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VPICHeader.h
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VPICHeader.h
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/////////////////////////////////////////////////////////////////////////////
//
// VPICHeader class contains information for a single VPIC
//
/////////////////////////////////////////////////////////////////////////////
#ifndef VPICHeader_h
#define VPICHeader_h
#include "VPICDefinition.h"
#include <iostream>
#include <string>
#include <vector>
#include <set>
#include <vtkSystemIncludes.h>
using namespace std;
class VPIC_EXPORT VPICHeader {
public:
VPICHeader();
VPICHeader(FILE* fp);
~VPICHeader();
void PrintSelf(ostream& os, int indent);
int readHeader(FILE* fp);
int parseBoilerPlate(FILE* fp);
void getGridSize(int gridsize[]);
void getGhostSize(int ghostsize[]);
void getOrigin(float origin[]);
void getStep(float step[]);
int getDumpTime() { return this->dumpTime; }
int getNumberOfDimensions() { return this->numberOfDimensions; }
int getTotalRank() { return this->totalRank; }
private:
int rank; // Rank of processor that wrote file
int totalRank; // Total number of processor parts
int version; // Version number
int dumpType; // Field or hydro data
int headerSize; // Number of common bytes
int recordSize; // Number of bytes of data per grid
int numberOfDimensions;
int dumpTime; // Number for this time step
float deltaTime; // Time step difference
int gridSize[DIMENSION]; // Non ghost cell size this rank
int ghostSize[DIMENSION]; // Total size including ghost cells
float gridOrigin[DIMENSION]; // Actual origin for the grid
float gridStep[DIMENSION]; // Actual step within the grid
float cvac;
float epsilon;
float damp;
int spid;
float spqm;
};
#endif