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OpenCAEPoro
v0.5.0
A simulator for multicomponent porous media flow
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| CAllWells | |
| CBasicGridProperty | Basic grid properties for output |
| CBasicGridPropertyParam | |
| CBulk | Physical information of each active reservoir bulk |
| CBulkConn | Properties and operations on connections between bulks (active grids) |
| CBulkPair | Connection between two bulks (bId, eId); usually, indices bId > eId |
| CBulk::BulkTypeAIM | |
| CCOMP | |
| CComponentParam | ComponentParam contains information of components |
| CConnGrid | ??? |
| CControlNR | Params for Newton iterations and linear iterations |
| CControlPreTime | Params for convergence and material balance error checks |
| CControlTime | Params for choosing time stepsize in time marching |
| CCOOIJK | A structure of three-dimensional coordinates |
| CCriticalInfo | Collect important information of each time step for fast review |
| CDimens | Dimens contains the dimensions of grids |
| CEoScontrol | |
| CFastControl | Store shortcut instructions from the command line |
| ►CFlowUnit | |
| CGB_Pair | Active cell indicator and its index among active cells |
| CGeneralConnect | ??? |
| CGetWallTime | Get elapsed wall-time in millisecond |
| CGPair | Effective area of intersection surfaces with neighboring cells |
| CGrid | |
| CHalfConn | ??? |
| CHeatLoss | |
| CHexahedron | A hexahedron cell |
| CHexahedronFace | A face of a hexahedron cell |
| CHLoss | |
| ►CIsothermalMethod | |
| CIsothermalSolver | IsothermalSolver class for fluid solution method |
| ►CLinearSolver | Virtual base class for linear solvers |
| CLinearSystem | Linear solvers for discrete systems |
| CMatrix3 | 3 by 3 matrix |
| CMiscible | |
| CMiscstr | |
| ►CMixture | |
| CNRparamSP | Params for NR in Phase Split |
| CNRparamSTA | Params for NR in Phase Stability Analysis |
| COCP_COORD | ??? |
| COCPControl | All control parameters except for well controllers |
| COCPIJK | 3D coordinate representation in OpenCAEPoro |
| COCPOutput | Manages different kinds of ways to output information |
| COCPpolyhedron | Record the initial grid information, all of grids are contained |
| COCPRes | |
| COCPTable | |
| COCPType_Sum< T > | TODO: Add Doxygen |
| COCPType_Sum< OCPIJK > | |
| COCPType_Sum< string > | |
| COpenCAEPoro | Top-level data structure for the OpenCAEPoro simulator |
| COptionalFeatures | |
| COut4RPT | Collect more detailed information of each time step |
| COut4VTK | |
| COutput4Vtk | |
| COutputRPTParam | |
| COutputSummary | |
| COutputVTKParam | |
| CParamControl | |
| CParamEQUIL | Initial reservoir infomation for calculating initial equilibration |
| CParamOutput | |
| CParamRead | Pre-processing unit for OpenCAEPoro for reading params from input files |
| CParamReservoir | |
| CParamWell | |
| CPerforation | Perforation describe the connections between wells and bulks |
| CPoint2D | A point in 2D |
| CPoint3D | A point in 3D |
| CReservoir | |
| ►CRock | |
| CRockParam | RockParam class contains information about the keyword ROCK |
| CRRparam | Param for Solving Rachford-Rice Equations |
| CScalePcow | |
| CSkipStaAnaly | |
| CSolvent | Describe the molar fraction of components of fluid injected to reservoir from INJ |
| CSolventINJ | Describe the molar fraction of components of fluid injected to reservoir from INJ |
| CSolver | Solver class for overall solution methods |
| CSSMparamSP | Params for SSM in Phase Split |
| CSSMparamSTA | Params for SSM in Phase Stability Analysis |
| CSumItem | Auxiliary structure storing summary data to output |
| CSummary | Manages the output in the summary file |
| CT_FIM | |
| CTableSet | |
| CThermalSolver | ThermalSolver class for fluid solution method |
| CTuningPair | TODO: Add Doxygen |
| CType_A_o | Used to store the contents of keyword whose contents are in form of string |
| CType_A_r< T > | |
| CType_A_r< OCP_DBL > | |
| CType_A_r< vector< OCP_DBL > > | |
| CType_B_o | Used to store the contents of keyword whose contents are in form of coordinates |
| CWell | |
| CWellGroup | |
| CWellOpt | |
| CWellOptPair | |
| CWellOptParam | |
| CWellParam | TODO: Add Doxygen |