/// <summary>
/// Executes the post-processor
/// </summary>
/// <returns></returns>
public SimulationOutput Run()
{
if (_virtualBoundaryType.IsSurfaceVirtualBoundary())
{
var photon = new Photon();
if (_ispMCPostProcessor)
{
foreach (var dp in _pMCDatabase.DataPoints)
{
photon.DP = dp.PhotonDataPoint;
photon.History.SubRegionInfoList = dp.CollisionInfo;
_detectorController.Tally(photon);
}
}
else // "standard" post-processor
{
foreach (var dp in _photonDatabase.DataPoints)
{
photon.DP = dp;
_detectorController.Tally(photon);
}
}
}
_detectorController.NormalizeDetectors(_databaseInput.N);
var postProcessedOutput = new SimulationOutput(_databaseInput, _detectors);
return(postProcessedOutput);
}
/// <summary>
/// Executes the post-processor
/// </summary>
/// <returns></returns>
public SimulationOutput Run()
{
var stopwatch = System.Diagnostics.Stopwatch.StartNew();
if (_virtualBoundaryType.IsSurfaceVirtualBoundary())
{
var photon = new Photon();
if (_ispMCPostProcessor)
{
foreach (var dp in _pMCDatabase.DataPoints)
{
photon.DP = dp.PhotonDataPoint;
photon.History.SubRegionInfoList = dp.CollisionInfo;
_detectorController.Tally(photon);
}
}
else // "standard" post-processor
{
foreach (var dp in _photonDatabase.DataPoints)
{
photon.DP = dp;
_detectorController.Tally(photon);
}
}
}
_detectorController.NormalizeDetectors(_databaseInput.N);
var postProcessedOutput = new SimulationOutput(_databaseInput, _detectors);
stopwatch.Stop();
Console.WriteLine("Monte Carlo Post Processor complete (time ="
+ stopwatch.ElapsedMilliseconds / 1000f + " seconds).\r");
return(postProcessedOutput);
}