StRoot: macros/graphics/FtpcDisplay.C Source File

00001 #include "TCanvas.h"
00002 #include "TNode.h"
00003 #include "TTUBE.h"
00004 #include "TTUBS.h"
00005 #include "TBRIK.h"
00006 #include "TFile.h"
00007 #include "TPolyMarker3D.h"
00008 #include "TPolyLine3D.h"
00009 #include "TControlBar.h"
00010 #include <iostream.h> 
00011 
00012 Int_t openFile(Char_t *name);
00013 void drawControlPanel(Int_t tracks, Int_t found, Int_t unused);
00014 void showNode();
00015 void deleteNode();
00016 void deleteAxis();
00017 void showFoundCluster(Bool_t clusters);
00018 void showUnusedCluster(Bool_t clusters);
00019 void showTracks(Bool_t tracks);
00020 void createDependencies();
00021 void toggleFoundClusterVisibility();
00022 void toggleUnusedClusterVisibility();
00023 void toggleTrackVisibility();
00024 void toggleAxisVisibility();
00025 void toggleFrameVisibility();
00026 void toggleDeadAreaVisibility();
00027 void togglePadVisibility();
00028 void detectorOn();
00029 void detectorOff();
00030 void measurementsOn();
00031 void measurementsOff();
00032 void setFrameVisibility();
00033 void setPadVisibility();
00034 void setDeadAreaVisibility();
00035 void setDefaults();
00036 void defineDefaults();
00037 void toggleFrameDensity();
00038 void setFrameDensity();
00039 void clear();
00040 void show(Int_t s, Bool_t erase = kTRUE);
00041 void showAll();
00042 void showEast();
00043 void showWest();
00044 void showBoth();
00045 void showAxis();
00046 void generateAxis(Float_t arrowSize);
00047 void closeX3d();
00048 void quit();
00049 
00050 TBRIK *origin;
00051 TTUBE *ftpc1_out, *ftpc2_out, *ftpc1_in, *ftpc2_in;
00052 TTUBS *dead_seg1, *dead_seg2, *dead_seg3, *dead_seg4, *dead_seg5, *dead_seg6;
00053 TTUBS *padrow1, *padrow2, *padrow3, *padrow4, *padrow5, *padrow6;
00054 TNode *node0,  *node1, *node2, *node01_out, *node01_in, *node02_out, *node02_in, *node1_out, *node1_in, *node2_out, *node2_in;
00055 TNode *node01_seg1, *node01_seg2, *node01_seg3, *node01_seg4, *node01_seg5, *node01_seg6;
00056 TNode *node02_seg1, *node02_seg2, *node02_seg3, *node02_seg4, *node02_seg5, *node02_seg6;
00057 TNode *node1_seg1, *node1_seg2, *node1_seg3, *node1_seg4, *node1_seg5, *node1_seg6;
00058 TNode *node2_seg1, *node2_seg2, *node2_seg3, *node2_seg4, *node2_seg5, *node2_seg6;
00059 TNode *node01_pad01, *node01_pad11, *node01_pad21, *node01_pad31, *node01_pad41, *node01_pad51, *node01_pad61, *node01_pad71, *node01_pad81, *node01_pad91; 
00060 TNode *node01_pad02, *node01_pad12, *node01_pad22, *node01_pad32, *node01_pad42, *node01_pad52, *node01_pad62, *node01_pad72, *node01_pad82, *node01_pad92; 
00061 TNode *node01_pad03, *node01_pad13, *node01_pad23, *node01_pad33, *node01_pad43, *node01_pad53, *node01_pad63, *node01_pad73, *node01_pad83, *node01_pad93; 
00062 TNode *node01_pad04, *node01_pad14, *node01_pad24, *node01_pad34, *node01_pad44, *node01_pad54, *node01_pad64, *node01_pad74, *node01_pad84, *node01_pad94; 
00063 TNode *node01_pad05, *node01_pad15, *node01_pad25, *node01_pad35, *node01_pad45, *node01_pad55, *node01_pad65, *node01_pad75, *node01_pad85, *node01_pad95; 
00064 TNode *node01_pad06, *node01_pad16, *node01_pad26, *node01_pad36, *node01_pad46, *node01_pad56, *node01_pad66, *node01_pad76, *node01_pad86, *node01_pad96; 
00065 TNode *node02_pad01, *node02_pad11, *node02_pad21, *node02_pad31, *node02_pad41, *node02_pad51, *node02_pad61, *node02_pad71, *node02_pad81, *node02_pad91; 
00066 TNode *node02_pad02, *node02_pad12, *node02_pad22, *node02_pad32, *node02_pad42, *node02_pad52, *node02_pad62, *node02_pad72, *node02_pad82, *node02_pad92; 
00067 TNode *node02_pad03, *node02_pad13, *node02_pad23, *node02_pad33, *node02_pad43, *node02_pad53, *node02_pad63, *node02_pad73, *node02_pad83, *node02_pad93; 
00068 TNode *node02_pad04, *node02_pad14, *node02_pad24, *node02_pad34, *node02_pad44, *node02_pad54, *node02_pad64, *node02_pad74, *node02_pad84, *node02_pad94; 
00069 TNode *node02_pad05, *node02_pad15, *node02_pad25, *node02_pad35, *node02_pad45, *node02_pad55, *node02_pad65, *node02_pad75, *node02_pad85, *node02_pad95; 
00070 TNode *node02_pad06, *node02_pad16, *node02_pad26, *node02_pad36, *node02_pad46, *node02_pad56, *node02_pad66, *node02_pad76, *node02_pad86, *node02_pad96; 
00071 TNode *node1_pad01, *node1_pad11, *node1_pad21, *node1_pad31, *node1_pad41, *node1_pad51, *node1_pad61, *node1_pad71, *node1_pad81, *node1_pad91; 
00072 TNode *node1_pad02, *node1_pad12, *node1_pad22, *node1_pad32, *node1_pad42, *node1_pad52, *node1_pad62, *node1_pad72, *node1_pad82, *node1_pad92; 
00073 TNode *node1_pad03, *node1_pad13, *node1_pad23, *node1_pad33, *node1_pad43, *node1_pad53, *node1_pad63, *node1_pad73, *node1_pad83, *node1_pad93; 
00074 TNode *node1_pad04, *node1_pad14, *node1_pad24, *node1_pad34, *node1_pad44, *node1_pad54, *node1_pad64, *node1_pad74, *node1_pad84, *node1_pad94; 
00075 TNode *node1_pad05, *node1_pad15, *node1_pad25, *node1_pad35, *node1_pad45, *node1_pad55, *node1_pad65, *node1_pad75, *node1_pad85, *node1_pad95; 
00076 TNode *node1_pad06, *node1_pad16, *node1_pad26, *node1_pad36, *node1_pad46, *node1_pad56, *node1_pad66, *node1_pad76, *node1_pad86, *node1_pad96; 
00077 TNode *node2_pad01, *node2_pad11, *node2_pad21, *node2_pad31, *node2_pad41, *node2_pad51, *node2_pad61, *node2_pad71, *node2_pad81, *node2_pad91; 
00078 TNode *node2_pad02, *node2_pad12, *node2_pad22, *node2_pad32, *node2_pad42, *node2_pad52, *node2_pad62, *node2_pad72, *node2_pad82, *node2_pad92; 
00079 TNode *node2_pad03, *node2_pad13, *node2_pad23, *node2_pad33, *node2_pad43, *node2_pad53, *node2_pad63, *node2_pad73, *node2_pad83, *node2_pad93; 
00080 TNode *node2_pad04, *node2_pad14, *node2_pad24, *node2_pad34, *node2_pad44, *node2_pad54, *node2_pad64, *node2_pad74, *node2_pad84, *node2_pad94; 
00081 TNode *node2_pad05, *node2_pad15, *node2_pad25, *node2_pad35, *node2_pad45, *node2_pad55, *node2_pad65, *node2_pad75, *node2_pad85, *node2_pad95; 
00082 TNode *node2_pad06, *node2_pad16, *node2_pad26, *node2_pad36, *node2_pad46, *node2_pad56, *node2_pad66, *node2_pad76, *node2_pad86, *node2_pad96; 
00083 
00084 Int_t side, def_side = 1;
00085 Bool_t axis, def_axis = kTRUE;
00086 Bool_t pads, def_pads = kFALSE;
00087 Bool_t frame_on, def_frame_on = kTRUE;
00088 Bool_t dead_area, def_dead_area = kFALSE;
00089 Bool_t divisions, def_divisions = kFALSE;
00090 Int_t divi = 50;
00091 Int_t divipad = 16;
00092 Bool_t foundclusters, def_foundclusters = kTRUE;
00093 Bool_t unusedclusters, def_unusedclusters = kTRUE;
00094 Bool_t tracks, def_tracks = kTRUE;
00095 
00096 TControlBar *bar;
00097 TCanvas *canvas;
00098 TFile *file;
00099 Int_t tr, fo, un;
00100 TPolyLine3D *lx[3], *ly[3], *lz[3];
00101 
00102 
00103 Int_t FtpcDisplay(Char_t *filename = 0)
00104 {
00105   // Display for ftpc track reconstruction. It needs an input file generated by StFtpcDisplay.
00106   // This you get by uncommenting the 'Track Display' block in StFtpcTrackmaker.cxx.
00107   
00108   if (openFile(filename) == 0) {
00109     
00110     // create 3 canvases (for +, -, and both Ftpcs)
00111     canvas = new TCanvas("canvas", "3D views of FTPC", 300, 100);
00112     canvas->Divide(3,1);
00113     
00114     // create point of origin (our vertex has the shape of a cube, of course)
00115     origin = new TBRIK("origin", "origin", "void", 0.1, 0.1, 0.1);
00116     
00117     // create 3 nodes (+, -, both) to generate the dependencies of the different geometric shapes
00118     node0 = new TNode("node0", "node0", "origin");
00119     node1 = new TNode("node1", "node1", "origin");
00120     node2 = new TNode("node2", "node2", "origin");
00121     
00122     generateAxis(70.);
00123     
00124     setDefaults();
00125     showAll();
00126     drawControlPanel(tr, fo, un);
00127     
00128     return 0;
00129   }
00130   
00131   else {
00132     return -1; 
00133   }
00134   
00135   return 0;
00136 }
00137 
00138 void setDefaults() {
00139   // Set default settings.
00140 
00141   axis = def_axis;
00142   
00143   frame_on = def_frame_on;
00144   dead_area = def_dead_area;
00145   pads = def_pads;
00146   divisions = def_divisions;
00147 
00148   tracks = def_tracks;
00149   unusedclusters = def_unusedclusters;
00150   foundclusters = def_foundclusters;
00151 
00152   side = def_side;
00153 }
00154 
00155 void defineDefaults() {
00156   // Define default settings.
00157 
00158   def_axis = axis;
00159   
00160   def_frame_on = frame_on;
00161   def_dead_area = dead_area;
00162   def_pads = pads;
00163   def_divisions = divisions;
00164 
00165   def_tracks = tracks;
00166   def_unusedclusters = unusedclusters;
00167   def_foundclusters = foundclusters;
00168 
00169   def_side = side;
00170 } 
00171 
00172 Int_t openFile(Char_t *name) {
00173   // Opens the file with the given name or "ftpc_display.root" by default.
00174   
00175   if (!name) {
00176     file = new TFile("ftpc_display.root", "READ");
00177     
00178     if (!file->IsOpen()) {
00179       cout << "Sorry, file (ftpc_display.root) not found!" << endl;
00180       return -1;
00181     }
00182   }
00183   
00184   else {
00185     file = new TFile(name, "READ");
00186     
00187     if (!file->IsOpen()) {
00188       cout << "Sorry, file (" << name << ") not found!" << endl;
00189       return -1;
00190     }
00191   }
00192   
00193   return 0;
00194 }
00195 
00196 void showNode() {
00197   // Draws nodes in correct pads.
00198   
00199   canvas->cd(1);
00200   node0->cd();
00201   node0->Draw("same");
00202   canvas->cd(2);
00203   node2->cd();
00204   node2->Draw("same");
00205   canvas->cd(3);
00206   node1->cd();
00207   node1->Draw("same");
00208 }
00209 
00210 void showAxis() {
00211   // Draws axis.
00212   
00213   Int_t s;
00214 
00215   if (axis) {
00216 
00217     for (s = 0; s < 3; s++) {
00218       canvas->cd(s+1);
00219       lx[s]->Draw("same");
00220       ly[s]->Draw("same");
00221       lz[s]->Draw("same");
00222     }
00223   }
00224 }
00225 
00226 void showTracks(Bool_t tracks) {
00227   // Shows tracks if 'tracks' is true.
00228   
00229   if (tracks) {
00230     TPolyLine3D *l;
00231     Int_t l_count = 1;
00232     Char_t name[20];
00233     sprintf(name, "TPolyLine3D;%d", l_count);
00234     
00235     while ((l = (TPolyLine3D *)file->Get(name))) {
00236       Float_t *coord = l->GetP();
00237       
00238       if (coord[2] > 0.) {
00239         canvas->cd(3);
00240       }
00241       
00242       else {
00243         canvas->cd(2);
00244       }
00245       
00246       l->Draw("same");
00247       canvas->cd(1);
00248       l->Draw("same");
00249       
00250       sprintf(name, "TPolyLine3D;%d", ++l_count);
00251     }
00252     
00253     tr = l_count - 1;
00254   }
00255 }
00256 
00257 void showFoundCluster(Bool_t clusters) {
00258   // Shows found clusters if 'clusters' is true.
00259   
00260   if (clusters) {
00261     TPolyMarker3D *p;
00262     
00263     p = (TPolyMarker3D *)file->Get("TPolyMarker3D;2");
00264     
00265     if (p->Size() > 1) { // to avoid crashes due to ROOT problem
00266       canvas->cd(3);
00267       p->Draw("same");
00268     }
00269     
00270     p = (TPolyMarker3D *)file->Get("TPolyMarker3D;3");
00271     
00272     if (p->Size() > 1) { // to avoid crashes due to ROOT problem
00273       canvas->cd(2);
00274       p->Draw("same");
00275     }
00276 
00277     p = (TPolyMarker3D *)file->Get("TPolyMarker3D;1");
00278     
00279     if (p->Size() > 1) { // to avoid crashes due to ROOT problem
00280       canvas->cd(1);
00281       p->Draw("same");
00282     }
00283     
00284     fo = p->Size();
00285   }
00286 }
00287 
00288 void showUnusedCluster(Bool_t clusters) {
00289   // Shows unused clusters if 'clusters' is true.
00290   
00291   if (clusters) {
00292     TPolyMarker3D *p;
00293     
00294     p = (TPolyMarker3D *)file->Get("TPolyMarker3D;5");
00295     
00296     if (p->Size() > 1) { // to avoid crashes due to ROOT problem
00297       canvas->cd(3);
00298       p->Draw("same");
00299     }
00300     
00301     p = (TPolyMarker3D *)file->Get("TPolyMarker3D;6");
00302 
00303     if (p->Size() > 1) { // to avoid crashes due to ROOT problem
00304       canvas->cd(2);
00305       p->Draw("same");
00306     }
00307     
00308     p = (TPolyMarker3D *)file->Get("TPolyMarker3D;4");
00309     
00310     if (p->Size() > 1) { // to avoid crashes due to ROOT problem
00311       canvas->cd(1);
00312       p->Draw("same");
00313     }
00314     
00315     un = p->Size();
00316   }
00317 }
00318 
00319 void deleteAxis() {
00320   // Deletes axis.
00321   
00322   for (Int_t i = 0; i < 3; i++) {
00323     delete lx[i];
00324     delete ly[i];
00325     delete lz[i];
00326   }
00327 }
00328 
00329 void toggleAxisVisibility() {
00330   // Switchs axis visibility.
00331   
00332   axis = !axis;
00333   clear();
00334   showAll();
00335 }
00336 
00337 void toggleFoundClusterVisibility() {
00338   // Switchs found cluster visibility.
00339   
00340   foundclusters = !foundclusters;
00341   clear();
00342   showAll();
00343 }
00344 
00345 void toggleUnusedClusterVisibility() {
00346   // Switchs unused cluster visibility.
00347   
00348   unusedclusters = !unusedclusters;
00349   clear();
00350   showAll();
00351 }
00352 
00353 void toggleTrackVisibility() {
00354   // Switchs track visibility.
00355   
00356   tracks = !tracks;
00357   clear();
00358   showAll();
00359 }
00360 
00361 void detectorOn() {
00362   // Switchs complete detector to visibile.
00363 
00364   if (!frame_on) {
00365     frame_on = kTRUE;
00366     //setFrameVisibility();
00367   }
00368   
00369   if (!pads) {
00370     pads = kTRUE;
00371     //setPadVisibility();
00372   }
00373   
00374   if (!dead_area) {
00375     dead_area = kTRUE;
00376     //setDeadAreaVisibility();
00377   }
00378   
00379   clear();
00380   showAll();
00381 }
00382 
00383 void detectorOff() {
00384   // Switchs complete detector to visibile.
00385 
00386   if (frame_on) {
00387     frame_on = kFALSE;
00388     //setFrameVisibility();
00389   }
00390   
00391   if (pads) {
00392     pads = kFALSE;
00393     //setPadVisibility();
00394   }
00395   
00396   if (dead_area) {
00397     dead_area = kFALSE;
00398     //setDeadAreaVisibility();
00399   }
00400   
00401   clear();
00402   showAll();
00403 }
00404 
00405 void measurementsOn() {
00406   // Switchs all clusters and tracks on.
00407 
00408   if (!tracks) tracks = kTRUE;
00409   if (!unusedclusters) unusedclusters = kTRUE;
00410   if (!foundclusters) foundclusters = kTRUE;
00411   
00412   clear();
00413   showAll();
00414 }
00415 
00416 void measurementsOff() {
00417   // Switchs all clusters and tracks off.
00418 
00419   if (tracks) tracks = kFALSE;
00420   if (unusedclusters) unusedclusters = kFALSE;
00421   if (foundclusters) foundclusters = kFALSE;
00422   
00423   clear();
00424   showAll();
00425 }
00426 
00427 void showAll() {
00428   // Shows all stuff in correct pads.
00429   
00430   createDependencies();
00431   setFrameDensity();
00432   setFrameVisibility();
00433   setDeadAreaVisibility();
00434   setPadVisibility();
00435   showNode();
00436   showTracks(tracks);
00437   showFoundCluster(foundclusters);
00438   showUnusedCluster(unusedclusters);
00439   showAxis();
00440   canvas->Update();
00441   show(side, kFALSE);
00442 }
00443 
00444 void clear() {
00445   // Closes x3d view and clears canvas.
00446   
00447   closeX3d();
00448   canvas->Clear();
00449   deleteNode();
00450   canvas->Divide(3,1);
00451 }
00452 
00453 void toggleFrameVisibility() {
00454   // Switchs FTPC frame visibility.
00455   
00456   frame_on = !frame_on;
00457   setFrameVisibility();
00458   show(side);
00459 }
00460 
00461 void toggleDeadAreaVisibility() {
00462   // Switchs FTPC dead area visibility.
00463   
00464   dead_area = !dead_area;
00465   setDeadAreaVisibility();
00466   show(side);
00467 }
00468 
00469 void togglePadVisibility() {
00470   // Switchs FTPC pad visibility.
00471   
00472   pads = !pads;
00473   setPadVisibility();
00474   show(side);
00475 }
00476 
00477 void setFrameVisibility() {
00478   // Sets frame visibility.
00479   
00480   ftpc1_out->SetVisibility(frame_on);
00481   ftpc2_out->SetVisibility(frame_on);
00482   ftpc1_in->SetVisibility(frame_on);
00483   ftpc2_in->SetVisibility(frame_on);
00484 }
00485 
00486 void setDeadAreaVisibility() {
00487   // Sets dead area visibility.
00488   
00489   dead_seg1->SetVisibility(dead_area);
00490   dead_seg2->SetVisibility(dead_area);
00491   dead_seg3->SetVisibility(dead_area);
00492   dead_seg4->SetVisibility(dead_area);
00493   dead_seg5->SetVisibility(dead_area);
00494   dead_seg6->SetVisibility(dead_area);
00495 }
00496 
00497 void setPadVisibility() {
00498   // Sets pad visibility.
00499   
00500   padrow1->SetVisibility(pads);
00501   padrow2->SetVisibility(pads);
00502   padrow3->SetVisibility(pads);
00503   padrow4->SetVisibility(pads);
00504   padrow5->SetVisibility(pads);
00505   padrow6->SetVisibility(pads);
00506 }
00507 
00508 void toggleFrameDensity() {
00509   // Switchs number of divisions of FTPC frames.
00510   
00511   if (divisions) {
00512     divisions = !divisions;
00513     divi = 50;
00514     divipad = 16;
00515   }
00516   
00517   else {
00518     divisions = !divisions;
00519     divi = 250;
00520     divipad = 160;
00521   }
00522   
00523   setFrameDensity();
00524   show(side);  
00525 }
00526 
00527 void setFrameDensity() {
00528   // Sets number of divisions of FTPC frames.
00529   
00530   ftpc1_out->SetNumberOfDivisions(divi);
00531   ftpc2_out->SetNumberOfDivisions(divi);
00532   ftpc1_in->SetNumberOfDivisions(divi);
00533   ftpc2_in->SetNumberOfDivisions(divi);
00534 
00535   dead_seg1->SetNumberOfDivisions(1);
00536   dead_seg2->SetNumberOfDivisions(1);
00537   dead_seg3->SetNumberOfDivisions(1);
00538   dead_seg4->SetNumberOfDivisions(1);
00539   dead_seg5->SetNumberOfDivisions(1);
00540   dead_seg6->SetNumberOfDivisions(1);
00541 
00542   padrow1->SetNumberOfDivisions(divipad);
00543   padrow2->SetNumberOfDivisions(divipad);
00544   padrow3->SetNumberOfDivisions(divipad);
00545   padrow4->SetNumberOfDivisions(divipad);
00546   padrow5->SetNumberOfDivisions(divipad);
00547   padrow6->SetNumberOfDivisions(divipad);
00548 }
00549 
00550 void show(Int_t s, Bool_t erase) {
00551   // Actual display routine.
00552   
00553   if (erase) {
00554     closeX3d();
00555   }
00556   
00557   canvas->cd(s); 
00558   gPad->x3d();
00559   side = s;
00560 }
00561 
00562 void showEast() {
00563   // Shows east FTPC.
00564   
00565   if (side != 2) {
00566     show(2);
00567   }
00568 }
00569 
00570 void showWest() {
00571   // Shows west FTPC.
00572   
00573   if (side != 3) {
00574     show(3);
00575   }
00576 }
00577 
00578 void showBoth() {
00579   // Shows both FTPCs.
00580   
00581   if (side != 1) {
00582     show(1);
00583   }
00584 }
00585 
00586 void closeX3d() {
00587   // Closes x3d view.
00588   
00589   gROOT->ProcessLine("R__x3d->CloseWindow()");
00590 }
00591 
00592 void quit() {
00593   // Quits ROOT.
00594   
00595   gROOT->ProcessLine(".q");
00596 }
00597 
00598 void close() {
00599   // Closes everything.
00600   
00601   closeX3d();
00602   canvas->Clear();
00603   deleteNode();
00604   deleteAxis();
00605   
00606   file->Close();
00607   delete file;
00608   delete bar;
00609   delete canvas;
00610 }
00611 
00612 void drawControlPanel(Int_t tracks, Int_t found, Int_t unused) {
00613   // Control panel generation.
00614   
00615   Char_t n1[40];
00616   Char_t n2[40];
00617   Char_t n3[40];
00618   
00619   sprintf(n1, "tracks (%d) [green]", tr);
00620   sprintf(n2, "clusters on tracks (%d) [red]", fo);
00621   sprintf(n3, "unused clusters (%d) [yellow]", un);
00622   
00623   bar = new TControlBar("vertical", "3D view control bar");
00624   
00625   bar->AddButton("show both FTPCs", "showBoth();", "3D view of both FTPCs");
00626   bar->AddButton("show FTPC east", "showEast();", "3D view of FTPC east");
00627   bar->AddButton("show FTPC west", "showWest();", "3D view FTPC of west");
00628   bar->AddButton("ALL MEASUREMENTS ON", "measurementsOn();", "switchs all clusters and tracks on");
00629   bar->AddButton("ALL MEASUREMENTS OFF", "measurementsOff();", "switchs all clusters and tracks off");  
00630   bar->AddButton(n1, "toggleTrackVisibility();", "switchs tracks on/off");
00631   bar->AddButton(n2, "toggleFoundClusterVisibility();", "switchs found clusters on/off");
00632   bar->AddButton(n3, "toggleUnusedClusterVisibility();", "switchs unused clusters on/off");
00633   bar->AddButton("DETECTOR ON", "detectorOn();", "switchs complete detector on");
00634   bar->AddButton("DETECTOR OFF", "detectorOff();", "switchs complete detector off");
00635   bar->AddButton("frame [blue] visibility", "toggleFrameVisibility();", "switchs frames on/off");
00636   bar->AddButton("pad [yellow] visibility", "togglePadVisibility();", "switchs pads on/off");
00637   bar->AddButton("dead segments [red] visibility", "toggleDeadAreaVisibility();", "switchs dead segments on/off");
00638   bar->AddButton("line density","toggleFrameDensity();", "switchs frame grid density");
00639   bar->AddButton("axis (x,y,z) = (yellow, green, red)", "toggleAxisVisibility();", "switchs axis visibility");
00640   bar->AddButton("BACK TO DEFAULT SETTINGS", "setDefaults(); clear(); showAll();", "resets all changes");
00641   bar->AddButton("set default settings", "defineDefaults();", "defines current settings as default");  
00642   bar->AddButton("close x3d display", "close();", "closes x3d window and control panel");
00643   bar->AddButton("quit ROOT", "quit();", "quits ROOT");
00644   
00645   bar->Show();
00646 }
00647 
00648 void generateAxis(Float_t arrowSize) {
00650   //                                                                                   //
00651   //  generateAxis() draws three axice  Ox,   Oy,    Oz   with three different colors: //
00652   //                                   red   gree   blue                               //
00653   //   TVirtualPad - the point to TPad objest these axice will be drawn into           //
00654   //               = 0 (= gPad, by default)                                            //
00655   //                                                                                   //
00657 
00658   
00659   // 3 options for the origin positions
00660   //  -  at (0,0,0}
00661   //  -  left front angle of the view port
00662   //  -  the center of the view port  
00663   //       Axis / Cube
00664   
00665   //   const Float_t arrowLegthFactor = 0.25;
00666   const Float_t arrowWidthFactor = 0.25;
00667   
00668   Float_t origin[3] = {0,0,0};
00669   Float_t x = 0;
00670   Float_t y = 0;
00671   Float_t z = 0;
00672   Int_t indx = 0;
00673 
00674   // caclulate an arrow size
00675   const Float_t arrowHeadLegth = 0.2*arrowSize;
00676   const Float_t arrWidth       = arrowWidthFactor*arrowHeadLegth;
00677   //___________  X axis ____________
00678 
00679   for (Int_t ii = 0; ii < 3; ii++) {
00680     indx = 0;
00681     
00682     lx[ii] = new TPolyLine3D(5,"L");
00683     x = origin[0];
00684     y = origin[1];
00685     z = origin[2];
00686     lx[ii]->SetNextPoint(x,y,z);               // initial point
00687     x += arrowSize;
00688     lx[ii]->SetNextPoint(x,y,z);               //     --------
00689     //____________ x_head ____________
00690     x -= arrowHeadLegth;
00691     y += arrWidth;                        //            
00692     lx[ii]->SetNextPoint(x,y,z);                //     --------
00693     x = origin[indx] + arrowSize;
00694     y = origin[1];
00695     lx[ii]->SetNextPoint(x,y,z);                // go back
00696     x -= arrowHeadLegth;
00697     y -= arrWidth;                        //            
00698     lx[ii]->SetNextPoint(x,y,z);                //     --------> finish it
00699     //            
00700     lx[ii]->SetLineColor(kYellow);
00701     
00702     //___________  Y axis ____________
00703     indx++;
00704     ly[ii] = new TPolyLine3D(5,"L");
00705     x = origin[0];
00706     y = origin[1];
00707     z = origin[2];
00708     ly[ii]->SetNextPoint(x,y,z);               // initial point
00709     y = origin[indx] + arrowSize;
00710     ly[ii]->SetNextPoint(x,y,z);               //     --------
00711     //____________ y_head ____________
00712     y -= arrowHeadLegth;
00713     x += arrWidth;                       //            
00714     ly[ii]->SetNextPoint(x,y,z);               //     --------
00715     x = origin[0];
00716     y = origin[indx] + arrowSize;
00717     ly[ii]->SetNextPoint(x,y,z);               // go back
00718     y -= arrowHeadLegth;
00719     x -= arrWidth;                       //            
00720     ly[ii]->SetNextPoint(x,y,z);               //     --------> finish it
00721     //            
00722     ly[ii]->SetLineColor(kGreen);
00723     
00724     //___________  Z axis ____________
00725     indx++;
00726     lz[ii] = new TPolyLine3D(5,"L");
00727     x = origin[0];
00728     y = origin[1];
00729     z = origin[2];
00730     lz[ii]->SetNextPoint(x,y,z);               // initial point
00731     z += arrowSize;
00732     lz[ii]->SetNextPoint(x,y,z);               //     --------
00733     //____________ z_head ____________
00734     z -= arrowHeadLegth;
00735     x += arrWidth;                       //            
00736     lz[ii]->SetNextPoint(x,y,z);               //     --------
00737     x = origin[0];
00738     z = origin[indx] + arrowSize;
00739     lz[ii]->SetNextPoint(x,y,z);               // go back
00740     z -= arrowHeadLegth;
00741     x -= arrWidth;                       //            
00742     lz[ii]->SetNextPoint(x,y,z);               //     --------> finish it
00743     lz[ii]->SetLineColor(kRed);
00744   }
00745 }
00746 
00747 void createDependencies() {
00748   // Creates deoencies of different shapes for the specific nodes.
00749   
00750   Float_t inner_radius =  7.73;
00751   Float_t outer_radius = 30.05;
00752   Float_t padlength = 2.;
00753   Float_t z_first = 162.75 - 7.5;
00754   Float_t z_last  = 256.45 + 7.5;
00755   Float_t z[10] = {162.75, 171.25, 184.05, 192.55, 205.35, 213.85, 226.65, 235.15, 247.95, 256.45};
00756 
00757   // dead segments and padrows
00758   
00759   Float_t dead_angle = outer_radius/8./TMath::Pi()*1.6;
00760   Float_t used_angle = 30.-dead_angle;
00761   Float_t angle = 30.;
00762   
00763   dead_seg1 = new TTUBS("dead_seg1", "dead_seg1", "void", inner_radius, outer_radius, (z[9]-z[0]+padlength)/2., -dead_angle+angle, dead_angle+angle);
00764   padrow1 = new TTUBS("padrow1", "padrow1", "void", outer_radius, outer_radius, padlength, -used_angle+angle - 30., used_angle+angle - 30.);
00765   angle += 60.;
00766   dead_seg2 = new TTUBS("dead_seg2", "dead_seg2", "void", inner_radius, outer_radius, (z[9]-z[0]+padlength)/2., -dead_angle+angle, dead_angle+angle);
00767   padrow2 = new TTUBS("padrow2", "padrow2", "void", outer_radius, outer_radius, padlength, -used_angle+angle - 30., used_angle+angle - 30.);
00768   angle += 60.;
00769   dead_seg3 = new TTUBS("dead_seg3", "dead_seg3", "void", inner_radius, outer_radius, (z[9]-z[0]+padlength)/2., -dead_angle+angle, dead_angle+angle);
00770   padrow3 = new TTUBS("padrow3", "padrow3", "void", outer_radius, outer_radius, padlength, -used_angle+angle - 30., used_angle+angle - 30.);
00771   angle += 60.;
00772   dead_seg4 = new TTUBS("dead_seg4", "dead_seg4", "void", inner_radius, outer_radius, (z[9]-z[0]+padlength)/2., -dead_angle+angle, dead_angle+angle);
00773   padrow4 = new TTUBS("padrow4", "padrow4", "void", outer_radius, outer_radius, padlength, -used_angle+angle - 30., used_angle+angle - 30.);
00774   angle += 60.;
00775   dead_seg5 = new TTUBS("dead_seg5", "dead_seg5", "void", inner_radius, outer_radius, (z[9]-z[0]+padlength)/2., -dead_angle+angle, dead_angle+angle);
00776   padrow5 = new TTUBS("padrow5", "padrow5", "void", outer_radius, outer_radius, padlength, -used_angle+angle - 30., used_angle+angle - 30.);
00777   angle += 60.;
00778   dead_seg6 = new TTUBS("dead_seg6", "dead_seg6", "void", inner_radius, outer_radius, (z[9]-z[0]+padlength)/2., -dead_angle+angle, dead_angle+angle);
00779   padrow6 = new TTUBS("padrow6", "padrow6", "void", outer_radius, outer_radius, padlength, -used_angle+angle - 30., used_angle+angle - 30.);
00780   angle += 60.;
00781 
00782     // create 4 tubes (cylinders) - two big ones (out) and two small ones (in) - to draw the Ftpcs
00783   ftpc1_out = new TTUBE("ftpc1_out", "Ftpc + (out)", "void", outer_radius, outer_radius, (z_last-z_first)/2., 1);
00784   ftpc1_in =  new TTUBE("ftpc1_in",  "Ftpc + (in)",  "void",  inner_radius,  inner_radius, (z_last-z_first)/2., 1);
00785   ftpc2_out = new TTUBE("ftpc2_out", "Ftpc - (out)", "void", outer_radius, outer_radius, (z_last-z_first)/2., 1);
00786   ftpc2_in =  new TTUBE("ftpc2_in",  "Ftpc - (in)",  "void",  inner_radius,  inner_radius, (z_last-z_first)/2., 1);
00787   
00788   // set colors
00789   origin->SetLineColor(1);
00790   ftpc1_out->SetLineColor(4);
00791   ftpc1_in->SetLineColor(4);
00792   ftpc2_out->SetLineColor(4);
00793   ftpc2_in->SetLineColor(4);
00794   
00795   dead_seg1->SetLineColor(kRed);
00796   dead_seg2->SetLineColor(kRed);
00797   dead_seg3->SetLineColor(kRed);
00798   dead_seg4->SetLineColor(kRed);
00799   dead_seg5->SetLineColor(kRed);
00800   dead_seg6->SetLineColor(kRed);
00801 
00802   padrow1->SetLineColor(kYellow);
00803   padrow2->SetLineColor(kYellow);
00804   padrow3->SetLineColor(kYellow);
00805   padrow4->SetLineColor(kYellow);
00806   padrow5->SetLineColor(kYellow);
00807   padrow6->SetLineColor(kYellow);
00808   
00809   // create dependencies for 'both' Ftpcs
00810   canvas->cd(1);
00811   node0->cd();  
00812   node01_out = new TNode("node01_out", "node01_out", "ftpc1_out", 0, 0,  z_first+(z_last-z_first)/2.);
00813   node01_in  = new TNode("node01_in",  "node01_in",  "ftpc1_in",  0, 0,  z_first+(z_last-z_first)/2.);
00814   node02_out = new TNode("node02_out", "node02_out", "ftpc2_out", 0, 0, -z_first-(z_last-z_first)/2.);
00815   node02_in  = new TNode("node02_in",  "node02_in",  "ftpc2_in",  0, 0, -z_first-(z_last-z_first)/2.);  
00816 
00817   node01_seg1 = new TNode("node01_seg1", "node01_seg1", "dead_seg1", 0., 0., z_first+(z_last-z_first)/2.);
00818   node01_seg2 = new TNode("node01_seg2", "node01_seg2", "dead_seg2", 0., 0., z_first+(z_last-z_first)/2.);
00819   node01_seg3 = new TNode("node01_seg3", "node01_seg3", "dead_seg3", 0., 0., z_first+(z_last-z_first)/2.);
00820   node01_seg4 = new TNode("node01_seg4", "node01_seg4", "dead_seg4", 0., 0., z_first+(z_last-z_first)/2.);
00821   node01_seg5 = new TNode("node01_seg5", "node01_seg5", "dead_seg5", 0., 0., z_first+(z_last-z_first)/2.);
00822   node01_seg6 = new TNode("node01_seg6", "node01_seg6", "dead_seg6", 0., 0., z_first+(z_last-z_first)/2.);
00823   node02_seg1 = new TNode("node02_seg1", "node02_seg1", "dead_seg1", 0., 0., -z_first-(z_last-z_first)/2.);
00824   node02_seg2 = new TNode("node02_seg2", "node02_seg2", "dead_seg2", 0., 0., -z_first-(z_last-z_first)/2.);
00825   node02_seg3 = new TNode("node02_seg3", "node02_seg3", "dead_seg3", 0., 0., -z_first-(z_last-z_first)/2.);
00826   node02_seg4 = new TNode("node02_seg4", "node02_seg4", "dead_seg4", 0., 0., -z_first-(z_last-z_first)/2.);
00827   node02_seg5 = new TNode("node02_seg5", "node02_seg5", "dead_seg5", 0., 0., -z_first-(z_last-z_first)/2.);
00828   node02_seg6 = new TNode("node02_seg6", "node02_seg6", "dead_seg6", 0., 0., -z_first-(z_last-z_first)/2.);
00829 
00830   node01_pad01 = new TNode("node01_pad01", "node01_pad01", "padrow1", 0., 0., z[0]);
00831   node01_pad02 = new TNode("node01_pad02", "node01_pad02", "padrow2", 0., 0., z[0]);
00832   node01_pad03 = new TNode("node01_pad03", "node01_pad03", "padrow3", 0., 0., z[0]);
00833   node01_pad04 = new TNode("node01_pad04", "node01_pad04", "padrow4", 0., 0., z[0]);
00834   node01_pad05 = new TNode("node01_pad05", "node01_pad05", "padrow5", 0., 0., z[0]);
00835   node01_pad06 = new TNode("node01_pad06", "node01_pad06", "padrow6", 0., 0., z[0]);
00836   node02_pad01 = new TNode("node02_pad01", "node02_pad01", "padrow1", 0., 0., -z[0]);
00837   node02_pad02 = new TNode("node02_pad02", "node02_pad02", "padrow2", 0., 0., -z[0]);
00838   node02_pad03 = new TNode("node02_pad03", "node02_pad03", "padrow3", 0., 0., -z[0]);
00839   node02_pad04 = new TNode("node02_pad04", "node02_pad04", "padrow4", 0., 0., -z[0]);
00840   node02_pad05 = new TNode("node02_pad05", "node02_pad05", "padrow5", 0., 0., -z[0]);
00841   node02_pad06 = new TNode("node02_pad06", "node02_pad06", "padrow6", 0., 0., -z[0]);
00842 
00843   node01_pad11 = new TNode("node01_pad11", "node01_pad11", "padrow1", 0., 0., z[1]);
00844   node01_pad12 = new TNode("node01_pad12", "node01_pad12", "padrow2", 0., 0., z[1]);
00845   node01_pad13 = new TNode("node01_pad13", "node01_pad13", "padrow3", 0., 0., z[1]);
00846   node01_pad14 = new TNode("node01_pad14", "node01_pad14", "padrow4", 0., 0., z[1]);
00847   node01_pad15 = new TNode("node01_pad15", "node01_pad15", "padrow5", 0., 0., z[1]);
00848   node01_pad16 = new TNode("node01_pad16", "node01_pad16", "padrow6", 0., 0., z[1]);
00849   node02_pad11 = new TNode("node02_pad11", "node02_pad11", "padrow1", 0., 0., -z[1]);
00850   node02_pad12 = new TNode("node02_pad12", "node02_pad12", "padrow2", 0., 0., -z[1]);
00851   node02_pad13 = new TNode("node02_pad13", "node02_pad13", "padrow3", 0., 0., -z[1]);
00852   node02_pad14 = new TNode("node02_pad14", "node02_pad14", "padrow4", 0., 0., -z[1]);
00853   node02_pad15 = new TNode("node02_pad15", "node02_pad15", "padrow5", 0., 0., -z[1]);
00854   node02_pad16 = new TNode("node02_pad16", "node02_pad16", "padrow6", 0., 0., -z[1]);
00855 
00856   node01_pad21 = new TNode("node01_pad21", "node01_pad21", "padrow1", 0., 0., z[2]);
00857   node01_pad22 = new TNode("node01_pad22", "node01_pad22", "padrow2", 0., 0., z[2]);
00858   node01_pad23 = new TNode("node01_pad23", "node01_pad23", "padrow3", 0., 0., z[2]);
00859   node01_pad24 = new TNode("node01_pad24", "node01_pad24", "padrow4", 0., 0., z[2]);
00860   node01_pad25 = new TNode("node01_pad25", "node01_pad25", "padrow5", 0., 0., z[2]);
00861   node01_pad26 = new TNode("node01_pad26", "node01_pad26", "padrow6", 0., 0., z[2]);
00862   node02_pad21 = new TNode("node02_pad21", "node02_pad21", "padrow1", 0., 0., -z[2]);
00863   node02_pad22 = new TNode("node02_pad22", "node02_pad22", "padrow2", 0., 0., -z[2]);
00864   node02_pad23 = new TNode("node02_pad23", "node02_pad23", "padrow3", 0., 0., -z[2]);
00865   node02_pad24 = new TNode("node02_pad24", "node02_pad24", "padrow4", 0., 0., -z[2]);
00866   node02_pad25 = new TNode("node02_pad25", "node02_pad25", "padrow5", 0., 0., -z[2]);
00867   node02_pad26 = new TNode("node02_pad26", "node02_pad26", "padrow6", 0., 0., -z[2]);
00868 
00869   node01_pad31 = new TNode("node01_pad31", "node01_pad31", "padrow1", 0., 0., z[3]);
00870   node01_pad32 = new TNode("node01_pad32", "node01_pad32", "padrow2", 0., 0., z[3]);
00871   node01_pad33 = new TNode("node01_pad33", "node01_pad33", "padrow3", 0., 0., z[3]);
00872   node01_pad34 = new TNode("node01_pad34", "node01_pad34", "padrow4", 0., 0., z[3]);
00873   node01_pad35 = new TNode("node01_pad35", "node01_pad35", "padrow5", 0., 0., z[3]);
00874   node01_pad36 = new TNode("node01_pad36", "node01_pad36", "padrow6", 0., 0., z[3]);
00875   node02_pad31 = new TNode("node02_pad31", "node02_pad31", "padrow1", 0., 0., -z[3]);
00876   node02_pad32 = new TNode("node02_pad32", "node02_pad32", "padrow2", 0., 0., -z[3]);
00877   node02_pad33 = new TNode("node02_pad33", "node02_pad33", "padrow3", 0., 0., -z[3]);
00878   node02_pad34 = new TNode("node02_pad34", "node02_pad34", "padrow4", 0., 0., -z[3]);
00879   node02_pad35 = new TNode("node02_pad35", "node02_pad35", "padrow5", 0., 0., -z[3]);
00880   node02_pad36 = new TNode("node02_pad36", "node02_pad36", "padrow6", 0., 0., -z[3]);
00881 
00882   node01_pad41 = new TNode("node01_pad41", "node01_pad41", "padrow1", 0., 0., z[4]);
00883   node01_pad42 = new TNode("node01_pad42", "node01_pad42", "padrow2", 0., 0., z[4]);
00884   node01_pad43 = new TNode("node01_pad43", "node01_pad43", "padrow3", 0., 0., z[4]);
00885   node01_pad44 = new TNode("node01_pad44", "node01_pad44", "padrow4", 0., 0., z[4]);
00886   node01_pad45 = new TNode("node01_pad45", "node01_pad45", "padrow5", 0., 0., z[4]);
00887   node01_pad46 = new TNode("node01_pad46", "node01_pad46", "padrow6", 0., 0., z[4]);
00888   node02_pad41 = new TNode("node02_pad41", "node02_pad41", "padrow1", 0., 0., -z[4]);
00889   node02_pad42 = new TNode("node02_pad42", "node02_pad42", "padrow2", 0., 0., -z[4]);
00890   node02_pad43 = new TNode("node02_pad43", "node02_pad43", "padrow3", 0., 0., -z[4]);
00891   node02_pad44 = new TNode("node02_pad44", "node02_pad44", "padrow4", 0., 0., -z[4]);
00892   node02_pad45 = new TNode("node02_pad45", "node02_pad45", "padrow5", 0., 0., -z[4]);
00893   node02_pad46 = new TNode("node02_pad46", "node02_pad46", "padrow6", 0., 0., -z[4]);
00894 
00895   node01_pad51 = new TNode("node01_pad51", "node01_pad51", "padrow1", 0., 0., z[5]);
00896   node01_pad52 = new TNode("node01_pad52", "node01_pad52", "padrow2", 0., 0., z[5]);
00897   node01_pad53 = new TNode("node01_pad53", "node01_pad53", "padrow3", 0., 0., z[5]);
00898   node01_pad54 = new TNode("node01_pad54", "node01_pad54", "padrow4", 0., 0., z[5]);
00899   node01_pad55 = new TNode("node01_pad55", "node01_pad55", "padrow5", 0., 0., z[5]);
00900   node01_pad56 = new TNode("node01_pad56", "node01_pad56", "padrow6", 0., 0., z[5]);
00901   node02_pad51 = new TNode("node02_pad51", "node02_pad51", "padrow1", 0., 0., -z[5]);
00902   node02_pad52 = new TNode("node02_pad52", "node02_pad52", "padrow2", 0., 0., -z[5]);
00903   node02_pad53 = new TNode("node02_pad53", "node02_pad53", "padrow3", 0., 0., -z[5]);
00904   node02_pad54 = new TNode("node02_pad54", "node02_pad54", "padrow4", 0., 0., -z[5]);
00905   node02_pad55 = new TNode("node02_pad55", "node02_pad55", "padrow5", 0., 0., -z[5]);
00906   node02_pad56 = new TNode("node02_pad56", "node02_pad56", "padrow6", 0., 0., -z[5]);
00907 
00908   node01_pad61 = new TNode("node01_pad61", "node01_pad61", "padrow1", 0., 0., z[6]);
00909   node01_pad62 = new TNode("node01_pad62", "node01_pad62", "padrow2", 0., 0., z[6]);
00910   node01_pad63 = new TNode("node01_pad63", "node01_pad63", "padrow3", 0., 0., z[6]);
00911   node01_pad64 = new TNode("node01_pad64", "node01_pad64", "padrow4", 0., 0., z[6]);
00912   node01_pad65 = new TNode("node01_pad65", "node01_pad65", "padrow5", 0., 0., z[6]);
00913   node01_pad66 = new TNode("node01_pad66", "node01_pad66", "padrow6", 0., 0., z[6]);
00914   node02_pad61 = new TNode("node02_pad61", "node02_pad61", "padrow1", 0., 0., -z[6]);
00915   node02_pad62 = new TNode("node02_pad62", "node02_pad62", "padrow2", 0., 0., -z[6]);
00916   node02_pad63 = new TNode("node02_pad63", "node02_pad63", "padrow3", 0., 0., -z[6]);
00917   node02_pad64 = new TNode("node02_pad64", "node02_pad64", "padrow4", 0., 0., -z[6]);
00918   node02_pad65 = new TNode("node02_pad65", "node02_pad65", "padrow5", 0., 0., -z[6]);
00919   node02_pad66 = new TNode("node02_pad66", "node02_pad66", "padrow6", 0., 0., -z[6]);
00920 
00921   node01_pad71 = new TNode("node01_pad71", "node01_pad71", "padrow1", 0., 0., z[7]);
00922   node01_pad72 = new TNode("node01_pad72", "node01_pad72", "padrow2", 0., 0., z[7]);
00923   node01_pad73 = new TNode("node01_pad73", "node01_pad73", "padrow3", 0., 0., z[7]);
00924   node01_pad74 = new TNode("node01_pad74", "node01_pad74", "padrow4", 0., 0., z[7]);
00925   node01_pad75 = new TNode("node01_pad75", "node01_pad75", "padrow5", 0., 0., z[7]);
00926   node01_pad76 = new TNode("node01_pad76", "node01_pad76", "padrow6", 0., 0., z[7]);
00927   node02_pad71 = new TNode("node02_pad71", "node02_pad71", "padrow1", 0., 0., -z[7]);
00928   node02_pad72 = new TNode("node02_pad72", "node02_pad72", "padrow2", 0., 0., -z[7]);
00929   node02_pad73 = new TNode("node02_pad73", "node02_pad73", "padrow3", 0., 0., -z[7]);
00930   node02_pad74 = new TNode("node02_pad74", "node02_pad74", "padrow4", 0., 0., -z[7]);
00931   node02_pad75 = new TNode("node02_pad75", "node02_pad75", "padrow5", 0., 0., -z[7]);
00932   node02_pad76 = new TNode("node02_pad76", "node02_pad76", "padrow6", 0., 0., -z[7]);
00933 
00934   node01_pad81 = new TNode("node01_pad81", "node01_pad81", "padrow1", 0., 0., z[8]);
00935   node01_pad82 = new TNode("node01_pad82", "node01_pad82", "padrow2", 0., 0., z[8]);
00936   node01_pad83 = new TNode("node01_pad83", "node01_pad83", "padrow3", 0., 0., z[8]);
00937   node01_pad84 = new TNode("node01_pad84", "node01_pad84", "padrow4", 0., 0., z[8]);
00938   node01_pad85 = new TNode("node01_pad85", "node01_pad85", "padrow5", 0., 0., z[8]);
00939   node01_pad86 = new TNode("node01_pad86", "node01_pad86", "padrow6", 0., 0., z[8]);
00940   node02_pad81 = new TNode("node02_pad81", "node02_pad81", "padrow1", 0., 0., -z[8]);
00941   node02_pad82 = new TNode("node02_pad82", "node02_pad82", "padrow2", 0., 0., -z[8]);
00942   node02_pad83 = new TNode("node02_pad83", "node02_pad83", "padrow3", 0., 0., -z[8]);
00943   node02_pad84 = new TNode("node02_pad84", "node02_pad84", "padrow4", 0., 0., -z[8]);
00944   node02_pad85 = new TNode("node02_pad85", "node02_pad85", "padrow5", 0., 0., -z[8]);
00945   node02_pad86 = new TNode("node02_pad86", "node02_pad86", "padrow6", 0., 0., -z[8]);
00946 
00947   node01_pad91 = new TNode("node01_pad91", "node01_pad91", "padrow1", 0., 0., z[9]);
00948   node01_pad92 = new TNode("node01_pad92", "node01_pad92", "padrow2", 0., 0., z[9]);
00949   node01_pad93 = new TNode("node01_pad93", "node01_pad93", "padrow3", 0., 0., z[9]);
00950   node01_pad94 = new TNode("node01_pad94", "node01_pad94", "padrow4", 0., 0., z[9]);
00951   node01_pad95 = new TNode("node01_pad95", "node01_pad95", "padrow5", 0., 0., z[9]);
00952   node01_pad96 = new TNode("node01_pad96", "node01_pad96", "padrow6", 0., 0., z[9]);
00953   node02_pad91 = new TNode("node02_pad91", "node02_pad91", "padrow1", 0., 0., -z[9]);
00954   node02_pad92 = new TNode("node02_pad92", "node02_pad92", "padrow2", 0., 0., -z[9]);
00955   node02_pad93 = new TNode("node02_pad93", "node02_pad93", "padrow3", 0., 0., -z[9]);
00956   node02_pad94 = new TNode("node02_pad94", "node02_pad94", "padrow4", 0., 0., -z[9]);
00957   node02_pad95 = new TNode("node02_pad95", "node02_pad95", "padrow5", 0., 0., -z[9]);
00958   node02_pad96 = new TNode("node02_pad96", "node02_pad96", "padrow6", 0., 0., -z[9]);
00959 
00960 
00961   // create dependencies for '-' Ftpc
00962   canvas->cd(2);
00963   node2->cd();
00964   node2_out = new TNode("node2_out", "node2_out", "ftpc2_out", 0, 0, -z_first-(z_last-z_first)/2.);
00965   node2_in = new TNode("node2_in", "node2_in", "ftpc2_in", 0, 0, -z_first-(z_last-z_first)/2.);
00966 
00967   node2_seg1 = new TNode("node2_seg1", "node2_seg1", "dead_seg1", 0., 0., -z_first-(z_last-z_first)/2.);
00968   node2_seg2 = new TNode("node2_seg2", "node2_seg2", "dead_seg2", 0., 0., -z_first-(z_last-z_first)/2.);
00969   node2_seg3 = new TNode("node2_seg3", "node2_seg3", "dead_seg3", 0., 0., -z_first-(z_last-z_first)/2.);
00970   node2_seg4 = new TNode("node2_seg4", "node2_seg4", "dead_seg4", 0., 0., -z_first-(z_last-z_first)/2.);
00971   node2_seg5 = new TNode("node2_seg5", "node2_seg5", "dead_seg5", 0., 0., -z_first-(z_last-z_first)/2.);
00972   node2_seg6 = new TNode("node2_seg6", "node2_seg6", "dead_seg6", 0., 0., -z_first-(z_last-z_first)/2.);
00973 
00974   node2_pad01 = new TNode("node2_pad01", "node2_pad01", "padrow1", 0., 0., -z[0]);
00975   node2_pad02 = new TNode("node2_pad02", "node2_pad02", "padrow2", 0., 0., -z[0]);
00976   node2_pad03 = new TNode("node2_pad03", "node2_pad03", "padrow3", 0., 0., -z[0]);
00977   node2_pad04 = new TNode("node2_pad04", "node2_pad04", "padrow4", 0., 0., -z[0]);
00978   node2_pad05 = new TNode("node2_pad05", "node2_pad05", "padrow5", 0., 0., -z[0]);
00979   node2_pad06 = new TNode("node2_pad06", "node2_pad06", "padrow6", 0., 0., -z[0]);
00980 
00981   node2_pad11 = new TNode("node2_pad11", "node2_pad11", "padrow1", 0., 0., -z[1]);
00982   node2_pad12 = new TNode("node2_pad12", "node2_pad12", "padrow2", 0., 0., -z[1]);
00983   node2_pad13 = new TNode("node2_pad13", "node2_pad13", "padrow3", 0., 0., -z[1]);
00984   node2_pad14 = new TNode("node2_pad14", "node2_pad14", "padrow4", 0., 0., -z[1]);
00985   node2_pad15 = new TNode("node2_pad15", "node2_pad15", "padrow5", 0., 0., -z[1]);
00986   node2_pad16 = new TNode("node2_pad16", "node2_pad16", "padrow6", 0., 0., -z[1]);
00987 
00988   node2_pad21 = new TNode("node2_pad21", "node2_pad21", "padrow1", 0., 0., -z[2]);
00989   node2_pad22 = new TNode("node2_pad22", "node2_pad22", "padrow2", 0., 0., -z[2]);
00990   node2_pad23 = new TNode("node2_pad23", "node2_pad23", "padrow3", 0., 0., -z[2]);
00991   node2_pad24 = new TNode("node2_pad24", "node2_pad24", "padrow4", 0., 0., -z[2]);
00992   node2_pad25 = new TNode("node2_pad25", "node2_pad25", "padrow5", 0., 0., -z[2]);
00993   node2_pad26 = new TNode("node2_pad26", "node2_pad26", "padrow6", 0., 0., -z[2]);
00994 
00995   node2_pad31 = new TNode("node2_pad31", "node2_pad31", "padrow1", 0., 0., -z[3]);
00996   node2_pad32 = new TNode("node2_pad32", "node2_pad32", "padrow2", 0., 0., -z[3]);
00997   node2_pad33 = new TNode("node2_pad33", "node2_pad33", "padrow3", 0., 0., -z[3]);
00998   node2_pad34 = new TNode("node2_pad34", "node2_pad34", "padrow4", 0., 0., -z[3]);
00999   node2_pad35 = new TNode("node2_pad35", "node2_pad35", "padrow5", 0., 0., -z[3]);
01000   node2_pad36 = new TNode("node2_pad36", "node2_pad36", "padrow6", 0., 0., -z[3]);
01001 
01002   node2_pad41 = new TNode("node2_pad41", "node2_pad41", "padrow1", 0., 0., -z[4]);
01003   node2_pad42 = new TNode("node2_pad42", "node2_pad42", "padrow2", 0., 0., -z[4]);
01004   node2_pad43 = new TNode("node2_pad43", "node2_pad43", "padrow3", 0., 0., -z[4]);
01005   node2_pad44 = new TNode("node2_pad44", "node2_pad44", "padrow4", 0., 0., -z[4]);
01006   node2_pad45 = new TNode("node2_pad45", "node2_pad45", "padrow5", 0., 0., -z[4]);
01007   node2_pad46 = new TNode("node2_pad46", "node2_pad46", "padrow6", 0., 0., -z[4]);
01008 
01009   node2_pad51 = new TNode("node2_pad51", "node2_pad51", "padrow1", 0., 0., -z[5]);
01010   node2_pad52 = new TNode("node2_pad52", "node2_pad52", "padrow2", 0., 0., -z[5]);
01011   node2_pad53 = new TNode("node2_pad53", "node2_pad53", "padrow3", 0., 0., -z[5]);
01012   node2_pad54 = new TNode("node2_pad54", "node2_pad54", "padrow4", 0., 0., -z[5]);
01013   node2_pad55 = new TNode("node2_pad55", "node2_pad55", "padrow5", 0., 0., -z[5]);
01014   node2_pad56 = new TNode("node2_pad56", "node2_pad56", "padrow6", 0., 0., -z[5]);
01015 
01016   node2_pad61 = new TNode("node2_pad61", "node2_pad61", "padrow1", 0., 0., -z[6]);
01017   node2_pad62 = new TNode("node2_pad62", "node2_pad62", "padrow2", 0., 0., -z[6]);
01018   node2_pad63 = new TNode("node2_pad63", "node2_pad63", "padrow3", 0., 0., -z[6]);
01019   node2_pad64 = new TNode("node2_pad64", "node2_pad64", "padrow4", 0., 0., -z[6]);
01020   node2_pad65 = new TNode("node2_pad65", "node2_pad65", "padrow5", 0., 0., -z[6]);
01021   node2_pad66 = new TNode("node2_pad66", "node2_pad66", "padrow6", 0., 0., -z[6]);
01022 
01023   node2_pad71 = new TNode("node2_pad71", "node2_pad71", "padrow1", 0., 0., -z[7]);
01024   node2_pad72 = new TNode("node2_pad72", "node2_pad72", "padrow2", 0., 0., -z[7]);
01025   node2_pad73 = new TNode("node2_pad73", "node2_pad73", "padrow3", 0., 0., -z[7]);
01026   node2_pad74 = new TNode("node2_pad74", "node2_pad74", "padrow4", 0., 0., -z[7]);
01027   node2_pad75 = new TNode("node2_pad75", "node2_pad75", "padrow5", 0., 0., -z[7]);
01028   node2_pad76 = new TNode("node2_pad76", "node2_pad76", "padrow6", 0., 0., -z[7]);
01029 
01030   node2_pad81 = new TNode("node2_pad81", "node2_pad81", "padrow1", 0., 0., -z[8]);
01031   node2_pad82 = new TNode("node2_pad82", "node2_pad82", "padrow2", 0., 0., -z[8]);
01032   node2_pad83 = new TNode("node2_pad83", "node2_pad83", "padrow3", 0., 0., -z[8]);
01033   node2_pad84 = new TNode("node2_pad84", "node2_pad84", "padrow4", 0., 0., -z[8]);
01034   node2_pad85 = new TNode("node2_pad85", "node2_pad85", "padrow5", 0., 0., -z[8]);
01035   node2_pad86 = new TNode("node2_pad86", "node2_pad86", "padrow6", 0., 0., -z[8]);
01036 
01037   node2_pad91 = new TNode("node2_pad91", "node2_pad91", "padrow1", 0., 0., -z[9]);
01038   node2_pad92 = new TNode("node2_pad92", "node2_pad92", "padrow2", 0., 0., -z[9]);
01039   node2_pad93 = new TNode("node2_pad93", "node2_pad93", "padrow3", 0., 0., -z[9]);
01040   node2_pad94 = new TNode("node2_pad94", "node2_pad94", "padrow4", 0., 0., -z[9]);
01041   node2_pad95 = new TNode("node2_pad95", "node2_pad95", "padrow5", 0., 0., -z[9]);
01042   node2_pad96 = new TNode("node2_pad96", "node2_pad96", "padrow6", 0., 0., -z[9]);
01043  
01044   
01045   // create dependencies for '+' Ftpc
01046   canvas->cd(3);
01047   node1->cd();
01048   node1_out = new TNode("node1_out", "node1_out", "ftpc1_out", 0, 0, z_first+(z_last-z_first)/2.);
01049   node1_in  = new TNode("node1_in",  "node1_in",  "ftpc1_in",  0, 0, z_first+(z_last-z_first)/2.);
01050 
01051   node1_seg1 = new TNode("node1_seg1", "node1_seg1", "dead_seg1", 0., 0., z_first+(z_last-z_first)/2.);
01052   node1_seg2 = new TNode("node1_seg2", "node1_seg2", "dead_seg2", 0., 0., z_first+(z_last-z_first)/2.);
01053   node1_seg3 = new TNode("node1_seg3", "node1_seg3", "dead_seg3", 0., 0., z_first+(z_last-z_first)/2.);
01054   node1_seg4 = new TNode("node1_seg4", "node1_seg4", "dead_seg4", 0., 0., z_first+(z_last-z_first)/2.);
01055   node1_seg5 = new TNode("node1_seg5", "node1_seg5", "dead_seg5", 0., 0., z_first+(z_last-z_first)/2.);
01056   node1_seg6 = new TNode("node1_seg6", "node1_seg6", "dead_seg6", 0., 0., z_first+(z_last-z_first)/2.);
01057 
01058   node1_pad01 = new TNode("node1_pad01", "node1_pad01", "padrow1", 0., 0., z[0]);
01059   node1_pad02 = new TNode("node1_pad02", "node1_pad02", "padrow2", 0., 0., z[0]);
01060   node1_pad03 = new TNode("node1_pad03", "node1_pad03", "padrow3", 0., 0., z[0]);
01061   node1_pad04 = new TNode("node1_pad04", "node1_pad04", "padrow4", 0., 0., z[0]);
01062   node1_pad05 = new TNode("node1_pad05", "node1_pad05", "padrow5", 0., 0., z[0]);
01063   node1_pad06 = new TNode("node1_pad06", "node1_pad06", "padrow6", 0., 0., z[0]);
01064 
01065   node1_pad11 = new TNode("node1_pad11", "node1_pad11", "padrow1", 0., 0., z[1]);
01066   node1_pad12 = new TNode("node1_pad12", "node1_pad12", "padrow2", 0., 0., z[1]);
01067   node1_pad13 = new TNode("node1_pad13", "node1_pad13", "padrow3", 0., 0., z[1]);
01068   node1_pad14 = new TNode("node1_pad14", "node1_pad14", "padrow4", 0., 0., z[1]);
01069   node1_pad15 = new TNode("node1_pad15", "node1_pad15", "padrow5", 0., 0., z[1]);
01070   node1_pad16 = new TNode("node1_pad16", "node1_pad16", "padrow6", 0., 0., z[1]);
01071 
01072   node1_pad21 = new TNode("node1_pad21", "node1_pad21", "padrow1", 0., 0., z[2]);
01073   node1_pad22 = new TNode("node1_pad22", "node1_pad22", "padrow2", 0., 0., z[2]);
01074   node1_pad23 = new TNode("node1_pad23", "node1_pad23", "padrow3", 0., 0., z[2]);
01075   node1_pad24 = new TNode("node1_pad24", "node1_pad24", "padrow4", 0., 0., z[2]);
01076   node1_pad25 = new TNode("node1_pad25", "node1_pad25", "padrow5", 0., 0., z[2]);
01077   node1_pad26 = new TNode("node1_pad26", "node1_pad26", "padrow6", 0., 0., z[2]);
01078 
01079   node1_pad31 = new TNode("node1_pad31", "node1_pad31", "padrow1", 0., 0., z[3]);
01080   node1_pad32 = new TNode("node1_pad32", "node1_pad32", "padrow2", 0., 0., z[3]);
01081   node1_pad33 = new TNode("node1_pad33", "node1_pad33", "padrow3", 0., 0., z[3]);
01082   node1_pad34 = new TNode("node1_pad34", "node1_pad34", "padrow4", 0., 0., z[3]);
01083   node1_pad35 = new TNode("node1_pad35", "node1_pad35", "padrow5", 0., 0., z[3]);
01084   node1_pad36 = new TNode("node1_pad36", "node1_pad36", "padrow6", 0., 0., z[3]);
01085 
01086   node1_pad41 = new TNode("node1_pad41", "node1_pad41", "padrow1", 0., 0., z[4]);
01087   node1_pad42 = new TNode("node1_pad42", "node1_pad42", "padrow2", 0., 0., z[4]);
01088   node1_pad43 = new TNode("node1_pad43", "node1_pad43", "padrow3", 0., 0., z[4]);
01089   node1_pad44 = new TNode("node1_pad44", "node1_pad44", "padrow4", 0., 0., z[4]);
01090   node1_pad45 = new TNode("node1_pad45", "node1_pad45", "padrow5", 0., 0., z[4]);
01091   node1_pad46 = new TNode("node1_pad46", "node1_pad46", "padrow6", 0., 0., z[4]);
01092 
01093   node1_pad51 = new TNode("node1_pad51", "node1_pad51", "padrow1", 0., 0., z[5]);
01094   node1_pad52 = new TNode("node1_pad52", "node1_pad52", "padrow2", 0., 0., z[5]);
01095   node1_pad53 = new TNode("node1_pad53", "node1_pad53", "padrow3", 0., 0., z[5]);
01096   node1_pad54 = new TNode("node1_pad54", "node1_pad54", "padrow4", 0., 0., z[5]);
01097   node1_pad55 = new TNode("node1_pad55", "node1_pad55", "padrow5", 0., 0., z[5]);
01098   node1_pad56 = new TNode("node1_pad56", "node1_pad56", "padrow6", 0., 0., z[5]);
01099 
01100   node1_pad61 = new TNode("node1_pad61", "node1_pad61", "padrow1", 0., 0., z[6]);
01101   node1_pad62 = new TNode("node1_pad62", "node1_pad62", "padrow2", 0., 0., z[6]);
01102   node1_pad63 = new TNode("node1_pad63", "node1_pad63", "padrow3", 0., 0., z[6]);
01103   node1_pad64 = new TNode("node1_pad64", "node1_pad64", "padrow4", 0., 0., z[6]);
01104   node1_pad65 = new TNode("node1_pad65", "node1_pad65", "padrow5", 0., 0., z[6]);
01105   node1_pad66 = new TNode("node1_pad66", "node1_pad66", "padrow6", 0., 0., z[6]);
01106 
01107   node1_pad71 = new TNode("node1_pad71", "node1_pad71", "padrow1", 0., 0., z[7]);
01108   node1_pad72 = new TNode("node1_pad72", "node1_pad72", "padrow2", 0., 0., z[7]);
01109   node1_pad73 = new TNode("node1_pad73", "node1_pad73", "padrow3", 0., 0., z[7]);
01110   node1_pad74 = new TNode("node1_pad74", "node1_pad74", "padrow4", 0., 0., z[7]);
01111   node1_pad75 = new TNode("node1_pad75", "node1_pad75", "padrow5", 0., 0., z[7]);
01112   node1_pad76 = new TNode("node1_pad76", "node1_pad76", "padrow6", 0., 0., z[7]);
01113 
01114   node1_pad81 = new TNode("node1_pad81", "node1_pad81", "padrow1", 0., 0., z[8]);
01115   node1_pad82 = new TNode("node1_pad82", "node1_pad82", "padrow2", 0., 0., z[8]);
01116   node1_pad83 = new TNode("node1_pad83", "node1_pad83", "padrow3", 0., 0., z[8]);
01117   node1_pad84 = new TNode("node1_pad84", "node1_pad84", "padrow4", 0., 0., z[8]);
01118   node1_pad85 = new TNode("node1_pad85", "node1_pad85", "padrow5", 0., 0., z[8]);
01119   node1_pad86 = new TNode("node1_pad86", "node1_pad86", "padrow6", 0., 0., z[8]);
01120 
01121   node1_pad91 = new TNode("node1_pad91", "node1_pad91", "padrow1", 0., 0., z[9]);
01122   node1_pad92 = new TNode("node1_pad92", "node1_pad92", "padrow2", 0., 0., z[9]);
01123   node1_pad93 = new TNode("node1_pad93", "node1_pad93", "padrow3", 0., 0., z[9]);
01124   node1_pad94 = new TNode("node1_pad94", "node1_pad94", "padrow4", 0., 0., z[9]);
01125   node1_pad95 = new TNode("node1_pad95", "node1_pad95", "padrow5", 0., 0., z[9]);
01126   node1_pad96 = new TNode("node1_pad96", "node1_pad96", "padrow6", 0., 0., z[9]);
01127  
01128   // The following lines are unnecessary. They avoid compiler warnings. They can be simply deleted.
01129   /*
01130   node0->cd();
01131   node1->cd();
01132   node2->cd();
01133   node1_in->cd();
01134   node2_in->cd();
01135   node1_out->cd();
01136   node2_out->cd();
01137   node01_in->cd();
01138   node02_in->cd();
01139   node01_out->cd();
01140   node02_out->cd();
01141   node01_seg1->cd();
01142   node01_seg2->cd();
01143   node01_seg3->cd();
01144   node01_seg4->cd();
01145   node01_seg5->cd();
01146   node01_seg6->cd();
01147   node02_seg1->cd();
01148   node02_seg2->cd();
01149   node02_seg3->cd();
01150   node02_seg4->cd();
01151   node02_seg5->cd();
01152   node02_seg6->cd();
01153   node1_seg1->cd();
01154   node1_seg2->cd();
01155   node1_seg3->cd();
01156   node1_seg4->cd();
01157   node1_seg5->cd();
01158   node1_seg6->cd();
01159   node2_seg1->cd();
01160   node2_seg2->cd();
01161   node2_seg3->cd();
01162   node2_seg4->cd();
01163   node2_seg5->cd();
01164   node2_seg6->cd();
01165 
01166   node01_pad01->cd();
01167   node01_pad02->cd();
01168   node01_pad03->cd();
01169   node01_pad04->cd();
01170   node01_pad05->cd();
01171   node01_pad06->cd();
01172   node02_pad01->cd();
01173   node02_pad02->cd();
01174   node02_pad03->cd();
01175   node02_pad04->cd();
01176   node02_pad05->cd();
01177   node02_pad06->cd();
01178 */
01179 }
01180 
01181 void deleteNode() {
01182   // Deletes nodes.
01183   
01184   delete ftpc1_in;
01185   delete ftpc2_in;
01186   delete ftpc1_out;
01187   delete ftpc2_out;
01188   delete padrow1;
01189   delete padrow2;
01190   delete padrow3;
01191   delete padrow4;
01192   delete padrow5;
01193   delete padrow6;
01194   delete dead_seg1;
01195   delete dead_seg2;
01196   delete dead_seg3;
01197   delete dead_seg4;
01198   delete dead_seg5;
01199   delete dead_seg6;
01200   delete node01_in;
01201   delete node01_out;
01202   delete node02_in;
01203   delete node02_out;
01204   delete node1_in;
01205   delete node1_out;
01206   delete node2_in;
01207   delete node2_out;
01208   delete node01_seg1;
01209   delete node01_seg2;
01210   delete node01_seg3;
01211   delete node01_seg4;
01212   delete node01_seg5;
01213   delete node01_seg6;
01214   delete node02_seg1;
01215   delete node02_seg2;
01216   delete node02_seg3;
01217   delete node02_seg4;
01218   delete node02_seg5;
01219   delete node02_seg6;
01220   delete node1_seg1;
01221   delete node1_seg2;
01222   delete node1_seg3;
01223   delete node1_seg4;
01224   delete node1_seg5;
01225   delete node1_seg6;
01226   delete node2_seg1;
01227   delete node2_seg2;
01228   delete node2_seg3;
01229   delete node2_seg4;
01230   delete node2_seg5;
01231   delete node2_seg6;
01232   delete node01_pad01;
01233   delete node01_pad02;
01234   delete node01_pad03;
01235   delete node01_pad04;
01236   delete node01_pad05;
01237   delete node01_pad06;
01238   delete node02_pad01;
01239   delete node02_pad02;
01240   delete node02_pad03;
01241   delete node02_pad04;
01242   delete node02_pad05;
01243   delete node02_pad06;
01244   delete node1_pad01;
01245   delete node1_pad02;
01246   delete node1_pad03;
01247   delete node1_pad04;
01248   delete node1_pad05;
01249   delete node1_pad06;
01250   delete node2_pad01;
01251   delete node2_pad02;
01252   delete node2_pad03;
01253   delete node2_pad04;
01254   delete node2_pad05;
01255   delete node2_pad06;
01256   delete node1_pad11;
01257   delete node1_pad12;
01258   delete node1_pad13;
01259   delete node1_pad14;
01260   delete node1_pad15;
01261   delete node1_pad16;
01262   delete node2_pad11;
01263   delete node2_pad12;
01264   delete node2_pad13;
01265   delete node2_pad14;
01266   delete node2_pad15;
01267   delete node2_pad16;
01268   delete node01_pad11;
01269   delete node01_pad12;
01270   delete node01_pad13;
01271   delete node01_pad14;
01272   delete node01_pad15;
01273   delete node01_pad16;
01274   delete node02_pad11;
01275   delete node02_pad12;
01276   delete node02_pad13;
01277   delete node02_pad14;
01278   delete node02_pad15;
01279   delete node02_pad16;
01280   delete node1_pad21;
01281   delete node1_pad22;
01282   delete node1_pad23;
01283   delete node1_pad24;
01284   delete node1_pad25;
01285   delete node1_pad26;
01286   delete node2_pad21;
01287   delete node2_pad22;
01288   delete node2_pad23;
01289   delete node2_pad24;
01290   delete node2_pad25;
01291   delete node2_pad26;
01292   delete node01_pad21;
01293   delete node01_pad22;
01294   delete node01_pad23;
01295   delete node01_pad24;
01296   delete node01_pad25;
01297   delete node01_pad26;
01298   delete node02_pad21;
01299   delete node02_pad22;
01300   delete node02_pad23;
01301   delete node02_pad24;
01302   delete node02_pad25;
01303   delete node02_pad26;
01304   delete node1_pad31;
01305   delete node1_pad32;
01306   delete node1_pad33;
01307   delete node1_pad34;
01308   delete node1_pad35;
01309   delete node1_pad36;
01310   delete node2_pad31;
01311   delete node2_pad32;
01312   delete node2_pad33;
01313   delete node2_pad34;
01314   delete node2_pad35;
01315   delete node2_pad36;
01316   delete node01_pad31;
01317   delete node01_pad32;
01318   delete node01_pad33;
01319   delete node01_pad34;
01320   delete node01_pad35;
01321   delete node01_pad36;
01322   delete node02_pad31;
01323   delete node02_pad32;
01324   delete node02_pad33;
01325   delete node02_pad34;
01326   delete node02_pad35;
01327   delete node02_pad36;
01328   delete node1_pad41;
01329   delete node1_pad42;
01330   delete node1_pad43;
01331   delete node1_pad44;
01332   delete node1_pad45;
01333   delete node1_pad46;
01334   delete node2_pad41;
01335   delete node2_pad42;
01336   delete node2_pad43;
01337   delete node2_pad44;
01338   delete node2_pad45;
01339   delete node2_pad46;
01340   delete node01_pad41;
01341   delete node01_pad42;
01342   delete node01_pad43;
01343   delete node01_pad44;
01344   delete node01_pad45;
01345   delete node01_pad46;
01346   delete node02_pad41;
01347   delete node02_pad42;
01348   delete node02_pad43;
01349   delete node02_pad44;
01350   delete node02_pad45;
01351   delete node02_pad46;
01352   delete node1_pad51;
01353   delete node1_pad52;
01354   delete node1_pad53;
01355   delete node1_pad54;
01356   delete node1_pad55;
01357   delete node1_pad56;
01358   delete node2_pad51;
01359   delete node2_pad52;
01360   delete node2_pad53;
01361   delete node2_pad54;
01362   delete node2_pad55;
01363   delete node2_pad56;
01364   delete node01_pad51;
01365   delete node01_pad52;
01366   delete node01_pad53;
01367   delete node01_pad54;
01368   delete node01_pad55;
01369   delete node01_pad56;
01370   delete node02_pad51;
01371   delete node02_pad52;
01372   delete node02_pad53;
01373   delete node02_pad54;
01374   delete node02_pad55;
01375   delete node02_pad56;
01376   delete node1_pad61;
01377   delete node1_pad62;
01378   delete node1_pad63;
01379   delete node1_pad64;
01380   delete node1_pad65;
01381   delete node1_pad66;
01382   delete node2_pad61;
01383   delete node2_pad62;
01384   delete node2_pad63;
01385   delete node2_pad64;
01386   delete node2_pad65;
01387   delete node2_pad66;
01388   delete node01_pad61;
01389   delete node01_pad62;
01390   delete node01_pad63;
01391   delete node01_pad64;
01392   delete node01_pad65;
01393   delete node01_pad66;
01394   delete node02_pad61;
01395   delete node02_pad62;
01396   delete node02_pad63;
01397   delete node02_pad64;
01398   delete node02_pad65;
01399   delete node02_pad66;
01400   delete node1_pad71;
01401   delete node1_pad72;
01402   delete node1_pad73;
01403   delete node1_pad74;
01404   delete node1_pad75;
01405   delete node1_pad76;
01406   delete node2_pad71;
01407   delete node2_pad72;
01408   delete node2_pad73;
01409   delete node2_pad74;
01410   delete node2_pad75;
01411   delete node2_pad76;
01412   delete node01_pad71;
01413   delete node01_pad72;
01414   delete node01_pad73;
01415   delete node01_pad74;
01416   delete node01_pad75;
01417   delete node01_pad76;
01418   delete node02_pad71;
01419   delete node02_pad72;
01420   delete node02_pad73;
01421   delete node02_pad74;
01422   delete node02_pad75;
01423   delete node02_pad76;
01424   delete node1_pad81;
01425   delete node1_pad82;
01426   delete node1_pad83;
01427   delete node1_pad84;
01428   delete node1_pad85;
01429   delete node1_pad86;
01430   delete node2_pad81;
01431   delete node2_pad82;
01432   delete node2_pad83;
01433   delete node2_pad84;
01434   delete node2_pad85;
01435   delete node2_pad86;
01436   delete node01_pad81;
01437   delete node01_pad82;
01438   delete node01_pad83;
01439   delete node01_pad84;
01440   delete node01_pad85;
01441   delete node01_pad86;
01442   delete node02_pad81;
01443   delete node02_pad82;
01444   delete node02_pad83;
01445   delete node02_pad84;
01446   delete node02_pad85;
01447   delete node02_pad86;
01448   delete node1_pad91;
01449   delete node1_pad92;
01450   delete node1_pad93;
01451   delete node1_pad94;
01452   delete node1_pad95;
01453   delete node1_pad96;
01454   delete node2_pad91;
01455   delete node2_pad92;
01456   delete node2_pad93;
01457   delete node2_pad94;
01458   delete node2_pad95;
01459   delete node2_pad96;
01460   delete node01_pad91;
01461   delete node01_pad92;
01462   delete node01_pad93;
01463   delete node01_pad94;
01464   delete node01_pad95;
01465   delete node01_pad96;
01466   delete node02_pad91;
01467   delete node02_pad92;
01468   delete node02_pad93;
01469   delete node02_pad94;
01470   delete node02_pad95;
01471   delete node02_pad96;
01472 }
01473