Blockstructured Adaptive Mesh Refinement in object-oriented C++
Blockstructured Adaptive Mesh Refinement in object-oriented C++
00001 #ifndef _included_GridFunction1_h 00002 #define _included_GridFunction1_h 00003 00009 #include "GridData1.h" 00010 #include "GridDataBlock1.h" 00011 #include "GridHierarchyCalls.h" 00012 00013 #ifndef GridFunctionName 00014 #define GridFunction(dim) name2(GridFunction,dim) 00015 #define GridFunctionName 00016 #endif 00017 00018 #include "GFIterator.h" 00019 00030 template <class DAGH_GFType> 00031 class GridFunction(1) : public GridFunctionVoid 00032 { 00033 public: 00034 GridData(1)<DAGH_GFType>& operator()(GDIterator(1)<DAGH_GFType>& gfi) { 00035 return operator()(gfi.time(),gfi.level(),gfi.component()); 00036 } 00037 private: 00038 friend class GridHierarchy; 00039 00041 int* length; 00046 GridDataBlock(1)<DAGH_GFType> ****gdb; 00047 00048 /* Boundary Value - default is 0 */ 00049 DAGH_GFType bvalue; 00050 00051 #define GF_TYPE DAGH_GFType 00052 #include "GridFunctionInterface1.h" 00053 00054 /* Initialization Function */ 00055 InitFunc ifunc; 00056 00057 /* Update Functions */ 00058 UpdateFunc ufunc; 00059 00061 BndryUpdateFunc bfunc; 00062 00064 AdptBndryUpdateFunc abfunc; 00065 00067 ProlongFunc pfunc; 00068 00070 RestrictFunc rfunc; 00071 00072 /* I/O Function */ 00073 IOFunc iofunc; 00074 00075 int myargc; 00077 char* myargs; 00078 00079 /*****************************************************************************/ 00080 /* Disable assignments */ 00081 /*****************************************************************************/ 00082 private: 00083 GridFunction(1)(const GridFunction(1)<DAGH_GFType>&); 00084 const GridFunction(1)<DAGH_GFType>& operator= 00085 (const GridFunction(1)<DAGH_GFType>&); 00086 /*****************************************************************************/ 00087 00088 /*****************************************************************************/ 00089 /* Constructors.... */ 00090 /*****************************************************************************/ 00091 public: 00092 GridFunction(1)(char const name[], 00093 GridHierarchy &gh); 00094 00095 /* For backward compatibility */ 00096 GridFunction(1)(const char name[], 00097 const int t_sten, 00098 const int s_sten, 00099 GridHierarchy &gh, 00100 const int cflag = DAGHComm, 00101 const int extghflag = DAGHNoExternalGhost); 00102 00103 GridFunction(1)(const char name[], 00104 const int t_sten, 00105 const int s_sten, 00106 const int cfac, 00107 GridHierarchy &gh, 00108 const int cflag = DAGHComm, 00109 const int extghflag = DAGHNoExternalGhost); 00110 00111 GridFunction(1)(const char name[], 00112 const int t_sten, 00113 const int s_sten, 00114 GridHierarchy &gh, 00115 const int type, 00116 const int cflag, 00117 const int bflag, 00118 const int adptbflag, 00119 const int extghflag = DAGHNoExternalGhost); 00120 00121 GridFunction(1)(const char name[], 00122 const int t_sten, 00123 const int* s_sten, 00124 GridHierarchy &gh, 00125 const int type, 00126 const int cflag, 00127 const int bflag, 00128 const int adptbflag, 00129 const int extghflag = DAGHNoExternalGhost); 00130 00131 /* Add one to set the alignment when rank < dagh.rank */ 00132 GridFunction(1)(const char name[], 00133 const int t_sten, 00134 const int s_sten, 00135 GridHierarchy &gh, 00136 const int type, 00137 const int loff, 00138 const int cfac, 00139 const int align, 00140 const int cflag, 00141 const int bflag, 00142 const int adptbflag, 00143 const int extghflag); 00144 00178 GridFunction(1)(const char name[], 00179 const int t_sten, 00180 const int* s_sten, 00181 GridHierarchy &gh, 00182 const int type, 00183 const int loff, 00184 const int cfac, 00185 const int align, 00186 const int cflag, 00187 const int bflag, 00188 const int adptbflag, 00189 const int extghflag); 00190 00191 GridFunction(1)(const char name[], 00192 const int t_sten, 00193 const int s_sten, 00194 const int time, 00195 const int level, 00196 GridHierarchy &gh, 00197 const int type, 00198 const int loff, 00199 const int cfac, 00200 const int cflag, 00201 const int bflag, 00202 const int adptbflag, 00203 const int extghflag = DAGHNoExternalGhost); 00204 00206 GridFunction(1)(const char name[], 00207 const int t_sten, 00208 const int* s_sten, 00209 const int time, 00210 const int level, 00211 GridHierarchy &gh, 00212 const int type, 00213 const int loff, 00214 const int cfac, 00215 const int cflag, 00216 const int bflag, 00217 const int adptbflag, 00218 const int extghflag = DAGHNoExternalGhost); 00219 00221 GridFunction(1)(const char name[], 00222 const GridFunction(1)<DAGH_GFType>& gf, 00223 const int time, 00224 const int level, 00225 const int cflag, 00226 const int bflag, 00227 const int adptbflag, 00228 const int extghflag = DAGHNoExternalGhost); 00229 /*****************************************************************************/ 00230 00231 /*****************************************************************************/ 00232 /* Destructor */ 00233 /*****************************************************************************/ 00234 public: 00235 ~GridFunction(1)(); 00236 /*****************************************************************************/ 00237 00238 /*****************************************************************************/ 00239 /* Delete Comm Info */ 00240 /*****************************************************************************/ 00241 private: 00242 void GF_DeleteGDBStorage(); 00243 void GF_DeleteGDBStorage(const int t); 00244 void GF_DeleteGDBStorage(const int t, const int l); 00245 void GF_DeleteGhostCommInfo(); 00246 void GF_DeleteDataCommInfo(); 00247 void GF_DeleteGhostBndryInfo(); 00248 void GF_CreateGDBStorage(const int t); 00249 void GF_CreateGDBStorage(const int t, const int l); 00250 /*****************************************************************************/ 00251 public: 00252 void GF_CreateStorage(const int t) 00253 { GF_CreateGDBStorage(t + time_sten_rad); } 00254 void GF_CreateStorage(const int t, const int l) 00255 { GF_CreateGDBStorage(t + time_sten_rad, l); } 00256 void GF_DeleteStorage(const int t) 00257 { GF_DeleteGDBStorage(t + time_sten_rad); } 00258 void GF_DeleteStorage(const int t, const int l) 00259 { GF_DeleteGDBStorage(t + time_sten_rad, l); } 00260 00261 /*****************************************************************************/ 00262 /* Compose & Recompose */ 00263 /*****************************************************************************/ 00264 private: 00265 void GF_Compose(); 00266 void GF_Compose(const int T, const int L); 00267 void GF_Compose(const GridFunction(1)<DAGH_GFType>& gf, 00268 const int T, const int L); 00269 00270 void GF_Recompose(int* reuse_possible, GridBoxList** ollist, 00271 GridBoxList** rlist, GridBoxList** slist, 00272 GridBoxList** olist); 00273 00274 public: 00275 /*****************************************************************************/ 00276 /* For checkpointing */ 00277 /*****************************************************************************/ 00279 void GF_CheckpointRecompose(); 00281 void GF_CheckpointRecompose(strstream& ifs); 00283 void GF_Checkpoint(ofstream& ofs); 00285 void GF_Checkpoint(strstream& ofs); 00286 int GF_Checkpoint_StrStream_Memory(); 00290 void GF_CheckpointRestart(int proc=-1); 00292 void GF_CheckpointRestart(strstream& ifs); 00293 00294 /*****************************************************************************/ 00295 00296 /*****************************************************************************/ 00298 private: 00299 void GF_SetUpGhostCommServers(); 00300 /*****************************************************************************/ 00301 00302 private: 00303 /*****************************************************************************/ 00305 void GF_GatherGhostCommInfo(); 00306 /*****************************************************************************/ 00307 00308 /*****************************************************************************/ 00312 void GF_GatherGhostBndryInfo(); 00313 /*****************************************************************************/ 00314 00315 /*****************************************************************************/ 00316 /* Set Functions */ 00317 /*****************************************************************************/ 00318 public: 00319 inline void GF_SetInitFunc(void* initf) 00320 { ifunc = (InitFunc) initf; } 00321 inline void GF_SetUpdateFunc(void* uf) 00322 { ufunc = (UpdateFunc) uf; } 00323 inline void GF_SetBndryUpdateFunc(void* bf) 00324 { bfunc = (BndryUpdateFunc) bf; } 00325 inline void GF_SetAdaptiveBndryUpdateFunc(void* abf) 00326 { abfunc = (AdptBndryUpdateFunc) abf; } 00327 inline void GF_SetProlongFunc(void* pf) 00328 { pfunc = (ProlongFunc) pf; } 00329 inline void GF_SetRestrictFunc(void* rf) 00330 { rfunc = (RestrictFunc) rf; } 00331 inline void GF_SetIOFunc(void* iof) 00332 { iofunc = (IOFunc) iof; } 00333 /*****************************************************************************/ 00334 00335 /*****************************************************************************/ 00337 void GF_SetMyArgs(const int c, const char* s) { 00338 assert(c > 0); 00339 if (myargs) 00340 delete [] myargs; 00341 myargc = c; 00342 myargs = new char[myargc]; 00343 for (register int i=0; i<myargc; i++) 00344 myargs[i] = s[i]; 00345 } 00346 00347 /*****************************************************************************/ 00348 /* Query function status */ 00349 /*****************************************************************************/ 00350 public: 00351 inline int has_initfunc() 00352 { return (ifunc != (InitFunc) 0); } 00353 inline int has_updatefunc() 00354 { return (ufunc != (UpdateFunc) 0); } 00355 inline int has_bndryupdatefunc() 00356 { return (bfunc != (BndryUpdateFunc) 0); } 00357 inline int has_adaptivebndryupdatefunc() 00358 { return (abfunc != (AdptBndryUpdateFunc) 0); } 00359 inline int has_prolongfunc() 00360 { return (pfunc != (ProlongFunc) 0); } 00361 inline int has_restrictrunc() 00362 { return (rfunc != (RestrictFunc) 0); } 00363 inline int has_iofunc() 00364 { return (iofunc != (IOFunc) 0); } 00365 /*****************************************************************************/ 00366 00367 public: 00368 inline void GF_SetBoundaryValue(const DAGH_GFType value) 00369 { bvalue = value; } 00370 00371 public: 00372 /*****************************************************************************/ 00374 void GF_SwapTimeLevels(const int l, const int t1, const int t2); 00375 void GF_CycleTimeLevels(const int l); 00376 /*****************************************************************************/ 00377 00378 /*****************************************************************************/ 00379 /* Queries.... */ 00380 /*****************************************************************************/ 00381 public: 00382 inline int Length(GridBoxList* gbl) { return (gbl ? gbl->number() : 0); } 00384 inline int len(int lev) const { return (length[lev]); } 00385 00386 inline int comm() const { return (comm_flag != DAGHNoComm); } 00387 inline int comm(const int t, const int l) const 00388 { return (comm_flag!=DAGHNoComm) && 00389 (comm_flag!=DAGHCommCurrentTimeOnly || 00390 t==dagh_timeindex(dagh.getCurrentTime(l),l)); } 00391 00393 inline GridDataBlock(1)<DAGH_GFType>& mygdb(const int t, 00394 const int l, 00395 const int c) 00396 { return (*gdb[dagh_timeindex(t,l)][l][c]); } 00397 00398 inline int exists(const int t, const int l, const int c) const 00399 { return (gdb[dagh_timeindex(t,l)][l][c] != 00400 (GridDataBlock(1)<DAGH_GFType> *)NULL); } 00401 00402 inline int has_parents(const int t, const int l, const int c) const 00403 { return gdb[dagh_timeindex(t,l)][l][c]->has_parents(); } 00405 inline const int& parents(const int t, const int l, const int c) const 00406 { return gdb[dagh_timeindex(t,l)][l][c]->parents(); } 00408 inline const GDB_Interaction* parentlist(const int t, const int l, const int c) const 00409 { return gdb[dagh_timeindex(t,l)][l][c]->parentlist(); } 00410 inline GDB_Interaction* parentlist(const int t, const int l, const int c) 00411 { return gdb[dagh_timeindex(t,l)][l][c]->parentlist(); } 00412 inline const BBox& parentbox(const int t, const int l, const int c, const int j) const 00413 { return (gdb[dagh_timeindex(t,l)][l][c]->parentbox(j)); } 00414 inline const int& parentidx(const int t, const int l, const int c, const int j) const 00415 { return (gdb[dagh_timeindex(t,l)][l][c]->parentidx(j)); } 00416 00417 inline int has_children(const int t, const int l, const int c) const 00418 { return gdb[dagh_timeindex(t,l)][l][c]->has_children(); } 00420 inline const int& children(const int t, const int l, const int c) const 00421 { return gdb[dagh_timeindex(t,l)][l][c]->children(); } 00423 inline const GDB_Interaction* childlist(const int t, const int l, const int c) const 00424 { return gdb[dagh_timeindex(t,l)][l][c]->childlist(); } 00425 inline GDB_Interaction* childlist(const int t, const int l, const int c) 00426 { return gdb[dagh_timeindex(t,l)][l][c]->childlist(); } 00427 inline const BBox& childbox(const int t, const int l, const int c, const int j) const 00428 { return (gdb[dagh_timeindex(t,l)][l][c]->childbox(j)); } 00429 inline const int& childidx(const int t, const int l, const int c, const int j) const 00430 { return (gdb[dagh_timeindex(t,l)][l][c]->childidx(j)); } 00431 /*****************************************************************************/ 00432 00433 /*****************************************************************************/ 00434 /* set/get current time */ 00435 /*****************************************************************************/ 00436 public: 00437 inline int GF_StepSize(const int lev) const 00438 { return (factor()*dagh.stepsize(lev)); } 00439 inline int GF_TimeStep(const int lev) const 00440 { return (factor()*dagh.timestep(lev)); } 00441 inline double GF_DeltaT(const int l) const 00442 { return (factor()*dagh.delta_t(l)); } 00443 inline double GF_DeltaX(const int dim, const int l) const 00444 { return (factor()*dagh.delta_x(dim,l)); } 00445 00447 inline int GF_CurrentTime(const int lev) const 00448 { return (dagh.getCurrentTime(lev)); } 00449 inline int GF_PreviousTime(const int lev) const 00450 { return (dagh.getCurrentTime(lev) - GF_TimeStep(lev)); } 00451 inline int GF_NextTime(const int lev) const 00452 { return (dagh.getCurrentTime(lev) + GF_TimeStep(lev)); } 00453 00454 /*****************************************************************************/ 00455 /* time queries based on DAGH current time information */ 00456 /*****************************************************************************/ 00457 public: 00462 inline int dagh_timevalue(const int t, const int l) const 00463 { return ((t-time_sten_rad)*GF_TimeStep(l) + dagh.getCurrentTime(l)); } 00464 00466 inline int dagh_timeindex(const int t, const int l) const 00467 { return (time_alias[((t-dagh.getCurrentTime(l))/GF_TimeStep(l)) + time_sten_rad]); } 00468 /*****************************************************************************/ 00469 00470 /*****************************************************************************/ 00471 /* physical time queries based on DAGH current time information */ 00472 /*****************************************************************************/ 00473 public: 00474 inline void set_phystime_timeindex(const int t, const int l, const double pht) 00475 { phys_time[t*dagh.totallevels() + l] = pht; } 00477 inline void set_phystime_timevalue(const int t, const int l, const double pht) 00478 { phys_time[time_alias[((t-dagh.getCurrentTime(l))/GF_TimeStep(l)) + 00479 time_sten_rad]*dagh.totallevels() + l] = pht; } 00480 00481 inline double get_phystime_timeindex(const int t, const int l) const 00482 { return (phys_time[t*dagh.totallevels() + l]); } 00484 inline double get_phystime_timevalue(const int t, const int l) const 00485 { return (phys_time[time_alias[((t-dagh.getCurrentTime(l))/GF_TimeStep(l)) + 00486 time_sten_rad]*dagh.totallevels() + l]); } 00487 /*****************************************************************************/ 00488 00489 /*****************************************************************************/ 00490 /* Data Updates */ 00491 /*****************************************************************************/ 00492 private: 00493 void GF_ReadData(const int time); 00498 void GF_ReadData(const int time, const int level); 00499 void GF_ReadData(const int time, GridData(1)<DAGH_GFType>& into); 00500 /*****************************************************************************/ 00501 00502 public: 00503 inline virtual void GF_WriteGhosts(const int time, const int level) 00504 { GF_WriteGhosts(time, level, DAGH_All, DAGH_Both); } 00505 00510 virtual void GF_WriteGhosts(const int time, const int level, 00511 const int axis, const int dir); 00512 00513 private: 00514 int ipow(int b, int p) 00515 { register int tmpr = 1; while (p--) tmpr *= b; return tmpr; } 00516 void GF_PeriodicBBoxMove(BBox& from, int& idx, const int& length); 00517 public: 00518 inline virtual void GF_ReadGhosts(const int time, const int level) 00519 { GF_ReadGhosts(time, level, DAGH_All, DAGH_Both); } 00520 00525 virtual void GF_ReadGhosts(const int time, const int level, 00526 const int axis, const int dir); 00527 00528 public: 00530 inline void GF_BndryUpdate(const int time, const int level) { 00531 GF_AdaptiveBndryUpdate(time,level); 00532 GF_WriteGhosts(time,level); 00533 GF_ReadGhosts(time,level); 00534 GF_ExternalBndryUpdate(time,level); 00535 } 00536 00537 inline virtual void GF_Sync(const int time, const int level) { 00538 GF_WriteGhosts(time,level); 00539 GF_ReadGhosts(time,level); 00540 } 00542 inline virtual void GF_Sync(const int time, const int level, 00543 const int axis, const int dir) { 00544 GF_WriteGhosts(time,level,axis,dir); 00545 GF_ReadGhosts(time,level,axis,dir); 00546 } 00547 /*****************************************************************************/ 00548 00549 /*****************************************************************************/ 00550 /* Use predefined functions */ 00551 /*****************************************************************************/ 00552 public: 00553 void GF_Init(const int time, const int level, char *args, const int cnt); 00554 void GF_Init(const int time, const int level, const BBox &bb, char *args, const int cnt); 00555 00556 void GF_Update(const int time_from, const int time_to, const int level, 00557 char *args, const int cnt); 00558 void GF_Update(const int time_from, const int time_to, const int level, const BBox &bb, 00559 char *args, const int cnt); 00560 00561 void GF_Prolong(const int tf, const int lf, const int tt, const int lt, 00562 char *args, const int cnt); 00568 void GF_Prolong(const int tf, const int lf, const int tt, const int lt, 00569 const BBox &bb, char *args, const int cnt); 00570 00571 void GF_Restrict(const int tf, const int lf, const int tt, const int lt, 00572 char *args, const int cnt); 00579 void GF_Restrict(const int tf, const int lf, const int tt, const int lt, 00580 const BBox &bb, char *args, const int cnt); 00581 00582 void GF_IO(const int time, const int level, char *args, const int cnt); 00583 void GF_IO(const int time, const int level, const BBox &bb, char *args, const int cnt); 00584 /*****************************************************************************/ 00585 00586 /*****************************************************************************/ 00587 /* Boundary updates */ 00588 /*****************************************************************************/ 00593 void GF_AdaptiveBndryUpdate(const int time, const int level); 00598 void GF_ExternalBndryUpdate(const int time, const int level); 00599 00600 /*****************************************************************************/ 00601 00602 /*****************************************************************************/ 00603 /* Queries */ 00604 /*****************************************************************************/ 00605 inline const BBox& boundingbbox(const int t, const int l, const int c) const 00606 { return (gdb[dagh_timeindex(t,l)][l][c]->boundingbox()); } 00608 inline BBox boundingbbox(const int t, const int l, const int c) 00609 { return (gdb[dagh_timeindex(t,l)][l][c]->boundingbox()); } 00610 00611 inline const BBox& interiorbbox(const int t, const int l, const int c) const 00612 { return (gdb[dagh_timeindex(t,l)][l][c]->interiorbox()); } 00614 inline BBox interiorbbox(const int t, const int l, const int c) 00615 { return (gdb[dagh_timeindex(t,l)][l][c]->interiorbox()); } 00616 00617 inline const BBox& databbox(const int t, const int l, const int c) const 00618 { return (gdb[dagh_timeindex(t,l)][l][c]->databox()); } 00620 inline BBox databbox(const int t, const int l, const int c) 00621 { return (gdb[dagh_timeindex(t,l)][l][c]->databox()); } 00622 00623 void boundingbboxlist(BBoxList& bbl, const int l); 00624 void intbboxlist(BBoxList& bbl, const int l); 00625 void databboxlist(BBoxList& bbl, const int l); 00626 /*****************************************************************************/ 00627 00628 /*****************************************************************************/ 00629 /* Query boundary info */ 00630 /*****************************************************************************/ 00631 inline int has_externalboundaries(const int t, const int l, const int c) const 00632 { return (gdb[dagh_timeindex(t,l)][l][c]->has_externalboundaries()); } 00633 inline int has_externalboundary(const int t, const int l, const int c, 00634 const int dir) const 00635 { return (gdb[dagh_timeindex(t,l)][l][c]->has_externalboundary(dir)); } 00636 inline int externalboundaries(const int t, const int l, const int c, 00637 const int dir) const 00638 { return (gdb[dagh_timeindex(t,l)][l][c]->externalboundaries(dir)); } 00639 inline int externalboundaries(const int t, const int l, const int c, const int dir) 00640 { return (gdb[dagh_timeindex(t,l)][l][c]->externalboundaries(dir)); } 00641 00642 inline const BBoxList* externalbndrylist(const int t, const int l, const int c, 00643 const int dir) const 00644 { return (gdb[dagh_timeindex(t,l)][l][c]->externalbndrylist(dir)); } 00645 inline BBoxList* externalbndrylist(const int t, const int l, const int c, const int dir) 00646 { return (gdb[dagh_timeindex(t,l)][l][c]->externalbndrylist(dir)); } 00647 00648 inline int has_adaptiveboundaries(const int t, const int l, const int c) const 00649 { return (gdb[dagh_timeindex(t,l)][l][c]->has_adaptiveboundaries()); } 00650 inline int has_adaptiveboundary(const int t, const int l, const int c, 00651 const int dir) const 00652 { return (gdb[dagh_timeindex(t,l)][l][c]->has_adaptiveboundary(dir)); } 00653 inline const BBox& adaptivebndrybox(const int t, const int l, const int c, 00654 const int dir) const 00655 { return (gdb[dagh_timeindex(t,l)][l][c]->adaptivebndrybox(dir)); } 00656 inline BBox adaptivebndrybox(const int t, const int l, const int c, const int dir) 00657 { return (gdb[dagh_timeindex(t,l)][l][c]->adaptivebndrybox(dir)); } 00658 /*****************************************************************************/ 00659 00660 /*****************************************************************************/ 00661 /**** Operators ****/ 00662 /*****************************************************************************/ 00663 inline GridData(1)<DAGH_GFType> const &operator () (const int t, 00664 const int l, const int c) const 00665 { return (gdb[dagh_timeindex(t,l)][l][c]->griddata()); } 00666 00668 inline GridData(1)<DAGH_GFType> &operator () (const int t, const int l, const int c) 00669 { return (gdb[dagh_timeindex(t,l)][l][c]->griddata()); } 00670 00671 /*********************************************************************/ 00672 /* Operators */ 00673 /*********************************************************************/ 00674 void GF_Fill(const DAGH_GFType& val, const int time, const int level); 00675 00676 void GF_Copy(const int t1, const int l1, 00677 const GridFunction(1)<DAGH_GFType>& rhs, 00678 const int t2, const int l2, const BBox& where); 00679 void GF_Copy(const int t1, const int l1, 00680 const GridFunction(1)<DAGH_GFType>& rhs, 00681 const int t2, const int l2); 00682 00683 void GF_equals(const int t, const int l, const BBox& where, 00684 const DAGH_GFType& val); 00685 void GF_equals(const int t, const int l, 00686 const DAGH_GFType& val); 00687 void GF_equals(const int t1, const int l1, 00688 const GridFunction(1)<DAGH_GFType>& rhs, 00689 const int t2, const int l2, const BBox& where); 00690 void GF_equals(const int t1, const int l1, 00691 const GridFunction(1)<DAGH_GFType>& rhs, 00692 const int t2, const int l2); 00693 00694 void GF_plus(const int t, const int l, const BBox& where, 00695 const DAGH_GFType& val); 00696 void GF_plus(const int t, const int l, const DAGH_GFType& val); 00697 void GF_plus(const int t1, const int l1, 00698 const GridFunction(1)<DAGH_GFType>& rhs, 00699 const int t2, const int l2, const BBox& where); 00700 void GF_plus(const int t1, const int l1, 00701 const GridFunction(1)<DAGH_GFType>& rhs, 00702 const int t2, const int l2); 00703 00704 void GF_minus(const int t, const int l, const BBox& where, 00705 const DAGH_GFType& val); 00706 void GF_minus(const int t, const int l, const DAGH_GFType& val); 00707 void GF_minus(const int t1, const int l1, 00708 const GridFunction(1)<DAGH_GFType>& rhs, 00709 const int t2, const int l2, const BBox& where); 00710 void GF_minus(const int t1, const int l1, 00711 const GridFunction(1)<DAGH_GFType>& rhs, 00712 const int t2, const int l2); 00713 00714 void GF_multiply(const int t, const int l, const BBox& where, 00715 const DAGH_GFType& val); 00716 void GF_multiply(const int t, const int l, const DAGH_GFType& val); 00717 void GF_multiply(const int t1, const int l1, 00718 const GridFunction(1)<DAGH_GFType>& rhs, 00719 const int t2, const int l2, const BBox& where); 00720 void GF_multiply(const int t1, const int l1, 00721 const GridFunction(1)<DAGH_GFType>& rhs, 00722 const int t2, const int l2); 00723 00724 void GF_divide(const int t, const int l, const BBox& where, 00725 const DAGH_GFType& val); 00726 void GF_divide(const int t, const int l, const DAGH_GFType& val); 00727 void GF_divide(const int t1, const int l1, 00728 const GridFunction(1)<DAGH_GFType>& rhs, 00729 const int t2, const int l2, const BBox& where); 00730 void GF_divide(const int t1, const int l1, 00731 const GridFunction(1)<DAGH_GFType>& rhs, 00732 const int t2, const int l2); 00733 /*********************************************************************/ 00734 00735 /*********************************************************************/ 00736 /* Reduction Ops */ 00737 /*********************************************************************/ 00738 DAGH_GFType GF_maxval(const int t, const int l); 00739 DAGH_GFType GF_maxval(const int t, const int l, const BBox& where); 00740 00741 DAGH_GFType GF_minval(const int t, const int l); 00742 DAGH_GFType GF_minval(const int t, const int l, const BBox& where); 00743 00744 DAGH_GFType GF_sum(const int t, const int l); 00745 DAGH_GFType GF_sum(const int t, const int l, const BBox& where); 00746 00747 DAGH_GFType GF_product(const int t, const int l); 00748 DAGH_GFType GF_product(const int t, const int l, const BBox& where); 00749 00750 double GF_norm(const int t, const int l, const int param=DAGHNormL1); 00751 double GF_norm(const int t, const int l, const BBox& where, const int param=DAGHNormL1); 00752 /*********************************************************************/ 00753 00754 /*********************************************************************/ 00755 /* IO Support */ 00756 /*********************************************************************/ 00757 void GF_Write(const int t, const int l, const int gfdtype, char* ioname=0); 00758 void GF_Write(const int t, const int l, const BBox& where, const int gfdtype, char* ioname=0); 00759 00760 void GF_Read(const int t, const int l, const int gfdtype, char* ioname=0); 00761 void GF_Read(const int t, const int l, const BBox& where, const int gfdtype, char* ioname=0); 00762 /*********************************************************************/ 00763 00764 /*****************************************************************************/ 00765 /* Some Rudimentary debugging */ 00766 /*****************************************************************************/ 00767 ostream& GF_DebugPrintData(ostream& os, const int t, const int l); 00768 ostream& GF_DebugPrintIntData(ostream& os, const int t, const int l); 00769 ostream& GF_DebugPrintDataBlk(ostream& os, const int time, const int level); 00770 ostream& GF_DebugPrintTheData(ostream &os); 00771 00772 /*****************************************************************************/ 00773 00774 #if (!defined(Want_c_files) && (defined(RS6000) || defined(SPX))) 00775 friend ostream& operator<< (ostream&, const GridFunction(1)<DAGH_GFType>&); 00776 #endif 00777 00778 }; 00779 00780 #if defined(Want_c_files) || (!defined(RS6000) && !defined(SPX)) 00781 #include "GridFunction1.c" 00782 #endif 00783 00784 #endif
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