void basicIO::dumpDEMdata() const
{
if (time_.outputTime())
{
// make time directory
if (parOutput_) lagPath_=buildFilePath(dirName_);
else
{
Info << "createTimeDir(path_), path="<<path_ << endl;
Info << "lagPath_=createTimeDir(fileName(lagPath_/lagrangian)), lagPath="<<path_ << endl;
lagPath_=createTimeDir(path_);
lagPath_=createTimeDir(fileName(lagPath_/"lagrangian"));
}
// calc the number of particles on proc
int count(0);
for(int index = 0;index < particleCloud_.numberOfParticles(); ++index)
if (particleCloud_.cellIDs()[index][0] > -1) count++;
nPProc_=count;
// stream data to file
streamDataToPath(lagPath_, particleCloud_.positions(), "positions","vector","Cloud<passiveParticle>","0");
streamDataToPath(lagPath_, particleCloud_.velocities(), "v","vector","vectorField","");
streamDataToPath(lagPath_, particleCloud_.radii(), "r","scalar","scalarField","");
}
}
int sophIO::dumpDEMdataAtCrash() const
{
int npProcs(-1);
//if (time_.outputTime())
{
npProcs=basicIO::dumpDEMdata();
// stream data to file
streamDataToPath(lagPath_, particleCloud_.voidfractions(),npProcs,"voidfractions","scalar","scalarField","");
streamDataToPath(lagPath_, particleCloud_.impForces(),npProcs,"impForces","vector","vectorField","");
streamDataToPath(lagPath_, particleCloud_.expForces(),npProcs,"expForces","vector","vectorField","");
streamDataToPath(lagPath_, particleCloud_.DEMForces(),npProcs,"DEMForces","vector","vectorField","");
}
return npProcs;
}
