Hybrid Solver


bHYPRE_Hybrid__object
Symbol "bHYPRE
extern C struct bHYPRE_Hybrid__object* bHYPRE_Hybrid__create void
Constructor function for the class
bHYPRE_Hybrid bHYPRE_Hybrid__createRemote(const char *, sidl_BaseInterface *_ex)
RMI constructor function for the class
bHYPRE_Hybrid bHYPRE_Hybrid__connect(const char *, sidl_BaseInterface *_ex)
RMI connector function for the class
bHYPRE_Hybrid bHYPRE_Hybrid_Create( bHYPRE_MPICommunicator mpi_comm, bHYPRE_PreconditionedSolver SecondSolver, bHYPRE_Operator A)
Method: Create[]
int32_t bHYPRE_Hybrid_GetFirstSolver( bHYPRE_Hybrid self, bHYPRE_PreconditionedSolver* FirstSolver)
Method: GetFirstSolver[]
int32_t bHYPRE_Hybrid_GetSecondSolver( bHYPRE_Hybrid self, bHYPRE_PreconditionedSolver* SecondSolver)
Method: GetSecondSolver[]
bHYPRE_Hybrid_SetCommunicator
Set the MPI Communicator
int32_t bHYPRE_Hybrid_SetIntParameter( bHYPRE_Hybrid self, const char* name, int32_t value)
Set the int parameter associated with name
int32_t bHYPRE_Hybrid_SetDoubleParameter( bHYPRE_Hybrid self, const char* name, double value)
Set the double parameter associated with name
int32_t bHYPRE_Hybrid_SetStringParameter( bHYPRE_Hybrid self, const char* name, const char* value)
Set the string parameter associated with name
int32_t bHYPRE_Hybrid_SetIntArray1Parameter( bHYPRE_Hybrid self, const char* name, int32_t* value, int32_t nvalues)
Set the int 1-D array parameter associated with name
int32_t bHYPRE_Hybrid_SetIntArray2Parameter( bHYPRE_Hybrid self, const char* name, struct sidl_int__array* value)
Set the int 2-D array parameter associated with name
int32_t bHYPRE_Hybrid_SetDoubleArray1Parameter( bHYPRE_Hybrid self, const char* name, double* value, int32_t nvalues)
Set the double 1-D array parameter associated with name
int32_t bHYPRE_Hybrid_SetDoubleArray2Parameter( bHYPRE_Hybrid self, const char* name, struct sidl_double__array* value)
Set the double 2-D array parameter associated with name
int32_t bHYPRE_Hybrid_GetIntValue( bHYPRE_Hybrid self, const char* name, int32_t* value)
Set the int parameter associated with name
int32_t bHYPRE_Hybrid_GetDoubleValue( bHYPRE_Hybrid self, const char* name, double* value)
Get the double parameter associated with name
int32_t bHYPRE_Hybrid_Setup( bHYPRE_Hybrid self, bHYPRE_Vector b, bHYPRE_Vector x)
(Optional) Do any preprocessing that may be necessary in order to execute Apply
int32_t bHYPRE_Hybrid_Apply( bHYPRE_Hybrid self, bHYPRE_Vector b, bHYPRE_Vector* x)
Apply the operator to b, returning x
int32_t bHYPRE_Hybrid_ApplyAdjoint( bHYPRE_Hybrid self, bHYPRE_Vector b, bHYPRE_Vector* x)
Apply the adjoint of the operator to b, returning x
bHYPRE_Hybrid_SetOperator
Set the operator for the linear system being solved
bHYPRE_Hybrid_SetTolerance
(Optional) Set the convergence tolerance
bHYPRE_Hybrid_SetMaxIterations
(Optional) Set maximum number of iterations
bHYPRE_Hybrid_SetLogging
(Optional) Set the logging level, specifying the degree of additional informational data to be accumulated
bHYPRE_Hybrid_SetPrintLevel
(Optional) Set the print level, specifying the degree of informational data to be printed either to the screen or to a file
int32_t bHYPRE_Hybrid_GetNumIterations( bHYPRE_Hybrid self, int32_t* num_iterations)
(Optional) Return the number of iterations taken
int32_t bHYPRE_Hybrid_GetRelResidualNorm( bHYPRE_Hybrid self, double* norm)
(Optional) Return the norm of the relative residual
struct bHYPRE_Hybrid__object* bHYPRE_Hybrid__cast void* obj
Cast method for interface and class type conversions
void* bHYPRE_Hybrid__cast2( void* obj, const char* type)
String cast method for interface and class type conversions
void bHYPRE_Hybrid__exec( bHYPRE_Hybrid self, const char* methodName, sidl_io_Deserializer inArgs, sidl_io_Serializer outArgs)
Select and execute a method by name
char* bHYPRE_Hybrid__getURL( bHYPRE_Hybrid self)
Get the URL of the Implementation of this object (for RMI)

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