,7 @@ int coef_diff(PARA_DATA *para, REAL **var, REAL *psi, REAL *psi0, if(para->prob->tur_model==LAM) kapa = para->prob->nu; else if(para->prob->tur_model==CONSTANT) - kapa = (REAL) 101.0 * para->prob->nu; + kapa = (REAL) coef_CONSTANT * para->prob->nu; FOR_V_CELL dxe = x[IX(i+1,j,k)] - x[IX(i,j,k)]; @@ -198,7 +165,7 @@ int coef_diff(PARA_DATA *para, REAL **var, REAL *psi, REAL *psi0, Dz = gz[IX(i,j,k)] - gz[IX(i,j,k-1)]; if(para->prob->tur_model==CHEN) - kapa = nu_t_chen_zero_equ(para, var, i, j, k); + kapa = nu_t_chen_zero_equ(para, var, i, j, k) + para->prob->nu; aw[IX(i,j,k)] = kapa*Dy*Dz/dxw; ae[IX(i,j,k)] = kapa*Dy*Dz/dxe; @@ -211,6 +178,7 @@ int coef_diff(PARA_DATA *para, REAL **var, REAL *psi, REAL *psi0, - beta*gravy*(Temp[IX(i,j,k)]-Temp_Buoyancy)*Dx*Dy*Dz + (pp[IX(i,j,k)]-pp[IX(i ,j+1,k)])*Dx*Dz; END_FOR + set_bnd(para, var, var_type, index, psi, BINDEX); /*set_bnd(para, var, var_type, psi,BINDEX);*/ FOR_V_CELL @@ -218,6 +186,9 @@ int coef_diff(PARA_DATA *para, REAL **var, REAL *psi, REAL *psi0, + an[IX(i,j,k)] + as[IX(i,j,k)] + af[IX(i,j,k)] + ab[IX(i,j,k)]; END_FOR + + /* Add the source terms */ + source_diff(para, var, var_type, index); break; /*------------------------------------------------------------------------- | Z-velocity @@ -226,7 +197,7 @@ int coef_diff(PARA_DATA *para, REAL **var, REAL *psi, REAL *psi0, if(para->prob->tur_model==LAM) kapa = para->prob->nu; else if(para->prob->tur_model==CONSTANT) - kapa = (REAL) 101.0 * para->prob->nu; + kapa = (REAL) coef_CONSTANT * para->prob->nu; FOR_W_CELL dxe = x[IX(i+1,j,k)] - x[IX(i,j,k)]; @@ -240,7 +211,7 @@ int coef_diff(PARA_DATA *para, REAL **var, REAL *psi, REAL *psi0, Dz = z[IX(i,j,k+1)] - z[IX(i,j,k)]; if(para->prob->tur_model==CHEN) - kapa = nu_t_chen_zero_equ(para, var, i, j, k); + kapa = nu_t_chen_zero_equ(para, var, i, j, k) + para->prob->nu; aw[IX(i,j,k)] = kapa*Dy*Dz/dxw; ae[IX(i,j,k)] = kapa*Dy*Dz/dxe; @@ -253,6 +224,7 @@ int coef_diff(PARA_DATA *para, REAL **var, REAL *psi, REAL *psi0, - beta*gravz*(Temp[IX(i,j,k)]-Temp_Buoyancy)*Dx*Dy*Dz + (pp[IX(i,j,k)]-pp[IX(i ,j,k+1)])*Dy*Dx; END_FOR + set_bnd(para, var, var_type, index, psi, BINDEX); /*set_bnd(para, var, var_type, psi, BINDEX);*/ @@ -261,6 +233,9 @@ int coef_diff(PARA_DATA *para, REAL **var, REAL *psi, REAL *psi0, + an[IX(i,j,k)] + as[IX(i,j,k)] + af[IX(i,j,k)] + ab[IX(i,j,k)]; END_FOR + + /* Add the source terms */ + source_diff(para, var, var_type, index); break; /*------------------------------------------------------------------------- | Scalar Variable @@ -270,11 +245,13 @@ int coef_diff(PARA_DATA *para, REAL **var, REAL *psi, REAL *psi0, case Xi2: case C1: case C2: - if(para->prob->tur_model == LAM) - kapa = para->prob->alpha; - else if(para->prob->tur_model == CONSTANT) - kapa = (REAL) 101.0 * para->prob->alpha; - + + if (para->prob->tur_model == LAM) + kapa = para->prob->alpha; + + if (para->prob->tur_model == CONSTANT) + kapa = (REAL)coef_CONSTANT * para->prob->alpha; + FOR_EACH_CELL dxe = x[IX(i+1,j,k)] - x[IX(i,j,k)]; dxw = x[IX(i,j,k)] - x[IX(i-1,j,k)]; @@ -285,29 +262,59 @@ int coef_diff(PARA_DATA *para, REAL **var, REAL *psi, REAL *psi0, Dx = gx[IX(i,j,k)] - gx[IX(i-1,j,k)]; Dy = gy[IX(i,j,k)] - gy[IX(i,j-1,k)]; Dz = gz[IX(i,j,k)] - gz[IX(i,j,k-1)]; - - if(para->prob->tur_model==CHEN) - kapa = nu_t_chen_zero_equ(para, var, i, j, k); - - aw[IX(i,j,k)] = kapa*Dy*Dz/dxw; - ae[IX(i,j,k)] = kapa*Dy*Dz/dxe; - an[IX(i,j,k)] = kapa*Dx*Dz/dyn; - as[IX(i,j,k)] = kapa*Dx*Dz/dys; - af[IX(i,j,k)] = kapa*Dx*Dy/dzf; - ab[IX(i,j,k)] = kapa*Dx*Dy/dzb; + /************************important notes********************************* + | As the Chen's Zero Equation turbulence model is being using, the thermal + | diffusivity is not constant over the space any more. Acutally it has a + | non-uniform distribution over the space. Thus, when discretizing the equation + | it is crtical to averge the thermal diffusivity at two neibouring cells to + | calculate the value at the face. + | + | Failing to do this may result into the energy imbalance during the diffusion term. + | To put in other words, one may observe that the heat flux from the walls is not + | equal to the energy changing rate of the fluids. + | + | Author: Wei Tian, Wei.Tian@Schneider-Electric.com + | Date: 7/21/2017 + *******************************END**************************************/ + if (para->prob->tur_model == CHEN) { + kapa = nu_t_chen_zero_equ(para, var, i, j, k) + para->prob->nu; + kapaE = nu_t_chen_zero_equ(para, var, i + 1, j, k) + para->prob->nu; + kapaW = nu_t_chen_zero_equ(para, var, i - 1, j, k) + para->prob->nu; + kapaN = nu_t_chen_zero_equ(para, var, i, j + 1, k) + para->prob->nu; + kapaS = nu_t_chen_zero_equ(para, var, i, j - 1, k) + para->prob->nu; + kapaF = nu_t_chen_zero_equ(para, var, i, j, k + 1) + para->prob->nu; + kapaB = nu_t_chen_zero_equ(para, var, i, j, k - 1) + para->prob->nu; + aw[IX(i, j, k)] = 0.5*(kapa + kapaW)*Dy*Dz / dxw; + ae[IX(i, j, k)] = 0.5*(kapa + kapaE)*Dy*Dz / dxe; + an[IX(i, j, k)] = 0.5*(kapa + kapaN)*Dx*Dz / dyn; + as[IX(i, j, k)] = 0.5*(kapa + kapaS)*Dx*Dz / dys; + af[IX(i, j, k)] = 0.5*(kapa + kapaF)*Dx*Dy / dzf; + ab[IX(i, j, k)] = 0.5*(kapa + kapaB)*Dx*Dy / dzb; + } + else { + aw[IX(i, j, k)] = kapa*Dy*Dz / dxw; + ae[IX(i, j, k)] = kapa*Dy*Dz / dxe; + an[IX(i, j, k)] = kapa*Dx*Dz / dyn; + as[IX(i, j, k)] = kapa*Dx*Dz / dys; + af[IX(i, j, k)] = kapa*Dx*Dy / dzf; + ab[IX(i, j, k)] = kapa*Dx*Dy / dzb; + } + ap0[IX(i,j,k)] = Dx*Dy*Dz/dt; b[IX(i,j,k)] = psi0[IX(i,j,k)]*ap0[IX(i,j,k)]; END_FOR - /* Add the source terms*/ - source_diff(para, var, var_type, index); - /* Set boundary conditions*/ + /* Set boundary conditions */ set_bnd(para, var, var_type, index, psi, BINDEX); FOR_EACH_CELL ap[IX(i,j,k)] = ap0[IX(i,j,k)] + ae[IX(i,j,k)] + aw[IX(i,j,k)] + an[IX(i,j,k)] + as[IX(i,j,k)] + af[IX(i,j,k)] + ab[IX(i,j,k)]; END_FOR + + /* Add the source terms */ + source_diff(para, var, var_type, index); + break; default: sprintf(msg, "coe_diff(): No function for variable type %d", var_type); @@ -316,35 +323,39 @@ int coef_diff(PARA_DATA *para, REAL **var, REAL *psi, REAL *psi0, } return 0; -}/* End of coef_diff( )*/ - -/* - * Calculate source term in the diffusion equation - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param var_type Type of variable - * @param index Index of trace substances or species - * - * @return 0 if no error occurred - */ +}/* End of coef_diff( ) */ + +/**************************************************************************** +| Calculate source term in the diffusion equation +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param var_type Type of variable +| \param index Index of trace substances or species +| +| \return 0 if no error occurred +****************************************************************************/ int source_diff(PARA_DATA *para, REAL **var, int var_type, int index) { int i, j, k; int imax = para->geom->imax, jmax = para->geom->jmax; int kmax = para->geom->kmax; int IMAX = imax+2, IJMAX = (imax+2)*(jmax+2); REAL *b = var[B]; + REAL *ap = var[AP]; FOR_EACH_CELL switch(var_type) { case VX: b[IX(i,j,k)] += var[VXS][IX(i,j,k)]; + ap[IX(i,j,k)] += var[APXS][IX(i,j,k)]; break; case VY: b[IX(i,j,k)] += var[VYS][IX(i,j,k)]; + ap[IX(i,j,k)] += var[APYS][IX(i,j,k)]; break; case VZ: b[IX(i,j,k)] += var[VZS][IX(i,j,k)]; + ap[IX(i,j,k)] += var[APZS][IX(i,j,k)]; break; case TEMP: b[IX(i,j,k)] += var[TEMPS][IX(i,j,k)]/(para->prob->rho*para->prob->Cp); @@ -361,4 +372,4 @@ int source_diff(PARA_DATA *para, REAL **var, int var_type, int index) { END_FOR return 0; -} /* End of source_diff()*/ +} /* End of source_diff() */ diff --git a/Buildings/Resources/src/FastFluidDynamics/diffusion.h b/Buildings/Resources/src/FastFluidDynamics/diffusion.h index 7203de525f8..610d4328c95 100644 --- a/Buildings/Resources/src/FastFluidDynamics/diffusion.h +++ b/Buildings/Resources/src/FastFluidDynamics/diffusion.h @@ -1,22 +1,25 @@ -/* - * - * @file diffusion.h - * - * @brief Calculate the diffusion equation - * - * @author Mingang Jin, Qingyan Chen - * Purdue University - * Jin55@purdue.edu, YanChen@purdue.edu - * Wangda Zuo - * University of Miami - * W.Zuo@miami.edu - * - * @date 8/3/2013 - * - * This file provides functions that are used for calculating the diffusion - * equations. - * - */ +/**************************************************************************** +| +| \file diffusion.h +| +| \brief Calculate the diffusion equation +| +| \author Wangda Zuo +| University of Miami, University of Colorado Boulder +| W.Zuo@miami.edu, wangda.zuo@colorado.edu +| Mingang Jin, Qingyan Chen +| Purdue University +| Jin55@purdue.edu, YanChen@purdue.edu +| Wei Tian +| University of Miami, Schneider Electric +| w.tian@umiami.edu, Wei.Tian@Schneider-Electric.com +| +| \date 6/15/2017 +| +| This file provides functions that are used for calculating the diffusion +| equations. +| +****************************************************************************/ #ifndef _DIFFUSION_H_ #define _DIFFUSION_H_ #endif @@ -46,46 +49,48 @@ #include "chen_zero_equ_model.h" #endif -/* - * Entrance of calculating diffusion equation - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param var_type Type of variable - * @param index Index of trace substance or species - * @param psi Pointer to the variable at current time step - * @param psi0 Pointer to the variable at previous time step - * @param BINDEX Pointer to boundary index - * - * @return 0 if no error occurred - */ -int diffusion(PARA_DATA *para, REAL **var, int var_type, int index, - REAL *psi, REAL *psi0, int **BINDEX); -/* - * Calculate coefficients for diffusion equation solver - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param psi Pointer to the variable at current time step - * @param psi0 Pointer to the variable at previous time step - * @param var_type Type of variable - * @param index Index of trace substance or species - * @param BINDEX Pointer to boundary index - * - * @return 0 if no error occurred - */ -int coef_diff(PARA_DATA *para, REAL **var, REAL *psi, REAL *psi0, - int var_type, int index, int **BINDEX); +/**************************************************************************** +| Entrance of calculating diffusion equation +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param var_type Type of variable +| \param index Index of trace substance or species +| \param psi Pointer to the variable at current time step +| \param psi0 Pointer to the variable at previous time step +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +****************************************************************************/ +int diffusion(PARA_DATA* para, REAL** var, int var_type, int index, + REAL* psi, REAL* psi0, int** BINDEX); + +/**************************************************************************** +| Calculate coefficients for diffusion equation solver +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param psi Pointer to the variable at current time step +| \param psi0 Pointer to the variable at previous time step +| \param var_type Type of variable +| \param index Index of trace substance or species +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +****************************************************************************/ +int coef_diff(PARA_DATA* para, REAL** var, REAL* psi, REAL* psi0, + int var_type, int index, int** BINDEX); + +/**************************************************************************** +| Calculate source term in the diffusion equation +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param var_type Type of variable +| \param index Index of trace substances or species +| +| \return 0 if no error occurred +****************************************************************************/ +int source_diff(PARA_DATA* para, REAL** var, int var_type, int index); -/* - * Calculate source term in the diffusion equation - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param var_type Type of variable - * @param index Index of trace substances or species - * - * @return 0 if no error occurred - */ -int source_diff(PARA_DATA *para, REAL **var, int var_type, int index); diff --git a/Buildings/Resources/src/FastFluidDynamics/ffd.c b/Buildings/Resources/src/FastFluidDynamics/ffd.c index a893a378c98..cfe30033420 100644 --- a/Buildings/Resources/src/FastFluidDynamics/ffd.c +++ b/Buildings/Resources/src/FastFluidDynamics/ffd.c @@ -1,26 +1,32 @@ -/* - * - * \file ffd.c - * - * \brief Main routine of Fast Fluid Dynamics - * - * \author Wangda Zuo - * University of Miami - * W.Zuo@miami.edu - * Mingang Jin, Qingyan Chen - * Purdue University - * Jin55@purdue.edu, YanChen@purdue.edu - * - * \date 8/3/2013 - * - */ +/**************************************************************************** +| +| \file ffd.c +| +| \brief Main routine of Fast Fluid Dynamics +| +| \author Wangda Zuo +| University of Miami, University of Colorado Boulder +| W.Zuo@miami.edu, wangda.zuo@colorado.edu +| Mingang Jin, Qingyan Chen +| Purdue University +| Jin55@purdue.edu, YanChen@purdue.edu +| Wei Tian +| University of Miami, Schneider Electric +| w.tian@umiami.edu, Wei.Tian@Schneider-Electric.com +| Xu Han +| University of Colorado Boulder +| xuha3556@colorado.edu +| +| \date 4/5/2020 +| +****************************************************************************/ #include "ffd.h" /* global variables */ -REAL **var; -int **BINDEX; -REAL *locmin,*locmax; +REAL** var; +int** BINDEX; +REAL* locmin, * locmax; static PARA_DATA para; static GEOM_DATA geom; static PROB_DATA prob; @@ -34,66 +40,74 @@ static INIT_DATA init; clock_t start, end; -/* - * Allcoate memory for variables - * - * @param para Pointer to FFD parameters - * - * @return No return needed - */ -int allocate_memory (PARA_DATA *para) { - - int nb_var, i; - int size = (geom.imax+2) * (geom.jmax+2) * (geom.kmax+2); - - /**************************************************************************** - | Allocate memory for variables - ****************************************************************************/ - nb_var = C2BC+1; - var = (REAL **) malloc ( nb_var*sizeof(REAL*) ); - if(var==NULL) { - ffd_log("allocate_memory(): Could not allocate memory for var.", - FFD_ERROR); - return 1; - } +/**************************************************************************** +| Allcoate memory for variables +| +| \param para Pointer to FFD parameters +| +| \return No return needed +****************************************************************************/ +int allocate_memory(PARA_DATA* para) { - for(i=0; ipara->ffdError = 1; - return 1; - } - else - return 0; + if (ffd(1) != 0) { + cosim->para->ffdError = 1; + return 1; + } + else + return 0; } /* End of ffd_cosimulation()*/ - /* - * Main routine of FFD - * - * @para coupled simulation Integer to identify the simulation type - * - * @return 0 if no error occurred - */ +/**************************************************************************** +| Main routine of FFD +| +| \para coupled simulation Integer to identify the simulation type +| +| \return 0 if no error occurred +****************************************************************************/ int ffd(int cosimulation) { -/*#ifndef _MSC_VER //Linux*/ -/* //Initialize glut library*/ -/* char fakeParam[] = "fake";*/ -/* char *fakeargv[] = { fakeParam, NULL };*/ -/* int fakeargc = 1;*/ -/* glutInit( &fakeargc, fakeargv );*/ -/*#endif*/ - - /* Initialize the parameters*/ + /*#ifndef _MSC_VER /*Linux*/ + /*Initialize glut library*/ + /*char fakeParam[] = "fake"; + char *fakeargv[] = { fakeParam, NULL }; + int fakeargc = 1; + glutInit( &fakeargc, fakeargv ); + #endif*/ + + /* Initialize the parameters */ para.geom = &geom; para.inpu = &inpu; para.outp = &outp1; @@ -143,12 +157,14 @@ int ffd(int cosimulation) { /* Stand alone simulation: 0; Cosimulaiton: 1*/ para.solv->cosimulation = cosimulation; + ffd_log("Start running Fast Fluid Dynamics simulation", FFD_NEW); + if(initialize(¶)!=0) { ffd_log("ffd(): Could not initialize simulation parameters.", FFD_ERROR); return 1; } - /* Overwrite the mesh and simulation data using SCI generated file*/ + /* Overwrite the mesh and simulation data using SCI generated file */ if(para.inpu->parameter_file_format == SCI) { if(read_sci_max(¶, var)!=0) { ffd_log("ffd(): Could not read SCI data.", FFD_ERROR); @@ -156,92 +172,109 @@ int ffd(int cosimulation) { } } - /* Allocate memory for the variables*/ - if(allocate_memory(¶)!=0) { - ffd_log("ffd(): Could not allocate memory for the simulation.", FFD_ERROR); - return 1; + /* Allocate memory for the variables */ + if (allocate_memory(¶) != 0) { + ffd_log("ffd(): Could not allocate memory for the simulation.", FFD_ERROR); + return 1; } - /* Set the initial values for the simulation data*/ - if(set_initial_data(¶, var, BINDEX)) { - ffd_log("ffd(): Could not set initial data.", FFD_ERROR); - return 1; + /* Set the initial values for the simulation data */ + if (set_initial_data(¶, var, BINDEX)) { + ffd_log("ffd(): Could not set initial data.", FFD_ERROR); + return 1; } - /* Read previous simulation data as initial values*/ - if(para.inpu->read_old_ffd_file==1) read_ffd_data(¶, var); + /* Read previous simulation data as initial values */ + if (para.inpu->read_old_ffd_file == 1) read_ffd_data(¶, var); ffd_log("ffd.c: Start FFD solver.", FFD_NORMAL); /*write_tecplot_data(¶, var, "initial");*/ - /* Solve the problem*/ - /*if(para.outp->version==DEMO) {*/ - /* open_glut_window();*/ - /* glutMainLoop();*/ - /*}*/ - /*else*/ + /*para.mytime->t_start = clock();*/ + /*printf ("the time start simulation is %lf\n", para.mytime->t_start);*/ + + /* Launch FFD core */ if(FFD_solver(¶, var, BINDEX)!=0) { - ffd_log("ffd(): FFD solver failed.", FFD_ERROR); - return 1; + ffd_log("ffd(): FFD solver failed.", FFD_ERROR); + return 1; } /*--------------------------------------------------------------------------- | Post Process ---------------------------------------------------------------------------*/ - /* Calculate mean value*/ + /* Calculate mean value */ if(para.outp->cal_mean == 1) average_time(¶, var); - if(write_unsteady(¶, var, "unsteady")!=0) { +#ifdef FFD_ISAT + /* Write output data to ffdoutput[] */ + if (write_output_data(¶, var, BINDEX)) { + ffd_log("ffd(): Could not write output data to ISAT.", FFD_ERROR); + return 1; + } + ffd_log("ffd(): successfully write ouput data to ISAT.", FFD_NORMAL); +#endif + + /*if(write_unsteady(¶, var, "unsteady")!=0) { ffd_log("FFD_solver(): Could not write the file unsteady.plt.", FFD_ERROR); return 1; + }*/ + + if (para.solv->cosimulation != 1) { + if (para.outp->result_file == VTK) { + if (write_vtk_data(¶, var, "result") != 0) { + ffd_log("FFD_solver(): Could not write the result file.", FFD_ERROR); + return 1; + } + } + else if (para.outp->result_file == PLT) { + if (write_tecplot_data(¶, var, "result") != 0) { + ffd_log("FFD_solver(): Could not write the result file.", FFD_ERROR); + return 1; + } + } } + + /* Write the data in SCI format */ + /*write_SCI(¶, var, "output");*/ + - if(write_tecplot_data(¶, var, "result")!=0) { - ffd_log("FFD_solver(): Could not write the file result.plt.", FFD_ERROR); - return 1; - } - - if(para.outp->version == DEBUG) - write_tecplot_all_data(¶, var, "result_all"); - - /* Write the data in SCI format*/ - write_SCI(¶, var, "output"); - - /* Free the memory*/ + /* Free the memory */ free_data(var); free_index(BINDEX); /* Inform Modelica the stopping command has been received*/ - if(para.solv->cosimulation==1) { - para.cosim->para->flag = 2; - ffd_log("ffd(): Sent stopping signal to Modelica", FFD_NORMAL); +#ifndef FFD_ISAT + if (para.solv->cosimulation == 1) { + para.cosim->para->flag = 2; + ffd_log("ffd(): Sent stopping signal to Modelica", FFD_NORMAL); } +#endif return 0; -} /* End of ffd( )*/ +} /* End of ffd( ) */ - /* +/* * Write error message to Modelica * * @para msg Pointer to message to be written. * * @return no return */ -void modelicaError(char *msg) { +void modelicaError(char* msg) { /*Allocate memory for cosim->ffd->msg*/ - para.cosim->ffd->msg = (char *) malloc(400*sizeof(char)); - if (para.cosim->ffd->msg == NULL){ + para.cosim->ffd->msg = (char*)malloc(400 * sizeof(char)); + if (para.cosim->ffd->msg == NULL) { ffd_log("ffd(): Failed to allocate memory for cosim->ffd->msg", FFD_ERROR); - } - - strcpy(para.cosim->ffd->msg, msg); - /* Write the command to stop the cosimulation*/ - para.cosim->para->flag = 2; - /* Indicate there is an error*/ - para.cosim->para->ffdError = 1; - - /*Free memory for cosim->ffd->msg*/ + } + + strcpy(para.cosim->ffd->msg, msg); + /* Write the command to stop the cosimulation*/ + para.cosim->para->flag = 2; + /* Indicate there is an error*/ + para.cosim->para->ffdError = 1; + + /*Free memory for cosim->ffd->msg*/ free(para.cosim->ffd->msg); - -} /* End of modelicaError*/ + +} /* End of modelicaError*/ \ No newline at end of file diff --git a/Buildings/Resources/src/FastFluidDynamics/ffd.h b/Buildings/Resources/src/FastFluidDynamics/ffd.h index 35a9656b6fb..cd3cb4b5089 100644 --- a/Buildings/Resources/src/FastFluidDynamics/ffd.h +++ b/Buildings/Resources/src/FastFluidDynamics/ffd.h @@ -1,19 +1,25 @@ -/* - * - * @file ffd.h - * - * @brief Main routine of Fast Fluid Dynamics - * - * @author Wangda Zuo - * University of Miami - * W.Zuo@miami.edu - * Mingang Jin, Qingyan Chen - * Purdue University - * Jin55@purdue.edu, YanChen@purdue.edu - * - * @date 8/3/2013 - * - */ +/**************************************************************************** +| +| \file ffd.h +| +| \brief Main routine of Fast Fluid Dynamics +| +| \author Wangda Zuo +| University of Miami, University of Colorado Boulder +| W.Zuo@miami.edu, wangda.zuo@colorado.edu +| Mingang Jin, Qingyan Chen +| Purdue University +| Jin55@purdue.edu, YanChen@purdue.edu +| Wei Tian +| University of Miami, Schneider Electric +| w.tian@umiami.edu, Wei.Tian@Schneider-Electric.com +| Xu Han +| University of Colorado Boulder +| xuha3556@colorado.edu +| +| \date 4/5/2020 +| +****************************************************************************/ #ifndef _FFD_H #define _FFD_H #endif @@ -23,10 +29,12 @@ #include "data_structure.h" #endif +#ifndef FFD_ISAT #ifndef _FFD_DLL_H #define FFD_DLL_H #include "ffd_dll.h" #endif +#endif #ifndef _TIMING_H #define _TIMING_H @@ -54,37 +62,39 @@ #endif /* - * Assign the parameter for coupled simulation - * - * @para cosim Pointer to the coupled simulation parameters - * - * @return 0 if no error occurred - */ -int ffd_cosimulation(CosimulationData *cosim); +* Assign the parameter for coupled simulation +* +* @para cosim Pointer to the coupled simulation parameters +* +* @return 0 if no error occurred +*/ +int ffd_cosimulation(CosimulationData * cosim); -/* - * Main routine of FFD - * - * @para coupled simulation Integer to identify the simulation type - * - * @return 0 if no error occurred - */ +/**************************************************************************** +| Main routine of FFD +| +| \para coupled simulation Integer to identify the simulation type +| +| \return 0 if no error occurred +****************************************************************************/ int ffd(int cosimulation); -/* - * Allocate memory for variables - * - * @param para Pointer to FFD parameters - * - * @return No return needed - */ -int allocate_memory (PARA_DATA *para); +/**************************************************************************** +| Allocate memory for variables +| +| \param para Pointer to FFD parameters +| +| \return No return needed +****************************************************************************/ +int allocate_memory(PARA_DATA* para); -/* - * Write error message to Modelica - * - * @para msg Pointer to message to be written. - * - * @return no return - */ +/**************************************************************************** +| Write error message to Modelica +| +| \para msg Pointer to message to be written. +| +| \return no return +****************************************************************************/ void modelicaError(char *msg); + + diff --git a/Buildings/Resources/src/FastFluidDynamics/ffd_data_reader.c b/Buildings/Resources/src/FastFluidDynamics/ffd_data_reader.c index 6062759dd13..150d975d51a 100644 --- a/Buildings/Resources/src/FastFluidDynamics/ffd_data_reader.c +++ b/Buildings/Resources/src/FastFluidDynamics/ffd_data_reader.c @@ -1,30 +1,33 @@ -/* - * - * \file ffd_data_reader.c - * - * \brief Read the previous FFD result file (Tecplot format) - * - * \author Wangda Zuo - * University of Miami - * W.Zuo@miami.edu - * Mingang Jin, Qingyan Chen - * Purdue University - * Jin55@purdue.edu, YanChen@purdue.edu - * - * \date 8/3/2013 - * - */ +/**************************************************************************** +| +| \file ffd_data_reader.c +| +| \brief Read the previous FFD result file (Tecplot format) +| +| \author Wangda Zuo +| University of Miami, University of Colorado Boulder +| W.Zuo@miami.edu, wangda.zuo@colorado.edu +| Mingang Jin, Qingyan Chen +| Purdue University +| Jin55@purdue.edu, YanChen@purdue.edu +| Wei Tian +| University of Miami, Schneider Electric +| w.tian@umiami.edu, Wei.Tian@Schneider-Electric.com +| +| \date 6/15/2017 +| +****************************************************************************/ #include "ffd_data_reader.h" -/* - * Read the previous FFD simulation data in a format of standard output - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * - * @return 0 if no error occurred - */ +/**************************************************************************** +| Read the previous FFD simulation data in a format of standard output +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| +| \return 0 if no error occurred +****************************************************************************/ int read_ffd_data(PARA_DATA *para, REAL **var) { int i,j, k; int imax = para->geom->imax; @@ -52,4 +55,5 @@ int read_ffd_data(PARA_DATA *para, REAL **var) { para->inpu->old_ffd_file_name); ffd_log(msg, FFD_NORMAL); return 0; -} /* End of read_ffd_data()*/ +} /* End of read_ffd_data() */ + diff --git a/Buildings/Resources/src/FastFluidDynamics/ffd_data_reader.h b/Buildings/Resources/src/FastFluidDynamics/ffd_data_reader.h index 2fdd1e6a57a..f43e0213c50 100644 --- a/Buildings/Resources/src/FastFluidDynamics/ffd_data_reader.h +++ b/Buildings/Resources/src/FastFluidDynamics/ffd_data_reader.h @@ -1,19 +1,22 @@ -/* - * - * @file ffd_data_reader.h - * - * @brief Read the previous FFD result file (Tecplot format) - * - * @author Wangda Zuo - * University of Miami - * W.Zuo@miami.edu - * Mingang Jin, Qingyan Chen - * Purdue University - * Jin55@purdue.edu, YanChen@purdue.edu - * - * @date 8/3/2013 - * - */ +/**************************************************************************** +| +| \file ffd_data_reader.h +| +| \brief Read the previous FFD result file (Tecplot format) +| +| \author Wangda Zuo +| University of Miami, University of Colorado Boulder +| W.Zuo@miami.edu, wangda.zuo@colorado.edu +| Mingang Jin, Qingyan Chen +| Purdue University +| Jin55@purdue.edu, YanChen@purdue.edu +| Wei Tian +| University of Miami, Schneider Electric +| w.tian@umiami.edu, Wei.Tian@Schneider-Electric.com +| +| \date 6/15/2017 +| +****************************************************************************/ #ifndef _FFD_DATA_READER_H #define _FFD_DATA_READER_H @@ -26,14 +29,16 @@ #include "utility.h" -FILE *file_old_ffd; +FILE* file_old_ffd; -/* - * Read the previous FFD simulation data in a format of standard output - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * - * @return 0 if no error occurred - */ +/**************************************************************************** +| Read the previous FFD simulation data in a format of standard output +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| +| \return 0 if no error occurred +****************************************************************************/ int read_ffd_data(PARA_DATA *para, REAL **var); + + diff --git a/Buildings/Resources/src/FastFluidDynamics/geometry.c b/Buildings/Resources/src/FastFluidDynamics/geometry.c index 123222aeee8..34dddf9d283 100644 --- a/Buildings/Resources/src/FastFluidDynamics/geometry.c +++ b/Buildings/Resources/src/FastFluidDynamics/geometry.c @@ -1,27 +1,30 @@ -/* - * - * \file geometry.c - * - * \brief Calculate the geometry related information - * - * \author Wangda Zuo - * University of Miami - * W.Zuo@miami.edu - * - * \date 8/3/2013 - * - */ +/**************************************************************************** +| +| \file geometry.c +| +| \brief Calculate the geometry related information +| +| \author Wangda Zuo +| University of Miami, University of Colorado Boulder +| W.Zuo@miami.edu, wangda.zuo@colorado.edu +| Wei Tian +| University of Miami, Schneider Electric +| w.tian@umiami.edu, Wei.Tian@Schneider-Electric.com +| +| \date 6/15/2017 +| +****************************************************************************/ #include "geometry.h" -/* - * Calculate total fluid volume in the space - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * - * @return Volume weighted average - */ +/**************************************************************************** +| Calculate total fluid volume in the space +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| +| \return Volume weighted average +****************************************************************************/ REAL fluid_volume(PARA_DATA *para, REAL **var) { int imax = para->geom->imax, jmax = para->geom->jmax; int kmax = para->geom->kmax; @@ -38,87 +41,85 @@ REAL fluid_volume(PARA_DATA *para, REAL **var) { END_FOR return V; -}/* End of fluid_volume( )*/ +}/* End of fluid_volume( ) */ -/* - * Calculate the volume of control volume (i,j,k) - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param i I-index of the control volume - * @param j J-index of the control volume - * @param K K-index of the control volume - * - * @return Volume - */ +/**************************************************************************** +| Calculate the volume of control volume (i,j,k) +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param i I-index of the control volume +| \param j J-index of the control volume +| \param K K-index of the control volume +| +| \return Volume +****************************************************************************/ REAL vol(PARA_DATA *para, REAL **var, int i, int j, int k) { return area_xy(para, var, i, j, k) * length_z(para, var, i, j, k); -} /* End of vol()*/ +} /* End of vol() */ - /* - * Calculate the XY area of control volume (i,j,k) - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param i I-index of the control volume - * @param j J-index of the control volume - * @param K K-index of the control volume - * - * @return Area of XY surface - */ +/**************************************************************************** +| Calculate the XY area of control volume (i,j,k) +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param i I-index of the control volume +| \param j J-index of the control volume +| \param K K-index of the control volume +| +| \return Area of XY surface +****************************************************************************/ REAL area_xy(PARA_DATA *para, REAL **var, int i, int j, int k) { return length_x(para, var, i, j, k) * length_y(para, var, i, j, k); -} /* End of area_xy()*/ +} /* End of area_xy() */ - /* - * Calculate the YZ area of control volume (i,j,k) - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param i I-index of the control volume - * @param j J-index of the control volume - * @param K K-index of the control volume - * - * @return Area of YZ surface - */ +/**************************************************************************** +| Calculate the YZ area of control volume (i,j,k) +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param i I-index of the control volume +| \param j J-index of the control volume +| \param K K-index of the control volume +| +| \return Area of YZ surface +****************************************************************************/ REAL area_yz(PARA_DATA *para, REAL **var, int i, int j, int k) { return length_y(para, var, i, j, k) * length_z(para, var, i, j, k); -} /* End of area_yz();*/ +} /* End of area_yz(); */ - /* - * Calculate the ZX area of control volume (i,j,k) - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param i I-index of the control volume - * @param j J-index of the control volume - * @param K K-index of the control volume - * - * @return Area of ZX surface - */ +/**************************************************************************** +| Calculate the ZX area of control volume (i,j,k) +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param i I-index of the control volume +| \param j J-index of the control volume +| \param K K-index of the control volume +| +| \return Area of ZX surface +****************************************************************************/ REAL area_zx(PARA_DATA *para, REAL **var, int i, int j, int k) { return length_z(para, var, i, j, k) * length_x(para, var, i, j, k); -} /* End of area_zx()*/ +} /* End of area_zx() */ - /* - * Calculate the X-length of control volume (i,j,k) - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param i I-index of the control volume - * @param j J-index of the control volume - * @param K K-index of the control volume - * @param IMAX Value of imax+2 - * @param IMAX Value of (imax+2)*(jmax+2) - * - * @return Length in X-direction - */ +/**************************************************************************** +| Calculate the X-length of control volume (i,j,k) +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param i I-index of the control volume +| \param j J-index of the control volume +| \param K K-index of the control volume +| +| \return Length in X-direction +****************************************************************************/ REAL length_x(PARA_DATA *para, REAL **var, int i, int j, int k) { int imax = para->geom->imax, jmax = para->geom->jmax; int IMAX = imax+2, IJMAX = (imax+2)*(jmax+2); @@ -127,19 +128,19 @@ REAL length_x(PARA_DATA *para, REAL **var, int i, int j, int k) { return 0; else return (REAL) fabs(var[GX][IX(i,j,k)]-var[GX][IX(i-1,j,k)]); -} /* End of length_x()*/ +} /* End of length_x() */ - /* - * Calculate the Y-length of control volume (i,j,k) - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param i I-index of the control volume - * @param j J-index of the control volume - * @param K K-index of the control volume - * - * @return Length in Y-direction - */ +/**************************************************************************** +| Calculate the Y-length of control volume (i,j,k) +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param i I-index of the control volume +| \param j J-index of the control volume +| \param K K-index of the control volume +| +| \return Length in Y-direction +****************************************************************************/ REAL length_y(PARA_DATA *para, REAL **var, int i, int j, int k) { int imax = para->geom->imax, jmax = para->geom->jmax; int IMAX = imax+2, IJMAX = (imax+2)*(jmax+2); @@ -148,19 +149,19 @@ REAL length_y(PARA_DATA *para, REAL **var, int i, int j, int k) { return 0; else return (REAL) fabs(var[GY][IX(i,j,k)]-var[GY][IX(i,j-1,k)]); -} /* End of length_y()*/ +} /* End of length_y() */ - /* - * Calculate the Z-length of control volume (i,j,k) - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param i I-index of the control volume - * @param j J-index of the control volume - * @param K K-index of the control volume - * - * @return Length in Z-direction - */ +/**************************************************************************** +| Calculate the Z-length of control volume (i,j,k) +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param i I-index of the control volume +| \param j J-index of the control volume +| \param K K-index of the control volume +| +| \return Length in Z-direction +****************************************************************************/ REAL length_z(PARA_DATA *para, REAL **var, int i, int j, int k) { int imax = para->geom->imax, jmax = para->geom->jmax; int IMAX = imax+2, IJMAX = (imax+2)*(jmax+2); @@ -169,17 +170,18 @@ REAL length_z(PARA_DATA *para, REAL **var, int i, int j, int k) { return 0; else return (REAL) fabs(var[GZ][IX(i,j,k)]-var[GZ][IX(i,j,k-1)]); -} /* End of length_z()*/ +} /* End of length_z() */ - /* - * Calculate the area of boundary surface - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param BINDEX Pointer to boundary index - * - * @return 0 if no error occurred - */ +/**************************************************************************** +| Calculate the area of boundary surface +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param BINDEX Pointer to boundary index +| \param A Pointer to the array of area +| +| \return 0 if no error occurred +****************************************************************************/ int bounary_area(PARA_DATA *para, REAL **var, int **BINDEX) { int i, j, k, it, id; @@ -202,7 +204,7 @@ int bounary_area(PARA_DATA *para, REAL **var, int **BINDEX) { i = BINDEX[0][it]; j = BINDEX[1][it]; k = BINDEX[2][it]; - id = BINDEX[4][it]; + id = BINDEX[4][it] - para->bc->nb_block; /* if(id!=id0) { @@ -212,52 +214,52 @@ int bounary_area(PARA_DATA *para, REAL **var, int **BINDEX) { id0 = id; } */ - /*-------------------------------------------------------------------------*/ - /* Calculate wall or windows*/ - /*-------------------------------------------------------------------------*/ - if(flagp[IX(i,j,k)]==SOLID) { - /* West or East Boundary*/ + /*------------------------------------------------------------------------- + | Calculate wall or windows + --------------------------------------------------------------------------*/ + if(flagp[IX(i,j,k)]==SOLID && id >= 0) { + /* West or East Boundary */ if(i==0 || i==imax+1) { tmp = area_yz(para, var, i, j, k); - /*sprintf(msg, "Cell(%d,%d,%d):\t %f", i, j, k, tmp);*/ + /*sprintf(msg, "Cell(%d,%d,%d):%d,\t %f", i, j, k, id,tmp);*/ /*ffd_log(msg, FFD_NORMAL);*/ AWall[id] += tmp; } - /* South and Norht Boundary*/ + /* South and North Boundary */ if(j==0 || j==jmax+1) { tmp = area_zx(para, var, i, j, k); /*sprintf(msg, "Cell(%d,%d,%d):\t %f", i, j, k, tmp);*/ /*ffd_log(msg, FFD_NORMAL);*/ AWall[id] += tmp; } - /* Ceiling and Floor Boundary*/ + /* Ceiling and Floor Boundary */ if(k==0 || k==kmax+1) { tmp = area_xy(para, var, i, j, k); /*sprintf(msg, "Cell(%d,%d,%d):\t %f", i, j, k, tmp);*/ /*ffd_log(msg, FFD_NORMAL);*/ AWall[id] += tmp; } - } /* End of Wall boudary*/ + } /* End of Wall boudary */ - /*-------------------------------------------------------------------------*/ - /* Calculate inlets and outlets*/ - /*-------------------------------------------------------------------------*/ - if(flagp[IX(i,j,k)]==INLET||flagp[IX(i,j,k)]==OUTLET) { - /* West or East Boundary*/ + /*------------------------------------------------------------------------- + | Calculate inlets and outlets + -------------------------------------------------------------------------*/ + if(flagp[IX(i,j,k)]==INLET||flagp[IX(i,j,k)]==OUTLET || flagp[IX(i, j, k)] == TILE) { + /* West or East Boundary */ if(i==0 || i==imax+1) { tmp = area_yz(para, var, i, j, k); /*sprintf(msg, "Cell(%d,%d,%d):\t %f", i, j, k, tmp);*/ /*ffd_log(msg, FFD_NORMAL);*/ APort[id] += tmp; } - /* South and North Boundary*/ + /* South and North Boundary */ if(j==0 || j==jmax+1) { tmp = area_zx(para, var, i, j, k); /*sprintf(msg, "Cell(%d,%d,%d):\t %f", i, j, k, tmp);*/ /*ffd_log(msg, FFD_NORMAL);*/ APort[id] += tmp; } - /* Ceiling and Floor Boundary*/ + /* Ceiling and Floor Boundary */ if(k==0 || k==kmax+1) { tmp = area_xy(para, var, i, j, k); /*sprintf(msg, "Cell(%d,%d,%d):\t %f", i, j, k, tmp);*/ @@ -265,7 +267,7 @@ int bounary_area(PARA_DATA *para, REAL **var, int **BINDEX) { APort[id] += tmp; } } - } /* End of for(it=0; itgeom->index, imax = para->geom->imax, + jmax = para->geom->jmax, kmax = para->geom->kmax; + int IMAX = imax+2, IJMAX = (imax+2)*(jmax+2); + REAL axy, ayz, azx; + + /* Initialize the area */ + for (i=0; ibc->nb_rack; i++){ + para->bc->RackArea[i] = 0.0; + } + + /* Loop all the boundary cells */ + for(it=0; itbc->RackDir[id] == 1 || para->bc->RackDir[id] == -1) { + para->bc->RackArea[id] += ayz; + } + else if (para->bc->RackDir[id] == 2 || para->bc->RackDir[id] == -2) { + para->bc->RackArea[id] += azx; + } + else if (para->bc->RackDir[id] == 3 || para->bc->RackDir[id] == -3) { + para->bc->RackArea[id] += axy; + } + else{ + ffd_log("rack_fluid_area(): fail to detect the flow direction of the rack", FFD_ERROR); + return 1; + } + } /*end of if (obj_type == RACK && flagp[IX(i,j,k)]==RACK_INLET)*/ + } /*end of for(it=0; itoutp->version==DEMO) { - printf("\n\nHow to use this demo:\n\n" ); - printf("\t Switch Windows: \n"); - printf("\t\tVelocity: key '1'\n"); - printf("\t\tContaminant: key '2'\n"); - printf("\t\tTemperature: key '3'\n"); - printf("\t Add densities with the right mouse button\n"); - printf("\t Add velocities with the left mouse button\n"); - printf("\t Increase the inlet velocity with 'F' or 'f' key\n"); - printf("\t Decrease the inlet velocity with 'S' or 's' key\n"); - printf("\t Increase the BC temperature with 'H' or 'h' key\n"); - printf("\t Decrease the BC temperature with 'C' or 'c' key\n" ); - printf("\t Clear the simulation by pressing the '0' key\n" ); - printf("\t Quit by pressing the 'q' key\n" ); - } - - return 0; -} /* End of initialize( )*/ - +/**************************************************************************** +| Initialize the parameters +| +| \param para Pointer to FFD parameters +| +| \return 0 if no error occurred +****************************************************************************/ +int initialize(PARA_DATA* para) { + /* Define the default value for parameter */ + set_default_parameter(para); + + /* Overwrite the default values using user defined values */ + if (read_parameter(para)) { + ffd_log("initialize(): Failed to read paramter file.", FFD_ERROR); + return 1; + } + + /*--------------------------------------------------------------------------- + | Output the help information + ---------------------------------------------------------------------------*/ + if (para->outp->version == DEMO) { + printf("\n\nHow to use this demo:\n\n"); + printf("\t Switch Windows: \n"); + printf("\t\tVelocity: key '1'\n"); + printf("\t\tContaminant: key '2'\n"); + printf("\t\tTemperature: key '3'\n"); + printf("\t Choose plane: \n"); + printf("\t\tXY plane: key 'Z' or 'z'\n"); + printf("\t\tXZ plane: key 'Y' or 'y'\n"); + printf("\t\tYZ plane: key 'X' or 'x'\n"); + printf("\t Move the plane forward with '+' key\n"); + printf("\t Move the plane backward with '-' key\n"); + printf("\t Add densities with the right mouse button\n"); + printf("\t Add velocities with the left mouse button\n"); + printf("\t Increase the velocity scale with 'K' or 'k' key\n"); + printf("\t Decrease the velocity scale with 'L' or 'l' key\n"); + printf("\t Calcualte mean value with 'M' or 'm' key\n"); + printf("\t Generate result file with 'S' or 's' key\n"); + /*printf("\t Increase the BC temperature with 'H' or 'h' key\n");*/ + /*printf("\t Decrease the BC temperature with 'C' or 'c' key\n" );*/ + printf("\t Clear the simulation by pressing the '0' key\n"); + printf("\t Quit by pressing the 'q' key\n"); + } + + return 0; +} /* End of initialize( ) */ + +/**************************************************************************** +| Set the default value for parameters +| +| \param para Pointer to FFD parameters +| +| \return No return needed +****************************************************************************/ +void set_default_parameter(PARA_DATA* para) { + para->mytime->t = 0.0; + para->mytime->step_current = 0; + para->mytime->t_start = clock(); + + para->prob->alpha = (REAL)2.376e-5; /* Thermal diffusity */ + para->prob->diff = 0.00001; + para->prob->force = 1.0; + para->prob->heat = 1.0; + para->prob->source = 100.0; + + para->prob->chen_a = (REAL)0.03874; /* Coeffcient of Chen's model */ + para->prob->Prt = (REAL)0.9; /* Turbulent Prandl number */ + para->prob->rho = (REAL)1.0; + para->prob->tur_model = LAM; /* No turbulence model */ + + para->solv->check_residual = 0; /* Donot check residual */ + para->solv->solver = GS; /* Gauss-Seidel Solver */ + para->solv->interpolation = BILINEAR; /* Bilinear interpolation */ + + /* Default values for Input */ + para->inpu->read_old_ffd_file = 0; /* Do not read the old FFD data as initial value */ + + /* Default values for Output */ + para->outp->Temp_ref = 0;/*35.5f;*/ /*10.25f;*/ + para->outp->cal_mean = 0; + para->outp->v_length = 1; + para->outp->winx = 600; + para->outp->winy = 600; + para->outp->winz = 600; + para->outp->v_ref = 1.0; + para->outp->version = DEBUG; /* Running the debug version */ + para->outp->i_N = 1; + para->outp->j_N = 1; + para->outp->k_N = 1; + para->outp->tstep_display = 10; /* Update the display for every 10 time steps */ + para->outp->screen = 1; /* Draw velocity */ + para->outp->mouse_i = 0; + para->outp->mouse_j = 0; + para->outp->mouse_k = 0; + para->geom->plane = ZX; /* Draw ZX plane */ + para->bc->nb_port = 0; + para->bc->nb_Xi = 0; + para->bc->nb_C = 0; + para->sens->nb_sensor = 0; /* Number of sensors */ + para->solv->swipe_adv = 5; /* 5 swipes for advection */ + para->solv->swipe_dif = 5; /* 5 swipes for diffusion */ + para->solv->swipe_pro = 10; /* 10 swipes for projection */ + para->solv->solver = GS; /* use gauss seidels solver as default */ + para->solv->check_conservation = 1; /* check the scalar conervation stepwise */ + para->prob->Tem_Ave_LastTime = 0.0; + para->prob->Energy_Imb_Adv = 0.0; + para->prob->coef_CONSTANT = 100.0; + para->prob->coef_stanchion = 0.0; + para->solv->mass_conservation_on = 1; /* always turn on mass balance */ + para->geom->tile_putX = 0; /* by default the tile is NOT put in X direction */ + para->geom->tile_putY = 0; /* by default the tile is NOT put in Y direction */ + para->geom->tile_putZ = 1; /* by default the tile is put in Z direction */ + para->bc->nb_rack = 0; /* assume no racks */ + para->bc->outlet_bc = ZERO_GRADIENT; /*PRESCRIBED_VALUE;*/ /* assume Neumann BC for outlet */ + para->outp->result_file = PLT; /* set the result file in tecplot format */ + + /**************************************************************************** + | Determine if using a pressure correction or forced mass conservation + ****************************************************************************/ + /*para->solv->tile_flow_correct = PRESSURE_BASE;*/ + /*if (para->solv->tile_flow_correct == PRESSURE_BASE) para->solv->mass_conservation_on = 0;*/ +} /* End of set_default_parameter */ + +/**************************************************************************** +| Set default initial values for simulation variables +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +****************************************************************************/ +int set_initial_data(PARA_DATA* para, REAL** var, int** BINDEX) { + int i, j; + int size = (para->geom->imax + 2) * (para->geom->jmax + 2) * (para->geom->kmax + 2); + int flag = 0; + + para->mytime->t = 0.0; + para->mytime->step_current = 0; + para->outp->cal_mean = 0; + + /**************************************************************************** + | Set inital value for FFD variables + ****************************************************************************/ + for (i = 0; i < size; i++) { + var[GX][i] = 0.0; + var[GY][i] = 0.0; + var[GZ][i] = 0.0; + var[VX][i] = para->init->u; + var[VY][i] = para->init->v; + var[VZ][i] = para->init->w; + var[VXM][i] = 0.0; + var[VYM][i] = 0.0; + var[VZM][i] = 0.0; + var[VXS][i] = 0.0; + var[VYS][i] = 0.0; + var[VZS][i] = 0.0; + var[TEMP][i] = para->init->T; + var[TEMPM][i] = 0.0; + var[TEMPS][i] = 0.0; /* Source of temperature */ + var[IP][i] = 0.0; + var[AP][i] = 0.0; + var[AW][i] = 0.0; + var[AE][i] = 0.0; + var[AS][i] = 0.0; + var[AN][i] = 0.0; + var[AB][i] = 0.0; + var[AF][i] = 0.0; + var[B][i] = 0.0; + var[AP0][i] = 0.0; + var[TMP1][i] = 1000.0; + var[TMP2][i] = 0.0; + var[TMP3][i] = 0.0; + var[TMP4][i] = 0.0; + var[PP][i] = 0.0; + var[FLAGP][i] = -1.0; + var[FLAGU][i] = -1.0; + var[FLAGV][i] = -1.0; + var[FLAGW][i] = -1.0; + var[VXBC][i] = 0.0; + var[VYBC][i] = 0.0; + var[VZBC][i] = 0.0; + var[TEMPBC][i] = 0.0; + var[QFLUXBC][i] = 0.0; + var[QFLUX][i] = 0.0; + var[Xi1][i] = 0.0; + var[Xi2][i] = 0.0; + var[Xi1S][i] = 0.0; + var[Xi2S][i] = 0.0; + var[Xi1BC][i] = 0.0; + var[Xi2BC][i] = 0.0; + var[C1][i] = 0.0; + var[C2][i] = 0.0; + var[C1S][i] = 0.0; + var[C2S][i] = 0.0; + var[C1BC][i] = 0.0; + var[C2BC][i] = 0.0; + var[MIN_DISTANCE][i] = 0.0; + var[TILE_OPEN_BC][i] = 1.0; + var[TILE_RESI_BC][i] = 0.0; + var[TILE_FLOW_BC][i] = 0.0; + var[PBC][i] = 0.0; + var[IPS][i] = 0.0; + var[APXS][i] = 0.0; + var[APYS][i] = 0.0; + var[APZS][i] = 0.0; + var[RESX][i] = 0.0; + var[RESY][i] = 0.0; + var[RESZ][i] = 0.0; + } + + /* Calculate the thermal diffusivity */ + para->prob->alpha = para->prob->cond / (para->prob->rho * para->prob->Cp); + + /**************************************************************************** + | Read the configurations defined by SCI + ****************************************************************************/ + if (para->inpu->parameter_file_format == SCI) { + /* check number of racks */ + flag = check_num_racks(para, var, BINDEX); + /* read the sci input file line by line */ + flag = read_sci_input(para, var, BINDEX); + if (flag != 0) { + sprintf(msg, "set_inital_data(): Could not read file %s", + para->inpu->parameter_file_name); + ffd_log(msg, FFD_ERROR); + return flag; + } + flag = read_sci_zeroone(para, var, BINDEX); + if (flag != 0) { + ffd_log("set_inital_data(): Could not read block information file", + FFD_ERROR); + return flag; + } + + /* mark the cells */ + mark_cell(para, var, BINDEX); + } + + /**************************************************************************** + | Allocate memory for sensor data if there is at least one sensor + ****************************************************************************/ + if (para->sens->nb_sensor > 0) { + para->sens->senVal = (REAL*)malloc(para->sens->nb_sensor * sizeof(REAL)); + if (para->sens->senVal == NULL) { + ffd_log("set_initial_data(): Could not allocate memory for " + "para->sens->senVal", FFD_ERROR); + return -1; + } + para->sens->senValMean = (REAL*)malloc(para->sens->nb_sensor * sizeof(REAL)); + if (para->sens->senValMean == NULL) { + ffd_log("set_initial_data(): Could not allocate memory for " + "para->sens->senValMean", FFD_ERROR); + return 1; + } + } + + /**************************************************************************** + | Allocate memory for Species + ****************************************************************************/ + if (para->bc->nb_port > 0 && para->bc->nb_Xi > 0) { + para->bc->XiPort = (REAL * *)malloc(sizeof(REAL*) * para->bc->nb_port); + para->bc->XiPortAve = (REAL * *)malloc(sizeof(REAL*) * para->bc->nb_port); + para->bc->XiPortMean = (REAL * *)malloc(sizeof(REAL*) * para->bc->nb_port); + if (para->bc->XiPort == NULL || + para->bc->XiPortAve == NULL || + para->bc->XiPortMean == NULL) { + ffd_log("set_initial_data(): Could not allocate memory for XiPort.", + FFD_ERROR); + return 1; + } + + for (i = 0; i < para->bc->nb_port; i++) { + para->bc->XiPort[i] = (REAL*)malloc(sizeof(REAL) * para->bc->nb_Xi); + para->bc->XiPortAve[i] = (REAL*)malloc(sizeof(REAL) * para->bc->nb_Xi); + para->bc->XiPortMean[i] = (REAL*)malloc(sizeof(REAL) * para->bc->nb_Xi); + if (para->bc->XiPort[i] == NULL || + para->bc->XiPortAve[i] == NULL || + para->bc->XiPortMean[i] == NULL) { + sprintf(msg, "set_initial_data(): Could not allocate memory for " + "Xi at Port[%d].", i); + ffd_log(msg, FFD_ERROR); + return 1; + } + + for (j = 0; j < para->bc->nb_Xi; j++) { + para->bc->XiPort[i][j] = 0.0; + para->bc->XiPortAve[i][j] = 0.0; + para->bc->XiPortMean[i][j] = 0.0; + } + } + if (para->outp->version == DEBUG) { + ffd_log("Allocated memory for Xi", FFD_NORMAL); + } + } + else if (para->outp->version == DEBUG) { + ffd_log("No Xi in the simulation", FFD_NORMAL); + } + + /**************************************************************************** + | Allocate memory for Substances + ****************************************************************************/ + if (para->bc->nb_port > 0 && para->bc->nb_C > 0) { + para->bc->CPort = (REAL * *)malloc(sizeof(REAL*) * para->bc->nb_port); + para->bc->CPortAve = (REAL * *)malloc(sizeof(REAL*) * para->bc->nb_port); + para->bc->CPortMean = (REAL * *)malloc(sizeof(REAL*) * para->bc->nb_port); + if (para->bc->CPort == NULL || para->bc->CPortAve == NULL + || para->bc->CPortMean) { + ffd_log("set_initial_data(): Could not allocate memory for CPort.", + FFD_ERROR); + return 1; + } + + for (i = 0; i < para->bc->nb_port; i++) { + para->bc->CPort[i] = (REAL*)malloc(sizeof(REAL) * para->bc->nb_C); + para->bc->CPortAve[i] = (REAL*)malloc(sizeof(REAL) * para->bc->nb_C); + para->bc->CPortMean[i] = (REAL*)malloc(sizeof(REAL) * para->bc->nb_C); + if (para->bc->CPort[i] == NULL || para->bc->CPortAve[i] == NULL + || para->bc->CPortMean[i]) { + ffd_log("set_initial_data(): " + "Could not allocate memory for C at Port[i].", + FFD_ERROR); + return 1; + } + + for (j = 0; j < para->bc->nb_C; j++) { + para->bc->CPort[i][j] = 0.0; + para->bc->CPortAve[i][j] = 0.0; + para->bc->CPortMean[i][j] = 0.0; + } + } + if (para->outp->version == DEBUG) { + ffd_log("Allocated memory for C", FFD_NORMAL); + } + } + else if (para->outp->version == DEBUG) { + ffd_log("No C in the simulation", FFD_NORMAL); + } + + /**************************************************************************** + | Pre-calculate data needed but not change in the simulation + ****************************************************************************/ + para->geom->volFlu = fluid_volume(para, var); + para->geom->pindex = (int)para->geom->jmax / 2; + /* calculate the minimal distance of a fluid cell to solid boudaries */ + /* this information is to be used for chen's zero equation model */ /* - * Set the default value for parameters - * - * @param para Pointer to FFD parameters - * - * @return No return needed - */ -void set_default_parameter(PARA_DATA *para) { - para->mytime->t = 0.0; - para->mytime->step_current = 0; - para->mytime->t_start = clock(); - - para->prob->alpha = (REAL) 2.376e-5; /* Thermal diffusity*/ - para->prob->diff = 0.00001; - para->prob->force = 1.0; - para->prob->heat = 1.0; - para->prob->source = 100.0; - - para->prob->chen_a = (REAL) 0.03874; /* Coeffcient of Chen's model*/ - para->prob->Prt = (REAL) 0.9; /* Turbulent Prandl number*/ - para->prob->rho = (REAL) 1.0; /**/ - para->prob->tur_model = LAM; /* No turbulence model*/ - - para->solv->check_residual = 0; - para->solv->solver = GS; /* Gauss-Seidel Solver*/ - para->solv->interpolation = BILINEAR; /* Bilinear interpolation*/ - - /* Default values for Input*/ - para->inpu->read_old_ffd_file = 0; /* Do not read the old FFD data as initial value*/ - - /* Default values for Output*/ - para->outp->Temp_ref = 0;/*35.5f;//10.25f;*/ - para->outp->cal_mean = 0; - para->outp->v_length = 1; - para->outp->winx = 600; - para->outp->winy = 600; - para->outp->winz = 600; - para->outp->v_ref = 1.0; - para->outp->version = DEBUG; /* Running the debug version*/ - para->outp->i_N = 1; - para->outp->j_N = 1; - para->outp->k_N = 1; - para->outp->tstep_display = 10; /* Update the display for every 10 time steps*/ - para->outp->screen = 1; /* Draw velocity*/ - para->geom->plane = ZX; /* Draw ZX plane*/ - para->bc->nb_port = 0; - para->bc->nb_Xi = 0; - para->bc->nb_C = 0; - para->sens->nb_sensor = 0; /* Number of sensors*/ -} /* End of set_default_parameter*/ - - /* - * Set default initial values for simulation variables - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param BINDEX Pointer to boundary index - * - * @return 0 if no error occurred - */ -int set_initial_data(PARA_DATA *para, REAL **var, int **BINDEX) { - int i, j; - int size = (para->geom->imax+2)*(para->geom->jmax+2)*(para->geom->kmax+2); - int flag = 0; - - para->mytime->t = 0.0; - para->mytime->step_current = 0; - para->outp->cal_mean = 0; - - /**************************************************************************** - | Set initial value for FFD variables - ****************************************************************************/ - for(i=0; iinit->u; - var[VY][i] = para->init->v; - var[VZ][i] = para->init->w; - var[VXM][i] = 0.0; - var[VYM][i] = 0.0; - var[VZM][i] = 0.0; - var[VXS][i] = 0.0; - var[VYS][i] = 0.0; - var[VZS][i] = 0.0; - var[TEMP][i] = para->init->T; - var[TEMPM][i] = 0.0; - var[TEMPS][i] = 0.0; /* Source of temperature*/ - var[IP][i] = 0.0; - var[AP][i] = 0.0; - var[AW][i] = 0.0; - var[AE][i] = 0.0; - var[AS][i] = 0.0; - var[AN][i] = 0.0; - var[AB][i] = 0.0; - var[AF][i] = 0.0; - var[B][i] = 0.0; - var[AP0][i] = 0.0; - var[TMP1][i] = 0.0; - var[TMP2][i] = 0.0; - var[TMP3][i] = 0.0; - var[PP][i] = 0.0; - var[FLAGP][i] = -1.0; - var[FLAGU][i] = -1.0; - var[FLAGV][i] = -1.0; - var[FLAGW][i] = -1.0; - var[VXBC][i] = 0.0; - var[VYBC][i] = 0.0; - var[VZBC][i] = 0.0; - var[TEMPBC][i] = 0.0; - var[QFLUXBC][i] = 0.0; - var[QFLUX][i] = 0.0; - var[Xi1][i] = 0.0; - var[Xi2][i] = 0.0; - var[Xi1S][i] = 0.0; - var[Xi2S][i] = 0.0; - var[Xi1BC][i] = 0.0; - var[Xi2BC][i] = 0.0; - var[C1][i] = 0.0; - var[C2][i] = 0.0; - var[C1S][i] = 0.0; - var[C2S][i] = 0.0; - var[C1BC][i] = 0.0; - var[C2BC][i] = 0.0; - } - - /* Calculate the thermal diffusivity*/ - para->prob->alpha = para->prob->cond / (para->prob->rho*para->prob->Cp); - - /**************************************************************************** - | Read the configurations defined by SCI - ****************************************************************************/ - if(para->inpu->parameter_file_format == SCI) { - flag = read_sci_input(para, var, BINDEX); - if(flag != 0) { - sprintf(msg, "set_inital_data(): Could not read file %s", - para->inpu->parameter_file_name); - ffd_log(msg, FFD_ERROR); - return flag; - } - flag = read_sci_zeroone(para, var, BINDEX); - if(flag != 0) { - ffd_log("set_inital_data(): Could not read block information file", - FFD_ERROR); - return flag; - } - mark_cell(para, var); - } - - /**************************************************************************** - | Allocate memory for sensor data if there is at least one sensor - ****************************************************************************/ - if(para->sens->nb_sensor>0) { - para->sens->senVal = (REAL *) malloc(para->sens->nb_sensor*sizeof(REAL)); - if(para->sens->senVal==NULL) { - ffd_log("set_initial_data(): Could not allocate memory for " - "para->sens->senVal", FFD_ERROR); - return -1; - } - para->sens->senValMean = (REAL *) malloc(para->sens->nb_sensor*sizeof(REAL)); - if(para->sens->senValMean==NULL) { - ffd_log("set_initial_data(): Could not allocate memory for " - "para->sens->senValMean", FFD_ERROR); - return 1; - } - } - - /**************************************************************************** - | Allocate memory for Species - ****************************************************************************/ - if(para->bc->nb_port>0&¶->bc->nb_Xi>0) { - para->bc->XiPort = (REAL **) malloc(sizeof(REAL*)*para->bc->nb_port); - para->bc->XiPortAve = (REAL **) malloc(sizeof(REAL*)*para->bc->nb_port); - para->bc->XiPortMean = (REAL **) malloc(sizeof(REAL*)*para->bc->nb_port); - if(para->bc->XiPort==NULL || - para->bc->XiPortAve==NULL || - para->bc->XiPortMean==NULL) { - ffd_log("set_initial_data(): Could not allocate memory for XiPort.", - FFD_ERROR); - return 1; - } - - for(i=0; ibc->nb_port; i++) { - para->bc->XiPort[i] = (REAL *) malloc(sizeof(REAL)*para->bc->nb_Xi); - para->bc->XiPortAve[i] = (REAL *) malloc(sizeof(REAL)*para->bc->nb_Xi); - para->bc->XiPortMean[i] = (REAL *) malloc(sizeof(REAL)*para->bc->nb_Xi); - if(para->bc->XiPort[i]==NULL || - para->bc->XiPortAve[i]==NULL || - para->bc->XiPortMean[i]==NULL) { - sprintf(msg, "set_initial_data(): Could not allocate memory for " - "Xi at Port[%d].", i); - ffd_log(msg, FFD_ERROR); - return 1; - } - - for(j=0; jbc->nb_Xi; j++) { - para->bc->XiPort[i][j] = 0.0; - para->bc->XiPortAve[i][j] = 0.0; - para->bc->XiPortMean[i][j] = 0.0; - } - } - if(para->outp->version==DEBUG) { - ffd_log("Allocated memory for Xi", FFD_NORMAL); - } - } - else if(para->outp->version==DEBUG) { - ffd_log("No Xi in the simulation", FFD_NORMAL); - } - - /**************************************************************************** - | Allocate memory for Substances - ****************************************************************************/ - if(para->bc->nb_port>0&¶->bc->nb_C>0) { - para->bc->CPort = (REAL **) malloc(sizeof(REAL *)*para->bc->nb_port); - para->bc->CPortAve = (REAL **) malloc(sizeof(REAL *)*para->bc->nb_port); - para->bc->CPortMean = (REAL **) malloc(sizeof(REAL *)*para->bc->nb_port); - if(para->bc->CPort==NULL || para->bc->CPortAve==NULL - || para->bc->CPortMean) { - ffd_log("set_initial_data(): Could not allocate memory for CPort.", - FFD_ERROR); - return 1; - } - - for(i=0; ibc->nb_port; i++) { - para->bc->CPort[i] = (REAL *) malloc(sizeof(REAL)*para->bc->nb_C); - para->bc->CPortAve[i] = (REAL *) malloc(sizeof(REAL)*para->bc->nb_C); - para->bc->CPortMean[i] = (REAL *) malloc(sizeof(REAL)*para->bc->nb_C); - if(para->bc->CPort[i]==NULL || para->bc->CPortAve[i]==NULL - || para->bc->CPortMean[i]) { - ffd_log("set_initial_data(): " - "Could not allocate memory for C at Port[i].", - FFD_ERROR); - return 1; - } - - for(j=0; jbc->nb_C; j++) { - para->bc->CPort[i][j] = 0.0; - para->bc->CPortAve[i][j] = 0.0; - para->bc->CPortMean[i][j] = 0.0; - } - } - if(para->outp->version==DEBUG) { - ffd_log("Allocated memory for C", FFD_NORMAL); - } - } - else if(para->outp->version==DEBUG) { - ffd_log("No C in the simulation", FFD_NORMAL); - } - - /**************************************************************************** - | Pre-calculate data needed but not change in the simulation - ****************************************************************************/ - para->geom->volFlu = fluid_volume(para, var); - para->geom->pindex = (int) para->geom->jmax/2; + if (para->prob->tur_model == CHEN) { + if (min_distance(para, var, BINDEX) != 0) { + ffd_log("set_initial_data(): Could not find minimal value for zero equation model.", + FFD_ERROR); + } + } + */ + /* rack inlet or outlet area */ + if (para->bc->nb_rack != 0) { + if (rack_fluid_area(para, var, BINDEX) != 0) { + ffd_log("set_initial_data(): Could not calculate the area of the rack inlet or outlet", + FFD_ERROR); + } + } + + /**************************************************************************** + | Set all the averaged data to 0 + ****************************************************************************/ + flag = reset_time_averaged_data(para, var); + if (flag != 0) { + ffd_log("FFD_solver(): Could not reset averaged data.", + FFD_ERROR); + return flag; + } - /**************************************************************************** - | Set all the averaged data to 0 - ****************************************************************************/ - flag = reset_time_averaged_data(para, var); - if(flag != 0) { - ffd_log("FFD_solver(): Could not reset averaged data.", - FFD_ERROR); - return flag; - } /**************************************************************************** | Conduct the data exchange at the initial state of cosimulation ****************************************************************************/ - if(para->solv->cosimulation==1) { - /*------------------------------------------------------------------------ - | Calculate the area of boundary - ------------------------------------------------------------------------*/ - flag = bounary_area(para, var, BINDEX); - if(flag != 0) { - ffd_log("set_initial_data(): Could not get the boundary area.", - FFD_ERROR); - return flag; - } - /*------------------------------------------------------------------------ - | Read the cosimulation parameter data (Only need once) - ------------------------------------------------------------------------*/ - flag = read_cosim_parameter(para, var, BINDEX); - if(flag != 0) { - ffd_log("set_initial_data(): Could not read cosimulation parameters.", - FFD_ERROR); - return 1; - } - /*------------------------------------------------------------------------ - | Read the cosimulation data - ------------------------------------------------------------------------*/ - flag = read_cosim_data(para, var, BINDEX); - if(flag != 0) { - ffd_log("set_initial_data(): Could not read initial data for " - "cosimulaiton.", FFD_ERROR); - return flag; - } - - /*------------------------------------------------------------------------ - | Perform the simulation for one step to update the FFD initial condition - ------------------------------------------------------------------------*/ - flag = vel_step(para, var, BINDEX); - if(flag != 0) { - ffd_log("FFD_solver(): Could not solve velocity.", FFD_ERROR); - return flag; - } - else if(para->outp->version==DEBUG) - ffd_log("FFD_solver(): solved velocity step.", FFD_NORMAL); - - flag = temp_step(para, var, BINDEX); - if(flag != 0) { - ffd_log("FFD_solver(): Could not solve temperature.", FFD_ERROR); - return flag; - } - else if(para->outp->version==DEBUG) - ffd_log("FFD_solver(): solved temperature step.", FFD_NORMAL); - - flag = den_step(para, var, BINDEX); - if(flag != 0) { - ffd_log("FFD_solver(): Could not solve trace substance.", FFD_ERROR); - return flag; - } - else if(para->outp->version==DEBUG) - ffd_log("FFD_solver(): solved density step.", FFD_NORMAL); - - /* Integrate the data on the boundary surface*/ - flag = surface_integrate(para, var, BINDEX); - if(flag != 0) { - ffd_log("FFD_solver(): " - "Could not average the data on boundary.", - FFD_ERROR); - return flag; - } - else if (para->outp->version==DEBUG) - ffd_log("FFD_solver(): completed surface integration", - FFD_NORMAL); - - flag = add_time_averaged_data(para, var); - if(flag != 0) { - ffd_log("FFD_solver(): " - "Could not add the averaged data.", - FFD_ERROR); - return flag; - } - else if (para->outp->version==DEBUG) - ffd_log("FFD_solver(): completed time average", - FFD_NORMAL); - - /* Average the FFD simulation data*/ - flag = average_time(para, var); - if(flag != 0) { - ffd_log("FFD_solver(): Could not average the data over time.", - FFD_ERROR); - return flag; - } - - /*------------------------------------------------------------------------ - | Write the cosimulation data - ------------------------------------------------------------------------*/ - flag = write_cosim_data(para, var); - if(flag != 0) { - ffd_log("set_initial_data(): Could not write initial data for " - "cosimulaiton.", FFD_ERROR); - return flag; - } + if (para->solv->cosimulation == 1) { + /*------------------------------------------------------------------------ + | Calculate the area of boundary + ------------------------------------------------------------------------*/ + flag = bounary_area(para, var, BINDEX); + if (flag != 0) { + ffd_log("set_initial_data(): Could not get the boundary area.", + FFD_ERROR); + return flag; + } + /*------------------------------------------------------------------------ + | Read the cosimulation parameter data (Only need once) + ------------------------------------------------------------------------*/ + flag = read_cosim_parameter(para, var, BINDEX); + if (flag != 0) { + ffd_log("set_initial_data(): Could not read cosimulation parameters.", + FFD_ERROR); + return 1; + } + /*------------------------------------------------------------------------ + | Read the cosimulation data + ------------------------------------------------------------------------*/ + flag = read_cosim_data(para, var, BINDEX); + if (flag != 0) { + ffd_log("set_initial_data(): Could not read initial data for " + "cosimulaiton.", FFD_ERROR); + return flag; + } + + /*------------------------------------------------------------------------ + | Perform the simulation for one step to update the FFD initial condition + ------------------------------------------------------------------------*/ + + flag = vel_step(para, var, BINDEX); + if (flag != 0) { + ffd_log("FFD_solver(): Could not solve velocity.", FFD_ERROR); + return flag; + } + else if (para->outp->version == DEBUG) + ffd_log("FFD_solver(): solved velocity step.", FFD_NORMAL); + + + + flag = temp_step(para, var, BINDEX); + if (flag != 0) { + ffd_log("FFD_solver(): Could not solve temperature.", FFD_ERROR); + return flag; + } + else if (para->outp->version == DEBUG) + ffd_log("FFD_solver(): solved temperature step.", FFD_NORMAL); + + flag = den_step(para, var, BINDEX); + if (flag != 0) { + ffd_log("FFD_solver(): Could not solve trace substance.", FFD_ERROR); + return flag; + } + else if (para->outp->version == DEBUG) + ffd_log("FFD_solver(): solved density step.", FFD_NORMAL); + + /* Integrate the data on the boundary surface*/ + flag = surface_integrate(para, var, BINDEX); + if (flag != 0) { + + + ffd_log("FFD_solver(): " + "Could not average the data on boundary.", + FFD_ERROR); + return flag; + } + else if (para->outp->version == DEBUG) + ffd_log("FFD_solver(): completed surface integration", + FFD_NORMAL); + + flag = add_time_averaged_data(para, var); + if (flag != 0) { + ffd_log("FFD_solver(): " + "Could not add the averaged data.", + FFD_ERROR); + return flag; + + } + else if (para->outp->version == DEBUG) + ffd_log("FFD_solver(): completed time average", + FFD_NORMAL); + + /* Average the FFD simulation data*/ + flag = average_time(para, var); + if (flag != 0) { + ffd_log("FFD_solver(): Could not average the data over time.", + FFD_ERROR); + return flag; + + + + } + + + + + /*------------------------------------------------------------------------ + | Write the cosimulation data + ------------------------------------------------------------------------*/ + flag = write_cosim_data(para, var); + if (flag != 0) { + ffd_log("set_initial_data(): Could not write initial data for " + "cosimulaiton.", FFD_ERROR); + return flag; + + + + } } return flag; -} /* set_initial_data()*/ +} /* set_initial_data() */ + +/**************************************************************************** +| Loop through all the BC cells and find if tiles there +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +****************************************************************************/ +int if_exist_tiles(PARA_DATA* para, REAL** var, int** BINDEX) { + int i, j, k; + int imax = para->geom->imax, jmax = para->geom->jmax; + int kmax = para->geom->kmax; + int IMAX = imax + 2, IJMAX = (imax + 2) * (jmax + 2); + int it; + int index = para->geom->index; + REAL* flagp = var[FLAGP]; + int num_tile = 0; + + for (it = 0; it < index; it++) { + i = BINDEX[0][it]; + j = BINDEX[1][it]; + k = BINDEX[2][it]; + + if (flagp[IX(i, j, k)] == TILE) { + num_tile += 1; + } + } + + if (num_tile > 0) + return 1; + else if (num_tile == 0) + return 0; + else { + ffd_log("if_exist_tiles(): can not figure out number of tile cells", FFD_ERROR); + return -1; + } +} + +/**************************************************************************** +| Set the default value for parameters +| +| \param para Pointer to FFD parameters +| +| \return No return needed +****************************************************************************/ +int init_para_simp(PARA_DATA* para, PARA_DATA_SIMP* para_simp) { + /* geom data */ + para_simp->geom.Lx = para->geom->Lx; + para_simp->geom.Ly = para->geom->Ly; + para_simp->geom.Lz = para->geom->Lz; + para_simp->geom.imax = para->geom->imax; + para_simp->geom.jmax = para->geom->jmax; + para_simp->geom.kmax = para->geom->kmax; + para_simp->geom.index = para->geom->index; + para_simp->geom.pindex = para->geom->pindex; + para_simp->geom.plane = para->geom->plane; + para_simp->geom.dx = para->geom->dx; + para_simp->geom.dy = para->geom->dy; + para_simp->geom.dz = para->geom->dz; + para_simp->geom.volFlu = para->geom->volFlu; + para_simp->geom.uniform = para->geom->uniform; + + /* outp data */ + para_simp->outp_simp.cal_mean = para->outp->cal_mean; + para_simp->outp_simp.version = para->outp->version; + + /* prob data */ + para_simp->prob.nu = para->prob->nu; + para_simp->prob.rho = para->prob->rho; + para_simp->prob.diff = para->prob->diff; + para_simp->prob.alpha = para->prob->alpha; + para_simp->prob.coeff_h = para->prob->coeff_h; + para_simp->prob.gravx = para->prob->gravx; + para_simp->prob.gravy = para->prob->gravy; + para_simp->prob.gravz = para->prob->gravz; + para_simp->prob.beta = para->prob->beta; + para_simp->prob.cond = para->prob->cond; + para_simp->prob.Cp = para->prob->Cp; + para_simp->prob.force = para->prob->force; + para_simp->prob.heat = para->prob->heat; + para_simp->prob.source = para->prob->source; + para_simp->prob.movie = para->prob->movie; + para_simp->prob.output = para->prob->output; + para_simp->prob.tur_model = para->prob->tur_model; + para_simp->prob.chen_a = para->prob->chen_a; + para_simp->prob.Prt = para->prob->Prt; + para_simp->prob.Temp_Buoyancy = para->prob->Temp_Buoyancy; + para_simp->prob.coef_stanchion = para->prob->coef_stanchion; + + /* bc data */ + para_simp->bc_simp.nb_bc = para->bc->nb_bc; + para_simp->bc_simp.nb_outlet = para->bc->nb_outlet; + para_simp->bc_simp.nb_block = para->bc->nb_block; + para_simp->bc_simp.nb_wall = para->bc->nb_wall; + para_simp->bc_simp.nb_source = para->bc->nb_source; + para_simp->bc_simp.nb_bc = para->bc->nb_bc; + para_simp->bc_simp.nb_ConExtWin = para->bc->nb_ConExtWin; + para_simp->bc_simp.nb_port = para->bc->nb_port; + para_simp->bc_simp.nb_Xi = para->bc->nb_Xi; + para_simp->bc_simp.nb_C = para->bc->nb_C; + para_simp->bc_simp.sha = para->bc->sha; + para_simp->bc_simp.mass_in = 0.000000; + para_simp->bc_simp.mass_out = 0.0000001; + para_simp->bc_simp.outlet_bc = para->bc->outlet_bc; + + /* sensor data */ + para_simp->sens_simp.nb_sensor = para->sens->nb_sensor; + para_simp->sens_simp.TRoo = para->sens->TRoo; + para_simp->sens_simp.TRooMean = para->sens->TRooMean; + + /*time data*/ + para_simp->mytime.dt = (REAL)para->mytime->dt; + para_simp->mytime.t = (REAL)para->mytime->t; + para_simp->mytime.step_total = para->mytime->step_total; + para_simp->mytime.step_current = para->mytime->step_current; + para_simp->mytime.step_mean = para->mytime->step_mean; + para_simp->mytime.t_start = para->mytime->t_start; + para_simp->mytime.t_end = para->mytime->t_end; + + /* solv data */ + para_simp->solv.solver = para->solv->solver; + para_simp->solv.check_residual = para->solv->check_residual; + para_simp->solv.advection_solver = para->solv->advection_solver; + para_simp->solv.interpolation = para->solv->interpolation; + para_simp->solv.cosimulation = para->solv->cosimulation; + para_simp->solv.nextstep = para->solv->nextstep; + para_simp->solv.tile_flow_correct = para->solv->tile_flow_correct; + + /* init data */ + para_simp->init.T = para->init->T; + para_simp->init.v = para->init->v; + para_simp->init.w = para->init->w; + para_simp->init.v = para->init->v; + + return 0; +} /* End of set_default_parameter */ + +/* flat var */ +int flat_var(PARA_DATA* para, REAL** var, REAL* var_flat) { + int nb_var, i, j; + int size = (para->geom->imax + 2) * (para->geom->jmax + 2) * (para->geom->kmax + 2); + nb_var = C2BC + 1; + + + for (i = 0; i < nb_var * size; i++) { + var_flat[i] = 0.0f; + /*printf("%d:\t%f\n",i, var_flat[i]);*/ + } + /*getchar();*/ + + for (i = 0; i < nb_var; i++) { + for (j = 0; j < size; j++) { + var_flat[i * size + j] = var[i][j]; + /*printf("%d\t%f\t%f\n",i*size+j,var_flat[i*size + j],var[i][j]);*/ + } + } + return 0; +} + +int unflat_var(PARA_DATA* para, REAL** var, REAL* var_flat) { + int nb_var, i, j; + int size = (para->geom->imax + 2) * (para->geom->jmax + 2) * (para->geom->kmax + 2); + nb_var = C2BC + 1; + + for (i = 0; i < nb_var; i++) { + for (j = 0; j < size; j++) { + var[i][j] = var_flat[i * size + j]; + /*printf("%d\t%f\t%f\n",i*size+j,var_flat[i*size + j],var[i][j]);*/ + } + } + return 0; +} + + + +/* flatten bindex */ +int flat_index(PARA_DATA* para, int** BINDEX, int* bindex_flat) { + int row = 5; + int i, j; + int size = (para->geom->imax + 2) * (para->geom->jmax + 2) * (para->geom->kmax + 2); + + for (i = 0; i < row; i++) { + for (j = 0; j < size; j++) { + bindex_flat[i * size + j] = BINDEX[i][j]; + } + } + + return 0; +} \ No newline at end of file diff --git a/Buildings/Resources/src/FastFluidDynamics/initialization.h b/Buildings/Resources/src/FastFluidDynamics/initialization.h index 97aeee968d4..8d700879c6f 100644 --- a/Buildings/Resources/src/FastFluidDynamics/initialization.h +++ b/Buildings/Resources/src/FastFluidDynamics/initialization.h @@ -1,19 +1,25 @@ -/* - * - * @file initialization.h - * - * @brief Set the initial values - * - * @author Mingang Jin, Qingyan Chen - * Purdue University - * Jin55@purdue.edu, YanChen@purdue.edu - * Wangda Zuo - * University of Miami - * W.Zuo@miami.edu - * - * @date 8/3/2013 - * - */ +/**************************************************************************** +| +| \file initialization.h +| +| \brief Set the initial values +| +| \author Wangda Zuo +| University of Miami, University of Colorado Boulder +| W.Zuo@miami.edu, wangda.zuo@colorado.edu +| Mingang Jin, Qingyan Chen +| Purdue University +| Jin55@purdue.edu, YanChen@purdue.edu +| Wei Tian +| University of Miami, Schneider Electric +| w.tian@umiami.edu, Wei.Tian@Schneider-Electric.com +| Xu Han +| University of Colorado Boulder +| xuha3556@colorado.edu +| +| \date 4/5/2020 +| +****************************************************************************/ #ifndef _INITIALIZATION_H #define _INITIALIZATION_H @@ -28,10 +34,13 @@ #define _PARAMETER_READER_H #include "parameter_reader.h" #endif + +#ifndef FFD_ISAT #ifndef _COSIMULATION_H #define _COSIMULATION_H #include "cosimulation.h" #endif +#endif #ifndef _SCI_READER_H #define _SCI_READER_H @@ -53,31 +62,53 @@ #include "geometry.h" #endif -/* - * Initialize the parameters - * - * @param para Pointer to FFD parameters - * - * @return 0 if no error occurred - */ -int initialize(PARA_DATA *para); - -/* - * Set the default value for parameters - * - * @param para Pointer to FFD parameters - * - * @return No return needed - */ -void set_default_parameter(PARA_DATA *para); - -/* - * Set default initial values for simulation variables - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param BINDEX Pointer to boundary index - * - * @return 0 if no error occurred - */ -int set_initial_data (PARA_DATA *para, REAL **var, int **BINDEX); + +/**************************************************************************** +| Initialize the parameters +| +| \param para Pointer to FFD parameters +| +| \return 0 if no error occurred +****************************************************************************/ +int initialize(PARA_DATA * para); + +/**************************************************************************** +| Set the default value for parameters +| +| \param para Pointer to FFD parameters +| +| \return No return needed +****************************************************************************/ +void set_default_parameter(PARA_DATA* para); + +/**************************************************************************** +| Set default initial values for simulation variables +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +****************************************************************************/ +int set_initial_data(PARA_DATA* para, REAL** var, int** BINDEX); + +/**************************************************************************** +| Loop through all the BC cells and find if tiles there +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +****************************************************************************/ +int if_exist_tiles(PARA_DATA* para, REAL** var, int** BINDEX); + +int init_para_simp(PARA_DATA* para, PARA_DATA_SIMP* para_simp); + +/*flatten var*/ +int flat_var(PARA_DATA* para, REAL** var, REAL* var_flat); +/* flatten bindex */ +int flat_index(PARA_DATA* para, int** BINDEX, int* bindex_flat); +int unflat_var(PARA_DATA* para, REAL** var, REAL* var_flat); + + diff --git a/Buildings/Resources/src/FastFluidDynamics/interpolation.c b/Buildings/Resources/src/FastFluidDynamics/interpolation.c index ee9e9b4d902..e01b8c16272 100644 --- a/Buildings/Resources/src/FastFluidDynamics/interpolation.c +++ b/Buildings/Resources/src/FastFluidDynamics/interpolation.c @@ -1,35 +1,35 @@ -/* - * - * \file interpolation.c - * - * \brief Interpolate the data for advection step - * - * \author Mingang Jin, Qingyan Chen - * Purdue University - * Jin55@purdue.edu, YanChen@purdue.edu - * Wangda Zuo - * University of Miami - * W.Zuo@miami.edu - * - * \date 8/3/2013 - * - */ +/**************************************************************************** +| +| \file interpolation.c +| +| \brief Interpolate the data for advection step +| +| \author Wangda Zuo +| University of Miami, University of Colorado Boulder +| W.Zuo@miami.edu, wangda.zuo@colorado.edu +| Mingang Jin, Qingyan Chen +| Purdue University +| Jin55@purdue.edu, YanChen@purdue.edu +| +| \date 8/3/2013 +| +****************************************************************************/ #include "interpolation.h" -/* - * Entrance of interpolation - * - * @param para Pointer to FFD parameters - * @param d0 Pointer to the variable for interpolation - * @param p I-index of the control volume - * @param q J-index of the control volume - * @param r K-index of the control volume - * @param x_1 Reciprocal of X-length - * @param y_1 Reciprocal of Y-length - * @param z_1 Reciprocal of Z-length - * - * @return Interpolated value - */ +/**************************************************************************** +| Entrance of interpolation +| +| \param para Pointer to FFD parameters +| \param d0 Pointer to the variable for interpolation +| \param p I-index of the control volume +| \param q J-index of the control volume +| \param r K-index of the control volume +| \param x_1 Reciprocal of X-length +| \param y_1 Reciprocal of Y-length +| \param z_1 Reciprocal of Z-length +| +| \return Interpolated value +****************************************************************************/ REAL interpolation(PARA_DATA *para, REAL *d0, REAL x_1, REAL y_1, REAL z_1, int p, int q, int r) { int imax = para->geom->imax, jmax = para->geom->jmax; @@ -48,25 +48,25 @@ REAL interpolation(PARA_DATA *para, REAL *d0, REAL x_1, REAL y_1, REAL z_1, ffd_log(msg, FFD_ERROR); return -1; } -} /* End of interpolation()*/ +} /* End of interpolation() */ - /* - * Bilinear interpolation - * - * @param x_1 Reciprocal of X-length - * @param y_1 Reciprocal of Y-length - * @param z_1 Reciprocal of Z-length - * @param d000 parameter for interpolation - * @param d010 parameter for interpolation - * @param d100 parameter for interpolation - * @param d110 parameter for interpolation - * @param d001 parameter for interpolation - * @param d011 parameter for interpolation - * @param d101 parameter for interpolation - * @param d111 parameter for interpolation - * - * @return Interpolated value - */ +/**************************************************************************** +| Bilinear interpolation +| +| \param x_1 Reciprocal of X-length +| \param y_1 Reciprocal of Y-length +| \param z_1 Reciprocal of Z-length +| \param d000 parameter for interpolation +| \param d010 parameter for interpolation +| \param d100 parameter for interpolation +| \param d110 parameter for interpolation +| \param d001 parameter for interpolation +| \param d011 parameter for interpolation +| \param d101 parameter for interpolation +| \param d111 parameter for interpolation +| +| \return Interpolated value +****************************************************************************/ REAL interpolation_bilinear(REAL x_1, REAL y_1, REAL z_1, REAL d000, REAL d010, REAL d100, REAL d110, REAL d001, REAL d011, REAL d101, REAL d111) { @@ -85,4 +85,5 @@ REAL interpolation_bilinear(REAL x_1, REAL y_1, REAL z_1, return z_0*tmp0+z_1*tmp1; -} /* End of interpolation_bilinear()*/ +} /* End of interpolation_bilinear() */ + diff --git a/Buildings/Resources/src/FastFluidDynamics/interpolation.h b/Buildings/Resources/src/FastFluidDynamics/interpolation.h index 47fcae1973e..6db1509792c 100644 --- a/Buildings/Resources/src/FastFluidDynamics/interpolation.h +++ b/Buildings/Resources/src/FastFluidDynamics/interpolation.h @@ -1,19 +1,19 @@ -/* - * - * @file interpolation.h - * - * @brief Interpolate the data for advection step - * - * @author Mingang Jin, Qingyan Chen - * Purdue University - * Jin55@purdue.edu, YanChen@purdue.edu - * Wangda Zuo - * University of Miami - * W.Zuo@miami.edu - * - * @date 8/3/2013 - * - */ +/**************************************************************************** +| +| \file interpolation.h +| +| \brief Interpolate the data for advection step +| +| \author Mingang Jin, Qingyan Chen +| Purdue University +| Jin55@purdue.edu, YanChen@purdue.edu +| Wangda Zuo +| University of Miami, University of Colorado Boulder +| W.Zuo@miami.edu, wangda.zuo@colorado.edu +| +| \date 8/3/2013 +| +****************************************************************************/ #ifndef _INTERPOLATION_H #define _INTERPOLATION_H @@ -26,40 +26,42 @@ #include "utility.h" -/* - * Entrance of interpolation - * - * @param para Pointer to FFD parameters - * @param d0 Pointer to the variable for interpolation - * @param p I-index of the control volume - * @param q J-index of the control volume - * @param r K-index of the control volume - * @param x_1 Reciprocal of X-length - * @param y_1 Reciprocal of Y-length - * @param z_1 Reciprocal of Z-length - * - * @return Interpolated value - */ -REAL interpolation(PARA_DATA *para, REAL *d0, REAL x_1, REAL y_1, REAL z_1, - int p, int q, int r); +/**************************************************************************** +| Entrance of interpolation +| +| \param para Pointer to FFD parameters +| \param d0 Pointer to the variable for interpolation +| \param p I - index of the control volume +| \param q J - index of the control volume +| \param r K - index of the control volume +| \param x_1 Reciprocal of X - length +| \param y_1 Reciprocal of Y - length +| \param z_1 Reciprocal of Z - length +| +| \return Interpolated value +* ***************************************************************************/ +REAL interpolation(PARA_DATA * para, REAL * d0, REAL x_1, REAL y_1, REAL z_1, + int p, int q, int r); -/* - * Bilinear interpolation - * - * @param x_1 Reciprocal of X-length - * @param y_1 Reciprocal of Y-length - * @param z_1 Reciprocal of Z-length - * @param d000 parameter for interpolation - * @param d010 parameter for interpolation - * @param d100 parameter for interpolation - * @param d110 parameter for interpolation - * @param d001 parameter for interpolation - * @param d011 parameter for interpolation - * @param d101 parameter for interpolation - * @param d111 parameter for interpolation - * - * @return Interpolated value - */ +/**************************************************************************** +| Bilinear interpolation +| +| \param x_1 Reciprocal of X-length +| \param y_1 Reciprocal of Y-length +| \param z_1 Reciprocal of Z-length +| \param d000 parameter for interpolation +| \param d010 parameter for interpolation +| \param d100 parameter for interpolation +| \param d110 parameter for interpolation +| \param d001 parameter for interpolation +| \param d011 parameter for interpolation +| \param d101 parameter for interpolation +| \param d111 parameter for interpolation +| +| \return Interpolated value +****************************************************************************/ REAL interpolation_bilinear(REAL x_1, REAL y_1, REAL z_1, REAL d000, REAL d010, REAL d100, REAL d110, REAL d001, REAL d011, REAL d101, REAL d111); + + diff --git a/Buildings/Resources/src/FastFluidDynamics/modelica_ffd_common.h b/Buildings/Resources/src/FastFluidDynamics/modelica_ffd_common.h index 57807bdb389..68a3377d15e 100644 --- a/Buildings/Resources/src/FastFluidDynamics/modelica_ffd_common.h +++ b/Buildings/Resources/src/FastFluidDynamics/modelica_ffd_common.h @@ -33,14 +33,15 @@ typedef struct { /* 1: fixed temperature,*/ /* 2: fixed heat flow rate through the surface*/ char **sensorName; /* *sensorName[nSen]: Name of sensor in FFD*/ - int Sou; /* 1: have internal source ; 0: no internal source*/ - int nSou; /* Number of internal sources*/ - char **souName; /* *souName[nSou]: Name of internal heat sources*/ + char *version; // DEMO, DEBUG, RUN + int Sou; /* 1: have internal source ; 0: no internal source*/ + int nSou; /* Number of internal sources*/ + char **souName; /* *souName[nSou]: Name of internal heat sources*/ } ParameterSharedData; typedef struct { REAL t; /* Current time of integration*/ - REAL lt; /* Last time of integration*/ + REAL lt; /* Last time of integration*/ int flag; /* To control the data exchange. 0: old data, 1: new data; -1: Stop coupled simulation*/ REAL dt; /* Time step size for next synchronization*/ REAL *temHea; /* temHea[nSur]: Temperature or heat flow rate depending on surBou.bouCon*/ @@ -57,7 +58,7 @@ typedef struct { REAL **XiPor; /* XiPor[nPorts][Medium.nXi]: species concentration of inflowing medium at the port*/ /* First Medium.nXi elements are for port 1*/ REAL **CPor; /* CPor[nPorts][Medium.nC]: the trace substances of the inflowing medium*/ - REAL *sourceHeat; /* sourceHeat[nSou]: the internal source heat gain*/ + REAL *sourceHeat; /* sourceHeat[nSou]: the internal source heat gain*/ }ModelicaSharedData; typedef struct { @@ -73,6 +74,11 @@ typedef struct { REAL **CPor; /* CPor[nPorts][medium.nC]: the trace substances of medium at the port*/ REAL *senVal; /* senVal[nSen]: value of sensor data*/ char *msg; /* Message to be passed to Modelica*/ + REAL *input; + REAL *output; + int nInput; + int nOutput; + REAL *wOutput; /* Weights for error control, this is need since each component of output vector has different order of magnitudes*/ }ffdSharedData; typedef struct{ @@ -80,3 +86,12 @@ typedef struct{ ffdSharedData *ffd; ModelicaSharedData *modelica; } CosimulationData; + +/*#define FFD_ISAT + +#ifdef FFD_ISAT +typedef enum { COSIM_WARNING, COSIM_ERROR, COSIM_NORMAL, COSIM_NEW } COSIM_MSG_TYPE; +typedef enum { temp_roo, temp_occ, vel_occ, temp_sen, vel_sen, temp_rack } OUTPUT_TYPE; +typedef enum { inlet_temp, inlet_mass, inlet_vel, block_temp, block_hea, rack_hea, sur_temp, sur_hea } INPUT_TYPE; +#endif +*/ \ No newline at end of file diff --git a/Buildings/Resources/src/FastFluidDynamics/parameter_reader.c b/Buildings/Resources/src/FastFluidDynamics/parameter_reader.c index 6d895d4bb36..eeb8f17e7f9 100644 --- a/Buildings/Resources/src/FastFluidDynamics/parameter_reader.c +++ b/Buildings/Resources/src/FastFluidDynamics/parameter_reader.c @@ -1,36 +1,41 @@ -/* - * - * \file parameter_reader.c - * - * \brief Read the FFD parameter file - * - * \author Wangda Zuo - * University of Miami - * W.Zuo@miami.edu - * - * \date 8/3/2013 - * - */ +/**************************************************************************** +| +| \file parameter_reader.c +| +| \brief Read the FFD parameter file +| +| \author Wangda Zuo +| University of Miami, University of Colorado Boulder +| W.Zuo@miami.edu, wangda.zuo@colorado.edu +| Wei Tian +| University of Miami, Schneider Electric +| w.tian@umiami.edu, Wei.Tian@Schneider-Electric.com +| Xu Han +| University of Colorado Boulder +| xuha3556@colorado.edu +| +| \date 4/5/2020 +| +****************************************************************************/ #include "parameter_reader.h" - /* - * Assign the FFD parameters - * - * @param para Pointer to FFD parameters - * @param string Pointer to data read from the parameter file - * - * @return 0 if no error occurred - */ +/**************************************************************************** +| Assign the FFD parameters +| +| \param para Pointer to FFD parameters +| \param string Pointer to data read from the parameter file +| +| \return 0 if no error occurred +****************************************************************************/ int assign_parameter(PARA_DATA *para, char *string) { char tmp[400]; char tmp_par[400]; - /* tmp2 needs to be initialized to avoid crash*/ - /* when the input for tmp2 is empty*/ + /* tmp2 needs to be initialized to avoid crash */ + /* when the input for tmp2 is empty */ char tmp2[100] = ""; int senId = -1; - /**************************************************************************** sscanf() reads data from string and stores them according to parameter format into the locations given by the additional arguments. @@ -41,18 +46,33 @@ int assign_parameter(PARA_DATA *para, char *string) { return 0; } - if(!strcmp(tmp, "geom.Lx")) { - sscanf(string, "%s%lf", tmp, ¶->geom->Lx); - sprintf(msg, "assign_parameter(): %s=%f", tmp, para->geom->Lx); - ffd_log(msg, FFD_NORMAL); + if (!strcmp(tmp, "geom.Lx")) { + if (ifDouble) { + sscanf(string, "%s%lf", tmp, ¶->geom->Lx); + } + else { + sscanf(string, "%s%f", tmp, ¶->geom->Lx); + } + sprintf(msg, "assign_parameter(): %s=%f", tmp, para->geom->Lx); + ffd_log(msg, FFD_NORMAL); } else if(!strcmp(tmp, "geom.Ly")) { - sscanf(string, "%s%lf", tmp, ¶->geom->Ly); + if (ifDouble) { + sscanf(string, "%s%lf", tmp, ¶->geom->Ly); + } + else { + sscanf(string, "%s%f", tmp, ¶->geom->Ly); + } sprintf(msg, "assign_parameter(): %s=%f", tmp, para->geom->Ly); ffd_log(msg, FFD_NORMAL); } else if(!strcmp(tmp, "geom.Lz")) { - sscanf(string, "%s%lf", tmp, ¶->geom->Lz); + if (ifDouble) { + sscanf(string, "%s%lf", tmp, ¶->geom->Lz); + } + else { + sscanf(string, "%s%f", tmp, ¶->geom->Lz); + } sprintf(msg, "assign_parameter(): %s=%f", tmp, para->geom->Lz); ffd_log(msg, FFD_NORMAL); } @@ -77,17 +97,33 @@ int assign_parameter(PARA_DATA *para, char *string) { ffd_log(msg, FFD_NORMAL); } else if(!strcmp(tmp, "geom.dx")) { - sscanf(string, "%s%lf", tmp, ¶->geom->dx); + if (ifDouble) { + sscanf(string, "%s%lf", tmp, ¶->geom->dx); + } + else { + sscanf(string, "%s%f", tmp, ¶->geom->dx); + } sprintf(msg, "assign_parameter(): %s=%f", tmp, para->geom->dx); ffd_log(msg, FFD_NORMAL); } else if(!strcmp(tmp, "geom.dy")) { - sscanf(string, "%s%lf", tmp, ¶->geom->dy); + if (ifDouble) { + sscanf(string, "%s%lf", tmp, ¶->geom->dy); + } + else { + sscanf(string, "%s%f", tmp, ¶->geom->dy); + } sprintf(msg, "assign_parameter(): %s=%f", tmp, para->geom->dy); ffd_log(msg, FFD_NORMAL); } else if(!strcmp(tmp, "geom.dz")) { - sscanf(string, "%s%lf", tmp, ¶->geom->dz); + if (ifDouble) { + sscanf(string, "%s%lf", tmp, ¶->geom->dz); + } + else { + sscanf(string, "%s%f", tmp, ¶->geom->dz); + } + sprintf(msg, "assign_parameter(): %s=%f", tmp, para->geom->dz); ffd_log(msg, FFD_NORMAL); } @@ -102,17 +138,32 @@ int assign_parameter(PARA_DATA *para, char *string) { ffd_log(msg, FFD_NORMAL); } else if(!strcmp(tmp, "outp.v_ref")) { - sscanf(string, "%s%lf", tmp, ¶->outp->v_ref); + if (ifDouble) { + sscanf(string, "%s%lf", tmp, ¶->outp->v_ref); + } + else { + sscanf(string, "%s%f", tmp, ¶->outp->v_ref); + } sprintf(msg, "assign_parameter(): %s=%f", tmp, para->outp->v_ref); ffd_log(msg, FFD_NORMAL); } else if(!strcmp(tmp, "outp.Temp_ref")) { - sscanf(string, "%s%lf", tmp, ¶->outp->Temp_ref); + if (ifDouble) { + sscanf(string, "%s%lf", tmp, ¶->outp->Temp_ref); + } + else { + sscanf(string, "%s%f", tmp, ¶->outp->Temp_ref); + } sprintf(msg, "assign_parameter(): %s=%f", tmp, para->outp->Temp_ref); ffd_log(msg, FFD_NORMAL); } else if(!strcmp(tmp, "outp.v_length")) { - sscanf(string, "%s%lf", tmp, ¶->outp->v_length); + if (ifDouble) { + sscanf(string, "%s%lf", tmp, ¶->outp->v_length); + } + else { + sscanf(string, "%s%f", tmp, ¶->outp->v_length); + } sprintf(msg, "assign_parameter(): %s=%f", tmp, para->outp->v_length); ffd_log(msg, FFD_NORMAL); } @@ -136,6 +187,11 @@ int assign_parameter(PARA_DATA *para, char *string) { sprintf(msg, "assign_parameter(): %s=%d", tmp, para->outp->winy); ffd_log(msg, FFD_NORMAL); } + else if(!strcmp(tmp, "outp.tstep_display")) { + sscanf(string, "%s%d", tmp, ¶->outp->tstep_display); + sprintf(msg, "assign_parameter(): %s=%d", tmp, para->outp->tstep_display); + ffd_log(msg, FFD_NORMAL); + } else if(!strcmp(tmp, "outp.version")) { sscanf(string, "%s%s", tmp, tmp2); sprintf(msg, "assign_parameter(): %s=%s", tmp, tmp2); @@ -165,16 +221,33 @@ int assign_parameter(PARA_DATA *para, char *string) { ffd_log(msg, FFD_NORMAL); } else if(!strcmp(tmp, "inpu.parameter_file_name")) { +#ifndef FFD_ISAT sscanf(string, "%s%s", tmp, tmp_par); - sprintf (para->inpu->parameter_file_name, "%s%s", para->cosim->para->filePath, tmp_par); + sprintf(para->inpu->parameter_file_name, "%s%s", para->cosim->para->filePath, tmp_par); sprintf(msg, "assign_parameter(): %s=%s", tmp, para->inpu->parameter_file_name); ffd_log(msg, FFD_NORMAL); +#else + sscanf(string, "%s%s", tmp, para->inpu->parameter_file_name); + sprintf(msg, "assign_parameter(): %s=%s", tmp, para->inpu->parameter_file_name); + ffd_log(msg, FFD_NORMAL); +#endif + } + else if (!strcmp(tmp, "outp.OutputDynamicFile")) { + sscanf(string, "%s%d", tmp, ¶->outp->OutputDynamicFile); + sprintf(msg, "assign_parameter(): %s=%d", tmp, para->outp->OutputDynamicFile); + ffd_log(msg, FFD_NORMAL); } else if(!strcmp(tmp, "inpu.block_file_name")) { +#ifndef FFD_ISAT sscanf(string, "%s%s", tmp, tmp_par); - sprintf (para->inpu->block_file_name, "%s%s", para->cosim->para->filePath, tmp_par); + sprintf(para->inpu->block_file_name, "%s%s", para->cosim->para->filePath, tmp_par); sprintf(msg, "assign_parameter(): %s=%s", tmp, para->inpu->block_file_name); ffd_log(msg, FFD_NORMAL); +#else + sscanf(string, "%s%s", tmp, para->inpu->block_file_name); + sprintf(msg, "assign_parameter(): %s=%s", tmp, para->inpu->block_file_name); + ffd_log(msg, FFD_NORMAL); +#endif } else if(!strcmp(tmp, "inpu.read_old_ffd_file")) { sscanf(string, "%s%d", tmp, ¶->inpu->read_old_ffd_file); @@ -187,65 +260,135 @@ int assign_parameter(PARA_DATA *para, char *string) { ffd_log(msg, FFD_NORMAL); } else if(!strcmp(tmp, "prob.nu")) { - sscanf(string, "%s%lf", tmp, ¶->prob->nu); + if (ifDouble) { + sscanf(string, "%s%lf", tmp, ¶->prob->nu); + } + else { + sscanf(string, "%s%f", tmp, ¶->prob->nu); + } sprintf(msg, "assign_parameter(): %s=%f", tmp, para->prob->nu); ffd_log(msg, FFD_NORMAL); } else if(!strcmp(tmp, "prob.rho")) { - sscanf(string, "%s%lf", tmp, ¶->prob->rho); + if (ifDouble) { + sscanf(string, "%s%lf", tmp, ¶->prob->rho); + } + else { + sscanf(string, "%s%f", tmp, ¶->prob->rho); + } sprintf(msg, "assign_parameter(): %s=%f", tmp, para->prob->rho); ffd_log(msg, FFD_NORMAL); } else if(!strcmp(tmp, "prob.beta")) { - sscanf(string, "%s%lf", tmp, ¶->prob->beta); + if (ifDouble) { + sscanf(string, "%s%lf", tmp, ¶->prob->beta); + } + else { + sscanf(string, "%s%f", tmp, ¶->prob->beta); + } sprintf(msg, "assign_parameter(): %s=%f", tmp, para->prob->beta); ffd_log(msg, FFD_NORMAL); } else if(!strcmp(tmp, "prob.diff")) { - sscanf(string, "%s%lf", tmp, ¶->prob->diff); + if (ifDouble) { + sscanf(string, "%s%lf", tmp, ¶->prob->diff); + } + else { + sscanf(string, "%s%f", tmp, ¶->prob->diff); + } sprintf(msg, "assign_parameter(): %s=%f", tmp, para->prob->diff); ffd_log(msg, FFD_NORMAL); } else if(!strcmp(tmp, "prob.coeff_h")) { - sscanf(string, "%s%lf", tmp, ¶->prob->coeff_h); + if (ifDouble) { + sscanf(string, "%s%lf", tmp, ¶->prob->coeff_h); + } + else { + sscanf(string, "%s%f", tmp, ¶->prob->coeff_h); + } sprintf(msg, "assign_parameter(): %s=%f", tmp, para->prob->coeff_h); ffd_log(msg, FFD_NORMAL); } else if(!strcmp(tmp, "prob.gravx")) { - sscanf(string, "%s%lf", tmp, ¶->prob->gravx); + if (ifDouble) { + sscanf(string, "%s%lf", tmp, ¶->prob->gravx); + } + else { + sscanf(string, "%s%f", tmp, ¶->prob->gravx); + } sprintf(msg, "assign_parameter(): %s=%f", tmp, para->prob->gravx); ffd_log(msg, FFD_NORMAL); } else if(!strcmp(tmp, "prob.gravy")) { - sscanf(string, "%s%lf", tmp, ¶->prob->gravy); + if (ifDouble) { + sscanf(string, "%s%lf", tmp, ¶->prob->gravy); + } + else { + sscanf(string, "%s%f", tmp, ¶->prob->gravy); + } sprintf(msg, "assign_parameter(): %s=%f", tmp, para->prob->gravy); ffd_log(msg, FFD_NORMAL); } else if(!strcmp(tmp, "prob.gravz")) { - sscanf(string, "%s%lf", tmp, ¶->prob->gravz); + if (ifDouble) { + sscanf(string, "%s%lf", tmp, ¶->prob->gravz); + } + else { + sscanf(string, "%s%f", tmp, ¶->prob->gravz); + } sprintf(msg, "assign_parameter(): %s=%f", tmp, para->prob->gravz); ffd_log(msg, FFD_NORMAL); } else if(!strcmp(tmp, "prob.cond")) { - sscanf(string, "%s%lf", tmp, ¶->prob->cond); + if (ifDouble) { + sscanf(string, "%s%lf", tmp, ¶->prob->cond); + } + else { + sscanf(string, "%s%f", tmp, ¶->prob->cond); + } sprintf(msg, "assign_parameter(): %s=%f", tmp, para->prob->cond); ffd_log(msg, FFD_NORMAL); } else if(!strcmp(tmp, "prob.force")) { - sscanf(string, "%s%lf", tmp, ¶->prob->force); + if (ifDouble) { + sscanf(string, "%s%lf", tmp, ¶->prob->force); + } + else { + sscanf(string, "%s%f", tmp, ¶->prob->force); + } sprintf(msg, "assign_parameter(): %s=%f", tmp, para->prob->force); ffd_log(msg, FFD_NORMAL); } else if(!strcmp(tmp, "prob.source")) { - sscanf(string, "%s%lf", tmp, ¶->prob->source); + if (ifDouble) { + sscanf(string, "%s%lf", tmp, ¶->prob->source); + } + else { + sscanf(string, "%s%f", tmp, ¶->prob->source); + } sprintf(msg, "assign_parameter(): %s=%f", tmp, para->prob->source); ffd_log(msg, FFD_NORMAL); } else if(!strcmp(tmp, "prob.Cp")) { - sscanf(string, "%s%lf", tmp, ¶->prob->Cp); + if (ifDouble) { + sscanf(string, "%s%lf", tmp, ¶->prob->Cp); + } + else { + sscanf(string, "%s%f", tmp, ¶->prob->Cp); + } sprintf(msg, "assign_parameter(): %s=%f", tmp, para->prob->Cp); ffd_log(msg, FFD_NORMAL); } + else if (!strcmp(tmp, "prob.alpha")) { + if (ifDouble) { + sscanf(string, "%s%lf", tmp, ¶->prob->alpha); + } + else { + sscanf(string, "%s%f", tmp, ¶->prob->alpha); + } + sprintf(msg, "assign_parameter(): %s=%f", tmp, para->prob->alpha); + ffd_log(msg, FFD_NORMAL); + } else if(!strcmp(tmp, "prob.movie")) { sscanf(string, "%s%d", tmp, ¶->prob->movie); sprintf(msg, "assign_parameter(): %s=%d", tmp, para->prob->movie); @@ -268,22 +411,73 @@ int assign_parameter(PARA_DATA *para, char *string) { ffd_log(msg, FFD_NORMAL); } else if(!strcmp(tmp, "prob.chen_a")) { - sscanf(string, "%s%lf", tmp, ¶->prob->chen_a); + if (ifDouble) { + sscanf(string, "%s%lf", tmp, ¶->prob->chen_a); + } + else { + sscanf(string, "%s%f", tmp, ¶->prob->chen_a); + } sprintf(msg, "assign_parameter(): %s=%f", tmp, para->prob->chen_a); ffd_log(msg, FFD_NORMAL); } else if(!strcmp(tmp, "prob.Prt")) { - sscanf(string, "%s%lf", tmp, ¶->prob->Prt); + if (ifDouble) { + sscanf(string, "%s%lf", tmp, ¶->prob->Prt); + } + else { + sscanf(string, "%s%f", tmp, ¶->prob->Prt); + } sprintf(msg, "assign_parameter(): %s=%f", tmp, para->prob->Prt); ffd_log(msg, FFD_NORMAL); } + else if(!strcmp(tmp, "outp.result_file")) { + sscanf(string, "%s%s", tmp, tmp2); + if(!strcmp(tmp2, "VTK")) + para->outp->result_file = VTK; + if(!strcmp(tmp2, "PLT")) + para->outp->result_file = PLT; + if (!strcmp(tmp2, "NO")) + para->outp->result_file = NO; + } else if(!strcmp(tmp, "prob.Temp_Buoyancy")) { - sscanf(string, "%s%lf", tmp, ¶->prob->Temp_Buoyancy); + if (ifDouble) { + sscanf(string, "%s%lf", tmp, ¶->prob->Temp_Buoyancy); + } + else { + sscanf(string, "%s%f", tmp, ¶->prob->Temp_Buoyancy); + } sprintf(msg, "assign_parameter(): %s=%f", tmp, para->prob->Temp_Buoyancy); ffd_log(msg, FFD_NORMAL); } + else if(!strcmp(tmp, "prob.coef_stanchion")) { + if (ifDouble) { + sscanf(string, "%s%lf", tmp, ¶->prob->coef_stanchion); + } + else { + sscanf(string, "%s%f", tmp, ¶->prob->coef_stanchion); + } + sprintf(msg, "assign_parameter(): %s=%f", tmp, para->prob->coef_stanchion); + ffd_log(msg, FFD_NORMAL); + } + else if (!strcmp(tmp, "bc.outlet_bc")) { + sscanf(string, "%s%s", tmp, tmp2); + if (!strcmp(tmp2, "ZERO_GRADIENT")) + para->bc->outlet_bc = ZERO_GRADIENT; + if (!strcmp(tmp2, "PRESCRIBED_VALUE")) + para->bc->outlet_bc = PRESCRIBED_VALUE; + } + else if (!strcmp(tmp, "bc.hasTile")) { + sscanf(string, "%s%d", tmp, ¶->bc->hasTile); + sprintf(msg, "assign_parameter(): %s=%d", tmp, para->bc->hasTile); + ffd_log(msg, FFD_NORMAL); + } else if(!strcmp(tmp, "mytime.t_steady")) { - sscanf(string, "%s%lf", tmp, ¶->mytime->t_steady); + if (ifDouble) { + sscanf(string, "%s%lf", tmp, ¶->mytime->t_steady); + } + else { + sscanf(string, "%s%f", tmp, ¶->mytime->t_steady); + } sprintf(msg, "assign_parameter(): %s=%f", tmp, para->mytime->t_steady); ffd_log(msg, FFD_NORMAL); } @@ -301,11 +495,31 @@ int assign_parameter(PARA_DATA *para, char *string) { } ffd_log(msg, FFD_NORMAL); } + else if (!strcmp(tmp, "solv.swipe_adv")) { + sscanf(string, "%s%d", tmp, ¶->solv->swipe_adv); + sprintf(msg, "assign_parameter(): %s=%d", tmp, para->solv->swipe_adv); + ffd_log(msg, FFD_NORMAL); + } + else if (!strcmp(tmp, "solv.swipe_dif")) { + sscanf(string, "%s%d", tmp, ¶->solv->swipe_dif); + sprintf(msg, "assign_parameter(): %s=%d", tmp, para->solv->swipe_dif); + ffd_log(msg, FFD_NORMAL); + } + else if (!strcmp(tmp, "solv.swipe_pro")) { + sscanf(string, "%s%d", tmp, ¶->solv->swipe_pro); + sprintf(msg, "assign_parameter(): %s=%d", tmp, para->solv->swipe_pro); + ffd_log(msg, FFD_NORMAL); + } else if(!strcmp(tmp, "solv.check_residual")) { sscanf(string, "%s%d", tmp, ¶->solv->check_residual); sprintf(msg, "assign_parameter(): %s=%d", tmp, para->solv->check_residual); ffd_log(msg, FFD_NORMAL); } + else if (!strcmp(tmp, "solv.check_conservation")) { + sscanf(string, "%s%d", tmp, ¶->solv->check_conservation); + sprintf(msg, "assign_parameter(): %s=%d", tmp, para->solv->check_conservation); + ffd_log(msg, FFD_NORMAL); + } else if(!strcmp(tmp, "solv.advection_solver")) { sscanf(string, "%s%s", tmp, tmp2); sprintf(msg, "assign_parameter(): %s=%s", tmp, tmp2); @@ -315,8 +529,8 @@ int assign_parameter(PARA_DATA *para, char *string) { para->solv->advection_solver = LAX; else if(!strcmp(tmp2, "UPWIND")) para->solv->advection_solver = UPWIND; - else if(!strcmp(tmp2, "UPWIND_NEW")) - para->solv->advection_solver = UPWIND_NEW; + else if(!strcmp(tmp2, "CENTRAL")) + para->solv->advection_solver = CENTRAL; else { sprintf(msg, "assign_parameter(): %s is not valid input for %s", tmp2, tmp); ffd_log(msg, FFD_ERROR); @@ -345,26 +559,61 @@ int assign_parameter(PARA_DATA *para, char *string) { sprintf(msg, "assign_parameter(): %s=%d", tmp, para->solv->cosimulation); ffd_log(msg, FFD_NORMAL); } + else if (!strcmp(tmp, "solv.mass_conservation_on")) { + sscanf(string, "%s%d", tmp, ¶->solv->mass_conservation_on); + sprintf(msg, "assign_parameter(): %s=%d", tmp, para->solv->mass_conservation_on); + ffd_log(msg, FFD_NORMAL); + } + else if (!strcmp(tmp, "solv.tile_flow_correct")) { + sscanf(string, "%s%s", tmp, tmp2); + if (!strcmp(tmp2, "PRESSURE_BASE")) + para->solv->tile_flow_correct = PRESSURE_BASE; + if (!strcmp(tmp2, "NS_SOURCE")) + para->solv->tile_flow_correct = NS_SOURCE; + /* Turn off mass balance if using pressure_base */ + if (para->solv->tile_flow_correct == PRESSURE_BASE && para->bc->hasTile > 0) + para->solv->mass_conservation_on = 0; + } /**************************************************************************** | get the initial condition ****************************************************************************/ else if(!strcmp(tmp, "init.T")) { - sscanf(string, "%s%lf", tmp, ¶->init->T); + if (ifDouble) { + sscanf(string, "%s%lf", tmp, ¶->init->T); + } + else { + sscanf(string, "%s%f", tmp, ¶->init->T); + } sprintf(msg, "assign_parameter(): %s=%f", tmp, para->init->T); ffd_log(msg, FFD_NORMAL); } else if(!strcmp(tmp, "init.u")) { - sscanf(string, "%s%lf", tmp, ¶->init->u); + if (ifDouble) { + sscanf(string, "%s%lf", tmp, ¶->init->u); + } + else { + sscanf(string, "%s%f", tmp, ¶->init->u); + } sprintf(msg, "assign_parameter(): %s=%f", tmp, para->init->u); ffd_log(msg, FFD_NORMAL); } else if(!strcmp(tmp, "init.v")) { - sscanf(string, "%s%lf", tmp, ¶->init->v); + if (ifDouble) { + sscanf(string, "%s%lf", tmp, ¶->init->v); + } + else { + sscanf(string, "%s%f", tmp, ¶->init->v); + } sprintf(msg, "assign_parameter(): %s=%f", tmp, para->init->v); ffd_log(msg, FFD_NORMAL); } else if(!strcmp(tmp, "init.w")) { - sscanf(string, "%s%lf", tmp, ¶->init->w); + if (ifDouble) { + sscanf(string, "%s%lf", tmp, ¶->init->w); + } + else { + sscanf(string, "%s%f", tmp, ¶->init->w); + } sprintf(msg, "assign_parameter(): %s=%f", tmp, para->init->w); ffd_log(msg, FFD_NORMAL); } @@ -397,53 +646,58 @@ int assign_parameter(PARA_DATA *para, char *string) { | if it is the first name, allocate memory for para->sens->sensorName ------------------------------------------------------------------------*/ if(para->sens->sensorName==NULL) { - /* The number of sensor must be defined before we allocate memory for*/ - /* para->sens->sensorName*/ - if(para->sens->nb_sensor==0) { - sprintf(msg, "assign_parameter(): Must define the number of sensors " - "before giving the sensor names"); - ffd_log(msg, FFD_ERROR); - return 1; - } /* End of if(para->sens->nb_sensor==0)*/ - else { - para->sens->sensorName = (char **) malloc(para->sens->nb_sensor*sizeof(char *)); - if(para->sens->sensorName==NULL) { - ffd_log("assign_parameter(): Could not allocate memory for " - "para->sens->sensorName", FFD_ERROR); - return 1; - } - } /* End of else*/ + /* The number of sensor must be defined before we allocate memory for */ + /* para->sens->sensorName */ + if (para->sens->nb_sensor == 0) { + sprintf(msg, "assign_parameter(): Must define the number of sensors " + "before giving the sensor names"); + ffd_log(msg, FFD_ERROR); + return 1; + } /* End of if(para->sens->nb_sensor==0) */ + else { + para->sens->sensorName = (char**)malloc(para->sens->nb_sensor * sizeof(char*)); + if (para->sens->sensorName == NULL) { + ffd_log("assign_parameter(): Could not allocate memory for " + "para->sens->sensorName", FFD_ERROR); + return 1; + } + } /* End of else */ - } /* End of if(para->sens->nb_sensor==0)*/ + } /* End of if(para->sens->nb_sensor==0) */ - /*------------------------------------------------------------------------ - | Copy the sensor name - ------------------------------------------------------------------------*/ - sscanf(string, "%s%s", tmp, tmp2); - senId++; - para->sens->sensorName[senId] = (char *) malloc(sizeof(tmp2)*sizeof(char)); - if(para->sens->sensorName[senId]==NULL) { - sprintf(msg, "assign_parameter(): Could not allocate memory for %s", - tmp2); - ffd_log(msg, FFD_ERROR); - return 1; - } - else { - strcpy(para->sens->sensorName[senId], tmp2); - sprintf(msg, "assign_parameter(): %s=%s", tmp, para->sens->sensorName[senId]); - ffd_log(msg, FFD_NORMAL); - } + /*------------------------------------------------------------------------ + | Copy the sensor name + ------------------------------------------------------------------------*/ + sscanf(string, "%s%s", tmp, tmp2); + senId++; + para->sens->sensorName[senId] = (char*)malloc(sizeof(tmp2) * sizeof(char)); + if (para->sens->sensorName[senId] == NULL) { + sprintf(msg, "assign_parameter(): Could not allocate memory for %s", + tmp2); + ffd_log(msg, FFD_ERROR); + return 1; + } + else { + strcpy(para->sens->sensorName[senId], tmp2); + sprintf(msg, "assign_parameter(): %s=%s", tmp, para->sens->sensorName[senId]); + ffd_log(msg, FFD_NORMAL); + } } + return 0; -} /* End of assign_parameter()*/ +} /* End of assign_parameter() */ + +#ifdef FFD_ISAT +extern char filepath[]; +#endif - /* - * Read the FFD parameter file input.ffd - * - * @param para Pointer to FFD parameters - * - * @return 0 if no error occurred - */ +/**************************************************************************** +| Read the FFD parameter file input.ffd +| +| \param para Pointer to FFD parameters +| +| \return 0 if no error occurred +****************************************************************************/ int read_parameter(PARA_DATA *para) { char string[400]; @@ -451,67 +705,82 @@ int read_parameter(PARA_DATA *para) { | Open the FFD parameter file ****************************************************************************/ /*--------------------------------------------------------------------------- - | Stand alone simulation - ---------------------------------------------------------------------------*/ - if(para->solv->cosimulation==0) { - if((file_para=fopen("input.ffd","r"))==NULL) { - sprintf(msg, "read_parameter(): " - "Could not open the default FFD parameter file input.ffd"); - ffd_log(msg, FFD_ERROR); - return 1; - } - else { - sprintf(msg, "read_parameter(): Opened input.ffd for FFD parameters"); - ffd_log(msg, FFD_NORMAL); - } +| Stand alone simulation +---------------------------------------------------------------------------*/ + if (para->solv->cosimulation == 0) { +#ifndef FFD_ISAT /*if no ISAT*/ + if ((file_para = fopen("input.ffd", "r")) == NULL) { + sprintf(msg, "read_parameter(): " + "Could not open the default FFD parameter file input.ffd"); + ffd_log(msg, FFD_ERROR); + return 1; + } + else { + sprintf(msg, "read_parameter(): Opened input.ffd for FFD parameters"); + ffd_log(msg, FFD_NORMAL); + } +#else /*if called by ISAT*/ + char filenametmp[400] = { 0 }; + snprintf(filenametmp, sizeof(filenametmp), "%s%s", filepath, "input.ffd"); + if ((file_para = fopen(filenametmp, "r")) == NULL) { + sprintf(msg, "read_parameter(): " + "Could not open the default FFD parameter file %s", filenametmp); + ffd_log(msg, FFD_ERROR); + return 1; + } + else { + sprintf(msg, "read_parameter(): Opened %s for FFD parameters", filenametmp); + ffd_log(msg, FFD_NORMAL); + } +#endif } /*--------------------------------------------------------------------------- | Co-simulation ---------------------------------------------------------------------------*/ else { - if((file_para=fopen(para->cosim->para->fileName,"r"))==NULL) { - sprintf(msg, "read_parameter(): Could not open the FFD parameter file %s", - para->cosim->para->fileName); - ffd_log(msg, FFD_ERROR); - return 1; - } - else { - char *lastSlash = strrchr(para->cosim->para->fileName, '/'); - int nPath = strlen(para->cosim->para->fileName) - (strlen(lastSlash) - 1); + if ((file_para = fopen(para->cosim->para->fileName, "r")) == NULL) { + sprintf(msg, "read_parameter(): Could not open the FFD parameter file %s", + para->cosim->para->fileName); + ffd_log(msg, FFD_ERROR); + return 1; + } + else { + char* lastSlash = strrchr(para->cosim->para->fileName, '/'); + int nPath = strlen(para->cosim->para->fileName) - (strlen(lastSlash) - 1); - para->cosim->para->filePath = (char*) calloc(nPath+1, sizeof(char)); - if(para->cosim->para->filePath==NULL) { - ffd_log("read_parameter(): Could not allocate memory for the path to the FFD files", FFD_ERROR); - return 1; - } - else { - strncpy(para->cosim->para->filePath, para->cosim->para->fileName, nPath); - sprintf(msg, "read_parameter(): Opened file %s for FFD parameters with base directory %s", - para->cosim->para->fileName, para->cosim->para->filePath); - ffd_log(msg, FFD_NORMAL); - } - } + para->cosim->para->filePath = (char*)calloc(nPath + 1, sizeof(char)); + if (para->cosim->para->filePath == NULL) { + ffd_log("read_parameter(): Could not allocate memory for the path to the FFD files", FFD_ERROR); + return 1; + } + else { + strncpy(para->cosim->para->filePath, para->cosim->para->fileName, nPath); + sprintf(msg, "read_parameter(): Opened file %s for FFD parameters with base directory %s", + para->cosim->para->fileName, para->cosim->para->filePath); + ffd_log(msg, FFD_NORMAL); + } + } } - /*Use fgets(...) as loop condition, it returns null when it fail to read more characters.*/ + /*Use fgets(...) as loop condition, it reutrns null when it fail to read more characters.*/ while(fgets(string, 400, file_para) != NULL) { if(assign_parameter(para, string)) { - sprintf(msg, "read_parameter(): Could not read data from file %s", - para->cosim->para->fileName); + sprintf(msg, "read_parameter(): Could not read data from file %s", + para->cosim->para->fileName); ffd_log(msg, FFD_ERROR); return 1; } - }/* End of while*/ + }/* End of while */ /*Check if it is end of file*/ /*Use feof() to detect what went wrong after one of the main I/O functions failed*/ /*Do not use feof() as condition of while loop. It will read one more time after last line.*/ if (!feof(file_para)){ - sprintf(msg, "read_parameter(): Could not read data from file %s", - para->cosim->para->fileName); + sprintf(msg, "read_parameter(): Could not read data from file %s", + para->cosim->para->fileName); ffd_log(msg, FFD_ERROR); } fclose(file_para); return 0; -} /* End of read_parameter()*/ +} /* End of read_parameter() */ diff --git a/Buildings/Resources/src/FastFluidDynamics/parameter_reader.h b/Buildings/Resources/src/FastFluidDynamics/parameter_reader.h index 48e75ab61a3..0cfaff1aa6f 100644 --- a/Buildings/Resources/src/FastFluidDynamics/parameter_reader.h +++ b/Buildings/Resources/src/FastFluidDynamics/parameter_reader.h @@ -1,16 +1,22 @@ -/* - * - * @file parameter_reader.c - * - * @brief Read the FFD parameter file - * - * @author Wangda Zuo - * University of Miami - * W.Zuo@miami.edu - * - * @date 8/3/2013 - * - */ +/**************************************************************************** +| +| \file parameter_reader.h +| +| \brief Read the FFD parameter file +| +| \author Wangda Zuo +| University of Miami, University of Colorado Boulder +| W.Zuo@miami.edu, wangda.zuo@colorado.edu +| Wei Tian +| University of Miami, Schneider Electric +| w.tian@umiami.edu, Wei.Tian@Schneider-Electric.com +| Xu Han +| University of Colorado Boulder +| xuha3556@colorado.edu +| +| \date 4/5/2020 +| +****************************************************************************/ #ifndef _PARAMETER_READER_H #define _PARAMETER_READER_H @@ -21,26 +27,31 @@ #include "data_structure.h" #endif +#ifndef _UTILITY_H +#define _UTILITY_H #include "utility.h" +#endif FILE *file_para; FILE *file_log; -/* - * Assign the FFD parameters - * - * @param para Pointer to FFD parameters - * @param string Pointer to data read from the parameter file - * - * @return 0 if no error occurred - */ -int assign_parameter(PARA_DATA *para, char *string); - -/* - * Read the FFD parameter file input.ffd - * - * @param para Pointer to FFD parameters - * - * @return 0 if no error occurred - */ +/**************************************************************************** +| Assign the FFD parameters +| +| \param para Pointer to FFD parameters +| \param string Pointer to data read from the parameter file +| +| \return 0 if no error occurred +****************************************************************************/ +int assign_parameter(PARA_DATA* para, char* string); + +/**************************************************************************** +| Read the FFD parameter file input.ffd +| +| \param para Pointer to FFD parameters +| +| \return 0 if no error occurred +****************************************************************************/ int read_parameter(PARA_DATA *para); + + diff --git a/Buildings/Resources/src/FastFluidDynamics/projection.c b/Buildings/Resources/src/FastFluidDynamics/projection.c index 245594453f2..879ca3e0113 100644 --- a/Buildings/Resources/src/FastFluidDynamics/projection.c +++ b/Buildings/Resources/src/FastFluidDynamics/projection.c @@ -1,31 +1,34 @@ -/* - * - * \file projection.h - * - * \brief Solver for projection step - * - * \author Mingang Jin, Qingyan Chen - * Purdue University - * Jin55@purdue.edu, YanChen@purdue.edu - * Wangda Zuo - * University of Miami - * W.Zuo@miami.edu - * - * \date 8/3/2013 - * - */ +/**************************************************************************** +| +| \file projection.c +| +| \brief Solver for projection step +| +| \author Mingang Jin, Qingyan Chen +| Purdue University +| Jin55@purdue.edu, YanChen@purdue.edu +| Wangda Zuo +| University of Miami, University of Colorado Boulder +| W.Zuo@miami.edu, wangda.zuo@colorado.edu +| Wei Tian +| University of Miami, Schneider Electric +| w.tian@umiami.edu, Wei.Tian@Schneider-Electric.com +| +| \date 6/15/2017 +| +****************************************************************************/ #include "projection.h" -/* - * Project the velocity - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param BINDEX Pointer to boundary index - * - * @return 0 if no error occurred - */ +/**************************************************************************** +| Project the velocity +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +****************************************************************************/ int project(PARA_DATA *para, REAL **var, int **BINDEX) { int i, j, k; int imax = para->geom->imax, jmax = para->geom->jmax; @@ -39,6 +42,11 @@ int project(PARA_DATA *para, REAL **var, int **BINDEX) { REAL *ae = var[AE], *aw =var[AW], *an = var[AN], *as = var[AS]; REAL dxe,dxw, dyn,dys,dzf,dzb,Dx,Dy,Dz; REAL *flagu = var[FLAGU],*flagv = var[FLAGV],*flagw = var[FLAGW]; + int num_swipe = para->solv->swipe_pro; + REAL *flagp = var[FLAGP]; + REAL residual = 0.0; + REAL rho = para->prob->rho; + REAL cell_vol = 0.0; /**************************************************************************** | Calculate all coefficients @@ -60,7 +68,7 @@ int project(PARA_DATA *para, REAL **var, int **BINDEX) { as[IX(i,j,k)] = Dx*Dz/dys; af[IX(i,j,k)] = Dx*Dy/dzf; ab[IX(i,j,k)] = Dx*Dy/dzb; - b[IX(i,j,k)] = Dx*Dy*Dz/dt*((u[IX(i-1,j,k)]-u[IX(i,j,k)])/Dx + b[IX(i,j,k)] = rho*Dx*Dy*Dz/dt*((u[IX(i-1,j,k)]-u[IX(i,j,k)])/Dx + (v[IX(i,j-1,k)]-v[IX(i,j,k)])/Dy + (w[IX(i,j,k-1)]-w[IX(i,j,k)])/Dz); END_FOR @@ -74,8 +82,23 @@ int project(PARA_DATA *para, REAL **var, int **BINDEX) { ap[IX(i,j,k)] = ae[IX(i,j,k)] + aw[IX(i,j,k)] + as[IX(i,j,k)] + an[IX(i,j,k)] + af[IX(i,j,k)] + ab[IX(i,j,k)]; END_FOR + + /* solve equations */ + if (para->solv->solver == GS) { + Gauss_Seidel(para, var, p, flagp, num_swipe); + } + else { + Jacobi(para, var, p, flagp, num_swipe); + } - GS_P(para, var, IP, p); + /* check residual after iterative solver */ + if (para->solv->check_residual == 1) { + residual = check_residual(para, var, p, var[FLAGP]); + sprintf(msg, "Residual in projection: %f", residual); + ffd_log(msg, FFD_NORMAL); + } + + /* set boundary condition */ set_bnd_pressure(para, var, p,BINDEX); /**************************************************************************** @@ -83,18 +106,60 @@ int project(PARA_DATA *para, REAL **var, int **BINDEX) { ****************************************************************************/ FOR_U_CELL if (flagu[IX(i,j,k)]>=0) continue; - u[IX(i,j,k)] -= dt*(p[IX(i+1,j,k)]-p[IX(i,j,k)]) / (x[IX(i+1,j,k)]-x[IX(i,j,k)]); + u[IX(i,j,k)] -= dt/rho*(p[IX(i+1,j,k)]-p[IX(i,j,k)]) / (x[IX(i+1,j,k)]-x[IX(i,j,k)]); END_FOR FOR_V_CELL if (flagv[IX(i,j,k)]>=0) continue; - v[IX(i,j,k)] -= dt*(p[IX(i,j+1,k)]-p[IX(i,j,k)]) / (y[IX(i,j+1,k)]-y[IX(i,j,k)]); + v[IX(i,j,k)] -= dt/rho*(p[IX(i,j+1,k)]-p[IX(i,j,k)]) / (y[IX(i,j+1,k)]-y[IX(i,j,k)]); END_FOR FOR_W_CELL if (flagw[IX(i,j,k)]>=0) continue; - w[IX(i,j,k)] -= dt*(p[IX(i,j,k+1)]-p[IX(i,j,k)]) / (z[IX(i,j,k+1)]-z[IX(i,j,k)]); + w[IX(i,j,k)] -= dt/rho*(p[IX(i,j,k+1)]-p[IX(i,j,k)]) / (z[IX(i,j,k+1)]-z[IX(i,j,k)]); END_FOR + /**************************************************************************** + | Check mass imbalance if needed + ****************************************************************************/ + if (para->solv->check_residual == 1) { + residual = check_mass_imbalance(para, var); + sprintf(msg, "mass imbalance after projection: %f", residual); + ffd_log(msg, FFD_NORMAL); + } + return 0; -} /* End of project( )*/ +} /* End of project( ) */ + +/**************************************************************************** +| Check the mass imbalance after projjection +| This usually indicates that the energy balance after advection could be problematic. +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +****************************************************************************/ +int check_mass_imbalance(PARA_DATA *para, REAL **var) { + int i, j, k; + int imax = para->geom->imax, jmax = para->geom->jmax; + int kmax = para->geom->kmax; + int IMAX = imax + 2, IJMAX = (imax + 2)*(jmax + 2); + REAL *u = var[VX], *v = var[VY], *w = var[VZ]; + REAL *gx = var[GX], *gy = var[GY], *gz = var[GZ]; + REAL *flagp = var[FLAGP]; + REAL tmp = 0.0, imbalance = 0.0; + int count = 0; + + FOR_EACH_CELL + if (flagp[IX(i, j, k)] >= 0) continue; + imbalance = (u[IX(i, j, k)] - u[IX(i - 1, j, k)]) / (gx[IX(i, j, k)] - gx[IX(i - 1, j, k)]) + + (v[IX(i, j, k)] - v[IX(i, j - 1, k)]) / (gy[IX(i, j, k)] - gy[IX(i, j - 1, k)]) + + (w[IX(i, j, k)] - w[IX(i, j, k - 1)]) / (gz[IX(i, j, k)] - gz[IX(i, j, k - 1)]); + tmp += imbalance*imbalance; + count += 1; + END_FOR + return sqrt(tmp/count); +} + diff --git a/Buildings/Resources/src/FastFluidDynamics/projection.h b/Buildings/Resources/src/FastFluidDynamics/projection.h index ebe30338196..97449e668de 100644 --- a/Buildings/Resources/src/FastFluidDynamics/projection.h +++ b/Buildings/Resources/src/FastFluidDynamics/projection.h @@ -1,19 +1,22 @@ -/* - * - * @file projection.h - * - * @brief Solver for projection step - * - * @author Mingang Jin, Qingyan Chen - * Purdue University - * Jin55@purdue.edu, YanChen@purdue.edu - * Wangda Zuo - * University of Miami - * W.Zuo@miami.edu - * - * @date 8/3/2013 - * - */ +/**************************************************************************** +| +| \file projection.c +| +| \brief Solver for projection step +| +| \author Mingang Jin, Qingyan Chen +| Purdue University +| Jin55@purdue.edu, YanChen@purdue.edu +| Wangda Zuo +| University of Miami, University of Colorado Boulder +| W.Zuo@miami.edu, wangda.zuo@colorado.edu +| Wei Tian +| University of Miami, Schneider Electric +| w.tian@umiami.edu, Wei.Tian@Schneider-Electric.com +| +| \date 6/15/2017 +| +****************************************************************************/ #ifndef _PROJECTION_H #define _PROJECTION_H #endif @@ -43,13 +46,27 @@ #include "boundary.h" #endif -/* - * Project the velocity - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param BINDEX Pointer to boundary index - * - * @return 0 if no error occurred - */ -int project(PARA_DATA *para, REAL **var, int **BINDEX); +/**************************************************************************** +| Project the velocity +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +****************************************************************************/ +int project(PARA_DATA* para, REAL** var, int** BINDEX); + +/**************************************************************************** +| Check the mass imbalance after projjection +| This usually indicates that the energy balance after advection could be problematic. +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +****************************************************************************/ +int check_mass_imbalance(PARA_DATA *para, REAL **var); + + diff --git a/Buildings/Resources/src/FastFluidDynamics/sci_reader.c b/Buildings/Resources/src/FastFluidDynamics/sci_reader.c index 93591e25387..2ea70934213 100644 --- a/Buildings/Resources/src/FastFluidDynamics/sci_reader.c +++ b/Buildings/Resources/src/FastFluidDynamics/sci_reader.c @@ -1,67 +1,289 @@ -/* - * - * \file sci_reader.c - * - * \brief Read mesh and simulation data defined by SCI - * - * \author Mingang Jin, Qingyan Chen - * Purdue University - * Jin55@purdue.edu, YanChen@purdue.edu - * Wangda Zuo - * University of Miami - * W.Zuo@miami.edu - * - * \date 8/3/2013 - * - */ +/**************************************************************************** +| +| \file sci_reader.c +| +| \brief Read mesh and simulation data defined by SCI +| +| \author Wangda Zuo +| University of Miami, University of Colorado Boulder +| W.Zuo@miami.edu, wangda.zuo@colorado.edu +| Mingang Jin, Qingyan Chen +| Purdue University +| Jin55@purdue.edu, YanChen@purdue.edu +| Wei Tian +| University of Miami, Schneider Electric +| w.tian@umiami.edu, Wei.Tian@Schneider-Electric.com +| Xu Han +| University of Colorado Boulder +| xuha3556@colorado.edu +| +| \date 4/5/2020 +| +****************************************************************************/ #include "sci_reader.h" +/*Extern global variables from ISAT*/ +#ifdef FFD_ISAT +extern char filepath[]; +extern double ffdInput[]; +extern double AInlet[]; +#endif + +/**************************************************************************** +| check the input forat as current FFD accepts a format excluding unused info +| +| \return 0 if no error occurred +****************************************************************************/ /* - * Read the basic index information from input.cfd - * - * Specific method for advection will be selected according to the variable - * type. - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * - * @return 0 if no error occurred - */ -int read_sci_max(PARA_DATA *para, REAL **var) { - char string[400]; - - /* Open the file*/ +int check_input_format() { + // Embed a python function in C to perform the edit for a file + // Inspired by online resource: https://stackoverflow.com/questions/12142174/run-a-python-script-with-arguments + // Check my Wiki Page: https://github.com/se-thermalanalytics/DC-DoE-CU-LBL-SE/wiki/Embed-python-script-in-C-codes + FILE* file; + int argc; + char * argv[1]; + + argc = 1; + argv[0] = "check_input.py"; + + // set up a python environment + Py_SetProgramName(argv[0]); + Py_Initialize(); + PySys_SetArgv(argc, argv); + file = fopen(argv[0],"r"); + PyRun_SimpleFile(file, argv[0]); + Py_Finalize(); + + return 0 ; +} +*/ +/**************************************************************************** +| Read the basic index information from input.cfd +| +| Specific method for advection will be selected according to the variable +| type. +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| +| \return 0 if no error occurred +****************************************************************************/ +int read_sci_max(PARA_DATA* para, REAL** var) { + char string[400]; + + /* Open the file */ +#ifndef FFD_ISAT /*if no ISAT*/ if((file_params=fopen(para->inpu->parameter_file_name,"r")) == NULL) { - fprintf(stderr,"Error:can not open the file \"%s\".\n", - para->inpu->parameter_file_name); - return 1; + sprintf(msg, "read_sci_input(): Could not open the file \"%s\".", + para->inpu->parameter_file_name); + ffd_log(msg, FFD_ERROR); + return 1; } - - /* Get the first line for the length in X, Y and Z directions*/ +#else /*if called by ISAT*/ + char filenametmp[400] = { 0 }; + snprintf(filenametmp, sizeof(filenametmp), "%s%s", filepath, "input.cfd"); + if ((file_params = fopen(filenametmp, "r")) == NULL) { + sprintf(msg, "read_sci_input(): Could not open the file \"%s\".", + filenametmp); + ffd_log(msg, FFD_ERROR); + return 1; + } +#endif + + /* Get the first line for the length in X, Y and Z directions */ fgets(string, 400, file_params); - sscanf(string,"%lf %lf %lf", ¶->geom->Lx, ¶->geom->Ly, ¶->geom->Lz); + + if (ifDouble) { + sscanf(string, "%lf %lf %lf", ¶->geom->Lx, ¶->geom->Ly, ¶->geom->Lz); + } + else { + sscanf(string, "%f %f %f", ¶->geom->Lx, ¶->geom->Ly, ¶->geom->Lz); + } + - /* Get the second line for the number of cells in X, Y and Z directions*/ + /* Get the second line for the number of cells in X, Y and Z directions */ fgets(string, 400, file_params); - sscanf(string,"%d %d %d", ¶->geom->imax, ¶->geom->jmax, - ¶->geom->kmax); + sscanf(string, "%d %d %d", ¶->geom->imax, ¶->geom->jmax, + ¶->geom->kmax); fclose(file_params); return 0; -} /* End of read_sci_max()*/ +} /* End of read_sci_max() */ + +/**************************************************************************** +| Check the number of racks in the input file +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +****************************************************************************/ +int check_num_racks(PARA_DATA* para, REAL** var, int** BINDEX) { + char string[400]; + int tmp = 0; + + /* Open the file */ +#ifndef FFD_ISAT /*if no ISAT*/ + if ((file_params = fopen(para->inpu->parameter_file_name, "r")) == NULL) { + sprintf(msg, "read_sci_input(): Could not open the file \"%s\".", + para->inpu->parameter_file_name); + ffd_log(msg, FFD_ERROR); + return 1; + } +#else /*if called by ISAT*/ + char filenametmp[400] = { 0 }; + snprintf(filenametmp, sizeof(filenametmp), "%s%s", filepath, "input.cfd"); + if ((file_params = fopen(filenametmp, "r")) == NULL) { + sprintf(msg, "read_sci_input(): Could not open the file \"%s\".", + filenametmp); + ffd_log(msg, FFD_ERROR); + return 1; + } +#endif + + /* Read line by line */ + while (fgets(string, 400, file_params) != NULL) { + /* if Rack is in the line, then count it */ + if (strstr(string, "Rack") != NULL) tmp += 1; + } + /* close the file */ + fclose(file_params); + /* write the number of rack to global parameter */ + para->bc->nb_rack = tmp; - /* - * Read other information from input.cfd - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param var_type Type of variable - * @param BINDEX Pointer to boundary index - * - * @return 0 if no error occurred - */ + /* return 0 */ + return 0; +} + +/**************************************************************************** +| Check the number of tiles in the input file +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +****************************************************************************/ +int check_num_tiles(PARA_DATA* para, REAL** var, int** BINDEX) { + char string[400]; + int tmp = 0; + + /* Open the file */ +#ifndef FFD_ISAT /*if no ISAT*/ + if ((file_params = fopen(para->inpu->parameter_file_name, "r")) == NULL) { + sprintf(msg, "read_sci_input(): Could not open the file \"%s\".", + para->inpu->parameter_file_name); + ffd_log(msg, FFD_ERROR); + return 1; + } +#else /*if called by ISAT*/ + char filenametmp[400] = { 0 }; + snprintf(filenametmp, sizeof(filenametmp), "%s%s", filepath, "input.cfd"); + if ((file_params = fopen(filenametmp, "r")) == NULL) { + sprintf(msg, "read_sci_input(): Could not open the file \"%s\".", + filenametmp); + ffd_log(msg, FFD_ERROR); + return 1; + } +#endif + + /* Read line by line */ + while(fgets(string, 400, file_params) != NULL) { + /* if Rack is in the line, then count it */ + if (strstr(string, "Tile") != NULL) tmp += 1; + } + /* close the file */ + fclose(file_params); + + /* return 0 */ + return tmp; +} + +/**************************************************************************** +| Check the number of walls in the input file +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +****************************************************************************/ +int check_num_walls(PARA_DATA* para, REAL** var, int** BINDEX) { + char string[400]; + int tmp1 = 0, tmp2 = 0, tmp3 = 0, tmp4 = 0, i; + + /* Open the file */ +#ifndef FFD_ISAT /*if no ISAT*/ + if ((file_params = fopen(para->inpu->parameter_file_name, "r")) == NULL) { + sprintf(msg, "read_sci_input(): Could not open the file \"%s\".", + para->inpu->parameter_file_name); + ffd_log(msg, FFD_ERROR); + return 1; + } +#else /*if called by ISAT*/ + char filenametmp[400] = { 0 }; + snprintf(filenametmp, sizeof(filenametmp), "%s%s", filepath, "input.cfd"); + if ((file_params = fopen(filenametmp, "r")) == NULL) { + sprintf(msg, "read_sci_input(): Could not open the file \"%s\".", + filenametmp); + ffd_log(msg, FFD_ERROR); + return 1; + } +#endif + + /* Ignore the first seven lines */ + for (i = 0; i < 7; i++) + fgets(string, 400, file_params); + + /* Ignore lines for inlet boundaries */ + fgets(string, 400, file_params); + sscanf(string, "%d", &tmp1); + for (i = 0; i < tmp1; i++) { + fgets(string, 400, file_params); + fgets(string, 400, file_params); + } + + /* Ignore lines for outlet boundaries */ + fgets(string, 400, file_params); + sscanf(string, "%d", &tmp2); + for (i = 0; i < tmp2; i++) { + fgets(string, 400, file_params); + fgets(string, 400, file_params); + } + + /* Ignore lines for block boundaries */ + fgets(string, 400, file_params); + sscanf(string, "%d", &tmp3); + for (i = 0; i < tmp3; i++) { + fgets(string, 400, file_params); + fgets(string, 400, file_params); + } + + /* Get the number of wall boundaries */ + fgets(string, 400, file_params); + sscanf(string, "%d", &tmp4); + + /* close the file */ + fclose(file_params); + + /* return the number of wall boundaries */ + return tmp4; +} + +/**************************************************************************** +| Read other information from sci input file +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param var_type Type of variable +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +****************************************************************************/ +/*FIXME: THIS FUNCTION IS TOO LENGTHT AND DIFFICULT TO READ AND MAINTAIN---WEITIAN*/ int read_sci_input(PARA_DATA *para, REAL **var, int **BINDEX) { int i, j, k; int ii,ij,ik; @@ -84,70 +306,454 @@ int read_sci_input(PARA_DATA *para, REAL **var, int **BINDEX) { REAL *delx, *dely, *delz; REAL *flagp = var[FLAGP]; int bcnameid = -1; - - /* Open the parameter file*/ - if((file_params=fopen(para->inpu->parameter_file_name,"r")) == NULL ) { - sprintf(msg,"read_sci_input(): Could not open the file \"%s\".", - para->inpu->parameter_file_name); - ffd_log(msg, FFD_ERROR); - return 1; - } - - sprintf(msg, "read_sci_input(): Start to read sci input file %s", - para->inpu->parameter_file_name); - ffd_log(msg, FFD_NORMAL); - - /* Ignore the first and second lines*/ + int tile_or_outlet = 2; + char tile_name_tmp[1000]; /* temporarily store the tile name */ + char rack_name_tmp[1000]; /* temporarily store the rack name */ + char curtain_name_tmp[1000]; /*temporarily store the curtain name */ + REAL curtain_open_ratio = 0.0; /*temporarily store the curtain opening ratio */ + REAL tile_opening = 1.0; + int id_rack = 0; /* the unique id for rack */ + REAL momentum_kick = 0.0; /* momentum force */ + REAL h_momentum = 0.1524; /* 0.1524 equals to 6 inches */ + REAL beta_tmp = 0.0; /* openting ratio of perforated tile */ + +#ifdef FFD_ISAT /*if called by ISAT*/ + + /* Declare and initialize variables */ + int num_input = 0, num_inlet = 0, num_block = 0, num_wall = 0, dir_inlet = 0; + /* temperature, heat flux or velocity will be overwritten or not */ + int inlet_temp_re[100] = { 0 }; + int inlet_vel_re[100] = { 0 }; + int block_re[100] = { 0 }; + int wall_re[100] = { 0 }; + /* temperature, heat flux or velocity will be overwritten by which isat input */ + int inlet_temp_wh[100] = { 0 }; + int inlet_vel_wh[100] = { 0 }; + int block_wh[100] = { 0 }; + int wall_wh[100] = { 0 }; + /* Value of temperature, heat flux or velocity assigned by isat inputs */ + REAL inlet_temp_value[100] = { 0 }; + REAL inlet_vel_value[100] = { 0 }; + REAL inlet_area_value[100] = { 0 }; + REAL block_value[100] = { 0 }; + REAL wall_value[100] = { 0 }; + REAL default_mass_flowrate = 0; + REAL updated_mass_flowrate = 0; + int inlet_vel_re_sum = 0; + + INPUT_TYPE inpu_name[10] = { sur_temp }; + + /* Open the set.isat file */ + char tmp[400], tmp1[400]; + char filenametmp[400]; + snprintf(filenametmp, sizeof(filenametmp), "%s%s", filepath, "set.isat"); + + if ((file_params = fopen(filenametmp, "r")) == NULL) { + sprintf(msg, "read_sci_input(): Could not open the file \"%s\".", + filenametmp); + ffd_log(msg, FFD_ERROR); + return 1; + } + sprintf(msg, "read_sci_input(): Start to read the file %s", filenametmp); + ffd_log(msg, FFD_NORMAL); + + /* Read the settings for inputs */ + int next = 0; + while (next == 0) { + /*fgets(string, 400, file_params);*/ + if (fgets(string, 400, file_params) == NULL) + next = 1; + + if (EOF == sscanf(string, "%s", tmp)) { + continue; + } + + /* Read isat.num_input */ + if (!strcmp(tmp, "isat.num_input")) { + sscanf(string, "%s%d", tmp, &num_input); + if (num_input < 11) { + sprintf(msg, "\t\t%s=%d", tmp, num_input); + ffd_log(msg, FFD_NORMAL); + } + else { + sprintf(msg, "read_isat_parameters(): the current version only supports no more than ten inputs"); + ffd_log(msg, FFD_ERROR); + return 1; + } + } + + /* Read inpu.inpu_name */ + else if (!strcmp(tmp, "/*inpu.inpu_name:")) { + sprintf(msg, "\tRead input settings of isat and ffd:"); + ffd_log(msg, FFD_NORMAL); + for (i = 0; i < num_input; i++) { + fgets(string, 400, file_params); + sscanf(string, "%s", tmp); + if (!strcmp(tmp, "inpu.inpu_name")) { + sscanf(string, "%s%s", tmp, tmp1); + if (!strcmp(tmp1, "inlet_temp")) + inpu_name[i] = inlet_temp; + else if (!strcmp(tmp1, "inlet_mass")) + inpu_name[i] = inlet_mass; + else if (!strcmp(tmp1, "inlet_vel")) + inpu_name[i] = inlet_vel; + else if (!strcmp(tmp1, "block_temp")) + inpu_name[i] = block_temp; + else if (!strcmp(tmp1, "block_hea")) + inpu_name[i] = block_hea; + else if (!strcmp(tmp1, "rack_hea")) + inpu_name[i] = rack_hea; + else if (!strcmp(tmp1, "sur_temp")) + inpu_name[i] = sur_temp; + else if (!strcmp(tmp1, "sur_hea")) + inpu_name[i] = sur_hea; + else { + sprintf(msg, "read_isat_parameters(): %s is not valid input for %s", tmp1, tmp); + ffd_log(msg, FFD_ERROR); + return 1; + } + sprintf(msg, "\t\t%s[%d]=%s", tmp, i, tmp1); + ffd_log(msg, FFD_NORMAL); + } /*end of if (!strcmp(tmp, "inpu.inpu_name"))*/ + else { + sprintf(msg, "read_isat_parameters(): wrong format for %s, which should be inpu.inpu_name", tmp); + ffd_log(msg, FFD_ERROR); + return 1; + } + } /*End of for (i = 0; i < num_input; i++)*/ + } /*End of else if (!strcmp(tmp, "/*inpu.inpu_name:"))*/ + + /* Read inpu.num_inlet */ + else if (!strcmp(tmp, "inpu.num_inlet")) { + sscanf(string, "%s%d", tmp, &num_inlet); + sprintf(msg, "read_sci_input(): %s=%d", tmp, num_inlet); + ffd_log(msg, FFD_NORMAL); + } + /* Read inpu.num_block */ + else if (!strcmp(tmp, "inpu.num_block")) { + sscanf(string, "%s%d", tmp, &num_block); + sprintf(msg, "read_sci_input(): %s=%d", tmp, num_block); + ffd_log(msg, FFD_NORMAL); + } + /* Read inpu.num_wall */ + else if (!strcmp(tmp, "inpu.num_wall")) { + sscanf(string, "%s%d", tmp, &num_wall); + sprintf(msg, "read_sci_input(): %s=%d", tmp, num_wall); + ffd_log(msg, FFD_NORMAL); + } + /* Read inpu.dir_inlet */ + else if (!strcmp(tmp, "inpu.dir_inlet")) { + if (num_inlet > 0) { + sscanf(string, "%s%d", tmp, &dir_inlet); + sprintf(msg, "read_sci_input(): %s=%d", tmp, dir_inlet); + ffd_log(msg, FFD_NORMAL); + } + } + /* Read inpu.inpu.default_mass_flowrate */ + else if (!strcmp(tmp, "inpu.default_mass_flowrate")) { + if (num_inlet > 0) { + sscanf(string, "%s%lf", tmp, &default_mass_flowrate); + sprintf(msg, "read_sci_input(): %s=%lf", tmp, default_mass_flowrate); + ffd_log(msg, FFD_NORMAL); + } + } + /* Read inpu.inlet_temp_re if inpu.num_inlet > 0 */ + else if (!strcmp(tmp, "/*inlet_area_value:")) { + if (num_inlet > 0) { + for (i = 0; i < num_inlet; i++) { + fgets(string, 400, file_params); + sscanf(string, "%s", tmp); + if (!strcmp(tmp, "inpu.inlet_area_value")) { + sscanf(string, "%s%lf", tmp, &inlet_area_value[i]); + sprintf(msg, "read_sci_input(): %s[%d]=%lf", tmp, i, inlet_area_value[i]); + ffd_log(msg, FFD_NORMAL); + } + else { + sprintf(msg, "read_sci_input(): wrong format for %s, which should be inpu.inlet_temp_re", tmp); + ffd_log(msg, FFD_ERROR); + return 1; + } /* End of if (!strcmp(tmp, "inpu.inlet_temp_re")) */ + } /* End of for (i = 0; i < num_input; i++) */ + } /* End of if (num_input > 0) */ + } /* End of else if (!strcmp(tmp, "/*inpu.inlet_temp_re:")) */ + + /* Read inpu.inlet_temp_re if inpu.num_inlet > 0 */ + else if (!strcmp(tmp, "/*inpu.inlet_temp_re:")) { + if (num_inlet > 0) { + for (i = 0; i < num_inlet; i++) { + fgets(string, 400, file_params); + sscanf(string, "%s", tmp); + if (!strcmp(tmp, "inpu.inlet_temp_re")) { + sscanf(string, "%s%d", tmp, &inlet_temp_re[i]); + sprintf(msg, "read_sci_input(): %s[%d]=%d", tmp, i, inlet_temp_re[i]); + ffd_log(msg, FFD_NORMAL); + } + else { + sprintf(msg, "read_sci_input(): wrong format for %s, which should be inpu.inlet_temp_re", tmp); + ffd_log(msg, FFD_ERROR); + return 1; + } /* End of if (!strcmp(tmp, "inpu.inlet_temp_re")) */ + } /* End of for (i = 0; i < num_input; i++) */ + } /* End of if (num_input > 0) */ + } /* End of else if (!strcmp(tmp, "/*inpu.inlet_temp_re:")) */ + + /* Read inpu.inlet_vel_re if inpu.num_inlet > 0 */ + else if (!strcmp(tmp, "/*inpu.inlet_vel_re:")) { + if (num_inlet > 0) { + for (i = 0; i < num_inlet; i++) { + fgets(string, 400, file_params); + sscanf(string, "%s", tmp); + if (!strcmp(tmp, "inpu.inlet_vel_re")) { + sscanf(string, "%s%d", tmp, &inlet_vel_re[i]); + sprintf(msg, "read_sci_input(): %s[%d]=%d", tmp, i, inlet_vel_re[i]); + ffd_log(msg, FFD_NORMAL); + } + else { + sprintf(msg, "read_sci_input(): wrong format for %s, which should be inpu.inlet_vel_re", tmp); + ffd_log(msg, FFD_ERROR); + return 1; + } /* End of if (!strcmp(tmp, "inpu.inlet_vel_re")) */ + } /* End of for (i = 0; i < num_input; i++) */ + } /* End of if (num_input > 0) */ + } /* End of else if (!strcmp(tmp, "/*inpu.inlet_vel_re:")) */ + + /* Read inpu.inlet_temp_wh if inpu.num_inlet > 0 */ + else if (!strcmp(tmp, "/*inpu.inlet_temp_wh:")) { + if (num_inlet > 0) { + for (i = 0; i < num_inlet; i++) { + fgets(string, 400, file_params); + sscanf(string, "%s", tmp); + if (!strcmp(tmp, "inpu.inlet_temp_wh")) { + sscanf(string, "%s%d", tmp, &inlet_temp_wh[i]); + sprintf(msg, "read_sci_input(): %s[%d]=%d", tmp, i, inlet_temp_wh[i]); + ffd_log(msg, FFD_NORMAL); + } + else { + sprintf(msg, "read_sci_input(): wrong format for %s, which should be inpu.inlet_temp_wh", tmp); + ffd_log(msg, FFD_ERROR); + return 1; + } /* End of if (!strcmp(tmp, "inpu.inlet_temp_wh")) */ + } /* End of for (i = 0; i < num_input; i++) */ + } /* End of if (num_input > 0) */ + } /* End of else if (!strcmp(tmp, "/*inpu.inlet_temp_wh:")) */ + + /* Read inpu.inlet_u_wh if inpu.num_inlet > 0 */ + else if (!strcmp(tmp, "/*inpu.inlet_vel_wh:")) { + if (num_inlet > 0) { + for (i = 0; i < num_inlet; i++) { + fgets(string, 400, file_params); + sscanf(string, "%s", tmp); + if (!strcmp(tmp, "inpu.inlet_vel_wh")) { + sscanf(string, "%s%d", tmp, &inlet_vel_wh[i]); + sprintf(msg, "read_sci_input(): %s[%d]=%d", tmp, i, inlet_vel_wh[i]); + ffd_log(msg, FFD_NORMAL); + } + else { + sprintf(msg, "read_sci_input(): wrong format for %s, which should be inpu.inlet_vel_wh", tmp); + ffd_log(msg, FFD_ERROR); + return 1; + } /* End of if (!strcmp(tmp, "inpu.inlet_vel_wh")) */ + } /* End of for (i = 0; i < num_input; i++) */ + } /* End of if (num_input > 0) */ + } /* End of else if (!strcmp(tmp, "/*inpu.inlet_vel_wh:")) */ + + /* Read inpu.block_re if inpu.num_block > 0 */ + else if (!strcmp(tmp, "/*inpu.block_re:")) { + if (num_block > 0) { + for (i = 0; i < num_block; i++) { + fgets(string, 400, file_params); + sscanf(string, "%s", tmp); + if (!strcmp(tmp, "inpu.block_re")) { + sscanf(string, "%s%d", tmp, &block_re[i]); + sprintf(msg, "read_sci_input(): %s[%d]=%d", tmp, i, block_re[i]); + ffd_log(msg, FFD_NORMAL); + } + else { + sprintf(msg, "read_sci_input(): wrong format for %s, which should be inpu.block_re", tmp); + ffd_log(msg, FFD_ERROR); + return 1; + } /* End of if (!strcmp(tmp, "inpu.block_re")) */ + } /* End of for (i = 0; i < num_block; i++) */ + } /* End of if (num_block > 0) */ + } /* End of else if (!strcmp(tmp, "/*inpu.block_re:")) */ + + /* Read inpu.block_wh if inpu.num_block > 0 */ + else if (!strcmp(tmp, "/*inpu.block_wh:")) { + if (num_block > 0) { + for (i = 0; i < num_block; i++) { + fgets(string, 400, file_params); + sscanf(string, "%s", tmp); + if (!strcmp(tmp, "inpu.block_wh")) { + sscanf(string, "%s%d", tmp, &block_wh[i]); + sprintf(msg, "read_sci_input(): %s[%d]=%d", tmp, i, block_wh[i]); + ffd_log(msg, FFD_NORMAL); + } + else { + sprintf(msg, "read_sci_input(): wrong format for %s, which should be inpu.block_wh", tmp); + ffd_log(msg, FFD_ERROR); + return 1; + } /* End of if (!strcmp(tmp, "inpu.block_wh")) */ + } /* End of for (i = 0; i < num_block; i++) */ + } /* End of if (num_block > 0) */ + } /* End of else if (!strcmp(tmp, "/*inpu.block_wh:")) */ + + /* Read inpu.wall_re if inpu.num_wall > 0 */ + else if (!strcmp(tmp, "/*inpu.wall_re:")) { + if (num_wall > 0) { + for (i = 0; i < num_wall; i++) { + fgets(string, 400, file_params); + sscanf(string, "%s", tmp); + if (!strcmp(tmp, "inpu.wall_re")) { + sscanf(string, "%s%d", tmp, &wall_re[i]); + sprintf(msg, "read_sci_input(): %s[%d]=%d", tmp, i, wall_re[i]); + ffd_log(msg, FFD_NORMAL); + } + else { + sprintf(msg, "read_sci_input(): wrong format for %s, which should be inpu.wall_re", tmp); + ffd_log(msg, FFD_ERROR); + return 1; + } /* End of if (!strcmp(tmp, "inpu.wall_re")) */ + } /* End of for (i = 0; i < num_wall; i++) */ + } /* End of if (num_wall > 0) */ + } /* End of else if (!strcmp(tmp, "/*inpu.wall_re:")) */ + + /* Read inpu.wall_wh if inpu.num_wall > 0 */ + else if (!strcmp(tmp, "/*inpu.wall_wh:")) { + if (num_wall > 0) { + for (i = 0; i < num_wall; i++) { + fgets(string, 400, file_params); + sscanf(string, "%s", tmp); + if (!strcmp(tmp, "inpu.wall_wh")) { + sscanf(string, "%s%d", tmp, &wall_wh[i]); + sprintf(msg, "read_sci_input(): %s[%d]=%d", tmp, i, wall_wh[i]); + ffd_log(msg, FFD_NORMAL); + } + else { + sprintf(msg, "read_sci_input(): wrong format for %s, which should be inpu.wall_wh", tmp); + ffd_log(msg, FFD_ERROR); + return 1; + } /* End of if (!strcmp(tmp, "inpu.wall_wh")) */ + } /* End of for (i = 0; i < num_wall; i++) */ + } /* End of if (num_wall > 0) */ + } /* End of else if (!strcmp(tmp, "/*inpu.wall_wh:")) */ + } /* End of while (next = 0)*/ + + fclose(file_params); + + /* Assign value for inlet by isat inputs */ + if (num_inlet != 0) { + for (i = 0; i < num_inlet; i++) { + if (inlet_temp_re[i] == 1) + inlet_temp_value[i] = ffdInput[inlet_temp_wh[i] - 1]; + if (inlet_vel_re[i] == 1) + inlet_vel_value[i] = ffdInput[inlet_vel_wh[i] - 1] / inlet_area_value[i] / para->prob->rho; + updated_mass_flowrate = updated_mass_flowrate + ffdInput[inlet_vel_wh[i] - 1]; + } + } + /* Assign value for block by isat inputs */ + if (num_block != 0) { + for (i = 0; i < num_block; i++) { + if (block_re[i] == 1) + block_value[i] = ffdInput[block_wh[i] - 1]; + } + } + /* Assign value for wall by isat inputs */ + if (num_wall != 0) { + for (i = 0; i < num_wall; i++) { + if (wall_re[i] == 1) + wall_value[i] = ffdInput[wall_wh[i] - 1]; + } + } + +#endif + + /* Open the parameter file */ +#ifndef FFD_ISAT /*if no ISAT*/ + if ((file_params = fopen(para->inpu->parameter_file_name, "r")) == NULL) { + sprintf(msg, "read_sci_input(): Could not open the file \"%s\".", + para->inpu->parameter_file_name); + ffd_log(msg, FFD_ERROR); + return 1; + } + sprintf(msg, "read_sci_input(): Start to read sci input file %s", + para->inpu->parameter_file_name); + ffd_log(msg, FFD_NORMAL); +#else /*if called by ISAT*/ + snprintf(filenametmp, sizeof(filenametmp), "%s%s", filepath, "input.cfd"); + if ((file_params = fopen(filenametmp, "r")) == NULL) { + sprintf(msg, "read_sci_input(): Could not open the file \"%s\".", + filenametmp); + ffd_log(msg, FFD_ERROR); + return 1; + } + sprintf(msg, "read_sci_input(): Start to read sci input file %s", + filenametmp); + ffd_log(msg, FFD_NORMAL); +#endif + + /* Ignore the first and second lines */ fgets(string, 400, file_params); fgets(string, 400, file_params); /***************************************************************************** | Convert the cell dimensions defined by SCI to coordinates in FFD *****************************************************************************/ - /* Allocate temporary memory for dimension of each cell*/ - delx = (REAL *) malloc ((imax+2)*sizeof(REAL)); - dely = (REAL *) malloc ((jmax+2)*sizeof(REAL)); - delz = (REAL *) malloc ((kmax+2)*sizeof(REAL)); - - if( !delx || !dely ||!delz ) { - ffd_log("read_sci_input(): Cannot allocate memory for delx, dely or delz.", - FFD_ERROR); - return 1; + /* Allocate temporary memory for dimension of each cell */ + delx = (REAL*)malloc((imax + 2) * sizeof(REAL)); + dely = (REAL*)malloc((jmax + 2) * sizeof(REAL)); + delz = (REAL*)malloc((kmax + 2) * sizeof(REAL)); + + if (!delx || !dely || !delz) { + ffd_log("read_sci_input(): Cannot allocate memory for delx, dely or delz.", + FFD_ERROR); + return 1; } - delx[0]=0; - dely[0]=0; - delz[0]=0; + delx[0] = 0; + dely[0] = 0; + delz[0] = 0; + + /* Read cell dimensions in X, Y, Z directions */ + if (ifDouble) { + for (i = 1; i <= imax; i++) fscanf(file_params, "%lf", &delx[i]); + fscanf(file_params, "\n"); + for (j = 1; j <= jmax; j++) fscanf(file_params, "%lf", &dely[j]); + fscanf(file_params, "\n"); + for (k = 1; k <= kmax; k++) fscanf(file_params, "%lf", &delz[k]); + fscanf(file_params, "\n"); + } + else { + for (i = 1; i <= imax; i++) fscanf(file_params, "%f", &delx[i]); + fscanf(file_params, "\n"); + for (j = 1; j <= jmax; j++) fscanf(file_params, "%f", &dely[j]); + fscanf(file_params, "\n"); + for (k = 1; k <= kmax; k++) fscanf(file_params, "%f", &delz[k]); + fscanf(file_params, "\n"); + } - /* Read cell dimensions in X, Y, Z directions*/ - for(i=1; i<=imax; i++) fscanf(file_params, "%lf", &delx[i]); - fscanf(file_params,"\n"); - for(j=1; j<=jmax; j++) fscanf(file_params, "%lf", &dely[j]); - fscanf(file_params,"\n"); - for(k=1; k<=kmax; k++) fscanf(file_params, "%lf", &delz[k]); - fscanf(file_params,"\n"); - /* Store the locations of grid cell surfaces*/ + + /* Store the locations of grid cell surfaces */ tempx = 0.0; tempy = 0.0; tempz = 0.0; - for(i=0; i<=imax+1; i++) { - tempx += delx[i]; - if(i>=imax) tempx = Lx; - for(j=0; j<=jmax+1; j++) - for(k=0; k<=kmax+1; k++) var[GX][IX(i,j,k)]=tempx; + for (i = 0; i <= imax + 1; i++) { + tempx += delx[i]; + if (i >= imax) tempx = Lx; + for (j = 0; j <= jmax + 1; j++) + for (k = 0; k <= kmax + 1; k++) var[GX][IX(i, j, k)] = tempx; } - for(j=0; j<=jmax+1; j++) { - tempy += dely[j]; - if(j>=jmax) tempy = Ly; - for(i=0; i<=imax+1; i++) - for(k=0; k<=kmax+1; k++) var[GY][IX(i,j,k)] = tempy; + for (j = 0; j <= jmax + 1; j++) { + tempy += dely[j]; + if (j >= jmax) tempy = Ly; + for (i = 0; i <= imax + 1; i++) + for (k = 0; k <= kmax + 1; k++) var[GY][IX(i, j, k)] = tempy; } - for(k=0; k<=kmax+1; k++) { - tempz += delz[k]; - if(k>=kmax) tempz = Lz; - for(i=0; i<=imax+1; i++) - for(j=0; j<=jmax+1; j++) var[GZ][IX(i,j,k)] = tempz; + for (k = 0; k <= kmax + 1; k++) { + tempz += delz[k]; + if (k >= kmax) tempz = Lz; + for (i = 0; i <= imax + 1; i++) + for (j = 0; j <= jmax + 1; j++) var[GZ][IX(i, j, k)] = tempz; } /***************************************************************************** @@ -155,29 +761,29 @@ int read_sci_input(PARA_DATA *para, REAL **var, int **BINDEX) { | the coordinates for the cell center *****************************************************************************/ FOR_ALL_CELL - if(i<1) - x[IX(i,j,k)] = 0; - else if(i>imax) - x[IX(i,j,k)] = Lx; - else - x[IX(i,j,k)] = (REAL) 0.5 * (gx[IX(i,j,k)]+gx[IX(i-1,j,k)]); - - if(j<1) - y[IX(i,j,k)] = 0; - else if(j>jmax) - y[IX(i,j,k)] = Ly; - else - y[IX(i,j,k)] = (REAL) 0.5 * (gy[IX(i,j,k)]+gy[IX(i,j-1,k)]); - - if(k<1) - z[IX(i,j,k)] = 0; - else if(k>kmax) - z[IX(i,j,k)] = Lz; - else - z[IX(i,j,k)] = (REAL) 0.5 * (gz[IX(i,j,k)]+gz[IX(i,j,k-1)]); + if (i < 1) + x[IX(i, j, k)] = 0; + else if (i > imax) + x[IX(i, j, k)] = Lx; + else + x[IX(i, j, k)] = (REAL)0.5 * (gx[IX(i, j, k)] + gx[IX(i - 1, j, k)]); + + if (j < 1) + y[IX(i, j, k)] = 0; + else if (j > jmax) + y[IX(i, j, k)] = Ly; + else + y[IX(i, j, k)] = (REAL)0.5 * (gy[IX(i, j, k)] + gy[IX(i, j - 1, k)]); + + if (k < 1) + z[IX(i, j, k)] = 0; + else if (k > kmax) + z[IX(i, j, k)] = Lz; + else + z[IX(i, j, k)] = (REAL)0.5 * (gz[IX(i, j, k)] + gz[IX(i, j, k - 1)]); END_FOR - /* Get the wall property*/ + /* Get the wall property */ fgets(string, 400, file_params); sscanf(string,"%d%d%d%d%d%d", &IWWALL, &IEWALL, &ISWALL, &INWALL, &IBWALL, &ITWALL); @@ -193,109 +799,175 @@ int read_sci_input(PARA_DATA *para, REAL **var, int **BINDEX) { /***************************************************************************** | Read the inlet boundary conditions *****************************************************************************/ - /* Get number of inlet boundaries*/ + /* Get number of inlet boundaries */ fgets(string, 400, file_params); - sscanf(string,"%d", ¶->bc->nb_inlet); + sscanf(string, "%d", ¶->bc->nb_inlet); sprintf(msg, "read_sci_input(): para->bc->nb_inlet=%d", para->bc->nb_inlet); ffd_log(msg, FFD_NORMAL); - index=0; - /* Set inlet boundary*/ - if(para->bc->nb_inlet!=0) { - /*------------------------------------------------------------------------- - | Allocate the memory for bc name - -------------------------------------------------------------------------*/ - para->bc->inletName = (char**) malloc(para->bc->nb_inlet*sizeof(char*)); - if(para->bc->inletName==NULL) { - ffd_log("read_sci_input(): Could not allocate memory for " - "para->bc->inletName.", FFD_ERROR); - return 1; - } - - /*------------------------------------------------------------------------- - | Loop for each inlet boundary - --------------------------------------------------------------------------*/ - for(i=0; ibc->nb_inlet; i++) { - /*....................................................................... - | Get the names of boundary - .......................................................................*/ - fgets(string, 400, file_params); - /* Get the length of name (The name may contain white space)*/ - for(j=0; string[j] != '\n'; j++) { - continue; - } - - para->bc->inletName[i] = (char*)malloc((j+1)*sizeof(char)); - if(para->bc->inletName[i]==NULL) { - sprintf(msg, "read_sci_input(): Could not allocate memory for " - "para->bc->inletName[%d].", i); - ffd_log(msg, FFD_ERROR); - return 1; - } - - strncpy(para->bc->inletName[i], (const char*)string, j); - /* Add an ending*/ - para->bc->inletName[i][j] = '\0'; - sprintf(msg, "read_sci_input(): para->bc->inletName[%d]=%s", - i, para->bc->inletName[i]); - ffd_log(msg, FFD_NORMAL); - /*....................................................................... - | Get the boundary conditions - .......................................................................*/ - fgets(string, 400, file_params); - sscanf(string,"%d%d%d%d%d%d%lf%lf%lf%lf%lf", &SI, &SJ, &SK, &EI, - &EJ, &EK, &TMP, &MASS, &U, &V, &W); - sprintf(msg, "read_sci_input(): VX=%f, VY=%f, VZ=%f, T=%f, Xi=%f", - U, V, W, TMP, MASS); - ffd_log(msg, FFD_NORMAL); - if(EI==0) { - if(SI==1) SI = 0; - EI = SI + EI; - EJ = SJ + EJ - 1; - EK = SK + EK - 1; - } - - if(EJ==0) { - if(SJ==1) SJ = 0; - EI = SI + EI - 1; - EJ = SJ + EJ; - EK = SK + EK - 1; - } - - if(EK==0) { - if(SK==1) SK = 0; - EI = SI + EI - 1; - EJ = SJ + EJ - 1; - EK = SK + EK; - } - - /* Assign the inlet boundary condition for each cell*/ - for(ii=SI; ii<=EI; ii++) - for(ij=SJ; ij<=EJ; ij++) - for(ik=SK; ik<=EK; ik++) { - BINDEX[0][index] = ii; - BINDEX[1][index] = ij; - BINDEX[2][index] = ik; - BINDEX[4][index] = i; - index++; - - var[TEMPBC][IX(ii,ij,ik)] = TMP; - var[VXBC][IX(ii,ij,ik)] = U; - var[VYBC][IX(ii,ij,ik)] = V; - var[VZBC][IX(ii,ij,ik)] = W; - var[Xi1BC][IX(ii,ij,ik)] = MASS; - - flagp[IX(ii,ij,ik)] = INLET; /* Cell flag to be inlet*/ - if(para->outp->version==DEBUG) { - sprintf(msg, "read_sci_input(): get inlet cell[%d,%d,%d]=%.1f", - ii, ij, ik, flagp[IX(ii,ij,ik)]); - ffd_log(msg, FFD_NORMAL); - } - - } /* End of assigning the inlet B.C. for each cell*/ - - } /* End of loop for each inlet boundary*/ - } /* End of setting inlet boundary*/ + index = 0; + /* Set inlet boundary */ + if (para->bc->nb_inlet != 0) { + /*------------------------------------------------------------------------- + | Allocate the memory for bc name + -------------------------------------------------------------------------*/ + para->bc->inletName = (char**)malloc(para->bc->nb_inlet * sizeof(char*)); + if (para->bc->inletName == NULL) { + ffd_log("read_sci_input(): Could not allocate memory for " + "para->bc->inletName.", FFD_ERROR); + return 1; + } + + /*------------------------------------------------------------------------- + | Loop for each inlet boundary + --------------------------------------------------------------------------*/ + for (i = 0; i < para->bc->nb_inlet; i++) { + /*....................................................................... + | Get the names of boundary + .......................................................................*/ + fgets(string, 400, file_params); + /* Get the length of name (The name may contain white space) */ + for (j = 0; string[j] != '\n'; j++) { + continue; + } + + para->bc->inletName[i] = (char*)malloc((j + 1) * sizeof(char)); + if (para->bc->inletName[i] == NULL) { + sprintf(msg, "read_sci_input(): Could not allocate memory for " + "para->bc->inletName[%d].", i); + ffd_log(msg, FFD_ERROR); + return 1; + } + + strncpy(para->bc->inletName[i], (const char*)string, j); + /* Add an ending */ + para->bc->inletName[i][j] = '\0'; + sprintf(msg, "read_sci_input(): para->bc->inletName[%d]=%s", + i, para->bc->inletName[i]); + ffd_log(msg, FFD_NORMAL); + /*....................................................................... + | Get the boundary conditions + .......................................................................*/ + fgets(string, 400, file_params); + + if (ifDouble) { + sscanf(string, "%d%d%d%d%d%d%lf%lf%lf%lf%lf", &SI, &SJ, &SK, &EI, + &EJ, &EK, &TMP, &MASS, &U, &V, &W); + } + else { + sscanf(string, "%d%d%d%d%d%d%f%f%f%f%f", &SI, &SJ, &SK, &EI, + &EJ, &EK, &TMP, &MASS, &U, &V, &W); + } + sprintf(msg, "read_sci_input(): VX=%f, VY=%f, VZ=%f, T=%f, Xi=%f", + U, V, W, TMP, MASS); + ffd_log(msg, FFD_NORMAL); + +#ifdef FFD_ISAT + /* Overwrite value by ISAT inputs for inlets */ + if (num_inlet > 0) { + if (inlet_temp_re[i]) + TMP = inlet_temp_value[i]; + if (dir_inlet == 1) { + if (inlet_vel_re[i]) + U = inlet_vel_value[i]; + } + else if (dir_inlet == 2) { + if (inlet_vel_re[i]) + V = inlet_vel_value[i]; + } + else if (dir_inlet == 3) { + if (inlet_vel_re[i]) + W = inlet_vel_value[i]; + } + sprintf(msg, "read_sci_input(): VX=%f, VY=%f, VZ=%f, T=%f, Xi=%f after overwrite.", + U, V, W, TMP, MASS); + ffd_log(msg, FFD_NORMAL); + } +#endif + + /*....................................................................... + | Assign the boundary conditions to cells + .......................................................................*/ + if (EI == 0) { + if (SI == 1) SI = 0; + EI = SI + EI; + EJ = SJ + EJ - 1; + EK = SK + EK - 1; + } + + if (EJ == 0) { + if (SJ == 1) SJ = 0; + EI = SI + EI - 1; + EJ = SJ + EJ; + EK = SK + EK - 1; + } + + if (EK == 0) { + if (SK == 1) SK = 0; + EI = SI + EI - 1; + EJ = SJ + EJ - 1; + EK = SK + EK; + } + /*....................................................................... + | If it is a perforated tile, then calculate the momentum kick + | 'Jet' is the key word + | Suppose the height of momentum height is 6 inch + .......................................................................*/ + if (strstr(para->bc->inletName[i], "Jet") != NULL) { + /* find beta */ + if (ifDouble) { + sscanf(para->bc->inletName[i], "%s%lf", tile_name_tmp, &beta_tmp); + } + else { + sscanf(para->bc->inletName[i], "%s%f", tile_name_tmp, &beta_tmp); + } + /* find momentum and source term */ + for (ii = SI; ii <= EI; ii++) { + for (ij = SJ; ij <= EJ; ij++) { + for (ik = SK; ik <= EK; ik++) { + if (SI == EI) { + momentum_kick = get_momentum_kick(fabs(U), beta_tmp, h_momentum); + var[VXS][IX(ii + 1, ij, ik)] = momentum_kick * vol(para, var, ii + 1, ij, ik); + } + else if (SJ == EJ) { + momentum_kick = get_momentum_kick(fabs(V), beta_tmp, h_momentum); + var[VYS][IX(ii, ij + 1, ik)] = momentum_kick * vol(para, var, ii, ij + 1, ik); + } + else if (SK == EK) { + momentum_kick = get_momentum_kick(fabs(W), beta_tmp, h_momentum); + var[VZS][IX(ii, ij, ik + 1)] = momentum_kick * vol(para, var, ii, ij, ik + 1); + } + } + } + } + } + /* Assign the inlet boundary condition for each cell */ + for (ii = SI; ii <= EI; ii++) { + for (ij = SJ; ij <= EJ; ij++) { + for (ik = SK; ik <= EK; ik++) { + BINDEX[0][index] = ii; + BINDEX[1][index] = ij; + BINDEX[2][index] = ik; + BINDEX[4][index] = i; + index++; + + var[TEMPBC][IX(ii, ij, ik)] = TMP; + var[VXBC][IX(ii, ij, ik)] = U; + var[VYBC][IX(ii, ij, ik)] = V; + var[VZBC][IX(ii, ij, ik)] = W; + var[Xi1BC][IX(ii, ij, ik)] = MASS; + + flagp[IX(ii, ij, ik)] = INLET; /* Cell flag to be inlet */ + if (para->outp->version == DEBUG) { + sprintf(msg, "read_sci_input(): get inlet cell[%d,%d,%d]=%.1f", + ii, ij, ik, flagp[IX(ii, ij, ik)]); + ffd_log(msg, FFD_NORMAL); + } + } /* End of assigning the inlet B.C. for each cell */ + } + } + } /* End of loop for each inlet boundary */ + } /* End of setting inlet boundary */ /***************************************************************************** | Read the outlet boundary conditions @@ -305,241 +977,332 @@ int read_sci_input(PARA_DATA *para, REAL **var, int **BINDEX) { sprintf(msg, "read_sci_input(): para->bc->nb_outlet=%d", para->bc->nb_outlet); ffd_log(msg, FFD_NORMAL); - if(para->bc->nb_outlet!=0) { - para->bc->outletName = (char**) malloc(para->bc->nb_outlet*sizeof(char*)); - if(para->bc->outletName==NULL) { - ffd_log("read_sci_input(): Could not allocate memory for " - "para->bc->outletName.", FFD_ERROR); - return 1; - } - - for(i=0; ibc->nb_outlet; i++) { - /*....................................................................... - | Get the names of boundary - .......................................................................*/ - fgets(string, 400, file_params); - /* Get the length of name (The name may contain white space)*/ - for(j=0; string[j] != '\n'; j++) { - continue; - } - - para->bc->outletName[i] = (char*)malloc((j+1)*sizeof(char)); - if(para->bc->outletName[i]==NULL) { - sprintf(msg, "read_sci_input(): Could not allocate memory " - "for para->bc->outletName[%d].", i); - ffd_log(msg, FFD_ERROR); - return 1; - } - - strncpy(para->bc->outletName[i], (const char*)string, j); - /* Add an ending*/ - para->bc->outletName[i][j] = '\0'; - sprintf(msg, "read_sci_input(): para->bc->outletName[%d]=%s", - i, para->bc->outletName[i]); - ffd_log(msg, FFD_NORMAL); - - /*....................................................................... - | Get the boundary conditions - .......................................................................*/ - fgets(string, 400, file_params); - sscanf(string,"%d%d%d%d%d%d%lf%lf%lf%lf%lf", - &SI, &SJ, &SK, &EI, - &EJ, &EK, &TMP, &MASS, &U, &V, &W); - - sprintf(msg, "read_sci_input(): VX=%f, VY=%f, VX=%f, T=%f, Xi=%f", - U, V, W, TMP, MASS); - ffd_log(msg, FFD_NORMAL); - - if(EI==0) { - if(SI==1) SI=0; - EI = SI + EI; - EJ = SJ + EJ - 1; - EK = SK + EK - 1; - } - - if(EJ==0) { - if(SJ==1) SJ=0; - EI = SI+EI-1; - EJ = SJ+EJ; - EK = SK+EK-1; - } - - if(EK==0) { - if(SK==1) SK = 0; - EI = SI+EI-1; - EJ = SJ+EJ-1; - EK = SK+EK; - } - /* Assign the outlet boundary condition for each cell*/ - for(ii=SI; ii<=EI ;ii++) - for(ij=SJ; ij<=EJ ;ij++) - for(ik=SK; ik<=EK; ik++) { - BINDEX[0][index] = ii; - BINDEX[1][index] = ij; - BINDEX[2][index] = ik; - BINDEX[4][index] = para->bc->nb_inlet + i; - index++; - - /* Give the initial value, but the value will be overwritten later*/ - var[TEMPBC][IX(ii,ij,ik)] = TMP; - var[VXBC][IX(ii,ij,ik)] = U; - var[VYBC][IX(ii,ij,ik)] = V; - var[VZBC][IX(ii,ij,ik)] = W; - var[Xi1BC][IX(ii,ij,ik)] = MASS; - flagp[IX(ii,ij,ik)] = OUTLET; - if(para->outp->version==DEBUG) { - sprintf(msg, "read_sci_input(): get outlet cell[%d,%d,%d]=%.1f", - ii, ij, ik, flagp[IX(ii,ij,ik)]); - ffd_log(msg, FFD_NORMAL); - } - } /* End of assigning the outlet B.C. for each cell*/ - } /* End of loop for each outlet boundary*/ - } /* End of setting outlet boundary*/ + if (para->bc->nb_outlet != 0) { + para->bc->outletName = (char**)malloc(para->bc->nb_outlet * sizeof(char*)); + if (para->bc->outletName == NULL) { + ffd_log("read_sci_input(): Could not allocate memory for " + "para->bc->outletName.", FFD_ERROR); + return 1; + } + + for (i = 0; i < para->bc->nb_outlet; i++) { + /*....................................................................... + | Get the names of boundary + .......................................................................*/ + fgets(string, 400, file_params); + /* Get the length of name (The name may contain white space) */ + for (j = 0; string[j] != '\n'; j++) { + continue; + } + + para->bc->outletName[i] = (char*)malloc((j + 1) * sizeof(char)); + if (para->bc->outletName[i] == NULL) { + sprintf(msg, "read_sci_input(): Could not allocate memory " + "for para->bc->outletName[%d].", i); + ffd_log(msg, FFD_ERROR); + return 1; + } + + strncpy(para->bc->outletName[i], (const char*)string, j); + /* Add an ending */ + para->bc->outletName[i][j] = '\0'; + sprintf(msg, "read_sci_input(): para->bc->outletName[%d]=%s", + i, para->bc->outletName[i]); + ffd_log(msg, FFD_NORMAL); + + /*....................................................................... + | Get the boundary conditions + .......................................................................*/ + fgets(string, 400, file_params); + if (ifDouble) { + sscanf(string, "%d%d%d%d%d%d%lf%lf%lf%lf%lf", + &SI, &SJ, &SK, &EI, + &EJ, &EK, &TMP, &MASS, &U, &V, &W); + } + else { + sscanf(string, "%d%d%d%d%d%d%f%f%f%f%f", + &SI, &SJ, &SK, &EI, + &EJ, &EK, &TMP, &MASS, &U, &V, &W); + } + + sprintf(msg, "read_sci_input(): VX=%f, VY=%f, VZ=%f, T=%f, Xi=%f", + U, V, W, TMP, MASS); + ffd_log(msg, FFD_NORMAL); + +#ifdef FFD_ISAT + /* Overwrite value by ISAT inputs for outlets */ + if (para->bc->outlet_bc == PRESCRIBED_VALUE) { + if (num_inlet > 0) { + //for (i = 0; i < num_inlet; i++) { + // inlet_vel_re_sum = inlet_vel_re_sum + inlet_vel_re[i]; + //} + if (inlet_vel_re[0] > 0) { + U = U / default_mass_flowrate * updated_mass_flowrate; + V = V / default_mass_flowrate * updated_mass_flowrate; + W = W / default_mass_flowrate * updated_mass_flowrate; + sprintf(msg, "read_sci_input(): VX=%f, VY=%f, VZ=%f, T=%f, Xi=%f after overwrite.", + U, V, W, TMP, MASS); + ffd_log(msg, FFD_NORMAL); + } + } + } +#endif + + if (EI == 0) { + if (SI == 1) SI = 0; + EI = SI + EI; + EJ = SJ + EJ - 1; + EK = SK + EK - 1; + } + + if (EJ == 0) { + if (SJ == 1) SJ = 0; + EI = SI + EI - 1; + EJ = SJ + EJ; + EK = SK + EK - 1; + } + + if (EK == 0) { + if (SK == 1) SK = 0; + EI = SI + EI - 1; + EJ = SJ + EJ - 1; + EK = SK + EK; + } + /* Determine to assgin OUTLET or TILE */ + if (strstr(para->bc->outletName[i], "Tile") != NULL) { + tile_or_outlet = TILE; + /* read the direction tiles are put */ + if (SI == EI) + para->geom->tile_putX = 1; + else if (SJ == EJ) + para->geom->tile_putY = 1; + else if (SK == EK) + para->geom->tile_putZ = 1; + /*printf("putX, putY, putZ is %d, %d, %d\n",para->geom->tile_putX,para->geom->tile_putY,para->geom->tile_putZ);*/ + /*getchar();*/ + } + else { + tile_or_outlet = OUTLET; + } + + /* Assign the outlet boundary condition for each cell */ + for (ii = SI; ii <= EI;ii++) { + for (ij = SJ; ij <= EJ;ij++) { + for (ik = SK; ik <= EK; ik++) { + /* If cell hasn't been updated (default value -1) */ + /* this can avoid overwriting of previous bc assignment */ + if (flagp[IX(ii, ij, ik)] < 0) { + BINDEX[0][index] = ii; + BINDEX[1][index] = ij; + BINDEX[2][index] = ik; + BINDEX[4][index] = para->bc->nb_inlet + i; + index++; + + /* Give the initial value, but the value will be overwritten later */ + var[TEMPBC][IX(ii, ij, ik)] = TMP; + var[VXBC][IX(ii, ij, ik)] = U; + var[VYBC][IX(ii, ij, ik)] = V; + var[VZBC][IX(ii, ij, ik)] = W; + var[Xi1BC][IX(ii, ij, ik)] = MASS; + flagp[IX(ii, ij, ik)] = tile_or_outlet; + + /* if it is tile, then record the opening ratio, 25%, 40%, or 56% */ + /* and its corresponding resistance */ + if (tile_or_outlet == TILE) { + /* read name */ + if (ifDouble) { + sscanf(para->bc->outletName[i], "%s%lf", tile_name_tmp, &var[TILE_OPEN_BC][IX(ii, ij, ik)]); + } + else { + sscanf(para->bc->outletName[i], "%s%f", tile_name_tmp, &var[TILE_OPEN_BC][IX(ii, ij, ik)]); + } + + /* read the resistance parameter */ + tile_opening = var[TILE_OPEN_BC][IX(ii, ij, ik)]; + /*printf("is opening is %f\n", var[TILE_OPEN_BC][IX(ii, ij, ik)]);*/ + + /* Calculate the resistance based on the paper + @inproceedings{vangilder2015development, + title = { Development of a Raised - Floor Plenum Design Tool }, + author = { VanGilder, James W and Zhang, Xuanhang Simon }, + year = { 2015 }, + organization = { American Society of Mechanical Engineers } + } + SHOULD MULTIPLE BY A 0.5 AT THE END, ACCORDINTG TO THE EQUATIONS. */ + var[TILE_RESI_BC][IX(ii, ij, ik)] = 1 / pow(tile_opening, 2) * (1.0 + 0.5 * pow(1 - tile_opening, 0.75) + 1.414 * pow(1 - tile_opening, 0.375)) * 0.5; + } + } + /* output debug information */ + if (para->outp->version == DEBUG) { + sprintf(msg, "read_sci_input(): get outlet cell[%d,%d,%d]=%.1f", + ii, ij, ik, flagp[IX(ii, ij, ik)]); + ffd_log(msg, FFD_NORMAL); + } + } /* End of assigning the outlet B.C. for each cell */ + } + } + } /* End of loop for each outlet boundary */ + } /* End of setting outlet boundary */ /***************************************************************************** | - Copy the inlet and outlet information to ports | - Allocate memory for related port variables *****************************************************************************/ - para->bc->nb_port = para->bc->nb_inlet+para->bc->nb_outlet; - - if(para->bc->nb_port>0) { - /* Allocate memory for the array of ports' names*/ - para->bc->portName = (char**) malloc(para->bc->nb_port*sizeof(char*)); - if(para->bc->portName==NULL) { - ffd_log("read_sci_input(): Could not allocate memory for para->bc->portName.", - FFD_ERROR); - return 1; - } - /*-------------------------------------------------------------------------- - | Copy the inlet names to ports' names - --------------------------------------------------------------------------*/ - for(i=0; ibc->nb_inlet; i++) { - /* Allocate memory for inlet name*/ - para->bc->portName[i] = - (char*) malloc(sizeof(char)*(sizeof(para->bc->inletName[i])+1)); - - if(para->bc->portName[i]==NULL) { - ffd_log("read_sci_input():" - "Could not allocate memory for para->bc->portName.", - FFD_ERROR); - return 1; - } - - /* Copy the inlet name*/ - strcpy(para->bc->portName[i], para->bc->inletName[i]); - sprintf(msg, "read_sci_input(): Port[%d]:%s", - i, para->bc->portName[i]); - ffd_log(msg, FFD_NORMAL); - } - - /*-------------------------------------------------------------------------- - | Copy the outlet names to ports' names - --------------------------------------------------------------------------*/ - j = para->bc->nb_inlet; - for(i=0; ibc->nb_outlet; i++) { - /* Allocate memory for outlet name*/ - para->bc->portName[i+j] = - (char*) malloc(sizeof(char)*(sizeof(para->bc->outletName[i])+1)); - if(para->bc->portName[i+j]==NULL) { - ffd_log("read_sci_input(): " - "Could not allocate memory for para->bc->portName.", - FFD_ERROR); - return 1; - } - else { - strcpy(para->bc->portName[i+j], para->bc->outletName[i]); - sprintf(msg, "read_sci_input(): Port[%d]:%s", - i+j, para->bc->portName[i+j]); - ffd_log(msg, FFD_NORMAL); - } - } - /*-------------------------------------------------------------------------- - | Allocate memory for the surface area - --------------------------------------------------------------------------*/ - para->bc->APort = (REAL*) malloc(para->bc->nb_port*sizeof(REAL)); - if(para->bc->APort==NULL) { - ffd_log("read_sci_input(): " - "Could not allocate memory for para->bc->APort.", - FFD_ERROR); - return 1; - } - /*-------------------------------------------------------------------------- - | Allocate memory for the velocity (used for inlet only) - --------------------------------------------------------------------------*/ - para->bc->velPort = (REAL*) malloc(para->bc->nb_port*sizeof(REAL)); - if(para->bc->velPort==NULL) { - ffd_log("read_sci_input(): " - "Could not allocate memory for para->bc->velPort.", - FFD_ERROR); - return 1; - } - /*-------------------------------------------------------------------------- - | Allocate memory for the averaged velocity - --------------------------------------------------------------------------*/ - para->bc->velPortAve = (REAL*) malloc(para->bc->nb_port*sizeof(REAL)); - if(para->bc->velPortAve==NULL) { - ffd_log("read_sci_input(): " - "Could not allocate memory for para->bc->velAve.", - FFD_ERROR); - return 1; - } - /*-------------------------------------------------------------------------- - | Allocate memory for mean velocity - --------------------------------------------------------------------------*/ - para->bc->velPortMean = (REAL*) malloc(para->bc->nb_port*sizeof(REAL)); - if(para->bc->velPortMean==NULL) { - ffd_log("read_sci_input(): " - "Could not allocate memory for para->bc->velPortMean.", - FFD_ERROR); - return 1; - } - /*-------------------------------------------------------------------------- - | Allocate memory for the temperature (used for inlet only) - --------------------------------------------------------------------------*/ - para->bc->TPort = (REAL*) malloc(para->bc->nb_port*sizeof(REAL)); - if(para->bc->TPort==NULL) { - ffd_log("read_sci_input(): " - "Could not allocate memory for para->bc->TPort.", - FFD_ERROR); - return 1; - } - /*-------------------------------------------------------------------------- - | Allocate memory for the averaged temperature - --------------------------------------------------------------------------*/ - para->bc->TPortAve = (REAL*) malloc(para->bc->nb_port*sizeof(REAL)); - if(para->bc->TPortAve==NULL) { - ffd_log("read_sci_input(): " - "Could not allocate memory for para->bc->TPortAve.", - FFD_ERROR); - return 1; - } - /*-------------------------------------------------------------------------- - | Allocate memory for the mean velocity - --------------------------------------------------------------------------*/ - para->bc->TPortMean = (REAL*) malloc(para->bc->nb_port*sizeof(REAL)); - if(para->bc->TPortMean==NULL) { - ffd_log("read_sci_input(): " - "Could not allocate memory for para->bc->TPortMean.", - FFD_ERROR); - return 1; - } - /*-------------------------------------------------------------------------- - | Allocate memory for port ID - --------------------------------------------------------------------------*/ - para->bc->portId = (int*) malloc(para->bc->nb_port*sizeof(int)); - if(para->bc->portId==NULL) { - ffd_log("read_sci_input(): " - "Could not allocate memory for para->bc->portId.", - FFD_ERROR); - return 1; - } + para->bc->nb_port = para->bc->nb_inlet + para->bc->nb_outlet; + + if (para->bc->nb_port > 0) { + /* Allocate memory for the array of ports' names */ + para->bc->portName = (char**)malloc(para->bc->nb_port * sizeof(char*)); + if (para->bc->portName == NULL) { + ffd_log("read_sci_input(): Could not allocate memory for para->bc->portName.", + FFD_ERROR); + return 1; + } + /*-------------------------------------------------------------------------- + | Copy the inlet names to ports' names + --------------------------------------------------------------------------*/ + for (i = 0; i < para->bc->nb_inlet; i++) { + /* Allocate memory for inlet name */ + para->bc->portName[i] = + (char*)malloc(sizeof(char) * (strlen(para->bc->inletName[i]) + 1)); + + if (para->bc->portName[i] == NULL) { + ffd_log("read_sci_input():" + "Could not allocate memory for para->bc->portName.", + FFD_ERROR); + return 1; + } + + /* Copy the inlet name */ + strcpy(para->bc->portName[i], para->bc->inletName[i]); + sprintf(msg, "read_sci_input(): Port[%d]:%s", + i, para->bc->portName[i]); + ffd_log(msg, FFD_NORMAL); + } + + /*-------------------------------------------------------------------------- + | Copy the outlet names to ports' names + --------------------------------------------------------------------------*/ + j = para->bc->nb_inlet; + for (i = 0; i < para->bc->nb_outlet; i++) { + /* Allocate memory for outlet name */ + para->bc->portName[i + j] = + (char*)malloc(sizeof(char) * (strlen(para->bc->outletName[i]) + 1)); + if (para->bc->portName[i + j] == NULL) { + ffd_log("read_sci_input(): " + "Could not allocate memory for para->bc->portName.", + FFD_ERROR); + return 1; + } + else { + strcpy(para->bc->portName[i + j], para->bc->outletName[i]); + sprintf(msg, "read_sci_input(): Port[%d]:%s", + i + j, para->bc->portName[i + j]); + ffd_log(msg, FFD_NORMAL); + } + } + /*-------------------------------------------------------------------------- + | Allocate memory for the surface area + --------------------------------------------------------------------------*/ + para->bc->APort = (REAL*)malloc(para->bc->nb_port * sizeof(REAL)); + if (para->bc->APort == NULL) { + ffd_log("read_sci_input(): " + "Could not allocate memory for para->bc->APort.", + FFD_ERROR); + return 1; + } + /*-------------------------------------------------------------------------- + | Allocate memory for the velocity (used for inlet only) + --------------------------------------------------------------------------*/ + para->bc->velPort = (REAL*)malloc(para->bc->nb_port * sizeof(REAL)); + if (para->bc->velPort == NULL) { + ffd_log("read_sci_input(): " + "Could not allocate memory for para->bc->velPort.", + FFD_ERROR); + return 1; + } + /*-------------------------------------------------------------------------- + | Allocate memory for the averaged velocity + --------------------------------------------------------------------------*/ + para->bc->velPortAve = (REAL*)malloc(para->bc->nb_port * sizeof(REAL)); + if (para->bc->velPortAve == NULL) { + ffd_log("read_sci_input(): " + "Could not allocate memory for para->bc->velAve.", + FFD_ERROR); + return 1; + } + /*-------------------------------------------------------------------------- + | Allocate memory for mean velocity + --------------------------------------------------------------------------*/ + para->bc->velPortMean = (REAL*)malloc(para->bc->nb_port * sizeof(REAL)); + if (para->bc->velPortMean == NULL) { + ffd_log("read_sci_input(): " + "Could not allocate memory for para->bc->velPortMean.", + FFD_ERROR); + return 1; + } + + /*-------------------------------------------------------------------------- + | Allocate memory for volumetric flow rate of tiles + --------------------------------------------------------------------------*/ + para->bc->QPort = (REAL*)malloc(para->bc->nb_port * sizeof(REAL)); + if (para->bc->QPort == NULL) { + ffd_log("read_sci_input(): " + "Could not allocate memory for para->bc->QPort.", + FFD_ERROR); + return 1; + } + + /*-------------------------------------------------------------------------- + | Allocate memory for the temperature (used for inlet only) + --------------------------------------------------------------------------*/ + para->bc->TPort = (REAL*)malloc(para->bc->nb_port * sizeof(REAL)); + if (para->bc->TPort == NULL) { + ffd_log("read_sci_input(): " + "Could not allocate memory for para->bc->TPort.", + FFD_ERROR); + return 1; + } + /*-------------------------------------------------------------------------- + | Allocate memory for the averaged temperature + --------------------------------------------------------------------------*/ + para->bc->TPortAve = (REAL*)malloc(para->bc->nb_port * sizeof(REAL)); + if (para->bc->TPortAve == NULL) { + ffd_log("read_sci_input(): " + "Could not allocate memory for para->bc->TPortAve.", + FFD_ERROR); + return 1; + } + /*-------------------------------------------------------------------------- + | Allocate memory for the mean velocity + --------------------------------------------------------------------------*/ + para->bc->TPortMean = (REAL*)malloc(para->bc->nb_port * sizeof(REAL)); + if (para->bc->TPortMean == NULL) { + ffd_log("read_sci_input(): " + "Could not allocate memory for para->bc->TPortMean.", + FFD_ERROR); + return 1; + } + /*-------------------------------------------------------------------------- + | Allocate memory for port ID + --------------------------------------------------------------------------*/ + para->bc->portId = (int*)malloc(para->bc->nb_port * sizeof(int)); + + if (para->bc->portId == NULL) { + ffd_log("read_sci_input(): " + "Could not allocate memory for para->bc->portId.", + FFD_ERROR); + return 1; + } } + /***************************************************************************** | initialize the para->bc->portID *****************************************************************************/ for (i = 0; i < para->bc->nb_port; i++) { para->bc->portId[i] = 0; } + /***************************************************************************** | Read the internal solid block boundary conditions *****************************************************************************/ @@ -547,285 +1310,654 @@ int read_sci_input(PARA_DATA *para, REAL **var, int **BINDEX) { sscanf(string, "%d", ¶->bc->nb_block); sprintf(msg, "read_sci_input(): para->bc->nb_block=%d", para->bc->nb_block); ffd_log(msg, FFD_NORMAL); - - if(para->bc->nb_block!=0) { - para->bc->blockName = (char**) malloc(para->bc->nb_block*sizeof(char*)); - if(para->bc->blockName==NULL) { - ffd_log("read_sci_input(): Could not allocate memory for para->bc->blockName.", - FFD_ERROR); - return 1; - } - - for(i=0; ibc->nb_block; i++) { - /*....................................................................... - | Get the names of boundary - .......................................................................*/ - fgets(string, 400, file_params); - /* Get the length of name (The name may contain white space)*/ - for(j=0; string[j] != '\n'; j++) { - continue; - } - - para->bc->blockName[i] = (char*)malloc((j+1)*sizeof(char)); - if(para->bc->blockName[i]==NULL) { - sprintf(msg,"read_sci_input(): Could not allocate memory for " - "para->bc->blockName[%d].", i); - ffd_log(msg, FFD_ERROR); - return 1; - } - - strncpy(para->bc->blockName[i], (const char*)string, j); - /* Add an ending*/ - para->bc->blockName[i][j] = '\0'; - sprintf(msg, "read_sci_input(): para->bc->blockName[%d]=%s", - i, para->bc->blockName[i]); - ffd_log(msg, FFD_NORMAL); - - /*....................................................................... - | Get the boundary conditions - .......................................................................*/ - fgets(string, 400, file_params); - /* X_index_start, Y_index_Start, Z_index_Start,*/ - /* X_index_End, Y_index_End, Z_index_End,*/ - /* Thermal Condition (0: Flux; 1:Temperature), Value of thermal condition*/ - sscanf(string,"%d%d%d%d%d%d%d%lf", &SI, &SJ, &SK, &EI, &EJ, &EK, - &FLTMP, &TMP); - sprintf(msg, "read_sci_input(): VX=%f, VY=%f, VX=%f, ThermalBC=%d, T/q_dot=%f, Xi=%f", - U, V, W, FLTMP, TMP, MASS); - ffd_log(msg, FFD_NORMAL); - - if(SI==1) { - SI=0; - if(EI>=imax) EI=EI+SI+1; - else EI=EI+SI; - } - else - EI=EI+SI-1; - - if(SJ==1) { - SJ=0; - if(EJ>=jmax) EJ=EJ+SJ+1; - else EJ=EJ+SJ; - } - else - EJ=EJ+SJ-1; - - if(SK==1) { - SK=0; - if(EK>=kmax) EK=EK+SK+1; - else EK=EK+SK; - } - else - EK=EK+SK-1; - - for(ii=SI; ii<=EI; ii++) - for(ij=SJ; ij<=EJ; ij++) - for(ik=SK; ik<=EK; ik++) { - BINDEX[0][index] = ii; - BINDEX[1][index] = ij; - BINDEX[2][index] = ik; - BINDEX[3][index] = FLTMP; - BINDEX[4][index] = i; - index++; - - switch(FLTMP) { - case 1: - var[TEMPBC][IX(ii,ij,ik)] = TMP; - break; - case 0: - var[QFLUXBC][IX(ii,ij,ik)] = TMP; - break; - default: - sprintf(msg, "read_sci_input(): Thermal BC (%d)" - "for cell(%d,%d,%d) was not defined", - FLTMP, ii, ij, ik); - ffd_log(msg, FFD_ERROR); - return 1; - } - - flagp[IX(ii,ij,ik)] = SOLID; /* Flag for solid*/ - } /* End of assigning value for internal solid block*/ - } - } + /* initialize the variables associated with rack modeling */ + /* allocate memory for cooling airflow direction for racks, and mapping of outlet to inlet cells in rack */ + if (para->bc->nb_rack != 0) { + /* allocate memory for rack names */ + para->bc->rackName = (char**)malloc(para->bc->nb_rack * sizeof(char*)); + if (para->bc->rackName == NULL) { + ffd_log("read_sci_input(): Could not allocate memory for para->bc->rackName.", + FFD_ERROR); + return 1; + } + /* allocate memory for the flow rates of rack (CFM/kW) */ + para->bc->RackFlowRate = (REAL*)malloc(para->bc->nb_rack * sizeof(REAL)); + if (para->bc->RackFlowRate == NULL) { + ffd_log("read_sci_input(): Could not allocate memory for para->bc->RackFlowRate.", + FFD_ERROR); + return 1; + } + /* set default value of 125 CFM/kW--->m3/s/w. 1 CFM = 0.00047194745 M3/s */ + for (i = 0; i < para->bc->nb_rack;i++) { + para->bc->RackFlowRate[i] = 125 * 0.00047194745 / 1000; + } + + /* allocate memory for the heat dissipation of rack in W */ + para->bc->HeatDiss = (REAL*)malloc(para->bc->nb_rack * sizeof(REAL)); + if (para->bc->HeatDiss == NULL) { + ffd_log("read_sci_input(): Could not allocate memory for para->bc->HeatDiss.", + FFD_ERROR); + return 1; + } + /* set default value of heat dissipation of a rack as 5000 W (5kW) */ + for (i = 0; i < para->bc->nb_rack;i++) { + para->bc->HeatDiss[i] = 5000; + } + /* allocate memory for inlet or outlet area of rack */ + para->bc->RackArea = (REAL*)malloc(para->bc->nb_rack * sizeof(REAL)); + if (para->bc->RackArea == NULL) { + ffd_log("read_sci_input(): Could not allocate memory for para->bc->RackArea.", + FFD_ERROR); + return 1; + } + /* set default value of inlet or outlet area of rack as 0 */ + for (i = 0; i < para->bc->nb_rack;i++) { + para->bc->RackArea[i] = 0.0; + } + /* allocate memory for the flow direction of rack */ + para->bc->RackDir = (int*)malloc(para->bc->nb_rack * sizeof(int)); + if (para->bc->RackDir == NULL) { + ffd_log("read_sci_input(): Could not allocate memory for para->bc->RackDir.", + FFD_ERROR); + return 1; + } + /* set the default direction of flow in rack, to the X */ + for (i = 0; i < para->bc->nb_rack;i++) { + para->bc->RackDir[i] = 1; + } + + /* allocate memory for mapping of outlet cells to the inlets cells for each rack */ + para->bc->RackMap = (int**)malloc(para->bc->nb_rack * sizeof(int*)); + if (para->bc->RackMap == NULL) { + ffd_log("read_sci_input(): Could not allocate memory for para->bc->RackMap.", + FFD_ERROR); + return 1; + } + for (i = 0; i < para->bc->nb_rack;i++) { + /* allocate memory for para->bc->RackMap[i] */ + para->bc->RackMap[i] = (int*)malloc(3 * sizeof(int)); + if (para->bc->RackMap[i] == NULL) { + ffd_log("read_sci_input(): Could not allocate memory for para->bc->RackMap[i].", + FFD_ERROR); + return 1; + } + /* set initial value of 0 for para->bc->RackMap[i] */ + para->bc->RackMap[i][0] = 0; + para->bc->RackMap[i][1] = 0; + para->bc->RackMap[i][2] = 0; + } /*end of for (i=0; ibc->nb_rack;i++)*/ + + /* allocate memory for coordinates of the monitoring points in front racks */ + para->sens->coordMoniPoints = (REAL * **)malloc(para->bc->nb_rack * sizeof(REAL * *)); + if (para->sens->coordMoniPoints == NULL) { + ffd_log("read_sci_input(): Could not allocate memory for para->sens->coordMoniPoints.", + FFD_ERROR); + return 1; + } + /* initialize coordinates of the monitoring points in front racks */ + for (i = 0;i < para->bc->nb_rack;i++) { + para->sens->coordMoniPoints[i] = (REAL * *)malloc(RACK_MONITOR_POINTS * sizeof(REAL*)); + if (para->sens->coordMoniPoints[i] != NULL) { + for (j = 0;j < RACK_MONITOR_POINTS;j++) { + para->sens->coordMoniPoints[i][j] = (REAL*)malloc(3 * sizeof(REAL)); + if (para->sens->coordMoniPoints[i][j] != NULL) { + for (k = 0;k < 3;k++) { + para->sens->coordMoniPoints[i][j][k] = 0.0; + } + } + } + } + } + /* allocate memory for indexes of the monitoring points in front racks */ + para->sens->indexMoniPoints = (int***)malloc(para->bc->nb_rack * sizeof(int**)); + if (para->sens->indexMoniPoints == NULL) { + ffd_log("read_sci_input(): Could not allocate memory for para->sens->indexMoniPoints.", + FFD_ERROR); + return 1; + } + /* initialize coordinates of the monitoring points in front racks */ + for (i = 0;i < para->bc->nb_rack;i++) { + para->sens->indexMoniPoints[i] = (int**)malloc(RACK_MONITOR_POINTS * sizeof(int*)); + if (para->sens->indexMoniPoints[i] != NULL) { + for (j = 0;j < RACK_MONITOR_POINTS;j++) { + para->sens->indexMoniPoints[i][j] = (int*)malloc(3 * sizeof(int)); + if (para->sens->indexMoniPoints[i][j] != NULL) { + for (k = 0;k < 3;k++) { + para->sens->indexMoniPoints[i][j][k] = 0; + } + } + } + } + } + } /*end of if (para->bc->nb_rack != 0)*/ + + /* read data of all blocks and racks */ + if (para->bc->nb_block != 0) { + para->bc->blockName = (char**)malloc(para->bc->nb_block * sizeof(char*)); + if (para->bc->blockName == NULL) { + ffd_log("read_sci_input(): Could not allocate memory for para->bc->blockName.", + FFD_ERROR); + return 1; + } + + for (i = 0; i < para->bc->nb_block; i++) { + /*....................................................................... + | Get the names of boundary + .......................................................................*/ + fgets(string, 400, file_params); + /* Get the length of name (The name may contain white space) */ + for (j = 0; string[j] != '\n'; j++) { + continue; + } + + para->bc->blockName[i] = (char*)malloc((j + 1) * sizeof(char)); + if (para->bc->blockName[i] == NULL) { + sprintf(msg, "read_sci_input(): Could not allocate memory for " + "para->bc->blockName[%d].", i); + ffd_log(msg, FFD_ERROR); + return 1; + } + + strncpy(para->bc->blockName[i], (const char*)string, j); + /* Add an ending */ + para->bc->blockName[i][j] = '\0'; + sprintf(msg, "read_sci_input(): para->bc->blockName[%d]=%s", + i, para->bc->blockName[i]); + ffd_log(msg, FFD_NORMAL); + + /*....................................................................... + | Get the boundary conditions + .......................................................................*/ + fgets(string, 400, file_params); + /* X_index_start, Y_index_Start, Z_index_Start, */ + /* X_index_End, Y_index_End, Z_index_End, */ + /* Thermal Condition (0: Flux; 1:Temperature), Value of thermal condition */ + if (ifDouble) { + sscanf(string, "%d%d%d%d%d%d%d%lf", &SI, &SJ, &SK, &EI, &EJ, &EK, + &FLTMP, &TMP); + } + else { + sscanf(string, "%d%d%d%d%d%d%d%f", &SI, &SJ, &SK, &EI, &EJ, &EK, + &FLTMP, &TMP); + } + + sprintf(msg, "read_sci_input(): ThermalBC=%d, T/q_dot=%f", FLTMP, TMP); + ffd_log(msg, FFD_NORMAL); + +#ifdef FFD_ISAT + /* Overwrite value by ISAT inputs for blocks */ + if (num_block > 0) { + if (strstr(para->bc->blockName[i], "Rack") == NULL) { + if (block_re[i]) + TMP = block_value[i]; + sprintf(msg, "read_sci_input(): ThermalBC=%d, T/q_dot=%f after overwrite.", + FLTMP, TMP); + ffd_log(msg, FFD_NORMAL); + } + } +#endif + + /* Find the start and end in each direction of the object */ + if (SI == 1) { + SI = 0; + if (EI >= imax) EI = EI + SI + 1; + else EI = EI + SI; + } + else + EI = EI + SI - 1; + + if (SJ == 1) { + SJ = 0; + if (EJ >= jmax) EJ = EJ + SJ + 1; + else EJ = EJ + SJ; + } + else + EJ = EJ + SJ - 1; + + if (SK == 1) { + SK = 0; + if (EK >= kmax) EK = EK + SK + 1; + else EK = EK + SK; + } + else + EK = EK + SK - 1; + + /* read the plastic curtain or ceiling tile (initially implemented by Wei Tian, 9/13/2018) */ + /* FIXME: only one cell in the width direction is allowed, otherwise no resistance can be added */ + if ((strstr(para->bc->blockName[i], "Curtain") != NULL) || (strstr(para->bc->blockName[i], "CeilingTile") != NULL)) { + /* read name */ + if (ifDouble) { + sscanf(para->bc->blockName[i], "%s%lf", curtain_name_tmp, &curtain_open_ratio); + } + else { + sscanf(para->bc->blockName[i], "%s%f", curtain_name_tmp, &curtain_open_ratio); + } + /* assign the cell properties */ + for (ii = SI; ii <= EI; ii++) { + for (ij = SJ; ij <= EJ; ij++) { + for (ik = SK; ik <= EK; ik++) { + /*BINDEX[0][index] = ii;*/ + /*BINDEX[1][index] = ij;*/ + /*BINDEX[2][index] = ik;*/ + flagp[IX(ii, ij, ik)] = FLUID; + /* assign resistance based on the facing of the curtain */ + if (SI == EI) { + var[RESX][IX(ii, ij, ik)] = 1 / pow(curtain_open_ratio, 2) * (1.0 + 0.5 * pow(1 - curtain_open_ratio, 0.75) + + 1.414 * pow(1 - curtain_open_ratio, 0.375)) * 0.5; + } + else if (SJ == EJ) { + var[RESY][IX(ii, ij, ik)] = 1 / pow(curtain_open_ratio, 2) * (1.0 + 0.5 * pow(1 - curtain_open_ratio, 0.75) + + 1.414 * pow(1 - curtain_open_ratio, 0.375)) * 0.5; + } + else if (SK == EK) { + var[RESZ][IX(ii, ij, ik)] = 1 / pow(curtain_open_ratio, 2) * (1.0 + 0.5 * pow(1 - curtain_open_ratio, 0.75) + + 1.414 * pow(1 - curtain_open_ratio, 0.375)) * 0.5; + } + else { + printf("the configuration of the curtain is not supported\n"); + getchar(); + } + /* increment the index */ + index++; + } + } + } + } /*end of read the plastic curtain*/ + + /* set the boundary conditions based on that if it is regular block or a rack */ + /* if it is a rack */ + else if (strstr(para->bc->blockName[i], "Rack") != NULL) { + /* split the name information */ + if (ifDouble) { + sscanf(para->bc->blockName[i], "%s%d%lf%lf", rack_name_tmp, ¶->bc->RackDir[id_rack], ¶->bc->HeatDiss[id_rack], ¶->bc->RackFlowRate[id_rack]); + } + else { + sscanf(para->bc->blockName[i], "%s%d%f%f", rack_name_tmp, ¶->bc->RackDir[id_rack], ¶->bc->HeatDiss[id_rack], ¶->bc->RackFlowRate[id_rack]); + } + +#ifdef FFD_ISAT + /* Overwrite value by ISAT inputs for racks */ + if (num_block > 0) { + if (block_re[i]) + para->bc->HeatDiss[id_rack] = block_value[i]; + sprintf(msg, "read_sci_input(): para->bc->HeatDiss[%d]=%lf after overwrite.", + id_rack, para->bc->HeatDiss[id_rack]); + ffd_log(msg, FFD_NORMAL); + } +#endif + + /* store the rack name to global variable (maximum 100) */ + para->bc->rackName[id_rack] = (char*)malloc(100 * sizeof(char)); + strcpy(para->bc->rackName[id_rack], (const char*)rack_name_tmp); + /* find the initial flow rate */ + para->bc->RackFlowRate[id_rack] *= para->bc->HeatDiss[id_rack]; + /* Find the map based on the flow direction */ + if (para->bc->RackDir[id_rack] == 1 || para->bc->RackDir[id_rack] == -1) { + para->bc->RackMap[id_rack][0] = EI - SI; + para->bc->RackMap[id_rack][1] = 0; + para->bc->RackMap[id_rack][2] = 0; + } + else if (para->bc->RackDir[id_rack] == 2 || para->bc->RackDir[id_rack] == -2) { + para->bc->RackMap[id_rack][0] = 0; + para->bc->RackMap[id_rack][1] = EJ - SJ; + para->bc->RackMap[id_rack][2] = 0; + } + + else if (para->bc->RackDir[id_rack] == 3 || para->bc->RackDir[id_rack] == -3) { + para->bc->RackMap[id_rack][0] = 0; + para->bc->RackMap[id_rack][1] = 0; + para->bc->RackMap[id_rack][2] = EK - SK; + } + else { + para->bc->RackMap[id_rack][0] = 0; + para->bc->RackMap[id_rack][1] = 0; + para->bc->RackMap[id_rack][2] = 0; + } + + /*Store the cell information and boundary condition by looping all rack cells*/ + for (ii = SI; ii <= EI; ii++) { + for (ij = SJ; ij <= EJ; ij++) { + for (ik = SK; ik <= EK; ik++) { + BINDEX[0][index] = ii; + BINDEX[1][index] = ij; + BINDEX[2][index] = ik; + BINDEX[3][index] = FLTMP; + BINDEX[4][index] = id_rack; + BINDEX[5][index] = RACK; + index++; + /* assign thermal BCs */ + switch (FLTMP) { + case 1: + var[TEMPBC][IX(ii, ij, ik)] = TMP; + break; + case 0: + var[QFLUXBC][IX(ii, ij, ik)] = TMP; + break; + default: + sprintf(msg, "read_sci_input(): Thermal BC (%d)" + "for cell(%d,%d,%d) was not defined", + FLTMP, ii, ij, ik); + ffd_log(msg, FFD_ERROR); + return 1; + } + /* mark the face cells and cells in the middle */ + if (para->bc->RackDir[id_rack] == 1) { + if (ii == SI) { + flagp[IX(ii, ij, ik)] = RACK_INLET; /* Flag for rack inlet */ + } + else if (ii == EI) { + flagp[IX(ii, ij, ik)] = RACK_OUTLET; /* Flag for rack outlet */ + } + else { + flagp[IX(ii, ij, ik)] = SOLID; /* Flag for cells in the middle */ + } + } + else if (para->bc->RackDir[id_rack] == -1) { + if (ii == SI) { + flagp[IX(ii, ij, ik)] = RACK_OUTLET; /* Flag for rack outlet */ + } + else if (ii == EI) { + flagp[IX(ii, ij, ik)] = RACK_INLET; /* Flag for rack inlet */ + } + else { + flagp[IX(ii, ij, ik)] = SOLID; /* Flag for cells in the middle */ + } + } + else if (para->bc->RackDir[id_rack] == 2) { + if (ij == SJ) { + flagp[IX(ii, ij, ik)] = RACK_INLET; /* Flag for rack inlet */ + } + else if (ij == EJ) { + flagp[IX(ii, ij, ik)] = RACK_OUTLET; /* Flag for rack outlet */ + } + else { + flagp[IX(ii, ij, ik)] = SOLID; /* Flag for cells in the middle */ + } + } + else if (para->bc->RackDir[id_rack] == -2) { + if (ij == SJ) { + flagp[IX(ii, ij, ik)] = RACK_OUTLET; /* Flag for rack outlet */ + } + else if (ij == EJ) { + flagp[IX(ii, ij, ik)] = RACK_INLET; /* Flag for rack inlet */ + } + else { + flagp[IX(ii, ij, ik)] = SOLID; /* Flag for cells in the middle */ + } + } + else if (para->bc->RackDir[id_rack] == 3) { + if (ik == SK) { + flagp[IX(ii, ij, ik)] = RACK_INLET; /* Flag for rack inlet */ + } + else if (ik == EK) { + flagp[IX(ii, ij, ik)] = RACK_OUTLET; /* Flag for rack outlet */ + } + else { + flagp[IX(ii, ij, ik)] = SOLID; /* Flag for cells in the middle */ + } + } + else if (para->bc->RackDir[id_rack] == -3) { + if (ik == SK) { + flagp[IX(ii, ij, ik)] = RACK_OUTLET; /* Flag for rack outlet */ + } + else if (ik == EK) { + flagp[IX(ii, ij, ik)] = RACK_INLET; /* Flag for rack inlet */ + } + else { + flagp[IX(ii, ij, ik)] = SOLID; /* Flag for cells in the middle */ + } + } + + } /* End of assigning value for internal solid block */ + } /* End of assigning value for internal solid block */ + } /* End of assigning value for internal solid block */ + /* locate the four points at front of the racks */ + if (get_monitor_points(para, var, SI, SJ, SK, EI, EJ, EK, para->bc->RackDir[id_rack], id_rack) != 0) { + sprintf(msg, "read_sci_input(): cannot find the monitoring points at the front of the RACK %d", id_rack + 1); + ffd_log(msg, FFD_ERROR); + } + /* Update the index of rack */ + id_rack += 1; + }/* end of if (strstr(para->bc->blockName[i], "Rack") != NULL) */ + /* if it is a regular block */ + else { + /* set the boundary conditions */ + for (ii = SI; ii <= EI; ii++) { + for (ij = SJ; ij <= EJ; ij++) { + for (ik = SK; ik <= EK; ik++) { + BINDEX[0][index] = ii; + BINDEX[1][index] = ij; + BINDEX[2][index] = ik; + BINDEX[3][index] = FLTMP; + BINDEX[4][index] = i; + index++; + + switch (FLTMP) { + case 1: + var[TEMPBC][IX(ii, ij, ik)] = TMP; + break; + case 0: + var[QFLUXBC][IX(ii, ij, ik)] = TMP; + break; + default: + sprintf(msg, "read_sci_input(): Thermal BC (%d)" + "for cell(%d,%d,%d) was not defined", + FLTMP, ii, ij, ik); + ffd_log(msg, FFD_ERROR); + return 1; + } + flagp[IX(ii, ij, ik)] = SOLID; /* Flag for solid */ + } /* End of assigning value for internal solid block */ + }/* End of assigning value for internal solid block */ + }/* End of assigning value for internal solid block */ + } /* end of else */ + } /* end of for(i=0; ibc->nb_block; i++) */ + }/* end of if(para->bc->nb_block!=0) */ /***************************************************************************** | Read the wall boundary conditions *****************************************************************************/ fgets(string, 400, file_params); - sscanf(string,"%d", ¶->bc->nb_wall); + sscanf(string, "%d", ¶->bc->nb_wall); sprintf(msg, "read_sci_input(): para->bc->nb_wall=%d", para->bc->nb_wall); ffd_log(msg, FFD_NORMAL); - if(para->bc->nb_wall!=0) { - /*------------------------------------------------------------------------- - | Allocate the memory for bc name and id - -------------------------------------------------------------------------*/ - para->bc->wallName = (char**)malloc(para->bc->nb_wall*sizeof(char*)); - if(para->bc->wallName==NULL) { - ffd_log("read_sci_input(): Could not allocate memory for " - "para->bc->wallName.", FFD_ERROR); - return 1; - } - - para->bc->wallId = (int *)malloc(sizeof(int)*para->bc->nb_wall); - if(para->bc->wallId==NULL) { - ffd_log("read_sci_input(): Could not allocate memory for " - "para->bc->wallId.", FFD_ERROR); - return 1; - } - - for(i=0; ibc->nb_wall; i++) - para->bc->wallId[i] = -1; - - para->bc->AWall = (REAL*) malloc(para->bc->nb_wall*sizeof(REAL)); - if(para->bc->AWall==NULL) { - ffd_log("read_sci_input(): Could not allocate memory for " - "para->bc->AWall.", FFD_ERROR); - return 1; - } - - para->bc->temHea = (REAL*) malloc(para->bc->nb_wall*sizeof(REAL)); - if(para->bc->temHea==NULL) { - ffd_log("read_sci_input(): Could not allocate memory for " - "para->bc->heaTem.", FFD_ERROR); - return 1; - } - - para->bc->temHeaAve = (REAL*) malloc(para->bc->nb_wall*sizeof(REAL)); - if(para->bc->temHeaAve==NULL) { - ffd_log("read_sci_input(): Could not allocate memory for " - "para->bc->temHeaAve.", FFD_ERROR); - return 1; - } - - para->bc->temHeaMean = (REAL*) malloc(para->bc->nb_wall*sizeof(REAL)); - if(para->bc->temHeaMean==NULL) { - ffd_log("read_sci_input(): Could not allocate memory for " - "para->bc->temHeaMean.", FFD_ERROR); - return 1; - } - - /*------------------------------------------------------------------------- - | Read wall conditions for each wall - -------------------------------------------------------------------------*/ - for(i=0; ibc->nb_wall; i++) { - /*....................................................................... - | Get the names of boundary - .......................................................................*/ - fgets(string, 400, file_params); - /* Get the length of name (The name may contain white space)*/ - for(j=0; string[j] != '\n'; j++) { - continue; - } - - para->bc->wallName[i] = (char*)malloc((j+1)*sizeof(char)); - if(para->bc->wallName[i]==NULL) { - sprintf(msg, "read_sci_input(): Could not allocate memory for " - "para->bc->wallName[%d].", i); - ffd_log(msg, FFD_ERROR); - return 1; - } - - strncpy(para->bc->wallName[i], (const char*)string, j); - /* Add an ending*/ - para->bc->wallName[i][j] = '\0'; - sprintf(msg, "read_sci_input(): para->bc->wallName[%d]=\"%s\"", - i, para->bc->wallName[i]); - ffd_log(msg, FFD_NORMAL); - /*....................................................................... - | Get the boundary conditions - .......................................................................*/ - /* X_index_start, Y_index_Start, Z_index_Start,*/ - /* X_index_End, Y_index_End, Z_index_End,*/ - /* Thermal Condition (0: Flux; 1:Temperature), Value of thermal condition*/ - fgets(string, 400, file_params); - sscanf(string,"%d%d%d%d%d%d%d%lf", &SI, &SJ, &SK, &EI, - &EJ, &EK, &FLTMP, &TMP); - sprintf(msg, "read_sci_input(): ThermalBC=%d, T/q_dot=%f", - FLTMP, TMP); - ffd_log(msg, FFD_NORMAL); - - /* Reset X index*/ - if(SI==1) { /* West*/ - SI = 0; - if(EI>=imax) EI = EI + 1; - } - else if(SI==imax+1) /* East*/ - EI = EI + SI; - else /* Internal*/ - EI = EI + SI - 1; - - /* Reset Y index*/ - if(SJ==1) { /* South*/ - SJ = 0; - if(EJ>=jmax) EJ = EJ + 1; - } - else if(SJ==jmax+1) /* North*/ - EJ = EJ + SJ; - else /* Internal*/ - EJ = EJ + SJ - 1; - /* Reset Z index*/ - if(SK==1) { /* Floor*/ - SK = 0; - if(EK>=kmax) EK = EK + 1; - } - else if (SK==kmax+1) /* Ceiling*/ - EK = EK + SK; - else /* Internal*/ - EK = EK + SK -1; - - /* Assign value for each wall cell*/ - for(ii=SI; ii<=EI; ii++) - for(ij=SJ; ij<=EJ; ij++) - for(ik=SK; ik<=EK; ik++) { - /* If cell hasn't been updated (default value -1)*/ - if(flagp[IX(ii,ij,ik)]<0) { - BINDEX[0][index] = ii; - BINDEX[1][index] = ij; - BINDEX[2][index] = ik; - /* Define the thermal boundary property*/ - BINDEX[3][index] = FLTMP; - BINDEX[4][index] = i; - index++; - - /* Set the cell to solid*/ - flagp[IX(ii,ij,ik)] = SOLID; - if(FLTMP==1) var[TEMPBC][IX(ii,ij,ik)] = TMP; - if(FLTMP==0) var[QFLUXBC][IX(ii,ij,ik)] = TMP; - } - } /* End of assigning value for each wall cell*/ - } /* End of assigning value for each wall surface*/ - } /* End of assigning value for wall boundary*/ + if (para->bc->nb_wall != 0) { + /*------------------------------------------------------------------------- + | Allocate the memory for bc name and id + -------------------------------------------------------------------------*/ + para->bc->wallName = (char**)malloc(para->bc->nb_wall * sizeof(char*)); + if (para->bc->wallName == NULL) { + ffd_log("read_sci_input(): Could not allocate memory for " + "para->bc->wallName.", FFD_ERROR); + return 1; + } + + para->bc->wallId = (int*)malloc(sizeof(int) * para->bc->nb_wall); + if (para->bc->wallId == NULL) { + ffd_log("read_sci_input(): Could not allocate memory for " + "para->bc->wallId.", FFD_ERROR); + return 1; + } + + for (i = 0; i < para->bc->nb_wall; i++) + para->bc->wallId[i] = -1; + + para->bc->AWall = (REAL*)malloc(para->bc->nb_wall * sizeof(REAL)); + if (para->bc->AWall == NULL) { + ffd_log("read_sci_input(): Could not allocate memory for " + "para->bc->AWall.", FFD_ERROR); + return 1; + } + + para->bc->temHea = (REAL*)malloc(para->bc->nb_wall * sizeof(REAL)); + if (para->bc->temHea == NULL) { + ffd_log("read_sci_input(): Could not allocate memory for " + "para->bc->heaTem.", FFD_ERROR); + return 1; + } + + para->bc->temHeaAve = (REAL*)malloc(para->bc->nb_wall * sizeof(REAL)); + if (para->bc->temHeaAve == NULL) { + ffd_log("read_sci_input(): Could not allocate memory for " + "para->bc->temHeaAve.", FFD_ERROR); + return 1; + } + + para->bc->temHeaMean = (REAL*)malloc(para->bc->nb_wall * sizeof(REAL)); + if (para->bc->temHeaMean == NULL) { + ffd_log("read_sci_input(): Could not allocate memory for " + "para->bc->temHeaMean.", FFD_ERROR); + return 1; + } + + /*------------------------------------------------------------------------- + | Read wall conditions for each wall + -------------------------------------------------------------------------*/ + for (i = 0; i < para->bc->nb_wall; i++) { + /*....................................................................... + | Get the names of boundary + .......................................................................*/ + fgets(string, 400, file_params); + /* Get the length of name (The name may contain white space) */ + for (j = 0; string[j] != '\n'; j++) { + continue; + } + + para->bc->wallName[i] = (char*)malloc((j + 1) * sizeof(char)); + if (para->bc->wallName[i] == NULL) { + sprintf(msg, "read_sci_input(): Could not allocate memory for " + "para->bc->wallName[%d].", i); + ffd_log(msg, FFD_ERROR); + return 1; + } + + strncpy(para->bc->wallName[i], (const char*)string, j); + /* Add an ending */ + para->bc->wallName[i][j] = '\0'; + sprintf(msg, "read_sci_input(): para->bc->wallName[%d]=\"%s\"", + i, para->bc->wallName[i]); + ffd_log(msg, FFD_NORMAL); + /*....................................................................... + | Get the boundary conditions + .......................................................................*/ + /* X_index_start, Y_index_Start, Z_index_Start, */ + /* X_index_End, Y_index_End, Z_index_End, */ + /* Thermal Condition (0: Flux; 1:Temperature), Value of thermal condition */ + fgets(string, 400, file_params); + if (ifDouble) { + sscanf(string, "%d%d%d%d%d%d%d%lf", &SI, &SJ, &SK, &EI, + &EJ, &EK, &FLTMP, &TMP); + } + else { + sscanf(string, "%d%d%d%d%d%d%d%f", &SI, &SJ, &SK, &EI, + &EJ, &EK, &FLTMP, &TMP); + } + sprintf(msg, "read_sci_input(): ThermalBC=%d, T/q_dot=%f", + FLTMP, TMP); + ffd_log(msg, FFD_NORMAL); + +#ifdef FFD_ISAT + /* Overwrite value by ISAT inputs for walls */ + if (num_wall > 0) { + if (wall_re[i]) + TMP = wall_value[i]; + sprintf(msg, "read_sci_input(): ThermalBC=%d, T/q_dot=%f after overwrite.", + FLTMP, TMP); + ffd_log(msg, FFD_NORMAL); + } +#endif + + /* Reset X index */ + if (SI == 1) { /* West */ + SI = 0; + if (EI >= imax) EI = EI + 1; + } + else if (SI == imax + 1) /* East */ + EI = EI + SI; + else /* Internal */ + EI = EI + SI - 1; + + /* Reset Y index */ + if (SJ == 1) { /* South */ + SJ = 0; + if (EJ >= jmax) EJ = EJ + 1; + } + else if (SJ == jmax + 1) /* North */ + EJ = EJ + SJ; + else /* Internal */ + EJ = EJ + SJ - 1; + /* Reset Z index */ + if (SK == 1) { /* Floor */ + SK = 0; + if (EK >= kmax) EK = EK + 1; + } + else if (SK == kmax + 1) /* Ceiling */ + EK = EK + SK; + else /* Internal */ + EK = EK + SK - 1; + + /* Assign value for each wall cell */ + for (ii = SI; ii <= EI; ii++) { + for (ij = SJ; ij <= EJ; ij++) { + for (ik = SK; ik <= EK; ik++) { + /* If cell hasn't been updated (default value -1) */ + if (flagp[IX(ii, ij, ik)] < 0) { + BINDEX[0][index] = ii; + BINDEX[1][index] = ij; + BINDEX[2][index] = ik; + /* Define the thermal boundary property */ + BINDEX[3][index] = FLTMP; + BINDEX[4][index] = i + para->bc->nb_block; + index++; + + /* Set the cell to solid */ + flagp[IX(ii, ij, ik)] = SOLID; + if (FLTMP == 1) var[TEMPBC][IX(ii, ij, ik)] = TMP; + if (FLTMP == 0) var[QFLUXBC][IX(ii, ij, ik)] = TMP; + } + } /* End of assigning value for each wall cell */ + } + } + } /* End of assigning value for each wall surface */ + } /* End of assigning value for wall boundary */ /***************************************************************************** | Read the boundary conditions for contaminant source | Warning: The data is ignored in current version *****************************************************************************/ fgets(string, 400, file_params); - sscanf(string,"%d", ¶->bc->nb_source); + sscanf(string, "%d", ¶->bc->nb_source); sprintf(msg, "read_sci_input(): para->bc->nb_source=%d", para->bc->nb_source); ffd_log(msg, FFD_NORMAL); - if(para->bc->nb_source!=0) { - sscanf(string,"%s%d%d%d%d%d%d%lf", - name, &SI, &SJ, &SK, &EI, &EJ, &EK, &MASS); - bcnameid++; - - sprintf(msg, "read_sci_input(): Source %s is not used in current version.", - name); - ffd_log(msg, FFD_WARNING); - sprintf(msg, "read_sci_input(): Xi_dot=%f", MASS); - ffd_log(msg, FFD_NORMAL); - /*Warning: Need to add code to assign the BC value as other part does*/ + if (para->bc->nb_source != 0) { + if (ifDouble) { + sscanf(string, "%s%d%d%d%d%d%d%lf", + name, &SI, &SJ, &SK, &EI, &EJ, &EK, &MASS); + } + else { + sscanf(string, "%s%d%d%d%d%d%d%f", + name, &SI, &SJ, &SK, &EI, &EJ, &EK, &MASS); + } + bcnameid++; + + sprintf(msg, "read_sci_input(): Source %s is not used in current version.", + name); + ffd_log(msg, FFD_WARNING); + sprintf(msg, "read_sci_input(): Xi_dot=%f", MASS); + ffd_log(msg, FFD_NORMAL); + /*Warning: Need to add code to assign the BC value as other part does*/ } - para->geom->index=index; + para->geom->index = index; /***************************************************************************** | Read other simulation data *****************************************************************************/ - /* Discard the unused data*/ + /* Discard the unused data */ fgets(string, 400, file_params); /*maximum iteration*/ + /*fgets(string, 400, file_params);*/ /*maximum iteration*/ fgets(string, 400, file_params); /*convergence rate*/ fgets(string, 400, file_params); /*Turbulence model*/ fgets(string, 400, file_params); /*initial value*/ @@ -836,7 +1968,7 @@ int read_sci_input(PARA_DATA *para, REAL **var, int **BINDEX) { fgets(string, 400, file_params); /*reference point*/ fgets(string, 400, file_params); /*monitoring point*/ - /* Discard setting for restarting the old FFD simulation*/ + /* Discard setting for restarting the old FFD simulation */ fgets(string, 400, file_params); /* sscanf(string,"%d", ¶->inpu->read_old_ffd_file); @@ -844,12 +1976,12 @@ int read_sci_input(PARA_DATA *para, REAL **var, int **BINDEX) { para->inpu->read_old_ffd_file); ffd_log(msg, FFD_NORMAL); */ - /* Discard the unused data*/ + /* Discard the unused data */ fgets(string, 400, file_params); /*print frequency*/ fgets(string, 400, file_params); /*Pressure variable Y/N*/ fgets(string, 400, file_params); /*Steady state, buoyancy.*/ - /* Discard physical properties*/ + /* Discard physical properties */ fgets(string, 400, file_params); /* sscanf(string,"%f %f %f %f %f %f %f %f %f", ¶->prob->rho, @@ -883,16 +2015,16 @@ int read_sci_input(PARA_DATA *para, REAL **var, int **BINDEX) { ffd_log(msg, FFD_NORMAL); */ - /* Read simulation time settings*/ + /* Read simulation time settings */ fgets(string, 400, file_params); sscanf(string,"%lf %lf %d", ¶->mytime->t_start, ¶->mytime->dt, ¶->mytime->step_total); - sprintf(msg, "read_sci_input(): para->mytime->t_start=%f", + sprintf(msg, "read_sci_input(): para->mytime->t_start=%lf", para->mytime->t_start); ffd_log(msg, FFD_NORMAL); - sprintf(msg, "read_sci_input(): para->mytime->dt=%f", para->mytime->dt); + sprintf(msg, "read_sci_input(): para->mytime->dt=%lf", para->mytime->dt); ffd_log(msg, FFD_NORMAL); sprintf(msg, "read_sci_input(): para->mytime->step_total=%d", @@ -910,18 +2042,21 @@ int read_sci_input(PARA_DATA *para, REAL **var, int **BINDEX) { free(dely); free(delz); - sprintf(msg, "read_sci_input(): Read sci input file %s", + sprintf(msg, "read_sci_input(): end of reading sci input file %s", para->inpu->parameter_file_name); ffd_log(msg, FFD_NORMAL); - /* Free the filePath allocated in parameter_reader.c*/ - if (para->cosim->para->filePath != NULL){ - free(para->cosim->para->filePath); + +#ifndef FFD_ISAT + if (para->cosim->para->filePath != NULL) { + free(para->cosim->para->filePath); } - return 0; -} /* End of read_sci_input()*/ +#endif - /* + return 0; +} /* End of read_sci_input() */ + +/* * Read the file to identify the block cells in space * * @param para Pointer to FFD parameters @@ -930,76 +2065,93 @@ int read_sci_input(PARA_DATA *para, REAL **var, int **BINDEX) { * * @return 0 if no error occurred */ -int read_sci_zeroone(PARA_DATA *para, REAL **var, int **BINDEX) { - int i, j, k; - int delcount=0; - int mark; - int imax = para->geom->imax; - int jmax = para->geom->jmax; - int kmax = para->geom->kmax; - int index = para->geom->index; - int IMAX = imax+2, IJMAX = (imax+2)*(jmax+2); - REAL *flagp = var[FLAGP]; - - if( (file_params=fopen(para->inpu->block_file_name,"r")) == NULL ) { - sprintf(msg, "read_sci_input():Could not open file \"%s\"!\n", - para->inpu->block_file_name); - ffd_log(msg, FFD_ERROR); - return 1; - } - - sprintf(msg, "read_sci_input(): start to read block information from \"%s\".", - para->inpu->block_file_name); - ffd_log(msg, FFD_NORMAL); - - for(k=1;k<=kmax;k++) - for(j=1;j<=jmax;j++) - for(i=1;i<=imax;i++) { - fscanf(file_params,"%d" ,&mark); - - /* mark=1 block cell;mark=0 fluid cell*/ - - if(mark==1) { - flagp[IX(i,j,k)] = SOLID; - BINDEX[0][index] = i; - BINDEX[1][index] = j; - BINDEX[2][index] = k; - index++; - } - delcount++; - - if(delcount==25) { - fscanf(file_params,"\n"); - delcount=0; - } - } - - fclose(file_params); - para->geom->index=index; - - sprintf(msg, "read_sci_input(): end of reading zeroone.dat."); - ffd_log(msg, FFD_NORMAL); - - return 0; +int read_sci_zeroone(PARA_DATA* para, REAL** var, int** BINDEX) { + int i, j, k; + int delcount = 0; + int mark; + int imax = para->geom->imax; + int jmax = para->geom->jmax; + int kmax = para->geom->kmax; + int index = para->geom->index; + int IMAX = imax + 2, IJMAX = (imax + 2) * (jmax + 2); + REAL* flagp = var[FLAGP]; + +#ifndef FFD_ISAT /*if no ISAT*/ + if ((file_params = fopen(para->inpu->block_file_name, "r")) == NULL) { + sprintf(msg, "read_sci_input():Could not open file \"%s\"!\n", + para->inpu->block_file_name); + ffd_log(msg, FFD_ERROR); + return 1; + } + sprintf(msg, "read_sci_input(): start to read block information from \"%s\".", + para->inpu->block_file_name); + ffd_log(msg, FFD_NORMAL); +#else /*if called by ISAT*/ + char filenametmp[400]; + snprintf(filenametmp, sizeof(filenametmp), "%s%s", filepath, "zeroone.dat"); + if ((file_params = fopen(filenametmp, "r")) == NULL) { + sprintf(msg, "read_sci_zeroone: Could not open the file \"%s\".", + filenametmp); + ffd_log(msg, FFD_ERROR); + return 1; + } + sprintf(msg, "read_sci_zeroone: start to read block information from %s", + filenametmp); + ffd_log(msg, FFD_NORMAL); +#endif + + for (k = 1;k <= kmax;k++) + for (j = 1;j <= jmax;j++) + for (i = 1;i <= imax;i++) { + fscanf(file_params, "%d", &mark); + + /* mark=1 block cell;mark=0 fluid cell*/ + + if (mark == 1) { + flagp[IX(i, j, k)] = SOLID; + BINDEX[0][index] = i; + BINDEX[1][index] = j; + BINDEX[2][index] = k; + index++; + } + delcount++; + + if (delcount == 25) { + fscanf(file_params, "\n"); + delcount = 0; + } + } + + fclose(file_params); + para->geom->index = index; + + sprintf(msg, "read_sci_input(): end of reading zeroone.dat."); + ffd_log(msg, FFD_NORMAL); + + return 0; } /* End of read_sci_zeroone()*/ - /* - * Identify the properties of cells - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * - * @return 0 if no error occurred - */ -void mark_cell(PARA_DATA *para, REAL **var) { - int i,j, k; + +/**************************************************************************** +| Identify the properties of cells +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| +| \return 0 if no error occurred +****************************************************************************/ +void mark_cell(PARA_DATA *para, REAL **var, int **BINDEX) { + int i, j, k; + int ii, ij, ik, index; + int rack_id, rack_direction; int imax = para->geom->imax; int jmax = para->geom->jmax; int kmax = para->geom->kmax; int IMAX = imax+2, IJMAX = (imax+2)*(jmax+2); REAL *flagu = var[FLAGU],*flagv = var[FLAGV],*flagw = var[FLAGW]; REAL *flagp = var[FLAGP]; + int put_X = para->geom->tile_putX, put_Y =para->geom->tile_putY, put_Z = para->geom->tile_putZ; flagp[IX(0,0,0)] = SOLID; flagp[IX(0,0,kmax+1)] = SOLID; @@ -1021,38 +2173,108 @@ void mark_cell(PARA_DATA *para, REAL **var) { END_FOR FOR_ALL_CELL - - if(flagp[IX(i,j,k)]==1) { - - flagu[IX(i,j,k)]=1; - flagv[IX(i,j,k)]=1; - flagw[IX(i,j,k)]=1; - - if(i!=0) flagu[IX(i-1,j,k)]=1; - if(j!=0) flagv[IX(i,j-1,k)]=1; - if(k!=0) flagw[IX(i,j,k-1)]=1; - } - - if(flagp[IX(i,j,k)]==0) { - flagu[IX(i,j,k)]=0; - flagv[IX(i,j,k)]=0; - flagw[IX(i,j,k)]=0; - - if(i!=0) flagu[IX(i-1,j,k)]=0; - if(j!=0) flagv[IX(i,j-1,k)]=0; - if(k!=0) flagw[IX(i,j,k-1)]=0; -} - - if(flagp[IX(i,j,k)]==2) { - - flagu[IX(i,j,k)]=2; - flagv[IX(i,j,k)]=2; - flagw[IX(i,j,k)]=2; - - if(i!=0) flagu[IX(i-1,j,k)]=2; - if(j!=0) flagv[IX(i,j-1,k)]=2; - if(k!=0) flagw[IX(i,j,k-1)]=2; -} + /* Mark solids */ + if (flagp[IX(i, j, k)] == SOLID) { + + flagu[IX(i, j, k)] = SOLID; + flagv[IX(i, j, k)] = SOLID; + flagw[IX(i, j, k)] = SOLID; + + if (i != 0) flagu[IX(i - 1, j, k)] = SOLID; + if (j != 0) flagv[IX(i, j - 1, k)] = SOLID; + if (k != 0) flagw[IX(i, j, k - 1)] = SOLID; + }/* Mark solids */ + + /* Mark rack outlets */ + if (flagp[IX(i, j, k)] == RACK_OUTLET) { + /* get direction of rack */ + for (index = 0;index < para->geom->index;index++) { + ii = BINDEX[0][index]; + ij = BINDEX[1][index]; + ik = BINDEX[2][index]; + if (i == ii && j == ij && k == ik) { + rack_id = BINDEX[4][index]; + rack_direction = para->bc->RackDir[rack_id]; + break; + } + } + /* Mark cells */ + flagu[IX(i, j, k)] = INLET; + flagv[IX(i, j, k)] = INLET; + flagw[IX(i, j, k)] = INLET; + + if (rack_direction == -1) { + if (i != 0) { + flagu[IX(i - 1, j, k)] = INLET; + } + } + if (rack_direction == -2) { + if (j != 0) { + flagv[IX(i, j - 1, k)] = INLET; + } + } + if (rack_direction == -3) { + if (k != 0) { + flagw[IX(i, j, k - 1)] = INLET; + } + } + }/* end of marking rack outlets */ + + /* Mark rack inlets */ + if (flagp[IX(i, j, k)] == RACK_INLET) { + /* get direction of rack */ + for (index = 0;index < para->geom->index;index++) { + ii = BINDEX[0][index]; + ij = BINDEX[1][index]; + ik = BINDEX[2][index]; + if (i == ii && j == ij && k == ik) { + rack_id = BINDEX[4][index]; + rack_direction = para->bc->RackDir[rack_id]; + break; + } + } + /* mark cells */ + flagu[IX(i, j, k)] = OUTLET; + flagv[IX(i, j, k)] = OUTLET; + flagw[IX(i, j, k)] = OUTLET; + + if (rack_direction == 1) { + if (i != 0) { + flagu[IX(i - 1, j, k)] = OUTLET; + } + } + if (rack_direction == 2) { + if (j != 0) { + flagv[IX(i, j - 1, k)] = OUTLET; + } + } + if (rack_direction == 3) { + if (k != 0) { + flagw[IX(i, j, k - 1)] = OUTLET; + } + } + }/* end of marking rack inlets */ + + /* Mark inlets */ + if (flagp[IX(i, j, k)] == INLET) { + flagu[IX(i, j, k)] = INLET; + flagv[IX(i, j, k)] = INLET; + flagw[IX(i, j, k)] = INLET; + if (i != 0) flagu[IX(i - 1, j, k)] = INLET; + if (j != 0) flagv[IX(i, j - 1, k)] = INLET; + if (k != 0) flagw[IX(i, j, k - 1)] = INLET; + }/* end of marking inlets */ + + /* Mark outlets */ + if (flagp[IX(i, j, k)] == OUTLET || flagp[IX(i, j, k)] == TILE) { + flagu[IX(i, j, k)] = OUTLET; + flagv[IX(i, j, k)] = OUTLET; + flagw[IX(i, j, k)] = OUTLET; + if (i != 0) flagu[IX(i - 1, j, k)] = OUTLET; + if (j != 0) flagv[IX(i, j - 1, k)] = OUTLET; + if (k != 0) flagw[IX(i, j, k - 1)] = OUTLET; + + }/* end of marking outlets */ END_FOR -} /* End of mark_cell()*/ +} /* End of mark_cell() */ diff --git a/Buildings/Resources/src/FastFluidDynamics/sci_reader.h b/Buildings/Resources/src/FastFluidDynamics/sci_reader.h index b5c01addd90..d4d18451eb7 100644 --- a/Buildings/Resources/src/FastFluidDynamics/sci_reader.h +++ b/Buildings/Resources/src/FastFluidDynamics/sci_reader.h @@ -1,19 +1,25 @@ -/* - * - * @file sci_reader.h - * - * @brief Read mesh and simulation data defined by SCI - * - * @author Mingang Jin, Qingyan Chen - * Purdue University - * Jin55@purdue.edu, YanChen@purdue.edu - * Wangda Zuo - * University of Miami - * W.Zuo@miami.edu - * - * @date 8/3/2013 - * - */ +/**************************************************************************** +| +| \file sci_reader.h +| +| \brief Read mesh and simulation data defined by SCI +| +| \author Wangda Zuo +| University of Miami, University of Colorado Boulder +| W.Zuo@miami.edu, wangda.zuo@colorado.edu +| Mingang Jin, Qingyan Chen +| Purdue University +| Jin55@purdue.edu, YanChen@purdue.edu +| Wei Tian +| University of Miami, Schneider Electric +| w.tian@umiami.edu, Wei.Tian@Schneider-Electric.com +| Xu Han +| University of Colorado Boulder +| xuha3556@colorado.edu +| +| \date 4/5/2020 +| +****************************************************************************/ #ifndef _SCI_READER_H #define _SCI_READER_H @@ -36,29 +42,65 @@ FILE *file_params; -/* -* Read the basic index information from input.cfd -* -* Specific method for advection will be selected according to the variable -* type. -* -* @param para Pointer to FFD parameters -* @param var Pointer to FFD simulation variables -* -* @return 0 if no error occurred -*/ -int read_sci_max(PARA_DATA *para, REAL **var); +/**************************************************************************** +| check the input forat as current FFD accepts a format excluding unused info +| +| Specific method for advection will be selected according to the variable +| type. +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| +| \return 0 if no error occurred +****************************************************************************/ +/*int check_input_format();*/ -/* - * Read other information from input.cfd - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param var_type Type of variable - * @param BINDEX Pointer to boundary index - * - * @return 0 if no error occurred - */ +/**************************************************************************** +| Read the basic index information from input.cfd +| +| Specific method for advection will be selected according to the variable +| type. +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| +| \return 0 if no error occurred +****************************************************************************/ +int read_sci_max(PARA_DATA* para, REAL** var); + +/**************************************************************************** + +| Check the number of racks in the input file +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +****************************************************************************/ +int check_num_racks(PARA_DATA* para, REAL** var, int** BINDEX); + +/**************************************************************************** +| Check the number of tiles in the input file +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +****************************************************************************/ +int check_num_tiles(PARA_DATA* para, REAL** var, int** BINDEX); + +/**************************************************************************** +| Read other information from input.cfd +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param var_type Type of variable +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +****************************************************************************/ int read_sci_input(PARA_DATA *para, REAL **var, int **BINDEX); /* @@ -72,12 +114,14 @@ int read_sci_input(PARA_DATA *para, REAL **var, int **BINDEX); */ int read_sci_zeroone(PARA_DATA *para, REAL **var, int **BINDEX); -/* - * Identify the properties of cells - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * - * @return 0 if no error occurred - */ -void mark_cell(PARA_DATA *para, REAL **var); +/**************************************************************************** +| Identify the properties of cells +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| +| \return 0 if no error occurred +****************************************************************************/ +void mark_cell(PARA_DATA *para, REAL **var, int **BINDEX); + + diff --git a/Buildings/Resources/src/FastFluidDynamics/solver.c b/Buildings/Resources/src/FastFluidDynamics/solver.c index 3e609a65282..99fd57b8ea7 100644 --- a/Buildings/Resources/src/FastFluidDynamics/solver.c +++ b/Buildings/Resources/src/FastFluidDynamics/solver.c @@ -1,54 +1,77 @@ -/* - * - * \file solver.c - * - * \brief Solver of FFD - * - * \author Mingang Jin, Qingyan Chen - * Purdue University - * Jin55@purdue.edu, YanChen@purdue.edu - * Wangda Zuo - * University of Miami - * W.Zuo@miami.edu - * Xu Han - * University of Colorado Boulder - * xuha3556@colorado.edu - * Tian Wei - * University of Miami - * W.tian@miami.edu - * - * \date 2/19/2019 - * - */ +/**************************************************************************** +| +| \file solver.c +| +| \brief Solver of FFD +| +| \author Mingang Jin, Qingyan Chen +| Purdue University +| Jin55@purdue.edu, YanChen@purdue.edu +| Wangda Zuo +| University of Miami, University of Colorado Boulder +| W.Zuo@miami.edu, wangda.zuo@colorado.edu +| Wei Tian +| University of Miami, Schneider Electric +| w.tian@umiami.edu, Wei.Tian@Schneider-Electric.com +| Xu Han +| University of Colorado Boulder +| xuha3556@colorado.edu +| +| \date 4/5/2020 +| +****************************************************************************/ #include "solver.h" -/* - * FFD solver - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param BINDEX Pointer to boundary index - * - * @return 0 if no error occurred - */ +/**************************************************************************** +| FFD solver +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +****************************************************************************/ int FFD_solver(PARA_DATA *para, REAL **var, int **BINDEX) { int step_total = para->mytime->step_total; REAL t_steady = para->mytime->t_steady; double t_cosim; - int flag, next; + int flag, next, bar=0; + /*int output_t = 110; *//*time step to begin outputting dynamic file*/ + char tmpName[10]; - if(para->solv->cosimulation == 1) - t_cosim = para->mytime->t + para->cosim->modelica->dt; + if (para->solv->cosimulation == 1) + t_cosim = para->mytime->t + para->cosim->modelica->dt; + + /* check the number of tiles in input file */ + if (check_num_tiles(¶, var, BINDEX)>0) para->bc->hasTile = 1; /*************************************************************************** | Solver Loop ***************************************************************************/ next = 1; while(next==1) { - /*-------------------------------------------------------------------------*/ - /* Integration*/ - /*-------------------------------------------------------------------------*/ + /*Outputs dynamic file*/ + /*if (para->outp->OutputDynamicFile == 1) + if (fabs(para->mytime->t - output_t) < SMALL ) { + sprintf(tmpName, "step%d", (int)(floor(para->mytime->t + 0.5))); + if (write_vtk_data(para, var, tmpName) != 0) { + ffd_log("FFD_solver(): Could not write the transient data.", + FFD_ERROR); + return 1; + } + sprintf(msg, "ffd_solver(): write transient data at t=%f[s]\n", para->mytime->t); + ffd_log(msg, FFD_NORMAL); + // output file every second + output_t += 1; + }*/ + + /* check the average temperature of fluid to calculate the energy conservation + need to have a vector to store the temperature for calculation of energy changing rate + Special note: the average temperature is NOT good for calculation of above item */ + /*if (para->solv->check_conservation) para->prob->Tem_Ave_LastTime = average_volume(para, var, var[TEMP]);*/ + + flag =0; flag = vel_step(para, var, BINDEX); if(flag != 0) { ffd_log("FFD_solver(): Could not solve velocity.", FFD_ERROR); @@ -75,360 +98,515 @@ int FFD_solver(PARA_DATA *para, REAL **var, int **BINDEX) { timing(para); - /*-------------------------------------------------------------------------*/ - /* Process for Coupled simulation*/ - /*-------------------------------------------------------------------------*/ - if(para->solv->cosimulation == 1) { - /*....................................................................... - | Condition 1: If synchronization point is reached, - | Action: Do data exchange - .......................................................................*/ - if(fabs(para->mytime->t - t_cosim)outp->version==DEBUG) - ffd_log("FFD_solver(): Coupled simulation, reached synchronization point", - FFD_NORMAL); - - /* Average the FFD simulation data*/ - flag = average_time(para, var); - if(flag != 0) { - ffd_log("FFD_solver(): Could not average the data over time.", - FFD_ERROR); - return flag; - } - - /*....................................................................... - | Check if Modelica asks to stop the simulation - .......................................................................*/ - if(para->cosim->para->flag==0) { - /* Stop the solver*/ - next = 0; - sprintf(msg, - "ffd_solver(): Received stop command from Modelica at " - "FFD time: %f[s], Modelica Time: %f[s].", - para->mytime->t, para->cosim->modelica->t); - ffd_log(msg, FFD_NORMAL); - } - else{ - /* the data for coupled simulation*/ - flag = read_cosim_data(para, var, BINDEX); - if(flag != 0) { - ffd_log("FFD_solver(): Could not read coupled simulation data.", FFD_ERROR); - return flag; - } + /* log the imbalance of energy */ + /*if (para->solv->check_conservation) CheckImbalance(para, var, TEMP, BINDEX);*/ + + /*-------------------------------------------------------------------------*/ + /* Process for Coupled simulation*/ + /*-------------------------------------------------------------------------*/ + if (para->solv->cosimulation == 1) { + /*....................................................................... + | Condition 1: If synchronization point is reached, + | Action: Do data exchange + .......................................................................*/ + if (fabs(para->mytime->t - t_cosim) < SMALL) { + if (para->outp->version == DEBUG) + ffd_log("FFD_solver(): Coupled simulation, reached synchronization point", + FFD_NORMAL); + + /* Average the FFD simulation data*/ + flag = average_time(para, var); + if (flag != 0) { + ffd_log("FFD_solver(): Could not average the data over time.", + FFD_ERROR); + return flag; + } + + /*....................................................................... + | Check if Modelica asks to stop the simulation + .......................................................................*/ + if (para->cosim->para->flag == 0) { + /* Stop the solver*/ + next = 0; + sprintf(msg, + "ffd_solver(): Received stop command from Modelica at " + "FFD time: %f[s], Modelica Time: %f[s].", + para->mytime->t, para->cosim->modelica->t); + ffd_log(msg, FFD_NORMAL); + } + else { + /* the data for coupled simulation*/ + flag = read_cosim_data(para, var, BINDEX); + if (flag != 0) { + ffd_log("FFD_solver(): Could not read coupled simulation data.", FFD_ERROR); + return flag; } - /*....................................................................... - | Check if Modelica asks to stop the simulation - .......................................................................*/ - if(para->cosim->para->flag==0) { - /* Stop the solver*/ - next = 0; - sprintf(msg, - "ffd_solver(): Received stop command from Modelica at " - "FFD time: %f[s], Modelica Time: %f[s].", - para->mytime->t, para->cosim->modelica->t); - ffd_log(msg, FFD_NORMAL); - } - else{ - flag = write_cosim_data(para, var); - if(flag != 0) { - ffd_log("FFD_solver(): Could not write coupled simulation data.", FFD_ERROR); - return flag; + } + /*....................................................................... + | Check if Modelica asks to stop the simulation + .......................................................................*/ + if (para->cosim->para->flag == 0) { + /* Stop the solver*/ + next = 0; + + /*write vtk or plt file*/ + if (para->outp->result_file == VTK) { + if (write_vtk_data(para, var, "result") != 0) { + ffd_log("FFD_solver(): Could not write the result file.", FFD_ERROR); + return 1; } + } + else { + write_tecplot_data(para, var, "result"); + } - sprintf(msg, "ffd_solver(): Synchronized data at t=%f[s]\n", para->mytime->t); - ffd_log(msg, FFD_NORMAL); + sprintf(msg, + "ffd_solver(): Received stop command from Modelica at " + "FFD time: %f[s], Modelica Time: %f[s].", + para->mytime->t, para->cosim->modelica->t); + ffd_log(msg, FFD_NORMAL); + } + else { + flag = write_cosim_data(para, var); + if (flag != 0) { + ffd_log("FFD_solver(): Could not write coupled simulation data.", FFD_ERROR); + return flag; } - /* Set the next synchronization time*/ - t_cosim += para->cosim->modelica->dt; - /* Reset all the averaged data to 0*/ - flag = reset_time_averaged_data(para, var); - if(flag != 0) { - ffd_log("FFD_solver(): Could not reset averaged data.", - FFD_ERROR); - return flag; - } - - continue; - } /* End of Condition 1*/ - /*....................................................................... - | Condition 2: synchronization point is not reached , - | but already miss the synchronization point - | Action: Stop simulation - .......................................................................*/ - else if(para->mytime->t-t_cosim>SMALL) { - sprintf(msg, - "ffd_solver(): Mis-matched synchronization step with " - "t_ffd=%f[s], t_cosim=%f[s], dt_syn=%f[s], dt_ffd=%f[s].", - para->mytime->t, t_cosim, - para->cosim->modelica->dt, para->mytime->dt); - ffd_log(msg, FFD_ERROR); - sprintf(msg, "para->mytime->t - t_cosim=%lf", para->mytime->t - t_cosim); - ffd_log(msg, FFD_ERROR); - return 1; - } /* end of Condition 2*/ - /*....................................................................... - | Condition 3: synchronization point is not reached - | and not miss the synchronization point - | Action: Do FFD internal simulation and add data for future average - .......................................................................*/ - else { - if(para->outp->version==DEBUG) - ffd_log("FFD_solver(): Coupled simulation, prepare next step for FFD", - FFD_NORMAL); - - /* Integrate the data on the boundary surface*/ - flag = surface_integrate(para, var, BINDEX); - if(flag != 0) { - ffd_log("FFD_solver(): " - "Could not average the data on boundary.", - FFD_ERROR); - return flag; - } - else if (para->outp->version==DEBUG) - ffd_log("FFD_solver(): completed surface integration", - FFD_NORMAL); - - flag = add_time_averaged_data(para, var); - if(flag != 0) { - ffd_log("FFD_solver(): " - "Could not add the averaged data.", - FFD_ERROR); - return flag; - } - else if (para->outp->version==DEBUG) - ffd_log("FFD_solver(): completed time average", - FFD_NORMAL); - - } /* End of Condition 3*/ - } /* End of coupled simulation*/ - /*-------------------------------------------------------------------------*/ - /* Process for single simulation*/ - /*-------------------------------------------------------------------------*/ - else { - if(para->outp->version==DEBUG) - ffd_log("FFD_solver(): Single Simulation, prepare for next time step", - FFD_NORMAL); - - /* Start to record data for calculating mean velocity if needed*/ - if(para->mytime->t>t_steady && para->outp->cal_mean==0) { - para->outp->cal_mean = 1; - flag = reset_time_averaged_data(para, var); - if(flag != 0) { - ffd_log("FFD_solver(): Could not reset averaged data.", - FFD_ERROR); - return flag; - } - else - ffd_log("FFD_solver(): Start to calculate mean properties.", - FFD_NORMAL); - } + sprintf(msg, "ffd_solver(): Synchronized data at t=%f[s]\n", para->mytime->t); + ffd_log(msg, FFD_NORMAL); - if(para->outp->cal_mean==1) { - flag = add_time_averaged_data(para, var); - if(flag != 0) { - ffd_log("FFD_solver(): Could not add the averaged data.", - FFD_ERROR); - return 1; - } - } - next = para->mytime->step_current < step_total ? 1 : 0; - } - } /* End of While loop*/ + } + /* Set the next synchronization time*/ + t_cosim += para->cosim->modelica->dt; + /* Reset all the averaged data to 0*/ + flag = reset_time_averaged_data(para, var); + if (flag != 0) { + ffd_log("FFD_solver(): Could not reset averaged data.", + FFD_ERROR); + return flag; + } - return flag; -} /* End of FFD_solver( )*/ - - /* - * Calculate the temperature - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param BINDEX Pointer to boundary index - * - * @return 0 if no error occurred - */ -int temp_step(PARA_DATA *para, REAL **var, int **BINDEX) { - REAL *T = var[TEMP], *T0 = var[TMP1]; - int flag = 0; + continue; + } /* End of Condition 1*/ + /*....................................................................... + | Condition 2: synchronization point is not reached , + | but already miss the synchronization point + | Action: Stop simulation + .......................................................................*/ + else if (para->mytime->t - t_cosim > SMALL) { + sprintf(msg, + "ffd_solver(): Mis-matched synchronization step with " + "t_ffd=%f[s], t_cosim=%f[s], dt_syn=%f[s], dt_ffd=%f[s].", + para->mytime->t, t_cosim, + para->cosim->modelica->dt, para->mytime->dt); + ffd_log(msg, FFD_ERROR); + sprintf(msg, "para->mytime->t - t_cosim=%lf", para->mytime->t - t_cosim); + ffd_log(msg, FFD_ERROR); + return 1; + } /* end of Condition 2*/ + /*....................................................................... + | Condition 3: synchronization point is not reached + | and not miss the synchronization point + | Action: Do FFD internal simulation and add data for future average + .......................................................................*/ + else { + if (para->outp->version == DEBUG) + ffd_log("FFD_solver(): Coupled simulation, prepare next step for FFD", + FFD_NORMAL); - flag = advect(para, var, TEMP, 0, T0, T, BINDEX); - if(flag!=0) { - ffd_log("temp_step(): Could not advect temperature.", FFD_ERROR); - return flag; - } + /* Integrate the data on the boundary surface*/ + flag = surface_integrate(para, var, BINDEX); + if (flag != 0) { + ffd_log("FFD_solver(): " + "Could not average the data on boundary.", + FFD_ERROR); + return flag; + } + else if (para->outp->version == DEBUG) + ffd_log("FFD_solver(): completed surface integration", + FFD_NORMAL); - flag = diffusion(para, var, TEMP, 0, T, T0, BINDEX); - if(flag!=0) { - ffd_log("temp_step(): Could not diffuse temperature.", FFD_ERROR); - return flag; - } + flag = add_time_averaged_data(para, var); + if (flag != 0) { + ffd_log("FFD_solver(): " + "Could not add the averaged data.", + FFD_ERROR); + return flag; + } + else if (para->outp->version == DEBUG) + ffd_log("FFD_solver(): completed time average", + FFD_NORMAL); + + } /* End of Condition 3*/ + } /* End of coupled simulation*/ + + else { + if (para->outp->version == DEBUG) + ffd_log("FFD_solver(): Single Simulation, prepare for next time step", + FFD_NORMAL); + + /* Start to record data for calculating mean velocity if needed */ + if (para->mytime->t > t_steady && para->outp->cal_mean == 0) { + para->outp->cal_mean = 1; + flag = reset_time_averaged_data(para, var); + if (flag != 0) { + ffd_log("FFD_solver(): Could not reset averaged data.", + FFD_ERROR); + return flag; + } + else + ffd_log("FFD_solver(): Start to calculate mean properties.", + FFD_NORMAL); + } + if (para->outp->cal_mean == 1) { + flag = add_time_averaged_data(para, var); + if (flag != 0) { + ffd_log("FFD_solver(): Could not add the averaged data.", + FFD_ERROR); + return 1; + } + } + next = para->mytime->step_current < step_total ? 1 : 0; + } + } /* End of While loop */ return flag; -} /* End of temp_step( )*/ - - /* - * Calculate the contaminant concentration - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param BINDEX Pointer to boundary index - * - * @return 0 if no error occurred - */ -int den_step(PARA_DATA *para, REAL **var, int **BINDEX) { - REAL *den, *den0 = var[TMP1]; - int i, flag = 0; - - /**************************************************************************** - | Solve the species - ****************************************************************************/ - for(i=0; ibc->nb_Xi; i++) { - if(para->outp->version==DEBUG) { - sprintf(msg, "den_step(): start to solve Xi%d", i+1); - ffd_log(msg, FFD_NORMAL); - } - den = var[Xi1+i]; - flag = advect(para, var, Xi1+i, i, den0, den, BINDEX); - if(flag!=0) { - sprintf(msg, "den_step(): Could not advect species %d", i+1); - ffd_log(msg, FFD_ERROR); - return flag; - } +} /* End of FFD_solver( ) */ - flag = diffusion(para, var, Xi1+i, i, den, den0, BINDEX); - if(flag!=0) { - sprintf(msg, "den_step(): Could not diffuse species %d", i+1); - ffd_log(msg, FFD_ERROR); - return flag; - } - } +/**************************************************************************** +| Calculate the temperature +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +****************************************************************************/ +int temp_step(PARA_DATA* para, REAL** var, int** BINDEX) { + REAL* T = var[TEMP], * T0 = var[TMP1]; + int flag = 0; + int size = (para->geom->imax + 2) * (para->geom->jmax + 2) * (para->geom->kmax + 2); + REAL residual = 0.0; - /**************************************************************************** - | Solve the trace substances - ****************************************************************************/ - for(i=0; ibc->nb_C; i++) { - if(para->outp->version==DEBUG) { - sprintf(msg, "den_step(): start to solve C%d", i+1); - ffd_log(msg, FFD_NORMAL); - } - den = var[C1+i]; - flag = advect(para, var, Xi1, i, den0, den, BINDEX); - if(flag!=0) { - sprintf(msg, "den_step(): Could not advect trace substance %d", i+1); - ffd_log(msg, FFD_ERROR); - return flag; - } + flag = advect(para, var, TEMP, 0, T0, T, BINDEX); + if (flag != 0) { + ffd_log("temp_step(): Could not advect temperature.", FFD_ERROR); + return flag; + } - flag = diffusion(para, var, Xi1, i, den, den0, BINDEX); - if(flag!=0) { - sprintf(msg, "den_step(): Could not diffuse trace substance %d", i+1); - ffd_log(msg, FFD_ERROR); - return flag; - } - } + /*if (para->solv->check_conservation) para->prob->Tem_Ave_LastTime = average_volume(para, var, var[TMP1]);*/ - return flag; -} /* End of den_step( )*/ - - /* - * Calculate the velocity - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param BINDEX Pointer to boundary index - * - * @return 0 if no error occurred - */ + /* check residual after iterative solver */ + if (para->solv->advection_solver == UPWIND && para->solv->check_residual == 1) { + residual = check_residual(para, var, T0, var[FLAGP]); + /*printf("residual after advection is: %f\n", residual);*/ + sprintf(msg, "Residual in advection T using implicit scheme: %f", residual); + ffd_log(msg, FFD_NORMAL); + + para->prob->Energy_Imb_Adv = adv_inconservation(para, var, T, T0, BINDEX); + sprintf(msg, "Energy imbalance (W) after using implicit scheme: %f", para->prob->Energy_Imb_Adv); + ffd_log(msg, FFD_NORMAL); + } + + /* if using the standard Semi-Lagrangian method for advection + then apply the restoration of energy conservation + Wei Tian 6/20/2017, @Schneider Electric, Andover, MA */ + if (para->solv->advection_solver == SEMI) { + /*flag = scalar_conservation(para, var, T, T0, BINDEX);*/ + if (flag != 0) { + ffd_log("temp_step(): Could not conserve temperature.", FFD_ERROR); + return flag; + } + } + + flag = diffusion(para, var, TEMP, 0, T, T0, BINDEX); + if (flag != 0) { + ffd_log("temp_step(): Could not diffuse temperature.", FFD_ERROR); + return flag; + } + + /* check residual after iterative solver */ + if (para->solv->check_residual == 1) { + residual = check_residual(para, var, T, var[FLAGP]); + /*printf("residual after diffusion is: %f\n", residual);*/ + /*getchar();*/ + sprintf(msg, "Residual in diffusion T: %f", residual); + ffd_log(msg, FFD_NORMAL); + } + return flag; +} /* End of temp_step( ) */ + +/**************************************************************************** +| Calculate the contaminant concentration +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +****************************************************************************/ +int den_step(PARA_DATA* para, REAL** var, int** BINDEX) { + REAL* den, * den0 = var[TMP1]; + int i, flag = 0; + + /**************************************************************************** + | Solve the species + ****************************************************************************/ + for (i = 0; i < para->bc->nb_Xi; i++) { + if (para->outp->version == DEBUG) { + sprintf(msg, "den_step(): start to solve Xi%d", i + 1); + ffd_log(msg, FFD_NORMAL); + } + den = var[Xi1 + i]; + flag = advect(para, var, Xi1 + i, i, den0, den, BINDEX); + if (flag != 0) { + sprintf(msg, "den_step(): Could not advect species %d", i + 1); + ffd_log(msg, FFD_ERROR); + return flag; + } + + flag = diffusion(para, var, Xi1 + i, i, den, den0, BINDEX); + if (flag != 0) { + sprintf(msg, "den_step(): Could not diffuse species %d", i + 1); + ffd_log(msg, FFD_ERROR); + return flag; + } + } + + /**************************************************************************** + | Solve the trace substances + ****************************************************************************/ + for (i = 0; i < para->bc->nb_C; i++) { + if (para->outp->version == DEBUG) { + sprintf(msg, "den_step(): start to solve C%d", i + 1); + ffd_log(msg, FFD_NORMAL); + } + den = var[C1 + i]; + flag = advect(para, var, Xi1, i, den0, den, BINDEX); + if (flag != 0) { + sprintf(msg, "den_step(): Could not advect trace substance %d", i + 1); + ffd_log(msg, FFD_ERROR); + return flag; + } + + flag = diffusion(para, var, Xi1, i, den, den0, BINDEX); + if (flag != 0) { + sprintf(msg, "den_step(): Could not diffuse trace substance %d", i + 1); + ffd_log(msg, FFD_ERROR); + return flag; + } + } + return flag; +} /* End of den_step( ) */ + +/**************************************************************************** +| Calculate the velocity +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param BINDEX Pointer to boundary index +| +| \return 0 if no error occurred +****************************************************************************/ int vel_step(PARA_DATA *para, REAL **var,int **BINDEX) { REAL *u = var[VX], *v = var[VY], *w = var[VZ]; REAL *u0 = var[TMP1], *v0 = var[TMP2], *w0 = var[TMP3]; + REAL residual = 0.0; int flag = 0; - flag = advect(para, var, VX, 0, u0, u, BINDEX); - if(flag!=0) { - ffd_log("vel_step(): Could not advect for velocity X.", FFD_ERROR); - return flag; - } + /* Model tile */ + if (para->bc->hasTile) { + if (para->solv->tile_flow_correct == PRESSURE_BASE) + flag = assign_tile_velocity(para, var, BINDEX); + else if (para->solv->tile_flow_correct == NS_SOURCE) + flag = tile_source(para, var, BINDEX); + else + flag = 0; - flag = advect(para, var, VY, 0, v0, v, BINDEX); - if(flag!=0) { - ffd_log("vel_step(): Could not advect for velocity Y.", FFD_ERROR); - return flag; - } + if (flag != 0) { + ffd_log("vel_step(): Could not determine the velocity for the tiles in pure tile modeling.", FFD_ERROR); + return flag; + } + } - flag = advect(para, var, VZ, 0, w0, w, BINDEX); - if(flag!=0) { - ffd_log("vel_step(): Could not advect for velocity Z.", FFD_ERROR); - return flag; - } + /* Call rack black model if there is any rack */ + if (para->bc->nb_rack != 0) { + if (rack_model_black_box(para, var, BINDEX) != 0) { + ffd_log("tile_room_coupled: can not execute the black box model", FFD_ERROR); + } + } - flag = diffusion(para, var, VX, 0, u, u0, BINDEX); - if(flag!=0) { - ffd_log("vel_step(): Could not diffuse velocity X.", FFD_ERROR); - return flag; - } + /* Output the flow information */ + flag = advect(para, var, VX, 0, u0, u, BINDEX); + if (flag != 0) { + ffd_log("vel_step(): Could not advect for velocity X.", FFD_ERROR); + return flag; + } - flag = diffusion(para, var, VY, 0, v, v0, BINDEX); - if(flag!=0) { - ffd_log("vel_step(): Could not diffuse velocity Y.", FFD_ERROR); - return flag; - } + /* check residual after iterative solver */ + if (para->solv->advection_solver == UPWIND && para->solv->check_residual == 1) { + residual = check_residual(para, var, u0, var[FLAGU]); + sprintf(msg, "Residual in advection U: %f", residual); + ffd_log(msg, FFD_NORMAL); + } - flag = diffusion(para, var, VZ, 0, w, w0, BINDEX); - if(flag!=0) { - ffd_log("vel_step(): Could not diffuse velocity Z.", FFD_ERROR); - return flag; - } + flag = advect(para, var, VY, 0, v0, v, BINDEX); + if (flag != 0) { + ffd_log("vel_step(): Could not advect for velocity Y.", FFD_ERROR); + return flag; + } - flag = project(para, var,BINDEX); - if(flag!=0) { - ffd_log("vel_step(): Could not project velocity.", FFD_ERROR); - return flag; - } + /* check residual after iterative solver */ + if (para->solv->advection_solver == UPWIND && para->solv->check_residual == 1) { + residual = check_residual(para, var, v0, var[FLAGV]); + sprintf(msg, "Residual in advection V: %f", residual); + ffd_log(msg, FFD_NORMAL); + } + + flag = advect(para, var, VZ, 0, w0, w, BINDEX); + if (flag != 0) { + ffd_log("vel_step(): Could not advect for velocity Z.", FFD_ERROR); + return flag; + } + + /* check residual after iterative solver */ + if (para->solv->advection_solver == UPWIND && para->solv->check_residual == 1) { + residual = check_residual(para, var, w0, var[FLAGW]); + sprintf(msg, "Residual in advection W: %f", residual); + ffd_log(msg, FFD_NORMAL); + } + + flag = diffusion(para, var, VX, 0, u, u0, BINDEX); + if (flag != 0) { + ffd_log("vel_step(): Could not diffuse velocity X.", FFD_ERROR); + return flag; + } + + /* check residual after iterative solver */ + if (para->solv->check_residual == 1) { + residual = check_residual(para, var, u, var[FLAGU]); + sprintf(msg, "Residual in diffusion U: %f", residual); + ffd_log(msg, FFD_NORMAL); + } + + flag = diffusion(para, var, VY, 0, v, v0, BINDEX); + if (flag != 0) { + ffd_log("vel_step(): Could not diffuse velocity Y.", FFD_ERROR); + return flag; + } - if(para->bc->nb_outlet!=0) flag = mass_conservation(para, var,BINDEX); + /* check residual after iterative solver */ + if (para->solv->check_residual == 1) { + residual = check_residual(para, var, v, var[FLAGV]); + sprintf(msg, "Residual in diffusion V: %f", residual); + ffd_log(msg, FFD_NORMAL); + } + + flag = diffusion(para, var, VZ, 0, w, w0, BINDEX); + if (flag != 0) { + ffd_log("vel_step(): Could not diffuse velocity Z.", FFD_ERROR); + return flag; + } + + + /* check residual after iterative solver */ + if (para->solv->check_residual == 1) { + residual = check_residual(para, var, w, var[FLAGW]); + sprintf(msg, "Residual in diffusion W: %f", residual); + ffd_log(msg, FFD_NORMAL); + } + + flag = project(para, var, BINDEX); + if (flag != 0) { + ffd_log("vel_step(): Could not project velocity.", FFD_ERROR); + return flag; + } + + /* forced mass conservation function is NOT on after projection is Pressure-based correction is applied to tiles. */ + if(para->bc->nb_outlet!=0 && para->solv->mass_conservation_on ==1) flag = mass_conservation(para, var,BINDEX); if(flag!=0) { ffd_log("vel_step(): Could not conduct mass conservation correction.", FFD_ERROR); return flag; } - return flag; -} /* End of vel_step( )*/ - - /* - * Solver for equations - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param var_type Variable type - * @param Pointer to variable - * - * @return 0 if not error occurred - */ -int equ_solver(PARA_DATA *para, REAL **var, int var_type, REAL *psi) { - REAL *flagp = var[FLAGP], *flagu = var[FLAGU], - *flagv = var[FLAGV], *flagw = var[FLAGW]; - int flag = 0; +} /* End of vel_step( ) */ - switch(var_type) { - case VX: - Gauss_Seidel(para, var, flagu, psi); - break; - case VY: - Gauss_Seidel(para, var, flagv, psi); - break; - case VZ: - Gauss_Seidel(para, var, flagw, psi); - break; +/**************************************************************************** +| Solver for equations +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param var_type Variable type +| \param Pointer to variable +| +| \return 0 if not error occurred +****************************************************************************/ +int equ_solver(PARA_DATA* para, REAL** var, FFD_TERM which_term, int var_type, REAL* psi) { + REAL* flagp = var[FLAGP], * flagu = var[FLAGU]; + REAL* flagv = var[FLAGV], * flagw = var[FLAGW]; + int flag = 0; + int num_swipe = 0; +/************************************************************************************************* +| By knowing the different terms, either advection, or, diffusion +| now FFD can allow setting different number of iterations for each term, separately +| However, users cannot set different number of iterations for same terms for solving different +| variables. +| Users can set different number of swipes for GS or Jacobi in input file, input.ffd +| Wei Tian, 06/23/17 +*************************************************************************************************/ + if (which_term == ADV) { + /* advection */ + num_swipe = para->solv->swipe_adv; + } + else if (which_term == DIF) { + /* diffusion */ + num_swipe = para->solv->swipe_dif; + } + else + /* by default it is 5 swipes, or 30 iterations */ + num_swipe = 5; + + switch (var_type) { + case VX: + if (para->solv->solver == GS) { + Gauss_Seidel(para, var, psi, flagu, num_swipe); + } + else { + Jacobi(para, var, psi, flagu, num_swipe); + } + break; + + case VY: + if (para->solv->solver == GS) { + Gauss_Seidel(para, var, psi, flagv, num_swipe); + } + else { + Jacobi(para, var, psi, flagv, num_swipe); + } + break; + + case VZ: + if (para->solv->solver == GS) { + Gauss_Seidel(para, var, psi, flagw, num_swipe); + } + else { + Jacobi(para, var, psi, flagw, num_swipe); + } + break; case TEMP: case IP: case Xi1: case Xi2: case C1: case C2: - Gauss_Seidel(para, var, flagp, psi); - break; + if (para->solv->solver == GS) { + Gauss_Seidel(para, var, psi, flagp, num_swipe); + } + else { + Jacobi(para, var, psi, flagp, num_swipe); + } + break; default: sprintf(msg, "equ_solver(): Solver for variable type %d is not defined.", var_type); @@ -436,6 +614,693 @@ int equ_solver(PARA_DATA *para, REAL **var, int var_type, REAL *psi) { flag = 1; break; } - return flag; -}/* end of equ_solver*/ +}/* end of equ_solver */ + + /**************************************************************************** + | Check Imbalance (the unit is W, so there is no need to multiply a time step to inlet and outlet) + | + | Wei Tian, update 6/20/2017, @Schneider Electric, Andover, MA + | \param para Pointer to FFD parameters + | \param var Pointer to FFD simulation variables + | \param BINDEX Pointer to boundary index + | + | \return 0 if no error occurred + ****************************************************************************/ +FILE* FILE_IM; +int CheckImbalance(PARA_DATA* para, REAL** var, int var_type, int** BINDEX) { + /* declare variables */ + int i, j, k; + int imax = para->geom->imax, jmax = para->geom->jmax; + int kmax = para->geom->kmax; + int IMAX = imax + 2, IJMAX = (imax + 2) * (jmax + 2); + REAL* psi = var[TEMP]; + REAL in = 0.0, out = 0.0, wall = 0.0; + REAL V = 0.0; /*volume of fluid*/ + REAL T_ave = 0.0; /*average temperature of fluid*/ + REAL rate_of_change = 0.0; /*energy change rate of fluid*/ + REAL rho_cp = para->prob->rho * para->prob->Cp; + + /* calulate the inflow energy */ + in = inflow(para, var, psi, BINDEX); + in *= rho_cp; + /* caculate the outflow energy */ + out = outflow(para, var, psi, BINDEX); + out *= rho_cp; + /* caculate the heat transfer rate from the wall */ + wall = qwall(para, var, BINDEX); + /* caculate the rate of change of the fluid energy d(MCpT)/dt */ + /*V = fluid_volume(para, var);*/ + /*T_ave = average_volume(para, var, psi);*/ + /*rate_of_change = rho_cp*V*(T_ave - para->prob->Tem_Ave_LastTime) / para->mytime->dt;*/ + + /* sum up of the energy changing rate of each cell */ + + FOR_EACH_CELL + if (var[FLAGP][IX(i, j, k)] >= 0) continue; + V = vol(para, var, i, j, k); + T_ave = var[TEMP][IX(i, j, k)] - var[TMP1][IX(i, j, k)]; + rate_of_change += para->prob->rho * para->prob->Cp * T_ave * V / para->mytime->dt; + END_FOR + + /* output the time-wise imbalance to a .dat file */ + if (para->mytime->step_current == 1) { + /* create a new .dat file */ + if ((FILE_IM = fopen("imbalance.dat", "w+")) == NULL) { + fprintf(stderr, "Error:can not open error file!\n"); + exit(1); + } + fprintf(FILE_IM, "Time\t\tInflow\t\tOutflow\t\tWall\t\tDeficit\t\tEnergyRate\t\tAdvEnergy\t\tImbalance (Ein+Ewall-Eout)/Ewall\n"); + fprintf(FILE_IM, "%f\t%f\t%f\t%f\t%f\t%f\t%f\t%f\n", para->mytime->t, in, out, wall, (in - out + wall), rate_of_change, para->prob->Energy_Imb_Adv, fabs(in - out + wall) / wall); + fclose(FILE_IM); + } + else { + /* open an existing file */ + if ((FILE_IM = fopen("imbalance.dat", "a+")) == NULL) { + fprintf(stderr, "Error:can not open error file!\n"); + exit(1); + } + fprintf(FILE_IM, "%f\t%f\t%f\t%f\t%f\t%f\t%f\t%f\n", para->mytime->t, in, out, wall, (in - out + wall), rate_of_change, para->prob->Energy_Imb_Adv, fabs(in - out + wall) / wall); + fclose(FILE_IM); + } + return 0; +} + +/**************************************************************************** +| Restore the conservation of scalar virables after advection using Semi-Lagrangian +| method +| Literature: https://engineering.purdue.edu/~yanchen/paper/2015-1.pdf +| Wei Tian 6/20/2017 first implementation, @ Schneider Electric, Andover, MA +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param BINDEX Pointer to boundary index +| \Param psi Pointer to scalar variables after advection +| \Param psi0 Pointer to scalar variables before advection +| \return 0 if no error occurred +| +| 6/20/2017 Note: the whole idea is about the energy conservation which states that +| the energy injected into the room should be energy gain in the fluid +| when calculate the energy injection from the inlet and outlet, note that a "dt" must be +| applied as in this function, the unit is J, instead of W. +| +| The whole comments are made under context of energy. Surely, the codes also work for +| other scalar variables, like specie concentration. +| +| the density of the air is assumed to be one. +| +| The equation of 14 and 15 in the paper is incorrect. The denominator should essentially be +| the sum up of the numerator. +****************************************************************************/ +int scalar_conservation(PARA_DATA* para, REAL** var, REAL* psi0, REAL* psi, int** BINDEX) { + /* declare variables */ + int i, j, k; + int imax = para->geom->imax, jmax = para->geom->jmax; + int kmax = para->geom->kmax; + int IMAX = imax + 2, IJMAX = (imax + 2) * (jmax + 2); + REAL* gx = var[GX], * gy = var[GY], * gz = var[GZ]; /* the surface coordinates of the cell */ + REAL surplus = 0.0; /*calculate the global surplus, can be a nagtive*/ + REAL tmp = 0.0; /* variable to store temporal values */ + REAL Cp = para->prob->Cp; /* Cp of the air, 1005 */ + REAL V_cell = 0.0; /* the volume of the cell */ + REAL rho = para->prob->rho; /*density of the air, 1.0*/ + REAL ita = 0.0; /* the coefficient to distribute the global deficit into each cell */ + REAL denominator = 0.0; /* the denominator to calculate the ita */ + REAL* local_max = var[LOCMAX], * local_min = var[LOCMIN]; /* store local maximum or minimum */ + REAL* flagp = var[FLAGP]; /* flag for cells */ + int depX = 0, depY = 0, depZ = 0; /* the departure point dimensions for point (i,j,k) */ + + /* calculate the deficit or suplus of the variable */ + surplus = 0.0; + /*1 Inflow scalar before advection*/ + surplus += inflow(para, var, psi0, BINDEX) * Cp * rho; /* without multiplying a dt, the unit is W */ + /*2 outflow scalar before advection*/ + surplus -= outflow(para, var, psi0, BINDEX) * Cp * rho; /* without multiplying a dt, the unit is W */ + surplus *= para->mytime->dt; /* multiple a time step size and W converts into J. */ + /*3 Embody scalar before advection*/ + /*4 Embody scalar after advection*/ + FOR_EACH_CELL + if (flagp[IX(i, j, k)] >= 0) continue; + V_cell = (gx[IX(i, j, k)] - gx[IX(i - 1, j, k)]) * (gy[IX(i, j, k)] - gy[IX(i, j - 1, k)]) * + (gz[IX(i, j, k)] - gz[IX(i, j, k - 1)]); + surplus += V_cell * rho * Cp * psi0[IX(i, j, k)]; + surplus -= V_cell * rho * Cp * psi[IX(i, j, k)]; + END_FOR + + /* calculate the maximum and minimum of the original and departure value as denominator for ita */ + denominator = SMALL; /* to avoid divide by zero */ + if (surplus > 0) { + FOR_ALL_CELL + if (flagp[IX(i, j, k)] >= 0) continue; + denominator += fabs(psi[IX(i, j, k)] - local_max[IX(i, j, k)]); + END_FOR + } + else { + FOR_ALL_CELL + if (flagp[IX(i, j, k)] >= 0) continue; + denominator += fabs(psi[IX(i, j, k)] - local_min[IX(i, j, k)]); + END_FOR + } + /* restore the scalar filed cell by cell */ + tmp = 0.0; + if (surplus > 0) { + FOR_ALL_CELL + if (flagp[IX(i, j, k)] >= 0) continue; + V_cell = (gx[IX(i, j, k)] - gx[IX(i - 1, j, k)]) * (gy[IX(i, j, k)] - gy[IX(i, j - 1, k)]) * + (gz[IX(i, j, k)] - gz[IX(i, j, k - 1)]); + tmp = fabs(psi[IX(i, j, k)] - local_max[IX(i, j, k)]); + psi[IX(i, j, k)] += surplus * (tmp / denominator/*ita*/) / (rho * Cp * V_cell); + END_FOR + } + else { + FOR_ALL_CELL + if (flagp[IX(i, j, k)] >= 0) continue; + V_cell = (gx[IX(i, j, k)] - gx[IX(i - 1, j, k)]) * (gy[IX(i, j, k)] - gy[IX(i, j - 1, k)]) * + (gz[IX(i, j, k)] - gz[IX(i, j, k - 1)]); + tmp = fabs(psi[IX(i, j, k)] - local_min[IX(i, j, k)]); + psi[IX(i, j, k)] += surplus * (tmp / denominator/*ita*/) / (rho * Cp * V_cell); + END_FOR + } + return 0; +} + +/**************************************************************************** +| Check energy inconservation after advection +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param BINDEX Pointer to boundary index +| \Param psi Pointer to scalar variables after advection +| \Param psi0 Pointer to scalar variables before advection +| \return 0 if no error occurred +| \ Wei Tian +| \ 7/7/2017 +****************************************************************************/ +REAL adv_inconservation(PARA_DATA* para, REAL** var, REAL* psi0, REAL* psi, int** BINDEX) { + /* declare variables */ + int i, j, k; + int imax = para->geom->imax, jmax = para->geom->jmax; + int kmax = para->geom->kmax; + int IMAX = imax + 2, IJMAX = (imax + 2) * (jmax + 2); + REAL* gx = var[GX], * gy = var[GY], * gz = var[GZ]; /* the surface coordinates of the cell */ + REAL surplus = 0.0; /*calculate the global surplus, can be a nagtive*/ + REAL tmp = 0.0; /* variable to store temporal values */ + REAL Cp = para->prob->Cp; /* Cp of the air, 1005 */ + REAL V_cell = 0.0; /* the volume of the cell */ + REAL rho = para->prob->rho; /*density of the air, 1.0*/ + REAL ita = 0.0; /* the coefficient to distribute the global deficit into each cell */ + REAL denominator = 0.0; /* the denominator to calculate the ita */ + REAL* local_max = var[LOCMAX], * local_min = var[LOCMIN]; /* store local maximum or minimum */ + REAL* flagp = var[FLAGP]; /* flag for cells */ + int depX = 0, depY = 0, depZ = 0; /* the departure point dimensions for point (i,j,k) */ + + /* calculate the deficit or suplus of the variable */ + surplus = 0.0; + /*1 Inflow scalar before advection*/ + surplus += inflow(para, var, psi0, BINDEX) * Cp; /* without multiplying a dt, the unit is W */ + /*2 outflow scalar before advection*/ + surplus -= outflow(para, var, psi0, BINDEX) * Cp; /* without multiplying a dt, the unit is W */ + surplus *= para->mytime->dt; /* multiple a time step size and W converts into J. */ + /*3 Embody scalar before advection*/ + /*4 Embody scalar after advection*/ + FOR_EACH_CELL + if (flagp[IX(i, j, k)] >= 0) continue; + V_cell = (gx[IX(i, j, k)] - gx[IX(i - 1, j, k)]) * (gy[IX(i, j, k)] - gy[IX(i, j - 1, k)]) * + (gz[IX(i, j, k)] - gz[IX(i, j, k - 1)]); + surplus += V_cell * rho * Cp * psi0[IX(i, j, k)]; + surplus -= V_cell * rho * Cp * psi[IX(i, j, k)]; + END_FOR + + return (surplus / para->mytime->dt); /* unit: W */ +} + +/**************************************************************************** +| Assign the the velocity for the tiles after determining the pressure correction +| A bisec method is used to solve the non-linear equations. +| For more insights of the solver, refer to http://cims.nyu.edu/~donev/Teaching/NMI-Fall2010/Lecture6.handout.pdf +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param BINDEX Pointer to boundary index +| \return 0 if no error occurred +| \ Wei Tian +| \ 09/05/2017 +****************************************************************************/ +int assign_tile_velocity(PARA_DATA* para, REAL** var, int** BINDEX) { + REAL* u = var[VX], * v = var[VY], * w = var[VZ]; + int i, j, k; + int imax = para->geom->imax, jmax = para->geom->jmax; + int kmax = para->geom->kmax; + int IMAX = imax + 2, IJMAX = (imax + 2) * (jmax + 2); + int it; + int index = para->geom->index; + REAL* flagp = var[FLAGP]; + REAL total_resistance_initil = 0.000000001; + REAL in_flowrate = 0.0, out_flowrate = 0.0; + REAL P_ave = 0.0; + REAL* p = var[IP]; /* pressure */ + REAL p_corr1 = 0, p_corr2 = 0, p_corr3 = 0; /* the correction for the pressure that is applied to the whole fluid field */ + REAL epsilon1 = 1.0, epsilon2 = 1.0, epsilon3 = 1.0; + int NEXT = 1; + REAL corrected_flow = 0.0; + REAL axy = 0.0, ayz = 0.0, azx = 0.0; + REAL rho = para->prob->rho; + int count = 0; + /* if it is the begin of the simulation, then do an estimation */ + if (para->mytime->step_current == 0) { + for (it = 0; it < index; it++) { + i = BINDEX[0][it]; + j = BINDEX[1][it]; + k = BINDEX[2][it]; + if (flagp[IX(i, j, k)] == TILE) { + total_resistance_initil += 1 / pow(var[TILE_RESI_BC][IX(i, j, k)], 0.5); + } + } /*end of for*/ + /* find the volumetric inflow */ + /* since it is before the start of calculation, calling inflow function is not working. */ + in_flowrate = initial_inflows(para, var, BINDEX); + out_flowrate = vol_outflow(para, var, BINDEX); + in_flowrate -= out_flowrate; + /*printf("the inflow rate is %f\n", in_flowrate);*/ + /*getchar();*/ + /*in_flowrate = 0.472;*/ + /* caclulate the P_ave */ + P_ave = pow(in_flowrate, 2) / pow(total_resistance_initil, 2); + /* Calculate the velocity for each tile */ + for (it = 0; it < index; it++) { + i = BINDEX[0][it]; + j = BINDEX[1][it]; + k = BINDEX[2][it]; + axy = area_xy(para, var, i, j, k); + ayz = area_yz(para, var, i, j, k); + azx = area_zx(para, var, i, j, k); + if (flagp[IX(i, j, k)] == TILE) { + if (i == imax + 1) { + var[TILE_FLOW_BC][IX(i, j, k)] = pow(P_ave / var[TILE_RESI_BC][IX(i, j, k)], 0.5) / ayz; + } + if (i == 0) { + var[TILE_FLOW_BC][IX(i, j, k)] = -1 * pow(P_ave / var[TILE_RESI_BC][IX(i, j, k)], 0.5) / ayz; + } + if (j == jmax + 1) { + var[TILE_FLOW_BC][IX(i, j, k)] = pow(P_ave / var[TILE_RESI_BC][IX(i, j, k)], 0.5) / azx; + } + if (j == 0) { + var[TILE_FLOW_BC][IX(i, j, k)] = -1 * pow(P_ave / var[TILE_RESI_BC][IX(i, j, k)], 0.5) / azx; + } + if (k == kmax + 1) { + var[TILE_FLOW_BC][IX(i, j, k)] = pow(P_ave / var[TILE_RESI_BC][IX(i, j, k)], 0.5) / axy; + } + if (k == 0) { + var[TILE_FLOW_BC][IX(i, j, k)] = -1 * pow(P_ave / var[TILE_RESI_BC][IX(i, j, k)], 0.5) / axy; + } + /*printf("revised speed is--->>> %f\n", var[TILE_FLOW_BC][IX(i, j, k)]);*/ + } + } /*end of for*/ + } + /* otherwise, correct the pressure to meet the mass flow rate */ + else { + /* initial values for p_corr with two rough assumptions */ + p_corr1 = 0; + epsilon1 = pressure_correction(para, var, BINDEX, p_corr1); + /*printf("***********************************\n");*/ + /*printf("epsilon1 is %f\n", epsilon1);*/ + /*getchar();*/ + /*current pressure is too large to provide surplus outflows*/ + if (epsilon1 > 1e-6) + p_corr2 = -1000; + /*current pressure is too small to provide enough outflows*/ + else if (epsilon1 < -1 * 1e-6) + p_corr2 = +1000; + /*current pressure is good and correction is not needed*/ + else { + p_corr2 = 0; + p_corr3 = 0; + NEXT = 0; + } + if (NEXT) { + /* evaluate the guessed corrected pressure good enough or not */ + epsilon2 = pressure_correction(para, var, BINDEX, p_corr2); + /*printf("epsilon1 and epsilon2 is %f %f\n", epsilon1, epsilon2);*/ + /*getchar();*/ + + if (epsilon2 * epsilon1 < 0.0) + p_corr3 = 0.5 * (p_corr1 + p_corr2); + else { + sprintf(msg, "assign_tile_velocity(): epsilon 2, epsilon1, p_corr2 are %f %f %f", epsilon2, epsilon1, p_corr2); + ffd_log(msg, FFD_NORMAL); + ffd_log("assign_tile_velocity(): the inital value is not right", FFD_ERROR); + return 1; + } + } + /* find p_corr */ + while (NEXT) { + epsilon3 = pressure_correction(para, var, BINDEX, p_corr3); + if (fabs(epsilon3) < 1e-5) { + NEXT = 0; + /*printf("epsilon3 and p_corr is %f %f\n", epsilon3, p_corr3);*/ + } + + /* stop bisecting if 100 times are performed */ + if (count >= 100) NEXT = 0; + + if (epsilon3 * epsilon1 < 0.0) { + p_corr2 = p_corr3; + epsilon2 = epsilon3; + p_corr3 = 0.5 * (p_corr1 + p_corr3); + } + else { + p_corr1 = p_corr3; + epsilon1 = epsilon3; + p_corr3 = 0.5 * (p_corr2 + p_corr3); + } + count += 1; + } + /*printf("***********************************\n");*/ + /*printf("epsilon3 is %f\n",epsilon3);*/ + /*getchar();*/ + /* correct all the pressures */ + FOR_ALL_CELL + p[IX(i, j, k)] += p_corr3; + END_FOR + + /* update the flow rates at the tiles */ + for (it = 0; it < index; it++) { + i = BINDEX[0][it]; + j = BINDEX[1][it]; + k = BINDEX[2][it]; + if (flagp[IX(i, j, k)] == TILE) { + if (i == imax + 1 || j == imax + 1 || k == kmax + 1) { + if (p[IX(i, j, k)] > 0) + var[TILE_FLOW_BC][IX(i, j, k)] = pow((p[IX(i, j, k)]) / (var[TILE_RESI_BC][IX(i, j, k)] * rho), 0.5); + else + var[TILE_FLOW_BC][IX(i, j, k)] = -1 * pow(fabs((p[IX(i, j, k)]) / (var[TILE_RESI_BC][IX(i, j, k)] * rho)), 0.5); + } + else { + if (p[IX(i, j, k)] > 0) + var[TILE_FLOW_BC][IX(i, j, k)] = -1 * pow((p[IX(i, j, k)]) / (var[TILE_RESI_BC][IX(i, j, k)] * rho), 0.5); + else + var[TILE_FLOW_BC][IX(i, j, k)] = pow(fabs((p[IX(i, j, k)]) / (var[TILE_RESI_BC][IX(i, j, k)] * rho)), 0.5); + } + /*printf("***********************************\n");*/ + /*printf("revised speed is %f, P is %f\n", var[TILE_RESI_BC][IX(i, j, k)], p[IX(i, j, k)]);*/ + } + } /*end of for*/ + /*getchar();*/ + }/* end of if (para->mytime->step_current == 0) */ + /* Output the tile flow rates information */ + /*if (check_tile_flowrate(para, var, BINDEX) != 0) { + ffd_log("assign_tile_velocity: can not output the flow rates at tiles", FFD_ERROR); + }*/ + return 0; +} + +/**************************************************************************** +| Calculate the flow rates through the tiles using corrected pressure +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param BINDEX Pointer to boundary index +| \p_corr corrected pressure +| \return 0 if no error occurred +| \ Wei Tian +| \ 09/05/2017 +****************************************************************************/ +REAL pressure_correction(PARA_DATA* para, REAL** var, int** BINDEX, REAL p_corr) { + int i, j, k; + int imax = para->geom->imax, jmax = para->geom->jmax; + int kmax = para->geom->kmax; + int IMAX = imax + 2, IJMAX = (imax + 2) * (jmax + 2); + int it; + int index = para->geom->index; + REAL* flagp = var[FLAGP]; + REAL* p = var[IP]; /* pressure */ + REAL epsilon = 1e6, corrected_flow = 0.0, in_flowrate = 0.0, out_flowrate = 0.0; + REAL axy, ayz, azx; + REAL rho = para->prob->rho; + + in_flowrate = vol_inflow(para, var, BINDEX); + out_flowrate = vol_outflow(para, var, BINDEX); + in_flowrate -= out_flowrate; + /*printf("the inflow is %f\n", in_flowrate);*/ + for (it = 0; it < index; it++) { + i = BINDEX[0][it]; + j = BINDEX[1][it]; + k = BINDEX[2][it]; + axy = area_xy(para, var, i, j, k); + ayz = area_yz(para, var, i, j, k); + azx = area_zx(para, var, i, j, k); + if (flagp[IX(i, j, k)] == TILE) { + /*printf("the coefficient is %f\n", var[TILE_RESI_BC][IX(i, j, k)]);*/ + if (i == imax + 1 || i == 0) { + if ((p[IX(i, j, k)] + p_corr) > 0) + corrected_flow += pow((p[IX(i, j, k)] + p_corr) / (var[TILE_RESI_BC][IX(i, j, k)] * rho), 0.5) * ayz; + else + corrected_flow -= pow(fabs((p[IX(i, j, k)] + p_corr) / (var[TILE_RESI_BC][IX(i, j, k)] * rho)), 0.5) * ayz; + } + if (j == jmax + 1 || j == 0) { + if ((p[IX(i, j, k)] + p_corr) > 0) + corrected_flow += pow((p[IX(i, j, k)] + p_corr) / (var[TILE_RESI_BC][IX(i, j, k)] * rho), 0.5) * azx; + else + corrected_flow -= pow(fabs((p[IX(i, j, k)] + p_corr) / (var[TILE_RESI_BC][IX(i, j, k)] * rho)), 0.5) * azx; + } + if (k == kmax + 1 || k == 0) { + if ((p[IX(i, j, k)] + p_corr) > 0) + corrected_flow += pow((p[IX(i, j, k)] + p_corr) / (var[TILE_RESI_BC][IX(i, j, k)] * rho), 0.5) * axy; + else + corrected_flow -= pow(fabs((p[IX(i, j, k)] + p_corr) / (var[TILE_RESI_BC][IX(i, j, k)] * rho)), 0.5) * axy; + } + } + } /*end of for*/ + epsilon = corrected_flow - in_flowrate; + /*printf("difference is %f, p corr is %f\n", epsilon, p_corr);*/ + /*getchar();*/ + return epsilon; +} + +/**************************************************************************** +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param BINDEX Pointer to boundary index +| \return 0 if no error occurred +| +| \ Wei Tian, 10-19-2017, Wei.Tian@Schneider-Electric.com +****************************************************************************/ +int tile_source(PARA_DATA* para, REAL** var, int** BINDEX) { + int i, j, k, tile_index; + int imax = para->geom->imax, jmax = para->geom->jmax; + int kmax = para->geom->kmax; + int IMAX = imax + 2, IJMAX = (imax + 2) * (jmax + 2); + int it; + int index = para->geom->index; + REAL* flagp = var[FLAGP]; + REAL* u = var[VX], * v = var[VY], * w = var[VZ]; + REAL axy, ayz, azx; + int put_X = para->geom->tile_putX, put_Y = para->geom->tile_putY, put_Z = para->geom->tile_putZ; + int split_limitX = 1, split_limitY = 1, split_limitZ = 1; + REAL frac = 0.0; /* percentage to explicit for source term */ + + /*Calculate the velocity in cells above*/ + for (it = 0; it < index; it++) { + i = BINDEX[0][it]; + j = BINDEX[1][it]; + k = BINDEX[2][it]; + + axy = area_xy(para, var, i, j, k); + ayz = area_yz(para, var, i, j, k); + azx = area_zx(para, var, i, j, k); + + if (flagp[IX(i, j, k)] == TILE) { + if (put_X) { + if (u[IX(i, j, k)] > 0) { + for (tile_index = 0; tile_index < split_limitX; tile_index++) { + var[APXS][IX(i - tile_index - 2, j, k)] = 2 * ayz * var[TILE_RESI_BC][IX(i, j, k)] * pow(u[IX(i, j, k)], 1) * 1.0 / (REAL)split_limitX; + var[VXS][IX(i - tile_index - 2, j, k)] = 1 * ayz * var[TILE_RESI_BC][IX(i, j, k)] * pow(u[IX(i, j, k)], 2) * 1.0 / (REAL)split_limitX; + } + } + else { + for (tile_index = 0; tile_index < split_limitX; tile_index++) { + var[APXS][IX(i - tile_index - 2, j, k)] = -2 * ayz * var[TILE_RESI_BC][IX(i, j, k)] * pow(u[IX(i, j, k)], 1) * 1.0 / (REAL)split_limitX; + var[VXS][IX(i - tile_index - 2, j, k)] = -ayz * var[TILE_RESI_BC][IX(i, j, k)] * pow(u[IX(i, j, k)], 2) * 1.0 / (REAL)split_limitX; + } + } + } + else if (put_Y) { + if (v[IX(i, j, k)] > 0) { + for (tile_index = 0; tile_index < split_limitY; tile_index++) { + var[APYS][IX(i, j - tile_index - 2, k)] = 2 * azx * var[TILE_RESI_BC][IX(i, j, k)] * pow(v[IX(i, j, k)], 1) * 1.0 / (REAL)split_limitY; + var[VYS][IX(i, j - tile_index - 2, k)] = 1 * azx * var[TILE_RESI_BC][IX(i, j, k)] * pow(v[IX(i, j, k)], 2) * 1.0 / (REAL)split_limitY; + } + } + else { + for (tile_index = 0; tile_index < split_limitY; tile_index++) { + var[APYS][IX(i, j - tile_index - 2, k)] = -2 * azx * var[TILE_RESI_BC][IX(i, j, k)] * pow(v[IX(i, j, k)], 1) * 1.0 / (REAL)split_limitY; + var[VYS][IX(i, j - tile_index - 2, k)] = -azx * var[TILE_RESI_BC][IX(i, j, k)] * pow(v[IX(i, j, k)], 2) * 1.0 / (REAL)split_limitY; + } + } + } + else { + if (w[IX(i, j, k - 1)] > 0) { + for (tile_index = 0; tile_index < split_limitZ; tile_index++) { + /*Linearization using Taylor Expansion*/ + /*var[APZS][IX(i, j, k-tile_index-2)] = 2*axy*var[TILE_RESI_BC][IX(i, j, k)] *pow(w[IX(i, j, k-1)], 1)*1.0/(REAL)split_limitZ;*/ + /*var[VZS][IX(i, j, k-tile_index-2)] = 1*axy*var[TILE_RESI_BC][IX(i, j, k)] *pow(w[IX(i, j, k-1)], 2)*1.0/(REAL)split_limitZ;*/ + /*Easy Linearization*/ + /*var[APZS][IX(i, j, k-tile_index-2)] = axy*var[TILE_RESI_BC][IX(i, j, k)] *pow(w[IX(i, j, k-1)], 1)*1.0/(REAL)split_limitZ;*/ + /*var[VZS][IX(i, j, k-tile_index-2)] = 0;*/ + /*Lazy Method*/ + /*var[VZS][IX(i, j, k-tile_index-2)] = -1*axy*var[TILE_RESI_BC][IX(i, j, k)] *pow(w[IX(i, j, k-1)], 2)*1.0/(REAL)split_limitZ;*/ + /*var[APZS][IX(i, j, k-tile_index-2)] = 0;*/ + /*Semi-Implicit*/ + var[APZS][IX(i, j, k - tile_index - 2)] = 2 * (1 - frac) * axy * var[TILE_RESI_BC][IX(i, j, k)] * pow(w[IX(i, j, k - 1)], 1) * 1.0 / (REAL)split_limitZ; + var[VZS][IX(i, j, k - tile_index - 2)] = -1 * (2 * frac - 1) * axy * var[TILE_RESI_BC][IX(i, j, k)] * pow(w[IX(i, j, k - 1)], 2) * 1.0 / (REAL)split_limitZ; + } + } + else { + for (tile_index = 0; tile_index < split_limitZ; tile_index++) { + /*Linearization using Taylor Expansion*/ + /*var[APZS][IX(i, j, k-tile_index-2)] = -2*axy*var[TILE_RESI_BC][IX(i, j, k)] *pow(w[IX(i, j, k-1)], 1)*1.0/(REAL)split_limitZ;*/ + /*var[VZS][IX(i, j, k-tile_index-2)] = -axy*var[TILE_RESI_BC][IX(i, j, k)] *pow(w[IX(i, j, k-1)], 2)*1.0/(REAL)split_limitZ;*/ + /*Easy Linearization*/ + /*var[APZS][IX(i, j, k-tile_index-2)] = -1*axy*var[TILE_RESI_BC][IX(i, j, k)] *pow(w[IX(i, j, k-1)], 1)*1.0/(REAL)split_limitZ;*/ + /*var[VZS][IX(i, j, k-tile_index-2)] = 0;*/ + /*Lazy Method*/ + /*var[VZS][IX(i, j, k-tile_index-2)] = axy*var[TILE_RESI_BC][IX(i, j, k)] *pow(w[IX(i, j, k-1)], 2)*1.0/(REAL)split_limitZ;*/ + /*var[APZS][IX(i, j, k-tile_index-2)] = 0;*/ + /*Semi-Implicit*/ + var[APZS][IX(i, j, k - tile_index - 2)] = -2 * (1 - frac) * axy * var[TILE_RESI_BC][IX(i, j, k)] * pow(w[IX(i, j, k - 1)], 1) * 1.0 / (REAL)split_limitZ; + var[VZS][IX(i, j, k - tile_index - 2)] = (2 * frac - 1) * axy * var[TILE_RESI_BC][IX(i, j, k)] * pow(w[IX(i, j, k - 1)], 2) * 1.0 / (REAL)split_limitZ; + } + } + } + }/* end of if (flagp[IX(i, j, k)] == TILE) */ + }/* end of for (it = 0; it < index; it++) */ + + /* Output the tile flow rates information */ + if (check_tile_flowrate(para, var, BINDEX) != 0) { + ffd_log("tile_room_split: can not output the flow rates at tiles", FFD_ERROR); + } + return 0; +} + +/**************************************************************************** +| The black box model of rack, which treat the rack as a box with inlet outlet and heat dissipation +| The temperature stratification of inlet temperature is kept in the outlet temperature +| The velocity at inlet and outlet is the same +| The inlet of rack is treated as outlet for the DC room while the outlet of rack is treated as inlet for DC room +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param BINDEX Pointer to boundary index +| \return 0 if no error occurred +| \ Version 1.0 +| \ Wei Tian, 1-20-2018, Wei.Tian@Schneider-Electric.com +****************************************************************************/ +int rack_model_black_box(PARA_DATA* para, REAL** var, int** BINDEX) { + int i, j, k, it, id, obj_type; + int iin, jin, kin; + REAL* flagp = var[FLAGP]; + int index = para->geom->index, imax = para->geom->imax, + jmax = para->geom->jmax, kmax = para->geom->kmax; + int IMAX = imax + 2, IJMAX = (imax + 2) * (jmax + 2); + REAL axy, ayz, azx; + REAL mDot_Cp, Q_dot; + + /* Loop all the boundary cells */ + for (it = 0; it < index; it++) { + i = BINDEX[0][it]; + j = BINDEX[1][it]; + k = BINDEX[2][it]; + id = BINDEX[4][it]; + obj_type = BINDEX[5][it]; + + /* calculate the area */ + axy = area_xy(para, var, i, j, k); + ayz = area_yz(para, var, i, j, k); + azx = area_zx(para, var, i, j, k); + + /* If it is rack cell and it is a rack inlet boundary */ + if (obj_type == RACK) { + /* Assign velocity to the inlet of rack */ + if (flagp[IX(i, j, k)] == RACK_INLET) { + if (para->bc->RackDir[id] == 1 || para->bc->RackDir[id] == -1) { + var[VXBC][IX(i, j, k)] = para->bc->RackFlowRate[id] / para->bc->RackArea[id] * sign(para->bc->RackDir[id])/*direction*/; + var[VYBC][IX(i, j, k)] = 0.0; + var[VZBC][IX(i, j, k)] = 0.0; + /* Assign the adjacent fluid cell temperature to the inlet of rack */ + var[TEMPBC][IX(i, j, k)] = var[TEMP][IX(i - sign(para->bc->RackDir[id]), j, k)]; + //printf("rack_model_black_box(): temperature at inlet of rack [%d, %d, %d]: %f\n", i, j, k, var[TEMPBC][IX(i, j, k)]); + //printf("rack_model_black_box(): velocity at inlet of rack [%d, %d, %d]: %f\n", i, j, k, var[VXBC][IX(i, j, k)]); + } + else if (para->bc->RackDir[id] == 2 || para->bc->RackDir[id] == -2) { + var[VYBC][IX(i, j, k)] = para->bc->RackFlowRate[id] / para->bc->RackArea[id] * sign(para->bc->RackDir[id])/*direction*/; + var[VXBC][IX(i, j, k)] = 0.0; + var[VZBC][IX(i, j, k)] = 0.0; + /* Assign the adjacent fluid cell temperature to the inlet of rack */ + var[TEMPBC][IX(i, j, k)] = var[TEMP][IX(i, j - sign(para->bc->RackDir[id]), k)]; + } + else if (para->bc->RackDir[id] == 3 || para->bc->RackDir[id] == -3) { + var[VZBC][IX(i, j, k)] = para->bc->RackFlowRate[id] / para->bc->RackArea[id] * sign(para->bc->RackDir[id])/*direction*/; + var[VXBC][IX(i, j, k)] = 0.0; + var[VYBC][IX(i, j, k)] = 0.0; + /* Assign the adjacent fluid cell temperature to the inlet of rack */ + var[TEMPBC][IX(i, j, k)] = var[TEMP][IX(i, j, k - sign(para->bc->RackDir[id]))]; + } + else { + ffd_log("rack_model_black_box(): fail to detect the flow direction of the rack", FFD_ERROR); + return 1; + } + + } + /* Assign velocity and temperature to outlet of rack */ + else if (flagp[IX(i, j, k)] == RACK_OUTLET) { + if (para->bc->RackDir[id] == 1 || para->bc->RackDir[id] == -1) { + var[VXBC][IX(i, j, k)] = para->bc->RackFlowRate[id] / para->bc->RackArea[id] * sign(para->bc->RackDir[id])/*direction*/; + var[VYBC][IX(i, j, k)] = 0.0; + var[VZBC][IX(i, j, k)] = 0.0; + /* Calculate the temperature at the outlet of rack */ + if (k == 0) {/* This is to eliminate the divide by zero scenario */ + ayz = area_yz(para, var, i, j, k + 1); + } + iin = i - sign(para->bc->RackDir[id]) * para->bc->RackMap[id][0]; + jin = j - sign(para->bc->RackDir[id]) * para->bc->RackMap[id][1]; + kin = k - sign(para->bc->RackDir[id]) * para->bc->RackMap[id][2]; + Q_dot = para->bc->HeatDiss[id] * ayz / para->bc->RackArea[id]; /* heat dissipation by area */ + mDot_Cp = para->prob->rho * var[VXBC][IX(i, j, k)] * ayz * para->prob->Cp; /* mass flow rate multiply Cp */ + var[TEMPBC][IX(i, j, k)] = var[TEMPBC][IX(iin, jin, kin)] + sign(para->bc->RackDir[id]) * Q_dot / mDot_Cp; + //printf("rack_model_black_box(): temperature at outlet of rack [%d, %d, %d]: %f\n",i,j,k,var[TEMPBC][IX(i,j,k)]); + //printf("rack_model_black_box(): velocity at outlet of rack [%d, %d, %d]: %f\n",i,j,k,var[VXBC][IX(i,j,k)],); + } + else if (para->bc->RackDir[id] == 2 || para->bc->RackDir[id] == -2) { + var[VYBC][IX(i, j, k)] = para->bc->RackFlowRate[id] / para->bc->RackArea[id] * sign(para->bc->RackDir[id])/*direction*/; + var[VXBC][IX(i, j, k)] = 0.0; + var[VZBC][IX(i, j, k)] = 0.0; + /* Calculate the temperature at the outlet of rack */ + iin = i - sign(para->bc->RackDir[id]) * para->bc->RackMap[id][0]; + jin = j - sign(para->bc->RackDir[id]) * para->bc->RackMap[id][1]; + kin = k - sign(para->bc->RackDir[id]) * para->bc->RackMap[id][2]; + Q_dot = para->bc->HeatDiss[id] * azx / para->bc->RackArea[id]; /* heat dissipation by area */ + mDot_Cp = para->prob->rho * var[VYBC][IX(i, j, k)] * azx * para->prob->Cp; /* mass flow rate multiply Cp */ + var[TEMPBC][IX(i, j, k)] = var[TEMPBC][IX(iin, jin, kin)] + Q_dot / mDot_Cp; + } + else if (para->bc->RackDir[id] == 3 || para->bc->RackDir[id] == -3) { + var[VZBC][IX(i, j, k)] = para->bc->RackFlowRate[id] / para->bc->RackArea[id] * sign(para->bc->RackDir[id])/*direction*/; + var[VXBC][IX(i, j, k)] = 0.0; + var[VYBC][IX(i, j, k)] = 0.0; + /* Calculate the temperature at the outlet of rack */ + iin = i - sign(para->bc->RackDir[id]) * para->bc->RackMap[id][0]; + jin = j - sign(para->bc->RackDir[id]) * para->bc->RackMap[id][1]; + kin = k - sign(para->bc->RackDir[id]) * para->bc->RackMap[id][2]; + Q_dot = para->bc->HeatDiss[id] * axy / para->bc->RackArea[id]; /* heat dissipation by area */ + mDot_Cp = para->prob->rho * var[VZBC][IX(i, j, k)] * axy * para->prob->Cp; /* mass flow rate multiply Cp */ + var[TEMPBC][IX(i, j, k)] = var[TEMPBC][IX(iin, jin, kin)] + Q_dot / mDot_Cp; + } + else { + ffd_log("rack_model_black_box(): fail to detect the flow direction of the rack", FFD_ERROR); + return 1; + } + } /*end of else if (flagp[IX(i,j,k)]==RACK_OUTLET)*/ + /* Pass internal rack cells */ + else { + continue; + } /*end of else*/ + } /*end of if (obj_type == RACK)*/ + } /*end of for(it=0; itgeom->imax, jmax= para->geom->jmax; + int imax = para->geom->imax, jmax = para->geom->jmax; int kmax = para->geom->kmax; - int IMAX = imax+2, IJMAX = (imax+2)*(jmax+2); + int IMAX = imax + 2, IJMAX = (imax + 2)*(jmax + 2); int i, j, k, it; - REAL tmp1, tmp2, residual; - REAL *flagp = var[FLAGP]; + REAL SOR = 1.0; /**************************************************************************** | Solve the space using G-S sovler for 5 * 6 = 30 times ****************************************************************************/ - for(it=0; it<5; it++) { + for (it = 0; itimax), Y(1->jmax), Z(1->kmax) + | Solve in X in forward direction -------------------------------------------------------------------------*/ - for(i=1; i<=imax; i++) - for(j=1; j<=jmax; j++) - for(k=1; k<=kmax; k++) { - if (flagp[IX(i,j,k)]>=0) continue; - /*if (i==imax && j==jmax && k==kmax) continue;*/ - - x[IX(i,j,k)] = ( ae[IX(i,j,k)]*x[IX(i+1,j,k)] - + aw[IX(i,j,k)]*x[IX(i-1,j,k)] - + an[IX(i,j,k)]*x[IX(i,j+1,k)] - + as[IX(i,j,k)]*x[IX(i,j-1,k)] - + af[IX(i,j,k)]*x[IX(i,j,k+1)] - + ab[IX(i,j,k)]*x[IX(i,j,k-1)] - + b[IX(i,j,k)] ) / ap[IX(i,j,k)]; - } - + for (i = 1; i <= imax; i++) + for (j = 1; j <= jmax; j++) + for (k = 1; k <= kmax; k++) { + if (flag[IX(i, j, k)] >= 0 ) continue; + + x[IX(i, j, k)] = (1-SOR)* x[IX(i, j, k)]+ SOR*((ae[IX(i, j, k)] * x[IX(i + 1, j, k)] + + aw[IX(i, j, k)] * x[IX(i - 1, j, k)] + + an[IX(i, j, k)] * x[IX(i, j + 1, k)] + + as[IX(i, j, k)] * x[IX(i, j - 1, k)] + + af[IX(i, j, k)] * x[IX(i, j, k + 1)] + + ab[IX(i, j, k)] * x[IX(i, j, k - 1)] + + b[IX(i, j, k)]) / ap[IX(i, j, k)]); + } + /*------------------------------------------------------------------------- + | Solve in X in backward direction + -------------------------------------------------------------------------*/ + for (i = imax; i >= 1; i--) + for (j = 1; j <= jmax; j++) + for (k = 1; k <= kmax; k++) { + if (flag[IX(i, j, k)] >= 0 ) continue; + + x[IX(i, j, k)] = (1 - SOR)* x[IX(i, j, k)] + SOR*((ae[IX(i, j, k)] * x[IX(i + 1, j, k)] + + aw[IX(i, j, k)] * x[IX(i - 1, j, k)] + + an[IX(i, j, k)] * x[IX(i, j + 1, k)] + + as[IX(i, j, k)] * x[IX(i, j - 1, k)] + + af[IX(i, j, k)] * x[IX(i, j, k + 1)] + + ab[IX(i, j, k)] * x[IX(i, j, k - 1)] + + b[IX(i, j, k)]) / ap[IX(i, j, k)]); + } /*------------------------------------------------------------------------- - | Solve in Y(1->kmax), X(1->imax), Z(1->kmax) + | Solve in Y in forward direction -------------------------------------------------------------------------*/ - for(j=1; j<=jmax; j++) - for(i=1; i<=imax; i++) - for(k=1; k<=kmax; k++) { - if (flagp[IX(i,j,k)]>=0) continue; - /*if (i==imax && j==jmax && k==kmax) continue;*/ - - x[IX(i,j,k)] = ( ae[IX(i,j,k)]*x[IX(i+1,j,k)] - + aw[IX(i,j,k)]*x[IX(i-1,j,k)] - + an[IX(i,j,k)]*x[IX(i,j+1,k)] - + as[IX(i,j,k)]*x[IX(i,j-1,k)] - + af[IX(i,j,k)]*x[IX(i,j,k+1)] - + ab[IX(i,j,k)]*x[IX(i,j,k-1)] - + b[IX(i,j,k)] ) / ap[IX(i,j,k)]; - } + for (j = 1; j <= jmax; j++) + for (i = 1; i <= imax; i++) + for (k = 1; k <= kmax; k++) { + if (flag[IX(i, j, k)] >= 0 ) continue; + + x[IX(i, j, k)] = (1 - SOR)* x[IX(i, j, k)] + SOR*((ae[IX(i, j, k)] * x[IX(i + 1, j, k)] + + aw[IX(i, j, k)] * x[IX(i - 1, j, k)] + + an[IX(i, j, k)] * x[IX(i, j + 1, k)] + + as[IX(i, j, k)] * x[IX(i, j - 1, k)] + + af[IX(i, j, k)] * x[IX(i, j, k + 1)] + + ab[IX(i, j, k)] * x[IX(i, j, k - 1)] + + b[IX(i, j, k)]) / ap[IX(i, j, k)]); + } + /*------------------------------------------------------------------------- + | Solve in Y in backward direction + -------------------------------------------------------------------------*/ + for (j = jmax; j >= 1; j--) + for (i = 1; i <= imax; i++) + for (k = 1; k <= kmax; k++) { + if (flag[IX(i, j, k)] >= 0 ) continue; + + x[IX(i, j, k)] = (1 - SOR)* x[IX(i, j, k)] + SOR*((ae[IX(i, j, k)] * x[IX(i + 1, j, k)] + + aw[IX(i, j, k)] * x[IX(i - 1, j, k)] + + an[IX(i, j, k)] * x[IX(i, j + 1, k)] + + as[IX(i, j, k)] * x[IX(i, j - 1, k)] + + af[IX(i, j, k)] * x[IX(i, j, k + 1)] + + ab[IX(i, j, k)] * x[IX(i, j, k - 1)] + + b[IX(i, j, k)]) / ap[IX(i, j, k)]); + } /*------------------------------------------------------------------------- - | Solve in X(imax->), Y(jmax->1), Z(1->kmax) + | Solve in Z in forward direction -------------------------------------------------------------------------*/ - for(i=imax; i>=1; i--) - for(j=jmax; j>=1; j--) - for(k=1; k<=kmax; k++) { - if (flagp[IX(i,j,k)]>=0) continue; - /*if (i==imax && j==jmax && k==kmax) continue;*/ - - x[IX(i,j,k)] = ( ae[IX(i,j,k)]*x[IX(i+1,j,k)] - + aw[IX(i,j,k)]*x[IX(i-1,j,k)] - + an[IX(i,j,k)]*x[IX(i,j+1,k)] - + as[IX(i,j,k)]*x[IX(i,j-1,k)] - + af[IX(i,j,k)]*x[IX(i,j,k+1)] - + ab[IX(i,j,k)]*x[IX(i,j,k-1)] - + b[IX(i,j,k)] ) / ap[IX(i,j,k)]; - } + for (k = 1; k <= kmax; k++) + for (i = 1; i <= imax; i++) + for (j = 1; j <= jmax; j++) { + if (flag[IX(i, j, k)] >= 0 ) continue; + + x[IX(i, j, k)] = (1 - SOR)* x[IX(i, j, k)] + SOR*((ae[IX(i, j, k)] * x[IX(i + 1, j, k)] + + aw[IX(i, j, k)] * x[IX(i - 1, j, k)] + + an[IX(i, j, k)] * x[IX(i, j + 1, k)] + + as[IX(i, j, k)] * x[IX(i, j - 1, k)] + + af[IX(i, j, k)] * x[IX(i, j, k + 1)] + + ab[IX(i, j, k)] * x[IX(i, j, k - 1)] + + b[IX(i, j, k)]) / ap[IX(i, j, k)]); + } /*------------------------------------------------------------------------- - | Solve in Y(jmax->1), X(imax->1), Z(1->kmax) + | Solve in Z in backward direction -------------------------------------------------------------------------*/ - for(j=jmax; j>=1; j--) - for(i=imax; i>=1; i--) - for(k=1; k<=kmax; k++) { - if (flagp[IX(i,j,k)]>=0) continue; - /*if (i==imax && j==jmax && k==kmax) continue;*/ - - x[IX(i,j,k)] = ( ae[IX(i,j,k)]*x[IX(i+1,j,k)] - + aw[IX(i,j,k)]*x[IX(i-1,j,k)] - + an[IX(i,j,k)]*x[IX(i,j+1,k)] - + as[IX(i,j,k)]*x[IX(i,j-1,k)] - + af[IX(i,j,k)]*x[IX(i,j,k+1)] - + ab[IX(i,j,k)]*x[IX(i,j,k-1)] - + b[IX(i,j,k)] ) / ap[IX(i,j,k)]; - } + for (k = kmax; k >= 1; k--) + for (i = 1; i <= imax; i++) + for (j = 1; j <= jmax; j++) { + if (flag[IX(i, j, k)] >= 0 ) continue; + + x[IX(i, j, k)] = (1 - SOR)* x[IX(i, j, k)] + SOR*((ae[IX(i, j, k)] * x[IX(i + 1, j, k)] + + aw[IX(i, j, k)] * x[IX(i - 1, j, k)] + + an[IX(i, j, k)] * x[IX(i, j + 1, k)] + + as[IX(i, j, k)] * x[IX(i, j - 1, k)] + + af[IX(i, j, k)] * x[IX(i, j, k + 1)] + + ab[IX(i, j, k)] * x[IX(i, j, k - 1)] + + b[IX(i, j, k)]) / ap[IX(i, j, k)]); + } } - - /**************************************************************************** - | Calculate residual - ****************************************************************************/ - tmp1 = 0; - tmp2 = (REAL)0.0000000001; - - FOR_EACH_CELL - if (flagp[IX(i,j,k)]>=0) continue; - /*if (i==imax && j==jmax && k==kmax) continue;*/ - tmp1 += (REAL) fabs(ap[IX(i,j,k)]*x[IX(i,j,k)] - - ae[IX(i,j,k)]*x[IX(i+1,j,k)] - aw[IX(i,j,k)]*x[IX(i-1,j,k)] - - an[IX(i,j,k)]*x[IX(i,j+1,k)] - as[IX(i,j,k)]*x[IX(i,j-1,k)] - - af[IX(i,j,k)]*x[IX(i,j,k+1)] - ab[IX(i,j,k)]*x[IX(i,j,k-1)] - - b[IX(i,j,k)]); - tmp2 += (REAL) fabs(ap[IX(i,j,k)]*x[IX(i,j,k)]); - END_FOR - - residual = tmp1 /tmp2; - /*printf ("the pressure of cell[imax,jmax,kmax] is %f\n", x[IX(imax,jmax,kmax)]);*/ - /*printf ("the average pressure residual is %.12f\n", residual);*/ - /*printf ("it is %d \n", it);*/ - /*}*/ - return residual; - -} /* End of GS_P()*/ - - /* - * Gauss-Seidel solver - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param flag Pointer to the cell property flag - * @param x Pointer to variable - * - * @return Residual - */ -REAL Gauss_Seidel(PARA_DATA *para, REAL **var, REAL *flag, REAL *x) { + /*printf("residual in the solver is %f\n", check_residual(para, var, x));*/ + return 0; +} /* End of GS_itr() */ + + +/**************************************************************************** +| Gauss-Seidel solver +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param flag Pointer to the cell property flag +| \param x Pointer to variable +| +| \return Residual +****************************************************************************/ +int Gauss_Seidel(PARA_DATA *para, REAL **var, REAL *x, REAL *flag, int num_swipe) { + GS_itr(para, var, x, flag, num_swipe); + return 0; + +} /* End of Gauss-Seidel( ) */ + + +/**************************************************************************** +| Jacobi Scheme for pressure +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param Type Type of variable +| \param x Pointer to variable +| +| \return Residual +****************************************************************************/ +int Jacobi_iter(PARA_DATA *para, REAL **var, REAL *x,REAL *flag, int num_swipe) { REAL *as = var[AS], *aw = var[AW], *ae = var[AE], *an = var[AN]; REAL *ap = var[AP], *af = var[AF], *ab = var[AB], *b = var[B]; - int imax = para->geom->imax, jmax= para->geom->jmax; + int imax = para->geom->imax, jmax = para->geom->jmax; int kmax = para->geom->kmax; - int IMAX = imax+2, IJMAX = (imax+2)*(jmax+2); - int i, j, k, it=0; - REAL tmp1, tmp2, residual; + int IMAX = imax + 2, IJMAX = (imax + 2)*(jmax + 2); + int i, j, k, it; + REAL *tmp = var[TMP4]; + REAL *flagp=var[FLAGP]; /**************************************************************************** - | Gauss-Seidel solver + | Solve the space using Jacobi sovler for num_swipe * 6 = 30 times ****************************************************************************/ - for(it=0; it<20; it++) { - for(i=1; i<=imax; i++) - for(j=1; j<=jmax; j++) - for(k=1; k<=kmax; k++) { - if (flag[IX(i,j,k)]>=0) continue; + /*while (residual > 1e-6) {*/ + for (it = 0; itimax), Y(1->jmax), Z(1->kmax) + -------------------------------------------------------------------------*/ + for (i = 1; i <= imax; i++) + for (j = 1; j <= jmax; j++) + for (k = 1; k <= kmax; k++) { + if (flag[IX(i, j, k)] >= 0 ) continue; + + + tmp[IX(i, j, k)] = (ae[IX(i, j, k)] * x[IX(i + 1, j, k)] + + aw[IX(i, j, k)] * x[IX(i - 1, j, k)] + + an[IX(i, j, k)] * x[IX(i, j + 1, k)] + + as[IX(i, j, k)] * x[IX(i, j - 1, k)] + + af[IX(i, j, k)] * x[IX(i, j, k + 1)] + + ab[IX(i, j, k)] * x[IX(i, j, k - 1)] + + b[IX(i, j, k)]) / ap[IX(i, j, k)]; + } + for (i = 1; i <= imax; i++) + for (j = 1; j <= jmax; j++) + for (k = 1; k <= kmax; k++) { + if (flag[IX(i, j, k)] >= 0 ) continue; - x[IX(i,j,k)] = ( ae[IX(i,j,k)]*x[IX(i+1,j,k)] - + aw[IX(i,j,k)]*x[IX(i-1,j,k)] - + an[IX(i,j,k)]*x[IX(i,j+1,k)] - + as[IX(i,j,k)]*x[IX(i,j-1,k)] - + af[IX(i,j,k)]*x[IX(i,j,k+1)] - + ab[IX(i,j,k)]*x[IX(i,j,k-1)] - + b[IX(i,j,k)] ) / ap[IX(i,j,k)]; + x[IX(i, j, k)] = tmp[IX(i, j, k)]; } - for(i=imax; i>=1; i--) - for(j=jmax; j>=1; j--) - for(k=kmax; k>=1; k--) { - if (flag[IX(i,j,k)]>=0) continue; - - x[IX(i,j,k)] = ( ae[IX(i,j,k)]*x[IX(i+1,j,k)] - + aw[IX(i,j,k)]*x[IX(i-1,j,k)] - + an[IX(i,j,k)]*x[IX(i,j+1,k)] - + as[IX(i,j,k)]*x[IX(i,j-1,k)] - + af[IX(i,j,k)]*x[IX(i,j,k+1)] - + ab[IX(i,j,k)]*x[IX(i,j,k-1)] - + b[IX(i,j,k)] ) / ap[IX(i,j,k)]; - } } - /**************************************************************************** - | Calculate residual - ****************************************************************************/ - tmp1 = 0; - tmp2 = (REAL)0.0000000001; - - FOR_EACH_CELL - if (flag[IX(i,j,k)]>=0) continue; - tmp1 += (REAL) fabs(ap[IX(i,j,k)]*x[IX(i,j,k)] - - ae[IX(i,j,k)]*x[IX(i+1,j,k)] - aw[IX(i,j,k)]*x[IX(i-1,j,k)] - - an[IX(i,j,k)]*x[IX(i,j+1,k)] - as[IX(i,j,k)]*x[IX(i,j-1,k)] - - af[IX(i,j,k)]*x[IX(i,j,k+1)] - ab[IX(i,j,k)]*x[IX(i,j,k-1)] - - b[IX(i,j,k)]); - tmp2 += (REAL) fabs(ap[IX(i,j,k)]*x[IX(i,j,k)]); - END_FOR - - residual = tmp1 /tmp2; - /*printf ("the average residual for velocity/T is %.12f\n", tmp1/(imax*jmax*kmax));*/ - return residual; - -} /* End of Gauss-Seidel( )*/ + return 0; +} /* End of Jacobi_P() */ + + +/**************************************************************************** +| Jacobi solver +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param flag Pointer to the cell property flag +| \param x Pointer to variable +| +| \return Residual +****************************************************************************/ +int Jacobi(PARA_DATA *para, REAL **var, REAL *flag, REAL *x, int num_swipe) { + Jacobi_iter(para, var, x, flag, num_swipe); + return 0; + +} /* End of Jacobi( ) */ diff --git a/Buildings/Resources/src/FastFluidDynamics/solver_gs.h b/Buildings/Resources/src/FastFluidDynamics/solver_gs.h index 0404cf7dff6..0a8cda381e5 100644 --- a/Buildings/Resources/src/FastFluidDynamics/solver_gs.h +++ b/Buildings/Resources/src/FastFluidDynamics/solver_gs.h @@ -1,19 +1,22 @@ -/* - * - * @file solver_gs.h - * - * @brief Gauss-Seidel solvers - * - * @author Mingang Jin, Qingyan Chen - * Purdue University - * Jin55@purdue.edu, YanChen@purdue.edu - * Wangda Zuo - * University of Miami - * W.Zuo@miami.edu - * - * @date 8/3/2013 - * - */ +/**************************************************************************** +| +| \file solver_gs.c +| +| \brief Gauss-Seidel solvers +| +| \author Mingang Jin, Qingyan Chen +| Purdue University +| Jin55@purdue.edu, YanChen@purdue.edu +| Wangda Zuo +| University of Miami, University of Colorado Boulder +| W.Zuo@miami.edu, wangda.zuo@colorado.edu +| Wei Tian +| University of Miami, Schneider Electric +| w.tian@umiami.edu, Wei.Tian@Schneider-Electric.com +| +| \date 6/15/2017 +| +****************************************************************************/ #ifndef _SOLVER_GS_H #define _SOLVER_GS_H @@ -34,26 +37,52 @@ #include "utility.h" #endif -/* - * Gauss-Seidel solver for pressure - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param Type Type of variable - * @param x Pointer to variable - * - * @return Residual - */ -REAL GS_P(PARA_DATA *para, REAL **var, int Type, REAL *x); - -/* - * Gauss-Seidel solver - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param flag Pointer to the cell property flag - * @param x Pointer to variable - * - * @return Residual - */ -REAL Gauss_Seidel(PARA_DATA *para, REAL **var, REAL *flagp, REAL *x); + +/**************************************************************************** +| Gauss-Seidel scheme +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param Type Type of variable +| \param x Pointer to variable +| +| \return Residual +****************************************************************************/ +int GS_itr(PARA_DATA* para, REAL** var, REAL* x, REAL* flag, int num_swipe); + +/**************************************************************************** +| Gauss-Seidel solver for terms other than pressure +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param flag Pointer to the cell property flag +| \param x Pointer to variable +| +| \return Residual +****************************************************************************/ +int Gauss_Seidel(PARA_DATA* para, REAL** var, REAL* x, REAL* flagp, int num_swipe); + +/**************************************************************************** +| Jacobi Scheme for pressure +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param Type Type of variable +| \param x Pointer to variable +| +| \return Residual +****************************************************************************/ +int Jacobi_iter(PARA_DATA* para, REAL** var, REAL* x, REAL* flag, int num_swipe); + +/**************************************************************************** +| Jacobi solver for pressure +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param Type Type of variable +| \param x Pointer to variable +| +| \return Residual +****************************************************************************/ +int Jacobi(PARA_DATA *para, REAL **var, REAL *flag, REAL *x, int num_swipe); + diff --git a/Buildings/Resources/src/FastFluidDynamics/solver_tdma.c b/Buildings/Resources/src/FastFluidDynamics/solver_tdma.c index 2208f94bbe7..9f52457a950 100644 --- a/Buildings/Resources/src/FastFluidDynamics/solver_tdma.c +++ b/Buildings/Resources/src/FastFluidDynamics/solver_tdma.c @@ -1,19 +1,19 @@ -/* - * - * \file solver_tdma.c - * - * \brief Tri-Diagonal Matrix Algorithm Solver - * - * \author Mingang Jin, Qingyan Chen - * Purdue University - * Jin55@purdue.edu, YanChen@purdue.edu - * Wangda Zuo - * University of Miami - * W.Zuo@miami.edu - * - * \date 8/3/2013 - * - */ +/**************************************************************************** +| +| \file solver_tdma.c +| +| \brief Gauss-Seidel solvers +| +| \author Mingang Jin, Qingyan Chen +| Purdue University +| Jin55@purdue.edu, YanChen@purdue.edu +| Wangda Zuo +| University of Miami, University of Colorado Boulder +| W.Zuo@miami.edu, wangda.zuo@colorado.edu +| +| \date 8/3/2013 +| +****************************************************************************/ #include "solver_tdma.h" diff --git a/Buildings/Resources/src/FastFluidDynamics/solver_tdma.h b/Buildings/Resources/src/FastFluidDynamics/solver_tdma.h index 3e5d2442a84..e9c86a3b95a 100644 --- a/Buildings/Resources/src/FastFluidDynamics/solver_tdma.h +++ b/Buildings/Resources/src/FastFluidDynamics/solver_tdma.h @@ -1,19 +1,19 @@ -/* - * - * @file solver_tdma.h - * - * @brief Tri-Diagonal Matrix Algorithm Solver - * - * @author Mingang Jin, Qingyan Chen - * Purdue University - * Jin55@purdue.edu, YanChen@purdue.edu - * Wangda Zuo - * University of Miami - * W.Zuo@miami.edu - * - * @date 8/3/2013 - * - */ +/**************************************************************************** +| +| \file solver_tdma.h +| +| \brief Gauss-Seidel solvers +| +| \author Mingang Jin, Qingyan Chen +| Purdue University +| Jin55@purdue.edu, YanChen@purdue.edu +| Wangda Zuo +| University of Miami, University of Colorado Boulder +| W.Zuo@miami.edu, wangda.zuo@colorado.edu +| +| \date 8/3/2013 +| +****************************************************************************/ #ifndef _SOLVER_TDMA_H #define _SOLVER_TDMA_H #endif diff --git a/Buildings/Resources/src/FastFluidDynamics/timing.c b/Buildings/Resources/src/FastFluidDynamics/timing.c index 866ca2d2291..c7500c3612a 100644 --- a/Buildings/Resources/src/FastFluidDynamics/timing.c +++ b/Buildings/Resources/src/FastFluidDynamics/timing.c @@ -1,35 +1,44 @@ -/* - * - * \file time.c - * - * \brief Subroutines for timing - * - * \author Mingang Jin, Qingyan Chen - * Purdue University - * Jin55@purdue.edu, YanChen@purdue.edu - * Wangda Zuo - * University of Miami - * W.Zuo@miami.edu - * - * \date 8/3/2013 - * - */ +/**************************************************************************** +| +| \file time.c +| +| \brief Subroutines for timing +| +| \author Mingang Jin, Qingyan Chen +| Purdue University +| Jin55@purdue.edu, YanChen@purdue.edu +| Wangda Zuo +| University of Miami, University of Colorado Boulder +| W.Zuo@miami.edu, wangda.zuo@colorado.edu +| Wei Tian +| University of Miami, Schneider Electric +| w.tian@umiami.edu, Wei.Tian@Schneider-Electric.com +| +| \date 6/15/2017 +| +****************************************************************************/ #include "timing.h" - /* - * Calculate the simulation time and time ratio - * - * @param para Pointer to FFD parameters - * - * @return No return needed - */ +/**************************************************************************** +| Calculate the simulation time and time ratio +| +| \param para Pointer to FFD parameters +| +| \return No return needed +****************************************************************************/ void timing(PARA_DATA *para) { double cputime; - + /* + if (para->mytime->step_current<200) + para->mytime->dt = 0.001; + else + para->mytime->dt = 0.01; + */ para->mytime->t += para->mytime->dt; para->mytime->step_current += 1; para->mytime->t_end = clock(); + /*printf ("the time end simulation is %lf\n", para->mytime->t_end);*/ cputime= ((double) (clock() - para->mytime->t_start) / CLOCKS_PER_SEC); @@ -37,4 +46,4 @@ void timing(PARA_DATA *para) { para->mytime->t, cputime, para->mytime->t/cputime); ffd_log(msg, FFD_NORMAL); -} /* End of timing( )*/ +} /* End of timing( ) */ diff --git a/Buildings/Resources/src/FastFluidDynamics/timing.h b/Buildings/Resources/src/FastFluidDynamics/timing.h index 20d6475c00c..48f65090508 100644 --- a/Buildings/Resources/src/FastFluidDynamics/timing.h +++ b/Buildings/Resources/src/FastFluidDynamics/timing.h @@ -1,19 +1,22 @@ -/* - * - * @file time.h - * - * @brief Subroutines for timing - * - * @author Mingang Jin, Qingyan Chen - * Purdue University - * Jin55@purdue.edu, YanChen@purdue.edu - * Wangda Zuo - * University of Miami - * W.Zuo@miami.edu - * - * @date 8/3/2013 - * - */ +/**************************************************************************** +| +| \file time.c +| +| \brief Subroutines for timing +| +| \author Mingang Jin, Qingyan Chen +| Purdue University +| Jin55@purdue.edu, YanChen@purdue.edu +| Wangda Zuo +| University of Miami, University of Colorado Boulder +| W.Zuo@miami.edu, wangda.zuo@colorado.edu +| Wei Tian +| University of Miami, Schneider Electric +| w.tian@umiami.edu, Wei.Tian@Schneider-Electric.com +| +| \date 6/15/2017 +| +****************************************************************************/ #ifndef _TIMING_H #define _TIMING_H #endif @@ -28,11 +31,14 @@ #include "utility.h" #endif -/* - * Calculate the simulation time and time ratio - * - * @param para Pointer to FFD parameters - * - * @return No return needed - */ + +/**************************************************************************** +| Calculate the simulation time and time ratio +| +| \param para Pointer to FFD parameters +| +| \return No return needed +****************************************************************************/ void timing(PARA_DATA *para); + + diff --git a/Buildings/Resources/src/FastFluidDynamics/utility.c b/Buildings/Resources/src/FastFluidDynamics/utility.c index b4cfe488cef..9d0ffdf1746 100644 --- a/Buildings/Resources/src/FastFluidDynamics/utility.c +++ b/Buildings/Resources/src/FastFluidDynamics/utility.c @@ -1,98 +1,115 @@ -/* - * - * \file utility.c - * - * \brief Some frequently used functions for FFD - * - * \author Wangda Zuo, Ana Cohen - * University of Miami - * W.Zuo@miami.edu - * Purdue University - * Mingang Jin, Qingyan Chen - * Jin55@purdue.edu, YanChen@purdue.edu - * - * \date 8/3/2013 - * - */ +/**************************************************************************** +| +| \file utility.c +| +| \brief Some frequently used functions for FFD +| +| \author Wangda Zuo +| University of Miami, University of Colorado Boulder +| W.Zuo@miami.edu, wangda.zuo@colorado.edu +| Purdue University +| Mingang Jin, Qingyan Chen +| Jin55@purdue.edu, YanChen@purdue.edu +| Wei Tian +| University of Miami, Schneider Electric +| w.tian@umiami.edu, Wei.Tian@Schneider-Electric.com +| Xu Han +| University of Colorado Boulder +| xuha3556@colorado.edu +| +| \date 4/5/2020 +| +| \add: add a function min_distance to calculate the distance of +| a fluid cell to the nearest solid boundary condition, which +| is to be used by Chen's zero equation turbulence model +| +****************************************************************************/ #include "utility.h" - /* - * Check the residual of equation - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param psi Pointer to the variable - * - * @return 0 if no error occurred - */ -REAL check_residual(PARA_DATA *para, REAL **var, REAL *x) { + +/**************************************************************************** +| Check the residual of equation +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param psi Pointer to the variable +| +| \return 0 if no error occurred +****************************************************************************/ +REAL check_residual(PARA_DATA *para, REAL **var, REAL *x, REAL *flag) { int imax = para->geom->imax, jmax = para->geom->jmax; int kmax = para->geom->kmax; int i, j, k; int IMAX = imax+2, IJMAX = (imax+2)*(jmax+2); REAL *aw = var[AW], *ae = var[AE], *as = var[AS], *an = var[AN]; REAL *ap = var[AP], *ab = var[AB], *af = var[AF], *b = var[B]; - REAL tmp, residual = 0.0; + REAL tmp=0.0, residual = 0.0; + int count = 0; FOR_EACH_CELL - tmp = ap[IX(i,j,k)]*x[IX(i,j,k)] + if (flag[IX(i,j,k)] >= 0) continue; + tmp = fabs(x[IX(i,j,k)]+ ( - ae[IX(i,j,k)]*x[IX(i+1,j,k)] - aw[IX(i,j,k)]*x[IX(i-1,j,k)] - an[IX(i,j,k)]*x[IX(i,j+1,k)] - as[IX(i,j,k)]*x[IX(i,j-1,k)] - af[IX(i,j,k)]*x[IX(i,j,k+1)] - ab[IX(i,j,k)]*x[IX(i,j,k-1)] - - b[IX(i,j,k)]; - residual += tmp * tmp; - END_FOR + - b[IX(i,j,k)])/ ap[IX(i, j, k)] ); + count += 1; + + if (residual < tmp) residual = tmp; + END_FOR - return residual / (imax*jmax*kmax); + /*return tmp/count;*/ + return residual; -}/* End of check_residual( )*/ +}/* End of check_residual( ) */ - /* - * Write the log file - * - * @param message Pointer the message - * @param msg_type Type of message - * - * @return 0 if no error occurred - */ +/**************************************************************************** +| Write the log file +| +| \param message Pointer the message +| \param msg_type Type of message +| +| \return 0 if no error occurred +****************************************************************************/ void ffd_log(char *message, FFD_MSG_TYPE msg_type) { - char mymsg[400]; if(msg_type==FFD_NEW) { - if((file_log=fopen("ffd.log","w+"))==NULL) { - fprintf(stderr, "Error: Cannot open log file.\n"); + if((file_log=fopen("log.ffd","w+"))==NULL) { + fprintf(stderr, "Error:can not open error file!\n"); exit(1); } } - else if((file_log=fopen("ffd.log","a+"))==NULL) { - fprintf(stderr,"Error: Cannot open log file.\n"); + + else if((file_log=fopen("log.ffd","a+"))==NULL) { + fprintf(stderr,"Error:can not open error file!\n"); exit(1); } switch(msg_type) { case FFD_WARNING: + fprintf(file_log, "WARNING in %s\n", message); + break; case FFD_ERROR: fprintf(file_log, "ERROR in %s\n", message); - sprintf(mymsg, "ERROR in FFD: %s\n", message); - modelicaError(mymsg); break; - /* Normal log*/ + /* Normal log */ default: fprintf(file_log, "%s\n", message); } fclose(file_log); -} /* End of ffd_log()*/ - - /* - * Check the outflow rate of the scalar psi - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param psi Pointer to the variable - * @param BINDEX Pointer to the boundary index - * - * @return 0 if no error occurred - */ +} /* End of ffd_log() */ + + +/**************************************************************************** +| Check the outflow rate of the scalar psi +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param psi Pointer to the variable +| \param BINDEX Pointer to the boundary index +| +| \return 0 if no error occurred +****************************************************************************/ REAL outflow(PARA_DATA *para, REAL **var, REAL *psi, int **BINDEX) { int i, j, k; int it; @@ -112,7 +129,7 @@ REAL outflow(PARA_DATA *para, REAL **var, REAL *psi, int **BINDEX) { i=BINDEX[0][it]; j=BINDEX[1][it]; k=BINDEX[2][it]; - if(flagp[IX(i,j,k)]==2) { + if(flagp[IX(i,j,k)]==2 || flagp[IX(i, j, k)] == TILE) { if(i==0) mass_out += psi[IX(i,j,k)] * (-u[IX(i,j,k)]) * (gy[IX(i,j,k)]-gy[IX(i,j-1,k)]) @@ -134,19 +151,19 @@ REAL outflow(PARA_DATA *para, REAL **var, REAL *psi, int **BINDEX) { } return mass_out; -} /* End of outflow()*/ - - - /* - * Check the inflow rate of the scalar psi - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param psi Pointer to the variable - * @param BINDEX Pointer to the boundary index - * - * @return 0 if no error occurred - */ +} /* End of outflow() */ + + +/**************************************************************************** +| Check the inflow rate of the scalar psi +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param psi Pointer to the variable +| \param BINDEX Pointer to the boundary index +| +| \return 0 if no error occurred +****************************************************************************/ REAL inflow(PARA_DATA *para, REAL **var, REAL *psi, int **BINDEX) { int i, j, k; int it; @@ -163,42 +180,42 @@ REAL inflow(PARA_DATA *para, REAL **var, REAL *psi, int **BINDEX) { | Compute the total inflow ---------------------------------------------------------------------------*/ for(it=0;itgeom->imax, jmax = para->geom->jmax; int i, j, k; @@ -214,21 +231,21 @@ REAL check_min(PARA_DATA *para, REAL *psi, int ci, int cj, int ck) { return tmp; -}/* End of check_min( )*/ - - - /* - * Check the maximum value of the scalar psi at (ci,cj,ck) and its surrounding - * cells - * - * @param para Pointer to FFD parameters - * @param psi Pointer to the variable - * @param ci Index in x direction - * @param cj Index in y direction - * @param ck Index in z direction - * - * @return 0 if no error occurred - */ +}/* End of check_min( ) */ + + +/**************************************************************************** +| Check the maximum value of the scalar psi at (ci,cj,ck) and its surrounding +| cells +| +| \param para Pointer to FFD parameters +| \param psi Pointer to the variable +| \param ci Index in x direction +| \param cj Index in y direction +| \param ck Index in z direction +| +| \return 0 if no error occurred +****************************************************************************/ REAL check_max(PARA_DATA *para, REAL *psi, int ci, int cj, int ck) { int imax = para->geom->imax, jmax = para->geom->jmax; int i, j, k; @@ -243,15 +260,16 @@ REAL check_max(PARA_DATA *para, REAL *psi, int ci, int cj, int ck) { return tmp; -}/* End of check_max( )*/ +}/* End of check_max( ) */ - /* - * Calculate averaged value of psi - * - * @param para Pointer to FFD parameters - * @param psi Pointer to the variable - * - */ +/**************************************************************************** +| Calculate averaged value of psi +| +| \param para Pointer to FFD parameters +| \param psi Pointer to the variable +| +| \return Non-weighted average +****************************************************************************/ REAL average(PARA_DATA *para, REAL *psi) { int imax = para->geom->imax, jmax = para->geom->jmax; int kmax = para->geom->kmax; @@ -265,20 +283,20 @@ REAL average(PARA_DATA *para, REAL *psi) { return tmp / (imax*jmax*kmax); -}/* End of average( )*/ +}/* End of average( ) */ -/* - * Calculate volume weighted averaged value of psi in a space - * - * The average is weighted by volume of each cell - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param psi Pointer to the variable - * - * @return Volume weighted average - */ +/**************************************************************************** +| Calculate volume weighted averaged value of psi in a space +| +| The average is weighted by volume of each cell +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param psi Pointer to the variable +| +| \return Volume weighted average +****************************************************************************/ REAL average_volume(PARA_DATA *para, REAL **var, REAL *psi) { int imax = para->geom->imax, jmax = para->geom->jmax; int kmax = para->geom->kmax; @@ -301,18 +319,18 @@ REAL average_volume(PARA_DATA *para, REAL **var, REAL *psi) { return tmp2 / para->geom->volFlu; } -}/* End of average_volume( )*/ +}/* End of average_volume( ) */ -/* - * Calcuate time averaged value - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * - * - * @return 0 if no error occurred - */ +/**************************************************************************** +| Calculate time averaged value +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| +| +| \return 0 if no error occurred +****************************************************************************/ int average_time(PARA_DATA *para, REAL **var) { int i, j, k; int imax = para->geom->imax, jmax = para->geom->jmax; @@ -327,11 +345,11 @@ int average_time(PARA_DATA *para, REAL **var) { var[TEMPM][IX(i,j,k)] = var[TEMPM][IX(i,j,k)] / step; END_FOR - /* Wall surfaces*/ + /* Wall surfaces */ for(i=0; ibc->nb_wall; i++) para->bc->temHeaMean[i] = para->bc->temHeaMean[i] / step; - /* Fluid ports*/ + /* Fluid ports */ for(i=0; ibc->nb_port; i++) { para->bc->TPortMean[i] = para->bc->TPortMean[i] / step; para->bc->velPortMean[i] = para->bc->velPortMean[i] / step; @@ -342,23 +360,23 @@ int average_time(PARA_DATA *para, REAL **var) { para->bc->CPortMean[i][j] = para->bc->CPortMean[i][j] / step; } - /* Sensor data*/ + /* Sensor data */ para->sens->TRooMean = para->sens->TRooMean / step; for(i=0; isens->nb_sensor; i++) para->sens->senValMean[i] = para->sens->senValMean[i] / step; return 0; -} /* End of average_time()*/ - - /* - * Reset time averaged value to 0 - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * - * - * @return 0 if no error occurred - */ +} /* End of average_time() */ + +/**************************************************************************** +| Reset time averaged value to 0 +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| +| +| \return 0 if no error occurred +****************************************************************************/ int reset_time_averaged_data (PARA_DATA *para, REAL **var) { int i, j, k; int imax = para->geom->imax, jmax = para->geom->jmax; @@ -373,11 +391,11 @@ int reset_time_averaged_data (PARA_DATA *para, REAL **var) { var[TEMPM][IX(i,j,k)] = 0; END_FOR - /* Wall surfaces*/ + /* Wall surfaces */ for(i=0; ibc->nb_wall; i++) para->bc->temHeaMean[i] = 0; - /* Fluid ports*/ + /* Fluid ports */ for(i=0; ibc->nb_port; i++) { para->bc->TPortMean[i] = 0; para->bc->velPortMean[i] = 0; @@ -388,7 +406,7 @@ int reset_time_averaged_data (PARA_DATA *para, REAL **var) { para->bc->CPortMean[i][j] = 0; } - /* Sensor data*/ + /* Sensor data */ para->sens->TRooMean = 0; for(i=0; isens->nb_sensor; i++) para->sens->senValMean[i] = 0; @@ -397,24 +415,24 @@ int reset_time_averaged_data (PARA_DATA *para, REAL **var) { /*Reset the time step to 0*/ para->mytime->step_mean = 0; return 0; -} /* End of reset_time_averaged_data()*/ - - /* - * Add time averaged value for the time average later on - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * - * - * @return 0 if no error occurred - */ +} /* End of reset_time_averaged_data() */ + +/**************************************************************************** +| Add time averaged value for the time average later on +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| +| +| \return 0 if no error occurred +****************************************************************************/ int add_time_averaged_data(PARA_DATA *para, REAL **var) { int i, j; int imax = para->geom->imax, jmax = para->geom->jmax; int kmax = para->geom->kmax; int size = (imax+2) * (jmax+2) * (kmax+2); - /* All the cells*/ + /* All the cells */ for(i=0; ibc->nb_wall; i++) para->bc->temHeaMean[i] += para->bc->temHeaAve[i]; - /* Fluid ports*/ + /* Fluid ports */ for(i=0; ibc->nb_port; i++) { para->bc->TPortMean[i] += para->bc->TPortAve[i]; para->bc->velPortMean[i] += para->bc->velPortAve[i]; @@ -438,26 +456,30 @@ int add_time_averaged_data(PARA_DATA *para, REAL **var) { } - /* Sensor data*/ + /* Sensor data */ para->sens->TRooMean += para->sens->TRoo; for(j=0; jsens->nb_sensor; j++) para->sens->senValMean[j] += para->sens->senVal[j]; - /* Update the step*/ + /* Update the step */ para->mytime->step_mean++; return 0; -} /* End of add_time_averaged_data()*/ - - /* - * Check the energy transfer rate through the wall to the air - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param BINDEX Pointer to the boundary index - * - * @return 0 if no error occurred - */ +} /* End of add_time_averaged_data() */ + +/**************************************************************************** +| Check the energy transfer rate through the wall to the air +| +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param BINDEX Pointer to the boundary index +| +| \return 0 if no error occurred +| +| \change h as it may change when flow is assumed to be turublent +| +****************************************************************************/ REAL qwall(PARA_DATA *para, REAL **var,int **BINDEX) { int i, j, k; int it; @@ -467,176 +489,184 @@ REAL qwall(PARA_DATA *para, REAL **var,int **BINDEX) { int IMAX = imax+2, IJMAX = (imax+2)*(jmax+2); REAL *psi=var[TEMP]; REAL *gx = var[GX], *gy = var[GY], *gz = var[GZ]; - REAL coeff_h=para->prob->coeff_h; + REAL coeff_h=para->prob->coeff_h*para->prob->Cp; + REAL D = 1.0; REAL qwall=0; - + REAL axy, ayz, azx; /* Area of surfaces */ + REAL qwall_bc = 0.0; + REAL *qflux = var[QFLUX]; REAL *flagp = var[FLAGP]; + REAL A = 0.0; for(it=0; itsolv->check_residual == 1) { + sprintf(msg, "Wall heat flux is %f", qwall_bc); + ffd_log(msg, FFD_NORMAL); + } + + /*printf("Area is %f\n", A);*/ + return qwall; -} /* End of qwall()*/ +} /* End of qwall() */ - /* - * Free memory for BINDEX - * - * @param BINDEX Pointer to the boundary index - * - * @return 0 if no error occurred - */ +/**************************************************************************** +| Free memory for BINDEX +| +| \param BINDEX Pointer to the boundary index +| +| +| \return 0 if no error occurred +****************************************************************************/ void free_index(int **BINDEX) { if(BINDEX[0]) free(BINDEX[0]); if(BINDEX[1]) free(BINDEX[1]); if(BINDEX[2]) free(BINDEX[2]); -} /* End of free_index ()*/ - - /* - * Free memory for FFD simulation variables - * - * @param var Pointer to FFD simulation variables - * - * @return 0 if no error occurred - */ + if(BINDEX[3]) free(BINDEX[3]); + if(BINDEX[4]) free(BINDEX[4]); + if(BINDEX[5]) free(BINDEX[5]); +} /* End of free_index () */ + +/**************************************************************************** +| Free memory for FFD simulation variables +| +| \param var Pointer to FFD simulation variables +| +| +| \return 0 if no error occurred +****************************************************************************/ void free_data(REAL **var) { - if(var[X]) free(var[X]); - if(var[Y]) free(var[Y]); - if(var[Z]) free(var[Z]); - if(var[VX]) free(var[VX]); - if(var[VY]) free(var[VY]); - if(var[VZ]) free(var[VZ]); - if(var[VXS]) free(var[VXS]); - if(var[VYS]) free(var[VYS]); - if(var[VZS]) free(var[VZS]); - if(var[VXM]) free(var[VXM]); - if(var[VYM]) free(var[VYM]); - if(var[VZM]) free(var[VZM]); - if(var[TEMP]) free(var[TEMP]); - if(var[TEMPM]) free(var[TEMPM]); - if(var[TEMPS]) free(var[TEMPS]); - if(var[IP]) free(var[IP]); - if(var[TMP1]) free(var[TMP1]); - if(var[TMP2]) free(var[TMP2]); - if(var[TMP3]) free(var[TMP3]); - if(var[AP]) free(var[AP]); - if(var[AN]) free(var[AN]); - if(var[AS]) free(var[AS]); - if(var[AE]) free(var[AE]); - if(var[AW]) free(var[AW]); - if(var[AF]) free(var[AF]); - if(var[AB]) free(var[AB]); - if(var[B]) free(var[B]); - if(var[GX]) free(var[GX]); - if(var[GY]) free(var[GY]); - if(var[GZ]) free(var[GZ]); - if(var[AP0]) free(var[AP0]); - if(var[PP]) free(var[PP]); - if(var[FLAGP]) free(var[FLAGP]); - if(var[FLAGU]) free(var[FLAGU]); - if(var[FLAGV]) free(var[FLAGV]); - if(var[FLAGW]) free(var[FLAGW]); - if(var[LOCMIN]) free(var[LOCMIN]); - if(var[LOCMAX]) free(var[LOCMAX]); - if(var[VXBC]) free(var[VXBC]); - if(var[VYBC]) free(var[VYBC]); - if(var[VZBC]) free(var[VZBC]); - if(var[TEMPBC]) free(var[TEMPBC]); - if(var[Xi1]) free(var[Xi1]); - if(var[Xi2]) free(var[Xi2]); - if(var[Xi1BC]) free(var[Xi1BC]); - if(var[Xi2BC]) free(var[Xi2BC]); - if(var[C1]) free(var[C1]); - if(var[C2]) free(var[C2]); - if(var[C1BC]) free(var[C1BC]); - if(var[C2BC]) free(var[C2BC]); - if(var[QFLUXBC]) free(var[QFLUXBC]); - if(var[QFLUX]) free(var[QFLUX]); - -} /* End of free_data()*/ - - /* - * Determine the maximum value of given scalar variable - * - * @param para Pointer to FFD parameters - * @param dat Pointer to scalar variable - * - * @return Smax Maximum value of the scalar variable - */ + int nb_var = C2BC + 1; + int i; + for (i = 0; i < nb_var; i++) { + if (var[i]) free(var[i]); + } +} /* End of free_data() */ + +/**************************************************************************** +| Determine the maximum value of given scalar variable +| +| \param para Pointer to FFD parameters +| \param dat Pointer to scalar variable +| +| \return Smax Maximum value of the scalar variable +****************************************************************************/ REAL scalar_global_max(PARA_DATA *para, REAL *dat) { int i, j, k; int imax = para->geom->imax, jmax = para->geom->jmax; @@ -651,16 +681,16 @@ REAL scalar_global_max(PARA_DATA *para, REAL *dat) { END_FOR return Smax; -} /* End of scalar_global_max()*/ - - /* - * Determine the minimum value of given scalar variable - * - * @param para Pointer to FFD parameters - * @param dat Pointer to scalar variable - * - * @return Smin Minimum value of the scalar variable - */ +} /* End of scalar_global_max() */ + +/**************************************************************************** +| Determine the minimum value of given scalar variable +| +| \param para Pointer to FFD parameters +| \param dat Pointer to scalar variable +| +| \return Smin Minimum value of the scalar variable +****************************************************************************/ REAL scalar_global_min(PARA_DATA *para, REAL *dat) { int i, j, k; int imax = para->geom->imax, jmax = para->geom->jmax; @@ -675,16 +705,16 @@ REAL scalar_global_min(PARA_DATA *para, REAL *dat) { END_FOR return SMin; -} /* End of scalar_global_min()*/ - - /* - * Determine the maximum velocity - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * - * @return Vmax Maximum velocity in the simulated domain - */ +} /* End of scalar_global_min() */ + +/**************************************************************************** +| Determine the maximum velocity +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| +| \return Vmax Maximum velocity in the simulated domain +****************************************************************************/ REAL V_global_max(PARA_DATA *para, REAL **var) { int i, j, k; int imax = para->geom->imax, jmax = para->geom->jmax; @@ -702,16 +732,16 @@ REAL V_global_max(PARA_DATA *para, REAL **var) { END_FOR return sqrt(Vmax); -} /* End of V_global_max()*/ - - /* - * Determine the minimum velocity - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * - * @return Vmin Minimum velocity in the simulated domain - */ +} /* End of V_global_max() */ + +/**************************************************************************** +| Determine the minimum velocity +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| +| \return Vmin Minimum velocity in the simulated domain +****************************************************************************/ REAL V_global_min(PARA_DATA *para, REAL **var) { int i, j, k; int imax = para->geom->imax, jmax = para->geom->jmax; @@ -729,4 +759,651 @@ REAL V_global_min(PARA_DATA *para, REAL **var) { END_FOR return sqrt(Vmin); -} /* End of V_global_min()*/ +} /* End of V_global_min() */ + +/**************************************************************************** +| Check the minimum to the solid boudaries +| cells used in calculation of zero equation tuebulence model +| +| \param para Pointer to FFD parameters +| \param var Pointer to the variable +| \param +| +| \return 0 if no error occurred +****************************************************************************/ +int min_distance(PARA_DATA *para, REAL **var, int **BINDEX) { + int imax = para->geom->imax, jmax = para->geom->jmax; + int kmax = para->geom->kmax; + int i, j, k; + REAL *x = var[X], *y = var[Y], *z = var[Z]; + int it, i_bc, j_bc, k_bc; + int index = para->geom->index; + int IMAX = imax + 2, IJMAX = (imax + 2)*(jmax + 2); + REAL tmp = 1e12; /* define a large number */ + REAL lx, ly, lz, l; + + /* Loop all the fluid cells */ + FOR_EACH_CELL + /* initiate the tmp variable after every iteragion */ + tmp = 1e12; + /* pass if the cell is not fluid */ + if (var[FLAGP][IX(i, j, k)] >= 0) continue; + /* go through all the boudnary conditions and find minimal */ + for (it = 0; it < index; it++) { + i_bc = BINDEX[0][it]; + j_bc = BINDEX[1][it]; + k_bc = BINDEX[2][it]; + if (var[FLAGP][IX(i_bc, j_bc, k_bc)] == INLET || var[FLAGP][IX(i_bc, j_bc, k_bc)] == OUTLET) continue; + /* caculate the distance in each dimension and find the Euler distance l */ + lx = fabs(x[IX(i, j, k)] - x[IX(i_bc, j_bc, k_bc)]); + ly = fabs(y[IX(i, j, k)] - y[IX(i_bc, j_bc, k_bc)]); + lz = fabs(z[IX(i, j, k)] - z[IX(i_bc, j_bc, k_bc)]); + l = sqrt(lx*lx + ly*ly + lz*lz); + /* store the minimal value during the looping to tmp */ + if (l < tmp) { + tmp = l; + } + } + /* store the minimal value associated with (i,j,k) to global var */ + var[MIN_DISTANCE][IX(i, j, k)] = tmp; + + /*printf("Distance [%d, %d, %d] is %f\n", i, j, k, tmp);*/ + + + END_FOR + return 0; + +}/* End of min_distance( ) */ + + /**************************************************************************** + | Check the volumetric inflow rate + | + | \param para Pointer to FFD parameters + | \param var Pointer to FFD simulation variables + | \param psi Pointer to the variable + | \param BINDEX Pointer to the boundary index + | + | \return 0 if no error occurred + ****************************************************************************/ +REAL vol_inflow(PARA_DATA *para, REAL **var, int **BINDEX) { + int i, j, k; + int it; + int imax = para->geom->imax, jmax = para->geom->jmax; + int kmax = para->geom->kmax; + int index = para->geom->index; + int IMAX = imax + 2, IJMAX = (imax + 2)*(jmax + 2); + REAL *gx = var[GX], *gy = var[GY], *gz = var[GZ]; + REAL *u = var[VX], *v = var[VY], *w = var[VZ]; + REAL mass_in = 0; + REAL *flagp = var[FLAGP]; + + /*--------------------------------------------------------------------------- + | Compute the total inflow + ---------------------------------------------------------------------------*/ + for (it = 0; itgeom->imax, jmax = para->geom->jmax; + int kmax = para->geom->kmax; + int index= para->geom->index; + int IMAX = imax+2, IJMAX = (imax+2)*(jmax+2); + REAL *gx = var[GX], *gy = var[GY], *gz = var[GZ]; + REAL *u = var[VX], *v = var[VY], *w = var[VZ]; + REAL mass_out=0; + REAL *flagp = var[FLAGP]; + + /*--------------------------------------------------------------------------- + | Compute the total outflow + ---------------------------------------------------------------------------*/ + for(it=0;itgeom->imax, jmax = para->geom->jmax; + int kmax = para->geom->kmax; + int IMAX = imax + 2, IJMAX = (imax + 2)*(jmax + 2); + int it, id; + int index = para->geom->index; + REAL *flagp = var[FLAGP]; + int nb_ports = para->bc->nb_port; + REAL A=0.0, V_tmp=0.0; + REAL Axy=0.0, Ayz=0.0, Azx=0.0; + REAL *QPort = para->bc->QPort; + REAL *u = var[VX], *v = var[VY], *w = var[VZ]; + int put_X = para->geom->tile_putX, put_Y =para->geom->tile_putY, put_Z = para->geom->tile_putZ; + + /* Set the value of para->bc->QPort =0 */ + for (i = 0; i < para->bc->nb_port; i++) { + QPort[i] = 0.0; + } + + /* Loop all the boundary cells and calculate the flow rates at tiles */ + for (it = 0; it < index; it++) { + i = BINDEX[0][it]; + j = BINDEX[1][it]; + k = BINDEX[2][it]; + id = BINDEX[4][it]; + + if (flagp[IX(i, j, k)] == TILE) { + /* West or East Boundary */ + if (put_X) { + A = area_yz(para, var, i, j, k); + + if (i > 0) + V_tmp = u[IX(i - 1, j, k)]; + else + V_tmp = u[IX(i, j, k)]; + + QPort[id] += V_tmp*A; + } + /* South and North Boundary */ + if (put_Y) { + A = area_zx(para, var, i, j, k); + + if (j > 0) + V_tmp = v[IX(i, j - 1, k)]; + else + V_tmp = v[IX(i, j, k)]; + + QPort[id] += V_tmp*A; + } + /* Ceiling and Floor Boundary */ + if (put_Z) { + A = area_xy(para, var, i, j, k); + + if (k >0 ) + V_tmp = w[IX(i, j, k - 1)]; + else + V_tmp = w[IX(i, j, k)]; + + QPort[id] += V_tmp*A; + } + } + else if (flagp[IX(i, j, k)] == OUTLET) { + /* West or East Boundary */ + A = area_yz(para, var, i, j, k); + + if (i > 0) + V_tmp = u[IX(i - 1, j, k)]; + else + V_tmp = u[IX(i, j, k)]; + + QPort[id] += V_tmp*A; + /* South and North Boundary */ + A = area_zx(para, var, i, j, k); + + if (j > 0) + V_tmp = v[IX(i, j - 1, k)]; + else + V_tmp = v[IX(i, j, k)]; + + QPort[id] += V_tmp*A; + /* Ceiling and Floor Boundary */ + A = area_xy(para, var, i, j, k); + + if (k >0 ) + V_tmp = w[IX(i, j, k - 1)]; + else + V_tmp = w[IX(i, j, k)]; + + QPort[id] += V_tmp*A; + } + else if (flagp[IX(i, j, k)] == INLET) { + Ayz = area_yz(para, var, i, j, k); + Azx = area_zx(para, var, i, j, k); + Axy = area_xy(para, var, i, j, k); + + if (i > 0) + V_tmp = u[IX(i - 1, j, k)]; + else + V_tmp = u[IX(i, j, k)]; + + QPort[id] += V_tmp*Ayz; + + if (j > 0) + V_tmp = v[IX(i, j - 1, k)]; + else + V_tmp = v[IX(i, j, k)]; + + QPort[id] += V_tmp*Azx; + + if (k >0 ) + V_tmp = w[IX(i, j, k - 1)]; + else + V_tmp = w[IX(i, j, k)]; + + QPort[id] += V_tmp*Axy; + } + } /*end of for*/ + + /* Write the results into files */ + if (para->mytime->step_current == 0) { + /* create a new .dat file */ + if ((FILE_TILE_FLOW = fopen("tile_flowrates.dat", "w+")) == NULL) { + fprintf(stderr, "Error:can not open error file!\n"); + exit(1); + } + fprintf(FILE_TILE_FLOW, "Time\t"); + for (i = 0; i < para->bc->nb_port; i++) { + fprintf(FILE_TILE_FLOW, "%s\t", para->bc->portName[i]); + } + fprintf(FILE_TILE_FLOW, "\n"); + fprintf(FILE_TILE_FLOW, "%.4f\t", para->mytime->t); + for (i = 0; i < para->bc->nb_port; i++) { + fprintf(FILE_TILE_FLOW, "%f\t", QPort[i] * 2118.88); + } + fprintf(FILE_TILE_FLOW, "\n"); + fclose(FILE_TILE_FLOW); + } + else { + if ((FILE_TILE_FLOW = fopen("tile_flowrates.dat", "a+")) == NULL) { + fprintf(stderr, "Error:can not open error file!\n"); + exit(1); + } + fprintf(FILE_TILE_FLOW, "%.4f\t", para->mytime->t); + for (i = 0; i < para->bc->nb_port; i++) { + fprintf(FILE_TILE_FLOW, "%f\t", QPort[i] * 2118.88); + } + fprintf(FILE_TILE_FLOW, "\n"); + + fclose(FILE_TILE_FLOW); + } + /* Output to screen or txt files */ + + if(para->outp->version==DEBUG){ + for (i = 0; i < para->bc->nb_port; i++) { + printf("%s--->>>>>>>>>>%f CFM\t\n",para->bc->portName[i],QPort[i]* 2118.88); + } + } + return 0; +} + +/**************************************************************************** +| Check flow rates at inlets when t=0 +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param BINDEX Pointer to the boundary index +| +| \return 0 if no error occurred +****************************************************************************/ +REAL initial_inflows(PARA_DATA *para, REAL **var, int **BINDEX) { + int i, j, k; + int imax = para->geom->imax, jmax = para->geom->jmax; + int kmax = para->geom->kmax; + int IMAX = imax + 2, IJMAX = (imax + 2)*(jmax + 2); + int it, id; + int index = para->geom->index; + REAL *flagp = var[FLAGP]; + int nb_ports = para->bc->nb_port; + REAL A = 0.0, V_tmp = 0.0; + REAL *QPort = para->bc->QPort; + REAL *u = var[VXBC], *v = var[VYBC], *w = var[VZBC]; + REAL inflow = 0.0; + + /* Loop all the boundary cells and calculate the flow rates at tiles */ + for (it = 0; it < index; it++) { + i = BINDEX[0][it]; + j = BINDEX[1][it]; + k = BINDEX[2][it]; + id = BINDEX[4][it]; + if (flagp[IX(i, j, k)] == INLET) { + /* West or East Boundary */ + if (i == 0 || i == imax + 1) { + A = area_yz(para, var, i, j, k); + + if (i == 0) + V_tmp = u[IX(i, j, k)]; + else + V_tmp = -1*u[IX(i, j, k)]; + + QPort[id] += V_tmp*A; + } + /* South and North Boundary */ + if (j == 0 || j == jmax + 1) { + A = area_zx(para, var, i, j, k); + + if (j == 0) + V_tmp = v[IX(i, j, k)]; + else + V_tmp = -1*v[IX(i, j, k)]; + + inflow += V_tmp*A; + } + /* Ceiling and Floor Boundary */ + if (k == 0 || k == kmax + 1) { + A = area_xy(para, var, i, j, k); + + if (k == 0) + V_tmp = w[IX(i, j, k)]; + else + V_tmp = -1*w[IX(i, j, k)]; + + inflow += V_tmp*A; + } + } + } /*end of for*/ + + return inflow; +} + +/**************************************************************************** +| Parse the command-line argument +| +| \param argc number of argument +| \param argv command-line argument +| +| \return 0 if no error occurred +****************************************************************************/ +int parse_argument(int argc, char **argv, int *platform_device) { + size_t optind; + for (optind = 1; optind < argc && argv[optind][0] == '-'; optind++) { + switch (argv[optind][1]) { + case 'P'/*platform*/: + platform_device[0] = argv[optind][2] - '0'; + break; + case 'p'/*platform*/: + platform_device[0] = argv[optind][2] - '0'; + break; + case 'C'/*CPU*/: + platform_device[1] = argv[optind][2] - '0'; + break; + case 'c'/*CPU*/: + platform_device[1] = argv[optind][2] - '0'; + break; + case 'G'/*GPU*/: + platform_device[2] = argv[optind][2] - '0'; + break; + case 'g'/*GPU*/: + platform_device[2] = argv[optind][2] - '0'; + break; + default: + printf("parse_argument(): command-line argument is not legal"); + exit(1); + } + } + return 0; /* if it is "-1", that means the device or platform is not */ +} + +/**************************************************************************** +| calculate momentum kick: 1/rho*S (unit: N/kg) +| 1/rho*S = V_dot*(V1-V2)/V = A*V2*(V2/beta-V2)/A*h = V2*(V2/beta-V2)/h +| where: V1 and V2 are the velocities supposing that tiles are partially or fully open +| A is tha area of tile, h is the height of the space, beta is open-area-ratio +| return 1/rho*S +****************************************************************************/ +REAL get_momentum_kick(REAL V2,REAL beta, REAL h){ + REAL momentum_kick = 0.0; + momentum_kick = V2*(V2/beta-V2)/h; + return momentum_kick; +} + +/**************************************************************************** +| find the monitoring points in front of each rack +| monitors are 6 inch (0.1524 m) in front of rack +| FIXME: ONLY ABLE TO HANDLE RACK WHOSE AIRLOW IS IN X DIRECTION! +| return 0 if all points are found +****************************************************************************/ +int get_monitor_points(PARA_DATA *para, REAL **var,int SI,int SJ,int SK, int EI,int EJ,int EK,int rack_flow_direction,int id_rack){ + int i, j, k; + int imax = para->geom->imax, jmax = para->geom->jmax; + int kmax = para->geom->kmax; + int IMAX = imax + 2, IJMAX = (imax + 2)*(jmax + 2); + REAL delta = 0.0; + REAL length = 0.0; + REAL monitorX=0.0, monitorY=0.0, monitorZ=0.0; + + /* calculate length in Y */ + i = SI; + k = SK; + for (j=SJ;j<=EJ;j++){ + if (j==0){ + delta = 0.0; + } + else{ + delta = var[GY][IX(i,j,k)]-var[GY][IX(i,j-1,k)]; + } + length += delta; + } + /* find the base coordinate for all monitor points (on the floor) */ + monitorY = var[GY][IX(SI,EJ,SK)] - 0.5*length; + /* find monitorZ base */ + if (SK == 0){ + monitorZ = var[GZ][IX(SI,SJ,SK)]; + } + else{ + monitorZ = var[GZ][IX(SI,SJ,SK-1)]; + } + /* find monitorX base, which is dependent on the flow direction in rack */ + if (sign(rack_flow_direction) == 1){ + if (SI==0){ + ffd_log("get_monitor_points(): monitor points are ouside the domain",FFD_ERROR); + return 1; + } + else{ + monitorX = var[GX][IX(SI-1,SJ,SK)] - 0.1524; + } + } + else if (sign(rack_flow_direction) == -1){ + monitorX = var[GX][IX(EI,SJ,SK)] + 0.1524; + } + else{ + ffd_log("get_monitor_points(): ONLY ABLE TO HANDLE RACK FLOW DIRECTION OF X",FFD_ERROR); + return 1; + } + + /* manually set the height of the monitor points based on the paper */ + /* Zachary Pardey, Jim VanGilder, 2015, CREATING A CALIBRATED CFD MODEL OF A MIDSIZE DATA CENTER */ + /* P1: 0.53m, P2: 0.91m, P3: 1.30m, P4: 1.68m in Z direction */ + /* para->sens->coordMoniPoints[A][B][C]-> A: which rack; B: which monitor point; C: which coordinate */ + for(i=0;i<4;i++){ + para->sens->coordMoniPoints[id_rack][i][0] = monitorX; + para->sens->coordMoniPoints[id_rack][i][1] = monitorY; + } + para->sens->coordMoniPoints[id_rack][0][2] = monitorZ + 0.53; + para->sens->coordMoniPoints[id_rack][1][2] = monitorZ + 0.91; + para->sens->coordMoniPoints[id_rack][2][2] = monitorZ + 1.30; + para->sens->coordMoniPoints[id_rack][3][2] = monitorZ + 1.68; + + /* return */ + return 0; +} + +/**************************************************************************** +| find the indexes of the monitoring points +| monitors are 6 inch (0.1524 m) in front of rack +| FIXME: ONLY ABLE TO HANDLE RACK WHOSE AIRLOW IS IN X DIRECTION! +| return 0 if all points are found +****************************************************************************/ +int get_monitor_index(PARA_DATA *para, REAL **var){ + int i, j, k; + int ip=0,jp=0,kp=0; + int id,point; + REAL xp,yp,zp; + int imax = para->geom->imax, jmax = para->geom->jmax; + int kmax = para->geom->kmax; + int IMAX = imax + 2, IJMAX = (imax + 2)*(jmax + 2); + REAL *flagp = var[FLAGP]; + REAL eulerian_dis; + REAL minimal_dis; + /* loop all the cells, which can be very time consuming */ + for(id=0;idbc->nb_rack;id++){ + for (point=0;point<4;point++){ + xp = para->sens->coordMoniPoints[id][point][0]; + yp = para->sens->coordMoniPoints[id][point][1]; + zp = para->sens->coordMoniPoints[id][point][2]; + minimal_dis = 1e5; + /* find the closest fluid cell */ + FOR_ALL_CELL + if (flagp[IX(i,j,k)]!=FLUID) continue; + eulerian_dis = sqrt( (xp-var[X][IX(i,j,k)])*(xp-var[X][IX(i,j,k)]) + +(yp-var[Y][IX(i,j,k)])*(yp-var[Y][IX(i,j,k)]) + +(zp-var[Z][IX(i,j,k)])*(zp-var[Z][IX(i,j,k)])); + if (eulerian_dissens->indexMoniPoints[id][point][0] = ip; + para->sens->indexMoniPoints[id][point][1] = jp; + para->sens->indexMoniPoints[id][point][2] = kp; + } + } + return 0; +} + +/**************************************************************************** +| write temperature at monitoring points +| monitors are 6 inch (0.1524 m) in front of rack +| FIXME: ONLY ABLE TO HANDLE RACK WHOSE AIRLOW IS IN X DIRECTION! +| return 0 if all points are found +****************************************************************************/ +int write_monitor_data(PARA_DATA *para, REAL **var){ + int i, j; + int ip,jp,kp; + REAL T1,T2,T3,T4; + int imax = para->geom->imax, jmax = para->geom->jmax; + int kmax = para->geom->kmax; + int IMAX = imax + 2, IJMAX = (imax + 2)*(jmax + 2); + FILE *datafile; + /* find monitor index */ + if (get_monitor_index(para,var)!=0){ + ffd_log("write_monitor_data(): cannot find the index of monitoring cells",FFD_ERROR); + } + /* open output file */ + if ((datafile = fopen("monitor_data.dat", "w+")) == NULL) { + ffd_log("write_monitor_data(): Failed to open output file!\n", FFD_ERROR); + return 1; + } + /* write header */ + fprintf(datafile,"Rack\t\tP1\t\tP2\t\tP3\t\tP4\t\t\n"); + for(i=0;ibc->nb_rack;i++){ + /* P1 */ + ip = para->sens->indexMoniPoints[i][0][0]; + jp = para->sens->indexMoniPoints[i][0][1]; + kp = para->sens->indexMoniPoints[i][0][2]; + T1 = var[TEMP][IX(ip,jp,kp)]; + /* P2 */ + ip = para->sens->indexMoniPoints[i][1][0]; + jp = para->sens->indexMoniPoints[i][1][1]; + kp = para->sens->indexMoniPoints[i][1][2]; + T2 = var[TEMP][IX(ip,jp,kp)]; + /* P3 */ + ip = para->sens->indexMoniPoints[i][2][0]; + jp = para->sens->indexMoniPoints[i][2][1]; + kp = para->sens->indexMoniPoints[i][2][2]; + T3 = var[TEMP][IX(ip,jp,kp)]; + /* P4 */ + ip = para->sens->indexMoniPoints[i][3][0]; + jp = para->sens->indexMoniPoints[i][3][1]; + kp = para->sens->indexMoniPoints[i][3][2]; + T4 = var[TEMP][IX(ip,jp,kp)]; + /* write results */ + fprintf(datafile,"%s\t%.2f\t%.2f\t%.2f\t%.2f\n",para->bc->rackName[i],T1,T2,T3,T4); + } + + fclose(datafile); + return 0; +} diff --git a/Buildings/Resources/src/FastFluidDynamics/utility.h b/Buildings/Resources/src/FastFluidDynamics/utility.h index 6cdfbc82e9f..7f0dec1f6fe 100644 --- a/Buildings/Resources/src/FastFluidDynamics/utility.h +++ b/Buildings/Resources/src/FastFluidDynamics/utility.h @@ -1,19 +1,25 @@ -/* - * - * @file utility.h - * - * @brief Some frequently used functions for FFD - * - * @author Wangda Zuo, Ana Cohen - * University of Miami - * W.Zuo@miami.edu - * Purdue University - * Mingang Jin, Qingyan Chen - * Jin55@purdue.edu, YanChen@purdue.edu - * - * @date 8/3/2013 - * - */ +/**************************************************************************** +| +| \file utility.h +| +| \brief Some frequently used functions for FFD +| +| \author Wangda Zuo, Ana Cohen +| University of Miami, University of Colorado Boulder +| W.Zuo@miami.edu, wangda.zuo@colorado.edu +| Purdue University +| Mingang Jin, Qingyan Chen +| Jin55@purdue.edu, YanChen@purdue.edu +| Wei Tian +| University of Miami, Schneider Electric +| w.tian@umiami.edu, Wei.Tian@Schneider-Electric.com +| Xu Han +| University of Colorado Boulder +| xuha3556@colorado.edu +| +| \date 4/5/2020 +| +****************************************************************************/ #ifndef _UTILITY_H #define _UTILITY_H @@ -34,203 +40,301 @@ #include "geometry.h" #endif +/**************************************************************************** +| Check the residual of equation +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param psi Pointer to the variable +| +| \return 0 if no error occurred +****************************************************************************/ +REAL check_residual(PARA_DATA* para, REAL** var, REAL* x, REAL* flag); + +/**************************************************************************** +| Write the log file +| +| \param message Pointer the message +| \param msg_type Type of message +| +| \return 0 if no error occurred +****************************************************************************/ +void ffd_log(char* message, FFD_MSG_TYPE msg_type); + +/**************************************************************************** +| Check the outflow rate of the scalar psi +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param psi Pointer to the variable +| \param BINDEX Pointer to the boundary index +| +| \return 0 if no error occurred +****************************************************************************/ +REAL outflow(PARA_DATA* para, REAL** var, REAL* psi, int** BINDEX); + +/**************************************************************************** +| Check the inflow rate of the scalar psi +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param psi Pointer to the variable +| \param BINDEX Pointer to the boundary index +| +| \return 0 if no error occurred +****************************************************************************/ +REAL inflow(PARA_DATA* para, REAL** var, REAL* psi, int** BINDEX); + +/**************************************************************************** +| Check the minimum value of the scalar psi at (ci,cj,ck) and its surrounding +| cells +| +| \param para Pointer to FFD parameters +| \param psi Pointer to the variable +| \param ci Index in x direction +| \param cj Index in y direction +| \param ck Index in z direction +| +| \return 0 if no error occurred +****************************************************************************/ +REAL check_min(PARA_DATA* para, REAL* psi, int ci, int cj, int ck); + +/**************************************************************************** +| Check the maximum value of the scalar psi at (ci,cj,ck) and its surrounding +| cells +| +| \param para Pointer to FFD parameters +| \param psi Pointer to the variable +| \param ci Index in x direction +| \param cj Index in y direction +| \param ck Index in z direction +| +| \return 0 if no error occurred +****************************************************************************/ +REAL check_max(PARA_DATA* para, REAL* psi, int ci, int cj, int ck); + +/**************************************************************************** +| Calculate averaged value of psi +| +| \param para Pointer to FFD parameters +| \param psi Pointer to the variable +| +****************************************************************************/ +REAL average(PARA_DATA* para, REAL* psi); + + +/**************************************************************************** +| Calculate volume weighted averaged value of psi in a space +| +| The average is weighted by volume of each cell +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param psi Pointer to the variable +| +| \return Volume weighted average +****************************************************************************/ +REAL average_volume(PARA_DATA* para, REAL** var, REAL* psi); + +/**************************************************************************** +| Calcuate time averaged value +| +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| +| +| \return 0 if no error occurred +****************************************************************************/ +int average_time(PARA_DATA* para, REAL** var); + +/**************************************************************************** +| Reset time averaged value to 0 +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| +| +| \return 0 if no error occurred +****************************************************************************/ +int reset_time_averaged_data(PARA_DATA* para, REAL** var); + +/**************************************************************************** +| Add time averaged value for the time average later on +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| +| +| \return 0 if no error occurred +****************************************************************************/ +int add_time_averaged_data(PARA_DATA* para, REAL** var); + +/**************************************************************************** +| Check the energy transfer rate through the wall to the air +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param BINDEX Pointer to the boundary index +| +| \return 0 if no error occurred +****************************************************************************/ +REAL qwall(PARA_DATA* para, REAL** var, int** BINDEX); + +/**************************************************************************** +| Free memory for BINDEX +| +| \param BINDEX Pointer to the boundary index +| +| \return 0 if no error occurred +****************************************************************************/ +void free_index(int** BINDEX); + +/**************************************************************************** +| Free memory for FFD simulation variables +| +| \param var Pointer to FFD simulation variables +| +| \return 0 if no error occurred +****************************************************************************/ +void free_data(REAL** var); + +/**************************************************************************** +| Determine the maximum value of given scalar variable +| +| \param para Pointer to FFD parameters +| \param dat Pointer to scalar variable +| +| \return Smax Maximum value of the scalar variable +****************************************************************************/ +REAL scalar_global_max(PARA_DATA* para, REAL* dat); + +/**************************************************************************** +| Determine the minimum value of given scalar variable +| +| \param para Pointer to FFD parameters +| \param dat Pointer to scalar variable +| +| \return Smin Minimum value of the scalar variable +****************************************************************************/ +REAL scalar_global_min(PARA_DATA* para, REAL* dat); + +/**************************************************************************** +| Determine the maximum velocity +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| +| \return Vmax Maximum velocity in the simulated domain +****************************************************************************/ +REAL V_global_max(PARA_DATA* para, REAL** var); + +/**************************************************************************** +| Determine the minimum velocity +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| +| \return Vmin Minimum velocity in the simulated domain +****************************************************************************/ +REAL V_global_min(PARA_DATA* para, REAL** var); + +/**************************************************************************** +| Check the minimum to the solid boudaries +| cells used in calculation of zero equation tuebulence model +| +| \param para Pointer to FFD parameters +| \param var Pointer to the variable +| \param +| +| \return 0 if no error occurred +****************************************************************************/ +int min_distance(PARA_DATA* para, REAL** var, int** BINDEX); + +/**************************************************************************** +| Check the volumetric inflow rate +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param psi Pointer to the variable +| \param BINDEX Pointer to the boundary index +| +| \return 0 if no error occurred +****************************************************************************/ +REAL vol_inflow(PARA_DATA* para, REAL** var, int** BINDEX); + +/**************************************************************************** +| Check the volumetric inflow rate +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param psi Pointer to the variable +| \param BINDEX Pointer to the boundary index +| +| \return 0 if no error occurred +****************************************************************************/ +REAL vol_outflow(PARA_DATA* para, REAL** var, int** BINDEX); + +/**************************************************************************** +| Check flow rates through all the tiles +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param BINDEX Pointer to the boundary index +| +| \return 0 if no error occurred +****************************************************************************/ +int check_tile_flowrate(PARA_DATA* para, REAL** var, int** BINDEX); + +/**************************************************************************** +| Check flow rates at inlets when t=0 +| +| \param para Pointer to FFD parameters +| \param var Pointer to FFD simulation variables +| \param BINDEX Pointer to the boundary index +| +| \return 0 if no error occurred +****************************************************************************/ +REAL initial_inflows(PARA_DATA* para, REAL** var, int** BINDEX); + +/**************************************************************************** +| Parse the command-line argument +| +| \param argc number of argument +| \param argv command-line argument +| +| \return 0 if no error occurred +****************************************************************************/ +int parse_argument(int argc, char** argv, int* platform_device); + +/**************************************************************************** +| calculate momentum kick: 1/rho*S +| 1/rho*S = V_dot*(V1-V2)/V = A*V2*(V2/beta-V2)/A*h = V2*(V2/beta-V2)/h +| where: V1 and V2 are the velocities supposing that tiles are partially or fully open +| A is tha area of tile, h is the height of the space, beta is open-area-ratio +****************************************************************************/ +REAL get_momentum_kick(REAL V2, REAL beta, REAL h); + +/**************************************************************************** +| find the monitoring points in front of each rack +| return 0 if all points are found +****************************************************************************/ +int get_monitor_points(PARA_DATA* para, REAL** var, int SI, int SJ, int SK, int EI, int EJ, int EK, int rack_flow_direction, int id_rack); + +/**************************************************************************** +| find the indexes of the monitoring points +| monitors are 6 inch (0.1524 m) in front of rack +| FIXME: ONLY ABLE TO HANDLE RACK WHOSE AIRLOW IS IN X DIRECTION! +| return 0 if all points are found +****************************************************************************/ +int get_monitor_index(PARA_DATA* para, REAL** var); + +/**************************************************************************** +| write temperature at monitoring points +| monitors are 6 inch (0.1524 m) in front of rack +| FIXME: ONLY ABLE TO HANDLE RACK WHOSE AIRLOW IS IN X DIRECTION! +| return 0 if all points are found +****************************************************************************/ +int write_monitor_data(PARA_DATA *para, REAL **var); + -FILE *file_log; - -/* - * Check the residual of equation - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param psi Pointer to the variable - * - * @return 0 if no error occurred - */ -REAL check_residual(PARA_DATA *para, REAL **var, REAL *x); - -/* - * Write the log file - * - * @param message Pointer the message - * @param msg_type Type of message - * - * @return 0 if no error occurred - */ -void ffd_log(char *message, FFD_MSG_TYPE msg_type); - -/* - * Check the outflow rate of the scalar psi - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param psi Pointer to the variable - * @param BINDEX Pointer to the boundary index - * - * @return 0 if no error occurred - */ -REAL outflow(PARA_DATA *para, REAL **var, REAL *psi, int **BINDEX); - -/* - * Check the inflow rate of the scalar psi - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param psi Pointer to the variable - * @param BINDEX Pointer to the boundary index - * - * @return 0 if no error occurred - */ -REAL inflow(PARA_DATA *para, REAL **var, REAL *psi, int **BINDEX); - -/* - * Check the minimum value of the scalar psi at (ci,cj,ck) and its surrounding - * cells - * - * @param para Pointer to FFD parameters - * @param psi Pointer to the variable - * @param ci Index in x direction - * @param cj Index in y direction - * @param ck Index in z direction - * - * @return 0 if no error occurred - */ -REAL check_min(PARA_DATA *para, REAL *psi, int ci,int cj,int ck); - -/* - * Check the maximum value of the scalar psi at (ci,cj,ck) and its surrounding - * cells - * - * @param para Pointer to FFD parameters - * @param psi Pointer to the variable - * @param ci Index in x direction - * @param cj Index in y direction - * @param ck Index in z direction - * - * @return 0 if no error occurred - */ -REAL check_max( PARA_DATA *para, REAL *psi, int ci,int cj,int ck); - -/* - * Calculate averaged value of psi - * - * @param para Pointer to FFD parameters - * @param psi Pointer to the variable - * - */ -REAL average(PARA_DATA *para, REAL *psi); - - -/* - * Calculate volume weighted averaged value of psi in a space - * - * The average is weighted by volume of each cell - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param psi Pointer to the variable - * - * @return Volume weighted average - */ -REAL average_volume(PARA_DATA *para, REAL **var, REAL *psi); - -/* - * Calcuate time averaged value - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * - * - * @return 0 if no error occurred - */ -int average_time(PARA_DATA *para, REAL **var); - -/* - * Reset time averaged value to 0 - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * - * - * @return 0 if no error occurred - */ -int reset_time_averaged_data (PARA_DATA *para, REAL **var); - -/* - * Add time averaged value for the time average later on - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * - * - * @return 0 if no error occurred - */ -int add_time_averaged_data (PARA_DATA *para, REAL **var); - -/* - * Check the energy transfer rate through the wall to the air - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * @param BINDEX Pointer to the boundary index - * - * @return 0 if no error occurred - */ -REAL qwall(PARA_DATA *para, REAL **var,int **BINDEX); - -/* - * Free memory for BINDEX - * - * @param BINDEX Pointer to the boundary index - * - * @return 0 if no error occurred - */ -void free_index(int **BINDEX); - -/* - * Free memory for FFD simulation variables - * - * @param var Pointer to FFD simulation variables - * - * @return 0 if no error occurred - */ -void free_data(REAL **var); - -/* - * Determine the maximum value of given scalar variable - * - * @param para Pointer to FFD parameters - * @param dat Pointer to scalar variable - * - * @return Smax Maximum value of the scalar variable - */ -REAL scalar_global_max(PARA_DATA *para, REAL *dat); - -/* - * Determine the minimum value of given scalar variable - * - * @param para Pointer to FFD parameters - * @param dat Pointer to scalar variable - * - * @return Smin Minimum value of the scalar variable - */ -REAL scalar_global_min(PARA_DATA *para, REAL *dat); - -/* - * Determine the maximum velocity - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * - * @return Vmax Maximum velocity in the simulated domain - */ -REAL V_global_max(PARA_DATA *para, REAL **var); - -/* - * Determine the minimum velocity - * - * @param para Pointer to FFD parameters - * @param var Pointer to FFD simulation variables - * - * @return Vmin Minimum velocity in the simulated domain - */ -REAL V_global_min(PARA_DATA *para, REAL **var); diff --git a/Buildings/Resources/src/ISAT/common.h b/Buildings/Resources/src/ISAT/common.h new file mode 100644 index 00000000000..d70cdfc6482 --- /dev/null +++ b/Buildings/Resources/src/ISAT/common.h @@ -0,0 +1,84 @@ +/**************************************************************************** +| +| \file common.h +| +| \brief data strcuture for the ffd_isat program +| +| \author Wei Tian +| University of Miami, Schneider Electric +| w.tian@umiami.edu, Wei.Tian@Schneider-Electric.com +| Dan Li +| University of Miami +| +| \date 10/18/2018 +| +| \ All RIGHTS RESERVED. +****************************************************************************/ +#ifndef COMMON_H_INCLUDED + +#include +#include + +#include +#include +#include +#include "uthash.h" + +/* Windows*/ +#ifdef _MSC_VER +#include +#else +/* Linux*/ +#include +#endif + +/****************************************************************************** +| Global constants +******************************************************************************/ +#define READ_FFD_RESULT 1 + +#define nx_SIZE 10 /* Dimension of x */ +#define nf_SIZE 4 /* Dimension of f */ +#define nh_SIZE 1 /* Dimension of h, Set to 1 if h(x) is not required to initialize pointer ha */ + +/**************************************************************************** +| Output types for logging information +****************************************************************************/ +typedef enum{MPC_WARNING, MPC_ERROR, MPC_NORMAL, MPC_NEW} MPC_MSG_TYPE; + +/**************************************************************************** +| Hash Table struct to reduce redundency of calling FFD +****************************************************************************/ +typedef struct { + double x[nx_SIZE]; +} hashKey; /* hash key */ + +typedef struct { + hashKey key; /* we'll use this field as the key */ + /* ... other data ... */ + UT_hash_handle hh; /* makes this structure hashable */ +} hashStruct; /* hash unit */ + +/**************************************************************************** +| Parameters used in isat +****************************************************************************/ +typedef struct{ + const int *nx; + const int *nf; + const int *ng; + double *x; + double *f; + double *g; +} ffdIO; + +/**************************************************************************** +| pointer to write log information +****************************************************************************/ +char logMsg[1000]; + +#define COMMON_H_INCLUDED +#endif + + + + diff --git a/Buildings/Resources/src/ISAT/cosimulation.c b/Buildings/Resources/src/ISAT/cosimulation.c new file mode 100644 index 00000000000..1f9c321c9a6 --- /dev/null +++ b/Buildings/Resources/src/ISAT/cosimulation.c @@ -0,0 +1,569 @@ + /**************************************************************************** + | + | \file cosimulation.c + | + | \brief Functions for cosimulation + | + | \author Wangda Zuo + | University of Miami, University of Colorado Boulder + | W.Zuo@miami.edu, wangda.zuo@colorado.edu + | Xu Han + | Univeristy of Colorado Boulder, xuha3556@colorado.edu + | Xu Han + | University of Colorado Boulder + | xuha3556@colorado.edu + | + | \date 4/5/2020 + | \This file provides functions that are used for conducting the coupled simulation + | \with Modelica + | + ****************************************************************************/ + +#include "cosimulation.h" +#include "common.h" +static char comsg[1000] = { 0 }; + +extern int num_input; +extern int num_output; +extern double outp_weight[]; +extern OUTPUT_TYPE outp_name[]; +extern INPUT_TYPE inpu_name[]; + +/* Declare and initialize variables */ +extern int num_inlet, num_block, num_wall, dir_inlet; + +/* temperature, heat flux or velocity will be overwritten or not */ +extern int inlet_temp_re[]; +extern int inlet_vel_re[]; +extern int block_re[]; +extern int wall_re[]; + +/* temperature, heat flux or velocity will be overwritten by which isat input */ +extern int inlet_temp_wh[]; +extern int inlet_vel_wh[]; +extern int block_wh[]; +extern int wall_wh[]; + +/* + * Read the coupled simulation parameters defined by Modelica + * + * @param para Pointer to FFD parameters + * @param var Pointer to FFD simulation variables + * @param BINDEX pointer to boundary index + * + * @return 0 if no error occurred + */ + +int read_cosim_parameter(PARA_DATA *para) { + int i; + + cosim_log("-------------------------------------------------------------------", + COSIM_NORMAL); + + if(para->cosim->para->version=="DEBUG") { + cosim_log("read_cosim_parameter(): " + "Received the following coupled simulation parameters:", + COSIM_NORMAL); + } + + /**************************************************************************** + | Compare number of solid surface boundaries + | (Wall, Window Glass with and without shading, and Window Frame) + ****************************************************************************/ + if (para->cosim->para->version == "DEBUG") { + cosim_log("Modelica Surfaces are:", COSIM_NORMAL); + for (i = 0; icosim->para->nSur; i++) { + sprintf(comsg, "\t%s", para->cosim->para->name[i]); + cosim_log(comsg, COSIM_NORMAL); + } + } + + /**************************************************************************** + | Compare the number of fluid ports + ****************************************************************************/ + if (para->cosim->para->version == "DEBUG") { + sprintf(comsg, "\tnPorts=%d", para->cosim->para->nPorts); + cosim_log(comsg, COSIM_NORMAL); + } + + /**************************************************************************** + | Compare the number of sensors + ****************************************************************************/ + if (para->cosim->para->version == "DEBUG") { + sprintf(comsg, "\tnSen=%d", para->cosim->para->nSen); + cosim_log(comsg, COSIM_NORMAL); + } + + /**************************************************************************** + | Compare the number of species + ****************************************************************************/ + if (para->cosim->para->version == "DEBUG") { + sprintf(comsg, "\tnXi=%d", para->cosim->para->nXi); + cosim_log(comsg, COSIM_NORMAL); + } + + /**************************************************************************** + | Compare the number of trace substances + ****************************************************************************/ + if (para->cosim->para->version == "DEBUG") { + sprintf(comsg, "\tnC=%d", para->cosim->para->nC); + cosim_log(comsg, COSIM_NORMAL); + + sprintf(comsg, "\tnConExtWin=%d", para->cosim->para->nConExtWin); + cosim_log(comsg, COSIM_NORMAL); + + sprintf(comsg, "\tsha=%d", para->cosim->para->sha); + cosim_log(comsg, COSIM_NORMAL); + } + + /**************************************************************************** + | Print the information for surface boundaries + ****************************************************************************/ + for(i=0; icosim->para->nSur; i++) { + sprintf(comsg, "\tSurface %d: %s", i, para->cosim->para->name[i]); + cosim_log(comsg, COSIM_NORMAL); + sprintf(comsg, "\t\tArea:%f[m2],\t Tilt:%f[deg]", + para->cosim->para->are[i], para->cosim->para->til[i]); + cosim_log(comsg, COSIM_NORMAL); + switch (para->cosim->para->bouCon[i]) { + case 1: + cosim_log("\t\tThermal boundary: Fixed temperature", COSIM_NORMAL); + break; + case 2: + cosim_log("\t\tThermal boundary: Fixed heat flux", COSIM_NORMAL); + break; + default: + sprintf(comsg, + "Invalid value (%d) for thermal boundary condition. " + "1: Fixed T; 2: Fixed heat flux", + para->cosim->para->bouCon[i]); + cosim_log(comsg, COSIM_ERROR); + return 1; + } + } + + for(i=0; icosim->para->nPorts; i++) { + sprintf(comsg, "\tFluid Ports %d: %s", i, para->cosim->para->portName[i]); + cosim_log(comsg, COSIM_NORMAL); + } + + for(i=0; icosim->para->nSen; i++) { + sprintf(comsg, "\tSensor %d: %s", i, para->cosim->para->sensorName[i]); + cosim_log(comsg, COSIM_NORMAL); + } + + sprintf(comsg,"read_cosim_parameter(): check para->cosim->modelica->flag=%d", para->cosim->modelica->flag); + cosim_log(comsg, COSIM_NORMAL); + + return 0; +} /* End of read_cosim_parameter()*/ + + +int read_cosim_data(PARA_DATA *para) { + int i=0, j=0; + int size = para->cosim->para->nSur + para->cosim->para->nPorts * 2; + float *input = malloc(sizeof(float)*size); + + cosim_log("-------------------------------------------------------------------", + COSIM_NORMAL); + /**************************************************************************** + | Wait for data to be updated by the other program + ****************************************************************************/ + while (para->cosim->modelica->flag == 0) { + if (para->cosim->para->version == DEBUG) { + sprintf(comsg, + "read_cosim_data(): Data is not ready with para->cosim->modelica->flag = %d", + para->cosim->modelica->flag); + cosim_log(comsg, COSIM_NORMAL); + } + if (para->cosim->para->flag == 0) { + return 1; + } + Sleep(10); + if (para->cosim->para->version == DEBUG) + cosim_log("read_cosim_data(): Sleep for 0.01", COSIM_NORMAL); + } + + if (para->cosim->para->version == DEBUG) { + cosim_log("read_cosim_data(): Modelica data is ready.", COSIM_NORMAL); + sprintf(comsg, + "read_cosim_data(): Received the following data at t=%f[s]", + para->cosim->modelica->t); + cosim_log(comsg, COSIM_NORMAL); + } + + double tmp = 0; + int flag; + sprintf(comsg, + "read_cosim_data(): Start to read data from Modelica at t=%f[s]", + para->cosim->modelica->t); + cosim_log(comsg, COSIM_NORMAL); + /**************************************************************************** + | Convert the port data from Modelica to FFD for the Inlet + ****************************************************************************/ + for (i = 0; i < num_input; i++) { + flag = 0; + if (num_inlet > 0 && flag == 0) { + for (j = 0; j < num_inlet; j++) { + if (inlet_temp_wh[j] == i + 1) { + para->cosim->ffd->input[i] = para->cosim->modelica->TPor[j] - 273.15; + flag = 1; + break; + } + else if (inlet_vel_wh[j] == i + 1) { + para->cosim->ffd->input[i] = para->cosim->modelica->mFloRatPor[j]; + flag = 1; + break; + } + if (flag == 1) + break; + } + } + if (num_block > 0 && flag == 0) { + for (j = 0; j < num_block; j++) { + if (block_wh[j] == i + 1) { + para->cosim->ffd->input[i] = para->cosim->modelica->sourceHeat[j]; + int source_bou = 2; + /*source_bou is defined by the users */ + switch (source_bou) { + case 1: /* Temperature*/ + para->cosim->ffd->input[i] = para->cosim->modelica->sourceHeat[j] - 273.15; + flag = 1; + break; + case 2: /* Heat flow rate*/ + para->cosim->ffd->input[i] = para->cosim->modelica->sourceHeat[j]; + flag = 1; + break; + } + } + if (flag == 1) + break; + } + } + if (num_wall > 0 && flag == 0) { + for (j = 0; j < num_wall; j++) { + if (wall_wh[j] == i + 1) { + switch (para->cosim->para->bouCon[j]) { + case 1: /* Temperature*/ + para->cosim->ffd->input[i] = para->cosim->modelica->temHea[j] - 273.15; + flag = 1; + break; + case 2: /* Heat flow rate*/ + para->cosim->ffd->input[i] = para->cosim->modelica->temHea[j]; + flag = 1; + break; + default: + sprintf(comsg, + "Invalid value (%d) for thermal boundary condition. " + "Expected value are 1->Fixed T; 2->Fixed heat flux", + para->cosim->para->bouCon[i]); + cosim_log(comsg, COSIM_ERROR); + return 1; + } + } + if (flag == 1) + break; + } + } + if (flag == 1) { + sprintf(comsg, "\tpara->cosim->ffd->input[%d]: %lf", i, para->cosim->ffd->input[i]); + cosim_log(comsg, COSIM_NORMAL); + } + else { + sprintf(comsg, "read_cosim_data(): failed to assign value for para->cosim->ffd->input[%d]", i); + cosim_log(comsg, COSIM_ERROR); + } + } + + /* Change the flag to indicate that the data has been read*/ + para->cosim->modelica->flag = 0; + if (para->cosim->para->version == DEBUG) { + cosim_log("read_cosim_data(): Ended reading data from Modelica.", + COSIM_NORMAL); + } + return 0; +} + /* + * Write the FFD data for Modelica + * + * @param para Pointer to FFD parameters + * @param var Pointer to FFD simulation variables + * + * @return 0 if no error occurred + */ +int write_cosim_data(PARA_DATA *para){ + int i, j, id; + + cosim_log("-------------------------------------------------------------------", + COSIM_NORMAL); + /**************************************************************************** + | Wait if the previous data has not been read by Modelica + ****************************************************************************/ + while(para->cosim->ffd->flag==1) { + cosim_log("write_cosim_data(): Wait since previous data is not taken " + "by Modelica", COSIM_NORMAL); + Sleep(10); + } + + /**************************************************************************** + | Start to write new data + ****************************************************************************/ + cosim_log("write_cosim_data(): " + "Start to write the following coupled simulation data to Modelica:", + COSIM_NORMAL); + + /**************************************************************************** + | Note: we assumed fixed values by default for some parameters. The values + | can be assigned by isat output, which is defined by users. + | For example, para->cosim->ffd->TRoo = para->cosim->ffd->output[0]; + ****************************************************************************/ + + /**************************************************************************** + | Set the time and space averaged temperature of space + | Convert T from degC to K + ****************************************************************************/ + para->cosim->ffd->TRoo = 25.0; /*assumed a fixed value*/ + + /**************************************************************************** + | Set temperature of shading devices (currently not supported) + ****************************************************************************/ + /*Note: we assumed a fixed value here, which can be assigned by isat outputs*/ + if(para->cosim->para->sha==1) { + for(i=0; icosim->para->nConExtWin; i++) { + para->cosim->ffd->TSha[i] = 20 + 273.15; /*assumed a fixed value*/ + } + } + + /**************************************************************************** + | Set data for fluid ports + ****************************************************************************/ + for(i=0; icosim->para->nPorts; i++) { + /* Get the corresponding ID in Modelica*/ + /*------------------------------------------------------------------------- + | Assign the temperature + -------------------------------------------------------------------------*/ + para->cosim->ffd->TPor[i] = 25.0; /*assumed a fixed value*/ + + for(j=0; jcosim->para->nXi; j++) { + para->cosim->ffd->XiPor[i][j] = 0.01; /*assumed a fixed value*/ + } + /*------------------------------------------------------------------------- + | Assign the C + -------------------------------------------------------------------------*/ + for(j=0; jcosim->para->nC; j++) { + para->cosim->ffd->CPor[i][j] = 0.01; /*assumed a fixed value*/ + } + } + + /**************************************************************************** + | Set data for solid surfaces + ****************************************************************************/ + for (i = 0; i < para->cosim->para->nSur; i++) { + /* Set the B.C. Temperature*/ + if(para->cosim->para->bouCon[i]==2) { + para->cosim->ffd->temHea[i] = 25 + 273.15; /*assumed a fixed value*/ + } + /* Set the heat flux*/ + else { + para->cosim->ffd->temHea[i] = 0.0; /*assumed a fixed value*/ + } + } + + /**************************************************************************** + | Set data for sensors + ****************************************************************************/ + for(i=0; icosim->para->nSen; i++) { + para->cosim->ffd->senVal[i] = para->cosim->ffd->output[i]; + sprintf(comsg, "\tpara->cosim->ffd->output[%d]: %f", + i, para->cosim->ffd->senVal[i]); + cosim_log(comsg, COSIM_NORMAL); + } + + /**************************************************************************** + | Inform Modelica that the FFD data is updated + ****************************************************************************/ + para->cosim->ffd->flag = 1; + + return 0; +} /* End of write_cosim_data()*/ + + +/* +* Integrate the coupled simulation exchange data over the surfaces +* +* Fluid port: +* - T/Xi/C: sum(u*T*dA) +* - m_dot: sum(u*dA) +* +* Solid Surface Boundary: +* - T: sum(T*dA) +* - Q_dot: sum(q_dot*dA) +* +* @param para Pointer to FFD parameters +* @param var Pointer to FFD simulation variables +* @param BINDEX Pointer to the boundary index +* +* @return 0 if no error occurred +*/ + +int surface_integrate(PARA_DATA *para, REAL **var, int **BINDEX) { + int imax = para->geom->imax, jmax = para->geom->jmax; + int kmax = para->geom->kmax; + int i, j, k, it, bcid; + int IMAX = imax + 2, IJMAX = (imax + 2)*(jmax + 2); + REAL vel_tmp, A_tmp; + + /**************************************************************************** + | Set the variable to 0 + ****************************************************************************/ + if (para->outp->version == DEBUG) + ffd_log("surface_integrate(): Start to set the variable to 0", + FFD_NORMAL); + + for (i = 0; ibc->nb_wall; i++) + para->bc->temHeaAve[i] = 0; + + for (i = 0; ibc->nb_port; i++) { + para->bc->TPortAve[i] = 0; + para->bc->velPortAve[i] = 0; + for (j = 0; jbc->nb_Xi; j++) + para->bc->XiPortAve[i][j] = 0; + for (j = 0; jbc->nb_C; j++) + para->bc->CPortAve[i][j] = 0; + } + + /**************************************************************************** + | Go through all the boundary cells + ****************************************************************************/ + if (para->outp->version == DEBUG) + ffd_log("surface_integrate(): Start to sum all the cells", FFD_NORMAL); + + for (it = 0; itgeom->index; it++) { + i = BINDEX[0][it]; + j = BINDEX[1][it]; + k = BINDEX[2][it]; + bcid = BINDEX[4][it]; + + if (i == 0 || i == imax + 1) { + vel_tmp = var[VX][IX(i, j, k)]; + A_tmp = area_yz(para, var, i, j, k); + } + else if (j == 0 || j == jmax + 1) { + vel_tmp = var[VY][IX(i, j, k)]; + A_tmp = area_zx(para, var, i, j, k); + } + else if (k == 0 || k == kmax + 1) { + vel_tmp = var[VZ][IX(i, j, k)]; + A_tmp = area_xy(para, var, i, j, k); + } + + /*------------------------------------------------------------------------- + | Set the thermal conditions data for Modelica. + | In FFD simulation, the BINDEX[3][it] indicates: 1->T, 0->Heat Flux. + | Those BINDEX[3][it] will be reset according to the Modelica data + | para->comsim->para->bouCon (1->Heat Flux, 2->T). + | Here is to give the Modelica the missing data (For instance, if Modelica + | send FFD Temperature, FFD should then send Modelica Heat Flux). + -------------------------------------------------------------------------*/ + /*------------------------------------------------------------------------- + | Solid Wall + --------------------------------------------------------------------------*/ + if (var[FLAGP][IX(i, j, k)] == SOLID) { + switch (BINDEX[3][it]) { + /* FFD uses heat flux as BC to compute temperature*/ + /* Then send Modelica the temperature*/ + case 0: + para->bc->temHeaAve[bcid] += var[TEMP][IX(i, j, k)] * A_tmp; + break; + /* FFD uses temperature as BC to compute heat flux*/ + /* Then send Modelica the heat flux*/ + case 1: + para->bc->temHeaAve[bcid] += var[QFLUX][IX(i, j, k)] * A_tmp; + break; + default: + sprintf(msg, "average_bc_area(): Thermal boundary (%d)" + "for cell (%d,%d,%d) was not defined", + BINDEX[3][it], i, j, k); + ffd_log(msg, FFD_ERROR); + return 1; + } + } + /*------------------------------------------------------------------------- + | Outlet + -------------------------------------------------------------------------*/ + else if (var[FLAGP][IX(i, j, k)] == OUTLET) { + if (para->outp->version == DEBUG) { + sprintf(msg, "surface_integrate(): Set the outlet[%d, %d, %d]", + i, j, k); + ffd_log(msg, FFD_NORMAL); + } + + para->bc->TPortAve[bcid] += var[TEMP][IX(i, j, k)] * A_tmp; + para->bc->velPortAve[bcid] += vel_tmp * A_tmp; + for (j = 0; jbc->nb_Xi; j++) + para->bc->XiPortAve[bcid][j] += var[Xi1 + j][IX(i, j, k)] * A_tmp; + + for (j = 0; jbc->nb_C; j++) + para->bc->CPortAve[bcid][j] += var[C1 + j][IX(i, j, k)] * A_tmp; + + } + /*------------------------------------------------------------------------- + | Inlet + -------------------------------------------------------------------------*/ + else if (var[FLAGP][IX(i, j, k)] == INLET) { + if (para->outp->version == DEBUG) { + sprintf(msg, "surface_integrate(): Set 0 for inlet [%d,%d,%d].", + i, j, k); + ffd_log(msg, FFD_NORMAL); + } + + para->bc->TPortAve[bcid] = 0; + para->bc->velPortAve[bcid] = 0; + for (j = 0; jbc->nb_Xi; j++) + para->bc->XiPortAve[bcid][j] = 0; + + for (j = 0; jbc->nb_C; j++) + para->bc->CPortAve[bcid][j] = 0; + } + + } /* End of for(it=0; itgeom->index; it++)*/ + + return 0; +} /* End of surface_integrate()*/ + + +/**************************************************************************** +| Write the log file +| +| \param message Pointer the message +| \param msg_type Type of message +| +| \return 0 if no error occurred +****************************************************************************/ +void cosim_log(char *message, COSIM_MSG_TYPE msg_type) { + if (msg_type == COSIM_NEW) { + if ((file_log = fopen("log.isat", "w+")) == NULL) { + fprintf(stderr, "Error:can not open error file!\n"); + exit(1); + } + } + + else if ((file_log = fopen("log.isat", "a+")) == NULL) { + fprintf(stderr, "Error:can not open error file!\n"); + exit(1); + } + + switch (msg_type) { + case COSIM_WARNING: + fprintf(file_log, "WARNING in %s\n", message); + break; + case COSIM_ERROR: + fprintf(file_log, "ERROR in %s\n", message); + break; + /* Normal log */ + default: + fprintf(file_log, "%s\n", message); + } + fclose(file_log); + +} /* End of cosim_log() */ \ No newline at end of file diff --git a/Buildings/Resources/src/ISAT/cosimulation.h b/Buildings/Resources/src/ISAT/cosimulation.h new file mode 100644 index 00000000000..4626f855163 --- /dev/null +++ b/Buildings/Resources/src/ISAT/cosimulation.h @@ -0,0 +1,83 @@ +/**************************************************************************** +| +| \file cosimulation.h +| +| \brief Functions for cosimulation +| +| \author Wangda Zuo +| University of Miami, University of Colorado Boulder +| W.Zuo@miami.edu, wangda.zuo@colorado.edu +| Xu Han +| Univeristy of Colorado Boulder, xuha3556@colorado.edu +| Xu Han +| University of Colorado Boulder +| xuha3556@colorado.edu +| +| \date 4/5/2020 +| \This file provides functions that are used for conducting the coupled simulation +| \with Modelica +| +****************************************************************************/ + +#ifndef _COSIMULATION_H +#define _COSIMULATION_H +#endif + +#ifdef _MSC_VER +#include +#elif defined __GNUC__ +#ifdef _WIN64 +#include +#elif _WIN32 +#include +#elif __APPLE__ +#include +#elif __linux__ +#include +#else +#include +#endif +#else +#include +#endif + +#include + +#ifndef _DATA_STRUCTURE_H +#define _DATA_STRUCTURE_H +#include "../FastFluidDynamics/data_structure.h" +#endif + +#ifndef _UTILITY_H +#define _UTILITY_H +#include "../FastFluidDynamics/utility.h" +#endif + +#ifndef _GEOMETRY_H +#define _GEOMETRY_H +#include "../FastFluidDynamics/geometry.h" +#endif + +#ifndef _MSC_VER /*Linux*/ +#define Sleep(x) sleep(x/1000) +#endif + + +FILE *file_log; + +int read_cosim_parameter(PARA_DATA *para); +/* + * Read the data from Modelica + * + * @param para Pointer to FFD parameters + * @param var Pointer to FFD simulation variables + * @param BINDEX pointer to boundary index + * + * @return 0 if no error occurred + */ + +int read_cosim_data(PARA_DATA *para); + +void cosim_log(char *message, COSIM_MSG_TYPE msg_type); + +int write_cosim_data(PARA_DATA *para); \ No newline at end of file diff --git a/Buildings/Resources/src/ISAT/ffd_isat.c b/Buildings/Resources/src/ISAT/ffd_isat.c new file mode 100644 index 00000000000..1d300eee2b8 --- /dev/null +++ b/Buildings/Resources/src/ISAT/ffd_isat.c @@ -0,0 +1,1100 @@ +/****************************************************************************** +| +| \file ffd_isat.c +| +| \brief define function to perform ffd_isat training and testing +| +| \author Xu Han +| Univeristy of Colorado Boulder, xuha3556@colorado.edu +| Wei Tian +| University of Miami, Schneider Electric +| w.tian@umiami.edu, Wei.Tian@Schneider-Electric.com +| Dan Li +| University of Miami +| +| \date 4/5/2020 +| +| \ All RIGHTS RESERVED. +******************************************************************************/ +#include "ffd_isat.h" + +/****************************************************************************** +| recursive subroutine isatab( idtab, mode, nx, x, nf, nh, nhd, usrfgh, iusr, rusr, info, rinfo, fa, ga, ha, stats ) +| ------- INPUT +| +| idtab - unique identifier of the table (idtab >= 0 ) +| mode - integer determining the action to be taken +| = 0 for a "regular query call" (i.e., given x, return fa) +| > 0 for "special calls" (described below) +| nx - number of components of x ( nx >= 1 ) +| x - components of x +| nf - number of components of f ( nf >= 1 ) +| nh - number of components of h ( nh >= 0 ) +| nhd - dimension of ha ( nhd >= max(1,nh) ) +| usrfgh - name of the user-supplied subroutine that returns +| f(x), g(x) = df(x)/dx, and h(x) (see below) +| iusr - user-defined integer array passed to usrfgh +| Note: instead passing integer array +| ffd exchange struct pointer here +| rusr - user-defined real array passed to usrfgh +| info - integer array controlling ISATAB operations (see below) +| rinfo - real array controlling ISATAB operations (see below) +| +| ------- OUTPUT +| +| fa - piecewise-linear approximation to f(x) +| ga - piecewise-constant approximation to g(x) (for info(2)=1) +| (ga must be dimensioned at least nf*nx) +| ha - piecewise-constant approximation to h(x) (for info(3)=1) +| stats - statistics of ISATAB performance (see below) +| +| Note: Depending on mode and other settings, some of the input may not be +| referenced, and some of the output may not be set. (Write for ISAT Fortan lib) +******************************************************************************/ + +/****************************************************************************** +| Declaration of ISATAB in isat (external static library) +******************************************************************************/ +void ISATAB(int *idtab, int *mode, const int *nx, double x[], const int *nf, const int *nh, const int *nhd, void *usrfgh, \ + int iusr[], double rusr[], int info[], double rinfo[], double fa[], double ga[nx_SIZE][nf_SIZE], double ha[], double stats[] ); + +/****************************************************************************** +| Initialize parameter for calling ISAT or slover +******************************************************************************/ + int num_input = 2; + int num_output = 1; + double outp_weight[5] = { 0 }; + OUTPUT_TYPE outp_name[5] = { temp_occ }; + INPUT_TYPE inpu_name[10] = { sur_temp }; + /* Declare and initialize variables */ + int num_inlet = 0, num_block = 0, num_wall = 0, dir_inlet = 0; + /* temperature, heat flux or velocity will be overwritten or not */ + int inlet_temp_re[100] = { 0 }; + int inlet_vel_re[100] = { 0 }; + int block_re[100] = { 0 }; + int wall_re[100] = { 0 }; + /* temperature, heat flux or velocity will be overwritten by which isat input */ + int inlet_temp_wh[100] = { 0 }; + int inlet_vel_wh[100] = { 0 }; + int block_wh[100] = { 0 }; + int wall_wh[100] = { 0 }; + + char filepath[400] = { 0 }; + int readexisting = 1; + int writeexisting = 1; + + #define ISAT_SMALL 1e-6 + /* define the ita */ + float ita = 5 / 10000; /* allow 5 add or grow per 10000 queries */ + float VPower = 1.0; + int idtab = 1; /* Just set 1 if only one table */ + int mode = 0; /* mode = 0 is defualt */ + int nx; /* Calculate in main */ + int nf; /* Calculate in main */ + int nh = 0; /* If the additional function h(x) is not required, set nh=0, nhd=1. */ + int nhd = 1; /* Function h is not used so far */ + double x[nx_SIZE] = {0}; /* Initialize x */ + double fa[nf_SIZE] = {0}; /* Initialize fa */ + double ga[nx_SIZE][nf_SIZE] = {0}; /* Initialize ga. Note: In Fortran, g(nf,nx). Initialize in C by a reverse matrix */ + double ha[nh_SIZE] = {0}; /* Initialize fa */ + double rusr[nf_SIZE] = {nf_SIZE}; /* Note rusr[1]=its length, so >=1. It may used to contain f in some special usage */ + int info[70] = {0}; /* Initialize by dafult value 0 */ + double rinfo[100] = {0}; /* Initialize by dafult value 0 */ + double stats[100] = {0}; /* Initialize memory for store performance info */ + double unusedPointer = 0; /* Initialize a unused pointer */ + int need[3] = {1,0,0}; /* Initialize need for call solver directly */ + double time_elipse = 0; /*the time before launching the isat */ + ffdIO ffdStruct; /* A struct passed to ffd contains constant */ + /* Note: only some constant could pass to ffd through here. Input and out put must in x,fa and ga. */ + +/****************************************************************************** +| Initialize variables for performance statistics +******************************************************************************/ + clock_t tStart = 0; + clock_t tEnd = 0; + time_t tExeStart; /*Start of system time*/ + time_t tExeEnd; /*End of system time*/ + double cpuISAT = 0; /*CPU secounds on ISAT*/ + double cpuDE = 0; /*CPU secounds on direct evaluation. Direct evaluation called by ISAT is not included.*/ + double cpuCum = 0; + int nQuery = 0; /*Number of queries*/ + int QueryLimit = 10000; /*Number of queries*/ + double errSum = 0; /*Sum of f error*/ + double errMax = 0; /*Max of f error*/ + int caltyp =0; /*0 training*/ + /*1 test*/ + /*Define hash table*/ + hashStruct l, *p, *r, *tmp, *records = NULL; + +/****************************************************************************** +| MPC control global variable +******************************************************************************/ + /*Logistic*/ + int useISAT = 1; /*If use ISAT.*/ + int useRandomTest = 0; /*If use Random Test.Need: xBoundary, nRanCall.*/ + int useTablePreparation = 1; /*If use Table Preparation. Need: xBoundary, xStep.*/ + int useBinarySelectedPoint = 0; /*If use binary selected training point, like binary tree.*/ + int useNumericalDifferentiation = 0; /*If use numerical differentiation for ga. Note: Not be implemented yet.*/ + int useAccuracyTest = 1; /*If use accuracy test. Note: Perform a direct evaluation at each query. CPU time added in cpuDE*/ + int useErrorControlCorrection = 1; /*if use error control correction. The total error defind as vector length. Use this to crroect order of magnitudes of each component of output vector. + please implement this at ffd_ISAT.c */ + int useBoundaryCenterRange=0; /*if use Boundary center range. The maximum inputs value difference equals xBoundaryCenterRange/2. Here use it to set limititon of different wall temperature.*/ + int useNormalDistribution=1; /* = 0, use uniform distribution at random test = 1, use normal distribution at random test */ + int useUnboundedTest = 1; /* = 0, use xBoundary for random test = 1, use xBoundary2 for random test */ + int useRoundInput = 1; /* If use rounded input, chose rounded digits after decimal */ + + double xBoundary[nx_SIZE][2] = { { 12.0,28.0 },{ 3.0,28.0 } }; + /*Contains lower and upper boundary of x.*/ + double xBoundaryCenterRange = 10; + /*Contains centered range of inpust in a rectangular domian. To set maximum difference of inputs at different dimensions.*/ + + double xStep[nx_SIZE] = { 0.1,0.01 }; /*Step size to generate table.*/ + int nRanCall = 10; /*Number of Random call for testing*/ + + double xBoundary2[nx_SIZE][2] = { { 12.0,30.0 },{ 0,30.0 } }; + /*Contains lower and upper boundary of x for "unbounderd case".*/ + + double mu=1.0, sigma=10/3; /* for bounded */ + double sigma2=10/3; /* for unbounded */ + +/****************************************************/ + int digAftdec = 1; + + #define RoundDigitsControl 1 + #define MANUAL_TEST + #ifdef MANUAL_TEST /*Called by ISAT*/ + double *input1, *input2; + FILE *file_params_tmp; + FILE *file_params_tmp1; + char string[400]; + char char_tmp[400]; + int i_ite = 0; + int j_ite = 0; + #endif +/****************************************************/ + +/* global variables */ + REAL **var; + int **BINDEX; + REAL *locmin, *locmax; + static PARA_DATA para; + static GEOM_DATA geom; + static PROB_DATA prob; + static TIME_DATA mytime; + static INPU_DATA inpu; + static OUTP_DATA outp1; + static BC_DATA bc; + static SOLV_DATA solv; + static SENSOR_DATA sens; + static INIT_DATA init; + + clock_t start, end; + +/**************************************************************************** +| Assign the parameter for coupled simulation +| +| \para cosim Pointer to the coupled simulation parameters +| +| \return No return needed +****************************************************************************/ + +int isat_cosimulation(CosimulationData *cosim) { + para.cosim = (CosimulationData *)malloc(sizeof(CosimulationData)); + para.cosim = cosim; + + if (para.cosim == NULL) { + cosim_log("isat_cosimulation: could not allocate memory", + COSIM_NORMAL); + } + + if (isat_main() != 0) { + cosim->para->ffdError = 1; + return 1; + } + else + return 0; +} /* End of ffd_cosimulation()*/ + +/**************************************************************************** +| Main entrance of ffd_isat +| +| return No return needed +****************************************************************************/ +int isat_main () { + + /**************************************************************************** + | Setting for ISAT table + | + | Note: Setting in nameList file isat_1.nml is preferable if file exists + ****************************************************************************/ + + /*Note: C is zero based and Fortran is one based. Use manual num-1*/ + + /*Basic setting*/ + info[1] = 0; /*info(2) if_g = 0, build the table from scratch + = 1, read existing table*/ + info[11] = 2; /*info(12) isatop = 1, write stats array in .op file for isat performance output on node 0 + = 2, for isat performance output on all nodes*/ + + info[21] = 1; /*info(22) istats = 0, stats and fa is not returned + = 1, return stats as well as fa*/ + /* may be overwritten */ + rinfo[0] = 0.4; /*rinfo(1) errtol, Note: total error*/ + /*Need muanally add a factor in f(x) if we want different accuray in myltiple out puts*/ + /*Need double check*/ + + /*Checkpointing*/ + info[9] = 0; /*info(10) ichin = 0, the ISAT table is created from scratch + = 1,Read previous table, required tab file existed and identical case condition*/ + + info[10] = 2; /*info(11) ichout = 1, To checkpoint the table occasionally on node 0 + = 2, to checkpoint the table occasionally on all nodes*/ + + info[19] = 1; /*info(20) stats0 = 0, for ichin=1, continue from stats read from isat_#_P.tab + = 1 for ichin=1, re-initialize stats*/ + + /**************************************************************************** + | Initialize log file and executive time + ****************************************************************************/ + tExeStart = time(NULL); + sprintf(logMsg, "Executable start: %s", ctime(&tExeStart)); + cosim_log(logMsg, COSIM_NEW); + + para.bc = (BC_DATA *)malloc(sizeof(BC_DATA)); + para.geom = (GEOM_DATA *)malloc(sizeof(GEOM_DATA)); + para.inpu = (INPU_DATA *)malloc(sizeof(INPU_DATA)); + para.outp = (OUTP_DATA *)malloc(sizeof(OUTP_DATA)); + para.prob = (PROB_DATA *)malloc(sizeof(PROB_DATA)); + para.mytime = (TIME_DATA *)malloc(sizeof(TIME_DATA)); + para.solv = (SOLV_DATA *)malloc(sizeof(SOLV_DATA)); + para.sens = (SENSOR_DATA *)malloc(sizeof(SENSOR_DATA)); + para.init = (INIT_DATA *)malloc(sizeof(INIT_DATA)); + + cosim_log("isat_main(): Start ISAT-FFD simulation", COSIM_NORMAL); + + /*read the existing ffd result file*/ + read_isat_parameters(); + + if(readexisting == 1) read_existing(¶); + /**************************************************************************** + | Calculate nx and nf + ****************************************************************************/ + nx = sizeof(x)/sizeof(double); + nf = sizeof(fa)/sizeof(double); + /**************************************************************************** + | Update non-rectangular input domian + ****************************************************************************/ + if (useBoundaryCenterRange){ + } + /**************************************************************************** + | Use Binary Selected Point Training + ****************************************************************************/ + if (useBinarySelectedPoint) { + cosim_log("-------------------------------------------------------------------", COSIM_NORMAL); + cosim_log("isat_main(): Start binary train", COSIM_NORMAL); + binaryTrain(); + } + /**************************************************************************** + | While loop test for cosimulation + ****************************************************************************/ + cosim_loop(para); + /**************************************************************************** + | Post precess of log + ****************************************************************************/ + /* Inform Modelica the stopping command has been received*/ + para.cosim->para->flag = 2; + /*ffd_log("ffd(): Sent stopping signal to Modelica", FFD_NORMAL);*/ + cosim_log("main(): Sent stopping signal to Modelica", COSIM_NORMAL); + + return 0; + +} /* End of Main */ + + +/**************************************************************************** +| Prepare the training domain using recursion method +| +| Note: Table will prepared with xBoundary and xStep +| Calling with input nx +| \param Demantion number of current recursion +| +| \return No return needed +| +| Fixme: Update +****************************************************************************/ +void nDemArrEva(int dimension, double xStep[]) { + + int i = dimension - 1; + double currentX=0.0; + + if (i == -1){ + /*Check hash table*/ + findHash(); + if (!p){ + addHash(); + evaluate(); + } + } + else { + + for (currentX = xBoundary[i][0]; currentX <= xBoundary[i][1]+ISAT_SMALL; currentX += xStep[i]) { + x[i] = currentX; + nDemArrEva(i,xStep); + } + + } /*End of if*/ +} /* End of iterate */ + + +/**************************************************************************** +| Perform a evaluation with current input in global variable +| +| Note: Use solver or ISAT depends on useISAT +| +****************************************************************************/ +void evaluate(){ + int i; + /*check if use rounded input*/ + if (useRoundInput){ + for (i=0; i errMax) + errMax = err; + +}/*end of accurateTest*/ + + +/**************************************************************************** +| Perform a evaluation with random input within boundary of x +| +| Note: Use solver or ISAT depends on useISAT +| +| param number of random calls +| +| return No return needed +****************************************************************************/ +void randomCall (int nCall, int useNormalDistribution, int useUnboundedTest){ + int i, j, r; + for (i = 0; i < nCall; i++) { + /*Prepare input*/ + for (j = 0; j < nx; j++) { + x[j] = getRandom(j,useNormalDistribution,useUnboundedTest); + } + evaluate(); + } + +} + +/**************************************************************************** +| Write the information to log file +| return No return needed +****************************************************************************/ +void writeRecord (){ + if (fabs(cpuISAT - time_elipse) > 1.000000/*threshold for the time difference*/) { + sprintf(logMsg, "nQuery, Input[0], Input[1], outPut[0], stats[1-5], isat_cum, cpu_cum:\t%d\t%f\t%f\t%f\t%f\t%f\t%f\t%f\t%f\t%f\t%f\t%f", nQuery,x[0],x[1],fa[0],stats[0],stats[1],stats[2],stats[3],stats[4],stats[8],stats[81],cpuISAT ); + cosim_log(logMsg, COSIM_NORMAL); + } +} + + +/**************************************************************************** +| Generate a series of random number for testing isat +| return The series of random number distribution +****************************************************************************/ +double getRandom (int dimension, int useNormalDistribution, int useUnboundedTest){ + double r; + if (!useNormalDistribution){ + r = rand() %1000; + if (useUnboundedTest) + return xBoundary2[dimension][0] + (xBoundary2[dimension][1]-xBoundary2[dimension][0]) * r/1000; + else + return xBoundary[dimension][0] + (xBoundary[dimension][1]-xBoundary[dimension][0]) * r/1000; + } + else { + if (useUnboundedTest){ + return randNormal (mu,sigma2); + } + else{ + r = randNormal (mu,sigma); + while (r < xBoundary[dimension][0] || r > xBoundary[dimension][1]){ + r = randNormal (mu,sigma); + } + return r; + + }/* end of if (useUnboundedTest) */ + }/* end of if (!useNormalDistribution) */ + +} + +/**************************************************************************** +| Generate a series of random number in Normal distribution for testing isat +| codes source: https://phoxis.org/2013/05/04/generating-random-numbers-from-normal-distribution-in-c/ +| Polar method: https://en.wikipedia.org/wiki/Marsaglia_polar_method +| Box-method: https://en.wikipedia.org/wiki/Box%E2%80%93Muller_transform +| normal distribution: https://en.wikipedia.org/wiki/Normal_distribution#Generating_values_from_normal_distribution +| return The series of random number in Normal distribution +****************************************************************************/ +double randNormal (double mu, double sigma) { + double U1, U2, W, mult; + static double X1, X2; + static int call = 0; + + if (call == 1) + { + call = !call; + return (mu + sigma * (double) X2); + } + + do + { + U1 = -1 + ((double) rand () / RAND_MAX) * 2; + U2 = -1 + ((double) rand () / RAND_MAX) * 2; + W = pow (U1, 2) + pow (U2, 2); + } + while (W >= 1 || W == 0); + + mult = sqrt ((-2 * log (W)) / W); + X1 = U1 * mult; + X2 = U2 * mult; + + call = !call; + + return (mu + sigma * (double) X1); +} + + +/**************************************************************************** +| Train the isat using binary-section method +| return No return needed +****************************************************************************/ +void binaryTrain () { + double sumOfGroAdd= 0; + int i = 0,j = 0; + int divide =1; + double xStep[nx_SIZE]; + + /*initialize the digAftdec*/ + if (RoundDigitsControl) digAftdec = 0; + /*Round loop of evaluation*/ + do { + /*dynamically change the digits*/ + if (RoundDigitsControl) digAftdec++; + sumOfGroAdd = stats[3]+stats[4]; + /*update xStep*/ + for (i=0; ikey.x[i] = x[i]; + + HASH_ADD(hh, records, key, sizeof(hashKey), r); + +} + +/**************************************************************************** +| New functions to update the digits (accuracy of round-off) dynamically +| +| return No return needed +****************************************************************************/ +void update_digit() { + if (!useBinarySelectedPoint && !caltyp) { + digAftdec = 1; + } + /* else if evenly distribution and evaluation */ + else if (!useBinarySelectedPoint && caltyp) { + digAftdec = 3; + } + /*else if binary and evaluation */ + else if (useBinarySelectedPoint && caltyp) { + digAftdec = 3; + } + else { + digAftdec = digAftdec; + } +} + +/**************************************************************************** +| Read isat parameters +| +| return No return needed +****************************************************************************/ +void read_isat_parameters() { + char filenametmp[400]; + char string[400], tmp[400], tmp1[400]; + int i; + + cosim_log("-------------------------------------------------------------------", + COSIM_NORMAL); + /**************************************************************************** + | overwrite the parameters by user settings + ****************************************************************************/ + char *lastSlash = strrchr(para.cosim->para->fileName, '/'); + int nPath = strlen(para.cosim->para->fileName) - (strlen(lastSlash) - 1); + + para.cosim->para->filePath = (char*)calloc(nPath + 1, sizeof(char)); + para.inpu->parameter_file_path = (char*)calloc(nPath + 1, sizeof(char)); + if (para.cosim->para->filePath == NULL) { + cosim_log("read_isat_parameters(): Could not allocate memory for the path to the FFD files", COSIM_ERROR); + return 1; + } + else { + strncpy(filepath, para.cosim->para->fileName, nPath); + } + snprintf(filenametmp, sizeof(filenametmp), "%s%s", filepath, "set.isat"); + + + /**************************************************************************** + | overwrite the parameters by user settings + ****************************************************************************/ + if ((file_params = fopen(filenametmp, "r")) == NULL) { + return 1; + } + else { + sprintf(logMsg, "read_isat_parameters(): Read isat parameters from file %s", filenametmp); + cosim_log(logMsg, COSIM_NORMAL); + } + /* Read the settings for outputs */ + int next = 0; + while (next == 0) { + if (fgets(string, 400, file_params) == NULL) + next = 1; + if (EOF == sscanf(string, "%s", tmp)) { + continue; + } + + /* Read isat.useISAT */ + if (!strcmp(tmp, "isat.useISAT")) { + sscanf(string, "%s%d", tmp, &useISAT); + sprintf(logMsg, "\tRead general settings of isat:"); + cosim_log(logMsg, COSIM_NORMAL); + sprintf(logMsg, "\t\t%s=%d", tmp, useISAT); + cosim_log(logMsg, COSIM_NORMAL); + } + + /* Read isat.useBinarySelectedPoint */ + else if (!strcmp(tmp, "isat.useBinarySelectedPoint")) { + sscanf(string, "%s%d", tmp, &useBinarySelectedPoint); + sprintf(logMsg, "\t\t%s=%d", tmp, useBinarySelectedPoint); + cosim_log(logMsg, COSIM_NORMAL); + } + + /* Read isat.digAftdec */ + else if (!strcmp(tmp, "isat.digAftdec")) { + sscanf(string, "%s%d", tmp, &digAftdec); + sprintf(logMsg, "\t\t%s=%d", tmp, digAftdec); + cosim_log(logMsg, COSIM_NORMAL); + } + + /* Read isat.read_existing */ + else if (!strcmp(tmp, "isat.read_existing")) { + sscanf(string, "%s%d", tmp, &readexisting); + sprintf(logMsg, "\t\t%s=%d", tmp, readexisting); + cosim_log(logMsg, COSIM_NORMAL); + } + + /* Read isat.write_existing */ + else if (!strcmp(tmp, "isat.write_existing")) { + sscanf(string, "%s%d", tmp, &writeexisting); + sprintf(logMsg, "\t\t%s=%d", tmp, writeexisting); + cosim_log(logMsg, COSIM_NORMAL); + } + + /* Read isat.err_global */ + else if (!strcmp(tmp, "isat.err_global")) { + sscanf(string, "%s%lf", tmp, &rinfo[0]); + sprintf(logMsg, "\t\t%s=%lf", tmp, rinfo[0]); + cosim_log(logMsg, COSIM_NORMAL); + } + + /* Read isat.num_input */ + else if (!strcmp(tmp, "isat.num_input")) { + sscanf(string, "%s%d", tmp, &num_input); + if (num_input < 11) { + sprintf(logMsg, "\t\t%s=%d", tmp, num_input); + cosim_log(logMsg, COSIM_NORMAL); + } + else { + sprintf(logMsg, "read_isat_parameters(): the current version only supports no more than ten inputs"); + cosim_log(logMsg, COSIM_ERROR); + return 1; + } + } + + /* Read isat.num_output */ + else if (!strcmp(tmp, "isat.num_output")) { + sscanf(string, "%s%d", tmp, &num_output); + if (num_output < 6) { + sprintf(logMsg, "\t\t%s=%d", tmp, num_output); + cosim_log(logMsg, COSIM_NORMAL); + } + else { + sprintf(logMsg, "read_isat_parameters(): the current version only supports no more than five outputs"); + cosim_log(logMsg, COSIM_ERROR); + return 1; + } + } + + /* Read inpu.inpu_name */ + else if (!strcmp(tmp, "/*inpu.inpu_name:")) { + sprintf(logMsg, "\tRead input settings of isat and ffd:"); + cosim_log(logMsg, COSIM_NORMAL); + for (i = 0; i < num_input; i++) { + fgets(string, 400, file_params); + sscanf(string, "%s", tmp); + if (!strcmp(tmp, "inpu.inpu_name")) { + sscanf(string, "%s%s", tmp, tmp1); + if (!strcmp(tmp1, "inlet_temp")) + inpu_name[i] = inlet_temp; + else if (!strcmp(tmp1, "inlet_mass")) + inpu_name[i] = inlet_mass; + else if (!strcmp(tmp1, "inlet_vel")) + inpu_name[i] = inlet_vel; + else if (!strcmp(tmp1, "block_temp")) + inpu_name[i] = block_temp; + else if (!strcmp(tmp1, "block_hea")) + inpu_name[i] = block_hea; + else if (!strcmp(tmp1, "rack_hea")) + inpu_name[i] = rack_hea; + else if (!strcmp(tmp1, "sur_temp")) + inpu_name[i] = sur_temp; + else if (!strcmp(tmp1, "sur_hea")) + inpu_name[i] = sur_hea; + else { + sprintf(logMsg, "read_isat_parameters(): %s is not valid input for %s", tmp1, tmp); + cosim_log(logMsg, COSIM_ERROR); + return 1; + } + sprintf(logMsg, "\t\t%s[%d]=%s", tmp, i, tmp1); + cosim_log(logMsg, COSIM_NORMAL); + } /*end of if (!strcmp(tmp, "inpu.inpu_name"))*/ + else { + sprintf(logMsg, "read_isat_parameters(): wrong format for %s, which should be inpu.inpu_name", tmp); + cosim_log(logMsg, COSIM_ERROR); + return 1; + } + } /*End of for (i = 0; i < num_input; i++)*/ + } /*End of else if (!strcmp(tmp, "/*inpu.inpu_name:"))*/ + + /* Read inpu.num_inlet */ + else if (!strcmp(tmp, "inpu.num_inlet")) { + sscanf(string, "%s%d", tmp, &num_inlet); + sprintf(logMsg, "\t\t%s=%d", tmp, num_inlet); + cosim_log(logMsg, COSIM_NORMAL); + } + /* Read inpu.num_block */ + else if (!strcmp(tmp, "inpu.num_block")) { + sscanf(string, "%s%d", tmp, &num_block); + sprintf(logMsg, "\t\t%s=%d", tmp, num_block); + cosim_log(logMsg, COSIM_NORMAL); + } + /* Read inpu.num_wall */ + else if (!strcmp(tmp, "inpu.num_wall")) { + sscanf(string, "%s%d", tmp, &num_wall); + sprintf(logMsg, "\t\t%s=%d", tmp, num_wall); + cosim_log(logMsg, COSIM_NORMAL); + } + /* Read inpu.dir_inlet */ + else if (!strcmp(tmp, "inpu.dir_inlet")) { + if (num_inlet > 0) { + sscanf(string, "%s%d", tmp, &dir_inlet); + sprintf(logMsg, "\t\t%s=%d", tmp, dir_inlet); + cosim_log(logMsg, COSIM_NORMAL); + } + } + + /* Read inpu.inlet_temp_re if inpu.num_inlet > 0 */ + else if (!strcmp(tmp, "/*inpu.inlet_temp_re:")) { + if (num_inlet > 0) { + for (i = 0; i < num_inlet; i++) { + fgets(string, 400, file_params); + sscanf(string, "%s", tmp); + if (!strcmp(tmp, "inpu.inlet_temp_re")) { + sscanf(string, "%s%d", tmp, &inlet_temp_re[i]); + sprintf(logMsg, "\t\t%s[%d]=%d", tmp, i, inlet_temp_re[i]); + cosim_log(logMsg, COSIM_NORMAL); + } + else { + sprintf(logMsg, "read_isat_parameters(): wrong format for %s, which should be inpu.inlet_temp_re", tmp); + cosim_log(logMsg, COSIM_ERROR); + return 1; + } /* End of if (!strcmp(tmp, "inpu.inlet_temp_re")) */ + } /* End of for (i = 0; i < num_input; i++) */ + } /* End of if (num_input > 0) */ + } /* End of else if (!strcmp(tmp, "/*inpu.inlet_temp_re:")) */ + + /* Read inpu.inlet_vel_re if inpu.num_inlet > 0 */ + else if (!strcmp(tmp, "/*inpu.inlet_vel_re:")) { + if (num_inlet > 0) { + for (i = 0; i < num_inlet; i++) { + fgets(string, 400, file_params); + sscanf(string, "%s", tmp); + if (!strcmp(tmp, "inpu.inlet_vel_re")) { + sscanf(string, "%s%d", tmp, &inlet_vel_re[i]); + sprintf(logMsg, "\t\t%s[%d]=%d", tmp, i, inlet_vel_re[i]); + cosim_log(logMsg, COSIM_NORMAL); + } + else { + sprintf(logMsg, "read_isat_parameters(): wrong format for %s, which should be inpu.inlet_vel_re", tmp); + cosim_log(logMsg, COSIM_ERROR); + return 1; + } /* End of if (!strcmp(tmp, "inpu.inlet_vel_re")) */ + } /* End of for (i = 0; i < num_input; i++) */ + } /* End of if (num_input > 0) */ + } /* End of else if (!strcmp(tmp, "/*inpu.inlet_vel_re:")) */ + + /* Read inpu.inlet_temp_wh if inpu.num_inlet > 0 */ + else if (!strcmp(tmp, "/*inpu.inlet_temp_wh:")) { + if (num_inlet > 0) { + for (i = 0; i < num_inlet; i++) { + fgets(string, 400, file_params); + sscanf(string, "%s", tmp); + if (!strcmp(tmp, "inpu.inlet_temp_wh")) { + sscanf(string, "%s%d", tmp, &inlet_temp_wh[i]); + sprintf(logMsg, "\t\t%s[%d]=%d", tmp, i, inlet_temp_wh[i]); + cosim_log(logMsg, COSIM_NORMAL); + } + else { + sprintf(logMsg, "read_isat_parameters(): wrong format for %s, which should be inpu.inlet_temp_wh", tmp); + cosim_log(logMsg, COSIM_ERROR); + return 1; + } /* End of if (!strcmp(tmp, "inpu.inlet_temp_wh")) */ + } /* End of for (i = 0; i < num_input; i++) */ + } /* End of if (num_input > 0) */ + } /* End of else if (!strcmp(tmp, "/*inpu.inlet_temp_wh:")) */ + + /* Read inpu.inlet_u_wh if inpu.num_inlet > 0 */ + else if (!strcmp(tmp, "/*inpu.inlet_vel_wh:")) { + if (num_inlet > 0) { + for (i = 0; i < num_inlet; i++) { + fgets(string, 400, file_params); + sscanf(string, "%s", tmp); + if (!strcmp(tmp, "inpu.inlet_vel_wh")) { + sscanf(string, "%s%d", tmp, &inlet_vel_wh[i]); + sprintf(logMsg, "\t\t%s[%d]=%d", tmp, i, inlet_vel_wh[i]); + cosim_log(logMsg, COSIM_NORMAL); + } + else { + sprintf(logMsg, "read_isat_parameters(): wrong format for %s, which should be inpu.inlet_vel_wh", tmp); + cosim_log(logMsg, COSIM_ERROR); + return 1; + } /* End of if (!strcmp(tmp, "inpu.inlet_vel_wh")) */ + } /* End of for (i = 0; i < num_input; i++) */ + } /* End of if (num_input > 0) */ + } /* End of else if (!strcmp(tmp, "/*inpu.inlet_vel_wh:")) */ + + /* Read inpu.block_re if inpu.num_block > 0 */ + else if (!strcmp(tmp, "/*inpu.block_re:")) { + if (num_block > 0) { + for (i = 0; i < num_block; i++) { + fgets(string, 400, file_params); + sscanf(string, "%s", tmp); + if (!strcmp(tmp, "inpu.block_re")) { + sscanf(string, "%s%d", tmp, &block_re[i]); + sprintf(logMsg, "\t\t%s[%d]=%d", tmp, i, block_re[i]); + cosim_log(logMsg, COSIM_NORMAL); + } + else { + sprintf(logMsg, "read_isat_parameters(): wrong format for %s, which should be inpu.block_re", tmp); + cosim_log(logMsg, COSIM_ERROR); + return 1; + } /* End of if (!strcmp(tmp, "inpu.block_re")) */ + } /* End of for (i = 0; i < num_block; i++) */ + } /* End of if (num_block > 0) */ + } /* End of else if (!strcmp(tmp, "/*inpu.block_re:")) */ + + /* Read inpu.block_wh if inpu.num_block > 0 */ + else if (!strcmp(tmp, "/*inpu.block_wh:")) { + if (num_block > 0) { + for (i = 0; i < num_block; i++) { + fgets(string, 400, file_params); + sscanf(string, "%s", tmp); + if (!strcmp(tmp, "inpu.block_wh")) { + sscanf(string, "%s%d", tmp, &block_wh[i]); + sprintf(logMsg, "\t\t%s[%d]=%d", tmp, i, block_wh[i]); + cosim_log(logMsg, COSIM_NORMAL); + } + else { + sprintf(logMsg, "read_isat_parameters(): wrong format for %s, which should be inpu.block_wh", tmp); + cosim_log(logMsg, COSIM_ERROR); + return 1; + } /* End of if (!strcmp(tmp, "inpu.block_wh")) */ + } /* End of for (i = 0; i < num_block; i++) */ + } /* End of if (num_block > 0) */ + } /* End of else if (!strcmp(tmp, "/*inpu.block_wh:")) */ + + /* Read inpu.wall_re if inpu.num_wall > 0 */ + else if (!strcmp(tmp, "/*inpu.wall_re:")) { + if (num_wall > 0) { + for (i = 0; i < num_wall; i++) { + fgets(string, 400, file_params); + sscanf(string, "%s", tmp); + if (!strcmp(tmp, "inpu.wall_re")) { + sscanf(string, "%s%d", tmp, &wall_re[i]); + sprintf(logMsg, "\t\t%s[%d]=%d", tmp, i, wall_re[i]); + cosim_log(logMsg, COSIM_NORMAL); + } + else { + sprintf(logMsg, "read_isat_parameters(): wrong format for %s, which should be inpu.wall_re", tmp); + cosim_log(logMsg, COSIM_ERROR); + return 1; + } /* End of if (!strcmp(tmp, "inpu.wall_re")) */ + } /* End of for (i = 0; i < num_wall; i++) */ + } /* End of if (num_wall > 0) */ + } /* End of else if (!strcmp(tmp, "/*inpu.wall_re:")) */ + + /* Read inpu.wall_wh if inpu.num_wall > 0 */ + else if (!strcmp(tmp, "/*inpu.wall_wh:")) { + if (num_wall > 0) { + for (i = 0; i < num_wall; i++) { + fgets(string, 400, file_params); + sscanf(string, "%s", tmp); + if (!strcmp(tmp, "inpu.wall_wh")) { + sscanf(string, "%s%d", tmp, &wall_wh[i]); + sprintf(logMsg, "\t\t%s[%d]=%d", tmp, i, wall_wh[i]); + cosim_log(logMsg, COSIM_NORMAL); + } + else { + sprintf(logMsg, "read_isat_parameters(): wrong format for %s, which should be inpu.wall_wh", tmp); + cosim_log(logMsg, COSIM_ERROR); + return 1; + } /* End of if (!strcmp(tmp, "inpu.wall_wh")) */ + } /* End of for (i = 0; i < num_wall; i++) */ + } /* End of if (num_wall > 0) */ + } /* End of else if (!strcmp(tmp, "/*inpu.wall_wh:")) */ + + /* Read outp.outp_name */ + else if (!strcmp(tmp, "/*outp.outp_name:")) { + sprintf(logMsg, "\tRead output settings of isat and ffd:"); + cosim_log(logMsg, COSIM_NORMAL); + for (i = 0; i < num_output; i++) { + fgets(string, 400, file_params); + sscanf(string, "%s", tmp); + if (!strcmp(tmp, "outp.outp_name")) { + sscanf(string, "%s%s", tmp, tmp1); + if (!strcmp(tmp1, "temp_roo")) + outp_name[i] = temp_roo; + else if (!strcmp(tmp1, "temp_occ")) + outp_name[i] = temp_occ; + else if (!strcmp(tmp1, "vel_occ")) + outp_name[i] = vel_occ; + else if (!strcmp(tmp1, "temp_sen")) + outp_name[i] = temp_sen; + else if (!strcmp(tmp1, "vel_sen")) + outp_name[i] = vel_sen; + else if (!strcmp(tmp1, "temp_rack")) + outp_name[i] = temp_rack; + else { + sprintf(logMsg, "read_isat_parameters(): %s is not valid input for %s", tmp1, tmp); + cosim_log(logMsg, COSIM_ERROR); + return 1; + } + sprintf(logMsg, "\t\t%s[%d]=%s", tmp, i, tmp1); + cosim_log(logMsg, COSIM_NORMAL); + } /*end of if (!strcmp(tmp, "outp.outp_name"))*/ + else { + sprintf(logMsg, "read_isat_parameters(): wrong format for %s, which should be outp.outp_name", tmp); + cosim_log(logMsg, COSIM_ERROR); + return 1; + } + } /*End of for (i = 0; i < num_output; i++)*/ + } /*End of else if (!strcmp(tmp, "/*outp.outp_name:"))*/ + + /* Read outp.outp_weight */ + else if (!strcmp(tmp, "/*outp.outp_weight:")) { + for (i = 0; i < num_output; i++) { + fgets(string, 400, file_params); + sscanf(string, "%s", tmp); + if (!strcmp(tmp, "outp.outp_weight")) { + sscanf(string, "%s%lf", tmp, &outp_weight[i]); + sprintf(logMsg, "\t\t%s[%d]=%lf", tmp, i, outp_weight[i]); + cosim_log(logMsg, COSIM_NORMAL); + } + else { + sprintf(logMsg, "read_isat_parameters(): wrong format for %s, which should be outp.outp_name", tmp); + cosim_log(logMsg, COSIM_ERROR); + return 1; + } /* End of if (!strcmp(tmp, "outp.outp_weight"))*/ + } /* End of for (i = 0; i < num_output; i++)*/ + } /* End of else if (!strcmp(tmp, "/*outp.outp_weight:"))*/ + + } /* End of while (next = 0)*/ + + fclose(file_params); + +} + +/**************************************************************************** +| Main logic of cosimulation +| +| return No return needed +****************************************************************************/ +int cosim_loop() { + int i, next, flag; + float *input; + int size = para.cosim->para->nSur + para.cosim->para->nPorts * 2 + para.cosim->para->nSou; + para.cosim->ffd->input = (REAL*)malloc(size * sizeof(REAL)); + para.cosim->ffd->output = (REAL*)malloc(2 * sizeof(REAL)); + + flag = read_cosim_data(¶); + + for (i = 0; i < num_input; i++) { + x[i] = para.cosim->ffd->input[i]; + } + + evaluate(); + + for (i = 0; i < num_input; i++) { + para.cosim->ffd->output[i] = fa[i] / outp_weight[i]; + } + + flag = write_cosim_data(¶); + + next = 1; + while (next == 1) { + /*....................................................................... + | Check if Modelica asks to stop the simulation + .......................................................................*/ + if (para.cosim->para->flag == 0) { + /* Stop the solver*/ + next = 0; + } + else { + flag = read_cosim_data(¶); + if (flag > 0) { + next = 0; + sprintf(logMsg, "cosim_loop(): Received stop command: cosim->para->flag = %d", para.cosim->para->flag); + cosim_log(logMsg, COSIM_NORMAL); + } + else { + for (i = 0; i < num_input; i++) { + x[i] = para.cosim->ffd->input[i]; + } + evaluate(); + } + + } + for (i = 0; i < num_input; i++) { + para.cosim->ffd->output[i] = fa[i] / outp_weight[i]; + } + + + if (para.cosim->para->flag == 0) { + /* Stop the solver*/ + next = 0; + } + else { + flag = write_cosim_data(¶); + } + } +} diff --git a/Buildings/Resources/src/ISAT/ffd_isat.h b/Buildings/Resources/src/ISAT/ffd_isat.h new file mode 100644 index 00000000000..b2791c611b4 --- /dev/null +++ b/Buildings/Resources/src/ISAT/ffd_isat.h @@ -0,0 +1,59 @@ +/****************************************************************************** +| +| \file ffd_isat.h +| +| \brief define function to perform ffd_isat training and testing +| +| \author Xu Han +| Univeristy of Colorado Boulder, xuha3556@colorado.edu +| Wei Tian +| University of Miami, Schneider Electric +| w.tian@umiami.edu, Wei.Tian@Schneider-Electric.com +| Dan Li +| University of Miami +| +| \date 4/5/2020 +| +| \ All RIGHTS RESERVED. +******************************************************************************/ +#ifndef FFD_ISAT_H_INCLUDED +#define FFD_ISAT_H_INCLUDED +#endif + +#ifndef _COMMON_H +#define _COMMON_H +#include "common.h" +#endif + +#ifndef _UTILITY_ISAT_H +#define _UTILITY_ISAT_H +#include "utility_isat.h" +#endif + +#ifndef _FFD_WRAP_H +#define _FFD_WRAP_H +#include "ffd_wrap.h" +#endif + +#ifndef _COSIMULATION_H +#define _COSIMULATION_H +#include "cosimulation.h" +#endif + +void update_digit(); +void nDemArrEva(int dimension, double xStep[]); +void evaluate (); +void randomCall (int nCall, int useNormalDistribution, int useUnboundedTest); +void accuracyTest (); +void writeRecord (); +double getRandom (int dimension, int useNormalDistribution, int useUnboundedTest); +double randNormal (double mu, double sigma); +void binaryTrain (); +double my_round(double x, int digits); +void findHash(); +void addHash(); + + + + + diff --git a/Buildings/Resources/src/ISAT/ffd_wrap.c b/Buildings/Resources/src/ISAT/ffd_wrap.c new file mode 100644 index 00000000000..fdf26fa0802 --- /dev/null +++ b/Buildings/Resources/src/ISAT/ffd_wrap.c @@ -0,0 +1,240 @@ +/**************************************************************************** +| +| \file ffd_wrap.c +| +| \brief wrapper to call FFD engine to evaluate the input; the function ffd_isat +| is then called by usrfgh. A important note is that this function call only +| evaluate f, not g, which is the jacobian matrix. +| +| \author Xu Han +| Univeristy of Colorado Boulder, xuha3556@colorado.edu +| Wei Tian +| University of Miami, Schneider Electric +| w.tian@umiami.edu, Wei.Tian@Schneider-Electric.com +| Dan Li +| University of Miami +| +| \date 4/5/2020 +| +| \ All RIGHTS RESERVED. +****************************************************************************/ + +#include "ffd_wrap.h" + +/*Extern global variables form mpc.c*/ +extern int useErrorControlCorrection; +extern float VPower; +extern int readexisting; +extern int writeexisting; + +extern int num_input; +extern int num_output; +extern double outp_weight[]; +extern OUTPUT_TYPE outp_name[]; +extern INPUT_TYPE inpu_name[]; + +/*Global variables shared with ffd()*/ +double ffdInput[nx_SIZE]; /* westWallT, eastWallT */ +double ffdOutput[nf_SIZE]; /* centerT, centerUx, centerUy, centerUz */ +double AInlet[nx_SIZE]; +/*double **ffd_exist_result; */ /* used to store the existing data */ + +/**************************************************************************** +| Solver to evaluate f, g, and h which called by USRFGH +| +| \param Array of need +| Note: if need[0] = 1, evaluate f +| if need[1] = 1, evaluate g +| \param Array of x +| \param Array of f +| \param Array of g +| \param Pointer of user definded struct +| +| \return No return needed +****************************************************************************/ +void ffd_ISAT (int need[], double x[], double f[], double g[][nf_SIZE], void *p){ + /* static 2D array requires that second level of pointers be constpointer to static array */ + + int i, i_index = 0; + double tmp = 0; + cosim_log("ffd_ISAT(): simulation started", COSIM_NORMAL); + + /**************************************************************************** + | Copy input to global variables + ****************************************************************************/ + for (i = 0; i < nx_SIZE; i++){ + ffdInput[i] = x[i]; + } + + /**************************************************************************** + | Read existing data or Call FFD to perform full simulations + ****************************************************************************/ + if (need[0]) { + /* Read existing results */ + if (readexisting == 1) { + /* If existing data matches */ + if (read_existing() == 0) { + for (i = 0; i < num_output; i++) { + f[i] = ffdOutput[i]; + } + sprintf(logMsg, "ffd_ISAT(): Return results from existing data"); + cosim_log(logMsg, FFD_NORMAL); + } + /* If existing data does not match, call ffd */ + else { + sprintf(logMsg, "ffd_ISAT(): Existing data does not match"); + cosim_log(logMsg, FFD_NORMAL); + + if (ffd(0) != 0) { + cosim_log("ffd_ISAT(): simulation failed", COSIM_ERROR); + } + else { + if (writeexisting == 1) { + write_existing(); + } + for (i = 0; i < nf_SIZE; i++) { + f[i] = ffdOutput[i]; + } + } + } + } + /* Directly call ffd */ + else { + if (ffd(0) != 0) { + cosim_log("ffd_ISAT(): simulation failed", COSIM_ERROR); + } + else { + if (writeexisting == 1) { + write_existing(); + } + for (i = 0; i < nf_SIZE; i++) { + f[i] = ffdOutput[i]; + } + } + } + } + + + /**************************************************************************** + | Weights for error control + | This is needed since each compoinet of output vector has different order of magnitudes + ****************************************************************************/ + if (useErrorControlCorrection){ + for (i = 0; i < nf_SIZE; i++) { + f[i] = outp_weight[i] * f[i]; + } + } + +} +/**************************************************************************** +| Read existing ffd_isat log file +| +| \return No return needed +****************************************************************************/ +FILE *file_params_isat; +extern char filepath[]; +int read_existing() { + char string[400], tmp[400], tmp1[400], filenametmp[400]; + int i = 0, j = 0, num_input_tmp, num_output_tmp; + double input_tmp[nx_SIZE]; + double output_tmp[nf_SIZE + 1]; + + //cosim_log("------------------------------------------------------------", COSIM_NORMAL); + snprintf(filenametmp, sizeof(filenametmp), "%s%s", filepath, "existing.isat"); + + if ((file_params_isat = fopen(filenametmp, "r")) == NULL) { + sprintf(logMsg, "read_existing(): Could not open the file \"%s\".", "existing.isat"); + cosim_log(logMsg, FFD_ERROR); + return 1; + } + + /* Read data from file */ + int next = 0; + int index_match = 0; + int flag_match = 0; + while (next == 0) { + if (fgets(string, 400, file_params_isat) == NULL) + next = 1; + if (EOF == sscanf(string, "%s", tmp)) { + continue; + } + + /* Read isat.num_output */ + if (!strcmp(tmp, "/*num_input:")) { + sscanf(string, "%s%d%s%d", tmp, &num_input_tmp, tmp1, &num_output_tmp); + if (num_input_tmp == num_input && num_output_tmp == num_output) { + index_match = 0; + for (i = 0; i < num_input; i++) { + fgets(string, 400, file_params_isat); + sscanf(string, "%lf", &input_tmp[i]); + if ((input_tmp[i] - ffdInput[i]) < 0.001 && (ffdInput[i] - input_tmp[i]) < 0.001) { + index_match = index_match + 1; + } + else { + break; + } + } + if (index_match == num_input) { + for (i = 0; i < num_output; i++) { + fgets(string, 400, file_params_isat); + sscanf(string, "%lf", &output_tmp[i]); + ffdOutput[i] = output_tmp[i]; + } + flag_match = 1; + next = 1; + } + } + /*else { + //sprintf(logMsg, "read_existing(): the numbers of inputs and outputs in existing.isat are not consistent with isat settings"); + //cosim_log(logMsg, FFD_WARNING); + }*/ + } + } + + fclose(file_params_isat); + + if (flag_match == 0) { + return 1; + } + else { + return 0; + } +} + +int write_existing() { + int i; + char filenametmp[400]; + snprintf(filenametmp, sizeof(filenametmp), "%s%s", filepath, "existing.isat"); + + if ((file_params_isat = fopen(filenametmp, "a")) == NULL) { + sprintf(logMsg, "read_existing(): Could not open the file \"%s\".", "existing.mpc"); + cosim_log(logMsg, FFD_ERROR); + return 1; + } + + fprintf(file_params_isat, "/*num_input: %d num_output: %d */\n", num_input, num_output); + for (i = 0; i < num_input; i++) { + fprintf(file_params_isat, "%lf\n", ffdInput[i]); + } + for (i = 0; i < num_output; i++) { + fprintf(file_params_isat, "%lf\n", ffdOutput[i]); + } + + fclose(file_params_isat); + return 0; +} + + +/**************************************************************************** +| Evaluate Numerical Differentiation of f(x), essentially a jacobian function +| +| \param Pointer of g[nx][nf] +| +| \return No return needed +****************************************************************************/ +void numericalDifferentiation (double g[][nf_SIZE]){ + /* Evaluate Numerical Differentiation of f(x) */ + + cosim_log("numericalDifferentiation(): Numerical Differentiation has not been implemented", MPC_ERROR); + exit(1); +} \ No newline at end of file diff --git a/Buildings/Resources/src/ISAT/ffd_wrap.h b/Buildings/Resources/src/ISAT/ffd_wrap.h new file mode 100644 index 00000000000..8c36c5222c1 --- /dev/null +++ b/Buildings/Resources/src/ISAT/ffd_wrap.h @@ -0,0 +1,45 @@ +/**************************************************************************** +| +| \file ffd_wrap.h +| +| \brief wrapper to call FFD engine to evaluate the input; the function ffd_isat +| is then called by usrfgh. A important note is that this function call only +| evaluate f, not g, which is the jacobian matrix. +| +| \author Xu Han +| Univeristy of Colorado Boulder, xuha3556@colorado.edu +| Wei Tian +| University of Miami, Schneider Electric +| w.tian@umiami.edu, Wei.Tian@Schneider-Electric.com +| Dan Li +| University of Miami +| +| \date 4/5/2020 +| +| \ All RIGHTS RESERVED. +****************************************************************************/ +#ifndef FFD_WRAP_H_INCLUDED +#define FFD_WRAP_H_INCLUDED + +#ifndef _FFD_H +#define _FFD_H +#include "../FastFluidDynamics/ffd.h" +#endif + +#ifndef _COMMON_H +#define _COMMON_H +#include "common.h" +#endif + +#ifndef _UTILITY_ISAT_H +#define _UTILITY_ISAT_H +#include "utility_isat.h" +#endif + +void ffd_ISAT (int need[], double x[], double f[], double g[][nf_SIZE], void *p); +int read_existing(); +int write_existing(); +void numericalDifferentiation (double g[][nf_SIZE]); +void read_isat_parameters(); + +#endif diff --git a/Buildings/Resources/src/ISAT/isat_dll.c b/Buildings/Resources/src/ISAT/isat_dll.c new file mode 100644 index 00000000000..2a71adcdd90 --- /dev/null +++ b/Buildings/Resources/src/ISAT/isat_dll.c @@ -0,0 +1,89 @@ + /**************************************************************************** + | + | \file isat_dll.c + | + | \brief functions to call ISAT code as a dll + | + | \author Wangda Zuo + | University of Miami, University of Colorado Boulder + | W.Zuo@miami.edu, wangda.zuo@colorado.edu + | Xu Han + | Univeristy of Colorado Boulder, xuha3556@colorado.edu + | + | \date 4/5/2020 + | \This file provides functions as entry for the coupled simulation + | + ****************************************************************************/ + +#include "isat_dll.h" +/****************************************************************************** +| DLL interface to launch a separated thread for ISAT. +| Called by the other program +******************************************************************************/ +int isat_dll(CosimulationData *cosim) { +/* Windows*/ +#ifdef _MSC_VER + DWORD dummy; + HANDLE workerThreadHandle; +/* Linux*/ +#else + pthread_t thread1; +#endif + +/* Windows*/ +#ifdef _MSC_VER + workerThreadHandle = CreateThread(NULL, 0, isat_thread, (void *)cosim, 0, &dummy); +/* Linux*/ +#else + void * (*foo) (void *); + foo=&isat_thread; + pthread_create(&thread1, NULL, foo, (void *)cosim); +#endif + + return 0; +} /* End of isat_dll()*/ + + /* + * Launch the ISAT simulation through a thread + * + * @param p Pointer to the coupled simulation data + * + * @return 0 if no error occurred + */ +#ifdef _MSC_VER /*Windows*/ +DWORD WINAPI isat_thread(void *p){ + ULONG workerID = (ULONG)(ULONG_PTR)p; +#else /*Linux*/ +void *isat_thread(void* p){ +#endif + + CosimulationData *cosim = (CosimulationData *) p; + +#ifdef _MSC_VER /*Windows*/ + sprintf(msg, "Start ISAT Simulation with Thread ID %lu", workerID); +#else /*Linux*/ + sprintf(msg, "Start ISAT Simulation with Thread"); +#endif + + printf("%s\n", msg); + ffd_log(msg, FFD_NEW); + + sprintf(msg, "fileName=\"%s\"", cosim->para->fileName); + ffd_log(msg, FFD_NORMAL); + + if(isat_cosimulation(cosim)!=0) { + ffd_log("isat_thread(): Cosimulation failed", FFD_ERROR); +#ifdef _MSC_VER + return 1; +#endif + } + else { + ffd_log("Successfully exit ISAT.", FFD_NORMAL); +#ifdef _MSC_VER + return 0; +#endif + } +} /* End of isat_thread()*/ + + + diff --git a/Buildings/Resources/src/ISAT/isat_dll.h b/Buildings/Resources/src/ISAT/isat_dll.h new file mode 100644 index 00000000000..aa85c79dbdf --- /dev/null +++ b/Buildings/Resources/src/ISAT/isat_dll.h @@ -0,0 +1,46 @@ +/**************************************************************************** +| +| \file isat_dll.h +| +| \brief functions to call ISAT code as a dll +| +| \author Wangda Zuo +| University of Miami, University of Colorado Boulder +| W.Zuo@miami.edu, wangda.zuo@colorado.edu +| Xu Han +| Univeristy of Colorado Boulder, xuha3556@colorado.edu +| +| \date 4/5/2020 +| \This file provides functions as entry for the coupled simulation +| +****************************************************************************/ + +#ifndef _FFD_ISAT_H +#define _FFD_ISAT_H +#include "ffd_isat.h" +#endif + + +/* Windows*/ +#ifdef _MSC_VER +__declspec(dllexport) +extern int isat_dll(CosimulationData *cosim); +/* Linux*/ +#else +#include +int isat_dll(CosimulationData *cosim); +#endif + + +/* + * Launch the ISAT simulation through a thread + * + * @param p Pointer to the coupled simulation data + * + * @return 0 if no error occurred + */ +#ifdef _MSC_VER /*Windows*/ +DWORD WINAPI isat_thread(void *p); +#else /*Linux*/ +void *isat_thread(void *p); +#endif diff --git a/Buildings/Resources/src/ISAT/libisatab_ser.a b/Buildings/Resources/src/ISAT/libisatab_ser.a new file mode 100644 index 0000000000000000000000000000000000000000..c499f13daa88a796e68b844fa2dc53081f742679 GIT binary patch literal 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nf - number of components of f ( nf >= 1 ) +| nh - number of components of h ( nh >= 0 ) +| iusr - integer array: iusr(1) = idtab, iusr(2) = ifsin +| rusr - pointer for ffd +| ------- OUTPUT +| f - f(x) +| g - g(nf,nx) +| h - not used +| !========================================================================== +******************************************************************************/ + +/****************************************************************************** +| Solver to evaluate f, g, and h which called by ISATAB +| +| \param All pointers which definde in ISATAB +| +| \return No return needed +******************************************************************************/ +void USRFGH(int need[], int *nx, double x[], int *nf, int *nh, int iusr[], double rusr[], double f[], double** g, double h[]){ + + if (need[1] == 1 && useNumericalDifferentiation == 1) { + need[1] = 0; /*disable g evaluation form solver*/ + numericalDifferentiation(g); + } + + ffd_ISAT(need, x, f, g, (void *)iusr); + + return; +} diff --git a/Buildings/Resources/src/ISAT/usrfgh.h b/Buildings/Resources/src/ISAT/usrfgh.h new file mode 100644 index 00000000000..4280939f99c --- /dev/null +++ b/Buildings/Resources/src/ISAT/usrfgh.h @@ -0,0 +1,26 @@ +/****************************************************************************** +| +| \file usrfgh.c +| +| \brief user-define function (FFD call) requested by isat +| +| \author Wei Tian +| University of Miami, Schneider Electric +| w.tian@umiami.edu, Wei.Tian@Schneider-Electric.com +| Dan Li +| University of Miami +| +| \date 10/18/2018 +| +| \ All RIGHTS RESERVED. +******************************************************************************/ + + +#ifndef USRFGH_H_INCLUDED +#define USRFGH_H_INCLUDED +#include"ffd_wrap.h" +#include "utility_isat.h" + +void USRFGH(int need[], int *nx, double x[], int *nf, int *nh, int iusr[], double rusr[], double f[], double** g, double h[]); + +#endif \ No newline at end of file diff --git a/Buildings/Resources/src/ISAT/utarray.h b/Buildings/Resources/src/ISAT/utarray.h new file mode 100644 index 00000000000..29237f0d9b2 --- /dev/null +++ b/Buildings/Resources/src/ISAT/utarray.h @@ -0,0 +1,232 @@ +/**************************************************************************** +Copyright (c) 2008-2014, Troy D. Hanson http://troydhanson.github.com/uthash/ +All rights reserved. + +Redistribution and use in source and binary forms, with or without +modification, are permitted provided that the following conditions are met: + + * Redistributions of source code must retain the above copyright + notice, this list of conditions and the following disclaimer. + +THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS +IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED +TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A +PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER +OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, +EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, +PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR +PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF +LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING +NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS +SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. +****************************************************************************/ + +/* a dynamic array implementation using macros + */ +#ifndef UTARRAY_H +#define UTARRAY_H + +#define UTARRAY_VERSION 1.9.9 + +#ifdef __GNUC__ +#define _UNUSED_ __attribute__ ((__unused__)) +#else +#define _UNUSED_ +#endif + +#include /* size_t */ +#include /* memset, etc */ +#include /* exit */ + +#define oom() exit(-1) + +typedef void (ctor_f)(void *dst, const void *src); +typedef void (dtor_f)(void *elt); +typedef void (init_f)(void *elt); +typedef struct { + size_t sz; + init_f *init; + ctor_f *copy; + dtor_f *dtor; +} UT_icd; + +typedef struct { + unsigned i,n;/* i: index of next available slot, n: num slots */ + UT_icd icd; /* initializer, copy and destructor functions */ + char *d; /* n slots of size icd->sz*/ +} UT_array; + +#define utarray_init(a,_icd) do { \ + memset(a,0,sizeof(UT_array)); \ + (a)->icd=*_icd; \ +} while(0) + +#define utarray_done(a) do { \ + if ((a)->n) { \ + if ((a)->icd.dtor) { \ + size_t _ut_i; \ + for(_ut_i=0; _ut_i < (a)->i; _ut_i++) { \ + (a)->icd.dtor(utarray_eltptr(a,_ut_i)); \ + } \ + } \ + free((a)->d); \ + } \ + (a)->n=0; \ +} while(0) + +#define utarray_new(a,_icd) do { \ + a=(UT_array*)malloc(sizeof(UT_array)); \ + utarray_init(a,_icd); \ +} while(0) + +#define utarray_free(a) do { \ + utarray_done(a); \ + free(a); \ +} while(0) + +#define utarray_reserve(a,by) do { \ + if (((a)->i+by) > ((a)->n)) { \ + while(((a)->i+by) > ((a)->n)) { (a)->n = ((a)->n ? (2*(a)->n) : 8); } \ + if ( ((a)->d=(char*)realloc((a)->d, (a)->n*(a)->icd.sz)) == NULL) oom(); \ + } \ +} while(0) + +#define utarray_push_back(a,p) do { \ + utarray_reserve(a,1); \ + if ((a)->icd.copy) { (a)->icd.copy( _utarray_eltptr(a,(a)->i++), p); } \ + else { memcpy(_utarray_eltptr(a,(a)->i++), p, (a)->icd.sz); }; \ +} while(0) + +#define utarray_pop_back(a) do { \ + if ((a)->icd.dtor) { (a)->icd.dtor( _utarray_eltptr(a,--((a)->i))); } \ + else { (a)->i--; } \ +} while(0) + +#define utarray_extend_back(a) do { \ + utarray_reserve(a,1); \ + if ((a)->icd.init) { (a)->icd.init(_utarray_eltptr(a,(a)->i)); } \ + else { memset(_utarray_eltptr(a,(a)->i),0,(a)->icd.sz); } \ + (a)->i++; \ +} while(0) + +#define utarray_len(a) ((a)->i) + +#define utarray_eltptr(a,j) (((j) < (a)->i) ? _utarray_eltptr(a,j) : NULL) +#define _utarray_eltptr(a,j) ((char*)((a)->d + ((a)->icd.sz*(j) ))) + +#define utarray_insert(a,p,j) do { \ + if (j > (a)->i) utarray_resize(a,j); \ + utarray_reserve(a,1); \ + if ((j) < (a)->i) { \ + memmove( _utarray_eltptr(a,(j)+1), _utarray_eltptr(a,j), \ + ((a)->i - (j))*((a)->icd.sz)); \ + } \ + if ((a)->icd.copy) { (a)->icd.copy( _utarray_eltptr(a,j), p); } \ + else { memcpy(_utarray_eltptr(a,j), p, (a)->icd.sz); }; \ + (a)->i++; \ +} while(0) + +#define utarray_inserta(a,w,j) do { \ + if (utarray_len(w) == 0) break; \ + if (j > (a)->i) utarray_resize(a,j); \ + utarray_reserve(a,utarray_len(w)); \ + if ((j) < (a)->i) { \ + memmove(_utarray_eltptr(a,(j)+utarray_len(w)), \ + _utarray_eltptr(a,j), \ + ((a)->i - (j))*((a)->icd.sz)); \ + } \ + if ((a)->icd.copy) { \ + size_t _ut_i; \ + for(_ut_i=0;_ut_i<(w)->i;_ut_i++) { \ + (a)->icd.copy(_utarray_eltptr(a,j+_ut_i), _utarray_eltptr(w,_ut_i)); \ + } \ + } else { \ + memcpy(_utarray_eltptr(a,j), _utarray_eltptr(w,0), \ + utarray_len(w)*((a)->icd.sz)); \ + } \ + (a)->i += utarray_len(w); \ +} while(0) + +#define utarray_resize(dst,num) do { \ + size_t _ut_i; \ + if (dst->i > (size_t)(num)) { \ + if ((dst)->icd.dtor) { \ + for(_ut_i=num; _ut_i < dst->i; _ut_i++) { \ + (dst)->icd.dtor(utarray_eltptr(dst,_ut_i)); \ + } \ + } \ + } else if (dst->i < (size_t)(num)) { \ + utarray_reserve(dst,num-dst->i); \ + if ((dst)->icd.init) { \ + for(_ut_i=dst->i; _ut_i < num; _ut_i++) { \ + (dst)->icd.init(utarray_eltptr(dst,_ut_i)); \ + } \ + } else { \ + memset(_utarray_eltptr(dst,dst->i),0,(dst)->icd.sz*(num-dst->i)); \ + } \ + } \ + dst->i = num; \ +} while(0) + +#define utarray_concat(dst,src) do { \ + utarray_inserta((dst),(src),utarray_len(dst)); \ +} while(0) + +#define utarray_erase(a,pos,len) do { \ + if ((a)->icd.dtor) { \ + size_t _ut_i; \ + for(_ut_i=0; _ut_i < len; _ut_i++) { \ + (a)->icd.dtor(utarray_eltptr((a),pos+_ut_i)); \ + } \ + } \ + if ((a)->i > (pos+len)) { \ + memmove( _utarray_eltptr((a),pos), _utarray_eltptr((a),pos+len), \ + (((a)->i)-(pos+len))*((a)->icd.sz)); \ + } \ + (a)->i -= (len); \ +} while(0) + +#define utarray_renew(a,u) do { \ + if (a) utarray_clear(a); \ + else utarray_new((a),(u)); \ +} while(0) + +#define utarray_clear(a) do { \ + if ((a)->i > 0) { \ + if ((a)->icd.dtor) { \ + size_t _ut_i; \ + for(_ut_i=0; _ut_i < (a)->i; _ut_i++) { \ + (a)->icd.dtor(utarray_eltptr(a,_ut_i)); \ + } \ + } \ + (a)->i = 0; \ + } \ +} while(0) + +#define utarray_sort(a,cmp) do { \ + qsort((a)->d, (a)->i, (a)->icd.sz, cmp); \ +} while(0) + +#define utarray_find(a,v,cmp) bsearch((v),(a)->d,(a)->i,(a)->icd.sz,cmp) + +#define utarray_front(a) (((a)->i) ? (_utarray_eltptr(a,0)) : NULL) +#define utarray_next(a,e) (((e)==NULL) ? utarray_front(a) : ((((a)->i) > (utarray_eltidx(a,e)+1)) ? _utarray_eltptr(a,utarray_eltidx(a,e)+1) : NULL)) +#define utarray_prev(a,e) (((e)==NULL) ? utarray_back(a) : ((utarray_eltidx(a,e) > 0) ? _utarray_eltptr(a,utarray_eltidx(a,e)-1) : NULL)) +#define utarray_back(a) (((a)->i) ? (_utarray_eltptr(a,(a)->i-1)) : NULL) +#define utarray_eltidx(a,e) (((char*)(e) >= (char*)((a)->d)) ? (((char*)(e) - (char*)((a)->d))/(size_t)(a)->icd.sz) : -1) + +/* last we pre-define a few icd for common utarrays of ints and strings */ +static void utarray_str_cpy(void *dst, const void *src) { + char **_src = (char**)src, **_dst = (char**)dst; + *_dst = (*_src == NULL) ? NULL : strdup(*_src); +} +static void utarray_str_dtor(void *elt) { + char **eltc = (char**)elt; + if (*eltc) free(*eltc); +} +static const UT_icd ut_str_icd _UNUSED_ = {sizeof(char*),NULL,utarray_str_cpy,utarray_str_dtor}; +static const UT_icd ut_int_icd _UNUSED_ = {sizeof(int),NULL,NULL,NULL}; +static const UT_icd ut_ptr_icd _UNUSED_ = {sizeof(void*),NULL,NULL,NULL}; + + +#endif /* UTARRAY_H */ diff --git a/Buildings/Resources/src/ISAT/uthash.h b/Buildings/Resources/src/ISAT/uthash.h new file mode 100644 index 00000000000..a1839c2150d --- /dev/null +++ b/Buildings/Resources/src/ISAT/uthash.h @@ -0,0 +1,960 @@ +/**************************************************************************** +Copyright (c) 2003-2014, Troy D. Hanson http://troydhanson.github.com/uthash/ +All rights reserved. + +Redistribution and use in source and binary forms, with or without +modification, are permitted provided that the following conditions are met: + + * Redistributions of source code must retain the above copyright + notice, this list of conditions and the following disclaimer. + +THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS +IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED +TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A +PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER +OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, +EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, +PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR +PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF +LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING +NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS +SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. +****************************************************************************/ + +#ifndef UTHASH_H +#define UTHASH_H + +#include /* memcmp,strlen */ +#include /* ptrdiff_t */ +#include /* exit() */ + +/* These macros use decltype or the earlier __typeof GNU extension. + As decltype is only available in newer compilers (VS2010 or gcc 4.3+ + when compiling c++ source) this code uses whatever method is needed + or, for VS2008 where neither is available, uses casting workarounds. */ +#if defined(_MSC_VER) /* MS compiler */ +#if _MSC_VER >= 1600 && defined(__cplusplus) /* VS2010 or newer in C++ mode */ +#define DECLTYPE(x) (decltype(x)) +#else /* VS2008 or older (or VS2010 in C mode) */ +#define NO_DECLTYPE +#define DECLTYPE(x) +#endif +#elif defined(__BORLANDC__) || defined(__LCC__) || defined(__WATCOMC__) +#define NO_DECLTYPE +#define DECLTYPE(x) +#else /* GNU, Sun and other compilers */ +#define DECLTYPE(x) (__typeof(x)) +#endif + +#ifdef NO_DECLTYPE +#define DECLTYPE_ASSIGN(dst,src) \ +do { \ + char **_da_dst = (char**)(&(dst)); \ + *_da_dst = (char*)(src); \ +} while(0) +#else +#define DECLTYPE_ASSIGN(dst,src) \ +do { \ + (dst) = DECLTYPE(dst)(src); \ +} while(0) +#endif + +/* a number of the hash function use uint32_t which isn't defined on Pre VS2010 */ +#if defined (_WIN32) +#if defined(_MSC_VER) && _MSC_VER >= 1600 +#include +#elif defined(__WATCOMC__) +#include +#else +typedef unsigned int uint32_t; +typedef unsigned char uint8_t; +#endif +#else +#include +#endif + +#define UTHASH_VERSION 1.9.9 + +#ifndef uthash_fatal +#define uthash_fatal(msg) exit(-1) /* fatal error (out of memory,etc) */ +#endif +#ifndef uthash_malloc +#define uthash_malloc(sz) malloc(sz) /* malloc fcn */ +#endif +#ifndef uthash_free +#define uthash_free(ptr,sz) free(ptr) /* free fcn */ +#endif + +#ifndef uthash_noexpand_fyi +#define uthash_noexpand_fyi(tbl) /* can be defined to log noexpand */ +#endif +#ifndef uthash_expand_fyi +#define uthash_expand_fyi(tbl) /* can be defined to log expands */ +#endif + +/* initial number of buckets */ +#define HASH_INITIAL_NUM_BUCKETS 256 /* initial number of buckets */ +#define HASH_INITIAL_NUM_BUCKETS_LOG2 8 /* lg2 of initial number of buckets */ +#define HASH_BKT_CAPACITY_THRESH 100 /* expand when bucket count reaches */ + +/* calculate the element whose hash handle address is hhe */ +#define ELMT_FROM_HH(tbl,hhp) ((void*)(((char*)(hhp)) - ((tbl)->hho))) + +#define HASH_FIND(hh,head,keyptr,keylen,out) \ +do { \ + out=NULL; \ + if (head) { \ + unsigned _hf_bkt,_hf_hashv; \ + HASH_FCN(keyptr,keylen, (head)->hh.tbl->num_buckets, _hf_hashv, _hf_bkt); \ + if (HASH_BLOOM_TEST((head)->hh.tbl, _hf_hashv)) { \ + HASH_FIND_IN_BKT((head)->hh.tbl, hh, (head)->hh.tbl->buckets[ _hf_bkt ], \ + keyptr,keylen,out); \ + } \ + } \ +} while (0) + +#ifdef HASH_BLOOM +#define HASH_BLOOM_BITLEN (1ULL << HASH_BLOOM) +#define HASH_BLOOM_BYTELEN (HASH_BLOOM_BITLEN/8) + ((HASH_BLOOM_BITLEN%8) ? 1:0) +#define HASH_BLOOM_MAKE(tbl) \ +do { \ + (tbl)->bloom_nbits = HASH_BLOOM; \ + (tbl)->bloom_bv = (uint8_t*)uthash_malloc(HASH_BLOOM_BYTELEN); \ + if (!((tbl)->bloom_bv)) { uthash_fatal( "out of memory"); } \ + memset((tbl)->bloom_bv, 0, HASH_BLOOM_BYTELEN); \ + (tbl)->bloom_sig = HASH_BLOOM_SIGNATURE; \ +} while (0) + +#define HASH_BLOOM_FREE(tbl) \ +do { \ + uthash_free((tbl)->bloom_bv, HASH_BLOOM_BYTELEN); \ +} while (0) + +#define HASH_BLOOM_BITSET(bv,idx) (bv[(idx)/8] |= (1U << ((idx)%8))) +#define HASH_BLOOM_BITTEST(bv,idx) (bv[(idx)/8] & (1U << ((idx)%8))) + +#define HASH_BLOOM_ADD(tbl,hashv) \ + HASH_BLOOM_BITSET((tbl)->bloom_bv, (hashv & (uint32_t)((1ULL << (tbl)->bloom_nbits) - 1))) + +#define HASH_BLOOM_TEST(tbl,hashv) \ + HASH_BLOOM_BITTEST((tbl)->bloom_bv, (hashv & (uint32_t)((1ULL << (tbl)->bloom_nbits) - 1))) + +#else +#define HASH_BLOOM_MAKE(tbl) +#define HASH_BLOOM_FREE(tbl) +#define HASH_BLOOM_ADD(tbl,hashv) +#define HASH_BLOOM_TEST(tbl,hashv) (1) +#define HASH_BLOOM_BYTELEN 0 +#endif + +#define HASH_MAKE_TABLE(hh,head) \ +do { \ + (head)->hh.tbl = (UT_hash_table*)uthash_malloc( \ + sizeof(UT_hash_table)); \ + if (!((head)->hh.tbl)) { uthash_fatal( "out of memory"); } \ + memset((head)->hh.tbl, 0, sizeof(UT_hash_table)); \ + (head)->hh.tbl->tail = &((head)->hh); \ + (head)->hh.tbl->num_buckets = HASH_INITIAL_NUM_BUCKETS; \ + (head)->hh.tbl->log2_num_buckets = HASH_INITIAL_NUM_BUCKETS_LOG2; \ + (head)->hh.tbl->hho = (char*)(&(head)->hh) - (char*)(head); \ + (head)->hh.tbl->buckets = (UT_hash_bucket*)uthash_malloc( \ + HASH_INITIAL_NUM_BUCKETS*sizeof(struct UT_hash_bucket)); \ + if (! (head)->hh.tbl->buckets) { uthash_fatal( "out of memory"); } \ + memset((head)->hh.tbl->buckets, 0, \ + HASH_INITIAL_NUM_BUCKETS*sizeof(struct UT_hash_bucket)); \ + HASH_BLOOM_MAKE((head)->hh.tbl); \ + (head)->hh.tbl->signature = HASH_SIGNATURE; \ +} while(0) + +#define HASH_ADD(hh,head,fieldname,keylen_in,add) \ + HASH_ADD_KEYPTR(hh,head,&((add)->fieldname),keylen_in,add) + +#define HASH_REPLACE(hh,head,fieldname,keylen_in,add,replaced) \ +do { \ + replaced=NULL; \ + HASH_FIND(hh,head,&((add)->fieldname),keylen_in,replaced); \ + if (replaced!=NULL) { \ + HASH_DELETE(hh,head,replaced); \ + }; \ + HASH_ADD(hh,head,fieldname,keylen_in,add); \ +} while(0) + +#define HASH_ADD_KEYPTR(hh,head,keyptr,keylen_in,add) \ +do { \ + unsigned _ha_bkt; \ + (add)->hh.next = NULL; \ + (add)->hh.key = (char*)(keyptr); \ + (add)->hh.keylen = (unsigned)(keylen_in); \ + if (!(head)) { \ + head = (add); \ + (head)->hh.prev = NULL; \ + HASH_MAKE_TABLE(hh,head); \ + } else { \ + (head)->hh.tbl->tail->next = (add); \ + (add)->hh.prev = ELMT_FROM_HH((head)->hh.tbl, (head)->hh.tbl->tail); \ + (head)->hh.tbl->tail = &((add)->hh); \ + } \ + (head)->hh.tbl->num_items++; \ + (add)->hh.tbl = (head)->hh.tbl; \ + HASH_FCN(keyptr,keylen_in, (head)->hh.tbl->num_buckets, \ + (add)->hh.hashv, _ha_bkt); \ + HASH_ADD_TO_BKT((head)->hh.tbl->buckets[_ha_bkt],&(add)->hh); \ + HASH_BLOOM_ADD((head)->hh.tbl,(add)->hh.hashv); \ + HASH_EMIT_KEY(hh,head,keyptr,keylen_in); \ + HASH_FSCK(hh,head); \ +} while(0) + +#define HASH_TO_BKT( hashv, num_bkts, bkt ) \ +do { \ + bkt = ((hashv) & ((num_bkts) - 1)); \ +} while(0) + +/* delete "delptr" from the hash table. + * "the usual" patch-up process for the app-order doubly-linked-list. + * The use of _hd_hh_del below deserves special explanation. + * These used to be expressed using (delptr) but that led to a bug + * if someone used the same symbol for the head and deletee, like + * HASH_DELETE(hh,users,users); + * We want that to work, but by changing the head (users) below + * we were forfeiting our ability to further refer to the deletee (users) + * in the patch-up process. Solution: use scratch space to + * copy the deletee pointer, then the latter references are via that + * scratch pointer rather than through the repointed (users) symbol. + */ +#define HASH_DELETE(hh,head,delptr) \ +do { \ + struct UT_hash_handle *_hd_hh_del; \ + if ( ((delptr)->hh.prev == NULL) && ((delptr)->hh.next == NULL) ) { \ + uthash_free((head)->hh.tbl->buckets, \ + (head)->hh.tbl->num_buckets*sizeof(struct UT_hash_bucket) ); \ + HASH_BLOOM_FREE((head)->hh.tbl); \ + uthash_free((head)->hh.tbl, sizeof(UT_hash_table)); \ + head = NULL; \ + } else { \ + unsigned _hd_bkt; \ + _hd_hh_del = &((delptr)->hh); \ + if ((delptr) == ELMT_FROM_HH((head)->hh.tbl,(head)->hh.tbl->tail)) { \ + (head)->hh.tbl->tail = \ + (UT_hash_handle*)((ptrdiff_t)((delptr)->hh.prev) + \ + (head)->hh.tbl->hho); \ + } \ + if ((delptr)->hh.prev) { \ + ((UT_hash_handle*)((ptrdiff_t)((delptr)->hh.prev) + \ + (head)->hh.tbl->hho))->next = (delptr)->hh.next; \ + } else { \ + DECLTYPE_ASSIGN(head,(delptr)->hh.next); \ + } \ + if (_hd_hh_del->next) { \ + ((UT_hash_handle*)((ptrdiff_t)_hd_hh_del->next + \ + (head)->hh.tbl->hho))->prev = \ + _hd_hh_del->prev; \ + } \ + HASH_TO_BKT( _hd_hh_del->hashv, (head)->hh.tbl->num_buckets, _hd_bkt); \ + HASH_DEL_IN_BKT(hh,(head)->hh.tbl->buckets[_hd_bkt], _hd_hh_del); \ + (head)->hh.tbl->num_items--; \ + } \ + HASH_FSCK(hh,head); \ +} while (0) + + +/* convenience forms of HASH_FIND/HASH_ADD/HASH_DEL */ +#define HASH_FIND_STR(head,findstr,out) \ + HASH_FIND(hh,head,findstr,(unsigned)strlen(findstr),out) +#define HASH_ADD_STR(head,strfield,add) \ + HASH_ADD(hh,head,strfield[0],strlen(add->strfield),add) +#define HASH_REPLACE_STR(head,strfield,add,replaced) \ + HASH_REPLACE(hh,head,strfield[0],(unsigned)strlen(add->strfield),add,replaced) +#define HASH_FIND_INT(head,findint,out) \ + HASH_FIND(hh,head,findint,sizeof(int),out) +#define HASH_ADD_INT(head,intfield,add) \ + HASH_ADD(hh,head,intfield,sizeof(int),add) +#define HASH_REPLACE_INT(head,intfield,add,replaced) \ + HASH_REPLACE(hh,head,intfield,sizeof(int),add,replaced) +#define HASH_FIND_PTR(head,findptr,out) \ + HASH_FIND(hh,head,findptr,sizeof(void *),out) +#define HASH_ADD_PTR(head,ptrfield,add) \ + HASH_ADD(hh,head,ptrfield,sizeof(void *),add) +#define HASH_REPLACE_PTR(head,ptrfield,add,replaced) \ + HASH_REPLACE(hh,head,ptrfield,sizeof(void *),add,replaced) +#define HASH_DEL(head,delptr) \ + HASH_DELETE(hh,head,delptr) + +/* HASH_FSCK checks hash integrity on every add/delete when HASH_DEBUG is defined. + * This is for uthash developer only; it compiles away if HASH_DEBUG isn't defined. + */ +#ifdef HASH_DEBUG +#define HASH_OOPS(...) do { fprintf(stderr,__VA_ARGS__); exit(-1); } while (0) +#define HASH_FSCK(hh,head) \ +do { \ + struct UT_hash_handle *_thh; \ + if (head) { \ + unsigned _bkt_i; \ + unsigned _count; \ + char *_prev; \ + _count = 0; \ + for( _bkt_i = 0; _bkt_i < (head)->hh.tbl->num_buckets; _bkt_i++) { \ + unsigned _bkt_count = 0; \ + _thh = (head)->hh.tbl->buckets[_bkt_i].hh_head; \ + _prev = NULL; \ + while (_thh) { \ + if (_prev != (char*)(_thh->hh_prev)) { \ + HASH_OOPS("invalid hh_prev %p, actual %p\n", \ + _thh->hh_prev, _prev ); \ + } \ + _bkt_count++; \ + _prev = (char*)(_thh); \ + _thh = _thh->hh_next; \ + } \ + _count += _bkt_count; \ + if ((head)->hh.tbl->buckets[_bkt_i].count != _bkt_count) { \ + HASH_OOPS("invalid bucket count %u, actual %u\n", \ + (head)->hh.tbl->buckets[_bkt_i].count, _bkt_count); \ + } \ + } \ + if (_count != (head)->hh.tbl->num_items) { \ + HASH_OOPS("invalid hh item count %u, actual %u\n", \ + (head)->hh.tbl->num_items, _count ); \ + } \ + /* traverse hh in app order; check next/prev integrity, count */ \ + _count = 0; \ + _prev = NULL; \ + _thh = &(head)->hh; \ + while (_thh) { \ + _count++; \ + if (_prev !=(char*)(_thh->prev)) { \ + HASH_OOPS("invalid prev %p, actual %p\n", \ + _thh->prev, _prev ); \ + } \ + _prev = (char*)ELMT_FROM_HH((head)->hh.tbl, _thh); \ + _thh = ( _thh->next ? (UT_hash_handle*)((char*)(_thh->next) + \ + (head)->hh.tbl->hho) : NULL ); \ + } \ + if (_count != (head)->hh.tbl->num_items) { \ + HASH_OOPS("invalid app item count %u, actual %u\n", \ + (head)->hh.tbl->num_items, _count ); \ + } \ + } \ +} while (0) +#else +#define HASH_FSCK(hh,head) +#endif + +/* When compiled with -DHASH_EMIT_KEYS, length-prefixed keys are emitted to + * the descriptor to which this macro is defined for tuning the hash function. + * The app can #include to get the prototype for write(2). */ +#ifdef HASH_EMIT_KEYS +#define HASH_EMIT_KEY(hh,head,keyptr,fieldlen) \ +do { \ + unsigned _klen = fieldlen; \ + write(HASH_EMIT_KEYS, &_klen, sizeof(_klen)); \ + write(HASH_EMIT_KEYS, keyptr, fieldlen); \ +} while (0) +#else +#define HASH_EMIT_KEY(hh,head,keyptr,fieldlen) +#endif + +/* default to Jenkin's hash unless overridden e.g. DHASH_FUNCTION=HASH_SAX */ +#ifdef HASH_FUNCTION +#define HASH_FCN HASH_FUNCTION +#else +#define HASH_FCN HASH_JEN +#endif + +/* The Bernstein hash function, used in Perl prior to v5.6. Note (x<<5+x)=x*33. */ +#define HASH_BER(key,keylen,num_bkts,hashv,bkt) \ +do { \ + unsigned _hb_keylen=keylen; \ + char *_hb_key=(char*)(key); \ + (hashv) = 0; \ + while (_hb_keylen--) { (hashv) = (((hashv) << 5) + (hashv)) + *_hb_key++; } \ + bkt = (hashv) & (num_bkts-1); \ +} while (0) + + +/* SAX/FNV/OAT/JEN hash functions are macro variants of those listed at + * http://eternallyconfuzzled.com/tuts/algorithms/jsw_tut_hashing.aspx */ +#define HASH_SAX(key,keylen,num_bkts,hashv,bkt) \ +do { \ + unsigned _sx_i; \ + char *_hs_key=(char*)(key); \ + hashv = 0; \ + for(_sx_i=0; _sx_i < keylen; _sx_i++) \ + hashv ^= (hashv << 5) + (hashv >> 2) + _hs_key[_sx_i]; \ + bkt = hashv & (num_bkts-1); \ +} while (0) +/* FNV-1a variation */ +#define HASH_FNV(key,keylen,num_bkts,hashv,bkt) \ +do { \ + unsigned _fn_i; \ + char *_hf_key=(char*)(key); \ + hashv = 2166136261UL; \ + for(_fn_i=0; _fn_i < keylen; _fn_i++) { \ + hashv = hashv ^ _hf_key[_fn_i]; \ + hashv = hashv * 16777619; \ + } \ + bkt = hashv & (num_bkts-1); \ +} while(0) + +#define HASH_OAT(key,keylen,num_bkts,hashv,bkt) \ +do { \ + unsigned _ho_i; \ + char *_ho_key=(char*)(key); \ + hashv = 0; \ + for(_ho_i=0; _ho_i < keylen; _ho_i++) { \ + hashv += _ho_key[_ho_i]; \ + hashv += (hashv << 10); \ + hashv ^= (hashv >> 6); \ + } \ + hashv += (hashv << 3); \ + hashv ^= (hashv >> 11); \ + hashv += (hashv << 15); \ + bkt = hashv & (num_bkts-1); \ +} while(0) + +#define HASH_JEN_MIX(a,b,c) \ +do { \ + a -= b; a -= c; a ^= ( c >> 13 ); \ + b -= c; b -= a; b ^= ( a << 8 ); \ + c -= a; c -= b; c ^= ( b >> 13 ); \ + a -= b; a -= c; a ^= ( c >> 12 ); \ + b -= c; b -= a; b ^= ( a << 16 ); \ + c -= a; c -= b; c ^= ( b >> 5 ); \ + a -= b; a -= c; a ^= ( c >> 3 ); \ + b -= c; b -= a; b ^= ( a << 10 ); \ + c -= a; c -= b; c ^= ( b >> 15 ); \ +} while (0) + +#define HASH_JEN(key,keylen,num_bkts,hashv,bkt) \ +do { \ + unsigned _hj_i,_hj_j,_hj_k; \ + unsigned char *_hj_key=(unsigned char*)(key); \ + hashv = 0xfeedbeef; \ + _hj_i = _hj_j = 0x9e3779b9; \ + _hj_k = (unsigned)(keylen); \ + while (_hj_k >= 12) { \ + _hj_i += (_hj_key[0] + ( (unsigned)_hj_key[1] << 8 ) \ + + ( (unsigned)_hj_key[2] << 16 ) \ + + ( (unsigned)_hj_key[3] << 24 ) ); \ + _hj_j += (_hj_key[4] + ( (unsigned)_hj_key[5] << 8 ) \ + + ( (unsigned)_hj_key[6] << 16 ) \ + + ( (unsigned)_hj_key[7] << 24 ) ); \ + hashv += (_hj_key[8] + ( (unsigned)_hj_key[9] << 8 ) \ + + ( (unsigned)_hj_key[10] << 16 ) \ + + ( (unsigned)_hj_key[11] << 24 ) ); \ + \ + HASH_JEN_MIX(_hj_i, _hj_j, hashv); \ + \ + _hj_key += 12; \ + _hj_k -= 12; \ + } \ + hashv += keylen; \ + switch ( _hj_k ) { \ + case 11: hashv += ( (unsigned)_hj_key[10] << 24 ); \ + case 10: hashv += ( (unsigned)_hj_key[9] << 16 ); \ + case 9: hashv += ( (unsigned)_hj_key[8] << 8 ); \ + case 8: _hj_j += ( (unsigned)_hj_key[7] << 24 ); \ + case 7: _hj_j += ( (unsigned)_hj_key[6] << 16 ); \ + case 6: _hj_j += ( (unsigned)_hj_key[5] << 8 ); \ + case 5: _hj_j += _hj_key[4]; \ + case 4: _hj_i += ( (unsigned)_hj_key[3] << 24 ); \ + case 3: _hj_i += ( (unsigned)_hj_key[2] << 16 ); \ + case 2: _hj_i += ( (unsigned)_hj_key[1] << 8 ); \ + case 1: _hj_i += _hj_key[0]; \ + } \ + HASH_JEN_MIX(_hj_i, _hj_j, hashv); \ + bkt = hashv & (num_bkts-1); \ +} while(0) + +/* The Paul Hsieh hash function */ +#undef get16bits +#if (defined(__GNUC__) && defined(__i386__)) || defined(__WATCOMC__) \ + || defined(_MSC_VER) || defined (__BORLANDC__) || defined (__TURBOC__) +#define get16bits(d) (*((const uint16_t *) (d))) +#endif + +#if !defined (get16bits) +#define get16bits(d) ((((uint32_t)(((const uint8_t *)(d))[1])) << 8) \ + +(uint32_t)(((const uint8_t *)(d))[0]) ) +#endif +#define HASH_SFH(key,keylen,num_bkts,hashv,bkt) \ +do { \ + unsigned char *_sfh_key=(unsigned char*)(key); \ + uint32_t _sfh_tmp, _sfh_len = keylen; \ + \ + int _sfh_rem = _sfh_len & 3; \ + _sfh_len >>= 2; \ + hashv = 0xcafebabe; \ + \ + /* Main loop */ \ + for (;_sfh_len > 0; _sfh_len--) { \ + hashv += get16bits (_sfh_key); \ + _sfh_tmp = (uint32_t)(get16bits (_sfh_key+2)) << 11 ^ hashv; \ + hashv = (hashv << 16) ^ _sfh_tmp; \ + _sfh_key += 2*sizeof (uint16_t); \ + hashv += hashv >> 11; \ + } \ + \ + /* Handle end cases */ \ + switch (_sfh_rem) { \ + case 3: hashv += get16bits (_sfh_key); \ + hashv ^= hashv << 16; \ + hashv ^= (uint32_t)(_sfh_key[sizeof (uint16_t)] << 18); \ + hashv += hashv >> 11; \ + break; \ + case 2: hashv += get16bits (_sfh_key); \ + hashv ^= hashv << 11; \ + hashv += hashv >> 17; \ + break; \ + case 1: hashv += *_sfh_key; \ + hashv ^= hashv << 10; \ + hashv += hashv >> 1; \ + } \ + \ + /* Force "avalanching" of final 127 bits */ \ + hashv ^= hashv << 3; \ + hashv += hashv >> 5; \ + hashv ^= hashv << 4; \ + hashv += hashv >> 17; \ + hashv ^= hashv << 25; \ + hashv += hashv >> 6; \ + bkt = hashv & (num_bkts-1); \ +} while(0) + +#ifdef HASH_USING_NO_STRICT_ALIASING +/* The MurmurHash exploits some CPU's (x86,x86_64) tolerance for unaligned reads. + * For other types of CPU's (e.g. Sparc) an unaligned read causes a bus error. + * MurmurHash uses the faster approach only on CPU's where we know it's safe. + * + * Note the preprocessor built-in defines can be emitted using: + * + * gcc -m64 -dM -E - < /dev/null (on gcc) + * cc -## a.c (where a.c is a simple test file) (Sun Studio) + */ +#if (defined(__i386__) || defined(__x86_64__) || defined(_M_IX86)) +#define MUR_GETBLOCK(p,i) p[i] +#else /* non intel */ +#define MUR_PLUS0_ALIGNED(p) (((unsigned long)p & 0x3) == 0) +#define MUR_PLUS1_ALIGNED(p) (((unsigned long)p & 0x3) == 1) +#define MUR_PLUS2_ALIGNED(p) (((unsigned long)p & 0x3) == 2) +#define MUR_PLUS3_ALIGNED(p) (((unsigned long)p & 0x3) == 3) +#define WP(p) ((uint32_t*)((unsigned long)(p) & ~3UL)) +#if (defined(__BIG_ENDIAN__) || defined(SPARC) || defined(__ppc__) || defined(__ppc64__)) +#define MUR_THREE_ONE(p) ((((*WP(p))&0x00ffffff) << 8) | (((*(WP(p)+1))&0xff000000) >> 24)) +#define MUR_TWO_TWO(p) ((((*WP(p))&0x0000ffff) <<16) | (((*(WP(p)+1))&0xffff0000) >> 16)) +#define MUR_ONE_THREE(p) ((((*WP(p))&0x000000ff) <<24) | (((*(WP(p)+1))&0xffffff00) >> 8)) +#else /* assume little endian non-intel */ +#define MUR_THREE_ONE(p) ((((*WP(p))&0xffffff00) >> 8) | (((*(WP(p)+1))&0x000000ff) << 24)) +#define MUR_TWO_TWO(p) ((((*WP(p))&0xffff0000) >>16) | (((*(WP(p)+1))&0x0000ffff) << 16)) +#define MUR_ONE_THREE(p) ((((*WP(p))&0xff000000) >>24) | (((*(WP(p)+1))&0x00ffffff) << 8)) +#endif +#define MUR_GETBLOCK(p,i) (MUR_PLUS0_ALIGNED(p) ? ((p)[i]) : \ + (MUR_PLUS1_ALIGNED(p) ? MUR_THREE_ONE(p) : \ + (MUR_PLUS2_ALIGNED(p) ? MUR_TWO_TWO(p) : \ + MUR_ONE_THREE(p)))) +#endif +#define MUR_ROTL32(x,r) (((x) << (r)) | ((x) >> (32 - (r)))) +#define MUR_FMIX(_h) \ +do { \ + _h ^= _h >> 16; \ + _h *= 0x85ebca6b; \ + _h ^= _h >> 13; \ + _h *= 0xc2b2ae35l; \ + _h ^= _h >> 16; \ +} while(0) + +#define HASH_MUR(key,keylen,num_bkts,hashv,bkt) \ +do { \ + const uint8_t *_mur_data = (const uint8_t*)(key); \ + const int _mur_nblocks = (keylen) / 4; \ + uint32_t _mur_h1 = 0xf88D5353; \ + uint32_t _mur_c1 = 0xcc9e2d51; \ + uint32_t _mur_c2 = 0x1b873593; \ + uint32_t _mur_k1 = 0; \ + const uint8_t *_mur_tail; \ + const uint32_t *_mur_blocks = (const uint32_t*)(_mur_data+_mur_nblocks*4); \ + int _mur_i; \ + for(_mur_i = -_mur_nblocks; _mur_i; _mur_i++) { \ + _mur_k1 = MUR_GETBLOCK(_mur_blocks,_mur_i); \ + _mur_k1 *= _mur_c1; \ + _mur_k1 = MUR_ROTL32(_mur_k1,15); \ + _mur_k1 *= _mur_c2; \ + \ + _mur_h1 ^= _mur_k1; \ + _mur_h1 = MUR_ROTL32(_mur_h1,13); \ + _mur_h1 = _mur_h1*5+0xe6546b64; \ + } \ + _mur_tail = (const uint8_t*)(_mur_data + _mur_nblocks*4); \ + _mur_k1=0; \ + switch((keylen) & 3) { \ + case 3: _mur_k1 ^= _mur_tail[2] << 16; \ + case 2: _mur_k1 ^= _mur_tail[1] << 8; \ + case 1: _mur_k1 ^= _mur_tail[0]; \ + _mur_k1 *= _mur_c1; \ + _mur_k1 = MUR_ROTL32(_mur_k1,15); \ + _mur_k1 *= _mur_c2; \ + _mur_h1 ^= _mur_k1; \ + } \ + _mur_h1 ^= (keylen); \ + MUR_FMIX(_mur_h1); \ + hashv = _mur_h1; \ + bkt = hashv & (num_bkts-1); \ +} while(0) +#endif /* HASH_USING_NO_STRICT_ALIASING */ + +/* key comparison function; return 0 if keys equal */ +#define HASH_KEYCMP(a,b,len) memcmp(a,b,len) + +/* iterate over items in a known bucket to find desired item */ +#define HASH_FIND_IN_BKT(tbl,hh,head,keyptr,keylen_in,out) \ +do { \ + if (head.hh_head) DECLTYPE_ASSIGN(out,ELMT_FROM_HH(tbl,head.hh_head)); \ + else out=NULL; \ + while (out) { \ + if ((out)->hh.keylen == keylen_in) { \ + if ((HASH_KEYCMP((out)->hh.key,keyptr,keylen_in)) == 0) break; \ + } \ + if ((out)->hh.hh_next) DECLTYPE_ASSIGN(out,ELMT_FROM_HH(tbl,(out)->hh.hh_next)); \ + else out = NULL; \ + } \ +} while(0) + +/* add an item to a bucket */ +#define HASH_ADD_TO_BKT(head,addhh) \ +do { \ + head.count++; \ + (addhh)->hh_next = head.hh_head; \ + (addhh)->hh_prev = NULL; \ + if (head.hh_head) { (head).hh_head->hh_prev = (addhh); } \ + (head).hh_head=addhh; \ + if (head.count >= ((head.expand_mult+1) * HASH_BKT_CAPACITY_THRESH) \ + && (addhh)->tbl->noexpand != 1) { \ + HASH_EXPAND_BUCKETS((addhh)->tbl); \ + } \ +} while(0) + +/* remove an item from a given bucket */ +#define HASH_DEL_IN_BKT(hh,head,hh_del) \ + (head).count--; \ + if ((head).hh_head == hh_del) { \ + (head).hh_head = hh_del->hh_next; \ + } \ + if (hh_del->hh_prev) { \ + hh_del->hh_prev->hh_next = hh_del->hh_next; \ + } \ + if (hh_del->hh_next) { \ + hh_del->hh_next->hh_prev = hh_del->hh_prev; \ + } + +/* Bucket expansion has the effect of doubling the number of buckets + * and redistributing the items into the new buckets. Ideally the + * items will distribute more or less evenly into the new buckets + * (the extent to which this is true is a measure of the quality of + * the hash function as it applies to the key domain). + * + * With the items distributed into more buckets, the chain length + * (item count) in each bucket is reduced. Thus by expanding buckets + * the hash keeps a bound on the chain length. This bounded chain + * length is the essence of how a hash provides constant time lookup. + * + * The calculation of tbl->ideal_chain_maxlen below deserves some + * explanation. First, keep in mind that we're calculating the ideal + * maximum chain length based on the *new* (doubled) bucket count. + * In fractions this is just n/b (n=number of items,b=new num buckets). + * Since the ideal chain length is an integer, we want to calculate + * ceil(n/b). We don't depend on floating point arithmetic in this + * hash, so to calculate ceil(n/b) with integers we could write + * + * ceil(n/b) = (n/b) + ((n%b)?1:0) + * + * and in fact a previous version of this hash did just that. + * But now we have improved things a bit by recognizing that b is + * always a power of two. We keep its base 2 log handy (call it lb), + * so now we can write this with a bit shift and logical AND: + * + * ceil(n/b) = (n>>lb) + ( (n & (b-1)) ? 1:0) + * + */ +#define HASH_EXPAND_BUCKETS(tbl) \ +do { \ + unsigned _he_bkt; \ + unsigned _he_bkt_i; \ + struct UT_hash_handle *_he_thh, *_he_hh_nxt; \ + UT_hash_bucket *_he_new_buckets, *_he_newbkt; \ + _he_new_buckets = (UT_hash_bucket*)uthash_malloc( \ + 2 * tbl->num_buckets * sizeof(struct UT_hash_bucket)); \ + if (!_he_new_buckets) { uthash_fatal( "out of memory"); } \ + memset(_he_new_buckets, 0, \ + 2 * tbl->num_buckets * sizeof(struct UT_hash_bucket)); \ + tbl->ideal_chain_maxlen = \ + (tbl->num_items >> (tbl->log2_num_buckets+1)) + \ + ((tbl->num_items & ((tbl->num_buckets*2)-1)) ? 1 : 0); \ + tbl->nonideal_items = 0; \ + for(_he_bkt_i = 0; _he_bkt_i < tbl->num_buckets; _he_bkt_i++) \ + { \ + _he_thh = tbl->buckets[ _he_bkt_i ].hh_head; \ + while (_he_thh) { \ + _he_hh_nxt = _he_thh->hh_next; \ + HASH_TO_BKT( _he_thh->hashv, tbl->num_buckets*2, _he_bkt); \ + _he_newbkt = &(_he_new_buckets[ _he_bkt ]); \ + if (++(_he_newbkt->count) > tbl->ideal_chain_maxlen) { \ + tbl->nonideal_items++; \ + _he_newbkt->expand_mult = _he_newbkt->count / \ + tbl->ideal_chain_maxlen; \ + } \ + _he_thh->hh_prev = NULL; \ + _he_thh->hh_next = _he_newbkt->hh_head; \ + if (_he_newbkt->hh_head) _he_newbkt->hh_head->hh_prev = \ + _he_thh; \ + _he_newbkt->hh_head = _he_thh; \ + _he_thh = _he_hh_nxt; \ + } \ + } \ + uthash_free( tbl->buckets, tbl->num_buckets*sizeof(struct UT_hash_bucket) ); \ + tbl->num_buckets *= 2; \ + tbl->log2_num_buckets++; \ + tbl->buckets = _he_new_buckets; \ + tbl->ineff_expands = (tbl->nonideal_items > (tbl->num_items >> 1)) ? \ + (tbl->ineff_expands+1) : 0; \ + if (tbl->ineff_expands > 1) { \ + tbl->noexpand=1; \ + uthash_noexpand_fyi(tbl); \ + } \ + uthash_expand_fyi(tbl); \ +} while(0) + + +/* This is an adaptation of Simon Tatham's O(n log(n)) mergesort */ +/* Note that HASH_SORT assumes the hash handle name to be hh. + * HASH_SRT was added to allow the hash handle name to be passed in. */ +#define HASH_SORT(head,cmpfcn) HASH_SRT(hh,head,cmpfcn) +#define HASH_SRT(hh,head,cmpfcn) \ +do { \ + unsigned _hs_i; \ + unsigned _hs_looping,_hs_nmerges,_hs_insize,_hs_psize,_hs_qsize; \ + struct UT_hash_handle *_hs_p, *_hs_q, *_hs_e, *_hs_list, *_hs_tail; \ + if (head) { \ + _hs_insize = 1; \ + _hs_looping = 1; \ + _hs_list = &((head)->hh); \ + while (_hs_looping) { \ + _hs_p = _hs_list; \ + _hs_list = NULL; \ + _hs_tail = NULL; \ + _hs_nmerges = 0; \ + while (_hs_p) { \ + _hs_nmerges++; \ + _hs_q = _hs_p; \ + _hs_psize = 0; \ + for ( _hs_i = 0; _hs_i < _hs_insize; _hs_i++ ) { \ + _hs_psize++; \ + _hs_q = (UT_hash_handle*)((_hs_q->next) ? \ + ((void*)((char*)(_hs_q->next) + \ + (head)->hh.tbl->hho)) : NULL); \ + if (! (_hs_q) ) break; \ + } \ + _hs_qsize = _hs_insize; \ + while ((_hs_psize > 0) || ((_hs_qsize > 0) && _hs_q )) { \ + if (_hs_psize == 0) { \ + _hs_e = _hs_q; \ + _hs_q = (UT_hash_handle*)((_hs_q->next) ? \ + ((void*)((char*)(_hs_q->next) + \ + (head)->hh.tbl->hho)) : NULL); \ + _hs_qsize--; \ + } else if ( (_hs_qsize == 0) || !(_hs_q) ) { \ + _hs_e = _hs_p; \ + if (_hs_p){ \ + _hs_p = (UT_hash_handle*)((_hs_p->next) ? \ + ((void*)((char*)(_hs_p->next) + \ + (head)->hh.tbl->hho)) : NULL); \ + } \ + _hs_psize--; \ + } else if (( \ + cmpfcn(DECLTYPE(head)(ELMT_FROM_HH((head)->hh.tbl,_hs_p)), \ + DECLTYPE(head)(ELMT_FROM_HH((head)->hh.tbl,_hs_q))) \ + ) <= 0) { \ + _hs_e = _hs_p; \ + if (_hs_p){ \ + _hs_p = (UT_hash_handle*)((_hs_p->next) ? \ + ((void*)((char*)(_hs_p->next) + \ + (head)->hh.tbl->hho)) : NULL); \ + } \ + _hs_psize--; \ + } else { \ + _hs_e = _hs_q; \ + _hs_q = (UT_hash_handle*)((_hs_q->next) ? \ + ((void*)((char*)(_hs_q->next) + \ + (head)->hh.tbl->hho)) : NULL); \ + _hs_qsize--; \ + } \ + if ( _hs_tail ) { \ + _hs_tail->next = ((_hs_e) ? \ + ELMT_FROM_HH((head)->hh.tbl,_hs_e) : NULL); \ + } else { \ + _hs_list = _hs_e; \ + } \ + if (_hs_e) { \ + _hs_e->prev = ((_hs_tail) ? \ + ELMT_FROM_HH((head)->hh.tbl,_hs_tail) : NULL); \ + } \ + _hs_tail = _hs_e; \ + } \ + _hs_p = _hs_q; \ + } \ + if (_hs_tail){ \ + _hs_tail->next = NULL; \ + } \ + if ( _hs_nmerges <= 1 ) { \ + _hs_looping=0; \ + (head)->hh.tbl->tail = _hs_tail; \ + DECLTYPE_ASSIGN(head,ELMT_FROM_HH((head)->hh.tbl, _hs_list)); \ + } \ + _hs_insize *= 2; \ + } \ + HASH_FSCK(hh,head); \ + } \ +} while (0) + +/* This function selects items from one hash into another hash. + * The end result is that the selected items have dual presence + * in both hashes. There is no copy of the items made; rather + * they are added into the new hash through a secondary hash + * hash handle that must be present in the structure. */ +#define HASH_SELECT(hh_dst, dst, hh_src, src, cond) \ +do { \ + unsigned _src_bkt, _dst_bkt; \ + void *_last_elt=NULL, *_elt; \ + UT_hash_handle *_src_hh, *_dst_hh, *_last_elt_hh=NULL; \ + ptrdiff_t _dst_hho = ((char*)(&(dst)->hh_dst) - (char*)(dst)); \ + if (src) { \ + for(_src_bkt=0; _src_bkt < (src)->hh_src.tbl->num_buckets; _src_bkt++) { \ + for(_src_hh = (src)->hh_src.tbl->buckets[_src_bkt].hh_head; \ + _src_hh; \ + _src_hh = _src_hh->hh_next) { \ + _elt = ELMT_FROM_HH((src)->hh_src.tbl, _src_hh); \ + if (cond(_elt)) { \ + _dst_hh = (UT_hash_handle*)(((char*)_elt) + _dst_hho); \ + _dst_hh->key = _src_hh->key; \ + _dst_hh->keylen = _src_hh->keylen; \ + _dst_hh->hashv = _src_hh->hashv; \ + _dst_hh->prev = _last_elt; \ + _dst_hh->next = NULL; \ + if (_last_elt_hh) { _last_elt_hh->next = _elt; } \ + if (!dst) { \ + DECLTYPE_ASSIGN(dst,_elt); \ + HASH_MAKE_TABLE(hh_dst,dst); \ + } else { \ + _dst_hh->tbl = (dst)->hh_dst.tbl; \ + } \ + HASH_TO_BKT(_dst_hh->hashv, _dst_hh->tbl->num_buckets, _dst_bkt); \ + HASH_ADD_TO_BKT(_dst_hh->tbl->buckets[_dst_bkt],_dst_hh); \ + (dst)->hh_dst.tbl->num_items++; \ + _last_elt = _elt; \ + _last_elt_hh = _dst_hh; \ + } \ + } \ + } \ + } \ + HASH_FSCK(hh_dst,dst); \ +} while (0) + +#define HASH_CLEAR(hh,head) \ +do { \ + if (head) { \ + uthash_free((head)->hh.tbl->buckets, \ + (head)->hh.tbl->num_buckets*sizeof(struct UT_hash_bucket)); \ + HASH_BLOOM_FREE((head)->hh.tbl); \ + uthash_free((head)->hh.tbl, sizeof(UT_hash_table)); \ + (head)=NULL; \ + } \ +} while(0) + +#define HASH_OVERHEAD(hh,head) \ + ((head) ? ( \ + (size_t)((((head)->hh.tbl->num_items * sizeof(UT_hash_handle)) + \ + ((head)->hh.tbl->num_buckets * sizeof(UT_hash_bucket)) + \ + (sizeof(UT_hash_table)) + \ + (HASH_BLOOM_BYTELEN)))) : 0) + +#ifdef NO_DECLTYPE +#define HASH_ITER(hh,head,el,tmp) \ +for((el)=(head), (*(char**)(&(tmp)))=(char*)((head)?(head)->hh.next:NULL); \ + el; (el)=(tmp),(*(char**)(&(tmp)))=(char*)((tmp)?(tmp)->hh.next:NULL)) +#else +#define HASH_ITER(hh,head,el,tmp) \ +for((el)=(head),(tmp)=DECLTYPE(el)((head)?(head)->hh.next:NULL); \ + el; (el)=(tmp),(tmp)=DECLTYPE(el)((tmp)?(tmp)->hh.next:NULL)) +#endif + +/* obtain a count of items in the hash */ +#define HASH_COUNT(head) HASH_CNT(hh,head) +#define HASH_CNT(hh,head) ((head)?((head)->hh.tbl->num_items):0) + +typedef struct UT_hash_bucket { + struct UT_hash_handle *hh_head; + unsigned count; + + /* expand_mult is normally set to 0. In this situation, the max chain length + * threshold is enforced at its default value, HASH_BKT_CAPACITY_THRESH. (If + * the bucket's chain exceeds this length, bucket expansion is triggered). + * However, setting expand_mult to a non-zero value delays bucket expansion + * (that would be triggered by additions to this particular bucket) + * until its chain length reaches a *multiple* of HASH_BKT_CAPACITY_THRESH. + * (The multiplier is simply expand_mult+1). The whole idea of this + * multiplier is to reduce bucket expansions, since they are expensive, in + * situations where we know that a particular bucket tends to be overused. + * It is better to let its chain length grow to a longer yet-still-bounded + * value, than to do an O(n) bucket expansion too often. + */ + unsigned expand_mult; + +} UT_hash_bucket; + +/* random signature used only to find hash tables in external analysis */ +#define HASH_SIGNATURE 0xa0111fe1 +#define HASH_BLOOM_SIGNATURE 0xb12220f2 + +typedef struct UT_hash_table { + UT_hash_bucket *buckets; + unsigned num_buckets, log2_num_buckets; + unsigned num_items; + struct UT_hash_handle *tail; /* tail hh in app order, for fast append */ + ptrdiff_t hho; /* hash handle offset (byte pos of hash handle in element */ + + /* in an ideal situation (all buckets used equally), no bucket would have + * more than ceil(#items/#buckets) items. that's the ideal chain length. */ + unsigned ideal_chain_maxlen; + + /* nonideal_items is the number of items in the hash whose chain position + * exceeds the ideal chain maxlen. these items pay the penalty for an uneven + * hash distribution; reaching them in a chain traversal takes >ideal steps */ + unsigned nonideal_items; + + /* ineffective expands occur when a bucket doubling was performed, but + * afterward, more than half the items in the hash had nonideal chain + * positions. If this happens on two consecutive expansions we inhibit any + * further expansion, as it's not helping; this happens when the hash + * function isn't a good fit for the key domain. When expansion is inhibited + * the hash will still work, albeit no longer in constant time. */ + unsigned ineff_expands, noexpand; + + uint32_t signature; /* used only to find hash tables in external analysis */ +#ifdef HASH_BLOOM + uint32_t bloom_sig; /* used only to test bloom exists in external analysis */ + uint8_t *bloom_bv; + char bloom_nbits; +#endif + +} UT_hash_table; + +typedef struct UT_hash_handle { + struct UT_hash_table *tbl; + void *prev; /* prev element in app order */ + void *next; /* next element in app order */ + struct UT_hash_handle *hh_prev; /* previous hh in bucket order */ + struct UT_hash_handle *hh_next; /* next hh in bucket order */ + void *key; /* ptr to enclosing struct's key */ + unsigned keylen; /* enclosing struct's key len */ + unsigned hashv; /* result of hash-fcn(key) */ +} UT_hash_handle; + +#endif /* UTHASH_H */ diff --git a/Buildings/Resources/src/ISAT/utility_isat.c b/Buildings/Resources/src/ISAT/utility_isat.c new file mode 100644 index 00000000000..fe0fb14dc91 --- /dev/null +++ b/Buildings/Resources/src/ISAT/utility_isat.c @@ -0,0 +1,418 @@ +/****************************************************************************** +| +| \file utility_isat.c +| +| \brief define utility functions for isat_ffd +| +| \author Xu Han +| Univeristy of Colorado Boulder, xuha3556@colorado.edu +| Wei Tian +| University of Miami, Schneider Electric +| w.tian@umiami.edu, Wei.Tian@Schneider-Electric.com +| Dan Li +| University of Miami +| +| \date 4/5/2020 +| +| \ All RIGHTS RESERVED. +******************************************************************************/ +#include "utility_isat.h" +extern double ffdInput[]; +extern double ffdOutput[]; +extern char filepath[]; + +/****************************************************************************** +| Write the log file +| +| \param message Pointer the message +| \param msg_type Type ogf message +| +| \return No return needed +******************************************************************************/ +void mpc_log(char *message, MPC_MSG_TYPE msg_type) { + if(msg_type==MPC_NEW) { + if((file_log=fopen("log.mpc","w+"))==NULL) { + fprintf(stderr, "Error:can not open error file!\n"); + exit(1); + } + } + else if((file_log=fopen("log.mpc","a+"))==NULL) { + fprintf(stderr,"Error:can not open error file!\n"); + exit(1); + } + + switch(msg_type) { + case MPC_WARNING: + fprintf(file_log, "WARNING in %s\n", message); + break; + case MPC_ERROR: + fprintf(file_log, "ERROR in %s\n", message); + break; + /* Normal log */ + default: + fprintf(file_log, "%s\n", message); + } + fclose(file_log); +} /* End of mpc_log() */ + + + +int write_output_data(PARA_DATA *para, REAL **var, int **BINDEX) { + int imax = para->geom->imax, jmax = para->geom->jmax; + int kmax = para->geom->kmax; + int IMAX = imax + 2, IJMAX = (imax + 2)*(jmax + 2); + char string[400], tmp[400], tmp1[400]; + int num_output, i, j, k; + float wOutput[5] = {0}; + OUTPUT_TYPE outp_name[5] = {temp_occ}; + + /* Open the output.isat file */ + char filenametmp[400]; + snprintf(filenametmp, sizeof(filenametmp), "%s%s", filepath, "set.isat"); + + if ((file_params = fopen(filenametmp, "r")) == NULL) { + sprintf(msg, "read_sci_input(): Could not open the file %s.",filenametmp); + ffd_log(msg, FFD_ERROR); + return 1; + } + else { + sprintf(msg, "write_output_data(): Start to read the file %s", filenametmp); + ffd_log(msg, FFD_NORMAL); + } + + /* Read the settings for outputs */ + int next = 0; + while (next == 0) { + + if (fgets(string, 400, file_params) == NULL) + next = 1; + if (EOF == sscanf(string, "%s", tmp)) { + continue; + } + + /* Read isat.num_output */ + if (!strcmp(tmp, "isat.num_output")) { + sscanf(string, "%s%d", tmp, &num_output); + if (num_output < 6) { + sprintf(msg, "write_output_data(): %s=%d", tmp, num_output); + ffd_log(msg, FFD_NORMAL); + } + else { + sprintf(msg, "write_output_data(): the current version only supports no more than five outputs"); + ffd_log(msg, FFD_ERROR); + return 1; + } + } + + /* Read outp.outp_name */ + else if (!strcmp(tmp, "/*outp.outp_name:")) { + for (i = 0; i < num_output; i++) { + fgets(string, 400, file_params); + sscanf(string, "%s", tmp); + if (!strcmp(tmp, "outp.outp_name")) { + sscanf(string, "%s%s", tmp, tmp1); + if (!strcmp(tmp1, "temp_roo")) + outp_name[i] = temp_roo; + else if (!strcmp(tmp1, "temp_occ")) + outp_name[i] = temp_occ; + else if (!strcmp(tmp1, "vel_occ")) + outp_name[i] = vel_occ; + else if (!strcmp(tmp1, "temp_sen")) + outp_name[i] = temp_sen; + else if (!strcmp(tmp1, "vel_sen")) + outp_name[i] = vel_sen; + else if (!strcmp(tmp1, "temp_rack")) + outp_name[i] = temp_rack; + else { + sprintf(msg, "write_output_data(): %s is not valid input for %s", tmp1, tmp); + ffd_log(msg, FFD_ERROR); + return 1; + } + sprintf(msg, "write_output_data(): %s[%d]=%s", tmp, i, tmp1); + ffd_log(msg, FFD_NORMAL); + } /*end of if (!strcmp(tmp, "outp.outp_name"))*/ + else { + sprintf(msg, "write_output_data(): wrong format for %s, which should be outp.outp_name", tmp); + ffd_log(msg, FFD_ERROR); + return 1; + } + } /*End of for (i = 0; i < num_output; i++)*/ + } /*End of else if (!strcmp(tmp, "/*outp.outp_name:"))*/ + } /* End of while (next = 0)*/ + + fclose(file_params); + + /* Write outputs */ + for (i = 0; i < num_output; i++) { + if (outp_name[i] == temp_roo) { + ffdOutput[i] = average_room_temp(para, var); + sprintf(msg, "write_output_data(): ffdOutput[%d]=%lf", i, ffdOutput[i]); + ffd_log(msg, FFD_NORMAL); + } + else if (outp_name[i] == temp_occ) { + ffdOutput[i] = average_volume_temp(para, var); + sprintf(msg, "write_output_data(): ffdOutput[%d]=%lf", i, ffdOutput[i]); + ffd_log(msg, FFD_NORMAL); + } + else if (outp_name[i] == vel_occ) { + ffdOutput[i] = average_volume_vel(para, var); + sprintf(msg, "write_output_data(): ffdOutput[%d]=%lf", i, ffdOutput[i]); + ffd_log(msg, FFD_NORMAL); + } + else if (outp_name[i] == temp_sen) { + ffdOutput[i] = sensor_temp(para, var); + sprintf(msg, "write_output_data(): ffdOutput[%d]=%lf", i, ffdOutput[i]); + ffd_log(msg, FFD_NORMAL); + } + else if (outp_name[i] == vel_sen) { + ffdOutput[i] = sensor_vel(para, var); + sprintf(msg, "write_output_data(): ffdOutput[%d]=%lf", i, ffdOutput[i]); + ffd_log(msg, FFD_NORMAL); + } + else if (outp_name[i] == temp_rack) { + ffdOutput[i] = maximum_rack_temp(para, var); + sprintf(msg, "write_output_data(): ffdOutput[%d]=%lf", i, ffdOutput[i]); + ffd_log(msg, FFD_NORMAL); + } + else { + sprintf(msg, "write_output_data(): wrong format for names of outputs"); + ffd_log(msg, FFD_ERROR); + return 1; + } + } + + sprintf(msg, "write_output_data(): finish writing output data"); + ffd_log(msg, FFD_NORMAL); + + return 0; +} /* End of write_output_data() */ + + + /****************************************************************************** + | Calculate volume weighted averaged value of temperature in a space + | + | The average is weighted by volume of each cell + | + | \param para Pointer to FFD parameters + | \param var Pointer to FFD simulation variables + | + | \return Volume weighted average + ******************************************************************************/ +REAL average_room_temp(PARA_DATA *para, REAL **var) { + int imax = para->geom->imax, jmax = para->geom->jmax; + int kmax = para->geom->kmax; + int i, j, k, k_occ; + int IMAX = imax + 2, IJMAX = (imax + 2)*(jmax + 2); + REAL tmp1 = 0, tmp2 = 0, tmp3 = 0; + + FOR_EACH_CELL + if (var[FLAGP][IX(i, j, k)] == FLUID) { + tmp1 = vol(para, var, i, j, k); + tmp2 += var[TEMP][IX(i, j, k)] * tmp1; + tmp3 += tmp1; + } + else + continue; + END_FOR + + if (tmp3 > 0) { + return tmp2 / tmp3 + 273.15; + } + else { + sprintf(msg, "average_room_temp(): the volume of fluid is zero."); + ffd_log(msg, FFD_ERROR); + return 0; + } +}/* End of average_volume_temp( ) */ + + /****************************************************************************** + | Calculate volume weighted averaged value of temperature in a space + | + | The average is weighted by volume of each cell + | + | \param para Pointer to FFD parameters + | \param var Pointer to FFD simulation variables + | + | \return Volume weighted average + ******************************************************************************/ +REAL average_volume_temp(PARA_DATA *para, REAL **var) { + int imax = para->geom->imax, jmax = para->geom->jmax; + int kmax = para->geom->kmax; + int i, j, k, k_occ; + int IMAX = imax + 2, IJMAX = (imax + 2)*(jmax + 2); + REAL tmp1 = 0, tmp2 = 0, tmp3 = 0; + + /*k_occ represents the height of occupant zone, which can be defined by users*/ + /*here k_occ is set as kmax by default, which calculates room-averaged value*/ + k_occ = kmax; + + FOR_EACH_CELL + if (var[FLAGP][IX(i, j, k)] == FLUID && k < k_occ) { + tmp1 = vol(para, var, i, j, k); + tmp2 += var[TEMP][IX(i, j, k)] * tmp1; + tmp3 += tmp1; + } + else + continue; + END_FOR + + if (tmp3 > 0) { + return tmp2 / tmp3 + 273.15; + } + else { + sprintf(msg, "average_volume_temp(): the volume of fluid is zero."); + ffd_log(msg, FFD_ERROR); + return 0; + } +}/* End of average_volume_temp( ) */ + + /****************************************************************************** + | Calculate volume weighted averaged value of velocity in a space + | + | The average is weighted by volume of each cell + | + | \param para Pointer to FFD parameters + | \param var Pointer to FFD simulation variables + | + | \return Volume weighted average + ******************************************************************************/ +REAL average_volume_vel(PARA_DATA *para, REAL **var) { + int imax = para->geom->imax, jmax = para->geom->jmax; + int kmax = para->geom->kmax; + int i, j, k, k_occ; + int IMAX = imax + 2, IJMAX = (imax + 2)*(jmax + 2); + REAL tmp1 = 0, tmp2 = 0, tmp3 = 0, u, v, w; + + /*k_occ represents the height of occupant zone, which can be defined by users + here k_occ is set as kmax by default, which calculates room-averaged value*/ + k_occ = kmax; + + FOR_EACH_CELL + if (var[FLAGP][IX(i, j, k)] == FLUID && k < k_occ) { + u = var[VX][IX(i, j, k)]; + v = var[VY][IX(i, j, k)]; + w = var[VZ][IX(i, j, k)]; + tmp1 = vol(para, var, i, j, k); + tmp2 += sqrt(u*u + v*v + w*w) * tmp1; + tmp3 += tmp1; + } + else + continue; + END_FOR + + if (tmp3 > 0){ + return tmp2 / tmp3; + } + else{ + sprintf(msg, "average_room_vel(): the volume of fluid is zero."); + ffd_log(msg, FFD_ERROR); + return 0; + } +}/* End of average_volume_vel( ) */ + + /****************************************************************************** + | Return value of temperature at sensor location + ******************************************************************************/ +REAL sensor_temp(PARA_DATA *para, REAL **var) { + int imax = para->geom->imax, jmax = para->geom->jmax; + int kmax = para->geom->kmax; + int IMAX = imax + 2, IJMAX = (imax + 2)*(jmax + 2); + int i, j, k; + + /*i, j and k represent the location of the sensor, which can be defined by users + here i, j and k are set in the center of the room by default*/ + i = imax / 2; + j = jmax / 2; + k = kmax / 2; + + return var[TEMPM][IX(i, j, k)] + 273.15; + +}/* End of sensor_temp( ) */ + + /****************************************************************************** + | Return value of velocity at sensor location + ******************************************************************************/ +REAL sensor_vel(PARA_DATA *para, REAL **var) { + int imax = para->geom->imax, jmax = para->geom->jmax; + int kmax = para->geom->kmax; + int IMAX = imax + 2, IJMAX = (imax + 2)*(jmax + 2); + int i, j, k; + double u, v, w; + + /*i, j and k represent the location of the sensor, which can be defined by users. + here i, j and k are set in the center of the room by default*/ + i = imax / 2; + j = jmax / 2; + k = kmax / 2; + + /*calcualte velocity in x, y and z direction at sensor location*/ + u = var[VX][IX(i, j, k)]; + v = var[VY][IX(i, j, k)]; + w = var[VZ][IX(i, j, k)]; + + /*return velocity magnitude at sensor location*/ + return sqrt(u*u + v*v + w*w); +}/* End of sensor_temp( ) */ + + /****************************************************************************** + | Calculate volume weighted averaged value of temperature in a space + | + | The average is weighted by volume of each cell + | + | \param para Pointer to FFD parameters + | \param var Pointer to FFD simulation variables + | + | \return Volume weighted average + ******************************************************************************/ +REAL maximum_rack_temp(PARA_DATA *para, REAL **var) { + int i, j; + int ip, jp, kp; + REAL T1, T2, T3, T4, Tave = 0, Tmax = 0; + int imax = para->geom->imax, jmax = para->geom->jmax; + int kmax = para->geom->kmax; + int IMAX = imax + 2, IJMAX = (imax + 2)*(jmax + 2); + + if (para->bc->nb_rack > 0) { + /*find monitor index*/ + if (get_monitor_index(para, var) != 0) { + ffd_log("write_monitor_data(): cannot find the index of monitoring cells", FFD_ERROR); + } + + /*get temperatures at monitored points of each rack*/ + for (i = 0;i < para->bc->nb_rack;i++) { + /*Point1*/ + ip = para->sens->indexMoniPoints[i][0][0]; + jp = para->sens->indexMoniPoints[i][0][1]; + kp = para->sens->indexMoniPoints[i][0][2]; + T1 = var[TEMP][IX(ip, jp, kp)]; + /*Point2*/ + ip = para->sens->indexMoniPoints[i][1][0]; + jp = para->sens->indexMoniPoints[i][1][1]; + kp = para->sens->indexMoniPoints[i][1][2]; + T2 = var[TEMP][IX(ip, jp, kp)]; + /*Point3*/ + ip = para->sens->indexMoniPoints[i][2][0]; + jp = para->sens->indexMoniPoints[i][2][1]; + kp = para->sens->indexMoniPoints[i][2][2]; + T3 = var[TEMP][IX(ip, jp, kp)]; + /*Point4*/ + ip = para->sens->indexMoniPoints[i][3][0]; + jp = para->sens->indexMoniPoints[i][3][1]; + kp = para->sens->indexMoniPoints[i][3][2]; + T4 = var[TEMP][IX(ip, jp, kp)]; + + /*calculate average rack-inlet temperature*/ + Tave = (T1 + T2 + T3 + T4) / 4; + if (Tave > Tmax) { + Tmax = Tave; + } + } + } + else { + sprintf(msg, "maximum_rack_temp(): there's no rack in this case."); + ffd_log(msg, FFD_ERROR); + return 0; + } + + return Tmax + 273.15; +}/* End of maximum_rack_temp() */ diff --git a/Buildings/Resources/src/ISAT/utility_isat.h b/Buildings/Resources/src/ISAT/utility_isat.h new file mode 100644 index 00000000000..514503ad3da --- /dev/null +++ b/Buildings/Resources/src/ISAT/utility_isat.h @@ -0,0 +1,55 @@ +/****************************************************************************** +| +| \file utility_isat.h +| +| \brief define utility functions for isat_ffd +| +| \author Xu Han +| Univeristy of Colorado Boulder, xuha3556@colorado.edu +| Wei Tian +| University of Miami, Schneider Electric +| w.tian@umiami.edu, Wei.Tian@Schneider-Electric.com +| Dan Li +| University of Miami +| +| \date 4/5/2020 +| +| \ All RIGHTS RESERVED. +******************************************************************************/ + + +#ifndef UTILITY_IAST_H_INCLUDED +#define UTILITY_IAST_H_INCLUDED + +#ifndef _COMMON_H +#define _COMMON_H +#include "common.h" +#endif + +#ifndef _DATA_STRUCTURE_H +#define _DATA_STRUCTURE_H +#include "../FastFluidDynamics/data_structure.h" +#endif + +#ifndef _GEOMETRY_H +#define _GEOMETRY_H +#include "../FastFluidDynamics/geometry.h" +#endif + +FILE *file_log; +FILE *file_params; + +void mpc_log(char *message, MPC_MSG_TYPE msg_type); +int write_output_data(PARA_DATA *para, REAL **var, int **BINDEX); +REAL average_room_temp(PARA_DATA *para, REAL **var); +REAL average_volume_temp(PARA_DATA *para, REAL **var); +REAL average_volume_vel(PARA_DATA *para, REAL **var); +REAL sensor_temp(PARA_DATA *para, REAL **var); +REAL sensor_vel(PARA_DATA *para, REAL **var); +REAL maximum_rack_temp(PARA_DATA *para, REAL **var); + +#endif + + + + diff --git a/Buildings/Resources/src/ISAT/utlist.h b/Buildings/Resources/src/ISAT/utlist.h new file mode 100644 index 00000000000..7fd7d553a90 --- /dev/null +++ b/Buildings/Resources/src/ISAT/utlist.h @@ -0,0 +1,757 @@ +/**************************************************************************** +Copyright (c) 2007-2014, Troy D. Hanson http://troydhanson.github.com/uthash/ +All rights reserved. + +Redistribution and use in source and binary forms, with or without +modification, are permitted provided that the following conditions are met: + + * Redistributions of source code must retain the above copyright + notice, this list of conditions and the following disclaimer. + +THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS +IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED +TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A +PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER +OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, +EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, +PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR +PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF +LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING +NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS +SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. +****************************************************************************/ + +#ifndef UTLIST_H +#define UTLIST_H + +#define UTLIST_VERSION 1.9.9 + +#include + +/* + * This file contains macros to manipulate singly and doubly-linked lists. + * + * 1. LL_ macros: singly-linked lists. + * 2. DL_ macros: doubly-linked lists. + * 3. CDL_ macros: circular doubly-linked lists. + * + * To use singly-linked lists, your structure must have a "next" pointer. + * To use doubly-linked lists, your structure must "prev" and "next" pointers. + * Either way, the pointer to the head of the list must be initialized to NULL. + * + * ----------------.EXAMPLE ------------------------- + * struct item { + * int id; + * struct item *prev, *next; + * } + * + * struct item *list = NULL: + * + * int main() { + * struct item *item; + * ... allocate and populate item ... + * DL_APPEND(list, item); + * } + * -------------------------------------------------- + * + * For doubly-linked lists, the append and delete macros are O(1) + * For singly-linked lists, append and delete are O(n) but prepend is O(1) + * The sort macro is O(n log(n)) for all types of single/double/circular lists. + */ + +/* These macros use decltype or the earlier __typeof GNU extension. + As decltype is only available in newer compilers (VS2010 or gcc 4.3+ + when compiling c++ code), this code uses whatever method is needed + or, for VS2008 where neither is available, uses casting workarounds. */ +#ifdef _MSC_VER /* MS compiler */ +#if _MSC_VER >= 1600 && defined(__cplusplus) /* VS2010 or newer in C++ mode */ +#define LDECLTYPE(x) decltype(x) +#else /* VS2008 or older (or VS2010 in C mode) */ +#define NO_DECLTYPE +#define LDECLTYPE(x) char* +#endif +#elif defined(__ICCARM__) +#define NO_DECLTYPE +#define LDECLTYPE(x) char* +#else /* GNU, Sun and other compilers */ +#define LDECLTYPE(x) __typeof(x) +#endif + +/* for VS2008 we use some workarounds to get around the lack of decltype, + * namely, we always reassign our tmp variable to the list head if we need + * to dereference its prev/next pointers, and save/restore the real head.*/ +#ifdef NO_DECLTYPE +#define _SV(elt,list) _tmp = (char*)(list); {char **_alias = (char**)&(list); *_alias = (elt); } +#define _NEXT(elt,list,next) ((char*)((list)->next)) +#define _NEXTASGN(elt,list,to,next) { char **_alias = (char**)&((list)->next); *_alias=(char*)(to); } +/* #define _PREV(elt,list,prev) ((char*)((list)->prev)) */ +#define _PREVASGN(elt,list,to,prev) { char **_alias = (char**)&((list)->prev); *_alias=(char*)(to); } +#define _RS(list) { char **_alias = (char**)&(list); *_alias=_tmp; } +#define _CASTASGN(a,b) { char **_alias = (char**)&(a); *_alias=(char*)(b); } +#else +#define _SV(elt,list) +#define _NEXT(elt,list,next) ((elt)->next) +#define _NEXTASGN(elt,list,to,next) ((elt)->next)=(to) +/* #define _PREV(elt,list,prev) ((elt)->prev) */ +#define _PREVASGN(elt,list,to,prev) ((elt)->prev)=(to) +#define _RS(list) +#define _CASTASGN(a,b) (a)=(b) +#endif + +/****************************************************************************** + * The sort macro is an adaptation of Simon Tatham's O(n log(n)) mergesort * + * Unwieldy variable names used here to avoid shadowing passed-in variables. * + *****************************************************************************/ +#define LL_SORT(list, cmp) \ + LL_SORT2(list, cmp, next) + +#define LL_SORT2(list, cmp, next) \ +do { \ + LDECLTYPE(list) _ls_p; \ + LDECLTYPE(list) _ls_q; \ + LDECLTYPE(list) _ls_e; \ + LDECLTYPE(list) _ls_tail; \ + int _ls_insize, _ls_nmerges, _ls_psize, _ls_qsize, _ls_i, _ls_looping; \ + if (list) { \ + _ls_insize = 1; \ + _ls_looping = 1; \ + while (_ls_looping) { \ + _CASTASGN(_ls_p,list); \ + list = NULL; \ + _ls_tail = NULL; \ + _ls_nmerges = 0; \ + while (_ls_p) { \ + _ls_nmerges++; \ + _ls_q = _ls_p; \ + _ls_psize = 0; \ + for (_ls_i = 0; _ls_i < _ls_insize; _ls_i++) { \ + _ls_psize++; \ + _SV(_ls_q,list); _ls_q = _NEXT(_ls_q,list,next); _RS(list); \ + if (!_ls_q) break; \ + } \ + _ls_qsize = _ls_insize; \ + while (_ls_psize > 0 || (_ls_qsize > 0 && _ls_q)) { \ + if (_ls_psize == 0) { \ + _ls_e = _ls_q; _SV(_ls_q,list); _ls_q = \ + _NEXT(_ls_q,list,next); _RS(list); _ls_qsize--; \ + } else if (_ls_qsize == 0 || !_ls_q) { \ + _ls_e = _ls_p; _SV(_ls_p,list); _ls_p = \ + _NEXT(_ls_p,list,next); _RS(list); _ls_psize--; \ + } else if (cmp(_ls_p,_ls_q) <= 0) { \ + _ls_e = _ls_p; _SV(_ls_p,list); _ls_p = \ + _NEXT(_ls_p,list,next); _RS(list); _ls_psize--; \ + } else { \ + _ls_e = _ls_q; _SV(_ls_q,list); _ls_q = \ + _NEXT(_ls_q,list,next); _RS(list); _ls_qsize--; \ + } \ + if (_ls_tail) { \ + _SV(_ls_tail,list); _NEXTASGN(_ls_tail,list,_ls_e,next); _RS(list); \ + } else { \ + _CASTASGN(list,_ls_e); \ + } \ + _ls_tail = _ls_e; \ + } \ + _ls_p = _ls_q; \ + } \ + if (_ls_tail) { \ + _SV(_ls_tail,list); _NEXTASGN(_ls_tail,list,NULL,next); _RS(list); \ + } \ + if (_ls_nmerges <= 1) { \ + _ls_looping=0; \ + } \ + _ls_insize *= 2; \ + } \ + } \ +} while (0) + + +#define DL_SORT(list, cmp) \ + DL_SORT2(list, cmp, prev, next) + +#define DL_SORT2(list, cmp, prev, next) \ +do { \ + LDECLTYPE(list) _ls_p; \ + LDECLTYPE(list) _ls_q; \ + LDECLTYPE(list) _ls_e; \ + LDECLTYPE(list) _ls_tail; \ + int _ls_insize, _ls_nmerges, _ls_psize, _ls_qsize, _ls_i, _ls_looping; \ + if (list) { \ + _ls_insize = 1; \ + _ls_looping = 1; \ + while (_ls_looping) { \ + _CASTASGN(_ls_p,list); \ + list = NULL; \ + _ls_tail = NULL; \ + _ls_nmerges = 0; \ + while (_ls_p) { \ + _ls_nmerges++; \ + _ls_q = _ls_p; \ + _ls_psize = 0; \ + for (_ls_i = 0; _ls_i < _ls_insize; _ls_i++) { \ + _ls_psize++; \ + _SV(_ls_q,list); _ls_q = _NEXT(_ls_q,list,next); _RS(list); \ + if (!_ls_q) break; \ + } \ + _ls_qsize = _ls_insize; \ + while (_ls_psize > 0 || (_ls_qsize > 0 && _ls_q)) { \ + if (_ls_psize == 0) { \ + _ls_e = _ls_q; _SV(_ls_q,list); _ls_q = \ + _NEXT(_ls_q,list,next); _RS(list); _ls_qsize--; \ + } else if (_ls_qsize == 0 || !_ls_q) { \ + _ls_e = _ls_p; _SV(_ls_p,list); _ls_p = \ + _NEXT(_ls_p,list,next); _RS(list); _ls_psize--; \ + } else if (cmp(_ls_p,_ls_q) <= 0) { \ + _ls_e = _ls_p; _SV(_ls_p,list); _ls_p = \ + _NEXT(_ls_p,list,next); _RS(list); _ls_psize--; \ + } else { \ + _ls_e = _ls_q; _SV(_ls_q,list); _ls_q = \ + _NEXT(_ls_q,list,next); _RS(list); _ls_qsize--; \ + } \ + if (_ls_tail) { \ + _SV(_ls_tail,list); _NEXTASGN(_ls_tail,list,_ls_e,next); _RS(list); \ + } else { \ + _CASTASGN(list,_ls_e); \ + } \ + _SV(_ls_e,list); _PREVASGN(_ls_e,list,_ls_tail,prev); _RS(list); \ + _ls_tail = _ls_e; \ + } \ + _ls_p = _ls_q; \ + } \ + _CASTASGN(list->prev, _ls_tail); \ + _SV(_ls_tail,list); _NEXTASGN(_ls_tail,list,NULL,next); _RS(list); \ + if (_ls_nmerges <= 1) { \ + _ls_looping=0; \ + } \ + _ls_insize *= 2; \ + } \ + } \ +} while (0) + +#define CDL_SORT(list, cmp) \ + CDL_SORT2(list, cmp, prev, next) + +#define CDL_SORT2(list, cmp, prev, next) \ +do { \ + LDECLTYPE(list) _ls_p; \ + LDECLTYPE(list) _ls_q; \ + LDECLTYPE(list) _ls_e; \ + LDECLTYPE(list) _ls_tail; \ + LDECLTYPE(list) _ls_oldhead; \ + LDECLTYPE(list) _tmp; \ + int _ls_insize, _ls_nmerges, _ls_psize, _ls_qsize, _ls_i, _ls_looping; \ + if (list) { \ + _ls_insize = 1; \ + _ls_looping = 1; \ + while (_ls_looping) { \ + _CASTASGN(_ls_p,list); \ + _CASTASGN(_ls_oldhead,list); \ + list = NULL; \ + _ls_tail = NULL; \ + _ls_nmerges = 0; \ + while (_ls_p) { \ + _ls_nmerges++; \ + _ls_q = _ls_p; \ + _ls_psize = 0; \ + for (_ls_i = 0; _ls_i < _ls_insize; _ls_i++) { \ + _ls_psize++; \ + _SV(_ls_q,list); \ + if (_NEXT(_ls_q,list,next) == _ls_oldhead) { \ + _ls_q = NULL; \ + } else { \ + _ls_q = _NEXT(_ls_q,list,next); \ + } \ + _RS(list); \ + if (!_ls_q) break; \ + } \ + _ls_qsize = _ls_insize; \ + while (_ls_psize > 0 || (_ls_qsize > 0 && _ls_q)) { \ + if (_ls_psize == 0) { \ + _ls_e = _ls_q; _SV(_ls_q,list); _ls_q = \ + _NEXT(_ls_q,list,next); _RS(list); _ls_qsize--; \ + if (_ls_q == _ls_oldhead) { _ls_q = NULL; } \ + } else if (_ls_qsize == 0 || !_ls_q) { \ + _ls_e = _ls_p; _SV(_ls_p,list); _ls_p = \ + _NEXT(_ls_p,list,next); _RS(list); _ls_psize--; \ + if (_ls_p == _ls_oldhead) { _ls_p = NULL; } \ + } else if (cmp(_ls_p,_ls_q) <= 0) { \ + _ls_e = _ls_p; _SV(_ls_p,list); _ls_p = \ + _NEXT(_ls_p,list,next); _RS(list); _ls_psize--; \ + if (_ls_p == _ls_oldhead) { _ls_p = NULL; } \ + } else { \ + _ls_e = _ls_q; _SV(_ls_q,list); _ls_q = \ + _NEXT(_ls_q,list,next); _RS(list); _ls_qsize--; \ + if (_ls_q == _ls_oldhead) { _ls_q = NULL; } \ + } \ + if (_ls_tail) { \ + _SV(_ls_tail,list); _NEXTASGN(_ls_tail,list,_ls_e,next); _RS(list); \ + } else { \ + _CASTASGN(list,_ls_e); \ + } \ + _SV(_ls_e,list); _PREVASGN(_ls_e,list,_ls_tail,prev); _RS(list); \ + _ls_tail = _ls_e; \ + } \ + _ls_p = _ls_q; \ + } \ + _CASTASGN(list->prev,_ls_tail); \ + _CASTASGN(_tmp,list); \ + _SV(_ls_tail,list); _NEXTASGN(_ls_tail,list,_tmp,next); _RS(list); \ + if (_ls_nmerges <= 1) { \ + _ls_looping=0; \ + } \ + _ls_insize *= 2; \ + } \ + } \ +} while (0) + +/****************************************************************************** + * singly linked list macros (non-circular) * + *****************************************************************************/ +#define LL_PREPEND(head,add) \ + LL_PREPEND2(head,add,next) + +#define LL_PREPEND2(head,add,next) \ +do { \ + (add)->next = head; \ + head = add; \ +} while (0) + +#define LL_CONCAT(head1,head2) \ + LL_CONCAT2(head1,head2,next) + +#define LL_CONCAT2(head1,head2,next) \ +do { \ + LDECLTYPE(head1) _tmp; \ + if (head1) { \ + _tmp = head1; \ + while (_tmp->next) { _tmp = _tmp->next; } \ + _tmp->next=(head2); \ + } else { \ + (head1)=(head2); \ + } \ +} while (0) + +#define LL_APPEND(head,add) \ + LL_APPEND2(head,add,next) + +#define LL_APPEND2(head,add,next) \ +do { \ + LDECLTYPE(head) _tmp; \ + (add)->next=NULL; \ + if (head) { \ + _tmp = head; \ + while (_tmp->next) { _tmp = _tmp->next; } \ + _tmp->next=(add); \ + } else { \ + (head)=(add); \ + } \ +} while (0) + +#define LL_DELETE(head,del) \ + LL_DELETE2(head,del,next) + +#define LL_DELETE2(head,del,next) \ +do { \ + LDECLTYPE(head) _tmp; \ + if ((head) == (del)) { \ + (head)=(head)->next; \ + } else { \ + _tmp = head; \ + while (_tmp->next && (_tmp->next != (del))) { \ + _tmp = _tmp->next; \ + } \ + if (_tmp->next) { \ + _tmp->next = ((del)->next); \ + } \ + } \ +} while (0) + +/* Here are VS2008 replacements for LL_APPEND and LL_DELETE */ +#define LL_APPEND_VS2008(head,add) \ + LL_APPEND2_VS2008(head,add,next) + +#define LL_APPEND2_VS2008(head,add,next) \ +do { \ + if (head) { \ + (add)->next = head; /* use add->next as a temp variable */ \ + while ((add)->next->next) { (add)->next = (add)->next->next; } \ + (add)->next->next=(add); \ + } else { \ + (head)=(add); \ + } \ + (add)->next=NULL; \ +} while (0) + +#define LL_DELETE_VS2008(head,del) \ + LL_DELETE2_VS2008(head,del,next) + +#define LL_DELETE2_VS2008(head,del,next) \ +do { \ + if ((head) == (del)) { \ + (head)=(head)->next; \ + } else { \ + char *_tmp = (char*)(head); \ + while ((head)->next && ((head)->next != (del))) { \ + head = (head)->next; \ + } \ + if ((head)->next) { \ + (head)->next = ((del)->next); \ + } \ + { \ + char **_head_alias = (char**)&(head); \ + *_head_alias = _tmp; \ + } \ + } \ +} while (0) +#ifdef NO_DECLTYPE +#undef LL_APPEND +#define LL_APPEND LL_APPEND_VS2008 +#undef LL_DELETE +#define LL_DELETE LL_DELETE_VS2008 +#undef LL_DELETE2 +#define LL_DELETE2 LL_DELETE2_VS2008 +#undef LL_APPEND2 +#define LL_APPEND2 LL_APPEND2_VS2008 +#undef LL_CONCAT /* no LL_CONCAT_VS2008 */ +#undef DL_CONCAT /* no DL_CONCAT_VS2008 */ +#endif +/* end VS2008 replacements */ + +#define LL_COUNT(head,el,counter) \ + LL_COUNT2(head,el,counter,next) \ + +#define LL_COUNT2(head,el,counter,next) \ +{ \ + counter = 0; \ + LL_FOREACH2(head,el,next){ ++counter; } \ +} + +#define LL_FOREACH(head,el) \ + LL_FOREACH2(head,el,next) + +#define LL_FOREACH2(head,el,next) \ + for(el=head;el;el=(el)->next) + +#define LL_FOREACH_SAFE(head,el,tmp) \ + LL_FOREACH_SAFE2(head,el,tmp,next) + +#define LL_FOREACH_SAFE2(head,el,tmp,next) \ + for((el)=(head);(el) && (tmp = (el)->next, 1); (el) = tmp) + +#define LL_SEARCH_SCALAR(head,out,field,val) \ + LL_SEARCH_SCALAR2(head,out,field,val,next) + +#define LL_SEARCH_SCALAR2(head,out,field,val,next) \ +do { \ + LL_FOREACH2(head,out,next) { \ + if ((out)->field == (val)) break; \ + } \ +} while(0) + +#define LL_SEARCH(head,out,elt,cmp) \ + LL_SEARCH2(head,out,elt,cmp,next) + +#define LL_SEARCH2(head,out,elt,cmp,next) \ +do { \ + LL_FOREACH2(head,out,next) { \ + if ((cmp(out,elt))==0) break; \ + } \ +} while(0) + +#define LL_REPLACE_ELEM(head, el, add) \ +do { \ + LDECLTYPE(head) _tmp; \ + assert(head != NULL); \ + assert(el != NULL); \ + assert(add != NULL); \ + (add)->next = (el)->next; \ + if ((head) == (el)) { \ + (head) = (add); \ + } else { \ + _tmp = head; \ + while (_tmp->next && (_tmp->next != (el))) { \ + _tmp = _tmp->next; \ + } \ + if (_tmp->next) { \ + _tmp->next = (add); \ + } \ + } \ +} while (0) + +#define LL_PREPEND_ELEM(head, el, add) \ +do { \ + LDECLTYPE(head) _tmp; \ + assert(head != NULL); \ + assert(el != NULL); \ + assert(add != NULL); \ + (add)->next = (el); \ + if ((head) == (el)) { \ + (head) = (add); \ + } else { \ + _tmp = head; \ + while (_tmp->next && (_tmp->next != (el))) { \ + _tmp = _tmp->next; \ + } \ + if (_tmp->next) { \ + _tmp->next = (add); \ + } \ + } \ +} while (0) \ + + +/****************************************************************************** + * doubly linked list macros (non-circular) * + *****************************************************************************/ +#define DL_PREPEND(head,add) \ + DL_PREPEND2(head,add,prev,next) + +#define DL_PREPEND2(head,add,prev,next) \ +do { \ + (add)->next = head; \ + if (head) { \ + (add)->prev = (head)->prev; \ + (head)->prev = (add); \ + } else { \ + (add)->prev = (add); \ + } \ + (head) = (add); \ +} while (0) + +#define DL_APPEND(head,add) \ + DL_APPEND2(head,add,prev,next) + +#define DL_APPEND2(head,add,prev,next) \ +do { \ + if (head) { \ + (add)->prev = (head)->prev; \ + (head)->prev->next = (add); \ + (head)->prev = (add); \ + (add)->next = NULL; \ + } else { \ + (head)=(add); \ + (head)->prev = (head); \ + (head)->next = NULL; \ + } \ +} while (0) + +#define DL_CONCAT(head1,head2) \ + DL_CONCAT2(head1,head2,prev,next) + +#define DL_CONCAT2(head1,head2,prev,next) \ +do { \ + LDECLTYPE(head1) _tmp; \ + if (head2) { \ + if (head1) { \ + _tmp = (head2)->prev; \ + (head2)->prev = (head1)->prev; \ + (head1)->prev->next = (head2); \ + (head1)->prev = _tmp; \ + } else { \ + (head1)=(head2); \ + } \ + } \ +} while (0) + +#define DL_DELETE(head,del) \ + DL_DELETE2(head,del,prev,next) + +#define DL_DELETE2(head,del,prev,next) \ +do { \ + assert((del)->prev != NULL); \ + if ((del)->prev == (del)) { \ + (head)=NULL; \ + } else if ((del)==(head)) { \ + (del)->next->prev = (del)->prev; \ + (head) = (del)->next; \ + } else { \ + (del)->prev->next = (del)->next; \ + if ((del)->next) { \ + (del)->next->prev = (del)->prev; \ + } else { \ + (head)->prev = (del)->prev; \ + } \ + } \ +} while (0) + +#define DL_COUNT(head,el,counter) \ + DL_COUNT2(head,el,counter,next) \ + +#define DL_COUNT2(head,el,counter,next) \ +{ \ + counter = 0; \ + DL_FOREACH2(head,el,next){ ++counter; } \ +} + +#define DL_FOREACH(head,el) \ + DL_FOREACH2(head,el,next) + +#define DL_FOREACH2(head,el,next) \ + for(el=head;el;el=(el)->next) + +/* this version is safe for deleting the elements during iteration */ +#define DL_FOREACH_SAFE(head,el,tmp) \ + DL_FOREACH_SAFE2(head,el,tmp,next) + +#define DL_FOREACH_SAFE2(head,el,tmp,next) \ + for((el)=(head);(el) && (tmp = (el)->next, 1); (el) = tmp) + +/* these are identical to their singly-linked list counterparts */ +#define DL_SEARCH_SCALAR LL_SEARCH_SCALAR +#define DL_SEARCH LL_SEARCH +#define DL_SEARCH_SCALAR2 LL_SEARCH_SCALAR2 +#define DL_SEARCH2 LL_SEARCH2 + +#define DL_REPLACE_ELEM(head, el, add) \ +do { \ + assert(head != NULL); \ + assert(el != NULL); \ + assert(add != NULL); \ + if ((head) == (el)) { \ + (head) = (add); \ + (add)->next = (el)->next; \ + if ((el)->next == NULL) { \ + (add)->prev = (add); \ + } else { \ + (add)->prev = (el)->prev; \ + (add)->next->prev = (add); \ + } \ + } else { \ + (add)->next = (el)->next; \ + (add)->prev = (el)->prev; \ + (add)->prev->next = (add); \ + if ((el)->next == NULL) { \ + (head)->prev = (add); \ + } else { \ + (add)->next->prev = (add); \ + } \ + } \ +} while (0) + +#define DL_PREPEND_ELEM(head, el, add) \ +do { \ + assert(head != NULL); \ + assert(el != NULL); \ + assert(add != NULL); \ + (add)->next = (el); \ + (add)->prev = (el)->prev; \ + (el)->prev = (add); \ + if ((head) == (el)) { \ + (head) = (add); \ + } else { \ + (add)->prev->next = (add); \ + } \ +} while (0) \ + + +/****************************************************************************** + * circular doubly linked list macros * + *****************************************************************************/ +#define CDL_PREPEND(head,add) \ + CDL_PREPEND2(head,add,prev,next) + +#define CDL_PREPEND2(head,add,prev,next) \ +do { \ + if (head) { \ + (add)->prev = (head)->prev; \ + (add)->next = (head); \ + (head)->prev = (add); \ + (add)->prev->next = (add); \ + } else { \ + (add)->prev = (add); \ + (add)->next = (add); \ + } \ +(head)=(add); \ +} while (0) + +#define CDL_DELETE(head,del) \ + CDL_DELETE2(head,del,prev,next) + +#define CDL_DELETE2(head,del,prev,next) \ +do { \ + if ( ((head)==(del)) && ((head)->next == (head))) { \ + (head) = 0L; \ + } else { \ + (del)->next->prev = (del)->prev; \ + (del)->prev->next = (del)->next; \ + if ((del) == (head)) (head)=(del)->next; \ + } \ +} while (0) + +#define CDL_COUNT(head,el,counter) \ + CDL_COUNT2(head,el,counter,next) \ + +#define CDL_COUNT2(head, el, counter,next) \ +{ \ + counter = 0; \ + CDL_FOREACH2(head,el,next){ ++counter; } \ +} + +#define CDL_FOREACH(head,el) \ + CDL_FOREACH2(head,el,next) + +#define CDL_FOREACH2(head,el,next) \ + for(el=head;el;el=((el)->next==head ? 0L : (el)->next)) + +#define CDL_FOREACH_SAFE(head,el,tmp1,tmp2) \ + CDL_FOREACH_SAFE2(head,el,tmp1,tmp2,prev,next) + +#define CDL_FOREACH_SAFE2(head,el,tmp1,tmp2,prev,next) \ + for((el)=(head), ((tmp1)=(head)?((head)->prev):NULL); \ + (el) && ((tmp2)=(el)->next, 1); \ + ((el) = (((el)==(tmp1)) ? 0L : (tmp2)))) + +#define CDL_SEARCH_SCALAR(head,out,field,val) \ + CDL_SEARCH_SCALAR2(head,out,field,val,next) + +#define CDL_SEARCH_SCALAR2(head,out,field,val,next) \ +do { \ + CDL_FOREACH2(head,out,next) { \ + if ((out)->field == (val)) break; \ + } \ +} while(0) + +#define CDL_SEARCH(head,out,elt,cmp) \ + CDL_SEARCH2(head,out,elt,cmp,next) + +#define CDL_SEARCH2(head,out,elt,cmp,next) \ +do { \ + CDL_FOREACH2(head,out,next) { \ + if ((cmp(out,elt))==0) break; \ + } \ +} while(0) + +#define CDL_REPLACE_ELEM(head, el, add) \ +do { \ + assert(head != NULL); \ + assert(el != NULL); \ + assert(add != NULL); \ + if ((el)->next == (el)) { \ + (add)->next = (add); \ + (add)->prev = (add); \ + (head) = (add); \ + } else { \ + (add)->next = (el)->next; \ + (add)->prev = (el)->prev; \ + (add)->next->prev = (add); \ + (add)->prev->next = (add); \ + if ((head) == (el)) { \ + (head) = (add); \ + } \ + } \ +} while (0) + +#define CDL_PREPEND_ELEM(head, el, add) \ +do { \ + assert(head != NULL); \ + assert(el != NULL); \ + assert(add != NULL); \ + (add)->next = (el); \ + (add)->prev = (el)->prev; \ + (el)->prev = (add); \ + (add)->prev->next = (add); \ + if ((head) == (el)) { \ + (head) = (add); \ + } \ +} while (0) \ + +#endif /* UTLIST_H */ + diff --git a/Buildings/Resources/src/ISAT/utstring.h b/Buildings/Resources/src/ISAT/utstring.h new file mode 100644 index 00000000000..de18e0c536a --- /dev/null +++ b/Buildings/Resources/src/ISAT/utstring.h @@ -0,0 +1,393 @@ +/**************************************************************************** +Copyright (c) 2008-2014, Troy D. Hanson http://troydhanson.github.com/uthash/ +All rights reserved. + +Redistribution and use in source and binary forms, with or without +modification, are permitted provided that the following conditions are met: + + * Redistributions of source code must retain the above copyright + notice, this list of conditions and the following disclaimer. + +THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS +IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED +TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A +PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER +OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, +EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, +PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR +PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF +LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING +NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS +SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE. +****************************************************************************/ + +/* a dynamic string implementation using macros + */ +#ifndef UTSTRING_H +#define UTSTRING_H + +#define UTSTRING_VERSION 1.9.9 + +#ifdef __GNUC__ +#define _UNUSED_ __attribute__ ((__unused__)) +#else +#define _UNUSED_ +#endif + +#include +#include +#include +#include +#define oom() exit(-1) + +typedef struct { + char *d; + size_t n; /* allocd size */ + size_t i; /* index of first unused byte */ +} UT_string; + +#define utstring_reserve(s,amt) \ +do { \ + if (((s)->n - (s)->i) < (size_t)(amt)) { \ + (s)->d = (char*)realloc((s)->d, (s)->n + amt); \ + if ((s)->d == NULL) oom(); \ + (s)->n += amt; \ + } \ +} while(0) + +#define utstring_init(s) \ +do { \ + (s)->n = 0; (s)->i = 0; (s)->d = NULL; \ + utstring_reserve(s,100); \ + (s)->d[0] = '\0'; \ +} while(0) + +#define utstring_done(s) \ +do { \ + if ((s)->d != NULL) free((s)->d); \ + (s)->n = 0; \ +} while(0) + +#define utstring_free(s) \ +do { \ + utstring_done(s); \ + free(s); \ +} while(0) + +#define utstring_new(s) \ +do { \ + s = (UT_string*)calloc(sizeof(UT_string),1); \ + if (!s) oom(); \ + utstring_init(s); \ +} while(0) + +#define utstring_renew(s) \ +do { \ + if (s) { \ + utstring_clear(s); \ + } else { \ + utstring_new(s); \ + } \ +} while(0) + +#define utstring_clear(s) \ +do { \ + (s)->i = 0; \ + (s)->d[0] = '\0'; \ +} while(0) + +#define utstring_bincpy(s,b,l) \ +do { \ + utstring_reserve((s),(l)+1); \ + if (l) memcpy(&(s)->d[(s)->i], b, l); \ + (s)->i += l; \ + (s)->d[(s)->i]='\0'; \ +} while(0) + +#define utstring_concat(dst,src) \ +do { \ + utstring_reserve((dst),((src)->i)+1); \ + if ((src)->i) memcpy(&(dst)->d[(dst)->i], (src)->d, (src)->i); \ + (dst)->i += (src)->i; \ + (dst)->d[(dst)->i]='\0'; \ +} while(0) + +#define utstring_len(s) ((unsigned)((s)->i)) + +#define utstring_body(s) ((s)->d) + +_UNUSED_ static void utstring_printf_va(UT_string *s, const char *fmt, va_list ap) { + int n; + va_list cp; + while (1) { +#ifdef _WIN32 + cp = ap; +#else + va_copy(cp, ap); +#endif + n = vsnprintf (&s->d[s->i], s->n-s->i, fmt, cp); + va_end(cp); + + if ((n > -1) && ((size_t) n < (s->n-s->i))) { + s->i += n; + return; + } + + /* Else try again with more space. */ + if (n > -1) utstring_reserve(s,n+1); /* exact */ + else utstring_reserve(s,(s->n)*2); /* 2x */ + } +} +#ifdef __GNUC__ +/* support printf format checking (2=the format string, 3=start of varargs) */ +static void utstring_printf(UT_string *s, const char *fmt, ...) + __attribute__ (( format( printf, 2, 3) )); +#endif +_UNUSED_ static void utstring_printf(UT_string *s, const char *fmt, ...) { + va_list ap; + va_start(ap,fmt); + utstring_printf_va(s,fmt,ap); + va_end(ap); +} + +/******************************************************************************* + * begin substring search functions * + ******************************************************************************/ +/* Build KMP table from left to right. */ +_UNUSED_ static void _utstring_BuildTable( + const char *P_Needle, + size_t P_NeedleLen, + long *P_KMP_Table) +{ + long i, j; + + i = 0; + j = i - 1; + P_KMP_Table[i] = j; + while (i < (long) P_NeedleLen) + { + while ( (j > -1) && (P_Needle[i] != P_Needle[j]) ) + { + j = P_KMP_Table[j]; + } + i++; + j++; + if (i < (long) P_NeedleLen) + { + if (P_Needle[i] == P_Needle[j]) + { + P_KMP_Table[i] = P_KMP_Table[j]; + } + else + { + P_KMP_Table[i] = j; + } + } + else + { + P_KMP_Table[i] = j; + } + } + + return; +} + + +/* Build KMP table from right to left. */ +_UNUSED_ static void _utstring_BuildTableR( + const char *P_Needle, + size_t P_NeedleLen, + long *P_KMP_Table) +{ + long i, j; + + i = P_NeedleLen - 1; + j = i + 1; + P_KMP_Table[i + 1] = j; + while (i >= 0) + { + while ( (j < (long) P_NeedleLen) && (P_Needle[i] != P_Needle[j]) ) + { + j = P_KMP_Table[j + 1]; + } + i--; + j--; + if (i >= 0) + { + if (P_Needle[i] == P_Needle[j]) + { + P_KMP_Table[i + 1] = P_KMP_Table[j + 1]; + } + else + { + P_KMP_Table[i + 1] = j; + } + } + else + { + P_KMP_Table[i + 1] = j; + } + } + + return; +} + + +/* Search data from left to right. ( Multiple search mode. ) */ +_UNUSED_ static long _utstring_find( + const char *P_Haystack, + size_t P_HaystackLen, + const char *P_Needle, + size_t P_NeedleLen, + long *P_KMP_Table) +{ + long i, j; + long V_FindPosition = -1; + + /* Search from left to right. */ + i = j = 0; + while ( (j < (int)P_HaystackLen) && (((P_HaystackLen - j) + i) >= P_NeedleLen) ) + { + while ( (i > -1) && (P_Needle[i] != P_Haystack[j]) ) + { + i = P_KMP_Table[i]; + } + i++; + j++; + if (i >= (int)P_NeedleLen) + { + /* Found. */ + V_FindPosition = j - i; + break; + } + } + + return V_FindPosition; +} + + +/* Search data from right to left. ( Multiple search mode. ) */ +_UNUSED_ static long _utstring_findR( + const char *P_Haystack, + size_t P_HaystackLen, + const char *P_Needle, + size_t P_NeedleLen, + long *P_KMP_Table) +{ + long i, j; + long V_FindPosition = -1; + + /* Search from right to left. */ + j = (P_HaystackLen - 1); + i = (P_NeedleLen - 1); + while ( (j >= 0) && (j >= i) ) + { + while ( (i < (int)P_NeedleLen) && (P_Needle[i] != P_Haystack[j]) ) + { + i = P_KMP_Table[i + 1]; + } + i--; + j--; + if (i < 0) + { + /* Found. */ + V_FindPosition = j + 1; + break; + } + } + + return V_FindPosition; +} + + +/* Search data from left to right. ( One time search mode. ) */ +_UNUSED_ static long utstring_find( + UT_string *s, + long P_StartPosition, /* Start from 0. -1 means last position. */ + const char *P_Needle, + size_t P_NeedleLen) +{ + long V_StartPosition; + long V_HaystackLen; + long *V_KMP_Table; + long V_FindPosition = -1; + + if (P_StartPosition < 0) + { + V_StartPosition = s->i + P_StartPosition; + } + else + { + V_StartPosition = P_StartPosition; + } + V_HaystackLen = s->i - V_StartPosition; + if ( (V_HaystackLen >= (long) P_NeedleLen) && (P_NeedleLen > 0) ) + { + V_KMP_Table = (long *)malloc(sizeof(long) * (P_NeedleLen + 1)); + if (V_KMP_Table != NULL) + { + _utstring_BuildTable(P_Needle, P_NeedleLen, V_KMP_Table); + + V_FindPosition = _utstring_find(s->d + V_StartPosition, + V_HaystackLen, + P_Needle, + P_NeedleLen, + V_KMP_Table); + if (V_FindPosition >= 0) + { + V_FindPosition += V_StartPosition; + } + + free(V_KMP_Table); + } + } + + return V_FindPosition; +} + + +/* Search data from right to left. ( One time search mode. ) */ +_UNUSED_ static long utstring_findR( + UT_string *s, + long P_StartPosition, /* Start from 0. -1 means last position. */ + const char *P_Needle, + size_t P_NeedleLen) +{ + long V_StartPosition; + long V_HaystackLen; + long *V_KMP_Table; + long V_FindPosition = -1; + + if (P_StartPosition < 0) + { + V_StartPosition = s->i + P_StartPosition; + } + else + { + V_StartPosition = P_StartPosition; + } + V_HaystackLen = V_StartPosition + 1; + if ( (V_HaystackLen >= (long) P_NeedleLen) && (P_NeedleLen > 0) ) + { + V_KMP_Table = (long *)malloc(sizeof(long) * (P_NeedleLen + 1)); + if (V_KMP_Table != NULL) + { + _utstring_BuildTableR(P_Needle, P_NeedleLen, V_KMP_Table); + + V_FindPosition = _utstring_findR(s->d, + V_HaystackLen, + P_Needle, + P_NeedleLen, + V_KMP_Table); + + free(V_KMP_Table); + } + } + + return V_FindPosition; +} +/******************************************************************************* + * end substring search functions * + ******************************************************************************/ + +#endif /* UTSTRING_H */ diff --git a/Buildings/ThermalZones/Detailed/BaseClasses/CFDExchange.mo b/Buildings/ThermalZones/Detailed/BaseClasses/CFDExchange.mo index 726488c96d7..1d67adc1401 100644 --- a/Buildings/ThermalZones/Detailed/BaseClasses/CFDExchange.mo +++ b/Buildings/ThermalZones/Detailed/BaseClasses/CFDExchange.mo @@ -1,106 +1,68 @@ within Buildings.ThermalZones.Detailed.BaseClasses; block CFDExchange "Block that exchanges data with the CFD code" - extends Buildings.ThermalZones.Detailed.BaseClasses.PartialExchange; +extends Buildings.ThermalZones.Detailed.BaseClasses.PartialExchange; + + replaceable CFDThread CFDThre = CFDThread() + "Allocate memory for cosimulation variables via constructor and send stop command to FFD via destructor"; + /////////////////////////////////////////////////////////////////////////// // Function that sends the parameters of the model from Modelica to CFD - function sendParameters - input String cfdFilNam "CFD input file name"; - input String[nSur] name "Surface names"; - input Modelica.SIunits.Area[nSur] A "Surface areas"; - input Modelica.SIunits.Angle[nSur] til "Surface tilt"; - input Buildings.ThermalZones.Detailed.Types.CFDBoundaryConditions[nSur] bouCon - "Type of boundary condition"; - input Integer nPorts(min=0) - "Number of fluid ports for the HVAC inlet and outlets"; - input String portName[nPorts] - "Names of fluid ports as declared in the CFD input file"; - input Boolean haveSensor "Flag, true if the model has at least one sensor"; - input String sensorName[nSen] - "Names of sensors as declared in the CFD input file"; - input Boolean haveShade "Flag, true if the windows have a shade"; - input Integer nSur(min=2) "Number of surfaces"; - input Integer nSen(min=0) - "Number of sensors that are connected to CFD output"; - input Integer nConExtWin(min=0) - "number of exterior construction with window"; - input Boolean verbose "Set to true for verbose output"; - input Integer nXi - "Number of independent species concentration of the inflowing medium"; - input Integer nC "Number of trace substances of the inflowing medium"; - input Boolean haveSource - "Flag, true if the model has at least one source"; - input Integer nSou(min=0) - "Number of sources that are connected to CFD output"; - input String sourceName[nSou] - "Names of sources as declared in the CFD input file"; - input Modelica.SIunits.Density rho_start "Density at initial state"; - protected - Integer coSimFlag=0; + replaceable function sendParameters + extends Buildings.ThermalZones.Detailed.BaseClasses.PartialsendParameters; + algorithm - if verbose then - Modelica.Utilities.Streams.print("CFDExchange:sendParameter"); - end if; + if verbose then + Modelica.Utilities.Streams.print("CFDExchange:sendParameter"); + end if; - for i in 1:nSur loop - assert(A[i] > 0, "Surface must be bigger than zero."); - end for; + for i in 1:nSur loop + assert(A[i] > 0, "Surface must be bigger than zero."); + end for; - Modelica.Utilities.Streams.print(string="Start cosimulation"); - coSimFlag := cfdStartCosimulation( - cfdFilNam, - name, - A, - til, - bouCon, - nPorts, - portName, - haveSensor, - sensorName, - haveShade, - nSur, - nSen, - nConExtWin, - nXi, - nC, - haveSource, - nSou, - sourceName, - rho_start); - assert(coSimFlag < 0.5, "Could not start the cosimulation."); + Modelica.Utilities.Streams.print(string="Start cosimulation"); + coSimFlag := cfdStartCosimulation( + cfdFilNam, + name, + A, + til, + bouCon, + nPorts, + portName, + haveSensor, + sensorName, + haveShade, + nSur, + nSen, + nConExtWin, + nXi, + nC, + haveSource, + nSou, + sourceName, + rho_start); + assert(coSimFlag < 0.5, "Could not start the cosimulation."); end sendParameters; /////////////////////////////////////////////////////////////////////////// // Function that exchanges data during the time stepping between // Modelica and CFD. - function exchange - input Integer flag "Communication flag to write to CFD"; - input Modelica.SIunits.Time t "Current simulation time in seconds to write"; - input Modelica.SIunits.Time dt(min=100*Modelica.Constants.eps) - "Requested time step length"; - input Real[nU] u "Input for CFD"; - input Integer nU "Number of inputs for CFD"; - input Real[nY] yFixed "Fixed values (used for debugging only)"; - input Integer nY "Number of outputs from CFD"; - output Modelica.SIunits.Time modTimRea - "Current model time in seconds read from CFD"; - input Boolean verbose "Set to true for verbose output"; - output Real[nY] y "Output computed by CFD"; - output Integer retVal - "The exit value, which is negative if an error occurred"; + replaceable function exchange + extends Buildings.ThermalZones.Detailed.BaseClasses.Partialexchange; + algorithm if verbose then Modelica.Utilities.Streams.print("CFDExchange:exchange at t=" + String(t)); end if; - (modTimRea,y,retVal) := cfdExchangeData( - flag, - t, - dt, - u, - nU, - nY); + (modTimRea,y,retVal) := cfdExchangeData( + flag, + t, + dt, + u, + nU, + nY); end exchange; initial equation @@ -128,8 +90,6 @@ initial equation rho_start=rho_start, verbose=verbose); -equation - algorithm when sampleTrigger then // Exchange data @@ -155,7 +115,6 @@ algorithm " Aborting simulation. Check CFD log file.\n" + " Received: retVal = " + String(retVal)); end when; - annotation ( Documentation(info="

@@ -169,6 +128,10 @@ Buildings.ThermalZones.Detailed.UsersGuide.CFD. ", revisions="