private void SortInnerParticles(StrictBoundaryParticleSection coreParticleSection, int step, SimulationStructure simulationStructure)
{
for (var i = 0; i < coreParticleSection.CentralParticles.Count; i++)
{
var particle = coreParticleSection.CentralParticles[i];
if (particle.Position.X < coreParticleSection.LowerBound.X)
{
sortCostCalculator.AddComparisonCost(coreParticleSection.Core, 1, simulationStructure, step);
coreParticleSection.CentralParticles[i] = Particle.Null;
coreParticleSection.OuterParticleGroups[0].Add(particle);
coreParticleSection.CentralParticles[i] = Particle.Null;
continue;
}
if (particle.Position.X >= coreParticleSection.UpperBound.X)
{
sortCostCalculator.AddComparisonCost(coreParticleSection.Core, 2, simulationStructure, step);
coreParticleSection.CentralParticles[i] = Particle.Null;
coreParticleSection.OuterParticleGroups[1].Add(particle);
coreParticleSection.CentralParticles[i] = Particle.Null;
continue;
}
if (particle.Position.Y < coreParticleSection.LowerBound.Y)
{
sortCostCalculator.AddComparisonCost(coreParticleSection.Core, 3, simulationStructure, step);
coreParticleSection.CentralParticles[i] = Particle.Null;
coreParticleSection.OuterParticleGroups[2].Add(particle);
coreParticleSection.CentralParticles[i] = Particle.Null;
continue;
}
if (particle.Position.Y >= coreParticleSection.UpperBound.Y)
{
sortCostCalculator.AddComparisonCost(coreParticleSection.Core, 4, simulationStructure, step);
coreParticleSection.CentralParticles[i] = Particle.Null;
coreParticleSection.OuterParticleGroups[3].Add(particle);
coreParticleSection.CentralParticles[i] = Particle.Null;
continue;
}
if (particle.Position.Z < coreParticleSection.LowerBound.Z)
{
sortCostCalculator.AddComparisonCost(coreParticleSection.Core, 5, simulationStructure, step);
coreParticleSection.CentralParticles[i] = Particle.Null;
coreParticleSection.OuterParticleGroups[4].Add(particle);
coreParticleSection.CentralParticles[i] = Particle.Null;
continue;
}
sortCostCalculator.AddComparisonCost(coreParticleSection.Core, 6, simulationStructure, step);
if (particle.Position.Z >= coreParticleSection.UpperBound.Z)
{
coreParticleSection.CentralParticles[i] = Particle.Null;
coreParticleSection.OuterParticleGroups[5].Add(particle);
coreParticleSection.CentralParticles[i] = Particle.Null;
}
}
coreParticleSection.CentralParticles = coreParticleSection.CentralParticles.Where(o => !o.IsNull).ToList();
}
private void TransferParticles(StrictBoundaryParticleSection currentParticleSection, Point3 nextPosition, IEnumerable <Particle> particles, int step, SimulationStructure structure)
{
if (!particles.Any())
{
return;
}
IParticleSection otherParticleSection;
currentParticleSection.Grid.SectionCoreMapping.TryGetKey(nextPosition, out otherParticleSection);
if (otherParticleSection == null)
{
return;
}
var cloneParticles = particles.ToList();
foreach (var particle in cloneParticles)
{
currentParticleSection.RemoveParticle(particle);
otherParticleSection.AddParticle(particle);
}
costCalculator.AddTransmissionCost(currentParticleSection, (StrictBoundaryParticleSection)otherParticleSection, cloneParticles.Count, structure, step);
}
