def choose_from_actions(self,actionsList,image=None,text='Choose',atexts=None):
try:
i=0
self.buttons=[]
margin=5
curr_x=20
curr_y=50
block_size=(95,150)
for action in actionsList:
if action.pic==None:
self.buttons.append(guiButton(action.name,(curr_x,curr_y),action=action.do_action))
else:
self.buttons.append(guiButton('',(curr_x,curr_y),action=action.do_action,image=action.pic))
if curr_x+block_size[0]<POPUP_SIZE[0]-margin:
curr_x=curr_x+block_size[0]
else:
curr_x=20
curr_y+=block_size[1]
self.buttons.append(guiButton('pass',(POPUP_SIZE[0]//2-40,POPUP_SIZE[1]-50),action=passf))
def check_click():
for control in self.buttons:
if control.clicked:
return True
return False
popup=PopupWindow(text,self.buttons,image,texts=atexts)
self.open_popup(popup)
while not check_click():
time.sleep(0.2)
self.popup=False
self.popupWindow=None
popup.close()
except:
print("Unexpected error:", sys.exc_info()[0])
raise
def choose_from_actions(self,
actionsList,
image=None,
text='Choose',
atexts=None):
try:
i = 0
self.buttons = []
margin = 5
curr_x = 20
curr_y = 50
block_size = (95, 150)
for action in actionsList:
if action.pic == None:
self.buttons.append(
guiButton(action.name, (curr_x, curr_y),
action=action.do_action))
else:
self.buttons.append(
guiButton('', (curr_x, curr_y),
action=action.do_action,
image=action.pic))
if curr_x + block_size[0] < POPUP_SIZE[0] - margin:
curr_x = curr_x + block_size[0]
else:
curr_x = 20
curr_y += block_size[1]
self.buttons.append(
guiButton('pass',
(POPUP_SIZE[0] // 2 - 40, POPUP_SIZE[1] - 50),
action=passf))
def check_click():
for control in self.buttons:
if control.clicked:
return True
return False
popup = PopupWindow(text, self.buttons, image, texts=atexts)
self.open_popup(popup)
while not check_click():
time.sleep(0.2)
self.popup = False
self.popupWindow = None
popup.close()
except:
print("Unexpected error:", sys.exc_info()[0])
raise
def choose_from_options(self, actions, image=None):
i = 0
self.buttons = []
for name in actions.keys():
self.buttons.append(
guiButton(name, (250 + i // 3 * 100, 65 + (i % 3) * 50),
actions[name],
sizing=1.5))
i += 1
def check_click():
for control in self.buttons:
if control.clicked:
return True
return False
popup = PopupWindow('Choose',
self.buttons,
image,
measures=((POPUP_TOP, POPUP_LEFT), (400, 200)))
self.open_popup(popup)
while not check_click():
time.sleep(0.2)
self.popup = False
self.popupWindow = None
popup.close()
def create_selection_menu(self,options):
def set_value(value):
self.value=value
i=0
self.controls=[]
for option in options:
x=600+(i//3)*150
y=550+(i%3)*50
if len(str(option))>10:
self.controls.append(guiButton(str(option),(x,y),set_value,option,1.75,7))
else:
self.controls.append(guiButton(str(option),(x,y),set_value,option,1.75))
i+=1
self.value=0
while (self.value==0):
time.sleep(0.1)
print (self.value)
return self.value
def create_trade_menu(self,players,image=None):
from gameClasses import Trader
trader=Trader(players[0],players[1])
self.buttons=[]
passb=guiButton('pass',(700//2+40,600-50),action=passf)
finishb=guiButton('finish',(700//2-40,600-50),action=trader.make_trade)
self.buttons.append(passb)
self.buttons.append(finishb)
def check_click():
if passb.clicked or finishb.clicked:
return True
return False
popup=TradeWindow(self.buttons,trader,players)
self.open_popup(popup)
while not check_click():
time.sleep(0.2)
self.popup=False
self.popupWindow=None
popup.close()
def create_selection_menu(self, options):
def set_value(value):
self.value = value
i = 0
self.controls = []
for option in options:
x = 620 + (i // 3) * 135
y = 560 + (i % 3) * 45
if len(str(option)) > 10:
self.controls.append(
guiButton(str(option), (x, y), set_value, option, 1.75, 7))
else:
self.controls.append(
guiButton(str(option), (x, y), set_value, option, 1.75))
i += 1
self.value = 0
while (self.value == 0):
time.sleep(0.1)
print(self.value)
return self.value
def create_buttons_from_action_dict(self,actions):
self.controls=[]
i=0
for name in actions.keys():
self.controls.append(guiButton(name,(600+i//3*100,550+(i%3)*50),actions[name],sizing=1.5))
i+=1
def check_click():
for control in self.controls:
if control.clicked:
return True
return False
while not check_click():
time.sleep(0.2)
def create_trade_menu(self, players, image=None):
from gameClasses import Trader
trader = Trader(players[0], players[1])
self.buttons = []
passb = guiButton('pass', (700 // 2 + 40, 600 - 50), action=passf)
finishb = guiButton('finish', (700 // 2 - 40, 600 - 50),
action=trader.make_trade)
self.buttons.append(passb)
self.buttons.append(finishb)
def check_click():
if passb.clicked or finishb.clicked:
return True
return False
popup = TradeWindow(self.buttons, trader, players)
self.open_popup(popup)
while not check_click():
time.sleep(0.2)
self.popup = False
self.popupWindow = None
popup.close()
def createChooseButtonPopup(self,actions,image=None):
i=0
self.buttons=[]
for name in actions.keys():
self.buttons.append(guiButton(name,(70+i//3*100,110+(i%3)*50),actions[name],sizing=1.5))
i+=1
def check_click():
for control in self.buttons:
if control.clicked:
return True
return False
popup=PopupWindow(self.gameWindow,'Choose',self.buttons,image)
self.gameWindow.open_popup(popup)
while not check_click():
time.sleep(0.2)
popup.close()
def __init__(self,buttons,trader,players):
self.buttons=buttons
self.trader=trader
self.players=players
self.money_interval=[50,50]
self.money1=0
self.money2=0
margin=5
curr_x=20
curr_y=50
block_size=(50,75)
headers=[(players[0].name+ ' assets',(800//4-1,20)),(players[1].name+ ' assets',(3*800//4,20)),
('money :$'+str(players[0].money),(800//4-170,20)),('money :$'+str(players[1].money),(-170+3*800//4,20)),
('Trade assets',(POPUP_SIZE[0]//4-100,260)),('Trade assets',(3*POPUP_SIZE[0]//4-100,260))]
for asset in players[0].assets_list():
self.buttons.append(guiButton('',(curr_x,curr_y),action=self.add1_asset,parameter=asset,image=get_asset_image(asset),name='add'+asset.name,sizing=0.5,y_sizing=0.5))
self.buttons.append(guiButton('',(curr_x,curr_y+260),action=self.rem1_asset,parameter=asset,image=get_asset_image(asset),name='rem'+asset.name,enabled=False,sizing=0.5,y_sizing=0.5))
if curr_x+block_size[0]<POPUP_SIZE[0]//2-margin:
curr_x=curr_x+block_size[0]
else:
curr_x=50
curr_y+=block_size[1]
curr_x=20
curr_y=50
for asset in players[1].assets_list():
self.buttons.append(guiButton('',(POPUP_SIZE[0]//2+curr_x,curr_y),action=self.add2_asset,parameter=asset,image=get_asset_image(asset),name='add'+asset.name,sizing=0.5,y_sizing=0.5))
self.buttons.append(guiButton('',(POPUP_SIZE[0]//2+curr_x,curr_y+260),action=self.rem2_asset,parameter=asset,image=get_asset_image(asset),name='rem'+asset.name,enabled=False,sizing=0.5,y_sizing=0.5))
if curr_x+block_size[0]<POPUP_SIZE[0]//2-margin:
curr_x=curr_x+block_size[0]
else:
curr_x=100
curr_y+=block_size[1]
self.buttons.append(guiButton('+',(50,500),action=self.add1_money))
self.buttons.append(guiButton('-',(120,500),action=self.rem1_money))
self.buttons.append(guiButton('+',(450,500),action=self.add2_money))
self.buttons.append(guiButton('-',(520,500),action=self.rem2_money))
PopupWindow.__init__(self,'',buttons,texts=headers,measures=((100,50),(800,600)))
self.top_dx=[40,40]
self.top_dy=[100,100]
self.down_dx=[40,40]
self.down_dy=[400,400]
def choose_from_options(self,actions,image=None):
i=0
self.buttons=[]
for name in actions.keys():
self.buttons.append(guiButton(name,(250+i//3*100, 65+(i%3)*50),actions[name],sizing=1.5))
i+=1
def check_click():
for control in self.buttons:
if control.clicked:
return True
return False
popup=PopupWindow('Choose',self.buttons,image,measures=((POPUP_TOP,POPUP_LEFT),(400,200)))
self.open_popup(popup)
while not check_click():
time.sleep(0.2)
self.popup=False
self.popupWindow=None
popup.close()
def __init__(self, buttons, trader, players):
self.buttons = buttons
self.trader = trader
self.players = players
self.money_interval = [50, 50]
self.money1 = 0
self.money2 = 0
margin = 5
curr_x = 20
curr_y = 50
block_size = (50, 75)
headers = [(players[0].name + ' assets', (800 // 4 - 1, 20)),
(players[1].name + ' assets', (3 * 800 // 4, 20)),
('money :$' + str(players[0].money), (800 // 4 - 170, 20)),
('money :$' + str(players[1].money), (-170 + 3 * 800 // 4,
20)),
('Trade assets', (POPUP_SIZE[0] // 4 - 100, 260)),
('Trade assets', (3 * POPUP_SIZE[0] // 4 - 100, 260))]
for asset in players[0].assets_list():
self.buttons.append(
guiButton('', (curr_x, curr_y),
action=self.add1_asset,
parameter=asset,
image=get_asset_image(asset),
name='add' + asset.name,
sizing=0.5,
y_sizing=0.5))
self.buttons.append(
guiButton('', (curr_x, curr_y + 260),
action=self.rem1_asset,
parameter=asset,
image=get_asset_image(asset),
name='rem' + asset.name,
enabled=False,
sizing=0.5,
y_sizing=0.5))
if curr_x + block_size[0] < POPUP_SIZE[0] // 2 - margin:
curr_x = curr_x + block_size[0]
else:
curr_x = 50
curr_y += block_size[1]
curr_x = 20
curr_y = 50
for asset in players[1].assets_list():
self.buttons.append(
guiButton('', (POPUP_SIZE[0] // 2 + curr_x, curr_y),
action=self.add2_asset,
parameter=asset,
image=get_asset_image(asset),
name='add' + asset.name,
sizing=0.5,
y_sizing=0.5))
self.buttons.append(
guiButton('', (POPUP_SIZE[0] // 2 + curr_x, curr_y + 260),
action=self.rem2_asset,
parameter=asset,
image=get_asset_image(asset),
name='rem' + asset.name,
enabled=False,
sizing=0.5,
y_sizing=0.5))
if curr_x + block_size[0] < POPUP_SIZE[0] // 2 - margin:
curr_x = curr_x + block_size[0]
else:
curr_x = 100
curr_y += block_size[1]
self.buttons.append(guiButton('+', (50, 500), action=self.add1_money))
self.buttons.append(guiButton('-', (120, 500), action=self.rem1_money))
self.buttons.append(guiButton('+', (450, 500), action=self.add2_money))
self.buttons.append(guiButton('-', (520, 500), action=self.rem2_money))
PopupWindow.__init__(self,
'',
buttons,
texts=headers,
measures=((100, 50), (800, 600)))
self.top_dx = [40, 40]
self.top_dy = [100, 100]
self.down_dx = [40, 40]
self.down_dy = [400, 400]
