public IEnumerable <InitializationParameters> GetCase5Settings()
{
for (int i = 0; i < 2; i++)
{
var retPar = basicSettings.InitializationParameters(1);
costSettingsFactory.SetHelsimCombinedEstimation(retPar);
retPar.ParticleMoverFactory = new BiasedParticleMoverFactory(new Random(0), 500f, new Vector3(), 200f);
particlePositionFactory.SetBallDistribution(retPar, new Vector3(0.5f, 0.5f, 0.5f), 0.25f, 0.03f);
SetSizeSettings(retPar);
retPar.ParticleReductionFactor = 1;
retPar.CellsPerSectionSingleDim = 1;
retPar.ComCostFactory = new CohesionComCalcFactory();
retPar.VisualizationParameters.SnapTime = 1;
retPar.VisualizationParameters.ParticleVisualizationSize = new Point(1000, 1000);
retPar.VisualizationParameters.MainOutputPath =
@"C:\Users\Jasper\Documents\School\Thesis\CASE5SETTINGS" + i + "\\";
retPar.VisualizationParameters.MergedPictureAddPath = "MergedParth\\";
retPar.VisualizationParameters.VideoAddPath = "Video\\";
retPar.VisualizationParameters.VideoName = "Video";
simulationTypeFactory.SetSideSortSettings(retPar, 20);
retPar.SectionSize = new Vector3(1f, 1f, 1f);
if (i == 1)
{
simulationTypeFactory.SetMatrixSettings(retPar, 1, 6);
retPar.ZCores *= 4;
retPar.XCores *= 4;
retPar.ParticlesPerCell = 216;
}
yield return(retPar);
}
}
public InitializationParameters GetTimingInitializationParameters()
{
var retPar = basicSettings.InitializationParameters(1);
simulationTypeFactory.SetMatrixSettings(retPar, 2, 6);
costSettingsFactory.SetHelsimCombinedEstimation(retPar);
const float ballCenter = 0.016675365f;
const float ballRadius = 0.00193649f;
particlePositionFactory.SetBallDistribution(retPar, new Vector3(ballCenter, ballCenter, ballCenter),
ballRadius, 0.03f);
retPar.SectionSize = new Vector3(0.03335073f, 0.03335073f, 0.03335073f);
retPar.XCores = 2;
retPar.XSections = 16;
retPar.YCores = 2;
retPar.YSections = 16;
retPar.ZCores = 1;
retPar.ZSections = 32;
retPar.TotalSteps = 30;
retPar.ParticlesPerCell = 216;
retPar.ParticleReductionFactor = 1;
retPar.CellsPerSectionSingleDim = 1;
retPar.ComCostFactory = new CohesionComCalcFactory();
retPar.VisualizationParameters.MainOutputPath = @"C:\Users\Jasper\Documents\School\Thesis\MATRIXTIMING" +
"\\";
retPar.VisualizationParameters.MergedPictureAddPath = "MergedParth\\";
retPar.VisualizationParameters.VideoAddPath = "Video\\";
retPar.VisualizationParameters.VideoName = "Video";
return(retPar);
}
public IEnumerable <InitializationParameters> GetCase5Settings()
{
for (int i = 0; i < 2; i++)
{
var retPar = basicSettings.InitializationParameters(1);
costSettingsFactory.SetHelsimCombinedEstimation(retPar);
retPar.ParticleMoverFactory = new BiasedParticleMoverFactory(new Random(0), 1000f, new Vector3(), 500f);
particlePositionFactory.SetBallDistribution(retPar, new Vector3(0.5f, 0.5f, 0.5f), 0.5f, 0.03f);
SetSizeSettings(retPar);
retPar.ParticleReductionFactor = 1;
retPar.CellsPerSectionSingleDim = 1;
retPar.ComCostFactory = new CohesionComCalcFactory();
retPar.VisualizationParameters.SnapTime = 1;
retPar.VisualizationParameters.ParticleVisualizationSize = new Point(300, 300);
retPar.VisualizationParameters.MainOutputPath =
@"C:\Users\Jasper\Documents\School\Thesis\ArticleMarchKMeansDemo2_" + i + "\\";
retPar.VisualizationParameters.MergedPictureAddPath = "MergedParth\\";
retPar.VisualizationParameters.VideoAddPath = "Video\\";
retPar.VisualizationParameters.VideoName = "Video";
simulationTypeFactory.SetKMeansSettings(retPar);
if (i == 1)
{
simulationTypeFactory.SetMatrixSettings(retPar, 1, 6); //ONLY ONCE SO NB of comparisons is about equal
}
retPar.SectionSize = new Vector3(1f, 1f, 1f);
yield return(retPar);
}
}
public InitializationParameters GetTimingInitializationParameters(int nbProcessesSingleDim)
{
var retPar = basicSettings.InitializationParameters(1);
simulationTypeFactory.SetHelsimSettings(retPar);
costSettingsFactory.SetHelsimCombinedEstimation(retPar);
const float ballCenter = 0.016675365f;
const float ballRadius = 0.000897554f;
particlePositionFactory.SetBallDistribution(retPar, new Vector3(ballCenter, ballCenter, ballCenter),
ballRadius, 0.03f);
//TODO simulatieruimte is maar deel van de ruimte
retPar.SectionSize = new Vector3(0.03335073f, 0.03335073f, 0.03335073f);
retPar.XCores = nbProcessesSingleDim;
retPar.XSections = 2;
retPar.YCores = nbProcessesSingleDim;
retPar.YSections = 2;
retPar.ZCores = nbProcessesSingleDim;
retPar.ZSections = 2;
retPar.TotalSteps = 30;
retPar.ParticlesPerCell = 432 * 4 * 4 * 4;
retPar.ParticleReductionFactor = 64;
retPar.CellsPerSectionSingleDim = 16;
retPar.ComCostFactory = new CohesionComCalcFactory();
retPar.VisualizationParameters.MainOutputPath = @"C:\Users\Jasper\Documents\School\Thesis\TIMINGRepairedEqualBug" +
nbProcessesSingleDim + "\\";
retPar.VisualizationParameters.MergedPictureAddPath = "MergedParth\\";
retPar.VisualizationParameters.VideoAddPath = "Video\\";
retPar.VisualizationParameters.VideoName = "Video";
return(retPar);
}
public IEnumerable <InitializationParameters> GetCase1Settings()
{
for (var j = 1; j < 2; j++)
{
for (var i = 2; i < 3; i++)
{
var retPar = basicSettings.InitializationParameters(1);
costSettingsFactory.SetHelsimCombinedEstimation(retPar);
var pm = new BiasedParticleMoverFactory(new Random(0), 0.1f, new Vector3(), 0.0f);
retPar.ParticleMoverFactory = pm;
particlePositionFactory.SetBallDistribution(retPar, new Vector3(0.8f, 0.8f, 0.8f), 0.15f, 0.03f);
retPar.SectionSize = new Vector3(1f, 1f, 1f);
SetSizeSettings(retPar);
retPar.ParticleReductionFactor = 1;
retPar.CellsPerSectionSingleDim = 1;
retPar.ComCostFactory = new CohesionComCalcFactory();
if (j == 1)
{
retPar.ComCostFactory = new SimpleComCostFactory();
}
retPar.VisualizationParameters.SnapTime = 1;
retPar.VisualizationParameters.ParticleVisualizationSize = new Point(9200, 5000);
retPar.VisualizationParameters.MainOutputPath =
@"C:\Users\Jasper\Documents\School\Thesis\CASE1SETTINGS" + i + "_" + j + "\\";
retPar.VisualizationParameters.MergedPictureAddPath = "MergedParth\\";
retPar.VisualizationParameters.VideoAddPath = "Video\\";
retPar.VisualizationParameters.VideoName = "Video";
if (i % 3 == 0)
{
simulationTypeFactory.SetMatrixSettings(retPar, 1, 6);
}
if (i % 3 == 1)
{
simulationTypeFactory.SetHelsimSettings(retPar);
}
if (i % 3 == 2)
{
simulationTypeFactory.SetKMeansSettings(retPar);
}
yield return(retPar);
}
}
}