/ClassicalField/AdvectionDiffusion/StaticAdvectionDiffusion_FieldML/src/StaticAdvectionDiffusion_FieldMLExample.f90
FORTRAN Modern | 452 lines | 204 code | 72 blank | 176 comment | 4 complexity | a1bda3cef7be47c65b7c1c0e277858f7 MD5 | raw file
1!> \file 2!> \author Chris Bradley 3!> \brief This is an example program to solve a diffusion equation using openCMISS calls. 4!> 5!> \section LICENSE 6!> 7!> Version: MPL 1.1/GPL 2.0/LGPL 2.1 8!> 9!> The contents of this file are subject to the Mozilla Public License 10!> Version 1.1 (the "License"); you may not use this file except in 11!> compliance with the License. You may obtain a copy of the License at 12!> http://www.mozilla.org/MPL/ 13!> 14!> Software distributed under the License is distributed on an "AS IS" 15!> basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See the 16!> License for the specific language governing rights and limitations 17!> under the License. 18!> 19!> The Original Code is openCMISS 20!> 21!> The Initial Developer of the Original Code is University of Auckland, 22!> Auckland, New Zealand and University of Oxford, Oxford, United 23!> Kingdom. Portions created by the University of Auckland and University 24!> of Oxford are Copyright (C) 2007 by the University of Auckland and 25!> the University of Oxford. All Rights Reserved. 26!> 27!> Contributor(s): 28!> 29!> Alternatively, the contents of this file may be used under the terms of 30!> either the GNU General Public License Version 2 or later (the "GPL"), or 31!> the GNU Lesser General Public License Version 2.1 or later (the "LGPL"), 32!> in which case the provisions of the GPL or the LGPL are applicable instead 33!> of those above. If you wish to allow use of your version of this file only 34!> under the terms of either the GPL or the LGPL, and not to allow others to 35!> use your version of this file under the terms of the MPL, indicate your 36!> decision by deleting the provisions above and replace them with the notice 37!> and other provisions required by the GPL or the LGPL. If you do not delete 38!> the provisions above, a recipient may use your version of this file under 39!> the terms of any one of the MPL, the GPL or the LGPL. 40!> 41 42!> \example ClassicalField/AdvectionDiffusion/StaticAdvectionDiffusion_FieldML/src/StaticAdvectionDiffusion_FieldMLExample.f90 43!! Example program to solve a diffusion equation using openCMISS calls. 44!! 45!! \htmlinclude ClassicalField/AdvectionDiffusion/StaticAdvectionDiffusion_FieldML/history.html 46!< 47 48!> Main program 49PROGRAM STATICADVECTIONDIFFUSIONEXAMPLE 50 51 USE OPENCMISS 52 USE FIELDML_API 53 USE MPI 54 55 56#ifdef WIN32 57 USE IFQWIN 58#endif 59 60 IMPLICIT NONE 61 62 !Test program parameters 63 64 REAL(CMISSDP), PARAMETER :: HEIGHT=1.0_CMISSDP 65 REAL(CMISSDP), PARAMETER :: WIDTH=2.0_CMISSDP 66 REAL(CMISSDP), PARAMETER :: LENGTH=3.0_CMISSDP 67 REAL(CMISSDP), POINTER :: GEOMETRIC_PARAMETERS(:) 68 69 INTEGER(CMISSIntg), PARAMETER :: CoordinateSystemUserNumber=1 70 INTEGER(CMISSIntg), PARAMETER :: RegionUserNumber=2 71 INTEGER(CMISSIntg), PARAMETER :: BasisUserNumber=3 72 INTEGER(CMISSIntg), PARAMETER :: GeneratedMeshUserNumber=4 73 INTEGER(CMISSIntg), PARAMETER :: MeshUserNumber=5 74 INTEGER(CMISSIntg), PARAMETER :: DecompositionUserNumber=6 75 INTEGER(CMISSIntg), PARAMETER :: GeometricFieldUserNumber=7 76 INTEGER(CMISSIntg), PARAMETER :: EquationsSetFieldUserNumber=8 77 INTEGER(CMISSIntg), PARAMETER :: DependentFieldUserNumber=9 78 INTEGER(CMISSIntg), PARAMETER :: MaterialsFieldUserNumber=10 79 INTEGER(CMISSIntg), PARAMETER :: EquationsSetUserNumber=11 80 INTEGER(CMISSIntg), PARAMETER :: ProblemUserNumber=12 81 INTEGER(CMISSIntg), PARAMETER :: ControlLoopNode=0 82 INTEGER(CMISSIntg), PARAMETER :: IndependentFieldUserNumber=13 83 INTEGER(CMISSIntg), PARAMETER :: AnalyticFieldUserNumber=14 84 INTEGER(CMISSIntg), PARAMETER :: SourceFieldUserNumber=15 85 86 INTEGER(CMISSIntg), PARAMETER :: MeshComponentNumber=1 87 88 !Program types 89 90 !Program variables 91 92 INTEGER(CMISSIntg) :: NUMBER_GLOBAL_X_ELEMENTS,NUMBER_GLOBAL_Y_ELEMENTS,NUMBER_GLOBAL_Z_ELEMENTS 93 INTEGER(CMISSIntg) :: NUMBER_OF_DOMAINS 94 95 INTEGER(CMISSIntg) :: MPI_IERROR 96 97 !CMISS variables 98 99 TYPE(CMISSBasisType) :: Basis 100 TYPE(CMISSBoundaryConditionsType) :: BoundaryConditions 101 TYPE(CMISSCoordinateSystemType) :: CoordinateSystem,WorldCoordinateSystem 102 TYPE(CMISSDecompositionType) :: Decomposition 103 TYPE(CMISSEquationsType) :: Equations 104 TYPE(CMISSEquationsSetType) :: EquationsSet 105 TYPE(CMISSFieldType) :: GeometricField,EquationsSetField,DependentField,MaterialsField,IndependentField,AnalyticField,SourceField 106 TYPE(CMISSFieldsType) :: Fields 107 TYPE(CMISSGeneratedMeshType) :: GeneratedMesh 108 TYPE(CMISSMeshType) :: Mesh 109 TYPE(CMISSProblemType) :: Problem 110 TYPE(CMISSControlLoopType) :: ControlLoop 111 TYPE(CMISSRegionType) :: Region,WorldRegion 112 TYPE(CMISSSolverType) :: Solver, LinearSolver 113 TYPE(CMISSSolverEquationsType) :: SolverEquations 114 115 LOGICAL :: EXPORT_FIELD,IMPORT_FIELD 116 117 118#ifdef WIN32 119 !Quickwin type 120 LOGICAL :: QUICKWIN_STATUS=.FALSE. 121 TYPE(WINDOWCONFIG) :: QUICKWIN_WINDOW_CONFIG 122#endif 123 124 !Generic CMISS variables 125 126 INTEGER(CMISSIntg) :: EquationsSetIndex 127 INTEGER(CMISSIntg) :: FirstNodeNumber,LastNodeNumber 128 INTEGER(CMISSIntg) :: Err 129 130 INTEGER(CMISSIntg) :: dimensions, i 131 132 !FieldML variables 133 CHARACTER(KIND=C_CHAR,LEN=*), PARAMETER :: outputDirectory = "" 134 CHARACTER(KIND=C_CHAR,LEN=*), PARAMETER :: outputFilename = "StaticAdvectionDiffusion.xml" 135 CHARACTER(KIND=C_CHAR,LEN=*), PARAMETER :: basename = "static_advection_diffusion" 136 CHARACTER(KIND=C_CHAR,LEN=*), PARAMETER :: dataFormat = "PLAIN_TEXT" 137 138 TYPE(CMISSFieldMLIOType) :: fieldmlInfo 139 140 141#ifdef WIN32 142 !Initialise QuickWin 143 QUICKWIN_WINDOW_CONFIG%TITLE="General Output" !Window title 144 QUICKWIN_WINDOW_CONFIG%NUMTEXTROWS=-1 !Max possible number of rows 145 QUICKWIN_WINDOW_CONFIG%MODE=QWIN$SCROLLDOWN 146 !Set the window parameters 147 QUICKWIN_STATUS=SETWINDOWCONFIG(QUICKWIN_WINDOW_CONFIG) 148 !If attempt fails set with system estimated values 149 IF(.NOT.QUICKWIN_STATUS) QUICKWIN_STATUS=SETWINDOWCONFIG(QUICKWIN_WINDOW_CONFIG) 150#endif 151 152 !Intialise OpenCMISS 153 CALL CMISSInitialise(WorldCoordinateSystem,WorldRegion,Err) 154 155 CALL CMISSErrorHandlingModeSet(CMISS_ERRORS_TRAP_ERROR,Err) 156 157 NUMBER_GLOBAL_X_ELEMENTS=50 158 NUMBER_GLOBAL_Y_ELEMENTS=100 159 NUMBER_GLOBAL_Z_ELEMENTS=0 160 NUMBER_OF_DOMAINS=1 161 162 163 CALL MPI_BCAST(NUMBER_GLOBAL_X_ELEMENTS,1,MPI_INTEGER,0,MPI_COMM_WORLD,MPI_IERROR) 164 CALL MPI_BCAST(NUMBER_GLOBAL_Y_ELEMENTS,1,MPI_INTEGER,0,MPI_COMM_WORLD,MPI_IERROR) 165 CALL MPI_BCAST(NUMBER_GLOBAL_Z_ELEMENTS,1,MPI_INTEGER,0,MPI_COMM_WORLD,MPI_IERROR) 166 CALL MPI_BCAST(NUMBER_OF_DOMAINS,1,MPI_INTEGER,0,MPI_COMM_WORLD,MPI_IERROR) 167 168 IF( NUMBER_GLOBAL_Z_ELEMENTS == 0 ) THEN 169 dimensions = 2 170 ELSE 171 dimensions = 3 172 ENDIF 173 174 !Start the creation of a new RC coordinate system 175 CALL CMISSCoordinateSystem_Initialise(CoordinateSystem,Err) 176 CALL CMISSCoordinateSystem_CreateStart(CoordinateSystemUserNumber,CoordinateSystem,Err) 177 CALL CMISSCoordinateSystem_DimensionSet(CoordinateSystem,dimensions,Err) 178 !Finish the creation of the coordinate system 179 CALL CMISSCoordinateSystem_CreateFinish(CoordinateSystem,Err) 180 181 !Start the creation of the region 182 CALL CMISSRegion_Initialise(Region,Err) 183 CALL CMISSRegion_CreateStart(RegionUserNumber,WorldRegion,Region,Err) 184 !Set the regions coordinate system to the 2D RC coordinate system that we have created 185 CALL CMISSRegion_CoordinateSystemSet(Region,CoordinateSystem,Err) 186 !Finish the creation of the region 187 CALL CMISSRegion_CreateFinish(Region,Err) 188 189 !Start the creation of a basis (default is trilinear lagrange) 190 CALL CMISSBasis_Initialise(Basis,Err) 191 CALL CMISSBasis_CreateStart(BasisUserNumber,Basis,Err) 192 CALL CMISSBasis_NumberOfXiSet(Basis,dimensions,Err) 193 !Finish the creation of the basis 194 CALL CMISSBasis_CreateFinish(BASIS,Err) 195 196 !Start the creation of a generated mesh in the region 197 CALL CMISSGeneratedMesh_Initialise(GeneratedMesh,Err) 198 CALL CMISSGeneratedMesh_CreateStart(GeneratedMeshUserNumber,Region,GeneratedMesh,Err) 199 !Set up a regular x*y*z mesh 200 CALL CMISSGeneratedMesh_TypeSet(GeneratedMesh,CMISS_GENERATED_MESH_REGULAR_MESH_TYPE,Err) 201 !Set the default basis 202 CALL CMISSGeneratedMesh_BasisSet(GeneratedMesh,Basis,Err) 203 !Define the mesh on the region 204 IF(dimensions == 2) THEN 205 CALL CMISSGeneratedMesh_ExtentSet(GeneratedMesh,(/WIDTH,HEIGHT/),Err) 206 CALL CMISSGeneratedMesh_NumberOfElementsSet(GeneratedMesh,(/NUMBER_GLOBAL_X_ELEMENTS,NUMBER_GLOBAL_Y_ELEMENTS/),Err) 207 ELSE 208 CALL CMISSGeneratedMesh_ExtentSet(GeneratedMesh,(/WIDTH,HEIGHT,LENGTH/),Err) 209 CALL CMISSGeneratedMesh_NumberOfElementsSet(GeneratedMesh,(/NUMBER_GLOBAL_X_ELEMENTS,NUMBER_GLOBAL_Y_ELEMENTS, & 210 & NUMBER_GLOBAL_Z_ELEMENTS/),Err) 211 ENDIF 212 !Finish the creation of a generated mesh in the region 213 CALL CMISSMesh_Initialise(Mesh,Err) 214 CALL CMISSGeneratedMesh_CreateFinish(GeneratedMesh,MeshUserNumber,Mesh,Err) 215 216 !Create a decomposition 217 CALL CMISSDecomposition_Initialise(Decomposition,Err) 218 CALL CMISSDecomposition_CreateStart(DecompositionUserNumber,Mesh,Decomposition,Err) 219 !Set the decomposition to be a general decomposition with the specified number of domains 220 CALL CMISSDecomposition_TypeSet(Decomposition,CMISS_DECOMPOSITION_CALCULATED_TYPE,Err) 221 CALL CMISSDecomposition_NumberOfDomainsSet(Decomposition,NUMBER_OF_DOMAINS,Err) 222 !Finish the decomposition 223 CALL CMISSDecomposition_CreateFinish(Decomposition,Err) 224 225 !Start to create a default (geometric) field on the region 226 CALL CMISSField_Initialise(GeometricField,Err) 227 CALL CMISSField_CreateStart(GeometricFieldUserNumber,Region,GeometricField,Err) 228 !Set the decomposition to use 229 CALL CMISSField_MeshDecompositionSet(GeometricField,Decomposition,Err) 230 !Set the domain to be used by the field components. 231 DO i = 1, dimensions 232 CALL CMISSField_ComponentMeshComponentSet(GeometricField,CMISS_FIELD_U_VARIABLE_TYPE,i,MeshComponentNumber,Err) 233 ENDDO 234 !Finish creating the field 235 CALL CMISSField_CreateFinish(GeometricField,Err) 236 237 !Update the geometric field parameters 238 CALL CMISSGeneratedMesh_GeometricParametersCalculate(GeneratedMesh,GeometricField,Err) 239 240 !Create the equations_set 241 CALL CMISSEquationsSet_Initialise(EquationsSet,Err) 242 CALL CMISSField_Initialise(EquationsSetField,Err) 243 CALL CMISSEquationsSet_CreateStart(EquationsSetUserNumber,Region,GeometricField,CMISS_EQUATIONS_SET_CLASSICAL_FIELD_CLASS, & 244 & CMISS_EQUATIONS_SET_ADVECTION_DIFFUSION_EQUATION_TYPE,CMISS_EQUATIONS_SET_CONSTANT_SOURCE_STATIC_ADVEC_DIFF_SUBTYPE,& 245 & EquationsSetFieldUserNumber,EquationsSetField,EquationsSet,Err) 246 !Set the equations set to be a standard Laplace problem 247 !Finish creating the equations set 248 CALL CMISSEquationsSet_CreateFinish(EquationsSet,Err) 249 250 !Create the equations set dependent field variables 251 CALL CMISSField_Initialise(DependentField,Err) 252 CALL CMISSEquationsSet_DependentCreateStart(EquationsSet,DependentFieldUserNumber,DependentField,Err) 253 !Finish the equations set dependent field variables 254 CALL CMISSEquationsSet_DependentCreateFinish(EquationsSet,Err) 255 256 !Create the equations set material field variables 257 CALL CMISSField_Initialise(MaterialsField,Err) 258 CALL CMISSEquationsSet_MaterialsCreateStart(EquationsSet,MaterialsFieldUserNumber,MaterialsField,Err) 259 !Finish the equations set dependent field variables 260 CALL CMISSEquationsSet_MaterialsCreateFinish(EquationsSet,Err) 261 262 !Create the equations set source field variables 263 !For comparison withe analytical solution used here, the source field must be set to the following: 264 !f(x,y) = 2.0*tanh(-0.1E1+Alpha*(TanPhi*x-y))*(1.0-pow(tanh(-0.1E1+Alpha*(TanPhi*x-y)),2.0))*Alpha*Alpha*TanPhi*TanPhi 265 !+2.0*tanh(-0.1E1+Alpha*(TanPhi*x-y))*(1.0-pow(tanh(-0.1E1+Alpha*(TanPhi*x-y)),2.0))*Alpha*Alpha 266 !-Peclet*(-sin(6.0*y)*(1.0-pow(tanh(-0.1E1+Alpha*(TanPhi*x-y)),2.0))*Alpha*TanPhi+cos(6.0*x)*(1.0-pow(tanh(-0.1E1+Alpha*(TanPhi*x-y)),2.0))*Alpha) 267 CALL CMISSField_Initialise(SourceField,Err) 268 CALL CMISSEquationsSet_SourceCreateStart(EquationsSet,SourceFieldUserNumber,SourceField,Err) 269 CALL CMISSField_ComponentInterpolationSet(SourceField,CMISS_FIELD_U_VARIABLE_TYPE,1,CMISS_FIELD_NODE_BASED_INTERPOLATION,Err) 270 !Finish the equations set dependent field variables 271 CALL CMISSEquationsSet_SourceCreateFinish(EquationsSet,Err) 272 273 CALL CMISSField_ParameterSetDataGet(GeometricField,CMISS_FIELD_U_VARIABLE_TYPE,CMISS_FIELD_VALUES_SET_TYPE,GEOMETRIC_PARAMETERS, & 274 & Err) 275 !Create the equations set independent field variables 276 CALL CMISSField_Initialise(IndependentField,Err) 277 CALL CMISSEquationsSet_IndependentCreateStart(EquationsSet,IndependentFieldUserNumber,IndependentField,Err) 278 IF( dimensions == 2 ) THEN 279 !For comparison withe analytical solution used here, the independent field must be set to the following: 280 !w(x,y)=(sin 6y,cos 6x) FIELD_U_VARIABLE_TYPE,1,FIELD_NODE_BASED_INTERPOLATION 281! CALL CMISSField_ComponentInterpolationSet(IndependentField,CMISS_FIELD_U_VARIABLE_TYPE,1,CMISS_FIELD_NODE_BASED_INTERPOLATION,Err) 282! CALL CMISSField_ComponentInterpolationSet(IndependentField,CMISS_FIELD_U_VARIABLE_TYPE,2,CMISS_FIELD_NODE_BASED_INTERPOLATION,Err) 283 !Loop over nodes to set the appropriate function value 284! DO 285 286! ENDDO 287 ENDIF 288 !Finish the equations set dependent field variables 289 CALL CMISSEquationsSet_IndependentCreateFinish(EquationsSet,Err) 290 291 !Create the equations set analytic field variables 292 CALL CMISSField_Initialise(AnalyticField,Err) 293 IF( dimensions == 2) THEN 294 CALL CMISSEquationsSet_AnalyticCreateStart(EquationsSet,CMISS_EQUATIONS_SET_ADVECTION_DIFFUSION_EQUATION_TWO_DIM_1,& 295 & AnalyticFieldUserNumber,AnalyticField,Err) 296 ELSE 297 WRITE(*,'(A)') "Three dimensions is not implemented." 298 STOP 299 ENDIF 300 !Finish the equations set analytic field variables 301 CALL CMISSEquationsSet_AnalyticCreateFinish(EquationsSet,Err) 302 303 !Create the equations set equations 304 CALL CMISSEquations_Initialise(Equations,Err) 305 CALL CMISSEquationsSet_EquationsCreateStart(EquationsSet,Equations,Err) 306 !Set the equations matrices sparsity type 307 CALL CMISSEquations_SparsityTypeSet(Equations,CMISS_EQUATIONS_SPARSE_MATRICES,Err) 308 !Set the equations set output 309 !CALL CMISSEquations_OutputTypeSet(Equations,CMISS_EQUATIONS_NO_OUTPUT,Err) 310 !CALL CMISSEquations_OutputTypeSet(Equations,CMISS_EQUATIONS_TIMING_OUTPUT,Err) 311 !CALL CMISSEquations_OutputTypeSet(Equations,CMISS_EQUATIONS_MATRIX_OUTPUT,Err) 312 !CALL CMISSEquations_OutputTypeSet(Equations,CMISS_EQUATIONS_ELEMENT_MATRIX_OUTPUT,Err) 313 !Finish the equations set equations 314 CALL CMISSEquationsSet_EquationsCreateFinish(EquationsSet,Err) 315 316! !Create the equations set boundary conditions 317! CALL CMISSBoundaryConditions_Initialise(BoundaryConditions,Err) 318! CALL CMISSEquationsSetBoundaryConditionsCreateStart(EquationsSet,BoundaryConditions,Err) 319! !Set the first node to 0.0 and the last node to 1.0 320! FirstNodeNumber=1 321! IF( dimensions == 2 ) THEN 322! LastNodeNumber=(NUMBER_GLOBAL_X_ELEMENTS+1)*(NUMBER_GLOBAL_Y_ELEMENTS+1) 323! ELSE 324! LastNodeNumber=(NUMBER_GLOBAL_X_ELEMENTS+1)*(NUMBER_GLOBAL_Y_ELEMENTS+1)*(NUMBER_GLOBAL_Z_ELEMENTS+1) 325! ENDIF 326! CALL CMISSBoundaryConditions_SetNode(BoundaryConditions,CMISS_FIELD_U_VARIABLE_TYPE,1,FirstNodeNumber,1, & 327! & CMISS_BOUNDARY_CONDITION_FIXED,0.0_CMISSDP,Err) 328! CALL CMISSBoundaryConditions_SetNode(BoundaryConditions,CMISS_FIELD_DELUDELN_VARIABLE_TYPE,1,LastNodeNumber,1, & 329! & CMISS_BOUNDARY_CONDITION_FIXED,1.0_CMISSDP,Err) 330! !Finish the creation of the equations set boundary conditions 331! CALL CMISSEquationsSetBoundaryConditionsCreateFinish(EquationsSet,Err) 332 333! EXPORT_FIELD=.TRUE. 334! IF(EXPORT_FIELD) THEN 335! CALL CMISSFields_Initialise(Fields,Err) 336! CALL CMISSFields_Create(Region,Fields,Err) 337! CALL CMISSFields_NodesExport(Fields,"StaticAdvectionDiffusionInitial","FORTRAN",Err) 338! CALL CMISSFields_ElementsExport(Fields,"StaticAdvectionDiffusionInitial","FORTRAN",Err) 339! CALL CMISSFields_Finalise(Fields,Err) 340! 341! ENDIF 342 343 344 !Create the problem 345 CALL CMISSProblem_Initialise(Problem,Err) 346 CALL CMISSProblem_CreateStart(ProblemUserNumber,Problem,Err) 347 !Set the problem to be a no source static advection Diffusion problem 348! CALL CMISSProblem_SpecificationSet(Problem,CMISS_PROBLEM_CLASSICAL_FIELD_CLASS,CMISS_PROBLEM_ADVECTION_DIFFUSION_EQUATION_TYPE, & 349! & CMISS_PROBLEM_NO_SOURCE_STATIC_ADVEC_DIFF_SUBTYPE,Err) 350 CALL CMISSProblem_SpecificationSet(Problem,CMISS_PROBLEM_CLASSICAL_FIELD_CLASS,CMISS_PROBLEM_ADVECTION_DIFFUSION_EQUATION_TYPE, & 351 & CMISS_PROBLEM_LINEAR_SOURCE_STATIC_ADVEC_DIFF_SUBTYPE,Err) 352 !Finish the creation of a problem. 353 CALL CMISSProblem_CreateFinish(Problem,Err) 354 355 !Create the problem control 356 CALL CMISSProblem_ControlLoopCreateStart(Problem,Err) 357 !CALL CMISSControlLoop_Initialise(ControlLoop,Err) 358 !Get the control loop 359 !CALL CMISSProblem_ControlLoopGet(Problem,ControlLoopNode,ControlLoop,Err) 360 !Set the times 361 !CALL CMISSControlLoop_TimesSet(ControlLoop,0.0_CMISSDP,1.0_CMISSDP,0.1_CMISSDP,Err) 362 !Finish creating the problem control loop 363 CALL CMISSProblem_ControlLoopCreateFinish(Problem,Err) 364 365 !Start the creation of the problem solvers 366! 367! ! !For the Direct Solver MUMPS, uncomment the below two lines and comment out the above five 368! ! CALL SOLVER_LINEAR_TYPE_SET(LINEAR_SOLVER,SOLVER_LINEAR_DIRECT_SOLVE_TYPE,ERR,ERROR,*999) 369! ! CALL SOLVER_LINEAR_DIRECT_TYPE_SET(LINEAR_SOLVER,SOLVER_DIRECT_MUMPS,ERR,ERROR,*999) 370! 371 372 CALL CMISSSolver_Initialise(Solver,Err) 373 !CALL CMISSSolver_Initialise(LinearSolver,Err) 374 CALL CMISSProblem_SolversCreateStart(Problem,Err) 375 CALL CMISSProblem_SolverGet(Problem,CMISS_CONTROL_LOOP_NODE,1,Solver,Err) 376 !CALL CMISSSolver_OutputTypeSet(Solver,CMISS_SOLVER_NO_OUTPUT,Err) 377 !CALL CMISSSolver_OutputTypeSet(Solver,CMISS_SOLVER_PROGRESS_OUTPUT,Err) 378 !CALL CMISSSolver_OutputTypeSet(Solver,CMISS_SOLVER_TIMING_OUTPUT,Err) 379 !CALL CMISSSolver_OutputTypeSet(Solver,CMISS_SOLVER_SOLVER_OUTPUT,Err) 380 CALL CMISSSolver_OutputTypeSet(Solver,CMISS_SOLVER_PROGRESS_OUTPUT,Err) 381 !CALL CMISSSolver_DynamicLinearSolverGet(Solver,LinearSolver,Err) 382 !CALL CMISSSolver_LinearIterativeMaximumIterationsSet(LinearSolver,300,Err) 383 !Finish the creation of the problem solver 384 CALL CMISSProblem_SolversCreateFinish(Problem,Err) 385 386 387 !Create the problem solver equations 388 CALL CMISSSolver_Initialise(Solver,Err) 389 CALL CMISSSolverEquations_Initialise(SolverEquations,Err) 390 CALL CMISSProblem_SolverEquationsCreateStart(Problem,Err) 391 !Get the solve equations 392 CALL CMISSProblem_SolverGet(Problem,CMISS_CONTROL_LOOP_NODE,1,Solver,Err) 393 CALL CMISSSolver_SolverEquationsGet(Solver,SolverEquations,Err) 394 !Set the solver equations sparsity 395 CALL CMISSSolverEquations_SparsityTypeSet(SolverEquations,CMISS_SOLVER_SPARSE_MATRICES,Err) 396 !CALL CMISSSolverEquations_SparsityTypeSet(SolverEquations,CMISS_SOLVER_FULL_MATRICES,Err) 397 !Add in the equations set 398 CALL CMISSSolverEquations_EquationsSetAdd(SolverEquations,EquationsSet,EquationsSetIndex,Err) 399 !Finish the creation of the problem solver equations 400 CALL CMISSProblem_SolverEquationsCreateFinish(Problem,Err) 401 CALL CMISSBoundaryConditions_Initialise(BoundaryConditions,Err) 402 CALL CMISSSolverEquations_BoundaryConditionsCreateStart(SolverEquations,BoundaryConditions,Err) 403 CALL CMISSSolverEquations_BoundaryConditionsAnalytic(SolverEquations,Err) 404 CALL CMISSSolverEquations_BoundaryConditionsCreateFinish(SolverEquations,Err) 405 406 !Solve the problem 407 CALL CMISSProblem_Solve(Problem,Err) 408 409 !Output Analytic analysis 410 Call CMISSAnalyticAnalysisOutput(DependentField,"StaticAdvectionDiffusionAnalytics",Err) 411 412 EXPORT_FIELD=.TRUE. 413 IF(EXPORT_FIELD) THEN 414 !CALL CMISSFields_Initialise(Fields,Err) 415 !CALL CMISSFields_Create(Region,Fields,Err) 416 !CALL CMISSFields_NodesExport(Fields,"StaticAdvectionDiffusion","FORTRAN",Err) 417 !CALL CMISSFields_ElementsExport(Fields,"StaticAdvectionDiffusion","FORTRAN",Err) 418 !CALL CMISSFields_Finalise(Fields,Err) 419 420 CALL CMISSFieldMLIO_Initialise( fieldmlInfo, err ) 421 CALL CMISSFieldML_OutputCreate( Mesh, outputDirectory, basename, dataFormat, fieldmlInfo, err ) 422 423 CALL CMISSFieldML_OutputAddField( fieldmlInfo, baseName//".geometric", dataFormat, GeometricField, & 424 & CMISS_FIELD_U_VARIABLE_TYPE, CMISS_FIELD_VALUES_SET_TYPE, err ) 425 426 CALL CMISSFieldML_OutputAddField( fieldmlInfo, baseName//".dependent", dataFormat, DependentField, & 427 & CMISS_FIELD_U_VARIABLE_TYPE, CMISS_FIELD_VALUES_SET_TYPE, err ) 428 429 CALL CMISSFieldML_OutputAddField( fieldmlInfo, baseName//".independent", dataFormat, IndependentField, & 430 & CMISS_FIELD_U_VARIABLE_TYPE, CMISS_FIELD_VALUES_SET_TYPE, err ) 431 432 CALL CMISSFieldML_OutputAddField( fieldmlInfo, baseName//".source", dataFormat, SourceField, & 433 & CMISS_FIELD_U_VARIABLE_TYPE, CMISS_FIELD_VALUES_SET_TYPE, err ) 434 435 CALL CMISSFieldML_OutputAddField( fieldmlInfo, baseName//".materials", dataFormat, MaterialsField, & 436 & CMISS_FIELD_U_VARIABLE_TYPE, CMISS_FIELD_VALUES_SET_TYPE, err ) 437 438 !CALL FieldmlOutputAddField( fieldmlInfo, baseName//".analytic", dataFormat, region, mesh, AnalyticField, & 439 ! & CMISS_FIELD_U_VARIABLE_TYPE, CMISS_FIELD_VALUES_SET_TYPE, err ) 440 441 CALL CMISSFieldML_OutputWrite( fieldmlInfo, outputFilename, err ) 442 443 CALL CMISSFieldMLIO_Finalise( fieldmlInfo, err ) 444 445 ENDIF 446 447 !CALL CMISSFinalise(Err) 448 WRITE(*,'(A)') "Program successfully completed." 449 450 STOP 451 452END PROGRAM STATICADVECTIONDIFFUSIONEXAMPLE