/************************************************************************** * Copyright(c) 1998-1999, ALICE Experiment at CERN, All rights reserved. * * * * Author: The ALICE Off-line Project. * * Contributors are mentioned in the code where appropriate. * * * * Permission to use, copy, modify and distribute this software and its * * documentation strictly for non-commercial purposes is hereby granted * * without fee, provided that the above copyright notice appears in all * * copies and that both the copyright notice and this permission notice * * appear in the supporting documentation. The authors make no claims * * about the suitability of this software for any purpose. It is * * provided "as is" without express or implied warranty. * **************************************************************************/ //************************************************************************* // // SDD geometry, based on ROOT geometrical modeler // // // This geometry has no dependence with aliroot, you can run it with root // only, provided that the AliITSv11GeomCable classes are also compiled // // Ludovic Gaudichet gaudichet@to.infn.it //************************************************************************* // $Id$ // General Root includes #include <Riostream.h> #include <TMath.h> // Root Geometry includes #include <TGeoManager.h> #include <TGeoVolume.h> #include <TGeoCone.h> #include <TGeoTube.h> #include <TGeoTrd1.h> #include <TGeoArb8.h> #include <TGeoXtru.h> #include <TGeoCompositeShape.h> #include <TGeoMatrix.h> #include <TGeoNode.h> #include <TGeoPcon.h> #include <TGeoTorus.h> #include "AliITSv11GeometrySDD.h" #include "AliITSv11GeomCableFlat.h" #include "AliITSv11GeomCableRound.h" const char* AliITSv11GeometrySDD::fgkSDDsensitiveVolName3 = "ITSsddSensitivL3"; const char* AliITSv11GeometrySDD::fgkSDDsensitiveVolName4 = "ITSsddSensitivL4"; const Double_t AliITSv11GeometrySDD::fgkSegmentLength = 37.21*2*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLadderWidth = 50.0*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLadderHeight = 30.0*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLadderSegBoxDW = 7.5*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLadderSegBoxDH = 7.1*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLadderBeamRadius = 0.6*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLadderLa = 3.*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLadderHa = 0.721979*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLadderLb = 3.7*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLadderHb = 0.890428*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLadderl = 0.25*fgkmm; const Double_t AliITSv11GeometrySDD::fgkBottomBeamAngle = 56.5; const Double_t AliITSv11GeometrySDD::fgkBeamSidePhi = 65; const Double_t AliITSv11GeometrySDD::fgkLadWaferSep = 2*fgkmm; const Double_t AliITSv11GeometrySDD::fgkPinSuppWidth = 2.5*fgkmm; const Double_t AliITSv11GeometrySDD::fgkPinSuppHeight = 2.*fgkmm; const Double_t AliITSv11GeometrySDD::fgkPinSuppRmax = 2.5/2.*fgkmm; const Double_t AliITSv11GeometrySDD::fgkPinR = 1.5/2.*fgkmm; const Double_t AliITSv11GeometrySDD::fgkPinSuppLength = 5.*fgkmm; const Double_t AliITSv11GeometrySDD::fgkPinSuppThickness = 0.5*fgkmm; const Double_t AliITSv11GeometrySDD::fgkPinSuppConeAngle = 4; const Double_t AliITSv11GeometrySDD::fgkPinDXminOnSensor = (39./2.)*fgkmm; const Double_t AliITSv11GeometrySDD::fgkPinPinDDXOnSensor = 3*fgkmm; const Double_t AliITSv11GeometrySDD::fgkPinDYOnSensor = (52.5/2.)*fgkmm; // parameters from ALR-0752/3 const Double_t AliITSv11GeometrySDD::fgkCoolPipeSuppHeight = 3.2*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCoolPipeSuppMaxLength = 14*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCoolPipeSuppWidthExt = 0.4*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCoolPipeSuppWidthIn = 0.65*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCoolPipeSuppHoleDiam = 2*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCoolPipeSuppFulWidth = 5.15*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCoolPipeSuppTongW = 0.8*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCoolPipeSuppAngle = 22.5; const Double_t AliITSv11GeometrySDD::fgkCoolPipeSuppSlitL = 4.9*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCoolPipeSuppAxeDist = 3.05*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCoolPipeInnerDiam = 1.84*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCoolPipeOuterDiam = 2.*fgkmm; const Double_t AliITSv11GeometrySDD::fgkBTBthick = 0.25 *fgkmm; const Double_t AliITSv11GeometrySDD::fgkBTBlength = 55. *fgkmm; const Double_t AliITSv11GeometrySDD::fgkBTBwidth = 18*fgkmm; const Double_t AliITSv11GeometrySDD::fgkBTBaxisAtoBottom = 4*fgkmm; const Double_t AliITSv11GeometrySDD::fgkBTBaxisAtoBase = 2.2*fgkmm; const Double_t AliITSv11GeometrySDD::fgkRadiusAminBTB = 1. *fgkmm; const Double_t AliITSv11GeometrySDD::fgkRadiusBminBTB = 0.53 *fgkmm; const Double_t AliITSv11GeometrySDD::fgkBTBHoleLength = 15 *fgkmm; const Double_t AliITSv11GeometrySDD::fgkBTBHolewidth = 6 *fgkmm; const Double_t AliITSv11GeometrySDD::fgkBTBHoleRefX = 10 *fgkmm; const Double_t AliITSv11GeometrySDD::fgkBTBHoleRefY = 6.5 *fgkmm; const Double_t AliITSv11GeometrySDD::fgkLay3Rmin = 129.*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLay3Rmax = 205.*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLay3Length = (524.+0.)*fgkmm; // ladder+supporting rings (length of the virtual tube) const Double_t AliITSv11GeometrySDD::fgkLay3LadderLength = 524.*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLay3DetShortRadius = 146.0*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLay3DetLongRadius = 152.0*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLay3LaddTopCornerEnd = 15.6*fgkmm; const Int_t AliITSv11GeometrySDD::fgkLay3Ndet = 6; const Int_t AliITSv11GeometrySDD::fgkLay3Nladd = 14; const Double_t AliITSv11GeometrySDD::fgkLay3CoolPipeSuppH = 7.5*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLay4Rmin = 220.*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLay4Rmax = 291.*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLay4Length = (671.+0.)*fgkmm; // ladder+supporting rings (length of the virtual tube) const Double_t AliITSv11GeometrySDD::fgkLay4LadderLength = 671.*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLay4DetShortRadius = 235.0*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLay4DetLongRadius = 240.5*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLay4LaddTopCornerEnd = 15.6*fgkmm; const Int_t AliITSv11GeometrySDD::fgkLay4Ndet = 8; const Int_t AliITSv11GeometrySDD::fgkLay4Nladd = 22; const Double_t AliITSv11GeometrySDD::fgkLay4CoolPipeSuppH = 7.5*fgkmm; const Double_t AliITSv11GeometrySDD::fgkEndLaddCardsShortRadiusLay3 = fgkLay3DetShortRadius; const Double_t AliITSv11GeometrySDD::fgkEndLaddCardsShortRadiusLay4 = fgkLay4DetShortRadius; const Double_t AliITSv11GeometrySDD::fgkDistEndLaddCardsLadd = 0.*fgkmm; //hybrid const Double_t AliITSv11GeometrySDD::fgkHybridAngle = 48.5; // approx !!! // Origine taken at the hybrid corner : const Double_t AliITSv11GeometrySDD::fgkHybridLength = 65*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHybridWidth = 41*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHybRndHoleRad = 1.05*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHybRndHoleZ = 2.5*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHybRndHoleX = fgkHybridWidth-23.599*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHybFLlowHoleDZ = 9.698*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHybFLlowHolePasDX = 10.754*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHybFLlowHoleAmbDX = 9.122*fgkmm; // center of ships to the border const Double_t AliITSv11GeometrySDD::fgkHybFLlowChipZ4 = fgkHybridLength-(4.654 )*fgkmm-fgkHybFLlowHoleDZ/2; const Double_t AliITSv11GeometrySDD::fgkHybFLlowChipZ3 = fgkHybridLength-(4.654+15. )*fgkmm-fgkHybFLlowHoleDZ/2; const Double_t AliITSv11GeometrySDD::fgkHybFLlowChipZ2 = fgkHybridLength-(4.654+15.*2)*fgkmm-fgkHybFLlowHoleDZ/2; const Double_t AliITSv11GeometrySDD::fgkHybFLlowChipZ1 = fgkHybridLength-(4.654+15.*3)*fgkmm-fgkHybFLlowHoleDZ/2; const Double_t AliITSv11GeometrySDD::fgkHybFLlowPasX = fgkHybridWidth-32.775*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHybFLlowAmbX = fgkHybridWidth-20.791*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHybChipsDZ = 9.221*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHybPascalDX = 10.245*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHybAmbraDX = 8.51*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHybFLUpperWidth = 15.012*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHybFLUpperLength = 59.878*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHybFLUpperAlDZ = 11.183*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHybFLUpperAldx = 2.307*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHybCC2SensorLen = 9.500*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHybCC2SensorWid = 1.490*fgkcm; //??? const Double_t AliITSv11GeometrySDD::fgkHybCC2SensorAng = 15.0; const Double_t AliITSv11GeometrySDD::fgkmu = 1*fgkmicron; // 1*fgkmicron; // can be increase for checking thin objects const Double_t AliITSv11GeometrySDD::fgkHybridThBridgeThick = 0.25*fgkmm; // ??? const Double_t AliITSv11GeometrySDD::fgkHybAlThick = 30*fgkmu; const Double_t AliITSv11GeometrySDD::fgkHybUpThick = 20*fgkmu; const Double_t AliITSv11GeometrySDD::fgkHybGlueScrnThick = 50*fgkmu; // ??? ????? const Double_t AliITSv11GeometrySDD::fgkHybGlueLowThick = 90*fgkmu; const Double_t AliITSv11GeometrySDD::fgkHybGlueUpThick = 90*fgkmu; // sur ????? const Double_t AliITSv11GeometrySDD::fgkHybAlCCThick = 12*fgkmu; const Double_t AliITSv11GeometrySDD::fgkHybUpCCThick = 12*fgkmu; const Double_t AliITSv11GeometrySDD::fgkHybChipThick = 150*fgkmu; const Double_t AliITSv11GeometrySDD::fgkHybGlueAgThick = 50*fgkmu; // ??? ???? const Double_t AliITSv11GeometrySDD::fgkHybUnderNiThick = 20*fgkmu; // ??? ???? const Int_t AliITSv11GeometrySDD::fgkNHybSMD = 25; const Double_t AliITSv11GeometrySDD::fgkHybSMDposX[fgkNHybSMD] = {2.92*fgkmm,6.5*fgkmm,10.13*fgkmm,13.59*fgkmm,21.40*fgkmm, 2.92*fgkmm,6.5*fgkmm,10.13*fgkmm,13.59*fgkmm,19.91*fgkmm, 2.92*fgkmm,6.5*fgkmm,10.13*fgkmm,13.59*fgkmm,17.09*fgkmm,21.40*fgkmm, 2.92*fgkmm,6.5*fgkmm,10.13*fgkmm,13.59*fgkmm,19.91*fgkmm, 1.63*fgkmm,5.22*fgkmm,13.59*fgkmm,21.40*fgkmm}; const Double_t AliITSv11GeometrySDD::fgkHybSMDposZ[fgkNHybSMD] = { 2.3 *fgkmm, 2.3 *fgkmm, 2.3 *fgkmm, 2.3 *fgkmm, 2.3 *fgkmm, 17.315*fgkmm,17.315*fgkmm,17.315*fgkmm,17.315*fgkmm,17.315*fgkmm, 32.31*fgkmm,32.31*fgkmm,32.31*fgkmm,32.31*fgkmm,32.31*fgkmm,32.31*fgkmm, 47.38*fgkmm,47.38*fgkmm,47.38*fgkmm,47.38*fgkmm,47.38*fgkmm, 62.68*fgkmm,62.06*fgkmm,62.06*fgkmm,62.06*fgkmm}; const Double_t AliITSv11GeometrySDD::fgkHybSMDmiddleW = 0.954*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHybSMDmiddleL = 0.47 *fgkmm; const Double_t AliITSv11GeometrySDD::fgkHybSMDendW = 1.132*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHybSMDendL = 0.925*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHybSMDheight = 400.*fgkmu; // ??? ????!!!!!!! const Double_t AliITSv11GeometrySDD::fgkWaferThickness = 300.*fgkmu; const Double_t AliITSv11GeometrySDD::fgkWaferWidth = 72.5 *fgkmm; const Double_t AliITSv11GeometrySDD::fgkWaferLength = 87.6 *fgkmm; const Double_t AliITSv11GeometrySDD::fgkWaferThickSens = 299.8*fgkmu; const Double_t AliITSv11GeometrySDD::fgkWaferWidthSens = 70.17*fgkmm; // 256 anodes times 294 microns of pitch const Double_t AliITSv11GeometrySDD::fgkWaferLengthSens = 256*294*fgkmicron; const Double_t AliITSv11GeometrySDD::fgkDigitCablWidth = 18.4*fgkmm; const Double_t AliITSv11GeometrySDD::fgkDigitCablAlThick = (30+30*8./10.)*fgkmicron; // will probably change const Double_t AliITSv11GeometrySDD::fgkDigitCablPolyThick = (20+12)*fgkmicron; // will probably change const Double_t AliITSv11GeometrySDD::fgkWaHVcableAlThick = 30*2./10.*fgkmu; // will probably change // Al ratio is random !!! const Double_t AliITSv11GeometrySDD::fgkWaHVcablePolyThick = 175*fgkmu; // will probably change const Double_t AliITSv11GeometrySDD::fgkWaHVcableLength = 67.08*fgkmm; const Double_t AliITSv11GeometrySDD::fgkWaHVcableWitdh = 17.4*fgkmm; // check !!! const Double_t AliITSv11GeometrySDD::fgkWaHVcableDW = 5.24*fgkmm; //5.24*fgkmm;// check !!! const Double_t AliITSv11GeometrySDD::fgkSensorGlassLX = 5. *fgkmm; const Double_t AliITSv11GeometrySDD::fgkSensorGlassLZ = 5. *fgkmm; const Double_t AliITSv11GeometrySDD::fgkSensorGlassLY = 150. *fgkmu; const Double_t AliITSv11GeometrySDD::fgkGlassDXOnSensor = 26.28*fgkmm; // check !!! const Double_t AliITSv11GeometrySDD::fgkGlassDZOnSensor = 22.50*fgkmm; // check !!! const Double_t AliITSv11GeometrySDD::fgkTransitHVAlThick = 30*2./10.*fgkmu; // check // will probably change //Al ratio is random const Double_t AliITSv11GeometrySDD::fgkTransitHVPolyThick = 100*fgkmu; // check // will probably change const Double_t AliITSv11GeometrySDD::fgkTransitHVHeadLX = 71.46*fgkmm; // check !!! const Double_t AliITSv11GeometrySDD::fgkTransitHVHeadLZ = 21.3*fgkmm; const Double_t AliITSv11GeometrySDD::fgkTransitHVBondingLZ = 3.6*fgkmm; const Double_t AliITSv11GeometrySDD::fgkTransitHVtailLength = 27*fgkmm; // ???, not yet fixed ... const Double_t AliITSv11GeometrySDD::fgkTransitHVtailWidth = 26*fgkmm; const Double_t AliITSv11GeometrySDD::fgkTransitHVtailXpos = 8*fgkmm; //8*fgkmm // ???, a mesurer !!! const Double_t AliITSv11GeometrySDD::fgkTransitHVsideLZ = 10.34*fgkmm; const Double_t AliITSv11GeometrySDD::fgkTransitHVsideLeftZ = 4.11*fgkmm; const Double_t AliITSv11GeometrySDD::fgkTransitHVsideRightZ = 3.5*fgkmm; // ???, a mesurer !!! const Double_t AliITSv11GeometrySDD::fgkLongHVcablePolyThick= (20+30+125+30+20+30+125+30+20)*fgkmu; // check // will probably change const Double_t AliITSv11GeometrySDD::fgkLongHVcableAlThick = (30+30*2/10+30)*fgkmu; // check // will probably change const Double_t AliITSv11GeometrySDD::fgkLongHVcableSeparation = 600*fgkmicron; const Double_t AliITSv11GeometrySDD::fgkRubyDX = 14.*fgkmm; const Double_t AliITSv11GeometrySDD::fgkRubyZladd3 = 250*fgkmm; const Double_t AliITSv11GeometrySDD::fgkRubyZladd4 = 325*fgkmm; // the stesalite ladder foot at its end const Double_t AliITSv11GeometrySDD::fgkLadFootX = 60.*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLadFootZ = 20.*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLadFootY = 8.*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLadFootMiddleY = 4.5*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLadBox1X = 23.*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLadFingerPrintX = 6.*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLadFingerPrintY = 1.*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLadFingerPrintBorder = 4.*fgkmm; const Double_t AliITSv11GeometrySDD::fgkRubyCageHoleZ = 8.*fgkmm; const Double_t AliITSv11GeometrySDD::fgkRubyCageHoleX = 9.*fgkmm; const Double_t AliITSv11GeometrySDD::fgkRubyCageHoleY = 6.5*fgkmm; const Double_t AliITSv11GeometrySDD::fgkRubyCageAxisShift = 0.5*fgkmm; const Double_t AliITSv11GeometrySDD::fgkScrewM4diam = 4.*fgkmm; const Double_t AliITSv11GeometrySDD::fgkRubyScrewShiftToCenterY = 0.1; const Double_t AliITSv11GeometrySDD::fgkRubyHoleDiam = 0.5; // the U cooling pipe and its heat exchanger in end-ladder cards system const Double_t AliITSv11GeometrySDD::fgkEndLadPipeUlengthLay3 = 138*fgkmm; const Double_t AliITSv11GeometrySDD::fgkEndLadPipeUlengthLay4 = 150*fgkmm; const Double_t AliITSv11GeometrySDD::fgkEndLadPipeUwidth = 59*fgkmm; const Double_t AliITSv11GeometrySDD::fgkEndLadPipeRadius = 5*fgkmm; const Double_t AliITSv11GeometrySDD::fgkEndLadPipeInnerDiam = 2.8*fgkmm; const Double_t AliITSv11GeometrySDD::fgkEndLadPipeOuterDiam = 3.*fgkmm; //--- The al body of the cooling syst.of the heat exchanger : const Double_t AliITSv11GeometrySDD::fgkEndLadPipeArmZLay3 = 112.*fgkmm; // const Double_t AliITSv11GeometrySDD::fgkEndLadPipeArmZLay4 = 125.*fgkmm; // const Double_t AliITSv11GeometrySDD::fgkEndLadPipeArmX = 4.75*fgkmm; // the arms of the U cooling tube const Double_t AliITSv11GeometrySDD::fgkEndLadPipeArmY = 6.8*fgkmm; const Double_t AliITSv11GeometrySDD::fgkEndLadPipeArmBoxDY = 1.03*fgkmm; // shift in Y of the arms from the axis const Double_t AliITSv11GeometrySDD::fgkEndLadPipeArmBoxDX = 0.125*fgkmm;// shift in X of the arms from the axis const Double_t AliITSv11GeometrySDD::fgkEndLadPipeArmZpos = 8.9*fgkmm; // // LV card : const Double_t AliITSv11GeometrySDD::fgkLVcardX = 26.525*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLVcardY = 44.95*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLVcardZ = 1.*fgkmm; // all except Cu layer //??? const Double_t AliITSv11GeometrySDD::fgkLVcardCuZ = 0.1*fgkmm; //??? const Double_t AliITSv11GeometrySDD::fgkLVChip0X = 16.525*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLVChip0Y = 10.8*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLVChip0Z = 3.5*fgkmm; // all except si layer //??? const Double_t AliITSv11GeometrySDD::fgkLVChip0SiZ = 0.2*fgkmm; //??????????????????????????????????????????????????? const Double_t AliITSv11GeometrySDD::fgkLVChip0PosX = 13.*fgkmm; //19.95*fgkmm; ??? const Double_t AliITSv11GeometrySDD::fgkLVChip0PosY = 10.3*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLVChip1X = 6.00*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLVChip1Y = 6.00*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLVChip1Z = 1*fgkmm; // ??? const Double_t AliITSv11GeometrySDD::fgkLVChip1SiZ = 0.2*fgkmm; // ??? const Double_t AliITSv11GeometrySDD::fgkLVChip1PosX = 18.*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLVChip1PosY = 27.6*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLVChip2X = 6.00*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLVChip2Y = 6.00*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLVChip2Z = 1*fgkmm; // ??? const Double_t AliITSv11GeometrySDD::fgkLVChip2SiZ = 0.2*fgkmm; //??? const Double_t AliITSv11GeometrySDD::fgkLVChip2PosX = 18.0*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLVChip2PosY = 39.0*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLVChip3X = 4.01*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLVChip3Y = 4.01*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLVChip3Z = 1*fgkmm; // ??? const Double_t AliITSv11GeometrySDD::fgkLVChip3SiZ = 0.2*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLVChip3PosX = 20.7*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLVChip3PosY = 21.4*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLVcoolX1 = 17.25*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLVcoolY1 = 8.7*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLVcoolZ1 = 1.*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLVcoolX2 = 3.5*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLVcoolY2 = 8.7*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLVcoolZ2 = 2.3*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLVcoolX3 = 4.75*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLVcoolY3 = 3.1*fgkmm; //+0.1=glue const Double_t AliITSv11GeometrySDD::fgkLVcoolPosY = 6.5*fgkmm; // HV card : const Double_t AliITSv11GeometrySDD::fgkHVCardCeramX = 54.01*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHVCardCeramY = 40.89*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHVCardCeramZ = 0.7*fgkmm; // ??? const Double_t AliITSv11GeometrySDD::fgkHVCardCapa1X = 6.8*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHVCardCapa1Z = 1.*fgkmm; // ??? const Double_t AliITSv11GeometrySDD::fgkHVCardCapa1Ymid = 4.1*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHVCardCapa1Yend = 0.95*fgkmm; // doesn't take into account the soldering const Double_t AliITSv11GeometrySDD::fgkHVCardCapa1PosX = 13.1*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHVCardCapa1PosY = 14.5*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHVCardCapa2X = 6.8*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHVCardCapa2Z = 1.*fgkmm; // ??? const Double_t AliITSv11GeometrySDD::fgkHVCardCapa2Ymid = 2.9*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHVCardCapa2Yend = 0.95*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHVCardCapa2PosX = -12.6*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHVCardCapa2PosY = 16.54*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHVCardCapa3Xmid = 3.0*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHVCardCapa3Xend = 0.91*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHVCardCapa3Z = 2.*fgkmm; // ??? const Double_t AliITSv11GeometrySDD::fgkHVCardCapa3Y = 3.43*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHVCardCapa3PosX1 = 14.6*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHVCardCapa3PosX2 = 7.2*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHVCardCapa3PosX3 = 2.52*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHVCardCapa3PosX4 = -4.96*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHVCardCapa3PosX5 = -13.82*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHVCardCapa3PosY1 = 6.27*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHVCardCapa3PosY2 = 0.7*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHVCardCapa3PosY3 = 9.1*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHVCardCool1X = 14.*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHVCardCool1Y = 9.5*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHVCardCool1Z = 2.*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHVCardCool2X = 14.25*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHVCardCool2Y = 3.5*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHVCardCool2Z = 4.5*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHVCardCool3X = 4.5*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHVCardCool3Y = 3.5*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHVCardCool3Z = 7.2*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHVCardCoolDY = 6.*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCarlosSuppX1 = 19.5*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCarlosSuppY1 = 2*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCarlosSuppX2 = 35.*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCarlosSuppY2 = 3.9*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCarlosSuppZ = 17.*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCarlosSuppAngle = 45; const Double_t AliITSv11GeometrySDD::fgkCarlosSuppX3 = 4.5*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCarlosSuppY3 = 3.*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCarlosSuppZ3 = 12.*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCarlosSuppTopLen = 8.65*fgkmm; // screws fixing boards to the end-ladder on the U tube const Double_t AliITSv11GeometrySDD::fgkLittleScrewHeadR = 1.85*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLittleScrewHeadH = 1.5*fgkmm; const Double_t AliITSv11GeometrySDD::fgkLittleScrewR = 0.7*fgkmm; const Double_t AliITSv11GeometrySDD::fgkShiftLittleScrewLV = 3*fgkmm; // ??? const Double_t AliITSv11GeometrySDD::fgkLittleLVScrewHeadR = 1.2*fgkmm; // ??? // CARLOS board const Double_t AliITSv11GeometrySDD::fgkCarlosCardX1 = (25.50+28.50)*fgkmm; // length (first part of Carlos card) const Double_t AliITSv11GeometrySDD::fgkCarlosCardY1 = 1.6*fgkmm; // thickness const Double_t AliITSv11GeometrySDD::fgkCarlosCardZ1 = 40.8*fgkmm; // width const Double_t AliITSv11GeometrySDD::fgkCarlosCardCuY = 0.1*fgkmm; // thickness of Cu layer (strips) const Double_t AliITSv11GeometrySDD::fgkCarlosCardX2 = 25.50*fgkmm; // length (2nd part of Carlos card) const Double_t AliITSv11GeometrySDD::fgkCarlosCardZ2 = 8.20*fgkmm; // width const Double_t AliITSv11GeometrySDD::fgkCarlosCardChipSiThick = 0.1*fgkmm; // ??? idem for all chips ??? const Double_t AliITSv11GeometrySDD::fgkCarlosCardShift = 9*fgkmm; // ??? shift in z w.r.t. heat bridge // size and position of various chips on carlos end-ladder board const Double_t AliITSv11GeometrySDD::fgkCarlosU1X = 13*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCarlosU1Y = 1.68*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCarlosU1Z = 13*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCarlosU1posX = 18.4*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCarlosU1posZ = -7.2*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCarlosU2X = 13.75*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCarlosU2Y = 1.60*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCarlosU2Z = 13.85*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCarlosU2posX = -0.375*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCarlosU2posZ = -9.725*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCarlosU3X = 5*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCarlosU3Y = 1.*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCarlosU3Z = 5*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCarlosU3posX = 6.4*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCarlosU3posZ = 9.9*fgkmm; // U4 like U3 const Double_t AliITSv11GeometrySDD::fgkCarlosU4posX = -12*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCarlosU4posZ = 3.6*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCarlosU17X = 16*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCarlosU17Y = 3.5*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCarlosU17Z = 10.9*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCarlosU17posX = -17.84*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCarlosU17posZ = -10.95*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCarlosU35X = 4*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCarlosU35Y = 1.*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCarlosU35Z = 4*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCarlosU35posX = -21.6*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCarlosU35posZ = 2.3*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCarlosU36X = 6*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCarlosU36Y = 1.*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCarlosU36Z = 6*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCarlosU36posX = -21.6*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCarlosU36posZ = 9.6*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCarlosQZ1X = 8*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCarlosQZ1Y = 1.7*fgkmm; // look thicker than design number (0.7) ! ??? const Double_t AliITSv11GeometrySDD::fgkCarlosQZ1Z = 3.7*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCarlosQZ1posX = -12*fgkmm; const Double_t AliITSv11GeometrySDD::fgkCarlosQZ1posZ = 10.6*fgkmm; // distance from the heat bridge center to the card center : const Double_t AliITSv11GeometrySDD::fgkCarlosCard2HeatBridge = fgkCarlosSuppY2/2+fgkCarlosCardY1/2+fgkCarlosU1Y+0.1*fgkmm; // some pieces at the end of the carbon fiber ladder const Double_t AliITSv11GeometrySDD::fgkCoolPipeLay3Len = 467.*fgkmm; // ??? const Double_t AliITSv11GeometrySDD::fgkCoolPipeLay4Len = 616.*fgkmm; // ??? const Double_t AliITSv11GeometrySDD::fgkHVguideX1 = 42.5*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHVguideY1 = 7.*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHVguideZ1 = 10.*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHVguideZ2 = 6.*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHVguideDX = -8.5*fgkmm; const Double_t AliITSv11GeometrySDD::fgkHVguideSuppFullZ = 37.5*fgkmm; // Cooling connector between phynox and plastic cooling water tubes const Double_t AliITSv11GeometrySDD::fgkConnectorCoolTubeRmin = 1 *fgkmm; const Double_t AliITSv11GeometrySDD::fgkConnectorCoolTubeR1 = 2.5*fgkmm; // ??? const Double_t AliITSv11GeometrySDD::fgkConnectorCoolTubeL1 = 3.*fgkmm; // ??? const Double_t AliITSv11GeometrySDD::fgkConnectorCoolTubeR2 = 3.5*fgkmm; // ??? const Double_t AliITSv11GeometrySDD::fgkConnectorCoolTubeL2 = 2.*fgkmm; // ??? const Double_t AliITSv11GeometrySDD::fgkConnectorCoolTubeR3 = 3.*fgkmm; // ??? const Double_t AliITSv11GeometrySDD::fgkConnectorCoolTubeL3 = 5 *fgkmm; // ??? // parameters for coding SDD cables on SDD and SSD cones const Double_t AliITSv11GeometrySDD::fgkSectionCuPerMod = 3*2*0.006 + 3*2*0.0005 + 2*0.002; // copper : LV + signal + HV(HV ???) const Double_t AliITSv11GeometrySDD::fgkSectionPlastPerMod = (TMath::Pi()*(3*0.36*0.36/4 + 3*0.21*0.21/4 + 2*0.115*0.115/4) - fgkSectionCuPerMod); const Double_t AliITSv11GeometrySDD::fgkSectionGlassPerMod = 3*0.006; // ??? const Double_t AliITSv11GeometrySDD::fgkSectionCoolPolyuEL = 0.4672; const Double_t AliITSv11GeometrySDD::fgkSectionCoolWaterEL = 0.3496; const Double_t AliITSv11GeometrySDD::fgkEndLadderEarthCableR = 0.5*fgkmm; // (sections are given in cm square) const Double_t AliITSv11GeometrySDD::fgkCableBendRatio = 1.3; // ??? this factor account for the bending of cables const Double_t AliITSv11GeometrySDD::fgkHybridAlFoilThick = 0.1*fgkmm; // Thickness of Al foil on hybrid side - TO BE CHECKED const Double_t AliITSv11GeometrySDD::fgkHybridAlFoilWide = 4.2*fgkmm; // Width of Al foil on hybrid side - from digitCableA const Double_t AliITSv11GeometrySDD::fgkHybridAlFoilSide = 2.0*fgkmm; // Side length of Al foil on hybrid side const Double_t AliITSv11GeometrySDD::fgkConeSDDr1 = 11.87574*fgkcm; const Double_t AliITSv11GeometrySDD::fgkConeSDDr2 = 26.07574*fgkcm; const Double_t AliITSv11GeometrySDD::fgkConeSDDz1 = 3.36066*fgkcm + 186.0*fgkmm + 0.5*790.0*fgkmm - 19.18934*fgkcm - 1.6; const Double_t AliITSv11GeometrySDD::fgkConeSDDz2 = 17.56066*fgkcm + 186.0*fgkmm + 0.5*790.0*fgkmm - 19.18934*fgkcm - 1.6; // These last parameters come from cone's code and define the slope // and position of the SDD cone end. For some unknown reason, this doesn't // allow to stick on the SDD cone. This has to be checked when a correct // version of the cone is available ... For now 'm applying some approximative // corrections const Double_t AliITSv11GeometrySDD::fgkSDDCableR1 = 16*fgkcm; // ??? // part 1 of "cable cone" const Double_t AliITSv11GeometrySDD::fgkSDDCableR2 = 23*fgkcm; // ??? // part 1/2 of "cable cone" const Double_t AliITSv11GeometrySDD::fgkSDDCableR3 = 26*fgkcm; // ??? // part 2 of "cable cone" const Double_t AliITSv11GeometrySDD::fgkSDDCableDZint = 3.5*fgkcm; const Double_t AliITSv11GeometrySDD::fgkSDDCableR5 = 37*fgkcm; // third part of "cable cone" const Double_t AliITSv11GeometrySDD::fgkSDDCableZ5 = 65*fgkcm; // third part of "cable cone" using std::endl; using std::cout; ClassImp(AliITSv11GeometrySDD) //________________________________________________________________________ AliITSv11GeometrySDD::AliITSv11GeometrySDD(): AliITSv11Geometry(), fPinSupport(0), fCoolPipeSupportL(0), fCoolPipeSupportR(0), fSDDsensor3(0), fSDDsensor4(0), fBaseThermalBridge(0), fHybrid(0), fLadderFoot(0), fCardLVR(0), fCardLVL(0), fCardHV(0), fCardCarlos(0), fRaccordoL(0), fDigitCableLay3A(0), fDigitCableLay3B(0), fDigitCableLay4A(0), fDigitCableLay4B(0), fMotherVol(0), fAddHybrids(kTRUE), fAddSensors(kTRUE), fAddHVcables(kTRUE), fAddCables(kTRUE), fAddCoolingSyst(kTRUE), fCoolingOn(kTRUE), fAddOnlyLadder3min(-1), fAddOnlyLadder3max(-1), fAddOnlyLadder4min(-1), fAddOnlyLadder4max(-1), fColorCarbonFiber(4), fColorRyton(5), fColorPhynox(7), fColorSilicon(3), fColorAl(7), fColorPolyhamide(5), fColorGlass(2), fColorSMD(12), fColorSMDweld(17), fColorStesalite(20), fLay3LadderUnderSegDH(0), fLay4LadderUnderSegDH(0), fLay3LaddShortRadius(0), fLay3LaddLongRadius(0), fLay4LaddShortRadius(0), fLay4LaddLongRadius(0) { // // Standard constructor // fCommonVol[0] = NULL; fCommonVol[1] = NULL; fCommonTr[0] = NULL; fCommonTr[1] = NULL; for (Int_t i=0; i<fgkNladdSegCommonVol; i++){ fLaddSegCommonVol[i] = NULL; fLaddSegCommonTr[i] = NULL; } SetParameters(); } //________________________________________________________________________ AliITSv11GeometrySDD::AliITSv11GeometrySDD(Int_t debug) : AliITSv11Geometry(debug), fPinSupport(0), fCoolPipeSupportL(0), fCoolPipeSupportR(0), fSDDsensor3(0), fSDDsensor4(0), fBaseThermalBridge(0), fHybrid(0), fLadderFoot(0), fCardLVR(0), fCardLVL(0), fCardHV(0), fCardCarlos(0), fRaccordoL(0), fDigitCableLay3A(0), fDigitCableLay3B(0), fDigitCableLay4A(0), fDigitCableLay4B(0), fMotherVol(0), fAddHybrids(kTRUE), fAddSensors(kTRUE), fAddHVcables(kTRUE), fAddCables(kTRUE), fAddCoolingSyst(kTRUE), fCoolingOn(kTRUE), fAddOnlyLadder3min(-1), fAddOnlyLadder3max(-1), fAddOnlyLadder4min(-1), fAddOnlyLadder4max(-1), fColorCarbonFiber(4), fColorRyton(5), fColorPhynox(7), fColorSilicon(3), fColorAl(7), fColorPolyhamide(5), fColorGlass(2), fColorSMD(12), fColorSMDweld(17), fColorStesalite(20), fLay3LadderUnderSegDH(0), fLay4LadderUnderSegDH(0), fLay3LaddShortRadius(0), fLay3LaddLongRadius(0), fLay4LaddShortRadius(0), fLay4LaddLongRadius(0) { // // Constructor setting debugging level // fCommonVol[0] = NULL; fCommonVol[1] = NULL; fCommonTr[0] = NULL; fCommonTr[1] = NULL; for (Int_t i=0; i<fgkNladdSegCommonVol; i++){ fLaddSegCommonVol[i] = NULL; fLaddSegCommonTr[i] = NULL; } SetParameters(); } //________________________________________________________________________ AliITSv11GeometrySDD::AliITSv11GeometrySDD(const AliITSv11GeometrySDD &s) : AliITSv11Geometry(s.GetDebug()), fPinSupport(s.fPinSupport), fCoolPipeSupportL(s.fCoolPipeSupportL), fCoolPipeSupportR(s.fCoolPipeSupportR), fSDDsensor3(s.fSDDsensor3), fSDDsensor4(s.fSDDsensor4), fBaseThermalBridge(s.fBaseThermalBridge), fHybrid(s.fHybrid), fLadderFoot(s.fLadderFoot), fCardLVR(s.fCardLVR), fCardLVL(s.fCardLVL), fCardHV(s.fCardHV), fCardCarlos(s.fCardCarlos), fRaccordoL(s.fRaccordoL), fDigitCableLay3A(s.fDigitCableLay3A), fDigitCableLay3B(s.fDigitCableLay3B), fDigitCableLay4A(s.fDigitCableLay4A), fDigitCableLay4B(s.fDigitCableLay4B), fMotherVol(s.fMotherVol), fAddHybrids(s.fAddHybrids), fAddSensors(s.fAddSensors), fAddHVcables(s.fAddHVcables), fAddCables(s.fAddCables), fAddCoolingSyst(s.fAddCoolingSyst), fCoolingOn(s.fCoolingOn), fAddOnlyLadder3min(s.fAddOnlyLadder3min), fAddOnlyLadder3max(s.fAddOnlyLadder3max), fAddOnlyLadder4min(s.fAddOnlyLadder4min), fAddOnlyLadder4max(s.fAddOnlyLadder4max), fColorCarbonFiber(s.fColorCarbonFiber), fColorRyton(s.fColorRyton), fColorPhynox(s.fColorPhynox), fColorSilicon(s.fColorSilicon), fColorAl(s.fColorAl), fColorPolyhamide(s.fColorPolyhamide), fColorGlass(s.fColorGlass), fColorSMD(s.fColorSMD), fColorSMDweld(s.fColorSMDweld), fColorStesalite(s.fColorStesalite), fLay3LadderUnderSegDH(s.fLay3LadderUnderSegDH), fLay4LadderUnderSegDH(s.fLay4LadderUnderSegDH), fLay3LaddShortRadius(s.fLay3LaddShortRadius), fLay3LaddLongRadius(s.fLay3LaddLongRadius), fLay4LaddShortRadius(s.fLay4LaddShortRadius), fLay4LaddLongRadius(s.fLay4LaddLongRadius) { // Copy Constructor // do only a "shallow copy" ... fCommonVol[0] = s.fCommonVol[0]; fCommonVol[1] = s.fCommonVol[1]; fCommonTr[0] = s.fCommonTr[0]; fCommonTr[1] = s.fCommonTr[1]; for (Int_t i=0; i<fgkNladdSegCommonVol; i++){ fLaddSegCommonVol[i] = s.fLaddSegCommonVol[i]; fLaddSegCommonTr[i] = s.fLaddSegCommonTr[i]; } SetParameters(); } //________________________________________________________________________ AliITSv11GeometrySDD& AliITSv11GeometrySDD:: operator=(const AliITSv11GeometrySDD &s) { // Assignment operator if(&s == this) return *this; fMotherVol = s.fMotherVol; fAddHybrids = s.fAddHybrids; fAddSensors = s.fAddSensors; fAddHVcables = s.fAddHVcables; fAddCables = s.fAddCables; fAddCoolingSyst = s.fAddCoolingSyst; fCoolingOn = s.fCoolingOn; fAddOnlyLadder3min = s.fAddOnlyLadder3min; fAddOnlyLadder3max = s.fAddOnlyLadder3max; fAddOnlyLadder4min = s.fAddOnlyLadder4min; fAddOnlyLadder4max = s.fAddOnlyLadder4max; return *this; } //________________________________________________________________________ AliITSv11GeometrySDD::~AliITSv11GeometrySDD() { // Look like a destructor // Smell like a destructor // And actually is the destructor if (fDigitCableLay3A) delete [] fDigitCableLay3A; if (fDigitCableLay3B) delete [] fDigitCableLay3B; if (fDigitCableLay4A) delete [] fDigitCableLay4A; if (fDigitCableLay4B) delete [] fDigitCableLay4B; } //________________________________________________________________________ void AliITSv11GeometrySDD::SetParameters() { // // Define display colors and the non constant geometry parameters // Double_t detLadderDist = 8.4*fgkmm; fLay3LadderUnderSegDH = detLadderDist - (fgkWaHVcableAlThick+fgkWaHVcablePolyThick); fLay4LadderUnderSegDH = detLadderDist - (fgkWaHVcableAlThick+fgkWaHVcablePolyThick); // radius from the center to the CF ladder : fLay3LaddShortRadius = (fgkLay3DetShortRadius + fgkLadWaferSep+2*fgkWaferThickness + detLadderDist); fLay3LaddLongRadius = (fgkLay3DetLongRadius + fgkLadWaferSep+2*fgkWaferThickness + detLadderDist); fLay4LaddShortRadius = (fgkLay4DetShortRadius + fgkLadWaferSep+2*fgkWaferThickness + detLadderDist); fLay4LaddLongRadius = (fgkLay4DetLongRadius + fgkLadWaferSep+2*fgkWaferThickness + detLadderDist); fLay3sensorZPos[0]= ( 35.8+72.4+75.8 )*fgkmm; fLay3sensorZPos[1]= ( 35.8+72.4 )*fgkmm; fLay3sensorZPos[2]= ( 35.8 )*fgkmm; fLay3sensorZPos[3]= ( -37.9 )*fgkmm; fLay3sensorZPos[4]= ( -37.9-74.9 )*fgkmm; fLay3sensorZPos[5]= ( -37.9-74.9-71.1 )*fgkmm; fLay4sensorZPos[0] = ( 38.5+73.2+75.4+71.6 )*fgkmm; fLay4sensorZPos[1] = ( 38.5+73.2+75.4 )*fgkmm; fLay4sensorZPos[2] = ( 38.5+73.2 )*fgkmm; fLay4sensorZPos[3] = ( 38.5 )*fgkmm; fLay4sensorZPos[4] = ( -35.6 )*fgkmm; fLay4sensorZPos[5] = ( -35.6-74.8 )*fgkmm; fLay4sensorZPos[6] = ( -35.6-74.8-72.4 )*fgkmm; fLay4sensorZPos[7] = ( -35.6-74.8-72.4-76. )*fgkmm; } //________________________________________________________________________ TGeoMedium* AliITSv11GeometrySDD::GetMedium(const char* mediumName) { // // Called to get a medium, checks that it exists. // If not, prints an error and returns 0 // char ch[30]; snprintf(ch, 30, "ITS_%s",mediumName); TGeoMedium* medium = gGeoManager->GetMedium(ch); if (! medium) printf("Error(AliITSv11GeometrySDD)::medium %s not found !\n", mediumName); return medium; } //________________________________________________________________________ Int_t AliITSv11GeometrySDD::GetLay3NLadders() const{ // Get the actual number of ladder in layer 3 if ( (fAddOnlyLadder3min<0) || (fAddOnlyLadder3min >= fgkLay3Nladd) || (fAddOnlyLadder3max<0) || (fAddOnlyLadder3max >= fgkLay3Nladd) ) return fgkLay3Nladd; else return (fAddOnlyLadder3max-fAddOnlyLadder3min+1); } //________________________________________________________________________ Int_t AliITSv11GeometrySDD::GetLay4NLadders() const{ // Get the actual number of ladder in layer 4 if ( (fAddOnlyLadder4min<0) || (fAddOnlyLadder4min >= fgkLay4Nladd) || (fAddOnlyLadder4max<0) || (fAddOnlyLadder4max >= fgkLay4Nladd) ) return fgkLay4Nladd; else return (fAddOnlyLadder4max-fAddOnlyLadder4min+1); } //________________________________________________________________________ void AliITSv11GeometrySDD::CreateBasicObjects() { // // Create basics objets which will be assembled together // in Layer3 and Layer4 functions // fDigitCableLay3A = new AliITSv11GeomCableFlat[fgkLay3Ndet]; fDigitCableLay3B = new AliITSv11GeomCableFlat[fgkLay3Ndet]; fDigitCableLay4A = new AliITSv11GeomCableFlat[fgkLay4Ndet]; fDigitCableLay4B = new AliITSv11GeomCableFlat[fgkLay4Ndet]; fPinSupport = CreatePinSupport(); fCoolPipeSupportL = CreateCoolPipeSupportL(); fCoolPipeSupportR = CreateCoolPipeSupportR(); CreateSDDsensor(); fBaseThermalBridge = CreateBaseThermalBridge(); fHybrid = CreateHybrid(0); TGeoMedium *carbonFiberLadderStruct = GetMedium("SDD C AL (M55J)$"); //ITSsddCarbonM55J TGeoMedium *polyhamideSDD = GetMedium("SDDKAPTON (POLYCH2)$");//ITSsddKAPTON_POLYCH2 TGeoMedium *alSDD = GetMedium("AL$"); //ITSal TGeoMedium *stainless = GetMedium("AISI304L$"); // for screws TGeoMedium *coolerMediumSDD = GetMedium("WATER$"); TGeoMedium *raccordMedium = GetMedium("INOX$"); // same as AISI 316-L TGeoMedium *copperMedium = GetMedium("COPPER$"); //******************************************************************** // pieces of the carbon fiber structure //******************************************************************** Double_t dy = fgkLadderSegBoxDH/2; Double_t triangleHeight = fgkLadderHeight - fgkLadderBeamRadius; Double_t halfTheta = TMath::ATan( 0.5*fgkLadderWidth/triangleHeight ); Double_t alpha = TMath::Pi()*3./4. - halfTheta/2.; Double_t beta = (TMath::Pi() - 2.*halfTheta)/4.; Double_t dYTranslation = (fgkLadderHeight/2. -0.5*fgkLadderWidth*TMath::Tan(beta) -fgkLadderBeamRadius); Double_t distCenterSideDown = 0.5*fgkLadderWidth/TMath::Cos(beta); //--- the top V of the Carbon Fiber Ladder (segment) TGeoArb8 *cfLaddTop1 = CreateLadderSide( "CFladdTopCornerVol1shape", fgkSegmentLength/2., halfTheta, -1, fgkLadderLa, fgkLadderHa, fgkLadderl); TGeoVolume *cfLaddTopVol1 = new TGeoVolume("ITSsddCFladdTopCornerVol1", cfLaddTop1,carbonFiberLadderStruct); TGeoArb8 *cfLaddTop2 = CreateLadderSide( "CFladdTopCornerVol2shape", fgkSegmentLength/2., halfTheta, 1, fgkLadderLa, fgkLadderHa, fgkLadderl); TGeoVolume *cfLaddTopVol2 = new TGeoVolume("ITSsddCFladdTopCornerVol2", cfLaddTop2, carbonFiberLadderStruct); cfLaddTopVol1->SetLineColor(fColorCarbonFiber); cfLaddTopVol2->SetLineColor(fColorCarbonFiber); TGeoTranslation *trTop1 = new TGeoTranslation(0, fgkLadderHeight/2-dy, 0); //--- the 2 side V TGeoArb8 *cfLaddSide1 = CreateLadderSide( "CFladdSideCornerVol1shape", fgkSegmentLength/2., beta, -1, fgkLadderLb, fgkLadderHb, fgkLadderl); TGeoVolume *cfLaddSideVol1 = new TGeoVolume( "ITSsddCFladdSideCornerVol1", cfLaddSide1,carbonFiberLadderStruct); TGeoArb8 *cfLaddSide2 = CreateLadderSide( "CFladdSideCornerVol2shape", fgkSegmentLength/2., beta, 1, fgkLadderLb, fgkLadderHb, fgkLadderl); TGeoVolume *cfLaddSideVol2 = new TGeoVolume( "ITSsddCFladdSideCornerVol2", cfLaddSide2,carbonFiberLadderStruct); cfLaddSideVol1->SetLineColor(fColorCarbonFiber); cfLaddSideVol2->SetLineColor(fColorCarbonFiber); TGeoCombiTrans *ctSideR = CreateCombiTrans("", distCenterSideDown, 0, alpha*TMath::RadToDeg()); AddTranslationToCombiTrans(ctSideR, 0, -dYTranslation-dy, 0); TGeoCombiTrans *ctSideL = CreateCombiTrans("", distCenterSideDown,0, -alpha*TMath::RadToDeg()); AddTranslationToCombiTrans(ctSideL, 0, -dYTranslation-dy, 0); //--- The beams // Beams on the sides Double_t beamPhiPrime = TMath::ASin(1./TMath::Sqrt( (1+TMath::Sin(2*beta)* TMath::Sin(2*beta)/(TanD(fgkBeamSidePhi)*TanD(fgkBeamSidePhi))) )); //cout<<"Phi prime = "<<beamPhiPrime*TMath::RadToDeg()<<endl; Double_t beamLength = TMath::Sqrt( fgkLadderHeight*fgkLadderHeight/ ( TMath::Sin(beamPhiPrime)*TMath::Sin(beamPhiPrime)) + fgkLadderWidth*fgkLadderWidth/4.)-fgkLadderLa/2-fgkLadderLb/2; TGeoTubeSeg *sideBeamS = new TGeoTubeSeg(0, fgkLadderBeamRadius,beamLength/2., 0, 180); TGeoVolume *sideBeam = new TGeoVolume("ITSsddCFSideBeamVol", sideBeamS, carbonFiberLadderStruct); sideBeam->SetLineColor(fColorCarbonFiber); //Euler rotation : about Z, then new X, then new Z TGeoRotation *beamRot1 = new TGeoRotation("", 90-2.*beta*TMath::RadToDeg(), -beamPhiPrime*TMath::RadToDeg(),-90); TGeoRotation *beamRot2 = new TGeoRotation("", 90-2.*beta*TMath::RadToDeg(), beamPhiPrime*TMath::RadToDeg(), -90); TGeoRotation *beamRot3 = new TGeoRotation("", 90+2.*beta*TMath::RadToDeg(), beamPhiPrime*TMath::RadToDeg(), -90); TGeoRotation *beamRot4 = new TGeoRotation("", 90+2.*beta*TMath::RadToDeg(), -beamPhiPrime*TMath::RadToDeg(),-90); TGeoCombiTrans *beamTransf[8]; beamTransf[0] = new TGeoCombiTrans( 0.5*triangleHeight* TMath::Tan(halfTheta), fgkLadderBeamRadius/2. - dy, -3*fgkSegmentLength/8, beamRot1); beamTransf[1] = new TGeoCombiTrans( 0.5*triangleHeight* TMath::Tan(halfTheta), fgkLadderBeamRadius/2. - dy, -3*fgkSegmentLength/8, beamRot1); AddTranslationToCombiTrans(beamTransf[1], 0, 0, fgkSegmentLength/2); beamTransf[2] = new TGeoCombiTrans(0.5*triangleHeight* TMath::Tan(halfTheta), fgkLadderBeamRadius/2. - dy, -fgkSegmentLength/8, beamRot2); beamTransf[3] = new TGeoCombiTrans(0.5*triangleHeight* TMath::Tan(halfTheta), fgkLadderBeamRadius/2. - dy, -fgkSegmentLength/8, beamRot2); AddTranslationToCombiTrans(beamTransf[3], 0, 0, fgkSegmentLength/2); beamTransf[4] = new TGeoCombiTrans(-0.5*triangleHeight* TMath::Tan(halfTheta), fgkLadderBeamRadius/2. - dy, -3*fgkSegmentLength/8, beamRot3); beamTransf[5] = new TGeoCombiTrans(-0.5*triangleHeight* TMath::Tan(halfTheta), fgkLadderBeamRadius/2. - dy, -3*fgkSegmentLength/8, beamRot3); AddTranslationToCombiTrans(beamTransf[5], 0, 0, fgkSegmentLength/2); beamTransf[6] = new TGeoCombiTrans(-0.5*triangleHeight* TMath::Tan(halfTheta),fgkLadderBeamRadius/2.-dy, -fgkSegmentLength/8,beamRot4); beamTransf[7] = new TGeoCombiTrans(-0.5*triangleHeight* TMath::Tan(halfTheta),fgkLadderBeamRadius/2.-dy,3*fgkSegmentLength/8,beamRot4); //--- Beams of the bottom TGeoTubeSeg *bottomBeam1 = new TGeoTubeSeg(0, fgkLadderBeamRadius, fgkLadderWidth/2.-fgkLadderLb/3, 0, 180); TGeoVolume *bottomBeam1Vol = new TGeoVolume("ITSsddBottomBeam1Vol", bottomBeam1, carbonFiberLadderStruct); bottomBeam1Vol->SetLineColor(fColorCarbonFiber); TGeoTubeSeg *bottomBeam2 = new TGeoTubeSeg(0, fgkLadderBeamRadius, fgkLadderWidth/2.-fgkLadderLb/3, 0, 90); TGeoVolume *bottomBeam2Vol = new TGeoVolume("ITSsddBottomBeam2Vol", bottomBeam2, carbonFiberLadderStruct); bottomBeam2Vol->SetLineColor(fColorCarbonFiber); TGeoTubeSeg *bottomBeam3 = new TGeoTubeSeg(0, fgkLadderBeamRadius, 0.5*fgkLadderWidth/SinD(fgkBottomBeamAngle) - fgkLadderLb/3, 0, 180); TGeoVolume *bottomBeam3Vol = new TGeoVolume("ITSsddBottomBeam3Vol", bottomBeam3, carbonFiberLadderStruct); bottomBeam3Vol->SetLineColor(fColorCarbonFiber); //bottomBeam3Vol->SetLineColor(2); TGeoRotation *bottomBeamRot1 = new TGeoRotation("", 90, 90, 90); TGeoRotation *bottomBeamRot2 = new TGeoRotation("",-90, 90, -90); TGeoCombiTrans *bottomBeamTransf1 = new TGeoCombiTrans (0,-(fgkLadderHeight/2-fgkLadderBeamRadius)-dy,0, bottomBeamRot1); TGeoCombiTrans *bottomBeamTransf2 = new TGeoCombiTrans(0, -(fgkLadderHeight/2-fgkLadderBeamRadius)-dy, -fgkSegmentLength/2, bottomBeamRot1); TGeoCombiTrans *bottomBeamTransf3 = new TGeoCombiTrans(0, -(fgkLadderHeight/2 - fgkLadderBeamRadius) - dy, fgkSegmentLength/2, bottomBeamRot2); // be careful for beams #3: when "reading" from -z to +z and // from the bottom of the ladder, it should draw a Lambda, and not a V TGeoRotation *bottomBeamRot4 = new TGeoRotation("", -90, fgkBottomBeamAngle, -90); TGeoRotation *bottomBeamRot5 = new TGeoRotation("" ,-90,-fgkBottomBeamAngle, -90); TGeoCombiTrans *bottomBeamTransf4 = new TGeoCombiTrans (0,-(fgkLadderHeight/2-fgkLadderBeamRadius)-dy,-fgkSegmentLength/4,bottomBeamRot4); TGeoCombiTrans *bottomBeamTransf5 = new TGeoCombiTrans (0,-(fgkLadderHeight/2-fgkLadderBeamRadius)-dy,fgkSegmentLength/4, bottomBeamRot5); // The ground wire running on the top vertex - M.S. 12 nov 2013 TGeoTube *groundWire = new TGeoTube(0, fgkEndLadderEarthCableR, fgkSegmentLength/2); TGeoVolume *groundWireVol = new TGeoVolume("ITSsddGroundWire", groundWire, copperMedium); groundWireVol->SetLineColor(41); // should be something brown-ish TGeoTranslation *trGroundWire = new TGeoTranslation(0, fgkLadderHeight/2-5*fgkEndLadderEarthCableR, 0); fLaddSegCommonVol[0] = cfLaddTopVol1; fLaddSegCommonTr[0] = trTop1; fLaddSegCommonVol[1] = cfLaddTopVol2; fLaddSegCommonTr[1] = trTop1; fLaddSegCommonVol[2] = cfLaddSideVol1; fLaddSegCommonTr[2] = ctSideR; fLaddSegCommonVol[3] = cfLaddSideVol1; fLaddSegCommonTr[3] = ctSideL; fLaddSegCommonVol[4] = cfLaddSideVol2; fLaddSegCommonTr[4] = ctSideR; fLaddSegCommonVol[5] = cfLaddSideVol2; fLaddSegCommonTr[5] = ctSideL; fLaddSegCommonVol[6] = sideBeam; fLaddSegCommonTr[6] = beamTransf[0]; fLaddSegCommonVol[7] = sideBeam; fLaddSegCommonTr[7] = beamTransf[1]; fLaddSegCommonVol[8] = sideBeam; fLaddSegCommonTr[8] = beamTransf[2]; fLaddSegCommonVol[9] = sideBeam; fLaddSegCommonTr[9] = beamTransf[3]; fLaddSegCommonVol[10]= sideBeam; fLaddSegCommonTr[10]= beamTransf[4]; fLaddSegCommonVol[11]= sideBeam; fLaddSegCommonTr[11]= beamTransf[5]; fLaddSegCommonVol[12]= sideBeam; fLaddSegCommonTr[12]= beamTransf[6]; fLaddSegCommonVol[13]= sideBeam; fLaddSegCommonTr[13]= beamTransf[7]; fLaddSegCommonVol[14]= bottomBeam1Vol; fLaddSegCommonTr[14]= bottomBeamTransf1; fLaddSegCommonVol[15]= bottomBeam2Vol; fLaddSegCommonTr[15]= bottomBeamTransf2; fLaddSegCommonVol[16]= bottomBeam2Vol; fLaddSegCommonTr[16]= bottomBeamTransf3; fLaddSegCommonVol[17]= bottomBeam3Vol; fLaddSegCommonTr[17]= bottomBeamTransf4; fLaddSegCommonVol[18]= bottomBeam3Vol; fLaddSegCommonTr[18]= bottomBeamTransf5; fLaddSegCommonVol[19]= groundWireVol; fLaddSegCommonTr[19]= trGroundWire; //******************************************************************** // cables //******************************************************************** char cableName[30]; for (Int_t i=0; i<fgkLay3Ndet; i++) { snprintf(cableName, 30, "digitCableLay3A_%i",i); fDigitCableLay3A[i].SetName(cableName); fDigitCableLay3A[i].SetWidth(fgkDigitCablWidth); fDigitCableLay3A[i].SetThickness(fgkDigitCablPolyThick+fgkDigitCablAlThick); fDigitCableLay3A[i].SetNLayers(2); fDigitCableLay3A[i].SetLayer( 0, fgkDigitCablPolyThick, polyhamideSDD, fColorPolyhamide); fDigitCableLay3A[i].SetLayer(1, fgkDigitCablAlThick, alSDD, fColorAl); snprintf(cableName, 30, "digitCableLay3B_%i",i); fDigitCableLay3B[i].SetName(cableName); fDigitCableLay3B[i].SetWidth(fgkDigitCablWidth); fDigitCableLay3B[i].SetThickness(fgkDigitCablPolyThick+fgkDigitCablAlThick); fDigitCableLay3B[i].SetNLayers(2); fDigitCableLay3B[i].SetLayer( 0, fgkDigitCablPolyThick, polyhamideSDD, fColorPolyhamide); fDigitCableLay3B[i].SetLayer(1, fgkDigitCablAlThick, alSDD, fColorAl); }; for (Int_t i=0; i<fgkLay4Ndet; i++) { snprintf(cableName, 30, "digitCableLay4A_%i",i); fDigitCableLay4A[i].SetName(cableName); fDigitCableLay4A[i].SetWidth(fgkDigitCablWidth); fDigitCableLay4A[i].SetThickness(fgkDigitCablPolyThick+fgkDigitCablAlThick); fDigitCableLay4A[i].SetNLayers(2); fDigitCableLay4A[i].SetLayer( 0, fgkDigitCablPolyThick, polyhamideSDD, fColorPolyhamide); fDigitCableLay4A[i].SetLayer(1, fgkDigitCablAlThick, alSDD, fColorAl); snprintf(cableName, 30, "digitCableLay4B_%i",i); fDigitCableLay4B[i].SetName(cableName); fDigitCableLay4B[i].SetWidth(fgkDigitCablWidth); fDigitCableLay4B[i].SetThickness(fgkDigitCablPolyThick+fgkDigitCablAlThick); fDigitCableLay4B[i].SetNLayers(2); fDigitCableLay4B[i].SetLayer( 0, fgkDigitCablPolyThick, polyhamideSDD, fColorPolyhamide); fDigitCableLay4B[i].SetLayer(1, fgkDigitCablAlThick, alSDD, fColorAl); }; // Well, those digit cables could also include the analog cables // which have the same width and the same path, at least in the ladder. // It will gain some computing ressources (less volumes) and some // coding efforts ... !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! // The only thing to do is to change the names and put the correct total // thicknesses // some transformations and volumes used in several places fCommonTr[0] = new TGeoRotation("CarlosSuppRotN", 0, -fgkCarlosSuppAngle, 0); TGeoTube *littleScrewHead = new TGeoTube("littleScrewHead", 0, fgkLittleScrewHeadR, fgkLittleScrewHeadH/2); fCommonVol[0] = new TGeoVolume("vLittleScrewHead", littleScrewHead, stainless); fCommonVol[0]->SetLineColor(kGray); fLadderFoot = CreateLadderFoot(); CreateLVCard(); fCardHV = CreateHVCard(); fCardCarlos = CreateCarlosCard(0); //================== // link beteen phynox and plastic cooling tubes //================== fRaccordoL = new TGeoVolumeAssembly("RaccordoL"); Double_t fullRacLen = fgkConnectorCoolTubeL1+fgkConnectorCoolTubeL2+fgkConnectorCoolTubeL3; TGeoTube *waterRac = new TGeoTube("waterRac", 0, fgkConnectorCoolTubeRmin, fullRacLen/2); TGeoVolume * vwaterRac = new TGeoVolume("vwaterRac", waterRac, coolerMediumSDD); vwaterRac->SetLineColor(kBlue); TGeoTube *tube1Rac = new TGeoTube("tube1Rac", fgkConnectorCoolTubeRmin, fgkConnectorCoolTubeR1, fgkConnectorCoolTubeL1/2); TGeoTube *tube2Rac = new TGeoTube("tube2Rac", fgkConnectorCoolTubeRmin, fgkConnectorCoolTubeR2, fgkConnectorCoolTubeL2/2); TGeoTube *tube3Rac = new TGeoTube("tube3Rac", fgkConnectorCoolTubeRmin, fgkConnectorCoolTubeR3, fgkConnectorCoolTubeL3/2); TGeoVolume * vtube1Rac = new TGeoVolume("vtube1Rac", tube1Rac, raccordMedium); TGeoVolume * vtube2Rac = new TGeoVolume("vtube2Rac", tube2Rac, raccordMedium); TGeoVolume * vtube3Rac = new TGeoVolume("vtube3Rac", tube3Rac, raccordMedium); vtube1Rac->SetLineColor(kGray); vtube2Rac->SetLineColor(kGray); vtube3Rac->SetLineColor(kGray); TGeoTranslation *trTube1Rac = new TGeoTranslation("trTube1Rac",0,0, -fullRacLen/2+fgkConnectorCoolTubeL1/2); TGeoTranslation *trTube2Rac = new TGeoTranslation("trTube2Rac",0,0, (-fullRacLen/2+fgkConnectorCoolTubeL1+fgkConnectorCoolTubeL2/2)); TGeoTranslation *trTube3Rac = new TGeoTranslation("trTube3Rac",0,0, (-fullRacLen/2+fgkConnectorCoolTubeL1+ fgkConnectorCoolTubeL2+fgkConnectorCoolTubeL3/2)); fRaccordoL->AddNode(vwaterRac, 1,0); fRaccordoL->AddNode(vtube1Rac, 1,trTube1Rac); fRaccordoL->AddNode(vtube2Rac, 1,trTube2Rac); fRaccordoL->AddNode(vtube3Rac, 1,trTube3Rac); } //________________________________________________________________________ void AliITSv11GeometrySDD::CheckOverlaps(Double_t precision){ // // a debugging function for checking some possible overlaps // if (fSDDsensor3) fSDDsensor3->CheckOverlaps(precision); if (fSDDsensor4) fSDDsensor4->CheckOverlaps(precision); if (fHybrid) fHybrid->CheckOverlaps(precision); } //________________________________________________________________________ TGeoCombiTrans *AliITSv11GeometrySDD:: CreateCombiTrans(const char *name, Double_t dy, Double_t dz, Double_t dphi, Bool_t planeSym) { // // return the TGeoCombiTrans which make a translation in y and z // and a rotation in phi in the global coord system // If planeSym = true, the rotation places the object symetrically // (with respect to the transverse plane) to its position in the // case planeSym = false // TGeoTranslation t1(dy*CosD(90.+dphi),dy*SinD(90.+dphi), dz); TGeoRotation r1("",0.,0.,dphi); TGeoRotation r2("",90, 180, -90-dphi); TGeoCombiTrans *combiTrans1 = new TGeoCombiTrans(name); combiTrans1->SetTranslation(t1); if (planeSym) combiTrans1->SetRotation(r1); else combiTrans1->SetRotation(r2); return combiTrans1; } //________________________________________________________________________ void AliITSv11GeometrySDD::AddTranslationToCombiTrans(TGeoCombiTrans* ct, Double_t dx, Double_t dy, Double_t dz) const{ // Add a dx,dy,dz translation to the initial TGeoCombiTrans const Double_t *vect = ct->GetTranslation(); Double_t newVect[3] = {vect[0]+dx, vect[1]+dy, vect[2]+dz}; ct->SetTranslation(newVect); } //________________________________________________________________________ void AliITSv11GeometrySDD::ShowOnePiece(TGeoVolume *moth) { // for code developpment and debugging purposes if (! fSDDsensor3) CreateBasicObjects(); // moth->AddNode(fPinSupport, 1, 0); // moth->AddNode(fCoolPipeSupportL, 1, 0); // moth->AddNode(fSDDsensor3, 1, 0); // moth->AddNode(fSDDsensor4, 1, 0); // moth->AddNode(fBaseThermalBridge, 1, 0); // moth->AddNode(fHybrid,100,0); // moth->AddNode(fLadderFoot,1,0); //moth->AddNode(fCardLVL,1,0); //moth->AddNode(fCardLVR,1,0); TGeoVolume* seg = CreateLadderSegment( 3, 0); moth->AddNode(seg, 1, 0); // TGeoVolumeAssembly *lay3Ladder = CreateLadder(3); // moth->AddNode(lay3Ladder, 1, 0); // TGeoVolumeAssembly *lay3Detectors = CreateDetectorsAssembly(3); // moth->AddNode(lay3Detectors, 1, 0); // TGeoVolumeAssembly *lay3Detectors = CreateDetectorsAssembly(3); // moth->AddNode(lay3Detectors, 1, 0); // TGeoVolumeAssembly *endLadder = CreateEndLadder( 4 ); // moth->AddNode(endLadder, 1, 0); // TGeoVolumeAssembly *highVCard = CreateHVCard( 4 ); // moth->AddNode(highVCard, 1, 0); // TGeoVolumeAssembly *supportRing = CreateSupportRing(); // moth->AddNode(supportRing, 1, 0); // TGeoVolume *endLadderCards = CreateEndLadderCardsV( 4 ); // moth->AddNode(endLadderCards, 1, 0); // TGeoVolumeAssembly *carlosCard = CreateCarlosCard( 4 ); // moth->AddNode(carlosCard, 1, 0); /* //================================== //--- test of flat cable curvature //================================== double angle = 90; AliITSv11GeomCableFlat cable("test", 3, 0.3); cable.SetNLayers(1); cable.SetNLayers(2); cable.SetLayer(0, 0.2, coolerMediumSDD, 2); cable.SetLayer(1, 0.1, coolerMediumSDD, 3); cable.SetInitialNode(endLadderCards); Double_t p1[3], p2[3], vX[3] = {1,0,0},vY[3] = {0,5,0}; p1[0] = -3; p1[1] = 1; p1[2] = 10; p2[0] = 0; p2[1] = 1; p2[2] = 10; cable.AddCheckPoint(endLadderCards, 0, p1, vX); cable.AddCheckPoint(endLadderCards, 1, p2, vX); cable.CreateAndInsertBoxCableSegment(1,angle); Double_t p3[3], p4[3]; p3[0] = 2; p3[1] = 3; p3[2] = 10; cable.AddCheckPoint(endLadderCards, 2, p3, vY); cable.CreateAndInsertCableCylSegment(2,angle); p4[0] = 2; p4[1] = 6; p4[2] = 10; cable.AddCheckPoint(endLadderCards, 3, p4, vY); cable.CreateAndInsertCableSegment(3,angle); */ } //________________________________________________________________________ void AliITSv11GeometrySDD::Layer3(TGeoVolume *moth) { // // Insert the layer 3 in the mother volume. This is a virtual volume // containing ladders of layer 3 and the supporting rings // if (! moth) { printf("Error::AliITSv11GeometrySDD: Can't insert layer3, mother is null!\n"); return; }; TGeoMedium *airSDD = GetMedium("SDD AIR$"); fMotherVol = moth; if (! fSDDsensor3) CreateBasicObjects(); //==================================== // First we create the central barrel //==================================== TGeoVolumeAssembly *lay3Ladder = CreateLadder(3); TGeoVolumeAssembly *lay3Detectors = CreateDetectorsAssembly(3); TGeoVolumeAssembly *lay3Ladd2Det = CreateDetectorsAssemblyLadd2(); //TGeoVolume *lay3Detectors = CreateDetectors(3); TGeoTube *virtualLayer3Shape = new TGeoTube("ITSsddLayer3Shape", fgkLay3Rmin,fgkLay3Rmax,fgkLay3Length*0.5); TGeoVolume *virtualLayer3 = new TGeoVolume("ITSsddLayer3", virtualLayer3Shape, airSDD); Double_t dPhi = 360./fgkLay3Nladd; Double_t detectorsThick = fgkLadWaferSep + 2*fgkWaferThickness; // Placing virtual ladder and detectors volumes following // ladder ordering convention char rotName[30]; Int_t iLaddMin = 0; Int_t iLaddMax = fgkLay3Nladd; if ((fAddOnlyLadder3min>=0)&&(fAddOnlyLadder3max<fgkLay3Nladd)) { iLaddMin = fAddOnlyLadder3min; iLaddMax = fAddOnlyLadder3max+1; }; for (Int_t iLadd = iLaddMin; iLadd < iLaddMax; iLadd++) { Double_t ladderPhi = -3*dPhi+iLadd*dPhi; snprintf(rotName, 30, "ITSsddLay3Ladd%i",iLadd); Double_t minRadiusLadBox = fLay3LaddShortRadius-fLay3LadderUnderSegDH; if (iLadd%2 != 0) minRadiusLadBox = fLay3LaddLongRadius-fLay3LadderUnderSegDH; minRadiusLadBox += ((TGeoBBox*)lay3Ladder->GetShape())->GetDY(); TGeoCombiTrans *ctLadd; //============================================================= // // Special modification for ladder 2 of layer 3: // It has been inverted (pi rotation around y axis) // //============================================================= if (iLadd != 2) ctLadd = CreateCombiTrans(rotName,minRadiusLadBox, 0, ladderPhi, kTRUE); else ctLadd = CreateCombiTrans(rotName,minRadiusLadBox, 0, ladderPhi, kFALSE); virtualLayer3->AddNode(lay3Ladder, iLadd, ctLadd); /////////////////////////////////////////////////// snprintf(rotName, 30, "ITSsddLay3DetBox%i",iLadd); Double_t minRadiusDetBox = fgkLay3DetShortRadius; if (iLadd%2 != 0) minRadiusDetBox = fgkLay3DetLongRadius; minRadiusDetBox += detectorsThick/2; TGeoCombiTrans *ctDet; ctDet = CreateCombiTrans(rotName, minRadiusDetBox, 0, ladderPhi, kTRUE); if (iLadd != 2) virtualLayer3->AddNode(lay3Detectors, iLadd, ctDet); else virtualLayer3->AddNode(lay3Ladd2Det , iLadd, ctDet); /////////////////////////////////////////////////// } /* //==================================== // Then the forward rapidity pieces // (cooling, Carlos, LV, HV ...) //==================================== Double_t fgkForwardLay3Length = fgkEndLadPipeUlengthLay3+10*fgkmm; // this has to be tune Double_t fgkForwardLay3Rmin = fgkLay3Rmin-7*fgkmm; Double_t fgkForwardLay3Rmax = fgkLay3Rmax-5*fgkmm; TGeoVolumeAssembly* lay3EndLadder = CreateEndLadderCards(3); TGeoTube *virtualForward3Shape = new TGeoTube("virtualForward3Shape", fgkForwardLay3Rmin, fgkForwardLay3Rmax, fgkForwardLay3Length/2.); // TGeoPcon *virtualForward3Shape = new TGeoPcon("virtualForward3Shape",0,360,2); // // virtualForward3Shape->DefineSection(Int_t snum, Double_t z, Double_t rmin, Double_t rmax); // virtualForward3Shape->DefineSection(0, Double_t z, Double_t rmin, Double_t rmax); TGeoVolume *virtualForward3Pos = new TGeoVolume("ITSsddForward3Pos", virtualForward3Shape, airSDD); TGeoVolume *virtualForward3Neg = new TGeoVolume("ITSsddForward3Neg", virtualForward3Shape, airSDD); // TGeoVolume *virtualForward3Neg = new TGeoVolumeAssembly("ITSsddForward3Neg"); // TGeoVolume *virtualForward3Pos = new TGeoVolumeAssembly("ITSsddForward3Pos"); TGeoTranslation *virtualForward3TrPos = new TGeoTranslation("virtualForward3TrPos",0,0, fgkLay3Length/2+fgkForwardLay3Length/2); TGeoTranslation *virtualForward3TrNeg = new TGeoTranslation("virtualForward3TrNeg",0,0, -fgkLay3Length/2-fgkForwardLay3Length/2); for (Int_t iLadd = iLaddMin; iLadd < iLaddMax; iLadd++) { Double_t ladderPhi = -3*dPhi+iLadd*dPhi; Double_t minRadiusDetBox = fgkLay3DetShortRadius; if (iLadd%2 != 0) minRadiusDetBox = fgkLay3DetLongRadius; minRadiusDetBox += detectorsThick/2; sprintf(rotName, "ITSsddLay3EndLadd%i",iLadd); TGeoCombiTrans *ctEndLaddPos = CreateCombiTrans(rotName, minRadiusDetBox-0.1, -fgkForwardLay3Length/2, ladderPhi, kTRUE); TGeoCombiTrans *ctEndLaddNeg = CreateCombiTrans(rotName, minRadiusDetBox-0.1, fgkForwardLay3Length/2, ladderPhi, kFALSE); virtualForward3Pos->AddNode(lay3EndLadder, iLadd*2, ctEndLaddPos); virtualForward3Neg->AddNode(lay3EndLadder, iLadd*2, ctEndLaddNeg); } */ if(GetDebug(1)) { virtualLayer3->CheckOverlaps(0.01); //virtualForward3Pos->CheckOverlaps(0.01); //virtualForward3Neg->CheckOverlaps(0.01); } virtualLayer3->SetVisibility(kFALSE); //virtualForward3Pos->SetVisibility(kFALSE); //virtualForward3Neg->SetVisibility(kFALSE); moth->AddNode(virtualLayer3, 1, 0); //moth->AddNode(virtualForward3Pos, 1, virtualForward3TrPos); //moth->AddNode(virtualForward3Neg, 1, virtualForward3TrNeg); } // //________________________________________________________________________ // void AliITSv11GeometrySDD::ForwardLayer3(TGeoVolume *moth) { // // // // Insert the forward pieces of layer 3 in the mother volume. // // (cooling, Carlos, LV, HV ...) // // // if (! moth) { // printf("Error::AliITSv11GeometrySDD: Can't insert layer3, mother is null!\n"); // return; // }; // TGeoMedium *airSDD = GetMedium("SDD AIR$"); // if (! fSDDsensor3) CreateBasicObjects(); // Double_t dPhi = 360./fgkLay3Nladd; // Double_t detectorsThick = fgkLadWaferSep + 2*fgkWaferThickness; // Int_t iLaddMin = 0; // Int_t iLaddMax = fgkLay3Nladd; // if ((fAddOnlyLadder3min>=0)&&(fAddOnlyLadder3max<fgkLay3Nladd)) { // iLaddMin = fAddOnlyLadder3min; // iLaddMax = fAddOnlyLadder3max+1; // }; // char rotName[30]; // //================= // Double_t fgkForwardLay3Length = fgkEndLadPipeUlengthLay3+10*fgkmm; // this has to be tune // Double_t fgkForwardLay3Rmin = fgkLay3Rmin-7*fgkmm; // Double_t fgkForwardLay3Rmax = fgkLay3Rmax-5*fgkmm; // TGeoVolumeAssembly* lay3EndLadder = CreateEndLadderCards(3); // TGeoTube *virtualForward3Shape = new TGeoTube("virtualForward3Shape", // fgkForwardLay3Rmin, fgkForwardLay3Rmax, // fgkForwardLay3Length/2.); // // TGeoPcon *virtualForward3Shape = new TGeoPcon("virtualForward3Shape",0,360,2); // // // virtualForward3Shape->DefineSection(Int_t snum, Double_t z, Double_t rmin, Double_t rmax); // // virtualForward3Shape->DefineSection(0, Double_t z, Double_t rmin, Double_t rmax); // TGeoVolume *virtualForward3Pos = new TGeoVolume("ITSsddForward3Pos", // virtualForward3Shape, airSDD); // TGeoVolume *virtualForward3Neg = new TGeoVolume("ITSsddForward3Neg", // virtualForward3Shape, airSDD); // // TGeoVolume *virtualForward3Neg = new TGeoVolumeAssembly("ITSsddForward3Neg"); // // TGeoVolume *virtualForward3Pos = new TGeoVolumeAssembly("ITSsddForward3Pos"); // TGeoTranslation *virtualForward3TrPos = new TGeoTranslation("virtualForward3TrPos",0,0, // fgkLay3Length/2+fgkForwardLay3Length/2); // TGeoTranslation *virtualForward3TrNeg = new TGeoTranslation("virtualForward3TrNeg",0,0, // -fgkLay3Length/2-fgkForwardLay3Length/2); // for (Int_t iLadd = iLaddMin; iLadd < iLaddMax; iLadd++) { // Double_t ladderPhi = -3*dPhi+iLadd*dPhi; // Double_t minRadiusDetBox = fgkLay3DetShortRadius; // if (iLadd%2 != 0) minRadiusDetBox = fgkLay3DetLongRadius; // minRadiusDetBox += detectorsThick/2; // sprintf(rotName, "ITSsddLay3EndLadd%i",iLadd); // TGeoCombiTrans *ctEndLaddPos = CreateCombiTrans(rotName, minRadiusDetBox-0.1, // -fgkForwardLay3Length/2, ladderPhi, kTRUE); // TGeoCombiTrans *ctEndLaddNeg = CreateCombiTrans(rotName, minRadiusDetBox-0.1, // fgkForwardLay3Length/2, ladderPhi, kFALSE); // virtualForward3Pos->AddNode(lay3EndLadder, iLadd*2, ctEndLaddPos); // virtualForward3Neg->AddNode(lay3EndLadder, iLadd*2, ctEndLaddNeg); // } // if(GetDebug(1)) { // virtualForward3Pos->CheckOverlaps(0.01); // virtualForward3Neg->CheckOverlaps(0.01); // } // virtualForward3Pos->SetVisibility(kFALSE); // virtualForward3Neg->SetVisibility(kFALSE); // moth->AddNode(virtualForward3Pos, 1, virtualForward3TrPos); // moth->AddNode(virtualForward3Neg, 1, virtualForward3TrNeg); // } //________________________________________________________________________ void AliITSv11GeometrySDD::ForwardLayer3(TGeoVolume *moth) { // // Insert the end-ladder of layer 3 in the mother volume. // (cooling, Carlos, LV, HV ...) // if (! moth) { printf("Error::AliITSv11GeometrySDD: Can't insert layer3, mother is null!\n"); return; }; if (! fSDDsensor3) CreateBasicObjects(); Int_t iLaddMin = 0; Int_t iLaddMax = fgkLay3Nladd; if ((fAddOnlyLadder3min>=0)&&(fAddOnlyLadder3max<fgkLay3Nladd)) { iLaddMin = fAddOnlyLadder3min; iLaddMax = fAddOnlyLadder3max+1; }; TGeoVolume *virtualForward3Neg = new TGeoVolumeAssembly("ITSsddForward3Neg"); TGeoVolume *virtualForward3Pos = new TGeoVolumeAssembly("ITSsddForward3Pos"); char rotName[30]; Double_t dPhi = 360./fgkLay3Nladd; TGeoVolume* lay3EndLadder = CreateEndLadderCardsV(3); for (Int_t iLadd = iLaddMin; iLadd < iLaddMax; iLadd++) { Double_t ladderPhi = -3*dPhi+iLadd*dPhi; Double_t dR = 0; if (iLadd%2 != 0) dR = fgkLay3DetLongRadius-fgkLay3DetShortRadius; snprintf(rotName, 30, "ITSsddLay3EndLadd%i",iLadd); TGeoCombiTrans *ctEndLaddPos = CreateCombiTrans(rotName, dR, fgkLay3Length/2, ladderPhi, kTRUE); TGeoCombiTrans *ctEndLaddNeg = CreateCombiTrans(rotName, dR, -fgkLay3Length/2, ladderPhi, kFALSE); virtualForward3Pos->AddNode(lay3EndLadder, iLadd*2, ctEndLaddPos); virtualForward3Neg->AddNode(lay3EndLadder, iLadd*2, ctEndLaddNeg); } if(GetDebug(1)) { virtualForward3Pos->CheckOverlaps(0.01); virtualForward3Neg->CheckOverlaps(0.01); } // 180deg Y rotation to compensate the cancellation of ITSD volume // (idortm[199] in AliITSv11Hybrid : z---> -z; x ---> -x; y ---> y) TGeoRotation *y180 = new TGeoRotation(); y180->SetAngles( 90.,180., 90., 90.,180., 0.); moth->AddNode(virtualForward3Pos, 1, y180); moth->AddNode(virtualForward3Neg, 1, y180); } //________________________________________________________________________ void AliITSv11GeometrySDD::Layer4(TGeoVolume *moth) { // // Insert the layer 4 in the mother volume. This is a virtual volume // containing ladders of layer 4 and the supporting rings // if (! moth) { printf("Error::AliITSv11GeometrySDD: Can't insert layer4, mother is null!\n"); return; }; fMotherVol = moth; if (! fSDDsensor3) CreateBasicObjects(); TGeoTube *virtualLayer4Shape =new TGeoTube("ITSsddLayer4Shape", fgkLay4Rmin,fgkLay4Rmax,fgkLay4Length*0.5); TGeoMedium *airSDD = GetMedium("SDD AIR$"); TGeoVolume *virtualLayer4 = new TGeoVolume("ITSsddLayer4", virtualLayer4Shape, airSDD); //==================================== // First we create the central barrel //==================================== TGeoVolumeAssembly *lay4Ladder = CreateLadder(4); //TGeoVolume *lay4Detectors = CreateDetectors(4); TGeoVolumeAssembly *lay4Detectors = CreateDetectorsAssembly(4); Double_t dPhi = 360./fgkLay4Nladd; Double_t detBoxThickness = fgkLadWaferSep + 2*fgkWaferThickness; // placing virtual ladder and detectors volumes following ladder // ordering convention char rotName[30]; Int_t iLaddMin = 0; Int_t iLaddMax = fgkLay4Nladd; if ((fAddOnlyLadder4min >= 0)&&(fAddOnlyLadder4max < fgkLay4Nladd)) { iLaddMin = fAddOnlyLadder4min; iLaddMax = fAddOnlyLadder4max+1; } for (Int_t iLadd = iLaddMin; iLadd < iLaddMax; iLadd++) { Double_t ladderPhi = -5*dPhi + iLadd*dPhi; snprintf(rotName, 30, "ITSsddLay4Ladd%i",iLadd); Double_t minRadiusLadBox = fLay4LaddShortRadius-fLay4LadderUnderSegDH; if (iLadd%2 != 0) minRadiusLadBox = fLay4LaddLongRadius-fLay4LadderUnderSegDH; minRadiusLadBox += ((TGeoBBox*)lay4Ladder->GetShape())->GetDY(); TGeoCombiTrans *ctLadd = CreateCombiTrans(rotName, minRadiusLadBox, 0, ladderPhi, kTRUE); virtualLayer4->AddNode(lay4Ladder, iLadd, ctLadd); /////////////////////////////////////////////////// snprintf(rotName, 30, "ITSsddLay4DetBox%i",iLadd); Double_t minRadiusDetBox = fgkLay4DetShortRadius; if (iLadd%2 != 0) minRadiusDetBox = fgkLay4DetLongRadius; minRadiusDetBox += detBoxThickness/2; TGeoCombiTrans *ctDet = CreateCombiTrans(rotName, minRadiusDetBox, 0, ladderPhi, kTRUE); virtualLayer4->AddNode(lay4Detectors, iLadd, ctDet); /////////////////////////////////////////////////// } /* //==================================== // Then the pieces at forward rapidity // (cooling, Carlos, LV, HV ...) //==================================== Double_t fgkForwardLay4Length = fgkEndLadPipeUlengthLay4+10*fgkmm; // this has to be tuned Double_t fgkForwardLay4Rmin = fgkLay4Rmin-9*fgkmm; Double_t fgkForwardLay4Rmax = fgkLay4Rmax-5*fgkmm; TGeoVolumeAssembly* lay4EndLadder = CreateEndLadderCards(4); TGeoTube *virtualForward4Shape = new TGeoTube("virtualForward3Shape", fgkForwardLay4Rmin, fgkForwardLay4Rmax, fgkForwardLay4Length/2.); TGeoVolume *virtualForward4Pos = new TGeoVolume("ITSsddForward4Pos", virtualForward4Shape, airSDD); TGeoVolume *virtualForward4Neg = new TGeoVolume("ITSsddForward4Neg", virtualForward4Shape, airSDD); // TGeoVolume *virtualForward4Pos = new TGeoVolumeAssembly("ITSsddForward4Pos"); // TGeoVolume *virtualForward4Neg = new TGeoVolumeAssembly("ITSsddForward4Neg"); TGeoTranslation *virtualForward4TrPos = new TGeoTranslation("virtualForward4TrPos",0,0, fgkLay4Length/2+fgkForwardLay4Length/2); TGeoTranslation *virtualForward4TrNeg = new TGeoTranslation("virtualForward4TrNeg",0,0, -fgkLay4Length/2-fgkForwardLay4Length/2); for (Int_t iLadd = iLaddMin; iLadd < iLaddMax; iLadd++) { Double_t ladderPhi = -5*dPhi + iLadd*dPhi; Double_t minRadiusDetBox = fgkLay4DetShortRadius; if (iLadd%2 != 0) minRadiusDetBox = fgkLay4DetLongRadius; minRadiusDetBox += detBoxThickness/2; sprintf(rotName, "ITSsddLay4EndLadd%i",iLadd); TGeoCombiTrans *ctEndLaddPos = CreateCombiTrans(rotName, minRadiusDetBox-0.1, -fgkForwardLay4Length/2, ladderPhi, kTRUE); TGeoCombiTrans *ctEndLaddNeg = CreateCombiTrans(rotName, minRadiusDetBox-0.1, fgkForwardLay4Length/2, ladderPhi, kFALSE); virtualForward4Pos->AddNode(lay4EndLadder, iLadd*2, ctEndLaddPos); virtualForward4Neg->AddNode(lay4EndLadder, iLadd*2+1, ctEndLaddNeg); } */ if(GetDebug(1)) virtualLayer4->CheckOverlaps(0.01); virtualLayer4->SetVisibility(kFALSE); //virtualForward4Pos->SetVisibility(kFALSE); //virtualForward4Neg->SetVisibility(kFALSE); moth->AddNode(virtualLayer4,1,0); //moth->AddNode(virtualForward4Pos, 1, virtualForward4TrPos); //moth->AddNode(virtualForward4Neg, 1, virtualForward4TrNeg); } // //________________________________________________________________________ // void AliITSv11GeometrySDD::ForwardLayer4(TGeoVolume *moth) { // // // // Insert the layer 4 in the mother volume. This is a virtual volume // // containing ladders of layer 4 and the supporting rings // // (cooling, Carlos, LV, HV ...) // // // if (! moth) { // printf("Error::AliITSv11GeometrySDD: Can't insert layer4, mother is null!\n"); // return; // }; // TGeoMedium *airSDD = GetMedium("SDD AIR$"); // if (! fSDDsensor3) CreateBasicObjects(); // Double_t dPhi = 360./fgkLay4Nladd; // Double_t detBoxThickness = fgkLadWaferSep + 2*fgkWaferThickness; // // placing virtual ladder and detectors volumes following ladder // // ordering convention // char rotName[20]; // Int_t iLaddMin = 0; // Int_t iLaddMax = fgkLay4Nladd; // if ((fAddOnlyLadder4min >= 0)&&(fAddOnlyLadder4max < fgkLay4Nladd)) { // iLaddMin = fAddOnlyLadder4min; // iLaddMax = fAddOnlyLadder4max+1; // } // //================= // Double_t fgkForwardLay4Length = fgkEndLadPipeUlengthLay4+10*fgkmm; // this has to be tuned // Double_t fgkForwardLay4Rmin = fgkLay4Rmin-9*fgkmm; // Double_t fgkForwardLay4Rmax = fgkLay4Rmax-5*fgkmm; // TGeoVolumeAssembly* lay4EndLadder = CreateEndLadderCards(4); // TGeoTube *virtualForward4Shape = new TGeoTube("virtualForward3Shape", // fgkForwardLay4Rmin, fgkForwardLay4Rmax, // fgkForwardLay4Length/2.); // TGeoVolume *virtualForward4Pos = new TGeoVolume("ITSsddForward4Pos", // virtualForward4Shape, airSDD); // TGeoVolume *virtualForward4Neg = new TGeoVolume("ITSsddForward4Neg", // virtualForward4Shape, airSDD); // // TGeoVolume *virtualForward4Pos = new TGeoVolumeAssembly("ITSsddForward4Pos"); // // TGeoVolume *virtualForward4Neg = new TGeoVolumeAssembly("ITSsddForward4Neg"); // TGeoTranslation *virtualForward4TrPos = new TGeoTranslation("virtualForward4TrPos",0,0, // fgkLay4Length/2+fgkForwardLay4Length/2); // TGeoTranslation *virtualForward4TrNeg = new TGeoTranslation("virtualForward4TrNeg",0,0, // -fgkLay4Length/2-fgkForwardLay4Length/2); // for (Int_t iLadd = iLaddMin; iLadd < iLaddMax; iLadd++) { // Double_t ladderPhi = -5*dPhi + iLadd*dPhi; // Double_t minRadiusDetBox = fgkLay4DetShortRadius; // if (iLadd%2 != 0) // minRadiusDetBox = fgkLay4DetLongRadius; // minRadiusDetBox += detBoxThickness/2; // sprintf(rotName, "ITSsddLay4EndLadd%i",iLadd); // TGeoCombiTrans *ctEndLaddPos = CreateCombiTrans(rotName, minRadiusDetBox-0.1, // -fgkForwardLay4Length/2, ladderPhi, kTRUE); // TGeoCombiTrans *ctEndLaddNeg = CreateCombiTrans(rotName, minRadiusDetBox-0.1, // fgkForwardLay4Length/2, ladderPhi, kFALSE); // virtualForward4Pos->AddNode(lay4EndLadder, iLadd*2, ctEndLaddPos); // virtualForward4Neg->AddNode(lay4EndLadder, iLadd*2+1, ctEndLaddNeg); // } // virtualForward4Pos->SetVisibility(kFALSE); // virtualForward4Neg->SetVisibility(kFALSE); // moth->AddNode(virtualForward4Pos, 1, virtualForward4TrPos); // moth->AddNode(virtualForward4Neg, 1, virtualForward4TrNeg); // } //________________________________________________________________________ void AliITSv11GeometrySDD::ForwardLayer4(TGeoVolume *moth) { // // Insert the end-ladder of layer 4 in the mother volume. // (cooling, Carlos, LV, HV ...) // if (! moth) { printf("Error::AliITSv11GeometrySDD: Can't insert layer4, mother is null!\n"); return; }; if (! fSDDsensor3) CreateBasicObjects(); // placing virtual ladder and detectors volumes following ladder // ordering convention Int_t iLaddMin = 0; Int_t iLaddMax = fgkLay4Nladd; if ((fAddOnlyLadder4min >= 0)&&(fAddOnlyLadder4max < fgkLay4Nladd)) { iLaddMin = fAddOnlyLadder4min; iLaddMax = fAddOnlyLadder4max+1; } TGeoVolume *virtualForward4Pos = new TGeoVolumeAssembly("ITSsddForward4Pos"); TGeoVolume *virtualForward4Neg = new TGeoVolumeAssembly("ITSsddForward4Neg"); char rotName[30]; Double_t dPhi = 360./fgkLay4Nladd; TGeoVolume* lay4EndLadder = CreateEndLadderCardsV(4); for (Int_t iLadd = iLaddMin; iLadd < iLaddMax; iLadd++) { Double_t ladderPhi = -5*dPhi + iLadd*dPhi; Double_t dR = 0; if (iLadd%2 != 0) dR = fgkLay4DetLongRadius-fgkLay4DetShortRadius; snprintf(rotName, 30, "ITSsddLay4EndLadd%i",iLadd); TGeoCombiTrans *ctEndLaddPos = CreateCombiTrans(rotName, dR, fgkLay4Length/2, ladderPhi, kTRUE); TGeoCombiTrans *ctEndLaddNeg = CreateCombiTrans(rotName, dR, -fgkLay4Length/2, ladderPhi, kFALSE); virtualForward4Pos->AddNode(lay4EndLadder, iLadd*2, ctEndLaddPos); virtualForward4Neg->AddNode(lay4EndLadder, iLadd*2, ctEndLaddNeg); } // 180deg Y rotation to compensate the cancellation of ITSD volume // (idortm[199] in AliITSv11Hybrid : z---> -z; x ---> -x; y ---> y) TGeoRotation *y180 = new TGeoRotation(); y180->SetAngles( 90.,180., 90., 90.,180., 0.); moth->AddNode(virtualForward4Pos, 1, y180); moth->AddNode(virtualForward4Neg, 1, y180); } //________________________________________________________________________ TGeoVolumeAssembly *AliITSv11GeometrySDD::CreateLadder(Int_t iLay) { // // return an assembly volume containing the CF ladder // Int_t nDetectors = fgkLay3Ndet; Double_t ladderLength = fgkLay3LadderLength; Double_t underSegDH = fLay3LadderUnderSegDH; Double_t *sensorZPos = fLay3sensorZPos; AliITSv11GeomCableFlat *digitCableA = fDigitCableLay3A; AliITSv11GeomCableFlat *digitCableB = fDigitCableLay3B; if (iLay==3) {} else if (iLay==4) { nDetectors = fgkLay4Ndet; ladderLength = fgkLay4LadderLength; digitCableA = fDigitCableLay4A; digitCableB = fDigitCableLay4B; underSegDH = fLay4LadderUnderSegDH; sensorZPos = fLay4sensorZPos; } else { printf("AliITSv11GeometrySDD::CreateLadder : error=wrong layer\n"); }; Double_t ladderBoxDH = fgkLadderHeight+fgkLadderSegBoxDH+underSegDH; TGeoVolumeAssembly *virtualLadder = new TGeoVolumeAssembly("ITSsddLadder"); // placing virtual ladder segment following detector ordering convention //======================================================================= char transName[30]; // adding segment this way to create cable points in the correct order ... for (Int_t iSegment = nDetectors/2-1; iSegment >= 0; iSegment-- ) { //TGeoVolumeAssembly *laddSegment = CreateLadderSegment(iLay, iSegment); TGeoVolume *laddSegment = CreateLadderSegment(iLay, iSegment); snprintf(transName, 30, "ITSsddLay%iLaddSeg%i", iLay, iSegment); Double_t segmentPos = fgkSegmentLength*(nDetectors/2-1-iSegment) + fgkSegmentLength/2; TGeoTranslation *segTr = new TGeoTranslation(transName, 0, underSegDH/2,segmentPos); //// virtualLadder->AddNode(laddSegment, iSegment, segTr); }; for (Int_t iSegment = nDetectors/2; iSegment < nDetectors; iSegment++ ) { TGeoVolume *laddSegment = CreateLadderSegment(iLay, iSegment); //TGeoVolumeAssembly *laddSegment = CreateLadderSegment(iLay, iSegment); snprintf(transName, 30, "ITSsddLay%iLaddSeg%i", iLay, iSegment); Double_t segmentPos = fgkSegmentLength*(nDetectors/2-1-iSegment) + fgkSegmentLength/2; TGeoTranslation *segTr = new TGeoTranslation(transName, 0, underSegDH/2,segmentPos); //// virtualLadder->AddNode(laddSegment, iSegment, segTr); }; // putting virtual volume corresponding to the end of ladder //======================================================================= TGeoVolumeAssembly *endLadder = CreateEndLadder( iLay ); Double_t endLength = (ladderLength - nDetectors*fgkSegmentLength)/2.; TGeoTranslation *endTrZPos = new TGeoTranslation("ITSsddEndTrZPos",0,0, fgkSegmentLength*(nDetectors/2)+endLength/2.); // Euler rotation : about Z, then new X, then new Z TGeoRotation *endZNegRot = new TGeoRotation("",90, 180, -90); TGeoCombiTrans *endTrZNeg = new TGeoCombiTrans(0,0, -fgkSegmentLength*(nDetectors/2)-endLength/2.,endZNegRot); virtualLadder->AddNode(endLadder, 1, endTrZPos); virtualLadder->AddNode(endLadder, 2, endTrZNeg); // creating and inserting cable segments // (check points are placed while creating segments) //======================================================================= if (fAddCables) for (Int_t iSegment = 0; iSegment < nDetectors; iSegment++ ) { digitCableA[iSegment].SetInitialNode(virtualLadder); digitCableB[iSegment].SetInitialNode(virtualLadder); for (Int_t iPt=1; iPt<digitCableA[iSegment].GetNCheckPoints(); iPt++ ) { Double_t rotation = 0; if (iPt>1) { rotation = 90-fgkHybridAngle; digitCableA[iSegment].CreateAndInsertCableSegment(iPt, rotation); } else digitCableA[iSegment].CreateAndInsertCableSegment(iPt); }; for (Int_t iPt=1; iPt<digitCableB[iSegment].GetNCheckPoints(); iPt++ ) { Double_t rotation = 0; if (iPt>1) { rotation = fgkHybridAngle-90; digitCableB[iSegment].CreateAndInsertCableSegment(iPt, rotation); } else digitCableB[iSegment].CreateAndInsertCableSegment(iPt); }; }; // HV cable //======================================================================= if (fAddHVcables) { TGeoMedium *polyhamideSDD = GetMedium("SDDKAPTON (POLYCH2)$"); //ITSsddKAPTON_POLYCH2 TGeoMedium *alSDD = GetMedium("AL$"); //ITSal AliITSv11GeomCableFlat cableHV[fgkLay4Ndet]; // temp !!! char cableHVname[30]; for (Int_t iSegment = 0; iSegment<nDetectors; iSegment++) { snprintf(cableHVname,30,"ITSsddHVcable%i", iSegment); cableHV[iSegment].SetName(cableHVname); cableHV[iSegment].SetThickness(fgkLongHVcablePolyThick+fgkLongHVcableAlThick); cableHV[iSegment].SetWidth(fgkTransitHVtailWidth); cableHV[iSegment].SetNLayers(2); cableHV[iSegment].SetLayer(0, fgkLongHVcablePolyThick, polyhamideSDD, fColorPolyhamide); cableHV[iSegment].SetLayer(1, fgkLongHVcableAlThick, alSDD, fColorAl); cableHV[iSegment].SetInitialNode(virtualLadder); }; Double_t x1[3], x2[3], x3[3], vY[3] = {0,1,0}, vZ[3] = {0,0,1}; x1[0] = -fgkTransitHVtailXpos; x2[0] = -fgkTransitHVtailXpos; x3[0] = -fgkTransitHVtailXpos; for (Int_t iSegment = nDetectors/2-1; iSegment >= 0; iSegment-- ) { Double_t cableSeparation = TMath::Abs(iSegment - (nDetectors/2-1)) *fgkLongHVcableSeparation; // adjust where HV long cable starts in Y // useful if you want to let some space for alignment x1[1] = - ladderBoxDH/2 + 2*fgkmm; x2[1] = - ladderBoxDH/2 + underSegDH - cableSeparation - (fgkLongHVcablePolyThick+fgkLongHVcableAlThick)/2; x3[1] = x2[1]; x1[2] = sensorZPos[iSegment]+fgkTransitHVtailLength-5*fgkmm; x2[2] = x1[2]+5*fgkmm; x3[2] = ladderLength/2-endLength; cableHV[iSegment].AddCheckPoint( virtualLadder, 0, x1, vY ); cableHV[iSegment].AddCheckPoint( virtualLadder, 1, x2, vZ ); // vYZ cableHV[iSegment].AddCheckPoint( virtualLadder, 2, x3, vZ ); //cableHV[iSegment].CreateAndInsertCableSegment(1,0); cableHV[iSegment].CreateAndInsertCableCylSegment(1, -45+180); //cableHV[iSegment].CreateAndInsertCableSegment(2,0); cableHV[iSegment].CreateAndInsertBoxCableSegment(2,0); }; // vYZ[2] = -1; x1[0] = fgkTransitHVtailXpos; x2[0] = fgkTransitHVtailXpos; x3[0] = fgkTransitHVtailXpos; for (Int_t iSegment = nDetectors/2; iSegment < nDetectors; iSegment++ ) { Double_t cableSeparation = TMath::Abs(iSegment - (nDetectors/2-1)) *fgkLongHVcableSeparation; x1[1] = - ladderBoxDH/2 + 2*fgkmm; // adjust where HV long cable starts in Y x2[1] = - ladderBoxDH/2 + underSegDH - cableSeparation - (fgkLongHVcablePolyThick+fgkLongHVcableAlThick)/2; x3[1] = x2[1]; x1[2] = sensorZPos[iSegment]-fgkTransitHVtailLength+5*fgkmm; x2[2] = x1[2]-5*fgkmm; x3[2] = -ladderLength/2+endLength; cableHV[iSegment].AddCheckPoint( virtualLadder, 0, x1, vY ); cableHV[iSegment].AddCheckPoint( virtualLadder, 1, x2, vZ ); // vYZ cableHV[iSegment].AddCheckPoint( virtualLadder, 2, x3, vZ ); cableHV[iSegment].CreateAndInsertCableCylSegment(1, -45); cableHV[iSegment].CreateAndInsertBoxCableSegment(2,0); }; }; //********************************** if(GetDebug(1)) virtualLadder->CheckOverlaps(0.01); return virtualLadder; } //________________________________________________________________________ TGeoArb8 *AliITSv11GeometrySDD::CreateLadderSide(const char *name, Double_t dz, Double_t angle, Double_t xSign, Double_t L, Double_t H, Double_t l) { // Create one half of the V shape corner of CF ladder TGeoArb8 *cfLaddSide = new TGeoArb8(dz); cfLaddSide->SetName(name); // Points must be in clockwise order cfLaddSide->SetVertex(0, 0, 0); cfLaddSide->SetVertex(2, xSign*(L*TMath::Sin(angle)-l*TMath::Cos(angle)), -L*TMath::Cos(angle)-l*TMath::Sin(angle)); cfLaddSide->SetVertex(4, 0, 0); cfLaddSide->SetVertex(6, xSign*(L*TMath::Sin(angle)-l*TMath::Cos(angle)), -L*TMath::Cos(angle)-l*TMath::Sin(angle)); if (xSign < 0) { cfLaddSide->SetVertex(1, 0, -H); cfLaddSide->SetVertex(3, xSign*L*TMath::Sin(angle), -L*TMath::Cos(angle)); cfLaddSide->SetVertex(5, 0, -H); cfLaddSide->SetVertex(7, xSign*L*TMath::Sin(angle), -L*TMath::Cos(angle)); } else { cfLaddSide->SetVertex(1, xSign*L*TMath::Sin(angle), -L*TMath::Cos(angle)); cfLaddSide->SetVertex(3, 0, -H); cfLaddSide->SetVertex(5, xSign*L*TMath::Sin(angle), -L*TMath::Cos(angle)); cfLaddSide->SetVertex(7, 0, -H); } return cfLaddSide; } //________________________________________________________________________ TGeoVolume* AliITSv11GeometrySDD::CreateHybrid(Int_t iLRSide) { // // return a box containing the front-end hybrid // Double_t roundHoleX = -fgkHybridWidth/2+fgkHybRndHoleX; Double_t screenTotalThick = fgkHybGlueScrnThick+fgkHybUpThick+fgkHybAlThick; Double_t lowFLTotalThick = fgkHybGlueLowThick+fgkHybUpThick+fgkHybAlThick; // Double_t upFLTotalThick = fgkHybGlueUpThick +fgkHybUpThick+fgkHybAlThick; Double_t chipsCCTotThick = fgkHybUnderNiThick+fgkHybGlueAgThick +fgkHybChipThick+2*(fgkHybUpCCThick+fgkHybAlCCThick); Double_t ccUpLayerTotThick = fgkHybUpCCThick+fgkHybAlCCThick+fgkHybUpCCThick; // Double_t volumeThick = (fgkHybridThBridgeThick+screenTotalThick+lowFLTotalThick // + upFLTotalThick + ccUpLayerTotThick); Double_t volumeThick = (fgkHybridThBridgeThick+screenTotalThick+lowFLTotalThick +fgkHybSMDheight); Double_t lowLayerYmin = -volumeThick/2+fgkHybridThBridgeThick +screenTotalThick; Double_t flUpThick = fgkHybGlueUpThick+fgkHybUpThick; //**************************************************** media : TGeoMedium *airSDD = GetMedium("SDD AIR$"); TGeoMedium *carbonFiberLadderStruct = GetMedium("SDDKAPTON (POLYCH2)$"); //ITSsddCarbonM55J TGeoMedium *alSDD = GetMedium("AL$"); //ITSal TGeoMedium *alSDD80p100 = GetMedium("AL$"); // to code !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! TGeoMedium *alSDD50p100 = GetMedium("AL$"); // to code !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! TGeoMedium *polyhamideSDD = GetMedium("SDDKAPTON (POLYCH2)$"); //ITSsddKAPTON_POLYCH2 TGeoMedium *niSDD = GetMedium("NICKEL$"); TGeoMedium *glueAG = GetMedium("SDDKAPTON (POLYCH2)$"); // to code !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! TGeoMedium *siliconSDD = GetMedium("SDD SI CHIP$"); //ITSsddSiChip TGeoMedium *medSMD = GetMedium("SDD X7R capacitors$"); // SDDX7Rcapacitors TGeoMedium *medSMDweld = GetMedium("SDD X7R weld$"); //**************************************************** main volume : // TGeoBBox *hybridBox = new TGeoBBox("",fgkHybridWidth/2, volumeThick/2, // (fgkHybridLength)/2); Double_t xhybr[6],yhybr[6]; xhybr[0] = -fgkHybridWidth/2; yhybr[0] = -volumeThick/2; xhybr[1] = fgkHybridWidth/2; yhybr[1] = -volumeThick/2; xhybr[2] = fgkHybridWidth/2; yhybr[2] = volumeThick/2; xhybr[3] = -fgkHybridWidth/2; yhybr[3] = volumeThick/2; xhybr[4] = xhybr[3] - 1.05*fgkHybCC2SensorLen*SinD(fgkHybCC2SensorAng); yhybr[4] = yhybr[3] - 1.05*fgkHybCC2SensorLen*CosD(fgkHybCC2SensorAng); xhybr[5] = xhybr[4]; yhybr[5] = yhybr[4] - volumeThick; TGeoXtru *hybridBox = new TGeoXtru(2); hybridBox->DefinePolygon(6, xhybr, yhybr); hybridBox->DefineSection(0,-fgkHybridLength/2); hybridBox->DefineSection(1, fgkHybridLength/2); TGeoVolume *hybrid = new TGeoVolume("ITSsddHybridVol", hybridBox, airSDD); TGeoBBox *sThermalBridge = new TGeoBBox( "", fgkHybridWidth/2, fgkHybridThBridgeThick/2, fgkHybridLength/2); //**************************************************** Thermal bridge : TGeoVolume *vThermalBridge = new TGeoVolume("ITSsddHybridThBridge", sThermalBridge, carbonFiberLadderStruct); vThermalBridge->SetLineColor(fColorCarbonFiber); TGeoTranslation *thBridgeTr = new TGeoTranslation(0, -volumeThick/2 +fgkHybridThBridgeThick/2, 0); hybrid->AddNode(vThermalBridge, 1, thBridgeTr); //**************************************************** Screen layer : TGeoBBox *sAlScreenLayer = new TGeoBBox("sAlScreenLayer", fgkHybridWidth/2, fgkHybAlThick/2, fgkHybridLength/2); //here the upedex and glue layers are both assumed to be polyimide TGeoBBox *sUpGlueScreenLayer = new TGeoBBox("sUpGlueScreenLayer", fgkHybridWidth/2, (fgkHybUpThick+fgkHybGlueScrnThick)/2, fgkHybridLength/2); TGeoTube *sRoundHole = new TGeoTube("sRoundHole", 0, fgkHybRndHoleRad, (screenTotalThick+lowFLTotalThick)/2); TGeoTranslation *upGlueScreenTr = new TGeoTranslation("upGlueScreenTr",0, -volumeThick/2+fgkHybridThBridgeThick+(fgkHybUpThick+fgkHybGlueScrnThick)/2,0); TGeoTranslation *alScreenTr = new TGeoTranslation("AlScreenTr", 0, -volumeThick/2+fgkHybridThBridgeThick+fgkHybUpThick+fgkHybGlueScrnThick +fgkHybAlThick/2, 0); TGeoTranslation hybHolePos1Tr(roundHoleX, -volumeThick/2+fgkHybridThBridgeThick+(screenTotalThick+lowFLTotalThick)/2, -fgkHybridLength/2+fgkHybRndHoleZ); TGeoTranslation hybHolePos2Tr(roundHoleX, -volumeThick/2+fgkHybridThBridgeThick+(screenTotalThick+lowFLTotalThick)/2, fgkHybridLength/2-fgkHybRndHoleZ); TGeoRotation *rotHole = new TGeoRotation("", 0, 90, 0); TGeoCombiTrans *hybHolePos1 = new TGeoCombiTrans(hybHolePos1Tr, *rotHole); hybHolePos1->SetName("hybHolePos1"); TGeoCombiTrans *hybHolePos2 = new TGeoCombiTrans(hybHolePos2Tr, *rotHole); hybHolePos2->SetName("hybHolePos2"); upGlueScreenTr->RegisterYourself(); alScreenTr->RegisterYourself(); hybHolePos1->RegisterYourself(); hybHolePos2->RegisterYourself(); delete rotHole; TGeoCompositeShape *sScreenAl = new TGeoCompositeShape( "sAlScreenLayer:AlScreenTr-(sRoundHole:hybHolePos1" "+sRoundHole:hybHolePos2)"); TGeoVolume *vScreenAl = new TGeoVolume("vScreenAl",sScreenAl, alSDD); vScreenAl->SetLineColor(fColorAl); TGeoCompositeShape *sScreenUpGlue = new TGeoCompositeShape( "sUpGlueScreenLayer:upGlueScreenTr-(sRoundHole:hybHolePos1" "+sRoundHole:hybHolePos2)"); TGeoVolume *vScreenUpGlue = new TGeoVolume("vScreenUpGlue", sScreenUpGlue,polyhamideSDD); vScreenUpGlue->SetLineColor(fColorPolyhamide); hybrid->AddNode(vScreenUpGlue, 1, 0); hybrid->AddNode(vScreenAl, 1, 0); //**************************************************** FL low layer : Double_t sideWidth1 = fgkHybFLlowChipZ1 - fgkHybFLlowHoleDZ/2; Double_t sideWidth2 = fgkHybridLength - fgkHybFLlowChipZ4 - fgkHybFLlowHoleDZ/2; //here the upedex and glue layers are both assumed to be polyimide TGeoBBox *sUpGlueBar1 = new TGeoBBox("sUpGlueBar1", fgkHybridWidth/2, (fgkHybGlueLowThick+fgkHybUpThick)/2, sideWidth1/2); TGeoBBox *sAlBar1 = new TGeoBBox("sAlBar1", fgkHybridWidth/2, fgkHybAlThick/2, sideWidth1/2); TGeoTranslation *upGlueBarTr1 = new TGeoTranslation("upGlueBarTr1", 0, lowLayerYmin+(fgkHybGlueLowThick+fgkHybUpThick)/2, -(fgkHybridLength-sideWidth1)/2); TGeoTranslation *alBarTr1 = new TGeoTranslation("alBarTr1", 0, lowLayerYmin+fgkHybGlueLowThick+fgkHybUpThick+fgkHybAlThick/2, -(fgkHybridLength-sideWidth1)/2); upGlueBarTr1->RegisterYourself(); alBarTr1->RegisterYourself(); TGeoCompositeShape *sLowUpGlueBar1 = new TGeoCompositeShape( "sUpGlueBar1:upGlueBarTr1-sRoundHole:hybHolePos1"); TGeoCompositeShape *sLowAlBar1 = new TGeoCompositeShape( "sAlBar1:alBarTr1-sRoundHole:hybHolePos1"); TGeoVolume *vLowUpGlueBar1 = new TGeoVolume("vLowUpGlueBar1", sLowUpGlueBar1, polyhamideSDD); TGeoVolume *vLowAlBar1 = new TGeoVolume("vLowAlBar1", sLowAlBar1, alSDD); vLowUpGlueBar1->SetLineColor(fColorPolyhamide); vLowAlBar1->SetLineColor(fColorAl); hybrid->AddNode(vLowUpGlueBar1,1,0); hybrid->AddNode(vLowAlBar1,1,0); //--- //here the upedex and glue layers are both assumed to be polyimide TGeoBBox *sUpGlueBar2 = new TGeoBBox("sUpGlueBar2", fgkHybridWidth/2, (fgkHybGlueLowThick+fgkHybUpThick)/2, sideWidth2/2); TGeoBBox *sAlBar2 = new TGeoBBox("sAlBar2", fgkHybridWidth/2, fgkHybAlThick/2, sideWidth2/2); TGeoTranslation *upGlueBarTr2 = new TGeoTranslation("upGlueBarTr2", 0, lowLayerYmin+(fgkHybGlueLowThick+fgkHybUpThick)/2, (fgkHybridLength-sideWidth2)/2); TGeoTranslation *alBarTr2 = new TGeoTranslation("alBarTr2", 0, lowLayerYmin+fgkHybGlueLowThick+fgkHybUpThick+fgkHybAlThick/2, (fgkHybridLength-sideWidth2)/2); upGlueBarTr2->RegisterYourself(); alBarTr2->RegisterYourself(); TGeoCompositeShape *sLowUpGlueBar2 = new TGeoCompositeShape( "sUpGlueBar2:upGlueBarTr2-sRoundHole:hybHolePos2"); TGeoCompositeShape *sLowAlBar2 = new TGeoCompositeShape( "sAlBar2:alBarTr2-sRoundHole:hybHolePos2"); TGeoVolume *vLowUpGlueBar2 = new TGeoVolume("vLowUpGlueBar2",sLowUpGlueBar2, polyhamideSDD); TGeoVolume *vLowAlBar2 = new TGeoVolume("vLowAlBar2",sLowAlBar2, alSDD); vLowUpGlueBar2->SetLineColor(fColorPolyhamide); vLowAlBar2->SetLineColor(fColorAl); hybrid->AddNode(vLowUpGlueBar2, 1, 0); hybrid->AddNode(vLowAlBar2, 1, 0); if(GetDebug(3)) { // Remove compiler warning. sAlScreenLayer->InspectShape(); sUpGlueScreenLayer->InspectShape(); sRoundHole->InspectShape(); sUpGlueBar1->InspectShape(); sUpGlueBar2->InspectShape(); sAlBar1->InspectShape(); sAlBar2->InspectShape(); }; //--- //using class AliITSv11GeomCableFlat to add 2-layer segments ... Double_t piece1width = fgkHybFLlowPasX-fgkHybFLlowHolePasDX/2; AliITSv11GeomCableFlat lowFLpiece("lowFLpiece1",piece1width, lowFLTotalThick); lowFLpiece.SetNLayers(2); lowFLpiece.SetLayer(0, fgkHybGlueLowThick+fgkHybUpThick, polyhamideSDD, fColorPolyhamide); lowFLpiece.SetLayer(1, fgkHybAlThick, alSDD80p100, fColorAl); // alSDD at 80% : mostly to take into account strips of piece 3 Double_t x1[3] = { -fgkHybridWidth/2 + piece1width/2, lowLayerYmin + lowFLTotalThick/2, -fgkHybridLength/2 + sideWidth1 }; Double_t x2[3] ={ x1[0], x1[1], fgkHybridLength/2 - sideWidth2 }; Double_t vZ[3] = {0,0,1}; lowFLpiece.AddCheckPoint( hybrid, 0, x2, vZ ); lowFLpiece.AddCheckPoint( hybrid, 1, x1, vZ ); lowFLpiece.SetInitialNode(hybrid); lowFLpiece.CreateAndInsertBoxCableSegment(1); lowFLpiece.ResetPoints(); Double_t piece2width = fgkHybFLlowAmbX-fgkHybFLlowPasX -fgkHybFLlowHolePasDX/2-fgkHybFLlowHoleAmbDX/2; lowFLpiece.SetWidth(piece2width); lowFLpiece.SetName("lowFLpiece2"); x1[0] = piece2width/2+fgkHybFLlowPasX+fgkHybFLlowHolePasDX/2-fgkHybridWidth/2; x2[0] = x1[0]; lowFLpiece.AddCheckPoint( hybrid, 0, x2, vZ ); lowFLpiece.AddCheckPoint( hybrid, 1, x1, vZ ); lowFLpiece.CreateAndInsertBoxCableSegment(1); lowFLpiece.ResetPoints(); Double_t piece3width = fgkHybridWidth - fgkHybFLlowAmbX - fgkHybFLlowHoleAmbDX/2; lowFLpiece.SetWidth(piece3width); lowFLpiece.SetName("lowFLpiece3"); x1[0] = fgkHybridWidth/2-piece3width/2; x2[0] = x1[0]; lowFLpiece.AddCheckPoint( hybrid, 0, x2, vZ ); lowFLpiece.AddCheckPoint( hybrid, 1, x1, vZ ); lowFLpiece.CreateAndInsertBoxCableSegment(1); Double_t zChips[4] = {fgkHybFLlowChipZ1,fgkHybFLlowChipZ2, fgkHybFLlowChipZ3,fgkHybFLlowChipZ4}; Double_t vX[3] = {1,0,0}; for (Int_t i=0; i<3; i++) { char ch[20]; snprintf(ch, 20, "lowFLpieceA%i", i+4); lowFLpiece.SetName(ch); lowFLpiece.SetWidth(zChips[i+1]-zChips[i]-fgkHybFLlowHoleDZ); lowFLpiece.SetLayer(1, fgkHybAlThick, alSDD, fColorAl); x1[0] = -fgkHybridWidth/2 + piece1width; x2[0] = x1[0] + fgkHybFLlowHolePasDX; Double_t zPiece = (zChips[i+1]+zChips[i])/2 - fgkHybridLength/2; x1[2] = zPiece; x2[2] = zPiece; lowFLpiece.AddCheckPoint( hybrid, 0, x2, vX ); lowFLpiece.AddCheckPoint( hybrid, 1, x1, vX ); lowFLpiece.CreateAndInsertBoxCableSegment(1,90); lowFLpiece.ResetPoints(); snprintf(ch, 20, "lowFLpieceB%i", i+4); lowFLpiece.SetName(ch); x1[0] = fgkHybridWidth/2 - piece3width; x2[0] = x1[0] - fgkHybFLlowHoleAmbDX; lowFLpiece.AddCheckPoint( hybrid, 0, x1, vX ); lowFLpiece.AddCheckPoint( hybrid, 1, x2, vX ); lowFLpiece.CreateAndInsertBoxCableSegment(1,90); }; //**************************************************** chips+CC: AliITSv11GeomCableFlat chip("", fgkHybChipsDZ, chipsCCTotThick); chip.SetInitialNode(hybrid); chip.SetNLayers(5); chip.SetLayer(0, fgkHybUnderNiThick, niSDD, 2); chip.SetLayer(1, fgkHybGlueAgThick, glueAG, 4); chip.SetLayer(2, fgkHybChipThick, siliconSDD, fColorSilicon); chip.SetLayer(3, fgkHybUpCCThick+fgkHybUpCCThick, polyhamideSDD, fColorPolyhamide); chip.SetLayer(4, fgkHybAlCCThick+fgkHybAlCCThick, alSDD80p100, fColorAl); // Here the tho CC (low+up) are merged // In fact, the last layer has a smaller surface of Al -> I put 80% x1[1] = lowLayerYmin + chipsCCTotThick/2; x2[1] = x1[1]; char ch[20]; for (Int_t i=0; i<4; i++) { snprintf(ch, 20, "pascalCC%i", i); chip.SetName(ch); x1[0] = fgkHybFLlowPasX - fgkHybridWidth/2 - fgkHybPascalDX/2; x2[0] = x1[0] + fgkHybPascalDX; x1[2] = zChips[i] - fgkHybridLength/2; x2[2] = x1[2]; chip.AddCheckPoint( hybrid, 0, x1, vX ); chip.AddCheckPoint( hybrid, 1, x2, vX ); chip.CreateAndInsertBoxCableSegment(1,-90); chip.ResetPoints(); snprintf(ch, 20, "ambraCC%i", i); chip.SetName(ch); x1[0] = fgkHybFLlowAmbX - fgkHybridWidth/2 - fgkHybAmbraDX/2; x2[0] = x1[0] + fgkHybAmbraDX; chip.AddCheckPoint( hybrid, 0, x1, vX ); chip.AddCheckPoint( hybrid, 1, x2, vX ); chip.CreateAndInsertBoxCableSegment(1,-90); chip.ResetPoints(); }; //**************************************************** CC outside chips: // I don't think there is a second aluminium layer here ... for (Int_t i = 0; i<4; i++) { snprintf(ch, 20, "ccLayerA%i", i); AliITSv11GeomCableFlat ccLayer1(ch, 6.6*fgkmm, ccUpLayerTotThick); ccLayer1.SetInitialNode(hybrid); ccLayer1.SetNLayers(2); ccLayer1.SetLayer(0, 2*fgkHybUpCCThick, polyhamideSDD, fColorPolyhamide); ccLayer1.SetLayer(1, fgkHybAlCCThick, alSDD50p100, fColorAl); // Al at ~50% x1[0] = -fgkHybridWidth/2; x2[0] = fgkHybFLlowPasX - fgkHybridWidth/2 - fgkHybPascalDX/2; x1[1] = lowLayerYmin + fgkHybUnderNiThick + fgkHybGlueAgThick + fgkHybChipThick + ccUpLayerTotThick/2; x2[1] = x1[1]; x1[2] = zChips[i] - fgkHybridLength/2; x2[2] = x1[2]; ccLayer1.AddCheckPoint( hybrid, 0, x1, vX ); ccLayer1.AddCheckPoint( hybrid, 1, x2, vX ); ccLayer1.CreateAndInsertBoxCableSegment(1,-90); snprintf(ch, 20, "ccLayerB%i", i); AliITSv11GeomCableFlat ccLayer2(ch, fgkHybChipsDZ, ccUpLayerTotThick); ccLayer2.SetInitialNode(hybrid); ccLayer2.SetNLayers(2); ccLayer2.SetLayer(0, 2*fgkHybUpCCThick, polyhamideSDD, fColorPolyhamide); ccLayer2.SetLayer(1, fgkHybAlCCThick, alSDD50p100, fColorAl); // Al at ~50% x1[0] = -fgkHybridWidth/2 + fgkHybFLlowPasX + fgkHybPascalDX/2; x2[0] = -fgkHybridWidth/2 + fgkHybFLlowAmbX - fgkHybAmbraDX/2; ccLayer2.AddCheckPoint( hybrid, 0, x1, vX ); ccLayer2.AddCheckPoint( hybrid, 1, x2, vX ); ccLayer2.CreateAndInsertBoxCableSegment(1,-90); ccLayer2.ResetPoints(); snprintf(ch, 20, "ccLayerC%i", i); ccLayer2.SetName(ch); x1[0] = -fgkHybridWidth/2 + fgkHybFLlowAmbX + fgkHybAmbraDX/2; x2[0] = fgkHybridWidth/2 - fgkHybFLUpperWidth + 3*fgkmm; x1[1] = lowLayerYmin + lowFLTotalThick + flUpThick + fgkHybAlThick + ccUpLayerTotThick/2; x2[1] = x1[1]; ccLayer2.AddCheckPoint( hybrid, 0, x1, vX ); ccLayer2.AddCheckPoint( hybrid, 1, x2, vX ); ccLayer2.CreateAndInsertBoxCableSegment(1,-90); //**************************************************** CC to sensors: // (alas, we cannot use GeomCableFlat here because section is not constant) Double_t xcc[8],ycc[8]; xcc[0] = -0.5*ccLayer1.GetWidth(); ycc[0] = 0; xcc[1] = 0.5*ccLayer1.GetWidth(); ycc[1] = 0; xcc[2] = xcc[1]; ycc[2] = -fgkHybCC2SensorLen*0.8; xcc[3] = xcc[2] + 0.1*fgkHybCC2SensorWid; ycc[3] = ycc[2]; xcc[4] = xcc[3]; ycc[4] = -fgkHybCC2SensorLen; xcc[5] = xcc[4] - fgkHybCC2SensorWid; ycc[5] = ycc[4]; xcc[6] = xcc[5]; ycc[6] = 0.8*ycc[5]; xcc[7] = xcc[0]; ycc[7] = 0.2*ycc[5]; TGeoXtru* ccToSensPoliSh = new TGeoXtru(2); ccToSensPoliSh->DefinePolygon(8, xcc, ycc); ccToSensPoliSh->DefineSection(0, 0.); ccToSensPoliSh->DefineSection(1, ccLayer1.GetThickness()); snprintf(ch, 20, "ccToSens%i", i); TGeoVolume* ccToSensPoliVol = new TGeoVolume(ch, ccToSensPoliSh, polyhamideSDD); ccToSensPoliVol->SetLineColor(fColorPolyhamide); TGeoXtru* ccToSensAlSh = new TGeoXtru(2); xcc[6] += 0.001; ycc[7] -= 0.001; ccToSensAlSh->DefinePolygon(8, xcc, ycc); ccToSensAlSh->DefineSection(0, 0.); ccToSensAlSh->DefineSection(1, fgkHybAlCCThick); snprintf(ch, 20, "ccToSensAl%i", i); TGeoVolume* ccToSensAlVol = new TGeoVolume(ch, ccToSensAlSh, alSDD50p100); ccToSensAlVol->SetLineColor(fColorAl); ccToSensPoliVol->AddNode(ccToSensAlVol, 1, 0); Double_t coord[3]; ccLayer1.GetPoint(0,coord); hybrid->AddNode(ccToSensPoliVol, i+1, new TGeoCombiTrans(coord[0], coord[1], coord[2], new TGeoRotation("",-90-fgkHybCC2SensorAng, 90, 90))); }; //**************************************************** FL UP: // (last Al layer will be a special triangular shape) TGeoBBox *sFLupPolyhamide = new TGeoBBox("sFLupPolyhamide", fgkHybFLUpperWidth/2, flUpThick/2, fgkHybFLUpperLength/2); TGeoVolume *vFLupPolyhamide = new TGeoVolume("vFLupPolyhamide", sFLupPolyhamide, polyhamideSDD); vFLupPolyhamide->SetLineColor(fColorPolyhamide); TGeoTranslation *trFLupPolyhamide = new TGeoTranslation(fgkHybridWidth/2-fgkHybFLUpperWidth/2, lowLayerYmin+lowFLTotalThick+flUpThick/2,0); hybrid->AddNode(vFLupPolyhamide, 1, trFLupPolyhamide); TGeoArb8 *aluStrip = new TGeoArb8(fgkHybAlThick/2); aluStrip->SetVertex( 0,-fgkHybFLUpperAlDZ/2, fgkHybFLUpperWidth); aluStrip->SetVertex( 1, fgkHybFLUpperAlDZ/2, fgkHybFLUpperWidth); aluStrip->SetVertex( 2, fgkHybFLUpperAlDZ/2, fgkHybFLUpperWidth-fgkHybFLUpperAldx); aluStrip->SetVertex( 3,-fgkHybFLUpperAlDZ/2, 0); aluStrip->SetVertex( 4,-fgkHybFLUpperAlDZ/2, fgkHybFLUpperWidth); aluStrip->SetVertex( 5, fgkHybFLUpperAlDZ/2, fgkHybFLUpperWidth); aluStrip->SetVertex( 6, fgkHybFLUpperAlDZ/2, fgkHybFLUpperWidth-fgkHybFLUpperAldx); aluStrip->SetVertex( 7,-fgkHybFLUpperAlDZ/2, 0); TGeoVolume *vAluStrip = new TGeoVolume("vAluStrip",aluStrip, alSDD50p100); // Al at ~50% vAluStrip->SetLineColor(fColorAl); //TGeoRotation rotAluStrip("rotAluStrip",0, -90, 90); TGeoRotation *rotAluStrip = new TGeoRotation("rotAluStrip",0, -90, 90); Double_t yRotAluStrip = lowLayerYmin+lowFLTotalThick +flUpThick+fgkHybAlThick/2; TGeoCombiTrans *aluStripTr1 = new TGeoCombiTrans( fgkHybridWidth/2,yRotAluStrip, fgkHybridLength/2-fgkHybFLlowChipZ1+1*fgkmm, rotAluStrip); TGeoCombiTrans *aluStripTr2 = new TGeoCombiTrans(*aluStripTr1); AddTranslationToCombiTrans(aluStripTr2,0,0, fgkHybFLlowChipZ1-fgkHybFLlowChipZ2); TGeoCombiTrans *aluStripTr3 = new TGeoCombiTrans(*aluStripTr2); AddTranslationToCombiTrans(aluStripTr3,0,0, fgkHybFLlowChipZ2-fgkHybFLlowChipZ3); TGeoCombiTrans *aluStripTr4 = new TGeoCombiTrans(*aluStripTr3); AddTranslationToCombiTrans(aluStripTr4,0,0, fgkHybFLlowChipZ3-fgkHybFLlowChipZ4); hybrid->AddNode(vAluStrip, 1, aluStripTr1); hybrid->AddNode(vAluStrip, 2, aluStripTr2); hybrid->AddNode(vAluStrip, 3, aluStripTr3); hybrid->AddNode(vAluStrip, 4, aluStripTr4); //**************************************************** SMD: TGeoBBox *hybSMD = new TGeoBBox("ITSsddSMDshape", fgkHybSMDmiddleL/2+fgkHybSMDendL, fgkHybSMDheight/2,fgkHybSMDendW/2); TGeoVolume *vHybSMD = new TGeoVolume("ITSsddSMD",hybSMD,airSDD); TGeoBBox *hybSMDmiddle = new TGeoBBox("ITSsddSMDmiddleShape", fgkHybSMDmiddleL/2,fgkHybSMDheight/2, fgkHybSMDmiddleW/2); TGeoVolume *vHybSMDmiddle = new TGeoVolume("ITSsddSMDmiddle", hybSMDmiddle,medSMD); vHybSMDmiddle->SetLineColor(fColorSMD); TGeoBBox *hybSMDend = new TGeoBBox("ITSsddSMDendShape", fgkHybSMDendL/2,fgkHybSMDheight/2,fgkHybSMDendW/2); TGeoVolume *vHybSMDend = new TGeoVolume("ITSsddSMDend", hybSMDend,medSMDweld); vHybSMDend->SetLineColor(fColorSMDweld); TGeoTranslation *vHybSMDendTr1 = new TGeoTranslation("", (fgkHybSMDmiddleL+fgkHybSMDendL)/2,0,0); TGeoTranslation *vHybSMDendTr2 = new TGeoTranslation("", -(fgkHybSMDmiddleL+fgkHybSMDendL)/2,0,0); vHybSMD->AddNode(vHybSMDmiddle,1,0); vHybSMD->AddNode(vHybSMDend,1,vHybSMDendTr1); vHybSMD->AddNode(vHybSMDend,2,vHybSMDendTr2); for (Int_t i=0; i<fgkNHybSMD; i++) { TGeoTranslation *vHybSMDtr = new TGeoTranslation("", -fgkHybridWidth/2+fgkHybSMDposX[i], lowLayerYmin+lowFLTotalThick+fgkHybSMDheight/2, -fgkHybridLength/2+fgkHybSMDposZ[i]); hybrid->AddNode(vHybSMD, i+1, vHybSMDtr); }; if (iLRSide == 0) { }; if(GetDebug(1)) hybrid->CheckOverlaps(0.01); hybrid->SetVisibility(kFALSE); return hybrid; } //________________________________________________________________________ TGeoVolume* AliITSv11GeometrySDD::CreateLadderSegment(Int_t iLay, Int_t iSeg) { // // Return a TGeoVolume* containing a segment of a ladder. // TGeoMedium *phynoxSDD = GetMedium("INOX$"); TGeoMedium *coolerMediumSDD = GetMedium("WATER$"); TGeoMedium *airSDD = GetMedium("SDD AIR$"); TGeoMedium *alSDD = GetMedium("AL$"); Double_t tDY = fgkLadderSegBoxDH/2; //space left on top of the ladder Double_t segmentLength = fgkSegmentLength; Double_t spaceBetweenCables = 500*fgkmicron; //***************************************** // Set parameters according to (iLay,iSeg): //***************************************** Int_t nDetectors = fgkLay3Ndet; Double_t coolPipeSuppH = fgkLay3CoolPipeSuppH; Double_t sensorCenterZPos = fLay3sensorZPos[iSeg]- (fgkSegmentLength*fgkLay3Ndet/2. - fgkSegmentLength/2-(iSeg)*fgkSegmentLength); // sensorCenterZPos = z in segment local coord syst. AliITSv11GeomCableFlat *digitCableA = fDigitCableLay3A; AliITSv11GeomCableFlat *digitCableB = fDigitCableLay3B; if (iLay==3) { } else if (iLay==4) { nDetectors = fgkLay4Ndet; coolPipeSuppH = fgkLay4CoolPipeSuppH; sensorCenterZPos = fLay4sensorZPos[iSeg]- (fgkSegmentLength*fgkLay4Ndet/2. - fgkSegmentLength/2-(iSeg)*fgkSegmentLength); digitCableA = fDigitCableLay4A; digitCableB = fDigitCableLay4B; } else printf("AliITSv11GeometrySDD::CreateLadderSegment Wrong layer index !"); Double_t cableSideSign = -1; if (iSeg<nDetectors/2) cableSideSign = 1; Double_t spaceForCables = spaceBetweenCables* (nDetectors-TMath::Abs(nDetectors-2*iSeg-1)-1)/2 +0.1*fgkmicron; // gives [0-1-2-2-1-0]*spaceBetweenCables // or [0-1-2-3-3-2-1-0]*spaceBetweenCables Int_t iUpdateCableMin; Int_t iUpdateCableMax; if (cableSideSign==-1) { iUpdateCableMin = nDetectors/2; iUpdateCableMax = iSeg-1; } else { iUpdateCableMin = iSeg+1; iUpdateCableMax = nDetectors/2-1; }; if(GetDebug(1)){ cout << "Segment ("<< iLay <<',' << iSeg << ") : sensor z shift in local segment coord.=" << sensorCenterZPos << endl; }; //**************************** // The segment volume //**************************** // Use of TGeoVolumeAssembly increases the calculation time of overlaps and very // likely slows down the transport of particles through the geometry //TGeoVolumeAssembly *virtualSeg = new TGeoVolumeAssembly("ITSsddSegment"); // TGeoBBox *segBox = new TGeoBBox("ITSsddSegBox", // fgkLadderWidth/2+fgkPinSuppWidth+fgkLadderSegBoxDW, // fgkLadderHeight/2+fgkLadderSegBoxDH/2, // segmentLength/2); // A shaped Xtru instead of a simple BBox to avoid overlaps and extrusions TGeoXtru *segBox = new TGeoXtru(2); segBox->SetName("ITSsddSegBox"); Double_t xseg[12],yseg[12]; xseg[ 0] = -(fgkLadderWidth/2+fgkPinSuppWidth+fgkLadderSegBoxDW); yseg[ 0] = fgkLadderHeight/2+fgkLadderSegBoxDH/2; xseg[ 1] = xseg[0]; yseg[ 1] = -yseg[0]; xseg[ 2] = 0.87*xseg[1]; yseg[ 2] = yseg[1]; xseg[ 3] = 0.77*xseg[1]; yseg[ 3] = -yseg[0] - 0.62*fgkHybCC2SensorLen; xseg[ 4] = 0.72*xseg[1]; yseg[ 4] = yseg[3]; xseg[ 5] = 0.83*xseg[1]; yseg[ 5] = yseg[1]; for (Int_t j=0; j<6; j++) { xseg[6+j] = -xseg[5-j]; yseg[6+j] = yseg[5-j]; } segBox->DefinePolygon(12, xseg, yseg); segBox->DefineSection(0,-segmentLength/2); segBox->DefineSection(1, segmentLength/2); TGeoVolume *virtualSeg = new TGeoVolume("ITSsddSegment", segBox, airSDD); virtualSeg->SetVisibility(kFALSE); //****************************** // Carbon fiber structure : //****************************** virtualSeg->AddNode(fLaddSegCommonVol[0], 1, fLaddSegCommonTr[0]); Int_t volumeIndex = 1; for (Int_t i = 1; i<fgkNladdSegCommonVol;i++ ) { if (fLaddSegCommonVol[i]==fLaddSegCommonVol[i-1]) volumeIndex++; else volumeIndex = 1; virtualSeg->AddNode(fLaddSegCommonVol[i], volumeIndex, fLaddSegCommonTr[i]); }; //********************************** // Pine support of the sensors : //********************************** TGeoRotation *rotPS1 = new TGeoRotation("",0,-90,90); TGeoRotation *rotPS2 = new TGeoRotation("",0,-90,-90); // The use of the following constructor type allow to use rotPS1 and rotPS2 // (and not copy them) therefore we gain some memory TGeoCombiTrans *transPS1 = new TGeoCombiTrans( fgkPinDYOnSensor, - fgkLadderHeight/2.-tDY + fgkPinSuppHeight/2., sensorCenterZPos+fgkPinDXminOnSensor,rotPS1); TGeoCombiTrans *transPS2 = new TGeoCombiTrans( fgkPinDYOnSensor, - fgkLadderHeight/2.-tDY + fgkPinSuppHeight/2., sensorCenterZPos+fgkPinDXminOnSensor,rotPS1); AddTranslationToCombiTrans(transPS2, 0, 0, fgkPinPinDDXOnSensor); TGeoCombiTrans *transPS3 = new TGeoCombiTrans( fgkPinDYOnSensor, - fgkLadderHeight/2.-tDY + fgkPinSuppHeight/2., sensorCenterZPos+fgkPinDXminOnSensor,rotPS1); AddTranslationToCombiTrans(transPS3, 0, 0, -2*fgkPinDXminOnSensor); TGeoCombiTrans *transPS4 = new TGeoCombiTrans( fgkPinDYOnSensor, - fgkLadderHeight/2.-tDY + fgkPinSuppHeight/2., sensorCenterZPos+fgkPinDXminOnSensor,rotPS1); AddTranslationToCombiTrans(transPS4, 0, 0, -2*fgkPinDXminOnSensor-fgkPinPinDDXOnSensor); TGeoCombiTrans *transPS5 = new TGeoCombiTrans( -fgkPinDYOnSensor, - fgkLadderHeight/2. - tDY + fgkPinSuppHeight/2., sensorCenterZPos+fgkPinDXminOnSensor,rotPS2); TGeoCombiTrans *transPS6 = new TGeoCombiTrans( -fgkPinDYOnSensor, - fgkLadderHeight/2. - tDY + fgkPinSuppHeight/2., sensorCenterZPos+fgkPinDXminOnSensor,rotPS2); AddTranslationToCombiTrans(transPS6, 0, 0, fgkPinPinDDXOnSensor); TGeoCombiTrans *transPS7 = new TGeoCombiTrans( -fgkPinDYOnSensor, - fgkLadderHeight/2. - tDY + fgkPinSuppHeight/2., sensorCenterZPos+fgkPinDXminOnSensor,rotPS2); AddTranslationToCombiTrans(transPS7, 0, 0, -2*fgkPinDXminOnSensor); TGeoCombiTrans *transPS8 = new TGeoCombiTrans( -fgkPinDYOnSensor, - fgkLadderHeight/2. - tDY + fgkPinSuppHeight/2., sensorCenterZPos+fgkPinDXminOnSensor,rotPS2); AddTranslationToCombiTrans(transPS8, 0, 0, -2*fgkPinDXminOnSensor-fgkPinPinDDXOnSensor); virtualSeg->AddNode(fPinSupport, 1, transPS1); virtualSeg->AddNode(fPinSupport, 2, transPS2); virtualSeg->AddNode(fPinSupport, 3, transPS3); virtualSeg->AddNode(fPinSupport, 4, transPS4); virtualSeg->AddNode(fPinSupport, 5, transPS5); virtualSeg->AddNode(fPinSupport, 6, transPS6); virtualSeg->AddNode(fPinSupport, 7, transPS7); virtualSeg->AddNode(fPinSupport, 8, transPS8); TGeoMedium *pinMed = GetMedium("RYTON$"); Double_t fgkPinHeight = 4.5*fgkmm; TGeoTube *pineS = new TGeoTube("ITSsddPin",0,fgkPinR, fgkPinHeight/2.); TGeoVolume *pineV = new TGeoVolume("ITSsddPinVol", pineS, pinMed); TGeoCombiTrans *transPS2b = new TGeoCombiTrans( fgkPinDYOnSensor, - fgkLadderHeight/2.-tDY + fgkPinHeight/2., sensorCenterZPos+fgkPinDXminOnSensor,rotPS1); AddTranslationToCombiTrans(transPS2b, 0, 0, fgkPinPinDDXOnSensor); virtualSeg->AddNode(pineV, 1, transPS2b); TGeoCombiTrans *transPS6b = new TGeoCombiTrans( -fgkPinDYOnSensor, - fgkLadderHeight/2. - tDY + fgkPinHeight/2., sensorCenterZPos+fgkPinDXminOnSensor,rotPS2); AddTranslationToCombiTrans(transPS6b, 0, 0, fgkPinPinDDXOnSensor); virtualSeg->AddNode(pineV, 2, transPS6b); TGeoCombiTrans *transPS4b = new TGeoCombiTrans( fgkPinDYOnSensor, - fgkLadderHeight/2.-tDY + fgkPinHeight/2., sensorCenterZPos+fgkPinDXminOnSensor,rotPS1); AddTranslationToCombiTrans(transPS4b, 0, 0, -2*fgkPinDXminOnSensor-fgkPinPinDDXOnSensor); virtualSeg->AddNode(pineV, 3, transPS4b); TGeoCombiTrans *transPS8b = new TGeoCombiTrans( -fgkPinDYOnSensor, - fgkLadderHeight/2. - tDY + fgkPinHeight/2., sensorCenterZPos+fgkPinDXminOnSensor,rotPS2); AddTranslationToCombiTrans(transPS8b, 0, 0, -2*fgkPinDXminOnSensor-fgkPinPinDDXOnSensor); virtualSeg->AddNode(pineV, 4, transPS8b); //****************************** // Cooling pipe supports : //****************************** Double_t triangleHeight = fgkLadderHeight - fgkLadderBeamRadius; Double_t halfTheta = TMath::ATan( 0.5*fgkLadderWidth/triangleHeight ); Double_t triangleCPaxeDist = fgkCoolPipeSuppAxeDist-fgkCoolPipeSuppWidthExt- fgkCoolPipeSuppWidthIn+fgkLadderBeamRadius; Double_t coolPipeSuppL = TMath::Tan(halfTheta)* (triangleHeight+triangleCPaxeDist/ TMath::Sin(halfTheta)-coolPipeSuppH); if (fAddCoolingSyst) { TGeoRotation *rotCPS2 = new TGeoRotation("", -halfTheta*TMath::RadToDeg(), -90, 90); TGeoRotation *rotCPS1 = new TGeoRotation("", halfTheta*TMath::RadToDeg(), -90, -90); TGeoCombiTrans *transCPS1 = new TGeoCombiTrans(coolPipeSuppL, -fgkLadderHeight/2. - tDY +coolPipeSuppH+fgkLadderBeamRadius, -segmentLength/2., rotCPS1); TGeoCombiTrans *transCPS3 = new TGeoCombiTrans(coolPipeSuppL, -fgkLadderHeight/2. - tDY +coolPipeSuppH+fgkLadderBeamRadius, -segmentLength/2., rotCPS1); AddTranslationToCombiTrans(transCPS3, 0, 0, segmentLength); TGeoCombiTrans *transCPS2 = new TGeoCombiTrans(-coolPipeSuppL, -fgkLadderHeight/2.- tDY +coolPipeSuppH+fgkLadderBeamRadius, segmentLength/2., rotCPS2); TGeoCombiTrans *transCPS4 = new TGeoCombiTrans(-coolPipeSuppL, -fgkLadderHeight/2.- tDY +coolPipeSuppH+fgkLadderBeamRadius, segmentLength/2., rotCPS2); AddTranslationToCombiTrans(transCPS4, 0, 0, -segmentLength); virtualSeg->AddNode(fCoolPipeSupportL, 1, transCPS1); virtualSeg->AddNode(fCoolPipeSupportL, 2, transCPS2); virtualSeg->AddNode(fCoolPipeSupportR, 1, transCPS3); virtualSeg->AddNode(fCoolPipeSupportR, 2, transCPS4); }; //************************ // Cooling pipes : //************************ TGeoTranslation *pipeTr1 = new TGeoTranslation(coolPipeSuppL, -fgkLadderHeight/2. - tDY + fgkLadderBeamRadius+coolPipeSuppH, 0); TGeoTranslation *pipeTr2 = new TGeoTranslation(-coolPipeSuppL, -fgkLadderHeight/2.- tDY + fgkLadderBeamRadius+coolPipeSuppH, 0); if (fAddCoolingSyst) { TGeoTube *coolingPipeShape = new TGeoTube( fgkCoolPipeInnerDiam/2, fgkCoolPipeOuterDiam/2, segmentLength/2); TGeoTube *coolerShape = new TGeoTube( 0, fgkCoolPipeInnerDiam/2, segmentLength/2); TGeoVolume *coolingPipe = new TGeoVolume("ITSsddCoolingPipe", coolingPipeShape, phynoxSDD ); coolingPipe->SetLineColor(fColorPhynox); TGeoVolume *cooler = new TGeoVolume("ITSsddCoolingLiquid",coolerShape, coolerMediumSDD ); virtualSeg->AddNode(coolingPipe, 1, pipeTr1); virtualSeg->AddNode(coolingPipe, 2, pipeTr2); if (fCoolingOn) { virtualSeg->AddNode(cooler, 1, pipeTr1); virtualSeg->AddNode(cooler, 2, pipeTr2); }; }; //********************************** // Bases of hybrid thermal bridges //********************************** Double_t shiftHyb = 1.05; // shift between thermal Bridge base and thermal bridge // approx !!! not clear on 0752/14-A if (fAddCoolingSyst) { TGeoRotation rotHybrid1("", 0, 0, -90 - fgkHybridAngle); TGeoRotation rotHybrid2("", 0 ,180, 90 - fgkHybridAngle); TGeoCombiTrans *baseTr1 = new TGeoCombiTrans(*pipeTr2, rotHybrid1); TGeoCombiTrans *baseTr2 = new TGeoCombiTrans(*pipeTr1, rotHybrid2); virtualSeg->AddNode(fBaseThermalBridge, 1, baseTr1); virtualSeg->AddNode(fBaseThermalBridge, 2, baseTr2); }; //************************* // the 2 hybrids : //************************* Double_t hybDy = ((TGeoXtru*)fHybrid->GetShape())->GetY(2); Double_t distAxeToHybridCenter = fgkBTBaxisAtoBase+hybDy; Double_t hybrVolX = ( distAxeToHybridCenter*CosD(fgkHybridAngle) - shiftHyb*SinD(fgkHybridAngle) ); Double_t hybrVolY = ( distAxeToHybridCenter*SinD(fgkHybridAngle) + shiftHyb*CosD(fgkHybridAngle) ); if (fAddHybrids) { TGeoRotation rotHybrid3("", 0, 0, 90. - fgkHybridAngle); TGeoRotation rotHybrid4("", 0 ,180, -90. - fgkHybridAngle); TGeoCombiTrans *hybTr1 = new TGeoCombiTrans(*pipeTr2, rotHybrid3); TGeoCombiTrans *hybTr2 = new TGeoCombiTrans(*pipeTr1, rotHybrid4); AddTranslationToCombiTrans( hybTr1, -hybrVolX, hybrVolY, 0); AddTranslationToCombiTrans( hybTr2, hybrVolX, hybrVolY, 0); virtualSeg->AddNode(fHybrid, 1, hybTr1); virtualSeg->AddNode(fHybrid, 2, hybTr2); }; //*********** // cables //*********** if (fAddCables) { // Starting from this segment Double_t hybDz = ((TGeoXtru*)fHybrid->GetShape())->GetZ(1); Double_t hybDx = ((TGeoXtru*)fHybrid->GetShape())->GetX(1); Double_t posDigitCableAlongHyb = shiftHyb+ hybDx - digitCableA->GetWidth()/2; Double_t distAxeToDigitCableCenter = distAxeToHybridCenter+hybDy - digitCableA->GetThickness()/2; Double_t digitCableX = ( coolPipeSuppL + distAxeToDigitCableCenter*CosD(fgkHybridAngle) - posDigitCableAlongHyb*SinD(fgkHybridAngle) ); Double_t digitCableY = ( - fgkLadderHeight/2.-TMath::Abs(tDY) + fgkLadderBeamRadius+coolPipeSuppH + distAxeToDigitCableCenter*SinD(fgkHybridAngle) + posDigitCableAlongHyb*CosD(fgkHybridAngle) ); Double_t digitCableCenterA0[3]={ -cableSideSign*digitCableX, digitCableY, cableSideSign*hybDz }; Double_t digitCableCenterA1[3] = { -cableSideSign*(digitCableX+spaceForCables*CosD(fgkHybridAngle)), digitCableY+spaceForCables*SinD(fgkHybridAngle), cableSideSign*segmentLength/2 }; Double_t digitCableCenterB0[3]={ cableSideSign*digitCableX, digitCableY,cableSideSign*hybDz}; Double_t digitCableCenterB1[3]={ cableSideSign*(digitCableX+spaceForCables*CosD(fgkHybridAngle)), digitCableY+spaceForCables*SinD(fgkHybridAngle), cableSideSign*segmentLength/2 }; Double_t vZ[3] = {0,0,1}; digitCableA[iSeg].AddCheckPoint( virtualSeg, 0, digitCableCenterA0, vZ); digitCableA[iSeg].AddCheckPoint( virtualSeg, 1, digitCableCenterA1, vZ); digitCableB[iSeg].AddCheckPoint( virtualSeg, 0, digitCableCenterB0, vZ); digitCableB[iSeg].AddCheckPoint( virtualSeg, 1, digitCableCenterB1, vZ); // Updating the other cables for (Int_t iCable=iUpdateCableMin; iCable<=iUpdateCableMax; iCable++) { Int_t iPoint = TMath::Abs(iCable-iSeg)+1; Double_t coord[3]; digitCableA[iCable].GetPoint( 1, coord); digitCableA[iCable].AddCheckPoint( virtualSeg, iPoint, coord, vZ); digitCableB[iCable].GetPoint( 1, coord); digitCableB[iCable].AddCheckPoint( virtualSeg, iPoint, coord, vZ); }; // Now the small Al foil on the same hybrid side Double_t xfoil[5],yfoil[5]; hybDx *= 0.95; xfoil[0] = -fgkHybridAlFoilWide/2; yfoil[0] = hybDx; xfoil[1] = fgkHybridAlFoilWide/2; yfoil[1] = yfoil[0]; xfoil[2] = xfoil[1]; yfoil[2] = -hybDx + (fgkHybridAlFoilWide - fgkHybridAlFoilSide); xfoil[3] = xfoil[0] + fgkHybridAlFoilSide; yfoil[3] = -hybDx; xfoil[4] = xfoil[0]; yfoil[4] = yfoil[3]; TGeoXtru* alFoilSh = new TGeoXtru(2); alFoilSh->DefinePolygon(5, xfoil, yfoil); alFoilSh->DefineSection(0,-fgkHybridAlFoilThick/2); alFoilSh->DefineSection(1, fgkHybridAlFoilThick/2); TGeoVolume* alFoilVol = new TGeoVolume("ITSsddAlFoilHybSide", alFoilSh, alSDD); alFoilVol->SetLineColor(fColorAl); Double_t zFoilTrans = cableSideSign*(hybDz + alFoilSh->GetX(1)); TGeoRotation rotFoil3; TGeoRotation rotFoil4; if (cableSideSign > 0) { rotFoil3 = TGeoRotation("", 90-fgkHybridAngle, -90, -90); rotFoil4 = TGeoRotation("",-90+fgkHybridAngle, 90, 90); } else { rotFoil3 = TGeoRotation("", 90-fgkHybridAngle, 90, -90); rotFoil4 = TGeoRotation("",-90+fgkHybridAngle, -90, 90); } TGeoCombiTrans *foiTr1 = new TGeoCombiTrans(*pipeTr2, rotFoil3); TGeoCombiTrans *foiTr2 = new TGeoCombiTrans(*pipeTr1, rotFoil4); AddTranslationToCombiTrans( foiTr1, -hybrVolX, hybrVolY, zFoilTrans); AddTranslationToCombiTrans( foiTr2, hybrVolX, hybrVolY, zFoilTrans); virtualSeg->AddNode(alFoilVol, 1, foiTr1); virtualSeg->AddNode(alFoilVol, 2, foiTr2); }; //********************************** if(GetDebug(1)) virtualSeg->CheckOverlaps(0.01); return virtualSeg; } //________________________________________________________________________ TGeoVolume* AliITSv11GeometrySDD::CreatePinSupport() { // // Create a pine support and its pine // axis of rotation is the cone axis, center in its middle // TGeoMedium *rytonSDD = GetMedium("RYTON$"); TGeoCone *cone = new TGeoCone("ITSsddPinSuppCone",fgkPinSuppHeight/2., 0,fgkPinSuppRmax,0,fgkPinSuppRmax- fgkPinSuppHeight*TanD(fgkPinSuppConeAngle) ); TGeoBBox *tong = new TGeoBBox("ITSsddPinSuppTong",fgkPinSuppRmax, fgkPinSuppLength/2.,fgkPinSuppThickness/2.); TGeoTube *hole = new TGeoTube("ITSsddPinSuppHole",0,fgkPinR, fgkPinSuppHeight/2.+0.00001); // 0.00001 is for seing the actual hole (avoid viewer artefact) if(GetDebug(3)){// Remove compiler warning. cone->InspectShape(); tong->InspectShape(); hole->InspectShape(); }; TGeoTranslation *tongTrans = new TGeoTranslation("ITSsddPinSuppTongTr",0, fgkPinSuppLength/2.,-fgkPinSuppHeight/2.+fgkPinSuppThickness/2.); tongTrans->RegisterYourself(); TGeoCompositeShape *pinSupportShape = new TGeoCompositeShape( "ITSsddPinSupportShape","(ITSsddPinSuppCone+" "ITSsddPinSuppTong:ITSsddPinSuppTongTr)-ITSsddPinSuppHole"); TGeoVolume *pinSupport = new TGeoVolume("ITSsddPinSupport", pinSupportShape, rytonSDD); pinSupport->SetLineColor(fColorRyton); return pinSupport; } //________________________________________________________________________ TGeoVolume* AliITSv11GeometrySDD::CreateCoolPipeSupportL() { // // Create half of the cooling pipe support (ALR-0752/3) // Double_t diffX = fgkCoolPipeSuppHeight*TanD(fgkCoolPipeSuppAngle); TGeoArb8 *side1 = new TGeoArb8(fgkCoolPipeSuppHeight/2.); side1->SetName("ITSsddCPSside1"); side1->SetVertex( 0, 0, -fgkCoolPipeSuppWidthExt/2.); side1->SetVertex( 1, 0, fgkCoolPipeSuppWidthExt/2.); side1->SetVertex( 2, fgkCoolPipeSuppMaxLength/2.-diffX, fgkCoolPipeSuppWidthExt/2.); side1->SetVertex( 3, fgkCoolPipeSuppMaxLength/2.-diffX, -fgkCoolPipeSuppWidthExt/2.); side1->SetVertex( 4, 0, -fgkCoolPipeSuppWidthExt/2.); side1->SetVertex( 5, 0, fgkCoolPipeSuppWidthExt/2.); side1->SetVertex( 6, fgkCoolPipeSuppMaxLength/2., fgkCoolPipeSuppWidthExt/2.); side1->SetVertex( 7, fgkCoolPipeSuppMaxLength/2., -fgkCoolPipeSuppWidthExt/2.); TGeoTranslation *side1Tr = new TGeoTranslation("ITSsddCPStr1",0, - fgkCoolPipeSuppAxeDist + fgkCoolPipeSuppWidthExt/2., 0); side1Tr->RegisterYourself(); TGeoTranslation *side2Tr = new TGeoTranslation("ITSsddCPStr2",0, - fgkCoolPipeSuppAxeDist + fgkCoolPipeSuppWidthExt*3/2. + fgkCoolPipeSuppWidthIn,0); side2Tr->RegisterYourself(); TGeoBBox *middle = new TGeoBBox("ITSsddCPSmiddle", (fgkCoolPipeSuppMaxLength/2.-fgkCoolPipeSuppSlitL)/2., fgkCoolPipeSuppWidthIn/2., fgkCoolPipeSuppHeight/2.); TGeoTranslation *middleTr = new TGeoTranslation("ITSsddCPStr3", (fgkCoolPipeSuppMaxLength/2.-fgkCoolPipeSuppSlitL)/2., -fgkCoolPipeSuppAxeDist+fgkCoolPipeSuppWidthExt +fgkCoolPipeSuppWidthIn/2., 0); middleTr->RegisterYourself(); TGeoBBox *axeBox = new TGeoBBox("ITSsddCPSaxeBox", fgkCoolPipeSuppTongW/4., (fgkCoolPipeSuppFulWidth - 2*fgkCoolPipeSuppWidthExt - fgkCoolPipeSuppWidthIn)/2, fgkCoolPipeSuppHeight/2.); TGeoTranslation *axeBoxTr = new TGeoTranslation("ITSsddCPSAxBoxTr", fgkCoolPipeSuppTongW/4., - fgkCoolPipeSuppAxeDist + fgkCoolPipeSuppFulWidth - axeBox->GetDY(), 0); axeBoxTr->RegisterYourself(); TGeoTube *axe = new TGeoTube("ITSsddCPSaxe",0,fgkCoolPipeSuppHoleDiam/2., fgkCoolPipeSuppTongW/4.); TGeoRotation *axeRot = new TGeoRotation("ITSsddCPSaxeRot",90,90,0); TGeoCombiTrans *axeTrans = new TGeoCombiTrans("ITSsddCPSaxeTr", fgkCoolPipeSuppTongW/4.,0,0,axeRot); axeTrans->RegisterYourself(); //delete axeRot; // make the code crash, no idea of why !!! if(GetDebug(3)){ middle->InspectShape(); axe->InspectShape(); }; TGeoMedium *rytonSDD = GetMedium("RYTON$"); TGeoCompositeShape *coolPipeSuppShape = new TGeoCompositeShape( "ITSsddCoolPipeSuppShapeL", "ITSsddCPSmiddle:ITSsddCPStr3" "+ITSsddCPSside1:ITSsddCPStr1" "+ITSsddCPSside1:ITSsddCPStr2" "+ITSsddCPSaxeBox:ITSsddCPSAxBoxTr" "-ITSsddCPSaxe:ITSsddCPSaxeTr"); TGeoVolume *coolPipeSupp = new TGeoVolume("ITSsddCoolPipeSupportL", coolPipeSuppShape, rytonSDD); coolPipeSupp->SetLineColor(fColorRyton); return coolPipeSupp; } //________________________________________________________________________ TGeoVolume* AliITSv11GeometrySDD::CreateCoolPipeSupportR() { // //Create half of the cooling pipe support (ALR-0752/3) // Double_t diffX = fgkCoolPipeSuppHeight*TanD(fgkCoolPipeSuppAngle); TGeoArb8 *side1 = new TGeoArb8(fgkCoolPipeSuppHeight/2.); side1->SetName("ITSsddCPSside1R"); side1->SetVertex( 0, 0, -fgkCoolPipeSuppWidthExt/2.); side1->SetVertex( 1, -(fgkCoolPipeSuppMaxLength/2.-diffX), -fgkCoolPipeSuppWidthExt/2.); side1->SetVertex( 2, -(fgkCoolPipeSuppMaxLength/2.-diffX), fgkCoolPipeSuppWidthExt/2.); side1->SetVertex( 3, 0, fgkCoolPipeSuppWidthExt/2.); side1->SetVertex( 4, 0, -fgkCoolPipeSuppWidthExt/2.); side1->SetVertex( 5, -fgkCoolPipeSuppMaxLength/2., -fgkCoolPipeSuppWidthExt/2.); side1->SetVertex( 6, -fgkCoolPipeSuppMaxLength/2., fgkCoolPipeSuppWidthExt/2.); side1->SetVertex( 7, 0, fgkCoolPipeSuppWidthExt/2.); TGeoTranslation *side1Tr = new TGeoTranslation("ITSsddCPStr1R",0, - fgkCoolPipeSuppAxeDist + fgkCoolPipeSuppWidthExt/2., 0); side1Tr->RegisterYourself(); TGeoTranslation *side2Tr = new TGeoTranslation("ITSsddCPStr2R",0, - fgkCoolPipeSuppAxeDist + fgkCoolPipeSuppWidthExt*3/2. + fgkCoolPipeSuppWidthIn, 0); side2Tr->RegisterYourself(); TGeoBBox *middle = new TGeoBBox("ITSsddCPSmiddleR", (fgkCoolPipeSuppMaxLength/2. - fgkCoolPipeSuppSlitL)/2., fgkCoolPipeSuppWidthIn/2., fgkCoolPipeSuppHeight/2.); TGeoTranslation *middleTr = new TGeoTranslation("ITSsddCPStr3R", -( fgkCoolPipeSuppMaxLength/2. -fgkCoolPipeSuppSlitL)/2., -fgkCoolPipeSuppAxeDist + fgkCoolPipeSuppWidthExt + fgkCoolPipeSuppWidthIn/2.,0); middleTr->RegisterYourself(); TGeoBBox *axeBox = new TGeoBBox("ITSsddCPSaxeBoxR", fgkCoolPipeSuppTongW/4., (fgkCoolPipeSuppFulWidth - 2*fgkCoolPipeSuppWidthExt - fgkCoolPipeSuppWidthIn)/2, fgkCoolPipeSuppHeight/2.); TGeoTranslation *axeBoxTr = new TGeoTranslation("ITSsddCPSAxBoxTrR", - fgkCoolPipeSuppTongW/4., - fgkCoolPipeSuppAxeDist + fgkCoolPipeSuppFulWidth - axeBox->GetDY(),0); axeBoxTr->RegisterYourself(); TGeoTube *axe = new TGeoTube("ITSsddCPSaxeR",0,fgkCoolPipeSuppHoleDiam/2., fgkCoolPipeSuppTongW/4.); TGeoRotation *axeRot = new TGeoRotation("ITSsddCPSaxeRotR",90,90,0); TGeoCombiTrans *axeTrans = new TGeoCombiTrans("ITSsddCPSaxeTrR", -fgkCoolPipeSuppTongW/4.,0,0,axeRot); axeTrans->RegisterYourself(); //delete axeRot; if(GetDebug(3)){ middle->InspectShape(); axe->InspectShape(); }; TGeoCompositeShape *coolPipeSuppShape = new TGeoCompositeShape( "ITSsddCoolPipeSuppShapeR", "ITSsddCPSmiddleR:ITSsddCPStr3R" "+ITSsddCPSside1R:ITSsddCPStr1R" "+ITSsddCPSside1R:ITSsddCPStr2R" "+ITSsddCPSaxeBoxR:ITSsddCPSAxBoxTrR" "-ITSsddCPSaxeR:ITSsddCPSaxeTrR"); TGeoMedium *rytonSDD = GetMedium("RYTON$"); TGeoVolume *coolPipeSupp = new TGeoVolume( "ITSsddCoolPipeSupportR", coolPipeSuppShape, rytonSDD); coolPipeSupp->SetLineColor(fColorRyton); return coolPipeSupp; } //________________________________________________________________________ TGeoVolume* AliITSv11GeometrySDD::CreateBaseThermalBridge() { // // based on ALR 0752/8 // Double_t dy = fgkBTBaxisAtoBase - fgkRadiusBminBTB - fgkBTBthick; Double_t base1width = fgkBTBwidth - fgkBTBaxisAtoBottom - fgkRadiusBminBTB - (fgkRadiusAminBTB+fgkBTBthick); TGeoBBox *base1 = new TGeoBBox( "ITSsddBTBbase1", base1width/2., fgkBTBthick/2., fgkBTBlength/2.); TGeoTranslation *base1Tr = new TGeoTranslation("ITSsddBTBtr1", fgkBTBaxisAtoBottom-fgkBTBwidth+base1width/2., -(fgkBTBaxisAtoBase-fgkBTBthick/2.), 0); base1Tr->RegisterYourself(); Double_t base2width = fgkBTBaxisAtoBottom - fgkRadiusAminBTB - fgkBTBthick - fgkRadiusBminBTB; TGeoBBox *base2 = new TGeoBBox( "ITSsddBTBbase2", base2width/2., fgkBTBthick/2., fgkBTBlength/2.); TGeoTranslation *base2Tr = new TGeoTranslation("ITSsddBTBtr2", fgkBTBaxisAtoBottom - base2width/2., -(fgkBTBaxisAtoBase-fgkBTBthick/2.), 0); base2Tr->RegisterYourself(); TGeoBBox *side = new TGeoBBox( "ITSsddBTBside", fgkBTBthick/2., dy/2., fgkBTBlength/2.); TGeoTranslation *sideTr1 = new TGeoTranslation("ITSsddBTBsideTr1", -fgkRadiusAminBTB-fgkBTBthick/2., -dy/2., 0); TGeoTranslation *sideTr2 = new TGeoTranslation("ITSsddBTBsideTr2", fgkRadiusAminBTB+fgkBTBthick/2., -dy/2., 0); sideTr1->RegisterYourself(); sideTr2->RegisterYourself(); TGeoBBox *hole = new TGeoBBox( "ITSsddBTBhole", fgkBTBHolewidth/2., fgkBTBthick/2., fgkBTBHoleLength/2.); TGeoTranslation *holeTr1 = new TGeoTranslation("ITSsddBTBholeTr1", - fgkBTBHoleRefX + fgkBTBHolewidth/2., - (fgkBTBaxisAtoBase-fgkBTBthick/2.), fgkBTBHoleRefY+(fgkBTBHoleLength-fgkBTBlength)/2.); TGeoTranslation *holeTr2 = new TGeoTranslation("ITSsddBTBholeTr2", - fgkBTBHoleRefX + fgkBTBHolewidth/2., - (fgkBTBaxisAtoBase-fgkBTBthick/2.), - fgkBTBHoleRefY-(fgkBTBHoleLength-fgkBTBlength)/2.); holeTr1->RegisterYourself(); holeTr2->RegisterYourself(); Double_t radiusAmaxBTB = fgkRadiusAminBTB + fgkBTBthick; TGeoTubeSeg *mainAxis = new TGeoTubeSeg( "ITSsddBTBmainAxis", fgkRadiusAminBTB, radiusAmaxBTB, fgkBTBlength/2., 0., 180.); TGeoTubeSeg *round1 = new TGeoTubeSeg( "ITSsddBTBround1", fgkRadiusBminBTB, fgkRadiusBminBTB+fgkBTBthick, fgkBTBlength/2., 270., 360.); TGeoTranslation *roundTr1 = new TGeoTranslation("ITSsddBTBround1Tr", -(fgkRadiusAminBTB+fgkBTBthick+fgkRadiusBminBTB), -dy, 0); roundTr1->RegisterYourself(); TGeoTubeSeg *round2 = new TGeoTubeSeg( "ITSsddBTBround2", fgkRadiusBminBTB, fgkRadiusBminBTB+fgkBTBthick, fgkBTBlength/2., 180., 270.); TGeoTranslation *roundTr2 = new TGeoTranslation("ITSsddBTBround2Tr", (fgkRadiusAminBTB+fgkBTBthick+fgkRadiusBminBTB), -dy, 0); roundTr2->RegisterYourself(); TGeoCompositeShape *sBaseThermalBridge = new TGeoCompositeShape( "ITSsddBaseThermalBridgeShape", "ITSsddBTBbase1:ITSsddBTBtr1" "+ ITSsddBTBbase2:ITSsddBTBtr2" "+ ITSsddBTBround1:ITSsddBTBround1Tr" "+ ITSsddBTBround2:ITSsddBTBround2Tr" "+ ITSsddBTBside:ITSsddBTBsideTr1" "+ ITSsddBTBside:ITSsddBTBsideTr2" "- ITSsddBTBhole:ITSsddBTBholeTr1" "- ITSsddBTBhole:ITSsddBTBholeTr2" "+ ITSsddBTBmainAxis"); if(GetDebug(3)){// Remove compiler warning. base1->InspectShape(); base2->InspectShape(); side->InspectShape(); hole->InspectShape(); mainAxis->InspectShape(); round1->InspectShape(); round2->InspectShape(); }; TGeoMedium *carbonFiberLadderStruct = GetMedium("SDD C AL (M55J)$"); TGeoVolume *vBaseThermalBridge = new TGeoVolume( "ITSsddBaseThermalBridge", sBaseThermalBridge, carbonFiberLadderStruct); vBaseThermalBridge->SetLineColor(fColorCarbonFiber); return vBaseThermalBridge; } //________________________________________________________________________ TGeoVolumeAssembly* AliITSv11GeometrySDD::CreateEndLadder(Int_t iLay) { // // Return an assembly containing a end of a CF ladder. // TGeoMedium *carbonFiberLadderStruct = GetMedium("SDD C AL (M55J)$"); // ITSsddCarbonM55J TGeoMedium *stesalite = GetMedium("G10FR4$"); TGeoMedium *phynoxSDD = GetMedium("INOX$"); TGeoMedium *coolerMediumSDD = GetMedium("WATER$"); Double_t length = (fgkLay3LadderLength-fgkLay3Ndet*fgkSegmentLength)/2.; Double_t coolPipeSuppH = fgkLay3CoolPipeSuppH; Double_t underSegDH = fLay3LadderUnderSegDH; Double_t footDZ = fgkRubyZladd3 - fgkLay3Ndet*fgkSegmentLength/2 - length/2; // footDZ is also where to place the ruby's center in local Z Double_t coolPipeEndLen = (fgkCoolPipeLay3Len-fgkSegmentLength*fgkLay3Ndet)/2; if (iLay==3) { } else if (iLay==4) { length = (fgkLay4LadderLength-fgkLay4Ndet*fgkSegmentLength)/2.; coolPipeSuppH = fgkLay4CoolPipeSuppH; underSegDH = fLay4LadderUnderSegDH; footDZ = fgkRubyZladd4 - fgkLay4Ndet*fgkSegmentLength/2 - length/2; coolPipeEndLen = (fgkCoolPipeLay4Len-fgkSegmentLength*fgkLay4Ndet)/2; } else { printf("error in AliITSv11GeometrySDD::CreateEndLadder: Wrong layer"); return 0; }; Double_t tDY = (- fgkLadderSegBoxDH/2 //space left on top of the ladder + underSegDH/2); //space under ladder segment // here tDY is not the same as for the segment because the end ladder // does not have a space under it, inside the general ladder volume. Double_t segmentLength = fgkSegmentLength; Double_t topCornerLength = fgkSegmentLength/2.-fgkLay4LaddTopCornerEnd; TGeoVolumeAssembly *virtualEnd = new TGeoVolumeAssembly("ITSsddEnd"); //********************************** // coding real matter : //********************************** Double_t triangleHeight = fgkLadderHeight - fgkLadderBeamRadius; Double_t halfTheta = TMath::ATan( 0.5*fgkLadderWidth/triangleHeight ); Double_t beta = (TMath::Pi()-2.*halfTheta)/4.; Double_t alpha = TMath::Pi()*3./4. - halfTheta/2.; //--- The 3 V shape corners of the Carbon Fiber Ladder //--- the top V TGeoArb8 *cfLaddTop1 = CreateLadderSide("CFladdTopCornerV1shape", topCornerLength/2., halfTheta, -1, fgkLadderLa, fgkLadderHa, fgkLadderl); TGeoVolume *cfLaddTopVol1 = new TGeoVolume("ITSsddCFladdTopCornerV1", cfLaddTop1,carbonFiberLadderStruct); cfLaddTopVol1->SetLineColor(fColorCarbonFiber); TGeoArb8 *cfLaddTop2 = CreateLadderSide( "CFladdTopCornerV2shape", topCornerLength/2., halfTheta, 1, fgkLadderLa, fgkLadderHa, fgkLadderl); TGeoVolume *cfLaddTopVol2 = new TGeoVolume("ITSsddCFladdTopCornerV2", cfLaddTop2,carbonFiberLadderStruct); cfLaddTopVol2->SetLineColor(fColorCarbonFiber); TGeoTranslation *trTop1 = new TGeoTranslation(0, fgkLadderHeight/2+tDY, -(length-topCornerLength)/2.); virtualEnd->AddNode(cfLaddTopVol1, 1, trTop1); virtualEnd->AddNode(cfLaddTopVol2, 1, trTop1); //--- the 2 side V TGeoArb8 *cfLaddSide1 = CreateLadderSide( "CFladdSideCornerV1shape", length/2., beta, -1, fgkLadderLb, fgkLadderHb, fgkLadderl); TGeoVolume *cfLaddSideVol1 = new TGeoVolume("ITSsddCFladdSideCornerV1", cfLaddSide1,carbonFiberLadderStruct); cfLaddSideVol1->SetLineColor(fColorCarbonFiber); TGeoArb8 *cfLaddSide2 = CreateLadderSide( "CFladdSideCornerV2shape", length/2., beta, 1, fgkLadderLb, fgkLadderHb, fgkLadderl); TGeoVolume *cfLaddSideVol2 = new TGeoVolume("ITSsddCFladdSideCornerV2", cfLaddSide2,carbonFiberLadderStruct); cfLaddSideVol2->SetLineColor(fColorCarbonFiber); Double_t dYTranslation = ( fgkLadderHeight/2. - 0.5*fgkLadderWidth* TMath::Tan(beta) - fgkLadderBeamRadius ); // because center of the triangle doesn't correspond to virtual vol. center Double_t distCenterSideDown = 0.5*fgkLadderWidth/TMath::Cos(beta); TGeoCombiTrans *ctSideR = CreateCombiTrans("", distCenterSideDown, 0, alpha*TMath::RadToDeg()); AddTranslationToCombiTrans(ctSideR, 0, -dYTranslation+tDY, 0); TGeoCombiTrans *ctSideL = CreateCombiTrans("", distCenterSideDown, 0, -alpha*TMath::RadToDeg()); AddTranslationToCombiTrans(ctSideL, 0, -dYTranslation+tDY, 0); virtualEnd->AddNode(cfLaddSideVol1, 1, ctSideR); virtualEnd->AddNode(cfLaddSideVol2, 1, ctSideR); virtualEnd->AddNode(cfLaddSideVol1, 2, ctSideL); virtualEnd->AddNode(cfLaddSideVol2, 2, ctSideL); //--- The beams // Beams on the sides Double_t beamPhiPrime = TMath::ASin(1./TMath::Sqrt( (1+TMath::Sin(2*beta)* TMath::Sin(2*beta)/(TanD(fgkBeamSidePhi)*TanD(fgkBeamSidePhi))) )); //Euler rotation : about Z, then new X, then new Z TGeoRotation *beamRot1 = new TGeoRotation("", 90-2.*beta*TMath::RadToDeg(), -beamPhiPrime*TMath::RadToDeg(), -90); TGeoRotation *beamRot2 = new TGeoRotation("", 90-2.*beta*TMath::RadToDeg(), beamPhiPrime*TMath::RadToDeg(), -90); TGeoRotation *beamRot3 = new TGeoRotation("", 90+2.*beta*TMath::RadToDeg(), beamPhiPrime*TMath::RadToDeg(), -90); TGeoRotation *beamRot4 = new TGeoRotation("", 90+2.*beta*TMath::RadToDeg(), -beamPhiPrime*TMath::RadToDeg(), -90); TGeoCombiTrans *beamTransf1 = new TGeoCombiTrans(0.5*triangleHeight* TMath::Tan(halfTheta), fgkLadderBeamRadius/2. + tDY, -length/2 + segmentLength/8, beamRot1); TGeoCombiTrans *beamTransf3 = new TGeoCombiTrans( 0.5*triangleHeight* TMath::Tan(halfTheta), fgkLadderBeamRadius/2.+tDY, -length/2 + 3*segmentLength/8, beamRot2); TGeoCombiTrans *beamTransf5 = new TGeoCombiTrans(-0.5*triangleHeight* TMath::Tan(halfTheta), fgkLadderBeamRadius/2.+tDY, -length/2 + segmentLength/8, beamRot3); TGeoCombiTrans *beamTransf7 = new TGeoCombiTrans(-0.5*triangleHeight* TMath::Tan(halfTheta), fgkLadderBeamRadius/2. + tDY, -length/2+3*segmentLength/8, beamRot4); virtualEnd->AddNode(fLaddSegCommonVol[6], 1, beamTransf1); virtualEnd->AddNode(fLaddSegCommonVol[6], 2, beamTransf3); virtualEnd->AddNode(fLaddSegCommonVol[6], 3, beamTransf5); virtualEnd->AddNode(fLaddSegCommonVol[6], 4, beamTransf7); //--- Beams of the bottom TGeoRotation *bottomBeamRot1 = new TGeoRotation("",90, 90, 90); /* Not there actually TGeoTubeSeg *bottomBeam1 = new TGeoTubeSeg(0, fgkLadderBeamRadius, fgkLadderWidth/2.-fgkLadderLb/3, 0, 180); TGeoVolume *bottomBeam1Vol = new TGeoVolume("ITSsddBottomBeam1Vol", bottomBeam1, carbonFiberLadderStruct); bottomBeam1Vol->SetLineColor(fColorCarbonFiber); TGeoCombiTrans *bottomBeamTransf1 = new TGeoCombiTrans(0, -(fgkLadderHeight/2-fgkLadderBeamRadius)+tDY, -length/2+fgkSegmentLength/2, bottomBeamRot1); virtualEnd->AddNode(bottomBeam1Vol, 1, bottomBeamTransf1); */ TGeoTubeSeg *bottomBeam2 = new TGeoTubeSeg(0, fgkLadderBeamRadius, fgkLadderWidth/2.-fgkLadderLb/3, 0, 90); TGeoVolume *bottomBeam2Vol = new TGeoVolume("ITSsddBottomBeam2Vol", bottomBeam2, carbonFiberLadderStruct); bottomBeam2Vol->SetLineColor(fColorCarbonFiber); TGeoCombiTrans *bottomBeamTransf2 = new TGeoCombiTrans(0, -(fgkLadderHeight/2-fgkLadderBeamRadius)+tDY,-length/2,bottomBeamRot1); virtualEnd->AddNode(bottomBeam2Vol, 1, bottomBeamTransf2); //********************************** //the cooling pipe supports Double_t triangleCPaxeDist = fgkCoolPipeSuppAxeDist-fgkCoolPipeSuppWidthExt- fgkCoolPipeSuppWidthIn+fgkLadderBeamRadius; Double_t coolPipeSuppL = TMath::Tan(halfTheta)* (triangleHeight+triangleCPaxeDist/ TMath::Sin(halfTheta)-coolPipeSuppH); if (fAddCoolingSyst) { TGeoRotation *rotCPS2 = new TGeoRotation("",-halfTheta*TMath::RadToDeg(),-90, 90); TGeoRotation *rotCPS1 = new TGeoRotation("", halfTheta*TMath::RadToDeg(),-90,-90); TGeoCombiTrans *transCPS1 = new TGeoCombiTrans(coolPipeSuppL, -fgkLadderHeight/2.+ tDY + coolPipeSuppH+fgkLadderBeamRadius, -length/2., rotCPS1); TGeoCombiTrans *transCPS4 = new TGeoCombiTrans(-coolPipeSuppL, -fgkLadderHeight/2.+ tDY + coolPipeSuppH+fgkLadderBeamRadius, -length/2., rotCPS2); virtualEnd->AddNode(fCoolPipeSupportL, 1, transCPS1); virtualEnd->AddNode(fCoolPipeSupportR, 1, transCPS4); }; //********************************** //--- The stesalite foot of the ladder Double_t footDY = -(fgkLadderHeight/2-fgkLadderBeamRadius)+tDY - fgkLadFootY/2+fgkLadFingerPrintY; TGeoTranslation *footTr = new TGeoTranslation("SDDfootTr",0,footDY,footDZ); virtualEnd->AddNode(fLadderFoot, 1, footTr); //===================================== //--- cooling pipe if (fAddCoolingSyst) { TGeoTranslation *pipeTr1 = new TGeoTranslation(coolPipeSuppL, -fgkLadderHeight/2.+ tDY + coolPipeSuppH + fgkLadderBeamRadius, -length/2.+coolPipeEndLen/2.); TGeoTranslation *pipeTr2 = new TGeoTranslation(-coolPipeSuppL, -fgkLadderHeight/2. + tDY + fgkLadderBeamRadius + coolPipeSuppH, -length/2.+coolPipeEndLen/2.); TGeoTube *coolingPipeShape = new TGeoTube( fgkCoolPipeInnerDiam/2, fgkCoolPipeOuterDiam/2, coolPipeEndLen/2); TGeoTube *coolerShape = new TGeoTube( 0, fgkCoolPipeInnerDiam/2, coolPipeEndLen/2); TGeoVolume *coolingPipe = new TGeoVolume("ITSsddCoolingPipeEnd", coolingPipeShape, phynoxSDD ); coolingPipe->SetLineColor(fColorPhynox); TGeoVolume *cooler = new TGeoVolume("ITSsddCoolingEndLiquid",coolerShape, coolerMediumSDD ); virtualEnd->AddNode(coolingPipe, 1, pipeTr1); virtualEnd->AddNode(coolingPipe, 2, pipeTr2); if (fCoolingOn) { virtualEnd->AddNode(cooler, 1, pipeTr1); virtualEnd->AddNode(cooler, 2, pipeTr2); }; }; //===================================== //--- HV cable guide TGeoBBox* guideHVbox = new TGeoBBox("guideHVbox",fgkHVguideX1/2, fgkHVguideY1/2,fgkHVguideZ1/2); TGeoVolume *guideHV = new TGeoVolume("guideHV",guideHVbox,stesalite); TGeoTranslation* guideHVtr = new TGeoTranslation(fgkHVguideDX, -(fgkLadderHeight/2-fgkLadderBeamRadius)+tDY-fgkHVguideY1/2, footDZ+fgkLadFootZ/2+fgkHVguideZ1/2-(fgkHVguideSuppFullZ-fgkHVguideZ2)); virtualEnd->AddNode(guideHV, 1, guideHVtr); //===================================== //--- raccordo Double_t raccordFullLen = fgkConnectorCoolTubeL1+fgkConnectorCoolTubeL2+fgkConnectorCoolTubeL3; TGeoTranslation *trRaccordo1 = new TGeoTranslation("trRaccordo1",-coolPipeSuppL, -fgkLadderHeight/2.+ tDY + coolPipeSuppH+fgkLadderBeamRadius, -length/2.+coolPipeEndLen+raccordFullLen/2); TGeoTranslation *trRaccordo2 = new TGeoTranslation("trRaccordo2", coolPipeSuppL, -fgkLadderHeight/2.+ tDY + coolPipeSuppH+fgkLadderBeamRadius, -length/2.+coolPipeEndLen+raccordFullLen/2); virtualEnd->AddNode(fRaccordoL, 1, trRaccordo1); virtualEnd->AddNode(fRaccordoL, 2, trRaccordo2); if(GetDebug(1)) virtualEnd->CheckOverlaps(0.01); return virtualEnd; } //________________________________________________________________________ TGeoVolumeAssembly* AliITSv11GeometrySDD::CreateLadderFoot() { //--- The stesalite foot of the ladder // Are missing : // The 2 screw holes on the left part // the small holes at each corner of the ruby cage (diam 2mm) // the really small level difference of 0.3mm on the bottom TGeoMedium *stesalite = GetMedium("G10FR4$"); TGeoVolumeAssembly *virtualFoot = new TGeoVolumeAssembly("ITSsddFoot"); Double_t epsilon = 2e-10; TGeoBBox *ladFootBox1 = new TGeoBBox("ladFootBox1",fgkLadBox1X/2, fgkLadFootY/2, fgkLadFootZ/2); TGeoTranslation *ladFootBox1Tr = new TGeoTranslation("ladFootBox1Tr", fgkLadFootX/2-fgkLadBox1X/2,0,0); TGeoBBox *ladFingerPrint = new TGeoBBox("ladFingerPrint",fgkLadFingerPrintX/2, fgkLadFingerPrintY/2+epsilon, fgkLadFootZ/2+epsilon); TGeoTranslation *ladFingerPrintTr = new TGeoTranslation("ladFingerPrintTr", fgkLadFootX/2-fgkLadFingerPrintBorder-fgkLadFingerPrintX/2, fgkLadFootY/2-fgkLadFingerPrintY/2+epsilon, 0); TGeoBBox *rubyCageHole = new TGeoBBox("rubyCageHole",fgkRubyCageHoleX/2, fgkRubyCageHoleY/2+epsilon, fgkRubyCageHoleZ/2); TGeoTranslation *rubyCageHoleTr = new TGeoTranslation("rubyCageHoleTr", fgkLadFootX/2-(fgkLadFootX/2-fgkRubyDX)+fgkRubyCageAxisShift, fgkLadFootY/2-fgkRubyCageHoleY/2,0); double rubyScrewHoleLen = fgkLadFootX/2-fgkRubyDX; TGeoTube *rubyScrewHole = new TGeoTube("rubyScrewHole", 0,fgkScrewM4diam/2, rubyScrewHoleLen/2); TGeoRotation *rot9090 = new TGeoRotation("",90,90,0); TGeoCombiTrans *rubyScrewHoleTr = new TGeoCombiTrans("rubyScrewHoleTr", fgkLadFootX/2-rubyScrewHoleLen/2, -fgkRubyScrewShiftToCenterY, 0, rot9090); Double_t rubyHoleLen = fgkLadFootY-fgkRubyCageHoleY; TGeoTube *rubyHole = new TGeoTube("rubyHole", 0,fgkRubyHoleDiam/2, rubyHoleLen/2); TGeoRotation *rot90 = new TGeoRotation("",0,90,0); TGeoCombiTrans *rubyHoleTr = new TGeoCombiTrans("rubyHoleTr", fgkRubyDX, -(fgkLadFootY-rubyHoleLen)/2, 0, rot90); ladFootBox1Tr->RegisterYourself(); ladFingerPrintTr->RegisterYourself(); rubyCageHoleTr->RegisterYourself(); rubyScrewHoleTr->RegisterYourself(); rubyHoleTr->RegisterYourself(); TGeoCompositeShape *footRightPart = new TGeoCompositeShape( "ladFootBox1:ladFootBox1Tr-(ladFingerPrint:ladFingerPrintTr" "+rubyCageHole:rubyCageHoleTr+rubyScrewHole:rubyScrewHoleTr" "+rubyHole:rubyHoleTr)"); TGeoVolume *vFootRightPart = new TGeoVolume("vFootRightPart", footRightPart,stesalite); vFootRightPart->SetLineColor(fColorStesalite); virtualFoot->AddNode(vFootRightPart, 1, 0); //--- This was the right part of the foot, now let's do the middle //--- and the right parts Double_t middleX = fgkLadFootX-fgkLadBox1X-fgkLadFingerPrintX-fgkLadFingerPrintBorder; TGeoBBox *footMiddle = new TGeoBBox("footMiddle", middleX/2, fgkLadFootMiddleY/2, fgkLadFootZ/2); TGeoTranslation *middleXTr = new TGeoTranslation("middleXTr", fgkLadFootX/2-fgkLadBox1X-middleX/2, fgkLadFootY/2-fgkLadFootMiddleY/2, 0); TGeoVolume *vFootMiddle = new TGeoVolume("vFootMiddle", footMiddle,stesalite); vFootMiddle->SetLineColor(fColorStesalite); virtualFoot->AddNode(vFootMiddle, 1, middleXTr); //-- TGeoBBox *footLeftLadFinger = new TGeoBBox("footLeftLadFinger", fgkLadFingerPrintX/2, (fgkLadFootY-fgkLadFingerPrintY)/2, fgkLadFootZ/2); TGeoTranslation *footLeftLadFingerTr = new TGeoTranslation("footLeftLadFingerTr", -fgkLadFootX/2+fgkLadFingerPrintBorder+fgkLadFingerPrintX/2, -fgkLadFingerPrintY/2, 0); TGeoVolume *vFootLeftLadFinger = new TGeoVolume("vFootLeftLadFinger",footLeftLadFinger, stesalite); vFootLeftLadFinger->SetLineColor(fColorStesalite); virtualFoot->AddNode(vFootLeftLadFinger, 1, footLeftLadFingerTr); //-- TGeoBBox *footLeft = new TGeoBBox("footLeft", fgkLadFingerPrintBorder/2, fgkLadFootY/2, fgkLadFootZ/2); TGeoTranslation *footLeftTr = new TGeoTranslation("footLeftTr", -fgkLadFootX/2+fgkLadFingerPrintBorder/2, 0, 0); TGeoVolume *vFootLeft = new TGeoVolume("vFootLeft",footLeft,stesalite); vFootLeft->SetLineColor(fColorStesalite); virtualFoot->AddNode(vFootLeft, 1, footLeftTr); if(GetDebug(3)){ // Remove compiler warning. ladFingerPrint->InspectShape(); ladFootBox1->InspectShape(); rubyCageHole->InspectShape(); rubyScrewHole->InspectShape(); rubyHole->InspectShape(); } return virtualFoot; } //________________________________________________________________________ TGeoVolumeAssembly* AliITSv11GeometrySDD::CreateCarlosCard(Int_t iLay) { // // return an assembly containing the CARLOS end-ladder board // and the heat bridge // (void) iLay; TGeoMedium *glassFiber = GetMedium("GLASS FIBER$");// glassFiber TGeoMedium *siliconChip = GetMedium("SDD SI CHIP$");// ITSsddSiChip TGeoMedium *plastiChip = GetMedium("SDDKAPTON (POLYCH2)$"); // ITSsddKAPTON_POLYCH2 TGeoMedium *copper = GetMedium("COPPER$"); TGeoMedium *alCu12SDD = GetMedium("ALCU12$"); // ITSsddAlCu12 TGeoMedium *stainless = GetMedium("AISI304L$"); // for screws //========================================= // cooling support of the Carlos card (HeatBridge): TGeoVolumeAssembly *assemblySupCarlos = new TGeoVolumeAssembly("assemblySupCarlos"); TGeoBBox *supCarlosBoard1 = new TGeoBBox("",fgkCarlosSuppX1/2,fgkCarlosSuppY1/2, fgkCarlosSuppZ/2); TGeoBBox *supCarlosBoard2 = new TGeoBBox("",fgkCarlosSuppX2/2,fgkCarlosSuppY2/2, fgkCarlosSuppZ/2); TGeoVolume *vSupCarlosBoard1 = new TGeoVolume("vSupCarlosBoard1", supCarlosBoard1, alCu12SDD); TGeoVolume *vSupCarlosBoard2 = new TGeoVolume("vSupCarlosBoard2", supCarlosBoard2, alCu12SDD); vSupCarlosBoard1->SetLineColor(4); vSupCarlosBoard2->SetLineColor(4); Double_t shiftGlob = -fgkCarlosSuppZ/2+fgkCarlosSuppTopLen; // shift of the main planes in the direction of their width // the center is fixed at the center of the 2 small fixing arms on each sides. //shiftGlob=0.5; shiftGlob+= 0.5*fgkCarlosSuppY3/cos((90-fgkCarlosSuppAngle)*TMath::DegToRad()); shiftGlob-= 0.5*fgkCarlosSuppY2*tan((90-fgkCarlosSuppAngle)*TMath::DegToRad()); Double_t shiftGlobY = shiftGlob*sin(fgkCarlosSuppAngle*TMath::DegToRad()); Double_t shiftGlobZ = shiftGlob*cos(fgkCarlosSuppAngle*TMath::DegToRad()); TGeoTranslation *carlosSupTr1 = new TGeoTranslation( -fgkCarlosSuppX2/2, (-fgkCarlosSuppY1+fgkCarlosSuppY2)/2+shiftGlobY, +shiftGlobZ); TGeoTranslation *carlosSupTr2 = new TGeoTranslation( fgkCarlosSuppX1/2, shiftGlobY, shiftGlobZ); assemblySupCarlos->AddNode(vSupCarlosBoard1, 0, carlosSupTr1); assemblySupCarlos->AddNode(vSupCarlosBoard2, 0, carlosSupTr2); //========================================= // fixing arm of the cooling support : TGeoBBox *supCarlosBoard3 = new TGeoBBox("",fgkCarlosSuppX3/2,fgkCarlosSuppY3/2, fgkCarlosSuppZ3/2); TGeoVolume *vSupCarlosBoard3 = new TGeoVolume("vSupCarlosBoard3", supCarlosBoard3, alCu12SDD); vSupCarlosBoard3->SetLineColor(4); // screw inside : TGeoTube *littleScrew = new TGeoTube("littleScrew", 0, fgkLittleScrewR, fgkCarlosSuppY3/2); TGeoVolume *vLittleScrew = new TGeoVolume("vLittleScrew", littleScrew, stainless); TGeoRotation *rotScrew = new TGeoRotation("",0,90,0); TGeoCombiTrans *cbScrew1 = new TGeoCombiTrans(0, 0, fgkCarlosSuppZ3/2 - fgkLittleScrewHeadR-0.07, rotScrew); TGeoCombiTrans *cbScrew2 = new TGeoCombiTrans(0, 0, -fgkCarlosSuppZ3/2 + fgkLittleScrewHeadR+0.07, rotScrew); vSupCarlosBoard3->AddNode(vLittleScrew,1, cbScrew1); vSupCarlosBoard3->AddNode(vLittleScrew,2, cbScrew2); TGeoRotation *carlosSupRot = new TGeoRotation("carlosSuppInvertAngle", 0, fgkCarlosSuppAngle, 0); TGeoCombiTrans *carlosSupTr3 = new TGeoCombiTrans((fgkCarlosSuppX1+ fgkCarlosSuppX2+fgkCarlosSuppX3)/2,0,0, carlosSupRot); TGeoCombiTrans *carlosSupTr4 = new TGeoCombiTrans(-(fgkCarlosSuppX1+ fgkCarlosSuppX2+fgkCarlosSuppX3)/2,0,0, carlosSupRot); assemblySupCarlos->AddNode(vSupCarlosBoard3, 0, carlosSupTr3); assemblySupCarlos->AddNode(vSupCarlosBoard3, 1, carlosSupTr4); //========================================= // screws fixing the board on the U tube Double_t aaa = fgkCarlosSuppY3; // ??? //Double_t aaa = fgkCarlosSuppY3/2 + fgkLittleScrewHeadH/2; Double_t bbb = fgkCarlosSuppZ3/2 - fgkLittleScrewHeadR; Double_t screw1y = ( aaa*cos(TMath::DegToRad()*fgkCarlosSuppAngle) - bbb*sin(TMath::DegToRad()*fgkCarlosSuppAngle) ); Double_t screw1z = ( aaa*sin(TMath::DegToRad()*fgkCarlosSuppAngle) + bbb*cos(TMath::DegToRad()*fgkCarlosSuppAngle) )-0.07; TGeoRotation *carlosSuppRot = (TGeoRotation *)fCommonTr[0]; TGeoCombiTrans* lScrewTr1 = new TGeoCombiTrans((fgkCarlosSuppX1+ fgkCarlosSuppX2+fgkCarlosSuppX3)/2, screw1y,screw1z, carlosSuppRot); TGeoCombiTrans* lScrewTr2 = new TGeoCombiTrans((fgkCarlosSuppX1+ fgkCarlosSuppX2+fgkCarlosSuppX3)/2, screw1z,screw1y, carlosSuppRot); TGeoCombiTrans *lScrewTr3 = new TGeoCombiTrans(-(fgkCarlosSuppX1+ fgkCarlosSuppX2+fgkCarlosSuppX3)/2, screw1y,screw1z, carlosSuppRot); TGeoCombiTrans *lScrewTr4 = new TGeoCombiTrans(-(fgkCarlosSuppX1+ fgkCarlosSuppX2+fgkCarlosSuppX3)/2, screw1z,screw1y, carlosSuppRot); assemblySupCarlos->AddNode(fCommonVol[0], 1, lScrewTr1); assemblySupCarlos->AddNode(fCommonVol[0], 2, lScrewTr2); assemblySupCarlos->AddNode(fCommonVol[0], 3, lScrewTr3); assemblySupCarlos->AddNode(fCommonVol[0], 4, lScrewTr4); //========================================= // board Double_t p1[3], p2[3], vX[3] = {1,0,0}; AliITSv11GeomCableFlat card1("cardCarlos1", fgkCarlosCardZ1, fgkCarlosCardY1); // name, width, thickness card1.SetNLayers(2); card1.SetLayer(0, fgkCarlosCardCuY, copper, kOrange); // index, thickness, material, color card1.SetLayer(1, fgkCarlosCardY1-fgkCarlosCardCuY, glassFiber, 30); card1.SetInitialNode( (TGeoVolume *) assemblySupCarlos); p1[0] = -fgkCarlosCardX1/2; p1[1] = shiftGlobY - fgkCarlosCard2HeatBridge; p1[2] = fgkCarlosCardShift; p2[0] = fgkCarlosCardX1/2; p2[1] = shiftGlobY - fgkCarlosCard2HeatBridge; p2[2] = fgkCarlosCardShift; card1.AddCheckPoint( (TGeoVolume *) assemblySupCarlos, 0, p1, vX); card1.AddCheckPoint( (TGeoVolume *) assemblySupCarlos, 1, p2, vX); card1.CreateAndInsertBoxCableSegment(1,90); AliITSv11GeomCableFlat card2("cardCarlos2", fgkCarlosCardZ2, fgkCarlosCardY1); // name, width, thickness card2.SetNLayers(2); card2.SetLayer(0, fgkCarlosCardCuY, copper, kOrange); // index, thickness, material, color card2.SetLayer(1, fgkCarlosCardY1-fgkCarlosCardCuY, glassFiber, 30); card2.SetInitialNode( (TGeoVolume *) assemblySupCarlos); p1[0] = -fgkCarlosCardX1/2; p1[1] = shiftGlobY - fgkCarlosCard2HeatBridge; p1[2] = fgkCarlosCardShift + fgkCarlosCardZ1/2 + fgkCarlosCardZ2/2; p2[0] = -fgkCarlosCardX1/2 + fgkCarlosCardX2; p2[1] = shiftGlobY - fgkCarlosCard2HeatBridge; p2[2] = fgkCarlosCardShift + fgkCarlosCardZ1/2 + fgkCarlosCardZ2/2; card2.AddCheckPoint( (TGeoVolume *) assemblySupCarlos, 0, p1, vX); card2.AddCheckPoint( (TGeoVolume *) assemblySupCarlos, 1, p2, vX); card2.CreateAndInsertBoxCableSegment(1,90); //========================================= // some chips on the board AliITSv11GeomCableFlat u1("carlosCardU1", fgkCarlosU1Z, fgkCarlosU1Y); // name, width, thickness u1.SetNLayers(2); u1.SetLayer(0, fgkCarlosCardChipSiThick, siliconChip, kGreen); // index, thickness, material, color u1.SetLayer(1, fgkCarlosU1Y - fgkCarlosCardChipSiThick, plastiChip, kGray+3); u1.SetInitialNode( (TGeoVolume *) assemblySupCarlos); p1[0] = fgkCarlosU1posX - fgkCarlosU1X/2; p1[1] = shiftGlobY - fgkCarlosCard2HeatBridge + fgkCarlosCardY1/2 + fgkCarlosU1Y/2; p1[2] = fgkCarlosCardShift + fgkCarlosU1posZ; p2[0] = fgkCarlosU1posX + fgkCarlosU1X/2; p2[1] = shiftGlobY - fgkCarlosCard2HeatBridge + fgkCarlosCardY1/2 + fgkCarlosU1Y/2; p2[2] = fgkCarlosCardShift + fgkCarlosU1posZ; u1.AddCheckPoint( (TGeoVolume *) assemblySupCarlos, 0, p1, vX); u1.AddCheckPoint( (TGeoVolume *) assemblySupCarlos, 1, p2, vX); u1.CreateAndInsertBoxCableSegment(1,90); //--- AliITSv11GeomCableFlat u2("carlosCardU2", fgkCarlosU2Z, fgkCarlosU2Y); // name, width, thickness u2.SetNLayers(2); u2.SetLayer(0, fgkCarlosCardChipSiThick, siliconChip, kGreen); // index, thickness, material, color u2.SetLayer(1, fgkCarlosU2Y - fgkCarlosCardChipSiThick, plastiChip, kGray+3); u2.SetInitialNode( (TGeoVolume *) assemblySupCarlos); p1[0] = fgkCarlosU2posX - fgkCarlosU2X/2; p1[1] = shiftGlobY - fgkCarlosCard2HeatBridge + fgkCarlosCardY1/2 + fgkCarlosU2Y/2; p1[2] = fgkCarlosCardShift + fgkCarlosU2posZ; p2[0] = fgkCarlosU2posX + fgkCarlosU2X/2; p2[1] = shiftGlobY - fgkCarlosCard2HeatBridge + fgkCarlosCardY1/2 + fgkCarlosU2Y/2; p2[2] = fgkCarlosCardShift + fgkCarlosU2posZ; u2.AddCheckPoint( (TGeoVolume *) assemblySupCarlos, 0, p1, vX); u2.AddCheckPoint( (TGeoVolume *) assemblySupCarlos, 1, p2, vX); u2.CreateAndInsertBoxCableSegment(1,90); //--- AliITSv11GeomCableFlat u3("carlosCardU3", fgkCarlosU3Z, fgkCarlosU3Y); // name, width, thickness u3.SetNLayers(2); u3.SetLayer(0, fgkCarlosCardChipSiThick, siliconChip, kGreen); // index, thickness, material, color u3.SetLayer(1, fgkCarlosU3Y - fgkCarlosCardChipSiThick, plastiChip, kGray+3); u3.SetInitialNode( (TGeoVolume *) assemblySupCarlos); Double_t u3Y = shiftGlobY - fgkCarlosCard2HeatBridge + fgkCarlosCardY1/2 + fgkCarlosU3Y/2; p1[0] = fgkCarlosU3posX - fgkCarlosU3X/2; p1[1] = u3Y; p1[2] = fgkCarlosCardShift + fgkCarlosU3posZ; p2[0] = fgkCarlosU3posX + fgkCarlosU3X/2; p2[1] = u3Y; p2[2] = fgkCarlosCardShift + fgkCarlosU3posZ; u3.AddCheckPoint( (TGeoVolume *) assemblySupCarlos, 0, p1, vX); u3.AddCheckPoint( (TGeoVolume *) assemblySupCarlos, 1, p2, vX); TGeoVolume *u3Vol = u3.CreateAndInsertBoxCableSegment(1,90); //--- U4 is like U3 (?) TGeoCombiTrans *u4Trans = new TGeoCombiTrans; u4Trans->RotateX(90); u4Trans->SetTranslation(fgkCarlosU4posX, u3Y, fgkCarlosCardShift + fgkCarlosU4posZ); assemblySupCarlos->AddNode(u3Vol, 2, u4Trans); //--- AliITSv11GeomCableFlat u17("carlosCardU17", fgkCarlosU17Z, fgkCarlosU17Y); // name, width, thickness u17.SetNLayers(2); u17.SetLayer(0, fgkCarlosCardChipSiThick, siliconChip, kGreen); // index, thickness, material, color u17.SetLayer(1, fgkCarlosU17Y - fgkCarlosCardChipSiThick, plastiChip, kGray+3); u17.SetInitialNode( (TGeoVolume *) assemblySupCarlos); p1[0] = fgkCarlosU17posX - fgkCarlosU17X/2; p1[1] = shiftGlobY - fgkCarlosCard2HeatBridge + fgkCarlosCardY1/2 + fgkCarlosU17Y/2; p1[2] = fgkCarlosCardShift + fgkCarlosU17posZ; p2[0] = fgkCarlosU17posX + fgkCarlosU17X/2; p2[1] = shiftGlobY - fgkCarlosCard2HeatBridge + fgkCarlosCardY1/2 + fgkCarlosU17Y/2; p2[2] = fgkCarlosCardShift + fgkCarlosU17posZ; u17.AddCheckPoint( (TGeoVolume *) assemblySupCarlos, 0, p1, vX); u17.AddCheckPoint( (TGeoVolume *) assemblySupCarlos, 1, p2, vX); u17.CreateAndInsertBoxCableSegment(1,90); //--- AliITSv11GeomCableFlat u35("carlosCardU35", fgkCarlosU35Z, fgkCarlosU35Y); // name, width, thickness u35.SetNLayers(2); u35.SetLayer(0, fgkCarlosCardChipSiThick, siliconChip, kGreen); // index, thickness, material, color u35.SetLayer(1, fgkCarlosU35Y - fgkCarlosCardChipSiThick, plastiChip, kGray+3); u35.SetInitialNode( (TGeoVolume *) assemblySupCarlos); p1[0] = fgkCarlosU35posX - fgkCarlosU35X/2; p1[1] = shiftGlobY - fgkCarlosCard2HeatBridge + fgkCarlosCardY1/2 + fgkCarlosU35Y/2; p1[2] = fgkCarlosCardShift + fgkCarlosU35posZ; p2[0] = fgkCarlosU35posX + fgkCarlosU35X/2; p2[1] = shiftGlobY - fgkCarlosCard2HeatBridge + fgkCarlosCardY1/2 + fgkCarlosU35Y/2; p2[2] = fgkCarlosCardShift + fgkCarlosU35posZ; u35.AddCheckPoint( (TGeoVolume *) assemblySupCarlos, 0, p1, vX); u35.AddCheckPoint( (TGeoVolume *) assemblySupCarlos, 1, p2, vX); u35.CreateAndInsertBoxCableSegment(1,90); //--- AliITSv11GeomCableFlat u36("carlosCardU36", fgkCarlosU36Z, fgkCarlosU36Y); // name, width, thickness u36.SetNLayers(2); u36.SetLayer(0, fgkCarlosCardChipSiThick, siliconChip, kGreen); // index, thickness, material, color u36.SetLayer(1, fgkCarlosU36Y - fgkCarlosCardChipSiThick, plastiChip, kGray+3); u36.SetInitialNode( (TGeoVolume *) assemblySupCarlos); p1[0] = fgkCarlosU36posX - fgkCarlosU36X/2; p1[1] = shiftGlobY - fgkCarlosCard2HeatBridge + fgkCarlosCardY1/2 + fgkCarlosU36Y/2; p1[2] = fgkCarlosCardShift + fgkCarlosU36posZ; p2[0] = fgkCarlosU36posX + fgkCarlosU36X/2; p2[1] = shiftGlobY - fgkCarlosCard2HeatBridge + fgkCarlosCardY1/2 + fgkCarlosU36Y/2; p2[2] = fgkCarlosCardShift + fgkCarlosU36posZ; u36.AddCheckPoint( (TGeoVolume *) assemblySupCarlos, 0, p1, vX); u36.AddCheckPoint( (TGeoVolume *) assemblySupCarlos, 1, p2, vX); u36.CreateAndInsertBoxCableSegment(1,90); //--- QZ1 AliITSv11GeomCableFlat qz1("carlosCardQZ1", fgkCarlosQZ1Z, fgkCarlosQZ1Y); // name, width, thickness qz1.SetNLayers(2); qz1.SetLayer(0, fgkCarlosCardChipSiThick, siliconChip, kGreen); // index, thickness, material, color qz1.SetLayer(1, fgkCarlosQZ1Y - fgkCarlosCardChipSiThick, plastiChip, kGray+3); qz1.SetInitialNode( (TGeoVolume *) assemblySupCarlos); p1[0] = fgkCarlosQZ1posX - fgkCarlosQZ1X/2; p1[1] = shiftGlobY - fgkCarlosCard2HeatBridge + fgkCarlosCardY1/2 + fgkCarlosQZ1Y/2; p1[2] = fgkCarlosCardShift + fgkCarlosQZ1posZ; p2[0] = fgkCarlosQZ1posX + fgkCarlosQZ1X/2; p2[1] = shiftGlobY - fgkCarlosCard2HeatBridge + fgkCarlosCardY1/2 + fgkCarlosQZ1Y/2; p2[2] = fgkCarlosCardShift + fgkCarlosQZ1posZ; qz1.AddCheckPoint( (TGeoVolume *) assemblySupCarlos, 0, p1, vX); qz1.AddCheckPoint( (TGeoVolume *) assemblySupCarlos, 1, p2, vX); qz1.CreateAndInsertBoxCableSegment(1,90); return assemblySupCarlos; } //________________________________________________________________________ Int_t AliITSv11GeometrySDD::CreateLVCard() { // // Creates the assemblies containing the LV cards (left and right) // TGeoMedium *glassFiber = GetMedium("GLASS FIBER$");// glassFiber TGeoMedium *siliconChip = GetMedium("SDD SI CHIP$");// ITSsddSiChip TGeoMedium *plastiChip = GetMedium("SDDKAPTON (POLYCH2)$"); // ITSsddKAPTON_POLYCH2 TGeoMedium *copper = GetMedium("COPPER$"); TGeoMedium *alCu12SDD = GetMedium("ALCU12$"); // ITSsddAlCu12 TGeoMedium *stainless = GetMedium("AISI304L$"); // for screws fCardLVL = new TGeoVolumeAssembly("ITSsddLVCardLeft"); fCardLVR = new TGeoVolumeAssembly("ITSsddLVCardRight"); // we are going to use flat cable class to create multilayer box, // then we can use the pointers to created volumes to place them elsewhere Double_t p1[3], p2[3], vX[3] = {1,0,0}; Double_t carLVfullThick = fgkLVcardZ+fgkLVcardCuZ; AliITSv11GeomCableFlat cardLV("cardLV", fgkLVcardY, carLVfullThick); // name, width, thickness cardLV.SetNLayers(2); cardLV.SetLayer(0, fgkLVcardCuZ, copper, 30); // index, thickness, material, color cardLV.SetLayer(1, fgkLVcardZ, glassFiber, 30); cardLV.SetInitialNode( (TGeoVolume *) fCardLVL); p1[0] = 0; p1[1] = fgkLVcardY/2; p1[2] = 0; p2[0] = fgkLVcardX; p2[1] = fgkLVcardY/2; p2[2] = 0; cardLV.AddCheckPoint( (TGeoVolume *) fCardLVL, 0, p1, vX); cardLV.AddCheckPoint( (TGeoVolume *) fCardLVL, 1, p2, vX); TGeoVolume* boxVol = cardLV.CreateAndInsertBoxCableSegment(1); TGeoRotation *rotAdd = new TGeoRotation("",90,0,0); TGeoCombiTrans *trCard = new TGeoCombiTrans(-fgkLVcardX/2,fgkLVcardY/2,0,rotAdd); fCardLVR->AddNode(boxVol, 1, trCard); Double_t chip0fullThick = fgkLVChip0Z + fgkLVChip0SiZ; AliITSv11GeomCableFlat chipO("chipO", fgkLVChip0Y, chip0fullThick); // name, width, thickness chipO.SetNLayers(2); chipO.SetLayer(0, fgkLVChip0SiZ, siliconChip, 8); // index, thickness, material, color chipO.SetLayer(1, fgkLVChip0Z, plastiChip, 12); chipO.SetInitialNode( (TGeoVolume *) fCardLVL); p1[0] = (fgkLVChip0PosX - fgkLVChip0X/2); p1[1] = fgkLVChip0PosY; p1[2] = carLVfullThick/2 + chip0fullThick/2; p2[0] = (fgkLVChip0PosX + fgkLVChip0X/2); p2[1] = fgkLVChip0PosY; p2[2] = carLVfullThick/2 + chip0fullThick/2; chipO.AddCheckPoint( (TGeoVolume *) fCardLVL, 0, p1, vX); chipO.AddCheckPoint( (TGeoVolume *) fCardLVL, 1, p2, vX); boxVol = chipO.CreateAndInsertBoxCableSegment(1); trCard = new TGeoCombiTrans( -fgkLVChip0PosX, fgkLVChip0PosY, carLVfullThick/2+chip0fullThick/2, rotAdd); fCardLVR->AddNode(boxVol, 1, trCard); // put also this chip on the other side of the card trCard = new TGeoCombiTrans( fgkLVChip0PosX, fgkLVChip0PosY, -carLVfullThick/2-chip0fullThick/2, rotAdd); fCardLVL->AddNode(boxVol, 2, trCard); trCard = new TGeoCombiTrans( -fgkLVChip0PosX, fgkLVChip0PosY, -carLVfullThick/2-chip0fullThick/2, rotAdd); fCardLVR->AddNode(boxVol, 2, trCard); Double_t chip1fullThick = fgkLVChip1Z + fgkLVChip1SiZ; AliITSv11GeomCableFlat chip1("chip1", fgkLVChip1Y, chip1fullThick); chip1.SetNLayers(2); chip1.SetLayer(0, fgkLVChip1SiZ, siliconChip, 8); chip1.SetLayer(1, fgkLVChip1Z, plastiChip, 12); chip1.SetInitialNode( (TGeoVolume *) fCardLVL); p1[0] = (fgkLVChip1PosX-fgkLVChip1X/2); p1[1] = fgkLVChip1PosY; p1[2] = carLVfullThick/2 + chip1fullThick/2; p2[0] = (fgkLVChip1PosX+fgkLVChip1X/2); p2[1] = fgkLVChip1PosY; p2[2] = carLVfullThick/2 + chip1fullThick/2; chip1.AddCheckPoint( (TGeoVolume *) fCardLVL, 0, p1, vX); chip1.AddCheckPoint( (TGeoVolume *) fCardLVL, 1, p2, vX); boxVol = chip1.CreateAndInsertBoxCableSegment(1); trCard = new TGeoCombiTrans( -fgkLVChip1PosX, fgkLVChip1PosY, carLVfullThick/2 + chip1fullThick/2, rotAdd); fCardLVR->AddNode(boxVol, 1, trCard); Double_t chip2fullThick = fgkLVChip2Z + fgkLVChip2SiZ; AliITSv11GeomCableFlat chip2("chip2", fgkLVChip2Y, chip2fullThick); chip2.SetNLayers(2); chip2.SetLayer(0, fgkLVChip2SiZ, siliconChip, 8); chip2.SetLayer(1, fgkLVChip2Z, plastiChip, 12); chip2.SetInitialNode( (TGeoVolume *) fCardLVL); p1[0] = (fgkLVChip2PosX-fgkLVChip2X/2); p1[1] = fgkLVChip2PosY; p1[2] = carLVfullThick/2 + chip2fullThick/2; p2[0] = (fgkLVChip2PosX+fgkLVChip2X/2); p2[1] = fgkLVChip2PosY; p2[2] = carLVfullThick/2 + chip2fullThick/2; chip2.AddCheckPoint( (TGeoVolume *) fCardLVL, 0, p1, vX); chip2.AddCheckPoint( (TGeoVolume *) fCardLVL, 1, p2, vX); boxVol = chip2.CreateAndInsertBoxCableSegment(1); trCard = new TGeoCombiTrans( -fgkLVChip2PosX, fgkLVChip2PosY, carLVfullThick/2 + chip2fullThick/2, rotAdd); fCardLVR->AddNode(boxVol, 1, trCard); Double_t chip3fullThick = fgkLVChip3Z + fgkLVChip3SiZ; AliITSv11GeomCableFlat chip3("chip3", fgkLVChip3Y, chip3fullThick); chip3.SetNLayers(2); chip3.SetLayer(0, fgkLVChip3Z, plastiChip, 12); chip3.SetLayer(1, fgkLVChip3SiZ, siliconChip, 8); chip3.SetInitialNode( (TGeoVolume *) fCardLVL); p1[0] = (fgkLVChip3PosX-fgkLVChip3X/2); p1[1] = fgkLVChip3PosY; p1[2] = -carLVfullThick/2 - chip3fullThick/2; p2[0] = (fgkLVChip3PosX+fgkLVChip3X/2); p2[1] = fgkLVChip3PosY; p2[2] = -carLVfullThick/2 - chip3fullThick/2; chip3.AddCheckPoint( (TGeoVolume *) fCardLVL, 0, p1, vX); chip3.AddCheckPoint( (TGeoVolume *) fCardLVL, 1, p2, vX); boxVol = chip3.CreateAndInsertBoxCableSegment(1); trCard = new TGeoCombiTrans( -fgkLVChip3PosX, fgkLVChip3PosY, -carLVfullThick/2 - chip3fullThick/2, rotAdd); fCardLVR->AddNode(boxVol, 1, trCard); // the Al pieces for heat exchange : TGeoBBox *alLVcooling1 = new TGeoBBox("alLVcooling1" , fgkLVcoolX1/2, fgkLVcoolY1/2, fgkLVcoolZ1/2); TGeoTranslation *alLVcooling1Tr = new TGeoTranslation("alLVcooling1Tr", (fgkLVcoolX1/2+fgkLVcoolX2), fgkLVcoolPosY+fgkLVcoolY1/2, carLVfullThick/2+chip0fullThick+fgkLVcoolZ1/2); TGeoTranslation *alLVcooling1TrB = new TGeoTranslation("alLVcooling1TrB", (fgkLVcoolX1/2+fgkLVcoolX2), fgkLVcoolPosY+fgkLVcoolY1/2, -(carLVfullThick/2+chip0fullThick+fgkLVcoolZ1/2)); TGeoVolume *vAlLVcooling1 = new TGeoVolume("vAlLVcooling1",alLVcooling1, alCu12SDD); vAlLVcooling1->SetLineColor(2); //-- TGeoBBox * alLVcooling2 = new TGeoBBox("lLVcooling2" , fgkLVcoolX2/2, fgkLVcoolY2/2, fgkLVcoolZ2/2); TGeoTranslation *alLVcooling2Tr = new TGeoTranslation("alLVcooling2Tr", (fgkLVcoolX2/2), fgkLVcoolPosY+fgkLVcoolY1/2, carLVfullThick/2+chip0fullThick+fgkLVcoolZ1-fgkLVcoolZ2/2); TGeoTranslation *alLVcooling2TrB = new TGeoTranslation("alLVcooling2TrB", (fgkLVcoolX2/2), fgkLVcoolPosY+fgkLVcoolY1/2, -(carLVfullThick/2+chip0fullThick+fgkLVcoolZ1-fgkLVcoolZ2/2)); TGeoVolume *vAlLVcooling2 = new TGeoVolume("vAlLVcooling2",alLVcooling2, alCu12SDD); vAlLVcooling2->SetLineColor(2); //-- Double_t alLVcoolZ3 = (fgkLVcardCuZ+fgkLVcardZ+2.*(fgkLVChip0SiZ+fgkLVChip0Z) +fgkLVcoolZ1*2.); TGeoBBox * alLVcooling3 = new TGeoBBox("lLVcooling3" , fgkLVcoolX3/2, fgkLVcoolY3/2, alLVcoolZ3/2); TGeoTranslation *alLVcooling3Tr = new TGeoTranslation("alLVcooling3Tr", (-fgkLVcoolX3/2), fgkLVcoolPosY+fgkLVcoolY1-fgkLVcoolY3/2, 0); TGeoVolume *vAlLVcooling3 = new TGeoVolume("vAlLVcooling3",alLVcooling3,alCu12SDD); vAlLVcooling3->SetLineColor(2); //=== screw fixing th LV card to the U cooling tube : TGeoTube *littleScrew = new TGeoTube("littleScrewLV", 0, fgkLittleScrewR, fgkLVcoolY3/2); TGeoVolume *vLittleScrew = new TGeoVolume("vLittleScrewLV", littleScrew, stainless); TGeoRotation *rotScrew = new TGeoRotation("",0,90,0); TGeoCombiTrans *cbScrew = new TGeoCombiTrans(0,0,fgkShiftLittleScrewLV, rotScrew); vAlLVcooling3->AddNode(vLittleScrew, 1, cbScrew); TGeoTube *littleScrewHead = new TGeoTube("littleScrewLVhead", 0, fgkLittleLVScrewHeadR, fgkLittleScrewHeadH/2); TGeoVolume *vLittleScrewHead = new TGeoVolume("vLittleScrewLVhead", littleScrewHead, stainless); vLittleScrewHead->SetLineColor(kGray); TGeoCombiTrans *cbScrewHeadL = new TGeoCombiTrans( -fgkLVcoolX3/2, fgkLVcoolPosY+fgkLVcoolY1 + fgkLittleScrewHeadH/2, fgkShiftLittleScrewLV, rotScrew); fCardLVL->AddNode(vLittleScrewHead, 1, cbScrewHeadL); TGeoCombiTrans *cbScrewHeadR = new TGeoCombiTrans( fgkLVcoolX3/2, fgkLVcoolPosY+fgkLVcoolY1 + fgkLittleScrewHeadH/2, fgkShiftLittleScrewLV, rotScrew); fCardLVR->AddNode(vLittleScrewHead, 1, cbScrewHeadR); // adding the cooling pieces to the left card fCardLVL->AddNode(vAlLVcooling1, 1,alLVcooling1Tr); fCardLVL->AddNode(vAlLVcooling1, 2,alLVcooling1TrB); fCardLVL->AddNode(vAlLVcooling2, 1,alLVcooling2Tr); fCardLVL->AddNode(vAlLVcooling2, 2,alLVcooling2TrB); fCardLVL->AddNode(vAlLVcooling3, 1,alLVcooling3Tr); TGeoTranslation *alLVcooling1TrR = new TGeoTranslation("alLVcooling1TrR", -(fgkLVcoolX1/2+fgkLVcoolX2), fgkLVcoolPosY+fgkLVcoolY1/2, carLVfullThick/2+chip0fullThick+fgkLVcoolZ1/2); TGeoTranslation *alLVcooling1TrBR = new TGeoTranslation("alLVcooling1TrBR", -(fgkLVcoolX1/2+fgkLVcoolX2), fgkLVcoolPosY+fgkLVcoolY1/2, -(carLVfullThick/2+chip0fullThick+fgkLVcoolZ1/2)); TGeoTranslation *alLVcooling2TrR = new TGeoTranslation("alLVcooling2TrR", -(fgkLVcoolX2/2), fgkLVcoolPosY+fgkLVcoolY1/2, carLVfullThick/2+chip0fullThick+fgkLVcoolZ1-fgkLVcoolZ2/2); TGeoTranslation *alLVcooling2TrBR = new TGeoTranslation("alLVcooling2TrBR", -(fgkLVcoolX2/2), fgkLVcoolPosY+fgkLVcoolY1/2, -(carLVfullThick/2+chip0fullThick+fgkLVcoolZ1-fgkLVcoolZ2/2)); TGeoTranslation *alLVcooling3TrR = new TGeoTranslation("alLVcooling3TrR", fgkLVcoolX3/2, fgkLVcoolPosY+fgkLVcoolY1-fgkLVcoolY3/2, 0); // and to the right card fCardLVR->AddNode(vAlLVcooling1, 1,alLVcooling1TrR); fCardLVR->AddNode(vAlLVcooling1, 2,alLVcooling1TrBR); fCardLVR->AddNode(vAlLVcooling2, 1,alLVcooling2TrR); fCardLVR->AddNode(vAlLVcooling2, 2,alLVcooling2TrBR); fCardLVR->AddNode(vAlLVcooling3, 1,alLVcooling3TrR); return kTRUE; } //________________________________________________________________________ TGeoVolumeAssembly* AliITSv11GeometrySDD::CreateHVCard(){ // // return an assembly containing the HV card // TGeoMedium *ceramic = GetMedium("CERAMICS$"); // ceramicHVcard TGeoMedium *medSMDcapaMiddle = GetMedium("SDD X7R capacitors$"); // check if different TGeoMedium *medSMDcapaEnd = GetMedium("SDD X7R capacitors$"); // check if different TGeoMedium *stainless = GetMedium("INOX$"); // ITSspdStainlesSteal ??????????? TGeoMedium *plastic = GetMedium("SDDKAPTON (POLYCH2)$"); // ITS_ITSsddKAPTON_POLYCH2 ??????????? TGeoMedium *alCu12SDD = GetMedium("ALCU12$"); // ITSsddAlCu12 TGeoVolumeAssembly *highVCard = new TGeoVolumeAssembly("ITSsddHVCard"); //==================================== //--- the card itself TGeoBBox *ceramicCard = new TGeoBBox("ceramCard", fgkHVCardCeramX/2, fgkHVCardCeramY/2, fgkHVCardCeramZ/2); TGeoVolume *vCeramicCard = new TGeoVolume("vCeramCard", ceramicCard, ceramic); vCeramicCard->SetLineColor(38);// or 9 blue slightly dark highVCard->AddNode(vCeramicCard, 1, 0); //==================================== //--- capacitors // capa1 TGeoBBox *capa1Middle = new TGeoBBox("cardHVCapa1Middle", fgkHVCardCapa1X/2, fgkHVCardCapa1Ymid/2, fgkHVCardCapa1Z/2); TGeoVolume *vCapa1Middle = new TGeoVolume("vCardHVCapa1Middle",capa1Middle, medSMDcapaMiddle); TGeoBBox *capa1End = new TGeoBBox("cardHVCapa1End", fgkHVCardCapa1X/2, fgkHVCardCapa1Yend/2, fgkHVCardCapa1Z/2); TGeoVolume *vCapa1End = new TGeoVolume("vCardHVCapa1End",capa1End, medSMDcapaEnd); vCapa1End->SetLineColor(18);// grey silver TGeoTranslation *capa1EndTr1 = new TGeoTranslation("cardHVcapa1EndTr1", 0, (fgkHVCardCapa1Ymid+fgkHVCardCapa1Yend)/2,0); TGeoTranslation *capa1EndTr2 = new TGeoTranslation("cardHVcapa1EndTr2", 0, -(fgkHVCardCapa1Ymid+fgkHVCardCapa1Yend)/2,0); TGeoTranslation *capa1PosTr = new TGeoTranslation("cardHVcapa1PosTr", fgkHVCardCapa1PosX, fgkHVCardCapa1PosY, -fgkHVCardCeramZ/2-fgkHVCardCapa1Z/2); TGeoVolumeAssembly *capa1 = new TGeoVolumeAssembly("cardHVCapa1"); capa1->AddNode(vCapa1Middle, 1,0); capa1->AddNode(vCapa1End, 1, capa1EndTr1); capa1->AddNode(vCapa1End, 2, capa1EndTr2); highVCard->AddNode(capa1, 1, capa1PosTr); // capa2 TGeoBBox *capa2Middle = new TGeoBBox("cardHVCapa2Middle", fgkHVCardCapa2X/2, fgkHVCardCapa2Ymid/2, fgkHVCardCapa2Z/2); TGeoVolume *vCapa2Middle = new TGeoVolume("vCardHVCapa2Middle",capa2Middle, medSMDcapaMiddle); TGeoBBox *capa2End = new TGeoBBox("cardHVCapa2End", fgkHVCardCapa2X/2, fgkHVCardCapa2Yend/2, fgkHVCardCapa2Z/2); TGeoVolume *vCapa2End = new TGeoVolume("vCardHVCapa2End",capa2End, medSMDcapaEnd); vCapa2End->SetLineColor(18);// grey silver TGeoTranslation *capa2EndTr1 = new TGeoTranslation("cardHVcapa2EndTr1", 0, (fgkHVCardCapa2Ymid+fgkHVCardCapa2Yend)/2,0); TGeoTranslation *capa2EndTr2 = new TGeoTranslation("cardHVcapa2EndTr2", 0, -(fgkHVCardCapa2Ymid+fgkHVCardCapa2Yend)/2,0); TGeoTranslation *capa2PosTr = new TGeoTranslation("cardHVcapa2PosTr", fgkHVCardCapa2PosX, fgkHVCardCapa2PosY, -fgkHVCardCeramZ/2-fgkHVCardCapa2Z/2); TGeoVolumeAssembly *capa2 = new TGeoVolumeAssembly("cardHVCapa2"); capa2->AddNode(vCapa2Middle, 1,0); capa2->AddNode(vCapa2End, 1, capa2EndTr1); capa2->AddNode(vCapa2End, 2, capa2EndTr2); highVCard->AddNode(capa2, 1, capa2PosTr); // capa3 TGeoBBox *capa3Middle = new TGeoBBox("cardHVCapa3Middle", fgkHVCardCapa3Xmid/2, fgkHVCardCapa3Y/2, fgkHVCardCapa3Z/2); TGeoVolume *vCapa3Middle = new TGeoVolume("vCardHVCapa3Middle",capa3Middle, medSMDcapaMiddle); TGeoBBox *capa3End = new TGeoBBox("cardHVCapa3End", fgkHVCardCapa3Xend/2, fgkHVCardCapa3Y/2, fgkHVCardCapa3Z/2); TGeoVolume *vCapa3End = new TGeoVolume("vCardHVCapa3End",capa3End, medSMDcapaEnd); vCapa3End->SetLineColor(18);// grey silver TGeoTranslation *capa3EndTr1 = new TGeoTranslation("cardHVcapa3EndTr1", (fgkHVCardCapa3Xmid+fgkHVCardCapa3Xend)/2, 0, 0); TGeoTranslation *capa3EndTr2 = new TGeoTranslation("cardHVcapa2EndTr2", -(fgkHVCardCapa3Xmid+fgkHVCardCapa3Xend)/2, 0, 0); TGeoVolumeAssembly *capa3 = new TGeoVolumeAssembly("cardHVCapa3"); capa3->AddNode(vCapa3Middle, 1,0); capa3->AddNode(vCapa3End, 1, capa3EndTr1); capa3->AddNode(vCapa3End, 2, capa3EndTr2); TGeoTranslation *capa3PosTr1 = new TGeoTranslation("cardHVcapa3PosTr1", fgkHVCardCapa3PosX1, fgkHVCardCapa3PosY1, -fgkHVCardCeramZ/2-fgkHVCardCapa3Z/2); TGeoTranslation *capa3PosTr2 = new TGeoTranslation("cardHVcapa3PosTr2", fgkHVCardCapa3PosX2, fgkHVCardCapa3PosY1, -fgkHVCardCeramZ/2-fgkHVCardCapa3Z/2); TGeoTranslation *capa3PosTr3 = new TGeoTranslation("cardHVcapa3PosTr3", fgkHVCardCapa3PosX3, fgkHVCardCapa3PosY2, -fgkHVCardCeramZ/2-fgkHVCardCapa3Z/2); TGeoTranslation *capa3PosTr4 = new TGeoTranslation("cardHVcapa3PosTr4", fgkHVCardCapa3PosX4, fgkHVCardCapa3PosY2, -fgkHVCardCeramZ/2-fgkHVCardCapa3Z/2); TGeoTranslation *capa3PosTr5 = new TGeoTranslation("cardHVcapa3PosTr5", fgkHVCardCapa3PosX5, fgkHVCardCapa3PosY3, -fgkHVCardCeramZ/2-fgkHVCardCapa3Z/2); highVCard->AddNode(capa3, 1, capa3PosTr1); highVCard->AddNode(capa3, 2, capa3PosTr2); highVCard->AddNode(capa3, 3, capa3PosTr3); highVCard->AddNode(capa3, 4, capa3PosTr4); highVCard->AddNode(capa3, 5, capa3PosTr5); //==================================== //--- connexions to LV card Double_t fgkConnexLVHVdiam1 = 0.8*fgkmm; Double_t fgkConnexLVHVdiam2 = 2*fgkmm; Double_t fgkConnexLVHVlen = 6.2*fgkmm; Double_t fgkConnexLVHVx = 3*fgkmm; Double_t fgkConnexLVHVy1 = 8*fgkmm; Double_t fgkConnexLVHVdy = 2.5*fgkmm; TGeoTube *connexLVHVmetal = new TGeoTube("connexLVHVmetal",0, fgkConnexLVHVdiam1/2,fgkConnexLVHVlen/2); TGeoTube *connexLVHVplastic = new TGeoTube("connexLVHVplastic", fgkConnexLVHVdiam1/2, fgkConnexLVHVdiam2/2, fgkConnexLVHVlen/2); TGeoVolume *vConnexLVHVmetal = new TGeoVolume("ITSsddConnexLVHVmetal", connexLVHVmetal, stainless); TGeoVolume *vConnexLVHVplast = new TGeoVolume("ITSsddConnexLVHVplast", connexLVHVplastic, plastic); vConnexLVHVmetal->SetLineColor(10);// white vConnexLVHVplast->SetLineColor(12); // dark grey TGeoVolumeAssembly *connexion = new TGeoVolumeAssembly("ITSsddConnexLVHV"); connexion->AddNode(vConnexLVHVmetal, 1, 0); connexion->AddNode(vConnexLVHVplast, 1, 0); TGeoTranslation *trConnexion1 = new TGeoTranslation(-fgkConnexLVHVx,fgkConnexLVHVy1, -fgkHVCardCeramZ/2-fgkConnexLVHVlen/2 ); TGeoTranslation *trConnexion2 = new TGeoTranslation( fgkConnexLVHVx,fgkConnexLVHVy1, -fgkHVCardCeramZ/2-fgkConnexLVHVlen/2 ); TGeoTranslation *trConnexion3 = new TGeoTranslation(-fgkConnexLVHVx, fgkConnexLVHVy1+fgkConnexLVHVdy, -fgkHVCardCeramZ/2-fgkConnexLVHVlen/2 ); TGeoTranslation *trConnexion4 = new TGeoTranslation( fgkConnexLVHVx, fgkConnexLVHVy1+fgkConnexLVHVdy, -fgkHVCardCeramZ/2-fgkConnexLVHVlen/2 ); TGeoTranslation *trConnexion5 = new TGeoTranslation(-fgkConnexLVHVx, fgkConnexLVHVy1+2*fgkConnexLVHVdy, -fgkHVCardCeramZ/2-fgkConnexLVHVlen/2 ); TGeoTranslation *trConnexion6 = new TGeoTranslation( fgkConnexLVHVx, fgkConnexLVHVy1+2*fgkConnexLVHVdy, -fgkHVCardCeramZ/2-fgkConnexLVHVlen/2 ); TGeoTranslation *trConnexion7 = new TGeoTranslation(-fgkConnexLVHVx, fgkConnexLVHVy1+3*fgkConnexLVHVdy, -fgkHVCardCeramZ/2-fgkConnexLVHVlen/2 ); TGeoTranslation *trConnexion8 = new TGeoTranslation( fgkConnexLVHVx, fgkConnexLVHVy1+3*fgkConnexLVHVdy, -fgkHVCardCeramZ/2-fgkConnexLVHVlen/2 ); highVCard->AddNode(connexion, 1, trConnexion1); highVCard->AddNode(connexion, 2, trConnexion2); highVCard->AddNode(connexion, 3, trConnexion3); highVCard->AddNode(connexion, 4, trConnexion4); highVCard->AddNode(connexion, 5, trConnexion5); highVCard->AddNode(connexion, 6, trConnexion6); highVCard->AddNode(connexion, 7, trConnexion7); highVCard->AddNode(connexion, 8, trConnexion8); //==================================== //--- cooling pieces TGeoBBox *cardHVcool1 = new TGeoBBox("cardHVcool1",fgkHVCardCool1X/2, fgkHVCardCool1Y/2, fgkHVCardCool1Z/2); TGeoBBox *cardHVcool2 = new TGeoBBox("cardHVcool2",fgkHVCardCool2X/2, fgkHVCardCool2Y/2, fgkHVCardCool2Z/2); TGeoBBox *cardHVcool3 = new TGeoBBox("cardHVcool3",fgkHVCardCool3X/2, fgkHVCardCool3Y/2, fgkHVCardCool3Z/2); TGeoVolume *vCardHVcool1 = new TGeoVolume("vCardHVcool1",cardHVcool1, alCu12SDD); TGeoVolume *vCardHVcool2 = new TGeoVolume("vCardHVcool2",cardHVcool2, alCu12SDD); TGeoVolume *vCardHVcool3 = new TGeoVolume("vCardHVcool3",cardHVcool3, alCu12SDD); // This last volume contains the screw used for fixing // the card to the cooling tube ... TGeoTube *littleScrewHV = new TGeoTube("littleScrewHV", 0, fgkLittleScrewR, fgkHVCardCool3Y/2); TGeoVolume *vLittleScrewHV = new TGeoVolume("vLittleScrewHV", littleScrewHV, stainless); TGeoRotation *rotScrewHead = new TGeoRotation("",0,90,0); vCardHVcool3->AddNode(vLittleScrewHV, 1,rotScrewHead); vCardHVcool1->SetLineColor(2); //red vCardHVcool2->SetLineColor(2); //red vCardHVcool3->SetLineColor(2); //red TGeoTranslation *cool1Tr1 = new TGeoTranslation("cardHVcool1Tr1", fgkHVCardCeramX/2-fgkHVCardCool1X/2, -fgkHVCardCoolDY+fgkHVCardCool1Y/2, fgkHVCardCeramZ/2+fgkHVCardCool1Z/2); TGeoTranslation *cool1Tr2 = new TGeoTranslation("cardHVcool1Tr2", -fgkHVCardCeramX/2+fgkHVCardCool1X/2, -fgkHVCardCoolDY+fgkHVCardCool1Y/2, fgkHVCardCeramZ/2+fgkHVCardCool1Z/2); highVCard->AddNode(vCardHVcool1, 1, cool1Tr1); highVCard->AddNode(vCardHVcool1, 2, cool1Tr2); TGeoTranslation *cool2Tr1 = new TGeoTranslation("cardHVcool2Tr1", fgkHVCardCeramX/2-fgkHVCardCool1X+fgkHVCardCool2X/2, -fgkHVCardCoolDY-fgkHVCardCool2Y/2, fgkHVCardCeramZ/2+fgkHVCardCool2Z/2); TGeoTranslation *cool2Tr2 = new TGeoTranslation("cardHVcool2Tr2", -fgkHVCardCeramX/2+fgkHVCardCool1X-fgkHVCardCool2X/2, -fgkHVCardCoolDY-fgkHVCardCool2Y/2, fgkHVCardCeramZ/2+fgkHVCardCool2Z/2); highVCard->AddNode(vCardHVcool2, 1, cool2Tr1); highVCard->AddNode(vCardHVcool2, 2, cool2Tr2); TGeoTranslation *cool3Tr1 = new TGeoTranslation("cardHVcool2Tr1", fgkHVCardCeramX/2-fgkHVCardCool1X+fgkHVCardCool2X+fgkHVCardCool3X/2, -fgkHVCardCoolDY-fgkHVCardCool3Y/2, fgkHVCardCeramZ/2+fgkHVCardCool2Z-fgkHVCardCool3Z/2); TGeoTranslation *cool3Tr2 = new TGeoTranslation("cardHVcool2Tr2", -fgkHVCardCeramX/2+fgkHVCardCool1X-fgkHVCardCool2X-fgkHVCardCool3X/2, -fgkHVCardCoolDY-fgkHVCardCool3Y/2, fgkHVCardCeramZ/2+fgkHVCardCool2Z-fgkHVCardCool3Z/2); highVCard->AddNode(vCardHVcool3, 1, cool3Tr1); highVCard->AddNode(vCardHVcool3, 2, cool3Tr2); //==================================== //--- screws TGeoCombiTrans *cbScrewHead1 = new TGeoCombiTrans("cardHVscrewHeadTr1", fgkHVCardCeramX/2-fgkHVCardCool1X+fgkHVCardCool2X+fgkHVCardCool3X/2, -fgkHVCardCoolDY+fgkLittleScrewHeadH/2, fgkHVCardCeramZ/2+fgkHVCardCool2Z-fgkHVCardCool3Z/2, rotScrewHead); TGeoCombiTrans *cbScrewHead2 = new TGeoCombiTrans("cardHVscrewHeadTr2", -fgkHVCardCeramX/2+fgkHVCardCool1X-fgkHVCardCool2X-fgkHVCardCool3X/2, -fgkHVCardCoolDY+fgkLittleScrewHeadH/2, fgkHVCardCeramZ/2+fgkHVCardCool2Z-fgkHVCardCool3Z/2, rotScrewHead); highVCard->AddNode(fCommonVol[0], 1, cbScrewHead1); highVCard->AddNode(fCommonVol[0], 2, cbScrewHead2); return highVCard; } //________________________________________________________________________ TGeoVolumeAssembly* AliITSv11GeometrySDD::CreateEndLadderCards(Int_t iLay) { // // return an assembly containing the LV, HV and Carlos cards of one ladder // and their cooling system // TGeoMedium *alCu12SDD = GetMedium("ALCU12$"); // ITSsddAlCu12 TGeoMedium *phynoxSDD = GetMedium("INOX$"); TGeoMedium *coolerMediumSDD = GetMedium("WATER$"); TGeoVolumeAssembly *endLadderCards = new TGeoVolumeAssembly("endLadderCards"); //=********************************* //--- The rounded pipe for the end ladder card coooling Double_t endLadPipeUlength = fgkEndLadPipeUlengthLay3; Double_t endLadPipeArmZ = fgkEndLadPipeArmZLay3; Int_t nCards = 3; if (iLay==4) { endLadPipeUlength = fgkEndLadPipeUlengthLay4; endLadPipeArmZ = fgkEndLadPipeArmZLay4; nCards = 4; } AliITSv11GeomCableRound endLadderPipe("endLadderPipe", fgkEndLadPipeOuterDiam/2); endLadderPipe.SetNLayers(2); endLadderPipe.SetLayer(0, fgkEndLadPipeInnerDiam/2, coolerMediumSDD, 4); endLadderPipe.SetLayer(1, (fgkEndLadPipeOuterDiam-fgkEndLadPipeInnerDiam)/2, phynoxSDD, fColorPhynox); Double_t coolUzPos = fgkEndLadPipeOuterDiam/2+2.*fgkmm; //it is the x coord of the axis // of the U colling pipe in its center Double_t coordA[3] = { fgkEndLadPipeUwidth/2, 0, endLadPipeUlength+coolUzPos}; Double_t vectA[3] = {0,0,1}; Double_t coordB[3] = { fgkEndLadPipeUwidth/2,0, fgkEndLadPipeRadius+coolUzPos}; Double_t vectB[3] = {0,0,1}; Double_t coordC[3] = { fgkEndLadPipeUwidth/2-fgkEndLadPipeRadius, 0, coolUzPos}; Double_t vectC[3] = {1,0,0}; Double_t coordD[3] = {-fgkEndLadPipeUwidth/2+fgkEndLadPipeRadius, 0, coolUzPos}; Double_t vectD[3] = {-1,0,0}; Double_t coordE[3] = {-fgkEndLadPipeUwidth/2, 0, fgkEndLadPipeRadius+coolUzPos}; Double_t vectE[3] = {0,0,-1}; Double_t coordF[3] = {-fgkEndLadPipeUwidth/2,0, endLadPipeUlength+coolUzPos}; Double_t vectF[3] = {0,0,-1}; endLadderPipe.AddCheckPoint( (TGeoVolume *) endLadderCards, 0, coordA, vectA); endLadderPipe.AddCheckPoint( (TGeoVolume *) endLadderCards, 1, coordB, vectB); endLadderPipe.AddCheckPoint( (TGeoVolume *) endLadderCards, 2, coordC, vectC); endLadderPipe.AddCheckPoint( (TGeoVolume *) endLadderCards, 3, coordD, vectD); endLadderPipe.AddCheckPoint( (TGeoVolume *) endLadderCards, 4, coordE, vectE); endLadderPipe.AddCheckPoint( (TGeoVolume *) endLadderCards, 5, coordF, vectF); endLadderPipe.SetInitialNode((TGeoVolume *) endLadderCards); //Set the root node //endLadderPipe.CreateAndInsertCableSegment( 1); endLadderPipe.CreateAndInsertTubeSegment( 1); //endLadderPipe.CreateAndInsertCableSegment( 2); endLadderPipe.CreateAndInsertTorusSegment( 2); //endLadderPipe.CreateAndInsertCableSegment( 3); endLadderPipe.CreateAndInsertTubeSegment( 3); //endLadderPipe.CreateAndInsertCableSegment( 4); endLadderPipe.CreateAndInsertTorusSegment( 4); //endLadderPipe.CreateAndInsertCableSegment( 5); endLadderPipe.CreateAndInsertTubeSegment( 5); TGeoBBox *endLadPipeArmBox = new TGeoBBox("endLadPipeArmBox",fgkEndLadPipeArmX/2, fgkEndLadPipeArmY/2, endLadPipeArmZ/2); TGeoTube *endLadPipeArmTube = new TGeoTube("endLadPipeArmTube", 0, fgkEndLadPipeOuterDiam/2, endLadPipeArmZ/2); TGeoTranslation *endLadPipeArmBoxDY1 = new TGeoTranslation("endLadPipeArmBoxDY1", - fgkEndLadPipeArmBoxDX, fgkEndLadPipeArmBoxDY,0); TGeoTranslation *endLadPipeArmBoxDY2 = new TGeoTranslation("endLadPipeArmBoxDY2", fgkEndLadPipeArmBoxDX, fgkEndLadPipeArmBoxDY,0); endLadPipeArmBoxDY1->RegisterYourself(); endLadPipeArmBoxDY2->RegisterYourself(); if(GetDebug(3)) { // Remove compiler warning. endLadPipeArmBox->InspectShape(); endLadPipeArmTube->InspectShape(); } TGeoCompositeShape *endLadPipeArm1 = new TGeoCompositeShape("ITSsddEndLadPipeArm1", "endLadPipeArmBox:endLadPipeArmBoxDY1" "- endLadPipeArmTube"); TGeoCompositeShape *endLadPipeArm2 = new TGeoCompositeShape("ITSsddEndLadPipeArm2", "endLadPipeArmBox:endLadPipeArmBoxDY2" "- endLadPipeArmTube"); TGeoVolume *vEndLadPipeArm1 = new TGeoVolume("ITSsddVolEndLadPipeArm1", endLadPipeArm1, alCu12SDD); TGeoVolume *vEndLadPipeArm2 = new TGeoVolume("ITSsddVolEndLadPipeArm2", endLadPipeArm2, alCu12SDD); vEndLadPipeArm1->SetLineColor(2); vEndLadPipeArm2->SetLineColor(2); Double_t armZ = (coolUzPos-fgkEndLadPipeOuterDiam/2+endLadPipeArmZ/2 +fgkEndLadPipeArmZpos); TGeoTranslation *trEndLadPipeArm1 = new TGeoTranslation("trEndLadPipeArm1", -fgkEndLadPipeUwidth/2,0,armZ); TGeoTranslation *trEndLadPipeArm2 = new TGeoTranslation("trEndLadPipeArm2", fgkEndLadPipeUwidth/2,0,armZ); endLadderCards->AddNode(vEndLadPipeArm1, 1, trEndLadPipeArm1); endLadderCards->AddNode(vEndLadPipeArm2, 1, trEndLadPipeArm2); //=********************************* //--- LV cards TGeoVolumeAssembly *cardLVassemblyR = fCardLVR; TGeoVolumeAssembly *cardLVassemblyL = fCardLVL; Double_t spaceBetweenCards = 0.2*fgkmm; Double_t cardLVxShift = (fgkEndLadPipeUwidth/2-fgkEndLadPipeArmX/2 +fgkEndLadPipeArmBoxDX); Double_t cardLVyShift = (-fgkLVcoolPosY-fgkLVcoolY1+fgkLVcoolY3 +fgkEndLadPipeArmY/2+fgkEndLadPipeArmBoxDY); Double_t alLVcoolZ3 = (fgkLVcardCuZ+fgkLVcardZ+2.*(fgkLVChip0SiZ+fgkLVChip0Z) +fgkLVcoolZ1*2.); Double_t firstLVCardZ = fgkEndLadPipeArmZpos-fgkEndLadPipeOuterDiam/2.+alLVcoolZ3/2 +coolUzPos+1.25*fgkmm; // Position in z of the first LVB with respect to the start of the cooling // rectangular arm, coming (from inside of the ladder) // The cards are added one after the other for (Int_t iCard=0; iCard<nCards; iCard++) { Double_t cardLVzShift = firstLVCardZ + Double_t(iCard)*(alLVcoolZ3 + 2.*spaceBetweenCards+fgkHVCardCool3Z); TGeoTranslation *trCardLVassemblyR = new TGeoTranslation(cardLVxShift, cardLVyShift, cardLVzShift); TGeoTranslation *trCardLVassemblyL = new TGeoTranslation(-cardLVxShift, cardLVyShift, cardLVzShift); endLadderCards->AddNode(cardLVassemblyR, iCard+1, trCardLVassemblyR); endLadderCards->AddNode(cardLVassemblyL, iCard+1, trCardLVassemblyL); } //=********************************* //--- HV cards TGeoVolumeAssembly *cardHV = fCardHV; Double_t coolHVdy = (fgkHVCardCoolDY + fgkHVCardCool3Y + fgkEndLadPipeArmY/2 + fgkEndLadPipeArmBoxDY); Double_t coolHVCenterShift = (fgkHVCardCool3Z/2-fgkHVCardCool2Z -(fgkHVCardCeramZ)/2); for (Int_t iCard=0; iCard<nCards; iCard++) { Double_t fact = iCard*2.+1.; Double_t coolHVdz = (firstLVCardZ + alLVcoolZ3*fact/2 + spaceBetweenCards*fact + fgkHVCardCool3Z*fact/2. + coolHVCenterShift); TGeoTranslation *trCardHV = new TGeoTranslation(0,coolHVdy, coolHVdz); endLadderCards->AddNode(cardHV, iCard+1, trCardHV); } //=********************************* //--- Carlos card TGeoVolumeAssembly *assemblySupCarlos = fCardCarlos; // TGeoRotation *carlosSupRot1 = new TGeoRotation("carlosSuppAngle", // 0, -fgkCarlosSuppAngle, 0); Double_t spaceBetweenCarlsoCards = 0.1*fgkmm; Double_t firstCarlosCardZ = (firstLVCardZ - alLVcoolZ3/2 + alLVcoolZ3*4 + fgkHVCardCool3Z*4 + spaceBetweenCards*7 + 2*fgkmm); // position in z of the first Carlos board, coming from inside of the ladder Double_t coolCarlosDy = (fgkCarlosSuppY3/2 + fgkEndLadPipeArmY/2 + fgkEndLadPipeArmBoxDY); for (Int_t iCard=0; iCard<nCards; iCard++) { Double_t carloszPos = ( firstCarlosCardZ + fgkCarlosSuppZ3/2 + iCard*(fgkCarlosSuppZ3+spaceBetweenCarlsoCards) ); TGeoCombiTrans *carlosPos = new TGeoCombiTrans(0,coolCarlosDy,carloszPos, (TGeoRotation*) fCommonTr[0]); endLadderCards->AddNode(assemblySupCarlos, iCard, carlosPos); } return endLadderCards; } //________________________________________________________________________ TGeoVolume* AliITSv11GeometrySDD::CreateEndLadderCardsV(Int_t iLay) { // // return an Pcon containing the LV, HV and Carlos cards of one ladder // and their cooling system // This is the code actually used for the end ladder cards // TGeoMedium *alCu12SDD = GetMedium("ALCU12$"); // ITSsddAlCu12 TGeoMedium *phynoxSDD = GetMedium("INOX$"); TGeoMedium *coolerMediumSDD = GetMedium("WATER$"); TGeoMedium *copper = GetMedium("COPPER$"); TGeoMedium *plastic = GetMedium("SDDKAPTON (POLYCH2)$"); // ??? TGeoMedium *airSDD = GetMedium("SDD AIR$"); TGeoMedium *opticalFiber = GetMedium("SDD OPTICFIB$"); TGeoMedium *polyurethane = GetMedium("POLYURETHANE$"); Double_t endLadPipeUlength = fgkEndLadPipeUlengthLay3; Double_t endLadPipeArmZ = fgkEndLadPipeArmZLay3; Int_t nCards = 3; Double_t rREF = fgkEndLaddCardsShortRadiusLay3; Double_t deltaZcables = 0; // reference radius corresponding to local y=0 if (iLay==4) { endLadPipeUlength = fgkEndLadPipeUlengthLay4; endLadPipeArmZ = fgkEndLadPipeArmZLay4; nCards = 4; rREF = fgkEndLaddCardsShortRadiusLay4; deltaZcables = 2.8*fgkmm; } Double_t cardLVxShift = (fgkEndLadPipeUwidth/2-fgkEndLadPipeArmX/2 +fgkEndLadPipeArmBoxDX); Double_t cardLVyShift = (-fgkLVcoolPosY-fgkLVcoolY1+fgkLVcoolY3 +fgkEndLadPipeArmY/2+fgkEndLadPipeArmBoxDY); Double_t rMin = rREF + cardLVyShift; // (The LV card is defining rMin because it is the lower object) Double_t thickTotCable = 0.5; //================================== //--- The Pcon container // minimum angle of the Pcon : Double_t tanDPhi = ((fgkEndLadPipeUwidth/2+fgkEndLadPipeArmX/2) / (rREF-fgkEndLadPipeArmY/2) ); Double_t dphi = 2*TMath::ATan(tanDPhi)*TMath::RadToDeg(); Double_t phi0 = 90-dphi/2; Double_t coolUzPos = fgkEndLadPipeOuterDiam/2 + fgkDistEndLaddCardsLadd; // it is the z coord of the axis // of the U colling pipe in its center Double_t zMax = endLadPipeUlength+coolUzPos; Double_t rMax = rMin + fgkLVcardY; rMax = TMath::Sqrt(rMax*rMax + cardLVxShift*cardLVxShift); Double_t cablesRadius = rMax-0.5; TGeoPcon *containerShape = new TGeoPcon("EndLadderCcontainerShape", phi0, dphi, 10); //DefineSection(Int_t snum, Double_t z, Double_t rmin, Double_t rmax); // hard coded numbers are fine tuning to avoid overlaps with other volume in the old geometry containerShape->DefineSection(0, fgkDistEndLaddCardsLadd, rREF-fgkEndLadPipeOuterDiam/2-0.2, rMax); containerShape->DefineSection(1, fgkDistEndLaddCardsLadd+1.4, rREF-fgkEndLadPipeOuterDiam/2-0.2, rMax); containerShape->DefineSection(2, fgkDistEndLaddCardsLadd+1.4, rMin, rMax); containerShape->DefineSection(3, endLadPipeArmZ+2*fgkEndLadPipeRadius, rMin, rMax); containerShape->DefineSection(4, endLadPipeArmZ+2*fgkEndLadPipeRadius, rREF-1.*fgkmm, rMax); containerShape->DefineSection(5, zMax, rREF-1.*fgkmm, rMax); // the following is quite dirty but works for the moment ... containerShape->DefineSection(6, zMax, rREF+fgkCarlosCardZ1/2, rMax); containerShape->DefineSection(7, zMax+1, cablesRadius-thickTotCable/2, rMax); // The next parameters define the shape of the Pcon at its end and where cables // are escaping... Double_t cableSectionR1 = cablesRadius-thickTotCable/2; Double_t cableSectionR2 = rMax; Double_t cableSectionZ1 = zMax + 23.6*fgkmm + 3.0*fgkcm + deltaZcables; Double_t cableSectionZ2 = zMax + 23.6*fgkmm + 4.0*fgkcm + deltaZcables; // Those numbers are to be fixed to stick the maximum to the SDD cone // (hardcoded numbers are ugly, but it's easier to find where to stop) containerShape->DefineSection(8, cableSectionZ1, cableSectionR1, rMax); containerShape->DefineSection(9, cableSectionZ2, cableSectionR2, rMax); TGeoVolume *endLadderCards = new TGeoVolume("endLadderCards",containerShape,airSDD); //endLadderCards->SetVisibility(kFALSE); //=********************************* //--- The rounded pipe for the end ladder card cooling AliITSv11GeomCableRound endLadderPipe("endLadderPipe", fgkEndLadPipeOuterDiam/2); endLadderPipe.SetNLayers(2); endLadderPipe.SetLayer(0, fgkEndLadPipeInnerDiam/2, coolerMediumSDD, 4); endLadderPipe.SetLayer(1, (fgkEndLadPipeOuterDiam-fgkEndLadPipeInnerDiam)/2, phynoxSDD, fColorPhynox); Double_t coordA[3] = { fgkEndLadPipeUwidth/2, rREF, endLadPipeUlength+coolUzPos}; Double_t vectA[3] = {0,0,1}; Double_t coordB[3] = { fgkEndLadPipeUwidth/2,rREF, fgkEndLadPipeRadius+coolUzPos}; Double_t vectB[3] = {0,0,1}; Double_t coordC[3] = { fgkEndLadPipeUwidth/2-fgkEndLadPipeRadius, rREF, coolUzPos}; Double_t vectC[3] = {1,0,0}; Double_t coordD[3] = {-fgkEndLadPipeUwidth/2+fgkEndLadPipeRadius, rREF, coolUzPos}; Double_t vectD[3] = {-1,0,0}; Double_t coordE[3] = {-fgkEndLadPipeUwidth/2, rREF, fgkEndLadPipeRadius+coolUzPos}; Double_t vectE[3] = {0,0,-1}; Double_t coordF[3] = {-fgkEndLadPipeUwidth/2,rREF, endLadPipeUlength+coolUzPos}; Double_t vectF[3] = {0,0,-1}; endLadderPipe.AddCheckPoint( (TGeoVolume *) endLadderCards, 0, coordA, vectA); endLadderPipe.AddCheckPoint( (TGeoVolume *) endLadderCards, 1, coordB, vectB); endLadderPipe.AddCheckPoint( (TGeoVolume *) endLadderCards, 2, coordC, vectC); endLadderPipe.AddCheckPoint( (TGeoVolume *) endLadderCards, 3, coordD, vectD); endLadderPipe.AddCheckPoint( (TGeoVolume *) endLadderCards, 4, coordE, vectE); endLadderPipe.AddCheckPoint( (TGeoVolume *) endLadderCards, 5, coordF, vectF); endLadderPipe.SetInitialNode((TGeoVolume *) endLadderCards); //Set the root node //endLadderPipe.CreateAndInsertCableSegment( 1); endLadderPipe.CreateAndInsertTubeSegment( 1); //endLadderPipe.CreateAndInsertCableSegment( 2); endLadderPipe.CreateAndInsertTorusSegment( 2); //endLadderPipe.CreateAndInsertCableSegment( 3); endLadderPipe.CreateAndInsertTubeSegment( 3); //endLadderPipe.CreateAndInsertCableSegment( 4); endLadderPipe.CreateAndInsertTorusSegment( 4); //endLadderPipe.CreateAndInsertCableSegment( 5); endLadderPipe.CreateAndInsertTubeSegment( 5); TGeoBBox *endLadPipeArmBox = new TGeoBBox("endLadPipeArmBox",fgkEndLadPipeArmX/2, fgkEndLadPipeArmY/2, endLadPipeArmZ/2); TGeoTube *endLadPipeArmTube = new TGeoTube("endLadPipeArmTube", 0, fgkEndLadPipeOuterDiam/2, endLadPipeArmZ/2); TGeoTranslation *endLadPipeArmBoxDY1 = new TGeoTranslation("endLadPipeArmBoxDY1", - fgkEndLadPipeArmBoxDX, fgkEndLadPipeArmBoxDY,0); TGeoTranslation *endLadPipeArmBoxDY2 = new TGeoTranslation("endLadPipeArmBoxDY2", fgkEndLadPipeArmBoxDX, fgkEndLadPipeArmBoxDY,0); endLadPipeArmBoxDY1->RegisterYourself(); endLadPipeArmBoxDY2->RegisterYourself(); if(GetDebug(3)) { // Remove compiler warning. endLadPipeArmBox->InspectShape(); endLadPipeArmTube->InspectShape(); } TGeoCompositeShape *endLadPipeArm1 = new TGeoCompositeShape("ITSsddEndLadPipeArm1", "endLadPipeArmBox:endLadPipeArmBoxDY1" "- endLadPipeArmTube"); TGeoCompositeShape *endLadPipeArm2 = new TGeoCompositeShape("ITSsddEndLadPipeArm2", "endLadPipeArmBox:endLadPipeArmBoxDY2" "- endLadPipeArmTube"); TGeoVolume *vEndLadPipeArm1 = new TGeoVolume("ITSsddVolEndLadPipeArm1", endLadPipeArm1, alCu12SDD); TGeoVolume *vEndLadPipeArm2 = new TGeoVolume("ITSsddVolEndLadPipeArm2", endLadPipeArm2, alCu12SDD); vEndLadPipeArm1->SetLineColor(2); vEndLadPipeArm2->SetLineColor(2); Double_t armZ = (coolUzPos-fgkEndLadPipeOuterDiam/2+endLadPipeArmZ/2 +fgkEndLadPipeArmZpos); TGeoTranslation *trEndLadPipeArm1 = new TGeoTranslation("trEndLadPipeArm1", -fgkEndLadPipeUwidth/2,rREF,armZ); TGeoTranslation *trEndLadPipeArm2 = new TGeoTranslation("trEndLadPipeArm2", fgkEndLadPipeUwidth/2,rREF,armZ); endLadderCards->AddNode(vEndLadPipeArm1, 1, trEndLadPipeArm1); endLadderCards->AddNode(vEndLadPipeArm2, 1, trEndLadPipeArm2); //=********************************* //--- LV cards TGeoVolumeAssembly *cardLVassemblyR = fCardLVR; TGeoVolumeAssembly *cardLVassemblyL = fCardLVL; Double_t spaceBetweenCards = 0.2*fgkmm; Double_t alLVcoolZ3 = (fgkLVcardCuZ+fgkLVcardZ+2.*(fgkLVChip0SiZ+fgkLVChip0Z) +fgkLVcoolZ1*2.); Double_t firstLVCardZ = fgkEndLadPipeArmZpos-fgkEndLadPipeOuterDiam/2.+alLVcoolZ3/2 +coolUzPos+1.25*fgkmm; // Position in z of the first LVB with respect to the start of the cooling // rectangular arm, coming (from inside of the ladder) // The cards are added one after the other for (Int_t iCard=0; iCard<nCards; iCard++) { Double_t cardLVzShift = firstLVCardZ + Double_t(iCard)*(alLVcoolZ3 + 2.*spaceBetweenCards+fgkHVCardCool3Z); TGeoTranslation *trCardLVassemblyR = new TGeoTranslation(cardLVxShift, cardLVyShift+rREF, cardLVzShift); TGeoTranslation *trCardLVassemblyL = new TGeoTranslation(-cardLVxShift, cardLVyShift+rREF, cardLVzShift); endLadderCards->AddNode(cardLVassemblyR, iCard+1, trCardLVassemblyR); endLadderCards->AddNode(cardLVassemblyL, iCard+1, trCardLVassemblyL); } //=********************************* //--- HV cards TGeoVolumeAssembly *cardHV = fCardHV; Double_t coolHVdy = (fgkHVCardCoolDY + fgkHVCardCool3Y + fgkEndLadPipeArmY/2 + fgkEndLadPipeArmBoxDY); // shift of the HV card in local y w.r.t the local y=0 (center of cooling tube) Double_t coolHVCenterShift = (fgkHVCardCool3Z/2-fgkHVCardCool2Z -(fgkHVCardCeramZ)/2); for (Int_t iCard=0; iCard<nCards; iCard++) { Double_t fact = iCard*2.+1.; Double_t coolHVdz = (firstLVCardZ + alLVcoolZ3*fact/2 + spaceBetweenCards*fact + fgkHVCardCool3Z*fact/2. + coolHVCenterShift); TGeoTranslation *trCardHV = new TGeoTranslation(0,coolHVdy+rREF, coolHVdz); endLadderCards->AddNode(cardHV, iCard+1, trCardHV); } //=********************************* //--- Carlos card TGeoVolumeAssembly *assemblySupCarlos = fCardCarlos; // TGeoRotation *carlosSupRot1 = new TGeoRotation("carlosSuppAngle", // 0, -fgkCarlosSuppAngle, 0); Double_t spaceBetweenCarlsoCards = 0.1*fgkmm; Double_t firstCarlosCardZ = (firstLVCardZ - alLVcoolZ3/2 + alLVcoolZ3*4 + fgkHVCardCool3Z*4 + spaceBetweenCards*7 + 2*fgkmm); // position in z of the first Carlos board, coming from inside of the ladder Double_t coolCarlosDy = (fgkCarlosSuppY3/2 + fgkEndLadPipeArmY/2 + fgkEndLadPipeArmBoxDY); for (Int_t iCard=0; iCard<nCards; iCard++) { Double_t carloszPos = ( firstCarlosCardZ + fgkCarlosSuppZ3/2 + iCard*(fgkCarlosSuppZ3+spaceBetweenCarlsoCards) ); TGeoCombiTrans *carlosPos = new TGeoCombiTrans(0,coolCarlosDy+rREF,carloszPos, (TGeoRotation*) fCommonTr[0]); endLadderCards->AddNode(assemblySupCarlos, iCard, carlosPos); } //=********************************* //--- Cables Double_t sectionV = (fgkSectionCuPerMod+fgkSectionPlastPerMod + fgkSectionGlassPerMod)*nCards + fgkSectionCoolPolyuEL + fgkSectionCoolWaterEL; // We fix thickness, then width is calculated accordingly Double_t width = sectionV/thickTotCable; Double_t thickCu = thickTotCable*fgkSectionCuPerMod / (fgkSectionCuPerMod+fgkSectionPlastPerMod+fgkSectionGlassPerMod+fgkSectionCoolPolyuEL+fgkSectionCoolWaterEL); Double_t thickPlast = thickTotCable*fgkSectionPlastPerMod / (fgkSectionCuPerMod+fgkSectionPlastPerMod+fgkSectionGlassPerMod+fgkSectionCoolPolyuEL+fgkSectionCoolWaterEL); Double_t thickGlass = thickTotCable*fgkSectionGlassPerMod / (fgkSectionCuPerMod+fgkSectionPlastPerMod+fgkSectionGlassPerMod+fgkSectionCoolPolyuEL+fgkSectionCoolWaterEL); Double_t thickCoolPolyu = thickTotCable*fgkSectionCoolPolyuEL / (fgkSectionCuPerMod+fgkSectionPlastPerMod+fgkSectionGlassPerMod+fgkSectionCoolPolyuEL+fgkSectionCoolWaterEL); Double_t thickCoolWater = thickTotCable*fgkSectionCoolWaterEL / (fgkSectionCuPerMod+fgkSectionPlastPerMod+fgkSectionGlassPerMod+fgkSectionCoolPolyuEL+fgkSectionCoolWaterEL); AliITSv11GeomCableFlat cable("SDDcableEndLadder",width,thickTotCable); cable.SetNLayers(5); cable.SetLayer(0, thickCu, copper, kRed); cable.SetLayer(1, thickPlast, plastic, kYellow); cable.SetLayer(2, thickGlass, opticalFiber, kGreen); cable.SetLayer(3, thickCoolPolyu, polyurethane, kGray); cable.SetLayer(4, thickCoolWater, coolerMediumSDD, kBlue); Double_t zVect[3]={0,0,1}; Double_t xMinCable = firstCarlosCardZ+nCards*(fgkCarlosSuppZ3 +spaceBetweenCarlsoCards)/2 + 2.9; // the 2.9cm is for taking into account carlos card angle... Double_t zEndCable = GetConeZ(cablesRadius-thickTotCable/2, cableSectionR1, cableSectionR2,cableSectionZ1,cableSectionZ2); Double_t pos1[3] = {0, cablesRadius, xMinCable}; Double_t pos2[3] = {0, cablesRadius, zEndCable}; cable.AddCheckPoint( endLadderCards, 0, pos1, zVect ); cable.AddCheckPoint( endLadderCards, 1, pos2, zVect ); cable.SetInitialNode(endLadderCards); cable.CreateAndInsertCableSegment(1); // The earth cable TGeoTorus *earthShape = new TGeoTorus(rMax-fgkEndLadderEarthCableR, 0., fgkEndLadderEarthCableR, phi0, dphi); // same as containerShape TGeoVolume *earthCable = new TGeoVolume("SDDcableEndLadderEarthCable", earthShape, copper); endLadderCards->AddNode(earthCable, 1, new TGeoTranslation(0, 0, fgkDistEndLaddCardsLadd+1)); return endLadderCards; } //________________________________________________________________________ TGeoVolumeAssembly* AliITSv11GeometrySDD::CreateSupportRing() { // // return an assembly of the support rings, attaching the ladders to the cone // TGeoMedium *stainless = GetMedium("INOX$"); // To code !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! TGeoVolumeAssembly *supportRing = new TGeoVolumeAssembly("supportRing"); //********************************** // ruby cage Double_t fgkRubyCageX = 9*fgkmm; Double_t fgkRubyCageY = 5.5*fgkmm; Double_t fgkRubyCageZ = 8*fgkmm; Double_t fgkRubyCageInternSide = 5.*fgkmm; //side of the internal square Double_t fgkRubyCageHoleDX = 2.*fgkmm; Double_t fgkRubyCageVIntern = 5.42*fgkmm; Double_t fgkRubyCageScrewHoleR = 4.5/2*fgkmm; Double_t fgkRubyCageScrewHoleY = 1.5*fgkmm; TGeoBBox *rubyCageBox = new TGeoBBox("rubyCageBox",fgkRubyCageX/2,fgkRubyCageY/2, fgkRubyCageZ/2); Double_t epsilon = 1e-10; //dummy epsilon to force the gl viewer to show holes // pieces common to both square and V cages TGeoBBox *rubyCageInternBox = new TGeoBBox("rubyCageInternBox",fgkRubyCageInternSide/2, fgkRubyCageY/2+epsilon, fgkRubyCageInternSide/2); TGeoTube *screwHole = new TGeoTube("screwHole", 0, fgkRubyCageScrewHoleR, fgkRubyCageHoleDX/2+epsilon); TGeoRotation *rotV = new TGeoRotation("", 90,90,-90); TGeoCombiTrans *trScrewHole = new TGeoCombiTrans("trScrewHole", fgkRubyCageX/2-fgkRubyCageHoleDX/2, -fgkRubyCageY/2+fgkRubyCageScrewHoleY,0,rotV); trScrewHole->RegisterYourself(); TGeoBBox *screwHoleFoot = new TGeoBBox("screwHoleFoot",fgkRubyCageHoleDX/2+epsilon, fgkRubyCageScrewHoleY/2+epsilon, fgkRubyCageScrewHoleR); TGeoTranslation *trScrewHoleFoot = new TGeoTranslation("trScrewHoleFoot", fgkRubyCageX/2-fgkRubyCageHoleDX/2, -fgkRubyCageY/2+fgkRubyCageScrewHoleY/2, 0); trScrewHoleFoot->RegisterYourself(); // pieces which differ Double_t rubyCageVInternBoxX = fgkRubyCageVIntern - fgkRubyCageInternSide/2; TGeoBBox *rubyCageVInternBox = new TGeoBBox("rubyCageVInternBox",rubyCageVInternBoxX/2, fgkRubyCageY/2+epsilon, fgkRubyCageInternSide/2); TGeoTranslation *trRubyCageVInternBox = new TGeoTranslation("trRubyCageVInternB", fgkRubyCageX/2-fgkRubyCageHoleDX-rubyCageVInternBoxX/2,0,0); trRubyCageVInternBox->RegisterYourself(); TGeoTrd1 *rubyCageVInternTriangl = new TGeoTrd1("rubyCageVInternTriangl", 0, fgkRubyCageInternSide/2, fgkRubyCageY/2+epsilon, fgkRubyCageInternSide/4); TGeoCombiTrans *trRubyCageVInternTriangl = new TGeoCombiTrans("trRubyCageVInternTriangl", fgkRubyCageX/2-fgkRubyCageHoleDX-rubyCageVInternBoxX-fgkRubyCageInternSide/4 +epsilon,0,0, rotV ); trRubyCageVInternTriangl->RegisterYourself(); //--- TGeoCompositeShape *rubyCageSquare = new TGeoCompositeShape("rubyCageSquare", "rubyCageBox-(rubyCageInternBox" "+screwHole:trScrewHole+screwHoleFoot:trScrewHoleFoot)"); TGeoVolume *vRubyCageSquare = new TGeoVolume("vRubyCageSquare", rubyCageSquare, stainless); vRubyCageSquare->SetLineColor(10); TGeoCompositeShape *rubyCageV = new TGeoCompositeShape("rubyCageV", "rubyCageBox-(rubyCageVInternBox:trRubyCageVInternB" "+rubyCageVInternTriangl:trRubyCageVInternTriangl" "+screwHole:trScrewHole+screwHoleFoot:trScrewHoleFoot)"); TGeoVolume *vRubyCageV = new TGeoVolume("vRubyCageV", rubyCageV, stainless); vRubyCageV->SetLineColor(10); if(GetDebug(3)) { // Remove compiler warning. rubyCageBox->InspectShape(); rubyCageInternBox->InspectShape(); screwHole->InspectShape(); screwHoleFoot->InspectShape(); rubyCageVInternBox->InspectShape(); rubyCageVInternTriangl->InspectShape(); } supportRing->AddNode(vRubyCageSquare, 0, 0); //supportRing->AddNode(vRubyCageV, 0, 0); return supportRing; } //________________________________________________________________________ void AliITSv11GeometrySDD::CreateSDDsensor() { // // return a box containing the SDD sensor // TGeoMedium *airSDD = GetMedium("SDD AIR$"); TGeoMedium *siliconSDD = GetMedium("SDD SI insensitive$"); // ITSsddSi TGeoMedium *siliconSDDsens = GetMedium("SI$"); // ITSsddSi TGeoMedium *alSDD = GetMedium("AL$"); // ITSal TGeoMedium *polyhamideSDD = GetMedium("SDDKAPTON (POLYCH2)$"); // ITSsddKAPTON_POLYCH2 TGeoMedium *glassSDD = GetMedium("STDGLASS$"); // StdGlass Double_t rWraping = fgkWaferThickness/2+fgkWaHVcableAlThick+fgkWaHVcablePolyThick; Double_t witdhCableBox = (fgkWaHVcableWitdh - TMath::Pi()*rWraping)/2; // width : in the beam direction ! Double_t sensoxBoxLength = ( fgkWaferLength + 2*(rWraping+witdhCableBox-fgkWaHVcableDW) ); // Makes life easier to include the space for the WA HV cable on both sides Double_t sensoxBoxThick = fgkWaferThickness + 2*(fgkWaHVcableAlThick+fgkWaHVcablePolyThick); // cout << "fgkWaferLength=" << fgkWaferLength << " sensoxBoxLength="<< sensoxBoxLength <<endl; // cout << "fgkWaferThickness=" << fgkWaferThickness << " sensoxBoxThick=" << sensoxBoxThick << endl; TGeoBBox *box = new TGeoBBox("ITSsddSensorBox", fgkWaferWidth/2, sensoxBoxThick/2, sensoxBoxLength/2); fSDDsensor3 = new TGeoVolume("ITSsddSensor3", box, airSDD); fSDDsensor4 = new TGeoVolume("ITSsddSensor4", box, airSDD); //**************************** // silicon wafer //**************************** if (fAddSensors) { // we need 2 different sensor objects, because they have to have different names // This is required for the step manager TGeoBBox *waferShape = new TGeoBBox("ITSsddWaferShape", fgkWaferWidth/2, fgkWaferThickness/2, fgkWaferLength/2); TGeoVolume *wafer3 = new TGeoVolume("ITSsddWafer3", waferShape, siliconSDD); wafer3->SetLineColor(fColorSilicon); TGeoBBox *sensBox3 = new TGeoBBox("ITSsddSensorSensBox3", fgkWaferWidthSens/2, fgkWaferThickSens/2, fgkWaferLengthSens/2); TGeoVolume *sensVol3 = new TGeoVolume(fgkSDDsensitiveVolName3,sensBox3, siliconSDDsens); sensVol3->SetLineColor(fColorSilicon+5); wafer3->AddNode(sensVol3, 1, 0); fSDDsensor3->AddNode(wafer3, 1, 0); TGeoVolume *wafer4 = new TGeoVolume("ITSsddWafer4", waferShape, siliconSDD); wafer4->SetLineColor(fColorSilicon); TGeoBBox *sensBox4 = new TGeoBBox("ITSsddSensorSensBox4", fgkWaferWidthSens/2, fgkWaferThickSens/2, fgkWaferLengthSens/2); TGeoVolume *sensVol4 = new TGeoVolume(fgkSDDsensitiveVolName4,sensBox4, siliconSDDsens); sensVol4->SetLineColor(fColorSilicon+5); wafer4->AddNode(sensVol4, 1, 0); fSDDsensor4->AddNode(wafer4, 1, 0); }; //**************************** // glass //**************************** TGeoBBox *glass = new TGeoBBox("ITSsddGlassBox", fgkSensorGlassLX/2, fgkSensorGlassLY/2, fgkSensorGlassLZ/2); TGeoVolume *vGlass = new TGeoVolume("ITSsddGlass",glass, glassSDD); vGlass->SetLineColor(fColorGlass); TGeoTranslation *glassTr1 = new TGeoTranslation("",fgkGlassDXOnSensor, fgkWaferThickness/2+fgkSensorGlassLY/2, fgkGlassDZOnSensor); TGeoTranslation *glassTr2 = new TGeoTranslation("",-fgkGlassDXOnSensor, fgkWaferThickness/2+fgkSensorGlassLY/2, fgkGlassDZOnSensor); TGeoTranslation *glassTr3 = new TGeoTranslation("",fgkGlassDXOnSensor, fgkWaferThickness/2+fgkSensorGlassLY/2, -fgkGlassDZOnSensor); TGeoTranslation *glassTr4 = new TGeoTranslation("",-fgkGlassDXOnSensor, fgkWaferThickness/2+fgkSensorGlassLY/2, -fgkGlassDZOnSensor); fSDDsensor3->AddNode(vGlass, 1, glassTr1); fSDDsensor3->AddNode(vGlass, 2, glassTr2); fSDDsensor3->AddNode(vGlass, 3, glassTr3); fSDDsensor3->AddNode(vGlass, 4, glassTr4); fSDDsensor4->AddNode(vGlass, 1, glassTr1); fSDDsensor4->AddNode(vGlass, 2, glassTr2); fSDDsensor4->AddNode(vGlass, 3, glassTr3); fSDDsensor4->AddNode(vGlass, 4, glassTr4); //**************************** // Wrap-around cable //**************************** if (fAddHVcables) { AliITSv11GeomCableFlat waHVCable("ITSsddWaHVCableU",witdhCableBox, fgkWaHVcableAlThick+fgkWaHVcablePolyThick); waHVCable.SetNLayers(2); waHVCable.SetLayer(0, fgkWaHVcablePolyThick,polyhamideSDD,fColorPolyhamide); waHVCable.SetLayer(1, fgkWaHVcableAlThick, alSDD, fColorAl); waHVCable.SetInitialNode(fSDDsensor3); Double_t x1[3], x2[3], vX[3] = {1,0,0}; x1[0] = -fgkWaHVcableLength/2; x2[0] = -x1[0]; x1[1] = (fgkWaferThickness + waHVCable.GetThickness())/2; x2[1] = x1[1]; x1[2] = fgkWaferLength/2+waHVCable.GetWidth()/2-fgkWaHVcableDW; x2[2] = x1[2]; waHVCable.AddCheckPoint(fSDDsensor3, 0, x1, vX); waHVCable.AddCheckPoint(fSDDsensor3, 1, x2, vX); TGeoCombiTrans *ctSegment = 0; TGeoVolume* segment = waHVCable.CreateAndInsertBoxCableSegment(1,-90, &ctSegment); fSDDsensor4->AddNode(segment, 1, ctSegment); x1[1] = -x1[1]; x2[1] = x1[1]; waHVCable.SetName("ITSsddWaHVCableD"); waHVCable.ResetPoints(); waHVCable.AddCheckPoint(fSDDsensor3, 0, x1, vX); waHVCable.AddCheckPoint(fSDDsensor3, 1, x2, vX); segment = waHVCable.CreateAndInsertBoxCableSegment(1, 90, &ctSegment); fSDDsensor4->AddNode(segment, 1, ctSegment); AliITSv11GeomCableRound waHVCableFold("ITSsddWaHVCableFold", rWraping); waHVCableFold.SetPhi(180,360); waHVCableFold.SetNLayers(2); waHVCableFold.SetLayer(0, fgkWaferThickness/2+fgkWaHVcablePolyThick, polyhamideSDD, fColorPolyhamide); waHVCableFold.SetLayer(1, fgkWaHVcableAlThick, alSDD, fColorAl); waHVCableFold.SetInitialNode(fSDDsensor3); x1[1] = 0; x2[1] = 0; x1[2] = fgkWaferLength/2-fgkWaHVcableDW+witdhCableBox; x2[2] = x1[2]; waHVCableFold.AddCheckPoint(fSDDsensor3, 0, x1, vX); waHVCableFold.AddCheckPoint(fSDDsensor3, 1, x2, vX); segment = waHVCableFold.CreateAndInsertCableSegment(1, &ctSegment); fSDDsensor4->AddNode(segment, 1, ctSegment); //**************************** // transition cable //**************************** Double_t headRadius = (fgkTransitHVHeadLX*fgkTransitHVHeadLX/4.+ fgkTransitHVHeadLZ*fgkTransitHVHeadLZ) /(2.*fgkTransitHVHeadLZ); Double_t theta = TMath::ATan2(fgkTransitHVHeadLX/2, headRadius-fgkTransitHVHeadLZ) *TMath::RadToDeg(); TGeoTubeSeg *headPoly = new TGeoTubeSeg(0,headRadius, fgkTransitHVPolyThick/2, 90-theta,90+theta); headPoly->SetName("headPoly"); TGeoTranslation *headPolyTr = new TGeoTranslation(0,0, -fgkTransitHVPolyThick/2); headPolyTr->SetName("headPolyTr"); headPolyTr->RegisterYourself(); TGeoTubeSeg *headAl = new TGeoTubeSeg(0,headRadius, fgkTransitHVAlThick/2, 90-theta,90+theta); headAl->SetName("headAl"); TGeoTranslation *headAlTr = new TGeoTranslation(0,0, -fgkTransitHVPolyThick -fgkTransitHVAlThick/2); headAlTr->SetName("headAlTr"); headAlTr->RegisterYourself(); TGeoBBox *cache = new TGeoBBox(fgkTransitHVHeadLX/2, (headRadius-fgkTransitHVHeadLZ)/2, (fgkTransitHVPolyThick+fgkTransitHVAlThick)/2); cache->SetName("cache"); TGeoTranslation *headCacheTr = new TGeoTranslation(0, (headRadius-fgkTransitHVHeadLZ)/2, -(fgkTransitHVPolyThick +fgkTransitHVAlThick)/2); headCacheTr->SetName("cacheTr"); headCacheTr->RegisterYourself(); TGeoCompositeShape *headPolyComp = new TGeoCompositeShape( "headPoly:headPolyTr-cache:cacheTr"); TGeoVolume *vHeadPolyComp = new TGeoVolume( "ITSsddHVtransitHeadPoly",headPolyComp, polyhamideSDD); vHeadPolyComp->SetLineColor(fColorPolyhamide); TGeoCompositeShape *headAlComp = new TGeoCompositeShape( "headAl:headAlTr-cache:cacheTr"); TGeoVolume *vHeadAlComp = new TGeoVolume( "ITSsddHVtransitHeadAl",headAlComp, alSDD); vHeadAlComp->SetLineColor(fColorAl); // TGeoRotation rotHead("",0,90,0); // TGeoCombiTrans *rotHeadTr = new TGeoCombiTrans(0,fgkWaferThickness/2, // -headRadius+fgkTransitHVHeadLZ+fgkTransitHVBondingLZ/2, // &rotHead); TGeoRotation *rotHead = new TGeoRotation("",0,90,0); TGeoCombiTrans *rotHeadTr = new TGeoCombiTrans(0,fgkWaferThickness/2, -headRadius+fgkTransitHVHeadLZ+fgkTransitHVBondingLZ/2, rotHead); fSDDsensor3->AddNode(vHeadPolyComp,1,rotHeadTr); fSDDsensor3->AddNode(vHeadAlComp,1,rotHeadTr); fSDDsensor4->AddNode(vHeadPolyComp,1,rotHeadTr); fSDDsensor4->AddNode(vHeadAlComp,1,rotHeadTr); //--- AliITSv11GeomCableFlat transitHVCable("ITSsddHVtransitCenter", fgkTransitHVBondingLZ, fgkTransitHVPolyThick+fgkTransitHVAlThick); transitHVCable.SetNLayers(2); transitHVCable.SetLayer(0, fgkTransitHVPolyThick,polyhamideSDD, fColorPolyhamide); transitHVCable.SetLayer(1, fgkTransitHVAlThick, alSDD, fColorAl); transitHVCable.SetInitialNode(fSDDsensor3); x1[0] = -fgkTransitHVHeadLX/2; x2[0] = -x1[0]; x1[1] = (fgkWaferThickness+fgkTransitHVPolyThick+fgkTransitHVAlThick)/2; x2[1] = x1[1]; x1[2] = 0; x2[2] = 0; transitHVCable.AddCheckPoint(fSDDsensor3, 0, x1, vX); transitHVCable.AddCheckPoint(fSDDsensor3, 1, x2, vX); segment = transitHVCable.CreateAndInsertBoxCableSegment(1,-90,&ctSegment); fSDDsensor4->AddNode(segment, 1, ctSegment); transitHVCable.ResetPoints(); transitHVCable.SetName("ITSsddHVtransitTail"); transitHVCable.SetWidth(fgkTransitHVtailWidth); x1[0] = fgkTransitHVtailXpos; x2[0] = fgkTransitHVtailXpos; x1[2] = -fgkTransitHVBondingLZ/2; x2[2] = -fgkTransitHVBondingLZ/2-fgkTransitHVtailLength; Double_t vZ[3] = {0,0,1}; transitHVCable.AddCheckPoint(fSDDsensor3, 0, x1, vZ); transitHVCable.AddCheckPoint(fSDDsensor3, 1, x2, vZ); segment = transitHVCable.CreateAndInsertBoxCableSegment(1,0, &ctSegment); fSDDsensor4->AddNode(segment, 1, ctSegment); //--- TGeoArb8 *sideLeft = new TGeoArb8( fgkTransitHVPolyThick/2 ); sideLeft->SetVertex(0, fgkTransitHVtailXpos+fgkTransitHVtailWidth/2,0); sideLeft->SetVertex(1, fgkTransitHVtailXpos+fgkTransitHVtailWidth/2, fgkTransitHVsideLZ); sideLeft->SetVertex(2, fgkTransitHVHeadLX/2, fgkTransitHVsideLeftZ); sideLeft->SetVertex(3, fgkTransitHVHeadLX/2, 0); sideLeft->SetVertex(4, fgkTransitHVtailXpos+fgkTransitHVtailWidth/2,0); sideLeft->SetVertex(5, fgkTransitHVtailXpos+fgkTransitHVtailWidth/2, fgkTransitHVsideLZ); sideLeft->SetVertex(6, fgkTransitHVHeadLX/2, fgkTransitHVsideLeftZ); sideLeft->SetVertex(7, fgkTransitHVHeadLX/2, 0); TGeoArb8 *sideLeftAl = new TGeoArb8( fgkTransitHVAlThick/2 ); sideLeftAl->SetVertex(0, fgkTransitHVtailXpos+fgkTransitHVtailWidth/2,0); sideLeftAl->SetVertex(1, fgkTransitHVtailXpos+fgkTransitHVtailWidth/2, fgkTransitHVsideLZ); sideLeftAl->SetVertex(2, fgkTransitHVHeadLX/2, fgkTransitHVsideLeftZ); sideLeftAl->SetVertex(3, fgkTransitHVHeadLX/2, 0); sideLeftAl->SetVertex(4, fgkTransitHVtailXpos+fgkTransitHVtailWidth/2,0); sideLeftAl->SetVertex(5, fgkTransitHVtailXpos+fgkTransitHVtailWidth/2, fgkTransitHVsideLZ); sideLeftAl->SetVertex(6, fgkTransitHVHeadLX/2, fgkTransitHVsideLeftZ); sideLeftAl->SetVertex(7, fgkTransitHVHeadLX/2, 0); // sideRight is not there actually // TGeoArb8 *sideRight = new TGeoArb8( fgkTransitHVPolyThick/2 ); // sideRight->SetVertex(0, fgkTransitHVtailXpos-fgkTransitHVtailWidth/2,0); // sideRight->SetVertex(1, fgkTransitHVtailXpos-fgkTransitHVtailWidth/2, // fgkTransitHVsideLZ); // sideRight->SetVertex(2, -fgkTransitHVHeadLX/2, fgkTransitHVsideRightZ); // sideRight->SetVertex(3, -fgkTransitHVHeadLX/2, 0); // sideRight->SetVertex(4, fgkTransitHVtailXpos-fgkTransitHVtailWidth/2,0); // sideRight->SetVertex(5, fgkTransitHVtailXpos-fgkTransitHVtailWidth/2, // fgkTransitHVsideLZ); // sideRight->SetVertex(6, -fgkTransitHVHeadLX/2, fgkTransitHVsideRightZ); // sideRight->SetVertex(7, -fgkTransitHVHeadLX/2, 0); // TGeoRotation rotSide("",0,-90,0); // TGeoCombiTrans *sideRightTr = new TGeoCombiTrans(0, // (fgkWaferThickness+fgkTransitHVPolyThick)/2, // -fgkTransitHVBondingLZ/2,&rotSide); // TGeoCombiTrans *sideLeftTr = new TGeoCombiTrans(0, // (fgkWaferThickness+fgkTransitHVPolyThick)/2, // -fgkTransitHVBondingLZ/2, &rotSide); // TGeoCombiTrans *sideLeftAlTr = new TGeoCombiTrans(0, // fgkTransitHVPolyThick+(fgkWaferThickness+fgkTransitHVAlThick)/2, // -fgkTransitHVBondingLZ/2, &rotSide); TGeoRotation *rotSide = new TGeoRotation("",0,-90,0); // TGeoCombiTrans *sideRightTr = new TGeoCombiTrans(0, // (fgkWaferThickness+fgkTransitHVPolyThick)/2, // -fgkTransitHVBondingLZ/2,rotSide); TGeoCombiTrans *sideLeftTr = new TGeoCombiTrans(0, (fgkWaferThickness+fgkTransitHVPolyThick)/2, -fgkTransitHVBondingLZ/2, rotSide); TGeoCombiTrans *sideLeftAlTr = new TGeoCombiTrans(0, fgkTransitHVPolyThick+(fgkWaferThickness+fgkTransitHVAlThick)/2, -fgkTransitHVBondingLZ/2, rotSide); TGeoVolume *vSideLeft = new TGeoVolume("ITSsddHVtransitSideLeft", sideLeft,polyhamideSDD); vSideLeft->SetLineColor(fColorPolyhamide); TGeoVolume *vSideLeftAl = new TGeoVolume("ITSsddHVtransitSideLeftAl", sideLeftAl,alSDD); vSideLeftAl->SetLineColor(fColorAl); // TGeoVolume *vSideRight = new TGeoVolume("ITSsddHVtransitSideRight", // sideRight,polyhamideSDD); // vSideRight->SetLineColor(fColorPolyhamide); fSDDsensor3->AddNode(vSideLeft, 1, sideLeftTr); fSDDsensor3->AddNode(vSideLeftAl, 1, sideLeftAlTr); // fSDDsensor3->AddNode(vSideRight, 1, sideRightTr); fSDDsensor4->AddNode(vSideLeft, 1, sideLeftTr); fSDDsensor4->AddNode(vSideLeftAl, 1, sideLeftAlTr); // fSDDsensor4->AddNode(vSideRight, 1, sideRightTr); }; //**************************** if(GetDebug(1)) { fSDDsensor3->CheckOverlaps(0.01); fSDDsensor4->CheckOverlaps(0.01); } fSDDsensor3->SetVisibility(kFALSE); fSDDsensor4->SetVisibility(kFALSE); } /* //________________________________________________________________________ TGeoVolume *AliITSv11GeometrySDD::CreateDetectors(Int_t iLay) { // // return a box volume containing the detectors // TGeoMedium *airSDD = GetMedium("SDD AIR$"); Int_t nDetectors = fgkLay3Ndet; Double_t ladderLength = fgkLay3LadderLength; Double_t *sensorZPos = fLay3sensorZPos; if (iLay==3) {} else if (iLay==4) { nDetectors = fgkLay4Ndet; ladderLength = fgkLay4LadderLength; sensorZPos = fLay4sensorZPos; } else { printf("AliITSv11GeometrySDD::CreateDetectors: Error : Wrong layer"); }; char name[30]; Double_t volThickness = ( fgkLadWaferSep + 2*fgkWaferThickness + 2*(fgkWaHVcableAlThick+fgkWaHVcablePolyThick)); sprintf(name,"ITSsddDetBox%i",iLay); TGeoBBox *detBox = new TGeoBBox(name, fgkWaferWidth/2, volThickness/2, ladderLength*((nDetectors-0.5)/nDetectors)/2); TGeoVolume *virtualDet = new TGeoVolume("ITSsddLadd",detBox, airSDD); for (Int_t i=0; i<nDetectors; i++) { Double_t localZ = sensorZPos[i]; Double_t localY = fgkLadWaferSep/2+fgkWaferThickness/2; if (iLay==3) if (i%2!=0) localY = -localY; if (iLay==4) if (i%2==0) localY = -localY; sprintf(name, "ITSsddLay%iSensorPos%i",iLay, i); if (i >= nDetectors/2) { TGeoTranslation *sensorPos = new TGeoTranslation(0,localY,localZ); sensorPos->SetName(name); virtualDet->AddNode(fSDDsensor, i, sensorPos); } else { TGeoRotation *rotSensor = new TGeoRotation("",0, 180, 180); TGeoCombiTrans *sensorPos = new TGeoCombiTrans(0,localY, localZ, rotSensor); sensorPos->SetName(name); virtualDet->AddNode(fSDDsensor, i, sensorPos); }; } if(GetDebug(1)) virtualDet->CheckOverlaps(0.01); virtualDet->SetVisibility(kFALSE); return virtualDet; } */ //________________________________________________________________________ TGeoVolumeAssembly *AliITSv11GeometrySDD::CreateDetectorsAssembly(Int_t iLay) { // // return a box volume containing the detectors // Int_t nDetectors = fgkLay3Ndet; // Double_t ladderLength = fgkLay3LadderLength; Double_t *sensorZPos = fLay3sensorZPos; TGeoVolume *sensorSDD = fSDDsensor3; if (iLay==3) {} else if (iLay==4) { nDetectors = fgkLay4Ndet; // ladderLength = fgkLay4LadderLength; sensorZPos = fLay4sensorZPos; sensorSDD = fSDDsensor4; } else { printf("AliITSv11GeometrySDD::CreateDetectorsAssembly: Error:Wrong layer"); }; char name[30]; snprintf(name,30,"ITSsddDetBox%i",iLay); TGeoVolumeAssembly *virtualDet = new TGeoVolumeAssembly("ITSsddLadd"); for (Int_t i=0; i<nDetectors; i++) { Double_t localZ = sensorZPos[i]; Double_t localY = fgkLadWaferSep/2+fgkWaferThickness/2; if (iLay==3) if (i%2!=0) localY = -localY; if (iLay==4) if (i%2==0) localY = -localY; snprintf(name, 30, "ITSsddLay%iSensorPos%i",iLay, i); if (i >= nDetectors/2) { TGeoTranslation *sensorPos = new TGeoTranslation(0,localY,localZ); sensorPos->SetName(name); virtualDet->AddNode(sensorSDD, i, sensorPos); } else { TGeoRotation *rotSensor = new TGeoRotation("",0, 180, 180); TGeoCombiTrans *sensorPos = new TGeoCombiTrans(0,localY, localZ, rotSensor); sensorPos->SetName(name); virtualDet->AddNode(sensorSDD, i, sensorPos); }; } if(GetDebug(1)) virtualDet->CheckOverlaps(0.01); return virtualDet; } //________________________________________________________________________ TGeoVolumeAssembly *AliITSv11GeometrySDD::CreateDetectorsAssemblyLadd2() { // // return a box volume containing the detectors // Special case for Layer 3 Ladder 2 which is rotated (cannot simply // rotate the standard volume, because the module numbering would be wrong) // M.Sitta 25 Nov 2009 // Int_t nDetectors = fgkLay3Ndet; Double_t *sensorZPos = fLay3sensorZPos; TGeoVolume *sensorSDD = fSDDsensor3; char name[30]; snprintf(name,30,"ITSsddDetBoxLadd2"); TGeoVolumeAssembly *virtualDet = new TGeoVolumeAssembly("ITSsddLadd"); for (Int_t i=0; i<nDetectors; i++) { Double_t localZ = (-1.)*sensorZPos[nDetectors-1-i]; Double_t localY = fgkLadWaferSep/2+fgkWaferThickness/2; if (i%2==0) localY = -localY; snprintf(name, 30, "ITSsddLayLadd2SensorPos%i", i); if (i >= nDetectors/2) { TGeoTranslation *sensorPos = new TGeoTranslation(0,localY,localZ); sensorPos->SetName(name); virtualDet->AddNode(sensorSDD, i, sensorPos); } else { TGeoRotation *rotSensor = new TGeoRotation("",0, 180, 180); TGeoCombiTrans *sensorPos = new TGeoCombiTrans(0,localY, localZ, rotSensor); sensorPos->SetName(name); virtualDet->AddNode(sensorSDD, i, sensorPos); }; } if(GetDebug(1)) virtualDet->CheckOverlaps(0.01); return virtualDet; } //________________________________________________________________________ Int_t AliITSv11GeometrySDD:: GetCurrentLayLaddDet(Int_t &lay, Int_t &ladd, Int_t&det) const { // // Function which gives the layer, ladder and det. // index of the current volume. To be used in // AliITS::StepManager() // if (gGeoManager->GetLevel()<3) return kFALSE; // Get the det index : TGeoNode *node = gGeoManager->GetMother(2); if (!node) return kFALSE; det = node->GetNumber()+1; // Get the ladder index : node = gGeoManager->GetMother(3); if (!node) return kFALSE; ladd = node->GetNumber()+1; // Get the layer index : if (node->GetNdaughters()==fgkLay3Ndet) lay = 3; else lay = 4; return kTRUE; } //________________________________________________________________________ TGeoPcon* AliITSv11GeometrySDD::CreateConeConstSection(Double_t r1max, Double_t z1, Double_t r2max, Double_t z2, Double_t section, Int_t nDiv) { // Creates a cone along z where the section is approximately constant // with z. This is for simulation of cables, because a cone with a constant // radius difference would show a quantity of matter increasing with z... // The max radius of the created Pcon is evolving linearly, the min radius // is calculated at several steps (nDiv). // z2 > z1 (required by the Pcon) TGeoPcon *myPcon = new TGeoPcon(0, 360, 1+nDiv); Double_t dr = (r2max-r1max)/nDiv; Double_t dz = (z2-z1)/nDiv; Double_t r1minI, r2minI, r1maxI, r2maxI; Double_t z1I, z2I; Double_t lZ = TMath::Sqrt((r2max-r1max)*(r2max-r1max) + (z2-z1)*(z2-z1)); Double_t cosAlpha = (z2-z1)/lZ; r1minI = TMath::Sqrt(r1max*r1max-section/(TMath::Pi()*cosAlpha)); myPcon->DefineSection(0, z1, r1minI, r1max); for (Int_t i=0; i<nDiv; i++) { z1I = z1 + i*dz; z2I = z1I + dz; r1maxI = r1max + i*dr; r2maxI = r1maxI + dr; r2minI = TMath::Sqrt(r2maxI*r2maxI-section/(TMath::Pi()*cosAlpha)); myPcon->DefineSection(i+1, z2I, r2minI, r2maxI); } return myPcon; } //________________________________________________________________________ Double_t AliITSv11GeometrySDD::GetConeZ(Double_t r, Double_t refR1, Double_t refR2, Double_t refZ1, Double_t refZ2) const { // just a helping function return refZ1+(refZ2-refZ1)*(r-refR1)/(refR2-refR1); } //________________________________________________________________________ Int_t AliITSv11GeometrySDD::CreateAndInsetConeCablePart(TGeoVolume *mother, Double_t angle, Int_t nLay3, Int_t nLay4, Double_t r1, Double_t z1, Double_t r2, Double_t z2) { // Create some cables portions from SDD modules grouped // and attached at the border of the SSD cone TGeoMedium *copper = GetMedium("COPPER$"); TGeoMedium *plastic = GetMedium("SDDKAPTON (POLYCH2)$"); TGeoMedium *opticalFiber = GetMedium("SDD OPTICFIB$"); char titleCable[30]; snprintf(titleCable,30,"cableSDDport%i",(Int_t)angle); //--- Double_t section = (fgkSectionCuPerMod+fgkSectionPlastPerMod+fgkSectionGlassPerMod)*(nLay3+nLay4); Double_t thickness = 1.; // let's fix the thickness, then calculate the width Double_t width = section/thickness; Double_t thickCu = thickness*fgkSectionCuPerMod/(fgkSectionCuPerMod+fgkSectionPlastPerMod +fgkSectionGlassPerMod); Double_t thickPlast = thickness*fgkSectionPlastPerMod/(fgkSectionCuPerMod+fgkSectionPlastPerMod +fgkSectionGlassPerMod); Double_t thickGlass = thickness*fgkSectionGlassPerMod/(fgkSectionCuPerMod+fgkSectionPlastPerMod +fgkSectionGlassPerMod); Double_t hypothenus = TMath::Sqrt( (r2-r1)*(r2-r1) + (z2-z1)*(z2-z1) ); Double_t cosAlpha = (z2-z1)/hypothenus; Double_t radius1Cable = TMath::Sqrt(r1*r1 - width*width/4) - 0.5*thickness/cosAlpha; Double_t radius2Cable = TMath::Sqrt(r2*r2 - width*width/4) - 0.5*thickness/cosAlpha; angle *= TMath::DegToRad(); Double_t x1 = radius1Cable*TMath::Cos(angle), y1 = radius1Cable*TMath::Sin(angle); Double_t x2 = radius2Cable*TMath::Cos(angle), y2 = radius2Cable*TMath::Sin(angle); Double_t pos1[3] = {x1,y1,z1}; Double_t pos2[3] = {x2,y2,z2}; Double_t zVect[3] = {0,0,1}; AliITSv11GeomCableFlat cable(titleCable,width,thickness); cable.SetNLayers(3); cable.SetLayer(0, thickPlast, plastic, kYellow); cable.SetLayer(1, thickCu, copper, kRed); cable.SetLayer(2, thickGlass, opticalFiber, kGreen); cable.AddCheckPoint( mother, 0, pos1, zVect ); cable.AddCheckPoint( mother, 1, pos2, zVect ); cable.SetInitialNode(mother); cable.CreateAndInsertCableSegment(1); return kTRUE; } //________________________________________________________________________ void AliITSv11GeometrySDD::SDDCables(TGeoVolume *moth) { // // Creates and inserts the SDD cables running on SDD and SSD cones // // Input: // moth : the TGeoVolume owing the volume structure // Output: // // Created: ??? Ludovic Gaudichet // Updated: 15 Mar 2008 Mario Sitta // Updated: 14 Apr 2008 Mario Sitta Overlap fixes // Updated: 09 May 2008 Mario Sitta SSD overlap fixes // TGeoMedium *copper = GetMedium("COPPER$"); TGeoMedium *plastic = GetMedium("SDDKAPTON (POLYCH2)$"); TGeoMedium *opticalFiber = GetMedium("SDD OPTICFIB$"); TGeoMedium *airSDD = GetMedium("SDD AIR$"); //================================== // //================================== Double_t nModLay3 = fgkLay3Nladd*fgkLay3Ndet; Double_t nModLay4 = fgkLay4Nladd*fgkLay4Ndet; Double_t sectionLay3Cu = fgkCableBendRatio*fgkSectionCuPerMod*nModLay3/2; Double_t sectionLay3Plastic = fgkCableBendRatio*fgkSectionPlastPerMod*nModLay3/2; Double_t sectionLay3Glass = fgkCableBendRatio*fgkSectionGlassPerMod*nModLay3/2; Double_t sectionLay4Cu = fgkCableBendRatio*fgkSectionCuPerMod*nModLay4/2; Double_t sectionLay4Plastic = fgkCableBendRatio*fgkSectionPlastPerMod*nModLay4/2; Double_t sectionLay4Glass = fgkCableBendRatio*fgkSectionGlassPerMod*nModLay4/2; // Do not use hardcoded numbers, get them from real shapes - M.S. 15/03/08 TGeoVolume *sddCone = gGeoManager->GetVolume("SDDCarbonFiberCone"); TGeoPcon *sddConeShape = (TGeoPcon*)sddCone->GetShape(); TGeoVolume *sddCylinder = gGeoManager->GetVolume("SDDCarbonFiberCylinder"); TGeoTube *sddCylinderShape = (TGeoTube*)sddCylinder->GetShape(); // (were fgkConeSDDr1, fgkConeSDDr2, fgkConeSDDz1, fgkConeSDDz2 hardcoded) Double_t coneSDDr1 = sddConeShape->GetRmin(5); Double_t coneSDDr2 = sddConeShape->GetRmin(3); Double_t coneSDDz1 = sddConeShape->GetZ(9) - sddConeShape->GetZ(5) + sddCylinderShape->GetDz(); Double_t coneSDDz2 = sddConeShape->GetZ(9) - sddConeShape->GetZ(3) + sddCylinderShape->GetDz(); // Calculate z1, z2 thanks to R1 and R2 Double_t sddCableZ1 = GetConeZ(fgkSDDCableR1, coneSDDr1, coneSDDr2, coneSDDz1, coneSDDz2); Double_t sddCableZ2 = GetConeZ(fgkSDDCableR2, coneSDDr1, coneSDDr2, coneSDDz1, coneSDDz2); Double_t sddCableZ3 = GetConeZ(fgkSDDCableR3, coneSDDr1, coneSDDr2, coneSDDz1, coneSDDz2); TGeoRotation *rotCableSDD = new TGeoRotation("rotCableSDD",0,180,0); //================================== // first set of cones : cables from layer 3 //================================== TGeoPcon* pcon1all = CreateConeConstSection(fgkSDDCableR1, sddCableZ1, fgkSDDCableR2, sddCableZ2, sectionLay3Plastic+sectionLay3Cu+sectionLay3Glass, 1); TGeoPcon* pcon1container = new TGeoPcon(0,360,2); pcon1container->DefineSection(0, sddCableZ1, pcon1all->GetRmin(0), pcon1all->GetRmax(0)); Double_t drMax = pcon1all->GetRmax(0)- pcon1all->GetRmin(0); pcon1container->DefineSection(1, sddCableZ2, pcon1all->GetRmax(1)-drMax, pcon1all->GetRmax(1)); TGeoVolume *vpcon1container = new TGeoVolume("vpcon1container", pcon1container, airSDD); vpcon1container->SetVisibility(kFALSE); TGeoPcon* pcon1plast = CreateConeConstSection(fgkSDDCableR1, sddCableZ1, fgkSDDCableR2, sddCableZ2, sectionLay3Plastic, 3); TGeoVolume *vpcon1plast = new TGeoVolume("ITScablesSDDpcon1Plast", pcon1plast, plastic); vpcon1plast->SetLineColor(kYellow); vpcon1container->AddNode(vpcon1plast, 0); Double_t dr1a = fgkSDDCableR1 - pcon1plast->GetRmin(0); TGeoPcon* pcon1Cu = CreateConeConstSection(fgkSDDCableR1 - dr1a, sddCableZ1, fgkSDDCableR2 - dr1a, sddCableZ2, sectionLay3Cu, 3); TGeoVolume *vpcon1Cu = new TGeoVolume("ITScablesSDDpcon1Cu", pcon1Cu, copper); vpcon1Cu->SetLineColor(kRed); vpcon1container->AddNode(vpcon1Cu, 0); Double_t dr1b = pcon1Cu->GetRmax(0) - pcon1Cu->GetRmin(0); TGeoPcon* pcon1glass = CreateConeConstSection(fgkSDDCableR1-dr1a-dr1b, sddCableZ1, fgkSDDCableR2-dr1a-dr1b, sddCableZ2, sectionLay3Glass, 3); TGeoVolume *vpcon1glass = new TGeoVolume("ITScablesSDDpcon1glass", pcon1glass, opticalFiber); vpcon1glass->SetLineColor(kGreen); vpcon1container->AddNode(vpcon1glass, 0); moth->AddNode(vpcon1container, 1); moth->AddNode(vpcon1container, 2, rotCableSDD); //================================== // 2nd set of cones : cables from layer 3 and layer 4 //================================== TGeoPcon* pcon2all = CreateConeConstSection(fgkSDDCableR2, sddCableZ2, fgkSDDCableR3, sddCableZ3, sectionLay3Plastic+sectionLay4Plastic+ sectionLay3Cu+sectionLay4Cu+ sectionLay3Glass+sectionLay4Glass, 1); TGeoPcon* pcon2container = new TGeoPcon(0,360,2); pcon2container->DefineSection(0, sddCableZ2, pcon2all->GetRmin(0), pcon2all->GetRmax(0)); drMax = pcon2all->GetRmax(0)- pcon2all->GetRmin(0); pcon2container->DefineSection(1, sddCableZ3, pcon2all->GetRmax(1)-drMax, pcon2all->GetRmax(1)); TGeoVolume *vpcon2container = new TGeoVolume("vpcon2container", pcon2container, airSDD); vpcon2container->SetVisibility(kFALSE); TGeoPcon* pcon2plast = CreateConeConstSection(fgkSDDCableR2, sddCableZ2, fgkSDDCableR3, sddCableZ3, sectionLay3Plastic+ sectionLay4Plastic, 3); TGeoVolume *vpcon2plast = new TGeoVolume("ITScablesSDDpcon2Plast", pcon2plast, plastic); vpcon2plast->SetLineColor(kYellow); vpcon2container->AddNode(vpcon2plast, 0); Double_t dr2a = fgkSDDCableR2 - pcon2plast->GetRmin(0); TGeoPcon* pcon2Cu = CreateConeConstSection(fgkSDDCableR2 - dr2a, sddCableZ2, fgkSDDCableR3 - dr2a, sddCableZ3, sectionLay3Cu+sectionLay4Cu, 3); TGeoVolume *vpcon2Cu = new TGeoVolume("ITScablesSDDpcon2Cu", pcon2Cu, copper); vpcon2Cu->SetLineColor(kRed); vpcon2container->AddNode(vpcon2Cu, 0); Double_t dr2b = pcon2Cu->GetRmax(0) - pcon2Cu->GetRmin(0); TGeoPcon* pcon2glass = CreateConeConstSection(fgkSDDCableR2-dr2a-dr2b, sddCableZ2, fgkSDDCableR3-dr2a-dr2b, sddCableZ3, sectionLay3Glass+ sectionLay4Glass, 3); TGeoVolume *vpcon2glass = new TGeoVolume("ITScablesSDDpcon2glass", pcon2glass, opticalFiber); vpcon2glass->SetLineColor(kGreen); vpcon2container->AddNode(vpcon2glass, 0); moth->AddNode(vpcon2container, 1); moth->AddNode(vpcon2container, 2, rotCableSDD); //================================== // intermediate cylinder //================================== // (was fgkSDDCableDZint hardcoded) Double_t sddCableDZint = (sddConeShape->GetZ(9) - sddConeShape->GetZ(0) + sddCylinderShape->GetDz()) - sddCableZ3; TGeoTube *interCyl = new TGeoTube("sddCableInterCyl", pcon2container->GetRmin(1), pcon2container->GetRmax(1), sddCableDZint/2); TGeoVolume *vInterCyl = new TGeoVolume("vSddCableInterCyl", interCyl, airSDD); vInterCyl->SetVisibility(kFALSE); Double_t rmaxCylPlast = pcon2container->GetRmax(1); Double_t rminCylPlast = TMath::Sqrt(rmaxCylPlast*rmaxCylPlast - (sectionLay3Plastic+sectionLay4Plastic)/TMath::Pi() ); TGeoTube *interCylPlast = new TGeoTube("sddCableInterCylPlast", rminCylPlast, rmaxCylPlast, sddCableDZint/2); TGeoVolume *vInterCylPlast = new TGeoVolume("vSddCableInterCylPlast", interCylPlast, plastic); vInterCylPlast->SetLineColor(kYellow); vInterCyl->AddNode(vInterCylPlast, 0); Double_t rmaxCylCu = pcon2Cu->GetRmax(3); Double_t rminCylCu = TMath::Sqrt(rmaxCylCu*rmaxCylCu - (sectionLay3Cu+sectionLay4Cu)/TMath::Pi() ); TGeoTube *interCylCu = new TGeoTube("sddCableInterCylCu", rminCylCu, rmaxCylCu, sddCableDZint/2); TGeoVolume *vInterCylCu = new TGeoVolume("vSddCableInterCylCu", interCylCu, copper); vInterCylCu->SetLineColor(kRed); vInterCyl->AddNode(vInterCylCu, 0); Double_t rmaxCylGlass = pcon2glass->GetRmax(3); Double_t rminCylGlass = TMath::Sqrt(rmaxCylGlass*rmaxCylGlass - (sectionLay3Glass+sectionLay4Glass)/TMath::Pi() ); TGeoTube *interCylGlass = new TGeoTube("sddCableInterCylGlass", rminCylGlass, rmaxCylGlass, sddCableDZint/2); TGeoVolume *vInterCylGlass = new TGeoVolume("vSddCableInterCylGlass", interCylGlass,opticalFiber); vInterCylGlass->SetLineColor(kGreen); vInterCyl->AddNode(vInterCylGlass, 0); moth->AddNode(vInterCyl, 1, new TGeoTranslation(0, 0, sddCableZ3+sddCableDZint/2)); moth->AddNode(vInterCyl, 2, new TGeoTranslation(0, 0, -sddCableZ3-sddCableDZint/2)); //================================== // cable cone on the SSD cone //================================== Double_t sddCableR4 = rmaxCylPlast; Double_t sddCableZ4 = sddCableZ3 + sddCableDZint; TGeoPcon* pcon3all = CreateConeConstSection(sddCableR4, sddCableZ4, fgkSDDCableR5, fgkSDDCableZ5, sectionLay3Plastic+ sectionLay4Plastic+ sectionLay3Cu+sectionLay4Cu+ sectionLay3Glass+sectionLay4Glass, 1); TGeoPcon* pcon3container = new TGeoPcon(0,360,2); pcon3container->DefineSection(0, sddCableZ4, pcon3all->GetRmin(0), pcon3all->GetRmax(0)); drMax = pcon3all->GetRmax(0) - pcon3all->GetRmin(0); pcon3container->DefineSection(1, fgkSDDCableZ5, pcon3all->GetRmax(1)-drMax, pcon3all->GetRmax(1)); TGeoVolume *vpcon3container = new TGeoVolume("vpcon3container", pcon3container, airSDD); vpcon3container->SetVisibility(kFALSE); TGeoPcon* pcon3plast = CreateConeConstSection(sddCableR4, sddCableZ4, fgkSDDCableR5, fgkSDDCableZ5, sectionLay3Plastic+ sectionLay4Plastic, 3); TGeoVolume *vpcon3plast = new TGeoVolume("ITScablesSDDpcon3Plast", pcon3plast, plastic); vpcon3plast->SetLineColor(kYellow); vpcon3container->AddNode(vpcon3plast, 0); Double_t dr3a = sddCableR4 - pcon3plast->GetRmin(0); TGeoPcon* pcon3Cu = CreateConeConstSection(sddCableR4 - dr3a, sddCableZ4, fgkSDDCableR5 - dr3a, fgkSDDCableZ5, sectionLay3Cu+sectionLay4Cu, 3); TGeoVolume *vpcon3Cu = new TGeoVolume("ITScablesSDDpcon3Cu", pcon3Cu, copper); vpcon3Cu->SetLineColor(kRed); vpcon3container->AddNode(vpcon3Cu, 0); Double_t dr3b = pcon3Cu->GetRmax(0) - pcon3Cu->GetRmin(0); TGeoPcon* pcon3glass = CreateConeConstSection(sddCableR4-dr3a-dr3b, sddCableZ4, fgkSDDCableR5-dr3a-dr3b, fgkSDDCableZ5, sectionLay3Glass+sectionLay4Glass, 3); TGeoVolume *vpcon3glass = new TGeoVolume("ITScablesSDDpcon3glass", pcon3glass,opticalFiber); vpcon3glass->SetLineColor(kGreen); vpcon3container->AddNode(vpcon3glass, 0); moth->AddNode(vpcon3container, 1); moth->AddNode(vpcon3container, 2, rotCableSDD); //================================== // cables that are grouped at the end of SSD cones //================================== // Double_t fgkSDDCableR6 = fgkSDDCableR5+9; // Double_t fgkSDDCableZ6 = fgkSDDCableZ5+8.8; Double_t fgkSDDCableR6 = fgkSDDCableR5+8; Double_t fgkSDDCableZ6 = fgkSDDCableZ5+8; TGeoVolumeAssembly *endConeSDDCable = new TGeoVolumeAssembly("endConeSDDCable"); // Add some hardcoded shifts to avoid overlaps with SSD pathc panels CreateAndInsetConeCablePart(endConeSDDCable, 20, 1*3,2*4, fgkSDDCableR5, fgkSDDCableZ5,fgkSDDCableR6-2.6,fgkSDDCableZ6-2.6); CreateAndInsetConeCablePart(endConeSDDCable, 50, 1*3,1*4, fgkSDDCableR5, fgkSDDCableZ5,fgkSDDCableR6,fgkSDDCableZ6); CreateAndInsetConeCablePart(endConeSDDCable, 85, 2*3,1*4, fgkSDDCableR5, fgkSDDCableZ5,fgkSDDCableR6,fgkSDDCableZ6); CreateAndInsetConeCablePart(endConeSDDCable, 95, 0*3,1*4, fgkSDDCableR5, fgkSDDCableZ5,fgkSDDCableR6,fgkSDDCableZ6); CreateAndInsetConeCablePart(endConeSDDCable, 105, 2*3,3*4, fgkSDDCableR5, fgkSDDCableZ5,fgkSDDCableR6-2.6,fgkSDDCableZ6-2.6); CreateAndInsetConeCablePart(endConeSDDCable, 129, 0*3,3*4, fgkSDDCableR5, fgkSDDCableZ5,fgkSDDCableR6,fgkSDDCableZ6); CreateAndInsetConeCablePart(endConeSDDCable, 176, 0*3,1*4, fgkSDDCableR5, fgkSDDCableZ5,fgkSDDCableR6,fgkSDDCableZ6); CreateAndInsetConeCablePart(endConeSDDCable, 190, 2*3,0*4, fgkSDDCableR5, fgkSDDCableZ5,fgkSDDCableR6,fgkSDDCableZ6); CreateAndInsetConeCablePart(endConeSDDCable, 210, 1*3,2*4, fgkSDDCableR5, fgkSDDCableZ5,fgkSDDCableR6-2.6,fgkSDDCableZ6-2.6); CreateAndInsetConeCablePart(endConeSDDCable, 230, 1*3,2*4, fgkSDDCableR5, fgkSDDCableZ5,fgkSDDCableR6,fgkSDDCableZ6); CreateAndInsetConeCablePart(endConeSDDCable, 277, 2*3,2*4, fgkSDDCableR5, fgkSDDCableZ5,fgkSDDCableR6,fgkSDDCableZ6); CreateAndInsetConeCablePart(endConeSDDCable, 306, 1*3,1*4, fgkSDDCableR5, fgkSDDCableZ5,fgkSDDCableR6,fgkSDDCableZ6); CreateAndInsetConeCablePart(endConeSDDCable, 353, 1*3,3*4, fgkSDDCableR5, fgkSDDCableZ5,fgkSDDCableR6,fgkSDDCableZ6); moth->AddNode(endConeSDDCable, 1, 0); TGeoRotation* reflect = new TGeoRotation("reflectEndConeSDDCable"); reflect->ReflectZ(kTRUE); moth->AddNode(endConeSDDCable, 2, reflect); return; }
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