PagosaAdaptor.h File Reference

#include "vtkPVAdaptorsPagosaModule.h"

Include dependency graph for PagosaAdaptor.h:

Go to the source code of this file.

Functions
void VTKPVADAPTORSPAGOSA_EXPORT	setcoprocessorgeometry_ (int *mx, int *my, int *mz, double *x0, double *y0, double *z0, double *dx, double *dy, double *dz, int *my_id, const int *tot_pes, char *nframe, int *nframelen, char *version, int *versionlen)
	Simulation code. More...
void VTKPVADAPTORSPAGOSA_EXPORT	setgridgeometry_ (char *nframe, int *nframelen, char *version, int *versionlen, int *cycleNum, double *simTime)
	Update the vtkNonOverlappingAMR headers for every frame (time step) This holds ImageData which does not change size, but frame, version, cycle and simulation time change with each frame. More...
void VTKPVADAPTORSPAGOSA_EXPORT	addgridfield_ (char *fname, int *len, int *mx, int *my, int *mz, int *my_id, float *data, bool *down_convert)
	Add field data in the first grid of nonoverlapping AMR. More...
void VTKPVADAPTORSPAGOSA_EXPORT	setmarkergeometry_ (int *nvp, char *nframe, int *nframelen, char *version, int *versionlen, int *cycleNum, double *simTime)
	Initialize unstructured grid for ALL markers and allocate total size. More...
void VTKPVADAPTORSPAGOSA_EXPORT	addmarkergeometry_ (int *numberAdded, float *xloc, float *yloc, float *zloc)
	Add a field to the unstructured grid of markers. More...
void VTKPVADAPTORSPAGOSA_EXPORT	addmarkerscalarfield_ (char *fname, int *len, int *numberAdded, float *data)
void VTKPVADAPTORSPAGOSA_EXPORT	addmarkervectorfield_ (char *fname, int *len, int *numberAdded, float *data0, float *data1, float *data2)
	Set a 3 element vector field in the unstructured grid of markers. More...
void VTKPVADAPTORSPAGOSA_EXPORT	addmarkertensorfield_ (char *fname, int *len, int *numberAdded, float *data0, float *data1, float *data2, float *data3, float *data4, float *data5)
	Set a 6 element tensor field in the unstructured grid of markers. More...

Function Documentation

setcoprocessorgeometry_()

void VTKPVADAPTORSPAGOSA_EXPORT setcoprocessorgeometry_	(	int *	mx,
		int *	my,
		int *	mz,
		double *	x0,
		double *	y0,
		double *	z0,
		double *	dx,
		double *	dy,
		double *	dz,
		int *	my_id,
		const int *	tot_pes,
		char *	nframe,
		int *	nframelen,
		char *	version,
		int *	versionlen
	)

Simulation code.

Pagosa is a simulation code. It is a closed source code. A copy of the Physics Manual is at http://permalink.lanl.gov/object/tr?what=info:lanl-repo/lareport/LA-14425-M Define the data structures to hold the in situ output VTK data vtkNonOverlappingAMR is required for using the MaterialInterface filter vtkUnstructuredGrid will hold the data currently written to .cosmo files.

Parameters

mx,my,mz	number of grid cells in each logical direction
x0,y0,z0	origin on this Processor Element (PE)
dx,dy,dz	grid cell size
my_id	this PE number
tot_pes	total number of PEs
nframe,nframelen	string and stringlength
version,versionlen	string and stringlength

setgridgeometry_()

void VTKPVADAPTORSPAGOSA_EXPORT setgridgeometry_	(	char *	nframe,
		int *	nframelen,
		char *	version,
		int *	versionlen,
		int *	cycleNum,
		double *	simTime
	)

Update the vtkNonOverlappingAMR headers for every frame (time step) This holds ImageData which does not change size, but frame, version, cycle and simulation time change with each frame.

Parameters

nframe,nframelen	string and stringlength
version,versionlen	string and stringlength
cycleNum	simulation cycle number
simTime	simulation time

addgridfield_()

void VTKPVADAPTORSPAGOSA_EXPORT addgridfield_	(	char *	fname,
		int *	len,
		int *	mx,
		int *	my,
		int *	mz,
		int *	my_id,
		float *	data,
		bool *	down_convert
	)

Add field data in the first grid of nonoverlapping AMR.

Parameters

fname,len	name, namelength
mx,my,mz	number of grid cells in each logical direction
my_id	this PE number
data	data
down_convert	if .true. convert data to unsigned character

setmarkergeometry_()

void VTKPVADAPTORSPAGOSA_EXPORT setmarkergeometry_	(	int *	nvp,
		char *	nframe,
		int *	nframelen,
		char *	version,
		int *	versionlen,
		int *	cycleNum,
		double *	simTime
	)

Initialize unstructured grid for ALL markers and allocate total size.

Parameters

nvp	Total number of markers in simulation
nframe,nframelen	string and stringlength
version,versionlen	string and stringlength
cycleNum	simulation cycle number
simTime	simulation time

addmarkergeometry_()

void VTKPVADAPTORSPAGOSA_EXPORT addmarkergeometry_	(	int *	numberAdded,
		float *	xloc,
		float *	yloc,
		float *	zloc
	)

Add a field to the unstructured grid of markers.

Parameters

numberAdded	number of markers added on this PE
xloc,yloc,zloc	coordinates for each marker added

addmarkerscalarfield_()

void VTKPVADAPTORSPAGOSA_EXPORT addmarkerscalarfield_	(	char *	fname,
		int *	len,
		int *	numberAdded,
		float *	data
	)

addmarkervectorfield_()

void VTKPVADAPTORSPAGOSA_EXPORT addmarkervectorfield_	(	char *	fname,
		int *	len,
		int *	numberAdded,
		float *	data0,
		float *	data1,
		float *	data2
	)

Set a 3 element vector field in the unstructured grid of markers.

Parameters

fname,len	Name of data, len(fname)
numberAdded	number of markers added on this PE
data0,data1,data2	Data by marker

addmarkertensorfield_()

void VTKPVADAPTORSPAGOSA_EXPORT addmarkertensorfield_	(	char *	fname,
		int *	len,
		int *	numberAdded,
		float *	data0,
		float *	data1,
		float *	data2,
		float *	data3,
		float *	data4,
		float *	data5
	)

Set a 6 element tensor field in the unstructured grid of markers.

Parameters

fname,len	Name of data, len(fname)
numberAdded	number of markers added on this PE
data0,data1,data2,data3,data4,data5	Data by marker