PieceQuad ParseBlockLine(int width, List <string> bits)
{
var c = new PieceQuad();
c.Init(null, Tools.BasicEffect);
bool IsTile = Tools.BitsHasBit(bits, "tile");
if (IsTile)
{
c.Data.RepeatWidth = 2000;
c.Data.RepeatHeight = 2000;
c.Data.UV_Multiples = new Vector2(0, 0);
c.Center.U_Wrap = c.Center.V_Wrap = true;
}
else
{
c.Data.RepeatWidth = 2000;
c.Data.RepeatHeight = 2000;
c.Data.UV_Multiples = new Vector2(1, 0);
c.Center.U_Wrap = c.Center.V_Wrap = false;
c.FixedHeight = 0; // Flag to tell ParseExtra to set the height properly
}
ParseExtraBlockInfo(c, width, bits);
return(c);
}
public void Add(int width, PieceQuad piece)
{
if (!Dict.ContainsKey(width))
{
Dict.Add(width, new List <PieceQuad>());
}
Dict[width].Add(piece);
}
void ParseExtraBlockInfo(PieceQuad c, int width, List <string> bits)
{
c.Center.SetTextureOrAnim(bits[1]);
//c.Center.TextureName = bits[1];
//int tex_width = c.Center.MyTexture.Width;
//int tex_height = c.Center.MyTexture.Height;
int tex_width = c.Center.TexWidth;
int tex_height = c.Center.TexHeight;
for (int i = 2; i < bits.Count; i++)
{
switch (bits[i])
{
case "upside_down": c.Data.UpsideDown = true; break;
case "mirror": c.Data.Mirror = true; break;
case "box_height": c.BoxHeight = 2 * float.Parse(bits[i + 1]); break;
case "width": c.Data.RepeatWidth = 2 * float.Parse(bits[i + 1]); break;
case "height": c.Data.RepeatHeight = 2 * float.Parse(bits[i + 1]); break;
case "left": c.Data.Center_BL_Shift.X = float.Parse(bits[i + 1]); break;
case "right": c.Data.Center_TR_Shift.X = float.Parse(bits[i + 1]); break;
case "top":
var shift = float.Parse(bits[i + 1]);
c.Data.Center_TR_Shift.Y = shift;
c.Data.Center_BL_Shift.Y = shift;
break;
}
}
// Extend the quad down to properly scale quad
if (c.FixedHeight == 0)
{
float sprite_width = 2 * width + c.Data.Center_TR_Shift.X - c.Data.Center_BL_Shift.X;
c.FixedHeight = sprite_width * (float)tex_height / (float)tex_width;
}
}
public void Add(PieceQuad piece)
{
Add(piece.Pillar_Width, piece);
}
