1.25 mm pixel size

AMEGO_Midex/TradeStudies/Tracker/BasePixelTracker_125mm/ACDDetector.geo

@@ -0,0 +1,42 @@
+///// Uncomment these lines to run standalone 
+//SurroundingSphere 100.0 0.0 0.0 0.0 100.0
+//Include ../materials/Materials.geo
+/////
+
+//This builds the ACD Detector totally made up numbers: 125cm x 125cm x 70cm
+//The top and side panels will be different detectors. 
+Volume ACDDetector
+ACDDetector.Material Vacuum
+ACDDetector.Visibility 0
+ACDDetector.Shape BRIK 52.5 52.5 0.75
+// Include this to run stand-alone
+//ACDDetector.Mother 0
+
+Volume ACDSideDetector
+ACDSideDetector.Material Vacuum
+ACDSideDetector.Visibility 0
+ACDSideDetector.Shape BRIK 52.5 0.75 35.
+// Include this to run stand-alone
+//ACDSideDetector.Mother 0
+
+// Active ACD Panels Top and Sides
+Volume topACDPanel
+topACDPanel.Material PMTPlastic
+topACDPanel.Visibility 1
+topACDPanel.Color 3
+topACDPanel.Shape BRIK 52.5 52.5 0.75
+topACDPanel.Position 0. 0. 0.
+topACDPanel.Mother ACDDetector
+
+// this is plastic scintillator
+Volume sideACDPanel
+sideACDPanel.Material PMTPlastic
+sideACDPanel.Visibility 1
+sideACDPanel.Color 3
+sideACDPanel.Shape BRIK 52.5 0.75 35.
+sideACDPanel.Position 0. 0. 0.
+sideACDPanel.Mother ACDSideDetector 
+
+
+
+

AMEGO_Midex/TradeStudies/Tracker/BasePixelTracker_125mm/ACDProperties.det

@@ -0,0 +1,17 @@
+// This is to define ACD as a scintillator
+
+
+//   Defining Top section
+Scintillator topACD
+topACD.SensitiveVolume topACDPanel
+
+Scintillator sideACD
+sideACD.SensitiveVolume sideACDPanel
+
+topACD.TriggerThreshold 200
+topACD.EnergyResolution Ideal
+topACD.NoiseThresholdEqualsTriggerThreshold true
+
+sideACD.TriggerThreshold 200
+sideACD.EnergyResolution Ideal
+sideACD.NoiseThresholdEqualsTriggerThreshold true

AMEGO_Midex/TradeStudies/Tracker/BasePixelTracker_125mm/AmegoBase.geo.setup

@@ -0,0 +1,127 @@
+Name My_4x4AMEGO
+Verision 0.0
+
+Include ../../../../materials/Materials.geo
+DefaultRangeCut 0.000002
+
+SurroundingSphere 150.0  0.0  0.0  0.0  150.0
+
+Volume World
+World.Material Vacuum
+World.Visibility 0
+World.Color 0
+World.Shape BRIK 500. 500. 500.
+World.Mother 0
+
+# This is our Tracker
+Include SiStripDetector.geo
+Include SiStripProperties.det
+
+# This is our CsI calorimeter
+Include CalorimeterCSIDetector.geo
+Include CalorimeterCSIProperties.det
+
+# This is our ACD
+Include ACDDetector.geo
+Include ACDProperties.det
+
+# Builds the detector volumes
+# move this down by 3 cm (from 70.25 to 67.25)
+Volume ACD
+ACD.Material Vacuum
+ACD.Visibility 0
+ACD.Shape BRIK 52.5 52.5 0.75
+ACD.Position 0.0 0.0 67.25
+ACD.Mother World
+
+Volume Tracker
+Tracker.Material Vacuum
+Tracker.Visibility 0
+Tracker.Shape BRIK 45. 45. 30.5
+Tracker.Position 0. 0. 30.5
+Tracker.Mother World 
+
+Volume CalCSI
+CalCSI.Material Vacuum
+CalCSI.Visibility 0
+CalCSI.Shape BRIK 40.0 40.0 4.5
+CalCSI.Position 0.0 0.0 -5.0
+CalCSI.Mother World
+
+# Adds towers to each of the detector volumes
+For I 2 -22.5 45.0
+    For J 2 -22.5 45.0
+    	SiStripDetector.Copy SiStripDetector_%I_%J
+		SiStripDetector_%I_%J.Position $I $J 0.0
+		SiStripDetector_1_1.Rotation 0.0 0.0 180.0
+		SiStripDetector_1_2.Rotation 0.0 0.0 90.0   
+		SiStripDetector_2_1.Rotation 0.0 0.0 270.0
+		SiStripDetector_2_2.Rotation 0.0 0.0 0.0
+		SiStripDetector_%I_%J.Mother Tracker 
+     Done
+Done
+
+For I 2 -20.0 40.0
+    For J 2 -20.0 40.0 
+
+        CSIDetector.Copy CSIDetector_%I_%J
+        CSIDetector_%I_%J.Position $I $J 0.0
+        CSIDetector_%I_%J.Mother CalCSI
+    Done
+Done
+
+
+// building the sides of the ACD detector
+//Move the ACD down by 3cm
+For I 2 -53.25 106.5
+    For J 2 1 1
+    	sideACDPanel.Copy ACDSide_Det_%I_%J	
+    	ACDSide_Det_%I_1.Position {$I} 0.0 32.25
+    	ACDSide_Det_%I_2.Position 0.0 {$I} 32.25
+    	ACDSide_Det_%I_1.Rotation 0.0 0.0 90.0
+    	ACDSide_Det_%I_%J.Mother World
+    Done
+Done
+
+# Adds the ACD to the detector volume
+ACDDetector.Copy ACD_Det
+ACD_Det.Position 0. 0. 0.0
+ACD_Det.Mother ACD
+
+# Adds the Spacecraft Al box below the detector
+# Single Al box 120cm x 120cm x 30 cm.
+Include SC.geo
+SCBody.Position 0.0 0.0 -27
+SCBody.Mother World
+
+# This in principle implements an ACD Veto trigger (any hits above threshold veto the event)
+Trigger MainVetoTop
+MainVetoTop.Veto true
+MainVetoTop.TriggerByDetector true
+MainVetoTop.Detector topACD 1
+
+Trigger MainVetoSide
+MainVetoSide.Veto true
+MainVetoSide.TriggerByDetector true
+MainVetoSide.Detector sideACD 1
+
+# Base Triggers, require 1 hit in Si Detector and one hit in the CsI calorimeter
+Trigger MainTriggerCsI
+MainTriggerCsI.Veto false
+MainTriggerCsI.TriggerByDetector true
+MainTriggerCsI.Detector SStrip 2
+MainTriggerCsI.Detector DCalCSI 1
+
+#Si Only
+Trigger SiOnly
+SiOnly.Veto false 
+SiOnly.TriggerByDetector true
+SiOnly.Detector SStrip 2
+
+
+#Si + CsI
+Trigger SingleSiCsI
+SingleSiCsI.Veto false
+SingleSiCsI.TriggerByDetector true
+SingleSiCsI.Detector SStrip 1
+SingleSiCsI.Detector DCalCSI 1

AMEGO_Midex/TradeStudies/Tracker/BasePixelTracker_125mm/CalorimeterCSIDetector.geo

@@ -0,0 +1,46 @@
+//Stacking 4 layers of CSI, total dimensions 50cm x 50cm x 8 cm
+// each layer is 1.5 cm with .1 cm spacing between layers
+
+///// Uncomment these lines to run standalone 
+//SurroundingSphere 100.0 0.0 0.0 0.0 100.0
+//Include ../materials/Materials.geo
+/////
+
+Include CalorimeterCSILayer.geo 
+Include PassiveTrays.geo
+
+//This builds one tower of the CsI Detector
+Volume CSITower
+CSITower.Material Vacuum
+CSITower.Visibility 0
+CSITower.Shape BRIK 20. 20. 4.5
+
+// Add the CsI segment to the Hole in the passive tray
+// If we remove the PassiveTray_Hole, add it to Block
+// The CSISegments (layer of 26 bars each) are defined with the z-dimension as the long dimension so that position resolution can be measured along the length of the bar, therefore we need to rotate them here.
+CSISegment.Copy CSISegment_Det
+CSISegment_Det.Position 0.0 0.0 0.25
+CSISegment_Det.Rotation 0 90 0
+CSISegment_Det.Mother PassiveTray_Block 
+//CSISegment_Det.Position 0.0 0.0 0.0
+//CSISegment_Det.Mother PassiveTray_Hole 
+
+//There are 4 calorimeter layers
+For I 4 -3.25 2.0
+    PassiveTray_Volume.Copy PassiveTray_%I
+    PassiveTray_%I.Position 0.0 0.0 {$I}
+    PassiveTray_2.Rotation 0.0 0.0 90.0
+    PassiveTray_4.Rotation 0.0 0.0 90.0   
+    PassiveTray_%I.Mother CSITower 
+Done 
+
+//Adds the towers to build the detector
+Volume CSIDetector
+CSIDetector.Material Vacuum
+CSIDetector.Visibility 0
+CSIDetector.Shape BRIK 20. 20. 4.5
+// Include this to run stand-alone
+//CSIDetector.Mother 0
+
+CSITower.Mother CSIDetector
+

AMEGO_Midex/TradeStudies/Tracker/BasePixelTracker_125mm/CalorimeterCSILayer.geo

@@ -0,0 +1,54 @@
+//Build single segment of CsI with 26 logs each 1.5x1.5x38. There are 6 segments per tower and then 4 towers in the whole CsI calorimeter
+
+///Use these lines to run geometry as standalone
+//SurroundingSphere 100.0  0.0  0.0  0.0  100.0
+//Include ../materials/Materials.geo
+/////
+
+// Single log 38.0cm x 1.5cm x 1.5 cm
+Volume CSILog
+CSILog.Material CsI
+CSILog.Visibility 1
+CSILog.Color 2
+CSILog.Shape BOX 0.75 0.75 19.0
+
+//Build Single Segment (Tray) of 26 logs 38 x 39 x 1.5
+Volume CSISegment
+CSISegment.Material Vacuum
+CSISegment.Visibility 0
+CSISegment.Shape BOX 0.75 19.5 19.0
+//Include this for stand-alone
+//CSISegment.Mother 0
+
+//Fill Segment with 26 logs
+For I 26 -18.75 1.5
+    CSILog.Copy CSILog_%I
+    CSILog_%I.Position 0.0 $I 0.0
+    CSILog_%I.Mother CSISegment
+Done
+
+
+
+
+// Single log 38.0cm x 1.5cm x 1.5 cm
+Volume CSISideLog
+CSISideLog.Material CsI
+CSISideLog.Visibility 1
+CSISideLog.Color 2
+CSISideLog.Shape BOX 19.0 0.75 0.75 
+
+//Build Single Side Segment of 13 logs 38 x 1.5 x 19.5 cm
+Volume CSISideSegment
+CSISideSegment.Material Vacuum
+CSISideSegment.Visibility 1
+CSISideSegment.Shape BOX 19.0 0.75 9.75
+//Include this for stand-alone
+//CSISideSegment.Mother 0
+
+//Fill Segment with 13 logs
+For I 13 -9.0 1.5
+    CSISideLog.Copy CSISideLog_%I
+    CSISideLog_%I.Position 0.0 0.0 $I
+    CSISideLog_%I.Mother CSISideSegment
+Done
+

AMEGO_Midex/TradeStudies/Tracker/BasePixelTracker_125mm/CalorimeterCSIProperties.det

@@ -0,0 +1,42 @@
+//Define CSI Calorimeter 
+
+MDCalorimeter   DCalCSI
+DCalCSI.SensitiveVolume CSILog
+DCalCSI.DetectorVolume CSISegment
+
+//The CSILogs have no space in between them at this point, so the structural pitch and structural offset are both 0.
+DCalCSI.StructuralPitch 0. 0. 0.
+DCalCSI.StructuralOffset 0. 0. 0.
+
+DCalCSI.NoiseThreshold   30
+DCalCSI.TriggerThreshold   100
+
+DCalCSI.DepthResolution 662 2
+
+DCalCSI.EnergyResolution Gauss   40    40   5
+DCalCSI.EnergyResolution Gauss  100   100   7.5
+DCalCSI.EnergyResolution Gauss  662   662   20
+DCalCSI.EnergyResolution Gauss  2000  2000  33
+DCalCSI.EnergyResolution Gauss  5000  5000  50
+
+
+//MDCalorimeter   DCalCSISide
+//DCalCSISide.SensitiveVolume CSISideLog
+//DCalCSISide.DetectorVolume CSISideSegment
+
+////The CSILogs have no space in between them at this point, so the structural pitch and structural offset are both 0.
+//DCalCSISide.StructuralPitch 0. 0. 0.
+//DCalCSISide.StructuralOffset 0. 0. 0.
+
+//DCalCSISide.NoiseThreshold   30
+//DCalCSISide.TriggerThreshold   100
+
+//DCalCSISide.DepthResolution 662 2
+
+//DCalCSISide.EnergyResolution Gauss   40    40   5
+//DCalCSISide.EnergyResolution Gauss  100   100   7.5
+//DCalCSISide.EnergyResolution Gauss  662   662   20
+//DCalCSISide.EnergyResolution Gauss  2000  2000  33
+//DCalCSISide.EnergyResolution Gauss  5000  5000  50
+
+