1 #ifndef DISPLAYITSV11_H
2 #define DISPLAYITSV11_H
3 /* Copyright (c) 1998-2001, ALICE Experiment at CERN, All rights reserved *
4 * See cxx source for full Copyright notice */
11 // Class for the display of ITS // Version 11
12 // with the new geometry
13 // A proper description of this class will follow
24 class DisplayITSv11 : public TTask {
27 virtual ~DisplayITSv11();
29 virtual void Exec(Option_t* opt="");
30 virtual void DisplayITS();
31 virtual void EngineeringSPDThS();
32 virtual void EngineeringSDDCone();
33 virtual void EngineeringSDDCylinder();
34 virtual void EngineeringSupRB24();
35 virtual void EngineeringSupRB26();
37 virtual Int_t GetDebugITS() const {return fITSdebug;}
39 void SetITSdebugOn(){fITSdebug=1;}
40 void SetITSdebugOff(){fITSdebug=0;}
41 void SetCircleSegments(Int_t i=80){fNsegments=i;}
42 void SetCylindericalCutOn(Double_t phimin=0.0,Double_t phimax=180.){
43 fPhimincut = phimin;fPhimaxcut=phimax;fCut=1;}
44 void SetCylindericalCutOff(){fCut=0;if(fClip) delete fClip;fClip=0;}
45 void SetCylindericalClipVolume(){if(fClip)delete fClip;
46 fClip = new TGeoTubeSeg(0.0,fRmax[0],fRmax[2],fPhimincut,fPhimaxcut);}
47 void SetPerspectiveOn(){fPerspective=1;}
48 void SetPerspectiveOff(){fPerspective=0;}
49 void SetSolid(){fSolid=1;}
50 void SetWire(){fSolid=0;}
51 void SetAxisOn(){fAxis=1;}
52 void SetAxisOff(){fAxis=0;}
53 void SetDisplayAngles(Double_t lon,Double_t lat,Double_t psi){
54 fLongitude=lon;fLatitude=lat;fPsi=psi;}
56 DisplayITSv11(const DisplayITSv11 & disp) : TTask(disp) {
57 Fatal("copy ctor","Not implemented\n");}
58 DisplayITSv11 & operator = (const DisplayITSv11 & ) {
59 Fatal("= operator","Not implemented\n"); return *this;}
60 void Displaying(TGeoVolume *v,TCanvas *c,Int_t ipad);
61 TGeoManager *fmgr; // pointer to the geometry manager.
62 AliITS *fits; // pointer to AliITS
63 TGeoVolume *fALICE; // Pointer to the true mother volume
64 TGeoVolume *fITS; // Pointer to the ITS mother volume
65 TGeoShape *fClip; // Clipping Volume.
67 Int_t fITSdebug; // Debug flag
68 Int_t fNsegments; // Number of segment
69 Int_t fCut; // Cut value
70 Int_t fAxis; // Axis value
71 Int_t fPerspective; // Perspective option
72 Int_t fSolid; // Solid value
73 Double_t fRmin[3]; // Minimum radius value
74 Double_t fRmax[3]; // Maximum radius value
75 Double_t fPhimincut; // Min phi cut
76 Double_t fPhimaxcut; // Max phi cut
77 Double_t fLongitude; // Longitute value
78 Double_t fLatitude; // Latitude value
81 ClassDef(DisplayITSv11,1) // Task to display ITS v11 Geometry