private Rgb GetColorOf(IParticleSection particleSection, SimulationStructure structure)
{
var coord = getPictureCoordinatesFor(particleSection.UpperBound.X, particleSection.UpperBound.Z, structure);
var r = (0.5 + 0.4 * Math.Cos((double)coord.Item1 * 20 + coord.Item2 * 22)) * 256;
var g = (0.5 + 0.4 * Math.Cos((double)coord.Item1 * 18 + coord.Item2 * 20)) * 256;
var b = (0.5 + 0.4 * Math.Cos((double)coord.Item1 * 16 + coord.Item2 * 18)) * 256;
return(new Rgb(Color.FromArgb((int)r, (int)g, (int)b)));
}
public void AddCost(IParticleSection section, IParticleSection otherSection, int nBParticles,
SimulationStructure structure, int step)
{
var core1 = section.Core;
var core2 = otherSection.Core;
if (core1 == core2)
{
return;
}
storage.AddCost(sendingCost, core1, step, nBParticles * particleReductionFactor * SendCost);
storage.AddCost(receivingCost, core2, step, nBParticles * particleReductionFactor * ReceiveCost);
}
public void AddSection(IParticleSection particleSection)
{
sections.Add(particleSection);
}
public void AddSection(IParticleSection particleSection)
{
throw new Exception("Should not be used!!");
}
public void SetBoundarySection(IParticleSection overParticleSection)
{
bouncer.SetBoundarySection(overParticleSection);
}
public void AddSection(IParticleSection particleSection)
{
throw new NotImplementedException();
}
public void SetBoundarySection(IParticleSection ovrParticleSection)
{
overParticleSection = ovrParticleSection;
}
private void SortOuterParticles(IParticleSection particleSection, int step)
{
//DO NOTHING
}
public void AddTransmissionCost(IParticleSection fromSection, IParticleSection toSection, int nbParticles,
SimulationStructure structure, int step)
{
ptcostCalculator.AddCost(fromSection, toSection, nbParticles, structure, step);
}
public void AddSection(IParticleSection particleSection)
{
throw new Exception("Should not add section to fictive core");
}
