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FEDEM Solver
R8.0
Source code of the dynamics solver
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| Cspringroutinesmodule::addinspringforces | Assembles system force vector contributions from a spring element |
| CFiDeviceFunctionBase::axisInfo | |
| Cfiniteelementmodule::beamjointtype | Data type representing a beam joint |
| Cfiniteelementmodule::beampropertytype | Data type for beam cross section properties |
| Cfiniteelementmodule::beamtype | Data type representing a node in a linked list of beam strings |
| Cwindturbinetypemodule::bladeelem | Data type describing a turbine blade element |
| Cwindturbinetypemodule::bladenode | Data type describing a turbine blade node |
| Cwindturbinetypemodule::bladeroot | Data type describing the root node of a turbine blade |
| Cbushingelementtypemodule::bushingelementtype | |
| CCase | Struct with parameters to instantiate particular units tests over |
| Csprkindmodule::castint | Casting an array of integer to/from 64-bit |
| Csysmatrixtypemodule::check | Performs consistency checking of a data object |
| Cspringtypemodule::checkfailure | Checks if a spring has passed failure state |
| CFiRPC3File::chParams | |
| Cbinarydbinterface::closeBinary_DB | Closes the specified binary file |
| Cbinarydbinterface::closebinarydb | Closes the specified binary file |
| Ccontactelementtypemodule::contactelementtype | Data type representing a contact element object |
| Ccontroltypemodule::controltype | Data type representing the control system of a model |
| Cbinarydbinterface::copyBinaryDB | Copies data from one binary file to another |
| Cmatextensionmodule::csgetsub12 | Extracts and off-diagonal submatrix from the system matrix |
| Cmatextensionmodule::cspremult | Performs a matrix-matrix multiplication |
| Csolextensionmodule::cssolve | Solves the linear system of equations Ax = B |
| Cmatextensionmodule::cstransform | Performs a triple matrix multiplication |
| Ccontroltypemodule::ctrlprm | Data type representing a control input parameter |
| Ccurvepointtypemodule::curvepointtype | Data type representing a point on a contact curve/surface |
| Cdampertypemodule::damperbasetype | Data type representing a base damper object |
| Cdampertypemodule::damperptrtype | Data type representing a base damper pointer |
| Cdampertypemodule::dampertype | Data type representing a damper element |
| Cdampertypemodule::deallocatedampers | Deallocates an array of damper objects |
| Cfunctiontypemodule::deallocatefunctions | Deallocates a function object |
| Cmasterslavejointtypemodule::deallocatejoints | |
| Cspringtypemodule::deallocatesprings | Deallocates an array of spring objects |
| Cbinarydbinterface::deleteDB | Deletes the named file |
| CDFTparams | |
| Cmanipmatrixmodule::diagmatmul | Matrix multiplication involving diagonal matrices |
| Cdiskmatrixmodule::diskmatrixtype | |
| Csdiskmatrixmodule::diskmatrixtype | |
| Cfreqresponsemodule::dloadmotion | Data type for frequency-domain load/motions |
| Csdiskmatrixmodule::dmmattimesvec | |
| Cmanipmatrixmodule::dyadic_product | Dyadic product between two vectors |
| Crotationmodule::eccexpand | Takes into account possible eccentricity |
| Cfunctiontypemodule::engineptrtype | Data type representing a general function pointer |
| Cfunctiontypemodule::enginetype | Data type representing a general function object |
| Cenvironmenttypemodule::environmenttype | Data type containing some global environmental data |
| Cextctrlsystypemodule::extctrlsystype | |
| CFaFace | |
| CFaMat33 | |
| CFaMat34 | |
| CFaVec3 | Class for point vectors in 3D space |
| CFFa3DLocation | |
| CFFa3PArc | Class representing a circular arc in 3D space |
| Cffabodyhandlerinterface::ffa_body | |
| Cffafilepathinterface::ffa_checkpath | Converts thePath from UNIX to Windows syntax and vice versa |
| Cffabodyhandlerinterface::ffa_erase_bodies | |
| Crotationmodule::ffa_eulerzyx | Computes the EulerZYX angles for a relative rotation |
| Cffabodyhandlerinterface::ffa_get_face | |
| Cffabodyhandlerinterface::ffa_get_nofaces | |
| Cffafilepathinterface::ffa_getbasename | Returns the file name without the path and extension |
| Crotationmodule::ffa_glbeulerzyx | Computes the EulerZYX angles for a global rotation |
| Cffabodyhandlerinterface::ffa_inc_area | |
| Cffabodyhandlerinterface::ffa_partial_volume | |
| Cffabodyhandlerinterface::ffa_save_intersection | |
| ►CFFa_stream | Interface class for stream-based reading/writing of file tags |
| Cffabodyhandlerinterface::ffa_total_volume | |
| CFFaAlgebra | Class with static matrix-vector methods used by link file parsers, etc |
| CFFaAppInfo | Class to store information about the application |
| CFFaBody | |
| CFFaCheckSum | |
| CFFaCmdLineArg | Singleton class for management of command-line options |
| ►CFFaCmdLineEntryBase | Abstract interface for command-line options |
| ►CFFaDynamicLibraryBase | Base class for dynamic loading of shared object libraries |
| CFFaEnum< EnumType, ETMapping > | Class to be used as a enum variable with text representations |
| CFFaFunctionManager | |
| CFFaMathExpr | |
| CFFaMathExprFactory::FFaMathFunc | |
| CFFaMathFunction | |
| CFFaMathOps | |
| CFFaMathVar | |
| Cffamathexprinterface::ffame_create | Creates a new expression function |
| Cffamathexprinterface::ffame_getdiff | Evaluates derivative of a single-argument expression function |
| Cffamathexprinterface::ffame_getdiff2 | Evaluates a derivative of a multi-argument expression function |
| Cffamathexprinterface::ffame_getvalue | Evaluates a single-argument expression function |
| Cffamathexprinterface::ffame_getvalue2 | Evaluates a multi-argument expression function |
| ►CFFaMsg | Interface class for various user feedback |
| Cffamsginterface::ffamsg_list | Prints the text message to the Output List view and/or file |
| ►CFFaOperationBase | Base class for all operations |
| CFFaOperationContainer< OperationCB > | A class used to manage and store callbacks of a certain type |
| ►CFFaOperationContainer< FFaDynCB2< RetType &, const RetType & > > | |
| ►CFFaOperationContainer< FFaDynCB2< RetType &, const std::vector< RetType > & > > | |
| CFFaOptionFileCreator | Class for writing command-line option files for the solver modules |
| ►CFFaResultDescription | Class representing a result variable description |
| CFFaSingelton< T, Container > | Template class for singleton classes |
| ►CFFaSingelton< FFaGenericFactory< T, std::string, int > > | |
| ►CFFaSingelton< FFaMathExprFactory > | |
| ►CFFaSingelton< FFaUnitCalculatorProvider > | |
| ►CFFaSingelton< FFaUserFuncPlugin > | |
| ►CFFaSingelton< FiDeviceFunctionFactory > | |
| ►CFFaSingelton< FiUserElmPlugin > | |
| CFFaTensor1 | |
| CFFaTensor2 | |
| CFFaTensor3 | |
| ►CFFaTokenInput | Base class for generic token input |
| Cffauserfuncinterface::ffauf_getdiff | Evaluates the derivative of specified user-defined function |
| Cffauserfuncinterface::ffauf_getflag | Returns the function flag for the function funcId |
| Cffauserfuncinterface::ffauf_getnopar | Returns the number of parameters for the function funcId |
| Cffauserfuncinterface::ffauf_getvalue | Evaluates the specified user-defined function |
| Cffauserfuncinterface::ffauf_init | Loads the user-defined plugin(s) into core memory |
| Cffauserfuncinterface::ffauf_wave | Evaluates the specified user-defined wave function |
| CFFaUnitCalculator | |
| CFFaVersionNumber | A class to keep Fedem version numbers |
| ►CFFaViewItem | Abstract interface class for list view items |
| CFFaVolume | |
| ►CFFlLinkHandler | |
| Cffpbatchexportinterface::ffp_crvexp | |
| CFFpBatchExport | |
| CFFpCurve | |
| CFFpCurveDef | |
| CFFpFourier | |
| CFFpGraph | |
| CFFpRPC3Data | |
| CFFpVar | |
| Cffrextractorinterface::ffr_done | Releases the FFrExtractor object |
| Cffrextractorinterface::ffr_finddata | Locates results data at current time step for specified variable |
| Cffrextractorinterface::ffr_findptr | Finds file position of the specified result variable |
| Cffrextractorinterface::ffr_getdata | Reads the contents of the variable or item group |
| Cffrextractorinterface::ffr_increment | Positions the results file(s) for the next time step |
| Cffrextractorinterface::ffr_init | Opens the results database and reads file headers |
| Cffrextractorinterface::ffr_setposition | Positions the results file(s) for the specified time step |
| CFFrCreatorData | Incapsulation of temporary data used during results file parsing |
| ►CFFrEntryBase | |
| CFFrExtractor | Front-end for the result extraction module |
| CFFrResultContainer | Class holding the data of a Fedem results file |
| CFFrVariable | |
| Cfiuserelminterface::Fi_UDE0 | Returns the length of the work arrays needed by an element |
| Cfiuserelminterface::Fi_UDE1 | Initializes the state-independent part of the ework areas |
| Cfiuserelminterface::Fi_UDE2 | Updates the state of a given user-defined element |
| Cfiuserelminterface::Fi_UDE3 | Calculates the local origin of a user-defined element |
| Cfiuserelminterface::Fi_UDE4 | Returns the name of a result quantity of a user-defined element |
| Cfiuserelminterface::Fi_UDE5 | Returns a result quantity value of a user-defined element |
| Cfiuserelminterface::Fi_UDE6 | Returns total mass of a user-defined element |
| Cfiuserelminterface::Fi_UDE_Init | Loads the user-defined element plugin library into memory |
| Cfiraotableinterface::ficonvertwavedata | |
| ►CFiDeviceFunctionBase | |
| Cfidevicefunctioninterface::fidf_close | Closes a specified device function file |
| Cfidevicefunctioninterface::fidf_closeall | Closes all currently opened device function files |
| Cfidevicefunctioninterface::fidf_dump | Dumps data about all defined device functions to console |
| Cfidevicefunctioninterface::fidf_extfunc | Opens a file for reading external function values |
| Cfidevicefunctioninterface::fidf_extfunc_ff | Updates the external function values from file |
| Cffadevicefunctioninterface::fidf_getvalue | Evaluates a device function at a given point |
| Cfidevicefunctioninterface::fidf_getvalue | Evaluates a device function at a given point |
| Cfidevicefunctioninterface::fidf_getxaxis | Returns the X-axis label for a device function |
| Cfidevicefunctioninterface::fidf_getyaxis | Returns the Y-axis label for a device function |
| Cfidevicefunctioninterface::fidf_initextfunc | Initializes external function values from file or an array |
| Cfidevicefunctioninterface::fidf_open | Opens a device function file for read access |
| Cfidevicefunctioninterface::fidf_openwrite | Opens a device function file for write access |
| Cfidevicefunctioninterface::fidf_setfrequency | Sets the sampling frequency for a device function |
| Cfidevicefunctioninterface::fidf_setstep | Sets the sampling step size for a device function |
| Cfidevicefunctioninterface::fidf_setvalue | Assigns a value to a device function at a given point |
| Cfidevicefunctioninterface::fidf_setxaxis | Sets the X-axis label for a device function |
| Cfidevicefunctioninterface::fidf_setyaxis | Sets the Y-axis label for a device function |
| Cfidevicefunctioninterface::fidf_storeextfunc | Stores/extracts external function values from in-core array |
| Cfiraotableinterface::fiextractmotion | |
| Cfrictionroutinesmodule::findforceinfriction | |
| CFiRAOTable | |
| Cfiraotableinterface::fireleasemotion | |
| Cbinarydbinterface::flushBinaryDB | Flushes the in-core buffer of the specified binary file to disk |
| Cfnvwaveforcemodule::fnvcolumntype | |
| Cforcetypemodule::forcetype | Data type representing an external point load object |
| Cfrictiontypemodule::frictionparametertype | |
| Cfrictiontypemodule::frictionptrtype | |
| Cfrictiontypemodule::frictiontype | |
| Cexplicitfunctionsmodule::funcderivative | |
| Cfunctiontypemodule::functionderivative | Returns a function derivative |
| Cfunctiontypemodule::functiontype | Data type representing a function shape object |
| Cfunctiontypemodule::functionvalue | Returns the function value |
| Cexplicitfunctionsmodule::funcvalue | |
| Csupeltypemodule::generalizeddofs | Data type for the generalized DOFs associated with component modes |
| Ccomputerconfiginterface::getComputerConfig | Returns a string identifying the computer the program is run on |
| Cbinarydbinterface::getPositionDB | Gets the current position for a specified binary file |
| Ccontactelementtypemodule::getptrtoid | Returns pointer to object with specified ID |
| Ccontactsurfacemodule::getptrtoid | Returns pointer to object with specified ID |
| Cdampertypemodule::getptrtoid | Returns pointer to object with specified ID |
| Cextctrlsystypemodule::getptrtoid | |
| Cfiniteelementmodule::getptrtoid | Returns pointer to object with specified ID |
| Cfrictiontypemodule::getptrtoid | |
| Cfunctiontypemodule::getptrtoid | Returns pointer to object with specified ID |
| Cmasterslavejointtypemodule::getptrtoid | |
| Croadtypemodule::getptrtoid | |
| Csensortypemodule::getptrtoid | Returns pointer to object with specified ID |
| Cspringtypemodule::getptrtoid | Returns pointer to object with specified ID |
| Csupeltypemodule::getptrtoid | Returns pointer to object with specified ID |
| Ctriadtypemodule::getptrtoid | Returns pointer to object with specified ID |
| Cuserdefeltypemodule::getptrtoid | Returns pointer to object with specified ID |
| Cmasterslavejointtypemodule::getptrtoowner | |
| Ccomputerconfiginterface::getUserName | Returns the user name of the running process owner |
| Ccontactsurfacemodule::glidercurvetype | Data type representing the glider curve in point-to-path joints |
| Csysmatrixtypemodule::gsfstoragetype | Data type for sparse matrix storage (GSF solver) |
| Csavemodule::headerid | Variable- and item group indices for response data files |
| Cmasterslavejointtypemodule::higherpairtype | |
| Csupeltypemodule::hydrodyntype | Data type for the hydrodynamic force calculation |
| Cidtypemodule::idtype | Data type for unique object identification |
| Cinaddmodule::inadd | |
| Cwavefunctionsmodule::initfunc4 | |
| Cmasterslavejointtypemodule::jmtriadtype | |
| Cmasterslavejointtypemodule::jointdoftype | |
| CFFrItemGroup::Less | |
| CFFrVariable::Less | |
| Callocationmodule::logallocmem | Prints the accumulated memory usage to log file |
| Cmasstypemodule::masstype | |
| Cmasterslavejointtypemodule::masterslavejointtype | |
| Cmanipmatrixmodule::matmul34 | Matrix multiplication involving 3×4 position matrices |
| Cfnvmodule::matrixptr | |
| Cffatensortransformsinterface::maxshear | |
| Cffatensortransformsinterface::maxshearvalue | |
| Cmechanismtypemodule::mechanismtype | Data type containing all components of the mechanism model |
| Cmodestypemodule::modestype | Data type containing parameters and matrices for modal analysis |
| Cmotiontypemodule::motiontype | Data type representing a prescribed motion object |
| CNode | Struct with sub-model nodal data |
| Csupeltypemodule::nonlinforcestifftype | Data type for the nonlinear force-displacement representation |
| Cdampertypemodule::nullifydamper | Initializes a damper object |
| Cstrainrosettemodule::nullifyrosette | Initializes a stress/strain recovery object |
| Cspringtypemodule::nullifyspring | Initializes a spring object |
| Cbinarydbinterface::openBinaryDB | Opens a binary direct access file for read or write |
| Csysmatrixtypemodule::pardisostoragetype | Data type for sparse matrix storage (PARDISO solver) |
| CFFpCurve::PointData | |
| Cffatensortransformsinterface::princval | |
| Cbinarydbinterface::putCharDB | Writes a character string at a specified file location |
| Cpyplot_module::pyplot | Main python plot class |
| CRAOcomp | |
| CRAOentry | |
| Cinitiatefunctiontypemodule::raotype | Data type for temporary linked list of RAO data |
| Crdbmodule::rdbtype | Data type for a binary result database file |
| Cbinarydbinterface::readCharDB | Reads a character string from a specified binary file |
| Cbinarydbinterface::readDoubleD4 | Reads a double precision array from a specified binary file |
| Cbinarydbinterface::readDoubleD8 | Reads a big double precision array from a specified binary file |
| Cbinarydbinterface::readdoubledb | Reads a double precision array from the specified binary file |
| Cbinarydbinterface::readFloatDB | Reads a single precision array from a specified binary file |
| Cbinarydbinterface::readIntDB | Reads an integer array from a specified binary file |
| CReadOpCreatorType | |
| Cbinarydbinterface::readTagDB | Reads the file tag and checksum from a specified binary file |
| Callocationmodule::reallocate | Allocates, reallocates or deallocates a generic array |
| Csysmatrixtypemodule::reallocate | Reallocates a data object |
| Cscratcharraymodule::realscratcharray | Returns a pointer to a real scratch array |
| Csupeltypemodule::recoverytype | Data type for the integrated stress recovery |
| Cstressrecoverymodule::recparttype | Data type holding recovery data for superelements |
| Crestartmodule::restartinit | Initializes the mechanism configuration for restart |
| Cfrictiontypemodule::restorefromlaststep | |
| Cmasterslavejointtypemodule::restorefromlaststep | |
| Cspringtypemodule::restorefromlaststep | Restores the state variables from the last converged time step |
| Csupeltypemodule::restorefromlaststep | Restores the state variables from the last converged time step |
| CRFprm | |
| Croadtypemodule::roadtype | |
| Casmextensionmodule::sam8type | Data type for 64-bit version of some integer arrays in sammodule::samtype |
| Csammodule::samtype | Data structure for management of FE matrix assembly |
| Ctiretypemodule::scaletotype | |
| Csensortypemodule::sensorptrtype | Data type representing a sensor pointer |
| Csensortypemodule::sensortype | Data type representing a sensor object |
| Cbinarydbinterface::setBufDB | Allocates an in-core buffer for the specified binary file |
| Cbinarydbinterface::setPositionDB | Sets the read position for a specified binary file |
| CSignalHandler | Static class with methods for signal handling |
| CFFaUnitCalculator::SingleUnit | |
| Csysmatrixtypemodule::skylinestoragetype | Data type for skyline matrix storage |
| Cmasterslavejointtypemodule::slavedoftype | |
| Cmasterslavejointtypemodule::slidertype | |
| Cdensematrixmodule::solveeigenvalues | Solves an eigenvalue problem |
| Csparsematrixmodule::sparsematrixtype | |
| Csysmatrixtypemodule::sparsestoragetype | Data type for sparse matrix storage (SPR solver) |
| Cexplicitfunctionsmodule::splinedata | |
| Cbushingelementtypemodule::spoketype | |
| Cspringtypemodule::springbasetype | Data type representing a single-DOF base spring object |
| Cspringtypemodule::springfailuretype | Data type representing a spring failure object |
| Cspringtypemodule::springptrtype | Data type representing a base spring pointer |
| Cspringtypemodule::springtype | Data type representing multi-DOF spring element |
| Cspringtypemodule::springyieldtype | Data type representing a spring yield object |
| Ctiretypemodule::stiapitype | |
| Cstrainrosettemodule::strainelementtype | Data type representing a surface stress/strain recovery element |
| Cstrainrosettemodule::straingagetype | Data type representing a single strain gage |
| Cstrainrosettemodule::strainrosettetype | Data type representing a strain rosette |
| ►Cstd::string | |
| Csupelloadtypemodule::supelloadtype | |
| Csupeltypemodule::supelptrtype | Data type representing a superelement pointer |
| Csupeltypemodule::supeltype | Data type representing a superelement object |
| Csysmatrixtypemodule::sysmatrixtype | Data type for a system coefficient matrix |
| Csystemtypemodule::systemtype | Data type containing parameters and system matrices of the model |
| ►Ctesting::Test | |
| Cnormtypemodule::testitemtype | |
| Cnormtypemodule::testsettype | |
| Ctiretypemodule::tiretype | |
| Cffatensortransformsinterface::trainertia | |
| Ctriadtypemodule::transglobtosys | Transforms a triad quantity from global to system directions |
| Ctriadtypemodule::transglobtotriad | Transforms a triad quantity from global to triad directions |
| Ctriadtypemodule::transsystoglob | Transforms a triad quantity from system to global directions |
| Ctriadtypemodule::transsystotriad | Transforms a triad quantity from system to triad directions |
| Ctriadtypemodule::transtriadtoglob | Transforms a triad quantity from triad to global directions |
| Ctriadtypemodule::transtriadtosys | Transforms a triad quantity from triad to system directions |
| Cffatensortransformsinterface::tratensor | |
| Ctriadtypemodule::triadptrtype | Data type representing a triad pointer |
| Ctriadtypemodule::triadtype | Data type representing a triad object |
| Cwindturbinetypemodule::turbineconfig | Data type describing a wind turbine configuration |
| Ccontactelementtypemodule::updateatconvergence | Updates contact element quantities at convergence |
| Cfrictiontypemodule::updateatconvergence | |
| Chydrodynamicsmodule::updateatconvergence | Updates hydrodynamics quantities after a time step is converged |
| Cmasterslavejointtypemodule::updateatconvergence | |
| Cspringtypemodule::updateatconvergence | Updates the state variables pertaining to previous time step |
| Csupeltypemodule::updateatconvergence | Updates the state variables pertaining to previous time step |
| Cmotionroutinesmodule::updateprescribedmotions | Updates the prescribed motions |
| Cuserdefeltypemodule::userdefelptrtype | Data type representing a user-defined element pointer |
| Cuserdefeltypemodule::userdefeltype | Data type representing a user-defined element |
| ►Cstd::vector | |
| Cffatensortransformsinterface::vonmises | |
| Csavevtfmodule::VTFFFileAppendFile | |
| Csavevtfmodule::VTFFFileCloseFile | |
| Csavevtfmodule::VTFFFileDelete | |
| Csavevtfmodule::VTFFFileSetOutputDebugError | |
| Csavevtfmodule::VTFFFileWriteBlock | |
| Csavevtfmodule::VTFFMatrixResBlockCreate | |
| Csavevtfmodule::VTFFMatrixResBlockDelete | |
| Csavevtfmodule::VTFFMatrixResBlockSetMapToElemBlockID | |
| Csavevtfmodule::VTFFMatrixResBlockSetMatrix | |
| Csavevtfmodule::VTFFStateInfoBlockCreate | |
| Csavevtfmodule::VTFFStateInfoBlockDelete | |
| Csavevtfmodule::VTFFStateInfoBlockSetStepData | |
| Csavevtfmodule::VTFFTransBlockCreate | |
| Csavevtfmodule::VTFFTransBlockDelete | |
| Csavevtfmodule::VTFFTransBlockSetName | |
| Csavevtfmodule::VTFFTransBlockSetResBlocks | |
| CWaveComp | |
| Ctireroutinesmodule::wcdata | |
| ►Ctesting::WithParamInterface | |
| Cbinarydbinterface::writeCharDB | Writes a character string to the specified binary file |
| Cbinarydbinterface::writeDoubleD4 | Writes a double precision array to the specified binary file |
| Cbinarydbinterface::writeDoubleD8 | Writes a big double precision array to the specified binary file |
| Cbinarydbinterface::writedoubledb | Writes a double precision array to the specified binary file |
| Cbinarydbinterface::writeFloatDB | Writes a single precision array to the specified binary file |
| Cbinarydbinterface::writeIntDB | Writes an integer array to the specified binary file |
| Cbushingelementtypemodule::writeobject | |
| Ccontactelementtypemodule::writeobject | Standard routine for writing an object to file |
| Ccontactsurfacemodule::writeobject | Standard routine for writing an object to file |
| Ccontroltypemodule::writeobject | Standard routine for writing an object to file |
| Cdampertypemodule::writeobject | Standard routine for writing an object to file |
| Cenvironmenttypemodule::writeobject | Standard routine for writing an object to file |
| Cforcetypemodule::writeobject | Standard routine for writing an object to file |
| Cfrictiontypemodule::writeobject | |
| Cfunctiontypemodule::writeobject | Standard routine for writing an object to file |
| Cmanipmatrixmodule::writeobject | Standard routine for writing an object to file |
| Cmasstypemodule::writeobject | |
| Cmasterslavejointtypemodule::writeobject | |
| Cmechanismtypemodule::writeobject | Standard routine for writing an object to file |
| Cmotiontypemodule::writeobject | Standard routine for writing an object to file |
| Croadtypemodule::writeobject | |
| Csammodule::writeobject | Standard routine for writing an object to file |
| Csensortypemodule::writeobject | Standard routine for writing an object to file |
| Cspringtypemodule::writeobject | Standard routine for writing an object to file |
| Csupelloadtypemodule::writeobject | |
| Csupeltypemodule::writeobject | Standard routine for writing an object to file |
| Csysmatrixtypemodule::writeobject | Standard routine for writing an object to file |
| Csystemtypemodule::writeobject | Standard routine for writing an object to file |
| Ctiretypemodule::writeobject | |
| Ctriadtypemodule::writeobject | Standard routine for writing an object to file |
| Cuserdefeltypemodule::writeobject | Standard routine for writing an object to file |
| Cwindturbinetypemodule::writeobject | Standard routine for writing an object to file |
| Crdbmodule::writerdb | Writes a result quantity to the specified results database file |
| Cbinarydbinterface::writeTagDB | Writes a file tag and checksum to the specified binary file |
| Cspringtypemodule::yieldlimittype | Data type representing a yield force limit |