SetupJob.c File Reference

#include <stdio.h>
#include "global.h"

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Functions
void	AllocArrays ()
void	AccumProps (int icode)
void	InitVacf ()
void	SetupJob ()

Function Documentation

AccumProps()

void AccumProps

(

int

icode

)

Definition at line 25 of file AccumProps.c.

                          {
 if(icode == 0){
 sPotEnergy = ssPotEnergy = 0.;
 sKinEnergy = ssKinEnergy = 0.;
 sPressure = ssPressure = 0.;
 sTotEnergy = ssTotEnergy = 0.; 
 svirSum = 0.;
 }else if(icode == 1){
 sPotEnergy += potEnergy;
 ssPotEnergy += Sqr(potEnergy);
 sKinEnergy += kinEnergy;
 ssKinEnergy += Sqr(kinEnergy);
 sTotEnergy += totEnergy;
 ssTotEnergy += Sqr(totEnergy);
 sPressure += pressure;
 ssPressure += Sqr(pressure);
 svirSum += virSum;
 }else if(icode == 2){
 sPotEnergy /= stepAvg;
 ssPotEnergy /= sqrt(ssPotEnergy/stepAvg - Sqr(sPotEnergy));
 sTotEnergy /= stepAvg;
 ssTotEnergy = sqrt(ssTotEnergy/stepAvg - Sqr(sTotEnergy));
 sKinEnergy /= stepAvg;
 ssKinEnergy = sqrt(ssKinEnergy/stepAvg - Sqr(sKinEnergy));
 sPressure /= stepAvg;
 ssPressure = sqrt(ssPressure/stepAvg - Sqr(sPressure));
 svirSum /= stepAvg;
 } }

References kinEnergy, potEnergy, pressure, sKinEnergy, sPotEnergy, sPressure, Sqr, ssKinEnergy, ssPotEnergy, ssPressure, ssTotEnergy, stepAvg, sTotEnergy, svirSum, totEnergy, and virSum.

Referenced by SetupJob().

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AllocArrays()

void AllocArrays

(

)

Definition at line 25 of file AllocArrays.c.

                  {
 int n;
 
 // SPACETIME CORRELATIONS
 cfOrg = (double **) malloc ((nBuffCorr+1)*sizeof(double *));
 for (n = 0; n <= nBuffCorr; n++)
  cfOrg[n] = (double *) malloc ((2*nFunCorr+1)*sizeof(double));
  
 cfVal = (double *) malloc ((2*nFunCorr+1)*sizeof(double));
 indexCorr = (int *) malloc ((nBuffCorr+1)*sizeof(int));
 
 spacetimeCorr = (double **) malloc ((nBuffCorr+1)*sizeof(double));
 for (n = 0; n <= nBuffCorr; n++)
  spacetimeCorr[n] = (double *) malloc ((nFunCorr*nValCorr+1)*sizeof(double));
 
 spacetimeCorrAv = (double *) malloc ((nFunCorr*nValCorr+1)*sizeof(double));
 
 // VISCOSITY
 indexAcf = (double *)malloc((nBuffAcf+1)*sizeof(double));
 viscAcf = (double **)malloc((nBuffAcf+1)*sizeof(double *));
 for(n = 0 ; n <= nBuffAcf ; n ++)
  viscAcf[n] = (double *)malloc((nValAcf+1)*sizeof(double ));
 
 viscAcfOrg = (double *)malloc((nBuffAcf+1)*sizeof(double));
 viscAcfAv = (double *)malloc((nValAcf+1)*sizeof(double));
 
  // RDF
  histRdf = (double *)malloc((sizeHistRdf+1)*sizeof(double)); 
}

References cfOrg, cfVal, histRdf, indexAcf, indexCorr, nBuffAcf, nBuffCorr, nFunCorr, nValAcf, nValCorr, sizeHistRdf, spacetimeCorr, spacetimeCorrAv, viscAcf, viscAcfAv, and viscAcfOrg.

Referenced by SetupJob().

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InitVacf()

void InitVacf

(

)

Definition at line 26 of file InitVacf.c.

               {
  int nb;
  for(nb = 1 ; nb <= nBuffAcf ; nb ++)
    indexAcf[nb] = -(nb-1)*nValAcf/nBuffAcf;
  ZeroVacf();
}

References indexAcf, nBuffAcf, nValAcf, and ZeroVacf().

Referenced by SetupJob().

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SetupJob()

void SetupJob

(

)

Definition at line 27 of file SetupJob.c.

               {
  AllocArrays();
  AccumProps(0);
  InitVacf();
  // INITIALISE SPACETIME CORRELATIONS
  int n;
  for (n = 1; n <= nBuffCorr; n++)
    indexCorr[n] = -(n - 1)*nValCorr/nBuffCorr;
 
  countCorrAv = 0.;
 
  for (n = 1; n <= nFunCorr*nValCorr; n++)
    spacetimeCorrAv[n] = 0.;
 
  //RDF
  countRdf = 0;
}

References AccumProps(), AllocArrays(), countCorrAv, countRdf, indexCorr, InitVacf(), nBuffCorr, nFunCorr, nValCorr, and spacetimeCorrAv.

Referenced by main().

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