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powergrid_artisoc.model
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//====================================================================/
// /
// artisoc /
// /
//====================================================================/
Version = 3.0;
//-------------------------------------------------------
// Component Tree
//-------------------------------------------------------
UNIVERSE {
Space powergrid(0,0),Square_2D(150, 150, !Loop, North, 1, !Map_3D){
AgtType area(0, 0)[0] {
Dim ID(0, 0) As Integer = (0);
Dim X(0, 0) As Double = (0.0);
Dim Y(0, 0) As Double = (0.0);
Dim Layer(0, 0) As Integer = (0);
Dim Direction(0, 0) As Double = (0.0);
Dim dp(0, 0) As Double = (0.0);
Dim k(0, 0) As Double = (0.0);
Dim b(0, 0) As Double = (0.0);
Dim p(0, 0) As Double = (0.0);
Dim serial(0, 0) As Integer = (0);
Dim trans_out_set(0, 0) As AgtSet = ();
Dim trans_in_set(0, 0) As AgtSet = ();
Dim e_new(0, 0) As Double = (0.0);
Dim m(0, 0) As Double = (0.0);
Dim e(0, 0) As Double = (0.0);
Dim link(0, 0) As AgtSet = ();
Dim members(0, 0) As AgtSet = ();
Dim ramda(0, 0) As Double = (0.0);
Dim ramda_next(0, 0) As Double = (0.0);
Dim G_i(0, 0) As Double = (0.0);
}
AgtType transmitter(0, 0)[0] {
Dim ID(0, 0) As Integer = (0);
Dim X(0, 0) As Double = (0.0);
Dim Y(0, 0) As Double = (0.0);
Dim Layer(0, 0) As Integer = (0);
Dim Direction(0, 0) As Double = (0.0);
Dim from_player(0, 0) As Agt = (0);
Dim to_player(0, 0) As Agt = (0);
Dim p(0, 0) As Double = (0.0);
Dim f(0, 0) As Double = (0.0);
Dim b(0, 0) As Double = (0.0);
Dim k(0, 0) As Double = (0.0);
Dim dp(0, 0) As Double = (0.0);
Dim x_i(0, 0) As Double = (0.0);
Dim x_i_next(0, 0) As Double = (0.0);
Dim C1(0, 0) As Double = (0.0);
Dim C2(0, 0) As Double = (0.0);
Dim C3(0, 0) As Double = (0.0);
Dim C4(0, 0) As Double = (0.0);
Dim D1(0, 0) As Double = (0.0);
Dim D2(0, 0) As Double = (0.0);
Dim D3(0, 0) As Double = (0.0);
Dim D4(0, 0) As Double = (0.0);
Dim U(0, 0) As Double = (0.0);
Dim dU(0, 0) As Double = (0.0);
Dim dG(0, 0) As Integer = (0);
}
AgtType home(0, 0)[0] {
Dim ID(0, 0) As Integer = (0);
Dim X(0, 0) As Double = (0.0);
Dim Y(0, 0) As Double = (0.0);
Dim Layer(0, 0) As Integer = (0);
Dim Direction(0, 0) As Double = (0.0);
Dim link(0, 0) As AgtSet = ();
Dim e(0, 0) As Double = (0.0);
Dim m(0, 0) As Double = (0.0);
Dim e_new(0, 0) As Double = (0.0);
Dim trans_in_set(0, 0) As AgtSet = ();
Dim trans_out_set(0, 0) As AgtSet = ();
Dim serial(0, 0) As Integer = (0);
Dim p(0, 0) As Double = (0.0);
Dim b(0, 0) As Double = (0.0);
Dim k(0, 0) As Double = (0.0);
Dim dp(0, 0) As Double = (0.0);
Dim x_i(0, 0) As Double = (0.0);
Dim x_i_next(0, 0) As Double = (0.0);
Dim C1(0, 0) As Double = (0.0);
Dim C2(0, 0) As Double = (0.0);
Dim C3(0, 0) As Double = (0.0);
Dim C4(0, 0) As Double = (0.0);
Dim D1(0, 0) As Double = (0.0);
Dim D2(0, 0) As Double = (0.0);
Dim D3(0, 0) As Double = (0.0);
Dim D4(0, 0) As Double = (0.0);
Dim U(0, 0) As Double = (0.0);
Dim dU(0, 0) As Double = (0.0);
Dim dG(0, 0) As Integer = (0);
Dim area(0, 0) As Agt = (0);
}
AgtType solar(0, 0)[0] {
Dim ID(0, 0) As Integer = (0);
Dim X(0, 0) As Double = (0.0);
Dim Y(0, 0) As Double = (0.0);
Dim Layer(0, 0) As Integer = (0);
Dim Direction(0, 0) As Double = (0.0);
Dim link(0, 0) As AgtSet = ();
Dim e(0, 0) As Double = (0.0);
Dim m(0, 0) As Double = (0.0);
Dim e_new(0, 0) As Double = (0.0);
Dim trans_in_set(0, 0) As AgtSet = ();
Dim trans_out_set(0, 0) As AgtSet = ();
Dim serial(0, 0) As Integer = (0);
Dim p(0, 0) As Double = (0.0);
Dim b(0, 0) As Double = (0.0);
Dim k(0, 0) As Double = (0.0);
Dim dp(0, 0) As Double = (0.0);
Dim x_i(0, 0) As Double = (0.0);
Dim x_i_next(0, 0) As Double = (0.0);
Dim C1(0, 0) As Double = (0.0);
Dim C2(0, 0) As Double = (0.0);
Dim C3(0, 0) As Double = (0.0);
Dim C4(0, 0) As Double = (0.0);
Dim D1(0, 0) As Double = (0.0);
Dim D2(0, 0) As Double = (0.0);
Dim D3(0, 0) As Double = (0.0);
Dim D4(0, 0) As Double = (0.0);
Dim U(0, 0) As Double = (0.0);
Dim dU(0, 0) As Double = (0.0);
Dim dG(0, 0) As Integer = (0);
Dim area(0, 0) As Agt = (0);
}
}
Dim alpha(0, 0) As Double = (0.0);
Dim beta(0, 0) As Double = (0.0);
Dim link_range(0, 0) As Double = (0.0);
Dim k_p(0, 0) As Double = (0.0);
Dim time_min(0, 0) As Integer = (0);
Dim time_hour(0, 0) As Integer = (0);
Dim time_day(0, 0) As Integer = (0);
Dim e_total(0, 0) As Double = (0.0);
Dim count(0, 0) As Integer = (0);
Dim const(0, 0) As Double = (0.0);
Dim home_num(0, 0) As Integer = (0);
Dim solar_num(0, 0) As Integer = (0);
Dim area_num(0, 0) As Integer = (0);
Dim F(0, 0) As Double = (0.0);
}
//-------------------------------------------------------
// Agent Variable Initial Data
//-------------------------------------------------------
Initial_Value {
UNIVERSE.ALPHA = 1(0.03);
UNIVERSE.BETA = 1(0.04);
UNIVERSE.LINK_RANGE = 1(50.0);
UNIVERSE.K_P = 1(0.2);
UNIVERSE.COUNT = 1(0);
UNIVERSE.CONST = 1(0.3);
}
//-------------------------------------------------------
// Agent Rule
//-------------------------------------------------------
#begin_rule UNIVERSE
include "lib_miura.inc" //基礎的な独自関数をインポート
//################UNIVE_INIT#######################
Univ_Init{
ClearConsoleScreen() //コンソールをクリア
//-------------------------変数の宣言(開始)------------------------------------
//空間に関する変数
Dim width as Integer //空間の幅(x)
Dim height as Integer //空間の高さ(y)
//エージェントに関する変数
Dim area_set as AgtSet //areaエージェントセット
//インクリメント変数, 一時格納変数
Dim i as Integer
Dim one as Agt
Dim temp_agtset as AgtSet
//-------------------------変数の宣言(終了)------------------------------------
//-------------------------パラメータの設定(開始)---------------------------
//エージェントの数
Universe.area_num=20 //areaエージェントの数
Universe.home_num=50 //homeエージェントの最大数
Universe.solar_num=50 //solarエージェントの最大数
//-------------------------パラメータの設定(終了)---------------------------
//-------------------------事前処理(開始)---------------------------------------
//空間のサイズを取得
width=GetWidthSpace(Universe.powergrid) //空間の幅(x)
height=GetHeightSpace(Universe.powergrid) //空間の高さ(y)
//-------------------------事前処理(終了)---------------------------------------
//---------------エージェントの生成と配置(開始)-------------------------
//areaエージェントの生成と配置
For i=0 to Universe.area_num
CreateAgt(Universe.powergrid.area)
next i
MakeAgtSet(area_set, Universe.powergrid.area)
RandomPutAgtset(area_set)
}//#############UNIVE_INITの終了###################
//#############UNIVE_STEP_BEGIN#################
Univ_Step_Begin{
//-------------------------変数の宣言(開始)------------------------------------
//地域の中のmembers配置に用いる変数
Dim r_max as Double
Dim r as Double
Dim theta as Double
//インクリメント変数, 一時格納変数
Dim i as Integer
Dim one as Agt
Dim one2 as Agt
Dim temp_agt as Agt
Dim num_temp as Integer
Dim link_agtset as AgtSet
//-------------------------変数の宣言(終了)------------------------------------
//-------------------------パラメータの設定(開始)---------------------------
r_max=10 //地域の中に需要供給エージェントを配置するときの範囲（地域中心から半径r_max以内）
//-------------------------パラメータの設定(終了)---------------------------
//-----------------エージェントの生成と配置(開始)-----------------------
//エージェントの生成と配置は初回ステップのみ実行する
if Universe.count== 0 Then
//地域エージェント間にリンク(送電線)を生成する
MakeAgtSet(link_agtset, Universe.powergrid.area)
//linkエージェントにserialを付与する(serial=1,2,...)
i=1 //インクリメント変数の初期化
For each one in link_agtset
one.serial=i
i=i+1
next one
//送電線を引く(送電線を引く相手をそれぞれのlinkエージェントセットに格納する)
For each one in link_agtset
ClearAgtset (one.link)
MakeOneAgtSetAroundPosition(one.link, Universe.powergrid, one.X, one.Y, one.Layer, Universe.link_range, Universe.powergrid.area) //自分のまわりの視野内にいるエージェント取得
DelAgtSet2(one.link, one) //linkから自分自身を削除
next one
//link関係の間にtransエージェントを生成してtrans_inまたはtrans_outに格納
//serialが大きいほうから小さいほうへ流れがあるときを正とする
//-----serialが小さい相手との間の送電エージェントはtrans_out_setに格納
//-----serialが大きい相手との間の送電エージェントはtrans_in_setに格納
For each one in link_agtset //linkエージェントそれぞれに(one)
For each one2 in one.link //各linkエージェントのlink相手それぞれに(one2)
if one.serial>one2.serial then //Serialが大きいほうから小さい方に向けて処理をすれば十分（２回処理する必要はない）
temp_agt=CreateAgt(Universe.powergrid.transmitter) //送電エージェントを生成
AddAgt(one.trans_out_set, temp_agt) //送電エージェントをserialが大きい方のエージェント(one)のtrans_out_setに格納
AddAgt(one2.trans_in_set, temp_agt) //送電エージェントをserialが小さい方のエージェント(one)のtrans_in_setに格納
temp_agt.from_player=one //送電エージェントから見て上流側の地域をfrom_playerに格納
temp_agt.to_player=one2 //送電エージェントから見て下流側の地域をto_playerに格納
//送電エージェントを配置．ただし空間出力には表示しない(送電線のみ表示)
temp_agt.X=(one.X+one2.X)/2
temp_agt.Y=(one.Y+one2.Y)/2
end if
next one2
next one
//各地域エージェントのmembersにhomeやsolarを追加
For each one in link_agtset //各地域ごとに
ClearAgtset (one.members) //membersを初期化
//homeエージェントの配置
num_temp=CInt(Universe.home_num*Rnd()) //homeエージェント数をランダムで決定
For i=1 to num_temp
temp_agt =CreateAgt(Universe.powergrid.home)
r=r_max*Rnd()
theta=2*PI()*Rnd()
temp_agt.X=one.X+r*cos(theta)
temp_agt.Y=one.Y+r*sin(theta)
AddAgt(one.members, temp_agt)
temp_agt.area=one
next i
//solarエージェントの配置
num_temp=CInt(Universe.solar_num*Rnd()) //solarエージェント数をランダムで決定
For i=1 to num_temp
temp_agt =CreateAgt(Universe.powergrid.solar)
r=r_max*Rnd()
theta=2*PI()*Rnd()
temp_agt.X=one.X+r*cos(theta)
temp_agt.Y=one.Y+r*sin(theta)
AddAgt(one.members, temp_agt)
temp_agt.area=one
next i
next one
End if
//-----------------エージェントの生成と配置(終了)-----------------------
}//##########UNIVE_STEP_BEGINの終了##############
//##############UNIVE_STEP_END#################
Univ_Step_End{
Dim temp_agtset as AgtSet
Dim area_agtset as AgtSet
Dim player_agtset as AgtSet
Dim count_min as Integer
Universe.count=Universe.count+1
count_min=Universe.count*1 //離散時間を調整
Universe.time_min=count_min mod 60
Universe.time_day=count_min \ 1440
Universe.time_hour=(count_min mod 1440) \ 60
ClearAgtset (area_agtset)
ClearAgtset(player_agtset)
ClearAgtset (temp_agtset)
//全ての地域を取得
MakeAgtSet(area_agtset , Universe.powergrid.area)
//全てのプレイヤーを取得
MakeAgtSet(player_agtset, Universe.powergrid.home) //homeを追加
MakeAgtSet(temp_agtset, Universe.powergrid.solar)
JoinAgtSet(player_agtset, temp_agtset) //solarを追加
MakeAgtSet(temp_agtset, Universe.powergrid.transmitter)
JoinAgtSet(player_agtset, temp_agtset) //transを追加
PurifyAgtSet(player_agtset, player_agtset) //重複を削除
//停滞量の総量を更新
Universe.e_total=0
For each one in area_agtset
Universe.e_total=Universe.e_total+one.G_i
next one
//目的関数を更新
Universe.F=0
For each one in player_agtset
Universe.F=Universe.F+one.U
next one
//ラムダを更新
For each one in area_agtset
one.ramda=one.ramda_next
next one
//x_iを更新
For each one in player_agtset
one.x_i=one.x_i_next
next one
}//###########UNIVE_STEP_ENDの終了##############
//##############UNIVE_STEP_END#################
Univ_Finish{
}//#############UNIVE_STEP_ENDの終了############
#end_rule UNIVERSE
//-------------------------------------------------------
// Agent Rule
//-------------------------------------------------------
#begin_rule UNIVERSE.POWERGRID.AREA
Agt_Init{
My.ramda=0
My.ramda_next=0
My.G_i=0
}
Agt_Step{
Dim one as Agt
My.G_i=0
For each one in My.members
My.G_i=My.G_i+one.dG*one.x_i
next one
For each one in My.trans_out_set
My.G_i=My.G_i-one.x_i
next one
For each one in My.trans_in_set
My.G_i=My.G_i+one.x_i
next one
if Universe.time_min == 50 then
My.ramda_next= My.ramda+ Universe.beta * My.G_i
end if
My.p=My.ramda
}
#end_rule UNIVERSE.POWERGRID.AREA
//-------------------------------------------------------
// Agent Rule
//-------------------------------------------------------
#begin_rule UNIVERSE.POWERGRID.TRANSMITTER
Agt_Init{
My.C1=0.5
My.C2=1.0
My.C3=1.0
//My.C4=0.2
//My.D1=1.0
//My.D2=0.5
//My.D3=1.0
//dG=-1
}
Agt_Step{
//U, dUの計算
if -My.C1<=My.x_i And My.x_i<My.C1 then
My.U=My.C2
My.dU=0
Else
if My.x_i< -My.C1 then
My.U=-My.C3*(My.x_i+My.C1)^2+My.C2
My.dU=-2*My.C3*(My.x_i+My.C1)
else
My.U=-My.C3*(My.x_i-My.C1)^2+My.C2
My.dU=-2*My.C3*(My.x_i-My.C1)
end if
end if
My.x_i_next=My.x_i - Universe.alpha * (-My.dU - My.from_player.ramda+My.to_player.ramda )
}
#end_rule UNIVERSE.POWERGRID.TRANSMITTER
//-------------------------------------------------------
// Agent Rule
//-------------------------------------------------------
#begin_rule UNIVERSE.POWERGRID.HOME
Agt_Init{
My.C1=0.5
My.C2=1.0
My.C3=1.0
My.C4=0.2
//My.D1=1.0
//My.D2=0.5
//My.D3=1.0
My.dG=-1
}
Agt_Step{
//時変パラメータC1の値を計算する
//U, dUの計算
if My.x_i<My.C1 then
My.U=-My.C3*(My.x_i-My.C1)^2+My.C2
My.dU=-2*My.C3*(My.x_i-My.C1)
Else
My.U=-My.C4*(My.x_i-My.C1)^2+My.C2
My.dU=-2*My.C4*(My.x_i-My.C1)
end if
My.x_i_next=My.x_i - Universe.alpha * (-My.dU + My.dG * My.area.ramda )
}
#end_rule UNIVERSE.POWERGRID.HOME
//-------------------------------------------------------
// Agent Rule
//-------------------------------------------------------
#begin_rule UNIVERSE.POWERGRID.SOLAR
Agt_Init{
My.C1=0.8
My.C2=1.0
My.C3=0.2
My.C4=1.0
//My.D1=1.0
//My.D2=0.5
//My.D3=1.0
My.dG=1
}
Agt_Step{
//U, dUの計算
if My.x_i<My.C1 then
My.U=-My.C3*(My.x_i-My.C1)^2+My.C2
My.dU=-2*My.C3*(My.x_i-My.C1)
Else
My.U=-My.C4*(My.x_i-My.C1)^2+My.C2
My.dU=-2*My.C4*(My.x_i-My.C1)
end if
My.x_i_next=My.x_i - Universe.alpha * (-My.dU + My.dG * My.area.ramda )
}
#end_rule UNIVERSE.POWERGRID.SOLAR
//-------------------------------------------------------
// Simulation Definition Division
//-------------------------------------------------------
Single_Simulation {
Step_Max = 0;
Time_Max = 0;
End_Condition = "";
Exec_Wait = 50;
Exec_Order = Random;
Exec_Order_Random_First_Step_Only = No;
Random_Seed = 0;
Redraw_Timing = Step;
Redraw_Interval = 1;
Garbage_Interval = 0;
}
//-------------------------------------------------------
// Simulation Loop Definition Division
//-------------------------------------------------------
Repeat_Simulation {
Value_Change = None;
Initial_Value_Change_None {
Repeat_Max = 1;
}
}
//-------------------------------------------------------
// 2 Dimension Map Display Definition Division
//-------------------------------------------------------
Map_Output {
Map_Space_Name = "Universe.powergrid";
Map_Name = "powergrid";
Title = "powergrid";
Disable = No;
Background_Color = 255, 255, 255;
Position_x = -43;
Position_y = 21;
Size_x = 1044;
Size_y = 800;
Remarks = Yes;
Legend_Pos = Top;
Font_Name = "Dialog";
Font_Char_Set = 81;
Font_Size = 12.0;
Font_Style = 0;
Font_Color = 0, 0, 0;
Font_Background_Color = 255, 255, 255;
FastDraw = Yes;
Draw_Timing = Simulation_Step;
Draw_Interval = 1;
Axis_Label = "", "";
Draw_Range = 0, 0, 150, 150;
Ruled_Line = No;
Text_Display = No;
Text_Display_Variable_Name = "";
Chess_Type_Display_Position = Yes;
Background_Transparent = No;
Target_Layer = 0;
Coordinate_Display = No;
Space_Kind = Square_2D;
BG_Pict = No;
BG_Type = 0;
BG_Var_Name = "";
BG_File_Name = "";
Origin_Position = 2;
Output_Group_Name = "";
Output {
Map_Element_Name = "需要家(一般家庭)";
Map_Element = Agent_Variable;
Output_Expression = "Universe.powergrid.home";
Draw_Line = No;
Collection_Name = "";
Line_Type = 0;
Line_Arrow = 0;
Line_Width = 0;
Line_Color = 0, 0, 0;
Line_Type_Variable = "";
Line_Arrow_Variable = "";
Line_Width_Variable = "";
Line_Color_Variable = "";
Agent_Color = 255,0,0;
Marker_Id = -1;
Effective_Figures = 0;
Format_Id = 0;
Agent_Image_Direction = No;
Icon_Type = 0;
Icon_Var_Name = "";
Icon_Transparent = No;
Icon_Enlarg_Reduce = No;
Icon_File_Name = "image_home.png";
Num_Display = No;
Num_Var_Name = "Universe.powergrid.home.ID";
Agent_Image_Magnify_by_value = Yes;
Agent_Image_Magnify_Value = 0.1;
Agent_Image_Magnify_Variable_Name = "Universe.powergrid.home.ID";
Agent_Image_Transparency_by_value = Yes;
Agent_Image_Transparency_Value = 0.0;
Agent_Image_Transparency_Variable_Name = "Universe.powergrid.home.ID";
}
Output {
Map_Element_Name = "発電家(太陽光発電)";
Map_Element = Agent_Variable;
Output_Expression = "Universe.powergrid.solar";
Draw_Line = Yes;
Collection_Name = "Universe.powergrid.solar.link";
Line_Type = 1;
Line_Arrow = 1;
Line_Width = 1;
Line_Color = 0, 0, 255;
Line_Type_Variable = "";
Line_Arrow_Variable = "";
Line_Width_Variable = "";
Line_Color_Variable = "";
Agent_Color = 0,0,255;
Marker_Id = -1;
Effective_Figures = 0;
Format_Id = 0;
Agent_Image_Direction = No;
Icon_Type = 0;
Icon_Var_Name = "";
Icon_Transparent = No;
Icon_Enlarg_Reduce = No;
Icon_File_Name = "image_solar.png";
Num_Display = No;
Num_Var_Name = "";
Agent_Image_Magnify_by_value = Yes;
Agent_Image_Magnify_Value = 0.1;
Agent_Image_Magnify_Variable_Name = "Universe.powergrid.solar.ID";
Agent_Image_Transparency_by_value = Yes;
Agent_Image_Transparency_Value = 0.0;
Agent_Image_Transparency_Variable_Name = "Universe.powergrid.solar.ID";
}
Output {
Map_Element_Name = "地域";
Map_Element = Agent_Variable;
Output_Expression = "Universe.powergrid.area";
Draw_Line = Yes;
Collection_Name = "Universe.powergrid.area.link";
Line_Type = 1;
Line_Arrow = 1;
Line_Width = 1;
Line_Color = 0, 0, 255;
Line_Type_Variable = "";
Line_Arrow_Variable = "";
Line_Width_Variable = "";
Line_Color_Variable = "";
Agent_Color = 255,204,153;
Marker_Id = -1;
Effective_Figures = 0;
Format_Id = 0;
Agent_Image_Direction = No;
Icon_Type = 0;
Icon_Var_Name = "";
Icon_Transparent = No;
Icon_Enlarg_Reduce = No;
Icon_File_Name = "image_area.png";
Num_Display = No;
Num_Var_Name = "";
Agent_Image_Magnify_by_value = Yes;
Agent_Image_Magnify_Value = 0.5;
Agent_Image_Magnify_Variable_Name = "Universe.powergrid.area.ID";
Agent_Image_Transparency_by_value = Yes;
Agent_Image_Transparency_Value = 0.0;
Agent_Image_Transparency_Variable_Name = "Universe.powergrid.area.ID";
}
}
//-------------------------------------------------------
// Time Graph Output Definition Division
//-------------------------------------------------------
Time_Graph {
Font_Name = "Dialog";
Font_Char_Set = 81;
Font_Size = 12.0;
Font_Style = 0;
Font_Color = 0, 0, 0;
Font_Background_Color = 255, 255, 255;
Draw_Timing = Simulation_Step;
Draw_Interval = 1;
Graph_Name = "合計停滞量";
Title = "合計停滞量";
Disable = No;
Background_Color = 255, 255, 255;
Remarks = Yes;
Legend_Pos = Top;
FastDraw = Yes;
Position_x = 90;
Position_y = 190;
Size_x = 985;
Size_y = 344;
Axis_Label = "", "";
Draw_By_JFree_Chart = Yes;
Scale = 0, 0.0, 1000, 100.0, 100, 10.0;
ScaleAuto = Yes, Yes;
Output_Group_Name = "";
Output {
Graph_Element_Name = "合計停滞量";
Line_Color = 255, 0, 0;
Line_Width = 2;
Marker_Id = 1;
Output_Expression = "Universe.e_total";
Expression_Value_Display = No;
Effective_Fraction_Figures = 0;
Graph_Element_Color = (0, 255, 0);
}
}
//-------------------------------------------------------
// Time Graph Output Definition Division
//-------------------------------------------------------
Time_Graph {
Font_Name = "Dialog";
Font_Char_Set = 81;
Font_Size = 12.0;
Font_Style = 0;
Font_Color = 0, 0, 0;
Font_Background_Color = 255, 255, 255;
Draw_Timing = Simulation_Step;
Draw_Interval = 1;
Graph_Name = "価格";
Title = "価格";
Disable = No;
Background_Color = 255, 255, 255;
Remarks = Yes;
Legend_Pos = Top;
FastDraw = No;
Position_x = 98;
Position_y = -2;
Size_x = 846;
Size_y = 223;
Axis_Label = "", "";
Draw_By_JFree_Chart = Yes;
Scale = 0, 0.0, 1000, 100.0, 100, 10.0;
ScaleAuto = Yes, Yes;
Output_Group_Name = "";
Output {
Graph_Element_Name = "地域1";
Line_Color = 255, 0, 0;
Line_Width = 2;
Marker_Id = 0;
Output_Expression = "Universe.powergrid.area(1).p";
Expression_Value_Display = No;
Effective_Fraction_Figures = 0;
Graph_Element_Color = (0, 255, 0);
}
Output {
Graph_Element_Name = "地域2";
Line_Color = 255, 0, 0;
Line_Width = 2;
Marker_Id = 0;
Output_Expression = "Universe.powergrid.area(2).p";
Expression_Value_Display = No;
Effective_Fraction_Figures = 0;
Graph_Element_Color = (51, 102, 255);
}
Output {
Graph_Element_Name = "地域3";
Line_Color = 255, 0, 0;
Line_Width = 2;
Marker_Id = 0;
Output_Expression = "Universe.powergrid.area(3).p";
Expression_Value_Display = No;
Effective_Fraction_Figures = 0;
Graph_Element_Color = (0, 51, 153);
}
Output {
Graph_Element_Name = "地域4";
Line_Color = 255, 0, 0;
Line_Width = 2;
Marker_Id = 0;
Output_Expression = "Universe.powergrid.area(4).p";
Expression_Value_Display = No;
Effective_Fraction_Figures = 0;
Graph_Element_Color = (153, 0, 51);
}
Output {
Graph_Element_Name = "地域5";
Line_Color = 255, 0, 0;
Line_Width = 2;
Marker_Id = 0;
Output_Expression = "Universe.powergrid.area(5).p";
Expression_Value_Display = No;
Effective_Fraction_Figures = 0;
Graph_Element_Color = (204, 255, 0);
}
Output {
Graph_Element_Name = "地域6";
Line_Color = 255, 0, 0;
Line_Width = 2;
Marker_Id = 0;
Output_Expression = "Universe.powergrid.area(6).p";
Expression_Value_Display = No;
Effective_Fraction_Figures = 0;
Graph_Element_Color = (153, 0, 102);
}
Output {
Graph_Element_Name = "地域7";
Line_Color = 255, 0, 0;
Line_Width = 2;
Marker_Id = 0;
Output_Expression = "Universe.powergrid.area(7).p";
Expression_Value_Display = No;
Effective_Fraction_Figures = 0;
Graph_Element_Color = (102, 0, 102);
}
Output {
Graph_Element_Name = "地域8";
Line_Color = 255, 0, 0;
Line_Width = 2;
Marker_Id = 0;
Output_Expression = "Universe.powergrid.area(8).p";
Expression_Value_Display = No;
Effective_Fraction_Figures = 0;
Graph_Element_Color = (51, 0, 51);
}
Output {
Graph_Element_Name = "地域9";
Line_Color = 255, 0, 0;
Line_Width = 2;
Marker_Id = 0;
Output_Expression = "Universe.powergrid.area(9).p";
Expression_Value_Display = No;
Effective_Fraction_Figures = 0;
Graph_Element_Color = (0, 153, 153);
}
Output {
Graph_Element_Name = "地域0";
Line_Color = 255, 0, 0;
Line_Width = 2;
Marker_Id = 0;
Output_Expression = "Universe.powergrid.area(0).p";
Expression_Value_Display = No;
Effective_Fraction_Figures = 0;
Graph_Element_Color = (153, 153, 255);
}
}
//-------------------------------------------------------
// Time Graph Output Definition Division
//-------------------------------------------------------
Time_Graph {
Font_Name = "Dialog";
Font_Char_Set = 81;
Font_Size = 12.0;
Font_Style = 0;
Font_Color = 0, 0, 0;
Font_Background_Color = 255, 255, 255;
Draw_Timing = Simulation_Step;
Draw_Interval = 1;
Graph_Name = "需要供給量";
Title = "需要供給量";
Disable = Yes;
Background_Color = 255, 255, 255;
Remarks = Yes;
Legend_Pos = Top;
FastDraw = No;
Position_x = 57;
Position_y = 370;
Size_x = 500;
Size_y = 300;
Axis_Label = "", "";
Draw_By_JFree_Chart = Yes;
Scale = 0, 0.0, 1000, 100.0, 100, 10.0;
ScaleAuto = Yes, Yes;
Output_Group_Name = "";
Output {
Graph_Element_Name = "home1";
Line_Color = 255, 0, 0;
Line_Width = 2;
Marker_Id = 0;
Output_Expression = "Universe.powergrid.home(1).x_i";
Expression_Value_Display = No;
Effective_Fraction_Figures = 0;
Graph_Element_Color = (0, 255, 0);
}
Output {
Graph_Element_Name = "home2";
Line_Color = 255, 0, 0;
Line_Width = 2;
Marker_Id = 0;
Output_Expression = "Universe.powergrid.home(2).x_i";
Expression_Value_Display = No;
Effective_Fraction_Figures = 0;
Graph_Element_Color = (51, 102, 255);
}
Output {
Graph_Element_Name = "home3";
Line_Color = 255, 0, 0;
Line_Width = 2;
Marker_Id = 0;
Output_Expression = "Universe.powergrid.home(3).x_i";
Expression_Value_Display = No;
Effective_Fraction_Figures = 0;
Graph_Element_Color = (0, 51, 153);
}
Output {
Graph_Element_Name = "home4";
Line_Color = 255, 0, 0;
Line_Width = 2;
Marker_Id = 0;
Output_Expression = "Universe.powergrid.home(4).x_i";
Expression_Value_Display = No;
Effective_Fraction_Figures = 0;
Graph_Element_Color = (153, 0, 51);
}
Output {
Graph_Element_Name = "home5";
Line_Color = 255, 0, 0;
Line_Width = 2;
Marker_Id = 0;
Output_Expression = "Universe.powergrid.home(5).x_i";
Expression_Value_Display = No;
Effective_Fraction_Figures = 0;
Graph_Element_Color = (204, 255, 0);
}
Output {
Graph_Element_Name = "home6";
Line_Color = 255, 0, 0;
Line_Width = 2;
Marker_Id = 0;
Output_Expression = "Universe.powergrid.home(6).x_i";
Expression_Value_Display = No;
Effective_Fraction_Figures = 0;
Graph_Element_Color = (153, 0, 102);
}
Output {
Graph_Element_Name = "home7";
Line_Color = 255, 0, 0;
Line_Width = 2;
Marker_Id = 0;
Output_Expression = "Universe.powergrid.home(7).x_i";
Expression_Value_Display = No;
Effective_Fraction_Figures = 0;
Graph_Element_Color = (102, 0, 102);
}
Output {
Graph_Element_Name = "home8";
Line_Color = 255, 0, 0;
Line_Width = 2;
Marker_Id = 0;
Output_Expression = "Universe.powergrid.home(8).x_i";
Expression_Value_Display = No;
Effective_Fraction_Figures = 0;
Graph_Element_Color = (51, 0, 51);
}
Output {
Graph_Element_Name = "home9";
Line_Color = 255, 0, 0;
Line_Width = 2;
Marker_Id = 0;
Output_Expression = "Universe.powergrid.home(9).x_i";
Expression_Value_Display = No;
Effective_Fraction_Figures = 0;
Graph_Element_Color = (0, 153, 153);
}
Output {
Graph_Element_Name = "home0";
Line_Color = 255, 0, 0;
Line_Width = 2;
Marker_Id = 0;
Output_Expression = "Universe.powergrid.home(0).x_i";
Expression_Value_Display = No;
Effective_Fraction_Figures = 0;