QwEventDisplay Class Reference

#include <QwEventDisplay.h>

Inherits TGMainFrame.

Collaboration diagram for QwEventDisplay:

Public Member Functions
	RQ_OBJECT ("QwEventDisplay") UInt_t fEventNumber
	QwEventDisplay (const TGWindow *p, UInt_t w, UInt_t h)
virtual	~QwEventDisplay ()
void	SetEventBuffer (QwTreeEventBuffer *eventbuffer)
void	SetSubsystemArray (QwSubsystemArrayTracking *subsystemarray)
void	HandleMenu (Int_t id)
void	GoPrevious ()
void	GoNext ()
void	GoClear ()
void	GotoEvent ()
void	DrawEvent ()
	ClassDef (QwEventDisplay, 1)

Data Fields
UInt_t	fTreeEntries

Private Types
enum	MenuCommandIdentifiers { M_FILE_OPEN, M_FILE_CLOSE, M_HELP_TUTORIAL, M_HELP_ABOUT }

Private Attributes
TGMainFrame *	fMain
TGHorizontalFrame *	fEventBoxes
TGTab *	fRegions
TGTextButton *	ExitButton
TGMenuBar *	fMenuBar
TGPopupMenu *	fMenuFile
TGPopupMenu *	fMenuHelp
TGLayoutHints *	fMenuBarLayout
TGLayoutHints *	fMenuBarItemLayout
TGLayoutHints *	fMenuBarHelpLayout
TGVerticalFrame *	fEventBox1
TGVerticalFrame *	fEventCounter
TGLabel *	fCurrentEventLabel
TGNumberEntry *	fCurrentEventEntry
TGGroupFrame *	fCurrentEvent
TGVerticalFrame *	fEventBox2
TGListBox *	fWireInfoListBox
TGVerticalFrame *	fEventBox3
TRootEmbeddedCanvas *	fOctantID
TCanvas *	cOctantID
TPaveLabel *	Octant_1
TPaveLabel *	Octant_2
TPaveLabel *	Octant_3
TPaveLabel *	Octant_4
TPaveLabel *	Octant_5
TPaveLabel *	Octant_6
TPaveLabel *	Octant_7
TPaveLabel *	Octant_8
TGCompositeFrame *	fRegion1
TRootEmbeddedCanvas *	fRegion1XY
TRootEmbeddedCanvas *	fRegion1XZ
TRootEmbeddedCanvas *	fRegion1YZ
TCanvas *	cR1XY
TCanvas *	cR1XZ
TCanvas *	cR1YZ
TPaveLabel *	Label_R1XY
TPaveLabel *	Label_R1XZ
TPaveLabel *	Label_R1YZ
TBox *	Box_R1XY
TBox *	Box_R1XZ
TBox *	Box_R1YZ
std::vector< TLine >	Line_R1r
std::vector< TLine >	Line_R1y
TGCompositeFrame *	fRegion2
TRootEmbeddedCanvas *	fRegion2XY
TRootEmbeddedCanvas *	fRegion2XZ
TRootEmbeddedCanvas *	fRegion2YZ
TCanvas *	cR2XY
TCanvas *	cR2XZ
TCanvas *	cR2YZ
TPaveLabel *	Label_R2XY
TPaveLabel *	Label_R2XZ
TPaveLabel *	Label_R2YZ
TBox *	Box_R2XY
TBox *	Box_R2XZ1
TBox *	Box_R2XZ2
TBox *	Box_R2XZ3
TBox *	Box_R2XZ4
TBox *	Box_R2YZ1
TBox *	Box_R2YZ2
TBox *	Box_R2YZ3
TBox *	Box_R2YZ4
TText *	tR2XY1
TText *	tR2XY2
TText *	tR2XY3
TText *	tR2XY4
TText *	tR2XZ1
TText *	tR2XZ2
TText *	tR2XZ3
TText *	tR2XZ4
TText *	tR2YZ1
TText *	tR2YZ2
TText *	tR2YZ3
TText *	tR2YZ4
std::vector< TLine >	Line_R2x
std::vector< TLine >	Line_R2u
std::vector< TLine >	Line_R2v
TGCompositeFrame *	fRegion2b
TRootEmbeddedCanvas *	fRegion2bXY
TRootEmbeddedCanvas *	fRegion2bXZ
TRootEmbeddedCanvas *	fRegion2bYZ
TCanvas *	cR2bXY
TCanvas *	cR2bXZ
TCanvas *	cR2bYZ
TPaveLabel *	Label_R2bXY
TPaveLabel *	Label_R2bXZ
TPaveLabel *	Label_R2bYZ
TBox *	Box_R2bXY
TBox *	Box_R2bXZ1
TBox *	Box_R2bXZ2
TBox *	Box_R2bXZ3
TBox *	Box_R2bXZ4
TBox *	Box_R2bYZ1
TBox *	Box_R2bYZ2
TBox *	Box_R2bYZ3
TBox *	Box_R2bYZ4
TText *	tR2bXY1
TText *	tR2bXY2
TText *	tR2bXY3
TText *	tR2bXY4
TText *	tR2bXZ1
TText *	tR2bXZ2
TText *	tR2bXZ3
TText *	tR2bXZ4
TText *	tR2bYZ1
TText *	tR2bYZ2
TText *	tR2bYZ3
TText *	tR2bYZ4
TGCompositeFrame *	fRegion3
TRootEmbeddedCanvas *	fRegion3XY
TRootEmbeddedCanvas *	fRegion3XZ
TRootEmbeddedCanvas *	fRegion3YZ
TCanvas *	cR3XY
TCanvas *	cR3XZ
TCanvas *	cR3YZ
TPaveLabel *	Label_R3XY
TPaveLabel *	Label_R3XZ
TPaveLabel *	Label_R3YZ
TBox *	Box_R3XY1
TBox *	Box_R3XY2
TBox *	Box_R3XY3
TBox *	Box_R3XY4
TBox *	Box_R3XZ1
TBox *	Box_R3XZ2
TBox *	Box_R3XZ3
TBox *	Box_R3XZ4
TBox *	Box_R3YZ1
TBox *	Box_R3YZ2
TBox *	Box_R3YZ3
TBox *	Box_R3YZ4
TText *	tR3XY1
TText *	tR3XY2
TText *	tR3XY3
TText *	tR3XY4
TText *	tR3XZ1
TText *	tR3XZ2
TText *	tR3XZ3
TText *	tR3XZ4
TText *	tR3YZ1
TText *	tR3YZ2
TText *	tR3YZ3
TText *	tR3YZ4
TLine *	Div_R3XY
TLine *	Div_R3XZ
TLine *	Div_R3YZ
std::vector< TLine >	Line_R3u
std::vector< TLine >	Line_R3v
TGCompositeFrame *	fRegion3TS
QwTreeEventBuffer *	fEventBuffer
QwSubsystemArrayTracking *	fSubsystemArray
	// Excluded from dictionary More...
QwHitContainer *	fHitList
TTree *	fTree

Detailed Description

Definition at line 193 of file QwEventDisplay.h.

Member Enumeration Documentation

enum QwEventDisplay::MenuCommandIdentifiers

private

Enumerator
M_FILE_OPEN
M_FILE_CLOSE
M_HELP_TUTORIAL
M_HELP_ABOUT

Definition at line 245 of file QwEventDisplay.h.

                              {
    M_FILE_OPEN,     // Opens a ROOT file
    M_FILE_CLOSE,    // Closes a ROOT file
    
    M_HELP_TUTORIAL, // Provides link to the event display tutorial documentation
    M_HELP_ABOUT     // Print information about the event display
  };

Constructor & Destructor Documentation

QwEventDisplay::QwEventDisplay	(	const TGWindow *	p,
		UInt_t	w,
		UInt_t	h
	)

QwEventDisplay::~QwEventDisplay ( )

virtual

Definition at line 2048 of file QwEventDisplay.cc.

References fMain.

                               {  // Default destructor in class

  fMain->Cleanup();
  delete fMain;

} // End ~QwEventDisplay()

Member Function Documentation

QwEventDisplay::ClassDef	(	QwEventDisplay	,
		1
	)

void QwEventDisplay::DrawEvent

(

)

Definition at line 1035 of file QwEventDisplay.cc.

References fEventBuffer, fHitList, fOctantID, fRegion1XY, fRegion1XZ, fRegion1YZ, fRegion2bXY, fRegion2bXZ, fRegion2bYZ, fRegion2XY, fRegion2XZ, fRegion2YZ, fRegion3XY, fRegion3XZ, fRegion3YZ, fWireInfoListBox, QwTreeEventBuffer::GetHitContainer(), QwTreeEventBuffer::GetSpecificEvent(), QwHitContainer::GetSubList_Dir(), GoClear(), Qw::kBlue, kDirectionR, kDirectionU, kDirectionV, kDirectionX, kDirectionY, Qw::kGreen, kPackage1, Qw::kRed, kRegionID1, kRegionID2, kRegionID3, Line_R1y, Line_R2u, Line_R2v, Line_R2x, Octant_2, Octant_6, QwHitContainer::Print(), R1_CM, R1_DEPTH, R1_DIST, R1_LENGTH, R1_WIDTH, R2_ANGLE, R2_CM, R2_DEPTH, R2_DIST, R2_FULLWIRE1, R2_FULLWIRE2, R2_LENGTH, R2_UVDIST, R2_WIDTH, R2_XDIST, R3_ANGLE, R3_CM, R3_DIST, R3_FULLWIRE1, R3_FULLWIRE2, R3_LENGTH, R3_UVDIST, and R3_WIDTH.

Referenced by GoNext(), GoPrevious(), and GotoEvent().

                              {  // Draws event data into display
                                   // Lists wire hit information in the listbox
                                   // Fills in the current octants in the octant ID
                                   // Displays orthographic views of triggered wires for each region
                                   // Called by Previous, Next, or GotoEvent buttons
  
  //SETUP FOR FUNCTION--------------------------------------------------//
  
  printf("Drawing event %d...\n", fEventNumber); // Print the call to DrawEvent() of a current event number
  
  /* NOT WORKING :(
  // Catch to keep from attempting to draw events outside the number of entries
  if (fEventNumber > fTree->GetEntries()){   //<--THIS LINE NEEDS TO BE EDITED
    printf("Draw error: There are only %d entries.\n", (int) fTree->GetEntries()); // DEFINE fTree
    fEventNumber = 0;
    GoClear();
    printf("Returned to zero.\n");
    return 0;  //<--DrawEvent() needs to be type int
  }
  */

  fOctantID->GetCanvas()->SetEditable(kTRUE);  // Restore editing capability of canvases
  fRegion1XY->GetCanvas()->SetEditable(kTRUE);  
  fRegion1XZ->GetCanvas()->SetEditable(kTRUE);
  fRegion1YZ->GetCanvas()->SetEditable(kTRUE);
  fRegion2XY->GetCanvas()->SetEditable(kTRUE);
  fRegion2XZ->GetCanvas()->SetEditable(kTRUE);
  fRegion2YZ->GetCanvas()->SetEditable(kTRUE);
  fRegion2bXY->GetCanvas()->SetEditable(kTRUE);
  fRegion2bXZ->GetCanvas()->SetEditable(kTRUE);
  fRegion2bYZ->GetCanvas()->SetEditable(kTRUE);
  fRegion3XY->GetCanvas()->SetEditable(kTRUE);
  fRegion3XZ->GetCanvas()->SetEditable(kTRUE);
  fRegion3YZ->GetCanvas()->SetEditable(kTRUE);

  GoClear(); // Clear existing data

  //HIGHLIGHT OCTANT POSITION--------------------------------------------------// ##############GET THIS INFORMATION FROM WHEREEVER IT BECOMES AVAILABLE!!!

  // Dark orange is left (lower # chambers)
  // Light orange is right (higher # chambers)
  fOctantID->GetCanvas()->cd();
  int fTest = 1; // USED ONLY FOR DISPLAY PURPOSES
  switch(fTest){
  case 1:
    Octant_2->SetFillColor(kOrange-3);
    Octant_6->SetFillColor(kOrange-2);
    Octant_2->Draw();
    Octant_6->Draw(); 
    break;
    //  etc.........
  }
  fOctantID->GetCanvas()->SetEditable(kFALSE);
  fOctantID->GetCanvas()->Update();
  
  //LIST WIRE HITS--------------------------------------------------//
  
  // Extract wire hit information
  fEventBuffer->GetSpecificEvent(fEventNumber); // Place the current event number into the event buffer
  fHitList = fEventBuffer->GetHitContainer();   // Add the hit list from the current event buffer
  printf("Printing hit list...");               // Let user know hit list is printing
  fHitList->Print();                            // Prints the new wire hit information from the hit list
  
  // Create a string buffer to hold hit information
  char fHitBuffer[30];
  
  // List wire hit information in list box
  for(QwHitContainer::iterator fHit = fHitList->begin(); fHit != fHitList->end(); fHit++){ // Loop while hits exist in the hit container
    if(fHit->GetElement() > 0){
      if (fHit->GetRegion() == 1){
  sprintf(fHitBuffer, "Region %i:  Trace %i, Plane %i", fHit->GetRegion(), fHit->GetElement(), fHit->GetPlane()); // Print single hit for Region 1
      }
      else if (fHit->GetRegion() == 2){
  sprintf(fHitBuffer, "Region %i:  Wire %i, Plane %i      Drift Distance: %f", fHit->GetRegion(), fHit->GetElement(), fHit->GetPlane(), fHit->GetDriftDistance()); // Print single hit for Region 2
      }
      else if (fHit->GetRegion() == 3){
  sprintf(fHitBuffer, "Region %i:  Wire %i, Plane %i      Drift Distance: %f", fHit->GetRegion(), fHit->GetElement(), fHit->GetPlane(), fHit->GetDriftDistance()); // Print single hit for Region 3
      }
      else{}
      fWireInfoListBox->AddEntry(fHitBuffer, fEventNumber); // Add entry to list box
      fWireInfoListBox->MapSubwindows();
      fWireInfoListBox->Layout();
    }
  }
  
  //GATHER WIRE HIT DATA--------------------------------------------------//

  // Region 1 hits
  QwHitContainer* Hits_R1r = fHitList->GetSubList_Dir(kRegionID1, kPackage1, kDirectionR);
  QwHitContainer* Hits_R1y = fHitList->GetSubList_Dir(kRegionID1, kPackage1, kDirectionY);
  // Region 2 hits
  QwHitContainer* Hits_R2x = fHitList->GetSubList_Dir(kRegionID2, kPackage1, kDirectionX);
  QwHitContainer* Hits_R2u = fHitList->GetSubList_Dir(kRegionID2, kPackage1, kDirectionU);
  QwHitContainer* Hits_R2v = fHitList->GetSubList_Dir(kRegionID2, kPackage1, kDirectionV);
  // Region 3 hits
  QwHitContainer* Hits_R3u = fHitList->GetSubList_Dir(kRegionID3, kPackage1, kDirectionU);
  QwHitContainer* Hits_R3v = fHitList->GetSubList_Dir(kRegionID3, kPackage1, kDirectionV);
  
  // DRAWING WIRE HITS--------------------------------------------------//
  // Three types of wires to draw--full length, left of full length, and right of full length
  // Separating them depends on the first and last full length wire (saved as constants in the header)
  // Wires are drawn and centered with respect to the chamber frame in ROOT coordinates
  // Wire numbers go from right to left; plane numbers go from front to back
  // Hit wire information is stored to the end of a vector and drawn in the appropriate canvas
  // Editing of canvases is removed after drawing

  // DRAW REGION 1 TRACE HITS--------------------------------------------------//
  
  // FRONT VIEW (X-Y)
  fRegion1XY->GetCanvas()->cd();
  // Region 1 X traces (??? total)
  for(QwHitContainer::iterator fHit = Hits_R1r->begin(); fHit != Hits_R1r->end(); fHit++){  // G4 DOES NOT GET ANY HITS FROM THESE
    TLine Line;
    int fTrace = fHit->GetElement();
    Line.SetY1(.5 - (R1_WIDTH*R1_CM*.5) + (R1_DIST*R1_CM*fTrace));
    Line.SetX1(.5 - (R1_LENGTH*R1_CM*.5));
    Line.SetY2(.5 + (R1_WIDTH*R1_CM*.5) + (R1_DIST*R1_CM*fTrace));
    Line.SetX2(.5 - (R1_LENGTH*R1_CM*.5));
    Line.SetLineColor(kViolet);
    Line_R1y.push_back(Line);
    Line_R1y.back().Draw();
  }
  // Region 1 Y traces (??? total)
  for(QwHitContainer::iterator fHit = Hits_R1y->begin(); fHit != Hits_R1y->end(); fHit++){
    TLine Line;
    int fTrace = fHit->GetElement();
    Line.SetY1(.5 - (R1_WIDTH*R1_CM*.5));
    Line.SetX1(.5 - (R1_LENGTH*R1_CM*.5) + (R1_DIST*R1_CM*fTrace));
    Line.SetY2(.5 + (R1_WIDTH*R1_CM*.5));
    Line.SetX2(.5 - (R1_LENGTH*R1_CM*.5) + (R1_DIST*R1_CM*fTrace));
    Line.SetLineColor(kViolet);
    Line_R1y.push_back(Line);
    Line_R1y.back().Draw();
  }
  fRegion1XY->GetCanvas()->SetEditable(kFALSE);
  fRegion1XY->GetCanvas()->Update();

  // TOP VIEW (Y-Z)
  fRegion1YZ->GetCanvas()->cd();
  // Region 1 X traces (??? total)
  // Region 1 Y wires (??? total)
  for(QwHitContainer::iterator fHit = Hits_R1y->begin(); fHit != Hits_R1y->end(); fHit++){
    TLine Line;
    int fTrace = fHit->GetElement();
    Line.SetY1(.5 - (R1_DEPTH*R1_CM*.5));
    Line.SetX1(.5 - (R1_LENGTH*R1_CM*.5) + (R1_DIST*R1_CM*fTrace));
    Line.SetY2(.5 + (R1_DEPTH*R1_CM*.5));
    Line.SetX2(.5 - (R1_LENGTH*R1_CM*.5) + (R1_DIST*R1_CM*fTrace));
    Line.SetLineColor(kViolet);
    Line_R1y.push_back(Line);
    Line_R1y.back().Draw();
  }
  fRegion1YZ->GetCanvas()->SetEditable(kFALSE);
  fRegion1YZ->GetCanvas()->Update();
  
  // SIDE VIEW (X-Z)
  fRegion1XZ->GetCanvas()->cd();
  // Region 1 X traces (??? total)
  // Region 1 Y wires (??? total)
  for(QwHitContainer::iterator fHit = Hits_R1y->begin(); fHit != Hits_R1y->end(); fHit++){
    TLine Line;
    Line.SetX1(.5);
    Line.SetY1(.5 - (R1_LENGTH*R1_CM*.5));
    Line.SetX2(.5);
    Line.SetY2(.5 + (R1_LENGTH*R1_CM*.5));
    Line.SetLineColor(kViolet);
    Line.SetLineWidth(22); // To fill whole plane; 22 is similar to R1_DEPTH   <--NOT OK!
    Line_R1y.push_back(Line);
    Line_R1y.back().Draw();
  }
  fRegion1XZ->GetCanvas()->SetEditable(kFALSE);
  fRegion1XZ->GetCanvas()->Update();

  //DRAW REGION 2 WIRE HITS--------------------------------------------------//

  // FRONT VIEW (X-Y)
  fRegion2XY->GetCanvas()->cd();
  // Region 2 X wires (32 total)
  for(QwHitContainer::iterator fHit = Hits_R2x->begin(); fHit != Hits_R2x->end(); fHit++){
    TLine Line;
    int fWire = fHit->GetElement(); // Wire number
    int fPlane = fHit->GetPlane();  // Wire plane
    double fPShift = 0;             // Used to shift the wires on the prime planes (ROOT coordinates)
    switch (fPlane){
    case 4:
    case 5:
    case 6:
    case 10:
    case 11:
    case 12:
    case 16:
    case 17:
    case 18:
    case 22:
    case 23:
    case 24:
      fPShift = .5*R2_XDIST*R2_CM; // Half drift cell distance
      break;
    }
    if (fPlane > 12) // If on second arm, draw in appropriate tab
      fRegion2bXY->GetCanvas()->cd();
    Line.SetX1(.5 - (R2_WIDTH*R2_CM*.5));
    Line.SetY1(.5 - (R2_LENGTH*R2_CM*.5) + (R2_XDIST*R2_CM*fWire) + fPShift);
    Line.SetX2(.5 + (R2_WIDTH*R2_CM*.5));
    Line.SetY2(.5 - (R2_LENGTH*R2_CM*.5) + (R2_XDIST*R2_CM*fWire) + fPShift);
    Line.SetLineColor(kRed);
    Line_R2x.push_back(Line);
    Line_R2x.back().Draw();
  }
  // Region 2 U wires (29 total)
  for(QwHitContainer::iterator fHit = Hits_R2u->begin(); fHit != Hits_R2u->end(); fHit++){
    TLine Line;
    int fWire = fHit->GetElement(); // Wire number
    int fPlane = fHit->GetPlane();  // Wire plane
    int fShiftTrim = 0;             // Used to correct shifted prime wires from going outside the frame
    double fPShift = 0;             // Used to shift the wires on the prime planes (ROOT coordinates)
    switch (fPlane){
    case 4:
    case 5:
    case 6:
    case 10:
    case 11:
    case 12:
    case 16:
    case 17:
    case 18:
    case 22:
    case 23:
    case 24:
      fPShift = .5*R2_UVDIST*R2_CM; // Half drift cell distance
      if (fWire == R2_FULLWIRE1 || fWire == R2_FULLWIRE2)
  fShiftTrim = 1;
      break;
    }
    if (fPlane > 12) // If on second arm, draw in appropriate tab
      fRegion2bXY->GetCanvas()->cd();
    if (fWire < R2_FULLWIRE1){
      Line.SetX1(.5 + (R2_WIDTH*R2_CM*.5) - (R2_UVDIST*R2_CM*fWire) - fPShift);
      Line.SetY1(.5 - (R2_LENGTH*R2_CM*.5));
      Line.SetX2(.5 + (R2_WIDTH*R2_CM*.5));
      Line.SetY2(.5 - (R2_LENGTH*R2_CM*.5) + (((R2_UVDIST*R2_CM*(fWire - fShiftTrim)) + fPShift)*tan(R2_ANGLE*TMath::DegToRad())));
    }
    else if (fWire < R2_FULLWIRE2){
      Line.SetX1(.5 + (R2_WIDTH*R2_CM*.5) - (R2_UVDIST*R2_CM*fWire) - fPShift);
      Line.SetY1(.5 - (R2_LENGTH*R2_CM*.5));
      Line.SetX2(.5 + (R2_WIDTH*R2_CM*.5) - (R2_UVDIST*R2_CM*(fWire - R2_FULLWIRE1)) - fPShift);
      Line.SetY2(.5 + (R2_LENGTH*R2_CM*.5));
    }
    else{
      Line.SetX1(.5 - (R2_WIDTH*R2_CM*.5));
      Line.SetY1(.5 + (R2_LENGTH*R2_CM*.5) - (((R2_WIDTH*R2_CM) - (R2_UVDIST*R2_CM*(fWire - R2_FULLWIRE1)) - fPShift)*tan(R2_ANGLE*TMath::DegToRad())));
      Line.SetX2(.5 + (R2_WIDTH*R2_CM*.5) - (R2_UVDIST*R2_CM*(fWire - R2_FULLWIRE1)) - fPShift);
      Line.SetY2(.5 + (R2_LENGTH*R2_CM*.5));
    }
    Line.SetLineColor(kGreen);
    Line_R2u.push_back(Line);
    Line_R2u.back().Draw();
  }
  // Region 2 V wires (29 total)
  for(QwHitContainer::iterator fHit = Hits_R2v->begin(); fHit != Hits_R2v->end(); fHit++){
    TLine Line;
    int fWire = fHit->GetElement(); // Wire number
    int fPlane = fHit->GetPlane();  // Wire plane
    int fShiftTrim = 0;             // Used to correct shifted prime wires from going outside the frame
    double fPShift = 0;             // Used to shift the wires in the prime chamber planes (ROOT coordinates)
    switch (fPlane){
    case 4:
    case 5:
    case 6:
    case 10:
    case 11:
    case 12:
    case 16:
    case 17:
    case 18:
    case 22:
    case 23:
    case 24:
      fPShift = .5*R2_UVDIST*R2_CM; // Half drift cell distance
      if (fWire == R2_FULLWIRE1 || fWire == R2_FULLWIRE2)
  fShiftTrim = 1;
      break;
    }
    if (fPlane > 12) // If on second arm, draw in appropriate tab
      fRegion2bXY->GetCanvas()->cd();
    if (fWire < R2_FULLWIRE1){
      Line.SetX1(.5 + (R2_WIDTH*R2_CM*.5) - (R2_UVDIST*R2_CM*fWire) - fPShift);
      Line.SetY1(.5 + (R2_LENGTH*R2_CM*.5));
      Line.SetX2(.5 + (R2_WIDTH*R2_CM*.5));
      Line.SetY2(.5 + (R2_LENGTH*R2_CM*.5) - (((R2_UVDIST*R2_CM*(fWire - fShiftTrim)) + fPShift)*tan(R2_ANGLE*TMath::DegToRad())));
    }
    else if (fWire < R2_FULLWIRE2){
      Line.SetX1(.5 + (R2_WIDTH*R2_CM*.5) - (R2_UVDIST*R2_CM*fWire) - fPShift);
      Line.SetY1(.5 + (R2_LENGTH*R2_CM*.5));
      Line.SetX2(.5 + (R2_WIDTH*R2_CM*.5) - (R2_UVDIST*R2_CM*(fWire - R2_FULLWIRE1)) - fPShift);
      Line.SetY2(.5 - (R2_LENGTH*R2_CM*.5));
    }
    else{
      Line.SetX1(.5 - (R2_WIDTH*R2_CM*.5));
      Line.SetY1(.5 - (R2_LENGTH*R2_CM*.5) + (((R2_WIDTH*R2_CM) - (R2_UVDIST*R2_CM*(fWire - R2_FULLWIRE1)) - fPShift)*tan(R2_ANGLE*TMath::DegToRad())));
      Line.SetX2(.5 + (R2_WIDTH*R2_CM*.5) - (R2_UVDIST*R2_CM*(fWire - R2_FULLWIRE1)) - fPShift);
      Line.SetY2(.5 - (R2_LENGTH*R2_CM*.5));
      }
    Line.SetLineColor(kBlue);
    Line_R2v.push_back(Line);
    Line_R2v.back().Draw();
  }
  fRegion2XY->GetCanvas()->SetEditable(kFALSE);
  fRegion2XY->GetCanvas()->Update();
  fRegion2bXY->GetCanvas()->SetEditable(kFALSE);
  fRegion2bXY->GetCanvas()->Update();

  // TOP VIEW (Y-Z)
  fRegion2YZ->GetCanvas()->cd();
  // Region 2 X wires (32 total)
  for(QwHitContainer::iterator fHit = Hits_R2x->begin(); fHit != Hits_R2x->end(); fHit++){
    TLine Line;
    int fPlane = fHit->GetPlane(); // Wire plane
    double fYShift = 0;            // Used to shift the wires in the prime planes and to the correct chamber planes (ROOT coordinates)
    switch (fPlane){
    case 1:
    case 2:
    case 3:
    case 13:
    case 14:
    case 15:
      fYShift = (R2_DEPTH*R2_CM)/4; // Three evenly spaced wires (3+1)
      break;
    case 4:
    case 5:
    case 6:
    case 16:
    case 17:
    case 18:
      fYShift = (R2_DIST*R2_CM) + (R2_DEPTH*R2_CM) + (R2_DEPTH*R2_CM)/4;
      break;
    case 7:
    case 8:
    case 9:
    case 19:
    case 20:
    case 21:
      fYShift = (2*R2_DIST*R2_CM) + (2*R2_DEPTH*R2_CM) + (R2_DEPTH*R2_CM)/4;
      break;
    case 10:
    case 11:
    case 12:
    case 22:
    case 23:
    case 24:
      fYShift = (3*R2_DIST*R2_CM) + (3*R2_DEPTH*R2_CM) + (R2_DEPTH*R2_CM)/4;
      break;
    }
    if (fPlane > 12) // If on second arm, draw in appropriate tab
      fRegion2bYZ->GetCanvas()->cd();
    Line.SetX1(.5 - (R2_WIDTH*R2_CM*.5));
    Line.SetY1(.5 - (1.5*R2_DIST*R2_CM) - (2*R2_DEPTH*R2_CM) + fYShift);
    Line.SetX2(.5 + (R2_WIDTH*R2_CM*.5));
    Line.SetY2(.5 - (1.5*R2_DIST*R2_CM) - (2*R2_DEPTH*R2_CM) + fYShift);
    Line.SetLineColor(kRed);
    Line.SetLineWidth(2);
    Line_R2x.push_back(Line);
    Line_R2x.back().Draw();
  }
 // Region 2 U wires (29 total)
  for(QwHitContainer::iterator fHit = Hits_R2u->begin(); fHit != Hits_R2u->end(); fHit++){
    TLine Line;
    int fWire = fHit->GetElement(); // Wire number
    int fPlane = fHit->GetPlane();  // Plane number
    double fPShift = 0;             // Used to shift the wires in the prime planes
    double fYShift = 0;             // Used to shift the wires to the correct chamber planes (ROOT coordinates)
    switch (fPlane){
    case 1:
    case 2:
    case 3:
    case 13:
    case 14:
    case 15:
      fYShift = 2*((R2_DEPTH*R2_CM)/4);
      break;
    case 4:
    case 5:
    case 6:
    case 16:
    case 17:
    case 18:
      fPShift = .5*R2_UVDIST*R2_CM;
      fYShift = (R2_DIST*R2_CM) + (R2_DEPTH*R2_CM) + (2*((R2_DEPTH*R2_CM)/4));
      break;
    case 7:
    case 8:
    case 9:
    case 19:
    case 20:
    case 21:
      fYShift = (2*R2_DIST*R2_CM) + (2*R2_DEPTH*R2_CM) + (2*((R2_DEPTH*R2_CM)/4));
      break;
    case 10:
    case 11:
    case 12:
    case 22:
    case 23:
    case 24:
      fPShift = .5*R2_UVDIST*R2_CM;
      fYShift = (3*R2_DIST*R2_CM) + (3*R2_DEPTH*R2_CM) + (2*((R2_DEPTH*R2_CM)/4));
      break;
    }
    if (fPlane > 12) // If on second arm, draw in appropriate tab
      fRegion2bYZ->GetCanvas()->cd();
    if (fWire < R2_FULLWIRE1){
      Line.SetX1(.5 + (R2_WIDTH*R2_CM*.5) - (R2_UVDIST*R2_CM*fWire) - fPShift);
      Line.SetY1(.5 - (1.5*R2_DIST*R2_CM) - (2*R2_DEPTH*R2_CM) + fYShift);
      Line.SetX2(.5 + (R2_WIDTH*R2_CM*.5));
      Line.SetY2(.5 - (1.5*R2_DIST*R2_CM) - (2*R2_DEPTH*R2_CM) + fYShift);
    }
    else if (fWire < R2_FULLWIRE2){
      Line.SetX1(.5 + (R2_WIDTH*R2_CM*.5) - (R2_UVDIST*R2_CM*fWire) - fPShift);
      Line.SetY1(.5 - (1.5*R2_DIST*R2_CM) - (2*R2_DEPTH*R2_CM) + fYShift);
      Line.SetX2(.5 + (R2_WIDTH*R2_CM*.5) - (R2_UVDIST*R2_CM*(fWire - R2_FULLWIRE1)) - fPShift);
      Line.SetY2(.5 - (1.5*R2_DIST*R2_CM) - (2*R2_DEPTH*R2_CM) + fYShift);
    }
    else{
      Line.SetX1(.5 - (R2_WIDTH*R2_CM*.5));
      Line.SetY1(.5 - (1.5*R2_DIST*R2_CM) - (2*R2_DEPTH*R2_CM) + fYShift);
      Line.SetX2(.5 + (R2_WIDTH*R2_CM*.5) - (R2_UVDIST*R2_CM*(fWire - R2_FULLWIRE1)) - fPShift);
      Line.SetY2(.5 - (1.5*R2_DIST*R2_CM) - (2*R2_DEPTH*R2_CM) + fYShift);
    }
    Line.SetLineColor(kGreen);
    Line.SetLineWidth(2);
    Line_R2u.push_back(Line);
    Line_R2u.back().Draw();
  }
  // Region 2 V wires (29 total)
  for(QwHitContainer::iterator fHit = Hits_R2v->begin(); fHit != Hits_R2v->end(); fHit++){
    TLine Line;
    int fWire = fHit->GetElement(); // Wire number
    int fPlane = fHit->GetPlane();  // Plane number
    double fPShift = 0;             // Used to shift the wires in the prime planes
    double fYShift = 0;             // Used to shift the wires to the correct chamber planes (ROOT coordinates)
    switch (fPlane){
    case 1:
    case 2:
    case 3:
    case 13:
    case 14:
    case 15:
      fYShift = 3*((R2_DEPTH*R2_CM)/4);
      break;
    case 4:
    case 5:
    case 6:
    case 16:
    case 17:
    case 18:
      fPShift = .5*R2_UVDIST*R2_CM;
      fYShift = (R2_DIST*R2_CM) + (R2_DEPTH*R2_CM) + (3*((R2_DEPTH*R2_CM)/4));
      break;
    case 7:
    case 8:
    case 9:
    case 19:
    case 20:
    case 21:
      fYShift = (2*R2_DIST*R2_CM) + (2*R2_DEPTH*R2_CM) + (3*((R2_DEPTH*R2_CM)/4));
      break;
    case 10:
    case 11:
    case 12:
    case 22:
    case 23:
    case 24:
      fPShift = .5*R2_UVDIST*R2_CM;
      fYShift = (3*R2_DIST*R2_CM) + (3*R2_DEPTH*R2_CM) + (3*((R2_DEPTH*R2_CM)/4));
      break;
    }
    if (fPlane > 12) // If on second arm, draw in appropriate tab
      fRegion2bYZ->GetCanvas()->cd();
    if (fWire < R2_FULLWIRE1){
      Line.SetX1(.5 + (R2_WIDTH*R2_CM*.5) - (R2_UVDIST*R2_CM*fWire) - fPShift);
      Line.SetY1(.5 - (1.5*R2_DIST*R2_CM) - (2*R2_DEPTH*R2_CM) + fYShift);
      Line.SetX2(.5 + (R2_WIDTH*R2_CM*.5));
      Line.SetY2(.5 - (1.5*R2_DIST*R2_CM) - (2*R2_DEPTH*R2_CM) + fYShift);
    }
    else if (fWire < R2_FULLWIRE2){
      Line.SetX1(.5 + (R2_WIDTH*R2_CM*.5) - (R2_UVDIST*R2_CM*fWire) - fPShift);
      Line.SetY1(.5 - (1.5*R2_DIST*R2_CM) - (2*R2_DEPTH*R2_CM) + fYShift);
      Line.SetX2(.5 + (R2_WIDTH*R2_CM*.5) - (R2_UVDIST*R2_CM*(fWire - R2_FULLWIRE1)) - fPShift);
      Line.SetY2(.5 - (1.5*R2_DIST*R2_CM) - (2*R2_DEPTH*R2_CM) + fYShift);
    }
    else{
      Line.SetX1(.5 - (R2_WIDTH*R2_CM*.5));
      Line.SetY1(.5 - (1.5*R2_DIST*R2_CM) - (2*R2_DEPTH*R2_CM) + fYShift);
      Line.SetX2(.5 + (R2_WIDTH*R2_CM*.5) - (R2_UVDIST*R2_CM*(fWire - R2_FULLWIRE1)) - fPShift);
      Line.SetY2(.5 - (1.5*R2_DIST*R2_CM) - (2*R2_DEPTH*R2_CM) + fYShift);
      }
    Line.SetLineColor(kBlue);
    Line.SetLineWidth(2);
    Line_R2u.push_back(Line);
    Line_R2u.back().Draw();
  }
  fRegion2YZ->GetCanvas()->SetEditable(kFALSE);
  fRegion2YZ->GetCanvas()->Update();
  fRegion2bYZ->GetCanvas()->SetEditable(kFALSE);
  fRegion2bYZ->GetCanvas()->Update();

  // SIDE VIEW (X-Z)
  fRegion2XZ->GetCanvas()->cd();
  // Region 2 X wires (32 total)
  for(QwHitContainer::iterator fHit = Hits_R2x->begin(); fHit != Hits_R2x->end(); fHit++){
    TLine Line;
    int fWire = fHit->GetElement(); // Wire number
    int fPlane = fHit->GetPlane();  // Plane number
    double fXShift = 0;             // Used to shift the lines to the correct chamber planes (ROOT coordinates)
    double fPShift = 0;             // Used to shift the wires in the prime planes (ROOT coordinates)
    switch (fPlane){
    case 1:
    case 2:
    case 3:
    case 13:
    case 14:
    case 15:
      fXShift = (R2_DEPTH*R2_CM)/4; // Three evenly spaced wires (3+1)
      break;
    case 4:
    case 5:
    case 6:
    case 16:
    case 17:
    case 18:
      fXShift = (R2_DIST*R2_CM) + (R2_DEPTH*R2_CM) + (R2_DEPTH*R2_CM)/4;
      fPShift = .5*R2_XDIST*R2_CM; // Half drift cell size
      break;
    case 7:
    case 8:
    case 9:
    case 19:
    case 20:
    case 21:
      fXShift = (2*R2_DIST*R2_CM) + (2*R2_DEPTH*R2_CM) + (R2_DEPTH*R2_CM)/4;
      break;
    case 10:
    case 11:
    case 12:
    case 22:
    case 23:
    case 24:
      fXShift = (3*R2_DIST*R2_CM) + (3*R2_DEPTH*R2_CM) + (R2_DEPTH*R2_CM)/4;
      fPShift = .5*R2_XDIST*R2_CM; // Half drift cell size
      break;
    }
    if (fPlane > 12) // If on second arm, draw in appropriate tab
      fRegion2bXZ->GetCanvas()->cd();
    Line.SetX1(.5 - (1.5*R2_DIST*R2_CM) - (2*R2_DEPTH*R2_CM) + fXShift); 
    Line.SetY1(.5 - (R2_LENGTH*R2_CM*.5) + (R2_XDIST*R2_CM*fWire) + fPShift);
    Line.SetX2(.5 - (1.5*R2_DIST*R2_CM) - (2*R2_DEPTH*R2_CM) + fXShift); 
    Line.SetY2(.5 - (R2_LENGTH*R2_CM*.5) + (R2_XDIST*R2_CM*fWire) + fPShift);
    Line.SetLineColor(kRed);
    Line_R2x.push_back(Line);
    Line_R2x.back().Draw();
  }
  // Region 2 U wires (29 total)
  for(QwHitContainer::iterator fHit = Hits_R2u->begin(); fHit != Hits_R2u->end(); fHit++){
    TLine Line;
    int fWire = fHit->GetElement(); // Wire number
    int fPlane = fHit->GetPlane();  // Plane number
    double fXShift = 0;             // Used to shift the lines to the correct chamber planes (ROOT coordinates)
    double fPShift = 0;             // Used to shift the wires in the prime planes (ROOT coordinates)
    switch (fPlane){
    case 1:
    case 2:
    case 3:
    case 13:
    case 14:
    case 15:
      fXShift = 2*((R2_DEPTH*R2_CM)/4); // Three evenly spaced wires
      break;
    case 4:
    case 5:
    case 6:
    case 16:
    case 17:
    case 18:
      fXShift = (R2_DIST*R2_CM) + (R2_DEPTH*R2_CM) + (2*(R2_DEPTH*R2_CM)/4);
      fPShift = .5*R2_XDIST*R2_CM; // Half drift cell size
      break;
    case 7:
    case 8:
    case 9:
    case 19:
    case 20:
    case 21:
      fXShift = (2*R2_DIST*R2_CM) + (2*R2_DEPTH*R2_CM) + (2*(R2_DEPTH*R2_CM)/4);
      break;
    case 10:
    case 11:
    case 12:
    case 22:
    case 23:
    case 24:
      fXShift = (3*R2_DIST*R2_CM) + (3*R2_DEPTH*R2_CM) + (2*(R2_DEPTH*R2_CM)/4);
      fPShift = .5*R2_XDIST*R2_CM; // Half drift cell size
      break;
    }
    if (fPlane > 12) // If on second arm, draw in appropriate tab
      fRegion2bXZ->GetCanvas()->cd();
    if (fWire < R2_FULLWIRE1){
      Line.SetX1(.5 - (1.5*R2_DIST*R2_CM) - (2*R2_DEPTH*R2_CM) + fXShift);
      Line.SetY1(.5 - (R2_LENGTH*R2_CM*.5));
      Line.SetX2(.5 - (1.5*R2_DIST*R2_CM) - (2*R2_DEPTH*R2_CM) + fXShift);
      Line.SetY2(.5 - (R2_LENGTH*R2_CM*.5) + (((R2_UVDIST*R2_CM*fWire) + fPShift)*tan(R2_ANGLE*TMath::DegToRad())));
    }
    else if (fWire < R2_FULLWIRE2){
      Line.SetX1(.5 - (1.5*R2_DIST*R2_CM) - (2*R2_DEPTH*R2_CM) + fXShift);
      Line.SetY1(.5 - (R2_LENGTH*R2_CM*.5));
      Line.SetX2(.5 - (1.5*R2_DIST*R2_CM) - (2*R2_DEPTH*R2_CM) + fXShift);
      Line.SetY2(.5 + (R2_LENGTH*R2_CM*.5));
    }
    else{
      Line.SetX1(.5 - (1.5*R2_DIST*R2_CM) - (2*R2_DEPTH*R2_CM) + fXShift);
      Line.SetY1(.5 + (R2_LENGTH*R2_CM*.5) - (((R2_WIDTH*R2_CM) - (R2_UVDIST*R2_CM*(fWire - R2_FULLWIRE1)) - fPShift)*tan(R2_ANGLE*TMath::DegToRad())));
      Line.SetX2(.5 - (1.5*R2_DIST*R2_CM) - (2*R2_DEPTH*R2_CM) + fXShift);
      Line.SetY2(.5 + (R2_LENGTH*R2_CM*.5));
    }
    Line.SetLineColor(kGreen);
    Line.SetLineWidth(2);
    Line_R2u.push_back(Line);
    Line_R2u.back().Draw();
  }
  // Region 2 V wires (29 total)
  for(QwHitContainer::iterator fHit = Hits_R2v->begin(); fHit != Hits_R2v->end(); fHit++){
    TLine Line;
    int fWire = fHit->GetElement(); // Wire number
    int fPlane = fHit->GetPlane();  // Plane number
    double fXShift = 0;             // Used to shift the lines to the correct chamber planes (ROOT coordinates)
    double fPShift = 0;             // Used to shift the wires on the prime planes (ROOT coordinates)
    switch (fPlane){
    case 1:
    case 2:
    case 3:
    case 13:
    case 14:
    case 15:
      fXShift = 3*((R2_DEPTH*R2_CM)/4); // Three evenly spaced wires
      break;
    case 4:
    case 5:
    case 6:
    case 16:
    case 17:
    case 18:
      fXShift = (R2_DIST*R2_CM) + (R2_DEPTH*R2_CM) + (3*(R2_DEPTH*R2_CM)/4);
      fPShift = .5*R2_XDIST*R2_CM; // Half drift cell size
      break;
    case 7:
    case 8:
    case 9:
    case 19:
    case 20:
    case 21:
      fXShift = (2*R2_DIST*R2_CM) + (2*R2_DEPTH*R2_CM) + (3*(R2_DEPTH*R2_CM)/4);
      break;
    case 10:
    case 11:
    case 12:
    case 22:
    case 23:
    case 24:
      fXShift = (3*R2_DIST*R2_CM) + (3*R2_DEPTH*R2_CM) + (3*(R2_DEPTH*R2_CM)/4);
      fPShift = .5*R2_XDIST*R2_CM; // Half drift cell size
      break;
    }
    if (fPlane > 12) // If on second arm, draw in appropriate tab)
      fRegion2bXZ->GetCanvas()->cd();
    if (fWire < R2_FULLWIRE1){
      Line.SetX1(.5 - (1.5*R2_DIST*R2_CM) - (2*R2_DEPTH*R2_CM) + fXShift);
      Line.SetY1(.5 + (R2_LENGTH*R2_CM*.5));
      Line.SetX2(.5 - (1.5*R2_DIST*R2_CM) - (2*R2_DEPTH*R2_CM) + fXShift);
      Line.SetY2(.5 + (R2_LENGTH*R2_CM*.5) - (((R2_UVDIST*R2_CM*fWire) + fPShift)*tan(R2_ANGLE*TMath::DegToRad())));
    }
    else if (fWire < R2_FULLWIRE2){
      Line.SetX1(.5 - (1.5*R2_DIST*R2_CM) - (2*R2_DEPTH*R2_CM) + fXShift);
      Line.SetY1(.5 + (R2_LENGTH*R2_CM*.5));
      Line.SetX2(.5 - (1.5*R2_DIST*R2_CM) - (2*R2_DEPTH*R2_CM) + fXShift);
      Line.SetY2(.5 - (R2_LENGTH*R2_CM*.5));
    }
    else{
      Line.SetX1(.5 - (1.5*R2_DIST*R2_CM) - (2*R2_DEPTH*R2_CM) + fXShift);
      Line.SetY1(.5 - (R2_LENGTH*R2_CM*.5) + (((R2_WIDTH*R2_CM) - (R2_UVDIST*R2_CM*(fWire - R2_FULLWIRE1)) - fPShift)*tan(R2_ANGLE*TMath::DegToRad())));
      Line.SetX2(.5 - (1.5*R2_DIST*R2_CM) - (2*R2_DEPTH*R2_CM) + fXShift);
      Line.SetY2(.5 - (R2_LENGTH*R2_CM*.5));
    }
    Line.SetLineColor(kBlue);
    Line.SetLineWidth(2);
    Line_R2v.push_back(Line);
    Line_R2v.back().Draw();
  }
  fRegion2XZ->GetCanvas()->SetEditable(kFALSE);
  fRegion2XZ->GetCanvas()->Update();
  fRegion2bXZ->GetCanvas()->SetEditable(kFALSE);
  fRegion2bXZ->GetCanvas()->Update();

  //DRAW REGION 3 WIRE HITS--------------------------------------------------//

  // FRONT VIEW (X-Y)
  fRegion3XY->GetCanvas()->cd();
  // Region 3 U wires (279 total)
  for(QwHitContainer::iterator fHit = Hits_R3u->begin(); fHit != Hits_R3u->end(); fHit++){
    TLine Line;
    int fWire = fHit->GetElement(); // Wire number
    int fPlane = fHit->GetPlane();  // Plane number
    double fYShift = 0;             // Used to shift the lines to the correct chamber (ROOT coordinates)
    switch (fPlane){
    case 1:
    case 2:
      fYShift = .65;
      break;
    case 3:
    case 4:
      fYShift = .75;
      break;
    case 5:
    case 6:
      fYShift = .25;
      break;
    case 7: 
    case 8:
      fYShift = .35;
      break;
    }
    if (fWire < R3_FULLWIRE1){
      Line.SetX1(.5 + (R3_WIDTH*R3_CM*.5) - (R3_UVDIST*R3_CM*fWire));
      Line.SetY1(fYShift - (R3_LENGTH*R3_CM*.5));
      Line.SetX2(.5 + (R3_WIDTH*R3_CM*.5));
      Line.SetY2(fYShift - (R3_LENGTH*R3_CM*.5) + ((R3_UVDIST*R3_CM*fWire)*tan(R3_ANGLE*TMath::DegToRad())));
    }
    else if (fWire < R3_FULLWIRE2){
      Line.SetX1(.5 + (R3_WIDTH*R3_CM*.5) - (R3_UVDIST*R3_CM*fWire));
      Line.SetY1(fYShift - (R3_LENGTH*R3_CM*.5));
      Line.SetX2(.5 + (R3_WIDTH*R3_CM*.5) - (R3_UVDIST*R3_CM*(fWire - (R3_FULLWIRE1 - 1))));
      Line.SetY2(fYShift + (R3_LENGTH*R3_CM*.5));
    }
    else{
      Line.SetX1(.5 - (R3_WIDTH*R3_CM*.5));
      Line.SetY1(fYShift + (R3_LENGTH*R3_CM*.5) - (((R3_WIDTH*R3_CM) - (R3_UVDIST*R3_CM*(fWire - (R3_FULLWIRE1 - 1))))*tan(R3_ANGLE*TMath::DegToRad())));
      Line.SetX2(.5 + (R3_WIDTH*R3_CM*.5) - (R3_UVDIST*R3_CM*(fWire - (R3_FULLWIRE1 - 1))));
      Line.SetY2(fYShift + (R3_LENGTH*R3_CM*.5));
    }
    Line.SetLineColor(kGreen);
    Line_R2u.push_back(Line);
    Line_R2u.back().Draw();
  }
  // Region 3 V wires (279 total)
  for(QwHitContainer::iterator fHit = Hits_R3v->begin(); fHit != Hits_R3v->end(); fHit++){
    TLine Line;
    int fWire = fHit->GetElement(); // Wire number
    int fPlane = fHit->GetPlane();  // Plane number
    double fYShift = 0;             // Used to shift the lines to the correct chamber (ROOT coordinates)
    switch (fPlane){
    case 1:
    case 2:
      fYShift = .65;
      break;
    case 3:
    case 4:
      fYShift = .75;
      break;
    case 5:
    case 6:
      fYShift = .25;
      break;
    case 7: 
    case 8:
      fYShift = .35;
      break;
    }
    if (fWire < R3_FULLWIRE1){
      Line.SetX1(.5 + (R3_WIDTH*R3_CM*.5) - (R3_UVDIST*R3_CM*fWire));
      Line.SetY1(fYShift + (R3_LENGTH*R3_CM*.5));
      Line.SetX2(.5 + (R3_WIDTH*R3_CM*.5));
      Line.SetY2(fYShift + (R3_LENGTH*R3_CM*.5) - ((R3_UVDIST*R3_CM*fWire)*tan(R3_ANGLE*TMath::DegToRad())));
    }
    else if (fWire < R3_FULLWIRE2){
      Line.SetX1(.5 + (R3_WIDTH*R3_CM*.5) - (R3_UVDIST*R3_CM*fWire));
      Line.SetY1(fYShift + (R3_LENGTH*R3_CM*.5));
      Line.SetX2(.5 + (R3_WIDTH*R3_CM*.5) - (R3_UVDIST*R3_CM*(fWire - (R3_FULLWIRE1 - 1))));
      Line.SetY2(fYShift - (R3_LENGTH*R3_CM*.5));
    }
    else{
      Line.SetX1(.5 - (R3_WIDTH*R3_CM*.5));
      Line.SetY1(fYShift - (R3_LENGTH*R3_CM*.5) + (((R3_WIDTH*R3_CM) - (R3_UVDIST*R3_CM*(fWire - (R3_FULLWIRE1 - 1))))*tan(R3_ANGLE*TMath::DegToRad())));
      Line.SetX2(.5 + (R3_WIDTH*R3_CM*.5) - (R3_UVDIST*R3_CM*(fWire - (R3_FULLWIRE1 - 1))));
      Line.SetY2(fYShift - (R3_LENGTH*R3_CM*.5));
      }
    Line.SetLineColor(kBlue);
    Line_R2v.push_back(Line);
    Line_R2v.back().Draw();
  }
  fRegion3XY->GetCanvas()->SetEditable(kFALSE);
  fRegion3XY->GetCanvas()->Update();

  // TOP VIEW (Y-Z)
  fRegion3YZ->GetCanvas()->cd();
  // Region 3 U wires (279 total)
  for(QwHitContainer::iterator fHit = Hits_R3u->begin(); fHit != Hits_R3u->end(); fHit++){
    TLine Line;
    int fWire = fHit->GetElement(); // Wire number
    int fPlane = fHit->GetPlane();  // Plane number
    double fYShift = 0;             // Used to shift the lines to the correct plane (ROOT coordinates)
    switch (fPlane){
    case 1:
    case 2:
      fYShift = .655; // Wires not centered so its easier to see crossover
      break;
    case 3:
    case 4:
      fYShift = .755;
      break;
    case 5:
    case 6:
      fYShift = .255;
      break;
    case 7: 
    case 8:
      fYShift = .355;
      break;
    }
    if (fWire < R3_FULLWIRE1){
      Line.SetX1(.5 + (R3_WIDTH*R3_CM*.5) - (R3_UVDIST*R3_CM*fWire));
      Line.SetY1(fYShift);
      Line.SetX2(.5 + (R3_WIDTH*R3_CM*.5));
      Line.SetY2(fYShift);
    }
    else if (fWire < R3_FULLWIRE2){
      Line.SetX1(.5 + (R3_WIDTH*R3_CM*.5) - (R3_UVDIST*R3_CM*fWire));
      Line.SetY1(fYShift);
      Line.SetX2(.5 + (R3_WIDTH*R3_CM*.5) - (R3_UVDIST*R3_CM*(fWire - (R3_FULLWIRE1 - 1))));
      Line.SetY2(fYShift);
    }
    else{
      Line.SetX1(.5 - (R3_WIDTH*R3_CM*.5));
      Line.SetY1(fYShift);
      Line.SetX2(.5 + (R3_WIDTH*R3_CM*.5) - (R3_UVDIST*R3_CM*(fWire - (R3_FULLWIRE1 - 1))));
      Line.SetY2(fYShift);
    }
    Line.SetLineColor(kGreen);
    Line.SetLineWidth(3); // Pixel depth of frame; easier to see
    Line_R2u.push_back(Line);
    Line_R2u.back().Draw();
  }
  // Region 3 V wires (279 total)
  for(QwHitContainer::iterator fHit = Hits_R3v->begin(); fHit != Hits_R3v->end(); fHit++){
    TLine Line;
    int fWire = fHit->GetElement(); // Wire number
    int fPlane = fHit->GetPlane();  // Plane number
    double fYShift = 0;             // Used to shift the lines to the correct plane (ROOT coordinates)
    switch (fPlane){
    case 1:
    case 2:
      fYShift = .645; // Wires not centered so its easier to see crossover
      break;
    case 3:
    case 4:
      fYShift = .745;
      break;
    case 5:
    case 6:
      fYShift = .245;
      break;
    case 7: 
    case 8:
      fYShift = .345;
      break;
    }
    if (fWire < R3_FULLWIRE1){
      Line.SetX1(.5 + (R3_WIDTH*R3_CM*.5) - (R3_UVDIST*R3_CM*fWire));
      Line.SetY1(fYShift);
      Line.SetX2(.5 + (R3_WIDTH*R3_CM*.5));
      Line.SetY2(fYShift);
    }
    else if (fWire < R3_FULLWIRE2){
      Line.SetX1(.5 + (R3_WIDTH*R3_CM*.5) - (R3_UVDIST*R3_CM*fWire));
      Line.SetY1(fYShift);
      Line.SetX2(.5 + (R3_WIDTH*R3_CM*.5) - (R3_UVDIST*R3_CM*(fWire - (R3_FULLWIRE1 - 1))));
      Line.SetY2(fYShift);
    }
    else{
      Line.SetX1(.5 - (R3_WIDTH*R3_CM*.5));
      Line.SetY1(fYShift);
      Line.SetX2(.5 + (R3_WIDTH*R3_CM*.5) - (R3_UVDIST*R3_CM*(fWire - (R3_FULLWIRE1 - 1))));
      Line.SetY2(fYShift);
    }
    Line.SetLineColor(kBlue);
    Line.SetLineWidth(3); // Pixel depth of frame; easier to see
    Line_R2u.push_back(Line);
    Line_R2u.back().Draw();
  }
  fRegion3YZ->GetCanvas()->SetEditable(kFALSE);
  fRegion3YZ->GetCanvas()->Update();

  // SIDE VIEW (X-Z)
  fRegion3XZ->GetCanvas()->cd();
  // Region 3 U wires (279 total)
  for(QwHitContainer::iterator fHit = Hits_R3u->begin(); fHit != Hits_R3u->end(); fHit++){
    TLine Line;
    int fWire = fHit->GetElement(); // Wire number
    int fPlane = fHit->GetPlane();  // Plane number
    double fXShift = 0;             // Used to shift the lines to the correct plane (ROOT coordinates)
    double fYShift = 0;             // Used to shift the lines to the correct plane (ROOT coordinates)
    switch (fPlane){
    case 1:
    case 2:
      fXShift = .5 - (R3_DIST*R3_CM*.5) + .005; // Wires not centered so its easier to see crossover
      fYShift = .65;
      break;
    case 3:
    case 4:
      fXShift = .5 + (R3_DIST*R3_CM*.5) + .005;
      fYShift = .75;
      break;
    case 5:
    case 6:
      fXShift = .5 - (R3_DIST*R3_CM*.5) + .005;
      fYShift = .25;
      break;
    case 7: 
    case 8:
      fXShift = .5 + (R3_DIST*R3_CM*.5) + .005;
      fYShift = .35;
      break;
    }
    if (fWire < R3_FULLWIRE1){
      Line.SetX1(fXShift);
      Line.SetY1(fYShift - (R3_LENGTH*R3_CM*.5));
      Line.SetX2(fXShift);
      Line.SetY2(fYShift - (R3_LENGTH*R3_CM*.5) + ((R3_UVDIST*R3_CM*fWire)*tan(R3_ANGLE*TMath::DegToRad())));
    }
    else if (fWire < R3_FULLWIRE2){
      Line.SetX1(fXShift);
      Line.SetY1(fYShift - (R3_LENGTH*R3_CM*.5));
      Line.SetX2(fXShift);
      Line.SetY2(fYShift + (R3_LENGTH*R3_CM*.5));
    }
    else{
      Line.SetX1(fXShift);
      Line.SetY1(fYShift + (R3_LENGTH*R3_CM*.5) - (((R3_WIDTH*R3_CM) - (R3_UVDIST*R3_CM*(fWire - (R3_FULLWIRE1 - 1))))*tan(R3_ANGLE*TMath::DegToRad())));
      Line.SetX2(fXShift);
      Line.SetY2(fYShift + (R3_LENGTH*R3_CM*.5));
    }
    Line.SetLineColor(kGreen);
    Line.SetLineWidth(3); // Pixel depth of frame; easier to see
    Line_R2u.push_back(Line);
    Line_R2u.back().Draw();
  }
  // Region 3 V wires (279 total)
  for(QwHitContainer::iterator fHit = Hits_R3v->begin(); fHit != Hits_R3v->end(); fHit++){
    TLine Line;
    int fWire = fHit->GetElement(); // Wire number
    int fPlane = fHit->GetPlane();  // Plane number
    double fXShift = 0;             // Used to shift the lines to the correct plane (ROOT coordinates)
    double fYShift = 0;             // Used to shift the lines to the correct plane (ROOT coordinates)
    switch (fPlane){
    case 1:
    case 2:
      fXShift = .5 - (R3_DIST*R3_CM*.5) - .005; // Wires not centered so its easier to see crossover
      fYShift = .65;
      break;
    case 3:
    case 4:
      fXShift = .5 + (R3_DIST*R3_CM*.5) - .005;
      fYShift = .75;
      break;
    case 5:
    case 6:
      fXShift = .5 - (R3_DIST*R3_CM*.5) - .005;
      fYShift = .35;
      break;
    case 7: 
    case 8:
      fXShift = .5 + (R3_DIST*R3_CM*.5) - .005;
      fYShift = .25;
      break;
    }
    if (fWire < R3_FULLWIRE1){
      Line.SetX1(fXShift);
      Line.SetY1(fYShift + (R3_LENGTH*R3_CM*.5));
      Line.SetX2(fXShift);
      Line.SetY2(fYShift + (R3_LENGTH*R3_CM*.5) - ((R3_UVDIST*R3_CM*fWire)*tan(R3_ANGLE*TMath::DegToRad())));
    }
    else if (fWire < R3_FULLWIRE2){
      Line.SetX1(fXShift);
      Line.SetY1(fYShift + (R3_LENGTH*R3_CM*.5));
      Line.SetX2(fXShift);
      Line.SetY2(fYShift - (R3_LENGTH*R3_CM*.5));
    }
    else{
      Line.SetX1(fXShift);
      Line.SetY1(fYShift - (R3_LENGTH*R3_CM*.5) + (((R3_WIDTH*R3_CM) - (R3_UVDIST*R3_CM*(fWire - (R3_FULLWIRE1 - 1))))*tan(R3_ANGLE*TMath::DegToRad())));
      Line.SetX2(fXShift);
      Line.SetY2(fYShift - (R3_LENGTH*R3_CM*.5));
    }
    Line.SetLineColor(kBlue);
    Line.SetLineWidth(3); // Pixel depth of frame; easier to see
    Line_R2u.push_back(Line);
    Line_R2u.back().Draw();
  }
  fRegion3XZ->GetCanvas()->SetEditable(kFALSE);
  fRegion3XZ->GetCanvas()->Update();

  // Delete hit list (because it is regenerated every time)
  delete fHitList; fHitList = 0;

} // End DrawEvent()

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void QwEventDisplay::GoClear

(

)

Definition at line 981 of file QwEventDisplay.cc.

References fCurrentEventLabel, fOctantID, fRegion1XY, fRegion1XZ, fRegion1YZ, fRegion2bXY, fRegion2bXZ, fRegion2bYZ, fRegion2XY, fRegion2XZ, fRegion2YZ, fRegion3XY, fRegion3XZ, fRegion3YZ, fWireInfoListBox, Line_R1r, Line_R1y, Line_R2u, Line_R2v, Line_R2x, Line_R3u, Line_R3v, Octant_1, Octant_2, Octant_3, Octant_4, Octant_5, Octant_6, Octant_7, and Octant_8.

Referenced by DrawEvent(), GoPrevious(), and GotoEvent().

                            {  // Clears all displayed data
  
  fCurrentEventLabel->SetText(Form("%d", fEventNumber)); // Updates layout to show current event number
  
  fWireInfoListBox->RemoveAll(); // Clear wire hit information listbox
  
  Line_R1r.clear(); // Clear existing Region 1 vectors
  Line_R1y.clear();
  Line_R2x.clear(); // Clear existing Region 2 vectors
  Line_R2u.clear();
  Line_R2v.clear();
  Line_R3u.clear(); // Clear existing Region 3 vectors
  Line_R3v.clear();

  Octant_1->SetFillColor(0); // Clear octant identification fills
  Octant_2->SetFillColor(0);
  Octant_3->SetFillColor(0);
  Octant_4->SetFillColor(0);
  Octant_5->SetFillColor(0);
  Octant_6->SetFillColor(0);
  Octant_7->SetFillColor(0);
  Octant_8->SetFillColor(0);

  fOctantID->GetCanvas()->Update();  // Update canvases to null state
  fRegion1XY->GetCanvas()->Update();
  fRegion1XZ->GetCanvas()->Update();
  fRegion1YZ->GetCanvas()->Update();
  fRegion2XY->GetCanvas()->Update();
  fRegion2XZ->GetCanvas()->Update();
  fRegion2YZ->GetCanvas()->Update();
  fRegion2bXY->GetCanvas()->Update();
  fRegion2bXZ->GetCanvas()->Update();
  fRegion2bYZ->GetCanvas()->Update();
  fRegion3XY->GetCanvas()->Update();
  fRegion3XZ->GetCanvas()->Update();
  fRegion3YZ->GetCanvas()->Update();
} // End GoClear()

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void QwEventDisplay::GoNext

(

)

Definition at line 974 of file QwEventDisplay.cc.

References DrawEvent().

                           {  // Adds one to current event counter
                                // Called by NextButton click
  
  fEventNumber++;  // Go to next event
  DrawEvent();     // Update display information
} // End GoNext()

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void QwEventDisplay::GoPrevious

(

)

Definition at line 961 of file QwEventDisplay.cc.

References DrawEvent(), and GoClear().

                               {  // Subtracts one from current event counter
                                    // Called by PreviousButton click
  
  if (fEventNumber > 1){
    fEventNumber--;  // Go to previous event
    DrawEvent();     // Update display information
  }
  else{
    fEventNumber = 0;  // Go to null event
    GoClear();         // Keep from drawing non-existent negative events
  }
} // End GoPrevious()

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void QwEventDisplay::GotoEvent

(

)

Definition at line 1019 of file QwEventDisplay.cc.

References DrawEvent(), fCurrentEventEntry, fCurrentEventLabel, and GoClear().

                              {  // Goes to desired event number written in "goto event" number entry
                                   // Called by GotoEventButton click
  
  fEventNumber = fCurrentEventEntry->GetNumberEntry()->GetIntNumber(); // fEventNumber takes value from number entry
  
  if (fEventNumber > 0){
    fCurrentEventLabel->SetText(Form("%ld",fCurrentEventEntry->GetNumberEntry()->GetIntNumber())); // Set current event label to value from number entry
    DrawEvent();                                                                                  // Update display information
  }
  
  else{
    fEventNumber = 0; // Go to null event
    GoClear();        // Keep from drawing non-existent negative events
  }
} // End GotoEvent()

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void QwEventDisplay::HandleMenu

(

Int_t

id

)

Definition at line 938 of file QwEventDisplay.cc.

References fMenuFile, M_FILE_CLOSE, M_FILE_OPEN, M_HELP_ABOUT, and M_HELP_TUTORIAL.

                                       {  // Controls the menu bar functions
                                            // Called my menu entry click

  switch (id){
  case M_FILE_OPEN:      // Open ROOT file
    printf("\nCannot open file.  This feature is currently non-functional.  Use the Q-weak Data Analysis GUI to control files or re-open the display with a different run file.\n");
    fMenuFile->DisableEntry(M_FILE_OPEN);
    fMenuFile->EnableEntry(M_FILE_CLOSE);
    break;
  case M_FILE_CLOSE:     // Close ROOT file 
    printf("\nCannot close file.  This feature is currently non-functional.  Use the Q-weak Data Analysis GUI to control files or re-open the display with a different run file.\n");
    fMenuFile->EnableEntry(M_FILE_OPEN);
    fMenuFile->DisableEntry(M_FILE_CLOSE);
    break;
  case M_HELP_TUTORIAL:  // Print a link to the event display tutorial
    printf("\nTutorial documentation is located at https://qweak.jlab.org/wiki/index.php/Track_Reconstruction.\n");
    break;
  case M_HELP_ABOUT:     // Print information about the event display
    printf("\n**************************************\n** Qweak 2D Event Display           **\n** Jefferson Lab -- Hall C          **\n** Author: Derek Jones              **\n** The George Washington University **\n** Contact: dwjones8@gwu.edu        **\n** Last updated: 7-26-2010          **\n**************************************\n");
    break;
  }
} // End HandleMenu(Int_t)

QwEventDisplay::RQ_OBJECT

(

"QwEventDisplay"

)

void QwEventDisplay::SetEventBuffer ( QwTreeEventBuffer *  eventbuffer )

inline

Definition at line 326 of file QwEventDisplay.h.

References fEventBuffer.

Referenced by main().

{ fEventBuffer = eventbuffer; };

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void QwEventDisplay::SetSubsystemArray ( QwSubsystemArrayTracking *  subsystemarray )

inline

Definition at line 327 of file QwEventDisplay.h.

References fSubsystemArray.

Referenced by main().

{ fSubsystemArray = subsystemarray; };

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Field Documentation

TBox* QwEventDisplay::Box_R1XY

private

Definition at line 274 of file QwEventDisplay.h.

Referenced by ClassImp().

TBox * QwEventDisplay::Box_R1XZ

private

Definition at line 274 of file QwEventDisplay.h.

Referenced by ClassImp().

TBox * QwEventDisplay::Box_R1YZ

private

Definition at line 274 of file QwEventDisplay.h.

Referenced by ClassImp().

TBox* QwEventDisplay::Box_R2bXY

private

Definition at line 294 of file QwEventDisplay.h.

Referenced by ClassImp().

TBox * QwEventDisplay::Box_R2bXZ1

private

Definition at line 294 of file QwEventDisplay.h.

Referenced by ClassImp().

TBox * QwEventDisplay::Box_R2bXZ2

private

Definition at line 294 of file QwEventDisplay.h.

Referenced by ClassImp().

TBox * QwEventDisplay::Box_R2bXZ3

private

Definition at line 294 of file QwEventDisplay.h.

Referenced by ClassImp().

TBox * QwEventDisplay::Box_R2bXZ4

private

Definition at line 294 of file QwEventDisplay.h.

Referenced by ClassImp().

TBox * QwEventDisplay::Box_R2bYZ1

private

Definition at line 294 of file QwEventDisplay.h.

Referenced by ClassImp().

TBox * QwEventDisplay::Box_R2bYZ2

private

Definition at line 294 of file QwEventDisplay.h.

Referenced by ClassImp().

TBox * QwEventDisplay::Box_R2bYZ3

private

Definition at line 294 of file QwEventDisplay.h.

Referenced by ClassImp().

TBox * QwEventDisplay::Box_R2bYZ4

private

Definition at line 294 of file QwEventDisplay.h.

Referenced by ClassImp().

TBox* QwEventDisplay::Box_R2XY

private

Definition at line 283 of file QwEventDisplay.h.

Referenced by ClassImp().

TBox * QwEventDisplay::Box_R2XZ1

private

Definition at line 283 of file QwEventDisplay.h.

Referenced by ClassImp().

TBox * QwEventDisplay::Box_R2XZ2

private

Definition at line 283 of file QwEventDisplay.h.

Referenced by ClassImp().

TBox * QwEventDisplay::Box_R2XZ3

private

Definition at line 283 of file QwEventDisplay.h.

Referenced by ClassImp().

TBox * QwEventDisplay::Box_R2XZ4

private

Definition at line 283 of file QwEventDisplay.h.

Referenced by ClassImp().

TBox * QwEventDisplay::Box_R2YZ1

private

Definition at line 283 of file QwEventDisplay.h.

Referenced by ClassImp().

TBox * QwEventDisplay::Box_R2YZ2

private

Definition at line 283 of file QwEventDisplay.h.

Referenced by ClassImp().

TBox * QwEventDisplay::Box_R2YZ3

private

Definition at line 283 of file QwEventDisplay.h.

Referenced by ClassImp().

TBox * QwEventDisplay::Box_R2YZ4

private

Definition at line 283 of file QwEventDisplay.h.

Referenced by ClassImp().

TBox* QwEventDisplay::Box_R3XY1

private

Definition at line 302 of file QwEventDisplay.h.

Referenced by ClassImp().

TBox * QwEventDisplay::Box_R3XY2

private

Definition at line 302 of file QwEventDisplay.h.

Referenced by ClassImp().

TBox * QwEventDisplay::Box_R3XY3

private

Definition at line 302 of file QwEventDisplay.h.

Referenced by ClassImp().

TBox * QwEventDisplay::Box_R3XY4

private

Definition at line 302 of file QwEventDisplay.h.

Referenced by ClassImp().

TBox * QwEventDisplay::Box_R3XZ1

private

Definition at line 302 of file QwEventDisplay.h.

Referenced by ClassImp().

TBox * QwEventDisplay::Box_R3XZ2

private

Definition at line 302 of file QwEventDisplay.h.

Referenced by ClassImp().

TBox * QwEventDisplay::Box_R3XZ3

private

Definition at line 302 of file QwEventDisplay.h.

Referenced by ClassImp().

TBox * QwEventDisplay::Box_R3XZ4

private

Definition at line 302 of file QwEventDisplay.h.

Referenced by ClassImp().

TBox * QwEventDisplay::Box_R3YZ1

private

Definition at line 302 of file QwEventDisplay.h.

Referenced by ClassImp().

TBox * QwEventDisplay::Box_R3YZ2

private

Definition at line 302 of file QwEventDisplay.h.

Referenced by ClassImp().

TBox * QwEventDisplay::Box_R3YZ3

private

Definition at line 302 of file QwEventDisplay.h.

Referenced by ClassImp().

TBox * QwEventDisplay::Box_R3YZ4

private

Definition at line 302 of file QwEventDisplay.h.

Referenced by ClassImp().

TCanvas* QwEventDisplay::cOctantID

private

Definition at line 266 of file QwEventDisplay.h.

Referenced by ClassImp().

TCanvas* QwEventDisplay::cR1XY

private

Definition at line 272 of file QwEventDisplay.h.

Referenced by ClassImp().

TCanvas * QwEventDisplay::cR1XZ

private

Definition at line 272 of file QwEventDisplay.h.

Referenced by ClassImp().

TCanvas * QwEventDisplay::cR1YZ

private

Definition at line 272 of file QwEventDisplay.h.

Referenced by ClassImp().

TCanvas* QwEventDisplay::cR2bXY

private

Definition at line 292 of file QwEventDisplay.h.

Referenced by ClassImp().

TCanvas * QwEventDisplay::cR2bXZ

private

Definition at line 292 of file QwEventDisplay.h.

Referenced by ClassImp().

TCanvas * QwEventDisplay::cR2bYZ

private

Definition at line 292 of file QwEventDisplay.h.

Referenced by ClassImp().

TCanvas* QwEventDisplay::cR2XY

private

Definition at line 281 of file QwEventDisplay.h.

Referenced by ClassImp().

TCanvas * QwEventDisplay::cR2XZ

private

Definition at line 281 of file QwEventDisplay.h.

Referenced by ClassImp().

TCanvas * QwEventDisplay::cR2YZ

private

Definition at line 281 of file QwEventDisplay.h.

Referenced by ClassImp().

TCanvas* QwEventDisplay::cR3XY

private

Definition at line 300 of file QwEventDisplay.h.

Referenced by ClassImp().

TCanvas * QwEventDisplay::cR3XZ

private

Definition at line 300 of file QwEventDisplay.h.

Referenced by ClassImp().

TCanvas * QwEventDisplay::cR3YZ

private

Definition at line 300 of file QwEventDisplay.h.

Referenced by ClassImp().

TLine* QwEventDisplay::Div_R3XY

private

Definition at line 304 of file QwEventDisplay.h.

Referenced by ClassImp().

TLine * QwEventDisplay::Div_R3XZ

private

Definition at line 304 of file QwEventDisplay.h.

Referenced by ClassImp().

TLine * QwEventDisplay::Div_R3YZ

private

Definition at line 304 of file QwEventDisplay.h.

Referenced by ClassImp().

TGTextButton* QwEventDisplay::ExitButton

private

Definition at line 239 of file QwEventDisplay.h.

Referenced by ClassImp().

TGGroupFrame* QwEventDisplay::fCurrentEvent

private

Definition at line 257 of file QwEventDisplay.h.

Referenced by ClassImp().

TGNumberEntry* QwEventDisplay::fCurrentEventEntry

private

Definition at line 256 of file QwEventDisplay.h.

Referenced by ClassImp(), and GotoEvent().

TGLabel* QwEventDisplay::fCurrentEventLabel

private

Definition at line 255 of file QwEventDisplay.h.

Referenced by ClassImp(), GoClear(), and GotoEvent().

TGVerticalFrame* QwEventDisplay::fEventBox1

private

Definition at line 254 of file QwEventDisplay.h.

Referenced by ClassImp().

TGVerticalFrame* QwEventDisplay::fEventBox2

private

Definition at line 260 of file QwEventDisplay.h.

Referenced by ClassImp().

TGVerticalFrame* QwEventDisplay::fEventBox3

private

Definition at line 264 of file QwEventDisplay.h.

Referenced by ClassImp().

TGHorizontalFrame* QwEventDisplay::fEventBoxes

private

Definition at line 237 of file QwEventDisplay.h.

Referenced by ClassImp().

QwTreeEventBuffer* QwEventDisplay::fEventBuffer

private

Definition at line 312 of file QwEventDisplay.h.

Referenced by ClassImp(), DrawEvent(), and SetEventBuffer().

TGVerticalFrame * QwEventDisplay::fEventCounter

private

Definition at line 254 of file QwEventDisplay.h.

Referenced by ClassImp().

QwHitContainer* QwEventDisplay::fHitList

private

Definition at line 316 of file QwEventDisplay.h.

Referenced by ClassImp(), and DrawEvent().

TGMainFrame* QwEventDisplay::fMain

private

Definition at line 235 of file QwEventDisplay.h.

Referenced by ClassImp(), and ~QwEventDisplay().

TGMenuBar* QwEventDisplay::fMenuBar

private

Definition at line 242 of file QwEventDisplay.h.

Referenced by ClassImp().

TGLayoutHints * QwEventDisplay::fMenuBarHelpLayout

private

Definition at line 244 of file QwEventDisplay.h.

Referenced by ClassImp().

TGLayoutHints * QwEventDisplay::fMenuBarItemLayout

private

Definition at line 244 of file QwEventDisplay.h.

Referenced by ClassImp().

TGLayoutHints* QwEventDisplay::fMenuBarLayout

private

Definition at line 244 of file QwEventDisplay.h.

Referenced by ClassImp().

TGPopupMenu* QwEventDisplay::fMenuFile

private

Definition at line 243 of file QwEventDisplay.h.

Referenced by ClassImp(), and HandleMenu().

TGPopupMenu * QwEventDisplay::fMenuHelp

private

Definition at line 243 of file QwEventDisplay.h.

Referenced by ClassImp().

TRootEmbeddedCanvas* QwEventDisplay::fOctantID

private

Definition at line 265 of file QwEventDisplay.h.

Referenced by ClassImp(), DrawEvent(), and GoClear().

TGCompositeFrame* QwEventDisplay::fRegion1

private

Definition at line 270 of file QwEventDisplay.h.

Referenced by ClassImp().

TRootEmbeddedCanvas* QwEventDisplay::fRegion1XY

private

Definition at line 271 of file QwEventDisplay.h.

Referenced by ClassImp(), DrawEvent(), and GoClear().

TRootEmbeddedCanvas * QwEventDisplay::fRegion1XZ

private

Definition at line 271 of file QwEventDisplay.h.

Referenced by ClassImp(), DrawEvent(), and GoClear().

TRootEmbeddedCanvas * QwEventDisplay::fRegion1YZ

private

Definition at line 271 of file QwEventDisplay.h.

Referenced by ClassImp(), DrawEvent(), and GoClear().

TGCompositeFrame* QwEventDisplay::fRegion2

private

Definition at line 279 of file QwEventDisplay.h.

Referenced by ClassImp().

TGCompositeFrame* QwEventDisplay::fRegion2b

private

Definition at line 290 of file QwEventDisplay.h.

Referenced by ClassImp().

TRootEmbeddedCanvas* QwEventDisplay::fRegion2bXY

private

Definition at line 291 of file QwEventDisplay.h.

Referenced by ClassImp(), DrawEvent(), and GoClear().

TRootEmbeddedCanvas * QwEventDisplay::fRegion2bXZ

private

Definition at line 291 of file QwEventDisplay.h.

Referenced by ClassImp(), DrawEvent(), and GoClear().

TRootEmbeddedCanvas * QwEventDisplay::fRegion2bYZ

private

Definition at line 291 of file QwEventDisplay.h.

Referenced by ClassImp(), DrawEvent(), and GoClear().

TRootEmbeddedCanvas* QwEventDisplay::fRegion2XY

private

Definition at line 280 of file QwEventDisplay.h.

Referenced by ClassImp(), DrawEvent(), and GoClear().

TRootEmbeddedCanvas * QwEventDisplay::fRegion2XZ

private

Definition at line 280 of file QwEventDisplay.h.

Referenced by ClassImp(), DrawEvent(), and GoClear().

TRootEmbeddedCanvas * QwEventDisplay::fRegion2YZ

private

Definition at line 280 of file QwEventDisplay.h.

Referenced by ClassImp(), DrawEvent(), and GoClear().

TGCompositeFrame* QwEventDisplay::fRegion3

private

Definition at line 298 of file QwEventDisplay.h.

Referenced by ClassImp().

TGCompositeFrame* QwEventDisplay::fRegion3TS

private

Definition at line 309 of file QwEventDisplay.h.

Referenced by ClassImp().

TRootEmbeddedCanvas* QwEventDisplay::fRegion3XY

private

Definition at line 299 of file QwEventDisplay.h.

Referenced by ClassImp(), DrawEvent(), and GoClear().

TRootEmbeddedCanvas * QwEventDisplay::fRegion3XZ

private

Definition at line 299 of file QwEventDisplay.h.

Referenced by ClassImp(), DrawEvent(), and GoClear().

TRootEmbeddedCanvas * QwEventDisplay::fRegion3YZ

private

Definition at line 299 of file QwEventDisplay.h.

Referenced by ClassImp(), DrawEvent(), and GoClear().

TGTab* QwEventDisplay::fRegions

private

Definition at line 238 of file QwEventDisplay.h.

Referenced by ClassImp().

QwSubsystemArrayTracking* QwEventDisplay::fSubsystemArray

private

// Excluded from dictionary

Definition at line 313 of file QwEventDisplay.h.

Referenced by ClassImp(), and SetSubsystemArray().

TTree* QwEventDisplay::fTree

private

Definition at line 319 of file QwEventDisplay.h.

UInt_t QwEventDisplay::fTreeEntries

Definition at line 232 of file QwEventDisplay.h.

Referenced by ClassImp().

TGListBox* QwEventDisplay::fWireInfoListBox

private

Definition at line 261 of file QwEventDisplay.h.

Referenced by ClassImp(), DrawEvent(), and GoClear().

TPaveLabel* QwEventDisplay::Label_R1XY

private

Definition at line 273 of file QwEventDisplay.h.

Referenced by ClassImp().

TPaveLabel * QwEventDisplay::Label_R1XZ

private

Definition at line 273 of file QwEventDisplay.h.

Referenced by ClassImp().

TPaveLabel * QwEventDisplay::Label_R1YZ

private

Definition at line 273 of file QwEventDisplay.h.

Referenced by ClassImp().

TPaveLabel* QwEventDisplay::Label_R2bXY

private

Definition at line 293 of file QwEventDisplay.h.

Referenced by ClassImp().

TPaveLabel * QwEventDisplay::Label_R2bXZ

private

Definition at line 293 of file QwEventDisplay.h.

Referenced by ClassImp().

TPaveLabel * QwEventDisplay::Label_R2bYZ

private

Definition at line 293 of file QwEventDisplay.h.

Referenced by ClassImp().

TPaveLabel* QwEventDisplay::Label_R2XY

private

Definition at line 282 of file QwEventDisplay.h.

Referenced by ClassImp().

TPaveLabel * QwEventDisplay::Label_R2XZ

private

Definition at line 282 of file QwEventDisplay.h.

Referenced by ClassImp().

TPaveLabel * QwEventDisplay::Label_R2YZ

private

Definition at line 282 of file QwEventDisplay.h.

Referenced by ClassImp().

TPaveLabel* QwEventDisplay::Label_R3XY

private

Definition at line 301 of file QwEventDisplay.h.

Referenced by ClassImp().

TPaveLabel * QwEventDisplay::Label_R3XZ

private

Definition at line 301 of file QwEventDisplay.h.

Referenced by ClassImp().

TPaveLabel * QwEventDisplay::Label_R3YZ

private

Definition at line 301 of file QwEventDisplay.h.

Referenced by ClassImp().

std::vector<TLine> QwEventDisplay::Line_R1r

private

Definition at line 275 of file QwEventDisplay.h.

Referenced by GoClear().

std::vector<TLine> QwEventDisplay::Line_R1y

private

Definition at line 276 of file QwEventDisplay.h.

Referenced by DrawEvent(), and GoClear().

std::vector<TLine> QwEventDisplay::Line_R2u

private

Definition at line 286 of file QwEventDisplay.h.

Referenced by DrawEvent(), and GoClear().

std::vector<TLine> QwEventDisplay::Line_R2v

private

Definition at line 287 of file QwEventDisplay.h.

Referenced by DrawEvent(), and GoClear().

std::vector<TLine> QwEventDisplay::Line_R2x

private

Definition at line 285 of file QwEventDisplay.h.

Referenced by DrawEvent(), and GoClear().

std::vector<TLine> QwEventDisplay::Line_R3u

private

Definition at line 305 of file QwEventDisplay.h.

Referenced by GoClear().

std::vector<TLine> QwEventDisplay::Line_R3v

private

Definition at line 306 of file QwEventDisplay.h.

Referenced by GoClear().

TPaveLabel* QwEventDisplay::Octant_1

private

Definition at line 267 of file QwEventDisplay.h.

Referenced by ClassImp(), and GoClear().

TPaveLabel * QwEventDisplay::Octant_2

private

Definition at line 267 of file QwEventDisplay.h.

Referenced by ClassImp(), DrawEvent(), and GoClear().

TPaveLabel * QwEventDisplay::Octant_3

private

Definition at line 267 of file QwEventDisplay.h.

Referenced by ClassImp(), and GoClear().

TPaveLabel * QwEventDisplay::Octant_4

private

Definition at line 267 of file QwEventDisplay.h.

Referenced by ClassImp(), and GoClear().

TPaveLabel * QwEventDisplay::Octant_5

private

Definition at line 267 of file QwEventDisplay.h.

Referenced by ClassImp(), and GoClear().

TPaveLabel * QwEventDisplay::Octant_6

private

Definition at line 267 of file QwEventDisplay.h.

Referenced by ClassImp(), DrawEvent(), and GoClear().

TPaveLabel * QwEventDisplay::Octant_7

private

Definition at line 267 of file QwEventDisplay.h.

Referenced by ClassImp(), and GoClear().

TPaveLabel * QwEventDisplay::Octant_8

private

Definition at line 267 of file QwEventDisplay.h.

Referenced by ClassImp(), and GoClear().

TText* QwEventDisplay::tR2bXY1

private

Definition at line 295 of file QwEventDisplay.h.

Referenced by ClassImp().

TText * QwEventDisplay::tR2bXY2

private

Definition at line 295 of file QwEventDisplay.h.

Referenced by ClassImp().

TText * QwEventDisplay::tR2bXY3

private

Definition at line 295 of file QwEventDisplay.h.

Referenced by ClassImp().

TText * QwEventDisplay::tR2bXY4

private

Definition at line 295 of file QwEventDisplay.h.

Referenced by ClassImp().

TText * QwEventDisplay::tR2bXZ1

private

Definition at line 295 of file QwEventDisplay.h.

Referenced by ClassImp().

TText * QwEventDisplay::tR2bXZ2

private

Definition at line 295 of file QwEventDisplay.h.

Referenced by ClassImp().

TText * QwEventDisplay::tR2bXZ3

private

Definition at line 295 of file QwEventDisplay.h.

Referenced by ClassImp().

TText * QwEventDisplay::tR2bXZ4

private

Definition at line 295 of file QwEventDisplay.h.

Referenced by ClassImp().

TText * QwEventDisplay::tR2bYZ1

private

Definition at line 295 of file QwEventDisplay.h.

TText * QwEventDisplay::tR2bYZ2

private

Definition at line 295 of file QwEventDisplay.h.

TText * QwEventDisplay::tR2bYZ3

private

Definition at line 295 of file QwEventDisplay.h.

TText * QwEventDisplay::tR2bYZ4

private

Definition at line 295 of file QwEventDisplay.h.

TText* QwEventDisplay::tR2XY1

private

Definition at line 284 of file QwEventDisplay.h.

Referenced by ClassImp().

TText * QwEventDisplay::tR2XY2

private

Definition at line 284 of file QwEventDisplay.h.

Referenced by ClassImp().

TText * QwEventDisplay::tR2XY3

private

Definition at line 284 of file QwEventDisplay.h.

Referenced by ClassImp().

TText * QwEventDisplay::tR2XY4

private

Definition at line 284 of file QwEventDisplay.h.

Referenced by ClassImp().

TText * QwEventDisplay::tR2XZ1

private

Definition at line 284 of file QwEventDisplay.h.

Referenced by ClassImp().

TText * QwEventDisplay::tR2XZ2

private

Definition at line 284 of file QwEventDisplay.h.

Referenced by ClassImp().

TText * QwEventDisplay::tR2XZ3

private

Definition at line 284 of file QwEventDisplay.h.

Referenced by ClassImp().

TText * QwEventDisplay::tR2XZ4

private

Definition at line 284 of file QwEventDisplay.h.

Referenced by ClassImp().

TText * QwEventDisplay::tR2YZ1

private

Definition at line 284 of file QwEventDisplay.h.

TText * QwEventDisplay::tR2YZ2

private

Definition at line 284 of file QwEventDisplay.h.

TText * QwEventDisplay::tR2YZ3

private

Definition at line 284 of file QwEventDisplay.h.

TText * QwEventDisplay::tR2YZ4

private

Definition at line 284 of file QwEventDisplay.h.

TText* QwEventDisplay::tR3XY1

private

Definition at line 303 of file QwEventDisplay.h.

Referenced by ClassImp().

TText * QwEventDisplay::tR3XY2

private

Definition at line 303 of file QwEventDisplay.h.

Referenced by ClassImp().

TText * QwEventDisplay::tR3XY3

private

Definition at line 303 of file QwEventDisplay.h.

Referenced by ClassImp().

TText * QwEventDisplay::tR3XY4

private

Definition at line 303 of file QwEventDisplay.h.

Referenced by ClassImp().

TText * QwEventDisplay::tR3XZ1

private

Definition at line 303 of file QwEventDisplay.h.

Referenced by ClassImp().

TText * QwEventDisplay::tR3XZ2

private

Definition at line 303 of file QwEventDisplay.h.

Referenced by ClassImp().

TText * QwEventDisplay::tR3XZ3

private

Definition at line 303 of file QwEventDisplay.h.

Referenced by ClassImp().

TText * QwEventDisplay::tR3XZ4

private

Definition at line 303 of file QwEventDisplay.h.

Referenced by ClassImp().

TText * QwEventDisplay::tR3YZ1

private

Definition at line 303 of file QwEventDisplay.h.

Referenced by ClassImp().

TText * QwEventDisplay::tR3YZ2

private

Definition at line 303 of file QwEventDisplay.h.

Referenced by ClassImp().

TText * QwEventDisplay::tR3YZ3

private

Definition at line 303 of file QwEventDisplay.h.

Referenced by ClassImp().

TText * QwEventDisplay::tR3YZ4

private

Definition at line 303 of file QwEventDisplay.h.

Referenced by ClassImp().

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

• QwEventDisplay.h
• QwEventDisplay.cc