/**
* Writes the unknwons to a netCDF-file (-> constructor) with respect to the boundary sizes.
*
* boundarySize[0] == left
* boundarySize[1] == right
* boundarySize[2] == bottom
* boundarySize[3] == top
*
* @param i_h water heights at a given time step.
* @param i_hu momentums in x-direction at a given time step.
* @param i_hv momentums in y-direction at a given time step.
* @param i_boundarySize size of the boundaries.
* @param i_time simulation time of the time step.
*/
void io::NetCdfWriter::writeTimeStep( const Float2D &i_h,
const Float2D &i_hu,
const Float2D &i_hv,
float i_time) {
if (timeStep == 0)
// Write bathymetry
writeVarTimeIndependent(b, bVar);
//write i_time
nc_put_var1_float(dataFile, timeVar, &timeStep, &i_time);
//write water height
writeVarTimeDependent(i_h, hVar);
//write momentum in x-direction
writeVarTimeDependent(i_hu, huVar);
//write momentum in y-direction
writeVarTimeDependent(i_hv, hvVar);
//Write everything to the file
nc_sync(dataFile);
// Increment timeStep for next call
timeStep++;
}
/**
* Writes the unknwons to a netCDF-file (-> constructor) with respect to the boundary sizes.
*
* boundarySize[0] == left
* boundarySize[1] == right
* boundarySize[2] == bottom
* boundarySize[3] == top
*
* @param i_h water heights at a given time step.
* @param i_hu momentums in x-direction at a given time step.
* @param i_hv momentums in y-direction at a given time step.
* @param i_boundarySize size of the boundaries.
* @param i_time simulation time of the time step.
*/
void io::NetCdfWriter::writeTimeStep( const Float2D &i_h,
const Float2D &i_hu,
const Float2D &i_hv,
float i_time, bool i_writeBathymetry) {
/*
* Prints the arrays
for(int row = 0; row < i_h.getRows(); row++)
for(int col = 0; col < i_h.getCols(); col++)
{
std::cout << "Row " << row << ", Column " << col << std::endl;
std::cout << i_h[row][col] << " " << i_hu[row][col] << " " << i_hv[row][col] << std::endl;
}
*/
if (timeStep == 0 && i_writeBathymetry)
// Write bathymetry
writeVarTimeIndependent(b, bVar);
//write i_time
nc_put_var1_float(dataFile, timeVar, &timeStep, &i_time);
//write water height
writeVarTimeDependent(i_h, hVar);
//write momentum in x-direction
writeVarTimeDependent(i_hu, huVar);
//write momentum in y-direction
writeVarTimeDependent(i_hv, hvVar);
// Increment timeStep for next call
timeStep++;
if (flush > 0 && timeStep % flush == 0)
nc_sync(dataFile);
nc_sync(dataFile);
#ifndef NDEBUG
std:string text = "Wrote to file ";
std::ostringstream buff;
buff << dataFile;
tools::Logger::logger.printString(text + buff.str());
#endif
}
void io::NetCdfWriter::writeTimeStep( const Float2D &i_h,
const Float2D &i_hu,
const Float2D &i_hv,
const Float2D &i_b,
float i_time) {
//write i_time
nc_put_var1_float(dataFile, timeVar, &timeStep, &i_time);
//write water height
writeVarTimeDependent(i_h, hVar);
//write momentum in x-direction
writeVarTimeDependent(i_hu, huVar);
//write momentum in y-direction
writeVarTimeDependent(i_hv, hvVar);
//write bathymetry
writeVarTimeDependent(i_b, bVar);
// Increment timeStep for next call
timeStep++;
if (flush > 0 && timeStep % flush == 0)
nc_sync(dataFile);
nc_sync(dataFile);
#ifndef NDEBUG
std:string text = "Wrote to file ";
std::ostringstream buff;
buff << dataFile;
tools::Logger::logger.printString(text + buff.str());
#endif
}