View.cpp File Reference

Visualization for multiresolution. More...

#include "Carmen.h"
#include <cstdlib>
#include <cstring>

Include dependency graph for View.cpp:

Functions
void	View (Node *Root, const char *TreeFileName, const char *MeshFileName, const char *AverageFileName)
	Writes the data of the tree structure into files TreeFileName (tree structure), MeshFileName (mesh) and AverageFileName (cell-averages). The root node is Root. Only for multiresolution computations. More...
void	View (FineMesh *Root, const char *AverageFileName)
	Writes the current cel–averages of the fine mesh Root into file AverageFileName. Only for finite volume computations. More...

Detailed Description

Visualization for multiresolution.

Function Documentation

void View	(	Node *	Root,
		const char *	TreeFileName,
		const char *	MeshFileName,
		const char *	AverageFileName
	)

Writes the data of the tree structure into files TreeFileName (tree structure), MeshFileName (mesh) and AverageFileName (cell-averages). The root node is Root. Only for multiresolution computations.

Parameters

Root	Root node
TreeFileName	Tree file name
MeshFileName	Mesh file name
AverageFileName	Average file name

Returns

void

{
    char buf[256];
    int iaux;

    // write tree (debugging only)
    if (debug) Root->writeTree(TreeFileName);

//  Root->computeCorrection();

    // write mesh for graphic visualisation
    if (Dimension != 1)
    {
        Root->writeHeader(MeshFileName);
        Root->writeAverage(MeshFileName);

        // Compress data (if parameter ZipData is true)
        if (ZipData)
        {
            sprintf(buf,"gzip %s",MeshFileName);
            iaux=system(buf);
    }
  }
    else
        Root->writeMesh(MeshFileName);


    // write cell-averages in multiresolution representation (1D) or on fine grid (2-3D)
    if (Dimension != 1)
    {
        Root->writeFineGrid(AverageFileName,ScaleNb+PrintMoreScales);

        // Compress data
        if (ZipData)
        {
            sprintf(buf,"gzip %s",AverageFileName);
            iaux=system(buf);
        }
    }
    else
    {
        Root->writeHeader(AverageFileName);
        Root->writeAverage(AverageFileName);
  }
}

void View	(	FineMesh *	Root,
		const char *	AverageFileName
	)

Writes the current cel–averages of the fine mesh Root into file AverageFileName. Only for finite volume computations.

Parameters

Root	Fine mesh
AverageFileName	File name

Returns

void

{
    char buf[256];
    int iaux;


  char CPUFileName[255];
#if defined PARMPI
    sprintf(CPUFileName,"%d_%d_%d_%s",coords[0],coords[1],coords[2],AverageFileName);
#else
    strcpy(CPUFileName, AverageFileName);
#endif

    // write header for graphic visualization
    Root->writeHeader(CPUFileName);

    // write cell-average values for graphic visualization
    Root->writeAverage(CPUFileName);

  // Compress data
    if (Dimension != 1)
    {
        if (ZipData)
        {
                sprintf(buf,"gzip %s",CPUFileName);
            iaux=system(buf);
        }
    }

        // --- Write time-average values into file ---

        if (TimeAveraging)
            Root->writeTimeAverage("TimeAverage.dat");

}

Here is the caller graph for this function: