import arcade

SCREEN_WIDTH = 1920
SCREEN_HEIGHT = 1280
SCREEN_FULL = True
TILE_WIDTH = 64
TILE_HEIGHT = 32

def to_iso(tile_list):
  for tile in tile_list:
    col = tile.center_x//TILE_WIDTH
    row = tile.center_y//TILE_HEIGHT
    tile.center_x = tile.center_x - TILE_WIDTH//2 * (col-row)
    tile.center_y = tile.center_y - TILE_HEIGHT//2 * (row+col)
  return tile_list

class MainView(arcade.View):
  def __init__(self):
    super().__init__()
    self.background_color = (100,100,200)
    self.tilemap = arcade.load_tilemap('./assets/level1.tmx',scaling=1)
    self.flor = self.tilemap.sprite_lists["flor"]
    self.flor = to_iso(self.flor)
    self.walls = self.tilemap.sprite_lists["walls"]
    self.walls = to_iso(self.walls)

    self.camera = arcade.Camera2D()
    
  def on_draw(self):
    self.clear()
    self.camera.use()
    self.flor.draw()
    self.walls.draw()
    
  def on_update(self,delta_time):
    self.camera.position = 800,0
  def on_mouse_press(self,x,y,but,mod):
    world_point = self.camera.unproject((x,y))
    tile_col = world_point.x//TILE_WIDTH
    tile_row = world_point.y//TILE_HEIGHT
    sheet = arcade.load_spritesheet('./assets/tiles/64x64.png')
    textures = sheet.get_texture_grid((64,64),16,184)
    self.walls.append(
      arcade.Sprite(
        textures[165],
        center_x=tile_col*TILE_WIDTH + TILE_WIDTH//2,
        center_y=tile_row*TILE_HEIGHT+TILE_HEIGHT
      )
    )
    


if __name__ == '__main__':
  window = arcade.Window(
    SCREEN_WIDTH,
    SCREEN_HEIGHT,
    'Isometric game',
    fullscreen=SCREEN_FULL)
  view = MainView()
  window.show_view(view)
  arcade.run()