7 #ifndef Adaptors_fv_create_data_h 8 #define Adaptors_fv_create_data_h 33 double* levCoord,
int* nCells2d,
int* maxNcols,
int* myRank);
40 double* latRad,
double* psScalar,
double* tScalar,
double* uScalar,
double* vScalar);
void VTKPVADAPTORSCAM_EXPORT fv_coprocess_()
Calls the coprocessor.
#define VTKPVADAPTORSCAM_EXPORT
int VTKPVADAPTORSCAM_EXPORT fv_requestdatadescription_(int *timeStep, double *time)
Checks if Catalyst needs to coprocess data.
void VTKPVADAPTORSCAM_EXPORT fv_add_chunk_(int *nstep, int *chunkSize, double *lonRad, double *latRad, double *psScalar, double *tScalar, double *uScalar, double *vScalar)
for timestep 0: creates the points and cells for the grids.
int VTKPVADAPTORSCAM_EXPORT fv_needtocreategrid_()
Checks if the grids need to be created.
void VTKPVADAPTORSCAM_EXPORT fv_create_grid_(int *dim, double *lonCoord, double *latCoord, double *levCoord, int *nCells2d, int *maxNcols, int *myRank)
Creates the Grids for 2D, 3D rectilinear and 2D, 3D spherical.
void VTKPVADAPTORSCAM_EXPORT fv_catalyst_finalize_()
void VTKPVADAPTORSCAM_EXPORT fv_coprocessorinitializewithpython_(const char *pythonScriptName)
Initializes the Catalyst Coprocessor.