public static void NextTile(Jogo.Location Direction, ref short X, ref short Y)
{
// Next Tile
switch (Direction)
{
case Jogo.Location.Above: Y -= 1; break;
case Jogo.Location.Below: Y += 1; break;
case Jogo.Location.Right: X += 1; break;
case Jogo.Location.Left: X -= 1; break;
}
}
public static void Move(Jogo.Location Direction)
{
// Verifica se o Player pode se Move
if (!CanMove())
{
return;
}
// Define a Direction do Player
if (Lists.Player[MyIndex].Direction != Direction)
{
Lists.Player[MyIndex].Direction = Direction;
Sending.Player_Direction();
}
// Verifica se o Tile seguinte está livre
if (Map.Tile_Blocked(Lists.Player[MyIndex].Map, Lists.Player[MyIndex].X, Lists.Player[MyIndex].Y, Direction))
{
return;
}
// Define a Velocity que o Player se move
if (Jogo.HoldKey_Shift)
{
Lists.Player[MyIndex].Movement = Jogo.Movements.Correndo;
}
else
{
Lists.Player[MyIndex].Movement = Jogo.Movements.Andando;
}
// Movement o Player
Sending.Player_Move();
// Define a Position exata do Player
switch (Direction)
{
case Jogo.Location.Above: Lists.Player[MyIndex].Y2 = Jogo.Grade; Lists.Player[MyIndex].Y -= 1; break;
case Jogo.Location.Below: Lists.Player[MyIndex].Y2 = Jogo.Grade * -1; Lists.Player[MyIndex].Y += 1; break;
case Jogo.Location.Right: Lists.Player[MyIndex].X2 = Jogo.Grade * -1; Lists.Player[MyIndex].X += 1; break;
case Jogo.Location.Left: Lists.Player[MyIndex].X2 = Jogo.Grade; Lists.Player[MyIndex].X -= 1; break;
}
}
public static bool Tile_Blocked(short Map, byte X, byte Y, Jogo.Location Direction)
{
short Next_X = X, Next_Y = Y;
// Next Tile
NextTile(Direction, ref Next_X, ref Next_Y);
// Verifica se está indo para uma ligação
if (ForaDoLimite(Next_X, Next_Y))
{
if (Lists.Map.Ligação[(byte)Direction] == 0)
{
return(true);
}
else
{
return(false);
}
}
// Verifica se o Tile está Blocked
if (Lists.Map.Tile[Next_X, Next_Y].Attribute == (byte)Tile_Attributes.Block)
{
return(true);
}
else if (Lists.Map.Tile[Next_X, Next_Y].Block[(byte)Jogo.DirectionInverse(Direction)])
{
return(true);
}
else if (Lists.Map.Tile[X, Y].Block[(byte)Direction])
{
return(true);
}
else if (ThereIsPlayer(Map, Next_X, Next_Y) > 0 || ThereIsNPC(Next_X, Next_Y) > 0)
{
return(true);
}
return(false);
}
public static void Character(short Texture, Point Position, Jogo.Location Direction, byte Coluna, bool Suffering = false)
{
Rectangle Fonte = new Rectangle(), Destino = new Rectangle();
Size Size = MySize(Tex_Character[Texture]);
SFML.Graphics.Color Cor = new SFML.Graphics.Color(255, 255, 255);
byte Line = 0;
// Direction
switch (Direction)
{
case Jogo.Location.Above: Line = Jogo.Movement_Above; break;
case Jogo.Location.Below: Line = Jogo.Movement_Below; break;
case Jogo.Location.Left: Line = Jogo.Movement_Left; break;
case Jogo.Location.Right: Line = Jogo.Movement_Right; break;
}
// Define as propriedades dos retângulos
Fonte.X = Coluna * Size.Width / Jogo.Animation_Amount;
Fonte.Y = Line * Size.Height / Jogo.Animation_Amount;
Fonte.Width = Size.Width / Jogo.Animation_Amount;
Fonte.Height = Size.Height / Jogo.Animation_Amount;
Destino = new Rectangle(Position, Fonte.Size);
// Demonstra que o Character está Suffering dano
if (Suffering)
{
Cor = new SFML.Graphics.Color(205, 125, 125);
}
// Desenha o Character e sua sombra
Desenhar(Tex_Sombra, Destino.Location.X, Destino.Location.Y + Size.Height / Jogo.Animation_Amount - MySize(Tex_Sombra).Height + 5, 0, 0, Size.Width / Jogo.Animation_Amount, MySize(Tex_Sombra).Height);
Desenhar(Tex_Character[Texture], Fonte, Destino, Cor);
}
