Singleton class to manage access to CED from several processors. More...

#include <MarlinCED.h>

Public Member Functions
void	printMCFamily (MCParticle *part, unsigned int daughterBranches, unsigned int motherBranches, unsigned int daughterIndent=0, unsigned int motherIndent=0)

void	printAndDrawMCFamily (MCParticle part, LCEvent evt, unsigned int daughterBranches, unsigned int motherBranches, unsigned int daughterIndent=0, unsigned int motherIndent=0)

Static Public Member Functions
static MarlinCED *	instance ()

static void	init (Processor *proc)
	To be called by every processor that uses CED in intit().

static void	newEvent (Processor proc, int modelID=0, LCEvent evt=0)
	To be called by every processor that uses CED in processEvent() before actually drawing something. More...

static void	draw (Processor *proc, int waitForKeyboard=1)
	To be called by every processor that uses CED in processEvent() after drawing everything. More...

static void	getParticleFromID (int, LCEvent *)

static void	printMCParticle (MCParticle *mcp, int daughterIndent=0, int motherIndent=0)

template<class In >
static void	drawObjectsWithPosition (In first, In last, int marker, int size, unsigned int color, unsigned int layer=0, const char *PickingMessage="")
	Draw all objects in iterator range [first,last) which have a method getPosition() with the given color marker and size in the given layer (default 0). More...

template<class In >
static void	drawObjectsWithPositionID (LCCollection *col, In first, In last, int marker, int size, unsigned int color, unsigned int layer=0)

static void	drawHelix (float b, float charge, float x, float y, float z, float px, float py, float pz, int marker, int size, unsigned int col, float rmin=10.0, float rmax=3000.0, float zmax=4500.0, unsigned int id=0)
	Draws a helix from the given point(x,y,z) for momentum(px,py,pz) in a B-field b (in Tesla) More...

static void	drawTrajectory (const Trajectory *t, const int marker, const int size, const unsigned int col, const float rmin=10.0, const float rmax=3000.0, const float zmax=4500.0, unsigned int id=0)
	Draws a trajectory in the volume described by rmin, rmax, zmax.

static void	drawSpike (float x0, float y0, float z0, float x1, float y1, float z1, unsigned int color, unsigned int layer, unsigned int id=0)
	Draws a 'spike', i.e. More...

static void	drawGEARDetector ()
	Draws the detector using the geometry parameters from GEAR.

static void	drawDetectorFromGear (gear::GearMgr *gearMgr)

static void	drawGEARTelescope ()
	Draws the telescope using the geometry parameters from GEAR.

static void	drawDetector (int modelID)
	Draws the detector only. More...

static void	drawMCParticle (MCParticle MCP, bool drawSimHits, LCEvent event, int marker, int size, unsigned int color, unsigned int layer=0, double bField=4.0, double rmin=0.0, double zmin=0.0, double rmax=3000.0, double zmax=4500.0, bool drawOnDifferentLayers=true)
	Draws a thin line between vertex-point and end-point of a MC particle, another thin line at the vertex-point symbolising the initial momentum vector and all the hits in the SimTrackerHit- and SimCalorimeterHitCollections which are produced by this MC particle, if toggle drawSimHits is true. More...

static void	drawMCParticleTree (LCEvent *event, std::string colNameMC, double energyCut, double bField=4.0, double rIn=0.0, double zIn=0.0, double rOut=3000.0, double zOut=4500.0)
	Draws the full MC Particle Tree on the layers 1, 2 and 3. More...

static void	drawSimTrackerHits (LCEvent *event, int marker, int size, unsigned int color, unsigned int layer=0)
	Draws the hits of all SimTrackerHit Collections of event with a marker of size and color on layer.

static void	drawSimCalorimeterHits (LCEvent *event, int marker, int size, unsigned int color, unsigned int layer=0)
	Draws the hits of all SimCalorimeterHit Collections of event with a marker of size and color on layer.

static void	drawSimHits (LCEvent *event, int marker, int size, unsigned int color, unsigned int layer=0)
	Draws the hits of all SimHit Collections of event with a marker of size and color on layer.

static void	drawTrackerHits (LCEvent *event, int marker, int size, unsigned int color, unsigned int layer=0)
	Draws the hits of all TrackerHit Collections of event with a marker of size and color on layer.

static void	drawCalorimeterHits (LCEvent *event, int marker, int size, unsigned int color, unsigned int layer=0)
	Draws the hits of all CalorimeterHit Collections of event with a marker of size and color on layer.

static void	drawHits (LCEvent *event, int marker, int size, unsigned int color, unsigned int layer=0)
	Draws the hits of all Hit Collections of event with a marker of size and color on layer.

static void	drawTrack (Track *track, int marker, int size, unsigned int color, unsigned int layer=0)
	Draws the hits of a track with a marker of size and color on layer.

static void	drawCluster (Cluster *cluster, int marker, int size, unsigned int color, unsigned int layer=0)
	Draws the hits of a cluster with a marker of size and color on layer.

static void	drawClusterImpl (const ClusterImpl *cluster, int marker, int size, unsigned int color, unsigned int layer=0)
	Draws the hits of a cluster implementation with a marker of size and color on layer.

static void	drawRecoParticle (ReconstructedParticle *reco, int marker, int size, unsigned int color, unsigned int layer=0)
	Draws the hits of a recontructed particle reco with a marker of size and color on layer.

static int	getIDfromIndex (LCCollection *col, int index)

static void	set_layer_description (const std::string &desc, int layerID)

static void	add_layer_description (const std::string &desc, int layerID)

static void	write_layer_description (void)

Public Attributes
LCEvent *	_currEvent

Static Protected Member Functions
static void	drawHitCollectionsByType (LCEvent event, const char type, int marker, int size, unsigned int color, unsigned int layer=0)

static void	drawHitCollectionsByMCContribution (LCEvent event, MCParticle MCP, int marker, int size, unsigned int color, unsigned int layer=0)

Protected Attributes
Processor *	_first

Processor *	_last

Static Protected Attributes
static MarlinCED *	_me = 0

Detailed Description

Singleton class to manage access to CED from several processors.

All processors using CED have to use the methods init(), newEvent() and draw().

Member Function Documentation

void MarlinCED::draw	(	Processor *	proc,
		int	waitForKeyboard = `1`
	)

static

To be called by every processor that uses CED in processEvent() after drawing everything.

Actually draws the event. The flag waitForKeyboard indicates if after an event is drawn an input from the keyboard is expected (waitForKeyboard=1) or not (waitForKeyboard=0).

References CEDPickingHandler::getInstance(), CEDPickingHandler::kbhit(), and CEDPickingHandler::printID().

Referenced by DrawMCParticles::processEvent().

static void MarlinCED::drawDetector ( int modelID )

inlinestatic

Draws the detector only.

modelID: LDC(0) - default , SID(1), GLD(2), CaliceTestBeam(3). Needed if you would like to draw the detector wire frame several times in one event

Deprecated:

void MarlinCED::drawHelix	(	float	b,
		float	charge,
		float	x,
		float	y,
		float	z,
		float	px,
		float	py,
		float	pz,
		int	marker,
		int	size,
		unsigned int	col,
		float	rmin = `10.0`,
		float	rmax = `3000.0`,
		float	zmax = `4500.0`,
		unsigned int	id = `0`
	)

static

Draws a helix from the given point(x,y,z) for momentum(px,py,pz) in a B-field b (in Tesla)

Improved drawHelix() method.

Draws straight lines as well.

void MarlinCED::drawMCParticle	(	MCParticle *	MCP,
		bool	drawSimHits,
		LCEvent *	event,
		int	marker,
		int	size,
		unsigned int	color,
		unsigned int	layer = `0`,
		double	bField = `4.0`,
		double	rmin = `0.0`,
		double	zmin = `0.0`,
		double	rmax = `3000.0`,
		double	zmax = `4500.0`,
		bool	drawOnDifferentLayers = `true`
	)

static

Draws a thin line between vertex-point and end-point of a MC particle, another thin line at the vertex-point symbolising the initial momentum vector and all the hits in the SimTrackerHit- and SimCalorimeterHitCollections which are produced by this MC particle, if toggle drawSimHits is true.

These SimHits are drawn with a marker of size and color. All objects are drawn on the same layer.

Referenced by drawMCParticleTree().

void MarlinCED::drawMCParticleTree	(	LCEvent *	event,
		std::string	colNameMC,
		double	energyCut,
		double	bField = `4.0`,
		double	rIn = `0.0`,
		double	zIn = `0.0`,
		double	rOut = `3000.0`,
		double	zOut = `4500.0`
	)

static

Draws the full MC Particle Tree on the layers 1, 2 and 3.

On layer 1 the charged particles are displayed and on layer shift-1 their corresponding SimHits. On layer 2 all the neutral particles are shown, again with their SimHits on layer shift-2. The layers 3 and shift-3 are used for the backscattered MC Particles. The variables energyCut, rIn, zIn, rOut and zOut are cut values meant to reduce the number particles displayed; i.e. only particles with energy larger than 'energyCut' and within the cylinder described by rIn, zIn, rOut, zOut are shown.

References drawMCParticle().

Referenced by DrawMCParticles::processEvent().

template<class In >

static void MarlinCED::drawObjectsWithPosition	(	In	first,
		In	last,
		int	marker,
		int	size,
		unsigned int	color,
		unsigned int	layer = `0`,
		const char *	PickingMessage = `""`
	)

inlinestatic

Draw all objects in iterator range [first,last) which have a method getPosition() with the given color marker and size in the given layer (default 0).

The template takes classes providing a class method 'getPosition()' as template argument.

void MarlinCED::drawSpike	(	float	x0,
		float	y0,
		float	z0,
		float	x1,
		float	y1,
		float	z1,
		unsigned int	color,
		unsigned int	layer,
		unsigned int	id = `0`
	)

static

Draws a 'spike', i.e.

a bold arrow, from (x0,y0,z0) to (x1,y1,z1) with color on layer e.g. to display jet thrust axes

void MarlinCED::newEvent	(	Processor *	proc,
		int	modelID = `0`,
		LCEvent *	evt = `0`
	)

static

To be called by every processor that uses CED in processEvent() before actually drawing something.

Draws the detector depending on modelID:

0: use gear file to draw full detector
99999: draw EUTelescope from gear file
other: don't draw a detector model

Referenced by DrawMCParticles::processEvent().

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

MarlinCED.h
MarlinCED.cc

Public Member Functions

Static Public Member Functions

Public Attributes

Static Protected Member Functions

Protected Attributes

Static Protected Attributes

Detailed Description

Member Function Documentation