class Main(tk.Tk):
def __init__(self, *args, **kwargs):
super().__init__(*args, **kwargs)
self.geometry("1280x600")
self.title("Pygame Level Creator")
self.font = ("System", 16, "bold")
self.LEVEL_NAME = None
self.TILE_MODE = "floor"
self.TILESET_NAME = None
self.TILESET = None
self.GR_TILESET_NAME = None
self.MAP_WIDTH = None
self.MAP_HEIGHT = None
self.TILESET_WIDTH = None
self.TILESET_HEIGHT = None
# Widget Definitions
self.toolbar = ToolBarFrame(self, bd=1, relief="raised")
self.tileframe = TileFrame(self)
# For shifting between all the tiles in a tileset
self.bind("<Left>", lambda e: self.toolbar.shiftTiles("LEFT"))
self.bind("<Right>", lambda e: self.toolbar.shiftTiles("RIGHT"))
# For changing between the different modes to give tiles properties
self.bind("1", lambda e: self.setMode(0))
self.bind("2", lambda e: self.setMode(1))
self.bind("3", lambda e: self.setMode(2))
self.bind("4", lambda e: self.setMode(3))
# Widget Placement
self.toolbar.pack(side="top", fill="x")
self.tileframe.pack(side="top", fill="both", expand=True)
self.SELECTED_TILE = self.toolbar.selected_tile
def exportLevel(self):
level = {
"tileset": self.TILESET_NAME,
"ground": self.GR_TILESET_NAME,
"width": self.TILESET_WIDTH,
"height": self.TILESET_WIDTH,
"map_width": self.MAP_WIDTH,
"map_height": self.MAP_HEIGHT,
"tiles": [],
}
for tile in self.tileframe.tiles:
data = (tile.getX(), tile.getY(), tile.getWall(),
tile.getOverlay())
if None in data:
data = None
level["tiles"].append(data)
with open(self.LEVEL_NAME + ".level", "wb") as level_file:
pickle.dump(level, level_file, protocol=pickle.DEFAULT_PROTOCOL)
# For the mode
def setMode(self, mnum):
modes = ("floor", "wall", "overlay", "ground")
colors = ("black", "red", "blue", "green")
self.TILE_MODE = modes[mnum]
self.toolbar.mode_label.configure(text="MODE: " + self.TILE_MODE,
fg=colors[mnum])
if mnum == 0:
self.tileframe.toggleWallTiles("hidden")
self.tileframe.toggleOverlayTiles("hidden")
self.tileframe.toggleGroundTiles("hidden")
elif mnum == 1:
self.tileframe.toggleOverlayTiles("hidden")
self.tileframe.toggleGroundTiles("hidden")
self.tileframe.toggleWallTiles("normal")
elif mnum == 2:
self.tileframe.toggleWallTiles("hidden")
self.tileframe.toggleGroundTiles("hidden")
self.tileframe.toggleOverlayTiles("normal")
else:
self.tileframe.toggleWallTiles("hidden")
self.tileframe.toggleOverlayTiles("hidden")
self.tileframe.toggleGroundTiles("normal")
def getMode(self):
return self.TILE_MODE
# For the tile set
def setTileSet(self, value):
self.TILESET = value
def getTileSet(self):
return self.TILESET
def setTileSetName(self, value):
self.TILESET_NAME = value
def getTileSetName(self):
return self.TILESET_NAME
def setTileSetWidth(self, value):
self.TILESET_WIDTH = value
def setTileSetHeight(self, value):
self.TILESET_HEIGHT = value
def getTileSetWidth(self):
return self.TILESET_WIDTH
def getTileSetHeight(self):
return self.TILESET_HEIGHT
# For the ground tileset
def setGround(self, value):
self.GR_TILESET_NAME = value
def getGround(self):
return self.GR_TILESET_NAME
# For the map
def setMapWidth(self, value):
self.MAP_WIDTH = value
def setMapHeight(self, value):
self.MAP_HEIGHT = value
def getMapWidth(self):
return self.MAP_WIDTH
def getMapHeight(self):
return self.MAP_HEIGHT
# For the level name
def setLevelName(self, value):
self.LEVEL_NAME = value
# Other
def getSelectedTile(self):
x = self.SELECTED_TILE.getX()
y = self.SELECTED_TILE.getY()
image = self.SELECTED_TILE.getImage()
return (x, y, image)
def createMap(self):
self.tileframe.createMap()
def drawGround(self):
if self.GR_TILESET_NAME is not None:
self.tileframe.drawGround()