|
FEDEM Solver
R8.0
Source code of the dynamics solver
|
| ▼ fedem-foundation | |
| ► pFUnit | |
| pFUnitExtraArg.f90 | This file contains additional source code for the pFUnit driver |
| ► src | |
| ► FFaFunctionLib | |
| explicitFunctions.f90 | Global functions callable from C++ code |
| explicitFunctionsModule.f90 | |
| FFaDeviceFunctionInterface.f90 | Fortran interface for FiDeviceFunctionFactory methods |
| FFaFunctionManager.C | |
| FFaFunctionManager.H | |
| FFaFunctionProperties.C | |
| FFaFunctionProperties.H | |
| FFaMsgInterface.f90 | Fortran interface for FFaMsg methods |
| FFaUserFuncInterface.f90 | Fortran interface for FFaUserFuncPlugin methods |
| FFaUserFuncPlugin.C | |
| FFaUserFuncPlugin.H | |
| FFaUserFuncPlugin_F.C | |
| waveFunctions.f90 | Global functions callable from C++ code |
| waveFunctionsModule.f90 | |
| ► FFaLib | |
| ► FFaAlgebra | |
| FFa3DLocation.C | |
| FFa3DLocation.H | |
| FFa3PArc.C | Circular arcs in 3D space |
| FFa3PArc.H | Circular arcs in 3D space |
| FFaAlgebra.C | |
| FFaAlgebra.H | |
| FFaBody.C | |
| FFaBody.H | |
| FFaBodyHandler_F.C | |
| FFaBodyHandlerInterface.f90 | |
| FFaBodyParser.C | |
| FFaCheckSum.C | |
| FFaCheckSum.H | |
| FFaMat33.C | |
| FFaMat33.H | |
| FFaMat34.C | |
| FFaMat34.H | |
| FFaMath.C | Various math utility functions |
| FFaMath.H | Various math utility functions (extension of math.h) |
| FFaTensor1.C | |
| FFaTensor1.H | |
| FFaTensor2.C | |
| FFaTensor2.H | |
| FFaTensor3.C | |
| FFaTensor3.H | |
| FFaTensorTransforms.C | Tensor transformation utilities |
| FFaTensorTransforms.H | Tensor transformation utilities |
| FFaTensorTransforms_F.C | |
| FFaTensorTransformsInterface.f90 | |
| FFaUnitCalculator.C | |
| FFaUnitCalculator.H | |
| FFaVec3.C | Point vectors in 3D space |
| FFaVec3.H | Point vectors in 3D space |
| FFaVolume.C | |
| FFaVolume.H | |
| ► FFaCmdLineArg | |
| FFaCmdLineArg.H | General command-line option handler |
| FFaCmdLineArg_F.C | Fortran wrapper for the FFaCmdLineArg methods |
| FFaCmdLineArgImplementation.C | General command-line option handler |
| FFaCmdLineArgInterface.f90 | Fortran interface for FFaCmdLineArg methods |
| FFaOptionFileCreator.C | Command-line option file creator |
| FFaOptionFileCreator.H | Command-line option file creator |
| ► FFaDefinitions | |
| FFaAppInfo.C | |
| FFaAppInfo.H | |
| FFaListViewItem.C | |
| FFaListViewItem.H | |
| FFaMsg.C | |
| FFaMsg.H | |
| FFaMsg_F.C | |
| FFaResultDescription.C | |
| FFaResultDescription.H | Result variable description |
| FFaVersionNumber.C | |
| FFaVersionNumber.H | |
| FFaViewItem.H | |
| FFaViewItemUtils.C | |
| ► FFaDynCalls | |
| FFaDynCB.H | Macros for definition of dynamic callback objects |
| ► FFaOperation | |
| FFaBasicOperations.C | Implementation of operations for the basic algebra types |
| FFaBasicOperations.H | Implementation of operations for the basic algebra types |
| FFaOperation.H | Classes that make up the core of a operation/transformation system |
| FFaOpUtils.C | Utilities for accessing unary operations |
| FFaOpUtils.H | Utilities for accessing unary operations |
| ► FFaOS | |
| FFaDynamicLibraryBase.C | Management of dynamic loading of shared object libraries |
| FFaDynamicLibraryBase.H | Management of dynamic loading of shared object libraries |
| FFaExport.H | Macros to aid export of symbols in shared object libraries |
| FFaFilePath.C | Utilities for file path handling |
| FFaFilePath.H | Utilities for file path handling |
| FFaFilePathInterface.f90 | Fortran interface for FFaFilePath methods |
| FFaFortran.H | Macros to aid cross-language linkage between C/C++ and Fortran |
| FFaIO.c | Functions for direct access of large binary files using low-level IO |
| FFaIO.H | Functions and data type for direct access of large binary files |
| FFaMatherrHandler.C | Re-implementation of matherr handling on Windows |
| FFaTag.C | Utilities for reading and writing of file tags |
| FFaTag.H | Utilities for reading and writing of file tags |
| FFaTag_C.h | C-version of the file-tag read/write functions |
| ► FFaPatterns | |
| FFaGenericFactory.H | |
| FFaSingelton.H | |
| ► FFaString | |
| FFaEnum.H | Enum variables with text representations |
| FFaParse.C | Utilities for input file parsing |
| FFaParse.H | Utilities for input file parsing |
| FFaStringExt.C | Extensions of the STL string class |
| FFaStringExt.H | Extensions of the STL string class |
| FFaTokenizer.C | One-level token hierarchies |
| FFaTokenizer.H | One-level token hierarchies |
| ► FFaMathExpr | |
| FFaMathExpr.C | |
| FFaMathExpr.H | |
| FFaMathExprFactory.C | |
| FFaMathExprFactory.H | |
| FFaMathExprFactory_F.C | |
| FFaMathExprInterface.f90 | Fortran interface for FFaMathExprFactory methods |
| FFaMathFunction.C | |
| FFaMathOps.C | |
| FFaMathOps.H | |
| FFaMathString.C | |
| FFaMathString.H | |
| FFaMathVar.C | |
| FFaMathVar.H | |
| ► FFpLib | |
| ► FFpCurveData | |
| FFpCurve.C | |
| FFpCurve.H | |
| FFpCurveDef.C | |
| FFpCurveDef.H | |
| FFpDFTparams.H | |
| FFpFourier.C | |
| FFpFourier.H | |
| FFpGraph.C | |
| FFpGraph.H | |
| FFpReadResults.C | |
| FFpReadResults.H | |
| ► FFpExport | |
| FFpBatchExport.C | |
| FFpBatchExport.H | |
| FFpBatchExport_F.C | |
| FFpBatchExportInterface.f90 | |
| FFpRPC3Data.C | |
| ► FFrLib | |
| FFrEntryBase.C | |
| FFrEntryBase.H | |
| FFrEnums.H | |
| FFrExtractor.C | Front-end for the result extraction module |
| FFrExtractor.H | Front-end for the result extraction module |
| FFrExtractor_F.C | Fortran wrapper for the FFrExtractor methods |
| FFrExtractorInterface.f90 | Fortran interface for FFrExtractor methods |
| FFrFieldEntryBase.C | |
| FFrFieldEntryBase.H | |
| FFrItemGroup.C | |
| FFrItemGroup.H | |
| FFrObjectGroup.C | |
| FFrObjectGroup.H | |
| FFrReadOp.H | |
| FFrReadOpImpl.C | |
| FFrReadOpInit.H | |
| FFrResultContainer.C | Results file data container |
| FFrResultContainer.H | Results file data container |
| FFrSuperObjectGroup.C | |
| FFrSuperObjectGroup.H | |
| FFrVariable.C | |
| FFrVariable.H | |
| FFrVariableReference.C | |
| FFrVariableReference.H | |
| ► FiDeviceFunctions | |
| FiASCFile.C | External device function based on multi-column ASCII file |
| FiASCFile.H | External device function based on multi-column ASCII file |
| FiCurveASCFile.C | |
| FiCurveASCFile.H | |
| FiDACFile.C | |
| FiDACFile.H | |
| FiDeviceFunctionBase.C | |
| FiDeviceFunctionBase.H | |
| FiDeviceFunctionFactory.C | External device function factory (functions from file) |
| FiDeviceFunctionFactory.H | External device function factory (functions from file) |
| FiDeviceFunctionFactory_F.C | Fortran wrapper for the FiDeviceFunctionFactory methods |
| fiDeviceFunctionInterface.f90 | Fortran interface for FiDeviceFunctionFactory methods |
| FiRAOTable.C | |
| FiRAOTable.H | |
| FiRAOTable_F.C | |
| fiRAOTableInterface.f90 | |
| FiRPC3File.C | |
| FiRPC3File.H | |
| FiSwappedIO.H | |
| ► FiUserElmPlugin | |
| FiUserElmInterface.f90 | Fortran interface for FiUserElmPlugin methods |
| FiUserElmPlugin.C | User-defined elements plugin |
| FiUserElmPlugin.H | User-defined elements plugin |
| FiUserElmPlugin_F.C | Fortran wrapper for the FiUserElmPlugin methods |
| gtest.h | Google test wrapper |
| ▼ src | |
| ► Femlib | |
| beam.f | Subroutines for calculation of beam element matrices |
| beamaux.f | Auxilliary subroutines for beam finite elements |
| ► SolutionMapper | |
| main.C | Solution field mapping utility for sub-model analysis |
| ► vpmCommon | |
| ► vpmLinAlg | |
| asmExtensionModule.f90 | System matrix assembly extension module |
| matExtensionModule.f90 | System matrix extension module |
| solExtensionModule.f90 | Subroutines for solution of linear equation systems |
| sprExtensionModule.f90 | Sparse matrix extensions |
| sysMatrixTypeModule.f90 | System matrix data container |
| cmdLineArgInit.C | This file contains C++ code for setting up the command-line handler |
| cmdLineArgInitStd.C | This file contains C++ code for setting up the command-line handler |
| environmentTypeModule.f90 | Namelist for reading environment data |
| FFCmdLineArgInterface.C | Wrapper for FFaCmdLineArg to facilitate use in shared object libraries |
| FFCmdLineArgInterface.H | Wrapper for FFaCmdLineArg to facilitate use in shared object libraries |
| headingNamelistModule.f90 | Namelist for reading model file name and version |
| idTypeModule.f90 | Data type for object identification with associated subroutines |
| prescribedMotionModule.f90 | Prescribed motions from file |
| rdbModule.f90 | Data type and subroutines for writing FEDEM result files |
| samModule.f90 | Assembly of FE matrices into system matrices |
| SignalHandler.C | Handling of various OS signals casing the program to abort |
| SignalHandler.H | Handling of various OS signals casing the program to abort |
| supElTypeModule.f90 | Superelement object data container |
| triadTypeModule.f90 | Triad object data container |
| versionModule.f90 | Handling of program versioning |
| ► vpmReducer | |
| ► vpmReducerTests | |
| smallReducer.f90 | Simplified driver for the FE part reducer |
| solveSupel.f90 | |
| test_FEsolve.C | Unit testing for the linear FE solver |
| testModels.C | Hard-coded basic FE models for testing of FE part reduction |
| testReducer.C | Test program for the FE part reducer on some simple models |
| testShells.C | Convergence tests for shell elements |
| cmstrs.f90 | Subroutines for Component Mode Synthesis (CMS) transformation |
| fmxWriter.f90 | Shared library wrapper for reading and writing FEDEM fmx files |
| inadd.f90 | |
| inputReducerModule.f90 | Data input and preprocessing for fedem_reducer |
| reducer.f90 | Main driver for the FEDEM FE part reducer |
| reducerInterface.C | This file contains the C++ wrappers of the FEDEM part reducer API |
| reducermain.C | This file contains the C++ main program for the FEDEM FE part reducer |
| releaseSingeltons.C | Cleaning of global heap-allocated objects on program exit |
| rigidModule.f90 | Linear multi-point constraint handling |
| samReducerModule.f90 | Initialisation of the SAM data structure for the FE part reducer |
| saveReducerModule.f90 | |
| solver.f90 | Driver for the FEDEM linear FE part solver |
| solvermain.C | This file contains the C++ main program for the FEDEM linear FE solver |
| wavgmModule.f90 | Weighted Average Motion constraint handling |
| ► vpmSolver | |
| ► vpmSolverTests | |
| compareResponse.C | Utility for comparing two ASCII files with numerical data |
| createTestFnd.C | This program is used to create a binary file for unit testing |
| dummyModules.f90 | Dummy modules used to reduce dependencies in unit tests |
| test_solver.C | Unit tests for the dynamics solver |
| testExternal.C | Test program for external functions in the dynamics solver |
| testInverse.C | Test program for components of the inverse method |
| testMemcheck.C | |
| testRestart.C | Test program for restarting the dynamics solver from an in-core state |
| testSolveIter.C | Test program for Newton iteration manipulation |
| addInSysModule.f90 | Subroutines for system-level assembly |
| bushingElementRoutinesModule.f90 | |
| bushingElementTypeModule.f90 | |
| contactElementRoutinesModule.f90 | Subroutines for contact element calculations |
| contactElementTypeModule.f90 | Contact element object data container |
| contactSurfaceModule.f90 | Representation of contact surfaces |
| controlRoutinesModule.f90 | Subroutine for invocation of the regulation system solver |
| controlTypeModule.f90 | Control system data container |
| corotUtilModule.f90 | |
| curvePointTypeModule.f90 | Representation of contact curve/surface points |
| curveTypeModule.f90 | Subroutines for contact surface point calculations |
| damperRoutinesModule.f90 | Subroutines for damper calculations |
| damperTypeModule.f90 | Damper object data containers |
| dbgUnitsModule.f90 | |
| diffractionModule.f90 | |
| dummy_pyplot.f90 | Dummy module used when built without python plotting support |
| dummyLoadSupelMatrix.f90 | |
| energyInt.f90 | Subroutines for structural energy integration |
| engineRoutinesModule.f90 | Subroutines for general function evaluation |
| environmentTypeModule.f90 | Environmental data container |
| extCtrlSysRoutinesModule.f90 | |
| extCtrlSysTypeModule.f90 | |
| finiteElementModule.f90 | Finite element object data containers and subroutines |
| FNVmodule.f90 | |
| FNVwaveForceModule.f90 | |
| forceRoutinesModule.f90 | Subroutines for external point load calculations |
| forceTypeModule.f90 | External point load object data container |
| freqResponseModule.f90 | Frequency domain implementation for the FEDEM Dynamics Solver |
| frictionRoutinesModule.f90 | |
| frictionTypeModule.f90 | |
| functionTypeModule.f90 | Function data container |
| genericPartModule.f90 | |
| hydroDynamicsModule.f90 | Calculation of hydrodynamic element loads |
| initiateBushingElmTypeModule.f90 | |
| initiateContactElmTypeModule.f90 | Initialization of contact element objects from the solver input file |
| initiateDamperTypeModule.f90 | Initialization of damper objects from the solver input file |
| initiateFrictionTypeModule.f90 | |
| initiateFunctionTypeModule.f90 | Initialization of functions from the solver input file |
| initiateJointTypeModule.f90 | Initialization of joint objects from the solver input file |
| initiateModesTypeModule.f90 | Subroutine for initialization of the eigenvalue solver |
| initiateModule.f90 | Initialization of model data from the FEDEM solver input file |
| initiateRoadTypeModule.f90 | |
| initiateSensorTypeModule.f90 | Initialization of sensor objects from the solver input file |
| initiateSpringTypeModule.f90 | |
| initiateSupElTypeModule.f90 | Initialization of superelements from the solver input file |
| initiateSystemTypeModule.f90 | Initialization of system data from the solver input file |
| initiateTireTypeModule.f90 | |
| initiateTriadTypeModule.f90 | |
| initiateUserdefElTypeModule.f90 | Initialization of user-defined elements from the solver input file |
| initiateWindTurbineModule.f90 | Initialization of wind turbine objects from the solver input file |
| inverseModule.f90 | |
| main.C | This file contains the C++ main program for the FEDEM dynamics solver |
| massMatCorrModule.f90 | |
| massRoutinesModule.f90 | Subroutines for discrete mass calculations |
| massTypeModule.f90 | |
| masterSlaveJointRoutinesModule.f90 | Subroutines for joint constraint calculation calculations |
| masterSlaveJointTypeModule.f90 | |
| mechanismTypeModule.f90 | Mechanism data container |
| modesRoutinesModule.f90 | Subroutines for eigenvalue analysis |
| modesTypeModule.f90 | Eigenmodes data container |
| motionRoutinesModule.f90 | Subroutines for prescribed motion calculations |
| motionTypeModule.f90 | Prescribed motion data container |
| newmarkRoutinesModule.f90 | Subroutines for dynamic simulation based on Newmark time integration |
| normRoutinesModule.f90 | Subroutines and functions for solution norm calculation |
| normTypeModule.f90 | |
| profilerModule.f90 | Subroutines for profiling of various program parts |
| pyplot_module.f90 | Interface for plots in python (x-y plots) |
| readFSI.C | Utility for reading read a solver input file into a string variable |
| restartModule.f90 | Subroutines for restart handling |
| roadRoutinesModule.f90 | |
| roadTypeModule.f90 | |
| samSolverModule.f90 | Initialisation of the SAM data structure for the dynamics solver |
| saveModule.f90 | Save of time history variables to result database files |
| saveNastranModule.f90 | |
| saveVTFModule.f90 | |
| sensorTypeModule.f90 | Sensor data container |
| solverDriver.f90 | Global driver routines for the FEDEM Dynamics Solver |
| solverInterface.C | This file contains the C++ wrappers of the FEDEM dynamics solver API |
| solverInterface.h | This file defines the API for the FEDEM dynamics solver core |
| solverModule.f90 | Model data and driver routines for the FEDEM Dynamics Solver |
| solverRoutinesModule.f90 | Generic solver utilities |
| springRoutinesModule.f90 | Subroutines for spring calculations |
| springTypeModule.f90 | Spring object data containers |
| staticEquilibriumModule.f90 | Subroutines for quasi-static time-domain simulation |
| stressRecoveryModule.f90 | Subroutines for stress and/or strain gage recovery during solving |
| supElLoadTypeModule.f90 | |
| supElRoutinesModule.f90 | Subroutines for superelement calculations |
| systemTypeModule.f90 | System data container |
| timeStepModule.f90 | |
| tireRoutinesModule.f90 | |
| tireTypeModule.f90 | |
| userdefElRoutinesModule.f90 | Subroutines for user-defined element calculations |
| userdefElTypeModule.f90 | User-defined element data container |
| windTurbineRoutinesModule.f90 | |
| windTurbineTypeModule.f90 | Wind turbine data container |
| ► vpmStress | |
| displacementModule.f90 | Recovery of displacements at internal nodes |
| elStressModule.f90 | Calculation of element stresses and strains |
| samStressModule.f90 | Initialisation of the SAM data structure for recovery processes |
| strainAndStressUtils.f90 | Utilities for strain- and stress calculation |
| strainRosetteModule.f90 | Strain rosette object data containers and methods |
| stressRoutines.f90 | Calculation and storage of superelement stresses |
| ► vpmUtilities | |
| allocationModule.f90 | Subroutines for dynamic allocation of integer and real arrays |
| binaryDB.c | Global functions binary file IO |
| binaryDBInterface.f90 | Fortran interface for the C functions for doing binary IO |
| clksec.c | System-dependent global functions for time measurement |
| closeLogFiles.f90 | Global subroutine (callable from C++) used by signal handlers, etc |
| computerConfig.C | Global functions for extracting information on the running computer |
| computerConfigInterface.f90 | Fortran interface for functions for extracting computer configuration |
| denseMatrixModule.f90 | Subroutines for solution of dense linear equation systems |
| diskMatrixModule.f90 | |
| fileUtilitiesModule.f90 | Subroutines for file handling |
| inputUtilities.f90 | Utilities for parsing of solver input files |
| kindModule.f90 | Global kind- and variable-size parameters |
| manipMatrixModule.f90 | Utilities for manipulation of integer and real matrices |
| progressModule.f90 | Subroutines for reporting progress info during computations |
| reportErrorModule.f90 | Subroutines for error message handling |
| rotationModule.f90 | Utilities for manipulation of finite rotations |
| scratchArrayModule.f90 | Utilities for dynamic allocation of scratch arrays |
| sDiskMatrixModule.f90 | |
| searchAndSortModule.f90 | Utilities for searching and sorting of arrays |
| sparseMatrixModule.f90 | |
| timerModule.f90 | Subroutines for time measurement of computations |
| wrimsg.f90 | Global subroutine (callable from C++) to output an error message |
1.9.1