Structure that enables defining a template function: reflected photons. More...

Public Member Functions
int	solve (double xD, double zD, int Nxm, double xmMin, double xmMax, const TOPTrack::AssumedEmission &assumedEmission, const InverseRaytracer::CerenkovAngle &cer, double step=0) const
	Solve inverse ray-tracing for reflected photon.

Detailed Description

Structure that enables defining a template function: reflected photons.

Definition at line 428 of file PDFConstructor.h.

Member Function Documentation

int solve	(	double	xD,
		double	zD,
		int	Nxm,
		double	xmMin,
		double	xmMax,
		const TOPTrack::AssumedEmission &	assumedEmission,
		const InverseRaytracer::CerenkovAngle &	cer,
		double	step = `0`
	)		const

inline

Solve inverse ray-tracing for reflected photon.

Parameters

xD	unfolded position in x of photon at detection plane (unfolding w.r.t mirror)
zD	position of detection plane
Nxm	signed number of reflections in x before mirror
xmMin	lower limit of the reflection positions on the mirror
xmMax	upper limit of the reflection positions on the mirror
assumedEmission	photon emission position and track angles
cer	sine and cosine of Cerenkov angle
step	step for numerical derivative calculation

Returns: index of solution on success or InverseRaytracer::ErrorCodes on fail

Definition at line 444 of file PDFConstructor.h.

        {
          return inverseRaytracer->solveReflected(xD, zD, Nxm, xmMin, xmMax, assumedEmission, cer, step);
        }

const InverseRaytracer* inverseRaytracer = 0

inverse ray-tracer

Definition at line 429 of file PDFConstructor.h.

PDF peak type.

Definition at line 430 of file PDFConstructor.h.

The documentation for this struct was generated from the following file: