#include <BfldLoanPool.h>
Inheritance diagram for BfldLoanPool:
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Definition at line 51 of file BfldLoanPool.cxx. References MSG. 00055 : fMaxUnrefCaches(1), fInZTest(3), fDoLocalTransform(0), 00056 fDoBHCorrection(0), fDoSlotCorrection(0), 00057 fDoInterPlaneField(1), fDoSMGapAndEndField(1), fUseDCSCoilDir(1), 00058 fUseDCSCurrent(0), fGapLineSrc(3), fApplyBdotScale(0), 00059 fZTolerance(0.0), fNoFieldBeyondZ(9999.), 00060 fForceUseEverywhere(0), fIgnoreUseEverywhere(1) 00061 { 00062 // Default ctor -- called by self only 00063 00064 if (fgInstance && fgInstance != this) { 00065 MSG("Bfld",Msg::kWarning) 00066 << "BfldLoanPool ctor() called but global already exists" 00067 << " -- memory leak (existing one will be lost)" 00068 << endl; 00069 } 00070 fgInstance = this; 00071 00072 MSG("Bfld",Msg::kSynopsis) << "BfldLoanPool ctor" << endl; 00073 00074 fBfldMeshList.SetOwner(true); 00075 fBfldMapList.SetOwner(true); 00076 fBfldCacheList.SetOwner(true); 00077 }
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Definition at line 80 of file BfldLoanPool.cxx. References fBfldCacheList, fBfldMapList, fBfldMeshList, fgInstance, and MSG. 00081 {
00082 // dtor
00083 // delete all the owned sub-objects
00084
00085 MSG("Bfld",Msg::kSynopsis) << "BfldLoanPool shutdown" << endl;
00086
00087 fgInstance = 0;
00088 fBfldMeshList.Delete();
00089 fBfldMapList.Delete();
00090 fBfldCacheList.Delete();
00091 }
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Definition at line 544 of file BfldLoanPool.cxx. References fBfldCacheList, fBfldMapList, and fBfldMeshList. 00545 {
00546 if (cache) fBfldCacheList.Delete();
00547 if (map) fBfldMapList.Delete();
00548 if (mesh) fBfldMeshList.Delete();
00549 }
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Implements CfgConfigurable. Definition at line 121 of file BfldLoanPool.cxx. References fApplyBdotScale, fDoBHCorrection, fDoInterPlaneField, fDoLocalTransform, fDoSlotCorrection, fDoSMGapAndEndField, fForceUseEverywhere, fGapLineSrc, fIgnoreUseEverywhere, fInZTest, fMaxUnrefCaches, fNoFieldBeyondZ, fUseDCSCoilDir, fUseDCSCurrent, fZTolerance, Registry::Get(), CfgConfigurable::GetConfig(), and MSG. 00122 {
00123 // Reconfigure after internal registry update.
00124
00125 Registry& r = GetConfig();
00126
00127 int tmpi;
00128 double tmpd;
00129 const char* tmps;
00130
00131 if (r.Get("MaxUnrefCaches", tmpi)) fMaxUnrefCaches = tmpi;
00132
00133 if (r.Get("RequireInZTest", tmpi)) fInZTest = tmpi;
00134 if (r.Get("DoLocalTransform", tmpi)) fDoLocalTransform = tmpi;
00135
00136 if (r.Get("DoBHCorrection", tmpi)) fDoBHCorrection = tmpi;
00137 if (r.Get("DoSlotCorrection", tmpi)) fDoSlotCorrection = tmpi;
00138 if (r.Get("DoInterPlaneField", tmpi)) fDoInterPlaneField = tmpi;
00139 if (r.Get("DoSMGapAndEndField", tmpi)) fDoSMGapAndEndField = tmpi;
00140 if (r.Get("UseDCSCoilDir", tmpi)) fUseDCSCoilDir = tmpi;
00141 if (r.Get("UseDCSCurrent", tmpi)) fUseDCSCurrent = tmpi;
00142 if (r.Get("GapLineSrc", tmpi)) fGapLineSrc = tmpi;
00143 if (r.Get("ApplyBdotScale", tmpi)) fApplyBdotScale = tmpi;
00144
00145 if (r.Get("ZTolerance", tmpd)) fZTolerance = tmpd;
00146
00147 if (r.Get("NoFieldBeyondZ", tmpd)) fNoFieldBeyondZ = tmpd;
00148
00149 if (r.Get("ForceUseEverywhere", tmpi)) fForceUseEverywhere = tmpi;
00150 if (r.Get("IgnoreUseEverywhere",tmpi)) fIgnoreUseEverywhere= tmpi;
00151
00152 if (r.Get("AllBellsAndWhistles",tmpi) && tmpi != 0 ) {
00153 // maximum enhancements! damn the torpedos
00154 MSG("Bfld",Msg::kInfo)
00155 << "BfldLoanPool configured for AllBellsAndWhistles! (toot)! (toot)!"
00156 << endl;
00157 fInZTest = 3; // this is needed for InterPlaneField
00158 fDoLocalTransform = 2;
00159 fDoInterPlaneField = 1;
00160 fDoBHCorrection = -1;
00161 fDoSlotCorrection = 1;
00162 fApplyBdotScale = 1;
00163 }
00164
00165 if (r.Get("SwimmerChoice",tmps) && tmps != 0 ) {
00166 TString swimname(tmps);
00167 swimname.Remove(TString::kBoth,' ').ToLower();
00168 bool handled = false;
00169
00170 if ("old" == swimname) {
00171 // old swimmer behaviour
00172 MSG("Bfld",Msg::kInfo)
00173 << "BfldLoanPool configured for old Swimmer"
00174 << endl;
00175 fForceUseEverywhere = 0;
00176 fIgnoreUseEverywhere = 0;
00177 fInZTest = 1; // steel within tolerance, complain outside
00178 fDoInterPlaneField = 0;
00179 fDoSMGapAndEndField = 0;
00180 fZTolerance = 0.25*Munits::mm;
00181 handled = true;
00182 }
00183 if ("geo" == swimname) {
00184 // GeoSwimmer behaviour
00185 MSG("Bfld",Msg::kInfo)
00186 << "BfldLoanPool configured for GeoSwimmer"
00187 << endl;
00188 fForceUseEverywhere = 0;
00189 fIgnoreUseEverywhere = 1;
00190 fInZTest = 3; // steel within tolerance, complain outside
00191 fDoInterPlaneField = 1;
00192 fDoSMGapAndEndField = 1;
00193 fZTolerance = 0.0*Munits::mm;
00194 handled = true;
00195 }
00196
00197 if ( ! handled && swimname != "" ) {
00198 MSG("Bfld",Msg::kInfo)
00199 << "BfldLoanPool doesn't know how to configure for Swimmer: "
00200 << "\"" << swimname << "\""
00201 << endl;
00202 }
00203 } // non-zero SwimmerChoice
00204
00205 }
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====================================================================== Eventually this might go in the database and load the configuration. This would take a name or something. ====================================================================== Reimplemented from CfgConfigurable. Definition at line 208 of file BfldLoanPool.cxx. References Nav::GetName(), Registry::LockValues(), Registry::Set(), and Registry::UnLockValues(). Referenced by Instance(). 00209 {
00210 //======================================================================
00211 // The default configuration for this framework component
00212 //======================================================================
00213 //int itrue = 1; // Work around for Registry's lack of bool
00214 //int ifalse = 0; // Work around for Registry's lack of bool
00215 static Registry r;
00216
00217 std::string name = this->GetName();
00218 name += ".config.default";
00219 r.SetName(name.c_str());
00220
00221 r.UnLockValues();
00222
00223 // Limit # of spare caches (depends on geometry)
00224 r.Set("MaxUnrefCaches", 1);
00225
00226 // Require (even if UseEverywhere) that we only compute BField
00227 // inside z boundary of steel
00228 // 0 = no test
00229 // 1 = complain if problems
00230 // 2 = complain and return B=0 if outside any steel z range
00231 // 3 = use gap map or line current when outside steel
00232 r.Set("RequireInZTest", 3);
00233
00234 // do coordinate transformation local <--> global for steel
00235 // 0 = none: assume x0-y0 global = x0-y0 map, no rotation
00236 // 1 = transform position before lookup
00237 // 2 = transform resulting field back (account for rotation)
00238 r.Set("DoLocalTransform", 0);
00239
00240 // configurable additions to the basic map interpolation
00241 r.Set("DoBHCorrection", 0); // -1 = use BHFactor/BHCutoff method
00242 r.Set("DoSlotCorrection", 0);
00243
00244 // 0 = no field outside steel
00245 // 1 = use detail map if in that region
00246 // use full map if it exists, or line current if not
00247 // 2 = like 1, except always use line current outside detail
00248 // 3 = use detail map if in that region, otherwise zero
00249 r.Set("DoInterPlaneField", 1);
00250
00251 r.Set("DoSMGapAndEndField", 1);
00252
00253 r.Set("UseDCSCoilDir", 1); // generally 1 or 0
00254 r.Set("UseDCSCurrent", 0); // don't use CoilTools::CoilCurrent()
00255 r.Set("GapLineSrc", 3); // 3= central + return line src
00256
00257 r.Set("ApplyBdotScale", 0); // for now have this off ...
00258 // until numbers have been validated
00259
00260 // turn on all the above flags in one go or based on swimmer
00261 r.Set("AllBellsAndWhistles", 0);
00262 r.Set("SwimmerChoice", ""); // "old", "geo"
00263
00264 // Limit on the out-of-steel tolerance in z position
00265 r.Set("ZTolerance", 0.0); // was 0.25*Munits::mm
00266
00267 // Force B=0 for positions beyond this z.
00268 // Useful for UseEverywhere with 2nd SuperModule not energizied.
00269 r.Set("NoFieldBeyondZ", 9999.0);
00270
00271 // Force a particular map?
00272 // Even overrides any value passed to BField ctor, but in turn
00273 // overridden by IgnoreUseEverywhere.
00274 r.Set("ForceUseEverywhere", 0);
00275 // Ignore the UseEverywhere flag in favor of the geometry?
00276 // Use BfldDbiPlaneMap for determining which map to use for each plane
00277 r.Set("IgnoreUseEverywhere", 1);
00278
00279 r.LockValues();
00280
00281 return r;
00282
00283 }
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Definition at line 401 of file BfldLoanPool.cxx. References BfldCache::CountRef(), fBfldCacheList, BfldCache::GetVldRange(), VldRange::IsCompatible(), and MSG. Referenced by BField::ResetVldContext(). 00402 {
00403 // Get a shared cache
00404 //
00405 BfldCache *cache;
00406
00407 // Look in the list for a match
00408 // Count # of unreferenced caches in case we don't find a match
00409 Int_t todelete = -fMaxUnrefCaches;
00410 TIter iter(&fBfldCacheList);
00411 while ( ( cache = (BfldCache *)iter.Next() ) ) {
00412 // Check if it is compatible
00413 if ( cache->GetVldRange().IsCompatible(vldc) ) return cache;
00414 if ( cache->CountRef() <= 0 ) todelete++;
00415 }
00416
00417 // Nothing in the list matches
00418
00419 // Purge extraneous unref'd caches
00420 // Iterate from the front (default) so oldest gets cleaned out first
00421 if (todelete > 0) {
00422 TObjArrayIter iter_rm(&fBfldCacheList);
00423 BfldCache* other_cache = 0;
00424 while ( ( other_cache = (BfldCache *)iter_rm.Next() ) &&
00425 todelete > 0 ) {
00426 if ( other_cache->CountRef() <= 0 ) {
00427 fBfldCacheList.Remove(other_cache);
00428 delete other_cache;
00429 todelete--;
00430 }
00431 }
00432 // remove the spaces we freed up
00433 fBfldCacheList.Compress();
00434 }
00435
00436 // Create an appropriate entry
00437 MSG("Bfld",Msg::kDebug)
00438 << "GetCache created a new BfldCache" << endl;
00439 cache = new BfldCache(vldc);
00440 fBfldCacheList.Add(cache);
00441
00442 return cache;
00443 }
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Definition at line 55 of file BfldLoanPool.h. Referenced by BField::InitFlagsFromLoanPool(). 00055 {return fApplyBdotScale; }
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Definition at line 47 of file BfldLoanPool.h. Referenced by BField::InitFlagsFromLoanPool(). 00047 {return fDoBHCorrection; }
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Definition at line 49 of file BfldLoanPool.h. Referenced by BField::InitFlagsFromLoanPool(). 00049 {return fDoInterPlaneField; }
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Definition at line 46 of file BfldLoanPool.h. Referenced by BfldCache::InitFlags(). 00046 {return fDoLocalTransform; }
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Definition at line 48 of file BfldLoanPool.h. Referenced by BField::InitFlagsFromLoanPool(). 00048 {return fDoSlotCorrection; }
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Definition at line 50 of file BfldLoanPool.h. Referenced by BField::InitFlagsFromLoanPool(). 00050 {return fDoSMGapAndEndField;}
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Definition at line 53 of file BfldLoanPool.h. Referenced by BField::InitFlagsFromLoanPool(). 00053 {return fGapLineSrc; }
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Definition at line 58 of file BfldLoanPool.h. Referenced by BField::InitFlagsFromLoanPool(). 00058 {return fNoFieldBeyondZ; }
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Definition at line 45 of file BfldLoanPool.h. Referenced by BfldCache::InitFlags(). 00045 {return fInZTest; }
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Definition at line 51 of file BfldLoanPool.h. Referenced by BField::InitFlagsFromLoanPool(). 00051 {return fUseDCSCoilDir; }
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Definition at line 52 of file BfldLoanPool.h. Referenced by BField::InitFlagsFromLoanPool(). 00052 {return fUseDCSCurrent; }
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Definition at line 56 of file BfldLoanPool.h. Referenced by BfldCache::InitFlags(). 00056 {return fZTolerance; }
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Definition at line 60 of file BfldLoanPool.h. Referenced by BField::BField(). 00060 {return fForceUseEverywhere; }
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Definition at line 61 of file BfldLoanPool.h. Referenced by BField::BField(). 00061 {return fIgnoreUseEverywhere;}
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Definition at line 308 of file BfldLoanPool.cxx. References BfldGrid::AsString(), fBfldMapList, BfldMap::GetGrid(), BfldMap::GetVariant(), and MSG. Referenced by BfldCanvasRect2d::BfldCanvasRect2d(), GetMesh(), and BField::SetupHandlerForMap(). 00309 {
00310 // Get the requested magnetic field map
00311 //
00312 // Assumes that "BfldMap" structure supports a query about
00313 // what type of grid it is (returns BfldGrid::Grid_t) and
00314 // what variant it is.
00315
00316 BfldMap *bmap;
00317
00318 // Look in the list for a match
00319 TIter iter(&fBfldMapList);
00320 while ( ( bmap = (BfldMap *)iter.Next() ) ) {
00321 // Check if it is compatible
00322 if ( bmap->GetGrid() == grid &&
00323 bmap->GetVariant() == variant ) return bmap;
00324 }
00325
00326 // Nothing in the list matches
00327
00328 // actual code for retrieving a copy of the appropriate BFieldMap
00329 // appropriate for this grid and variant (which might specify
00330 // plane chemistry or an end-plane variation)
00331
00332 MSG("Bfld",Msg::kInfo)
00333 << "BfldLoanPool::GetMap new map, type "
00334 << (int)grid << " '" << BfldGrid::AsString(grid)
00335 << "', variant " << variant << endl;
00336
00337 if (BfldGrid::kRect2dGrid == grid) {
00338 bmap = new BfldMapRect2d(grid,variant);
00339 } else {
00340 bmap = new BfldMapVoronoi(grid,variant);
00341 }
00342 // add it to the list
00343 fBfldMapList.Add(bmap);
00344
00345 return bmap;
00346 }
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Definition at line 349 of file BfldLoanPool.cxx. References fBfldMeshList, BfldMesh::GetGrid(), GetMap(), BfldMesh::GetVariant(), and MSG. Referenced by BfldCanvasRect2d::BfldCanvasRect2d(), BFLInterpolation::BilinearInterpolation(), BFLInterpolation::IsInsideANSYSCell(), and BField::SetupHandlerForMap(). 00350 {
00351 // Get the requested Mesh Diagram
00352 //
00353 // Assumes that "Mesh" structure supports a query about
00354 // what type of grid it is (returns BfldGrid::Grid_t)
00355 // Rect2d mesh's are particular for a given map variant
00356
00357 BfldMesh *mesh;
00358 Bool_t isRect2d = ( BfldGrid::kRect2dGrid == grid );
00359
00360 // Look in the list for a match
00361 TIter iter(&fBfldMeshList);
00362 while ( ( mesh = (BfldMesh *)iter.Next() ) ) {
00363 // Check if it is compatible
00364 if ( isRect2d ) {
00365 if ( mesh->GetGrid() == grid &&
00366 mesh->GetVariant() == variant ) return mesh;
00367 } // voronoi doesn't care about variant like rect2d
00368 else if ( mesh->GetGrid() == grid ) return mesh;
00369 }
00370
00371 // Nothing in the list matches
00372
00373 // actual code for retrieving a copy of the appropriate Mesh diagram
00374 // pass back a pointer to the object
00375
00376 if ( isRect2d ) {
00377 // the associated mesh should have been created when the map was
00378 // perhaps we're calling them out of order
00379 BfldMapRect2d* bmap2d =
00380 dynamic_cast<BfldMapRect2d*>(GetMap(grid,variant));
00381 if ( ! bmap2d ) {
00382 MSG("Bfld",Msg::kError)
00383 << "BfldLoanPool::GetMap for Rect2d variant " << variant
00384 << " failed, building mesh is going to fail."
00385 << endl;
00386 // caller probably isn't going to expect this
00387 // but the BfldMeshRect2d ctor will definitely SEGV
00388 return 0;
00389 }
00390 mesh = new BfldMeshRect2d(bmap2d);
00391 } else {
00392 mesh = new BfldMeshVoronoi(grid,variant);
00393 }
00394 // add it to the list
00395 fBfldMeshList.Add(mesh);
00396
00397 return mesh;
00398 }
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Definition at line 94 of file BfldLoanPool.cxx. References BfldLoanPool::Cleaner::ClassIsUsed(), DefaultConfig(), fgInstance, CfgConfigurable::GetConfig(), UgliLoanPool::Instance(), Registry::LockKeys(), Registry::Merge(), MSG, SetConfigFromEnvironment(), and CfgConfigurable::Update(). Referenced by BfldCanvasRect2d::BfldCanvasRect2d(), BFLInterpolation::BilinearInterpolation(), far_cosmic_mc_configure(), far_mc_configure(), BField::Init(), BfldCache::InitFlags(), BField::InitFlagsFromLoanPool(), BFLInterpolation::IsInsideANSYSCell(), near_mc_configure(), set_sm2_bfield(), and BfldValidate::TestLoanPool(). 00095 {
00096 // protect Singleton to ensure there is only one
00097 if (fgInstance == 0) {
00098 MSG("Bfld",Msg::kSynopsis) << "BfldLoanPool instance creation" << endl;
00099
00100 // before creating the first & only instance make sure that
00101 // there is a UgliLoanPool instance to ensure that the
00102 // singleton dtor's happen in the right order ( first ctor, last dtor )
00103 UgliLoanPool::Instance();
00104
00105 static BfldLoanPool::Cleaner c; // end-of-run clean up
00106 c.ClassIsUsed();
00107
00108 fgInstance = new BfldLoanPool;
00109
00110 // initialize initial (default) configuration
00111 Registry& r = fgInstance->GetConfig();
00112 r.SetName("BfldLoanPool Registry");
00113 r.Merge(fgInstance->DefaultConfig());
00114 r.LockKeys();
00115 fgInstance->SetConfigFromEnvironment();
00116 fgInstance->Update();
00117 }
00118 return fgInstance;
00119 }
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Definition at line 445 of file BfldLoanPool.cxx. References BfldGrid::AsString(), BfldRefCnt::CountRef(), fApplyBdotScale, fBfldCacheList, fBfldMapList, fBfldMeshList, fDoBHCorrection, fDoInterPlaneField, fDoSlotCorrection, fDoSMGapAndEndField, fForceUseEverywhere, fGapLineSrc, fIgnoreUseEverywhere, fInZTest, fNoFieldBeyondZ, fUseDCSCoilDir, fUseDCSCurrent, fZTolerance, CfgConfigurable::GetConfig(), BfldMap::GetGrid(), BfldMesh::GetGrid(), BfldMap::GetVariant(), MSG, BfldCache::Print(), and Registry::Print(). Referenced by BfldValidate::TestLoanPool(). 00446 {
00447 // output info about what the loan pool has in stock
00448
00449 MSG("Bfld",Msg::kVerbose)
00450 << "BfldLoanPool::Print" << endl;
00451
00452 MSG("Bfld",Msg::kInfo)
00453 << "BfldLoanPool Configuration (local values):" << endl
00454 << " InZTest: " << fInZTest
00455 << ", ZTolerance: " << (fZTolerance/Munits::mm) << "mm"
00456 << ", NoFieldBeyondZ: " << fNoFieldBeyondZ
00457 << endl
00458 << " UseDCSCoilDir: " << fUseDCSCoilDir
00459 << ", UseDCSCurrent: " << fUseDCSCurrent
00460 << ", GapLineSrc: " << fGapLineSrc
00461 << ", InterPlaneField: " << fDoInterPlaneField
00462 << ", SMGapAndEndField: " << fDoSMGapAndEndField
00463 << ", ApplyBdotScale: " << (fApplyBdotScale?"yes":"no")
00464 << endl
00465 << " BHCorr: " << fDoBHCorrection
00466 << ", SlotCorr: " << fDoSlotCorrection
00467 << ", ForceUseEverywhere: " << fForceUseEverywhere
00468 << ", IgnoreUseEverywhere: " << fIgnoreUseEverywhere
00469 << endl;
00470
00471 GetConfig().Print();
00472
00473 static MsgFormat i4("i4");
00474 Bool_t doheader;
00475
00476
00477 BfldGrid::Grid_t grid;
00478
00479 BfldMesh *mesh;
00480
00481 MSG("Bfld",Msg::kInfo)
00482 << " --- Mesh list : " << fBfldMeshList.GetEntries()
00483 << " entries ---" << endl;
00484
00485 doheader = kTRUE;
00486 TIter itermesh(&fBfldMeshList);
00487 while ( ( mesh = (BfldMesh *)itermesh.Next() ) ) {
00488 if (doheader) {
00489 doheader = kFALSE;
00490 MSG("Bfld",Msg::kInfo)
00491 << " RefCnt Grid " << endl;
00492 }
00493 grid = mesh->GetGrid();
00494 MSG("Bfld",Msg::kInfo)
00495 << " " << i4(mesh->CountRef())
00496 << " " << BfldGrid::AsString(grid) << endl;
00497 }
00498
00499 MSG("Bfld",Msg::kInfo)
00500 << " --- Map list : " << fBfldMapList.GetEntries()
00501 << " entries ---" << endl;
00502
00503 BfldMap *bmap;
00504
00505 doheader = kTRUE;
00506 TIter iterbmap(&fBfldMapList);
00507 while ( ( bmap = (BfldMap *)iterbmap.Next() ) ) {
00508 if (doheader) {
00509 doheader = kFALSE;
00510 MSG("Bfld",Msg::kInfo)
00511 << " RefCnt Variant Grid " << endl;
00512 }
00513 grid = bmap->GetGrid();
00514 MSG("Bfld",Msg::kInfo)
00515 << " " << i4(bmap->CountRef())
00516 << " " << i4(bmap->GetVariant())
00517 << " " << BfldGrid::AsString(grid) << endl;
00518 }
00519
00520 BfldCache *cache;
00521 int icache=0;
00522
00523 MSG("Bfld",Msg::kInfo)
00524 << " --- Cache list : " << fBfldCacheList.GetEntries()
00525 << " entries ---" << endl;
00526
00527 doheader = kTRUE;
00528 TIter itercache(&fBfldCacheList);
00529 while ( ( cache = (BfldCache *)itercache.Next() ) ) {
00530 if (doheader) {
00531 doheader = kFALSE;
00532 }
00533 MSG("Bfld",Msg::kInfo) << " [" << setw(2) << icache << "] ";
00534 cache->Print();
00535 icache++;
00536 }
00537
00538 MSG("Bfld",Msg::kInfo)
00539 << " --- End of BfldLoanPool ---"
00540 << endl;
00541 }
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Definition at line 286 of file BfldLoanPool.cxx. References gSystem(), MSG, CfgConfigurable::Set(), and UtilString::StringTok(). Referenced by Instance(). 00287 {
00288 // Setup configuration from ENV_BFLD environment variable
00289 // which consists of a semi-colon separated list of
00290 // configuration requests
00291
00292 const char* strENV_BFLD = gSystem->Getenv("ENV_BFLD");
00293 if ( strENV_BFLD == 0 || strlen(strENV_BFLD) == 0 ) return;
00294
00295 MSG("Plex",Msg::kInfo)
00296 << "Configuring BField from the environment variable ENV_BFLD:" << endl
00297 << " " << strENV_BFLD << endl;
00298
00299 std::vector<std::string> configRequests;
00300 UtilString::StringTok(configRequests, strENV_BFLD, ";");
00301
00302 for (unsigned entry = 0; entry < configRequests.size(); ++entry)
00303 this->Set(configRequests[entry].c_str());
00304
00305 }
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Definition at line 81 of file BfldLoanPool.h. |
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Definition at line 108 of file BfldLoanPool.h. |
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Definition at line 92 of file BfldLoanPool.h. Referenced by ClearPool(), GetCache(), Print(), and ~BfldLoanPool(). |
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Definition at line 91 of file BfldLoanPool.h. Referenced by ClearPool(), GetMap(), Print(), and ~BfldLoanPool(). |
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Definition at line 90 of file BfldLoanPool.h. Referenced by ClearPool(), GetMesh(), Print(), and ~BfldLoanPool(). |
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Definition at line 101 of file BfldLoanPool.h. |
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Definition at line 103 of file BfldLoanPool.h. |
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Definition at line 100 of file BfldLoanPool.h. Referenced by Config(). |
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Definition at line 102 of file BfldLoanPool.h. |
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Definition at line 104 of file BfldLoanPool.h. |
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Definition at line 113 of file BfldLoanPool.h. |
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Definition at line 107 of file BfldLoanPool.h. |
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Definition at line 48 of file BfldLoanPool.cxx. Referenced by Instance(), ~BfldLoanPool(), and BfldLoanPool::Cleaner::~Cleaner(). |
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Definition at line 114 of file BfldLoanPool.h. |
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Definition at line 99 of file BfldLoanPool.h. |
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Definition at line 94 of file BfldLoanPool.h. Referenced by Config(). |
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Definition at line 111 of file BfldLoanPool.h. |
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Definition at line 105 of file BfldLoanPool.h. |
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Definition at line 106 of file BfldLoanPool.h. |
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Definition at line 110 of file BfldLoanPool.h. |
1.3.9.1