Tests examples for the miniworldmaker engine https://www.miniworldmaker.de
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from miniworldmaker import *
import random
board = HexBoard(9, 9)
board.toolbar = board.add_container(Toolbar(), "right", size=280)
board.console = board.add_container(Console(), "bottom", size=100)
board.tile_size = 60
center = None
active_player = 0
corners_marker = []
tiles_marker = []
dices_marker = []
background_tokens = []
markers = [[255, 0, 0, 180], [0, 255, 0, 180]]
player_colors = [[255, 0, 0, 200], [0, 255, 0, 200]]
board.console.newline(f"P{active_player + 1} Turn")
villages = [[], []]
round_number = 1
round_label = board.toolbar.add_widget(ToolbarLabel("Round 1 of 5"), "round")
board.toolbar.add_widget(ToolbarLabel("Player 1"))
resources = [dict(), dict()]
resources[0]["grass"] = 0
resources[0]["sand"] = 0
resources[0]["stone"] = 0
resources[1]["grass"] = 0
resources[1]["sand"] = 0
resources[1]["stone"] = 0
buttons = [dict(), dict()]
buttons[0]["grass"] = board.toolbar.add_widget(
ToolbarButton("0", "images/grass.png"), "grass0")
buttons[0]["sand"] = board.toolbar.add_widget(
ToolbarButton("0", "images/sand.png"), "sand0")
buttons[0]["stone"] = board.toolbar.add_widget(
ToolbarButton("0", "images/stone.png"), "stone0")
buttons[0]["total"] = board.toolbar.add_widget(
ToolbarLabel("Total: 1*0 + 2*0 + 3*0 = 0"), "total0")
board.toolbar.add_widget(ToolbarLabel("Player 2"))
buttons[1]["grass"] = board.toolbar.add_widget(
ToolbarButton("0", "images/grass.png"), "grass1")
buttons[1]["sand"] = board.toolbar.add_widget(
ToolbarButton("0", "images/sand.png"), "sand1")
buttons[1]["stone"] = board.toolbar.add_widget(
ToolbarButton("0", "images/stone.png"), "stone1")
buttons[1]["total"] = board.toolbar.add_widget(
ToolbarLabel("Total: 1*0 + 2*0 + 3*0 = 0"), "total1")
def create_token(tile, token_type):
token = tile.create_token()
if token_type == "grass":
token.add_costume("images/grass.png")
token.token_type = "grass"
elif token_type == "sand":
token.add_costume("images/sand.png")
token.token_type = "sand"
elif token_type == "stone":
token.add_costume("images/stone.png")
token.token_type = "stone"
return token
@board.register
def on_setup(self):
global center
center = self.get_tile((4, 4))
for x in range(self.columns):
for y in range(self.rows):
if center.position.distance((x, y)) < 3:
bg_tile = self.get_tile((x, y))
if bg_tile != center:
r = random.randint(1, 3)
if r == 1:
bg_type = "grass"
elif r == 2:
bg_type = "sand"
elif r == 3:
bg_type = "stone"
number = random.randint(2, 12)
add_background_tile(bg_tile, bg_type, number)
def add_background_tile(bg_tile, bg_type, number):
global background_tokens
bg_token = create_token(bg_tile, bg_type)
bg_tile.bg = True
bg_tile.bg_type = bg_type
bg_tile.number = number
number_label = Number((0, 0), number)
number_label.size = (0.5, 0.5)
bg_tile.add_token(number_label)
background_tokens.append(bg_token)
@board.register
def on_mouse_motion(self, mouse_pos):
global corners_marker
global tiles_marker
global markers
global center
for token in corners_marker:
token.remove()
for token in tiles_marker:
token.remove()
corner = HexCorner.from_pixel(mouse_pos)
tiles_marker = []
corners_marker = []
if can_place_token(active_player, corner):
for tile in corner.get_neighbour_tiles():
if hasattr(tile, "bg") and tile.bg:
tile_marker = tile.create_token()
tile_marker.border = 1
tile_marker.fill_color = (255, 255, 100, 180)
tile_marker.marker = True
tiles_marker.append(tile_marker)
if corner.position.distance(center.position) < 3:
corner_marker = corner.create_token()
corner_marker.border = 1
corner_marker.size = (0.4, 0.4)
corner_marker.fill_color = markers[active_player]
corner_marker.is_filled = True
corner_marker.marker = True
corners_marker.append(corner_marker)
@board.register
def on_mouse_left(self, mouse_pos):
global colors
global center
global active_player
corner = HexCorner.from_pixel(mouse_pos)
if can_place_token(active_player, corner):
place_token(active_player, corner)
def can_place_token(player, corner):
global active_player
global villages
global round_number
if round_number > 5:
return False
for village in villages[0] + villages[1]:
if corner.position == village.position:
return False
for village in villages[1 - active_player]:
if corner.position.distance(village.position) < 1:
return False
if corner.position.distance(center.position) < 3:
return True
else:
return False
def place_token(player, corner):
global player_colors
global active_player
token = corner.create_token()
token.border = 1
token.size = (0.2, 0.2)
token.fill_color = player_colors[player]
token.is_filled = True
token.marker = False
token.player = player
villages[player].append(token)
next_turn()
def next_turn():
global active_player
if active_player == 0:
active_player = 1
else:
active_player = 0
next_round()
def next_round():
global round_number
global round_label
round_number += 1
round_label.text = f"Round {round_number} of 5"
if round_number > 5:
round_label.text = f"Game ended"
roll_dice()
def roll_dice():
global active_player
global round_number
global resources
global buttons
d1 = random.randint(1, 6)
d2 = random.randint(1, 6)
dice = d1 + d2
board.console.newline(
f"Rolled dice: {d1} and {d2} = {dice} ...starting round {round_number}"
)
add_resources_to_players(dice)
def add_resources_to_players(dice):
global dices_marker
global background_tokens
new_resources = [0, 0]
for token in dices_marker:
token.remove()
for token in background_tokens:
tile = board.get_tile(token.position)
if tile.number == dice:
for corner in tile.corners:
tokens = corner.get_tokens()
for token in tokens:
if hasattr(token, "player"):
new_resources[token.player] += 1
dice_marker = tile.create_token()
dice_marker.color = (0, 0, 0, 50)
dices_marker.append(dice_marker)
resources[0][tile.bg_type] += new_resources[0]
resources[1][tile.bg_type] += new_resources[1]
buttons[0][tile.bg_type].text = resources[0][tile.bg_type]
buttons[1][tile.bg_type].text = resources[1][tile.bg_type]
total_0 = resources[0][
"grass"] + resources[0]["sand"] * 2 + resources[0]["stone"] * 3
total_1 = resources[1][
"grass"] + resources[1]["sand"] * 2 + resources[1]["stone"] * 3
buttons[0][
"total"].text = f"Total: {resources[0]['grass']}*1 + {resources[0]['sand']}*2 + {resources[0]['stone']}*3 = {total_0}"
buttons[1][
"total"].text = f"Total: {resources[1]['grass']}*1 + {resources[1]['sand']}*2 + {resources[1]['stone']}*3 = {total_1}"
board.run()