297 lines
10 KiB
Python
297 lines
10 KiB
Python
from copy import copy
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from typing import TYPE_CHECKING, Type
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import numpy as np
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import pyglet.shapes
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from source.core import Board, Boat
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from source.core.enums import Orientation, BombState
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from source.core.error import InvalidBoatPosition
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from source.gui.sprite import Sprite
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from source.gui.texture.abc import Style
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from source.gui.widget.abc import BoxWidget
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from source.type import Distance, ColorRGB, Point2D
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from source.utils import dict_filter_prefix
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if TYPE_CHECKING:
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from source.gui.scene.abc import Scene
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class GameGrid(BoxWidget):
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"""
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A widget that represent a game grid.
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"""
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def __init__(self, scene: "Scene",
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grid_style: Type[Style],
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boat_style: Type[Style],
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x: Distance = 0,
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y: Distance = 0,
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width: Distance = None,
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height: Distance = None,
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preview_color: ColorRGB = (150, 255, 150),
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boats_length: list[int] = None,
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rows: int = None,
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columns: int = None,
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board_data: dict = None,
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**kwargs):
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if (rows is None or columns is None) and board_data is None:
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raise ValueError(f"{self.__class__} object need to set rows and columns, or the board_data")
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self.cell_sprites: dict[Point2D, tuple["Sprite", hash]] = {}
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super().__init__(scene, x, y, width, height)
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self.group_cursor = pyglet.graphics.Group(order=1)
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self.group_line = pyglet.graphics.Group(order=2)
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# the list of the size of the boats to place
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self.boats_length = [] if boats_length is None else sorted(boats_length, reverse=True)
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self.preview_color = preview_color
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# créer la planche du jeu
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self.board = Board(width=rows, height=columns) if board_data is None else Board.from_json(board_data)
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self.rows = self.board.height
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self.columns = self.board.width
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self.orientation: Orientation = Orientation.HORIZONTAL
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self._boat_kwargs = dict_filter_prefix("boat_", kwargs)
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self._bomb_kwargs = dict_filter_prefix("bomb_", kwargs)
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self.grid_style = grid_style
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self.boat_style = boat_style
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self.background = Sprite(
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img=grid_style.get("background"),
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batch=self.scene.batch,
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**dict_filter_prefix("background_", kwargs)
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)
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self.lines: list[pyglet.shapes.Line] = [
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pyglet.shapes.Line(
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0, 0, 0, 0,
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batch=self.scene.batch,
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group=self.group_line,
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**dict_filter_prefix("line_", kwargs)
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)
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for _ in range((self.columns - 1) + (self.rows - 1))
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]
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self.cursor = pyglet.shapes.Rectangle(
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0, 0, 0, 0,
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color=(0, 0, 0, 100),
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batch=self.scene.batch,
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group=self.group_cursor
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)
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self.add_listener("on_click_release", lambda _, *args: self.on_click_release(*args))
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self.add_listener("on_hover_leave", lambda *_: self.hide_cursor())
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self.add_listener("on_hover", lambda _, *args: self._refresh_cursor(*args))
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self._refresh_size()
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self.display_board(self.board)
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def get_cell_from_rel(self, rel_x: int, rel_y: int) -> tuple[int, int]:
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"""
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Return the cell of the grid from a point relative position
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"""
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return (
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int((rel_x-1) / self.cell_width),
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int((rel_y-1) / self.cell_height)
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)
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# refresh
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def _refresh_size(self):
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self.background.x, self.background.y = self.xy
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self.background.width, self.background.height = self.size
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# lines
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for column, line in enumerate(self.lines[:self.columns - 1], start=1):
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line.x = self.x + self.cell_width * column
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line.x2 = line.x
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line.y = self.y
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line.y2 = self.y2
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for row, line in enumerate(self.lines[-self.rows + 1:], start=1):
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line.x = self.x
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line.x2 = self.x2
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line.y = self.y + self.cell_height * row
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line.y2 = line.y
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# sprites
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for (x, y), (sprite, hash_) in self.cell_sprites.items():
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# calcul des décalages à cause de la rotation qui est faite par rapport à l'origine de l'image
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offset_x = 0 if sprite.rotation <= 90 else self.cell_width
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offset_y = self.cell_height if 90 <= sprite.rotation <= 180 else 0
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width, height = (
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(self.cell_width, self.cell_height) if sprite.rotation % 180 == 0 else
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(self.cell_height, self.cell_width)
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)
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sprite.x = self.x + (x * self.cell_width) + offset_x
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sprite.y = self.y + (y * self.cell_height) + offset_y
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sprite.width = width
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sprite.height = height
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def _refresh_cursor(self, rel_x: int, rel_y: int):
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cell_x, cell_y = self.get_cell_from_rel(rel_x, rel_y)
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self.cursor.x = self.x + cell_x * self.width / self.columns
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self.cursor.y = self.y + cell_y * self.height / self.rows
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self.cursor.width, self.cursor.height = self.cell_size
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self.preview_boat((cell_x, cell_y)) # display the preview of the boat on this cell
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# function
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def hide_cursor(self):
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self.cursor.width, self.cursor.height = 0, 0
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def display_board(self, board: Board, preview: bool = False):
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# remplacer par l'utilisation de board.boats ?
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matrice = board.boats
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max_boat: int = np.max(matrice)
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for (y, x), value in np.ndenumerate(matrice):
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bombed: bool = not board.bombs[y, x] # cette case a déjà été attaqué si la valeur est "False".
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if value == 0 and not bombed:
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if (x, y) in self.cell_sprites:
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self.cell_sprites.pop((x, y))
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continue # ignore s'il n'y a ni bombe, ni bateau.
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# calcul de la forme et de la rotation de cette cellule du bateau
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form, rotation = (
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# bombe
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("touched", 0) if bombed and value != 0 else
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("missed", 0) if bombed else
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# corps
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("body", 0) if 0 < y < (self.rows-1) and matrice[y-1, x] == matrice[y+1, x] == value else # colonne
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("body", 1) if 0 < x < (self.columns-1) and matrice[y, x-1] == matrice[y, x+1] == value else # ligne
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# bordure
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("edge", 0) if 0 < y and matrice[y-1, x] == value else # bas
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("edge", 1) if 0 < x and matrice[y, x-1] == value else # droite
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("edge", 2) if y < (self.rows-1) and matrice[y+1, x] == value else # haut
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("edge", 3) if x < (self.columns-1) and matrice[y, x+1] == value else # gauche
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# aucune bordure (bateau de taille 1)
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("solo", 0)
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)
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# si le bateau est le dernier placé et qu'on est en prévisualisation, change sa teinte.
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color: ColorRGB = self.preview_color if preview and value == max_boat else (255, 255, 255)
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hash_new = hash((form, rotation, color))
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sprite_old, hash_old = self.cell_sprites.get((x, y), (None, None))
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if hash_old == hash_new:
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# si la texture n'a pas changé, ne rafraichi pas le sprite
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continue
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sprite = Sprite(
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img=self.boat_style.get(form),
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batch=self.scene.batch,
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**self._boat_kwargs
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)
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sprite.rotation = rotation * 90
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sprite.color = color
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self.cell_sprites[x, y] = (sprite, hash_new)
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self._refresh_size()
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def swap_orientation(self):
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self.orientation = (
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Orientation.HORIZONTAL if self.orientation is Orientation.VERTICAL else
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Orientation.VERTICAL
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)
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def place_boat(self, cell: Point2D):
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if len(self.boats_length) == 0: return
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try:
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self.board.add_boat(
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Boat(self.boats_length[0], orientation=self.orientation),
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cell
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)
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except InvalidBoatPosition:
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pass # if the boat can't be placed, ignore
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else: # if the boat have been placed
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self.boats_length.pop(0) # remove the boat from the list of boat to place
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if len(self.boats_length) == 0:
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self.trigger_event("on_all_boats_placed")
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self.display_board(self.board) # rafraichi l'affichage
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def preview_boat(self, cell: Point2D):
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if len(self.boats_length) == 0: return
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try:
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preview_board = copy(self.board)
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preview_board.add_boat(
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Boat(self.boats_length[0], orientation=self.orientation),
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cell
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)
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except InvalidBoatPosition:
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self.display_board(self.board) # if the boat can't be placed, ignore
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else: self.display_board(preview_board, preview=True)
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def place_bomb(self, cell: Point2D, force_touched: bool = None) -> BombState:
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bomb_state = self.board.bomb(cell)
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if force_touched is not None:
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x, y = cell
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self.board.boats[y, x] = int(force_touched)
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self.display_board(self.board)
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return bomb_state
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def on_click_release(self, rel_x: int, rel_y: int, button: int, modifiers: int):
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cell = self.get_cell_from_rel(rel_x, rel_y)
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match button:
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case pyglet.window.mouse.RIGHT:
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self.swap_orientation()
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self.preview_boat(cell)
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case pyglet.window.mouse.LEFT:
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self.place_boat(cell)
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self.trigger_event("on_request_place_bomb", cell)
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# property
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@property
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def cell_width(self) -> float:
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return self.width / self.columns
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@property
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def cell_height(self) -> float:
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return self.height / self.rows
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@property
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def cell_size(self) -> tuple[float, float]:
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return self.cell_width, self.cell_height
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# event
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def on_resize(self, width: int, height: int):
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self._refresh_size()
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