internal void SetEnergyOnInside(int size, int energyValue)
{
List <Point> gbPoints = GrainBoundary.GenereteAllGrainWithoutBoundaries(currentGrid, size);
foreach (Point p in gbPoints)
{
currentGrid.Cells[p.X, p.Y].Energy = energyValue;
}
CalculateMinMaxEnergy();
}
internal void GenerateAllBoundaries(int size)
{
List <Point> gbPoints = GrainBoundary.GenerateAllGrainBoundaries(currentGrid, size);
foreach (Point p in gbPoints)
{
currentGrid.Cells[p.X, p.Y].State = 2;
currentGrid.Cells[p.X, p.Y].Id = -1;
}
}
internal void SetEnergyOnBoundaries(int size, int energyValue)
{
List <Point> gbPoints = GrainBoundary.GenerateAllGrainBoundaries(currentGrid, size);
foreach (Point p in gbPoints)
{
currentGrid.Cells[p.X, p.Y].Energy = energyValue;
}
maxEnergy = maxEnergy < energyValue ? energyValue : maxEnergy;
CalculateMinMaxEnergy();
}
internal void RandomPlacementRecrystallizationGrainBoundries(int nucleonsCount, int gbSize)
{
List <Point> gbPoints = GrainBoundary.GenerateAllGrainBoundaries(currentGrid, gbSize);
gbPoints = gbPoints.Where(p => !currentGrid.Cells[p.X, p.Y].Recrystallized).ToList();
if (gbPoints.Count > 0)
{
int gbCount = Math.Min(gbPoints.Count, nucleonsCount);
gbPoints.Shuffle();
for (int i = 0; i < gbCount; i++)
{
currentGrid.Cells[gbPoints[i].X, gbPoints[i].Y].Recrystallized = true;
currentGrid.Cells[gbPoints[i].X, gbPoints[i].Y].Id = i;
}
}
}
internal void GenerateCellBoundary(int x, int y, int size)
{
nextStepGrid.Copy(currentGrid);
currentGrid = GrainBoundary.GenerateSelectedGrainCellBoundary(nextStepGrid, x, y, size);
}
