public static void Definir(byte x, byte y, byte Camada_Num, byte Camada_Type, byte Parte, string Letra)
{
Point Position = new Point(0);
// Posições exatas dos mini Tiles (16x16)
switch (Letra)
{
// Quinas
case "a": Position = new Point(32, 0); break;
case "b": Position = new Point(48, 0); break;
case "c": Position = new Point(32, 16); break;
case "d": Position = new Point(48, 16); break;
// Noroeste
case "e": Position = new Point(0, 32); break;
case "f": Position = new Point(16, 32); break;
case "g": Position = new Point(0, 48); break;
case "h": Position = new Point(16, 48); break;
// Nordeste
case "i": Position = new Point(32, 32); break;
case "j": Position = new Point(48, 32); break;
case "k": Position = new Point(32, 48); break;
case "l": Position = new Point(48, 48); break;
// Sudoeste
case "m": Position = new Point(0, 64); break;
case "n": Position = new Point(16, 64); break;
case "o": Position = new Point(0, 80); break;
case "p": Position = new Point(16, 80); break;
// Sudeste
case "q": Position = new Point(32, 64); break;
case "r": Position = new Point(48, 64); break;
case "s": Position = new Point(32, 80); break;
case "t": Position = new Point(48, 80); break;
}
// Define a Position do mini Tile
Lists.Structures.Tile_Data Data = Lists.Map.Tile[x, y].Data[Camada_Type, Camada_Num];
Lists.Map.Tile[x, y].Data[Camada_Type, Camada_Num].Mini[Parte].X = Data.x * Jogo.Grade + Position.X;
Lists.Map.Tile[x, y].Data[Camada_Type, Camada_Num].Mini[Parte].Y = Data.y * Jogo.Grade + Position.Y;
}
public static void Maps_AutoCriação(Point Position, Lists.Structures.Tile_Data Data, SFML.Graphics.Color Cor)
{
// Desenha os 4 mini Tiles
for (byte i = 0; i <= 3; i++)
{
Point Destino = Position, Fonte = Data.Mini[i];
// Partes do Tile
switch (i)
{
case 1: Destino.X += 16; break;
case 2: Destino.Y += 16; break;
case 3: Destino.X += 16; Destino.Y += 16; break;
}
// Renderiza o mini Tile
Desenhar(Tex_Tile[Data.Tile], new Rectangle(Fonte.X, Fonte.Y, 16, 16), new Rectangle(Destino, new Size(16, 16)), Cor);
}
}
