/*void RasterizeHeightMap(float _min = 0, float _max = 1)
* {
* OnEachArrayCase(ref heightMap, (_array, _x, _y) => CaseRasterization(ref _array, _x, _y, _min, _max));
* }
*
* void CaseRasterization(ref float[,] _array, int _x, int _y, float _min, float _max)
* {
* float _val = _array[_x, _y];
* }
*
* void OnEachArrayCase<T>(ref T[,] _array, Action<T[,] ,int, int> OnEachtArray)
* {
* for (int x = 0; x < _array.GetLength(0); x++)
* {
* for (int y = 0; y < _array.GetLength(1); y++)
* {
* OnEachtArray?.Invoke(_array,x,y);
* }
* }
* }*/
void RasterizeHeightMap(ref float[,] _array)
{
float _maxValue = maxValue;
float _minValue = minValue;
if (!useMinMax)
{
_maxValue = maxMapValue;
_minValue = minMapValue;
}
RasterizationSettings _settings = new RasterizationSettings(_minValue, _maxValue);
OnEachMapCase(ref _array, (a, b, c) => CaseRasterization(ref a, b, c, _settings));
}
void CaseRasterization(ref float[,] _array, int _x, int _y, RasterizationSettings _settings)
{
float _val = _array[_x, _y];
if (_val > _settings.maxValue)
{
_val = _settings.maxValue;
}
else if (_val < _settings.minValue)
{
_val = _settings.minValue;
}
_array[_x, _y] = MT_MathTools.Cross(_val, _settings.maxValue, _settings.minValue);
}
