TestLightToEuso
#include "TestLightToEuso.hh" |
TestLightToEuso
class description - source file - inheritance tree (.pdf)
class TestLightToEuso : public LightToEuso
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private:
PhotonsOnPupil* MakeCFluxDiffuse(const Double_t& th1, const Double_t& th2, const Double_t rad, Int_t nPhotons, const Double_t& tm) PhotonsOnPupil* MakeCircle(const Double_t& ph1, const Double_t& ph2, const Double_t& th, Int_t nPhotons, const Double_t& tm) PhotonsOnPupil* MakeDiffuse(const Double_t& th1, const Double_t& th2, const Double_t rad, Int_t nPhotons, const Double_t& tm) PhotonsOnPupil* MakeExtCircle(const Double_t& ph1, const Double_t& ph2, const Double_t& th1, const Double_t th2, Int_t nPhotons, const Double_t& tm) PhotonsOnPupil* MakeExtRadius(const Double_t& ph, const Double_t& th1, const Double_t& th2, Int_t nPhotons, const Double_t& tm) PhotonsOnPupil* MakeExtSpot(const Double_t& th1, const Double_t& ph1, const Double_t rad, Int_t nPhotons, const Double_t& tm) PhotonsOnPupil* MakeRadius(const Double_t& ph, const Double_t& th1, const Double_t& th2, Int_t nPhotons, const Double_t& tm) PhotonsOnPupil* MakeShowerTrack(const DetectorGeometry*) PhotonsOnPupil* MakeSpot(const Double_t& th, const Double_t& ph, Int_t nPhotons, const Double_t& tm) PhotonsOnPupil* MakeTrack(const Double_t& ph1, const Double_t& ph2, const Double_t& th1, const Double_t& th2, Int_t nPhotons, const Double_t& tm) virtual void Reset() public:
TestLightToEuso() virtual ~TestLightToEuso() static TClass* Class() virtual const char* ClassName() const virtual const char* ClassType() const virtual void Configure() virtual PhotonsOnPupil* Get(const DetectorGeometry*) virtual PhysicsData* GetPhysics() virtual MCTruth* GetTruth() virtual TClass* IsA() const virtual void ReplaceInputFile(const char*) virtual void ShowMembers(TMemberInspector& insp, char* parent) virtual void Streamer(TBuffer& b) void StreamerNVirtual(TBuffer& b)
Data Members
private:
ListPhotonsOnPupil* fPhOnPupil MCTruth* fTruth
Class Description
This class brings test fPhotons to the Euso Pupil The type of events supported are the following: SPOT light from a single point at the same time EXTSPOT light from a single point at the same time RANDSPOT single point randomly chosen CIRCLE light making a circle in focal surface (theta constant, phi 0-360 degrees) EXTCIRCLE light making a thick circle in focal surface (theta constant, phi 0-360 degrees) RADIUS light making a radius (phi constant, theta 0-30 degrees) TRACK light making a track in focal surface with peaked pattern SHOWERTRACK track in the atmosphere The parameters needed are the following: TestLightToEuso.Type see above TestLightToEuso.Duration event duration in micro-seconds TestLightToEuso.Photons number of fPhotons generated per event TestLightToEuso.Theta1 constant if CIRCLE, SPOT or EXTSPOT, starting point if EXTCIRCLE, RADIUS or TRACK TestLightToEuso.Theta2 ignored if CIRCLE, SPOT or EXTSPOT, end point if RADIU, EXTCIRCLE or TRACK TestLightToEuso.Phi1 starting point if CIRCLE, EXTCIRCLE or TRACK, constant if RADIUS, SPOT or EXTSPOT TestLightToEuso.Phi2 end point if CIRCLE, EXTCIRCLE or TRACK, ignored if RADIUS or SPOT, radius of the beam in EXTSPOT
TestLightToEuso() : LightToEuso("TEST"), fTruth(NULL)
Constructor
~TestLightToEuso()
Destructor
void Reset()
Reset internal list of fPhotons
PhotonsOnPupil* Get(const DetectorGeometry* dg)
Returns the list of fPhotons for the pupil. The type of photon distribution is determined by TestLightToEuso.Type
PhotonsOnPupil* MakeSpot(const Double_t& th, const Double_t& ph, Int_t nPhotons, const Double_t& tm)
Produce light in a single spot
PhotonsOnPupil* MakeExtSpot(const Double_t& theta, const Double_t& phi, const Double_t radius, Int_t nPhotons, const Double_t& tm)
Produce light in an extensive spot
PhotonsOnPupil* MakeCircle(const Double_t& ph1, const Double_t& ph2, const Double_t& th, Int_t nPhotons, const Double_t& tm)
Produce light in a circle
PhotonsOnPupil* MakeExtCircle(const Double_t& ph1, const Double_t& ph2, const Double_t& th1, const Double_t th2, Int_t nPhotons, const Double_t& tm)
Produce light in a extensive circle (fPhotons with th1 < th < th2)
PhotonsOnPupil* MakeDiffuse(const Double_t& th1, const Double_t& th2, const Double_t rad, Int_t nPhotons, const Double_t& tm)
PhotonsOnPupil* MakeCFluxDiffuse(const Double_t& th1, const Double_t& th2, const Double_t rad, Int_t nPhotons, const Double_t& tm)
PhotonsOnPupil* MakeRadius(const Double_t& ph, const Double_t& th1, const Double_t& th2, Int_t nPhotons, const Double_t& tm)
Produce light along a focal surface radius.
PhotonsOnPupil* MakeExtRadius(const Double_t& ph, const Double_t& th1, const Double_t& th2, Int_t nPhotons, const Double_t& tm)
Produce light along a focal surface radius.
PhotonsOnPupil* MakeTrack(const Double_t& ph1, const Double_t& ph2, const Double_t& th1, const Double_t& th2, Int_t nPhotons, const Double_t& tm)
Produce light along a track
PhotonsOnPupil* MakeShowerTrack(const DetectorGeometry* geo)
produce light along a track
Inline Functions
void Configure() MCTruth* GetTruth() PhysicsData* GetPhysics() void ReplaceInputFile(const char*) const char* ClassType() const const char* ClassName() const TClass* Class() TClass* IsA() const void ShowMembers(TMemberInspector& insp, char* parent) void Streamer(TBuffer& b) void StreamerNVirtual(TBuffer& b)