#include <TridPageSlice.h>
Inheritance diagram for TridPageSlice:
Public Member Functions | |
| TridPageSlice () | |
| virtual | ~TridPageSlice () |
| virtual TObject * | Init (Mint *mint, PageDisplay *pageDisplay, GuiBox &box) |
| virtual TridGLFrame * | CreateNewGLFrame (TridPage::ViewMode_t mode) |
| virtual void | CreateModels () |
| virtual void | CreateSketches () |
| virtual void | CreateScenery () |
| virtual void | ModifySketches () |
Private Member Functions | |
| TVector3 | SliceColor (int c) |
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Definition at line 27 of file TridPageSlice.cxx. References kHeight, kWidth, and TridPOV::Set(). 00027 : TridPage() 00028 { 00029 // Default view. 00030 fViewModesSupported = kView2D | kView3D; 00031 fViewMode = kView2D; 00032 fWindowName = "TridSlice"; 00033 fFullPOV.Set(kWidth*0.5, 0, -kHeight*0.5, 9, 90, 0 ); 00034 fAutoPOV.Set(kWidth*0.5, 0, -kHeight*0.5, 9, 90, 0 ); 00035 }
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Definition at line 37 of file TridPageSlice.cxx. 00038 {
00039 }
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Reimplemented from TridPage. Definition at line 63 of file TridPageSlice.cxx. References TridModelList::Clear(), TridModelMaker::CreateSliceModels(), Mint::GetJobC(), JobC::Mom, and TridModelMaker::Prepare(). 00064 {
00065 fModels.Clear();
00066 fTridControl->ClearPicked();
00067 fTridControl->ClearSelected();
00068
00069 TridModelMaker maker;
00070 maker.Prepare(&(fMint->GetJobC().Mom));
00071 maker.CreateSliceModels(&(fMint->GetJobC().Mom),fModels);
00072 }
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Reimplemented from TridPage. Definition at line 48 of file TridPageSlice.cxx. References kHeight, kWidth, max, min, and MSG. 00049 {
00050 TridPOV min(-kWidth ,0, -kHeight, 0, 0,-180);
00051 TridPOV max(kWidth*2 ,0, +kHeight*2, 1000,90, 180);
00052
00053 if(mode==kView2D) {
00054 MSG("TriD",Msg::kDebug) << "Changing to 2D" << endl;
00055 return new TridFlatGLFrame(this,*fGuiBox,fTridControl,min,max,1.5);
00056 };
00057
00058 MSG("TriD",Msg::kDebug) << "Changing to 3D" << endl;
00059 return new TridGLFrame(this,*fGuiBox,fTridControl,min,max);
00060 }
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Reimplemented from TridPage. Definition at line 161 of file TridPageSlice.cxx. References Form(), VldContext::GetDetector(), kHeight, kv_y(), kv_z(), kWidth, TridSketch::SetColor(), TridSketch::SetDefaultColor(), TridSketchText::SetScale(), TridSketchText::SetThickness(), TridSketch::StartScenery(), and TridSketch::StopScenery(). 00162 {
00163 TridSketch::SetDefaultColor(fTridControl->GetForegroundColor());
00164 TridSketch::StartScenery();
00165 // Put a black quad behind everything so mouse movement works better.
00166
00167
00168 TridSketch* backplane = new TridSketchPlane
00169 ( TVector3(kWidth* 0.5, -1.0, kHeight*0.5),
00170 kv_x, kWidth * 4,
00171 kv_z, kHeight * 4
00172 );
00173 backplane->SetColor(fTridControl->GetBackgroundColor());
00174 fGLFrame->AddSketch(backplane);
00175
00176
00177 TridSketch* l;
00178
00179 l = new TridSketchLine( TVector3(0, -0.1, 0),
00180 TVector3(0, -0.1, -kHeight) );
00181 fGLFrame->AddSketch(l);
00182
00183 l = new TridSketchLine( TVector3(0, -0.1, 0),
00184 TVector3(kWidth, -0.1, 0) );
00185 fGLFrame->AddSketch(l);
00186
00187 TridSketchText* txt;
00188 for(int i=0;i<=10;i+=2) {
00189 l = new TridSketchLine( TVector3((double)i, -0.1, 0),
00190 TVector3((double)i, -0.1, 0.1)
00191 );
00192 fGLFrame->AddSketch(l);
00193
00194 txt = new TridSketchText( TVector3((double)i, -0.1, 0.5), -kv_z, kv_y,
00195 Form("%d us",i) );
00196 txt->SetScale(0.2);
00197 txt->SetThickness(0.005);
00198 fGLFrame->AddSketch(txt);
00199 }
00200
00201 l = new TridSketchLine( TVector3( 0, -0.1, 0 ),
00202 TVector3(-0.2, -0.1, 0 ) );
00203 fGLFrame->AddSketch(l);
00204
00205 txt = new TridSketchText( TVector3(-0.5, -0.1, 0), -kv_z, kv_y, "Plane 0");
00206 txt->SetScale(0.2);
00207 txt->SetThickness(0.005);
00208 fGLFrame->AddSketch(txt);
00209
00210 l = new TridSketchLine( TVector3( 0, -0.1, -kHeight ),
00211 TVector3(-0.2, -0.1, -kHeight ) );
00212 fGLFrame->AddSketch(l);
00213
00214 txt = new TridSketchText( TVector3(-1.0, -0.1, -kHeight), -kv_z, kv_y,
00215 (fContext.GetDetector()==Detector::kFar)?("Plane 295"):("Plane 120"));
00216 txt->SetScale(0.2);
00217 txt->SetThickness(0.005);
00218 fGLFrame->AddSketch(txt);
00219
00220
00221 TridSketch::StopScenery();
00222 }
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Reimplemented from TridPage. Definition at line 81 of file TridPageSlice.cxx. References TridModelList::AssociateModel(), TridModelList::ClearAssociations(), TridModelSlice::fHits, VldContext::GetDetector(), TridModel::GetEarliestTime(), TridSketch::GetId(), TridModelList::GetIterator(), TridModel::GetLatestTime(), kv_x(), kv_y(), kv_z(), MSG, TridModelItr::Next(), TridSketch::SetColor(), TridSketch::SetTime(), and SliceColor(). 00082 {
00083 fModels.ClearAssociations();
00084
00085 TridModel* basemodel;
00086
00087 // First, loop through to get the start/stop times.
00088 double tlow = 1e19;
00089 double thigh = -1e19;
00090 Int_t nslices = 0;
00091
00092 TridModelItr itr1 = fModels.GetIterator();
00093 while( (basemodel = itr1.Next()) ) {
00094 // Make a new sketch for this model.
00095 TridModelSlice* slice = dynamic_cast<TridModelSlice*>(basemodel);
00096 if(slice) {
00097 nslices++;
00098 cout << nslices << " " << slice->GetEarliestTime() << " " << slice->GetLatestTime() << endl;
00099 if(slice->GetEarliestTime()<tlow) tlow = slice->GetEarliestTime();
00100 if(slice->GetLatestTime()>thigh) thigh = slice->GetLatestTime();
00101 }
00102 }
00103
00104 if(nslices==0) return;
00105 if(tlow>1) {
00106 MSG("TriD",Msg::kWarning) << "Strange slice times. tlow=" << tlow << " thigh=" << thigh << std::endl;
00107 }
00108
00109 thigh = tlow + 10.0e-6; // 10 us.
00110
00111 // Set Z limits
00112 double zlow=0;
00113 double zhigh=120; // plane 120
00114 if(fContext.GetDetector()==Detector::kFar) {
00115 zhigh = 294;
00116 }
00117
00118 int icolor = 0;
00119
00120 // Now loop through again to draw.
00121 TridModelItr itr2 = fModels.GetIterator();
00122 while( (basemodel = itr2.Next()) ) {
00123 // Make a new sketch for this model.
00124 TridModelSlice* slice = dynamic_cast<TridModelSlice*>(basemodel);
00125
00126 if(slice) {
00127 // cout << "Drawing slice " << slice->GetSlice() << endl;
00128 // cout << " Hits: " << slice->fHits.size() << endl;
00129 // cout << " Time start: " << slice->GetEarliestTime()-tlow << endl;
00130 // cout << " Time start: " << slice->GetLatestTime() -tlow << endl;
00131 // cout << " Color: " << icolor << endl;
00132
00133 for(UInt_t i=0; i< slice->fHits.size(); i++) {
00134 double z = slice->fHits[i].fPlane - zlow;
00135 double t = slice->fHits[i].fTime - tlow;
00136 double x = (t) /(thigh-tlow) * kWidth;
00137 double y = (z) /(zhigh-zlow) * kHeight;
00138 double w = (50e-9) /(thigh-tlow) * kWidth; // duration of a hit
00139 double h = (2) /(zhigh-zlow) * kHeight;
00140
00141 cout << " Hit: " << z << "\t" << t
00142 << "\t" << x << "\t" << y << endl;
00143 double depth = 0.1;
00144
00145 TVector3 pos(x+w*0.5,0,-(y+h*0.5));
00146 TridSketch* sk = new TridSketchBox(pos,
00147 kv_x, w*0.5,
00148 kv_z, h*0.5,
00149 kv_y, depth/2.);
00150 sk->SetTime(t);
00151 sk->SetColor(SliceColor(icolor));
00152 fGLFrame->AddSketch(sk);
00153 fModels.AssociateModel(slice,sk->GetId());
00154 }
00155
00156 }
00157 icolor++;
00158 }
00159 }
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Implement to fill box with whatever your page displays. If the page wishes to return a class to the initializer, then return an object which inherits from TObject, o.w. just return 0. Reimplemented from TridPage. Definition at line 42 of file TridPageSlice.cxx. References TridPage::Init(), and MSG. 00043 {
00044 MSG("TriD",Msg::kDebug) << "TridPageSlice: Init()\n";
00045 return TridPage::Init(mint, pageDisplay, box);
00046 }
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Reimplemented from TridPage. Definition at line 225 of file TridPageSlice.cxx. References TridModel::GetId(), TridSketch::GetId(), TridModelList::GetModelFromSketch(), TridModel::GetSlice(), TridModel::GetSortKey(), TridSketch::IsScenery(), MSG, TridSketchListItr::Next(), TridSketch::SetColor(), TridSketch::SetTransparency(), and SliceColor(). 00226 {
00227 // Go through all models. Modify their sketches to match the current
00228 // transparency and color maps.
00229
00230 fColorHistogram->Reset();
00231 fTransHistogram->Reset();
00232
00233 int nsketches =0;
00234
00235 TridSketchListItr itr = fGLFrame->GetIterator();
00236 while( TridSketch* sketch = itr.Next() ) {
00237 int sketchnum = sketch->GetId();
00238 TridModel* model = fModels.GetModelFromSketch(sketchnum);
00239
00240 if((sketch)&&(model)) {
00241 nsketches++;
00242
00243 Double_t trans_x = fTridControl->GetRangedModelTrans(model);
00244 Double_t color_x = fTridControl->GetRangedModelColor(model);
00245 fColorHistogram->Fill(color_x);
00246 fTransHistogram->Fill(trans_x);
00247 sketch->SetTransparency(trans_x);
00248
00249 // set color by number:
00250 sketch->SetColor(SliceColor(model->GetSlice()));
00251
00252 // If picked, shine as white.
00253 if(fTridControl->IsPicked(model))
00254 sketch->SetColor(1,1,1);
00255
00256 // Ditto selected.
00257 if(fTridControl->IsSelected(model))
00258 sketch->SetColor(1,1,1);
00259
00260
00261 } else {
00262 if(!(sketch->IsScenery())) {
00263 MSG("TriD",Msg::kError) << "Cannot find sketch or model "
00264 << " ModelAdd:" << model
00265 << " Model ID:" << ((model) ? (model->GetId()) : 0)
00266 << " ModelKey:" << ((model) ? (model->GetSortKey()) : 0)
00267 << " SketchNumber:" << sketchnum
00268 << " SketchAddr: " << sketch << endl;
00269 //if(model) model->Print();
00270 }
00271 }
00272 }
00273 }
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Definition at line 74 of file TridPageSlice.cxx. References TridPage::GetColor(). Referenced by CreateSketches(), and ModifySketches(). 00075 {
00076 // what color should slice c of n be?
00077 float f = (c%5)/4.;
00078 return GetColor(f);
00079 }
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1.3.9.1