// @(#)root/gpad:$Id: TPad.cxx 41909 2011-11-11 14:46:39Z pcanal $ // Author: Rene Brun 12/12/94 /************************************************************************* * Copyright (C) 1995-2000, Rene Brun and Fons Rademakers. * * All rights reserved. * * * * For the licensing terms see $ROOTSYS/LICENSE. * * For the list of contributors see $ROOTSYS/README/CREDITS. * *************************************************************************/ #include <string.h> #include <stdlib.h> #include "Riostream.h" #include "TROOT.h" #include "TError.h" #include "TMath.h" #include "TSystem.h" #include "TStyle.h" #include "TH1.h" #include "TClass.h" #include "TBaseClass.h" #include "TClassTable.h" #include "TVirtualPS.h" #include "TVirtualX.h" #include "TVirtualViewer3D.h" #include "TView.h" #include "TPoint.h" #include "TGraph.h" #include "TMultiGraph.h" #include "THStack.h" #include "TPaveText.h" #include "TGroupButton.h" #include "TBrowser.h" #include "TVirtualGL.h" #include "TString.h" #include "TDataMember.h" #include "TMethod.h" #include "TDataType.h" #include "TRealData.h" #include "TFrame.h" #include "TExec.h" #include "TDatime.h" #include "TColor.h" #include "TCanvas.h" #include "TPluginManager.h" #include "TEnv.h" #include "TImage.h" #include "TViewer3DPad.h" #include "TBuffer3D.h" #include "TBuffer3DTypes.h" #include "TCreatePrimitives.h" #include "TLegend.h" #include "TAtt3D.h" #include "TObjString.h" #include "TApplication.h" #include "TVirtualPadPainter.h" static Int_t gReadLevel = 0; Int_t TPad::fgMaxPickDistance = 5; ClassImpQ(TPad) //______________________________________________________________________________ // The Pad class is the most important graphics class in the ROOT system. //Begin_Html /* <img src="gif/tpad_classtree.gif"> */ //End_Html // A Pad is contained in a Canvas. // A Pad may contain other pads (unlimited pad hierarchy). // A pad is a linked list of primitives of any type (graphics objects, // histograms, detectors, tracks, etc.). // Adding a new element into a pad is in general performed by the Draw // member function of the object classes. // It is important to realize that the pad is a linked list of references // to the original object. // For example, in case of a histogram, the histogram.Draw() operation // only stores a reference to the histogram object and not a graphical // representation of this histogram. // When the mouse is used to change (say the bin content), the bin content // of the original histogram is changed !! // // The convention used in ROOT is that a Draw operation only adds // a reference to the object. The effective drawing is performed // when the canvas receives a signal to be painted. // This signal is generally sent when typing carriage return in the // command input or when a graphical operation has been performed on one // of the pads of this canvas. // When a Canvas/Pad is repainted, the member function Paint for all // objects in the Pad linked list is invoked. // // When the mouse is moved on the Pad, The member function DistancetoPrimitive // is called for all the elements in the pad. DistancetoPrimitive returns // the distance in pixels to this object. // when the object is within the distance window, the member function // ExecuteEvent is called for this object. // in ExecuteEvent, move, changes can be performed on the object. // For examples of DistancetoPrimitive and ExecuteEvent functions, // see classes TLine::DistancetoPrimitive, TLine::ExecuteEvent // TBox::DistancetoPrimitive, TBox::ExecuteEvent // TH1::DistancetoPrimitive, TH1::ExecuteEvent // // A Pad supports linear and log scales coordinate systems. // The transformation coefficients are explained in TPad::ResizePad. // An example of pads hierarchy is shown below: //Begin_Html /* <img src="gif/canvas.gif"> */ //End_Html // //______________________________________________________________________________ TPad::TPad() { // Pad default constructor. fModified = kTRUE; fTip = 0; fPadPointer = 0; fPrimitives = 0; fExecs = 0; fCanvas = 0; fMother = 0; fPadPaint = 0; fPixmapID = -1; fGLDevice = -1; fCopyGLDevice = kFALSE; fEmbeddedGL = kFALSE; fTheta = 30; fPhi = 30; fNumber = 0; fAbsCoord = kFALSE; fEditable = kTRUE; fCrosshair = 0; fCrosshairPos = 0; fPadView3D = 0; fMother = (TPad*)gPad; fAbsHNDC = 0.; fAbsPixeltoXk = 0.; fAbsPixeltoYk = 0.; fAbsWNDC = 0.; fAbsXlowNDC = 0.; fAbsYlowNDC = 0.; fBorderMode = 0; fBorderSize = 0; fPixeltoX = 0; fPixeltoXk = 0.; fPixeltoY = 0.; fPixeltoYk = 0.; fUtoAbsPixelk = 0.; fUtoPixel = 0.; fUtoPixelk = 0.; fVtoAbsPixelk = 0.; fVtoPixel = 0.; fVtoPixelk = 0.; fXtoAbsPixelk = 0.; fXtoPixel = 0.; fXtoPixelk = 0.; fYtoAbsPixelk = 0.; fYtoPixel = 0.; fYtoPixelk = 0.; fFixedAspectRatio = kFALSE; fAspectRatio = 0.; fLogx = 0; fLogy = 0; fLogz = 0; fGridx = 0; fGridy = 0; fTickx = 0; fTicky = 0; fFrame = 0; fView = 0; fUxmin = fUymin = fUxmax = fUymax = 0; // Set default world coordinates to NDC [0,1] fX1 = 0; fX2 = 1; fY1 = 0; fY2 = 1; // Set default pad range fXlowNDC = 0; fYlowNDC = 0; fWNDC = 1; fHNDC = 1; fViewer3D = 0; SetBit(kMustCleanup); // the following line is temporarily disabled. It has side effects // when the pad is a TDrawPanelHist or a TFitPanel. // the line was supposed to fix a problem with DrawClonePad // gROOT->SetSelectedPad(this); } //______________________________________________________________________________ TPad::TPad(const char *name, const char *title, Double_t xlow, Double_t ylow, Double_t xup, Double_t yup, Color_t color, Short_t bordersize, Short_t bordermode) : TVirtualPad(name,title,xlow,ylow,xup,yup,color,bordersize,bordermode) { // Pad constructor. // // A pad is a linked list of primitives. // A pad is contained in a canvas. It may contain other pads. // A pad has attributes. When a pad is created, the attributes // defined in the current style are copied to the pad attributes. // // xlow [0,1] is the position of the bottom left point of the pad // expressed in the mother pad reference system // ylow [0,1] is the Y position of this point. // xup [0,1] is the x position of the top right point of the pad // expressed in the mother pad reference system // yup [0,1] is the Y position of this point. // // the bordersize is in pixels // bordermode = -1 box looks as it is behind the screen // bordermode = 0 no special effects // bordermode = 1 box looks as it is in front of the screen fModified = kTRUE; fTip = 0; fBorderSize = bordersize; fBorderMode = bordermode; if (gPad) fCanvas = gPad->GetCanvas(); else fCanvas = (TCanvas*)this; fMother = (TPad*)gPad; fPrimitives = new TList; fExecs = new TList; fPadPointer = 0; fTheta = 30; fPhi = 30; fGridx = gStyle->GetPadGridX(); fGridy = gStyle->GetPadGridY(); fTickx = gStyle->GetPadTickX(); fTicky = gStyle->GetPadTickY(); fFrame = 0; fView = 0; fPadPaint = 0; fPadView3D = 0; fPixmapID = -1; // -1 means pixmap will be created by ResizePad() fCopyGLDevice = kFALSE; fEmbeddedGL = kFALSE; fNumber = 0; fAbsCoord = kFALSE; fEditable = kTRUE; fCrosshair = 0; fCrosshairPos = 0; fFixedAspectRatio = kFALSE; fAspectRatio = 0.; fViewer3D = 0; fGLDevice = fCanvas->GetGLDevice(); // Set default world coordinates to NDC [0,1] fX1 = 0; fX2 = 1; fY1 = 0; fY2 = 1; if (!gPad) { Error("TPad", "You must create a TCanvas before creating a TPad"); MakeZombie(); return; } TPad *padsav = (TPad*)gPad; if ((xlow < 0) || (xlow > 1) || (ylow < 0) || (ylow > 1)) { Error("TPad", "illegal bottom left position: x=%f, y=%f", xlow, ylow); goto zombie; } if ((xup < 0) || (xup > 1) || (yup < 0) || (yup > 1)) { Error("TPad", "illegal top right position: x=%f, y=%f", xup, yup); goto zombie; } fLogx = gStyle->GetOptLogx(); fLogy = gStyle->GetOptLogy(); fLogz = gStyle->GetOptLogz(); fUxmin = fUymin = fUxmax = fUymax = 0; // Set pad parameters and Compute conversion coeeficients SetPad(name, title, xlow, ylow, xup, yup, color, bordersize, bordermode); Range(0, 0, 1, 1); SetBit(kMustCleanup); SetBit(kCanDelete); padsav->cd(); return; zombie: // error in creating pad occured, make this pad a zombie MakeZombie(); padsav->cd(); } //______________________________________________________________________________ TPad::~TPad() { // Pad destructor. if (!TestBit(kNotDeleted)) return; Close(); CloseToolTip(fTip); DeleteToolTip(fTip); SafeDelete(fPrimitives); SafeDelete(fExecs); delete fViewer3D; } //______________________________________________________________________________ void TPad::AddExec(const char *name, const char*command) { // Add a new TExec object to the list of Execs. // When an event occurs in the pad (mouse click, etc) the list of CINT commands // in the list of Execs are executed via TPad::AutoExec. // When a pad event occurs (mouse move, click, etc) all the commands // contained in the fExecs list are executed in the order found in the list. // This facility is activated by default. It can be deactivated by using // the canvas "Option" menu. // The following examples of TExec commands are provided in the tutorials: // macros exec1.C and exec2.C. // Example1 of use of exec1.C // ========================== // Root > TFile f("hsimple.root") // Root > hpx.Draw() // Root > c1.AddExec("ex1",".x exec1.C") // At this point you can use the mouse to click on the contour of // the histogram hpx. When the mouse is clicked, the bin number and its // contents are printed. // Example2 of use of exec1.C // ========================== // Root > TFile f("hsimple.root") // Root > hpxpy.Draw() // Root > c1.AddExec("ex2",".x exec2.C") // When moving the mouse in the canvas, a second canvas shows the // projection along X of the bin corresponding to the Y position // of the mouse. The resulting histogram is fitted with a gaussian. // A "dynamic" line shows the current bin position in Y. // This more elaborated example can be used as a starting point // to develop more powerful interactive applications exploiting CINT // as a development engine. if (!fExecs) fExecs = new TList; TExec *ex = new TExec(name,command); fExecs->Add(ex); } //______________________________________________________________________________ void TPad::AutoExec() { // Execute the list of Execs when a pad event occurs. if (GetCrosshair()) DrawCrosshair(); if (!fExecs) fExecs = new TList; TIter next(fExecs); TExec *exec; while ((exec = (TExec*)next())) { exec->Exec(); } } //______________________________________________________________________________ void TPad::Browse(TBrowser *b) { // Browse pad. cd(); if (fPrimitives) fPrimitives->Browse(b); } //______________________________________________________________________________ TLegend *TPad::BuildLegend(Double_t x1, Double_t y1, Double_t x2, Double_t y2, const char* title) { // Build a legend from the graphical objects in the pad // // A simple method to to build automatically a TLegend from the primitives in // a TPad. Only those deriving from TAttLine, TAttMarker and TAttFill are // added, excluding TPave and TFrame derived classes. // x1, y1, x2, y2 are the Tlegend coordinates. // title is the legend title. By default it is " ". // // If the pad contains some TMultiGraph or THStack the individual graphs or // histograms in them are added to the TLegend. TList *lop=GetListOfPrimitives(); if (!lop) return 0; TLegend *leg=0; TIter next(lop); TString mes; TObject *o=0; while( (o=next()) ) { if((o->InheritsFrom(TAttLine::Class()) || o->InheritsFrom(TAttMarker::Class()) || o->InheritsFrom(TAttFill::Class())) && ( !(o->InheritsFrom(TFrame::Class())) && !(o->InheritsFrom(TPave::Class())) )) { if (!leg) leg = new TLegend(x1, y1, x2, y2, title); if (o->InheritsFrom(TNamed::Class()) && strlen(((TNamed *)o)->GetTitle())) mes = ((TNamed *)o)->GetTitle(); else if (strlen(o->GetName())) mes = o->GetName(); else mes = o->ClassName(); TString opt(""); if (o->InheritsFrom(TAttLine::Class())) opt += "l"; if (o->InheritsFrom(TAttMarker::Class())) opt += "p"; if (o->InheritsFrom(TAttFill::Class())) opt += "f"; leg->AddEntry(o,mes.Data(),opt.Data()); } else if ( o->InheritsFrom(TMultiGraph::Class() ) ) { if (!leg) leg = new TLegend(x1, y1, x2, y2, title); TList * grlist = ((TMultiGraph *)o)->GetListOfGraphs(); TIter nextgraph(grlist); TGraph * gr; TObject * obj; while ((obj = nextgraph())) { gr = (TGraph*) obj; if (strlen(gr->GetTitle())) mes = gr->GetTitle(); else if (strlen(gr->GetName())) mes = gr->GetName(); else mes = gr->ClassName(); leg->AddEntry( obj, mes.Data(), "lpf" ); } } else if ( o->InheritsFrom(THStack::Class() ) ) { if (!leg) leg = new TLegend(x1, y1, x2, y2, title); TList * hlist = ((THStack *)o)->GetHists(); TIter nexthist(hlist); TH1 * hist; TObject * obj; while ((obj = nexthist())) { hist = (TH1*) obj; if (strlen(hist->GetTitle())) mes = hist->GetTitle(); else if (strlen(hist->GetName())) mes = hist->GetName(); else mes = hist->ClassName(); leg->AddEntry( obj, mes.Data(), "lpf" ); } } } if (leg) { TVirtualPad *gpadsave; gpadsave = gPad; this->cd(); leg->Draw(); gpadsave->cd(); } else { Info("BuildLegend(void)","No object to build a TLegend."); } return leg; } //______________________________________________________________________________ TVirtualPad *TPad::cd(Int_t subpadnumber) { // Set Current pad. // When a canvas/pad is divided via TPad::Divide, one can directly // set the current path to one of the subdivisions. // See TPad::Divide for the convention to number subpads. // Returns the new current pad, or 0 in case of failure. // For example: // c1.Divide(2,3); // create 6 pads (2 divisions along x, 3 along y). // To set the current pad to the bottom right pad, do // c1.cd(6); // Note1: c1.cd() is equivalent to c1.cd(0) and sets the current pad // to c1 itself. // Note2: after a statement like c1.cd(6), the global variable gPad // points to the current pad. One can use gPad to set attributes // of the current pad. // Note3: One can get a pointer to one of the sub-pads of pad with: // TPad *subpad = (TPad*)pad->GetPad(subpadnumber); if (!subpadnumber) { gPad = this; if (!gPad->IsBatch()) GetPainter()->SelectDrawable(fPixmapID); return gPad; } TObject *obj; if (!fPrimitives) fPrimitives = new TList; TIter next(fPrimitives); while ((obj = next())) { if (obj->InheritsFrom(TPad::Class())) { Int_t n = ((TPad*)obj)->GetNumber(); if (n == subpadnumber) { return ((TPad*)obj)->cd(); } } } return 0; } //______________________________________________________________________________ void TPad::Clear(Option_t *option) { // Delete all pad primitives. // // If the bit kClearAfterCR has been set for this pad, the Clear function // will execute only after having pressed a CarriageReturn // Set the bit with mypad->SetBit(TPad::kClearAfterCR) if (!IsEditable()) return; if (!fPadPaint) { SafeDelete(fView); if (fPrimitives) fPrimitives->Clear(option); if (fFrame) { if (fFrame->TestBit(kNotDeleted)) delete fFrame; fFrame = 0; } } if (fCanvas) fCanvas->Cleared(this); cd(); if (TestBit(kClearAfterCR)) { // Intentional do not use the return value of getchar, // we just want to get it and forget it getchar(); } if (!gPad->IsBatch()) GetPainter()->ClearDrawable(); if (gVirtualPS && gPad == gPad->GetCanvas()) gVirtualPS->NewPage(); PaintBorder(GetFillColor(), kTRUE); fCrosshairPos = 0; ResetBit(TGraph::kClipFrame); } //___________________________________________________________ Int_t TPad::Clip(Float_t *x, Float_t *y, Float_t xclipl, Float_t yclipb, Float_t xclipr, Float_t yclipt) { // Clipping routine: Cohen Sutherland algorithm. // // If Clip ==2 the segment is outside the boundary. // If Clip ==1 the segment has one point outside the boundary. // If Clip ==0 the segment is inside the boundary. // // _Input parameters: // // x[2], y[2] : Segment coordinates // xclipl, yclipb, xclipr, yclipt : Clipping boundary // // _Output parameters: // // x[2], y[2] : New segment coordinates const Float_t kP=10000; Int_t clip = 0; for (Int_t i=0;i<2;i++) { if (TMath::Abs(xclipl-x[i]) <= TMath::Abs(xclipr-xclipl)/kP) x[i] = xclipl; if (TMath::Abs(xclipr-x[i]) <= TMath::Abs(xclipr-xclipl)/kP) x[i] = xclipr; if (TMath::Abs(yclipb-y[i]) <= TMath::Abs(yclipt-yclipb)/kP) y[i] = yclipb; if (TMath::Abs(yclipt-y[i]) <= TMath::Abs(yclipt-yclipb)/kP) y[i] = yclipt; } // Compute the first endpoint codes. Int_t code1 = ClippingCode(x[0],y[0],xclipl,yclipb,xclipr,yclipt); Int_t code2 = ClippingCode(x[1],y[1],xclipl,yclipb,xclipr,yclipt); Double_t xt=0, yt=0; Int_t clipped = 0; //this variable could be used in a future version while(code1 + code2) { clipped = 1; // The line lies entirely outside the clipping boundary if (code1&code2) { clip = 2; return clip; } // The line is subdivided into several parts Int_t ic = code1; if (ic == 0) ic = code2; if (ic & 0x1) { yt = y[0] + (y[1]-y[0])*(xclipl-x[0])/(x[1]-x[0]); xt = xclipl; } if (ic & 0x2) { yt = y[0] + (y[1]-y[0])*(xclipr-x[0])/(x[1]-x[0]); xt = xclipr; } if (ic & 0x4) { xt = x[0] + (x[1]-x[0])*(yclipb-y[0])/(y[1]-y[0]); yt = yclipb; } if (ic & 0x8) { xt = x[0] + (x[1]-x[0])*(yclipt-y[0])/(y[1]-y[0]); yt = yclipt; } if (ic == code1) { x[0] = xt; y[0] = yt; code1 = ClippingCode(xt,yt,xclipl,yclipb,xclipr,yclipt); } else { x[1] = xt; y[1] = yt; code2 = ClippingCode(xt,yt,xclipl,yclipb,xclipr,yclipt); } } clip = clipped; return clip; } //___________________________________________________________ Int_t TPad::Clip(Double_t *x, Double_t *y, Double_t xclipl, Double_t yclipb, Double_t xclipr, Double_t yclipt) { // Clipping routine: Cohen Sutherland algorithm. // // If Clip ==2 the segment is outside the boundary. // If Clip ==1 the segment has one point outside the boundary. // If Clip ==0 the segment is inside the boundary. // // _Input parameters: // // x[2], y[2] : Segment coordinates // xclipl, yclipb, xclipr, yclipt : Clipping boundary // // _Output parameters: // // x[2], y[2] : New segment coordinates const Double_t kP=10000; Int_t clip = 0; for (Int_t i=0;i<2;i++) { if (TMath::Abs(xclipl-x[i]) <= TMath::Abs(xclipr-xclipl)/kP) x[i] = xclipl; if (TMath::Abs(xclipr-x[i]) <= TMath::Abs(xclipr-xclipl)/kP) x[i] = xclipr; if (TMath::Abs(yclipb-y[i]) <= TMath::Abs(yclipt-yclipb)/kP) y[i] = yclipb; if (TMath::Abs(yclipt-y[i]) <= TMath::Abs(yclipt-yclipb)/kP) y[i] = yclipt; } // Compute the first endpoint codes. Int_t code1 = 0; if (x[0] < xclipl) code1 = code1 | 0x1; if (x[0] > xclipr) code1 = code1 | 0x2; if (y[0] < yclipb) code1 = code1 | 0x4; if (y[0] > yclipt) code1 = code1 | 0x8; Int_t code2 = 0; if (x[1] < xclipl) code2 = code2 | 0x1; if (x[1] > xclipr) code2 = code2 | 0x2; if (y[1] < yclipb) code2 = code2 | 0x4; if (y[1] > yclipt) code2 = code2 | 0x8; Double_t xt=0, yt=0; Int_t clipped = 0; //this variable could be used in a future version while(code1 + code2) { clipped = 1; // The line lies entirely outside the clipping boundary if (code1&code2) { clip = 2; return clip; } // The line is subdivided into several parts Int_t ic = code1; if (ic == 0) ic = code2; if (ic & 0x1) { yt = y[0] + (y[1]-y[0])*(xclipl-x[0])/(x[1]-x[0]); xt = xclipl; } if (ic & 0x2) { yt = y[0] + (y[1]-y[0])*(xclipr-x[0])/(x[1]-x[0]); xt = xclipr; } if (ic & 0x4) { xt = x[0] + (x[1]-x[0])*(yclipb-y[0])/(y[1]-y[0]); yt = yclipb; } if (ic & 0x8) { xt = x[0] + (x[1]-x[0])*(yclipt-y[0])/(y[1]-y[0]); yt = yclipt; } if (ic == code1) { x[0] = xt; y[0] = yt; code1 = ClippingCode(xt,yt,xclipl,yclipb,xclipr,yclipt); } else { x[1] = xt; y[1] = yt; code2 = ClippingCode(xt,yt,xclipl,yclipb,xclipr,yclipt); } } clip = clipped; return clip; } //___________________________________________________________ Int_t TPad::ClippingCode(Double_t x, Double_t y, Double_t xcl1, Double_t ycl1, Double_t xcl2, Double_t ycl2) { // Compute the endpoint codes for TPad::Clip. Int_t code = 0; if (x < xcl1) code = code | 0x1; if (x > xcl2) code = code | 0x2; if (y < ycl1) code = code | 0x4; if (y > ycl2) code = code | 0x8; return code; } //___________________________________________________________ Int_t TPad::ClipPolygon(Int_t n, Double_t *x, Double_t *y, Int_t nn, Double_t *xc, Double_t *yc, Double_t xclipl, Double_t yclipb, Double_t xclipr, Double_t yclipt) { // Clip polygon using the Sutherland-Hodgman algorithm. // // Input parameters: // // n: Number of points in the polygon to be clipped // x[n], y[n] : Polygon do be clipped vertices // xclipl, yclipb, xclipr, yclipt : Clipping boundary // // Output parameters: // // nn: number of points in xc and yc // xc, yc: clipped polygon vertices. The Int_t returned by this function is // the number of points in the clipped polygon. These vectors must // be allocated by the calling function. A size of 2*n for each is // enough. // // Sutherland and Hodgman's polygon-clipping algorithm uses a divide-and-conquer // strategy: It solves a series of simple and identical problems that, when // combined, solve the overall problem. The simple problem is to clip a polygon // against a single infinite clip edge. Four clip edges, each defining one boundary // of the clip rectangle, successively clip a polygon against a clip rectangle. // // Steps of Sutherland-Hodgman's polygon-clipping algorithm: // // * Polygons can be clipped against each edge of the window one at a time. // Windows/edge intersections, if any, are easy to find since the X or Y coordinates // are already known. // * Vertices which are kept after clipping against one window edge are saved for // clipping against the remaining edges. // * Note that the number of vertices usually changes and will often increases. // // The clip boundary determines a visible and invisible region. The edges from // vertex i to vertex i+1 can be one of four types: // // * Case 1 : Wholly inside visible region - save endpoint // * Case 2 : Exit visible region - save the intersection // * Case 3 : Wholly outside visible region - save nothing // * Case 4 : Enter visible region - save intersection and endpoint Int_t nc, nc2; Double_t x1, y1, x2, y2, slope; // Segment to be clipped Double_t *xc2 = new Double_t[nn]; Double_t *yc2 = new Double_t[nn]; // Clip against the left boundary x1 = x[n-1]; y1 = y[n-1]; nc2 = 0; Int_t i; for (i=0; i<n; i++) { x2 = x[i]; y2 = y[i]; if (x1 == x2) { slope = 0; } else { slope = (y2-y1)/(x2-x1); } if (x1 >= xclipl) { if (x2 < xclipl) { xc2[nc2] = xclipl; yc2[nc2++] = slope*(xclipl-x1)+y1; } else { xc2[nc2] = x2; yc2[nc2++] = y2; } } else { if (x2 >= xclipl) { xc2[nc2] = xclipl; yc2[nc2++] = slope*(xclipl-x1)+y1; xc2[nc2] = x2; yc2[nc2++] = y2; } } x1 = x2; y1 = y2; } // Clip against the top boundary x1 = xc2[nc2-1]; y1 = yc2[nc2-1]; nc = 0; for (i=0; i<nc2; i++) { x2 = xc2[i]; y2 = yc2[i]; if (y1 == y2) { slope = 0; } else { slope = (x2-x1)/(y2-y1); } if (y1 <= yclipt) { if (y2 > yclipt) { xc[nc] = x1+(yclipt-y1)*slope; yc[nc++] = yclipt; } else { xc[nc] = x2; yc[nc++] = y2; } } else { if (y2 <= yclipt) { xc[nc] = x1+(yclipt-y1)*slope; yc[nc++] = yclipt; xc[nc] = x2; yc[nc++] = y2; } } x1 = x2; y1 = y2; } // Clip against the right boundary x1 = xc[nc-1]; y1 = yc[nc-1]; nc2 = 0; for (i=0; i<nc; i++) { x2 = xc[i]; y2 = yc[i]; if (x1 == x2) { slope = 0; } else { slope = (y2-y1)/(x2-x1); } if (x1 <= xclipr) { if (x2 > xclipr) { xc2[nc2] = xclipr; yc2[nc2++] = slope*(xclipr-x1)+y1; } else { xc2[nc2] = x2; yc2[nc2++] = y2; } } else { if (x2 <= xclipr) { xc2[nc2] = xclipr; yc2[nc2++] = slope*(xclipr-x1)+y1; xc2[nc2] = x2; yc2[nc2++] = y2; } } x1 = x2; y1 = y2; } // Clip against the bottom boundary x1 = xc2[nc2-1]; y1 = yc2[nc2-1]; nc = 0; for (i=0; i<nc2; i++) { x2 = xc2[i]; y2 = yc2[i]; if (y1 == y2) { slope = 0; } else { slope = (x2-x1)/(y2-y1); } if (y1 >= yclipb) { if (y2 < yclipb) { xc[nc] = x1+(yclipb-y1)*slope; yc[nc++] = yclipb; } else { xc[nc] = x2; yc[nc++] = y2; } } else { if (y2 >= yclipb) { xc[nc] = x1+(yclipb-y1)*slope; yc[nc++] = yclipb; xc[nc] = x2; yc[nc++] = y2; } } x1 = x2; y1 = y2; } delete [] xc2; delete [] yc2; if (nc < 3) nc =0; return nc; } //______________________________________________________________________________ void TPad::Close(Option_t *) { // Delete all primitives in pad and pad itself. // Pad cannot be used anymore after this call. // Emits signal "Closed()". if (!TestBit(kNotDeleted)) return; if (!fMother) return; if (fPrimitives) fPrimitives->Clear(); if (fView) { if (fView->TestBit(kNotDeleted)) delete fView; fView = 0; } if (fFrame) { if (fFrame->TestBit(kNotDeleted)) delete fFrame; fFrame = 0; } // emit signal if (IsA() != TCanvas::Class()) Closed(); if (fPixmapID != -1) { if (gPad) { if (!gPad->IsBatch()) { GetPainter()->SelectDrawable(fPixmapID); GetPainter()->DestroyDrawable(); } } fPixmapID = -1; if (!gROOT->GetListOfCanvases()) return; if (fMother == this) { gROOT->GetListOfCanvases()->Remove(this); return; // in case of TCanvas } // remove from the mother's list of primitives if (fMother) { if (fMother->GetListOfPrimitives()) fMother->GetListOfPrimitives()->Remove(this); if (gPad == this) fMother->cd(); } if (fCanvas->GetPadSave() == this) fCanvas->ClearPadSave(); if (fCanvas->GetSelectedPad() == this) fCanvas->SetSelectedPad(0); if (fCanvas->GetClickSelectedPad() == this) fCanvas->SetClickSelectedPad(0); } fMother = 0; if (gROOT->GetSelectedPad() == this) gROOT->SetSelectedPad(0); } //______________________________________________________________________________ void TPad::CopyPixmap() { // Copy the pixmap of the pad to the canvas. int px, py; XYtoAbsPixel(fX1, fY2, px, py); if (fPixmapID != -1) GetPainter()->CopyDrawable(fPixmapID, px, py); if (this == gPad) HighLight(gPad->GetHighLightColor()); } //______________________________________________________________________________ void TPad::CopyPixmaps() { // Copy the sub-pixmaps of the pad to the canvas. TObject *obj; if (!fPrimitives) fPrimitives = new TList; TIter next(GetListOfPrimitives()); while ((obj = next())) { if (obj->InheritsFrom(TPad::Class())) { ((TPad*)obj)->CopyPixmap(); ((TPad*)obj)->CopyPixmaps(); } } } //______________________________________________________________________________ void TPad::DeleteExec(const char *name) { // Remove TExec name from the list of Execs. if (!fExecs) fExecs = new TList; TExec *ex = (TExec*)fExecs->FindObject(name); if (!ex) return; fExecs->Remove(ex); delete ex; } //______________________________________________________________________________ Int_t TPad::DistancetoPrimitive(Int_t px, Int_t py) { // Compute distance from point px,py to a box. // // Compute the closest distance of approach from point px,py to the // edges of this pad. // The distance is computed in pixels units. Int_t pxl, pyl, pxt, pyt; Int_t px1 = gPad->XtoAbsPixel(fX1); Int_t py1 = gPad->YtoAbsPixel(fY1); Int_t px2 = gPad->XtoAbsPixel(fX2); Int_t py2 = gPad->YtoAbsPixel(fY2); if (px1 < px2) {pxl = px1; pxt = px2;} else {pxl = px2; pxt = px1;} if (py1 < py2) {pyl = py1; pyt = py2;} else {pyl = py2; pyt = py1;} // Are we inside the box? // ====================== if ( (px > pxl && px < pxt) && (py > pyl && py < pyt) ) { if (GetFillStyle()) return 0; //*-* if pad is filled } // Are we on the edges? // ==================== Int_t dxl = TMath::Abs(px - pxl); if (py < pyl) dxl += pyl - py; if (py > pyt) dxl += py - pyt; Int_t dxt = TMath::Abs(px - pxt); if (py < pyl) dxt += pyl - py; if (py > pyt) dxt += py - pyt; Int_t dyl = TMath::Abs(py - pyl); if (px < pxl) dyl += pxl - px; if (px > pxt) dyl += px - pxt; Int_t dyt = TMath::Abs(py - pyt); if (px < pxl) dyt += pxl - px; if (px > pxt) dyt += px - pxt; Int_t distance = dxl; if (dxt < distance) distance = dxt; if (dyl < distance) distance = dyl; if (dyt < distance) distance = dyt; return distance - Int_t(0.5*fLineWidth); } //______________________________________________________________________________ void TPad::Divide(Int_t nx, Int_t ny, Float_t xmargin, Float_t ymargin, Int_t color) { // Automatic pad generation by division. // // The current canvas is divided in nx by ny equal divisions (pads). // xmargin is the space along x between pads in percent of canvas. // ymargin is the space along y between pads in percent of canvas. // (see Note3 below for the special case xmargin <=0 and ymargin <=0) // color is the color of the new pads. If 0, color is the canvas color. // Pads are automatically named canvasname_n where n is the division number // starting from top left pad. // Example if canvasname=c1 , nx=2, ny=3 // // ............................................................... // . . . // . . . // . . . // . c1_1 . c1_2 . // . . . // . . . // . . . // ............................................................... // . . . // . . . // . . . // . c1_3 . c1_4 . // . . . // . . . // . . . // ............................................................... // . . . // . . . // . . . // . c1_5 . c1_6 . // . . . // . . . // ............................................................... // // // Once a pad is divided into subpads, one can set the current pad // to a subpad with a given division number as illustrated above // with TPad::cd(subpad_number). // For example, to set the current pad to c1_4, one can do: // c1->cd(4) // // Note1: c1.cd() is equivalent to c1.cd(0) and sets the current pad // to c1 itself. // Note2: after a statement like c1.cd(6), the global variable gPad // points to the current pad. One can use gPad to set attributes // of the current pad. // Note3: in case xmargin <=0 and ymargin <= 0, there is no space // between pads. The current pad margins are recomputed to // optimize the layout. if (!IsEditable()) return; if (gThreadXAR) { void *arr[7]; arr[1] = this; arr[2] = (void*)&nx;arr[3] = (void*)& ny; arr[4] = (void*)&xmargin; arr[5] = (void *)& ymargin; arr[6] = (void *)&color; if ((*gThreadXAR)("PDCD", 7, arr, 0)) return; } TPad *padsav = (TPad*)gPad; cd(); if (nx <= 0) nx = 1; if (ny <= 0) ny = 1; Int_t ix,iy; Double_t x1,y1,x2,y2; Double_t dx,dy; TPad *pad; Int_t nchname = strlen(GetName())+6; Int_t nchtitle = strlen(GetTitle())+6; char *name = new char [nchname]; char *title = new char [nchtitle]; Int_t n = 0; if (color == 0) color = GetFillColor(); if (xmargin > 0 && ymargin > 0) { //general case dy = 1/Double_t(ny); dx = 1/Double_t(nx); for (iy=0;iy<ny;iy++) { y2 = 1 - iy*dy - ymargin; y1 = y2 - dy + 2*ymargin; if (y1 < 0) y1 = 0; if (y1 > y2) continue; for (ix=0;ix<nx;ix++) { x1 = ix*dx + xmargin; x2 = x1 +dx -2*xmargin; if (x1 > x2) continue; n++; snprintf(name,nchname,"%s_%d",GetName(),n); pad = new TPad(name,name,x1,y1,x2,y2,color); pad->SetNumber(n); pad->Draw(); } } } else { // special case when xmargin <= 0 && ymargin <= 0 Double_t xl = GetLeftMargin(); Double_t xr = GetRightMargin(); Double_t yb = GetBottomMargin(); Double_t yt = GetTopMargin(); xl /= (1-xl+xr)*nx; xr /= (1-xl+xr)*nx; yb /= (1-yb+yt)*ny; yt /= (1-yb+yt)*ny; SetLeftMargin(xl); SetRightMargin(xr); SetBottomMargin(yb); SetTopMargin(yt); dx = (1-xl-xr)/nx; dy = (1-yb-yt)/ny; Int_t number = 0; for (Int_t i=0;i<nx;i++) { x1 = i*dx+xl; x2 = x1 + dx; if (i == 0) x1 = 0; if (i == nx-1) x2 = 1-xr; for (Int_t j=0;j<ny;j++) { number = j*nx + i +1; y2 = 1 -j*dy -yt; y1 = y2 - dy; if (j == 0) y2 = 1-yt; if (j == ny-1) y1 = 0; snprintf(name,nchname,"%s_%d",GetName(),number); snprintf(title,nchtitle,"%s_%d",GetTitle(),number); pad = new TPad(name,title,x1,y1,x2,y2); pad->SetNumber(number); pad->SetBorderMode(0); if (i == 0) pad->SetLeftMargin(xl*nx); else pad->SetLeftMargin(0); pad->SetRightMargin(0); pad->SetTopMargin(0); if (j == ny-1) pad->SetBottomMargin(yb*ny); else pad->SetBottomMargin(0); pad->Draw(); } } } delete [] name; delete [] title; Modified(); if (padsav) padsav->cd(); } //______________________________________________________________________________ void TPad::Draw(Option_t *option) { // Draw Pad in Current pad (re-parent pad if necessary). // if no canvas opened yet create a default canvas if (!gPad) { gROOT->MakeDefCanvas(); } // pad cannot be in itself and it can only be in one other pad at a time if (!fPrimitives) fPrimitives = new TList; if (gPad != this) { if (fMother) fMother->GetListOfPrimitives()->Remove(this); TPad *oldMother = fMother; fCanvas = gPad->GetCanvas(); // fMother = (TPad*)gPad; if (oldMother != fMother || fPixmapID == -1) ResizePad(); } Paint(); if (gPad->IsRetained() && gPad != this && fMother) fMother->GetListOfPrimitives()->Add(this, option); } //______________________________________________________________________________ void TPad::DrawClassObject(const TObject *classobj, Option_t *option) { // Draw class inheritance tree of the class to which obj belongs. // If a class B inherits from a class A, description of B is drawn // on the right side of description of A. // Member functions overridden by B are shown in class A with a blue line // crossing-out the corresponding member function. // The following picture is the class inheritance tree of class TPaveLabel: //Begin_Html /* <img src="gif/drawclass.gif"> */ //End_Html char dname[256]; const Int_t kMAXLEVELS = 10; TClass *clevel[kMAXLEVELS], *cl, *cll; TBaseClass *base, *cinherit; TText *ptext = 0; TString opt=option; Double_t x,y,dy,y1,v1,v2,dv; Int_t nd,nf,nc,nkd,nkf,i,j; TPaveText *pt; Int_t maxlev = 4; if (opt.Contains("2")) maxlev = 2; if (opt.Contains("3")) maxlev = 3; if (opt.Contains("5")) maxlev = 5; if (opt.Contains("6")) maxlev = 6; if (opt.Contains("7")) maxlev = 7; // Clear and Set Pad range Double_t xpad = 20.5; Double_t ypad = 27.5; Clear(); Range(0,0,xpad,ypad); // Find number of levels Int_t nlevel = 0; TClass *obj = (TClass*)classobj; clevel[nlevel] = obj; TList *lbase = obj->GetListOfBases(); while(lbase) { base = (TBaseClass*)lbase->First(); if (!base) break; if ( base->GetClassPointer() == 0) break; nlevel++; clevel[nlevel] = base->GetClassPointer(); lbase = clevel[nlevel]->GetListOfBases(); if (nlevel >= maxlev-1) break; } Int_t maxelem = 0; Int_t ncdraw = 0; Int_t ilevel, nelem; for (ilevel=nlevel;ilevel>=0;ilevel--) { cl = clevel[ilevel]; nelem = cl->GetNdata() + cl->GetNmethods(); if (nelem > maxelem) maxelem = nelem; nc = (nelem/50) + 1; ncdraw += nc; } Double_t tsizcm = 0.40; Double_t x1 = 0.25; Double_t x2 = 0; Double_t dx = 3.5; if (ncdraw > 4) { dx = dx - 0.42*Double_t(ncdraw-5); if (dx < 1.3) dx = 1.3; tsizcm = tsizcm - 0.03*Double_t(ncdraw-5); if (tsizcm < 0.27) tsizcm = 0.27; } Double_t tsiz = 1.2*tsizcm/ypad; // Now loop on levels for (ilevel=nlevel;ilevel>=0;ilevel--) { cl = clevel[ilevel]; nelem = cl->GetNdata() + cl->GetNmethods(); if (nelem > maxelem) maxelem = nelem; nc = (nelem/50) + 1; dy = 0.45; if (ilevel < nlevel) x1 = x2 + 0.5; x2 = x1 + nc*dx; v2 = ypad - 0.5; lbase = cl->GetListOfBases(); cinherit = 0; if (lbase) cinherit = (TBaseClass*)lbase->First(); do { nd = cl->GetNdata(); nf = cl->GetNmethods() - 2; //do not show default constructor and destructor if (cl->GetListOfMethods()->FindObject("Dictionary")) { nf -= 6; // do not count the Dictionary/ClassDef functions } nkf= nf/nc +1; nkd= nd/nc +1; if (nd == 0) nkd=0; if (nf == 0) nkf=0; y1 = v2 - 0.7; v1 = y1 - Double_t(nkf+nkd+nc-1)*dy; dv = v2 - v1; // Create a new PaveText pt = new TPaveText(x1,v1,x2,v2); pt->SetBit(kCanDelete); pt->SetFillColor(19); pt->Draw(); pt->SetTextColor(4); pt->SetTextFont(61); pt->SetTextAlign(12); pt->SetTextSize(tsiz); TBox *box = pt->AddBox(0,(y1+0.01-v1)/dv,0,(v2-0.01-v1)/dv); box->SetFillColor(17); pt->AddLine(0,(y1-v1)/dv,0,(y1-v1)/dv); TText *title = pt->AddText(0.5,(0.5*(y1+v2)-v1)/dv,(char*)cl->GetName()); title->SetTextAlign(22); title->SetTextSize(0.6*(v2-y1)/ypad); // Draw data Members i = 0; x = 0.03; y = y1 + 0.5*dy; TDataMember *d; TIter nextd(cl->GetListOfDataMembers()); while ((d = (TDataMember *) nextd())) { if (i >= nkd) { i = 1; y = y1 - 0.5*dy; x += 1/Double_t(nc); } else { i++; y -= dy; } // Take in account the room the array index will occupy Int_t dim = d->GetArrayDim(); Int_t indx = 0; snprintf(dname,256,"%s",obj->EscapeChars(d->GetName())); Int_t ldname = 0; while (indx < dim ){ ldname = strlen(dname); snprintf(&dname[ldname],256,"[%d]",d->GetMaxIndex(indx)); indx++; } pt->AddText(x,(y-v1)/dv,dname); } // Draw a separator line Double_t ysep; if (nd) { ysep = y1 - Double_t(nkd)*dy; pt->AddLine(0,(ysep-v1)/dv,0,(ysep-v1)/dv); ysep -= 0.5*dy; } else ysep = y1; // Draw Member Functions Int_t fcount = 0; i = 0; x = 0.03; y = ysep + 0.5*dy; TMethod *m; TIter nextm(cl->GetListOfMethods()); while ((m = (TMethod *) nextm())) { if ( !strcmp( m->GetName(), "Dictionary" ) || !strcmp( m->GetName(), "Class_Version" ) || !strcmp( m->GetName(), "DeclFileName" ) || !strcmp( m->GetName(), "DeclFileLine" ) || !strcmp( m->GetName(), "ImplFileName" ) || !strcmp( m->GetName(), "ImplFileLine" ) ) continue; fcount++; if (fcount > nf) break; if (i >= nkf) { i = 1; y = ysep - 0.5*dy; x += 1/Double_t(nc); } else { i++; y -= dy; } ptext = pt->AddText(x,(y-v1)/dv,obj->EscapeChars(m->GetName())); // Check if method is overloaded in a derived class // If yes, Change the color of the text to blue for (j=ilevel-1;j>=0;j--) { if (cl == clevel[ilevel]) { if (clevel[j]->GetMethodAny((char*)m->GetName())) { ptext->SetTextColor(15); break; } } } } // Draw second inheritance classes for this class cll = 0; if (cinherit) { cinherit = (TBaseClass*)lbase->After(cinherit); if (cinherit) { cl = cinherit->GetClassPointer(); cll = cl; v2 = v1 -0.4; dy = 0.35; } } } while (cll); } Update(); } //______________________________________________________________________________ void TPad::DrawCrosshair() { //Function called to draw a crosshair in the canvas // // Example: // Root > TFile f("hsimple.root"); // Root > hpxpy.Draw(); // Root > c1.SetCrosshair(); // When moving the mouse in the canvas, a crosshair is drawn // // if the canvas fCrosshair = 1 , the crosshair spans the full canvas // if the canvas fCrosshair > 1 , the crosshair spans only the pad if (gPad->GetEvent() == kMouseEnter) return; TPad *cpad = (TPad*)gPad; TCanvas *canvas = cpad->GetCanvas(); canvas->FeedbackMode(kTRUE); //erase old position and draw a line at current position Int_t pxmin,pxmax,pymin,pymax,pxold,pyold,px,py; pxold = fCrosshairPos%10000; pyold = fCrosshairPos/10000; px = cpad->GetEventX(); py = cpad->GetEventY()+1; if (canvas->GetCrosshair() > 1) { //crosshair only in the current pad pxmin = cpad->XtoAbsPixel(fX1); pxmax = cpad->XtoAbsPixel(fX2); pymin = cpad->YtoAbsPixel(fY1); pymax = cpad->YtoAbsPixel(fY2); } else { //default; crosshair spans the full canvas pxmin = 0; pxmax = canvas->GetWw(); pymin = 0; pymax = cpad->GetWh(); } if(pxold) gVirtualX->DrawLine(pxold,pymin,pxold,pymax); if(pyold) gVirtualX->DrawLine(pxmin,pyold,pxmax,pyold); if (cpad->GetEvent() == kButton1Down || cpad->GetEvent() == kButton1Up || cpad->GetEvent() == kMouseLeave) { fCrosshairPos = 0; return; } gVirtualX->DrawLine(px,pymin,px,pymax); gVirtualX->DrawLine(pxmin,py,pxmax,py); fCrosshairPos = px + 10000*py; } //______________________________________________________________________________ TH1F *TPad::DrawFrame(Double_t xmin, Double_t ymin, Double_t xmax, Double_t ymax, const char *title) { // Draw a pad frame // // Compute real pad range taking into account all margins // Use services of TH1F class if (!IsEditable()) return 0; TPad *padsav = (TPad*)gPad; if (this != padsav) { Warning("DrawFrame","Drawframe must be called for the current pad only"); return padsav->DrawFrame(xmin,ymin,xmax,ymax,title); } cd(); TH1F *hframe = (TH1F*)FindObject("hframe"); if (hframe) delete hframe; Int_t nbins = 1000; //if log scale in X, use variable bin size linear with log(x) //this gives a better precision when zooming on the axis if (fLogx && xmin > 0 && xmax > xmin) { Double_t xminl = TMath::Log(xmin); Double_t xmaxl = TMath::Log(xmax); Double_t dx = (xmaxl-xminl)/nbins; Double_t *xbins = new Double_t[nbins+1]; xbins[0] = xmin; for (Int_t i=1;i<=nbins;i++) { xbins[i] = TMath::Exp(xminl+i*dx); } hframe = new TH1F("hframe",title,nbins,xbins); delete [] xbins; } else { hframe = new TH1F("hframe",title,nbins,xmin,xmax); } hframe->SetBit(TH1::kNoStats); hframe->SetBit(kCanDelete); hframe->SetMinimum(ymin); hframe->SetMaximum(ymax); hframe->GetYaxis()->SetLimits(ymin,ymax); hframe->SetDirectory(0); hframe->Draw(" "); Update(); if (padsav) padsav->cd(); return hframe; } //______________________________________________________________________________ void TPad::DrawColorTable() { // Static function to Display Color Table in a pad. Int_t i, j; Int_t color; Double_t xlow, ylow, xup, yup, hs, ws; Double_t x1, y1, x2, y2; x1 = y1 = 0; x2 = y2 = 20; gPad->SetFillColor(0); gPad->Clear(); gPad->Range(x1,y1,x2,y2); TText *text = new TText(0,0,""); text->SetTextFont(61); text->SetTextSize(0.07); text->SetTextAlign(22); TBox *box = new TBox(); // Draw color table boxes. hs = (y2-y1)/Double_t(5); ws = (x2-x1)/Double_t(10); for (i=0;i<10;i++) { xlow = x1 + ws*(Double_t(i)+0.1); xup = x1 + ws*(Double_t(i)+0.9); for (j=0;j<5;j++) { ylow = y1 + hs*(Double_t(j)+0.1); yup = y1 + hs*(Double_t(j)+0.9); color = 10*j + i; box->SetFillStyle(1001); box->SetFillColor(color); box->DrawBox(xlow, ylow, xup, yup); box->SetFillStyle(0); box->SetLineColor(1); box->DrawBox(xlow, ylow, xup, yup); if (color == 1) text->SetTextColor(0); else text->SetTextColor(1); text->DrawText(0.5*(xlow+xup), 0.5*(ylow+yup), Form("%d",color)); } } } //______________________________________________________________________________ void TPad::ExecuteEvent(Int_t event, Int_t px, Int_t py) { // Execute action corresponding to one event. // // This member function is called when a TPad object is clicked. // // If the mouse is clicked in one of the 4 corners of the pad (pA,pB,pC,pD) // the pad is resized with the rubber rectangle. // // If the mouse is clicked inside the pad, the pad is moved. // // If the mouse is clicked on the 4 edges (pL,pR,pTop,pBot), the pad is scaled // parallel to this edge. // // pA pTop pB // +--------------------------------------------+ // | | // | | // | | // pL| pINSIDE |pR // | | // | | // | | // | | // +--------------------------------------------+ // pD pBot pC // // // Note that this function duplicates on purpose the functionality // already implemented in TBox::ExecuteEvent. // If somebody modifies this function, may be similar changes should also // be applied to TBox::ExecuteEvent. static Double_t xmin; static Double_t xmax; static Double_t ymin; static Double_t ymax; const Int_t kMaxDiff = 5; const Int_t kMinSize = 20; static Int_t pxorg, pyorg; static Int_t px1, px2, py1, py2, pxl, pyl, pxt, pyt, pxold, pyold; static Int_t px1p, px2p, py1p, py2p, pxlp, pylp, pxtp, pytp; static Bool_t pA, pB, pC, pD, pTop, pL, pR, pBot, pINSIDE; Int_t wx, wy; Bool_t opaque = OpaqueMoving(); Bool_t ropaque = OpaqueResizing(); Bool_t fixedr = HasFixedAspectRatio(); if (!IsEditable() && event != kMouseEnter) return; TVirtualPad *parent = GetMother(); if (!parent->IsEditable()) return; HideToolTip(event); if (fXlowNDC < 0 && event != kButton1Down) return; if (fYlowNDC < 0 && event != kButton1Down) return; // keep old range and mouse position if (event == kButton1Down) { xmin = fX1; xmax = fX2; ymin = fY1; ymax = fY2; pxorg = px; pyorg = py; } Int_t newcode = gROOT->GetEditorMode(); if (newcode) pA = pB = pC = pD = pTop = pL = pR = pBot = pINSIDE = kFALSE; switch (newcode) { case kPad: TCreatePrimitives::Pad(event,px,py,0); break; case kMarker: case kText: TCreatePrimitives::Text(event,px,py,newcode); break; case kLine: TCreatePrimitives::Line(event,px,py,kLine); break; case kArrow: TCreatePrimitives::Line(event,px,py,kArrow); break; case kCurlyLine: TCreatePrimitives::Line(event,px,py,kCurlyLine); break; case kCurlyArc: TCreatePrimitives::Line(event,px,py,kCurlyArc); break; case kPolyLine: TCreatePrimitives::PolyLine(event,px,py,kPolyLine); break; case kCutG: TCreatePrimitives::PolyLine(event,px,py,kCutG); break; case kArc: TCreatePrimitives::Ellipse(event,px,py,kArc); break; case kEllipse: TCreatePrimitives::Ellipse(event,px,py,kEllipse); break; case kButton: case kPave: case kPaveLabel: case kPaveText: case kPavesText: case kDiamond: TCreatePrimitives::Pave(event,px,py,newcode); return; default: break; } if (newcode) return; Bool_t doing_again = kFALSE; again: switch (event) { case kMouseEnter: if (fTip) ResetToolTip(fTip); break; case kButton1Down: GetPainter()->SetLineColor(-1); TAttLine::Modify(); //Change line attributes only if necessary if (GetFillColor()) GetPainter()->SetLineColor(GetFillColor()); else GetPainter()->SetLineColor(1); GetPainter()->SetLineWidth(2); // No break !!! case kMouseMotion: px1 = XtoAbsPixel(fX1); py1 = YtoAbsPixel(fY1); px2 = XtoAbsPixel(fX2); py2 = YtoAbsPixel(fY2); if (px1 < px2) { pxl = px1; pxt = px2; } else { pxl = px2; pxt = px1; } if (py1 < py2) { pyl = py1; pyt = py2; } else { pyl = py2; pyt = py1; } px1p = parent->XtoAbsPixel(parent->GetX1()) + parent->GetBorderSize(); py1p = parent->YtoAbsPixel(parent->GetY1()) - parent->GetBorderSize(); px2p = parent->XtoAbsPixel(parent->GetX2()) - parent->GetBorderSize(); py2p = parent->YtoAbsPixel(parent->GetY2()) + parent->GetBorderSize(); if (px1p < px2p) { pxlp = px1p; pxtp = px2p; } else { pxlp = px2p; pxtp = px1p; } if (py1p < py2p) { pylp = py1p; pytp = py2p; } else { pylp = py2p; pytp = py1p; } pA = pB = pC = pD = pTop = pL = pR = pBot = pINSIDE = kFALSE; // case pA if (TMath::Abs(px - pxl) <= kMaxDiff && TMath::Abs(py - pyl) <= kMaxDiff) { pxold = pxl; pyold = pyl; pA = kTRUE; SetCursor(kTopLeft); } // case pB if (TMath::Abs(px - pxt) <= kMaxDiff && TMath::Abs(py - pyl) <= kMaxDiff) { pxold = pxt; pyold = pyl; pB = kTRUE; SetCursor(kTopRight); } // case pC if (TMath::Abs(px - pxt) <= kMaxDiff && TMath::Abs(py - pyt) <= kMaxDiff) { pxold = pxt; pyold = pyt; pC = kTRUE; SetCursor(kBottomRight); } // case pD if (TMath::Abs(px - pxl) <= kMaxDiff && TMath::Abs(py - pyt) <= kMaxDiff) { pxold = pxl; pyold = pyt; pD = kTRUE; SetCursor(kBottomLeft); } if ((px > pxl+kMaxDiff && px < pxt-kMaxDiff) && TMath::Abs(py - pyl) < kMaxDiff) { // top edge pxold = pxl; pyold = pyl; pTop = kTRUE; SetCursor(kTopSide); } if ((px > pxl+kMaxDiff && px < pxt-kMaxDiff) && TMath::Abs(py - pyt) < kMaxDiff) { // bottom edge pxold = pxt; pyold = pyt; pBot = kTRUE; SetCursor(kBottomSide); } if ((py > pyl+kMaxDiff && py < pyt-kMaxDiff) && TMath::Abs(px - pxl) < kMaxDiff) { // left edge pxold = pxl; pyold = pyl; pL = kTRUE; SetCursor(kLeftSide); } if ((py > pyl+kMaxDiff && py < pyt-kMaxDiff) && TMath::Abs(px - pxt) < kMaxDiff) { // right edge pxold = pxt; pyold = pyt; pR = kTRUE; SetCursor(kRightSide); } if ((px > pxl+kMaxDiff && px < pxt-kMaxDiff) && (py > pyl+kMaxDiff && py < pyt-kMaxDiff)) { // inside box pxold = px; pyold = py; pINSIDE = kTRUE; if (event == kButton1Down) SetCursor(kMove); else SetCursor(kCross); } fResizing = kFALSE; if (pA || pB || pC || pD || pTop || pL || pR || pBot) fResizing = kTRUE; if (!pA && !pB && !pC && !pD && !pTop && !pL && !pR && !pBot && !pINSIDE) SetCursor(kCross); break; case kButton1Motion: if (TestBit(kCannotMove)) break; wx = wy = 0; if (pA) { if (!ropaque) gVirtualX->DrawBox(pxold, pyt, pxt, pyold, TVirtualX::kHollow); if (px > pxt-kMinSize) { px = pxt-kMinSize; wx = px; } if (py > pyt-kMinSize) { py = pyt-kMinSize; wy = py; } if (px < pxlp) { px = pxlp; wx = px; } if (py < pylp) { py = pylp; wy = py; } if (fixedr) { Double_t dy = Double_t(TMath::Abs(pxt-px))/parent->UtoPixel(1.) / fAspectRatio; Int_t npy2 = pyt - TMath::Abs(parent->VtoAbsPixel(dy) - parent->VtoAbsPixel(0)); if (npy2 < pylp) { px = pxold; py = pyold; } else py = npy2; wx = wy = 0; } if (!ropaque) gVirtualX->DrawBox(px, pyt, pxt, py, TVirtualX::kHollow); } if (pB) { if (!ropaque) gVirtualX->DrawBox(pxl , pyt, pxold, pyold, TVirtualX::kHollow); if (px < pxl+kMinSize) { px = pxl+kMinSize; wx = px; } if (py > pyt-kMinSize) { py = pyt-kMinSize; wy = py; } if (px > pxtp) { px = pxtp; wx = px; } if (py < pylp) { py = pylp; wy = py; } if (fixedr) { Double_t dy = Double_t(TMath::Abs(pxl-px))/parent->UtoPixel(1.) / fAspectRatio; Int_t npy2 = pyt - TMath::Abs(parent->VtoAbsPixel(dy) - parent->VtoAbsPixel(0)); if (npy2 < pylp) { px = pxold; py = pyold; } else py = npy2; wx = wy = 0; } if (!ropaque) gVirtualX->DrawBox(pxl , pyt, px , py, TVirtualX::kHollow); } if (pC) { if (!ropaque) gVirtualX->DrawBox(pxl , pyl, pxold, pyold, TVirtualX::kHollow); if (px < pxl+kMinSize) { px = pxl+kMinSize; wx = px; } if (py < pyl+kMinSize) { py = pyl+kMinSize; wy = py; } if (px > pxtp) { px = pxtp; wx = px; } if (py > pytp) { py = pytp; wy = py; } if (fixedr) { Double_t dy = Double_t(TMath::Abs(pxl-px))/parent->UtoPixel(1.) / fAspectRatio; Int_t npy2 = pyl + TMath::Abs(parent->VtoAbsPixel(dy) - parent->VtoAbsPixel(0)); if (npy2 > pytp) { px = pxold; py = pyold; } else py = npy2; wx = wy = 0; } if (!ropaque) gVirtualX->DrawBox(pxl, pyl, px, py, TVirtualX::kHollow); } if (pD) { if (!ropaque) gVirtualX->DrawBox(pxold, pyold, pxt, pyl, TVirtualX::kHollow); if (px > pxt-kMinSize) { px = pxt-kMinSize; wx = px; } if (py < pyl+kMinSize) { py = pyl+kMinSize; wy = py; } if (px < pxlp) { px = pxlp; wx = px; } if (py > pytp) { py = pytp; wy = py; } if (fixedr) { Double_t dy = Double_t(TMath::Abs(pxt-px))/parent->UtoPixel(1.) / fAspectRatio; Int_t npy2 = pyl + TMath::Abs(parent->VtoAbsPixel(dy) - parent->VtoAbsPixel(0)); if (npy2 > pytp) { px = pxold; py = pyold; } else py = npy2; wx = wy = 0; } if (!ropaque) gVirtualX->DrawBox(px, py, pxt, pyl, TVirtualX::kHollow); } if (pTop) { if (!ropaque) gVirtualX->DrawBox(px1, py1, px2, py2, TVirtualX::kHollow); py2 += py - pyold; if (py2 > py1-kMinSize) { py2 = py1-kMinSize; wy = py2; } if (py2 < py2p) { py2 = py2p; wy = py2; } if (fixedr) { Double_t dx = Double_t(TMath::Abs(py2-py1))/parent->VtoPixel(0) * fAspectRatio; Int_t npx2 = px1 + parent->UtoPixel(dx); if (npx2 > px2p) py2 -= py - pyold; else px2 = npx2; } if (!ropaque) gVirtualX->DrawBox(px1, py1, px2, py2, TVirtualX::kHollow); } if (pBot) { if (!ropaque) gVirtualX->DrawBox(px1, py1, px2, py2, TVirtualX::kHollow); py1 += py - pyold; if (py1 < py2+kMinSize) { py1 = py2+kMinSize; wy = py1; } if (py1 > py1p) { py1 = py1p; wy = py1; } if (fixedr) { Double_t dx = Double_t(TMath::Abs(py2-py1))/parent->VtoPixel(0) * fAspectRatio; Int_t npx2 = px1 + parent->UtoPixel(dx); if (npx2 > px2p) py1 -= py - pyold; else px2 = npx2; } if (!ropaque) gVirtualX->DrawBox(px1, py1, px2, py2, TVirtualX::kHollow); } if (pL) { if (!ropaque) gVirtualX->DrawBox(px1, py1, px2, py2, TVirtualX::kHollow); px1 += px - pxold; if (px1 > px2-kMinSize) { px1 = px2-kMinSize; wx = px1; } if (px1 < px1p) { px1 = px1p; wx = px1; } if (fixedr) { Double_t dy = Double_t(TMath::Abs(px2-px1))/parent->UtoPixel(1.) / fAspectRatio; Int_t npy2 = py1 - TMath::Abs(parent->VtoAbsPixel(dy) - parent->VtoAbsPixel(0)); if (npy2 < py2p) px1 -= px - pxold; else py2 = npy2; } if (!ropaque) gVirtualX->DrawBox(px1, py1, px2, py2, TVirtualX::kHollow); } if (pR) { if (!ropaque) gVirtualX->DrawBox(px1, py1, px2, py2, TVirtualX::kHollow); px2 += px - pxold; if (px2 < px1+kMinSize) { px2 = px1+kMinSize; wx = px2; } if (px2 > px2p) { px2 = px2p; wx = px2; } if (fixedr) { Double_t dy = Double_t(TMath::Abs(px2-px1))/parent->UtoPixel(1.) / fAspectRatio; Int_t npy2 = py1 - TMath::Abs(parent->VtoAbsPixel(dy) - parent->VtoAbsPixel(0)); if (npy2 < py2p) px2 -= px - pxold; else py2 = npy2; } if (!ropaque) gVirtualX->DrawBox(px1, py1, px2, py2, TVirtualX::kHollow); } if (pINSIDE) { if (!opaque) gVirtualX->DrawBox(px1, py1, px2, py2, TVirtualX::kHollow); // draw the old box Int_t dx = px - pxold; Int_t dy = py - pyold; px1 += dx; py1 += dy; px2 += dx; py2 += dy; if (px1 < px1p) { dx = px1p - px1; px1 += dx; px2 += dx; wx = px+dx; } if (px2 > px2p) { dx = px2 - px2p; px1 -= dx; px2 -= dx; wx = px-dx; } if (py1 > py1p) { dy = py1 - py1p; py1 -= dy; py2 -= dy; wy = py-dy; } if (py2 < py2p) { dy = py2p - py2; py1 += dy; py2 += dy; wy = py+dy; } if (!opaque) gVirtualX->DrawBox(px1, py1, px2, py2, TVirtualX::kHollow); // draw the new box } if (wx || wy) { if (wx) px = wx; if (wy) py = wy; gVirtualX->Warp(px, py); } pxold = px; pyold = py; if ((!fResizing && opaque) || (fResizing && ropaque)) { event = kButton1Up; doing_again = kTRUE; goto again; } break; case kButton1Up: if (gROOT->IsEscaped()) { gROOT->SetEscape(kFALSE); break; } if (pA) { fX1 = AbsPixeltoX(pxold); fY1 = AbsPixeltoY(pyt); fX2 = AbsPixeltoX(pxt); fY2 = AbsPixeltoY(pyold); } if (pB) { fX1 = AbsPixeltoX(pxl); fY1 = AbsPixeltoY(pyt); fX2 = AbsPixeltoX(pxold); fY2 = AbsPixeltoY(pyold); } if (pC) { fX1 = AbsPixeltoX(pxl); fY1 = AbsPixeltoY(pyold); fX2 = AbsPixeltoX(pxold); fY2 = AbsPixeltoY(pyl); } if (pD) { fX1 = AbsPixeltoX(pxold); fY1 = AbsPixeltoY(pyold); fX2 = AbsPixeltoX(pxt); fY2 = AbsPixeltoY(pyl); } if (pTop || pBot || pL || pR || pINSIDE) { fX1 = AbsPixeltoX(px1); fY1 = AbsPixeltoY(py1); fX2 = AbsPixeltoX(px2); fY2 = AbsPixeltoY(py2); } if (pINSIDE) if (!doing_again) gPad->SetCursor(kCross); if (pA || pB || pC || pD || pTop || pL || pR || pBot) Modified(kTRUE); gVirtualX->SetLineColor(-1); gVirtualX->SetLineWidth(-1); if (px != pxorg || py != pyorg) { // Get parent corners pixels coordinates Int_t parentpx1 = fMother->XtoAbsPixel(parent->GetX1()); Int_t parentpx2 = fMother->XtoAbsPixel(parent->GetX2()); Int_t parentpy1 = fMother->YtoAbsPixel(parent->GetY1()); Int_t parentpy2 = fMother->YtoAbsPixel(parent->GetY2()); // Get pad new corners pixels coordinates Int_t apx1 = XtoAbsPixel(fX1); if (apx1 < parentpx1) {apx1 = parentpx1; } Int_t apx2 = XtoAbsPixel(fX2); if (apx2 > parentpx2) {apx2 = parentpx2; } Int_t apy1 = YtoAbsPixel(fY1); if (apy1 > parentpy1) {apy1 = parentpy1; } Int_t apy2 = YtoAbsPixel(fY2); if (apy2 < parentpy2) {apy2 = parentpy2; } // Compute new pad positions in the NDC space of parent fXlowNDC = Double_t(apx1 - parentpx1)/Double_t(parentpx2 - parentpx1); fYlowNDC = Double_t(apy1 - parentpy1)/Double_t(parentpy2 - parentpy1); fWNDC = Double_t(apx2 - apx1)/Double_t(parentpx2 - parentpx1); fHNDC = Double_t(apy2 - apy1)/Double_t(parentpy2 - parentpy1); } // Restore old range fX1 = xmin; fX2 = xmax; fY1 = ymin; fY2 = ymax; // Reset pad parameters and recompute conversion coefficients ResizePad(); // emit signal RangeChanged(); break; case kButton1Locate: ExecuteEvent(kButton1Down, px, py); while (1) { px = py = 0; event = gVirtualX->RequestLocator(1, 1, px, py); ExecuteEvent(kButton1Motion, px, py); if (event != -1) { // button is released ExecuteEvent(kButton1Up, px, py); return; } } case kButton2Down: Pop(); break; } } //______________________________________________________________________________ void TPad::ExecuteEventAxis(Int_t event, Int_t px, Int_t py, TAxis *axis) { // Execute action corresponding to one event for a TAxis object // (called by TAxis::ExecuteEvent.) // This member function is called when an axis is clicked with the locator // // The axis range is set between the position where the mouse is pressed // and the position where it is released. // If the mouse position is outside the current axis range when it is released // the axis is unzoomed with the corresponding proportions. // Note that the mouse does not need to be in the pad or even canvas // when it is released. if (!IsEditable()) return; SetCursor(kHand); TView *view = GetView(); static Int_t axisNumber; static Double_t ratio1, ratio2; static Int_t px1old, py1old, px2old, py2old; Int_t bin1, bin2, first, last; Double_t temp, xmin,xmax; // The CONT4 option, used to paint TH2, is a special case; it uses a 3D // drawing technique to paint a 2D plot. TString opt = axis->GetParent()->GetDrawOption(); opt.ToLower(); Bool_t kCont4 = kFALSE; if (strstr(opt,"cont4")) { view = 0; kCont4 = kTRUE; } switch (event) { case kButton1Down: axisNumber = 1; if (!strcmp(axis->GetName(),"xaxis")) { axisNumber = 1; if (!IsVertical()) axisNumber = 2; } if (!strcmp(axis->GetName(),"yaxis")) { axisNumber = 2; if (!IsVertical()) axisNumber = 1; } if (!strcmp(axis->GetName(),"zaxis")) { axisNumber = 3; } if (view) { view->GetDistancetoAxis(axisNumber, px, py, ratio1); } else { if (axisNumber == 1) { ratio1 = (AbsPixeltoX(px) - GetUxmin())/(GetUxmax() - GetUxmin()); px1old = XtoAbsPixel(GetUxmin()+ratio1*(GetUxmax() - GetUxmin())); py1old = YtoAbsPixel(GetUymin()); px2old = px1old; py2old = YtoAbsPixel(GetUymax()); } else if (axisNumber == 2) { ratio1 = (AbsPixeltoY(py) - GetUymin())/(GetUymax() - GetUymin()); py1old = YtoAbsPixel(GetUymin()+ratio1*(GetUymax() - GetUymin())); px1old = XtoAbsPixel(GetUxmin()); px2old = XtoAbsPixel(GetUxmax()); py2old = py1old; } else { ratio1 = (AbsPixeltoY(py) - GetUymin())/(GetUymax() - GetUymin()); py1old = YtoAbsPixel(GetUymin()+ratio1*(GetUymax() - GetUymin())); px1old = XtoAbsPixel(GetUxmax()); px2old = XtoAbsPixel(GetX2()); py2old = py1old; } gVirtualX->DrawBox(px1old, py1old, px2old, py2old, TVirtualX::kHollow); } gVirtualX->SetLineColor(-1); // No break !!! case kButton1Motion: if (view) { view->GetDistancetoAxis(axisNumber, px, py, ratio2); } else { gVirtualX->DrawBox(px1old, py1old, px2old, py2old, TVirtualX::kHollow); if (axisNumber == 1) { ratio2 = (AbsPixeltoX(px) - GetUxmin())/(GetUxmax() - GetUxmin()); px2old = XtoAbsPixel(GetUxmin()+ratio2*(GetUxmax() - GetUxmin())); } else { ratio2 = (AbsPixeltoY(py) - GetUymin())/(GetUymax() - GetUymin()); py2old = YtoAbsPixel(GetUymin()+ratio2*(GetUymax() - GetUymin())); } gVirtualX->DrawBox(px1old, py1old, px2old, py2old, TVirtualX::kHollow); } break; case kWheelUp: bin1 = axis->GetFirst()+1; bin2 = axis->GetLast()-1; axis->SetRange(bin1,bin2); gPad->Modified(); gPad->Update(); break; case kWheelDown: bin1 = axis->GetFirst()-1; bin2 = axis->GetLast()+1; axis->SetRange(bin1,bin2); gPad->Modified(); gPad->Update(); break; case kButton1Up: if (gROOT->IsEscaped()) { gROOT->SetEscape(kFALSE); break; } if (view) { view->GetDistancetoAxis(axisNumber, px, py, ratio2); if (ratio1 > ratio2) { temp = ratio1; ratio1 = ratio2; ratio2 = temp; } if (ratio2 - ratio1 > 0.05) { TH1 *hobj = (TH1*)axis->GetParent(); if (axisNumber == 3 && hobj && hobj->GetDimension() != 3) { Float_t zmin = hobj->GetMinimum(); Float_t zmax = hobj->GetMaximum(); if(GetLogz()){ if (zmin <= 0 && zmax > 0) zmin = TMath::Min((Double_t)1, (Double_t)0.001*zmax); zmin = TMath::Log10(zmin); zmax = TMath::Log10(zmax); } Float_t newmin = zmin + (zmax-zmin)*ratio1; Float_t newmax = zmin + (zmax-zmin)*ratio2; if(newmin < zmin)newmin = hobj->GetBinContent(hobj->GetMinimumBin()); if(newmax > zmax)newmax = hobj->GetBinContent(hobj->GetMaximumBin()); if(GetLogz()){ newmin = TMath::Exp(2.302585092994*newmin); newmax = TMath::Exp(2.302585092994*newmax); } hobj->SetMinimum(newmin); hobj->SetMaximum(newmax); hobj->SetBit(TH1::kIsZoomed); } else { first = axis->GetFirst(); last = axis->GetLast(); bin1 = first + Int_t((last-first+1)*ratio1); bin2 = first + Int_t((last-first+1)*ratio2); axis->SetRange(bin1, bin2); } delete view; SetView(0); Modified(kTRUE); } } else { if (axisNumber == 1) { ratio2 = (AbsPixeltoX(px) - GetUxmin())/(GetUxmax() - GetUxmin()); xmin = GetUxmin() +ratio1*(GetUxmax() - GetUxmin()); xmax = GetUxmin() +ratio2*(GetUxmax() - GetUxmin()); if (GetLogx() && !kCont4) { xmin = PadtoX(xmin); xmax = PadtoX(xmax); } } else if (axisNumber == 2) { ratio2 = (AbsPixeltoY(py) - GetUymin())/(GetUymax() - GetUymin()); xmin = GetUymin() +ratio1*(GetUymax() - GetUymin()); xmax = GetUymin() +ratio2*(GetUymax() - GetUymin()); if (GetLogy() && !kCont4) { xmin = PadtoY(xmin); xmax = PadtoY(xmax); } } else { ratio2 = (AbsPixeltoY(py) - GetUymin())/(GetUymax() - GetUymin()); xmin = ratio1; xmax = ratio2; } if (xmin > xmax) { temp = xmin; xmin = xmax; xmax = temp; temp = ratio1; ratio1 = ratio2; ratio2 = temp; } // xmin and xmax need to be adjusted in case of CONT4. if (kCont4) { Double_t low = axis->GetBinLowEdge(axis->GetFirst()); Double_t up = axis->GetBinUpEdge(axis->GetLast()); Double_t xmi = GetUxmin(); Double_t xma = GetUxmax(); xmin = ((xmin-xmi)/(xma-xmi))*(up-low)+low; xmax = ((xmax-xmi)/(xma-xmi))*(up-low)+low; } if (!strcmp(axis->GetName(),"xaxis")) axisNumber = 1; if (!strcmp(axis->GetName(),"yaxis")) axisNumber = 2; if (ratio2 - ratio1 > 0.05) { //update object owning this axis TH1 *hobj1 = (TH1*)axis->GetParent(); bin1 = axis->FindFixBin(xmin); bin2 = axis->FindFixBin(xmax); if (axisNumber == 1) axis->SetRange(bin1,bin2); if (axisNumber == 2 && hobj1) { if (hobj1->GetDimension() == 1) { if (hobj1->GetNormFactor() != 0) { Double_t norm = hobj1->GetSumOfWeights()/hobj1->GetNormFactor(); xmin *= norm; xmax *= norm; } hobj1->SetMinimum(xmin); hobj1->SetMaximum(xmax); hobj1->SetBit(TH1::kIsZoomed); } else { axis->SetRange(bin1,bin2); } } //update all histograms in the pad TIter next(GetListOfPrimitives()); TObject *obj; while ((obj= next())) { if (!obj->InheritsFrom(TH1::Class())) continue; TH1 *hobj = (TH1*)obj; if (hobj == hobj1) continue; bin1 = hobj->GetXaxis()->FindFixBin(xmin); bin2 = hobj->GetXaxis()->FindFixBin(xmax); if (axisNumber == 1) { hobj->GetXaxis()->SetRange(bin1,bin2); } else if (axisNumber == 2) { if (hobj->GetDimension() == 1) { Double_t xxmin = xmin; Double_t xxmax = xmax; if (hobj->GetNormFactor() != 0) { Double_t norm = hobj->GetSumOfWeights()/hobj->GetNormFactor(); xxmin *= norm; xxmax *= norm; } hobj->SetMinimum(xxmin); hobj->SetMaximum(xxmax); hobj->SetBit(TH1::kIsZoomed); } else { bin1 = hobj->GetYaxis()->FindFixBin(xmin); bin2 = hobj->GetYaxis()->FindFixBin(xmax); hobj->GetYaxis()->SetRange(bin1,bin2); } } } Modified(kTRUE); } } gVirtualX->SetLineColor(-1); break; } } //______________________________________________________________________________ TObject *TPad::FindObject(const char *name) const { // Search if object named name is inside this pad or in pads inside this pad. // // In case name is in several subpads the first one is returned. if (!fPrimitives) return 0; TObject *found = fPrimitives->FindObject(name); if (found) return found; TObject *cur; TIter next(GetListOfPrimitives()); while ((cur = next())) { if (cur->InheritsFrom(TPad::Class())) { found = ((TPad*)cur)->FindObject(name); if (found) return found; } } return 0; } //______________________________________________________________________________ TObject *TPad::FindObject(const TObject *obj) const { // Search if obj is in pad or in pads inside this pad. // // In case obj is in several subpads the first one is returned. if (!fPrimitives) return 0; TObject *found = fPrimitives->FindObject(obj); if (found) return found; TObject *cur; TIter next(GetListOfPrimitives()); while ((cur = next())) { if (cur->InheritsFrom(TPad::Class())) { found = ((TPad*)cur)->FindObject(obj); if (found) return found; } } return 0; } //______________________________________________________________________________ Int_t TPad::GetCanvasID() const { // Get canvas identifier. return fCanvas ? fCanvas->GetCanvasID() : -1; } //______________________________________________________________________________ TCanvasImp *TPad::GetCanvasImp() const { // Get canvas implementation pointer if any return fCanvas ? fCanvas->GetCanvasImp() : 0; } //______________________________________________________________________________ Int_t TPad::GetEvent() const { // Get Event. return fCanvas ? fCanvas->GetEvent() : 0; } //______________________________________________________________________________ Int_t TPad::GetEventX() const { // Get X event. return fCanvas ? fCanvas->GetEventX() : 0; } //______________________________________________________________________________ Int_t TPad::GetEventY() const { // Get Y event. return fCanvas ? fCanvas->GetEventY() : 0; } //______________________________________________________________________________ TVirtualPad *TPad::GetVirtCanvas() const { // Get virtual canvas. return fCanvas ? (TVirtualPad*) fCanvas : 0; } //______________________________________________________________________________ Color_t TPad::GetHighLightColor() const { // Get highlight color. return fCanvas ? fCanvas->GetHighLightColor() : 0; } //______________________________________________________________________________ Int_t TPad::GetMaxPickDistance() { // Static function (see also TPad::SetMaxPickDistance) return fgMaxPickDistance; } //______________________________________________________________________________ TObject *TPad::GetSelected() const { // Get selected. if (fCanvas == this) return 0; return fCanvas ? fCanvas->GetSelected() : 0; } //______________________________________________________________________________ TVirtualPad *TPad::GetSelectedPad() const { // Get selected pad. if (fCanvas == this) return 0; return fCanvas ? fCanvas->GetSelectedPad() : 0; } //______________________________________________________________________________ TVirtualPad *TPad::GetPadSave() const { // Get save pad. if (fCanvas == this) return 0; return fCanvas ? fCanvas->GetPadSave() : 0; } //______________________________________________________________________________ UInt_t TPad::GetWh() const { // Get Wh. return fCanvas ? fCanvas->GetWh() : 0; } //______________________________________________________________________________ UInt_t TPad::GetWw() const { // Get Ww. return fCanvas ? fCanvas->GetWw() : 0; } //______________________________________________________________________________ void TPad::HideToolTip(Int_t event) { // Hide tool tip depending on the event type. Typically tool tips // are hidden when event is not a kMouseEnter and not a kMouseMotion // event. if (event != kMouseEnter && event != kMouseMotion && fTip) gPad->CloseToolTip(fTip); } //______________________________________________________________________________ Bool_t TPad::IsBatch() const { // Is pad in batch mode ? return fCanvas ? fCanvas->IsBatch() : 0; } //______________________________________________________________________________ Bool_t TPad::IsRetained() const { // Is pad retained ? return fCanvas ? fCanvas->IsRetained() : 0; } //______________________________________________________________________________ Bool_t TPad::OpaqueMoving() const { // Is pad moving in opaque mode ? return fCanvas ? fCanvas->OpaqueMoving() : 0; } //______________________________________________________________________________ Bool_t TPad::OpaqueResizing() const { // Is pad resizing in opaque mode ? return fCanvas ? fCanvas->OpaqueResizing() : 0; } //______________________________________________________________________________ void TPad::SetBatch(Bool_t batch) { // Set pad in batch mode. if (fCanvas) fCanvas->SetBatch(batch); } //______________________________________________________________________________ void TPad::SetCanvasSize(UInt_t ww, UInt_t wh) { // Set canvas size. if (fCanvas) fCanvas->SetCanvasSize(ww,wh); } //______________________________________________________________________________ void TPad::SetCursor(ECursor cursor) { // Set cursor type. if (fCanvas) fCanvas->SetCursor(cursor); } //______________________________________________________________________________ void TPad::SetDoubleBuffer(Int_t mode) { // Set double buffer mode ON or OFF. if (fCanvas) fCanvas->SetDoubleBuffer(mode); } //______________________________________________________________________________ void TPad::SetSelected(TObject *obj) { // Set selected. if (fCanvas) fCanvas->SetSelected(obj); } //______________________________________________________________________________ void TPad::Update() { // Update pad. if (fCanvas) fCanvas->Update(); } //______________________________________________________________________________ TFrame *TPad::GetFrame() { // Get frame. if (!fPrimitives) fPrimitives = new TList; TFrame *frame = (TFrame*)GetListOfPrimitives()->FindObject(fFrame); if (!frame) frame = (TFrame*)GetListOfPrimitives()->FindObject("TFrame"); fFrame = frame; if (!fFrame) { if (!frame) fFrame = new TFrame(0,0,1,1); Int_t framecolor = GetFrameFillColor(); if (!framecolor) framecolor = GetFillColor(); fFrame->SetFillColor(framecolor); fFrame->SetFillStyle(GetFrameFillStyle()); fFrame->SetLineColor(GetFrameLineColor()); fFrame->SetLineStyle(GetFrameLineStyle()); fFrame->SetLineWidth(GetFrameLineWidth()); fFrame->SetBorderSize(GetFrameBorderSize()); fFrame->SetBorderMode(GetFrameBorderMode()); } return fFrame; } //______________________________________________________________________________ TObject *TPad::GetPrimitive(const char *name) const { // Get primitive. if (!fPrimitives) return 0; TIter next(fPrimitives); TObject *found, *obj; while ((obj=next())) { if (!strcmp(name, obj->GetName())) return obj; if (obj->InheritsFrom(TPad::Class())) continue; found = obj->FindObject(name); if (found) return found; } return 0; } //______________________________________________________________________________ TVirtualPad *TPad::GetPad(Int_t subpadnumber) const { // Get a pointer to subpadnumber of this pad. if (!subpadnumber) { return (TVirtualPad*)this; } TObject *obj; if (!fPrimitives) return 0; TIter next(GetListOfPrimitives()); while ((obj = next())) { if (obj->InheritsFrom(TVirtualPad::Class())) { TVirtualPad *pad = (TVirtualPad*)obj; if (pad->GetNumber() == subpadnumber) return pad; } } return 0; } //______________________________________________________________________________ void TPad::GetPadPar(Double_t &xlow, Double_t &ylow, Double_t &xup, Double_t &yup) { // Return lower and upper bounds of the pad in NDC coordinates. xlow = fXlowNDC; ylow = fYlowNDC; xup = fXlowNDC+fWNDC; yup = fYlowNDC+fHNDC; } //______________________________________________________________________________ void TPad::GetRange(Double_t &x1, Double_t &y1, Double_t &x2, Double_t &y2) { // Return pad world coordinates range. x1 = fX1; y1 = fY1; x2 = fX2; y2 = fY2; } //______________________________________________________________________________ void TPad::GetRangeAxis(Double_t &xmin, Double_t &ymin, Double_t &xmax, Double_t &ymax) { // Return pad axis coordinates range. xmin = fUxmin; ymin = fUymin; xmax = fUxmax; ymax = fUymax; } //______________________________________________________________________________ void TPad::HighLight(Color_t color, Bool_t set) { // Highlight pad. //do not highlight when printing on Postscript if (gVirtualPS && gVirtualPS->TestBit(kPrintingPS)) return; if (color <= 0) return; AbsCoordinates(kTRUE); // We do not want to have active(executable) buttons, etc highlighted // in this manner, unless we want to edit'em if (GetMother()->IsEditable() && !InheritsFrom(TButton::Class())) { //When doing a DrawClone from the GUI you would do // - select an empty pad - // - right click on object - // - select DrawClone on menu - // // Without the SetSelectedPad(); in the HighLight function, the // above instruction lead to the clone to be drawn in the // same canvas as the original object. This is because the // 'right clicking' (via TCanvas::HandleInput) changes gPad // momentarily such that when DrawClone is called, it is // not the right value (for DrawClone). Should be FIXED. gROOT->SetSelectedPad(this); if (set) PaintBorder(-color, kFALSE); else PaintBorder(-GetFillColor(), kFALSE); } AbsCoordinates(kFALSE); } //______________________________________________________________________________ void TPad::ls(Option_t *option) const { // List all primitives in pad. TROOT::IndentLevel(); cout <<IsA()->GetName()<<" fXlowNDC=" <<fXlowNDC<<" fYlowNDC="<<fYlowNDC<<" fWNDC="<<GetWNDC()<<" fHNDC="<<GetHNDC() <<" Name= "<<GetName()<<" Title= "<<GetTitle()<<" Option="<<option<<endl; TROOT::IncreaseDirLevel(); if (!fPrimitives) return; fPrimitives->ls(option); TROOT::DecreaseDirLevel(); } //______________________________________________________________________________ Double_t TPad::PadtoX(Double_t x) const { // Convert x from pad to X. if (fLogx && x < 50) return Double_t(TMath::Exp(2.302585092994*x)); return x; } //______________________________________________________________________________ Double_t TPad::PadtoY(Double_t y) const { // Convert y from pad to Y. if (fLogy && y < 50) return Double_t(TMath::Exp(2.302585092994*y)); return y; } //______________________________________________________________________________ Double_t TPad::XtoPad(Double_t x) const { // Convert x from X to pad. if (fLogx) { if (x > 0) x = TMath::Log10(x); else x = fUxmin; } return x; } //______________________________________________________________________________ Double_t TPad::YtoPad(Double_t y) const { // Convert y from Y to pad. if (fLogy) { if (y > 0) y = TMath::Log10(y); else y = fUymin; } return y; } //______________________________________________________________________________ void TPad::Paint(Option_t * /*option*/) { // Paint all primitives in pad. if (!fPrimitives) fPrimitives = new TList; if (fViewer3D && fViewer3D->CanLoopOnPrimitives()) { fViewer3D->PadPaint(this); Modified(kFALSE); if (GetGLDevice()!=-1 && gVirtualPS) { TPad *padsav = (TPad*)gPad; gPad = this; gGLManager->PrintViewer(GetViewer3D()); gPad = padsav; } return; } if (fCanvas) TColor::SetGrayscale(fCanvas->IsGrayscale()); TPad *padsav = (TPad*)gPad; fPadPaint = 1; cd(); PaintBorder(GetFillColor(), kTRUE); PaintDate(); TObjOptLink *lnk = (TObjOptLink*)GetListOfPrimitives()->FirstLink(); TObject *obj; Bool_t began3DScene = kFALSE; while (lnk) { obj = lnk->GetObject(); // Create a pad 3D viewer if none exists and we encounter a 3D shape if (!fViewer3D && obj->InheritsFrom(TAtt3D::Class())) { GetViewer3D("pad"); } // Open a 3D scene if required if (fViewer3D && !fViewer3D->BuildingScene()) { fViewer3D->BeginScene(); began3DScene = kTRUE; } obj->Paint(lnk->GetOption()); lnk = (TObjOptLink*)lnk->Next(); } if (padsav) padsav->cd(); fPadPaint = 0; Modified(kFALSE); // Close the 3D scene if we opened it. This must be done after modified // flag is cleared, as some viewers will invoke another paint by marking pad modified again if (began3DScene) { fViewer3D->EndScene(); } ///// Generate the PS output using gl2ps ///if (GetGLDevice()!=-1 && gVirtualPS) { /// gPad = this; /// gGLManager->PrintViewer(GetViewer3D()); /// gPad = padsav; ///} } //______________________________________________________________________________ void TPad::PaintBorder(Color_t color, Bool_t tops) { // Paint the pad border. // Draw first a box as a normal filled box if(color >= 0) { TAttLine::Modify(); //Change line attributes only if necessary TAttFill::Modify(); //Change fill area attributes only if necessary PaintBox(fX1,fY1,fX2,fY2); } if (color < 0) color = -color; // then paint 3d frame (depending on bordermode) if (IsTransparent()) return; // Paint a 3D frame around the pad. if (fBorderMode == 0) return; Int_t bordersize = fBorderSize; if (bordersize <= 0) bordersize = 2; const Double_t realBsX = bordersize / (GetAbsWNDC() * GetWw()) * (fX2 - fX1); const Double_t realBsY = bordersize / (GetAbsHNDC() * GetWh()) * (fY2 - fY1); Short_t px1,py1,px2,py2; Double_t xl, xt, yl, yt; // GetDarkColor() and GetLightColor() use GetFillColor() Color_t oldcolor = GetFillColor(); SetFillColor(color); TAttFill::Modify(); Color_t light = 0, dark = 0; if (color != 0) { light = TColor::GetColorBright(color); dark = TColor::GetColorDark(color); } // Compute real left bottom & top right of the box in pixels px1 = XtoPixel(fX1); py1 = YtoPixel(fY1); px2 = XtoPixel(fX2); py2 = YtoPixel(fY2); if (px1 < px2) {xl = fX1; xt = fX2; } else {xl = fX2; xt = fX1;} if (py1 > py2) {yl = fY1; yt = fY2;} else {yl = fY2; yt = fY1;} Double_t frameXs[7] = {}, frameYs[7] = {}; if (!IsBatch()) { // Draw top&left part of the box frameXs[0] = xl; frameYs[0] = yl; frameXs[1] = xl + realBsX; frameYs[1] = yl + realBsY; frameXs[2] = frameXs[1]; frameYs[2] = yt - realBsY; frameXs[3] = xt - realBsX; frameYs[3] = frameYs[2]; frameXs[4] = xt; frameYs[4] = yt; frameXs[5] = xl; frameYs[5] = yt; frameXs[6] = xl; frameYs[6] = yl; if (fBorderMode == -1) GetPainter()->SetFillColor(dark); else GetPainter()->SetFillColor(light); GetPainter()->DrawFillArea(7, frameXs, frameYs); // Draw bottom&right part of the box frameXs[0] = xl; frameYs[0] = yl; frameXs[1] = xl + realBsX; frameYs[1] = yl + realBsY; frameXs[2] = xt - realBsX; frameYs[2] = frameYs[1]; frameXs[3] = frameXs[2]; frameYs[3] = yt - realBsY; frameXs[4] = xt; frameYs[4] = yt; frameXs[5] = xt; frameYs[5] = yl; frameXs[6] = xl; frameYs[6] = yl; if (fBorderMode == -1) GetPainter()->SetFillColor(light); else GetPainter()->SetFillColor(dark); GetPainter()->DrawFillArea(7, frameXs, frameYs); // If this pad is a button, highlight it if (InheritsFrom(TButton::Class()) && fBorderMode == -1) { if (TestBit(kFraming)) { // bit set in TButton::SetFraming if (GetFillColor() != 2) GetPainter()->SetLineColor(2); else GetPainter()->SetLineColor(4); GetPainter()->DrawBox(xl + realBsX, yl + realBsY, xt - realBsX, yt - realBsY, TVirtualPadPainter::kHollow); } } GetPainter()->SetFillColor(-1); SetFillColor(oldcolor); } if (!tops) return; PaintBorderPS(xl, yl, xt, yt, fBorderMode, bordersize, dark, light); } //______________________________________________________________________________ void TPad::PaintBorderPS(Double_t xl,Double_t yl,Double_t xt,Double_t yt,Int_t bmode,Int_t bsize,Int_t dark,Int_t light) { // Paint a frame border with Postscript. if (!gVirtualPS) return; gVirtualPS->DrawFrame(xl, yl, xt, yt, bmode,bsize,dark,light); } //______________________________________________________________________________ void TPad::PaintDate() { // Paint the current date and time if the option date is on. if (fCanvas == this && gStyle->GetOptDate()) { TDatime dt; const char *dates; char iso[16]; if (gStyle->GetOptDate() < 10) { //by default use format like "Wed Sep 25 17:10:35 2002" dates = dt.AsString(); } else if (gStyle->GetOptDate() < 20) { //use ISO format like 2002-09-25 strlcpy(iso,dt.AsSQLString(),16); dates = iso; } else { //use ISO format like 2002-09-25 17:10:35 dates = dt.AsSQLString(); } TText tdate(gStyle->GetDateX(),gStyle->GetDateY(),dates); tdate.SetTextSize( gStyle->GetAttDate()->GetTextSize()); tdate.SetTextFont( gStyle->GetAttDate()->GetTextFont()); tdate.SetTextColor(gStyle->GetAttDate()->GetTextColor()); tdate.SetTextAlign(gStyle->GetAttDate()->GetTextAlign()); tdate.SetTextAngle(gStyle->GetAttDate()->GetTextAngle()); tdate.SetNDC(); tdate.Paint(); } } //______________________________________________________________________________ void TPad::PaintPadFrame(Double_t xmin, Double_t ymin, Double_t xmax, Double_t ymax) { // Paint histogram/graph frame. if (!fPrimitives) fPrimitives = new TList; TList *glist = GetListOfPrimitives(); TFrame *frame = GetFrame(); frame->SetX1(xmin); frame->SetX2(xmax); frame->SetY1(ymin); frame->SetY2(ymax); if (!glist->FindObject(fFrame)) { glist->AddFirst(frame); fFrame->SetBit(kMustCleanup); } if (gROOT->GetForceStyle()) frame->UseCurrentStyle(); frame->Paint(); } //______________________________________________________________________________ void TPad::PaintModified() { // Traverse pad hierarchy and (re)paint only modified pads. if (fViewer3D && fViewer3D->CanLoopOnPrimitives()) { if (IsModified()) { fViewer3D->PadPaint(this); Modified(kFALSE); } TList *pList = GetListOfPrimitives(); TObjOptLink *lnk = 0; if (pList) lnk = (TObjOptLink*)pList->FirstLink(); TObject *obj; while (lnk) { obj = lnk->GetObject(); if (obj->InheritsFrom(TPad::Class())) ((TPad*)obj)->PaintModified(); lnk = (TObjOptLink*)lnk->Next(); } return; } if (fCanvas) TColor::SetGrayscale(fCanvas->IsGrayscale()); TPad *padsav = (TPad*)gPad; TVirtualPS *saveps = gVirtualPS; if (gVirtualPS) { if (gVirtualPS->TestBit(kPrintingPS)) gVirtualPS = 0; } fPadPaint = 1; cd(); if (IsModified() || IsTransparent()) { if ((fFillStyle < 3026) && (fFillStyle > 3000)) { if (!gPad->IsBatch()) GetPainter()->ClearDrawable(); } PaintBorder(GetFillColor(), kTRUE); } PaintDate(); TList *pList = GetListOfPrimitives(); TObjOptLink *lnk = 0; if (pList) lnk = (TObjOptLink*)pList->FirstLink(); TObject *obj; Bool_t began3DScene = kFALSE; while (lnk) { obj = lnk->GetObject(); if (obj->InheritsFrom(TPad::Class())) { ((TPad*)obj)->PaintModified(); } else if (IsModified() || IsTransparent()) { // Create a pad 3D viewer if none exists and we encounter a // 3D shape if (!fViewer3D && obj->InheritsFrom(TAtt3D::Class())) { GetViewer3D("pad"); } // Open a 3D scene if required if (fViewer3D && !fViewer3D->BuildingScene()) { fViewer3D->BeginScene(); began3DScene = kTRUE; } obj->Paint(lnk->GetOption()); } lnk = (TObjOptLink*)lnk->Next(); } if (padsav) padsav->cd(); fPadPaint = 0; Modified(kFALSE); // This must be done after modified flag is cleared, as some // viewers will invoke another paint by marking pad modified again if (began3DScene) { fViewer3D->EndScene(); } gVirtualPS = saveps; } //______________________________________________________________________________ void TPad::PaintBox(Double_t x1, Double_t y1, Double_t x2, Double_t y2, Option_t *option) { // Paint box in CurrentPad World coordinates. // // if option[0] = 's' the box is forced to be paint with style=0 // if option[0] = 'l' the box contour is drawn if (!gPad->IsBatch()) { Int_t style0 = GetPainter()->GetFillStyle(); Int_t style = style0; if (option[0] == 's') { GetPainter()->SetFillStyle(0); style = 0; } if (style) { if (style > 3000 && style < 4000) { if (style < 3026) { // draw stipples with fFillColor foreground GetPainter()->DrawBox(x1, y1, x2, y2, TVirtualPadPainter::kFilled); } if (style >= 3100 && style < 4000) { Double_t xb[4], yb[4]; xb[0] = x1; xb[1] = x1; xb[2] = x2; xb[3] = x2; yb[0] = y1; yb[1] = y2; yb[2] = y2; yb[3] = y1; PaintFillAreaHatches(4, xb, yb, style); return; } //special case for TAttFillCanvas if (GetPainter()->GetFillColor() == 10) { GetPainter()->SetFillColor(1); GetPainter()->DrawBox(x1, y1, x2, y2, TVirtualPadPainter::kFilled); GetPainter()->SetFillColor(10); } } else if (style >= 4000 && style <= 4100) { // For style >=4000 we make the window transparent. // From 4000 to 4100 the window is 100% transparent to 100% opaque //ignore this style option when this is the canvas itself if (this == fMother) GetPainter()->DrawBox(x1, y1, x2, y2, TVirtualPadPainter::kFilled); else { //draw background by blitting all bottom pads int px, py; XYtoAbsPixel(fX1, fY2, px, py); if (fMother) { fMother->CopyBackgroundPixmap(px, py); CopyBackgroundPixmaps(fMother, this, px, py); } GetPainter()->SetOpacity(style - 4000); } } else { GetPainter()->DrawBox(x1, y1, x2, y2, TVirtualPadPainter::kFilled); } if (option[0] == 'l') GetPainter()->DrawBox(x1, y1, x2, y2, TVirtualPadPainter::kHollow); } else { GetPainter()->DrawBox(x1, y1, x2, y2, TVirtualPadPainter::kHollow); if (option[0] == 's') GetPainter()->SetFillStyle(style0); } } if (gVirtualPS) { Int_t style0 = gVirtualPS->GetFillStyle(); if (option[0] == 's') { gVirtualPS->SetFillStyle(0); } else { if (style0 >= 3100 && style0 < 4000) { Double_t xb[4], yb[4]; xb[0] = x1; xb[1] = x1; xb[2] = x2; xb[3] = x2; yb[0] = y1; yb[1] = y2; yb[2] = y2; yb[3] = y1; PaintFillAreaHatches(4, xb, yb, style0); return; } } gVirtualPS->DrawBox(x1, y1, x2, y2); if (option[0] == 'l') { gVirtualPS->SetFillStyle(0); gVirtualPS->DrawBox(x1, y1, x2, y2); } if (option[0] == 's' || option[0] == 'l') gVirtualPS->SetFillStyle(style0); } Modified(); } //______________________________________________________________________________ void TPad::CopyBackgroundPixmaps(TPad *start, TPad *stop, Int_t x, Int_t y) { // Copy pixmaps of pads laying below pad "stop" into pad "stop". This // gives the effect of pad "stop" being transparent. TObject *obj; if (!fPrimitives) fPrimitives = new TList; TIter next(start->GetListOfPrimitives()); while ((obj = next())) { if (obj->InheritsFrom(TPad::Class())) { if (obj == stop) break; ((TPad*)obj)->CopyBackgroundPixmap(x, y); ((TPad*)obj)->CopyBackgroundPixmaps((TPad*)obj, stop, x, y); } } } //______________________________________________________________________________ void TPad::CopyBackgroundPixmap(Int_t x, Int_t y) { // Copy pixmap of this pad as background of the current pad. int px, py; XYtoAbsPixel(fX1, fY2, px, py); GetPainter()->CopyDrawable(GetPixmapID(), px-x, py-y); } //______________________________________________________________________________ void TPad::PaintFillArea(Int_t nn, Float_t *xx, Float_t *yy, Option_t *) { // Paint fill area in CurrentPad World coordinates. Warning("TPad::PaintFillArea", "Float_t signature is obsolete"); if (nn <3) return; Int_t i,iclip,n=0; Double_t xmin,xmax,ymin,ymax; Double_t u1, v1, u[2],v[2]; if (TestBit(TGraph::kClipFrame)) { xmin = fUxmin; ymin = fUymin; xmax = fUxmax; ymax = fUymax; } else { xmin = fX1; ymin = fY1; xmax = fX2; ymax = fY2; } Double_t *x = new Double_t[2*nn+1]; Double_t *y = new Double_t[2*nn+1]; for (i=0;i<nn;i++) { u[0] = xx[i]; v[0] = yy[i]; if (i == nn-1) { u[1] = xx[0]; v[1] = yy[0]; } else { u[1] = xx[i+1]; v[1] = yy[i+1]; } u1 = u[1]; v1 = v[1]; iclip = Clip(u,v,xmin,ymin,xmax,ymax); if (iclip == 2) continue; if (iclip == 1) { if (u[0] == u[1] && v[0] == v[1]) continue; } x[n] = u[0]; y[n] = v[0]; n++; if (iclip) { if (u[1] != u1 || v[1] != v1) { x[n] = u[1]; y[n] = v[1]; n++; } } } x[n] = x[0]; y[n] = y[0]; if (n < 3) { delete [] x; delete [] y; return; } // Paint the fill area with hatches Int_t fillstyle = GetPainter()->GetFillStyle(); if (gPad->IsBatch() && gVirtualPS) fillstyle = gVirtualPS->GetFillStyle(); if (fillstyle >= 3100 && fillstyle < 4000) { PaintFillAreaHatches(nn, x, y, fillstyle); delete [] x; delete [] y; return; } if (!gPad->IsBatch()) // invoke the graphics subsystem GetPainter()->DrawFillArea(n, x, y); if (gVirtualPS) { gVirtualPS->DrawPS(-n, x, y); } delete [] x; delete [] y; Modified(); } //______________________________________________________________________________ void TPad::PaintFillArea(Int_t nn, Double_t *xx, Double_t *yy, Option_t *) { // Paint fill area in CurrentPad World coordinates. if (nn <3) return; Int_t n=0; Double_t xmin,xmax,ymin,ymax; if (TestBit(TGraph::kClipFrame)) { xmin = fUxmin; ymin = fUymin; xmax = fUxmax; ymax = fUymax; } else { xmin = fX1; ymin = fY1; xmax = fX2; ymax = fY2; } Int_t nc = 2*nn+1; Double_t *x = new Double_t[nc]; Double_t *y = new Double_t[nc]; memset(x,0,8*nc); memset(y,0,8*nc); n = ClipPolygon(nn, xx, yy, nc, x, y,xmin,ymin,xmax,ymax); if (!n) { delete [] x; delete [] y; return; } // Paint the fill area with hatches Int_t fillstyle = GetPainter()->GetFillStyle(); if (gPad->IsBatch() && gVirtualPS) fillstyle = gVirtualPS->GetFillStyle(); if (fillstyle >= 3100 && fillstyle < 4000) { PaintFillAreaHatches(nn, x, y, fillstyle); delete [] x; delete [] y; return; } if (!gPad->IsBatch()) // invoke the graphics subsystem GetPainter()->DrawFillArea(n, x, y); if (gVirtualPS) { gVirtualPS->DrawPS(-n, x, y); } delete [] x; delete [] y; Modified(); } //______________________________________________________________________________ void TPad::PaintFillAreaHatches(Int_t nn, Double_t *xx, Double_t *yy, Int_t FillStyle) { // This function paints hatched fill area arcording to the FillStyle value // The convention for the Hatch is the following: // // FillStyle = 3ijk // // i (1-9) : specify the space between each hatch // 1 = minimum 9 = maximum // the final spacing is i*GetHatchesSpacing(). The hatches spacing // is set by SetHatchesSpacing() // // j (0-9) : specify angle between 0 and 90 degrees // // 0 = 0 // 1 = 10 // 2 = 20 // 3 = 30 // 4 = 45 // 5 = Not drawn // 6 = 60 // 7 = 70 // 8 = 80 // 9 = 90 // // k (0-9) : specify angle between 90 and 180 degrees // 0 = 180 // 1 = 170 // 2 = 160 // 3 = 150 // 4 = 135 // 5 = Not drawn // 6 = 120 // 7 = 110 // 8 = 100 // 9 = 90 static Double_t ang1[10] = {0., 10., 20., 30., 45.,5., 60., 70., 80., 90.}; static Double_t ang2[10] = {180.,170.,160.,150.,135.,5.,120.,110.,100., 90.}; Int_t fasi = FillStyle%1000; Int_t idSPA = (Int_t)(fasi/100); Int_t iAng2 = (Int_t)((fasi-100*idSPA)/10); Int_t iAng1 = fasi%10; Double_t dy = 0.003*(Double_t)(idSPA)*gStyle->GetHatchesSpacing(); Int_t lw = gStyle->GetHatchesLineWidth(); Short_t lws = 0; Int_t lss = 0; Int_t lcs = 0; // Save the current line attributes if (!gPad->IsBatch()) { lws = GetPainter()->GetLineWidth(); lss = GetPainter()->GetLineStyle(); lcs = GetPainter()->GetLineColor(); } else { if (gVirtualPS) { lws = gVirtualPS->GetLineWidth(); lss = gVirtualPS->GetLineStyle(); lcs = gVirtualPS->GetLineColor(); } } // Change the current line attributes to draw the hatches if (!gPad->IsBatch()) { GetPainter()->SetLineStyle(1); GetPainter()->SetLineWidth(Short_t(lw)); GetPainter()->SetLineColor(GetPainter()->GetFillColor()); } if (gVirtualPS) { gVirtualPS->SetLineStyle(1); gVirtualPS->SetLineWidth(Short_t(lw)); gVirtualPS->SetLineColor(gVirtualPS->GetFillColor()); } // Draw the hatches if (ang1[iAng1] != 5.) PaintHatches(dy, ang1[iAng1], nn, xx, yy); if (ang2[iAng2] != 5.) PaintHatches(dy, ang2[iAng2], nn, xx, yy); // Restore the line attributes if (!gPad->IsBatch()) { GetPainter()->SetLineStyle(lss); GetPainter()->SetLineWidth(lws); GetPainter()->SetLineColor(lcs); } if (gVirtualPS) { gVirtualPS->SetLineStyle(lss); gVirtualPS->SetLineWidth(lws); gVirtualPS->SetLineColor(lcs); } } //______________________________________________________________________________ void TPad::PaintHatches(Double_t dy, Double_t angle, Int_t nn, Double_t *xx, Double_t *yy) { // This routine draw hatches inclined with the // angle "angle" and spaced of "dy" in normalized device // coordinates in the surface defined by n,xx,yy. Int_t i, i1, i2, nbi, m, inv; Double_t ratiox, ratioy, ymin, ymax, yrot, ycur; const Double_t angr = TMath::Pi()*(180-angle)/180.; const Double_t epsil = 0.0001; const Int_t maxnbi = 100; Double_t xli[maxnbi], xlh[2], ylh[2], xt1, xt2, yt1, yt2; Double_t ll, x, y, x1, x2, y1, y2, a, b, xi, xip, xin, yi, yip; Double_t rwxmin = gPad->GetX1(); Double_t rwxmax = gPad->GetX2(); Double_t rwymin = gPad->GetY1(); Double_t rwymax = gPad->GetY2(); ratiox = 1/(rwxmax-rwxmin); ratioy = 1/(rwymax-rwymin); Double_t sina = TMath::Sin(angr), sinb; Double_t cosa = TMath::Cos(angr), cosb; if (TMath::Abs(cosa) <= epsil) cosa=0.; if (TMath::Abs(sina) <= epsil) sina=0.; sinb = -sina; cosb = cosa; // Values needed to compute the hatches in TRUE normalized space (NDC) Int_t iw = gPad->GetWw(); Int_t ih = gPad->GetWh(); Double_t x1p,y1p,x2p,y2p; gPad->GetPadPar(x1p,y1p,x2p,y2p); iw = (Int_t)(iw*x2p)-(Int_t)(iw*x1p); ih = (Int_t)(ih*y2p)-(Int_t)(ih*y1p); Double_t wndc = TMath::Min(1.,(Double_t)iw/(Double_t)ih); Double_t hndc = TMath::Min(1.,(Double_t)ih/(Double_t)iw); // Search ymin and ymax ymin = 1.; ymax = 0.; for (i=1; i<=nn; i++) { x = wndc*ratiox*(xx[i-1]-rwxmin); y = hndc*ratioy*(yy[i-1]-rwymin); yrot = sina*x+cosa*y; if (yrot > ymax) ymax = yrot; if (yrot < ymin) ymin = yrot; } ymax = (Double_t)((Int_t)(ymax/dy))*dy; for (ycur=ymax; ycur>=ymin; ycur=ycur-dy) { nbi = 0; for (i=2; i<=nn+1; i++) { i2 = i; i1 = i-1; if (i == nn+1) i2=1; x1 = wndc*ratiox*(xx[i1-1]-rwxmin); y1 = hndc*ratioy*(yy[i1-1]-rwymin); x2 = wndc*ratiox*(xx[i2-1]-rwxmin); y2 = hndc*ratioy*(yy[i2-1]-rwymin); xt1 = cosa*x1-sina*y1; yt1 = sina*x1+cosa*y1; xt2 = cosa*x2-sina*y2; yt2 = sina*x2+cosa*y2; // Line segment parallel to oy if (xt1 == xt2) { if (yt1 < yt2) { yi = yt1; yip = yt2; } else { yi = yt2; yip = yt1; } if ((yi <= ycur) && (ycur < yip)) { nbi++; if (nbi >= maxnbi) return; xli[nbi-1] = xt1; } continue; } // Line segment parallel to ox if (yt1 == yt2) { if (yt1 == ycur) { nbi++; if (nbi >= maxnbi) return; xli[nbi-1] = xt1; nbi++; if (nbi >= maxnbi) return; xli[nbi-1] = xt2; } continue; } // Other line segment a = (yt1-yt2)/(xt1-xt2); b = (yt2*xt1-xt2*yt1)/(xt1-xt2); if (xt1 < xt2) { xi = xt1; xip = xt2; } else { xi = xt2; xip = xt1; } xin = (ycur-b)/a; if ((xi <= xin) && (xin < xip) && (TMath::Min(yt1,yt2) <= ycur) && (ycur < TMath::Max(yt1,yt2))) { nbi++; if (nbi >= maxnbi) return; xli[nbi-1] = xin; } } // Sorting of the x coordinates intersections inv = 0; m = nbi-1; L30: for (i=1; i<=m; i++) { if (xli[i] < xli[i-1]) { inv++; ll = xli[i-1]; xli[i-1] = xli[i]; xli[i] = ll; } } m--; if (inv == 0) goto L50; inv = 0; goto L30; // Draw the hatches L50: if (nbi%2 != 0) continue; for (i=1; i<=nbi; i=i+2) { // Rotate back the hatches xlh[0] = cosb*xli[i-1]-sinb*ycur; ylh[0] = sinb*xli[i-1]+cosb*ycur; xlh[1] = cosb*xli[i] -sinb*ycur; ylh[1] = sinb*xli[i] +cosb*ycur; // Convert hatches' positions from true NDC to WC xlh[0] = (xlh[0]/wndc)*(rwxmax-rwxmin)+rwxmin; ylh[0] = (ylh[0]/hndc)*(rwymax-rwymin)+rwymin; xlh[1] = (xlh[1]/wndc)*(rwxmax-rwxmin)+rwxmin; ylh[1] = (ylh[1]/hndc)*(rwymax-rwymin)+rwymin; gPad->PaintLine(xlh[0], ylh[0], xlh[1], ylh[1]); } } } //______________________________________________________________________________ void TPad::PaintLine(Double_t x1, Double_t y1, Double_t x2, Double_t y2) { // Paint line in CurrentPad World coordinates. Double_t x[2], y[2]; x[0] = x1; x[1] = x2; y[0] = y1; y[1] = y2; //If line is totally clipped, return if (TestBit(TGraph::kClipFrame)) { if (Clip(x,y,fUxmin,fUymin,fUxmax,fUymax) == 2) return; } else { if (Clip(x,y,fX1,fY1,fX2,fY2) == 2) return; } if (!gPad->IsBatch()) GetPainter()->DrawLine(x[0], y[0], x[1], y[1]); if (gVirtualPS) { gVirtualPS->DrawPS(2, x, y); } Modified(); } //______________________________________________________________________________ void TPad::PaintLineNDC(Double_t u1, Double_t v1,Double_t u2, Double_t v2) { static Double_t xw[2], yw[2]; if (!gPad->IsBatch()) GetPainter()->DrawLineNDC(u1, v1, u2, v2); if (gVirtualPS) { xw[0] = fX1 + u1*(fX2 - fX1); xw[1] = fX1 + u2*(fX2 - fX1); yw[0] = fY1 + v1*(fY2 - fY1); yw[1] = fY1 + v2*(fY2 - fY1); gVirtualPS->DrawPS(2, xw, yw); } Modified(); } //______________________________________________________________________________ void TPad::PaintLine3D(Float_t *p1, Float_t *p2) { // Paint 3-D line in the CurrentPad. if (!fView) return; // convert from 3-D to 2-D pad coordinate system Double_t xpad[6]; Double_t temp[3]; Int_t i; for (i=0;i<3;i++) temp[i] = p1[i]; fView->WCtoNDC(temp, &xpad[0]); for (i=0;i<3;i++) temp[i] = p2[i]; fView->WCtoNDC(temp, &xpad[3]); PaintLine(xpad[0],xpad[1],xpad[3],xpad[4]); } //______________________________________________________________________________ void TPad::PaintLine3D(Double_t *p1, Double_t *p2) { // Paint 3-D line in the CurrentPad. //take into account perspective view if (!fView) return; // convert from 3-D to 2-D pad coordinate system Double_t xpad[6]; Double_t temp[3]; Int_t i; for (i=0;i<3;i++) temp[i] = p1[i]; fView->WCtoNDC(temp, &xpad[0]); for (i=0;i<3;i++) temp[i] = p2[i]; fView->WCtoNDC(temp, &xpad[3]); PaintLine(xpad[0],xpad[1],xpad[3],xpad[4]); } //______________________________________________________________________________ void TPad::PaintPolyLine(Int_t n, Float_t *x, Float_t *y, Option_t *) { // Paint polyline in CurrentPad World coordinates. if (n < 2) return; Double_t xmin,xmax,ymin,ymax; if (TestBit(TGraph::kClipFrame)) { xmin = fUxmin; ymin = fUymin; xmax = fUxmax; ymax = fUymax; } else { xmin = fX1; ymin = fY1; xmax = fX2; ymax = fY2; } Int_t i, i1=-1,np=1; for (i=0; i<n-1; i++) { Double_t x1=x[i]; Double_t y1=y[i]; Double_t x2=x[i+1]; Double_t y2=y[i+1]; Int_t iclip = Clip(&x[i],&y[i],xmin,ymin,xmax,ymax); if (iclip == 2) { i1 = -1; continue; } np++; if (i1 < 0) i1 = i; if (iclip == 0 && i < n-2) continue; if (!gPad->IsBatch()) GetPainter()->DrawPolyLine(np, &x[i1], &y[i1]); if (gVirtualPS) { gVirtualPS->DrawPS(np, &x[i1], &y[i1]); } if (iclip) { x[i] = x1; y[i] = y1; x[i+1] = x2; y[i+1] = y2; } i1 = -1; np = 1; } Modified(); } //______________________________________________________________________________ void TPad::PaintPolyLine(Int_t n, Double_t *x, Double_t *y, Option_t *option) { // Paint polyline in CurrentPad World coordinates. // // If option[0] == 'C' no clipping if (n < 2) return; Double_t xmin,xmax,ymin,ymax; Bool_t mustClip = kTRUE; if (TestBit(TGraph::kClipFrame)) { xmin = fUxmin; ymin = fUymin; xmax = fUxmax; ymax = fUymax; } else { xmin = fX1; ymin = fY1; xmax = fX2; ymax = fY2; if (option && (option[0] == 'C')) mustClip = kFALSE; } Int_t i, i1=-1, np=1, iclip=0; for (i=0; i < n-1; i++) { Double_t x1=x[i]; Double_t y1=y[i]; Double_t x2=x[i+1]; Double_t y2=y[i+1]; if (mustClip) { iclip = Clip(&x[i],&y[i],xmin,ymin,xmax,ymax); if (iclip == 2) { i1 = -1; continue; } } np++; if (i1 < 0) i1 = i; if (iclip == 0 && i < n-2) continue; if (!gPad->IsBatch()) GetPainter()->DrawPolyLine(np, &x[i1], &y[i1]); if (gVirtualPS) { gVirtualPS->DrawPS(np, &x[i1], &y[i1]); } if (iclip) { x[i] = x1; y[i] = y1; x[i+1] = x2; y[i+1] = y2; } i1 = -1; np = 1; } Modified(); } //______________________________________________________________________________ void TPad::PaintPolyLineNDC(Int_t n, Double_t *x, Double_t *y, Option_t *) { // Paint polyline in CurrentPad NDC coordinates. if (n <=0) return; if (!gPad->IsBatch()) GetPainter()->DrawPolyLineNDC(n, x, y); if (gVirtualPS) { Double_t *xw = new Double_t[n]; Double_t *yw = new Double_t[n]; for (Int_t i=0; i<n; i++) { xw[i] = fX1 + x[i]*(fX2 - fX1); yw[i] = fY1 + y[i]*(fY2 - fY1); } gVirtualPS->DrawPS(n, xw, yw); delete [] xw; delete [] yw; } Modified(); } //______________________________________________________________________________ void TPad::PaintPolyLine3D(Int_t n, Double_t *p) { // Paint 3-D polyline in the CurrentPad. if (!fView) return; // Loop on each individual line for (Int_t i = 1; i < n; i++) PaintLine3D(&p[3*i-3], &p[3*i]); Modified(); } //______________________________________________________________________________ void TPad::PaintPolyMarker(Int_t nn, Float_t *x, Float_t *y, Option_t *) { // Paint polymarker in CurrentPad World coordinates. Int_t n = TMath::Abs(nn); Double_t xmin,xmax,ymin,ymax; if (nn > 0 || TestBit(TGraph::kClipFrame)) { xmin = fUxmin; ymin = fUymin; xmax = fUxmax; ymax = fUymax; } else { xmin = fX1; ymin = fY1; xmax = fX2; ymax = fY2; } Int_t i,i1=-1,np=0; for (i=0; i<n; i++) { if (x[i] >= xmin && x[i] <= xmax && y[i] >= ymin && y[i] <= ymax) { np++; if (i1 < 0) i1 = i; if (i < n-1) continue; } if (np == 0) continue; if (!gPad->IsBatch()) GetPainter()->DrawPolyMarker(np, &x[i1], &y[i1]); if (gVirtualPS) { gVirtualPS->DrawPolyMarker(np, &x[i1], &y[i1]); } i1 = -1; np = 0; } Modified(); } //______________________________________________________________________________ void TPad::PaintPolyMarker(Int_t nn, Double_t *x, Double_t *y, Option_t *) { // Paint polymarker in CurrentPad World coordinates. Int_t n = TMath::Abs(nn); Double_t xmin,xmax,ymin,ymax; if (nn > 0 || TestBit(TGraph::kClipFrame)) { xmin = fUxmin; ymin = fUymin; xmax = fUxmax; ymax = fUymax; } else { xmin = fX1; ymin = fY1; xmax = fX2; ymax = fY2; } Int_t i,i1=-1,np=0; for (i=0; i<n; i++) { if (x[i] >= xmin && x[i] <= xmax && y[i] >= ymin && y[i] <= ymax) { np++; if (i1 < 0) i1 = i; if (i < n-1) continue; } if (np == 0) continue; if (!gPad->IsBatch()) GetPainter()->DrawPolyMarker(np, &x[i1], &y[i1]); if (gVirtualPS) { gVirtualPS->DrawPolyMarker(np, &x[i1], &y[i1]); } i1 = -1; np = 0; } Modified(); } //______________________________________________________________________________ void TPad::PaintText(Double_t x, Double_t y, const char *text) { // Paint text in CurrentPad World coordinates. Modified(); if (!gPad->IsBatch()) GetPainter()->DrawText(x, y, text, TVirtualPadPainter::kClear); if (gVirtualPS) gVirtualPS->Text(x, y, text); } //______________________________________________________________________________ void TPad::PaintTextNDC(Double_t u, Double_t v, const char *text) { // Paint text in CurrentPad NDC coordinates. Modified(); if (!gPad->IsBatch()) GetPainter()->DrawTextNDC(u, v, text, TVirtualPadPainter::kClear); if (gVirtualPS) { Double_t x = fX1 + u*(fX2 - fX1); Double_t y = fY1 + v*(fY2 - fY1); gVirtualPS->Text(x, y, text); } } //______________________________________________________________________________ TPad *TPad::Pick(Int_t px, Int_t py, TObjLink *&pickobj) { // Search for an object at pixel position px,py. // // Check if point is in this pad. // If yes, check if it is in one of the subpads // If found in the pad, compute closest distance of approach // to each primitive. // If one distance of approach is found to be within the limit Distancemaximum // the corresponding primitive is selected and the routine returns. // //the two following statements are necessary under NT (multithreaded) //when a TCanvas object is being created and a thread calling TPad::Pick //before the TPad constructor has completed in the other thread if (gPad == 0) return 0; //Andy Haas if (GetListOfPrimitives() == 0) return 0; //Andy Haas Int_t dist; // Search if point is in pad itself Double_t x = AbsPixeltoX(px); Double_t y = AbsPixeltoY(py); if (this != gPad->GetCanvas()) { if (!((x >= fX1 && x <= fX2) && (y >= fY1 && y <= fY2))) return 0; } // search for a primitive in this pad or its subpads static TObjOptLink dummyLink(0,""); //place holder for when no link available TPad *padsav = (TPad*)gPad; gPad = this; // since no drawing will be done, don't use cd() for efficiency reasons TPad *pick = 0; TPad *picked = this; pickobj = 0; if (DistancetoPrimitive(px,py) < fgMaxPickDistance) { dummyLink.SetObject(this); pickobj = &dummyLink; } // Loop backwards over the list of primitives. The first non-pad primitive // found is the selected one. However, we have to keep going down the // list to see if there is maybe a pad overlaying the primitive. In that // case look into the pad for a possible primitive. Once a pad has been // found we can terminate the loop. Bool_t gotPrim = kFALSE; // true if found a non pad primitive TObjLink *lnk = GetListOfPrimitives()->LastLink(); //We can have 3d stuff in pad. If canvas prefers to draw //such stuff with OpenGL, the selection of 3d objects is //a gl viewer business so, in first cycle we do not //call DistancetoPrimitive for TAtt3D descendants. //In case of gl we first try to select 2d object first. while (lnk) { TObject *obj = lnk->GetObject(); //If canvas prefers GL, all 3d objects must be drawn/selected by //gl viewer if (obj->InheritsFrom(TAtt3D::Class()) && fEmbeddedGL) { lnk = lnk->Prev(); continue; } fPadPointer = obj; if (obj->InheritsFrom(TPad::Class())) { pick = ((TPad*)obj)->Pick(px, py, pickobj); if (pick) { picked = pick; break; } } else if (!gROOT->GetEditorMode()) { if (!gotPrim) { if (!obj->TestBit(kCannotPick)) { dist = obj->DistancetoPrimitive(px, py); if (dist < fgMaxPickDistance) { pickobj = lnk; gotPrim = kTRUE; if (dist == 0) break; } } } } lnk = lnk->Prev(); } //if no primitive found, check if we have a TView //if yes, return the view except if you are in the lower or upper X range //of the pad. //In case canvas prefers gl, fView existance //automatically means viewer3d existance. (?) if (fView && !gotPrim) { Double_t dx = 0.05*(fUxmax-fUxmin); if ((x > fUxmin + dx) && (x < fUxmax-dx)) { if (fEmbeddedGL) { //No 2d stuff was selected, but we have gl-viewer. Let it select an object in //scene (or select itself). In any case it'll internally call //gPad->SetSelected(ptr) as, for example, hist painter does. py -= Int_t((1 - GetHNDC() - GetYlowNDC()) * GetWh()); px -= Int_t(GetXlowNDC() * GetWw()); fViewer3D->DistancetoPrimitive(px, py); } else dummyLink.SetObject(fView); } } if (picked->InheritsFrom(TButton::Class())) { TButton *button = (TButton*)picked; if (!button->IsEditable()) pickobj = 0; } gPad = padsav; return picked; } //___________________________________________________________________________ void TPad::Pop() { // Pop pad to the top of the stack. if (!fMother) return; if (!fPrimitives) fPrimitives = new TList; if (this == fMother->GetListOfPrimitives()->Last()) return; TListIter next(fMother->GetListOfPrimitives()); TObject *obj; while ((obj = next())) if (obj == this) { char *opt = StrDup(next.GetOption()); fMother->GetListOfPrimitives()->Remove(this); fMother->GetListOfPrimitives()->AddLast(this, opt); delete [] opt; return; } } //______________________________________________________________________________ void TPad::Print(const char *filename) const { // Save Pad contents in a file in one of various formats. // // if filename is "", the file produced is padname.ps // if filename starts with a dot, the padname is added in front // if filename contains .eps, an Encapsulated Postscript file is produced // if filename contains .gif, a GIF file is produced // if filename contains .gif+NN, an animated GIF file is produced // if filename contains .C or .cxx, a C++ macro file is produced // if filename contains .root, a Root file is produced // if filename contains .xml, a XML file is produced // // See comments in TPad::SaveAs or the TPad::Print function below ((TPad*)this)->SaveAs(filename); } //______________________________________________________________________________ static Bool_t ContainsTImage(TList *li) { // auxilary function. Returns kTRUE if list contains an object inherited // from TImage TIter next(li); TObject *obj; while ((obj = next())) { if (obj->InheritsFrom(TImage::Class())) { return kTRUE; } else if (obj->InheritsFrom(TPad::Class())) { if (ContainsTImage(((TPad*)obj)->GetListOfPrimitives())) { return kTRUE; } } } return kFALSE; } //______________________________________________________________________________ void TPad::Print(const char *filenam, Option_t *option) { // Save Pad contents in a file in one of various formats. // // if option = 0 - as "ps" // "ps" - Postscript file is produced (see special cases below) // "Portrait" - Postscript file is produced (Portrait) // "Landscape" - Postscript file is produced (Landscape) // "Title:" - The character strin after "Title:" becomes a table // of content entry. // "eps" - an Encapsulated Postscript file is produced // "Preview" - an Encapsulated Postscript file with preview is produced. // "pdf" - a PDF file is produced // "svg" - a SVG file is produced // "gif" - a GIF file is produced // "gif+NN" - an animated GIF file is produced, where NN is delay in 10ms units // "xpm" - a XPM file is produced // "png" - a PNG file is produced // "jpg" - a JPEG file is produced. // NOTE: JPEG's lossy compression will make all sharp edges fuzzy. // "tiff" - a TIFF file is produced // "cxx" - a C++ macro file is produced // "xml" - a XML file // "root" - a ROOT binary file // // filename = 0 - filename is defined by the GetName and its // extension is defined with the option // // When Postscript output is selected (ps, eps), the pad is saved // to filename.ps or filename.eps. The aspect ratio of the pad is preserved // on the Postscript file. When the "ps" option is selected, the Postscript // page will be landscape format if the pad is in landscape format, otherwise // portrait format is selected. // The physical size of the Postscript page is the one selected in the // current style. This size can be modified via TStyle::SetPaperSize. // Examples: // gStyle->SetPaperSize(kA4); //default // gStyle->SetPaperSize(kUSLetter); // where kA4 and kUSLetter are defined in the enum EPaperSize in TStyle.h // An alternative is to call: // gStyle->SetPaperSize(20,26); same as kA4 // or gStyle->SetPaperSize(20,24); same as kUSLetter // The above numbers take into account some margins and are in centimeters. // // The "Preview" option allows to generate a preview (in the TIFF format) within // the Encapsulated Postscript file. This preview can be used by programs like // MSWord to visualize the picture on screen. The "Preview" option relies on the // epstool command (http://www.cs.wisc.edu/~ghost/gsview/epstool.htm). // Example: // canvas->Print("example.eps","Preview"); // // To generate a Postscript file containing more than one picture, see // class TPostScript. // // Writing several canvases to the same Postscript or PDF file: // ------------------------------------------------------------ // if the Postscript or PDF file name finishes with "(", the file is not closed // if the Postscript or PDF file name finishes with ")" and the file has been opened // with "(", the file is closed. Example: // // { // TCanvas c1("c1"); // h1.Draw(); // c1.Print("c1.ps("); //write canvas and keep the ps file open // h2.Draw(); // c1.Print("c1.ps"); canvas is added to "c1.ps" // h3.Draw(); // c1.Print("c1.ps)"); canvas is added to "c1.ps" and ps file is closed // } // // In the previous example replacing "ps" by "pdf" will create a multi-pages PDF file. // // Note that the following sequence writes the canvas to "c1.ps" and closes the ps file.: // TCanvas c1("c1"); // h1.Draw(); // c1.Print("c1.ps"); // // The TCanvas::Print("file.ps(") mechanism is very useful, but it can be // a little inconvenient to have the action of opening/closing a file // being atomic with printing a page. Particularly if pages are being // generated in some loop one needs to detect the special cases of first // and last page and then munge the argument to Print() accordingly. // // The "[" and "]" can be used instead of "(" and ")". Example: // // c1.Print("file.ps["); // No actual print, just open file.ps // for (int i=0; i<10; ++i) { // // fill canvas for context i // // ... // // c1.Print("file.ps"); // actually print canvas to file // }// end loop // c1.Print("file.ps]"); // No actual print, just close. // // As before, the same macro is valid for PDF files. // // It is possible to print a pad into an animated GIF file by specifying the // file name as "myfile.gif+" or "myfile.gif+NN", where NN*10ms is delay // between the subimages' display. If NN is ommitted the delay between // subimages is zero. Each picture is added in the animation thanks to a loop // similar to the following one: // // for (int i=0; i<10; ++i) { // // fill canvas for context i // // ... // // c1.Print("file.gif+5"); // print canvas to GIF file with 50ms delays // }// end loop // // The delay between each frame must be specified in each Print() statement. TString psname, fs1, fs2; char *filename; // "[" and "]" are special characters for ExpandPathName. When they are at the end // of the file name (see help) they must be removed before doing ExpandPathName. fs1 = filenam; if (fs1.EndsWith("[")) { fs1.Replace((fs1.Length()-1),1," "); fs2 = gSystem->ExpandPathName(fs1.Data()); fs2.Replace((fs2.Length()-1),1,"["); } else if (fs1.EndsWith("]")) { fs1.Replace((fs1.Length()-1),1," "); fs2 = gSystem->ExpandPathName(fs1.Data()); fs2.Replace((fs2.Length()-1),1,"]"); } else { char* exppath = gSystem->ExpandPathName(fs1.Data()); fs2 = exppath; delete [] exppath; } filename = (char*)fs2.Data(); Int_t lenfil = filename ? strlen(filename) : 0; const char *opt = option; Bool_t image = kFALSE; // Set the default option as "Postscript" (Should be a data member of TPad) const char *opt_default="ps"; if( !opt ) opt = opt_default; if ( !lenfil ) { psname = GetName(); psname += opt; } else { psname = filename; } // lines below protected against case like c1->SaveAs( "../ps/cs.ps" ); if (psname.BeginsWith('.') && (psname.Contains('/') == 0)) { psname = GetName(); psname.Append(filename); psname.Prepend("/"); psname.Prepend(gEnv->GetValue("Canvas.PrintDirectory",".")); } if (!gPad->IsBatch() && fCanvas) GetPainter()->SelectDrawable(GetCanvasID()); // Save pad/canvas in alternative formats TImage::EImageFileTypes gtype = TImage::kUnknown; if (strstr(opt, "gif+")) { gtype = TImage::kAnimGif; image = kTRUE; } else if (strstr(opt, "gif")) { gtype = TImage::kGif; image = kTRUE; } else if (strstr(opt, "png")) { gtype = TImage::kPng; image = kTRUE; } else if (strstr(opt, "jpg")) { gtype = TImage::kJpeg; image = kTRUE; } else if (strstr(opt, "tiff")) { gtype = TImage::kTiff; image = kTRUE; } else if (strstr(opt, "xpm")) { gtype = TImage::kXpm; image = kTRUE; } else if (strstr(opt, "bmp")) { gtype = TImage::kBmp; image = kTRUE; } Int_t wid = 0; if (!GetCanvas()) return; if (!gROOT->IsBatch() && image) { if ((gtype == TImage::kGif) && !ContainsTImage(fPrimitives)) { wid = (this == GetCanvas()) ? GetCanvas()->GetCanvasID() : GetPixmapID(); Color_t hc = gPad->GetCanvas()->GetHighLightColor(); gPad->GetCanvas()->SetHighLightColor(-1); gPad->Modified(); gPad->Update(); GetPainter()->SelectDrawable(wid); GetPainter()->SaveImage(this, psname.Data(), gtype); if (!gSystem->AccessPathName(psname.Data())) { Info("Print", "GIF file %s has been created", psname.Data()); } gPad->GetCanvas()->SetHighLightColor(hc); return; } if (gtype != TImage::kUnknown) { Color_t hc = gPad->GetCanvas()->GetHighLightColor(); gPad->GetCanvas()->SetHighLightColor(-1); gPad->Modified(); gPad->Update(); if (gVirtualX->InheritsFrom("TGQt")) { wid = (this == GetCanvas()) ? GetCanvas()->GetCanvasID() : GetPixmapID(); gVirtualX->WritePixmap(wid,UtoPixel(1.),VtoPixel(0.),(char *)psname.Data()); } else { Int_t saver = gErrorIgnoreLevel; gErrorIgnoreLevel = kFatal; gVirtualX->Update(1); gSystem->Sleep(30); // syncronize GetPainter()->SaveImage(this, psname, gtype); gErrorIgnoreLevel = saver; } if (!gSystem->AccessPathName(psname)) { Info("Print", "file %s has been created", psname.Data()); } gPad->GetCanvas()->SetHighLightColor(hc); } else { Warning("Print", "Unsupported image format %s", psname.Data()); } return; } //==============Save pad/canvas as a C++ script============================== if (strstr(opt,"cxx")) { GetCanvas()->SaveSource(psname, ""); return; } //==============Save pad/canvas as a root file=============================== if (strstr(opt,"root")) { if (gDirectory) gDirectory->SaveObjectAs(this,psname.Data(),""); return; } //==============Save pad/canvas as a XML file================================ if (strstr(opt,"xml")) { // Plugin XML driver if (gDirectory) gDirectory->SaveObjectAs(this,psname.Data(),""); return; } //==============Save pad/canvas as a SVG file================================ if (strstr(opt,"svg")) { gVirtualPS = (TVirtualPS*)gROOT->GetListOfSpecials()->FindObject(psname); Bool_t noScreen = kFALSE; if (!GetCanvas()->IsBatch() && GetCanvas()->GetCanvasID() == -1) { noScreen = kTRUE; GetCanvas()->SetBatch(kTRUE); } TPad *padsav = (TPad*)gPad; cd(); TVirtualPS *psave = gVirtualPS; if (!gVirtualPS) { // Plugin Postscript/SVG driver TPluginHandler *h; if ((h = gROOT->GetPluginManager()->FindHandler("TVirtualPS", "svg"))) { if (h->LoadPlugin() == -1) return; h->ExecPlugin(0); } } // Create a new SVG file gVirtualPS->SetName(psname); gVirtualPS->Open(psname); gVirtualPS->SetBit(kPrintingPS); gVirtualPS->NewPage(); Paint(); if (noScreen) GetCanvas()->SetBatch(kFALSE); if (!gSystem->AccessPathName(psname)) Info("Print", "SVG file %s has been created", psname.Data()); delete gVirtualPS; gVirtualPS = psave; gVirtualPS = 0; padsav->cd(); return; } //==============Save pad/canvas as a Postscript file========================= // in case we read directly from a Root file and the canvas // is not on the screen, set batch mode char *l; Bool_t mustOpen = kTRUE; Bool_t mustClose = kTRUE; char *copen=0, *cclose=0, *copenb=0, *ccloseb=0; if (!image) { // The parenthesis mechanism is only valid for PS and PDF files. copen = (char*)strstr(psname.Data(),"("); if (copen) *copen = 0; cclose = (char*)strstr(psname.Data(),")"); if (cclose) *cclose = 0; copenb = (char*)strstr(psname.Data(),"["); if (copenb) *copenb = 0; ccloseb = (char*)strstr(psname.Data(),"]"); if (ccloseb) *ccloseb = 0; } gVirtualPS = (TVirtualPS*)gROOT->GetListOfSpecials()->FindObject(psname); if (gVirtualPS) {mustOpen = kFALSE; mustClose = kFALSE;} if (copen || copenb) mustClose = kFALSE; if (cclose || ccloseb) mustClose = kTRUE; Bool_t noScreen = kFALSE; if (!GetCanvas()->IsBatch() && GetCanvas()->GetCanvasID() == -1) { noScreen = kTRUE; GetCanvas()->SetBatch(kTRUE); } Int_t pstype = 111; Double_t xcanvas = GetCanvas()->XtoPixel(GetCanvas()->GetX2()); Double_t ycanvas = GetCanvas()->YtoPixel(GetCanvas()->GetY1()); Double_t ratio = ycanvas/xcanvas; if (ratio < 1) pstype = 112; if (strstr(opt,"Portrait")) pstype = 111; if (strstr(opt,"Landscape")) pstype = 112; if (strstr(opt,"eps")) pstype = 113; if (strstr(opt,"Preview")) pstype = 113; TPad *padsav = (TPad*)gPad; cd(); TVirtualPS *psave = gVirtualPS; if (!gVirtualPS || mustOpen) { // Plugin Postscript driver TPluginHandler *h; if (strstr(opt,"pdf") || strstr(opt,"Title:")) { if ((h = gROOT->GetPluginManager()->FindHandler("TVirtualPS", "pdf"))) { if (h->LoadPlugin() == -1) return; h->ExecPlugin(0); } } else if (image) { // Plugin TImageDump driver if ((h = gROOT->GetPluginManager()->FindHandler("TVirtualPS", "image"))) { if (h->LoadPlugin() == -1) return; h->ExecPlugin(0); } } else { if ((h = gROOT->GetPluginManager()->FindHandler("TVirtualPS", "ps"))) { if (h->LoadPlugin() == -1) return; h->ExecPlugin(0); } } // Create a new Postscript, PDF or image file gVirtualPS->SetName(psname); l = (char*)strstr(opt,"Title:"); if (l) { gVirtualPS->SetTitle(&opt[6]); //Please fix this bug, we may overwrite an input argument strcpy(l,"pdf"); } gVirtualPS->Open(psname,pstype); gVirtualPS->SetBit(kPrintingPS); if (!copenb) { if (!strstr(opt,"pdf") || image) gVirtualPS->NewPage(); Paint(); } if (noScreen) GetCanvas()->SetBatch(kFALSE); if (!gSystem->AccessPathName(psname)) Info("Print", "%s file %s has been created", opt, psname.Data()); if (mustClose) { gROOT->GetListOfSpecials()->Remove(gVirtualPS); delete gVirtualPS; gVirtualPS = psave; } else { gROOT->GetListOfSpecials()->Add(gVirtualPS); gVirtualPS = 0; } } else { // Append to existing Postscript, PDF or GIF file if (!ccloseb) { gVirtualPS->NewPage(); Paint(); } l = (char*)strstr(opt,"Title:"); if (l) { gVirtualPS->SetTitle(&opt[6]); //Please fix this bug, we may overwrite an input argument strcpy(l,"pdf"); } Info("Print", "Current canvas added to %s file %s", opt, psname.Data()); if (mustClose) { gROOT->GetListOfSpecials()->Remove(gVirtualPS); delete gVirtualPS; gVirtualPS = 0; } else { gVirtualPS = 0; } } if (strstr(opt,"Preview")) gSystem->Exec(Form("epstool --quiet -t6p %s %s",psname.Data(),psname.Data())); padsav->cd(); } //______________________________________________________________________________ void TPad::Range(Double_t x1, Double_t y1, Double_t x2, Double_t y2) { // Set world coordinate system for the pad. // Emits signal "RangeChanged()", in the slot get the range // via GetRange(). if ((x1 >= x2) || (y1 >= y2)) { Error("Range", "illegal world coordinates range: x1=%f, y1=%f, x2=%f, y2=%f",x1,y1,x2,y2); return; } fUxmin = x1; fUxmax = x2; fUymin = y1; fUymax = y2; if (fX1 == x1 && fY1 == y1 && fX2 == x2 && fY2 == y2) return; fX1 = x1; fY1 = y1; fX2 = x2; fY2 = y2; // compute pad conversion coefficients ResizePad(); if (gPad == this) GetPainter()->InvalidateCS(); // emit signal RangeChanged(); } //______________________________________________________________________________ void TPad::RangeAxis(Double_t xmin, Double_t ymin, Double_t xmax, Double_t ymax) { // Set axis coordinate system for the pad. // The axis coordinate system is a subset of the world coordinate system // xmin,ymin is the origin of the current coordinate system, // xmax is the end of the X axis, ymax is the end of the Y axis. // By default a margin of 10 per cent is left on all sides of the pad // Emits signal "RangeAxisChanged()", in the slot get the axis range // via GetRangeAxis(). if ((xmin >= xmax) || (ymin >= ymax)) { Error("RangeAxis", "illegal axis coordinates range: xmin=%f, ymin=%f, xmax=%f, ymax=%f", xmin, ymin, xmax, ymax); return; } fUxmin = xmin; fUymin = ymin; fUxmax = xmax; fUymax = ymax; // emit signal RangeAxisChanged(); } //______________________________________________________________________________ void TPad::RecursiveRemove(TObject *obj) { // Recursively remove object from a pad and its subpads. if (obj == fCanvas->GetSelected()) fCanvas->SetSelected(0); if (obj == fCanvas->GetClickSelected()) fCanvas->SetClickSelected(0); if (obj == fView) fView = 0; if (!fPrimitives) return; Int_t nold = fPrimitives->GetSize(); fPrimitives->RecursiveRemove(obj); if (nold != fPrimitives->GetSize()) fModified = kTRUE; } //______________________________________________________________________________ void TPad::RedrawAxis(Option_t *option) { // Redraw the frame axis // Redrawing axis may be necessary in case of superimposed histograms // when one or more histograms have a fill color // Instead of calling this function, it may be more convenient // to call directly h1->Draw("sameaxis") where h1 is the pointer // to the first histogram drawn in the pad. // // By default, if the pad has the options gridx or/and gridy activated, // the grid is not drawn by this function. // if option="g" is specified, this will force the drawing of the grid // on top of the picture // get first histogram in the list of primitives TString opt = option; opt.ToLower(); TPad *padsav = (TPad*)gPad; cd(); if (!fPrimitives) fPrimitives = new TList; TIter next(fPrimitives); TObject *obj; while ((obj = next())) { if (obj->InheritsFrom(TH1::Class())) { TH1 *hobj = (TH1*)obj; if (opt.Contains("g")) hobj->DrawCopy("sameaxig"); else hobj->DrawCopy("sameaxis"); return; } if (obj->InheritsFrom(TMultiGraph::Class())) { TMultiGraph *mg = (TMultiGraph*)obj; if (mg) mg->GetHistogram()->DrawCopy("sameaxis"); return; } if (obj->InheritsFrom(TGraph::Class())) { TGraph *g = (TGraph*)obj; if (g) g->GetHistogram()->DrawCopy("sameaxis"); return; } if (obj->InheritsFrom(THStack::Class())) { THStack *hs = (THStack*)obj; if (hs) hs->GetHistogram()->DrawCopy("sameaxis"); return; } } if (padsav) padsav->cd(); } //______________________________________________________________________________ void TPad::ResizePad(Option_t *option) { // Compute pad conversion coefficients. // // Conversion from x to px & y to py // ================================= // // x - xmin px - pxlow xrange = xmax-xmin // -------- = ---------- with // xrange pxrange pxrange = pxmax-pxmin // // pxrange(x-xmin) // ==> px = --------------- + pxlow = fXtoPixelk + fXtoPixel * x // xrange // // ==> fXtoPixelk = pxlow - pxrange*xmin/xrange // fXtoPixel = pxrange/xrange // where pxlow = fAbsXlowNDC*fCw // pxrange = fAbsWNDC*fCw // // // y - ymin py - pylow yrange = ymax-ymin // -------- = ---------- with // yrange pyrange pyrange = pymax-pymin // // pyrange(y-ymin) // ==> py = --------------- + pylow = fYtoPixelk + fYtoPixel * y // yrange // // ==> fYtoPixelk = pylow - pyrange*ymin/yrange // fYtoPixel = pyrange/yrange // where pylow = (1-fAbsYlowNDC)*fCh // pyrange = -fAbsHNDC*fCh // //- Conversion from px to x & py to y // ================================= // // xrange(px-pxlow) // ==> x = ---------------- + xmin = fPixeltoXk + fPixeltoX * px // pxrange //- // ==> fPixeltoXk = xmin - pxlow*xrange/pxrange // fPixeltoX = xrange/pxrange // // yrange(py-pylow) // ==> y = ---------------- + ymin = fPixeltoYk + fPixeltoY * py // pyrange //- // ==> fPixeltoYk = ymin - pylow*yrange/pyrange // fPixeltoY = yrange/pyrange // //----------------------------------------------------------------------- // // Computation of the coefficients in case of LOG scales //- ===================================================== // // A, Conversion from pixel coordinates to world coordinates // // Log(x) - Log(xmin) Log(x/xmin) px - pxlow // u = --------------------- = ------------- = ----------- // Log(xmax) - Log(xmin) Log(xmax/xmin) pxrange // // ==> Log(x/xmin) = u*Log(xmax/xmin) // x = xmin*exp(u*Log(xmax/xmin) // Let alfa = Log(xmax/xmin)/fAbsWNDC // // x = xmin*exp(-alfa*pxlow) + exp(alfa*px) // x = fPixeltoXk*exp(fPixeltoX*px) // ==> fPixeltoXk = xmin*exp(-alfa*pxlow) // fPixeltoX = alfa // // Log(y) - Log(ymin) Log(y/ymin) pylow - py // v = --------------------- = ------------- = ----------- // Log(ymax) - Log(ymin) Log(ymax/ymin) pyrange // // Let beta = Log(ymax/ymin)/pyrange // Log(y/ymin) = beta*pylow - beta*py // y/ymin = exp(beta*pylow - beta*py) // y = ymin*exp(beta*pylow)*exp(-beta*py) // ==> y = fPixeltoYk*exp(fPixeltoY*py) // fPixeltoYk = ymin*exp(beta*pylow) // fPixeltoY = -beta // //- B, Conversion from World coordinates to pixel coordinates // // px = pxlow + u*pxrange // = pxlow + Log(x/xmin)/alfa // = pxlow -Log(xmin)/alfa + Log(x)/alfa // = fXtoPixelk + fXtoPixel*Log(x) // ==> fXtoPixelk = pxlow -Log(xmin)/alfa // ==> fXtoPixel = 1/alfa // // py = pylow - Log(y/ymin)/beta // = fYtoPixelk + fYtoPixel*Log(y) // ==> fYtoPixelk = pylow - Log(ymin)/beta // fYtoPixel = 1/beta // Recompute subpad positions in case pad has been moved/resized TPad *parent = fMother; if (this == gPad->GetCanvas()) { fAbsXlowNDC = fXlowNDC; fAbsYlowNDC = fYlowNDC; fAbsWNDC = fWNDC; fAbsHNDC = fHNDC; } else { fAbsXlowNDC = fXlowNDC*parent->GetAbsWNDC() + parent->GetAbsXlowNDC(); fAbsYlowNDC = fYlowNDC*parent->GetAbsHNDC() + parent->GetAbsYlowNDC(); fAbsWNDC = fWNDC*parent->GetAbsWNDC(); fAbsHNDC = fHNDC*parent->GetAbsHNDC(); } Double_t ww = (Double_t)gPad->GetWw(); Double_t wh = (Double_t)gPad->GetWh(); Double_t pxlow = fAbsXlowNDC*ww; Double_t pylow = (1-fAbsYlowNDC)*wh; Double_t pxrange = fAbsWNDC*ww; Double_t pyrange = -fAbsHNDC*wh; // Linear X axis Double_t rounding = 0.00005; Double_t xrange = fX2 - fX1; fXtoAbsPixelk = rounding + pxlow - pxrange*fX1/xrange; //origin at left fXtoPixelk = rounding + -pxrange*fX1/xrange; fXtoPixel = pxrange/xrange; fAbsPixeltoXk = fX1 - pxlow*xrange/pxrange; fPixeltoXk = fX1; fPixeltoX = xrange/pxrange; // Linear Y axis Double_t yrange = fY2 - fY1; fYtoAbsPixelk = rounding + pylow - pyrange*fY1/yrange; //origin at top fYtoPixelk = rounding + -pyrange - pyrange*fY1/yrange; fYtoPixel = pyrange/yrange; fAbsPixeltoYk = fY1 - pylow*yrange/pyrange; fPixeltoYk = fY1; fPixeltoY = yrange/pyrange; // Coefficients to convert from pad NDC coordinates to pixel coordinates fUtoAbsPixelk = rounding + pxlow; fUtoPixelk = rounding; fUtoPixel = pxrange; fVtoAbsPixelk = rounding + pylow; fVtoPixelk = -pyrange; fVtoPixel = pyrange; // Coefficients to convert from canvas pixels to pad world coordinates // Resize all subpads TObject *obj; if (!fPrimitives) fPrimitives = new TList; TIter next(GetListOfPrimitives()); while ((obj = next())) { if (obj->InheritsFrom(TPad::Class())) ((TPad*)obj)->ResizePad(option); } // Reset all current sizes if (gPad->IsBatch()) fPixmapID = 0; else { GetPainter()->SetLineWidth(-1); GetPainter()->SetTextSize(-1); // create or re-create off-screen pixmap if (fPixmapID) { int w = TMath::Abs(XtoPixel(fX2) - XtoPixel(fX1)); int h = TMath::Abs(YtoPixel(fY2) - YtoPixel(fY1)); //protection in case of wrong pad parameters. //without this protection, the OpenPixmap or ResizePixmap crashes with //the message "Error in <RootX11ErrorHandler>: BadValue (integer parameter out of range for operation)" //resulting in a frozen xterm if (!(TMath::Finite(fX1)) || !(TMath::Finite(fX2)) || !(TMath::Finite(fY1)) || !(TMath::Finite(fY2))) Warning("ResizePad", "Inf/NaN propagated to the pad. Check drawn objects."); if (w <= 0 || w > 10000) { Warning("ResizePad", "%s width changed from %d to %d\n",GetName(),w,10); w = 10; } if (h <= 0 || h > 10000) { Warning("ResizePad", "%s height changed from %d to %d\n",GetName(),h,10); h = 10; } if (fPixmapID == -1) { // this case is handled via the ctor fPixmapID = GetPainter()->CreateDrawable(w, h); } else { if (gVirtualX->ResizePixmap(fPixmapID, w, h)) { Modified(kTRUE); } } } } if (fView) { TPad *padsav = (TPad*)gPad; if (padsav == this) { fView->ResizePad(); } else { cd(); fView->ResizePad(); padsav->cd(); } } } //______________________________________________________________________________ void TPad::SaveAs(const char *filename, Option_t * /*option*/) const { // Save Pad contents in a file in one of various formats. // // if filename is "", the file produced is padname.ps // if filename starts with a dot, the padname is added in front // if filename contains .eps, an Encapsulated Postscript file is produced // if filename contains .pdf, a PDF file is produced // if filename contains .svg, a SVG file is produced // if filename contains .gif, a GIF file is produced // if filename contains .gif+NN, an animated GIF file is produced // if filename contains .xpm, a XPM file is produced // if filename contains .png, a PNG file is produced // if filename contains .jpg, a JPEG file is produced // NOTE: JPEG's lossy compression will make all sharp edges fuzzy. // if filename contains .tiff, a TIFF file is produced // if filename contains .C or .cxx, a C++ macro file is produced // if filename contains .root, a Root file is produced // if filename contains .xml, a XML file is produced // // See comments in TPad::Print for the Postscript formats TString psname; Int_t lenfil = filename ? strlen(filename) : 0; if (!lenfil) { psname = GetName(); psname.Append(".ps"); } else psname = filename; // lines below protected against case like c1->SaveAs( "../ps/cs.ps" ); if (psname.BeginsWith('.') && (psname.Contains('/') == 0)) { psname = GetName(); psname.Append(filename); psname.Prepend("/"); psname.Prepend(gEnv->GetValue("Canvas.PrintDirectory",".")); } if (psname.EndsWith(".gif")) ((TPad*)this)->Print(psname,"gif"); else if (psname.Contains(".gif+")) ((TPad*)this)->Print(psname,"gif+"); else if (psname.EndsWith(".C") || psname.EndsWith(".cxx") || psname.EndsWith(".cpp")) ((TPad*)this)->Print(psname,"cxx"); else if (psname.EndsWith(".root")) ((TPad*)this)->Print(psname,"root"); else if (psname.EndsWith(".xml")) ((TPad*)this)->Print(psname,"xml"); else if (psname.EndsWith(".eps")) ((TPad*)this)->Print(psname,"eps"); else if (psname.EndsWith(".pdf")) ((TPad*)this)->Print(psname,"pdf"); else if (psname.EndsWith(".pdf[")) ((TPad*)this)->Print(psname,"pdf"); else if (psname.EndsWith(".pdf]")) ((TPad*)this)->Print(psname,"pdf"); else if (psname.EndsWith(".pdf(")) ((TPad*)this)->Print(psname,"pdf"); else if (psname.EndsWith(".pdf)")) ((TPad*)this)->Print(psname,"pdf"); else if (psname.EndsWith(".svg")) ((TPad*)this)->Print(psname,"svg"); else if (psname.EndsWith(".xpm")) ((TPad*)this)->Print(psname,"xpm"); else if (psname.EndsWith(".png")) ((TPad*)this)->Print(psname,"png"); else if (psname.EndsWith(".jpg")) ((TPad*)this)->Print(psname,"jpg"); else if (psname.EndsWith(".jpeg")) ((TPad*)this)->Print(psname,"jpg"); else if (psname.EndsWith(".bmp")) ((TPad*)this)->Print(psname,"bmp"); else if (psname.EndsWith(".tiff")) ((TPad*)this)->Print(psname,"tiff"); else ((TPad*)this)->Print(psname,"ps"); } //______________________________________________________________________________ void TPad::SavePrimitive(ostream &out, Option_t * /*= ""*/) { // Save primitives in this pad on the C++ source file out. TPad *padsav = (TPad*)gPad; gPad = this; char quote='"'; char lcname[10]; const char *cname = GetName(); Int_t nch = strlen(cname); if (nch < 10) { strlcpy(lcname,cname,10); for (Int_t k=1;k<=nch;k++) {if (lcname[nch-k] == ' ') lcname[nch-k] = 0;} if (lcname[0] == 0) { if (this == gPad->GetCanvas()) {strlcpy(lcname,"c1",10); nch = 2;} else {strlcpy(lcname,"pad",10); nch = 3;} } cname = lcname; } // Write pad parameters if (this != gPad->GetCanvas()) { out <<" "<<endl; out <<"// ------------>Primitives in pad: "<<GetName()<<endl; if (gROOT->ClassSaved(TPad::Class())) { out<<" "; } else { out<<" TPad *"; } out<<cname<<" = new TPad("<<quote<<GetName()<<quote<<", "<<quote<<GetTitle() <<quote <<","<<fXlowNDC <<","<<fYlowNDC <<","<<fXlowNDC+fWNDC <<","<<fYlowNDC+fHNDC <<");"<<endl; out<<" "<<cname<<"->Draw();"<<endl; out<<" "<<cname<<"->cd();"<<endl; } out<<" "<<cname<<"->Range("<<fX1<<","<<fY1<<","<<fX2<<","<<fY2<<");"<<endl; TView *view = GetView(); Double_t rmin[3], rmax[3]; if (view) { view->GetRange(rmin, rmax); out<<" TView *view = TView::CreateView(1);"<<endl; out<<" view->SetRange("<<rmin[0]<<","<<rmin[1]<<","<<rmin[2]<<"," <<rmax[0]<<","<<rmax[1]<<","<<rmax[2]<<");"<<endl; } if (GetFillColor() != 19) { if (GetFillColor() > 228) { TColor::SaveColor(out, GetFillColor()); out<<" "<<cname<<"->SetFillColor(ci);" << endl; } else out<<" "<<cname<<"->SetFillColor("<<GetFillColor()<<");"<<endl; } if (GetFillStyle() != 1001) { out<<" "<<cname<<"->SetFillStyle("<<GetFillStyle()<<");"<<endl; } if (GetBorderMode() != 1) { out<<" "<<cname<<"->SetBorderMode("<<GetBorderMode()<<");"<<endl; } if (GetBorderSize() != 4) { out<<" "<<cname<<"->SetBorderSize("<<GetBorderSize()<<");"<<endl; } if (GetLogx()) { out<<" "<<cname<<"->SetLogx();"<<endl; } if (GetLogy()) { out<<" "<<cname<<"->SetLogy();"<<endl; } if (GetLogz()) { out<<" "<<cname<<"->SetLogz();"<<endl; } if (GetGridx()) { out<<" "<<cname<<"->SetGridx();"<<endl; } if (GetGridy()) { out<<" "<<cname<<"->SetGridy();"<<endl; } if (GetTickx()) { out<<" "<<cname<<"->SetTickx("<<GetTickx()<<");"<<endl; } if (GetTicky()) { out<<" "<<cname<<"->SetTicky("<<GetTicky()<<");"<<endl; } if (GetTheta() != 30) { out<<" "<<cname<<"->SetTheta("<<GetTheta()<<");"<<endl; } if (GetPhi() != 30) { out<<" "<<cname<<"->SetPhi("<<GetPhi()<<");"<<endl; } if (TMath::Abs(fLeftMargin-0.1) > 0.01) { out<<" "<<cname<<"->SetLeftMargin("<<GetLeftMargin()<<");"<<endl; } if (TMath::Abs(fRightMargin-0.1) > 0.01) { out<<" "<<cname<<"->SetRightMargin("<<GetRightMargin()<<");"<<endl; } if (TMath::Abs(fTopMargin-0.1) > 0.01) { out<<" "<<cname<<"->SetTopMargin("<<GetTopMargin()<<");"<<endl; } if (TMath::Abs(fBottomMargin-0.1) > 0.01) { out<<" "<<cname<<"->SetBottomMargin("<<GetBottomMargin()<<");"<<endl; } if (GetFrameFillColor() != GetFillColor()) { if (GetFrameFillColor() > 228) { TColor::SaveColor(out, GetFrameFillColor()); out<<" "<<cname<<"->SetFrameFillColor(ci);" << endl; } else out<<" "<<cname<<"->SetFrameFillColor("<<GetFrameFillColor()<<");"<<endl; } if (GetFrameFillStyle() != 1001) { out<<" "<<cname<<"->SetFrameFillStyle("<<GetFrameFillStyle()<<");"<<endl; } if (GetFrameLineStyle() != 1) { out<<" "<<cname<<"->SetFrameLineStyle("<<GetFrameLineStyle()<<");"<<endl; } if (GetFrameLineColor() != 1) { if (GetFrameLineColor() > 228) { TColor::SaveColor(out, GetFrameLineColor()); out<<" "<<cname<<"->SetFrameLineColor(ci);" << endl; } else out<<" "<<cname<<"->SetFrameLineColor("<<GetFrameLineColor()<<");"<<endl; } if (GetFrameLineWidth() != 1) { out<<" "<<cname<<"->SetFrameLineWidth("<<GetFrameLineWidth()<<");"<<endl; } if (GetFrameBorderMode() != 1) { out<<" "<<cname<<"->SetFrameBorderMode("<<GetFrameBorderMode()<<");"<<endl; } if (GetFrameBorderSize() != 1) { out<<" "<<cname<<"->SetFrameBorderSize("<<GetFrameBorderSize()<<");"<<endl; } TFrame *frame = fFrame; if (!frame) frame = (TFrame*)GetPrimitive("TFrame"); if (frame) { if (frame->GetFillColor() != GetFillColor()) { if (frame->GetFillColor() > 228) { TColor::SaveColor(out, frame->GetFillColor()); out<<" "<<cname<<"->SetFrameFillColor(ci);" << endl; } else out<<" "<<cname<<"->SetFrameFillColor("<<frame->GetFillColor()<<");"<<endl; } if (frame->GetFillStyle() != 1001) { out<<" "<<cname<<"->SetFrameFillStyle("<<frame->GetFillStyle()<<");"<<endl; } if (frame->GetLineStyle() != 1) { out<<" "<<cname<<"->SetFrameLineStyle("<<frame->GetLineStyle()<<");"<<endl; } if (frame->GetLineColor() != 1) { if (frame->GetLineColor() > 228) { TColor::SaveColor(out, frame->GetLineColor()); out<<" "<<cname<<"->SetFrameLineColor(ci);" << endl; } else out<<" "<<cname<<"->SetFrameLineColor("<<frame->GetLineColor()<<");"<<endl; } if (frame->GetLineWidth() != 1) { out<<" "<<cname<<"->SetFrameLineWidth("<<frame->GetLineWidth()<<");"<<endl; } if (frame->GetBorderMode() != 1) { out<<" "<<cname<<"->SetFrameBorderMode("<<frame->GetBorderMode()<<");"<<endl; } if (frame->GetBorderSize() != 1) { out<<" "<<cname<<"->SetFrameBorderSize("<<frame->GetBorderSize()<<");"<<endl; } } TIter next(GetListOfPrimitives()); TObject *obj; while ((obj = next())) obj->SavePrimitive(out, (Option_t *)next.GetOption()); out<<" "<<cname<<"->Modified();"<<endl; out<<" "<<GetMother()->GetName()<<"->cd();"<<endl; if (padsav) padsav->cd(); } //______________________________________________________________________________ void TPad::SetFixedAspectRatio(Bool_t fixed) { // Fix pad aspect ratio to current value if fixed is true. if (fixed) { if (!fFixedAspectRatio) { if (fHNDC != 0.) fAspectRatio = fWNDC / fHNDC; else { Error("SetAspectRatio", "cannot fix aspect ratio, height of pad is 0"); return; } fFixedAspectRatio = kTRUE; } } else { fFixedAspectRatio = kFALSE; fAspectRatio = 0; } } //______________________________________________________________________________ void TPad::SetEditable(Bool_t mode) { // Set pad editable yes/no // If a pad is not editable: // - one cannot modify the pad and its objects via the mouse. // - one cannot add new objects to the pad fEditable = mode; TObject *obj; if (!fPrimitives) fPrimitives = new TList; TIter next(GetListOfPrimitives()); while ((obj = next())) { if (obj->InheritsFrom(TPad::Class())) { TPad *pad = (TPad*)obj; pad->SetEditable(mode); } } } //______________________________________________________________________________ void TPad::SetFillStyle(Style_t fstyle) { // Overrride TAttFill::FillStyle for TPad because we want to handle style=0 // as style 4000. if (fstyle == 0) fstyle = 4000; TAttFill::SetFillStyle(fstyle); } //______________________________________________________________________________ void TPad::SetLogx(Int_t value) { // Set Lin/Log scale for X // value = 0 X scale will be linear // value = 1 X scale will be logarithmic (base 10) // value > 1 reserved for possible support of base e or other fLogx = value; delete fView; fView=0; Modified(); } //______________________________________________________________________________ void TPad::SetLogy(Int_t value) { // Set Lin/Log scale for Y // value = 0 Y scale will be linear // value = 1 Y scale will be logarithmic (base 10) // value > 1 reserved for possible support of base e or other fLogy = value; delete fView; fView=0; Modified(); } //______________________________________________________________________________ void TPad::SetLogz(Int_t value) { // Set Lin/Log scale for Z fLogz = value; delete fView; fView=0; Modified(); } //______________________________________________________________________________ void TPad::SetPad(Double_t xlow, Double_t ylow, Double_t xup, Double_t yup) { // Set canvas range for pad and resize the pad. If the aspect ratio // was fixed before the call it will be un-fixed. // Reorder points to make sure xlow,ylow is bottom left point and // xup,yup is top right point. if (xup < xlow) { Double_t x = xlow; xlow = xup; xup = x; } if (yup < ylow) { Double_t y = ylow; ylow = yup; yup = y; } fXlowNDC = xlow; fYlowNDC = ylow; fWNDC = xup - xlow; fHNDC = yup - ylow; SetFixedAspectRatio(kFALSE); ResizePad(); } //______________________________________________________________________________ void TPad::SetPad(const char *name, const char *title, Double_t xlow, Double_t ylow, Double_t xup, Double_t yup, Color_t color, Short_t bordersize, Short_t bordermode) { // Set all pad parameters. fName = name; fTitle = title; SetFillStyle(1001); SetBottomMargin(gStyle->GetPadBottomMargin()); SetTopMargin(gStyle->GetPadTopMargin()); SetLeftMargin(gStyle->GetPadLeftMargin()); SetRightMargin(gStyle->GetPadRightMargin()); if (color >= 0) SetFillColor(color); else SetFillColor(gStyle->GetPadColor()); if (bordersize < 0) fBorderSize = gStyle->GetPadBorderSize(); else fBorderSize = bordersize; if (bordermode < -1) fBorderMode = gStyle->GetPadBorderMode(); else fBorderMode = bordermode; SetPad(xlow, ylow, xup, yup); } //______________________________________________________________________________ void TPad::SetView(TView *view) { // Set the current TView. Delete previous view if view=0 if (!view) delete fView; fView = view; } //______________________________________________________________________________ void TPad::SetAttFillPS(Color_t color, Style_t style) { // Set postscript fill area attributes. if (gVirtualPS) { gVirtualPS->SetFillColor(color); gVirtualPS->SetFillStyle(style); } } //______________________________________________________________________________ void TPad::SetAttLinePS(Color_t color, Style_t style, Width_t lwidth) { // Set postscript line attributes. if (gVirtualPS) { gVirtualPS->SetLineColor(color); gVirtualPS->SetLineStyle(style); gVirtualPS->SetLineWidth(lwidth); } } //______________________________________________________________________________ void TPad::SetAttMarkerPS(Color_t color, Style_t style, Size_t msize) { // Set postscript marker attributes. if (gVirtualPS) { gVirtualPS->SetMarkerColor(color); gVirtualPS->SetMarkerStyle(style); gVirtualPS->SetMarkerSize(msize); } } //______________________________________________________________________________ void TPad::SetAttTextPS(Int_t align, Float_t angle, Color_t color, Style_t font, Float_t tsize) { // Set postscript text attributes. if (gVirtualPS) { gVirtualPS->SetTextAlign(align); gVirtualPS->SetTextAngle(angle); gVirtualPS->SetTextColor(color); gVirtualPS->SetTextFont(font); if (font%10 > 2) { Float_t wh = (Float_t)gPad->XtoPixel(gPad->GetX2()); Float_t hh = (Float_t)gPad->YtoPixel(gPad->GetY1()); Float_t dy; if (wh < hh) { dy = AbsPixeltoX(Int_t(tsize)) - AbsPixeltoX(0); tsize = dy/(fX2-fX1); } else { dy = AbsPixeltoY(0) - AbsPixeltoY(Int_t(tsize)); tsize = dy/(fY2-fY1); } } gVirtualPS->SetTextSize(tsize); } } //______________________________________________________________________________ Bool_t TPad::HasCrosshair() const { // Return kTRUE if the crosshair has been activated (via SetCrosshair). return (Bool_t)GetCrosshair(); } //______________________________________________________________________________ Int_t TPad::GetCrosshair() const { // Return the crosshair type (from the mother canvas) // crosshair type = 0 means no crosshair. if (this == (TPad*)fCanvas) return fCrosshair; return fCanvas ? fCanvas->GetCrosshair() : 0; } //______________________________________________________________________________ void TPad::SetCrosshair(Int_t crhair) { // Set crosshair active/inactive. // If crhair != 0, a crosshair will be drawn in the pad and its subpads. // If the canvas crhair = 1 , the crosshair spans the full canvas. // If the canvas crhair > 1 , the crosshair spans only the pad. fCrosshair = crhair; fCrosshairPos = 0; if (this != (TPad*)fCanvas) fCanvas->SetCrosshair(crhair); } //______________________________________________________________________________ void TPad::SetMaxPickDistance(Int_t maxPick) { // static function to set the maximum Pick Distance fgMaxPickDistance // This parameter is used in TPad::Pick to select an object if // its DistancetoPrimitive returns a value < fgMaxPickDistance // The default value is 5 pixels. Setting a smaller value will make // picking more precise but also more difficult fgMaxPickDistance = maxPick; } //______________________________________________________________________________ void TPad::SetToolTipText(const char *text, Long_t delayms) { // Set tool tip text associated with this pad. The delay is in // milliseconds (minimum 250). To remove tool tip call method with // text = 0. if (fTip) { DeleteToolTip(fTip); fTip = 0; } if (text && strlen(text)) fTip = CreateToolTip((TBox*)0, text, delayms); } //______________________________________________________________________________ void TPad::SetVertical(Bool_t vert) { // Set pad vertical (default) or horizontal if (vert) ResetBit(kHori); else SetBit(kHori); } //_______________________________________________________________________ void TPad::Streamer(TBuffer &b) { // Stream a class object. UInt_t R__s, R__c; Int_t nch, nobjects; Float_t single; TObject *obj; if (b.IsReading()) { Version_t v = b.ReadVersion(&R__s, &R__c); if (v > 5) { if (!gPad) gPad = new TCanvas(GetName()); TPad *padsave = (TPad*)gPad; fMother = (TPad*)gPad; if (fMother) fCanvas = fMother->GetCanvas(); gPad = this; fPixmapID = -1; // -1 means pixmap will be created by ResizePad() gReadLevel++; gROOT->SetReadingObject(kTRUE); b.ReadClassBuffer(TPad::Class(), this, v, R__s, R__c); //Set the kCanDelete bit in all objects in the pad such that when the pad //is deleted all objects in the pad are deleted too. TIter next(fPrimitives); while ((obj = next())) { obj->SetBit(kCanDelete); } fModified = kTRUE; fPadPointer = 0; gReadLevel--; if (gReadLevel == 0 && IsA() == TPad::Class()) ResizePad(); gROOT->SetReadingObject(kFALSE); gPad = padsave; return; } //====process old versions before automatic schema evolution if (v < 5) { //old TPad in single precision if (v < 3) { //old TPad derived from TWbox b.ReadVersion(); // TVirtualPad::Streamer(b) b.ReadVersion(); // TWbox::Streamer(b) b.ReadVersion(); // TBox::Streamer(b) TObject::Streamer(b); TAttLine::Streamer(b); TAttFill::Streamer(b); b >> single; fX1 = single; b >> single; fY1 = single; b >> single; fX2 = single; b >> single; fY2 = single; b >> fBorderSize; b >> fBorderMode; TAttPad::Streamer(b); } else { //new TPad TVirtualPad::Streamer(b); TAttPad::Streamer(b); b >> single; fX1 = single; b >> single; fY1 = single; b >> single; fX2 = single; b >> single; fY2 = single; b >> fBorderSize; b >> fBorderMode; } b >> fLogx; b >> fLogy; b >> fLogz; b >> single; fXtoAbsPixelk = single; b >> single; fXtoPixelk = single; b >> single; fXtoPixel = single; b >> single; fYtoAbsPixelk = single; b >> single; fYtoPixelk = single; b >> single; fYtoPixel = single; b >> single; fUtoAbsPixelk = single; b >> single; fUtoPixelk = single; b >> single; fUtoPixel = single; b >> single; fVtoAbsPixelk = single; b >> single; fVtoPixelk = single; b >> single; fVtoPixel = single; b >> single; fAbsPixeltoXk = single; b >> single; fPixeltoXk = single; b >> single; fPixeltoX = single; b >> single; fAbsPixeltoYk = single; b >> single; fPixeltoYk = single; b >> single; fPixeltoY = single; b >> single; fXlowNDC = single; b >> single; fYlowNDC = single; b >> single; fWNDC = single; b >> single; fHNDC = single; b >> single; fAbsXlowNDC = single; b >> single; fAbsYlowNDC = single; b >> single; fAbsWNDC = single; b >> single; fAbsHNDC = single; b >> single; fUxmin = single; b >> single; fUymin = single; b >> single; fUxmax = single; b >> single; fUymax = single; } else { TVirtualPad::Streamer(b); TAttPad::Streamer(b); b >> fX1; b >> fY1; b >> fX2; b >> fY2; b >> fBorderSize; b >> fBorderMode; b >> fLogx; b >> fLogy; b >> fLogz; b >> fXtoAbsPixelk; b >> fXtoPixelk; b >> fXtoPixel; b >> fYtoAbsPixelk; b >> fYtoPixelk; b >> fYtoPixel; b >> fUtoAbsPixelk; b >> fUtoPixelk; b >> fUtoPixel; b >> fVtoAbsPixelk; b >> fVtoPixelk; b >> fVtoPixel; b >> fAbsPixeltoXk; b >> fPixeltoXk; b >> fPixeltoX; b >> fAbsPixeltoYk; b >> fPixeltoYk; b >> fPixeltoY; b >> fXlowNDC; b >> fYlowNDC; b >> fWNDC; b >> fHNDC; b >> fAbsXlowNDC; b >> fAbsYlowNDC; b >> fAbsWNDC; b >> fAbsHNDC; b >> fUxmin; b >> fUymin; b >> fUxmax; b >> fUymax; } if (!gPad) gPad = new TCanvas(GetName()); if (gReadLevel == 0) fMother = (TPad*)gROOT->GetSelectedPad(); else fMother = (TPad*)gPad; if (!fMother) fMother = (TPad*)gPad; if (fMother) fCanvas = fMother->GetCanvas(); gPad = fMother; fPixmapID = -1; // -1 means pixmap will be created by ResizePad() //------------------------- // read objects and their drawing options // b >> fPrimitives; gReadLevel++; gROOT->SetReadingObject(kTRUE); fPrimitives = new TList; b >> nobjects; if (nobjects > 0) { TPad *padsav = (TPad*)gPad; gPad = this; char drawoption[64]; for (Int_t i = 0; i < nobjects; i++) { b >> obj; b >> nch; b.ReadFastArray(drawoption,nch); fPrimitives->AddLast(obj, drawoption); gPad = this; // gPad may be modified in b >> obj if obj is a pad } gPad = padsav; } gReadLevel--; gROOT->SetReadingObject(kFALSE); //------------------------- if (v > 3) { b >> fExecs; } fName.Streamer(b); fTitle.Streamer(b); b >> fPadPaint; fModified = kTRUE; b >> fGridx; b >> fGridy; b >> fFrame; b >> fView; if (v < 5) { b >> single; fTheta = single; b >> single; fPhi = single; } else { b >> fTheta; b >> fPhi; } fPadPointer = 0; b >> fNumber; b >> fAbsCoord; if (v > 1) { b >> fTickx; b >> fTicky; } else { fTickx = fTicky = 0; } if (gReadLevel == 0 && IsA() == TPad::Class()) ResizePad(); b.CheckByteCount(R__s, R__c, TPad::IsA()); //====end of old versions } else { b.WriteClassBuffer(TPad::Class(),this); } } //______________________________________________________________________________ void TPad::UseCurrentStyle() { // Force a copy of current style for all objects in pad. if (gStyle->IsReading()) { SetFillColor(gStyle->GetPadColor()); SetBottomMargin(gStyle->GetPadBottomMargin()); SetTopMargin(gStyle->GetPadTopMargin()); SetLeftMargin(gStyle->GetPadLeftMargin()); SetRightMargin(gStyle->GetPadRightMargin()); fBorderSize = gStyle->GetPadBorderSize(); fBorderMode = gStyle->GetPadBorderMode(); fGridx = gStyle->GetPadGridX(); fGridy = gStyle->GetPadGridY(); fTickx = gStyle->GetPadTickX(); fTicky = gStyle->GetPadTickY(); fLogx = gStyle->GetOptLogx(); fLogy = gStyle->GetOptLogy(); fLogz = gStyle->GetOptLogz(); } else { gStyle->SetPadColor(GetFillColor()); gStyle->SetPadBottomMargin(GetBottomMargin()); gStyle->SetPadTopMargin(GetTopMargin()); gStyle->SetPadLeftMargin(GetLeftMargin()); gStyle->SetPadRightMargin(GetRightMargin()); gStyle->SetPadBorderSize(GetBorderSize()); gStyle->SetPadBorderMode(GetBorderMode()); gStyle->SetPadGridX(fGridx); gStyle->SetPadGridY(fGridy); gStyle->SetPadTickX(fTickx); gStyle->SetPadTickY(fTicky); gStyle->SetOptLogx (fLogx); gStyle->SetOptLogy (fLogy); gStyle->SetOptLogz (fLogz); } if (!fPrimitives) fPrimitives = new TList; TIter next(GetListOfPrimitives()); TObject *obj; while ((obj = next())) { obj->UseCurrentStyle(); } TPaveText *title = (TPaveText*)FindObject("title"); if (title) { if (gStyle->IsReading()) { title->SetFillColor(gStyle->GetTitleFillColor()); title->SetTextFont(gStyle->GetTitleFont("")); title->SetTextColor(gStyle->GetTitleTextColor()); title->SetBorderSize(gStyle->GetTitleBorderSize()); if (!gStyle->GetOptTitle()) delete title; } else { gStyle->SetTitleFillColor(title->GetFillColor()); gStyle->SetTitleFont(title->GetTextFont()); gStyle->SetTitleTextColor(title->GetTextColor()); gStyle->SetTitleBorderSize(title->GetBorderSize()); } } if (fFrame) fFrame->UseCurrentStyle(); if (gStyle->IsReading()) Modified(); } //______________________________________________________________________________ TObject *TPad::WaitPrimitive(const char *pname, const char *emode) { // Loop and sleep until a primitive with name=pname // is found in the pad. // If emode is given, the editor is automatically set to emode, ie // it is not required to have the editor control bar. // The possible values for emode are: // emode = "" (default). User will select the mode via the editor bar // = "Arc", "Line", "Arrow", "Button", "Diamond", "Ellipse", // = "Pad","pave", "PaveLabel","PaveText", "PavesText", // = "PolyLine", "CurlyLine", "CurlyArc", "Text", "Marker", "CutG" // if emode is specified and it is not valid, "PolyLine" is assumed. // if emode is not specified or ="", an attempt is to use pname[1...] // for example if pname="TArc", emode="Arc" will be assumed. // When this function is called within a macro, the macro execution // is suspended until a primitive corresponding to the arguments // is found in the pad. // If CRTL/C is typed in the pad, the function returns 0. // While this function is executing, one can use the mouse, interact // with the graphics pads, use the Inspector, Browser, TreeViewer, etc. // Examples: // c1.WaitPrimitive(); // Return the first created primitive // // whatever it is. // // If a double-click with the mouse is executed // // in the pad or any key pressed, the function // // returns 0. // c1.WaitPrimitive("ggg"); // Set the editor in mode "PolyLine/Graph" // // Create a polyline, then using the context // // menu item "SetName", change the name // // of the created TGraph to "ggg" // c1.WaitPrimitive("TArc");// Set the editor in mode "Arc". Returns // // as soon as a TArc object is created. // c1.WaitPrimitive("lat","Text"); // Set the editor in Text/Latex mode. // // Create a text object, then Set its name to "lat" // // The following macro waits for 10 primitives of any type to be created. //{ // TCanvas c1("c1"); // TObject *obj; // for (Int_t i=0;i<10;i++) { // obj = gPad->WaitPrimitive(); // if (!obj) break; // printf("Loop i=%d, found objIsA=%s, name=%s\n", // i,obj->ClassName(),obj->GetName()); // } //} if (strlen(emode)) gROOT->SetEditorMode(emode); if (gROOT->GetEditorMode() == 0 && strlen(pname) > 2) gROOT->SetEditorMode(&pname[1]); if (!fPrimitives) fPrimitives = new TList; gSystem->ProcessEvents(); TObject *oldlast = gPad->GetListOfPrimitives()->Last(); TObject *obj = 0; Bool_t testlast = kFALSE; Bool_t hasname = strlen(pname) > 0; if (strlen(pname) == 0 && strlen(emode) == 0) testlast = kTRUE; if (testlast) gROOT->SetEditorMode(); while (!gSystem->ProcessEvents() && gROOT->GetSelectedPad()) { if (gROOT->GetEditorMode() == 0) { if (hasname) { obj = FindObject(pname); if (obj) return obj; } if (testlast) { obj = gPad->GetListOfPrimitives()->Last(); if (obj != oldlast) return obj; Int_t event = GetEvent(); if (event == kButton1Double || event == kKeyPress) { //the following statement is required against other loop executions //before returning fCanvas->HandleInput((EEventType)-1,0,0); return 0; } } } gSystem->Sleep(10); } return 0; } //______________________________________________________________________________ TObject *TPad::CreateToolTip(const TBox *box, const char *text, Long_t delayms) { // Create a tool tip and return its pointer. if (gPad->IsBatch()) return 0; // return new TGToolTip(box, text, delayms); return (TObject*)gROOT->ProcessLineFast(Form("new TGToolTip((TBox*)0x%lx,\"%s\",%d)", (Long_t)box,text,(Int_t)delayms)); } //______________________________________________________________________________ void TPad::DeleteToolTip(TObject *tip) { // Delete tool tip object. // delete tip; if (!tip) return; gROOT->ProcessLineFast(Form("delete (TGToolTip*)0x%lx", (Long_t)tip)); } //______________________________________________________________________________ void TPad::ResetToolTip(TObject *tip) { // Reset tool tip, i.e. within time specified in CreateToolTip the // tool tip will pop up. if (!tip) return; // tip->Reset(this); gROOT->ProcessLineFast(Form("((TGToolTip*)0x%lx)->Reset((TPad*)0x%lx)", (Long_t)tip,(Long_t)this)); } //______________________________________________________________________________ void TPad::CloseToolTip(TObject *tip) { // Hide tool tip. if (!tip) return; // tip->Hide(); gROOT->ProcessLineFast(Form("((TGToolTip*)0x%lx)->Hide()",(Long_t)tip)); } //______________________________________________________________________________ void TPad::x3d(Option_t *type) { // Depreciated: use TPad::GetViewer3D() instead ::Info("TPad::x3d()", "Fn is depreciated - use TPad::GetViewer3D() instead"); // Default on GetViewer3D is pad - for x3d // it was x3d... if (!type || !type[0]) { type = "x3d"; } GetViewer3D(type); } //______________________________________________________________________________ TVirtualViewer3D *TPad::GetViewer3D(Option_t *type) { // Create/obtain handle to 3D viewer. Valid types are: // 'pad' - pad drawing via TViewer3DPad // any others registered with plugin manager supporting TVirtualViewer3D // If an invalid/null type is requested then the current viewer is returned // (if any), otherwise a default 'pad' type is returned Bool_t validType = kFALSE; if ( (!type || !type[0] || (strstr(type, "gl") && !strstr(type, "ogl"))) && !fCanvas->UseGL()) type = "pad"; if (type && type[0]) { if (gPluginMgr->FindHandler("TVirtualViewer3D", type)) validType = kTRUE; } // Invalid/null type requested? if (!validType) { // Return current viewer if there is one if (fViewer3D) { return fViewer3D; } // otherwise default to the pad else { type = "pad"; } } // Ensure we can create the new viewer before removing any exisiting one TVirtualViewer3D *newViewer = 0; Bool_t createdExternal = kFALSE; // External viewers need to be created via plugin manager via interface... if (!strstr(type,"pad")) { newViewer = TVirtualViewer3D::Viewer3D(this,type); if (!newViewer) { Warning("TPad::CreateViewer3D", "Cannot create 3D viewer of type: %s", type); // Return the existing viewer return fViewer3D; } if (strstr(type, "gl") && !strstr(type, "ogl")) fEmbeddedGL = kTRUE, fCopyGLDevice = kTRUE, Modified(); else createdExternal = kTRUE; } else newViewer = new TViewer3DPad(*this); // If we had a previous viewer destroy it now // In this case we do take responsibility for destorying viewer // c.f. ReleaseViewer3D delete fViewer3D; // Set and return new viewer fViewer3D = newViewer; // Ensure any new external viewer is painted // For internal TViewer3DPad type we assume this is being // create on demand due to a paint - so this is not required if (createdExternal) { Modified(); Update(); } return fViewer3D; } //______________________________________________________________________________ void TPad::ReleaseViewer3D(Option_t * /*type*/ ) { // Release current (external) viewer // TODO: By type fViewer3D = 0; // We would like to ensure the pad is repainted // when external viewer is closed down. However // a modify/paint call here will repaint the pad // before the external viewer window actually closes. // So the pad would have to be redraw twice over. // Currenltly we just have to live with the pad staying blank // any click in pad will refresh. } //______________________________________________________________________________ Int_t TPad::GetGLDevice() { // Get GL device. return fGLDevice; } //______________________________________________________________________________ void TPad::RecordPave(const TObject *obj) { // Emit RecordPave() signal. Emit("RecordPave(const TObject*)", (Long_t)obj); } //______________________________________________________________________________ void TPad::RecordLatex(const TObject *obj) { // Emit RecordLatex() signal. Emit("RecordLatex(const TObject*)", (Long_t)obj); } //______________________________________________________________________________ TVirtualPadPainter *TPad::GetPainter() { // Get pad painter from TCanvas. if (!fCanvas) return 0; return fCanvas->GetCanvasPainter(); }
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