public TexturePixelArray(Color[] pixels, int texWidth, IntRect subset, IndexingOrder indexingOrder = IndexingOrder.RowByRow)
{
this._pixels = pixels;
this._texWidth = texWidth;
this._subset = subset;
this._indexingOrder = indexingOrder;
}
// Old: quadrisection method used while debugging bisection and recursion algorithm.
// /// <summary> Splits the TexturePixelArray into four quarters.</summary>
// public void Quadrisect(out TexturePixelArray arr0, out TexturePixelArray arr1,
// out TexturePixelArray arr2, out TexturePixelArray arr3) {
// IntRect arr0Rect = new IntRect( X, Y, Width / 2, Height / 2);
// IntRect arr1Rect = new IntRect(Width / 2 + X, Y, Width / 2, Height / 2);
// IntRect arr2Rect = new IntRect( X, Height / 2 + Y, Width / 2, Height / 2);
// IntRect arr3Rect = new IntRect(Width / 2 + X, Height / 2 + Y, Width / 2, Height / 2);
// arr0 = new TexturePixelArray(_pixels, _texWidth, arr0Rect, indexingOrder: _indexingOrder);
// arr1 = new TexturePixelArray(_pixels, _texWidth, arr1Rect, indexingOrder: _indexingOrder);
// arr2 = new TexturePixelArray(_pixels, _texWidth, arr2Rect, indexingOrder: _indexingOrder);
// arr3 = new TexturePixelArray(_pixels, _texWidth, arr3Rect, indexingOrder: _indexingOrder);
// }
public void FlipIndexingOrder()
{
if (this._indexingOrder == IndexingOrder.ColumnByColumn)
{
this._indexingOrder = IndexingOrder.RowByRow;
}
else
{
this._indexingOrder = IndexingOrder.ColumnByColumn;
}
}
