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iriclib_cgnsfile.h
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iriclib_cgnsfile.h
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#ifndef IRICLIB_CGNSFILE_H
#define IRICLIB_CGNSFILE_H
#include "iriclib_global.h"
#include <cgnslib.h>
namespace iRICLib {
class CgnsFile
{
public:
CgnsFile();
~CgnsFile();
void setFileName(const char* fileName);
void setFileId(int fileId);
// -----------------------------------
// Initialization and Basic functions
// -----------------------------------
int Init();
int InitRead_Base(const char* basename);
int InitRead();
void OptionDivideSolutions();
int Flush();
int GotoBase(int* B);
int GotoCC();
int GotoRawDataTop();
int Set_ZoneId(int zoneid);
// ------------------------------
// Calculation Condition Reading
// ------------------------------
int CC_Read_Integer(const char* name, int* intvalue);
int CC_Read_Real(const char* name, double* realvalue);
int CC_Read_RealSingle(const char* name, float* realvalue);
int CC_Read_StringLen(const char* name, int* length);
int CC_Read_String(const char* name, char* strvalue);
int CC_Read_FunctionalSize(const char* name, cgsize_t* size);
int CC_Read_Functional(const char* name, double* x, double* y);
int CC_Read_FunctionalWithName(const char* name, const char* paramname, double* data);
int CC_Read_Functional_RealSingle(const char* name, float* x, float* y);
int CC_Read_FunctionalWithName_RealSingle(const char* name, const char* paramname, float* data);
int CC_Read_FunctionalWithName_String(const char* name, const char* paramname, char* strvalue);
int CC_Read_FunctionalWithName_StringLen(const char* name, const char* paramname, int* length);
int CC_Write_Integer(const char* name, int intvalue);
int CC_Write_Real(const char* name, double realvalue);
int CC_Write_String(const char* name, const char* strvalue);
int CC_Write_Functional(const char* name, int length, double* realarray_x, double* realarray_y);
int CC_Write_FunctionalWithName(const char* name, const char* paramname, int length, double* data);
int CC_Write_FunctionalWithName_String(const char* name, const char* paramname, const char* value);
// --------------------------------------
// Complex Calculation Condition Reading
// --------------------------------------
int Complex_CC_Read_Count(const char* groupname, int* count);
int Complex_CC_Read_Integer(const char* groupname, int num, const char* name, int* intvalue);
int Complex_CC_Read_Real(const char* groupname, int num, const char* name, double* realvalue);
int Complex_CC_Read_RealSingle(const char* groupname, int num, const char* name, float* realvalue);
int Complex_CC_Read_StringLen(const char* groupname, int num, const char* name, int* length);
int Complex_CC_Read_String(const char* groupname, int num, const char* name, char* strvalue);
int Complex_CC_Read_FunctionalSize(const char* groupname, int num, const char* name, cgsize_t* size);
int Complex_CC_Read_Functional(const char* groupname, int num, const char* name, double* x, double* y);
int Complex_CC_Read_FunctionalWithName(const char* groupname, int num, const char* name, const char *paramname, double* data);
int Complex_CC_Read_Functional_RealSingle(const char* groupname, int num, const char* name, float* x, float* y);
int Complex_CC_Read_FunctionalWithName_RealSingle(const char* groupname, int num, const char* name, const char* paramname, float* data);
int Complex_CC_Read_FunctionalWithName_StringLen(const char *groupname, int num, const char *name, const char* paramname, int* length);
int Complex_CC_Read_FunctionalWithName_String(const char *groupname, int num, const char *name, const char* paramname, char* strvalue);
int Complex_CC_Read_Grid_Node(const char* groupname, int* values);
int Complex_CC_Read_Grid_Cell(const char* groupname, int* values);
int Complex_CC_Clear_Complex();
int Complex_CC_Write_Integer(const char* groupname, int num, const char* name, int intvalue);
int Complex_CC_Write_Real(const char* groupname, int num, const char* name, double realvalue);
int Complex_CC_Write_String(const char* groupname, int num, const char* name, const char* strvalue);
int Complex_CC_Write_Functional(const char* groupname, int num, const char* name, int length, double* realarray_x, double* realarray_y);
int Complex_CC_Write_FunctionalWithName(const char* groupname, int num, const char* name, const char *paramname, int length, double* data);
int Complex_CC_Write_FunctionalWithName_String(const char* groupname, int num, const char* name, const char *paramname, const char* strvalue);
int Complex_CC_Write_Grid_Node(const char* groupname, int* values);
int Complex_CC_Write_Grid_Cell(const char* groupname, int* values);
// ---------
// Grid I/O
// ---------
int Grid_GotoCoord2d(cgsize_t* isize, cgsize_t* jsize);
int Grid_GetCoord2d(double *x, double *y);
int Grid_GotoCoord3d(cgsize_t* isize, cgsize_t* jsize, cgsize_t* ksize);
int Grid_GetCoord3d(double *x, double *y, double *z);
int Grid_Read_NodeCount(int* count);
int Grid_Read_CellCount(int* count);
int Grid_Read_IFaceCount(int* count);
int Grid_Read_JFaceCount(int* count);
int Grid_Read_Real_Node(const char* name, double* values);
int Grid_Read_Integer_Node(const char* name, int* values);
int Grid_Read_Real_Cell(const char *name, double* values);
int Grid_Read_Integer_Cell(const char *name, int* values);
int Grid_Read_FunctionalDimensionSize(const char* name, const char* dimname, cgsize_t* count);
int Grid_Read_FunctionalDimension_Integer(const char* name, const char* dimname, int* value);
int Grid_Read_FunctionalDimension_Real(const char* name, const char* dimname, double* value);
int Grid_Read_FunctionalTimeSize(const char* name, cgsize_t* count);
int Grid_Read_FunctionalTime(const char* name, double* time);
int Grid_Read_Functional_Integer_Node(const char* name, int dimid, int* value);
int Grid_Read_Functional_Real_Node(const char* name, int dimid, double* value);
int Grid_Read_Functional_Integer_Cell(const char* name, int dimid, int* value);
int Grid_Read_Functional_Real_Cell(const char* name, int dimid, double* value);
int Grid_Init(int zoneId);
int Grid_WriteGridCoord1d(cgsize_t isize, double* x);
int Grid_WriteGridCoord2d(cgsize_t isize, cgsize_t jsize, double* x, double* y);
int Grid_WriteGridCoord3d(cgsize_t isize, cgsize_t jsize, cgsize_t ksize, double* x, double* y, double* z);
int Grid_Write_Real_Node(const char* name, double* values);
int Grid_Write_Integer_Node(const char* name, int* values);
int Grid_Write_Real_Cell(const char* name, double* values);
int Grid_Write_Integer_Cell(const char* name, int* values);
// -----------------------
// Boundary Condition I/O
// -----------------------
void BC_Init_Names();
void BC_Read_Count(const char* typeName, int* num);
int BC_Read_IndicesSize(const char* typeName, int num, cgsize_t* size); // size is the number of nodes/cells/edges.
int BC_Read_IndicesSize2(const char* typeName, int num, cgsize_t* size); // size is the number of values. For structured grids, it returns twice value of BC_Read_IndicesSize(), because it is a list of (i, j).
int BC_Read_Indices(const char* typeName, int num, cgsize_t* indices);
int BC_Read_Integer(const char* typeName, int num, const char* name, int* intvalue);
int BC_Read_Real(const char* typeName, int num, const char* name, double* realvalue);
int BC_Read_RealSingle(const char* typeName, int num, const char* name, float* realvalue);
int BC_Read_StringLen(const char* typeName, int num, const char* name, int* length);
int BC_Read_String(const char* typeName, int num, const char* name, char* strvalue);
int BC_Read_FunctionalSize(const char* typeName, int num, const char* name, cgsize_t* size);
int BC_Read_Functional(const char* typeName, int num, const char* name, double* x, double* y);
int BC_Read_FunctionalWithName(const char* typeName, int num, const char* name, const char *paramname, double* data);
int BC_Read_Functional_RealSingle(const char* typeName, int num, const char* name, float* x, float* y);
int BC_Read_FunctionalWithName_RealSingle(const char* typeName, int num, const char* name, const char* paramname, float* data);
int BC_Read_FunctionalWithName_StringLen(const char* typeName, int num, const char* name, const char* paramname, int* length);
int BC_Read_FunctionalWithName_String(const char *typeName, int num, const char* name, const char* paramname, char* strvalue);
int BC_Clear();
int BC_Write_Indices(const char* typeName, int num, cgsize_t size, cgsize_t* indices); // size is the number of nodes/cells/edges.
int BC_Write_Indices2(const char* typeName, int num, cgsize_t size, cgsize_t* indices); // size is the number of values. For structured grid it should be twice value passed to BC_Write_Indices().
int BC_Write_Integer(const char* typeName, int num, const char* name, int intvalue);
int BC_Write_Real(const char* typeName, int num, const char* name, double realvalue);
int BC_Write_String(const char* typeName, int num, const char* name, const char* strvalue);
int BC_Write_Functional(const char* typeName, int num, const char* name, int length, double* realarray_x, double* realarray_y);
int BC_Write_FunctionalWithName(const char* typeName, int num, const char* name, const char *paramname, int length, double* data);
int BC_Write_FunctionalWithName_String(const char* typeName, int num, const char* name, const char *paramname, const char* strvalue);
// -------------
// Solution I/O
// -------------
int Sol_Read_Count(int* count);
int Sol_Read_Time(int step, double* time);
int Sol_Read_Iteration(int step, int* index);
int Sol_Read_BaseIterative_Integer(int step, const char* name, int* value);
int Sol_Read_BaseIterative_Real(int step, const char* name, double* value);
int Sol_Read_BaseIterative_StringLen(int step, const char* name, int* length);
int Sol_Read_BaseIterative_String(int step, const char* name, char* strvalue);
int Sol_Read_GridCoord2d(int step, double* x, double* y);
int Sol_Read_GridCoord3d(int step, double* x, double* y, double* z);
int Sol_Read_Integer(int step, const char *name, int* data);
int Sol_Read_Cell_Integer(int step, const char *name, int* data);
int Sol_Read_IFace_Integer(int step, const char *name, int* data);
int Sol_Read_JFace_Integer(int step, const char *name, int* data);
int Sol_Read_Real(int step, const char *name, double* data);
int Sol_Read_Cell_Real(int step, const char *name, double* data);
int Sol_Read_IFace_Real(int step, const char *name, double* data);
int Sol_Read_JFace_Real(int step, const char *name, double* data);
int Sol_Write_Time(double time);
int Sol_Write_Iteration(int index);
int Sol_Write_BaseIterative_Integer(const char *name, int value);
int Sol_Write_BaseIterative_Real(const char *name, double value);
int Sol_Write_BaseIterative_String(const char* name, const char* value);
int Sol_Write_GridCoord2d(double *x, double *y);
int Sol_Write_GridCoord3d(double *x, double *y, double *z);
int Sol_Write_Integer(const char *name, int* data);
int Sol_Write_Cell_Integer(const char *name, int* data);
int Sol_Write_IFace_Integer(const char *name, int* data);
int Sol_Write_JFace_Integer(const char *name, int* data);
int Sol_Write_Real(const char *name, double* data);
int Sol_Write_Cell_Real(const char *name, double* data);
int Sol_Write_IFace_Real(const char *name, double* data);
int Sol_Write_JFace_Real(const char *name, double* data);
// --------------
// ErrorCode I/O
// --------------
int ErrorCode_Write(int errorcode);
// ----------------------
// Solution Particle I/O
// ----------------------
int Sol_Particle_Write_Pos2d(cgsize_t count, double* x, double* y);
int Sol_Particle_Write_Pos3d(cgsize_t count, double* x, double* y, double* z);
int Sol_Particle_Write_Real(const char* name, double* value);
int Sol_Particle_Write_Integer(const char* name, int* value);
// ----------------------------
// Solution Particle Group I/O
// ----------------------------
int Sol_ParticleGroup_Write_GroupBegin(const char* name);
int Sol_ParticleGroup_Write_GroupEnd();
int Sol_ParticleGroup_Write_Pos2d(double x, double y);
int Sol_ParticleGroup_Write_Pos3d(double x, double y, double z);
int Sol_ParticleGroup_Write_Integer(const char* name, int value);
int Sol_ParticleGroup_Write_Real(const char* name, double value);
// ----------------------
// Solution Polydata I/O
// ----------------------
int Sol_PolyData_Write_GroupBegin(const char* name);
int Sol_PolyData_Write_GroupEnd();
int Sol_PolyData_Write_Polygon(int numPoints, double* x, double* y);
int Sol_PolyData_Write_Polyline(int numPoints, double* x, double* y);
int Sol_PolyData_Write_Integer(const char* name, int value);
int Sol_PolyData_Write_Real(const char* name, double value);
// --------------------
// Geographic data I/O
// --------------------
int Geo_Count(const char* name, int* count);
int Geo_Filename(const char* name, int geoid, char* filename, int* type);
private:
class Impl;
class SolutionWriter;
class SolutionWriterStandard;
class SolutionWriterDivideSolutions;
Impl* impl;
};
} // iRICLib
#ifdef _DEBUG
#include "private/iriclib_cgnsfile_impl.h"
#endif // _DEBUG
#endif // IRICLIB_CGNSFILE_H