public int Push(LayerCell cell)
{
var tex = toTexCoords(cell.SourceTexture);
var screen = toScreenCoords(cell.DestinationScreen);
Array.Copy(new VertexAwesome[]
{
new VertexAwesome(255,screen[0],Vector3.UnitZ,tex[0]),
new VertexAwesome(255,screen[2],Vector3.UnitZ,tex[2]),
new VertexAwesome(255,screen[1],Vector3.UnitZ,tex[1]),
new VertexAwesome(255,screen[1],Vector3.UnitZ,tex[1]),
new VertexAwesome(255,screen[2],Vector3.UnitZ,tex[2]),
new VertexAwesome(255,screen[3],Vector3.UnitZ,tex[3]),
}, 0, vertexBuffer, 6 * index, 6);
index++;
return index - 1;
}
public void UpdateCell(int cellIndex, LayerCell cell)
{
var tex = toTexCoords(cell.SourceTexture);
var screen = toScreenCoords(cell.DestinationScreen);
cellIndex *= 6;
vertexBuffer[cellIndex + 0].Position = screen[0];
vertexBuffer[cellIndex + 0].TextureCoordinate = tex[0];
vertexBuffer[cellIndex + 1].Position = screen[2];
vertexBuffer[cellIndex + 1].TextureCoordinate = tex[2];
vertexBuffer[cellIndex + 2].Position = screen[1];
vertexBuffer[cellIndex + 2].TextureCoordinate = tex[1];
vertexBuffer[cellIndex + 3].Position = screen[1];
vertexBuffer[cellIndex + 3].TextureCoordinate = tex[1];
vertexBuffer[cellIndex + 4].Position = screen[2];
vertexBuffer[cellIndex + 4].TextureCoordinate = tex[2];
vertexBuffer[cellIndex + 5].Position = screen[3];
vertexBuffer[cellIndex + 5].TextureCoordinate = tex[3];
}
public void LayerCellConstructorTest()
{
LayerCell target = new LayerCell();
Assert.Inconclusive("TODO: Code zum Überprüfen des Ziels implementieren");
}
