HistoDisplay Class Reference

#include <HistoDisplay.h>

List of all members.

Public Member Functions
	HistoDisplay (const TGWindow *p, UInt_t w, UInt_t h, const char *socketserver, Int_t port)
virtual	~HistoDisplay ()
virtual Bool_t	ProcessMessage (Long_t msg, Long_t parm1, Long_t parm2)
Private Types
enum	EInputTypes { kTMapFile, kTFile, kTSocket }
Private Member Functions
void	MakeMenuBar ()
void	CloseMenuBar ()
void	MakeTitleFrame (const char *)
void	CloseTitleFrame ()
void	MakeInputFrame ()
void	CloseInputFrame ()
void	MakeTGListTreeFrame ()
void	CloseTGListTreeFrame ()
void	MakeStatusBar ()
void	CloseStatusBar ()
TObject *	OpenFile (const char *filename, EInputTypes inputtype=kTFile, Option_t *option="READ")
TObject *	CloseFile (const char *filename, EInputTypes inputtype=kTFile)
TObject *	CloseFile (TObject *inputobj)
void	CloseConnection ()
const char *	FileDialogWindow ()
void	FileNameClear ()
void	MessageBox (const char *msg)
void	HistoDisplayMain (Int_t autoOpen=0)
void	MakeHistoList (TObject *inpuobj)
void	MakeHistoListM (TMapFile *MFile)
void	MakeHistoListR (TFile *RFile)
void	MakeHistoListS (TSocket *sock)
TConsumerInfo *	MakeConsumerInfo (TObject *inputobj)
TConsumerInfo *	MakeConsumerInfo (const char *consumername, const char *filename)
void	AddToDisplayedList (const TObject *inputobj)
void	AddToTree (TObject *inputobj)
TString	GetDirPath (const TString &)
void	MakeTGListTree (const TString &, TObject *, const char *tip=0)
void	RemoveTGListTree ()
void	SortTGListTree ()
void	DelTreeItemsOfInput (TObject *inputobj)
void	AddTreeItemsOfInput (TObject *inputobj)
void	RefreshTreeItem (TGListTreeItem *item)
void	DrawHisto (TObject *obj)
void	DrawHisto (TList *list)
CObject *	UpdateHistoList (const char *objName, const TObject *inputobj)
TObject *	GetNewObj (const char *objName, const TObject *inputobj)
CObject *	GetCObjFromListItem (TGListTreeItem *item)
void	UpdateTimerOn ()
void	UpdateCanvas (TVirtualPad *currentpad=0)
void	UpdatePad (TVirtualPad *pad)
void	DrawUpdatedPad (TVirtualPad *currentPad)
void	ReplacePad (TVirtualPad *newpad, TVirtualPad *oldpad)
void	AddPadHistosToHistoList (TPad *pad)
void	AddSubtractHisto (TVirtualPad *currentPad, int option)
void	ClearCurrentPad ()
void	RecursivePadClear (TVirtualPad *pad, Option_t *option="")
void	DrawTH1 (TH1 *histo, Option_t *option, TVirtualPad *backpad)
void	DrawTPad (TPad *pad1, TVirtualPad *pad2)
void	CycleSlides (const TGListTreeItem *item, TVirtualPad *currentpad)
void	SlideTimerOn (TGListTreeItem *item)
void	StartSlides (TGListTreeItem *item)
void	PopUpSlides (TGListTreeItem *item, const char *canvasname, const char *canvastitle)
void	SearchWarningErrorFolder (TGListTreeItem *item, TObject *socket)
TH1F *	ContentHisto (TH1 *histo)
void	DrawOnTheCanvas (const char *canvasname, const char *canvastitle, int padx, int pady, TObject *obj)
void	DrawContentHisto (TH1 *histo)
TH1 *	HistoInPad (TVirtualPad *pad, Int_t &counthisto)
void	PrintCanvas (TPad *canvas)
void	ChangeCanvasNameTitle (TCanvas *canvas)
void	DuplicateCanvasSize (TCanvas *guicanvas, TCanvas *consumercanvas)
void	CloseWindow ()
void	ResetObjects ()
void	MenuConnectStatus ()
void	MenuHelp (const char *s, const char *helpText)
Private Attributes
const char *	fsocketserver
Int_t	fport
TGMenuBar *	fMenuBar
TGLayoutHints *	fMenuBarLayout
TGLayoutHints *	fMenuBarItemLayout
TGLayoutHints *	fMenuBarHelpLayout
TGPopupMenu *	fFileMenu
TGPopupMenu *	fNewCascadeMenu
TGPopupMenu *	fListTreeMenu
TGPopupMenu *	fSortCascadeMenu
TGPopupMenu *	fConnectMenu
TGPopupMenu *	fHelpMenu
TGHorizontal3DLine *	fMenuBarSeparator
TGLayoutHints *	fMenuBarSeparatorLayout
TGCompositeFrame *	fMainFrame
TGLayoutHints *	fMainFrameLayout
ULong_t	LightYellow
ULong_t	Red
ULong_t	Green
TGCompositeFrame *	fTitleFrame
TGLayoutHints *	fTitleFrameLayout
TGLabel *	fTitleLabel
TGLayoutHints *	fTitleLabelLayout
GContext_t	fTextGC
TGPictureButton *	fPicBut
TGLayoutHints *	fPictLayout
TGGroupFrame *	fFileNameFrame
TGLayoutHints *	fFileNameFrameLayout
TGRadioButton *	fRaButMFile
TGRadioButton *	fRaButRFile
TGRadioButton *	fRaButSocket
TGLayoutHints *	fRaButLayout
TGLayoutHints *	fFileNameLayout
TGLabel *	fFileNameLabel
TGCompositeFrame *	fFileOpenFrame
TGLayoutHints *	fFileOpenFrameLayout
TGTextEntry *	fFileNameTextEntry
TGTextBuffer *	fFileNameBuffer
TGTextButton *	fReadFileButton
TGCompositeFrame *	fFileNameButtonFrame
TGLayoutHints *	fFileNameButtonFrameLayout
TGLayoutHints *	fFileNameButtonLayout
TGTextButton *	fChooseFileButton
TGTextButton *	fClearFileNameButton
TGCompositeFrame *	fListTreeMainFrame
TGLayoutHints *	fListTreeMainFrameLayout
TGLayoutHints *	fMonitorNameLayout
TGLabel *	fMonitorNameLabel
TGTextEntry *	fMonitorNameTextEntry
TGTextBuffer *	fMonitorNameBuffer
TGCompositeFrame *	fHistoListFrame
TGLayoutHints *	fHistoListFrameLayout
TGCanvas *	fTGCanvas
TGLayoutHints *	fTGCanvasLayout
TGListTree *	fHistoListTree
TGCompositeFrame *	fListButtonFrame
TGLayoutHints *	fListButtonFrameLayout
TGCheckButton *	fChButtonAutoUpdate
TGLayoutHints *	fChButtonAutoUpdateLayout
Bool_t	AutoUpdate
TGCompositeFrame *	fFrequencyFrame
TGLayoutHints *	fFrequencyFrameLayout
TGLabel *	fFrequencyLabel
TGTextEntry *	fFrequencyTextEntry
TGTextBuffer *	fFrequencyTextBuffer
TGCompositeFrame *	fControlButtonFrame
TGLayoutHints *	fControlButtonFrameLayout
TGCompositeFrame *	fButtonFrame
TGLayoutHints *	fButtonFrameLayout
TGLayoutHints *	fButtonLayout
TGTextButton *	fStartHistoButton
TGTextButton *	fPauseHistoButton
TGTextButton *	fRestartHistoButton
TGTextButton *	fClearHistoButton
TGTextButton *	fStopHistoButton
TGTextButton *	fNewCanvasButton
TGGroupFrame *	fHistoButtonGFrame
TGLayoutHints *	fHistoButtonGFrameLayout
TGCompositeFrame *	fHistoButtonFrame
TGLayoutHints *	fHistoButtonFrameLayout
TGLayoutHints *	fHistoButtonLayout
TGTextButton *	fZeroHistoButton
TGTextButton *	fUnZeroHistoButton
TGTextButton *	fContentHistoButton
TGStatusBar *	fStatusBar
TString	MonitorName
TString	FileName
ConsumerList *	consumerlist
TList *	fHistoList
TList *	fDisplayedList
TGListTreeItem *	fSelectedItem
Bool_t	Running
TList *	fSlideCanvasList
TGCheckButton *	fChButtonSlideUpdate
Bool_t	SlideShowUpdate
TString	CanvasName
TString	CanvasTitle
Int_t	CanvasNumber
HistoDisplayUpdateTimer *	fUpdateTimer
HistoDisplaySlideTimer *	fSlideTimer
char *	fPrinter
char *	fPrinterCommand
TGTextButton *	fPrintHistoButton
Friends
class	HistoDisplayUpdateTimer
class	HistoDisplaySlideTimer

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Member Enumeration Documentation

enum HistoDisplay::EInputTypes [private]

Enumeration values: kTMapFile  kTFile  kTSocket  Definition at line 248 of file HistoDisplay.h. Referenced by ProcessMessage(). { kTMapFile, kTFile, kTSocket };

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Constructor & Destructor Documentation

HistoDisplay::HistoDisplay (  const TGWindow *  p, UInt_t  w, UInt_t  h, const char *  socketserver, Int_t  port )

Definition at line 393 of file HistoDisplay.cxx. Referenced by ProcessMessage(). : TGMainFrame(p, w, h) , consumerlist(new ConsumerList("http://www-b0.fnal.gov:8000/consumer/consumer_status.html")) { // // hjw // first check if the enevironment is set correctly: // char *c_ptr; c_ptr = getenv("CONSUMER_ICONS"); if(c_ptr==NULL){ cout<<"Unix logical CONSUMER_ICONS is not set, will not be able to load all icons"<<endl; } gStyle->SetPalette(1); //By Greg. gClient->GetColorByName("LightYellow",LightYellow); gClient->GetColorByName("Red",Red); gClient->GetColorByName("Green",Green); fsocketserver=socketserver; fport=port; MakeMenuBar(); fMainFrame = new TGCompositeFrame(this, 200, 400, kVerticalFrame); fMainFrameLayout = //new TGLayoutHints( kLHintsCenterX | kLHintsCenterY, 1, 1, 1, 1); new TGLayoutHints( kLHintsCenterX | kLHintsCenterY | kLHintsExpandX | kLHintsExpandY, 1, 1, 1, 1); char fTitle[] = "MINOS Online Monitoring Display "; MakeTitleFrame(fTitle); MakeInputFrame(); MakeTGListTreeFrame(); MakeStatusBar(); AddFrame(fMainFrame,fMainFrameLayout); SetWindowName(" MINOS Online Monitoring Main Frame"); Resize(GetDefaultSize()); Layout(); MapSubwindows(); MapWindow(); fSelectedItem = 0; // to prevent segmentation fault //InputObj = 0; fHistoList = new TList(); fDisplayedList = new TList(); //fDisplayedList = new CList(); SlideShowUpdate = kFALSE; fSlideCanvasList = new TList(); CanvasName = "MINOSDisplayCanvas"; CanvasTitle = "MINOS Online Monitoring Display Canvas "; CanvasNumber = 0; //fUpdateTimer = new TTimer( this, 100, kTRUE ); fUpdateTimer = new HistoDisplayUpdateTimer( this, 100, kTRUE ); fSlideTimer = new HistoDisplaySlideTimer( this, 2000, kTRUE ); Running = kFALSE; fPrinter = 0; fPrinterCommand = 0; }

HistoDisplay::~HistoDisplay (   )  [virtual]

Definition at line 4433 of file HistoDisplay.cxx. References CloseInputFrame(), CloseMenuBar(), CloseStatusBar(), CloseTGListTreeFrame(), CloseTitleFrame(), and ResetObjects(). { ResetObjects(); delete fHistoList; delete fDisplayedList; delete fSlideCanvasList; delete fUpdateTimer; delete fSlideTimer; CloseMenuBar(); CloseTitleFrame(); CloseTGListTreeFrame(); CloseInputFrame(); CloseStatusBar(); delete fMainFrame; delete fMainFrameLayout; }

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Member Function Documentation

void HistoDisplay::AddPadHistosToHistoList (  TPad *  pad  )  [private]

Definition at line 3958 of file HistoDisplay.cxx. References fDisplayedList, and CObject::SetTObject(). Referenced by UpdateHistoList(). { //cout << " In AddPadHistosToHistoList " << endl; if ( !pad ) return; TObjLink *link = pad->GetListOfPrimitives()->FirstLink(); while ( link ) { TObject *obj = link->GetObject(); if ( obj ) { if ( obj->InheritsFrom( TPad::Class() ) ) AddPadHistosToHistoList( (TPad*)obj ); else if ( obj->InheritsFrom( TH1::Class() ) ) { TObject *objold = fDisplayedList->FindObject( obj->GetName() ); if ( objold && objold->InheritsFrom( CObject::Class()) ) { CObject *cobj = (CObject*)objold; //cobj->SetTObject( obj ); cobj->SetTObject( obj->Clone() ); } //if ( objold && objold->InheritsFrom( CObject::Class()) ) else { CHistogram *cobjnew = //new CHistogram( (TH1*)obj, 0, 0, 0 ); new CHistogram( (TH1*)obj->Clone(), 0, 0, 0 ); fDisplayedList->Add( cobjnew ); } //else //if ( objold && objold->InheritsFrom( CObject::Class()) ) ) } //else if ( obj->InheritsFrom( TH1::Class() ) ) } //if ( obj ) link = link->Next(); } //while ( link ) //cout << " End of AddPadHistosToHistoList " << endl; }

void HistoDisplay::AddSubtractHisto (  TVirtualPad *  currentPad, int  option )  [private]

Definition at line 4176 of file HistoDisplay.cxx. References fDisplayedList, CObject::GetTObject(), option, and CHistogram::SetSubtractHisto(). Referenced by ProcessMessage(). { // Zero or Restore all histos on the currentPad. // int option = 0 ; unzero // = else ; zero // cout << " In AddSubtractHisto" << endl; if (!currentPad) return; TList *primitiveList = currentPad->GetListOfPrimitives(); TIter next(primitiveList); TObject *obj = 0; while ( ( obj = next() ) ) { if ( obj->InheritsFrom(TPad::Class()) ) { AddSubtractHisto( (TPad*)obj , option); } //if ( obj->InheritsFrom(TPad::Class()) ) else { if ( obj->InheritsFrom(TH1::Class()) ) { TObject *obj2 = fDisplayedList->FindObject(obj->GetName()); if( obj2 && obj2->InheritsFrom(CHistogram::Class()) ) { CHistogram *chisto = (CHistogram*)obj2; TH1 *histo = (TH1*) chisto->GetTObject(); if (option) { if (histo) chisto->SetSubtractHisto( histo ); } //if (option) else { chisto->SetSubtractHisto(0); } //else //if (option) }//if( obj2 && obj2->InheritsFrom(CHistogram::Class()) ) } //if ( obj->InheritsFrom(TH1::Class()) ) } //else//if ( obj->InheritsFrom(TPad::Class()) ) } //while ( obj = next() ) }

void HistoDisplay::AddToDisplayedList (  const TObject *  inputobj  )  [private]

Definition at line 1985 of file HistoDisplay.cxx. References fHistoList. Referenced by AddTreeItemsOfInput(). { // cout << " In AddToDisplayedList " << endl; if ( !inputobj ) return ; if ( fHistoList && !fHistoList->IsEmpty() ) { TIter nextList(fHistoList); TObject *obj = 0; while ( ( obj = nextList() ) ) { //unused: CObject *coj = UpdateHistoList( obj->GetName(), inputobj ); }//while ( (obj = nextList()) ) }//if ( fHistoList && !fHistoList->IsEmpty() ) //tmp //fDisplayedList->ls(); }

void HistoDisplay::AddToTree (  TObject *  inputobj  )  [private]

Definition at line 2012 of file HistoDisplay.cxx. References fHistoList, fHistoListTree, GetDirPath(), and MakeTGListTree(). Referenced by AddTreeItemsOfInput(). { if ( fHistoList && !fHistoList->IsEmpty() ) { TIter nextHisto(fHistoList); TObject *obj = 0; while ( (obj = nextHisto()) ) { TString PathName; //TString DirPath; PathName = GetDirPath( TString(obj->GetName()) ) //PathName = "/" + TString( inputobj->GetName() ) + "/" + TString(obj->GetName()); //MakeTGListTree( PathName, inputobj ); MakeTGListTree( PathName, inputobj, obj->GetTitle() ); } //while ( (obj = nextHisto()) ) fClient->NeedRedraw(fHistoListTree); } //if ( fHistoList && !fHistoList->IsEmpty() ) }

void HistoDisplay::AddTreeItemsOfInput (  TObject *  inputobj  )  [private]

Definition at line 2328 of file HistoDisplay.cxx. References AddToDisplayedList(), AddToTree(), TConsumerInfo::getPath(), MakeConsumerInfo(), MakeHistoList(), and MakeTGListTree(). Referenced by GetNewObj(), and ProcessMessage(). { //cout << " In AddTreeItemsOfInput " << endl; if ( !inputobj ) { cout << " No input is specified. " << endl; return; } //if ( !inputobj ) TPad *padsav = 0; if ( gPad && !( gROOT->GetListOfCanvases()->IsEmpty() ) ) padsav = (TPad*) gPad; TConsumerInfo *info = MakeConsumerInfo( inputobj ); if ( info ) { TIterConsumerInfo nextObjName( info ); TString objName; Int_t countAdded = 0; while ( ( objName = nextObjName() ) ) { if ( objName.IsNull() ) break; TString pathname = "/" + info->getPath( objName.Data() ) + "/" + objName; MakeTGListTree( pathname, inputobj ); countAdded++; } //while ( objName = nextObjName() ) if ( countAdded ) { //fClient->NeedRedraw( fHistoListTree ); //fDisplayedList->ls(); } //if ( cout2 ) else cout << " No object" << " is found in the input: " << inputobj->GetName() << endl; delete info; } //if( info ) else { //if ( !inputobj ) return; MakeHistoList(inputobj); AddToTree(inputobj); AddToDisplayedList(inputobj); } //else //if( info ) if ( padsav ) padsav->cd(); }

void HistoDisplay::ChangeCanvasNameTitle (  TCanvas *  canvas  )  [private]

Definition at line 2946 of file HistoDisplay.cxx. References count, fDisplayedList, fSlideCanvasList, and CObject::GetName(). Referenced by DrawHisto(). { //cout << " In ChangeCanvasNameTitle " << endl; if ( !canvas ) return; TList *list = canvas->GetListOfPrimitives(); Int_t count = 0; TObject *obj = 0; TString canvasname = ""; TString canvastitle = ""; /* const char *name = 0; name = canvas->GetName(); if ( name && fDisplayedList->FindObject( name ) ) { count++; canvasname = name; canvastitle = canvas->GetTitle(); } //if ( name && fDisplayedList->FindObject( obj ) ) */ TIter next( list ); while ( ( obj = next() ) ) { const char *name = 0; name = obj->GetName(); if ( strstr( name, "Pad_of_" ) ) name = &( name[ strlen( "Pad_of_" ) ] ); //cout << " name " << name << endl; if ( name && fDisplayedList->FindObject( name ) ) { count++; if ( count == 1 ) { canvasname = TString( name ); canvastitle = TString( obj->GetTitle() ); } // if ( count == 1 ) else if ( count == 2 ) { canvasname = canvasname + "__" + TString( name ); canvastitle = canvastitle + ", " + TString( obj->GetTitle() ); } //else if ( count == 2 ) else if ( count == 3 ) { canvasname = canvasname + "__etc"; canvastitle = canvastitle + ", etc."; } //else if ( count == 3 ) } //if ( name && fDisplayedList->FindObject( obj ) ) } //while ( obj = next() ) if ( count ) { if ( fSlideCanvasList->FindObject( canvas->GetName() ) ) //canvastitle = "<Slide Canvas>" + canvastitle; canvastitle = "<Auto Update>" + canvastitle; canvas->SetName( canvasname.Data() ); canvas->SetTitle( canvastitle.Data() ); } //if ( count ) }

void HistoDisplay::ClearCurrentPad (   )  [private]

Definition at line 3785 of file HistoDisplay.cxx. References RecursivePadClear(). Referenced by ProcessMessage(). { //cout << " In ClearCurrentPad " << endl; //TPad *padsav = (TPad*) gPad; TPad *pad = (TPad*)gROOT->GetSelectedPad(); if ( !pad ) return; //pad->Clear(); RecursivePadClear( pad ); pad->cd(); /* if ( pad != pad->GetCanvas() ) { pad->SetName("VOID"); } */ pad->SetName("VOID"); pad->SetTitle("Cleared"); pad->Modified(); pad->Update(); //padsav->cd(); //cout << "Cleared " << endl; }

void HistoDisplay::CloseConnection (   )  [private]

Definition at line 1392 of file HistoDisplay.cxx. References DspEndConnection. Referenced by ResetObjects(). { //if (MFileOpen) { if ( gROOT->GetListOfMappedFiles() ) { //delete MFile; //gROOT->GetListOfMappedFiles()->Delete(); // To avoid Error in <TMapFile::Close>: // shadow map == 0, should never happen! TIter next( gROOT->GetListOfMappedFiles() ); TMapFile* mfile = 0; while ( ( mfile = (TMapFile*)next() ) ) { mfile->Close(); //gROOT->GetListOfMappedFiles()->Remove(mfile); // is called by close } //MFile = 0; //MFileOpen = kFALSE; } //if (RFileOpen) { if ( gROOT->GetListOfFiles() ) { //delete RFile; //gROOT->GetListOfFiles()->Delete(); TIter next( gROOT->GetListOfFiles() ); TFile* file = 0; while ( ( file = (TFile*)next() ) ) { file->Close(); //gROOT->GetListOfFiles()->Remove(file); // is called by close } //RFile = 0; //RFileOpen = kFALSE; } //if (sockOpen) { if ( gROOT->GetListOfSockets() ) { //gROOT->GetListOfSockets()->Delete(); gROOT->GetListOfSockets()->ls(); TIter next( gROOT->GetListOfSockets() ); TSocket* socktmp = 0; while ( ( socktmp = (TSocket*)next() ) ) { //socktmp->Send("END CONNECTION"); socktmp->Send( DspEndConnection.c_str() ); socktmp->Close(); //gROOT->GetListOfFiles()->Remove(socktmp); // is called by close } //sockOpen = kFALSE; } //InputOpen = kFALSE; }

TObject * HistoDisplay::CloseFile (  TObject *  inputobj  )  [private]

Definition at line 1370 of file HistoDisplay.cxx. { //cout << " In CloseFile ( obj )" << endl; if ( obj ) { if ( obj->InheritsFrom( TMapFile::Class() ) ) ( (TMapFile*)obj )->Close(); else if ( obj->InheritsFrom( TMapFile::Class() ) ) ( (TFile*)obj )->Close(); else if ( obj->InheritsFrom( TSocket::Class() ) ) ( (TSocket*)obj )->Close(); } //if ( obj ) return obj; }

TObject * HistoDisplay::CloseFile (  const char *  filename, EInputTypes  inputtype = kTFile )  [private]

Definition at line 1340 of file HistoDisplay.cxx. { //cout << " In CloseFile " << endl; TObject *obj = 0; if ( inputtype == kTMapFile ) { while( ( obj = gROOT->GetListOfMappedFiles()->FindObject(filename) ) ) ( (TMapFile*)obj )->Close(); } //if ( inputtype == kTMapFile ) else if ( inputtype == kTFile ) { while( ( obj = gROOT->GetListOfFiles()->FindObject(filename) ) ) ( (TFile*)obj )->Close(); } //else if ( inputtype == kTFile ) else if ( inputtype == kTSocket ) { while( ( obj =gROOT->GetListOfSockets()->FindObject(filename) ) ) ( (TSocket*)obj )->Close(); } //else if ( inputtype == kTSocket ) return obj; }

void HistoDisplay::CloseInputFrame (   )  [private]

Definition at line 794 of file HistoDisplay.cxx. Referenced by ~HistoDisplay(). { delete fRaButMFile; delete fRaButRFile; delete fRaButSocket; delete fRaButLayout; delete fFileNameLabel; delete fFileNameTextEntry; delete fReadFileButton; delete fFileOpenFrame; delete fFileOpenFrameLayout; delete fChooseFileButton; delete fClearFileNameButton; delete fFileNameButtonFrame; delete fFileNameButtonLayout; delete fFileNameButtonFrameLayout; delete fFileNameLayout; delete fFileNameFrame; delete fFileNameFrameLayout; }

void HistoDisplay::CloseMenuBar (   )  [private]

Definition at line 567 of file HistoDisplay.cxx. Referenced by ~HistoDisplay(). { delete fNewCascadeMenu; delete fFileMenu; delete fSortCascadeMenu; delete fListTreeMenu; delete fConnectMenu; delete fHelpMenu; delete fMenuBarItemLayout; delete fMenuBarHelpLayout; delete fMenuBar; delete fMenuBarLayout; delete fMenuBarSeparator; delete fMenuBarSeparatorLayout; delete consumerlist; }

void HistoDisplay::CloseStatusBar (   )  [private]

Definition at line 1228 of file HistoDisplay.cxx. Referenced by ~HistoDisplay(). { delete fStatusBar; }

void HistoDisplay::CloseTGListTreeFrame (   )  [private]

Definition at line 1157 of file HistoDisplay.cxx. Referenced by ~HistoDisplay(). { delete fMonitorNameLayout; delete fMonitorNameLabel; delete fMonitorNameBuffer; delete fMonitorNameTextEntry; delete fHistoListTree; delete fTGCanvas; delete fTGCanvasLayout; delete fChButtonAutoUpdate; delete fChButtonSlideUpdate; delete fChButtonAutoUpdateLayout; delete fFrequencyLabel; delete fFrequencyTextBuffer; delete fFrequencyTextEntry; delete fFrequencyFrame; delete fFrequencyFrameLayout; //delete fStartHistoButton; delete fPauseHistoButton; delete fRestartHistoButton; delete fClearHistoButton; delete fPrintHistoButton; delete fStopHistoButton; //delete fExitButton; delete fButtonLayout; delete fButtonFrame; delete fButtonFrameLayout; delete fZeroHistoButton; delete fUnZeroHistoButton; delete fContentHistoButton; delete fHistoButtonLayout; delete fHistoButtonFrame; delete fHistoButtonFrameLayout; delete fHistoButtonGFrame; delete fHistoButtonGFrameLayout; delete fControlButtonFrame; delete fControlButtonFrameLayout; delete fListButtonFrame; delete fListButtonFrameLayout; delete fHistoListFrame; delete fHistoListFrameLayout; delete fListTreeMainFrame; delete fListTreeMainFrameLayout; }

void HistoDisplay::CloseTitleFrame (   )  [private]

Definition at line 623 of file HistoDisplay.cxx. References fTextGC. Referenced by ~HistoDisplay(). { gVirtualX->DeleteGC(fTextGC); delete fTitleLabel; delete fTitleLabelLayout; delete fPicBut; delete fPictLayout; delete fTitleFrame; delete fTitleFrameLayout; }

void HistoDisplay::CloseWindow (   )  [private]

Definition at line 4415 of file HistoDisplay.cxx. Referenced by ProcessMessage(). { gApplication->Terminate(0); }

TH1F * HistoDisplay::ContentHisto (  TH1 *  histo  )  [private]

Definition at line 4276 of file HistoDisplay.cxx. References max, and min. Referenced by DrawContentHisto(). { //cout << " In ContentHisto" << endl; if (!histo) return 0; float min, max; min = histo->GetMinimum(); max = histo->GetMaximum(); if ( min == max ) return 0; int nbin; nbin = 50; float binsize; binsize = (max - min)/nbin; TH1F* contenthisto = new TH1F("BinContenHisto", histo->GetTitle(), nbin, min - 2*binsize, max + 2*binsize ); // oldone is removed by canvas->Clear() in DrawOntheCanvas. contenthisto->SetXTitle("Hits in a bin"); contenthisto->SetYTitle("Number of bins"); Int_t nbinsx = histo->GetNbinsX(); Int_t nbinsy = histo->GetNbinsY(); Int_t nbinsz = histo->GetNbinsZ(); Int_t bin, binx, biny, binz; double content; for (binz=0;binz<=nbinsz+1;binz++) { for (biny=0;biny<=nbinsy+1;biny++) { for (binx=0;binx<=nbinsx+1;binx++) { bin = binx +(nbinsx+2)*(biny + (nbinsy+2)*binz); content = histo->GetBinContent(bin); if (content) contenthisto->Fill(content); } } } return contenthisto; }

void HistoDisplay::CycleSlides (  const TGListTreeItem *  item, TVirtualPad *  currentpad )  [private]

Definition at line 3437 of file HistoDisplay.cxx. Referenced by HistoDisplaySlideTimer::Notify(). { // cout << " In CycleSlides " << endl; /* static TGListTreeItem *item = 0; TVirtualPad *padsav = 0; if ( !currentitem ) { Running = kFALSE; // fReadFileButton->ChangeBackground(Red); return; } //if ( !currentitem ) if ( !item || ( item && ( item->GetParent() != currentitem ) ) ) item = currentitem->GetFirstChild(); if ( item ) { //if ( !gROOT->GetListOfCanvases()->IsEmpty() && gPad ) if ( gROOT->GetListOfCanvases()->IsEmpty() ) gPad = 0; padsav = gPad; //TObject *obj = fDisplayedList->FindObject( item->GetText() ); TObject *obj = GetCObjFromListItem( item ); if( obj ) { if ( obj->InheritsFrom( CObject::Class() ) ) { const TObject *inputobj = ( (CObject*)obj )->GetInputSource(); TObject *cobj = UpdateHistoList( item->GetText(), inputobj ); fHistoListTree->HighlightItem( item ); fClient->NeedRedraw( fHistoListTree ); if ( currentpad && gROOT->GetListOfCanvases()->FindObject( currentpad ) ) currentpad->cd(); else if ( padsav ) { padsav->cd(); fSlideTimer->SetCurrentPad( padsav ); } DrawHisto( cobj ); if ( padsav ) padsav->cd(); } //if ( obj->InheritsFrom( CObject::Class() ) ) }//if( obj ) item = item->GetNextSibling(); if ( !item ) if ( AutoUpdate ) item = fSelectedItem->GetFirstChild(); else Running = kFALSE; // fReadFileButton->ChangeBackground(Red); } // if ( item ) else { Running = kFALSE; // fReadFileButton->ChangeBackground(Red); } //else //if ( item ) */ }

void HistoDisplay::DelTreeItemsOfInput (  TObject *  inputobj  )  [private]

Definition at line 2240 of file HistoDisplay.cxx. References fHistoListTree. { //cout << " In DelTreeItemsOfInput " << endl; TGListTreeItem *item = fHistoListTree->GetFirstItem(); while( item ) { fHistoListTree->RecursiveDeleteItem( item, inputobj ); item = item->GetNextSibling(); }//while( item ) }

void HistoDisplay::DrawContentHisto (  TH1 *  histo  )  [private]

Definition at line 4264 of file HistoDisplay.cxx. References ContentHisto(), and DrawOnTheCanvas(). Referenced by ProcessMessage(). { //cout << " In DrawContentHisto" << endl; if ( !histo ) return; DrawOnTheCanvas( "ContentHistoCanvas", "Bin-Content Histogram Canvas", 300, 300, ContentHisto(histo) ) ; }

void HistoDisplay::DrawHisto (  TList *  list  )  [private]

Definition at line 2806 of file HistoDisplay.cxx. References CanvasName, CanvasNumber, CanvasTitle, ChangeCanvasNameTitle(), DrawTH1(), DrawTPad(), CObject::GetTObject(), option, RecursivePadClear(), and CHistogram::SubtractedHisto(). { //cout << " In DrawHisto list " << endl; // For older version of ROOT, this is needed. //static int icount = 0; if ( gROOT->GetListOfCanvases()->IsEmpty() ) gPad = 0; if ( fSelectedList && !fSelectedList->IsEmpty() ) { int nPad = fSelectedList->GetSize(); int nPadX = (int) sqrt( (float)nPad ); int nPadY = nPadX; if ( nPadX*nPadY < nPad ) { nPadX++; if ( nPadX * nPadY < nPad ) nPadY++; } //if ( nPadX*nPadY < nPad ) // pad size ww,wh-- int ww, wh; ww = wh = 300; TCanvas *CurrentCanvas = 0; if ( !gPad ){ CanvasNumber++; char *num = new char[3]; sprintf( num, "%d", CanvasNumber); CurrentCanvas = new TCanvas( CanvasName + TString( num ), CanvasTitle + TString( num) , ww * nPadX, wh * nPadY ); delete num; CurrentCanvas->cd(); }//if (!gPad) else { CurrentCanvas = (TCanvas*)gPad->GetCanvas(); //CurrentCanvas->Clear(); RecursivePadClear( CurrentCanvas ); CurrentCanvas->cd(); //tmp /* CurrentCanvas->SetWindowSize( ww * nPadX, wh * nPadY ); CurrentCanvas->Resize(); */ }//if (!gPad) else CurrentCanvas->Divide( nPadX, nPadY ); int iPad = 0; TIter nextList(fSelectedList); TObject *obj = 0; while ( ( obj = nextList() ) ) { iPad++; if ( obj->InheritsFrom( CHistogram::Class() ) ) { CurrentCanvas->cd(iPad); CHistogram *chisto = (CHistogram*)obj; TH1 *histo = chisto->SubtractedHisto(); //TH1 *histo = chisto->GetHistoDrawn(); if ( histo ) { Option_t *option; option = chisto->GetTObject()->GetOption(); TPad *gpad = (TPad*)gPad; TString padname = "Pad_of_" + TString( histo->GetName() ) ; TString padtitle = TString( histo->GetTitle() ) ; gpad->SetName( padname.Data() ); gpad->SetTitle( padtitle.Data() ); DrawTH1(histo, option, gpad); gpad->Modified(); gpad->Update(); } //if( histo ) } //if ( obj->InheritsFrom( CHistogram::Class() ) ) else if ( obj->InheritsFrom( CObject::Class() ) ) { CObject *cobj = (CObject*)obj; TObject *tobj = cobj->GetTObject(); if ( tobj && tobj->InheritsFrom( TPad::Class() ) ) { CurrentCanvas->cd(iPad); TPad *gpad = (TPad*)gPad; TPad *c2 = (TPad*)tobj; if (c2) { gpad->SetName( c2->GetName() ); gpad->SetTitle( c2->GetTitle() ); DrawTPad(c2, gpad); //gpad->Modified(); gpad->Update(); } //if (c2) } //if ( tobj && tobj->InheritsFrom( TPad::Class() ) ) } //else if ( obj->InheritsFrom( CObject::Class() ) ) } // while ( obj = nextList() ) ChangeCanvasNameTitle( CurrentCanvas ); CurrentCanvas->cd(); CurrentCanvas->Modified(); CurrentCanvas->Update(); //cout << "Drawing done" << endl << endl; } // if ( fSelectedList && !fSelectedList->IsEmpty() ) }

void HistoDisplay::DrawHisto (  TObject *  obj  )  [private]

Definition at line 2623 of file HistoDisplay.cxx. References CanvasName, CanvasNumber, CanvasTitle, ChangeCanvasNameTitle(), DrawTH1(), DrawTPad(), fSlideCanvasList, CObject::GetTObject(), option, RecursivePadClear(), and CHistogram::SubtractedHisto(). Referenced by ProcessMessage(). { //cout << " In DrawHisto obj " << endl; /* // For older version of ROOT, this is needed. static int icount = 0; if ( !(icount++) || gROOT->GetListOfCanvases()->IsEmpty() ) gPad = 0; */ if ( gROOT->GetListOfCanvases()->IsEmpty() ) gPad = 0; if ( obj ) { //obj->ls(); TCanvas *CurrentCanvas = 0; if ( !gPad ) { CanvasNumber++; char *num= new char[3]; sprintf( num, "%d", CanvasNumber ); CurrentCanvas = new TCanvas( CanvasName + TString( num ), CanvasTitle + TString( num ) , 500, 500 ); delete[] num; CurrentCanvas->cd(); } TPad *gPadSav = (TPad*)gPad; CurrentCanvas = gPadSav->GetCanvas(); if ( obj->InheritsFrom( CHistogram::Class() ) ) { CHistogram *chisto = (CHistogram*) obj; TH1 *histo = chisto->SubtractedHisto(); //TH1 *histo = chisto->GetHistoDrawn(); if ( histo ) { TObject *hobj = chisto->GetTObject(); Option_t *option = 0; if ( hobj ) option = hobj->GetOption(); //gPadSav->Clear(); RecursivePadClear( gPadSav ); gPadSav->cd(); TString padname; TString padtitle; if ( gPadSav == CurrentCanvas ) { //tmp /* CurrentCanvas->SetWindowSize( 500, 500 ); CurrentCanvas->Resize(); */ if ( strcmp( CurrentCanvas->GetName(), kWarningErrorCanvasName ) ) { padname = "Canvas_of_" + TString( histo->GetName() ) ; if ( fSlideCanvasList->FindObject( CurrentCanvas ) ) //padtitle = "<Slide Canvas>" + TString( histo->GetTitle() ); padtitle = "<Auto Update>" + TString( histo->GetTitle() ); else padtitle = TString( histo->GetTitle() ); CurrentCanvas->SetName( padname.Data() ); CurrentCanvas->SetTitle( padtitle.Data() ); } // if ( strcmp( CurrentCanvas->GetName(), //gPadSav->cd(); //DrawTH1( histo, option, gPadSav ); DrawTH1( histo, option, CurrentCanvas ); } //if ( gPadSav == gPadSav->GetCanvas() ) else { padname = "Pad_of_" + TString( histo->GetName() ); padtitle = TString( histo->GetTitle() ); gPadSav->SetName( padname.Data() ); gPadSav->SetTitle( padtitle.Data() ); //gPadSav->cd(); DrawTH1( histo, option, gPadSav ); ChangeCanvasNameTitle( CurrentCanvas ); } // else //if ( gPadSav == gPadSav->GetCanvas() ) } //if ( histo ) } //if ( obj->InheritsFrom( CHistogram::Class() ) ) else if ( obj->InheritsFrom( CObject::Class() ) ) { CObject *cobj = (CObject*)obj; TObject *tobj = cobj->GetTObject(); if ( tobj->InheritsFrom( TPad::Class() ) ) { TPad *c2 = (TPad*)tobj; //tmp //cout << " gPadSav->GetName() = " << gPadSav->GetName() << endl; gPadSav->cd(); // necessary to prevent bad x window allocation. if ( c2 ) { if ( gPadSav == CurrentCanvas ) { //gPadSav->Clear(); //RecursivePadClear( gPadSav ); gPadSav->cd(); //tmp /* if ( c2->InheritsFrom( TCanvas::Class() ) ) DuplicateCanvasSize( CurrentCanvas, (TCanvas*)c2 ); */ if ( strcmp( CurrentCanvas->GetName(), kWarningErrorCanvasName ) ) { CurrentCanvas->SetName( c2->GetName() ); TString padtitle; if ( fSlideCanvasList->FindObject( CurrentCanvas ) ) //padtitle = "<Slide Canvas>" + TString( c2->GetTitle() ); padtitle = "<Auto Update>" + TString( c2->GetTitle() ); else padtitle = TString( c2->GetTitle() ); CurrentCanvas->SetTitle( padtitle ); } // if ( strcmp( CurrentCanvas->GetName(), DrawTPad( c2, gPadSav ); } //if ( gPadSav == gPadSav->GetCanvas() ) else { gPadSav->SetName( c2->GetName() ); gPadSav->SetTitle( c2->GetTitle() ); DrawTPad( c2, gPadSav ); ChangeCanvasNameTitle( CurrentCanvas ); } //else //if ( gPadSav == gPadSav->GetCanvas() ) } //if (c2) } //if ( tobj->InheritsFrom( TPad::Class() ) ) } //else if ( obj->InheritsFrom( CObject::Class() ) ) //ChangeCanvasNameTitle( CurrentCanvas ); gPadSav->cd(); /* gPadSav->Modified(); gPadSav->Update(); */ CurrentCanvas->Modified(); CurrentCanvas->Update(); //cout << "Drawing done" << endl << endl; } //if (obj) }

void HistoDisplay::DrawOnTheCanvas (  const char *  canvasname, const char *  canvastitle, int  padx, int  pady, TObject *  obj )  [private]

Definition at line 4321 of file HistoDisplay.cxx. References CHistogram::Draw(). Referenced by DrawContentHisto(). { //cout << " In DrawOnTheCanvas" << endl; if (!obj) return; TPad *padsav = (TPad*)gPad; TCanvas *canvas; canvas = (TCanvas*) ( gROOT->GetListOfCanvases()->FindObject( canvasname ) ); if (!canvas) { canvas = new TCanvas( canvasname, canvastitle, padx, pady); } else { //canvas->SetWindowSize( padx, pady); canvas->cd(); canvas->Clear(); } //if (!canvas) obj->Draw(); canvas->Modified(); canvas->Update(); padsav->cd(); }

void HistoDisplay::DrawTH1 (  TH1 *  histo, Option_t *  option, TVirtualPad *  backpad )  [private]

Definition at line 3044 of file HistoDisplay.cxx. References CObject::Draw(), and option. Referenced by DrawHisto(). { //cout << " In DrawTH1" << endl; if ( !histo || !BackPad ) return; //BackPad->Clear(); // Done by TH1::Draw() //RecursivePadClear( BackPad ); BackPad->cd(); //histo->Draw(option); histo->Draw(); histo->SetDrawOption( option ); //cout << " End of DrawTH1 " << endl; }

void HistoDisplay::DrawTPad (  TPad *  pad1, TVirtualPad *  pad2 )  [private]

Definition at line 3068 of file HistoDisplay.cxx. References RecursivePadClear(). Referenced by DrawHisto(), and DrawUpdatedPad(). { // cout << " In DrawTPad " << endl; if ( !DrawnPad || !BackPad ) return; //copy pad attributes BackPad->Range( DrawnPad->GetX1(), DrawnPad->GetY1(), DrawnPad->GetX2(), DrawnPad->GetY2() ); BackPad->SetTickx( DrawnPad->GetTickx() ); BackPad->SetTicky( DrawnPad->GetTicky() ); BackPad->SetGridx( DrawnPad->GetGridx() ); BackPad->SetGridy( DrawnPad->GetGridy() ); BackPad->SetLogx( DrawnPad->GetLogx() ); BackPad->SetLogy( DrawnPad->GetLogy() ); BackPad->SetLogz( DrawnPad->GetLogz() ); BackPad->SetBorderSize( DrawnPad->GetBorderSize() ); BackPad->SetBorderMode( DrawnPad->GetBorderMode() ); DrawnPad->TAttLine::Copy( (TAttLine&)*BackPad ); DrawnPad->TAttFill::Copy( (TAttFill&)*BackPad ); DrawnPad->TAttPad::Copy( (TAttPad&)*BackPad ); TList *list = DrawnPad->GetListOfPrimitives(); TIter next( list ); TObject *objInPad; // BackPad->Clear(); RecursivePadClear( BackPad ); // BackPad->cd(); while( ( objInPad = next() ) ) { BackPad->cd(); // this is absolutely necessary in compiled mode. // and just before Draw(). Learned hard way. // Seemed not true for newer ROOT version. // objInPad->Print(); gROOT->SetSelectedPad( BackPad ); // not BackPad->cd() but this for primitiveList->Add // objInPad->DrawClone(); // Best choise to draw all in DrawnPad. // But does not draw them on additional pad made here. // Not allowed to change pad size. // objInPad->Clone()->Draw(); BackPad->GetListOfPrimitives() //->Add( objInPad->Clone(), objInPad->GetDrawOption() ); ->Add( objInPad->Clone(), next.GetOption() ); } // while( objInPad = next() ) BackPad->Modified(); delete objInPad; }

void HistoDisplay::DrawUpdatedPad (  TVirtualPad *  currentPad  )  [private]

Definition at line 3530 of file HistoDisplay.cxx. References DrawTPad(), fDisplayedList, CObject::GetInputSource(), CObject::GetTObject(), and UpdateHistoList(). Referenced by UpdatePad(). { // cout << " In DrawUpdatedPad " << endl; if ( ! currentPad ) return; //if ( currentPad != currentPad->GetCanvas() ) { const char *name = currentPad->GetName(); TObject *objP = fDisplayedList->FindObject( name ); if ( objP && objP->InheritsFrom( CObject::Class() ) ) { const TObject *inputObj = ( (CObject*)objP )->GetInputSource(); CObject *objNew = UpdateHistoList( name, inputObj ); if ( objNew ) { TObject *tobj = objNew->GetTObject(); if ( tobj->InheritsFrom( TPad::Class() ) ) { DrawTPad( (TPad*)tobj, currentPad ); // ReplacePad( (TPad*)tobj, currentPad ); // cout << "In here - replace pad\n"; // delete name; return; } //if ( tobj->InheritsFrom( TPad::Class() ) ) } //if ( objNew ) } //if ( objP && objP->InheritsFrom( CObject::Class() ) ) //} //if ( currentPad != currentPad->GetCanvas() ) //TFrame *frame = currentPad->GetFrame(); TObjOptLink *lnk = (TObjOptLink*)currentPad ->GetListOfPrimitives() ->FirstLink(); while( lnk ) { TObject *obj = lnk->GetObject(); if ( obj->InheritsFrom(TPad::Class()) ) { DrawUpdatedPad( (TPad*)obj ); } //if ( obj->InheritsFrom(TPad::Class()) ) else { if ( obj->InheritsFrom(TH1::Class()) ) { TObject *obj2 = fDisplayedList->FindObject(obj->GetName()); if ( obj2 && obj2->InheritsFrom(CObject::Class()) ) { const TObject *inputObj = ((CObject*)obj2)->GetInputSource(); CObject *objNew = UpdateHistoList(obj2->GetName(), inputObj); //objNew->ls(); if (objNew && objNew->InheritsFrom(CHistogram::Class()) ) { //gROOT->SetSelectedPad( currentPad ); TH1 *histo = (TH1*) (((CHistogram*)objNew)->SubtractedHisto()); //TH1 *histo = ( (CHistogram*)objNew )->GetHistoDrawn(); if ( histo ) { //tmp if ( ! currentPad->GetPadPaint() ) { TH1 *histoOld = (TH1*)obj; histoOld->Reset(); histoOld->Add(histo); TAxis *xaxis = histo->GetXaxis(); if ( xaxis ) { char *title = new char[ strlen( xaxis->GetTitle() ) + 1 ]; strcpy( title, xaxis->GetTitle() ); histoOld->SetXTitle( title ); delete [] title; } //if ( xaxis ) TAxis *yaxis = histo->GetYaxis(); if ( yaxis ) { char *title = new char[ strlen( yaxis->GetTitle() ) + 1 ]; strcpy( title, yaxis->GetTitle() ); histoOld->SetYTitle( title ); delete [] title; } //if ( yaxis ) TAxis *zaxis = histo->GetZaxis(); if ( zaxis ) { char *title = new char[ strlen( zaxis->GetTitle() ) + 1 ]; strcpy( title, zaxis->GetTitle() ); histoOld->SetZTitle( title ); delete [] title; } //if ( zaxis ) delete histo; currentPad->Modified(); } //if ( ! currentPad->GetPadPaint() ) else cout << " Pad is being paianted. Not updated. " << endl; } //if ( histo ) } //if (objNew && objNew->InheritsFrom(CHistogram::Class()) ) } //if ( obj2 && obj2->InheritsFrom(CObject::Class()) ) } //if ( obj->InheritsFrom(TH1::Class()) ) /* else if ( !( frame->IsEqual( obj ) ) ) { } //else if ( !( frame->IsEqual( obj ) ) ) */ } //else //if ( obj->InheritsFrom(TPad::Class()) ) lnk = (TObjOptLink*) ( lnk->Next() ); } // while( lnk ) // delete name; // cout << " End of DrawUpdatedPad " << endl; }

void HistoDisplay::DuplicateCanvasSize (  TCanvas *  guicanvas, TCanvas *  consumercanvas )  [private]

Definition at line 3015 of file HistoDisplay.cxx. { //cout << " In DuplicateCanvasSize " << endl; if ( !guicanvas || !consumercanvas ) return; Int_t ww, wh; ww = consumercanvas->GetWindowWidth(); wh = consumercanvas->GetWindowHeight(); if ( !ww || !wh ) { ww = consumercanvas->GetWw() + 4; wh = consumercanvas->GetWh() + 28; } //if ( !ww || !wh ) if ( ww && wh ) { guicanvas->SetWindowSize( ww, wh ); guicanvas->Resize(); } //if ( ww && wh ) }

const char * HistoDisplay::FileDialogWindow (   )  [private]

Definition at line 4526 of file HistoDisplay.cxx. References fRaButMFile, fRaButRFile, and fRaButSocket. Referenced by ProcessMessage(). { //const char *filetypes[] = { "All files", "*", // "ROOT files", "*.root", // "MAP files", "*.map", // 0, 0 }; static TGFileInfo fi; //fi.fFileTypes = (char **)filetypes; //EInputTypes inputtype; if ( fRaButMFile->GetState() == kButtonDown ) { //inputtype = kTMapFile; const char* filetypes[] = { "MAP files", "*.map", "All files", "*", "ROOT files", "*.root", 0, 0 }; fi.fFileTypes = (const char **)filetypes; } else if ( fRaButRFile->GetState() == kButtonDown ) { //inputtype = kTFile; const char* filetypes[] = {"ROOT files", "*.root", "All files", "*", "MAP files", "*.map", 0, 0 }; fi.fFileTypes = (const char **)filetypes; } else if ( fRaButSocket->GetState() == kButtonDown ) { //inputtype = kTSocket; const char* filetypes[] = { "All files", "*", "ROOT files", "*.root", "MAP files", "*.map", 0, 0 }; fi.fFileTypes = (const char **)filetypes; } new TGFileDialog(gClient->GetRoot(), gClient->GetRoot(), kFDOpen, &fi); return fi.fFilename; }

void HistoDisplay::FileNameClear (   )  [private]

Definition at line 4573 of file HistoDisplay.cxx. References fFileNameBuffer, and fFileNameTextEntry. Referenced by ProcessMessage(). { //cout << " In File Name Clear " << endl; fFileNameBuffer->Clear(); fFileNameTextEntry->SetState(kTRUE); }

CObject * HistoDisplay::GetCObjFromListItem (  TGListTreeItem *  item  )  [private]

Definition at line 2559 of file HistoDisplay.cxx. References fDisplayedList, fHistoListTree, CObject::GetInputSource(), CObject::GetTitle(), CObject::SetInputSource(), and UpdateHistoList(). Referenced by ProcessMessage(). { //cout << " In GetCObjFromListItem " << endl; if ( !item ) return 0; CObject *cobj = 0; //TVirtualPad *padsav = 0; //if ( gPad && !gROOT->GetListOfCanvases()->IsEmpty() ) padsav = gPad; TObject *obj = fDisplayedList->FindObject( item->GetText() ); if ( !obj ) { if ( !item->GetFirstChild() ) { TObject *inputobj = (TObject*)item->GetUserData(); if ( inputobj ) cobj = UpdateHistoList( item->GetText(), inputobj ); if ( !cobj ) //fHistoListTree->DeleteItem( item ); cout << item->GetText() << " is not found." << endl; else fHistoListTree->SetToolTipItem( item, cobj->GetTitle() ); } //if ( !item->GetFirstChild() ) } //if ( !obj ) else if ( obj->InheritsFrom( CObject::Class() ) ) { cobj = ( CObject* )obj; const TObject *inputobj = (TObject*)item->GetUserData(); if ( cobj->GetInputSource() != inputobj ) { //tmp //cout << " inputobj is changed " << endl; cobj->SetInputSource( inputobj ); } //if ( cobj->GetInputSource() != inputobj ) } //if ( obj->InheritsFrom( CObject::Class() ) ) //if ( padsav ) padsav->cd(); return cobj; }

TString HistoDisplay::GetDirPath (  const TString &   )  [private]

Definition at line 5438 of file HistoDisplay.cxx. Referenced by AddToTree(). { //cout << " GetDirPath " << endl; TString DirPath; DirPath = "/" + MonitorName ; //DirPath = "/"; /* char *dirpath = new char[DirPath.Length()]; cout << " DirPath in DirName" << DirPath.Data() << endl; strcpy(dirpath, DirPath.Data()); cout << " dirpath in DirName" << dirpath << endl; return dirpath; */ return DirPath; }

TObject * HistoDisplay::GetNewObj (  const char *  objName, const TObject *  inputobj )  [private]

!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! Definition at line 4011 of file HistoDisplay.cxx. References AddTreeItemsOfInput(), count, fChButtonSlideUpdate, fHistoListTree, fReadFileButton, CObject::GetName(), CObject::ReadObject(), Red, RefreshTreeItem(), Running, SearchWarningErrorFolder(), and SlideShowUpdate. Referenced by MakeConsumerInfo(), and UpdateHistoList(). { //cout << " In GetNewObj" << endl; TObject *obj = 0; if (inputobj) { if ( inputobj->IsA() == TMapFile::Class() ) { TMapFile *mfile = (TMapFile*)inputobj; if (mfile) obj = (TObject*)mfile->Get( objName ); } else if ( inputobj->IsA() == TFile::Class() ) { TFile *rfile = (TFile*)inputobj; if (rfile) obj = (TObject*)rfile->Get( objName ); } else if ( inputobj->IsA() == TSocket::Class() ) { TSocket *socket = (TSocket*)inputobj; if ( socket && socket->IsValid() ) { Int_t count = 0; Int_t maxcount = 8; while ( !obj && count < maxcount ) { socket->Send( objName ); TMessage *message = NULL; Int_t resRecv; resRecv = socket->Recv(message); //cout << "resRecv: " << resRecv << endl; if (resRecv == -1) { cerr << " HistoDisplay: ERROR:" << " Socket->Receive failed. resRecv = " << resRecv << ".\n" << " ==> Closing the socket connection." << ".\n" << " ==> Please open again. " << endl; socket->Close(); Running = kFALSE; fReadFileButton->ChangeBackground(Red); // cout << "Button changed to red\n"; gClient->NeedRedraw(fReadFileButton); count = maxcount; // Stop the request loop } //if (resRecv == -1) else { if (message) { if (message->What() == kMESS_OBJECT) { obj = (TObject*)message->ReadObject(message->GetClass()); // The following was added: //2001/01/16 Wolfgang Wagner if (obj) { if (TString(obj->GetName()) != TString(objName)) cerr << "ERROR: Got object: " << obj->GetName() << " but requested " << objName << "." << endl; } } else { if (message->What() == kMESS_STRING) { int messLength = message->BufferSize() + 10; char* keyString = new char[messLength]; message->ReadString(keyString,messLength); string serverString(keyString); delete keyString; keyString = 0; // We got a message string from Display Server // indicating a special request. // Now we need to decode the string. // The key strings are defined in ServerProtocol.hh // bool localDebug = false; if (localDebug) { cout << "HistoDisplay: got string: " << serverString << "." << endl; } if (serverString == DspEndConnection) { cout << "HistoDisplay: The Display Server ended the " << "connection." << endl; count = maxcount; socket->Close(); Running = kFALSE; fReadFileButton->ChangeBackground(Red); // cout << "Button changed to red\n"; gClient->NeedRedraw(fReadFileButton); fChButtonSlideUpdate->SetState(kButtonUp); SlideShowUpdate = kFALSE; } if (serverString == DspObjectNotFound) { cerr << "HistoDisplay: The requested object '" << objName << "' is not available from the " << endl; cerr << "Display Server." << endl; count = maxcount; } if (serverString == DspRequestNewInfo) { if (localDebug) { cout << "HistoDisplay: The Display Server suggests " << "to request the TConsumerInfo." << endl; } //TConsumerInfo* locInfo = MakeConsumerInfo(socket); //DelTreeItemsOfInput( socket ); AddTreeItemsOfInput( socket ); RefreshTreeItem( fHistoListTree->GetFirstItem() ); SearchWarningErrorFolder ( fHistoListTree->GetFirstItem(), socket ); fClient->NeedRedraw( fHistoListTree ); } } } } } //else //if (resRecv == -1) delete message; count++; } //while ( !obj && count < maxcount ) if ( ! obj ) { cout << " Failed to get " << objName << endl; fReadFileButton->ChangeBackground(Red); gClient->NeedRedraw(fReadFileButton); fChButtonSlideUpdate->SetState(kButtonUp); SlideShowUpdate = kFALSE; // cout << "Button changed to red\n"; } //if ( ! obj ) else { if ( count > 1 ) cout << " The object " << objName << " is sent from the socket by " << count << " tries." << endl; } //else of if ( ! obj ) } //if ( socket && socket->IsValid() ) else { cout << "no connection to socket..." << socket->GetName() << endl; Running = kFALSE; fReadFileButton->ChangeBackground(Red); gClient->NeedRedraw(fReadFileButton); fChButtonSlideUpdate->SetState(kButtonUp); SlideShowUpdate = kFALSE; // cout << "Button changed to red\n"; } //else //if ( socket && socket->IsValid() ) } // TMapFile,TFile, TSocket else { cout << " No inputobj " << endl; } //else // TMapFile,TFile, TSocket } // if(inputobj) //tmp //if ( !obj ) cout << " No object found " << endl; return obj; }

void HistoDisplay::HistoDisplayMain (  Int_t  autoOpen = 0  )  [private]

TH1 * HistoDisplay::HistoInPad (  TVirtualPad *  pad, Int_t &  counthisto )  [private]

Definition at line 4231 of file HistoDisplay.cxx. Referenced by ProcessMessage(). { //cout << " In HistoInPad " << endl; if ( !pad ) return 0; TList *primitiveList = pad->GetListOfPrimitives(); TIter next( primitiveList ); TH1 *histo = 0; TObject *obj; while ( ( obj = next() ) && ( counthisto <= 1 ) ) { if ( obj->InheritsFrom( TH1::Class() ) ) { counthisto++ ; if ( counthisto == 1 ) histo = (TH1*)obj; } //if ( obj->InheritsFrom( TH1::Class() ) ) if ( obj->InheritsFrom( TPad::Class() ) ) histo = HistoInPad( (TPad*)obj , counthisto ); } //while ( ( obj = next() ) && ( counthisto <= 1 ) ) if ( counthisto >= 2 ) return 0; return histo; }

TConsumerInfo * HistoDisplay::MakeConsumerInfo (  const char *  consumername, const char *  filename )  [private]

Definition at line 1572 of file HistoDisplay.cxx. References TConsumerInfo::addObject(), getword(), infile, TConsumerInfo::setInputName(), TConsumerInfo::setNevents(), TConsumerInfo::setRunNumber(), and strdelete(). { //cout << " In Make ConsumerInfo( file ) " << endl; //cout << TheConsumerName << " " << filename << endl; //if ( !TheConsumerName || !filename ) return 0; if ( ( strlen( TheConsumerName ) == 0 ) || !filename ) return 0; TConsumerInfo *info = 0; const int maxsize = 256; ifstream infile( filename ); if ( infile ) { do { char str[ maxsize ]; infile.getline( str, maxsize - 1 ); // ConsumerInfo -- if ( char *pos = const_cast<char*>(strstr( str, "ConsumerInfo ")) ) { char *ConsumerName = 0; ConsumerName = getword( pos + strlen( "ConsumerInfo " ) ); if ( !strcmp( ConsumerName, TheConsumerName ) ) { //tmp //cout << " ConsumerName = " << ConsumerName << endl; info = new TConsumerInfo( "ConsumerInfo" ); do { char str1[ maxsize ]; infile.getline( str1, maxsize - 1 ); // run: -- if ( strstr( str1, "run:" ) ) { char *runstr = 0; runstr = getword( str1 + strlen( "run:" ) ); int runnumber = 0; if ( runstr ) { runnumber = atoi( runstr ); delete [] runstr; } //if ( runstr ) //cout << " runnumber = " << runnumber << endl; info->setRunNumber( runnumber ); if ( char *pos = const_cast<char*>(strstr( str1, "number of events:" )) ) { char *nevstr = 0; nevstr = getword( pos + strlen( "number of events:" ) ); int eventnumber = 0; if ( nevstr ) { eventnumber = atoi( nevstr ); delete [] nevstr; } //if ( nevstr ) //cout << " eventnumber = " << eventnumber << endl; info->setNevents( eventnumber ); } //if ( char *pos = strstr( str1, "number of events:" ) ) }// if ( strstr( str1, "run:" ) ) //-- // TMapFile, TFile, TSocket -- char *inputname = 0; if ( strstr( str1, "TMapFile:" ) ) { inputname = getword( str1 + strlen( "TMapFile:" ) ); info->setInputName( TString( "TMapFile:" ) + TString( inputname ) ); }// if ( strstr( str1, "TMapFile:" ) ) else if ( strstr( str1, "TFile:" ) ) { inputname = getword( str1 + strlen( "TFile:" ) ); info->setInputName( TString( "TFile:" ) + TString( inputname ) ); }// else if ( strstr( str1, "TFile:" ) ) else if ( strstr( str1, "TSocket:" ) ) { inputname = getword( str1 + strlen( "TSocket:" ) ); info->setInputName( TString( "TSocket:" ) + TString( inputname ) ); } //else if ( strstr( str1, "TSocket:" ) ) if ( inputname ) { //cout << " InputName = " << inputname << endl; //info->setInputName( TString( inputname ) ); delete [] inputname; } //if ( inputname ) //-- // objects: -- if ( strstr( str1, "objects:" ) ) { do { char str2[ maxsize ]; infile.getline( str2, maxsize - 1 ); if ( str2 && ( strlen( str2 ) > 0 ) && !strstr( str2, "ConsumerInfo" ) ) { char *path = 0; char *name = 0; char *pathname = getword( str2 ); //if ( pathname && ( *pathname != commentchar ) ) { if ( pathname ) { char *begin = str2 + strlen( pathname ) + 1; char *pos = 0; while ( ( pos = const_cast<char*>(strchr( pathname, '\"' ) )) && ( strchr( pos + 1, '\"' ) ) ) { char *tmp = 0; tmp = const_cast<char*>(strdelete( pathname, "\"" )); delete [] pathname; pathname = strdelete( tmp, "\"" ); delete [] tmp; } // while ( strchr( pathname, '\"') ) if ( char *pos = const_cast<char*>( strrchr( pathname, '/')) ) { pos++; name = new char[ strlen( pos ) + 1 ]; strcpy( name, pos ); char tmpchr = *pos; *pos = '\0'; path = new char[ strlen( pathname ) + 1 ]; strcpy( path, pathname ); *pos = tmpchr; } //if ( path = strrchr( pathname, '/') ) else { path = new char; *path = '\0'; // was: path="" < mem leak name = new char[ strlen( pathname ) + 1 ]; strcpy( name, pathname ); } //else //if ( path = strrchr( pathname, '/') ) int status = 999; char *statusstr = getword( begin ); if ( statusstr ) { delete [] statusstr; status = atoi( statusstr ); } //if ( statusstr ) /* cout << " path = " << path << " name = " << name << " status = " << status << endl; */ info->addObject( TString( name ), TString( path ), status ); if ( pathname ) { delete [] pathname; pathname = 0; } if ( path ) { delete [] path; path = 0; } if ( name ) { delete [] name; name = 0; } } //if ( pathname && ( *pathname != commentchar ) ) } // if ( str2 && ( strlen( str2 ) > 0 ) ) else break; } while( !infile.eof() ); //str2 break; } //if ( strstr( str1, "objects:" ) ) //-- } while ( !infile.eof() ); //str1 if ( ConsumerName ) delete [] ConsumerName; break; }//if ( !strcmp( ConsumerName, TheConsumerName ) ) } //if ( strstr( str, "ConsumerInfo") ) } while ( !infile.eof() ); //str infile.close(); if ( !info ) cout << " No info of " << TheConsumerName << " in " << filename << endl; } //if ( infile ) else cout << " Failed to open file " << filename << endl; return info; }

TConsumerInfo * HistoDisplay::MakeConsumerInfo (  TObject *  inputobj  )  [private]

Definition at line 1514 of file HistoDisplay.cxx. References GetNewObj(). Referenced by AddTreeItemsOfInput(). { //cout << " In Make ConsumerInfo( inputobj ) " << endl; if ( !inputobj ) return 0; TConsumerInfo *info = 0; TObject *obj = 0; /* if ( inputobj->InheritsFrom( TMapFile::Class() ) ) { TMapFile *file = (TMapFile*) inputobj; obj = file->Get("ConsumerInfo"); } //if ( inputobj->InheritsFrom( TMapFile::Class() ) else if ( inputobj->InheritsFrom( TFile::Class() ) ) { TFile *file = (TFile*) inputobj; obj = file->Get("ConsumerInfo"); } //if ( inputobj->InheritsFrom( TFile::Class() ) else if ( inputobj->InheritsFrom( TSocket::Class() ) ) { TSocket *sock = (TSocket*) inputobj; if ( sock->IsValid() ) { //request TConsumerInfo TMessage *mess; sock->Send("ConsumerInfo"); sock->Recv(mess); if ( mess ) { if ( mess->What() == kMESS_OBJECT) { obj = mess->ReadObject(mess->GetClass()); } //if ( mess->What() == kMESS_OBJECT) delete mess; } //if ( mess ) } //if ( sock->IsValid() ) } //else if ( inputobj->InheritsFrom( TSocket::Class() ) ) if ( obj && obj->InheritsFrom( TConsumerInfo::Class() ) ) { info = (TConsumerInfo*)obj; //info->print(); } //if ( obj && obj->InheritsFrom( TConsumerInfo::Class() ) ) */ obj = GetNewObj( "ConsumerInfo", inputobj ); if ( obj && obj->InheritsFrom( TConsumerInfo::Class() ) ) { info = (TConsumerInfo*)obj; //info->print(); } //if ( obj && obj->InheritsFrom( TConsumerInfo::Class() ) ) return info; }

void HistoDisplay::MakeHistoList (  TObject *  inpuobj  )  [private]

Definition at line 1899 of file HistoDisplay.cxx. References fHistoList, MakeHistoListM(), MakeHistoListR(), and MakeHistoListS(). Referenced by AddTreeItemsOfInput(). { //cout << " In MakeHistoList " << endl; if ( ! inputobj ) return ; if ( fHistoList && !( fHistoList->IsEmpty( )) ) fHistoList->Clear(); if ( inputobj->IsA() == TMapFile::Class() ) { MakeHistoListM( (TMapFile*) inputobj ); } else if ( inputobj->IsA() == TFile::Class() ) { MakeHistoListR( (TFile*) inputobj ); } else if ( inputobj->IsA() == TSocket::Class() ) { MakeHistoListS( (TSocket*) inputobj ); } }

void HistoDisplay::MakeHistoListM (  TMapFile *  MFile  )  [private]

Definition at line 1919 of file HistoDisplay.cxx. References fHistoList. Referenced by MakeHistoList(). { if ( ! MFile ) return ; TMapRec *mr = MFile->GetFirst(); while( MFile->OrgAddress(mr) ) { TString name = mr->GetName(); TObject * obj = 0; obj = (TObject*)MFile->Get(name.Data(),obj); if ( obj && obj->InheritsFrom(TH1::Class()) || //obj->InheritsFrom(TPad::Class()) ) { obj->InheritsFrom(TCanvas::Class()) ) { fHistoList->Add(obj); } mr = mr->GetNext(); } }

void HistoDisplay::MakeHistoListR (  TFile *  RFile  )  [private]

Definition at line 1937 of file HistoDisplay.cxx. References fHistoList. Referenced by MakeHistoList(). { if ( ! RFile ) return ; TIter next(RFile->GetListOfKeys()); TKey *key; TObject *obj=0; while ( ( key = (TKey*)next() ) ) { obj = (TObject*)RFile->Get(key->GetName()); if ( obj && obj->InheritsFrom(TH1::Class()) || //obj->InheritsFrom(TPad::Class()) ) { obj->InheritsFrom(TCanvas::Class()) ) { fHistoList->Add(obj); } } }

void HistoDisplay::MakeHistoListS (  TSocket *  sock  )  [private]

Definition at line 1954 of file HistoDisplay.cxx. References fHistoList, and TConsumerInfo::updateList(). Referenced by MakeHistoList(). { if ( ! sock ) return ; if ( sock->IsValid() ) { //request TConsumerInfo TMessage *mess; TConsumerInfo *info; sock->Send("ConsumerInfo"); sock->Recv(mess); if ( mess ) { if ( mess->What() == kMESS_OBJECT) { info = (TConsumerInfo*)mess->ReadObject(mess->GetClass()); if (!info) { cerr << "Null info from ReadObject!!!\n"; return; } //info->print(); info->updateList(fHistoList,sock); delete info; } delete mess; } } }

void HistoDisplay::MakeInputFrame (   )  [private]

Definition at line 636 of file HistoDisplay.cxx. References fChooseFileButton, fClearFileNameButton, fFileNameBuffer, fFileNameButtonFrame, fFileNameButtonFrameLayout, fFileNameButtonLayout, fFileNameFrame, fFileNameFrameLayout, fFileNameLabel, fFileNameLayout, fFileNameTextEntry, fFileOpenFrame, fFileOpenFrameLayout, fMainFrame, fport, fRaButLayout, fRaButMFile, fRaButRFile, fRaButSocket, fReadFileButton, fsocketserver, kM_BUTTON_CHOOSEFILE, kM_BUTTON_CLEARFILENAME, kM_BUTTON_FILENAME, kM_RABUTTON_MFILE, kM_RABUTTON_RFILE, kM_RABUTTON_SOCKET, kM_TEXTENTRY_FILENAME, LightYellow, and Red. { // Input stream Frame -- fFileNameFrame = //new TGGroupFrame(fMainFrame, "Input Stream", kVerticalFrame); new TGGroupFrame(fMainFrame, "Add Input Stream", kVerticalFrame); fFileNameFrameLayout = //new TGLayoutHints( kLHintsTop | kLHintsLeft, 2, 2, 2, 2); new TGLayoutHints( kLHintsTop | kLHintsLeft | kLHintsExpandX , 4, 4, 2, 2); // Radio Buttons -- fRaButMFile = new TGRadioButton(fFileNameFrame, "Memory Map File", kM_RABUTTON_MFILE); fRaButRFile = new TGRadioButton(fFileNameFrame, "Other ROOT File", kM_RABUTTON_RFILE); fRaButSocket = new TGRadioButton(fFileNameFrame, "Socket Connection", kM_RABUTTON_SOCKET); fRaButLayout = new TGLayoutHints(kLHintsTop | kLHintsLeft, 2,2,2,2); fRaButMFile->Associate(this); fRaButRFile->Associate(this); fRaButSocket->Associate(this); fFileNameFrame->AddFrame(fRaButMFile, fRaButLayout); fFileNameFrame->AddFrame(fRaButRFile, fRaButLayout); fFileNameFrame->AddFrame(fRaButSocket, fRaButLayout); fRaButMFile->SetState(kButtonUp); //fRaButRFile->SetState(kButtonDown); fRaButRFile->SetState(kButtonUp); //fRaButSocket->SetState(kButtonUp); fRaButSocket->SetState(kButtonDown); /* RaButMFileOn = kFALSE; RaButRFileOn = kTRUE; RaButSocketOn = kFALSE; MFileOpen = kFALSE; RFileOpen = kFALSE; sockOpen = kFALSE; */ //InputOpen = kFALSE; //-- // File Name -- fFileNameLayout = new TGLayoutHints( kLHintsTop | kLHintsLeft, 3,3,2,2); // Label -- fFileNameLabel = new TGLabel( fFileNameFrame, "Name of File / Socket Server:Port" ); fFileNameFrame-> AddFrame( fFileNameLabel, fFileNameLayout ); //-- // File Name Text Buffer -- fFileOpenFrame = new TGCompositeFrame(fFileNameFrame, 60, 20, kHorizontalFrame); fFileOpenFrameLayout = new TGLayoutHints( kLHintsTop | kLHintsLeft, 2,2,2,2); fFileNameTextEntry = new TGTextEntry( fFileOpenFrame, fFileNameBuffer = new TGTextBuffer(320), kM_TEXTENTRY_FILENAME ); char sstext[80]; sprintf(sstext,"%s:%d",fsocketserver,fport); fFileNameBuffer->AddText(0,sstext); fFileNameTextEntry-> Resize(340,fFileNameTextEntry->GetDefaultHeight()); fFileOpenFrame-> AddFrame( fFileNameTextEntry, fFileNameLayout ); fReadFileButton = new TGTextButton(fFileOpenFrame,"Open", kM_BUTTON_FILENAME); fReadFileButton->Associate(this); fReadFileButton->SetToolTipText("Open local/remote file or socket."); //gClient->GetColorByName("LightYellow",LightYellow); fReadFileButton->ChangeBackground(Red); // cout << "Button changed to red\n"; fFileOpenFrame-> AddFrame( fReadFileButton, fFileNameLayout ); fFileNameFrame-> AddFrame( fFileOpenFrame, fFileOpenFrameLayout ); //-- // Choose File, Clear buttons. -- fFileNameButtonFrame = new TGCompositeFrame(fFileNameFrame, 60, 70, kHorizontalFrame); fFileNameButtonFrameLayout = //new TGLayoutHints( kLHintsTop | kLHintsLeft, 2,2,2,2); new TGLayoutHints( kLHintsTop | kLHintsLeft, 2,2,2,0); fFileNameButtonLayout = new TGLayoutHints( kLHintsLeft, 3,3,2,2); fChooseFileButton = new TGTextButton(fFileNameButtonFrame,"Choose File", kM_BUTTON_CHOOSEFILE); fChooseFileButton->SetToolTipText("Choose Local file"); fChooseFileButton->Associate(this); fFileNameButtonFrame-> AddFrame( fChooseFileButton, //new TGLayoutHints(kLHintsTop | kLHintsCenterX, 3,5,2,2)); new TGLayoutHints(kLHintsTop | kLHintsCenterX, 3,5,2,0)); fChooseFileButton->ChangeBackground(LightYellow); fClearFileNameButton = new TGTextButton(fFileNameButtonFrame," Clear ", kM_BUTTON_CLEARFILENAME); fClearFileNameButton->SetToolTipText("Clear Input Source Name"); fClearFileNameButton->Associate(this); fFileNameButtonFrame-> AddFrame( fClearFileNameButton, //new TGLayoutHints(kLHintsTop | kLHintsRight, 3,5,2,2)); new TGLayoutHints(kLHintsTop | kLHintsRight, 3,5,2,0)); fClearFileNameButton->ChangeBackground(LightYellow); fFileNameFrame-> AddFrame( fFileNameButtonFrame, fFileNameButtonFrameLayout ); //-- fMainFrame-> AddFrame( fFileNameFrame, fFileNameFrameLayout ); //-- }

void HistoDisplay::MakeMenuBar (   )  [private]

Definition at line 481 of file HistoDisplay.cxx. References fConnectMenu, fFileMenu, fHelpMenu, fListTreeMenu, fMenuBar, fMenuBarHelpLayout, fMenuBarItemLayout, fMenuBarLayout, fMenuBarSeparator, fMenuBarSeparatorLayout, fNewCascadeMenu, fSortCascadeMenu, kM_MENU_CONNECT_STATUS, kM_MENU_FILE_CLOSE, kM_MENU_FILE_EXIT, kM_MENU_FILE_NEWCANVAS, kM_MENU_FILE_NEWGUI, kM_MENU_FILE_NEWSLIDE, kM_MENU_HELP_CANVAS, kM_MENU_HELP_GUI, kM_MENU_HELP_ROOT, kM_MENU_LISTTREE_CLEAR, kM_MENU_LISTTREE_DELETE, kM_MENU_LISTTREE_REFRESH, kM_MENU_LISTTREE_SORTFOLDER, and kM_MENU_LISTTREE_SORTTREE. { // File Menu -- fFileMenu = new TGPopupMenu( fClient->GetRoot() ); fNewCascadeMenu = new TGPopupMenu( fClient->GetRoot() ); fNewCascadeMenu->AddEntry( "&GUI", kM_MENU_FILE_NEWGUI ); fNewCascadeMenu->AddEntry( "&Canvas", kM_MENU_FILE_NEWCANVAS ); //fNewCascadeMenu->AddEntry( "&Slide Show Canvas", kM_MENU_FILE_NEWSLIDE ); fNewCascadeMenu->AddEntry( "&Auto-Update Canvas", kM_MENU_FILE_NEWSLIDE ); fFileMenu->AddPopup( "&New", fNewCascadeMenu ); fFileMenu->AddSeparator(); fFileMenu->AddEntry( "&Close", kM_MENU_FILE_CLOSE ); fFileMenu->AddEntry( "&Exit", kM_MENU_FILE_EXIT ); //-- // List Tree -- fListTreeMenu = new TGPopupMenu( fClient->GetRoot() ); fSortCascadeMenu = new TGPopupMenu( fClient->GetRoot() ); fSortCascadeMenu->AddEntry( "&Tree", kM_MENU_LISTTREE_SORTTREE ); fSortCascadeMenu->AddEntry( "In &Folder", kM_MENU_LISTTREE_SORTFOLDER ); fListTreeMenu->AddPopup( "&Sort", fSortCascadeMenu ); fListTreeMenu->AddSeparator(); fListTreeMenu->AddEntry( "&Delete", kM_MENU_LISTTREE_DELETE ); fListTreeMenu->AddEntry( "&Clear", kM_MENU_LISTTREE_CLEAR ); fListTreeMenu->AddEntry( "&Refresh", kM_MENU_LISTTREE_REFRESH ); //-- // Connection Menu -- fConnectMenu = new TGPopupMenu( fClient->GetRoot() ); fConnectMenu->AddLabel( "CDF Monitors"); fConnectMenu->AddSeparator(); /* fConnectMenu->AddEntry( "&YMON", kM_MENU_CONNECT_MON1 ); fConnectMenu->AddEntry( "&TRIGMON", kM_MENU_CONNECT_MON2 ); fConnectMenu->AddEntry( "&LUMMON", kM_MENU_CONNECT_MON3 ); fConnectMenu->AddEntry( "&PHYSMON", kM_MENU_CONNECT_MON4 ); fConnectMenu->AddEntry( "&SPY", kM_MENU_CONNECT_MON5 ); */ fConnectMenu->AddSeparator(); fConnectMenu->AddEntry( "&Status", kM_MENU_CONNECT_STATUS ); //-- // Help Menu -- fHelpMenu = new TGPopupMenu( fClient->GetRoot() ); fHelpMenu->AddEntry( "&About This GUI", kM_MENU_HELP_GUI ); fHelpMenu->AddSeparator(); fHelpMenu->AddEntry( "&About ROOT", kM_MENU_HELP_ROOT ); fHelpMenu->AddEntry( "&About Canvas", kM_MENU_HELP_CANVAS ); //-- // Associate Menu Commands -- fFileMenu->Associate(this); fNewCascadeMenu->Associate(this); fListTreeMenu->Associate(this); fSortCascadeMenu->Associate(this); fConnectMenu->Associate(this); fHelpMenu->Associate(this); //-- // Create Menu Bar -- fMenuBar = new TGMenuBar( this, 1, 1, kHorizontalFrame ); fMenuBarLayout = new TGLayoutHints( kLHintsTop | kLHintsLeft | kLHintsExpandX, 0, 0, 1, 1); fMenuBarItemLayout = new TGLayoutHints( kLHintsTop | kLHintsLeft, 0, 4, 0, 0 ); fMenuBarHelpLayout = new TGLayoutHints( kLHintsTop | kLHintsRight ); fMenuBar->AddPopup( "&File", fFileMenu, fMenuBarItemLayout ); fMenuBar->AddPopup( "&List Tree", fListTreeMenu, fMenuBarItemLayout ); fMenuBar->AddPopup( "&Connection", fConnectMenu, fMenuBarItemLayout ); fMenuBar->AddPopup( "&Help", fHelpMenu, fMenuBarHelpLayout ); AddFrame( fMenuBar, fMenuBarLayout ); //-- // Separator -- fMenuBarSeparator = new TGHorizontal3DLine( this ); fMenuBarSeparatorLayout = new TGLayoutHints( kLHintsTop | kLHintsExpandX ); AddFrame( fMenuBarSeparator, fMenuBarSeparatorLayout ); //-- }

void HistoDisplay::MakeStatusBar (   )  [private]

Definition at line 1220 of file HistoDisplay.cxx. References fMainFrame, and fStatusBar. { Int_t parts[] = {20, 80}; fStatusBar = new TGStatusBar(fMainFrame, 50, 10, kHorizontalFrame); fStatusBar->SetParts(parts, 2); fMainFrame->AddFrame(fStatusBar, new TGLayoutHints(kLHintsBottom| kLHintsExpandX)); }

void HistoDisplay::MakeTGListTree (  const TString &  , TObject *  , const char *  tip = 0 )  [private]

Definition at line 2039 of file HistoDisplay.cxx. References fHistoListTree. Referenced by AddToTree(), and AddTreeItemsOfInput(). { //cout << " In MakeTGListTree " << endl; while ( PathName.Contains("//") ) { TRegexp re("//+"); PathName(re) = "/"; } //cout << " PathName = " << PathName.Data() << endl; const int treemax = 10; int index[treemax]; int PathLength = PathName.Length(); int ii; int ind; for ( ii=0, ind = PathName.Index("/",1,0,TString::kExact) ; 0 <= ind && ind <= PathLength ; ++ii ) { index[ii] = ind; ind = PathName.Index("/",1,ind+1,TString::kExact); } int nindex = ii; index[nindex] = PathLength; TString DirName; TString HistoName; TString CurPathName; TString CurParentName; TString CurItemName; TGListTreeItem *itemOrg= 0; itemOrg = fHistoListTree->FindItemByPathname( PathName.Data() ); //if ( !fHistoListTree //->FindItemByPathname( PathName.Data() ) ) { if ( !itemOrg ) { if ( 1 < nindex ) { DirName = PathName( 0, index[nindex-1] ); HistoName = PathName( index[nindex-1]+1, index[nindex] ); if ( !fHistoListTree ->FindItemByPathname( DirName.Data() ) ) { for ( int i=0 ; i < nindex-1 ; ++i ) { CurPathName = DirName(0,index[i+1]); if ( !fHistoListTree ->FindItemByPathname( CurPathName.Data() ) ) { if ( i==0 ) { CurItemName = DirName(index[i]+1,index[i+1]-index[i]-1); TGListTreeItem *item = 0; /* fHistoListTree ->AddItem( 0, CurItemName.Data() ) ->SetUserData(inputobj); */ item = fHistoListTree ->AddItem( 0, CurItemName.Data() ); if ( item ) { item->SetUserData(inputobj); //if ( tip ) fHistoListTree->SetToolTipItem( item, tip ); } // if ( item ) } //if ( i==0 ) else { CurParentName = DirName( 0, index[i]); CurItemName = DirName(index[i]+1,index[i+1]-index[i]-1); /* fHistoListTree ->AddItem( fHistoListTree ->FindItemByPathname( CurParentName.Data() ), CurItemName.Data() ) ->SetUserData(inputobj); */ TGListTreeItem *item = 0; item = fHistoListTree ->AddItem( fHistoListTree ->FindItemByPathname( CurParentName.Data() ), CurItemName.Data() ); if ( item ) { item->SetUserData(inputobj); //if ( tip ) fHistoListTree->SetToolTipItem( item, tip ); } // if ( item ) } // else //if ( i==0 ) } // if ( !fHistoListTree... } //for ( int i=0 ; i < nindex-1 ; ++i ) }//if ( !fHistoListTree... /* fHistoListTree ->AddItem( fHistoListTree->FindItemByPathname(DirName.Data()), HistoName.Data() ) ->SetUserData(inputobj); */ TGListTreeItem *item = 0; item = fHistoListTree ->AddItem( fHistoListTree->FindItemByPathname(DirName.Data()), HistoName.Data() ); if ( item ) { item->SetUserData(inputobj); if ( tip ) fHistoListTree->SetToolTipItem( item, tip ); } // if ( item ) } //if ( 1 < nindex ) else { HistoName = PathName( index[nindex-1]+1, index[nindex] ); /* fHistoListTree ->AddItem( 0, HistoName.Data() ) ->SetUserData(inputobj); */ TGListTreeItem *item = 0; item = fHistoListTree ->AddItem( 0, HistoName.Data() ); if ( item ) { item->SetUserData(inputobj); if ( tip ) fHistoListTree->SetToolTipItem( item, tip ); } // if ( item ) } //else // if ( 1 < nindex ) } // if ( !itemOrg ) else { TObject *inputobjOrg = (TObject*) ( itemOrg->GetUserData() ); if ( !inputobj->IsEqual( inputobjOrg ) ) { itemOrg->SetUserData(inputobj); if ( tip ) fHistoListTree->SetToolTipItem( itemOrg, tip ); } //if ( !inputobj->IsEqual( inputobjOrg ) ) } //else // if ( !itemOrg ) }

void HistoDisplay::MakeTGListTreeFrame (   )  [private]

Definition at line 820 of file HistoDisplay.cxx. References AutoUpdate, fButtonFrame, fButtonFrameLayout, fButtonLayout, fChButtonAutoUpdate, fChButtonAutoUpdateLayout, fChButtonSlideUpdate, fClearHistoButton, fContentHistoButton, fControlButtonFrame, fControlButtonFrameLayout, fFrequencyFrame, fFrequencyFrameLayout, fFrequencyLabel, fFrequencyTextBuffer, fFrequencyTextEntry, fHistoButtonFrame, fHistoButtonFrameLayout, fHistoButtonGFrame, fHistoButtonGFrameLayout, fHistoButtonLayout, fHistoListFrame, fHistoListFrameLayout, fHistoListTree, fListButtonFrame, fListButtonFrameLayout, fListTreeMainFrame, fListTreeMainFrameLayout, fMainFrame, fMonitorNameBuffer, fMonitorNameLabel, fMonitorNameLayout, fMonitorNameTextEntry, fNewCanvasButton, fPauseHistoButton, fPrintHistoButton, fRestartHistoButton, fStopHistoButton, fTGCanvas, fTGCanvasLayout, fUnZeroHistoButton, fZeroHistoButton, kM_BUTTON_CANVAS, kM_BUTTON_CLEAR, kM_BUTTON_CONTENT, kM_BUTTON_PAUSE, kM_BUTTON_PRINT, kM_BUTTON_RESTART, kM_BUTTON_STOP, kM_BUTTON_UNZERO, kM_BUTTON_ZERO, kM_CHBUTTON_AUTOUPDATE, kM_CHBUTTON_SLIDEUPDATE, kM_TEXTENTRY_FREQUENCY, kM_TEXTENTRY_MONITORNAME, LightYellow, and SlideShowUpdate. { fListTreeMainFrame = new TGCompositeFrame(fMainFrame,200,300,kVerticalFrame); fListTreeMainFrameLayout = //new TGLayoutHints( kLHintsTop | kLHintsExpandX, 5, 5, 5, 5); new TGLayoutHints( kLHintsTop | kLHintsLeft | kLHintsExpandX | kLHintsExpandY, 5, 5, 5, 5); // MonitorName -- fMonitorNameLayout = new TGLayoutHints( kLHintsTop | kLHintsLeft, 2,2,2,2); //new TGLayoutHints( kLHintsTop | kLHintsLeft | kLHintsExpandX, // 2, 200, 2, 2); fMonitorNameLabel = new TGLabel( fListTreeMainFrame, // " Location in List Tree " ); " Consumer Name in \"ConsumerInfo.txt\" ( Optional User Control )" ); fListTreeMainFrame-> AddFrame( fMonitorNameLabel, fMonitorNameLayout ); fMonitorNameTextEntry = new TGTextEntry( fListTreeMainFrame, fMonitorNameBuffer = new TGTextBuffer(256), kM_TEXTENTRY_MONITORNAME ); fMonitorNameTextEntry-> Resize(260, fMonitorNameTextEntry->GetDefaultHeight()); fListTreeMainFrame-> AddFrame( fMonitorNameTextEntry, fMonitorNameLayout ); //-- // Make List Tree Frame -- fHistoListFrame = new TGCompositeFrame(fListTreeMainFrame, 220, 300, kHorizontalFrame); fHistoListFrameLayout = new TGLayoutHints( kLHintsTop | kLHintsLeft | kLHintsExpandX | kLHintsExpandY, //new TGLayoutHints( kLHintsTop | kLHintsCenterX, 1, 1, 1, 1); // Make List Tree -- fTGCanvas = new TGCanvas(fHistoListFrame, 210, 300, kSunkenFrame | kDoubleBorder); fTGCanvasLayout = //new TGLayoutHints( kLHintsTop | kLHintsLeft | kLHintsExpandY); new TGLayoutHints( kLHintsTop | kLHintsLeft | kLHintsExpandX | kLHintsExpandY ); // , 2, 2, 2, 2); fHistoListTree = new TGListTree(fTGCanvas->GetViewPort() , 210, 300, kHorizontalFrame); fHistoListTree->Associate(this); fTGCanvas->SetContainer(fHistoListTree); //tmp 2000/12/08 fHistoListTree->SetAutoTips(); fHistoListFrame->AddFrame(fTGCanvas,fTGCanvasLayout); //-- // Button Frame of List Tree -- fListButtonFrame = new TGCompositeFrame(fHistoListFrame, 100, 300, kVerticalFrame ); fListButtonFrameLayout = // new TGLayoutHints(kLHintsRight | kLHintsCenterY, 10, 10, 10, 10); //new TGLayoutHints( kLHintsCenterY, 2, 2, 5, 5); new TGLayoutHints( kLHintsRight | kLHintsCenterY | kLHintsExpandX , 2, 2, 5, 5); // AutoUpdate Check Button -- fChButtonAutoUpdate = new TGCheckButton(fListButtonFrame, "Update Automatically", kM_CHBUTTON_AUTOUPDATE); //fChButtonAutoUpdateLayout = //new TGLayoutHints( kLHintsTop | kLHintsCenterX,5,5,15,25); fChButtonAutoUpdateLayout = new TGLayoutHints( kLHintsTop | kLHintsLeft,5,2,2,2); fChButtonAutoUpdate->Associate(this); fListButtonFrame-> AddFrame( fChButtonAutoUpdate, fChButtonAutoUpdateLayout ); fChButtonAutoUpdate->SetState(kButtonDown); AutoUpdate = kTRUE; //-- // Slide Show Check Button -- fChButtonSlideUpdate = //new TGCheckButton(fListButtonFrame, "Update Slide Show Canvases", new TGCheckButton(fListButtonFrame, "Update Multi Canvases", kM_CHBUTTON_SLIDEUPDATE); fChButtonSlideUpdate->Associate(this); fListButtonFrame-> AddFrame( fChButtonSlideUpdate, fChButtonAutoUpdateLayout ); fChButtonSlideUpdate->SetState(kButtonUp); SlideShowUpdate = kFALSE; //-- // Update Frequency -- fFrequencyFrame = new TGCompositeFrame(fListButtonFrame, 100, 50, kHorizontalFrame ); fFrequencyFrameLayout = // new TGLayoutHints(kLHintsRight | kLHintsCenterY, 10, 10, 10, 10); new TGLayoutHints( kLHintsTop | kLHintsLeft ); fFrequencyLabel = //new TGLabel( fListButtonFrame, "Update Delay (msec)" ); new TGLabel( fFrequencyFrame, "Update Delay (msec)" ); //fListButtonFrame-> fFrequencyFrame-> AddFrame( fFrequencyLabel, fChButtonAutoUpdateLayout); fFrequencyTextEntry = //new TGTextEntry( fListButtonFrame, new TGTextEntry( fFrequencyFrame, fFrequencyTextBuffer = new TGTextBuffer(40), kM_TEXTENTRY_FREQUENCY ); //fFrequencyTextBuffer->AddText(0, "0"); fFrequencyTextBuffer->AddText(0, "3000"); fFrequencyTextEntry-> Resize( 50, fFrequencyTextEntry->GetDefaultHeight() ); //fListButtonFrame-> fFrequencyFrame-> AddFrame( fFrequencyTextEntry, fChButtonAutoUpdateLayout); fListButtonFrame-> AddFrame(fFrequencyFrame, fFrequencyFrameLayout); //-- // Control Buttons -- fControlButtonFrame = new TGCompositeFrame( fListButtonFrame, 200, 300, kHorizontalFrame ); fControlButtonFrameLayout = new TGLayoutHints( kLHintsCenterX | kLHintsCenterY, 5,5,5,5); // List Tree Control Buttons -- fButtonFrame = new TGCompositeFrame(fControlButtonFrame, 90, 300, kVerticalFrame | kFixedWidth ); fButtonFrameLayout = new TGLayoutHints(kLHintsLeft | kLHintsCenterY, 10, 10, 10, 10); fButtonLayout = new TGLayoutHints(kLHintsTop | kLHintsCenterX | kLHintsExpandX, //5, 5, 5, 5); 5, 5, 2, 2); /* fStartHistoButton = new TGTextButton(fButtonFrame, "&Start", kM_BUTTON_START); fStartHistoButton->Associate(this); fStartHistoButton->SetToolTipText("Start Monitoring"); */ fRestartHistoButton = new TGTextButton(fButtonFrame, "&Update", kM_BUTTON_RESTART); fRestartHistoButton->Associate(this); fRestartHistoButton->SetToolTipText("Update Current Pad"); fPauseHistoButton = new TGTextButton(fButtonFrame, "&Pause", kM_BUTTON_PAUSE); fPauseHistoButton->Associate(this); fPauseHistoButton->SetToolTipText("Pause Updating Current Pad"); fClearHistoButton = new TGTextButton(fButtonFrame, "&Clear", kM_BUTTON_CLEAR); fClearHistoButton->Associate(this); fClearHistoButton->SetToolTipText("Clear Current Pad"); fPrintHistoButton = new TGTextButton(fButtonFrame, "&Print", kM_BUTTON_PRINT); fPrintHistoButton->Associate(this); //fPrintHistoButton->SetToolTipText("Print Current Canvas"); fPrintHistoButton->SetToolTipText("Print Current Pad"); fStopHistoButton = new TGTextButton(fButtonFrame, "&Reset", kM_BUTTON_STOP); fStopHistoButton->Associate(this); fStopHistoButton->SetToolTipText("Reset All"); fNewCanvasButton = new TGTextButton(fButtonFrame, "&New Canvas", kM_BUTTON_CANVAS); fNewCanvasButton->Associate(this); fNewCanvasButton->SetToolTipText("Draw new canvas"); /* fExitButton = new TGTextButton(fButtonFrame, "&Exit", kM_BUTTON_EXIT); fExitButton->Associate(this); fExitButton->SetToolTipText("Exit from this GUI"); */ //fButtonFrame->AddFrame(fStartHistoButton, fButtonLayout); fButtonFrame->AddFrame(fRestartHistoButton, fButtonLayout); fButtonFrame->AddFrame(fPauseHistoButton, fButtonLayout); fButtonFrame->AddFrame(fClearHistoButton, fButtonLayout); fButtonFrame->AddFrame(fPrintHistoButton, fButtonLayout); fButtonFrame->AddFrame(fStopHistoButton, fButtonLayout); fButtonFrame->AddFrame(fNewCanvasButton, fButtonLayout); //fButtonFrame->AddFrame(fExitButton, fButtonLayout); //tmp //fStartHistoButton->SetState(kButtonDisabled); fPauseHistoButton->SetState(kButtonDisabled); //fClearHistoButton->SetState(kButtonDisabled); //fPrintHistoButton->SetState(kButtonDisabled); //fRestartHistoButton->SetState(kButtonDisabled); //fStopHistoButton->SetState(kButtonDisabled); //Pausing = kFALSE; //gClient->GetColorByName("LightYellow",LightYellow); //fStartHistoButton->ChangeBackground(LightYellow); fPauseHistoButton->ChangeBackground(LightYellow); fClearHistoButton->ChangeBackground(LightYellow); fPrintHistoButton->ChangeBackground(LightYellow); fRestartHistoButton->ChangeBackground(LightYellow); fStopHistoButton->ChangeBackground(LightYellow); fNewCanvasButton->ChangeBackground(LightYellow); //fExitButton->ChangeBackground(LightYellow); fControlButtonFrame-> AddFrame(fButtonFrame, fButtonFrameLayout); //-- // Histogram Control Buttons -- fHistoButtonGFrame = new TGGroupFrame(fControlButtonFrame, "Histogram", kVerticalFrame ); fHistoButtonGFrameLayout = // new TGLayoutHints(kLHintsCenterX | kLHintsCenterY, 2, 2, 2, 2); new TGLayoutHints(kLHintsRight | kLHintsCenterY, 10, 10, 10, 10); fHistoButtonFrame = new TGCompositeFrame(fHistoButtonGFrame, 50, 30, kVerticalFrame | kFixedWidth ); fHistoButtonFrameLayout = //new TGLayoutHints(kLHintsCenterX | kLHintsCenterY | kLHintsExpandX, new TGLayoutHints(kLHintsRight | kLHintsCenterY); // , 1, 1, 1, 1); fHistoButtonLayout = new TGLayoutHints(kLHintsTop | kLHintsCenterX | kLHintsExpandX, 1, 1, 5, 5); fZeroHistoButton = new TGTextButton(fHistoButtonFrame, "&Zero", kM_BUTTON_ZERO); fZeroHistoButton->Associate(this); fZeroHistoButton->SetToolTipText("Reset selected Histograms"); fUnZeroHistoButton = new TGTextButton(fHistoButtonFrame, "&Restore", kM_BUTTON_UNZERO); fUnZeroHistoButton->Associate(this); fUnZeroHistoButton ->SetToolTipText("Back before reseting selected Histograms"); fContentHistoButton = new TGTextButton(fHistoButtonFrame, "&Content", kM_BUTTON_CONTENT); fContentHistoButton->Associate(this); fContentHistoButton ->SetToolTipText("Draw Bin-Content Histo of a Selected Item"); fHistoButtonFrame->AddFrame(fZeroHistoButton, fHistoButtonLayout); fHistoButtonFrame->AddFrame(fUnZeroHistoButton, fHistoButtonLayout); fHistoButtonFrame->AddFrame(fContentHistoButton, fHistoButtonLayout); //fZeroHistoButton->SetState(kButtonDisabled); //fUnZeroHistoButton->SetState(kButtonDisabled); //fContentHistoButton->SetState(kButtonDisabled); fZeroHistoButton->ChangeBackground(LightYellow); fUnZeroHistoButton->ChangeBackground(LightYellow); fContentHistoButton->ChangeBackground(LightYellow); fHistoButtonGFrame-> AddFrame(fHistoButtonFrame, fHistoButtonFrameLayout); fControlButtonFrame-> AddFrame(fHistoButtonGFrame, fHistoButtonGFrameLayout); //-- fListButtonFrame-> AddFrame(fControlButtonFrame, fControlButtonFrameLayout); fHistoListFrame-> AddFrame(fListButtonFrame, fListButtonFrameLayout); fListTreeMainFrame-> AddFrame(fHistoListFrame,fHistoListFrameLayout); //-- fMainFrame-> AddFrame(fListTreeMainFrame,fListTreeMainFrameLayout); //-- }

void HistoDisplay::MakeTitleFrame (  const char *   )  [private]

Definition at line 587 of file HistoDisplay.cxx. References fMainFrame, fPicBut, fPictLayout, fTextGC, fTitleFrame, fTitleFrameLayout, fTitleLabel, fTitleLabelLayout, and kM_PICTBUTTON. { // Title Frame with logo picture -- fTitleFrame = new TGCompositeFrame(fMainFrame,200,40,kHorizontalFrame); fTitleFrameLayout = new TGLayoutHints(kLHintsTop | kLHintsExpandX, 0, 0, 0, 0); FontStruct_t labelfont; labelfont = gClient->GetFontByName( "-*-times-bold-r-*-*-24-*-*-*-*-*-*-*"); GCValues_t gval; gval.fMask = kGCForeground | kGCFont; gval.fFont = gVirtualX->GetFontHandle(labelfont); gClient->GetColorByName("red", gval.fForeground); fTextGC = gVirtualX->CreateGC(gClient->GetRoot()->GetId(), &gval); fTitleLabel = new TGLabel(fTitleFrame, fTitle , fTextGC, labelfont); fTitleLabelLayout = new TGLayoutHints(kLHintsLeft | kLHintsCenterY, 40, 10, 20, 20); fTitleFrame->AddFrame(fTitleLabel, fTitleLabelLayout); fPicBut = new TGPictureButton( fTitleFrame, gClient-> GetPicture("${CONSUMER_ICONS}/minos.xpm"), kM_PICTBUTTON); fPictLayout = new TGLayoutHints(kLHintsTop | kLHintsRight //,0,0,0,0); ,0,4,4,0); fPicBut->Associate(this); fTitleFrame->AddFrame(fPicBut, fPictLayout); fMainFrame-> AddFrame(fTitleFrame,fTitleFrameLayout); //-- }

void HistoDisplay::MenuConnectStatus (   )  [private]

Definition at line 4456 of file HistoDisplay.cxx. References consumerlist, ConsumerList::print(), and ConsumerList::readWebPage(). Referenced by ProcessMessage(). { TGTransientFrame *fTransientFrame; fTransientFrame = new TGTransientFrame(gClient->GetRoot(), this, 500, 200); TGLayoutHints *fLayout; fLayout = new TGLayoutHints( kLHintsExpandX | kLHintsExpandY, 0, 0, 0, 0); TGTextView *fTextView; fTextView = new TGTextView( fTransientFrame, 600, 200); //,kSunkenFrame | kDoubleBorder ); TString StatusTxt = "\n"; consumerlist->readWebPage(); ostrstream ostr; consumerlist->print(ostr); ostr << ends; StatusTxt.Append(ostr.str()); if ( fTextView->LoadBuffer( StatusTxt.Data() ) ) { fTextView->MapWindow(); } else { cout << " Failed to load Socket status text info." << endl; } fTransientFrame->AddFrame(fTextView,fLayout); fTransientFrame->SetWindowName("Connection Status"); fTransientFrame->MapSubwindows(); fTransientFrame->MapWindow(); }

void HistoDisplay::MenuHelp (  const char *  s, const char *  helpText )  [private]

Definition at line 4496 of file HistoDisplay.cxx. References s(). Referenced by ProcessMessage(). { //cout << " In MenuHelp " << endl; TRootHelpDialog *fHelpDialog; fHelpDialog = new TRootHelpDialog( this, s, 500, 400); { fHelpDialog->SetText(helpText); fHelpDialog->Popup(); } }

void HistoDisplay::MessageBox (  const char *  msg  )  [private]

Definition at line 4509 of file HistoDisplay.cxx. Referenced by ProcessMessage(). { //cout << " In MessageBox " << endl; int retval; EMsgBoxIcon icontype = kMBIconExclamation; //Int_t buttons = kMBOk; int buttons = kMBOk; new TGMsgBox(fClient->GetRoot(), this, "WARNING", msg, icontype, buttons, &retval); }

TObject * HistoDisplay::OpenFile (  const char *  filename, EInputTypes  inputtype = kTFile, Option_t *  option = "READ" )  [private]

Definition at line 1238 of file HistoDisplay.cxx. References Create(), and option. Referenced by ProcessMessage(). { //cout << " In OpenFile " << endl; TObject *InputObj = 0; if ( inputtype == kTMapFile ) { TObject *obj =gROOT->GetListOfMappedFiles()->FindObject(filename) ; TMapFile *MFile = 0; if ( obj ) { MFile = (TMapFile*)obj; } else { //TMapFile::SetMapAddress(0x40c0000); MFile = TMapFile::Create(filename, option); } if ( MFile && MFile->IsFolder() && (MFile->IsA() == TMapFile::Class()) ) { //MFile->ls(); //InputOpen = kTRUE; InputObj = MFile; } else { cout << " Error Opening " << filename << endl; if ( MFile ) MFile->Close(); //InputOpen = kFALSE; } } //if ( inputtype == kTMapFile ) else if ( inputtype == kTFile ) { TObject *obj = gROOT->GetListOfFiles()->FindObject(filename); TFile *RFile = 0; if ( obj ) { RFile = (TFile*)obj; } else { RFile = TFile::Open(filename, option); } if ( RFile && RFile->IsOpen() && RFile->IsFolder() && !(RFile->IsZombie()) && (RFile->IsA() == TFile::Class()) && (RFile->IsA() != TMapFile::Class()) ) { //RFile->ls(); //InputOpen = kTRUE; InputObj = RFile; } else { cout << " Error Opening " << filename << endl; if ( RFile ) RFile->Close(); //InputOpen = kFALSE; } } //else if ( inputtype == kTFile ) else if ( inputtype == kTSocket ) { TSocket *sock = 0; //TObject *obj =gROOT->GetListOfSockets()->FindObject(filename); //if ( obj ) sock = (TSocket*)obj; //else { sock = (TSocket*)gROOT->GetListOfSockets()->FindObject(filename); //while ( sock && !sock->IsValid() ) { while ( sock ) { sock->Close(); sock = (TSocket*)gROOT->GetListOfSockets()->FindObject(filename); }//while ( sock && !sock->IsValid() ) if ( !sock ) { TUrl url(filename); sock = new TSocket(url.GetHost(),url.GetPort()); //cout << " Socket Server Name = " << url.GetHost() << endl; //cout << " port = " << url.GetPort() << endl; } //if ( !sock ) sock->SetName( filename ); if ( sock && sock->IsValid() ) { cout << " Socket Server = " << filename << endl; //InputOpen = kTRUE; InputObj = sock; } else { cout << " Error Opening " << filename << endl; if ( sock ) sock->Close(); //InputOpen = kFALSE; } } //else if ( inputtype == kTSocket ) { return InputObj; }

void HistoDisplay::PopUpSlides (  TGListTreeItem *  item, const char *  canvasname, const char *  canvastitle )  [private]

Definition at line 2511 of file HistoDisplay.cxx. References fSlideTimer, and StartSlides(). Referenced by SearchWarningErrorFolder(). { //cout << " In PopUpWarningSlides " << endl; TVirtualPad *padsav = 0; if ( gPad ) padsav = gPad; TCanvas *canvas = 0; canvas = (TCanvas*) ( gROOT->GetListOfCanvases()->FindObject( canvasname ) ); if ( !canvas ) { canvas = new TCanvas( canvasname, canvastitle, 400, 400 ); } //if ( !canvas ) if ( canvas ) { TCanvasImp *canvasimp = canvas->GetCanvasImp(); if ( canvasimp ) canvasimp->Show(); canvas->Clear(); canvas->cd(); //if ( fSlideTimer ) if ( fSlideTimer && !fSlideTimer->HasTimedOut() ) fSlideTimer->TurnOff(); StartSlides( item ); } // if ( canvas ) if ( padsav ) padsav->cd(); }

void HistoDisplay::PrintCanvas (  TPad *  canvas  )  [private]

Definition at line 4355 of file HistoDisplay.cxx. References CObject::GetName(), and gSystem(). Referenced by ProcessMessage(). { //cout << " In PrintCanvas " << endl; // From TGTextEdit.cxx Int_t ret; static char *gPrinter = 0; static char *gPrintCommand = 0; if (!gPrinter) { //gPrinter = StrDup(""); // use gEnv //gPrintCommand = StrDup("lpr"); gPrinter = StrDup("157-ept7-hp"); // use gEnv gPrintCommand = StrDup("xprint -h -P"); } //if (!gPrinter) //unused TGPrintDialog *printdialog = // new TGPrintDialog( fClient->GetRoot(), this, 400, 150, // &gPrinter, &gPrintCommand, &ret ); if ( ret ) { if ( canvas ) { const char *canvasname = canvas->GetName(); char *msg = 0; if ( strlen( gPrinter ) ) { /* msg = new char[ strlen( gPrintCommand ) + 3 + strlen( gPrinter ) + 1 + strlen( canvasname ) + 4 + 1 ]; sprintf( msg, "%s -P%s %s.ps\n", gPrintCommand, gPrinter, canvasname ); */ msg = new char[ strlen( gPrintCommand ) + 1 + strlen( gPrinter ) + 1 + strlen( canvasname ) + 6 + 1 ]; sprintf( msg, "%s %s \"%s.ps\"\n", gPrintCommand, gPrinter, canvasname ); } //if ( gPrinter ) else { msg = new char[ strlen( gPrintCommand ) + 1 + strlen( canvasname ) + 6 + 1 ]; sprintf( msg, "%s \"%s.ps\"\n", gPrintCommand, canvasname ); } //else //if ( gPrinter ) canvas->Print( 0, "ps" ); cout << msg << endl; gSystem->Exec( msg ); if ( msg ) delete [] msg; } //if ( canvas ) } //if (ret) // do not need delete printdialog // because done by closing the windown. }

Bool_t HistoDisplay::ProcessMessage (  Long_t  msg, Long_t  parm1, Long_t  parm2 )  [virtual]

Definition at line 4584 of file HistoDisplay.cxx. References AddSubtractHisto(), AddTreeItemsOfInput(), AutoUpdate, CanvasName, CanvasNumber, CanvasTitle, ClearCurrentPad(), CloseWindow(), DrawContentHisto(), DrawHisto(), EInputTypes, fChButtonAutoUpdate, fChButtonSlideUpdate, fDisplayedList, fFileNameBuffer, fFileNameTextEntry, fHistoListTree, FileDialogWindow(), FileName, FileNameClear(), fPauseHistoButton, fRaButMFile, fRaButRFile, fRaButSocket, fReadFileButton, fRestartHistoButton, fSelectedItem, fSlideCanvasList, fSlideTimer, fStatusBar, fUpdateTimer, GetCObjFromListItem(), HistoDisplaySlideTimer::GetCurrentPad(), gHelpHistoDisplay, Green, HistoDisplay(), HistoInPad(), kM_BUTTON_CANVAS, kM_BUTTON_CHOOSEFILE, kM_BUTTON_CLEAR, kM_BUTTON_CLEARFILENAME, kM_BUTTON_CONTENT, kM_BUTTON_FILENAME, kM_BUTTON_PAUSE, kM_BUTTON_PRINT, kM_BUTTON_RESTART, kM_BUTTON_STOP, kM_BUTTON_UNZERO, kM_BUTTON_ZERO, kM_CHBUTTON_AUTOUPDATE, kM_CHBUTTON_SLIDEUPDATE, kM_MENU_CONNECT_STATUS, kM_MENU_FILE_CLOSE, kM_MENU_FILE_EXIT, kM_MENU_FILE_NEWCANVAS, kM_MENU_FILE_NEWGUI, kM_MENU_FILE_NEWSLIDE, kM_MENU_HELP_CANVAS, kM_MENU_HELP_GUI, kM_MENU_HELP_ROOT, kM_MENU_LISTTREE_CLEAR, kM_MENU_LISTTREE_DELETE, kM_MENU_LISTTREE_REFRESH, kM_MENU_LISTTREE_SORTFOLDER, kM_MENU_LISTTREE_SORTTREE, kM_PICTBUTTON, kM_RABUTTON_MFILE, kM_RABUTTON_RFILE, kM_RABUTTON_SOCKET, kM_TEXTENTRY_FILENAME, MenuConnectStatus(), MenuHelp(), MessageBox(), OpenFile(), PrintCanvas(), RecursivePadClear(), Red, RefreshTreeItem(), RemoveTGListTree(), ResetObjects(), Running, SlideShowUpdate, SortTGListTree(), StartSlides(), strstrn(), UpdateCanvas(), and UpdateTimerOn(). { //cout << " In ProcessMessage " << endl; //static TObject *inputobj = 0; //TObject *inputobj2 =0; TPad *gpad = 0; switch ( GET_MSG(msg) ) { case kC_COMMAND: switch ( GET_SUBMSG(msg) ) { case kCM_MENU: switch ( parm1 ) { case kM_MENU_FILE_NEWGUI: new HistoDisplay(gClient->GetRoot(), 200, 400, fsocketserver, fport); break; case kM_MENU_FILE_NEWCANVAS: //gROOT->GetMakeDefCanvas()(); { CanvasNumber++; char *num = new char[3]; sprintf( num, "%d", CanvasNumber); TCanvas *CurrentCanvas = new TCanvas( CanvasName + TString( num ), CanvasTitle + TString( num) , 500, 500 ); delete num; CurrentCanvas->cd(); } break; case kM_MENU_FILE_NEWSLIDE: { static int i = 0; i++; //TString name = "MINOSSlideShowCanvas"; //TString title = "MINOS Slide Show Canvas "; TString name = "AutoUpdateCanvas"; TString title = "Auto Update Canvas "; char *num = 0; num = new char[ 3 ]; sprintf( num, "%d", i ); name = name + TString( num ); title = title + TString( num ); delete num; //tmp //cout << name << " " << title << endl; TCanvas *slideCanvas = new TCanvas( name, title, 500, 500 ); slideCanvas->cd(); if ( fSlideCanvasList ) { if ( !( fSlideCanvasList->IsEmpty() ) ) { TObjLink *link = fSlideCanvasList->FirstLink(); while ( link ) { TObject *obj = 0; obj = link->GetObject(); link = link->Next(); if ( !obj || !( gROOT->GetListOfCanvases()->FindObject( obj ) ) ) fSlideCanvasList->Remove( obj ); } //while ( link ) } //if ( !( fSlideCanvasList->IsEmpty() ) fSlideCanvasList->Add( slideCanvas ); } //if ( fSlideCanvasList ) } //{ break; case kM_MENU_FILE_CLOSE: // Do not know how to close one window. DestroyWindow(); // in TGWindow //cout << " Sorry. Not yet. " << endl; break; case kM_MENU_FILE_EXIT: Running = kFALSE; fReadFileButton->ChangeBackground(Red); // cout << "Button changed to red\n"; fChButtonSlideUpdate->SetState(kButtonUp); SlideShowUpdate = kFALSE; gClient->NeedRedraw(fReadFileButton); ResetObjects(); CloseWindow(); break; case kM_MENU_LISTTREE_SORTTREE: SortTGListTree(); break; case kM_MENU_LISTTREE_SORTFOLDER: if ( fSelectedItem ) { fHistoListTree->SortChildren(fSelectedItem); fClient->NeedRedraw(fHistoListTree); } break; case kM_MENU_LISTTREE_DELETE: if ( fSelectedItem ) { CObject *cobj = (CObject*) fDisplayedList ->FindObject(fSelectedItem->GetText()); if ( fDisplayedList->Remove( cobj ) ) delete cobj; fHistoListTree->DeleteItem(fSelectedItem); fClient->NeedRedraw(fHistoListTree); } fSelectedItem = 0; break; case kM_MENU_LISTTREE_CLEAR: if ( fDisplayedList ) fDisplayedList->Clear(); RemoveTGListTree(); break; case kM_MENU_LISTTREE_REFRESH: if ( fSelectedItem ) RefreshTreeItem( fSelectedItem ); else RefreshTreeItem( fHistoListTree->GetFirstItem() ); break; /* case kM_MENU_CONNECT_MON1: cout << " Sorry. Not yet implemented. " << endl; break; case kM_MENU_CONNECT_MON2: cout << " Sorry. Not yet implemented. " << endl; break; case kM_MENU_CONNECT_MON3: cout << " Sorry. Not yet implemented. " << endl; break; case kM_MENU_CONNECT_MON4: cout << " Sorry. Not yet implemented. " << endl; break; case kM_MENU_CONNECT_MON5: cout << " Sorry. Not yet implemented. " << endl; break; */ case kM_MENU_CONNECT_STATUS: MenuConnectStatus(); break; case kM_MENU_HELP_GUI: MenuHelp("Help on this GUI...", gHelpHistoDisplay); break; case kM_MENU_HELP_ROOT: MenuHelp("Help on ROOT...", gHelpAbout); break; case kM_MENU_HELP_CANVAS: MenuHelp("Help on Canvas...", gHelpCanvas); break; } // switch( parm1 ) break; //kCM_MENU case kCM_BUTTON: switch ( parm1 ) { case kM_PICTBUTTON: //PopupWindow(); new PhotoWindow(fClient->GetRoot(), this, 400, 500); break; case kM_BUTTON_FILENAME: { // dp : reset first fReadFileButton->SetState(kButtonUp); fReadFileButton->ChangeBackground(Red); fChButtonSlideUpdate->SetState(kButtonUp); SlideShowUpdate = kFALSE; // cout << "Button changed to red\n"; gClient->NeedRedraw(fReadFileButton); Running = kFALSE; fSelectedItem = 0; ResetObjects(); // Delete and Remove files, socket, and lists, ListTrees -- if ( gPad && !( gROOT->GetListOfCanvases()->IsEmpty() ) ) { TCanvas *CurrentCanvas = 0; CurrentCanvas = gPad->GetCanvas(); if ( CurrentCanvas ) { //CurrentCanvas->Clear(); RecursivePadClear( CurrentCanvas ); CurrentCanvas->cd(); CurrentCanvas->Modified(); CurrentCanvas->Update(); } //if ( CurrentCanvas ) } //if ( gPad && !( gROOT->GetCanvasList()->IsEmpty() ) ) FileName = TString( fFileNameBuffer->GetString() ); EInputTypes inputtype; if ( fRaButMFile->GetState() == kButtonDown ) inputtype = kTMapFile; else if ( fRaButRFile->GetState() == kButtonDown ) inputtype = kTFile; else if ( fRaButSocket->GetState() == kButtonDown ) inputtype = kTSocket; //InputObj = OpenFile( FileName.Data(), inputtype, "READ" ); TObject *InputObj = OpenFile( FileName.Data(), inputtype, "READ" ); //if ( InputOpen ) { if ( InputObj ) { AddTreeItemsOfInput( InputObj ); //RefreshTreeItem( fHistoListTree->GetFirstItem() ); fClient->NeedRedraw( fHistoListTree ); fReadFileButton->ChangeBackground(Green); // cout << "Button changed to green\n"; // cout << "Opened file\n"; gClient->NeedRedraw(fReadFileButton); // fMainFrame->Update(); char* str = new char[ 9 + FileName.Length() ]; strcpy(str, " Opened "); fStatusBar ->SetText( strcat(str, FileName.Data()), 1); delete [] str; } //if ( InputObj ) else { //if ( inputtype == kTMapFile && !InputOpen ) { if ( inputtype == kTMapFile ) { const char *sg = "Failed to open memory map file."; MessageBox(sg); } //else if ( inputtype == kTFile && !InputOpen ) { else if ( inputtype == kTFile ) { const char *sg = "Failed to open ROOT file."; MessageBox(sg); } //else if ( inputtype == kTSocket && !InputOpen ) { else if ( inputtype == kTSocket ) { const char *sg = "Failed to open the socket connection."; MessageBox(sg); } char* str = new char[16+FileName.Length()]; str = strcpy(str," Error Opening "); fStatusBar ->SetText( strcat(str, FileName.Data()), 1); delete [] str; } } break; case kM_BUTTON_CHOOSEFILE: if( (fRaButMFile->GetState() == kButtonDown) || (fRaButRFile->GetState() == kButtonDown) ) { const char *file = FileDialogWindow(); if ( file ){ fFileNameBuffer->Clear(); // Older version of ROOT. /* char s[80] = ""; strcat(s, gSystem->WorkingDirectory()); strcat(s, "/"); strcat(s, file); fFileNameBuffer->AddText(0, s); */ fFileNameBuffer->AddText(0, file); gClient->NeedRedraw(fFileNameTextEntry); //T.A delete [] file; } } break; case kM_BUTTON_CLEARFILENAME: FileNameClear(); break; /* case kM_BUTTON_START: MonitorName = TString( fMonitorNameBuffer->GetString() ); HistoDisplayMain(); //inputobj2 = inputobj; //HistoDisplayMain( inputobj2 ); //tmp //fReadFileButton->SetState(kButtonUp); //tmp //fStartHistoButton->SetState(kButtonDisabled); fStopHistoButton->SetState(kButtonUp); fClearHistoButton->SetState(kButtonUp); fPrintHistoButton->SetState(kButtonUp); fZeroHistoButton->SetState(kButtonUp); fUnZeroHistoButton->SetState(kButtonUp); fContentHistoButton->SetState(kButtonUp); break; */ case kM_BUTTON_PAUSE: if ( Running ) { fPauseHistoButton->SetState( kButtonDisabled ); fRestartHistoButton->SetState( kButtonUp ); Running = kFALSE; } //if ( Running ) break; case kM_BUTTON_CLEAR: ClearCurrentPad(); break; case kM_BUTTON_PRINT: if ( gPad || !( gROOT->GetListOfCanvases()->IsEmpty() ) ) { //PrintCanvas( gPad->GetCanvas() ); PrintCanvas( (TPad*)gPad ); }//if ( gPad || !( gROOT->GetListOfCanvases()->IsEmpty() ) ) break; case kM_BUTTON_RESTART: if ( fSelectedItem ) { /* if ( strstr( fSelectedItem->GetText(), "slide" ) || strstr( fSelectedItem->GetText(), "Slide" ) || strstr( fSelectedItem->GetText(), "SLIDE" ) ) { */ if ( strstrn( fSelectedItem->GetText(), kSlideShowFolder ) ) { StartSlides( fSelectedItem ); } //if ( strstr( fSelectedItem->GetText() ) || else { if ( AutoUpdate ) { fPauseHistoButton->SetState( kButtonUp ); fRestartHistoButton->SetState( kButtonDisabled ); UpdateTimerOn(); } // if ( AutoUpdate ) { else { UpdateCanvas(); } //else //if ( AutoUpdate ) { } //else // if ( strstr( fSelectedItem->GetText(), "slide" ) || } //if( fSelectedItem ) break; case kM_BUTTON_ZERO: gpad = (TPad*)gPad; AddSubtractHisto(gpad, 1); UpdateCanvas(); break; case kM_BUTTON_UNZERO: gpad = (TPad*)gPad; AddSubtractHisto(gpad, 0); UpdateCanvas(); break; case kM_BUTTON_CONTENT: /* if ( fSelectedItem ) { TObject *obj = fDisplayedList->FindObject( fSelectedItem->GetText() ); if ( obj && obj->InheritsFrom(CHistogram::Class()) ) { TH1 *histo = (TH1*) ( ((CHistogram*)obj)->SubtractedHisto() ); //TH1 *histo = ( (CHistogram*)obj )->GetHistoDrawn(); DrawContentHisto( histo ); delete histo; } } */ gpad = (TPad*)gPad; if ( gpad ) { Int_t counthisto = 0; TH1 *histo = HistoInPad( gpad , counthisto ); if ( counthisto == 1 ) DrawContentHisto( histo ); else if ( counthisto >= 2 ) cout << " Select one histo on canvas. " << endl; } //if ( gpad ) break; case kM_BUTTON_CANVAS: { static int i = 0; i++; //TString name = "MINOSSlideShowCanvas"; //TString title = "MINOS Slide Show Canvas "; TString name = "AutoUpdateCanvas"; TString title = "Auto Update Canvas "; char *num = 0; num = new char[ 3 ]; sprintf( num, "%d", i ); name = name + TString( num ); title = title + TString( num ); delete num; //tmp //cout << name << " " << title << endl; TCanvas *slideCanvas = new TCanvas( name, title, 500, 500 ); slideCanvas->cd(); if ( fSlideCanvasList ) { if ( !( fSlideCanvasList->IsEmpty() ) ) { TObjLink *link = fSlideCanvasList->FirstLink(); while ( link ) { TObject *obj = 0; obj = link->GetObject(); link = link->Next(); if ( !obj || !( gROOT->GetListOfCanvases()->FindObject( obj ) ) ) fSlideCanvasList->Remove( obj ); } //while ( link ) } //if ( !( fSlideCanvasList->IsEmpty() ) fSlideCanvasList->Add( slideCanvas ); } //if ( fSlideCanvasList ) } //{ break; case kM_BUTTON_STOP: cout << "Pressed RESET\n"; /* fPauseHistoButton->SetState(kButtonDisabled); fRestartHistoButton->SetState(kButtonDisabled); fZeroHistoButton->SetState(kButtonDisabled); fUnZeroHistoButton->SetState(kButtonDisabled); fContentHistoButton->SetState(kButtonDisabled); fStopHistoButton->SetState(kButtonDisabled); */ if (fUpdateTimer) {fUpdateTimer->TurnOff();} if (fSlideTimer) {fSlideTimer->TurnOff();} if ( Running ) { fPauseHistoButton->SetState( kButtonDisabled ); fRestartHistoButton->SetState( kButtonUp ); Running = kFALSE; } ; fReadFileButton->SetState(kButtonUp); fReadFileButton->ChangeBackground(Red); // cout << "Button changed to red\n"; gClient->NeedRedraw(fReadFileButton); fChButtonSlideUpdate->SetState(kButtonUp); SlideShowUpdate = kFALSE; Running = kFALSE; fSelectedItem = 0; ResetObjects(); fHistoListTree->Clear(); //dp // Delete and Remove files, socket, and lists, ListTrees -- if ( gPad && !( gROOT->GetListOfCanvases()->IsEmpty() ) ) { TCanvas *CurrentCanvas = 0; CurrentCanvas = gPad->GetCanvas(); if ( CurrentCanvas ) { //CurrentCanvas->Clear(); RecursivePadClear( CurrentCanvas ); CurrentCanvas->cd(); CurrentCanvas->Modified(); CurrentCanvas->Update(); } //if ( CurrentCanvas ) } //if ( gPad && !( gROOT->GetCanvasList()->IsEmpty() ) ) //-- break; /* case kM_BUTTON_EXIT: Running = kFALSE; ResetObjects(); CloseWindow(); break; */ } //switch parm1 break; //kCM_BUTTON case kCM_CHECKBUTTON: switch ( parm1 ) { case kM_CHBUTTON_AUTOUPDATE: if ( fChButtonAutoUpdate->GetState() == kButtonDown ) { AutoUpdate = kTRUE; fChButtonSlideUpdate->SetState(kButtonUp); } else { AutoUpdate = kFALSE; fPauseHistoButton->SetState(kButtonDisabled); fRestartHistoButton->SetState(kButtonUp); Running = kFALSE; fChButtonSlideUpdate->SetState(kButtonUp); fChButtonSlideUpdate->SetState(kButtonDisabled); SlideShowUpdate = kFALSE; } break; case kM_CHBUTTON_SLIDEUPDATE: if ( fChButtonSlideUpdate->GetState() == kButtonDown ) SlideShowUpdate = kTRUE; else SlideShowUpdate = kFALSE; break; } // switch parm1 of Check Button break; //kCM_CHECKBUTTON case kCM_RADIOBUTTON: switch ( parm1 ) { case kM_RABUTTON_MFILE: fRaButMFile->SetState(kButtonDown); fRaButRFile->SetState(kButtonUp); fRaButSocket->SetState(kButtonUp); break; // kM_RABUTTON_MFILE case kM_RABUTTON_RFILE: fRaButMFile->SetState(kButtonUp); fRaButRFile->SetState(kButtonDown); fRaButSocket->SetState(kButtonUp); break; // kM_RABUTTON_RFILE case kM_RABUTTON_SOCKET: fRaButMFile->SetState(kButtonUp); fRaButRFile->SetState(kButtonUp); fRaButSocket->SetState(kButtonDown); break; // kM_RABUTTON_SOCKET } // switch parm1 of Radio Button break; //kCM_RADIOBUTTON } //switch submsg of kC_COMMAND break; // kC_COMMAND case kC_LISTTREE: switch ( GET_SUBMSG(msg) ) { case kCT_ITEMCLICK: if ( parm1 == kButton1 || parm1 == kButton2 ) { TGListTreeItem *item; if ( (item = fHistoListTree->GetSelected()) !=0 && item != fSelectedItem) { fClient->NeedRedraw(fHistoListTree); fSelectedItem = item; } } //if parm1 of kCT_ITEMCLICK else if ( parm1 == kButton3 ) { TGListTreeItem *item; if ( (item = fHistoListTree->GetSelected()) !=0 ) { fClient->NeedRedraw(fHistoListTree); fSelectedItem = item; if ( fSelectedItem ) { /* if ( strstr( fSelectedItem->GetText(), "slide" ) || strstr( fSelectedItem->GetText(), "Slide" ) || strstr( fSelectedItem->GetText(), "SLIDE" ) ) { */ if ( strstrn( fSelectedItem->GetText(), kSlideShowFolder ) ) { //dp StartSlides( fSelectedItem ); } //if ( strstr( fSelectedItem->GetText() ) || else { if ( fSlideTimer && ( fSlideTimer->GetCurrentPad() == gPad ) && !fSlideTimer->HasTimedOut() ) //if ( fSlideTimer ) fSlideTimer->TurnOff(); if ( fSelectedItem->GetFirstChild() && fSelectedItem->GetFirstChild()->GetNextSibling() && fSelectedItem->IsOpen() ) { TList *selectedList = new TList(); TGListTreeItem *item2; item2 = fSelectedItem->GetFirstChild(); while ( item2 ) { //TObject *obj2 = 0; //obj2 = fDisplayedList->FindObject( item2->GetText() ); TObject *obj2 = GetCObjFromListItem( item2 ); if( obj2 ) { selectedList->Add( obj2 ); //obj2->ls(); }//if( obj2 ) item2 = item2->GetNextSibling(); }// while( item2 ) DrawHisto( selectedList ); delete selectedList; } //if ( selectedItem->GetFirstChild() && else { //TObject *obj = //fDisplayedList->FindObject( fSelectedItem->GetText() ); TObject *obj = GetCObjFromListItem( item ); DrawHisto( obj ); } //else //if ( selectedItem->GetFirstChild() && if ( AutoUpdate ) { fPauseHistoButton->SetState( kButtonUp ); fRestartHistoButton->SetState( kButtonDisabled ); UpdateTimerOn(); } //if (AutoUpdate) else { //if ( !Running ) { fPauseHistoButton->SetState( kButtonDisabled ); fRestartHistoButton->SetState( kButtonUp ); //} //if ( !Running ) { } //else //if (AutoUpdate) } //else //if ( strstr( fSelectedItem->GetText() ) || } //if ( fSelectedItem ) } //if ( (item = fHistoListTree->GetSelected()) !=0 ) } // else if parm1 == kButton3 of kCT_ITEMCLICK break; // kCT_ITEMCLICK case kCT_ITEMDBLCLICK: //if ( parm1 == kButton1 ) { if ( parm1 ) { TGListTreeItem *item; if ( (item = fHistoListTree->GetSelected()) !=0 ) { fClient->NeedRedraw(fHistoListTree); fSelectedItem = item; if ( fSelectedItem ) { //TObject *obj = //fDisplayedList->FindObject( fSelectedItem->GetText() ); TObject *obj = GetCObjFromListItem( item ); if ( !obj ) { /* if ( ( strstr( fSelectedItem->GetText(), "slide" ) || strstr( fSelectedItem->GetText(), "Slide" ) || strstr( fSelectedItem->GetText(), "SLIDE" ) ) ) { */ if ( strstrn( fSelectedItem->GetText(), kSlideShowFolder ) ) { //dp StartSlides( fSelectedItem ); } // if ( ( strstr( fSelectedItem->GetText(), "slide" ) || } //if ( !obj ) else { if ( fSlideTimer && ( fSlideTimer->GetCurrentPad() == gPad ) && !fSlideTimer->HasTimedOut() ) //if ( fSlideTimer ) fSlideTimer->TurnOff(); DrawHisto( obj ); if ( AutoUpdate ) { fPauseHistoButton->SetState( kButtonUp ); fRestartHistoButton->SetState( kButtonDisabled ); UpdateTimerOn(); } //if ( AutoUpdate ) else { //if ( !Running ) { fPauseHistoButton->SetState( kButtonDisabled ); fRestartHistoButton->SetState( kButtonUp ); //} //if ( !Running ) { } //else //if (AutoUpdate) } //else //if ( !obj ) } //if ( fSelectedItem ) } //if ( (item = fHistoListTree->GetSelected()) !=0 ) } //if ( parm1 == kButton1 ) of kCT_ITEMDBLCLICK break; // kCT_ITEMDBLCLICK } // switch submsg of kC_LISTTREE break; //case kC_LISTTREE case kC_TEXTENTRY: switch (GET_SUBMSG(msg)) { case kTE_ENTER: switch ( parm1 ) { case kM_TEXTENTRY_FILENAME: { FileName = TString( fFileNameBuffer->GetString() ); EInputTypes inputtype; if ( fRaButMFile->GetState() == kButtonDown ) inputtype = kTMapFile; else if ( fRaButRFile->GetState() == kButtonDown ) inputtype = kTFile; else if ( fRaButSocket->GetState() == kButtonDown ) inputtype = kTSocket; //InputObj = OpenFile( FileName.Data(), inputtype, "READ" ); TObject *InputObj = OpenFile( FileName.Data(), inputtype, "READ" ); //if ( InputOpen ) { if ( InputObj ) { AddTreeItemsOfInput( InputObj ); //RefreshTreeItem( fHistoListTree->GetFirstItem() ); fClient->NeedRedraw( fHistoListTree ); char* str = new char[ 9 + FileName.Length() ]; strcpy(str, " Opened "); fStatusBar ->SetText( strcat(str, FileName.Data()), 1); delete [] str; } //if ( InputObj ) else { //if ( inputtype == kTMapFile && !InputOpen ) { if ( inputtype == kTMapFile ) { const char *sg = "Failed to open memory map file."; MessageBox(sg); } //else if ( inputtype == kTFile && !InputOpen ) { else if ( inputtype == kTFile ) { const char *sg = "Failed to open ROOT file."; MessageBox(sg); } //else if ( inputtype == kTSocket && !InputOpen ) { else if ( inputtype == kTSocket ) { const char *sg = "Failed to open the socket connection."; MessageBox(sg); } char* str = new char[16+FileName.Length()]; strcpy(str," Error Opening "); fStatusBar ->SetText( strcat(str, FileName.Data()), 1); delete [] str; } // else //if ( InputObj ) } break;// kM_TEXTENTRY_FILENAME }//switch ( parm1 ) break; //case kTE_ENTER: default: break; }//switch (GET_SUBMSG(msg)) break; //case kC_TEXTENTRY: default: break; } //switch ( GET_MSG(msg) ) return kTRUE; }

void HistoDisplay::RecursivePadClear (  TVirtualPad *  pad, Option_t *  option = "" )  [private]

Definition at line 3129 of file HistoDisplay.cxx. References option. Referenced by ClearCurrentPad(), DrawHisto(), DrawTPad(), and ProcessMessage(). { //cout << " In RecursivePadClear " << endl; if ( !pad ) return; //cout << pad->GetName() << endl; TList *primitivelist = pad->GetListOfPrimitives(); TFrame *frame = pad->GetFrame(); TIter next( primitivelist ); TObject *obj; while ( ( obj = next() ) ) { if ( !( obj->TestBit( kCanDelete ) ) && !( frame && frame->IsEqual( obj ) ) ) obj->SetBit( kCanDelete ); if ( obj->InheritsFrom( TPad::Class() ) ) { TPad *padInside = (TPad*) obj; RecursivePadClear( padInside, option ); } // if ( obj->InheritsFrom( TPad::Class() ) ) } //while ( obj = next() ) pad->Clear( option ); }

void HistoDisplay::RefreshTreeItem (  TGListTreeItem *  item  )  [private]

Definition at line 2391 of file HistoDisplay.cxx. References fHistoListTree, CObject::GetTitle(), and UpdateHistoList(). Referenced by GetNewObj(), and ProcessMessage(). { //cout << " In RefreshTreeItem " << endl; while ( item ) { //tmp //cout << " item = " << item->GetText() <<endl; TGListTreeItem *sibling = item->GetNextSibling(); TGListTreeItem *parent = item->GetParent(); TGListTreeItem *firstchild = item->GetFirstChild(); if ( firstchild ) { RefreshTreeItem( firstchild ); } //if ( firstchild ) else { TObject *inputobj = (TObject*)item->GetUserData(); if ( inputobj ) { TPad *padsav = 0; if ( gPad && !( gROOT->GetListOfCanvases()->IsEmpty() ) ) padsav = (TPad*) gPad; CObject *cobj = UpdateHistoList( item->GetText(), inputobj ); if ( !cobj ) fHistoListTree->DeleteItem( item ); else fHistoListTree->SetToolTipItem( item, cobj->GetTitle() ); if ( padsav ) padsav->cd(); } //if ( inputobj ) } //else //if ( firstchild ) item = sibling; if ( !item && parent && !( parent->GetFirstChild() ) ) fHistoListTree->DeleteItem( parent ); } //while ( item ) //fClient->NeedRedraw( fHistoListTree ); }

void HistoDisplay::RemoveTGListTree (   )  [private]

Definition at line 2226 of file HistoDisplay.cxx. References fHistoListTree, and fSelectedItem. Referenced by ProcessMessage(), and ResetObjects(). { TGListTreeItem *item; if ( fHistoListTree ) { while ( (item = fHistoListTree->GetFirstItem()) ) { fHistoListTree->DeleteItem( item ); } //while ( (item = fHistoListTree->GetFirstItem()) ) fClient->NeedRedraw(fHistoListTree); fSelectedItem = 0; }//if ( fHistoListTree ) }

void HistoDisplay::ReplacePad (  TVirtualPad *  newpad, TVirtualPad *  oldpad )  [private]

Definition at line 3669 of file HistoDisplay.cxx. References CHistogram::Draw(), fDisplayedList, and CHistogram::SubtractedHisto(). { // cout << " In ReplacePad " << endl; if ( !newpad || !oldpad ) return; TFrame *frame = newpad->GetFrame(); TList *oldPrimitiveList = oldpad->GetListOfPrimitives(); TList *newPrimitiveList = newpad->GetListOfPrimitives(); TIter next( newPrimitiveList ); TObject *obj; while( ( obj = next() ) ) { TObject *objOld = oldPrimitiveList->FindObject( obj->GetName() ); TObject *cobj = fDisplayedList->FindObject( obj->GetName() ); if ( obj->InheritsFrom( TPad::Class() ) && objOld && objOld->InheritsFrom( TPad::Class() ) ) ReplacePad( (TPad*)obj, (TPad*)objOld ); else if ( obj->InheritsFrom( TH1::Class() ) && objOld && objOld->InheritsFrom( TH1::Class() ) ) { TH1 *histo; TH1 *histoOld = (TH1*)objOld; if ( cobj && cobj->InheritsFrom( CHistogram::Class() ) ) { CHistogram *chisto = (CHistogram*)cobj; //chisto->SetTObject( obj ); histo = chisto->SubtractedHisto(); } //if ( cobj && cobj->InheritsFrom( CHistogram::Class() ) ) else { histo = (TH1*)( obj->Clone() ); } //else //if ( cobj && cobj->InheritsFrom( CHistogram::Class() ) ) if ( histo && histoOld && ! obj->IsEqual( objOld ) ) { //tmp if ( ! oldpad->GetPadPaint() ) { histoOld->Reset(); histoOld->Add( histo ); TAxis *xaxis = histo->GetXaxis(); if ( xaxis ) { char *title = new char[ strlen( xaxis->GetTitle() ) + 1 ]; strcpy( title, xaxis->GetTitle() ); histoOld->SetXTitle( title ); delete [] title; } //if ( xaxis ) TAxis *yaxis = histo->GetYaxis(); if ( yaxis ) { char *title = new char[ strlen( yaxis->GetTitle() ) + 1 ]; strcpy( title, yaxis->GetTitle() ); histoOld->SetYTitle( title ); delete [] title; } //if ( yaxis ) TAxis *zaxis = histo->GetZaxis(); if ( zaxis ) { char *title = new char[ strlen( zaxis->GetTitle() ) + 1 ]; strcpy( title, zaxis->GetTitle() ); histoOld->SetZTitle( title ); delete [] title; } //if ( zaxis ) delete histo; oldpad->Modified(); } //if ( ! oldpad->GetPadPaint() ) else cout << " Pad is being painted. Not updated. " << endl; } //if ( histo && histoOld ) } //else if ( obj->InheritsFrom( TH1::Class() ) && //tmp // Should be comment out the following to avoid double TFrames. else { if ( !( frame->IsEqual( obj ) ) ) { //tmp if ( objOld ) { //&& !obj->IsEqual(objOld) ) { TObject *objtmp = oldPrimitiveList->Remove( objOld ); if ( objtmp ) delete objOld; } //if ( objOld ) oldpad->cd(); obj->Clone()->Draw(); oldpad->Modified(); } //if ( !( frame->IsEqual( obj ) ) ) } //else //if ( obj->InheritsFrom( TPad::Class() ) && } //while ( obj = next() ) }

void HistoDisplay::ResetObjects (   )  [private]

Definition at line 4421 of file HistoDisplay.cxx. References CloseConnection(), fDisplayedList, and RemoveTGListTree(). Referenced by ProcessMessage(), and ~HistoDisplay(). { //cout << " In ResetObjects " << endl; RemoveTGListTree(); if ( fDisplayedList ) fDisplayedList->Delete(); CloseConnection(); }

void HistoDisplay::SearchWarningErrorFolder (  TGListTreeItem *  item, TObject *  socket )  [private]

Definition at line 2451 of file HistoDisplay.cxx. References fHistoListTree, kWarningErrorCanvasName, kWarningErrorCanvasTitle, PopUpSlides(), and strstrn(). Referenced by GetNewObj(). { //cout << " In SearchWarningErrorFolder " << endl; while ( item ) { /* if ( ( strstr( item->GetText(), "warning" ) || strstr( item->GetText(), "Warning" ) || strstr( item->GetText(), "WARNING" ) || strstr( item->GetText(), "error" ) || strstr( item->GetText(), "Error" ) || strstr( item->GetText(), "ERROR" ) ) && ( socket->IsEqual( (TObject*) item->GetUserData() ) ) ) { */ if ( ( ( strstrn( item->GetText(), kWarningFolder ) ) || ( strstrn( item->GetText(), kErrorFolder ) ) ) && //( socket->IsEqual( (TObject*) item->GetUserData() ) ) ) { ( !strcmp( socket->GetName(), ( (TObject*)item->GetUserData())->GetName() ) ) ) { //tmp //cout << "item->GetText()" << item->GetText() << endl; fHistoListTree->OpenItem( item ); /* PopUpSlides( item, "WarningErrorCanvas", "Warning/Error Canvas" ); */ PopUpSlides( item, kWarningErrorCanvasName, kWarningErrorCanvasTitle ); } //if ( strstr( item->GetText(), "warning" ) || TGListTreeItem *sibling = item->GetNextSibling(); TGListTreeItem *firstchild = item->GetFirstChild(); if ( firstchild ) { SearchWarningErrorFolder( firstchild, socket ); } //if ( firstchild ) item = sibling; } //while ( item ) }

void HistoDisplay::SlideTimerOn (  TGListTreeItem *  item  )  [private]

Definition at line 3350 of file HistoDisplay.cxx. { // cout << " In SlideTimerOn " << endl; //if ( !gPad || ( gROOT->GetListOfCanvases()->IsEmpty() ) ) return; /* Int_t sleeptime = 0; sleeptime = atoi( fFrequencyTextBuffer->GetString() ); if ( fSlideTimer ) { fSlideTimer->SetTime( max( sleeptime, 2000 ) ); //cout << " Timer Time = " << fSlideTimer->GetTime() << endl; //fSlideTimer->SetCurrentItem( fSelectedItem ); fSlideTimer->SetCurrentItem( item ); TVirtualPad *pad = 0; //if ( gPad && !gROOT->GetListOfCanvases()->IsEmpty() ) pad = gPad; if ( gROOT->GetListOfCanvases()->IsEmpty() ) gPad = 0; pad = gPad; fSlideTimer->SetCurrentPad( pad ); if ( fUpdateTimer && ( fUpdateTimer->GetCurrentPad() == gPad ) && !fUpdateTimer->HasTimedOut() ) //if ( fUpdateTimer ) fUpdateTimer->TurnOff(); Running = kTRUE; fReadFileButton->ChangeBackground(Green); // cout << "Button changed to green\n"; gClient->NeedRedraw(fReadFileButton); fSlideTimer->TurnOn(); } // if ( fSlideTimer ) { */ }

void HistoDisplay::SortTGListTree (   )  [private]

Definition at line 2190 of file HistoDisplay.cxx. References fHistoListTree. Referenced by ProcessMessage(). { if ( fHistoListTree->GetFirstItem() ) { TGListTreeItem *item; TGListTreeItem **list; int ichild = 0; int iparent = 0; const int itemmax = 200; list = new TGListTreeItem* [itemmax]; list[ichild] = fHistoListTree->GetFirstItem(); do { if ( fHistoListTree->SortChildren( list[iparent] ) ) { if ( (item = list[iparent]->GetFirstChild()) ) { list[++ichild] = item; while ( ( item = list[ichild]->GetNextSibling() ) && ichild < itemmax ) list[++ichild] = item; } } iparent++; } while ( iparent <= ichild && ichild < itemmax ); delete [] list; } //if ( fHistoListTree->GetFirstItem() ) fClient->NeedRedraw(fHistoListTree); }

void HistoDisplay::StartSlides (  TGListTreeItem *  item  )  [private]

Definition at line 3319 of file HistoDisplay.cxx. Referenced by PopUpSlides(), and ProcessMessage(). { // cout << " In StartSlides " << endl; /* if ( selectedItem && selectedItem->GetFirstChild() && selectedItem->GetFirstChild()->GetNextSibling() && selectedItem->IsOpen() ) { //Running = kTRUE; fPauseHistoButton->SetState( kButtonUp ); fRestartHistoButton->SetState( kButtonDisabled ); */ /* //if ( fUpdateTimer && !fUpdateTimer->HasTimedOut() ) if ( fUpdateTimer ) fUpdateTimer->TurnOff(); */ /* //SlideTimerOn(); SlideTimerOn( selectedItem ); } //if ( selectedItem && */ }

void HistoDisplay::UpdateCanvas (  TVirtualPad *  currentpad = 0  )  [private]

Definition at line 3235 of file HistoDisplay.cxx. References AutoUpdate, fSlideCanvasList, SlideShowUpdate, and UpdatePad(). Referenced by HistoDisplayUpdateTimer::Notify(), and ProcessMessage(). { // cout << " In UpdateCanvas " << endl; if ( gPad && !( gROOT->GetListOfCanvases()->IsEmpty() ) ) { TCanvas *canvas = 0; static TObjLink *link = 0; TPad *gPadSav = (TPad*) gPad; if ( AutoUpdate && SlideShowUpdate && fSlideCanvasList && !( fSlideCanvasList->IsEmpty() ) ) { if ( !link ) link = fSlideCanvasList->FirstLink(); if ( link ) { TObject *ocanv = 0; if ( ( ocanv = link->GetObject() ) && ( gROOT->GetListOfCanvases()->FindObject( ocanv ) ) && ( ocanv->InheritsFrom( TCanvas::Class() ) ) ) { canvas = (TCanvas*) ocanv; //canvas->cd(); UpdatePad( canvas ); link = link->Next(); } //if ( ( ocanv = link->GetObject() ) && else { TObjLink *linktmp = link; link = link->Next(); fSlideCanvasList->Remove( linktmp ); return; } // else //if ( ( ocanv = link->GetObject() ) && } //if ( link ) } //if ( AutoUpdate && else { link = 0; //canvas = gPad->GetCanvas(); if ( !currentpad || !gROOT->GetListOfCanvases()->FindObject( currentpad ) ) currentpad = gPadSav; UpdatePad( currentpad ); // canvas = currentpad->GetCanvas(); DP } //else //if ( AutoUpdate && /* if ( canvas ) { TCanvasImp *canvasimp = canvas->GetCanvasImp(); if ( canvasimp ) canvasimp->Show(); } // if ( canvas ) */ //TPad *gpad = (TPad*) gPad; //UpdatePad( gpad ); delete canvas; delete link; // cout << gROOT->GetListOfCanvases()->GetSize(); gPadSav->cd(); // delete gPadSav; } //if( gPad && !( gROOT->GetListOfCanvases()->IsEmpty() ) ) }

CObject * HistoDisplay::UpdateHistoList (  const char *  objName, const TObject *  inputobj )  [private]

Definition at line 3822 of file HistoDisplay.cxx. References AddPadHistosToHistoList(), fDisplayedList, CObject::GetInputSource(), GetNewObj(), CObject::SetInputSource(), and CObject::SetTObject(). Referenced by DrawUpdatedPad(), GetCObjFromListItem(), and RefreshTreeItem(). { //cout << " In UpdateHistoList " << endl; //cout << " updating " << objName << endl; /* if ( !inputobj ) { cout << " Input Object is not set. " << endl; return 0; } */ //const char *path = gROOT->GetPath(); TVirtualPad *padsav = 0; if ( gPad && !gROOT->GetListOfCanvases()->IsEmpty() ) padsav = gPad; TObject *obj = GetNewObj( objName, inputobj ); CObject *cobj = 0; if ( obj ) { TObject *objold = fDisplayedList->FindObject( objName ); /* TObjLink *lnk = fDisplayedList->FirstLink(); while (lnk) { TObject *objtmp = lnk->GetObject(); if (objtmp && objtmp->GetName() && !strcmp(objName, objtmp->GetName())) { if ( objtmp->InheritsFrom( CObject::Class() ) ) { CObject *cobjtmp = (CObject*)objtmp; TObject *inputtmp = cobjtmp->GetInputSource(); if ( ( inputtmp && inputtmp->GetName() ) && ( inputobj && inputobj->GetName() ) && ( !strcmp( inputtmp->GetName(), inputobj->GetName() ) ) ) { //objold = objtmp; cobj = cobjtmp; cobj->SetTObject( obj ); if ( cobj->GetInputSource() != inputobj ) cobj->SetInputSource( inputobj ); } //if ( ( inputtmp && inputtmp->GetName() ) && }//if ( objtmp->InheritsFrom( CObject::Class() ) ) } //if ( objtmp && objtmp->GetName() && ... ) lnk = lnk->Next(); } //while (lnk) */ if ( objold && objold->InheritsFrom( CObject::Class() ) ) { cobj = (CObject*) objold; if ( cobj ) { cobj->SetTObject( obj ); //if ( cobj->GetInputSource() != inputobj ) if ( inputobj != cobj->GetInputSource() ) { cobj->SetInputSource( inputobj ); //tmp //cout << " InputObj is updated. " << endl; } // if ( inputobj != cobj->GetInputSource() ) } // if ( cobj ) } //if ( objold && objold->InheritsFrom( CObject::Class() ) ) else { //if ( !cobj ) { if ( obj->InheritsFrom(TH1::Class()) ) { CHistogram *cobjnew = new CHistogram( (TH1*)obj, inputobj, 0, 0 ); fDisplayedList->Add( cobjnew ); cobj = cobjnew; } //if ( obj->InheritsFrom(TH1::Class()) ) else { CObject *cobjnew = new CObject( obj, inputobj ); fDisplayedList->Add( cobjnew ); cobj = cobjnew; } // else //if ( obj->InheritsFrom(TH1::Class()) ) //} // if ( !cobj ) } //else //if ( objold && objold->InheritsFrom( CObject::Class() ) ) if ( obj->InheritsFrom( TPad::Class() ) ) AddPadHistosToHistoList( (TPad*)obj ); } //if ( obj ) else { //tmp /* if ( objold && objold->InheritsFrom( CObject::Class() ) ) cobj = (CObject*) objold; */ //tmp //cout << " obj is not got from the input stream. " << endl; } //else //if(obj) //tmp if ( !cobj ) cout << " Not updated. " << endl; //gROOT->Cd( path ); if ( padsav ) padsav->cd(); return cobj; }

void HistoDisplay::UpdatePad (  TVirtualPad *  pad  )  [private]

Definition at line 3515 of file HistoDisplay.cxx. References DrawUpdatedPad(). Referenced by UpdateCanvas(). { //cout << " In UpdatePad " << endl; if ( !pad ) return; DrawUpdatedPad( pad ); pad->cd(); pad->Modified(); pad->Update(); }

void HistoDisplay::UpdateTimerOn (   )  [private]

Definition at line 3161 of file HistoDisplay.cxx. References fFrequencyTextBuffer, fUpdateTimer, max, Running, and HistoDisplayUpdateTimer::SetCurrentPad(). Referenced by ProcessMessage(). { //cout << " In UpdateTimerOn " << endl; TVirtualPad *currentPad; if ( !gPad || ( gROOT->GetListOfCanvases()->IsEmpty() ) ) return; else currentPad = gPad; Int_t sleeptime = 0; if ( AutoUpdate ) { sleeptime = atoi( fFrequencyTextBuffer->GetString() ); if ( fUpdateTimer ) { fUpdateTimer->SetTime( max( sleeptime, 800 ) ); //cout << " Timer Time = " << fUpdateTimer->GetTime() << endl; fUpdateTimer->SetCurrentPad( currentPad ); Running = kTRUE; // fReadFileButton->ChangeBackground(Green); fUpdateTimer->TurnOn(); //return; } //if ( fUpdateTimer ) } //if ( AutoUpdate ) //cout << "Update done" << endl << endl; }

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Friends And Related Function Documentation

friend class HistoDisplaySlideTimer [friend]

Definition at line 80 of file HistoDisplay.h.

friend class HistoDisplayUpdateTimer [friend]

Definition at line 79 of file HistoDisplay.h.

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Member Data Documentation

Bool_t HistoDisplay::AutoUpdate [private]

Definition at line 200 of file HistoDisplay.h. Referenced by MakeTGListTreeFrame(), HistoDisplayUpdateTimer::Notify(), ProcessMessage(), and UpdateCanvas().

TString HistoDisplay::CanvasName [private]

Definition at line 396 of file HistoDisplay.h. Referenced by DrawHisto(), and ProcessMessage().

Int_t HistoDisplay::CanvasNumber [private]

Definition at line 398 of file HistoDisplay.h. Referenced by DrawHisto(), and ProcessMessage().

TString HistoDisplay::CanvasTitle [private]

Definition at line 397 of file HistoDisplay.h. Referenced by DrawHisto(), and ProcessMessage().

ConsumerList* HistoDisplay::consumerlist [private]

Definition at line 275 of file HistoDisplay.h. Referenced by MenuConnectStatus().

TGCompositeFrame* HistoDisplay::fButtonFrame [private]

Definition at line 215 of file HistoDisplay.h. Referenced by MakeTGListTreeFrame().

TGLayoutHints* HistoDisplay::fButtonFrameLayout [private]

Definition at line 216 of file HistoDisplay.h. Referenced by MakeTGListTreeFrame().

TGLayoutHints* HistoDisplay::fButtonLayout [private]

Definition at line 217 of file HistoDisplay.h. Referenced by MakeTGListTreeFrame().

TGCheckButton* HistoDisplay::fChButtonAutoUpdate [private]

Definition at line 198 of file HistoDisplay.h. Referenced by MakeTGListTreeFrame(), and ProcessMessage().

TGLayoutHints* HistoDisplay::fChButtonAutoUpdateLayout [private]

Definition at line 199 of file HistoDisplay.h. Referenced by MakeTGListTreeFrame().

TGCheckButton* HistoDisplay::fChButtonSlideUpdate [private]

Definition at line 389 of file HistoDisplay.h. Referenced by GetNewObj(), MakeTGListTreeFrame(), and ProcessMessage().

TGTextButton* HistoDisplay::fChooseFileButton [private]

Definition at line 170 of file HistoDisplay.h. Referenced by MakeInputFrame().

TGTextButton* HistoDisplay::fClearFileNameButton [private]

Definition at line 171 of file HistoDisplay.h. Referenced by MakeInputFrame().

TGTextButton* HistoDisplay::fClearHistoButton [private]

Definition at line 222 of file HistoDisplay.h. Referenced by MakeTGListTreeFrame().

TGPopupMenu* HistoDisplay::fConnectMenu [private]

Definition at line 100 of file HistoDisplay.h. Referenced by MakeMenuBar().

TGTextButton* HistoDisplay::fContentHistoButton [private]

Definition at line 236 of file HistoDisplay.h. Referenced by MakeTGListTreeFrame().

TGCompositeFrame* HistoDisplay::fControlButtonFrame [private]

Definition at line 211 of file HistoDisplay.h. Referenced by MakeTGListTreeFrame().

TGLayoutHints* HistoDisplay::fControlButtonFrameLayout [private]

Definition at line 212 of file HistoDisplay.h. Referenced by MakeTGListTreeFrame().

TList* HistoDisplay::fDisplayedList [private]

Definition at line 309 of file HistoDisplay.h. Referenced by AddPadHistosToHistoList(), AddSubtractHisto(), ChangeCanvasNameTitle(), DrawUpdatedPad(), GetCObjFromListItem(), ProcessMessage(), ReplacePad(), ResetObjects(), and UpdateHistoList().

TGPopupMenu* HistoDisplay::fFileMenu [private]

Definition at line 96 of file HistoDisplay.h. Referenced by MakeMenuBar().

TGTextBuffer* HistoDisplay::fFileNameBuffer [private]

Definition at line 163 of file HistoDisplay.h. Referenced by FileNameClear(), MakeInputFrame(), and ProcessMessage().

TGCompositeFrame* HistoDisplay::fFileNameButtonFrame [private]

Definition at line 167 of file HistoDisplay.h. Referenced by MakeInputFrame().

TGLayoutHints* HistoDisplay::fFileNameButtonFrameLayout [private]

Definition at line 168 of file HistoDisplay.h. Referenced by MakeInputFrame().

TGLayoutHints* HistoDisplay::fFileNameButtonLayout [private]

Definition at line 169 of file HistoDisplay.h. Referenced by MakeInputFrame().

TGGroupFrame* HistoDisplay::fFileNameFrame [private]

Definition at line 142 of file HistoDisplay.h. Referenced by MakeInputFrame().

TGLayoutHints* HistoDisplay::fFileNameFrameLayout [private]

Definition at line 143 of file HistoDisplay.h. Referenced by MakeInputFrame().

TGLabel* HistoDisplay::fFileNameLabel [private]

Definition at line 157 of file HistoDisplay.h. Referenced by MakeInputFrame().

TGLayoutHints* HistoDisplay::fFileNameLayout [private]

Definition at line 156 of file HistoDisplay.h. Referenced by MakeInputFrame().

TGTextEntry* HistoDisplay::fFileNameTextEntry [private]

Definition at line 162 of file HistoDisplay.h. Referenced by FileNameClear(), MakeInputFrame(), and ProcessMessage().

TGCompositeFrame* HistoDisplay::fFileOpenFrame [private]

Definition at line 159 of file HistoDisplay.h. Referenced by MakeInputFrame().

TGLayoutHints* HistoDisplay::fFileOpenFrameLayout [private]

Definition at line 160 of file HistoDisplay.h. Referenced by MakeInputFrame().

TGCompositeFrame* HistoDisplay::fFrequencyFrame [private]

Definition at line 203 of file HistoDisplay.h. Referenced by MakeTGListTreeFrame().

TGLayoutHints* HistoDisplay::fFrequencyFrameLayout [private]

Definition at line 204 of file HistoDisplay.h. Referenced by MakeTGListTreeFrame().

TGLabel* HistoDisplay::fFrequencyLabel [private]

Definition at line 206 of file HistoDisplay.h. Referenced by MakeTGListTreeFrame().

TGTextBuffer* HistoDisplay::fFrequencyTextBuffer [private]

Definition at line 208 of file HistoDisplay.h. Referenced by MakeTGListTreeFrame(), and UpdateTimerOn().

TGTextEntry* HistoDisplay::fFrequencyTextEntry [private]

Definition at line 207 of file HistoDisplay.h. Referenced by MakeTGListTreeFrame().

TGPopupMenu* HistoDisplay::fHelpMenu [private]

Definition at line 101 of file HistoDisplay.h. Referenced by MakeMenuBar().

TGCompositeFrame* HistoDisplay::fHistoButtonFrame [private]

Definition at line 230 of file HistoDisplay.h. Referenced by MakeTGListTreeFrame().

TGLayoutHints* HistoDisplay::fHistoButtonFrameLayout [private]

Definition at line 231 of file HistoDisplay.h. Referenced by MakeTGListTreeFrame().

TGGroupFrame* HistoDisplay::fHistoButtonGFrame [private]

Definition at line 228 of file HistoDisplay.h. Referenced by MakeTGListTreeFrame().

TGLayoutHints* HistoDisplay::fHistoButtonGFrameLayout [private]

Definition at line 229 of file HistoDisplay.h. Referenced by MakeTGListTreeFrame().

TGLayoutHints* HistoDisplay::fHistoButtonLayout [private]

Definition at line 232 of file HistoDisplay.h. Referenced by MakeTGListTreeFrame().

TList* HistoDisplay::fHistoList [private]

Definition at line 294 of file HistoDisplay.h. Referenced by AddToDisplayedList(), AddToTree(), MakeHistoList(), MakeHistoListM(), MakeHistoListR(), and MakeHistoListS().

TGCompositeFrame* HistoDisplay::fHistoListFrame [private]

Definition at line 188 of file HistoDisplay.h. Referenced by MakeTGListTreeFrame().

TGLayoutHints* HistoDisplay::fHistoListFrameLayout [private]

Definition at line 189 of file HistoDisplay.h. Referenced by MakeTGListTreeFrame().

TGListTree* HistoDisplay::fHistoListTree [private]

Definition at line 193 of file HistoDisplay.h. Referenced by AddToTree(), DelTreeItemsOfInput(), GetCObjFromListItem(), GetNewObj(), MakeTGListTree(), MakeTGListTreeFrame(), HistoDisplaySlideTimer::Notify(), HistoDisplayUpdateTimer::Notify(), ProcessMessage(), RefreshTreeItem(), RemoveTGListTree(), SearchWarningErrorFolder(), and SortTGListTree().

TString HistoDisplay::FileName [private]

Definition at line 272 of file HistoDisplay.h. Referenced by ProcessMessage().

TGCompositeFrame* HistoDisplay::fListButtonFrame [private]

Definition at line 195 of file HistoDisplay.h. Referenced by MakeTGListTreeFrame().

TGLayoutHints* HistoDisplay::fListButtonFrameLayout [private]

Definition at line 196 of file HistoDisplay.h. Referenced by MakeTGListTreeFrame().

TGCompositeFrame* HistoDisplay::fListTreeMainFrame [private]

Definition at line 179 of file HistoDisplay.h. Referenced by MakeTGListTreeFrame().

TGLayoutHints* HistoDisplay::fListTreeMainFrameLayout [private]

Definition at line 180 of file HistoDisplay.h. Referenced by MakeTGListTreeFrame().

TGPopupMenu* HistoDisplay::fListTreeMenu [private]

Definition at line 98 of file HistoDisplay.h. Referenced by MakeMenuBar().

TGCompositeFrame* HistoDisplay::fMainFrame [private]

Definition at line 110 of file HistoDisplay.h. Referenced by MakeInputFrame(), MakeStatusBar(), MakeTGListTreeFrame(), and MakeTitleFrame().

TGLayoutHints* HistoDisplay::fMainFrameLayout [private]

Definition at line 111 of file HistoDisplay.h.

TGMenuBar* HistoDisplay::fMenuBar [private]

Definition at line 92 of file HistoDisplay.h. Referenced by MakeMenuBar().

TGLayoutHints* HistoDisplay::fMenuBarHelpLayout [private]

Definition at line 95 of file HistoDisplay.h. Referenced by MakeMenuBar().

TGLayoutHints* HistoDisplay::fMenuBarItemLayout [private]

Definition at line 94 of file HistoDisplay.h. Referenced by MakeMenuBar().

TGLayoutHints* HistoDisplay::fMenuBarLayout [private]

Definition at line 93 of file HistoDisplay.h. Referenced by MakeMenuBar().

TGHorizontal3DLine* HistoDisplay::fMenuBarSeparator [private]

Definition at line 103 of file HistoDisplay.h. Referenced by MakeMenuBar().

TGLayoutHints* HistoDisplay::fMenuBarSeparatorLayout [private]

Definition at line 104 of file HistoDisplay.h. Referenced by MakeMenuBar().

TGTextBuffer* HistoDisplay::fMonitorNameBuffer [private]

Definition at line 185 of file HistoDisplay.h. Referenced by MakeTGListTreeFrame().

TGLabel* HistoDisplay::fMonitorNameLabel [private]

Definition at line 183 of file HistoDisplay.h. Referenced by MakeTGListTreeFrame().

TGLayoutHints* HistoDisplay::fMonitorNameLayout [private]

Definition at line 182 of file HistoDisplay.h. Referenced by MakeTGListTreeFrame().

TGTextEntry* HistoDisplay::fMonitorNameTextEntry [private]

Definition at line 184 of file HistoDisplay.h. Referenced by MakeTGListTreeFrame().

TGTextButton* HistoDisplay::fNewCanvasButton [private]

Definition at line 224 of file HistoDisplay.h. Referenced by MakeTGListTreeFrame().

TGPopupMenu* HistoDisplay::fNewCascadeMenu [private]

Definition at line 97 of file HistoDisplay.h. Referenced by MakeMenuBar().

TGTextButton* HistoDisplay::fPauseHistoButton [private]

Definition at line 220 of file HistoDisplay.h. Referenced by MakeTGListTreeFrame(), HistoDisplaySlideTimer::Notify(), HistoDisplayUpdateTimer::Notify(), and ProcessMessage().

TGPictureButton* HistoDisplay::fPicBut [private]

Definition at line 132 of file HistoDisplay.h. Referenced by MakeTitleFrame().

TGLayoutHints* HistoDisplay::fPictLayout [private]

Definition at line 133 of file HistoDisplay.h. Referenced by MakeTitleFrame().

Int_t HistoDisplay::fport [private]

Definition at line 86 of file HistoDisplay.h. Referenced by MakeInputFrame().

char* HistoDisplay::fPrinter [private]

Definition at line 444 of file HistoDisplay.h.

char* HistoDisplay::fPrinterCommand [private]

Definition at line 445 of file HistoDisplay.h.

TGTextButton* HistoDisplay::fPrintHistoButton [private]

Definition at line 448 of file HistoDisplay.h. Referenced by MakeTGListTreeFrame().

TGLayoutHints* HistoDisplay::fRaButLayout [private]

Definition at line 148 of file HistoDisplay.h. Referenced by MakeInputFrame().

TGRadioButton* HistoDisplay::fRaButMFile [private]

Definition at line 145 of file HistoDisplay.h. Referenced by FileDialogWindow(), MakeInputFrame(), and ProcessMessage().

TGRadioButton* HistoDisplay::fRaButRFile [private]

Definition at line 146 of file HistoDisplay.h. Referenced by FileDialogWindow(), MakeInputFrame(), and ProcessMessage().

TGRadioButton* HistoDisplay::fRaButSocket [private]

Definition at line 147 of file HistoDisplay.h. Referenced by FileDialogWindow(), MakeInputFrame(), and ProcessMessage().

TGTextButton* HistoDisplay::fReadFileButton [private]

Definition at line 165 of file HistoDisplay.h. Referenced by GetNewObj(), MakeInputFrame(), HistoDisplaySlideTimer::Notify(), and ProcessMessage().

TGTextButton* HistoDisplay::fRestartHistoButton [private]

Definition at line 221 of file HistoDisplay.h. Referenced by MakeTGListTreeFrame(), HistoDisplaySlideTimer::Notify(), HistoDisplayUpdateTimer::Notify(), and ProcessMessage().

TGListTreeItem* HistoDisplay::fSelectedItem [private]

Definition at line 330 of file HistoDisplay.h. Referenced by HistoDisplaySlideTimer::Notify(), HistoDisplayUpdateTimer::Notify(), ProcessMessage(), and RemoveTGListTree().

TList* HistoDisplay::fSlideCanvasList [private]

Definition at line 388 of file HistoDisplay.h. Referenced by ChangeCanvasNameTitle(), DrawHisto(), ProcessMessage(), and UpdateCanvas().

HistoDisplaySlideTimer* HistoDisplay::fSlideTimer [private]

Definition at line 420 of file HistoDisplay.h. Referenced by PopUpSlides(), and ProcessMessage().

const char* HistoDisplay::fsocketserver [private]

Definition at line 85 of file HistoDisplay.h. Referenced by MakeInputFrame().

TGPopupMenu* HistoDisplay::fSortCascadeMenu [private]

Definition at line 99 of file HistoDisplay.h. Referenced by MakeMenuBar().

TGTextButton* HistoDisplay::fStartHistoButton [private]

Definition at line 219 of file HistoDisplay.h.

TGStatusBar* HistoDisplay::fStatusBar [private]

Definition at line 242 of file HistoDisplay.h. Referenced by MakeStatusBar(), and ProcessMessage().

TGTextButton* HistoDisplay::fStopHistoButton [private]

Definition at line 223 of file HistoDisplay.h. Referenced by MakeTGListTreeFrame().

GContext_t HistoDisplay::fTextGC [private]

Definition at line 131 of file HistoDisplay.h. Referenced by CloseTitleFrame(), and MakeTitleFrame().

TGCanvas* HistoDisplay::fTGCanvas [private]

Definition at line 191 of file HistoDisplay.h. Referenced by MakeTGListTreeFrame().

TGLayoutHints* HistoDisplay::fTGCanvasLayout [private]

Definition at line 192 of file HistoDisplay.h. Referenced by MakeTGListTreeFrame().

TGCompositeFrame* HistoDisplay::fTitleFrame [private]

Definition at line 127 of file HistoDisplay.h. Referenced by MakeTitleFrame().

TGLayoutHints* HistoDisplay::fTitleFrameLayout [private]

Definition at line 128 of file HistoDisplay.h. Referenced by MakeTitleFrame().

TGLabel* HistoDisplay::fTitleLabel [private]

Definition at line 129 of file HistoDisplay.h. Referenced by MakeTitleFrame().

TGLayoutHints* HistoDisplay::fTitleLabelLayout [private]

Definition at line 130 of file HistoDisplay.h. Referenced by MakeTitleFrame().

TGTextButton* HistoDisplay::fUnZeroHistoButton [private]

Definition at line 235 of file HistoDisplay.h. Referenced by MakeTGListTreeFrame().

HistoDisplayUpdateTimer* HistoDisplay::fUpdateTimer [private]

Definition at line 404 of file HistoDisplay.h. Referenced by ProcessMessage(), and UpdateTimerOn().

TGTextButton* HistoDisplay::fZeroHistoButton [private]

Definition at line 234 of file HistoDisplay.h. Referenced by MakeTGListTreeFrame().

ULong_t HistoDisplay::Green [private]

Definition at line 119 of file HistoDisplay.h. Referenced by HistoDisplaySlideTimer::Notify(), and ProcessMessage().

ULong_t HistoDisplay::LightYellow [private]

Definition at line 117 of file HistoDisplay.h. Referenced by MakeInputFrame(), and MakeTGListTreeFrame().

TString HistoDisplay::MonitorName [private]

Definition at line 271 of file HistoDisplay.h.

ULong_t HistoDisplay::Red [private]

Definition at line 118 of file HistoDisplay.h. Referenced by GetNewObj(), MakeInputFrame(), and ProcessMessage().

Bool_t HistoDisplay::Running [private]

Definition at line 340 of file HistoDisplay.h. Referenced by GetNewObj(), HistoDisplaySlideTimer::Notify(), HistoDisplayUpdateTimer::Notify(), ProcessMessage(), and UpdateTimerOn().

Bool_t HistoDisplay::SlideShowUpdate [private]

Definition at line 390 of file HistoDisplay.h. Referenced by GetNewObj(), MakeTGListTreeFrame(), ProcessMessage(), and UpdateCanvas().

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

• HistoDisplay.h
• HistoDisplay.cxx

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