def __createLonRow(self, rowx):
"""Create the for entry of longitude.
[ (self has all fonts defined) and (rowx >= 0) ->
self := self with .__lonLabel, .__lonGroup, and
.__ewMenu added and gridded in row=rowx ]
"""
#-- 1 --
# [ self.__lonLabel := as invariant ]
self.__lonLabel = Label(self,
anchor=NW,
font=self.__labelFont,
fg=LABEL_COLOR,
text="Lon:")
colx = 0
self.__lonLabel.grid(row=rowx, column=colx, ipadx=2, sticky=W)
#-- 2 --
# [ self.__lonGroup := as invariant ]
self.__lonGroup = AngleEntry(self)
colx = colx + 1
self.__lonGroup.grid(row=rowx, column=colx, sticky=E)
#-- 3 --
# [ self.__ewVar := as invariant
# self.__ewMenu := as invariant ]
self.__ewVar = StringVar()
self.__ewMenu = dropdown.DropDown(self, self.__ewVar, E_W_CHOICES)
colx = colx + 1
self.__ewMenu.grid(row=rowx, column=colx, sticky=W)
def __createDatumRow(self, rowx):
"""Create the widgets for setting the map datum code.
[ self has all fonts set up ->
self := self with .__datumLabel and .__datumMenu gridded
and .__datumVar slaved to .__datumMenu ]
"""
#-- 1 --
# [ self.__datumLabel := as invariant ]
self.__datumLabel = Label(self,
anchor=E,
font=self.__labelFont,
fg=LABEL_COLOR,
text="Datum:")
colx = 0
self.__datumLabel.grid(row=rowx, column=colx, sticky=E)
#-- 2 --
# [ self.__datumMenu := as invariant ]
self.__datumVar = StringVar()
self.__datumMenu = dropdown.DropDown(self, self.__datumVar,
DATUM_CHOICES)
colx = colx + 1
self.__datumMenu.grid(row=rowx, column=colx, columnspan=2, sticky=W)
def __init__(self, resultobj):
self.pop_up = dropdown.DropDown()
urwid.connect_signal(self.pop_up, 'close',
lambda x, key: self.close_pop_up(key))
urwid.connect_signal(self.pop_up, 'render',
lambda x: self._invalidate())
self.editor_status = ('', 0) # (edit_text, edit_pos)
# pop_up dimensionging and placement
self.pop_up_parameters = {
'left': 0,
'top': 0,
'overlay_height': 0,
'overlay_width': 0
}
self.max_overlay_height = 8
self.min_overlay_width = 13
self.overlay_width = 1
self.max_size = None # (maxcol,) -- the size parameter to render()
self.resultobj = resultobj
self.editors = dict()
super(PromptWidgetHandler,
self).__init__(self._init_mode(DefaultMode.mode_id))
self.resultobj.set_result(self.original_widget.mode_id, "", 'init')
def screenDisplay(self, player):
clock = pg.time.Clock()
screen = pg.display.set_mode((960, 950))
sus = suspect_cards.Suspect_cards
room = room_cards.Room_cards
wea = weapon_cards.Weapon_cards
COLOR_INACTIVE = (100, 80, 255)
COLOR_ACTIVE = (100, 200, 255)
COLOR_LIST_INACTIVE = (255, 100, 100)
COLOR_LIST_ACTIVE = (255, 150, 150)
COLOR_ACTIVE_CONFIRM = (0, 200, 0)
COLOR_INACTIVE_CONFIRM = (100, 80, 255)
susRoom = [player.getRoom()]
#suspect dropdown menu
list1 = dropdown.DropDown(
[COLOR_INACTIVE, COLOR_ACTIVE],
[COLOR_LIST_INACTIVE, COLOR_LIST_ACTIVE],
650, 100, 200, 50,
pg.font.SysFont(None, 30),
"Select Suspect", sus.getNames(sus))
# susRoom #this should get the player location and auto select it for the dropdown
#weapon dropdown menu
list2 = dropdown.DropDown(
[COLOR_INACTIVE, COLOR_ACTIVE],
[COLOR_LIST_INACTIVE, COLOR_LIST_ACTIVE],
375, 100, 200, 50,
pg.font.SysFont(None, 30),
"Select Weapon", wea.getNames(wea))
#room dropdown menu
list3 = dropdown.DropDown(
[COLOR_INACTIVE, COLOR_ACTIVE],
[COLOR_LIST_INACTIVE, COLOR_LIST_ACTIVE],
100, 100, 200, 50,
pg.font.SysFont(None, 30),
"Select Room", room.getNames(room))
#this button is the guess button
button1 = button.Button(
COLOR_INACTIVE,
405, 600,
150, 50,
"Guess")
# #this button shows the guessed room card
buttonRoom = button.Button(
COLOR_INACTIVE,
100, 300,
150, 50,
str(self.optionRoom)
)
# this button shows the guessed weapon card
buttonWea = button.Button(
COLOR_INACTIVE,
375, 300,
150, 50,
str(self.optionWea)
)
# this button shows the guessed suspect card
buttonSus = button.Button(
COLOR_INACTIVE,
650, 300,
150, 50,
str(self.optionSus)
)
# this button shows which player needs to choose a card to show
buttonPla = button.Button(
COLOR_INACTIVE,
400, 200,
200, 50,
"Player " + str(self.playerNext) + "Choose a card to display"
)
# this button confirms the player has seen the matched guess card
run = True
while run:
background_image = pg.image.load("../Image/clue_back.png")
clock.tick(30)
pg.display.update()
event_list = pg.event.get()
screen.blit(background_image, [0, 0])
for event in event_list:
if event.type == pg.QUIT:
run = False
selected_option = list1.update(event_list)
if selected_option >= 0:
list1.main = list1.options[selected_option]
selected_option = list2.update(event_list)
if selected_option >= 0:
list2.main = list2.options[selected_option]
selected_option = list3.update(event_list)
if selected_option >= 0:
list3.main = list3.options[selected_option]
if self.failScreen == True:
self.showFail(screen)
if self.Senario1 == True:
self.showSenario1(screen,event)
if self.Senario2 == True:
self.showSenario2(screen, event)
if self.Senario3 == True:
self.showSenario3(screen,event)
if self.Senario4 == True:
self.showSenario4(screen, event)
if self.Senario5 == True:
self.showSenario5(screen, event)
if self.Senario6 == True:
self.showSenario6(screen,event)
if self.Senario7 == True:
self.showSenario7(screen,event)
if self.buttonSeen == True:
self.showButtonSeen(screen, event)
list1.draw(screen)
list2.draw(screen)
list3.draw(screen)
button1.draw(screen)
button1.event(screen, event)
if button1.event(screen, event) == True:
self.check_for_match( list1, list2, list3, screen)
pg.display.flip()