public void AddParticleCost(ICore sectionCore, ICore homeCore, Particle particle, int step)
{
if (homeCore == sectionCore)
{
return;
}
var cost = (FieldAggCost + ChargeAggCost) * particleReductionFactor * CohesionCorrectionFactor;
storage.AddCost(sectioncorerole, sectionCore, step, cost);
storage.AddCost(sectioncorerole, homeCore, step, cost);
}
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);
}
private void SendAllCosts(ICore newCore, int step)
{
foreach (var receiveCore in receiveCores)
{
var singleReceiveCoreCosts = receiveCore.Value;
foreach (var singleReceiveCoreCost in singleReceiveCoreCosts)
{
var singlePointSet = singleReceiveCoreCost.Value;
var receiveStoreCost = singlePointSet.Count * CostReceivingPerCellCorner;
var sendStorecost = singlePointSet.Count * CostSendingPerCellCorner;
// Console.Out.WriteLine(receiveStoreCost);
storage.AddCost(sendCost, currentCore, step, sendStorecost);
storage.AddCost(receiveCost, receiveCore.Key, step, receiveStoreCost);
}
}
receiveCores = new Dictionary <ICore, Dictionary <ISection, HashSet <Point3> > >();
currentCore = newCore;
}
private void CalculateParticleCost(SimulationStructure structure, int step)
{
const double movementCost = 1.1454431510266E-007;
const double chargeDepositionCost = 0.000000182;
const double noReduction = movementCost + chargeDepositionCost;
//Console.Out.WriteLine(noReduction);
var sumCost = noReduction * particleReductionFactor;
foreach (var core in structure.CoreGrid.GetCores())
{
storage.AddCost(particleCost, core, step, core.Sections.Sum(o => o.Particles.Count() * sumCost));
}
}
public void AddCostForCore(ICore core, int step)
{
storage.AddCost(constantCost, core, step, ConstantSolverCost + ConstantElecFieldCost);
}
/*public void AddCalculationCost(ICostType compareCost, ICore outParticleSection, int step, double cost)
* {
* costStorage.AddCost(compareCost,outParticleSection,step,cost);
* }
*/
public void AddSwapCost(ICore core, int nbParticles, SimulationStructure structure,
int step)
{
costStorage.AddCost(swapCostType, core, step, nbParticles * swapCostValueInTime);
}