def __init__(self, sheet, **kwargs):
Image.__init__(self, **kwargs)
self.sheet = sheet
self._frame = None
self.frame = 0
self.dt = None
self.loop_fnc = None
self.register_event_type("on_finish")
def __init__(self, control, side_countries, continent, pos, **kwargs):
"""
:param control: int, can be only:
0 for neutral
1 for computer's control
2 for user's control
:param side_countries: list of Countries
:param continent: int - can be only:
1 for Africa
2 for Asia
3 for Europe
4 for Australia
5 for America
:param pos: Tuple(x, y) - The button pos
"""
Layout.__init__(self, **kwargs)
Image.__init__(self, **kwargs)
# Layout attributes
self.size = (100, 100)
self.size_hint = (0.5, 0.5)
# Country attributes
self.control = control
if control == 0:
self.armies_counter = 2 # randrange(0, 6)
else:
self.armies_counter = 5
if self.control != 2:
self.armies_counter *= -1
self.side_countries = side_countries
self.continent = continent
# Button Attributes:
self.button_pos = pos
self.button_size = (15, 15)
self.button_is_big = False
# Text - Number of Armies
self.armies_counter_label = Label(text=str(self.armies_counter),
markup=True,
size=(15, 15),
pos=(self.button_pos[0],
self.button_pos[1] + 15))
self.armies_counter_label.color = (0, 10, 1, 1)
# color = (Red, Green, Blue, Alpha)
self.add_widget(self.armies_counter_label)
# Add btn to the map
self.btn = ButtonCountry(control=self.control)
self.btn.bind(on_press=self.country_click)
self.btn.pos = self.button_pos
self.btn.size = self.button_size
self.add_widget(self.btn)
# User's turn attributes
self.armies_to_pass = None
def __init__(self, line, column, graphic_board, **kwargs):
self.clicked = False # A boolean to indicate if the button is clicked or not
self.graphic_board = graphic_board # The button's graphic board
ButtonBehavior.__init__(self, **kwargs)
self.line = line # The button's line in the graphic board
self.column = column # The button's column in the graphic board
self.type = types_dictionary["empty"] # The game piece's type
Image.__init__(self, **kwargs)
self.type = self.graphic_board.board.grid[self.line][self.column]
self.source = pictures_dictionary[self.type] # The type's image
def __init__(self, idx, name, **kwarg):
Image.__init__(self, **kwarg)
self.size = poker_width, poker_height
self.allow_stretch = True
self.keep_ratio = False
self.idx = idx
self.type = -1 if idx < 48 else (idx - 48) / 20
self.name = name
self.selected = False
def __init__(self, line, colom, num=0, **kwargs):
# num = -1 is a bomb in the cell , if not the number in the cell is the number of the bombs around the cell.
ButtonBehavior.__init__(self, **kwargs)
Image.__init__(self, **kwargs)
self.flagged = False
self.line = line
self.hidden = True
self.col = colom
self.num = num
self.source = "dolphin.png"
def __init__(self, myImg, x1, y1):
ButtonBehavior.__init__(self)
Image.__init__(self)
self.source = myImg
self.x = x1
self.y = y1
self.width = self.width + 100
self.height = self.height + 100
def __init__(self, control, armies_number=0, **kwargs):
ButtonBehavior.__init__(self)
Image.__init__(self)
self.source = 'red.png'
# Set Background Color
if True:
if control == 0:
self.source = 'green.png'
elif control == 1:
self.source = 'red.png'
elif control == 2:
self.source = 'blue.png'
else:
print "Error: The control is no 0 or 1 or 2 !"
self.control = control
def __init__(self, **kwargs):
self.rentry = kwargs['room_entry']
self.room = self.rentry['module']
self.rsize = self.rentry['size']
if self.room:
self.source = 'img/icon/modules/filled-generic.png'
else:
self.source = 'img/icon/modules/empty-generic.png'
Image.__init__(self,**kwargs)
#loc = self.room.img_dict['sizeloc'] if self.room else [0.5, 0.5]
#self.ids['sizeimg'].pos_hint = loc
'''self.background_color = [0.3,0.3,0.3,1.0]
if self.room:
self.background_color = [0.8,0.8,0.8,1.0] #TODO room symbols
if self.room.active:
self.background_color = [0.2,1.0,0.2,1.0] #TODO edit of room symbol'''
self.refresh()
def __init__(self):
Image.__init__(self)
ButtonBehavior.__init__(self)
self.source = "white.png"
def __init__(self, **kwargs):
DynamicWidget.__init__(self, **kwargs)
Image.__init__(self, **self.new_kwargs)
self.create_binding()
def __init__(self,**kwargs):
Image.__init__(self,**kwargs)
cOrcaButtonBehaviour.__init__(self,**kwargs)
def __init__(self, **kwargs):
Image.__init__(self, **kwargs)
Clock.schedule_interval(self.update, 1.0 / self.fps)
def __init__(self, **kwargs: any):
BetterLogger.__init__(self)
Image.__init__(self, **kwargs)
self.on_text_id(self, self.text_id)
def __init__(self, capture, fps, **kwargs):
Image.__init__(self, **kwargs)
self.capture = capture
Clock.schedule_interval(self.update, 1.0 / fps)
def __init__(self,**kwargs):
self.asteroid = kwargs['asteroid']
Image.__init__(self,**kwargs)
def __init__(self, **kwargs):
self._enabled = True
Image.__init__(self, **kwargs)
def __init__(self, **kwargs):
Image.__init__(self, **kwargs)
def __init__(self,**kwargs):
Image.__init__(self,**RemoveNoClassArgs(dInArgs=kwargs,oObject=Image))
cOrcaButtonBehaviour.__init__(self,**kwargs)
def __init__(self):
Layout.__init__(self)
Image.__init__(self)
self.source = 'world_map_draw_the_limit.png'
self.finish_turn_btn = Button(text='Finish my turn',
size=(180, 30),
pos=(100, 10),
markup=True,
font_size=25)
self.finish_turn_btn.bind(on_press=self.click_finish_turn)
self.add_widget(self.finish_turn_btn)
self.countries_dic = dict()
self.countries_dic['egypt'] = Country(0, set([]), 1, (620, 495))
self.countries_dic['usa_east'] = Country(0, set([]), 5, (245, 610))
self.countries_dic['usa_west'] = Country(0, set([]), 5, (124, 623))
self.countries_dic['canada'] = Country(0, set([]), 5, (228, 770))
self.countries_dic['australia'] = Country(1, set([]), 1, (993, 168))
self.countries_dic['russia_east'] = Country(0, set([]), 2, (689, 708))
self.countries_dic['russia_west'] = Country(0, set([]), 2, (916, 777))
self.countries_dic['france'] = Country(0, set([]), 3, (540, 640))
self.countries_dic['spain'] = Country(0, set([]), 3, (514, 596))
self.countries_dic['india'] = Country(0, set([]), 2, (799, 481))
self.countries_dic['middle_east_israel'] = Country(
2, set([]), 2, (655, 543))
self.countries_dic['iran'] = Country(0, set([]), 2, (710, 550))
self.countries_dic['europe_east'] = Country(0, set([]), 2, (614, 679))
self.countries_dic['china'] = Country(0, set([]), 2, (868, 583))
self.countries_dic['mongolia'] = Country(0, set([]), 2, (860, 640))
self.countries_dic['kazakhstan'] = Country(0, set([]), 2, (750, 650))
self.countries_dic['mexico'] = Country(1, set([]), 2, (151, 520))
self.countries_dic['south_america_n'] = Country(
0, set([]), 2, (242, 384))
self.countries_dic['south_america_s'] = Country(
0, set([]), 2, (304, 103))
self.countries_dic['brazil'] = Country(0, set([]), 2, (321, 281))
self.countries_dic['denmark'] = Country(0, set([]), 2, (613, 779))
self.countries_dic['algeria'] = Country(0, set([]), 2, (536, 509))
self.countries_dic['congo'] = Country(0, set([]), 2, (602, 330))
self.countries_dic['madagascar'] = Country(0, set([]), 2, (690, 228))
self.countries_dic['south_africa'] = Country(0, set([]), 2, (605, 213))
self.countries_dic['greenland'] = Country(0, set([]), 2, (487, 846))
self.countries_dic['chad'] = Country(0, set([]), 2, (585, 436))
self.countries_dic['indonesia'] = Country(0, set([]), 2, (937, 342))
self.countries_dic['usa_east'].side_countries.add(
self.countries_dic['usa_west'])
self.countries_dic['usa_west'].side_countries.add(
self.countries_dic['usa_east'])
self.countries_dic['canada'].side_countries.add(
self.countries_dic['greenland'])
self.countries_dic['greenland'].side_countries.add(
self.countries_dic['canada'])
self.countries_dic['mexico'].side_countries.add(
self.countries_dic['usa_east'])
self.countries_dic['usa_east'].side_countries.add(
self.countries_dic['mexico'])
self.countries_dic['mexico'].side_countries.add(
self.countries_dic['usa_west'])
self.countries_dic['usa_west'].side_countries.add(
self.countries_dic['mexico'])
self.countries_dic['canada'].side_countries.add(
self.countries_dic['usa_east'])
self.countries_dic['usa_east'].side_countries.add(
self.countries_dic['canada'])
self.countries_dic['canada'].side_countries.add(
self.countries_dic['usa_west'])
self.countries_dic['usa_west'].side_countries.add(
self.countries_dic['canada'])
self.countries_dic['egypt'].side_countries.add(
self.countries_dic['middle_east_israel'])
self.countries_dic['middle_east_israel'].side_countries.add(
self.countries_dic['egypt'])
self.countries_dic['india'].side_countries.add(
self.countries_dic['china'])
self.countries_dic['china'].side_countries.add(
self.countries_dic['india'])
self.countries_dic['greenland'].side_countries.add(
self.countries_dic['denmark'])
self.countries_dic['denmark'].side_countries.add(
self.countries_dic['greenland'])
self.countries_dic['russia_east'].side_countries.add(
self.countries_dic['denmark'])
self.countries_dic['denmark'].side_countries.add(
self.countries_dic['russia_east'])
self.countries_dic['russia_east'].side_countries.add(
self.countries_dic['denmark'])
self.countries_dic['denmark'].side_countries.add(
self.countries_dic['russia_east'])
self.countries_dic['russia_east'].side_countries.add(
self.countries_dic['europe_east'])
self.countries_dic['europe_east'].side_countries.add(
self.countries_dic['russia_east'])
self.countries_dic['denmark'].side_countries.add(
self.countries_dic['europe_east'])
self.countries_dic['europe_east'].side_countries.add(
self.countries_dic['denmark'])
self.countries_dic['russia_east'].side_countries.add(
self.countries_dic['russia_west'])
self.countries_dic['russia_west'].side_countries.add(
self.countries_dic['russia_east'])
self.countries_dic['algeria'].side_countries.add(
self.countries_dic['egypt'])
self.countries_dic['egypt'].side_countries.add(
self.countries_dic['algeria'])
self.countries_dic['chad'].side_countries.add(
self.countries_dic['egypt'])
self.countries_dic['egypt'].side_countries.add(
self.countries_dic['chad'])
self.countries_dic['algeria'].side_countries.add(
self.countries_dic['chad'])
self.countries_dic['chad'].side_countries.add(
self.countries_dic['algeria'])
self.countries_dic['congo'].side_countries.add(
self.countries_dic['chad'])
self.countries_dic['chad'].side_countries.add(
self.countries_dic['congo'])
self.countries_dic['madagascar'].side_countries.add(
self.countries_dic['congo'])
self.countries_dic['congo'].side_countries.add(
self.countries_dic['madagascar'])
self.countries_dic['south_africa'].side_countries.add(
self.countries_dic['congo'])
self.countries_dic['congo'].side_countries.add(
self.countries_dic['south_africa'])
self.countries_dic['madagascar'].side_countries.add(
self.countries_dic['south_africa'])
self.countries_dic['south_africa'].side_countries.add(
self.countries_dic['madagascar'])
self.countries_dic['madagascar'].side_countries.add(
self.countries_dic['australia'])
self.countries_dic['australia'].side_countries.add(
self.countries_dic['madagascar'])
self.countries_dic['indonesia'].side_countries.add(
self.countries_dic['australia'])
self.countries_dic['australia'].side_countries.add(
self.countries_dic['indonesia'])
self.countries_dic['indonesia'].side_countries.add(
self.countries_dic['india'])
self.countries_dic['india'].side_countries.add(
self.countries_dic['indonesia'])
self.countries_dic['middle_east_israel'].side_countries.add(
self.countries_dic['kazakhstan'])
self.countries_dic['kazakhstan'].side_countries.add(
self.countries_dic['middle_east_israel'])
self.countries_dic['mongolia'].side_countries.add(
self.countries_dic['russia_west'])
self.countries_dic['russia_west'].side_countries.add(
self.countries_dic['mongolia'])
self.countries_dic['mongolia'].side_countries.add(
self.countries_dic['china'])
self.countries_dic['china'].side_countries.add(
self.countries_dic['mongolia'])
self.countries_dic['kazakhstan'].side_countries.add(
self.countries_dic['russia_east'])
self.countries_dic['russia_east'].side_countries.add(
self.countries_dic['kazakhstan'])
self.countries_dic['mongolia'].side_countries.add(
self.countries_dic['kazakhstan'])
self.countries_dic['kazakhstan'].side_countries.add(
self.countries_dic['mongolia'])
self.countries_dic['russia_west'].side_countries.add(
self.countries_dic['kazakhstan'])
self.countries_dic['kazakhstan'].side_countries.add(
self.countries_dic['russia_west'])
self.countries_dic['china'].side_countries.add(
self.countries_dic['kazakhstan'])
self.countries_dic['kazakhstan'].side_countries.add(
self.countries_dic['china'])
self.countries_dic['iran'].side_countries.add(
self.countries_dic['middle_east_israel'])
self.countries_dic['middle_east_israel'].side_countries.add(
self.countries_dic['iran'])
self.countries_dic['china'].side_countries.add(
self.countries_dic['iran'])
self.countries_dic['iran'].side_countries.add(
self.countries_dic['china'])
self.countries_dic['india'].side_countries.add(
self.countries_dic['iran'])
self.countries_dic['iran'].side_countries.add(
self.countries_dic['india'])
self.countries_dic['kazakhstan'].side_countries.add(
self.countries_dic['iran'])
self.countries_dic['iran'].side_countries.add(
self.countries_dic['kazakhstan'])
self.countries_dic['france'].side_countries.add(
self.countries_dic['europe_east'])
self.countries_dic['europe_east'].side_countries.add(
self.countries_dic['france'])
self.countries_dic['france'].side_countries.add(
self.countries_dic['spain'])
self.countries_dic['spain'].side_countries.add(
self.countries_dic['france'])
self.countries_dic['algeria'].side_countries.add(
self.countries_dic['spain'])
self.countries_dic['spain'].side_countries.add(
self.countries_dic['algeria'])
self.countries_dic['mexico'].side_countries.add(
self.countries_dic['south_america_n'])
self.countries_dic['south_america_n'].side_countries.add(
self.countries_dic['mexico'])
self.countries_dic['brazil'].side_countries.add(
self.countries_dic['south_america_n'])
self.countries_dic['south_america_n'].side_countries.add(
self.countries_dic['brazil'])
self.countries_dic['brazil'].side_countries.add(
self.countries_dic['south_america_s'])
self.countries_dic['south_america_s'].side_countries.add(
self.countries_dic['brazil'])
self.countries_dic['south_africa'].side_countries.add(
self.countries_dic['south_america_s'])
self.countries_dic['south_america_s'].side_countries.add(
self.countries_dic['south_africa'])
self.countries_dic['brazil'].side_countries.add(
self.countries_dic['congo'])
self.countries_dic['congo'].side_countries.add(
self.countries_dic['brazil'])
self.add_widget(Game.ARMIES_LABEL)
# Add all countries to the map
for country in self.countries_dic.values():
self.add_widget(country)
# Countries and their poses
"""
def __init__(self, **kwargs):
Image.__init__(self, **kwargs)
ButtonBehavior.__init__(self, **kwargs)
self.source = 'icons/button2.png'
self.size_hint = (0.3, 0.2)
def __init__(self, **kwargs):
Image.__init__(self, **kwargs)
ButtonBehavior.__init__(self, **kwargs)
self.source = 'icons/button1.png'
self.pos_hint = {'center_x': 0.72, 'center_y': 0.55}
self.size_hint = (0.35, 0.25)
def __init__(self, **kwargs):
Image.__init__(self, **kwargs)
ButtonBehavior.__init__(self, **kwargs)
self.source = 'icons/back.png'
self.pos = (800 - 10 - self.width, 10)
self.size_hint = (0.09, 0.15)
def __init__(self, **kwargs):
Image.__init__(self, **kwargs)
ButtonBehavior.__init__(self, **kwargs)
self.source = 'icons/home.png'
self.pos = (10, 10)
self.size_hint = (0.09, 0.15)
def __init__(self, *args, **kwargs):
Image.__init__(self, *args, **kwargs)
self.bind(texture=self._update_texture_filters)
def __init__(self, **kwargs):
Image.__init__(self, **RemoveNoClassArgs(kwargs, Image))
cOrcaButtonBehaviour.__init__(self, **kwargs)
