def __init__(self):
self._master = Tk()
# frame
frame = Frame(self._master)
#frame.bind("<Key>", self.key_pressed)
# keys to end game
frame.bind("<Escape>", self.end)
frame.bind("<Return>", self.end)
frame.bind("<space>", self.end)
frame.focus_set() # this is very important
frame.grid()
frame.master.title("Settlers of Catan: W****s and Wenches (custom expansion)")
frame.pack()
# keeps index of turn
self._turn = 0
# now to get a grid
for i in range(6):
frame.master.columnconfigure(i, weight=1)
frame.master.rowconfigure(0, weight=1)
frame1 = frame
self._frame = frame
# canvas
w = Canvas(frame1, width=CatanApp.width, height=CatanApp.height)
w.pack()
# create the board
self._map = MapGen()
self._map.create_players(self.players)
self._map.gen()
self.set_vertices(self._map.get_map())
self._map.prepare()
self.draw_board(w)
#self.play_game()
self.draw_status_area()
self._roll_var = StringVar()
self._roll_button = Button(
frame1,
text="End turn",
command=self.roll,
state=DISABLED # initially hide it
)
#self._roll_button.place(x=600, y=20)
#self._roll_button.pack()
self._canvas.create_window(60, self.height + 10, window=self._roll_button, anchor=S)
l = Label(frame1, textvar=self._roll_var)
l.place(x=600, y=120)
l.pack()
self.create_build_buttons()
self._canvas.create_window(170, self.height + 10, window=self._build_buttons["settlement"], anchor=S)
self.draw_robber()
# bind events to the robber
self._canvas.tag_bind("robber", "<ButtonPress-1>", self.grab_robber)
self._canvas.tag_bind("robber", "<B1-Motion>", self.move_robber)
self._canvas.tag_bind("robber", "<ButtonRelease-1>", self.release_robber)
self.automate_setup()
class CatanApp():
'''The Catan App (for now).
For now side distances are determined statically. Can dynamically allocate them at a later point.'''
height = 550
width = 900
minor_horiz_dist = 30
major_horiz_dist = 60
minor_vert_dist = 50
render_start = (200, minor_vert_dist + 20)
settlement_radius = 20
city_radius = 22
robber_height = 40
robber_width = 40
players = ["red", "gold2", "blue", "green"]
def draw_robber(self):
# the robber has an associated hex
center = self._map.get_robber_hex().get_center()
self._robber_sprite = self._canvas.create_oval(
center[0] - self.robber_width / 2,
center[1] - self.robber_height / 2,
center[0] + self.robber_width / 2,
center[1] + self.robber_height / 2,
tag="robber",
fill="black",
activefill="yellow",
state=DISABLED
)
def grab_robber(self, event):
self._grab_item = {
"x" : event.x,
"y" : event.y,
"item" : self._canvas.find_withtag("robber")
}
def move_robber(self, event):
self._canvas.move(
self._grab_item["item"],
event.x - self._grab_item["x"],
event.y - self._grab_item["y"]
)
self._grab_item["x"] = event.x
self._grab_item["y"] = event.y
def release_robber(self, event):
# get the closest hex...
items = self._canvas.find_overlapping(event.x - 15, event.y - 15, event.x + 15, event.y + 15)
for item in items:
tags = self._canvas.gettags(item)
if "hex" in tags:
coord = tuple([int(i) for i in tags[1].replace("hex_", "").split("_")])
if self._map.set_robber_hex(coord[0], coord[1]):
center = self._map.get_robber_hex().get_center()
self._canvas.move(
self._robber_sprite,
center[0] - self._grab_item["x"],
center[1] - self._grab_item["y"]
)
# TODO - allow me to re-pickup the robber and move it again
self.enable_stealing()
else:
print "ROBBER FAIL"
self.move_robber_to_hex(self._map.get_robber_hex())
return
def enable_stealing(self):
'''Enable stealing by the current player from all players adjoining the robber hex.'''
# only allow stealing from players who are adjacent to that hex
player_list = self._map.get_players_on_robber_hex()
if len(player_list) == 0:
# don't steal from anybody
self.change_to_state("gameplay")
elif len(player_list) == 1:
# don't go through trouble of selection here, since there is only 1 choice
self.steal_from_player(player_list[0])
self.change_to_state("gameplay")
else:
for c in player_list:
t = "player_hand_rect_%s" % c
self._canvas.itemconfigure(self._canvas.find_withtag(t)[0], state=NORMAL)
def _next_turn(self, decr=False):
i=-1 if decr else 1
self._turn = (self._turn + i) % 4
def _get_turn(self):
return self._turn
def move_robber_to_hex(self, destination_hex):
'''Move robber to the given hex. Here, hex is the Hex object.'''
new_pos = destination_hex.get_center()
old_pos = self._canvas.coords(self._robber_sprite)
old_pos_c = ((old_pos[0] + old_pos[2]) / 2, (old_pos[1] + old_pos[3]) / 2)
self._canvas.move(self._robber_sprite, new_pos[0] - old_pos_c[0], new_pos[1] - old_pos_c[1])
def automate_robber(self):
'''Automate the robber completely.'''
self.automate_robber_movement()
self.automate_robber_steal_picking()
#self.change_to_state("gameplay")
def automate_robber_steal_picking(self):
'''Automate the process of picking a person to steal from, once robber has been placed.'''
self.steal_from_player(self._map.ai.get_random_robber_pick())
def automate_robber_movement(self):
'''Choose a place to put the robber.'''
good_placement = False
color = self.players[self._turn]
row, col = self._map.ai.get_smart_robber_placement(color)
#destination_hex_sprite = self._canvas.find_withtag("hex_{}_{}".format(row, col))
model_hex = self._map._board[row][col]
if self._map.set_robber_hex(row, col):
self.move_robber_to_hex(model_hex)
else:
print "AI picked same hex to put robber, skipping stealing..."
#self.move_robber_to_hex(self._map.get_robber_hex())
def automate_setup(self):
'''Create a random setup of the first two roads and settlements.'''
# do all 8
for i in range(8):
c = self.players[self._turn]
v = self._map.ai.get_best_settlement()
self.add_settlement(None, v)
road = self._map.ai.get_random_road_from_settlement(v)
if not road:
print "ERROR! Could not find a place to put a road"
else:
v1, v2 = road
if v1[0] > v2[0]:
v1, v2 = v2, v1 # switch places to correspond with the way roads are indexed
# if (v1, v2) not in self._roads:
# print "Tried to build road from {} to {}".format(v1, v2)
# for k in self._roads.keys():
# if k[0] == v1 or k[1] == v1:
# print k
self.add_road(None, v1, v2)
def __init__(self):
self._master = Tk()
# frame
frame = Frame(self._master)
#frame.bind("<Key>", self.key_pressed)
# keys to end game
frame.bind("<Escape>", self.end)
frame.bind("<Return>", self.end)
frame.bind("<space>", self.end)
frame.focus_set() # this is very important
frame.grid()
frame.master.title("Settlers of Catan: W****s and Wenches (custom expansion)")
frame.pack()
# keeps index of turn
self._turn = 0
# now to get a grid
for i in range(6):
frame.master.columnconfigure(i, weight=1)
frame.master.rowconfigure(0, weight=1)
frame1 = frame
self._frame = frame
# canvas
w = Canvas(frame1, width=CatanApp.width, height=CatanApp.height)
w.pack()
# create the board
self._map = MapGen()
self._map.create_players(self.players)
self._map.gen()
self.set_vertices(self._map.get_map())
self._map.prepare()
self.draw_board(w)
#self.play_game()
self.draw_status_area()
self._roll_var = StringVar()
self._roll_button = Button(
frame1,
text="End turn",
command=self.roll,
state=DISABLED # initially hide it
)
#self._roll_button.place(x=600, y=20)
#self._roll_button.pack()
self._canvas.create_window(60, self.height + 10, window=self._roll_button, anchor=S)
l = Label(frame1, textvar=self._roll_var)
l.place(x=600, y=120)
l.pack()
self.create_build_buttons()
self._canvas.create_window(170, self.height + 10, window=self._build_buttons["settlement"], anchor=S)
self.draw_robber()
# bind events to the robber
self._canvas.tag_bind("robber", "<ButtonPress-1>", self.grab_robber)
self._canvas.tag_bind("robber", "<B1-Motion>", self.move_robber)
self._canvas.tag_bind("robber", "<ButtonRelease-1>", self.release_robber)
self.automate_setup()
def play_dev_card(self):
print "Playing dev card..."
def buy_dev_card(self):
'''User-triggered action to buy a development card.'''
color = self.players[self._turn]
card = self._map.get_development_card(color)
if card is None:
self.post_status_note("You cannot afford to buy a development card", True)
else:
self.post_status_note("Successfully bought development card")
self.update_hand(color)
print "{} bought development card '{}'".format(color, card)
self.update_dev_cards(color)
def create_build_buttons(self):
'''Create buttons to build various structures.'''
self._build_buttons = {}
for type in ["road", "settlement", "city"]:
self.create_build_button(type)
self._build_buttons["dev_card"] = Button(
self._frame,
text="Buy development card",
state=DISABLED,
command=self.buy_dev_card
)
self._build_buttons["dev_card"].pack()
f = lambda: self.change_to_state("gameplay")
self._cancel_building_button = Button(
self._frame,
text="Cancel building",
state=DISABLED,
command=f
)
self._cancel_building_button.pack()
def enable_building(self, type):
'''Enable building of buildings of certain type.
NOTE: player has not been charged by this point.'''
color = self.players[self._turn]
p = self._map.get_player(color)
if p.can_deduct_resources(CatanConstants.building_costs[type]):
if type == "city":
for item in self._canvas.find_withtag("settlement"):
self._canvas.itemconfigure(item, state=NORMAL)
for item in self._canvas.find_withtag("settlement_placeholder"):
self._canvas.itemconfigure(item, state=DISABLED)
else:
for item in self._canvas.find_withtag(type + "_placeholder"):
self._canvas.itemconfigure(item, state=NORMAL)
self.change_to_state("place additional building")
else:
self.post_status_note("{} does not have enough resources to build a {}".format(color, type), True)
def create_build_button(self, type):
'''Create button to build given structure.'''
f = lambda: self.enable_building(type)
self._build_buttons[type] = Button(
self._frame,
text="Build {}".format(type),
command=f,
state=DISABLED
)
self._build_buttons[type].pack()
def roll(self, change_turn=True):
'''End the previous turn, then roll the dice.'''
if change_turn:
self.change_status_turn()
# roll the dice
r1 = random.randint(1, 6)
r2 = random.randint(1, 6)
n = r1 + r2
# display dice roll
self._roll_var.set("Last roll: {}".format(n))
self.post_status_note("Rolled %d" % n)
if n == 7:
# TODO discard cards first
#
self.change_to_state("move robber")
# starting from this player, each player must discard half their hand
#discard_map = self._map.robber_discard()
#for i in range(4):
# c = self.players[self._turn]
# # this player must discard <x> cards
# if c in discard_map:
# self.post_status_note("{} must discard {} cards".format(c.title(), discard_map[c]), True)
else:
# compute produced resources
d = self._map.get_resources_produced(n)
# update player hands on screen
for c in self.players:
self.update_hand(c)
def update_hand(self, color):
'''Update the hand displayed for player of the given color.'''
self._canvas.itemconfigure(
self._hands[color],
text=self._map.get_player(color).get_printable_hand().replace(",", "\n")
)
def update_dev_cards(self, color):
'''Update development card display in GUI for player of given color.'''
item = self._canvas.find_withtag("dev_area_section_%s" % color)
self._canvas.itemconfigure(
item,
text=self._map.get_player(color).get_printable_dev_cards().replace(",", "\n")
)
def act_on_start_state(self):
'''Set the state notification to the correct value.'''
# set the note
self.post_status_note()
if self._state in ["first settlement placement", "second settlement placement"]:
# disable roads
for road in self._canvas.find_withtag("road"):
self._canvas.itemconfigure(road, state=DISABLED)
# disable city upgrades
for s in self._canvas.find_withtag("settlement"):
self._canvas.itemconfigure(s, state=DISABLED)
for s in self._canvas.find_withtag("settlement_placeholder"):
self._canvas.itemconfigure(s, state=NORMAL)
elif self._state in ["first road placement", "second road placement"]:
for s in self._canvas.find_withtag("settlement"):
self._canvas.itemconfigure(s, state=DISABLED)
for city in self._canvas.find_withtag("city"):
self._canvas.itemconfigure(city, state=DISABLED)
elif self._state == "gameplay":
# disable all buildings
for b in self._canvas.find_withtag("building"):
self._canvas.itemconfigure(b, state=DISABLED)
# re-enable the roll button
self._roll_button.config(state=NORMAL)
for button in self._build_buttons.itervalues():
button.config(state=NORMAL)
elif self._state == "choose building":
# hide the hand while building
for item in self._canvas.find_withtag("hand_area_section"):
self._canvas.itemconfigure(item, state=HIDDEN)
for item in self._canvas.find_withtag("building_selection"):
self._canvas.itemconfigure(item, state=NORMAL)
elif self._state == "place additional building":
# disable the buttons
self._roll_button.config(state=DISABLED)
for b in self._build_buttons.itervalues():
b.config(state=DISABLED)
self._cancel_building_button.config(state=NORMAL)
elif self._state == "move robber":
self._roll_button.config(state=DISABLED)
self._build_buttons["settlement"].config(state=DISABLED)
for s in self._canvas.find_withtag("building"):
self._canvas.itemconfigure(s, state=DISABLED)
self._canvas.itemconfigure(self._robber_sprite, state=NORMAL)
# TODO for now
self.automate_robber()
#self.change_to_state("gameplay")
elif self._state == "choose player":
# enable the hand rectangles
#for rect in self._canvas.find_withtag("player_hand_rect"):
# self._canvas.itemconfigure(rect, state=NORMAL)
self.enable_stealing()
# disable basically everything else
for s in self._canvas.find_withtag("building"):
self._canvas.itemconfigure(s, state=DISABLED)
self._roll_button.config(state=DISABLED)
self._build_buttons["settlement"].config(state=DISABLED)
def post_status_note(self, msg=None, error=False):
c = "red" if error else "black"
if msg:
t = msg
else:
if "settlement placement" in self._state:
t = "Place a settlement"
elif "road placement" in self._state:
t = "Place a road"
elif self._state == "gameplay":
# t = "Done with initial placements!"
t = None
elif self._state == "move robber":
t = "Move the robber"
elif self._state == "choose player":
t = "Choose a player to steal from"
elif self._state == "choose building":
t = "Choose a building to build"
elif self._state == "place additional building":
t = "Place the building you just bought"
if t is not None:
self._canvas.itemconfigure(self._note, text=t, fill=c)
def act_on_end_state(self):
'''Perform state exit actions.'''
if self._state in ["first settlement placement", "second settlement placement"]:
for road in self._canvas.find_withtag("road"):
self._canvas.itemconfigure(road, state=NORMAL)
for city in self._canvas.find_withtag("city"):
self._canvas.itemconfigure(city, state=NORMAL)
if "second" in self._state:
# note the turn hasn't changed
c = self.players[self._turn]
second_settlement = self._map.get_player(c).get_settlement(1)
self._map.produce(second_settlement)
self.update_hand(c)
elif self._state in ["first road placement", "second road placement"]:
for s in self._canvas.find_withtag("settlement"):
self._canvas.itemconfigure(s, state=NORMAL)
for city in self._canvas.find_withtag("city"):
self._canvas.itemconfigure(city, state=NORMAL)
if "second" in self._state and self._turn == 0:
self.roll(False)
elif self._state == "gameplay":
# re-enable all buildings
for b in self._canvas.find_withtag("building"):
self._canvas.itemconfigure(b, state=NORMAL)
self._roll_button.config(state=DISABLED)
elif self._state == "move robber":
self._roll_button.config(state=NORMAL)
self._build_buttons["settlement"].config(state=NORMAL)
for s in self._canvas.find_withtag("building"):
self._canvas.itemconfigure(s, state=DISABLED)
# this is the main part
self._canvas.itemconfigure(self._robber_sprite, state=DISABLED)
elif self._state == "choose player":
for rect in self._canvas.find_withtag("player_hand_rect"):
self._canvas.itemconfigure(rect, state=DISABLED)
# the usual stuff will be enabled when gameplay is resumed
elif self._state == "choose building":
# hide the hand while building
for item in self._canvas.find_withtag("hand_area_section"):
self._canvas.itemconfigure(item, state=NORMAL)
for item in self._canvas.find_withtag("building_selection"):
self._canvas.itemconfigure(item, state=HIDDEN)
elif self._state == "place additional building":
# re-enable the buttons
self._roll_button.config(state=NORMAL)
for b in self._build_buttons.itervalues():
b.config(state=NORMAL)
# disable the buildings
for s in self._canvas.find_withtag("building"):
self._canvas.itemconfigure(s, state=DISABLED)
self._cancel_building_button.config(state=DISABLED)
# update hand
self.update_hand(self.players[self._turn])
# post that the building is good
self.post_status_note("Successfully built the building!", False)
def draw_build_menu(self):
'''Draw the build menu.'''
x = 550
y_start = 100
y_incr = 70
build_list = ["settlement", "city", "road"]
for i in range(len(build_list)):
l = Label(self._canvas, text=build_list[i], anchor=W, font=("Helvetica", 16))
w = self._canvas.create_window(
x,
y_start + i * y_incr,
window=l,
state=HIDDEN,
tag="building_selection",
anchor=W
)
# TODO - create sprite for it
#b = self._canvas.bbox(w)
#self._canvas.itemconfigure(b, outline="black")
def draw_status_area(self):
'''Draw whose turn it is in top-left corner.'''
self.draw_build_menu()
# this is where the turn is
self._canvas.create_text(50, 30, text="Current turn:")
self._status_rect = self._canvas.create_rectangle(
50, 40, 80, 70,
fill=self.players[self._turn],
tag="status_rect"
)
# this is the notifications area
self._note = self._canvas.create_text(580, 30, width=180)
self._state = "first settlement placement"
self.act_on_start_state()
self.draw_hand_area()
def update_vp(self, color):
'''Update the victory points for a player of the given color.'''
item = self._canvas.find_withtag("player_hand_rect_%s_text" % color)
self._canvas.itemconfigure(item, text=str(self._map.get_player_vp(color)))
def draw_hand_area_section(self, c, i):
f = lambda event : self.steal_from_player(c)
t = "player_hand_rect_%s" % c
self._canvas.create_rectangle(
550,
120 * (i + 1) - 20,
580,
120 * (i + 1) + 10,
fill=c,
outline="black",
tag=("player_hand_rect", t, "hand_area_section"),
state=DISABLED,
activeoutline="gold4",
)
self._canvas.create_text(
565,
120 * (i + 1) - 5,
text="0",
tag=t + "_text",
font=("Helvetica", 14),
fill="white"
)
self._hands[c] = self._canvas.create_text(
670,
120 * (i + 1),
text="",
width=150,
justify=RIGHT,
tag="hand_area_section"
)
self._canvas.tag_bind(t, "<Button>", f)
self._canvas.create_text(
770,
120 * (i + 1),
text="NO DEV CARDS",
width = 150,
justify=RIGHT,
tag="dev_area_section_%s" % c
)
# create a box around the whole thing
self._canvas.create_rectangle(
530,
120 * (i + 1) - 50,
850,
120 * (i + 1) + 50,
fill="",
outline=c,
tag="hand_area_section",
width=1.5
)
def draw_hand_area(self):
'''Draw the area where the hands for the players are displayed.'''
self._hands = {}
# this is where the cards are
for i, c in enumerate(self.players):
self.draw_hand_area_section(c, i)
# and a box around everything
self._canvas.create_rectangle(
525,
65,
855,
535,
fill="",
outline="black",
width=1.5,
dash=(2, 4)
)
def steal_from_player(self, from_player):
'''Steal from player of given player color.
Called by selecting player color in robber motion.'''
to_player = self.players[self._turn]
r = self._map.robber_steal(from_player, to_player)
self.update_hand(from_player)
self.update_hand(to_player)
print "Stole {} from {} and gave to {}".format(r, from_player, to_player)
self.post_status_note("Stole from {}".format(from_player))
self.change_to_state("gameplay")
def change_status_turn(self, decr=False):
self._next_turn(decr)
self._canvas.itemconfigure(self._status_rect, fill=self.players[self._turn])
def draw_board(self, canvas):
'''Now we draw the board...'''
for row_i, row in enumerate(self._map.get_map()):
for col, hex in enumerate(row):
draw_hex(canvas, hex, row_i, col)
self._settlements = {}
self._roads = {}
self._canvas = canvas
for r in self._map.get_roads():
self.draw_road_placeholder(canvas, r[0], r[1])
for v in self._map.get_nodes():
self.draw_settlement_node(canvas, v)
def get_roads(self):
return self._road_set
def _get_road_slope(self, v1, v2):
'''Return float.'''
return (v2[1] - v1[1]) * 1.0 / (v2[0] - v2[1])
def _get_y_offset(self, v1, v2, x_offset):
return self._get_road_slope(v1, v2) * x_offset
def draw_road_placeholder(self, canvas, v1, v2):
''' Create an invisible, clickable road placeholder between v1 and v2.
When clicked, it will act like a button and trigger an add_road event here.'''
tag = "road_placeholder_{}_{}_{}_{}".format(v1[0], v1[1], v2[0], v2[1])
# make sure v1 is the left-most one
if v1[0] > v2[0]:
v1, v2 = v2, v1
spacing = 10
slope = self._get_road_slope(v1, v2)
x_offsets = [10, v2[0] - v1[0] - 10] # 10 from left and 10 from right
y_offsets = [self._get_y_offset(v1, v2, dx) for dx in x_offsets]
if slope == 0:
# have a horizontal offset but no vertical offset
v = (
(v1[0] + 5, v1[1] + 5),
(v2[0] - 5, v1[1] + 5),
(v2[0] - 5, v2[1] - 5),
(v1[0] + 5, v2[1] - 5),
)
elif slope > 0: # this corresponds to neg. slope because of how Tkinter coords work
v = (
(v1[0] - 5, v1[1]),
(v1[0] + 5, v1[1]),
(v2[0] + 5, v2[1]),
(v2[0] - 5, v2[1]),
)
else: # neg. slope in Tkinter == pos. slope in life
v = (
(v1[0] - 5, v1[1]),
(v1[0] + 5, v1[1]),
(v2[0] + 5, v2[1]),
(v2[0] - 5, v2[1]),
)
self._roads[(v1, v2)] = canvas.create_polygon(
*CatanUtils.get_tkinter_coords(v),
tags=("road", tag, "building", "road_placeholder"),
fill="", # transparent fill
outline="" # no outline
)
f = lambda e: self.add_road(e, v1, v2)
canvas.tag_bind(tag, "<Button>", func=f)
def add_road(self, event, v1, v2):
'''Build a road between two vertices in response to user click.'''
color = self.players[self._turn]
# here we update the model
if self._map.add_road(v1, v2, color):
print "Building {} road between {} and {}".format(color, v1, v2)
tag = "road_placeholder_{}_{}_{}_{}".format(v1[0], v1[1], v2[0], v2[1])
self._canvas.itemconfigure(self._roads[(v1, v2)], fill=color, outline="black")
self._canvas.dtag(self._roads[(v1, v2)], tag)
self._canvas.dtag(self._roads[(v1, v2)], "road_placeholder")
if self._state == "first road placement":
if self._turn == 3:
self.change_to_state("second settlement placement")
else:
self.change_status_turn()
self.change_to_state("first settlement placement")
elif self._state == "second road placement":
if self._turn == 0:
self.change_to_state("gameplay")
else:
self.change_status_turn(True)
self.change_to_state("second settlement placement")
else:
self.change_to_state("gameplay")
else:
msg = "Road must be attached to a settlement."
print "Failed to build {} road between {} and {}.".format(color, v1, v2) + " " + msg
self.post_status_note(msg, error=True)
def cull_adjacent_settlement_nodes(self, canvas, v):
'''Remove all settlement nodes which are adjacent to vertex v.'''
# first, get adjacent vertices
adjacent_v_set = self._map.get_adjacent_vertices(v)
for adjacent_v in adjacent_v_set:
s = self._settlements[adjacent_v] # these are ovals
canvas.delete(s) # delete the oval
def draw_settlement_node(self, canvas, v):
'''Draw an invisible settlement node at the given vertex.
When clicked, it will act like a button and trigger a draw_settlement event here.'''
padding = CatanApp.settlement_radius / 2
tag = "settlement_oval_{}_{}".format(*v)
self._settlements[v] = canvas.create_oval(
v[0] - padding,
v[1] - padding,
v[0] + padding,
v[1] + padding,
tags=("settlement", tag, "settlement_placeholder", "building"),
fill="", # transparent fill
outline="" # no outline
)
# curry the function
f = lambda e: self.add_settlement(e, v)
canvas.tag_bind(tag, "<Button>", func=f)
def add_settlement(self, event, v):
'''Add a settlement at the given vertex in response to user click.'''
color = self.players[self._get_turn()]
# reflect changes in the model
result = self._map.add_settlement(v, color)
if result:
print "Building {} settlement at {}".format(color, v)
# TODO change the color to reflect the color of the player
# TODO use sprites instead of ovals
# draw the settlement oval
self._canvas.itemconfigure(self._settlements[v], fill=color)
self._canvas.itemconfigure(self._settlements[v], outline="black")
self._canvas.dtag(self._settlements[v], "settlement_placeholder")
# create new callback
f = lambda e: self.add_city(e, v, color)
tag = "settlement_oval_{}_{}".format(*v)
self._canvas.tag_bind(tag, "<Button>", func=f)
self.update_vp(color)
if self._state == "first settlement placement":
self.change_to_state("first road placement")
elif self._state == "second settlement placement":
self.change_to_state("second road placement")
else:# self._state == "additional settlement placement":
self.change_to_state("gameplay")
else:
print "Failed to build {} settlement at {}".format(color, v)
#TODO possibly other error, like not being connected to a road
#TODO this is a good place to use an exception
self.post_status_note("That building spot is too close to an existing settlement", error=True)
def change_to_state(self, new_state):
'''Move from state in self._state to new_state.'''
self.act_on_end_state()
self._state = new_state
self.act_on_start_state()
def add_city(self, event, v, color):
'''Add a city on top of existing settlement in response to user click.'''
print "Building {} city at {}".format(color, v)
# destroy the oval
self._canvas.delete(self._settlements[v])
padding = CatanApp.city_radius / 2
tag = "city_square_{}_{}".format(*v)
self._settlements[v] = self._canvas.create_rectangle(
v[0] - padding,
v[1] - padding,
v[0] + padding,
v[1] + padding,
tags=("city", tag, "building"),
fill=color, # transparent fill
outline="black" # no outline
)
# reflect changes in the model
self._map.add_city(v, color)
self.update_vp(color)
self.change_to_state("gameplay")
@staticmethod
def set_vertices(map):
''' match the board with the generated map
'''
# latice AKA board
# TODO maybe calculate vertices rather than generating them all at once
hex_coord_latice = get_hex_latice(
CatanApp.render_start[0],
CatanApp.render_start[1],
CatanApp.minor_horiz_dist,
CatanApp.major_horiz_dist,
CatanApp.minor_vert_dist
)
for row_i, row in enumerate(map):
for col_i, col in enumerate(row):
col.set_vertices(hex_coord_latice[row_i][col_i])
def key_pressed(self, event):
print repr(event.char)
def end(self, event):
print "exit event captured"
self._master.destroy()
#sys_exit(0)
def run(self):
#TODO and the window is stuck at the front >_<
self._master.attributes("-topmost", 1) # this raises window to front
#TODO focus is still not on top window
self._master.mainloop()
