def wait_for_input(self):
move = input("Enter your next move, 'stop' to interrupt the program\n")
try:
target, destination = move.upper().split()
conversion = lambda letter: 'ABCDEFGH'.index(letter)
initial_position = vector.Vector2f(conversion(target[0]),
int(target[1]) - 1)
final_position = vector.Vector2f(conversion(destination[0]),
int(destination[1]) - 1)
return (initial_position, final_position)
except ValueError:
if move == 'stop':
return None, None
print("Invalid input, try again")
return self.wait_for_input()
def render_tkinter_with_canvas(self, renderer):
"""
Create the graphical interface with the chessboard and the number 1-8 and A-H.
"""
root = renderer.thread.queue.get(timeout=1)
renderer.thread.queue.put(root)
self.create_menu(root, renderer)
LETTER_LIST = ("A", "B", "C", "D", "E", "F", "G", "H")
renderer.canvas = tkinter.Canvas(master=root,
height=renderer.CANVAS_SIZE,
width=renderer.CANVAS_SIZE)
renderer.canvas.grid(row=1, column=2, rowspan=8, columnspan=8)
white = True
for i in range(1, 9):
self.display_labels(root, LETTER_LIST, i)
for j in range(1, 9):
renderer.canvas.create_rectangle(
renderer.CANVAS_SIZE / 8 * (i - 1),
renderer.CANVAS_SIZE / 8 * (j - 1),
renderer.CANVAS_SIZE / 8 * i,
renderer.CANVAS_SIZE / 8 * j,
fill=('#eccca1' if white else '#c78b57'))
renderer.cases_position.append((
renderer.CANVAS_SIZE / 8 * (i - 1),
renderer.CANVAS_SIZE / 8 * (j - 1),
renderer.CANVAS_SIZE / 8 * i,
renderer.CANVAS_SIZE / 8 * j,
))
white = not white
white = not white
# position where the first piece should be on the canvas
renderer.canvas.piece_position = vector.Vector2f(0, 7)
def randomise_position(self):
corner_x1 = random.randrange(self.view.borders.x1,
self.view.borders.x2)
print(corner_x1)
corner_x2 = corner_x1 + 40 if corner_x1 + 40 <= self.view.borders.x2 else corner_x1 - 40
corner_y1 = random.randrange(self.view.borders.y1,
self.view.borders.y2)
corner_y2 = corner_y1 + 40 if corner_y1 + 40 < self.view.borders.y2 else corner_y1 - 40
return vector.Vector2f(corner_x1, corner_y1, corner_x2, corner_y2)
def convert_to_chess_coords(self, position):
for i in range(8):
if self.renderer.CANVAS_SIZE / 8 * i <= position[
0] < self.renderer.CANVAS_SIZE / 8 * (i + 1):
position_x = i
if self.renderer.CANVAS_SIZE / 8 * i <= position[
1] < self.renderer.CANVAS_SIZE / 8 * (i + 1):
position_y = 7 - i
return vector.Vector2f(position_x, position_y)
def split_informations(self, file_link):
with open(file_link) as file:
infos = file.read()
info_split = infos.split("; ")
name = info_split[0]
money = int(info_split[1])
monster = info_split[2]
position = vector.Vector2f(int(info_split[3]), int(info_split[4]),
int(info_split[5]), int(info_split[6]))
msgs = info_split[7].split("\n")
msgs.remove("")
return name, money, monster, position, msgs
def __init__(self, master):
super().__init__(master=master,
width=self.WIDTH,
height=self.HEIGHT,
bg="black")
self.reference = []
# photoImage = tk.PhotoImage(file="characters/main_character.png")
# self.player_canvas = self.create_image(500, 300, image=photoImage)
# self.reference.append(photoImage)
self.npcs = []
self.grid(row=0, column=0, columnspan=2)
self.borders = vector.Vector2f(self.WIDTH / 2 - 1240,
self.HEIGHT - 3508,
self.WIDTH / 2 + 1240, self.HEIGHT)
self.moving = None
self.menu = False
def render_tkinter_with_frame(self, renderer):
if self.display_image is None:
self.load_display_image_frame(renderer)
next = None
if self.next_position is None:
next = self.position
else:
next = self.next_position
print(next)
if next == vector.Vector2f(-1, -1):
self.display_image.grid()
real_next = self.convert_to_tkinter_coords(next)
# there might be a better way of doing this
self.display_image.grid(column=int(real_next.x) + 1,
row=int(real_next.y) + 1)
self.position = next
self.next_position = None
def render_tkinter_with_canvas(self, renderer):
if self.display_image is None:
self.load_display_image_canvas(renderer)
next = None
current_pos = None
if self.next_position is None:
next = self.position
current_pos = vector.Vector2f(0, 7)
else:
next = self.next_position
current_pos = self.position
real_next = self.convert_to_canvas_coords(renderer, next)
position_in_canvas_coords = self.convert_to_canvas_coords(
renderer, current_pos)
renderer.canvas.move(self.display_image,
-(position_in_canvas_coords.x - real_next.x),
-(position_in_canvas_coords.y - real_next.y))
self.position = next
self.next_position = None
def update_view(self, x, y):
"""
Moves the map so there is an illusion that it is the character that is currently moving.
"""
self.move("move", x, y)
self.borders += vector.Vector2f(x, y, x, y)
def update_position(self, direction):
move_x, move_y = self.DIRECTION[direction]
self.position += vector.Vector2f(move_x, move_y, move_x, move_y)
def convert_to_tkinter_coords(self, coords):
return vector.Vector2f(coords.x, 7 - coords.y)
def convert_to_canvas_coords(self, renderer, coords):
return vector.Vector2f(
renderer.CANVAS_SIZE / 16 + renderer.CANVAS_SIZE / 8 * coords.x,
(renderer.CANVAS_SIZE - renderer.CANVAS_SIZE / 16) -
renderer.CANVAS_SIZE / 8 * coords.y)
