public static bool isPlayerCollidingBottomRightPlus() // TODO
{
Vector2_Double gravityCollisionBottomRight = new Vector2_Double((sprite.position_wp.X + sprite.size.X) / World.BLOCK_SIZE, (sprite.position_wp.Y + sprite.size.Y + 5) / World.BLOCK_SIZE);
return(World.blocks[(int)gravityCollisionBottomRight.X + (int)gravityCollisionBottomRight.Y * (int)World.WORLD_SIZE.X].solid);
}
public static bool isPlayerCollidingTopRight()
{
Vector2_Double collisionTopRight = new Vector2_Double((sprite.position_wp.X + sprite.size.X) / World.BLOCK_SIZE, (sprite.position_wp.Y - 1) / World.BLOCK_SIZE);
return(World.blocks[(int)collisionTopRight.X + (int)collisionTopRight.Y * (int)World.WORLD_SIZE.X].solid);
}
public static bool isPlayerCollidingBottomLeftSide()
{
Vector2_Double sideCollisionBottomLeft = new Vector2_Double((sprite.position_wp.X - 1) / World.BLOCK_SIZE, (sprite.position_wp.Y + sprite.size.Y - (sprite.size.Y / 4)) / World.BLOCK_SIZE);
return(World.blocks[(int)sideCollisionBottomLeft.X + (int)sideCollisionBottomLeft.Y * (int)World.WORLD_SIZE.X].solid);
}
public static bool isPlayerCollidingMiddleRightSide()
{
Vector2_Double sideCollisionMiddleRight = new Vector2_Double((sprite.position_wp.X + sprite.size.X + 1) / World.BLOCK_SIZE, (sprite.position_wp.Y + (sprite.size.Y / 2)) / World.BLOCK_SIZE);
return(World.blocks[(int)sideCollisionMiddleRight.X + (int)sideCollisionMiddleRight.Y * (int)World.WORLD_SIZE.X].solid);
}
public static Vector2_Double worldPixelsToScreenPixelsPosition(Vector2_Double position)
{
return(new Vector2_Double(position.X - (World.offset_b.X * World.BLOCK_SIZE), position.Y - (World.offset_b.Y * World.BLOCK_SIZE)));
}
// Note: Only works for sprites of same size as BLOCK_SIZE
public static Vector2_Double worldBlocksToScreenPixelsPosition(Vector2_Double position)
{
return(new Vector2_Double((position.X * BLOCK_SIZE) - (offset_b.X * World.BLOCK_SIZE), (position.Y * BLOCK_SIZE) - (offset_b.Y * World.BLOCK_SIZE)));
}
public static void Init(string file)
{
fileName = file;
int worldHeight = 50;// ((Game1.screenRectangle.Height / 2) / BLOCK_SIZE) + 2;
WORLD_SIZE = new Vector2(200, worldHeight);
offset_b = new Vector2_Double(0, 28);
blocks = new Block[(int)WORLD_SIZE.X * (int)WORLD_SIZE.Y];
Console.WriteLine(worldHeight);
Game1.gameState = Game1.GameStates.MAIN_MENU;
if (Game1.gameState == Game1.GameStates.MAIN_MENU)
{
//BLOCK_SIZE = 15;
}
char[] map = new char[(int)(World.WORLD_SIZE.Y * World.WORLD_SIZE.X)];
string[] lines = System.IO.File.ReadAllLines(@fileName);
Console.WriteLine(lines.Length);
Console.WriteLine(lines);
for (int y = 0; y < World.WORLD_SIZE.Y; y++)
{
if (y >= lines.Length)
{
Console.WriteLine("Error!"); break;
}
char[] mapLine = lines[y].ToString().ToCharArray();
Console.WriteLine(mapLine.Length);
for (int x = 0; x < 200; x++) // Width
{
if (x >= mapLine.Length)
{
Console.WriteLine("Error!"); break;
}
map[x + y * 200] = mapLine[x];
}
}
Console.WriteLine();
for (int y = 0; y < World.WORLD_SIZE.Y; y++)
{
for (int x = 0; x < World.WORLD_SIZE.X; x++)
{
int index = (int)(x + y * World.WORLD_SIZE.X);
if (map[index] == 's')
{
blocks[index].type = BlockType.STONE;
blocks[index].solid = false;
}
else if (map[index] == '1')
{
blocks[index].type = BlockType.ROSE;
blocks[index].solid = false;
}
else if (map[index] == '2')
{
blocks[index].type = BlockType.SUNFLOWER;
blocks[index].solid = false;
}
else if (map[index] == '3')
{
blocks[index].type = BlockType.WILDGRASS;
blocks[index].solid = false;
}
else if (map[index] == 'g')
{
blocks[index].type = BlockType.GRASS;
blocks[index].solid = true;
}
else if (map[index] == 'd')
{
blocks[index].type = BlockType.DIRT;
blocks[index].solid = true;
}
else if (map[index] == 'o')
{
blocks[index].type = BlockType.SHALLOW_OCEAN;
blocks[index].solid = false;
}
else if (map[index] == 'O')
{
blocks[index].type = BlockType.DEEP_OCEAN;
blocks[index].solid = false;
}
else if (map[index] == 'p')
{
blocks[index].type = BlockType.PLATFORM;
blocks[index].solid = true;
}
else if (map[index] == 'c')
{
blocks[index].type = BlockType.CAVE;
blocks[index].solid = false;
}
else if (map[index] == 'C')
{
blocks[index].type = BlockType.DARK_CAVE;
blocks[index].solid = true;
}
else if (map[index] == 'E')
{
blocks[index].type = BlockType.CAVE_ENTRANCE;
blocks[index].solid = false;
}
else if (map[index] == 'i')
{
blocks[index].type = BlockType.TOWER;
blocks[index].solid = false;
}
else if (map[index] == 'w')
{
blocks[index].type = BlockType.SNOW;
blocks[index].solid = true;
}
else if (map[index] == 'S')
{
blocks[index].type = BlockType.COBBLE;
blocks[index].solid = true;
}
else if (map[index] == 'L')
{
blocks[index].type = BlockType.COBBLE_LEFT;
blocks[index].solid = true;
}
else if (map[index] == 'R')
{
blocks[index].type = BlockType.COBBLE_RIGHT;
blocks[index].solid = true;
}
else if (map[index] == '4')
{
blocks[index].type = BlockType.SHORT_GRASS;
blocks[index].solid = false;
}
else if (map[index] == 'a')
{
blocks[index].type = BlockType.AIR;
blocks[index].solid = false;
}
else if (map[index] == '0')
{
blocks[index].type = BlockType.WALL;
blocks[index].solid = true;
}
}
}
}
public static bool isCollidingTopLeft(SpriteStruct sprite)
{
Vector2_Double collisionTopLeft = new Vector2_Double((sprite.position_wp.X) / World.BLOCK_SIZE, (sprite.position_wp.Y - 1) / World.BLOCK_SIZE);
return(World.blocks[(int)collisionTopLeft.X + (int)collisionTopLeft.Y * (int)World.WORLD_SIZE.X].solid);
}
public static bool isCollidingBottomLeft(SpriteStruct sprite) // TODO
{
Vector2_Double gravityCollisionBottomLeft = new Vector2_Double((sprite.position_wp.X) / World.BLOCK_SIZE, (sprite.position_wp.Y + sprite.size.Y + 2) / World.BLOCK_SIZE);
return(World.blocks[(int)gravityCollisionBottomLeft.X + (int)gravityCollisionBottomLeft.Y * (int)World.WORLD_SIZE.X].solid);
}
public static bool isCollidingMiddleLeftSide(SpriteStruct sprite)
{
Vector2_Double sideCollisionMiddleLeft = new Vector2_Double((sprite.position_wp.X - 1) / World.BLOCK_SIZE, (sprite.position_wp.Y + (sprite.size.Y / 2)) / World.BLOCK_SIZE);
return(World.blocks[(int)sideCollisionMiddleLeft.X + (int)sideCollisionMiddleLeft.Y * (int)World.WORLD_SIZE.X].solid);
}
public static bool isCollidingBottomRightSide(SpriteStruct sprite)
{
Vector2_Double sideCollisionBottomRight = new Vector2_Double((sprite.position_wp.X + sprite.size.X + 1) / World.BLOCK_SIZE, (sprite.position_wp.Y + sprite.size.Y - (sprite.size.Y / 4)) / World.BLOCK_SIZE);
return(World.blocks[(int)sideCollisionBottomRight.X + (int)sideCollisionBottomRight.Y * (int)World.WORLD_SIZE.X].solid);
}
