// Main draw method
public void Draw(SpriteBatch spriteBatch)
{
// Don't draw matched blocks (!!TEMP!!)
if (isMatched)
{
return;
}
if (type != BlockType.Empty)
{
// Create a point for the "actual" position of the tile
Point actualPosition = new Point(
ScaleHelper.ScaleWidth((int)position.X),
(int)position.Y);
// Create a point for the "actual" scale of the tile
Point actualScale = ScaleHelper.ScalePoint(new Point(BlockWidth, BlockHeight));
// Draw the tile
spriteBatch.Draw(TileTexture, new Rectangle(actualPosition, actualScale), Color.White);
// Calculate the "actual" position of the symbol (add 1/4 of the block height)
actualPosition.X += (int)Math.Ceiling((float)actualScale.X / 4);
actualPosition.Y += (int)Math.Ceiling((float)actualScale.Y / 4);
// Calculate the scale of the symbol (half of that of the block)
actualScale.X /= 2;
actualScale.Y /= 2;
// Draw the symbol
spriteBatch.Draw(SymbolTexture, new Rectangle(actualPosition, actualScale), Color.White);
}
}
// Main draw method
public void Draw(SpriteBatch spriteBatch)
{
if (type == BlockType.Empty)
{
return; // Never draw empty blocks
}
if (drawThisFrame)
{
// Create a point for the "actual" position of the tile
Point drawPosition = new Point(
ScaleHelper.ScaleWidth((int)position.X),
(int)position.Y);
// Create a point for the "actual" scale of the tile
Point drawScale = ScaleHelper.ScalePoint(new Point(BlockWidth, BlockHeight));
// Draw the tile
spriteBatch.Draw(TileTexture, new Rectangle(drawPosition, drawScale), drawColor);
// Calculate the "actual" position of the symbol (add 1/4 of the block height)
drawPosition.X += (int)Math.Ceiling((float)drawScale.X / 4);
drawPosition.Y += (int)Math.Ceiling((float)drawScale.Y / 4);
// Calculate the scale of the symbol (half of that of the block)
drawScale.X /= 2;
drawScale.Y /= 2;
// Draw the symbol
spriteBatch.Draw(SymbolTexture, new Rectangle(drawPosition, drawScale), drawColor);
}
}