public Range AddInclusionsAfter(Range tempRange)
{
Point coordinates;
for (int inclusionNumber = 0; inclusionNumber < AmountOfInclusions; inclusionNumber++)
{
do
{
coordinates = RandomCoordinates.Get(tempRange.Width, tempRange.Height, Random);
}while (!InitBoundaries.IsOnGrainBoundaries(tempRange, coordinates));
switch (InclusionsType)
{
case InclusionsType.Square:
AddSquareInclusion(tempRange, coordinates);
break;
case InclusionsType.Circular:
AddCirularInclusion(tempRange, coordinates);
break;
}
}
return(tempRange);
}
private void SetProperties()
{
properties = new MainProperties()
{
RangeWidth = (int)Image.Width,
RangeHeight = (int)Image.Height,
AmountOfGrains = Converters.StringToInt(NumOfGrainsTextBox.Text),
NeighbourhoodType = ChooseNeighbourhoodType(),
GrowthProbability = Converters.StringToInt(GrowthProbabilityTextBox.Text),
MCS = Converters.StringToInt(MCSTextBox.Text),
SubstructuresType = ChooseSubstructuresType(),
MethodType = ChooseMethodType()
};
inclusions = new InitInclusions()
{
CreationTime = ChooseInlcusionCreationTime(),
InclusionsType = ChooseInclusionsType(),
IsEnable = (bool)InclusionsCheckBox.IsChecked,
AmountOfInclusions = Converters.StringToInt(NumOfInclusionsTextBox.Text),
Size = Converters.StringToInt(SizeOfInclusionsTextBox.Text)
};
boundaries = new InitBoundaries(properties);
nucleons = new InitNucleons()
{
IsEnable = (bool)SRXCheckBox.IsChecked,
AmountOfNucleons = Converters.StringToInt(NumOfNucleonsTextBox.Text),
NucleonsStates = new Color[Converters.StringToInt(NumOfStatesTextBox_SRX.Text)],
TypeOfcreation = ChooseTypeOfNucleonsCreation(),
EnergyDistribution = ChooseEnegryDistribution(),
EnergyInside = Converters.StringToInt(EnergyInsideTextBox.Text),
EnergyOnEdges = Converters.StringToInt(EnergyOnEdgesTextBox.Text),
PositionDistribiution = ChoosePositionDistribution(),
EnergyRange = new Range()
};
tempIteration = Converters.StringToInt(MCSTextBox.Text);
}
