#include <display_track.h>

Inheritance diagram for displayEndcapPhiZ:

Collaboration diagram for displayEndcapPhiZ:

Public Member Functions
	displayEndcapPhiZ ()
	displayEndcapPhiZ More...

virtual void	displayTrackState (GlobalPosition &trkPosition, GlobalDirection &trkDirection)
	create the graphic objects for a single track state More...

virtual void	displayTRT_MeasurementOnTrack (GlobalPosition &strawPosition, double driftRadius, GlobalDirection &trkDirection, bool isOutlier, double trackRadius=0.)
	create the graphic objects for a single TRT measurement on track More...

virtual void	displayTRT_Measurement (GlobalPosition &strawPosition, double driftRadius, bool onTrack, bool outlierOnTrack, double trackRadius=0.)
	create the graphic objects for a single TRT measurement More...

virtual void	displayTRT_Tubes ()

virtual void	displaySiliconMeasurement (GlobalPosition &measurementPosition, bool onTrack)
	create the graphic objects for a single Silicon measurement More...

virtual void	displayCompetingTRT_ROT (std::vector< GlobalPosition > &strawPositions, std::vector< double > driftRadii, std::vector< double > assgnProbs, GlobalDirection &trkDirection)
	create the graphic objects for a single CompetingTRT_DriftCirclesOnTrack More...

virtual void	clear ()
	clear all graphics vectors More...

virtual void	clearTrackGraphics ()

virtual void	clearRIOGraphics ()

virtual void	clearGeometryGraphics ()

virtual void	clearCompetingROTsGraphics ()

virtual std::vector< TObject * > *	getTrackGraphics ()

virtual std::vector< TObject * > *	getRIOGraphics ()

virtual std::vector< TObject * > *	getGeometryGraphics ()

virtual std::vector< TObject * > *	getCompetingROTsGraphics ()

Protected Attributes
std::vector< TObject * > *	m_trackGraphics

std::vector< TObject * > *	m_rioGraphics

std::vector< TObject * > *	m_geometryGraphics

std::vector< TObject * > *	m_competingRotGraphics

ShapeCreator	m_shapeCreator

Detailed Description

Definition at line 108 of file display_track.h.

Constructor & Destructor Documentation

◆ displayEndcapPhiZ()

displayEndcapPhiZ::displayEndcapPhiZ ( )

displayEndcapPhiZ

Definition at line 297 of file display_track.cxx.

                                      :
 displayTracks() {
  
     //ShapeCreator::setProjection(0);
     m_shapeCreator.setProjection(3);
  
 };

Member Function Documentation

◆ clear()

void displayTracks::clear ( )

virtualinherited

clear all graphics vectors

Definition at line 84 of file display_track.cxx.

                           {
     clearTrackGraphics();
     clearRIOGraphics();
     clearGeometryGraphics();
     clearCompetingROTsGraphics();
 }

◆ clearCompetingROTsGraphics()

void displayTracks::clearCompetingROTsGraphics ( )

virtualinherited

Definition at line 77 of file display_track.cxx.

                                                {
     while(m_competingRotGraphics->size()!=0) {
         delete m_competingRotGraphics->back();
         m_competingRotGraphics->pop_back();
     }
 }

◆ clearGeometryGraphics()

void displayTracks::clearGeometryGraphics ( )

virtualinherited

Definition at line 71 of file display_track.cxx.

                                           {
     while(m_geometryGraphics->size()!=0) {
         delete m_geometryGraphics->back();
         m_geometryGraphics->pop_back();
     }
 }

◆ clearRIOGraphics()

void displayTracks::clearRIOGraphics ( )

virtualinherited

Definition at line 64 of file display_track.cxx.

                                      {
     while(m_rioGraphics->size()!=0) {
         delete m_rioGraphics->back();
         m_rioGraphics->pop_back();
     }
 }

◆ clearTrackGraphics()

void displayTracks::clearTrackGraphics ( )

virtualinherited

Definition at line 58 of file display_track.cxx.

                                        {
     while(m_trackGraphics->size()!=0) {
         delete m_trackGraphics->back();
         m_trackGraphics->pop_back();
     }
 }

◆ displayCompetingTRT_ROT()

void displayEndcapPhiZ::displayCompetingTRT_ROT	(	std::vector< GlobalPosition > &	strawPositions,
		std::vector< double >	driftRadii,
		std::vector< double >	assgnProbs,
		GlobalDirection &	trkDirection
	)

virtual

create the graphic objects for a single CompetingTRT_DriftCirclesOnTrack

Implements displayTracks.

Definition at line 487 of file display_track.cxx.

                                                                                                                                                                                      {
  
 /*    GlobalDirection dir_o(trkDirection.y(), -trkDirection.x(), 0.);
     dir_o *= (trkDirection.z()<0 ? -1 : 1);
     char assgnProbText[50];
  
     // write the value of the assignment prob near the measurement
     sprintf(assgnProbText,"%e", assgnProbs[0]);
     TText* text = ShapeCreator::createText(strawPositions[0]+(driftRadii[0]*2.)*dir_o.Unit(), assgnProbText);
     //TText* text = ShapeCreator::createText(strawPositions[0], assgnProbText);
     // align left if direction points left and align right if direction points right
     text->SetTextAlign((dir_o.x()*driftRadii[0])>0 ? 12 : 32);
     TObject* textObj = text;
     m_competingRotGraphics->push_back(textObj);
  
     // loop over remaining competing measurements
     for (unsigned int i = 1; i < strawPositions.size(); i++) {
         // draw drift circle
         //TArc* hit = ShapeCreator::createArc( strawPosition, driftRadius );
         //hit->SetLineColor( color );
         //TObject* hitObj = hit;
         //m_competingRotGraphics->push_back(hitObj);
  
         // write the value of the assignment prob near the measurement
         sprintf(assgnProbText,"%e", assgnProbs[i]);
         TText* text = ShapeCreator::createText(strawPositions[i]+(driftRadii[i]*2.)*dir_o.Unit(), assgnProbText);
         //TText* text = ShapeCreator::createText(strawPositions[i], assgnProbText);
         // align left if direction points left and align right if direction points right
         text->SetTextAlign((dir_o.x()*driftRadii[i])>0 ? 12 : 32);
         TObject* textObj = text;
         m_competingRotGraphics->push_back(textObj);
  
         if (strawPositions[i] != strawPositions[i-1]) {
             // we have another straw: draw line between straws
             TLine* connection = ShapeCreator::createLine(strawPositions[i-1], strawPositions[i-1]);
             connection->SetLineColor(16); // gray
             TObject* connectionObj = connection;
             m_competingRotGraphics->push_back(connectionObj);
         }
     }*/
 }

◆ displaySiliconMeasurement()

void displayEndcapPhiZ::displaySiliconMeasurement	(	GlobalPosition &	measurementPosition,
		bool	onTrack
	)

virtual

create the graphic objects for a single Silicon measurement

Implements displayTracks.

Definition at line 462 of file display_track.cxx.

                                                                                                     {
     // marker radius
     double hit_r   = 0.1;
     std::vector<TObject*>* geometry=0;
  
     int color = 6;
     if (onTrack) {
         color = 4;
         geometry = m_trackGraphics;
     } else {
         color = 6;
         geometry = m_rioGraphics;
     }
  
     // draw measurement position
     TArc* hit = m_shapeCreator.createArc( measurementPosition, hit_r );
     hit->SetLineColor( color );
     hit->SetFillColor( color );
     //m_display->addArc( hit );
     //m_arcs.push_back(hit);
     TObject* hitObj = hit;
     geometry->push_back(hitObj);
  
 }

◆ displayTrackState()

void displayEndcapPhiZ::displayTrackState	(	GlobalPosition &	trkPosition,
		GlobalDirection &	trkDirection
	)

virtual

create the graphic objects for a single track state

Implements displayTracks.

Definition at line 306 of file display_track.cxx.

                                                                                                      {
     int color(2);
     //if( pt[i] == 1) color = 4;
     // length of track parameters in display (mm)
     double tp_len = 2*10.;
     double tp_r   = 0.1;
  
     // draw circle at track position
     TArc* trackpp = m_shapeCreator.createArc( trkPosition, tp_r );
     trackpp->SetLineColor( color );
     //m_arcs.push_back(trackpp);
     TObject* trackppObj = trackpp;
     m_trackGraphics->push_back(trackppObj);
     //    if (trackpp) {
     //        std::cout << "set line color of the circle "<<trackpp<< " to "<< color  << std::endl;
     //    }
     //    std::cout << "display: "<<m_display << std::endl;
  
     //m_display->addArc( trackpp );
  
     // draw line in track direction
     TLine* trackp = m_shapeCreator.createLine( trkPosition, trkDirection, tp_len );
     trackp->SetLineWidth( 2 );
     trackp->SetLineColor( color );
     //m_display->addLine( trackp );
     //m_lines.push_back(trackp);
     TObject* trackpObj = trackp;
     m_trackGraphics->push_back(trackpObj);
  
     // draw line perp. to track direction
     TLine* trackp_o = m_shapeCreator.createOrthogonalLine( trkPosition, trkDirection, tp_len );
     trackp_o->SetLineColor( color );
     //m_display->addLine( trackp_o );
     //m_lines.push_back(trackp_o);
     TObject* trackp_oObj = trackp_o;
     m_trackGraphics->push_back(trackp_oObj);
  
 //     TVector3 endOfDirPointer = trkPosition + trkDirection;
 // 
 //     TEllipse* endOfDir = m_shapeCreator.createEllipse( endOfDirPointer, 0.05, atan(0.05 / trkPosition.Perp()) * 1000. );
 //     endOfDir->SetLineColor( color );
 //     endOfDir->SetFillColor( color );
 //     //m_display->addArc( tube_c );
 //     //m_arcs.push_back(tube_c);
 //     TObject* endOfDirObj = endOfDir;
 //     m_trackGraphics->push_back(endOfDirObj);
  
 }

◆ displayTRT_Measurement()

void displayEndcapPhiZ::displayTRT_Measurement	(	GlobalPosition &	strawPosition,
		double	driftRadius,
		bool	onTrack,
		bool	outlierOnTrack,
		double	trackRadius = `0.`
	)

virtual

create the graphic objects for a single TRT measurement

Implements displayTracks.

Definition at line 373 of file display_track.cxx.

                                                                                          {
     // tube radius
     const double tube_radius = 2.;
     const double radiusOfStrawCenters = 823.9;
     //const double phiScale = 180. / TMath::Pi(); // use deg
     const double phiScale = 1000.; // use mrad
     //const double tube_radiusInPhi = tube_radius / radiusOfStrawCenters * phiScale;
     double Rho = radiusOfStrawCenters;
     if (onTrack && (trackRadius > 0.)) {
         Rho = trackRadius;
     }
     //std::cout << "  rho=" << Rho << ", driftradius=" << driftRadius << std::endl;
     std::vector<TObject*>* geometry=0;
     int color_hit  = 4; // blue
     int color_tube = 1; // black
     if (onTrack && !outlierOnTrack ) {
         color_hit = 4;  // full blue
         geometry = m_trackGraphics;
     } else if (onTrack && outlierOnTrack) {
         color_hit = 3;  // full green
         geometry = m_trackGraphics;
     } else {
         color_hit = 6;  // full magenta
         geometry = m_rioGraphics;
     }
  
     // draw drift circle or full NODRIFTTIME tube
     if (driftRadius != 0.0) {
       TEllipse* hit = m_shapeCreator.createEllipse( strawPosition, driftRadius, std::atan(driftRadius / Rho) * phiScale );
       hit->SetLineColor( color_hit );
       hit->SetLineWidth( 2     );
       //m_display->addArc( hit );
       //m_arcs.push_back(hit);
       TObject* hitObj = hit;
       geometry->push_back(hitObj);
     } else {
       // tube used w/o drift time -> 4mm/sqrt(12) error
       TEllipse* hit = m_shapeCreator.createEllipse( strawPosition, 1.15, std::atan(1.15 / Rho) * phiScale );
       hit->SetLineColor( color_hit );
       hit->SetFillColor( color_hit );
       hit->SetLineWidth( 2     );
       TObject* hitObj = hit;
       geometry->push_back(hitObj);
     }
  
     // draw TRT tube
     TEllipse* tube = m_shapeCreator.createEllipse( strawPosition, tube_radius, std::atan(tube_radius / Rho) * phiScale );
     tube->SetLineColor( color_tube );
     //m_display->addArc( tube );
     //m_arcs.push_back(tube);
     TObject* tubeObj = tube;
     geometry->push_back(tubeObj);
  
     // draw circle at straw (wire) position
     TEllipse* tube_c = m_shapeCreator.createEllipse( strawPosition, 0.05, std::atan(0.05 / Rho) * phiScale );
     tube_c->SetLineColor( color_tube );
     tube_c->SetFillColor( color_tube );
     //m_display->addArc( tube_c );
     //m_arcs.push_back(tube_c);
     TObject* tube_cObj = tube_c;
     geometry->push_back(tube_cObj);
     
     double l = sqrt(strawPosition.y()*strawPosition.y() + strawPosition.x()*strawPosition.x());
     TVector3 maxRadiusInPhiPosition1(Rho*strawPosition.x()/l - driftRadius * strawPosition.y()/l, 
                                      Rho*strawPosition.y()/l + driftRadius * strawPosition.x()/l,
                                      strawPosition.z());
     
     TEllipse* maxRad1 = m_shapeCreator.createEllipse( maxRadiusInPhiPosition1, 0.05, std::atan(0.05 / Rho) * phiScale );
     maxRad1->SetLineColor( color_hit );
     maxRad1->SetFillColor( color_hit );
     //m_display->addArc( tube_c );
     //m_arcs.push_back(tube_c);
     TObject* maxRad1Obj = maxRad1;
     geometry->push_back(maxRad1Obj);
     TVector3 maxRadiusInPhiPosition2(Rho*strawPosition.x()/l + driftRadius * strawPosition.y()/l, 
                                      Rho*strawPosition.y()/l - driftRadius * strawPosition.x()/l,
                                      strawPosition.z());
     
     TEllipse* maxRad2 = m_shapeCreator.createEllipse( maxRadiusInPhiPosition2, 0.05, std::atan(0.05 / Rho) * phiScale );
     maxRad2->SetLineColor( color_hit );
     maxRad2->SetFillColor( color_hit );
     //m_display->addArc( tube_c );
     //m_arcs.push_back(tube_c);
     TObject* maxRad2Obj = maxRad2;
     geometry->push_back(maxRad2Obj);
 }

◆ displayTRT_MeasurementOnTrack()

void displayEndcapPhiZ::displayTRT_MeasurementOnTrack	(	GlobalPosition &	strawPosition,
		double	driftRadius,
		GlobalDirection &	trkDirection,
		bool	isOutlier,
		double	trackRadius = `0.`
	)

virtual

create the graphic objects for a single TRT measurement on track

Implements displayTracks.

Definition at line 355 of file display_track.cxx.

                                                                                                                                                                            {
     displayTRT_Measurement(strawPosition, driftRadius, true, isOutlier, trackRadius);
 /*    // display marker for left/right solution
     GlobalDirection dir_o(trkDirection.y(), -trkDirection.x(), 0.);
     dir_o *= (trkDirection.z()<0 ? -1 : 1);
  
     // use an arrow as marker: fine for higher zoom, with less zoom looks strange
     //TArrow* marker = ShapeCreator::createArrow(strawPosition, dir_o, driftRadius);
     TPolyLine* marker = ShapeCreator::createTriangle(strawPosition, dir_o, driftRadius);
     marker->SetLineColor( 3 );
     //marker->SetLineWidth( 2 );
     //m_display->addLine( marker_o );
     //m_lines.push_back(marker_o);
     TObject* markerObj = marker;
     m_trackGraphics->push_back(markerObj);*/
   
 }

◆ displayTRT_Tubes()

void displayEndcapPhiZ::displayTRT_Tubes ( )

virtual

Implements displayTracks.

Definition at line 460 of file display_track.cxx.

460 {}

◆ getCompetingROTsGraphics()

std::vector< TObject * > * displayTracks::getCompetingROTsGraphics ( )

virtualinherited

Definition at line 54 of file display_track.cxx.

                                                              {
     return m_competingRotGraphics;
 }

◆ getGeometryGraphics()

std::vector< TObject * > * displayTracks::getGeometryGraphics ( )

virtualinherited

Definition at line 51 of file display_track.cxx.

                                                         {
     return m_geometryGraphics;
 }

◆ getRIOGraphics()

std::vector< TObject * > * displayTracks::getRIOGraphics ( )

virtualinherited

Definition at line 48 of file display_track.cxx.

                                                    {
     return m_rioGraphics;
 }

◆ getTrackGraphics()

std::vector< TObject * > * displayTracks::getTrackGraphics ( )

virtualinherited

Definition at line 45 of file display_track.cxx.

                                                      {
     return m_trackGraphics;
 }

Member Data Documentation

◆ m_competingRotGraphics

std::vector<TObject*>* displayTracks::m_competingRotGraphics

protectedinherited

Definition at line 77 of file display_track.h.

◆ m_geometryGraphics

std::vector<TObject*>* displayTracks::m_geometryGraphics

protectedinherited

Definition at line 76 of file display_track.h.

◆ m_rioGraphics

std::vector<TObject*>* displayTracks::m_rioGraphics

protectedinherited

Definition at line 75 of file display_track.h.

◆ m_shapeCreator

ShapeCreator displayTracks::m_shapeCreator

protectedinherited

Definition at line 79 of file display_track.h.

◆ m_trackGraphics

std::vector<TObject*>* displayTracks::m_trackGraphics

protectedinherited

Definition at line 74 of file display_track.h.

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

Public Member Functions

Protected Attributes

Detailed Description

Constructor & Destructor Documentation

◆ displayEndcapPhiZ()

Member Function Documentation

◆ clear()

◆ clearCompetingROTsGraphics()

◆ clearGeometryGraphics()

◆ clearRIOGraphics()

◆ clearTrackGraphics()

◆ displayCompetingTRT_ROT()

◆ displaySiliconMeasurement()

◆ displayTrackState()

◆ displayTRT_Measurement()

◆ displayTRT_MeasurementOnTrack()

◆ displayTRT_Tubes()

◆ getCompetingROTsGraphics()

◆ getGeometryGraphics()

◆ getRIOGraphics()

◆ getTrackGraphics()

Member Data Documentation

◆ m_competingRotGraphics

◆ m_geometryGraphics

◆ m_rioGraphics

◆ m_shapeCreator

◆ m_trackGraphics