public FtSection(SectionGrid grid, ICore core) : base(grid, core)
{
NeighbourCanReceive = new int[6];
OwnChanges = new int[6];
OwnIncreases = new int[6];
NewOwnChanges = new int[6];
}
public MatrixSortParticleSection(ICore core, SectionGrid grid, int cellSizeSingleDim) : base(grid, core)
{
XSize = cellSizeSingleDim;
YSize = cellSizeSingleDim;
ZSize = cellSizeSingleDim;
ParticlesMatrix = new Particle[XSize, YSize, ZSize];
fillCounter = new Point3();
}
public NeighbourTransferSection(SectionGrid grid, ICore core) : base(grid, core)
{
CurrentParticles = new List <Particle>();
for (var i = 0; i < 6; i++)
{
ToTransmit[i] = new List <Particle>();
}
}
public StrictBoundaryParticleSection(SectionGrid grid, ICore core) : base(grid, core)
{
OuterParticleGroups = new List <Particle> [6];
for (var i = 0; i < 6; i++)
{
OuterParticleGroups[i] = new List <Particle>();
}
CentralParticles = new List <Particle>();
}
private void UpdateButton_Click(object sender, EventArgs e)
{
SectionGrid.EndEdit();
DataTable dataTable = new DataTable();
SectionGrid.Update();
RegistrationClass.RegistrationEntities.SaveChanges();
ClearTextBoxes();
}
private void TransferParticles(NeighbourTransferSection section, int i, SectionGrid grid, Point3 point3, SimulationStructure structure, int step)
{
if (!section.ToTransmit[i].Any())
{
return;
}
IParticleSection outParticleSection;
Point3 ownPosition;
grid.SectionCoreMapping.TryGetValue(section, out ownPosition);
if (!grid.SectionCoreMapping.TryGetKey(ownPosition + point3, out outParticleSection))
{
return;
}
particleTransmissionCostCalculator.AddTransmissionCost(section, (NeighbourTransferSection)outParticleSection, section.ToTransmit[i].Count, structure, step);
((NeighbourTransferSection)outParticleSection).CurrentParticles.AddRange(section.ToTransmit[i]);
section.ToTransmit[i] = new List <Particle>();
}
public IParticleSection GetSection(Vector3 lowerBound, Vector3 upperBound, ICore core, SectionGrid grid)
{
return(new KMeansSection(grid, core)
{
LowerBound = lowerBound, UpperBound = upperBound, LocationStifness = sectionLocationStifness, LocationInertia = locationInertia, MaximumDifferenceRadiusSquared = maximumDifferenceRadiusSquared
});
}
public KMeansSection(SectionGrid grid, ICore core)
: base(grid, core)
{
}
public ParticleSection(SectionGrid grid, ICore core, int elementsPerSide)
: base(grid, core)
{
BulkParticles = new List <Particle>();
this.elementsPerSide = new[] { elementsPerSide, elementsPerSide, elementsPerSide, elementsPerSide, elementsPerSide, elementsPerSide };
}
public IParticleSection GetSection(Vector3 lowerBound, Vector3 upperBound, ICore core, SectionGrid grid)
{
return(new FtSection(grid, core)
{
LowerBound = lowerBound, UpperBound = upperBound, MaximumDifferenceRadiusSquared = maxDifRadSquared, MaximumParticles = maxParticles
});
}
public IParticleSection GetSection(Vector3 lowerBound, Vector3 upperBound, ICore core, SectionGrid sectionGrid)
{
return(new StrictBoundaryParticleSection(sectionGrid, core)
{
LowerBound = lowerBound, UpperBound = upperBound
});
}
public IParticleSection GetSection(Vector3 lowerBound, Vector3 upperBound, ICore core, SectionGrid grid)
{
return(new ParticleSection(grid, core, initialElementsPerSide)
{
LowerBound = lowerBound, UpperBound = upperBound
});
}
public IParticleSection GetSection(Vector3 lowerBound, Vector3 upperBound, ICore core, SectionGrid grid)
{
var particleSection = (KMeansSection)decoFactory.GetSection(lowerBound, upperBound, core, grid);
particleSection.CurrentPosition = (lowerBound + upperBound) / 2;
return(particleSection);
}
public IParticleSection GetSection(Vector3 lowerBound, Vector3 upperBound, ICore core, SectionGrid grid)
{
return(new HelsimSection(grid, core)
{
LowerBound = lowerBound, UpperBound = upperBound
});
}
public HelsimSection(SectionGrid grid, ICore core) : base(grid, core)
{
}
public IParticleSection GetSection(Vector3 lowerBound, Vector3 upperBound, ICore core, SectionGrid grid)
{
return(new MatrixSortParticleSection(core, grid, cellSize)
{
LowerBound = lowerBound, UpperBound = upperBound
});
}
