private void initGrowth()
{
currentUniverse = null;//Sprawdzić czy to prawidłowo czyści pamięc
meshSizeX = (int)numericUpDownX.Value;
meshSizeY = (int)numericUpDownY.Value;
switchNeighborhood = comboBoxNeighborhood.SelectedIndex;
switchBoundaryCondition = comboBoxBoundaryCondition.SelectedIndex;
switchGrainGrowthType = comboBoxGrainGrowthType.SelectedIndex;
rayLenght = Double.Parse(textBoxRay.Text);
amountX = (int)numericUpDownAmountX.Value;
amountY = (int)numericUpDownAmountY.Value;
amountSeed = 0;//TODO: Policzyc to//najlepiej przypisać to pozniej bo klikanie bd to zwiększać
currentUniverse = new MyCell[meshSizeX + 2, meshSizeY + 2];;
currentTime = 0;
double tmpkt = Double.Parse(textBoxkT.Text);
int tmpMCiteration = int.Parse(textBoxMCIteration.Text);
myProperties = new MyProperties(meshSizeX, meshSizeY, amountX, amountY, amountSeed, rayLenght, tmpMCiteration, tmpkt, switchNeighborhood, switchBoundaryCondition, switchGrainGrowthType);
seed();
setBoundaryCondition();
//drawUniverse();
}
public Recrystallization(MyProperties myProperties)
{
this.myProperties = myProperties;
packagePool = 0;
sumDisclocations = 0;
sumDisclocationsDictioniary = new Dictionary <double, double>();
recrystallizedLastTime = new bool[myProperties.meshSizeX + 2, myProperties.meshSizeY + 2];
isFinished = false;
}
public MonteCarlo(MyProperties sourceProperties)
{
myProperties = sourceProperties;
}
