List <int> GetPatternOccurenceFromMaskedArea(WaveCollapseHistoryElement wfc, PatternFromSampleElement patterns, Color[,] masked, Color black)
{
//var x = wfc.
var x = patterns.Patterns;
var superposition = wfc.Superpositions;
// List of pattern
List <int> goodPatternsOccurence = new List <int>();
// Fill list with zeros
for (int i = 0; i < x.Count; i++)
{
goodPatternsOccurence.Add(0);
}
for (int i = 0; i < superposition.GetLength(0); i++)
{
for (int j = 0; j < superposition.GetLength(1); j++)
{
if (masked[i, j] == black)
{
int index = superposition[i, j].collapsedIndex;
goodPatternsOccurence[index]++;
}
}
}
return(goodPatternsOccurence);
}
Superposition[,] RemoveNoiseFromImage(WaveCollapseHistoryElement wfc, PatternFromSampleElement p)
{
var patterns = p.Patterns;
// Original image superpositions
var superpositions = wfc.Superpositions;
// Create new copied superpositions[,].
Superposition[,] superpositionsWithoutNoise = NewCopiedSuperposition(superpositions, patterns);
// Find superposition to replace once colorful cells should be changed to empty.
Superposition emptySuperpositiontoReplace = FindEmptySuperpositionToReplace(superpositions, patterns);
RemoveSingleCells(ref superpositionsWithoutNoise, superpositions, emptySuperpositiontoReplace, 2, 1);
RemoveSingleCells(ref superpositionsWithoutNoise, superpositions, emptySuperpositiontoReplace, 1, 1);
RemoveSingleCells(ref superpositionsWithoutNoise, superpositions, emptySuperpositiontoReplace, 2, 1);
RemoveSingleCells(ref superpositionsWithoutNoise, superpositions, emptySuperpositiontoReplace, 1, 1);
//RemoveSingleCells(ref superpositionsWithoutNoise, superpositions, emptySuperpositiontoReplace, 2, 1);
//RemoveSingleCells(ref superpositionsWithoutNoise, superpositions, emptySuperpositiontoReplace, 1, 1);
//RemoveSingleCells(ref superpositionsWithoutNoise, superpositions, emptySuperpositiontoReplace, 2, 1);
//RemoveSingleCells(ref superpositionsWithoutNoise, superpositions, emptySuperpositiontoReplace, 1, 1);
return(superpositionsWithoutNoise);
}
