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ExtBesEmcGeometry Class Reference

#include <ExtBesEmcGeometry.h>

Public Member Functions

 ExtBesEmcGeometry ()
 
 ~ExtBesEmcGeometry ()
 
void ReadEMCParameters ()
 
void ComputeEMCParameters ()
 
void ModifyForCasing ()
 
void PrintEMCParameters ()
 
void SetVerboseLevel (G4int val)
 
void SetBSCRmin (G4double val)
 
void SetBSCDz (G4double val)
 
void SetBSCNbPhi (G4int val)
 
void SetBSCNbTheta (G4int val)
 
void SetBSCCrystalLength (G4double val)
 
void SetBSCYFront0 (G4double val)
 
void SetBSCYFront (G4double val)
 
void SetBSCPosition0 (G4double val)
 
void SetBSCPosition1 (G4double val)
 
void SetBSCAngleRotat (G4double val)
 
void SetCasingThickness (G4ThreeVector)
 
G4int GetVerboseLevel ()
 
G4double GetBSCRmin ()
 
G4double GetBSCDz ()
 
G4int GetBSCNbPhi ()
 
G4int GetBSCNbTheta ()
 
G4double GetBSCCryLength ()
 
G4double GetBSCYFront ()
 
G4double GetBSCYFront0 ()
 
G4double GetBSCPositon0 ()
 
G4double GetBSCPositon1 ()
 
G4double GetBSCAngleRotat ()
 
G4ThreeVector GetCasingThickness ()
 
G4double GetXPosition (G4int NbCrystal)
 
G4double GetYPosition (G4int NbCrystal)
 
G4double GetZPosition (G4int NbCrystal)
 
G4double GetThetaPosition (G4int NbCrystal)
 
G4double GetZHalfLength (G4int NbCrystal)
 
G4double GetThetaAxis (G4int NbCrystal)
 
G4double GetPhiAxis (G4int NbCrystal)
 
G4double GetYHalfLength1 (G4int NbCrystal)
 
G4double GetXHalfLength1 (G4int NbCrystal)
 
G4double GetXHalfLength2 (G4int NbCrystal)
 
G4double GetTanAlpha1 (G4int NbCrystal)
 
G4double GetYHalfLength2 (G4int NbCrystal)
 
G4double GetXHalfLength3 (G4int NbCrystal)
 
G4double GetXHalfLength4 (G4int NbCrystal)
 
G4double GetTanAlpha2 (G4int NbCrystal)
 
G4VPhysicalVolume * GetPhysiBSCCrystal (G4int NbCrystal)
 
G4double GetRearBoxLength (G4int NbCrystal)
 
G4double GetRearBoxDz (G4int NbCrystal)
 
G4double GetRearBoxPosX (G4int NbCrystal)
 
G4double GetRearBoxPosY (G4int NbCrystal)
 
G4double GetRearBoxPosZ (G4int NbCrystal)
 
G4double GetRearBoxPosTheta (G4int NbCrystal)
 

Friends

class ExtBesEmcConstruction
 

Detailed Description

Definition at line 19 of file ExtBesEmcGeometry.h.

Constructor & Destructor Documentation

◆ ExtBesEmcGeometry()

ExtBesEmcGeometry::ExtBesEmcGeometry ( )

Definition at line 16 of file ExtBesEmcGeometry.cxx.

17{
18 verboseLevel = 0;
19}

◆ ~ExtBesEmcGeometry()

ExtBesEmcGeometry::~ExtBesEmcGeometry ( )

Definition at line 21 of file ExtBesEmcGeometry.cxx.

22{;}

Member Function Documentation

◆ ComputeEMCParameters()

void ExtBesEmcGeometry::ComputeEMCParameters ( )

Definition at line 121 of file ExtBesEmcGeometry.cxx.

122{
123 ReadEMCParameters();
124
125 // Compute derived parameters of the calorimeter
126 G4double theta0;
127 G4int i;
128 //for debug
129 //G4Exception("ExtBesEmcGeometry::ComputeEMCParameters() starting.......");
130 //
131 //support frame
132 //
133 const G4double delta=1.*mm; //for opening-cut girder
134 TaperRingRmin1 = BSCRmax1-TaperRingThickness1;
135 TaperRingRmin2 = TaperRingRmin1+TaperRingDz*tan(TaperRingTheta);
136 TaperRingDr = TaperRingThickness2/cos(TaperRingTheta);
137 TaperRingOuterLength1 = TaperRingOuterLength+TaperRingThickness3*tan(TaperRingTheta);
138
139 BSCRmax2 = TaperRingRmin2+TaperRingDr-TaperRingThickness3*tan(TaperRingTheta);
140 BSCRmax = BSCRmin+33.8*cm;
141 BSCPhiDphi= 360.*deg/BSCNbPhi;
142 BSCPhiSphi= -BSCPhiDphi/2.;
143 BSCPhiDz = BSCDz;
144 BSCPhiRmax= BSCRmax-0.5*cm;
145 BSCPhiRmin= BSCRmin/sin(90.*deg+BSCPhiDphi/2.)
146 *sin(90.*deg+BSCPhiDphi/2.-BSCAngleRotat); //Rmin after rotate
147 SPBarDphi=2*atan(SPBarwidth/(2*BSCRmax));
148
149 //crystal No.1(from z=0 to big)
150 zHalfLength[0] = BSCCryLength/2.;
151 yHalfLength1[0]= BSCYFront0/2.;
152 xHalfLength1[0]= BSCPhiRmin*tan(BSCPhiDphi)/2.;
153 xHalfLength2[0]= xHalfLength1[0];
154 G4double rminprojected=BSCRmin*cos(BSCAngleRotat);
155 // rminprojected=BSCRmin;//according to hardware design
156 yHalfLength2[0]= yHalfLength1[0]
157 +(BSCYFront0-BSCPosition0)/rminprojected*BSCCryLength/2.;
158 xHalfLength3[0]= xHalfLength1[0]*(BSCPhiRmin+BSCCryLength)/BSCPhiRmin;
159 xHalfLength4[0]= xHalfLength2[0]*(BSCPhiRmin+BSCCryLength)/BSCPhiRmin;
160
161 thetaPosition[0]= 90.*deg;
162 xPosition[0] = BSCPhiRmin+BSCCryLength/2.;
163 yPosition[0] =
164 -(xHalfLength1[0]+xHalfLength3[0]+xHalfLength2[0]+xHalfLength4[0])/4.;
165 zPosition[0] = (yHalfLength1[0]+yHalfLength2[0])/2.;
166
167 theta0= 90.*deg-atan((BSCYFront0-BSCPosition0)/rminprojected);
168 if(verboseLevel>1)
169 {
170 G4cout << "------------------------------------>1"<< G4endl
171 << "The direction of crystal is:"
172 << theta0/deg <<"(deg)."<< G4endl;
173 }
174
175 rearBoxPosX[0] = xPosition[0]+BSCCryLength/2.+rearBoxDz/2.;
176 rearBoxPosY[0] = -(xHalfLength3[0]+xHalfLength4[0])/2.;
177 rearBoxPosZ[0] = yHalfLength2[0];
178
179 OCGirderRmin1[0] = rearBoxPosX[0]+rearBoxDz/2.+delta;
180 OCGirderRmin2[0] = rearBoxPosX[0]+rearBoxDz/2.+delta;
181 OCGirderDz[0] = rearBoxLength;
182 OCGirderPosZ[0] = rearBoxLength/2;
183
184 cableLength[0] = BSCDz-rearBoxPosZ[0];
185 cablePosX[0] = BSCPhiRmax-cableDr-2.*mm;
186 cablePosY[0] = rearBoxPosY[0]-3*cableDr;
187 cablePosZ[0] = BSCDz-cableLength[0]/2;
188
189 //crystal No.2
190 zHalfLength[1]= BSCCryLength/2.;
191 yHalfLength1[1]= BSCYFront0/2.;
192 G4double deltaR= BSCYFront0*cos(theta0);
193 xHalfLength1[1]= xHalfLength1[0];
194 xHalfLength2[1]= xHalfLength1[1]*(BSCPhiRmin+deltaR)/BSCPhiRmin;
195 yHalfLength2[1]= yHalfLength1[1]
196 +tan(theta0-atan(rminprojected/(BSCYFront0*(1.+1./sin(theta0))-
197 BSCPosition1)))*BSCCryLength/2.;
198 deltaR=deltaR+BSCCryLength*sin(theta0);
199 xHalfLength4[1]= xHalfLength1[1]*(BSCPhiRmin+deltaR)/BSCPhiRmin;
200 deltaR=deltaR-yHalfLength2[1]*2.*cos(theta0);
201 xHalfLength3[1]= xHalfLength1[1]*(BSCPhiRmin+deltaR)/BSCPhiRmin;
202
203 thetaPosition[1]= theta0;
204 xPosition[1] = BSCPhiRmin+BSCCryLength/2.*sin(theta0)
205 + (3.*yHalfLength1[1]-yHalfLength2[1])/2.*cos(theta0);
206 yPosition[1] =
207 -(xHalfLength1[1]+xHalfLength3[1]+xHalfLength2[1]+xHalfLength4[1])/4.;
208 zPosition[1] = yHalfLength1[0]*2.
209 + (yHalfLength1[1]*2./tan(theta0)+BSCCryLength/2.)*cos(theta0)
210 + (yHalfLength1[1]+yHalfLength2[1])/2.*sin(theta0);
211
212 rearBoxPosX[1] = xPosition[1]+(BSCCryLength/2.+rearBoxDz/2.)*sin(theta0);
213 rearBoxPosY[1] = -(xHalfLength3[1]+xHalfLength4[1])/2.;
214 rearBoxPosZ[1] = zPosition[1]+(BSCCryLength/2.+rearBoxDz/2.)*cos(theta0);
215
216 OCGirderRmin1[1] = rearBoxPosX[1]+rearBoxDz*sin(theta0)/2.+rearBoxLength*cos(theta0)/2+delta;
217 OCGirderRmin2[1] = rearBoxPosX[1]+rearBoxDz*sin(theta0)/2.-rearBoxLength*cos(theta0)/2+delta;
218 OCGirderDz[1] = rearBoxLength*sin(theta0);
219 OCGirderPosZ[1] = rearBoxPosZ[1]+rearBoxDz*cos(theta0)/2.;
220
221 cableLength[1] = BSCDz-rearBoxPosZ[1];
222 cablePosX[1] = cablePosX[0];
223 cablePosY[1] = cablePosY[0]+2*cableDr;
224 cablePosZ[1] = BSCDz-cableLength[1]/2;
225
226 theta0= theta0-atan((yHalfLength2[1]-yHalfLength1[1])*2./BSCCryLength);
227
228 for(i=2;i<BSCNbTheta;i++)
229 {
230 if(verboseLevel>1)
231 {
232 G4cout << "------------------------------------>"<<i<< G4endl
233 << "The direction of crystal is:"
234 << theta0/deg <<"(deg)." << G4endl;
235 }
236 //crystal No.i+1
237 zHalfLength[i]=zHalfLength[0];
238 yHalfLength1[i]=BSCYFront/2.;
239 if(i==BSCNbTheta-1)
240 {yHalfLength1[i]=BSCYFront1/2.;} //the rightest crystal
241 deltaR=yHalfLength1[i]*2.*cos(theta0);
242 xHalfLength1[i]=xHalfLength1[0];
243 xHalfLength2[i]=xHalfLength1[i]/BSCPhiRmin*(BSCPhiRmin+deltaR);
244 yHalfLength2[i]=yHalfLength1[i]
245 *(1.+BSCCryLength/(rminprojected/sin(theta0)
246 +yHalfLength1[i]*2./tan(theta0)));
247 deltaR=deltaR+BSCCryLength*sin(theta0);
248 xHalfLength4[i]=xHalfLength1[i]/BSCPhiRmin*(BSCPhiRmin+deltaR);
249 deltaR=deltaR-yHalfLength2[i]*2.*cos(theta0);
250 xHalfLength3[i]=xHalfLength1[i]/BSCPhiRmin*(BSCPhiRmin+deltaR);
251
252 thetaPosition[i]=theta0;
253 xPosition[i]=BSCPhiRmin+zHalfLength[i]*sin(theta0)
254 + (3.*yHalfLength1[i]-yHalfLength2[i])/2.*cos(theta0);
255 yPosition[i]=
256 -(xHalfLength1[i]+xHalfLength3[i]+xHalfLength2[i]+xHalfLength4[i])/4.;
257 zPosition[i]=BSCPosition1+rminprojected/tan(theta0)
258 +(2.*yHalfLength1[i]/tan(theta0)+zHalfLength[i])*cos(theta0)
259 +(yHalfLength1[i]+yHalfLength2[i])/2.*sin(theta0);
260
261 rearBoxPosX[i] = xPosition[i]+(BSCCryLength/2.+rearBoxDz/2.)*sin(theta0);
262 rearBoxPosY[i] = -(xHalfLength3[i]+xHalfLength4[i])/2.;
263 rearBoxPosZ[i] = zPosition[i]+(BSCCryLength/2.+rearBoxDz/2.)*cos(theta0);
264
265 OCGirderRmin1[i] = rearBoxPosX[i]+rearBoxDz*sin(theta0)/2.+rearBoxLength*cos(theta0)/2+delta;
266 OCGirderRmin2[i] = rearBoxPosX[i]+rearBoxDz*sin(theta0)/2.-rearBoxLength*cos(theta0)/2+delta;
267 OCGirderDz[i] = rearBoxLength*sin(theta0);
268 OCGirderPosZ[i] = rearBoxPosZ[i]+rearBoxDz*cos(theta0)/2.;
269
270 G4int xCable,yCable;
271 xCable = i/4;
272 yCable = i-4*(G4int)(i/4);
273 cableLength[i] = BSCDz-(rearBoxPosZ[i]+rearBoxDz/2.*cos(theta0));
274 cablePosX[i] = cablePosX[0]-xCable*2*cableDr;
275 cablePosY[i] = cablePosY[0]+yCable*2*cableDr;
276 cablePosZ[i] = BSCDz-cableLength[i]/2;
277
278 theta0=theta0-atan(2.*yHalfLength1[i]/(rminprojected/sin(theta0)
279 +2.*yHalfLength1[i]/tan(theta0)));
280
281 }
282 thetaPosition[BSCNbTheta]=theta0;
283 if(verboseLevel>1)
284 {
285 G4cout << "------------------------------------>"<<i<< G4endl
286 << "The direction of crystal is:"
287 << theta0/deg <<"(deg)." << G4endl;
288 }
289
290 G4double oop;
291 for(i=0;i<BSCNbTheta;i++)
292 {
293 oop=sqrt((yHalfLength2[i]-yHalfLength1[i])*(yHalfLength2[i]
294 -yHalfLength1[i])
295 +(xHalfLength3[i]+xHalfLength4[i]-xHalfLength1[i]
296 -xHalfLength2[i])*(xHalfLength3[i]+xHalfLength4[i]
297 -xHalfLength1[i]-xHalfLength2[i])/4);
298 thetaAxis[i]=atan(oop/BSCCryLength);
299 phiAxis[i] =180.*deg+atan((yHalfLength2[i]-yHalfLength1[i])
300 /(xHalfLength3[i]+xHalfLength4[i]
301 -xHalfLength1[i]-xHalfLength2[i])*2.);
302 tanAlpha2[i]=-(xHalfLength4[i]-xHalfLength3[i])/yHalfLength2[i]/2.;
303 tanAlpha1[i]=-(xHalfLength2[i]-xHalfLength1[i])/yHalfLength1[i]/2.;
304 //G4cout <<thetaAxis[i]<<", "
305 // <<phiAxis[i]<<", "
306 // <<tanAlpha1[i]<<", "
307 // <<tanAlpha2[i]<<G4endl;
308 }
309
310}
tan
double tan(const BesAngle a)
Definition: BesAngle.h:216
sin
double sin(const BesAngle a)
Definition: BesAngle.h:210
cos
double cos(const BesAngle a)
Definition: BesAngle.h:213

◆ GetBSCAngleRotat()

G4double ExtBesEmcGeometry::GetBSCAngleRotat ( )
inline

Definition at line 60 of file ExtBesEmcGeometry.h.

60{return BSCAngleRotat;};

◆ GetBSCCryLength()

G4double ExtBesEmcGeometry::GetBSCCryLength ( )
inline

Definition at line 55 of file ExtBesEmcGeometry.h.

55{return BSCCryLength;};

◆ GetBSCDz()

G4double ExtBesEmcGeometry::GetBSCDz ( )
inline

Definition at line 52 of file ExtBesEmcGeometry.h.

52{return BSCDz;};

◆ GetBSCNbPhi()

G4int ExtBesEmcGeometry::GetBSCNbPhi ( )
inline

Definition at line 53 of file ExtBesEmcGeometry.h.

53{return BSCNbPhi;};

◆ GetBSCNbTheta()

G4int ExtBesEmcGeometry::GetBSCNbTheta ( )
inline

Definition at line 54 of file ExtBesEmcGeometry.h.

54{return BSCNbTheta;};

Referenced by ExtBesCrystalParameterisation::ComputeMaterial().

◆ GetBSCPositon0()

G4double ExtBesEmcGeometry::GetBSCPositon0 ( )
inline

Definition at line 58 of file ExtBesEmcGeometry.h.

58{return BSCPosition0;};

◆ GetBSCPositon1()

G4double ExtBesEmcGeometry::GetBSCPositon1 ( )
inline

Definition at line 59 of file ExtBesEmcGeometry.h.

59{return BSCPosition1;};

◆ GetBSCRmin()

G4double ExtBesEmcGeometry::GetBSCRmin ( )
inline

Definition at line 51 of file ExtBesEmcGeometry.h.

51{return BSCRmin;};

◆ GetBSCYFront()

G4double ExtBesEmcGeometry::GetBSCYFront ( )
inline

Definition at line 56 of file ExtBesEmcGeometry.h.

56{return BSCYFront;};

◆ GetBSCYFront0()

G4double ExtBesEmcGeometry::GetBSCYFront0 ( )
inline

Definition at line 57 of file ExtBesEmcGeometry.h.

57{return BSCYFront0;};

◆ GetCasingThickness()

G4ThreeVector ExtBesEmcGeometry::GetCasingThickness ( )
inline

Definition at line 62 of file ExtBesEmcGeometry.h.

62{return G4ThreeVector(fTyvekThickness,fAlThickness,fMylarThickness);};

◆ GetPhiAxis()

G4double ExtBesEmcGeometry::GetPhiAxis ( G4int  NbCrystal)

Definition at line 642 of file ExtBesEmcGeometry.cxx.

643{
644 if(NbCrystal>=0&&NbCrystal<BSCNbTheta*6)
645 {
646 return phiAxis[NbCrystal];
647 }
648 else
649 {
650 return 0.;
651 }
652}

Referenced by ExtBesCrystalParameterisation::ComputeDimensions().

◆ GetPhysiBSCCrystal()

G4VPhysicalVolume * ExtBesEmcGeometry::GetPhysiBSCCrystal ( G4int  NbCrystal)

Definition at line 750 of file ExtBesEmcGeometry.cxx.

751{
752 if(NbCrystal>=0&&NbCrystal<BSCNbTheta*6)
753 {
754 return physiBSCCrystal[NbCrystal];
755 }
756 else
757 {
758 return NULL;
759 }
760}

Referenced by ExtBesCrystalParameterisation::ComputeIDAndSide().

◆ GetRearBoxDz()

G4double ExtBesEmcGeometry::GetRearBoxDz ( G4int  NbCrystal)

◆ GetRearBoxLength()

G4double ExtBesEmcGeometry::GetRearBoxLength ( G4int  NbCrystal)

◆ GetRearBoxPosTheta()

G4double ExtBesEmcGeometry::GetRearBoxPosTheta ( G4int  NbCrystal)

◆ GetRearBoxPosX()

G4double ExtBesEmcGeometry::GetRearBoxPosX ( G4int  NbCrystal)

◆ GetRearBoxPosY()

G4double ExtBesEmcGeometry::GetRearBoxPosY ( G4int  NbCrystal)

◆ GetRearBoxPosZ()

G4double ExtBesEmcGeometry::GetRearBoxPosZ ( G4int  NbCrystal)

◆ GetTanAlpha1()

G4double ExtBesEmcGeometry::GetTanAlpha1 ( G4int  NbCrystal)

Definition at line 690 of file ExtBesEmcGeometry.cxx.

691{
692 if(NbCrystal>=0&&NbCrystal<BSCNbTheta*6)
693 {
694 return tanAlpha1[NbCrystal];
695 }
696 else
697 {
698 return 0.;
699 }
700}

Referenced by ExtBesCrystalParameterisation::ComputeDimensions().

◆ GetTanAlpha2()

G4double ExtBesEmcGeometry::GetTanAlpha2 ( G4int  NbCrystal)

Definition at line 738 of file ExtBesEmcGeometry.cxx.

739{
740 if(NbCrystal>=0&&NbCrystal<BSCNbTheta*6)
741 {
742 return tanAlpha2[NbCrystal];
743 }
744 else
745 {
746 return 0.;
747 }
748}

Referenced by ExtBesCrystalParameterisation::ComputeDimensions().

◆ GetThetaAxis()

G4double ExtBesEmcGeometry::GetThetaAxis ( G4int  NbCrystal)

Definition at line 630 of file ExtBesEmcGeometry.cxx.

631{
632 if(NbCrystal>=0&&NbCrystal<BSCNbTheta*6)
633 {
634 return thetaAxis[NbCrystal];
635 }
636 else
637 {
638 return 0.;
639 }
640}

Referenced by ExtBesCrystalParameterisation::ComputeDimensions().

◆ GetThetaPosition()

G4double ExtBesEmcGeometry::GetThetaPosition ( G4int  NbCrystal)

Definition at line 606 of file ExtBesEmcGeometry.cxx.

607{
608 if(NbCrystal>=0&&NbCrystal<BSCNbTheta*6)
609 {
610 return thetaPosition[NbCrystal];
611 }
612 else
613 {
614 return 0.;
615 }
616}

◆ GetVerboseLevel()

G4int ExtBesEmcGeometry::GetVerboseLevel ( )
inline

Definition at line 49 of file ExtBesEmcGeometry.h.

49{return verboseLevel;};

◆ GetXHalfLength1()

G4double ExtBesEmcGeometry::GetXHalfLength1 ( G4int  NbCrystal)

Definition at line 666 of file ExtBesEmcGeometry.cxx.

667{
668 if(NbCrystal>=0&&NbCrystal<BSCNbTheta*6)
669 {
670 return xHalfLength1[NbCrystal];
671 }
672 else
673 {
674 return 0.;
675 }
676}

Referenced by ExtBesCrystalParameterisation::ComputeDimensions().

◆ GetXHalfLength2()

G4double ExtBesEmcGeometry::GetXHalfLength2 ( G4int  NbCrystal)

Definition at line 678 of file ExtBesEmcGeometry.cxx.

679{
680 if(NbCrystal>=0&&NbCrystal<BSCNbTheta*6)
681 {
682 return xHalfLength2[NbCrystal];
683 }
684 else
685 {
686 return 0.;
687 }
688}

Referenced by ExtBesCrystalParameterisation::ComputeDimensions().

◆ GetXHalfLength3()

G4double ExtBesEmcGeometry::GetXHalfLength3 ( G4int  NbCrystal)

Definition at line 714 of file ExtBesEmcGeometry.cxx.

715{
716 if(NbCrystal>=0&&NbCrystal<BSCNbTheta*6)
717 {
718 return xHalfLength3[NbCrystal];
719 }
720 else
721 {
722 return 0.;
723 }
724}

Referenced by ExtBesCrystalParameterisation::ComputeDimensions().

◆ GetXHalfLength4()

G4double ExtBesEmcGeometry::GetXHalfLength4 ( G4int  NbCrystal)

Definition at line 726 of file ExtBesEmcGeometry.cxx.

727{
728 if(NbCrystal>=0&&NbCrystal<BSCNbTheta*6)
729 {
730 return xHalfLength4[NbCrystal];
731 }
732 else
733 {
734 return 0.;
735 }
736}

Referenced by ExtBesCrystalParameterisation::ComputeDimensions().

◆ GetXPosition()

G4double ExtBesEmcGeometry::GetXPosition ( G4int  NbCrystal)

Definition at line 570 of file ExtBesEmcGeometry.cxx.

571{
572 if(NbCrystal>=0&&NbCrystal<BSCNbTheta*6)
573 {
574 return xPosition[NbCrystal];
575 }
576 else
577 {
578 return 0.;
579 }
580}

Referenced by ExtBesCrystalParameterisation::ComputeTransformation().

◆ GetYHalfLength1()

G4double ExtBesEmcGeometry::GetYHalfLength1 ( G4int  NbCrystal)

Definition at line 654 of file ExtBesEmcGeometry.cxx.

655{
656 if(NbCrystal>=0&&NbCrystal<BSCNbTheta*6)
657 {
658 return yHalfLength1[NbCrystal];
659 }
660 else
661 {
662 return 0.;
663 }
664}

Referenced by ExtBesCrystalParameterisation::ComputeDimensions().

◆ GetYHalfLength2()

G4double ExtBesEmcGeometry::GetYHalfLength2 ( G4int  NbCrystal)

Definition at line 702 of file ExtBesEmcGeometry.cxx.

703{
704 if(NbCrystal>=0&&NbCrystal<BSCNbTheta*6)
705 {
706 return yHalfLength2[NbCrystal];
707 }
708 else
709 {
710 return 0.;
711 }
712}

Referenced by ExtBesCrystalParameterisation::ComputeDimensions().

◆ GetYPosition()

G4double ExtBesEmcGeometry::GetYPosition ( G4int  NbCrystal)

Definition at line 582 of file ExtBesEmcGeometry.cxx.

583{
584 if(NbCrystal>=0&&NbCrystal<BSCNbTheta*6)
585 {
586 return yPosition[NbCrystal];
587 }
588 else
589 {
590 return 0.;
591 }
592}

Referenced by ExtBesCrystalParameterisation::ComputeTransformation().

◆ GetZHalfLength()

G4double ExtBesEmcGeometry::GetZHalfLength ( G4int  NbCrystal)

Definition at line 618 of file ExtBesEmcGeometry.cxx.

619{
620 if(NbCrystal>=0&&NbCrystal<BSCNbTheta*6)
621 {
622 return zHalfLength[NbCrystal];
623 }
624 else
625 {
626 return 0.;
627 }
628}

Referenced by ExtBesCrystalParameterisation::ComputeDimensions().

◆ GetZPosition()

G4double ExtBesEmcGeometry::GetZPosition ( G4int  NbCrystal)

Definition at line 594 of file ExtBesEmcGeometry.cxx.

595{
596 if(NbCrystal>=0&&NbCrystal<BSCNbTheta*6)
597 {
598 return zPosition[NbCrystal];
599 }
600 else
601 {
602 return 0.;
603 }
604}

Referenced by ExtBesCrystalParameterisation::ComputeTransformation().

◆ ModifyForCasing()

void ExtBesEmcGeometry::ModifyForCasing ( )

Definition at line 312 of file ExtBesEmcGeometry.cxx.

313{
314 // Compute the sizes of the naked crystals and the casing
315 // Casing size
316 // BSCNbTheta---->2*BSCNbTheta-1 : before crystal
317 // 2*BSCNbTheta-->3*BSCNbTheta-1 : a side of crystal
318 // 3*BSCNbTheta-->4*BSCNbTheta-1 : b side of crystal
319 // 4*BSCNbTheta-->5*BSCNbTheta-1 : c side of crystal
320 // 5*BSCNbTheta-->6*BSCNbTheta-1 : d side of crystal
321 // d
322 // ----------
323 // | |
324 // | |
325 // c | | a
326 // | |
327 // | |
328 // | /
329 // | /
330 // | /
331 // b
332 G4double totalThickness=fTyvekThickness+fAlThickness+fMylarThickness;//
333 G4double delta=0.,angle1=0.*deg,angle2=0.*deg;
334 G4double oop; //the distance of the centers of the two parallel plane
335
336 G4double rminprojected=BSCRmin*cos(BSCAngleRotat);
337 rminprojected=BSCRmin;//accord with hardware design
338
339 G4int i;
340 for(i=0;i<BSCNbTheta;i++)
341 {
342 zHalfLength[BSCNbTheta+i]=totalThickness/2.;
343 yHalfLength1[BSCNbTheta+i]=yHalfLength1[i];
344 yHalfLength2[BSCNbTheta+i]=yHalfLength1[i]
345 +(yHalfLength2[i]-yHalfLength1[i])*totalThickness/BSCCryLength;
346 xHalfLength1[BSCNbTheta+i]=xHalfLength1[i];
347 xHalfLength2[BSCNbTheta+i]=xHalfLength2[i];
348 xHalfLength1[BSCNbTheta*2+i]=xHalfLength3[BSCNbTheta+i]=
349 xHalfLength1[i]*(BSCCryLength-totalThickness)/BSCCryLength
350 +xHalfLength3[i]*totalThickness/BSCCryLength;
351 xHalfLength2[BSCNbTheta*4+i]=xHalfLength4[BSCNbTheta+i]=
352 xHalfLength2[i]*(BSCCryLength-totalThickness)/BSCCryLength
353 +xHalfLength4[i]*totalThickness/BSCCryLength;
354
355 zHalfLength[BSCNbTheta*5+i]=zHalfLength[BSCNbTheta*4+i]=
356 zHalfLength[BSCNbTheta*3+i]=zHalfLength[BSCNbTheta*2+i]=
357 zHalfLength[i]-totalThickness/2.;
358
359 yHalfLength2[BSCNbTheta*2+i]=yHalfLength1[BSCNbTheta*2+i]=
360 totalThickness/cos(thetaPosition[i+1]-thetaPosition[i])/2.;
361 xHalfLength3[BSCNbTheta*2+i]=xHalfLength3[i];
362 xHalfLength4[BSCNbTheta*2+i]=xHalfLength3[i]
363 +(xHalfLength4[i]-xHalfLength3[i])*yHalfLength2[BSCNbTheta*2+i]
364 /yHalfLength2[i];
365 xHalfLength2[BSCNbTheta*2+i]=xHalfLength3[BSCNbTheta+i]
366 +(xHalfLength4[BSCNbTheta+i]-xHalfLength3[BSCNbTheta+i])
367 *yHalfLength1[BSCNbTheta*2+i]/yHalfLength2[BSCNbTheta*1+i];
368
369 yHalfLength2[BSCNbTheta*4+i]=yHalfLength1[BSCNbTheta*4+i]=
370 totalThickness/2.;
371 xHalfLength4[BSCNbTheta*4+i]=xHalfLength4[i];
372 xHalfLength3[BSCNbTheta*4+i]=xHalfLength4[i]
373 -(xHalfLength4[i]-xHalfLength3[i])*yHalfLength2[BSCNbTheta*4+i]
374 /yHalfLength2[i];
375 xHalfLength1[BSCNbTheta*4+i]=xHalfLength4[BSCNbTheta+i]
376 -(xHalfLength4[BSCNbTheta+i]-xHalfLength3[BSCNbTheta+i])
377 *yHalfLength1[BSCNbTheta*4+i]/yHalfLength2[BSCNbTheta*1+i];
378
379 delta=totalThickness/2.+yHalfLength1[BSCNbTheta*2+i];
380 angle1=atan(yHalfLength2[i]/(xHalfLength4[i]-xHalfLength3[i]));
381 angle2=atan(2.*(xHalfLength4[i]-xHalfLength2[i])*sin(angle1)
382 /BSCCryLength);
383
384 yHalfLength1[BSCNbTheta*5+i]=yHalfLength1[BSCNbTheta*3+i]=
385 yHalfLength1[i]-delta;
386 yHalfLength2[BSCNbTheta*5+i]=yHalfLength2[BSCNbTheta*3+i]=
387 yHalfLength2[i]-delta;
388 xHalfLength4[BSCNbTheta*3+i]=xHalfLength3[BSCNbTheta*3+i]=
389 xHalfLength2[BSCNbTheta*3+i]=xHalfLength1[BSCNbTheta*3+i]=
390 totalThickness/cos(angle2)/sin(angle1)/2.;
391 xHalfLength4[BSCNbTheta*5+i]=xHalfLength3[BSCNbTheta*5+i]=
392 xHalfLength2[BSCNbTheta*5+i]=xHalfLength1[BSCNbTheta*5+i]=
393 totalThickness/2.;
394
395 zHalfLength[i]=zHalfLength[i]-totalThickness/2.;
396 yHalfLength1[i]=yHalfLength1[i]-delta;
397 yHalfLength2[i]=yHalfLength2[i]-delta;
398 delta=totalThickness*(1.+1./cos(angle2)/sin(angle1))/2.;
399 xHalfLength1[i]=xHalfLength1[i]-delta;
400 xHalfLength2[i]=xHalfLength2[i]-delta;
401 xHalfLength3[i]=xHalfLength3[i]-delta;
402 xHalfLength4[i]=xHalfLength4[i]-delta;
403
404 oop=sqrt((yHalfLength2[i]-yHalfLength1[i])*(yHalfLength2[i]
405 -yHalfLength1[i])
406 +(xHalfLength3[i]+xHalfLength4[i]-xHalfLength1[i]
407 -xHalfLength2[i])*(xHalfLength3[i]+xHalfLength4[i]
408 -xHalfLength1[i]-xHalfLength2[i])/4);
409 thetaAxis[i]=atan(oop/BSCCryLength);
410 // -phi --->180+phi
411 phiAxis[i] =180.*deg+atan((yHalfLength2[i]-yHalfLength1[i])
412 /(xHalfLength3[i]+xHalfLength4[i]
413 -xHalfLength1[i]-xHalfLength2[i])*2.);
414
415 oop=sqrt((yHalfLength2[BSCNbTheta+i]-yHalfLength1[BSCNbTheta+i])
416 *(yHalfLength2[BSCNbTheta+i]-yHalfLength1[BSCNbTheta+i])
417 +(xHalfLength3[BSCNbTheta+i]+xHalfLength4[BSCNbTheta+i]
418 -xHalfLength1[BSCNbTheta+i]-xHalfLength2[BSCNbTheta+i])
419 *(xHalfLength3[BSCNbTheta+i]+xHalfLength4[BSCNbTheta+i]
420 -xHalfLength1[BSCNbTheta+i]-xHalfLength2[BSCNbTheta+i])/4);
421 thetaAxis[BSCNbTheta+i]=atan(oop/totalThickness);
422 phiAxis [BSCNbTheta+i]=
423 -atan((yHalfLength2[BSCNbTheta+i]-yHalfLength1[BSCNbTheta+i])
424 /(xHalfLength3[BSCNbTheta+i]+xHalfLength4[BSCNbTheta+i]
425 -xHalfLength1[BSCNbTheta+i]-xHalfLength2[BSCNbTheta+i])*2.);
426
427 oop=sqrt((yHalfLength2[i]-yHalfLength1[i])*(yHalfLength2[i]
428 -yHalfLength1[i])*4
429 +(xHalfLength3[BSCNbTheta*2+i]+xHalfLength4[BSCNbTheta*2+i]
430 -xHalfLength1[BSCNbTheta*2+i]-xHalfLength2[BSCNbTheta*2+i])
431 *(xHalfLength3[BSCNbTheta*2+i]+xHalfLength4[BSCNbTheta*2+i]
432 -xHalfLength1[BSCNbTheta*2+i]-xHalfLength2[BSCNbTheta*2+i])
433 /4);
434 thetaAxis[BSCNbTheta*2+i]=atan(oop/(zHalfLength[BSCNbTheta*2+i]*2));
435 phiAxis [BSCNbTheta*2+i]=
436 -atan((yHalfLength2[i]-yHalfLength1[i])
437 /(xHalfLength3[BSCNbTheta*2+i]+xHalfLength4[BSCNbTheta*2+i]
438 -xHalfLength1[BSCNbTheta*2+i]-xHalfLength2[BSCNbTheta*2+i])*4);
439
440 oop=sqrt((yHalfLength2[i]-yHalfLength1[i])*(yHalfLength2[i]
441 -yHalfLength1[i])*4
442 +(xHalfLength4[i]-xHalfLength2[i])
443 *(xHalfLength4[i]-xHalfLength2[i])*4);
444 thetaAxis[BSCNbTheta*3+i]=atan(oop/(zHalfLength[BSCNbTheta*3+i]*2));
445 phiAxis [BSCNbTheta*3+i]=-atan((yHalfLength2[i]-yHalfLength1[i])
446 /(xHalfLength4[i]-xHalfLength2[i]));
447
448 thetaAxis[BSCNbTheta*4+i]=
449 atan((xHalfLength4[BSCNbTheta*4+i]+xHalfLength3[BSCNbTheta*4+i]
450 -xHalfLength2[BSCNbTheta*4+i]-xHalfLength1[BSCNbTheta*4+i])/2.
451 /(zHalfLength[BSCNbTheta*4+i]*2));
452 phiAxis [BSCNbTheta*4+i]=0;
453
454 thetaAxis[BSCNbTheta*5+i]=atan((xHalfLength3[BSCNbTheta*5+i]
455 -xHalfLength1[BSCNbTheta*5+i])
456 /(zHalfLength[BSCNbTheta*5+i]*2));
457 phiAxis [BSCNbTheta*5+i]=-90.*deg;
458
459 tanAlpha2[BSCNbTheta+i]=tanAlpha1[BSCNbTheta+i]=tanAlpha1[i]=
460 -(xHalfLength2[i]-xHalfLength1[i])/yHalfLength1[i]/2.;
461 tanAlpha1[BSCNbTheta*2+i]=(xHalfLength2[BSCNbTheta*2+i]
462 -xHalfLength1[BSCNbTheta*2+i])
463 /yHalfLength1[BSCNbTheta*2+i]/2.;
464 tanAlpha1[BSCNbTheta*3+i]=tanAlpha1[i]*2.;
465 tanAlpha1[BSCNbTheta*4+i]=(xHalfLength2[BSCNbTheta*4+i]
466 -xHalfLength1[BSCNbTheta*4+i])
467 /yHalfLength1[BSCNbTheta*4+i]/2.;
468 tanAlpha1[BSCNbTheta*5+i]=(xHalfLength2[BSCNbTheta*5+i]
469 -xHalfLength1[BSCNbTheta*5+i])
470 /yHalfLength1[BSCNbTheta*5+i]/2.;
471
472 tanAlpha2[i]=-(xHalfLength4[i]-xHalfLength3[i])/yHalfLength2[i]/2.;
473 //tanAlpha2[BSCNbTheta+i]=(xHalfLength4[BSCNbTheta+i]-xHalfLength3[BSCNbTheta+i])/yHalfLength2[BSCNbTheta+i]/2.;
474 tanAlpha2[BSCNbTheta*2+i]=(xHalfLength4[BSCNbTheta*2+i]
475 -xHalfLength3[BSCNbTheta*2+i])
476 /yHalfLength2[BSCNbTheta*2+i]/2.;
477 tanAlpha2[BSCNbTheta*3+i]=tanAlpha2[i]*2.;
478 tanAlpha2[BSCNbTheta*4+i]=(xHalfLength4[BSCNbTheta*4+i]
479 -xHalfLength3[BSCNbTheta*4+i])
480 /yHalfLength2[BSCNbTheta*4+i]/2.;
481 tanAlpha2[BSCNbTheta*5+i]=(xHalfLength4[BSCNbTheta*5+i]
482 -xHalfLength3[BSCNbTheta*5+i])
483 /yHalfLength2[BSCNbTheta*5+i]/2.;
484
485 zPosition[BSCNbTheta*5+i]=zPosition[BSCNbTheta*3+i]=zPosition[i]=
486 zPosition[i]+totalThickness/2.*cos(thetaPosition[i])
487 -yHalfLength1[BSCNbTheta*2+i]*sin(thetaPosition[i]);
488 zPosition[i]=totalThickness/2.;//for the newest method
489 xPosition[BSCNbTheta*5+i]=xPosition[BSCNbTheta*3+i]=xPosition[i]=
490 xPosition[i]+totalThickness/2.*sin(thetaPosition[i])
491 +totalThickness*(1./cos(thetaPosition[i+1]-thetaPosition[i])-1)/2.
492 *cos(thetaPosition[i]);
493 xPosition[i]=totalThickness*(1.-1./cos(angle2)/sin(angle1))/2.;
494 //for the newest method
495 yPosition[i]=yPosition[i]
496 +totalThickness*(1.-1./cos(angle2)/sin(angle1))/2.;
497 yPosition[i]=yHalfLength1[BSCNbTheta*2+i]-totalThickness/2.;//for the newest method
498 yPosition[BSCNbTheta*3+i]=yPosition[i]*2.+xHalfLength1[BSCNbTheta*3+i];
499 yPosition[BSCNbTheta*5+i]=xHalfLength1[BSCNbTheta*5+i];
500
501 xPosition[BSCNbTheta+i]=BSCPhiRmin
502 +zHalfLength[BSCNbTheta+i]*sin(thetaPosition[i])
503 +(3.*yHalfLength1[BSCNbTheta+i]-yHalfLength2[BSCNbTheta+i])/2.
504 *cos(thetaPosition[i]);
505 yPosition[BSCNbTheta+i]=(xHalfLength1[BSCNbTheta+i]
506 +xHalfLength3[BSCNbTheta+i]
507 +xHalfLength2[BSCNbTheta+i]
508 +xHalfLength4[BSCNbTheta+i])/4.;
509 zPosition[BSCNbTheta+i]=BSCPosition1+rminprojected/tan(thetaPosition[i])
510 +(2.*yHalfLength1[BSCNbTheta+i]/tan(thetaPosition[i])
511 +zHalfLength[BSCNbTheta+i])*cos(thetaPosition[i])
512 +(yHalfLength1[BSCNbTheta+i]+yHalfLength2[BSCNbTheta+i])/2.
513 *sin(thetaPosition[i]);
514
515 xPosition[BSCNbTheta*2+i]=xPosition[i]
516 +((yHalfLength1[i]+yHalfLength2[i])/2.+yHalfLength1[BSCNbTheta*2+i])
517 *cos(thetaPosition[i]);
518 zPosition[BSCNbTheta*2+i]=zPosition[i]
519 -((yHalfLength1[i]+yHalfLength2[i])/2.+yHalfLength1[BSCNbTheta*2+i])
520 *sin(thetaPosition[i]);
521 yPosition[BSCNbTheta*2+i]=(xHalfLength1[BSCNbTheta*2+i]
522 +xHalfLength3[BSCNbTheta*2+i]
523 +xHalfLength2[BSCNbTheta*2+i]
524 +xHalfLength4[BSCNbTheta*2+i])/4.;
525
526 xPosition[BSCNbTheta*4+i]=xPosition[i]
527 -((yHalfLength1[i]+yHalfLength2[i])/2.+yHalfLength1[BSCNbTheta*4+i])
528 *cos(thetaPosition[i]);
529 zPosition[BSCNbTheta*4+i]=zPosition[i]
530 -((yHalfLength1[i]+yHalfLength2[i])/2.+yHalfLength1[BSCNbTheta*4+i])
531 *sin(thetaPosition[i]);
532 yPosition[BSCNbTheta*4+i]=(xHalfLength1[BSCNbTheta*4+i]
533 +xHalfLength3[BSCNbTheta*4+i]
534 +xHalfLength2[BSCNbTheta*4+i]
535 +xHalfLength4[BSCNbTheta*4+i])/4.;
536
537 }
538
539 if(verboseLevel>1)
540 for(i=0;i<BSCNbTheta*6;i++)
541 {
542 G4cout << "The sizes of the " << i+1 << " crystal are:" << G4endl
543 << "zHalfLength =" << zHalfLength[i]/cm << "(cm)," << G4endl
544 << "thetaAxis =" << thetaAxis[i]/deg << "(deg),"<< G4endl
545 << "phiAxis =" << phiAxis[i]/deg << "(deg),"<< G4endl
546 << "yHalfLength1=" << yHalfLength1[i]/cm << "(cm)," << G4endl
547 << "xHalfLength1=" << xHalfLength1[i]/cm << "(cm)," << G4endl
548 << "xHalfLength2=" << xHalfLength2[i]/cm << "(cm)," << G4endl
549 << "tanAlpha1 =" << tanAlpha1[i] << G4endl
550 << "yHalfLength2=" << yHalfLength2[i]/cm << "(cm)," << G4endl
551 << "xHalfLength3=" << xHalfLength3[i]/cm << "(cm)," << G4endl
552 << "xHalfLength4=" << xHalfLength4[i]/cm << "(cm)," << G4endl
553 << "tanAlpha2 =" << tanAlpha2[i] << "." << G4endl
554 << "The position of the " << i+1 << " crystal is:" << G4endl
555 << "(" << xPosition[i]/cm << ","
556 << yPosition[i]/cm << ","
557 << zPosition[i]/cm << ")cm" << G4endl;
558 }
559
560}

◆ PrintEMCParameters()

void ExtBesEmcGeometry::PrintEMCParameters ( )

Definition at line 115 of file ExtBesEmcGeometry.cxx.

116{
117 // Print EMC parameters
118 ;
119}

◆ ReadEMCParameters()

void ExtBesEmcGeometry::ReadEMCParameters ( )

Definition at line 24 of file ExtBesEmcGeometry.cxx.

25{
26 // Read EMC parameters from database
27 ExtBesEmcParameter& emcPara=ExtBesEmcParameter::GetInstance();
28 //BesEmcParameter emcPara;
29 //emcPara.ReadData();
30
31 TaperRingDz = emcPara.GetTaperRingDz();
32 TaperRingThickness1 = emcPara.GetTaperRingThickness1();
33 TaperRingThickness2 = emcPara.GetTaperRingThickness2();
34 TaperRingThickness3 = emcPara.GetTaperRingThickness3();
35 TaperRingTheta = emcPara.GetTaperRingTheta()*deg;
36 TaperRingInnerLength = emcPara.GetTaperRingInnerLength();
37 TaperRingOuterLength = emcPara.GetTaperRingOuterLength();
38
39 BSCRmin = emcPara.GetBSCRmin();
40 BSCDz = emcPara.GetBSCDz()-TaperRingThickness3;
41
42 BSCRmin1 = emcPara.GetBSCRmin1();
43 BSCRmax1 = emcPara.GetBSCRmax1();
44 BSCRmin2 = emcPara.GetBSCRmin2();
45 //BSCRmax2 = emcPara.GetBSCRmax2();
46 BSCDz1 = emcPara.GetBSCDz1()-TaperRingThickness3;
47
48 BSCAngleRotat = emcPara.GetBSCAngleRotat()*deg;
49 BSCNbPhi = emcPara.GetBSCNbPhi();
50 BSCNbTheta = emcPara.GetBSCNbTheta();
51
52 BSCCryLength = emcPara.GetCrystalLength();
53 BSCYFront0 = emcPara.GetBSCYFront0();
54 BSCYFront = emcPara.GetBSCYFront();
55 BSCYFront1 = emcPara.GetBSCYFront1();
56 BSCPosition0 = emcPara.GetBSCPosition0();
57 BSCPosition1 = emcPara.GetBSCPosition1();
58
59 fTyvekThickness = emcPara.GetTyvekThickness();
60 fAlThickness = emcPara.GetAlThickness();
61 fMylarThickness = emcPara.GetMylarThickness();
62
63 rearBoxLength = emcPara.GetRearBoxLength();
64 rearBoxDz = emcPara.GetRearBoxDz();
65
66 HangingPlateDz = emcPara.GetHangingPlateDz();
67 OCGirderAngle = emcPara.GetOCGirderAngle()*deg;
68
69 rearCasingThickness = emcPara.GetRearCasingThickness();
70
71 orgGlassLengthX = emcPara.GetOrgGlassLengthX();
72 orgGlassLengthY = emcPara.GetOrgGlassLengthY();
73 orgGlassLengthZ = emcPara.GetOrgGlassLengthZ();
74
75 PDLengthX = emcPara.GetPDLengthX();
76 PDLengthY = emcPara.GetPDLengthY();
77 PDLengthZ = emcPara.GetPDLengthZ();
78
79 AlPlateDz = emcPara.GetAlPlateDz();
80 PABoxDz = emcPara.GetPABoxDz();
81 PABoxThickness = emcPara.GetPABoxThickness();
82
83 cableDr = emcPara.GetCableDr();
84 waterPipeDr = emcPara.GetWaterPipeDr();
85 waterPipeThickness= emcPara.GetWaterPipeThickness();
86
87 SPBarThickness = emcPara.GetSPBarThickness();
88 SPBarThickness1 = emcPara.GetSPBarThickness1();
89 SPBarwidth = emcPara.GetSPBarwidth();
90
91 EndRingDz = emcPara.GetEndRingDz();
92 EndRingDr = emcPara.GetEndRingDr();
93 EndRingRmin = emcPara.GetEndRingRmin();
94
95 for(G4int i=0;i<BSCNbTheta*6;i++)
96 {
97 zHalfLength[i] =0;
98 thetaAxis[i] =0;
99 phiAxis [i] =0;
100 yHalfLength1[i] =0;
101 xHalfLength1[i] =0;
102 xHalfLength2[i] =0;
103 tanAlpha1[i] =0;
104 yHalfLength2[i] =0;
105 xHalfLength3[i] =0;
106 xHalfLength4[i] =0;
107 tanAlpha2[i] =0;
108 thetaPosition[i]=0;
109 xPosition[i] =0;
110 yPosition[i] =0;
111 zPosition[i] =0;
112 }
113}
ExtBesEmcParameter::GetInstance
static ExtBesEmcParameter & GetInstance()
Definition: ExtBesEmcParameter.cxx:32
ExtBesEmcParameter::GetTaperRingInnerLength
G4double GetTaperRingInnerLength()
Definition: ExtBesEmcParameter.h:87
ExtBesEmcParameter::GetTaperRingThickness3
G4double GetTaperRingThickness3()
Definition: ExtBesEmcParameter.h:85
ExtBesEmcParameter::GetTyvekThickness
G4double GetTyvekThickness()
Definition: ExtBesEmcParameter.h:60
ExtBesEmcParameter::GetOrgGlassLengthX
G4double GetOrgGlassLengthX()
Definition: ExtBesEmcParameter.h:97
ExtBesEmcParameter::GetOrgGlassLengthZ
G4double GetOrgGlassLengthZ()
Definition: ExtBesEmcParameter.h:99
ExtBesEmcParameter::GetRearCasingThickness
G4double GetRearCasingThickness()
Definition: ExtBesEmcParameter.h:95
ExtBesEmcParameter::GetTaperRingThickness2
G4double GetTaperRingThickness2()
Definition: ExtBesEmcParameter.h:84
ExtBesEmcParameter::GetTaperRingTheta
G4double GetTaperRingTheta()
Definition: ExtBesEmcParameter.h:86
ExtBesEmcParameter::GetTaperRingThickness1
G4double GetTaperRingThickness1()
Definition: ExtBesEmcParameter.h:83
ExtBesEmcParameter::GetTaperRingOuterLength
G4double GetTaperRingOuterLength()
Definition: ExtBesEmcParameter.h:88
ExtBesEmcParameter::GetOrgGlassLengthY
G4double GetOrgGlassLengthY()
Definition: ExtBesEmcParameter.h:98
ExtBesEmcParameter::GetWaterPipeThickness
G4double GetWaterPipeThickness()
Definition: ExtBesEmcParameter.h:111
ExtBesEmcParameter::GetHangingPlateDz
G4double GetHangingPlateDz()
Definition: ExtBesEmcParameter.h:92
ExtBesEmcParameter::GetMylarThickness
G4double GetMylarThickness()
Definition: ExtBesEmcParameter.h:62

Referenced by ComputeEMCParameters().

◆ SetBSCAngleRotat()

void ExtBesEmcGeometry::SetBSCAngleRotat ( G4double  val)
inline

Definition at line 44 of file ExtBesEmcGeometry.h.

44{BSCAngleRotat=val;};

◆ SetBSCCrystalLength()

void ExtBesEmcGeometry::SetBSCCrystalLength ( G4double  val)
inline

Definition at line 39 of file ExtBesEmcGeometry.h.

39{BSCCryLength=val;};

◆ SetBSCDz()

void ExtBesEmcGeometry::SetBSCDz ( G4double  val)
inline

Definition at line 36 of file ExtBesEmcGeometry.h.

36{ BSCDz=val;};

◆ SetBSCNbPhi()

void ExtBesEmcGeometry::SetBSCNbPhi ( G4int  val)
inline

Definition at line 37 of file ExtBesEmcGeometry.h.

37{BSCNbPhi=val;};

◆ SetBSCNbTheta()

void ExtBesEmcGeometry::SetBSCNbTheta ( G4int  val)
inline

Definition at line 38 of file ExtBesEmcGeometry.h.

38{BSCNbTheta=val;};

◆ SetBSCPosition0()

void ExtBesEmcGeometry::SetBSCPosition0 ( G4double  val)
inline

Definition at line 42 of file ExtBesEmcGeometry.h.

42{BSCPosition0=val;};

◆ SetBSCPosition1()

void ExtBesEmcGeometry::SetBSCPosition1 ( G4double  val)
inline

Definition at line 43 of file ExtBesEmcGeometry.h.

43{BSCPosition1=val;};

◆ SetBSCRmin()

void ExtBesEmcGeometry::SetBSCRmin ( G4double  val)
inline

Definition at line 35 of file ExtBesEmcGeometry.h.

35{ BSCRmin=val;};

◆ SetBSCYFront()

void ExtBesEmcGeometry::SetBSCYFront ( G4double  val)
inline

Definition at line 41 of file ExtBesEmcGeometry.h.

41{BSCYFront=val;};

◆ SetBSCYFront0()

void ExtBesEmcGeometry::SetBSCYFront0 ( G4double  val)
inline

Definition at line 40 of file ExtBesEmcGeometry.h.

40{BSCYFront0=val;};

◆ SetCasingThickness()

void ExtBesEmcGeometry::SetCasingThickness ( G4ThreeVector  val)

Definition at line 562 of file ExtBesEmcGeometry.cxx.

563{
564 // change Gap thickness and recompute the calorimeter parameters
565 fTyvekThickness = val('X');
566 fAlThickness = val('Y');
567 fMylarThickness = val('Z');
568}

◆ SetVerboseLevel()

void ExtBesEmcGeometry::SetVerboseLevel ( G4int  val)
inline

Definition at line 33 of file ExtBesEmcGeometry.h.

33{ verboseLevel=val;}

Friends And Related Function Documentation

◆ ExtBesEmcConstruction

friend class ExtBesEmcConstruction
friend

Definition at line 24 of file ExtBesEmcGeometry.h.

The documentation for this class was generated from the following files: