def territoryConquered(self, base, target, defender):
self.addCard = True
self.choice = False
GUI.updateBoard(target)
GUI.highlight(base, False)
self.eliminated(defender)
if Data.checkWin():
#break out of attack - handle win
logging.info(Data.playerList[self.player].name+' wins')
UI.box1 = Data.playerList[self.player].name+' Wins!'
UI.box2 = 'World Domination Complete'
UI.box3 = 'Interested in a rematch?'
UI.update()
self.pick = False
else:
logging.info('Territory conquered')
UI.box3 = 'Territory conquered'
UI.update()
if Data.terrList[base].units > 1:
troops = Data.terrList[base].units - 1
Data.terrList[base].units -= troops
GUI.displayUnits()
GUI.drawLines(base, target)
self.placement(troops, base, target)
bonus = self.cardChoice(False)
if bonus > 0:
self.placement(bonus)
def eliminated(self, defender):
if Data.playerList[defender].units == 0 and Data.playerList[defender].terr == 0:
c = Data.playerList[defender].cards
Data.playerList[defender].cards = 0
Data.playerList[self.player].cards += c
UI.eliminatedLine(defender)
UI.update()
return True
return False
def placing(num):
Data.terrList[terr].units += num
if base == None:
Data.playerList[self.player].units += num
if num > 1:
UI.box3 = str(num)+' troops added'
else:
UI.box3 = str(num)+' troop added'
UI.update()
GUI.highlight(terr, True)
def startingPlace(self):
self.troops = Data.addNum()
UI.box1 = Data.playerList[self.player].name+' - '+str(self.troops)+' to Place'
bonus = self.cardChoice(True)
if bonus != None:
self.troops += bonus
UI.nextMsg = 'Attack'
UI.box1 = Data.playerList[self.player].name+' - Place Units'
UI.box3 = 'Click territories to place units'
UI.update()
logging.info(str(self.troops)+' troops to add')
self.placement(self.troops)
def attack(self):
UI.nextMsg = 'Fortify'
UI.nextHover = False
UI.update()
#loop to get appropriate attacking territory or advance to fortify
while self.pick and not self.restart:
UI.nextColor = True
UI.box1 = Data.playerList[self.player].name+' - Attack'
UI.box2 = 'Select one of your territories'
UI.box3 = 'to launch attack from'
UI.update()
base = self.clickMapAny(True)
if base == None or not base:
self.pick = False
else:
self.choice = True
#set default troops to max attackers, can be changed by player
self.numAttackers = min(Data.terrList[base].units-1, 3)
UI.numBoxSetArray(base, self.numAttackers)
#loop to get target or handle break to send back to first loop
while self.choice and not self.restart:
UI.nextColor = False
UI.update()
GUI.drawLines(base, None)
target = self.clickMapSpecific(base)
if target != None and target != False:
#roll dice, handle results
defender = Data.terrList[target].owner
attLoss, defLoss, change = self.dice(base, target)
logging.info('Attacker lost '+str(attLoss)+', defender lost '+str(defLoss)+', change: '+str(change))
UI.box2 = ('You lost '+str(attLoss)+', defender lost '+str(defLoss))
UI.box3 = ('Click to attack again or water to reset')
UI.update()
#handle for less available attackers
if Data.terrList[base].units-1 < self.numAttackers:
self.numAttackers = Data.terrList[base].units-1
GUI.displayUnits()
#not enough units to keep attacking
if change == False:
logging.info('Too few units to continue attacking')
GUI.highlight(base, False)
GUI.highlight(target, False)
self.choice = False
#territory conquered
if change:
self.territoryConquered(base, target, defender)
def fortify(self):
UI.nextMsg = 'End Turn'
UI.nextHover = False
UI.box1 = Data.playerList[self.player].name+' - Fortify'
UI.update()
while self.done and not self.restart:
UI.nextColor = True
UI.box2 = ('Select territory to move units')
UI.box3 = ('Click \'End Turn\' when finished')
UI.update()
base = self.clickMapAny(False)
if base == None or not base:
break
else:
troops = Data.terrList[base].units - 1
Data.terrList[base].units -= troops
GUI.highlight(base, False)
self.placement(troops, base, False)
GUI.setMap()
def placement(self, troops, base=None, style=None):
troops = troops
def placing(num):
Data.terrList[terr].units += num
if base == None:
Data.playerList[self.player].units += num
if num > 1:
UI.box3 = str(num)+' troops added'
else:
UI.box3 = str(num)+' troop added'
UI.update()
GUI.highlight(terr, True)
UI.nextColor = False
#loop while there are troops to place
while troops > 0 and not self.restart:
UI.box2 = str(troops)+' unit(s) to place'
UI.update()
if style == None:
terr, click = self.clickMapAny()
else:
GUI.drawLines(base, style)
terr, click = self.clickMapSpecific(base, style)
if click != None:
#left click places one unit
if click == 1:
placing(1)
troops -= 1
#right click places multiple units - 10, 5, or remaining
elif click == 3:
#if more than 50 troops to place, place 10 at a time
if troops >= 50:
placing(10)
troops -= 10
#if less than 50 but more than 5, place 5 at a time
elif 50 > troops > 5:
placing(5)
troops -= 5
#if less than 5 troops, place remaining
else:
placing(troops)
troops -= troops
time.sleep(.05)
GUI.highlight(terr, False)
def rematch(self):
UI.nextMsg = 'Rematch'
UI.nextColor = True
UI.nextHover = True
UI.update()
while True and not self.restart:
(x,y), click = getMouseClick(True)
if 305 < x < 333 and 518 < y < 546:
Intro.menu()
if Data.reset == True:
self.breakMove()
elif 618 < x < 717 and 518 < y < 546:
if click == 1:
#handle for rematch
logging.info('Rematch selected')
Data.reset = True
self.breakMove()
else:
continue
def cardChoice(self, style):
bonus = 0
cashing = style
additional = False
#handle for eliminated player
if not style:
cards = Data.playerList[self.player].cards
if cards >= 6:
while cards > 4:
bonus += Data.getCardCash()
Data.cardCount += 1
cards -= 3
if bonus > 0:
UI.box3 = ('Cards cashed - '+str(bonus)+' extra units')
UI.update()
return bonus
#handle for beginning of turn
while cashing and not self.restart:
cards = Data.playerList[self.player].cards
if cards < 3:
#not enough to cash
cashing = False
if bonus == 0:
UI.box3 = 'Select territories to place units'
return bonus
elif cards >= 5:
#forced to cash
bonus += Data.getCardCash()
Data.cardCount += 1
logging.info('Cards cashed - '+str(bonus)+' extra units')
UI.box3 = ('Cards cashed - '+str(bonus)+' extra units added')
UI.update()
additional = True
elif 3 <= cards < 5:
#handle if given a choice to cash
if additional:
UI.box1 = Data.playerList[self.player].name+' - '+str(self.troops+bonus)+' to Place'
UI.box2 = 'Would you like to cash extra cards?'
else:
UI.box2 = 'Would you like to cash your cards?'
UI.box3 = 'Click \'Cash\' if so or click the map'
UI.nextMsg = 'Cash'
UI.nextColor = True
UI.nextHover = False
UI.update()
#get click - map if not cashing, button if cashing
while True and not self.restart:
(x,y), click = getMouseClick(True)
if y < 512:
logging.info('Player not cashing')
cashing = False
return bonus
elif 305 < x < 333 and 518 < y < 546:
Intro.menu()
if Data.reset == True:
logging.info('Restart selected')
self.breakMove()
return None
elif 618 < x < 717 and 518 < y < 546:
if click == 1:
bonus += Data.getCardCash()
Data.cardCount += 1
logging.info('Cards cashed - '+str(bonus)+' extra units')
UI.box3 = ('Cards cashed - '+str(bonus)+' extra units added')
choice = False
return bonus
else:
continue
def tutorial(self, style=False):
UI.makeButton(black,0,0,GUI.width,GUI.height,'',0)
UI.makeButton(grey,2,2,GUI.width-4,GUI.height-4,'',0)
msgA = "This is a Risk simulation I built in python to practice programming. I hope you enjoy it!"
msgB = "Please take note - there are a few changes from the original rules:"
msgC = "Initial territory and troop placement is randomized."
msgD = "Cards have been simplified. You may cash your cards when you have 3 or 4."
msgE = "Cards are automatically cashed when you have 5 or more."
msgF = "Attacking territories will default to use the maximum number of dice, but can be changed."
msgG = "Defending territories will automatically use the maximum number of dice."
msgH = "Pro Tip: when placing units, you can left click to add 1 or right click to add 5."
msgI = "If there are less than 5 to add, all of the remaining units will be added."
msgJ = "You can check out the source code on my github: https://github.com/adsnash"
msgK = "If you are unfamiliar with the rules of Risk, please visit: http://www.hasbro.com/common/instruct/risk.pdf"
msgL = "Legal disclaimer: Risk is a registered trademark of Parker Brothers. This simulation is for educational purposes only."
msgM = "I do not claim to own any of Parker Brothers’ intellectual property. Please don’t sue me!"
msgAr = [msgB,msgC,msgD,msgE,msgF,msgG,msgH,msgI]
UI.makeButton(grey,250,20,500,50,'Welcome to my Risk Simulation!',45)
UI.makeButton(grey,150,80,700,25,msgA,16)
down = 30
for i in range(len(msgAr)):
UI.makeButton(grey,150,(120+(down)*i),700,30,msgAr[i],20)
UI.makeButton(grey,50,460,900,20,msgJ,16)
UI.makeButton(grey,50,490,900,20,msgK,16)
UI.makeButton(grey,50,530,900,20,msgL,13)
UI.makeButton(grey,50,555,900,20,msgM,13)
UI.makeButton(black,385,380,180,60,'',0)
UI.makeButton(red,390,385,170,50,'Got it!',30)
intro = True
while intro:
mouse = pygame.mouse.get_pos()
click = pygame.mouse.get_pressed()
for event in pygame.event.get():
if event.type == pygame.QUIT:
pygame.quit()
sys.exit()
if 390 < mouse[0] < 390+170 and 385 < mouse[1] < 435:
UI.makeButton(brightRed,390,385,170,50,'Got it!',30)
if click[0] == 1:
intro = False
else:
UI.makeButton(red,390,385,170,50,'Got it!',30)
if style:
self.menu()
def clickMapSpecific(self, base, style=None):
while True and not self.restart:
GUI.drawLines(base, style)
#add numberBox here - or in clickMapSpecific
if style == None:
UI.numBoxSetArray(base, self.numAttackers)
UI.numBox()
#could be handled with a none
(x,y), click = getMouseClick(style)
else:
(x,y), click = getMouseClick()
if y > 512:
#handle for menu - button will not be live
if 305 < x < 333 and 518 < y < 546:
Intro.menu()
if Data.reset == True:
logging.info('Restart selected')
self.breakMove()
if style == None:
return None
else:
return None, None
else:
continue
else:
waterBreak = True
#set self.numAttackers without resetting from water click
margin = 80
for i in range(3):
if style == None and (405+margin*i) < x < (405+margin*i+30) and (470) < y < (470+30):
self.numAttackers = i+1
waterBreak = False
p = GUI.MasterMap.get_at((x,y))
#handle for water click reset
if p[0] == 162 and style == None and waterBreak:
self.choice = False
logging.info('Water clicked - resetting')
UI.box2 = ('Resetting selected territory')
UI.box3 = ('Select territory to attack from')
UI.update()
GUI.highlight(base, False)
return False
elif 0 < p[0] < 43:
#redistribute - only base or conquered territory
if type(style) is int and 0 < style < 43:
if p[0] == style or p[0] == base:
return p[0], click
else:
logging.info('Must be attacking or new territory')
UI.box3 = 'Must be attacking or new territory'
UI.update()
continue
else:
if p[0] not in Data.terrList[base].touch or p[0] != base:
logging.info('Territories must be touching')
UI.box2 = 'Territories must be touching'
if p[0] in Data.terrList[base].touch or p[0] == base:
#fortify - base or connected owned territories
if style == False:
if Data.terrList[p[0]].owner == self.player:
return p[0], click
else:
logging.info('Must choose your own territory')
UI.box3 = 'Must choose your own territory'
UI.update()
continue
#attack - connected non-owned territories
elif style == None:
if Data.terrList[p[0]].owner != self.player:
return p[0]
#handle for clicking same country - reset
elif p[0] == base:
self.choice = False
logging.info('Resetting selected territory')
UI.box2 = ('Resetting selected territory')
UI.box3 = ('Select territory to attack from')
UI.update()
GUI.highlight(p[0], False)
return False
else:
logging.info('Cannot attack owned territory')
UI.box2 = 'Cannot attack owned territory'
UI.update()
continue
def getMouseClick(hover=False):
pygame.event.pump()
pygame.event.clear()
while True:
(x,y) = pygame.mouse.get_pos()
#highlight playerToken when mouse hovers over it
if 304 < x < 333 and 518 < y < 547:
if UI.tokenHover == False:
UI.tokenHover = True
UI.playerToken()
#highlight nextButton when mouse hovers over it
elif hover and 617 < x < 717 and 518 < y < 547:
if UI.nextHover == False:
UI.nextHover = True
UI.nextButton()
#highlight numberBoxes when mouse hovers over it
elif hover == None:
click = pygame.mouse.get_pressed()
margin = 80
for i in range(3):
if (405+margin*i) < x < (405+margin*i+30) and (470) < y < (470+30):
if UI.numBoxAr[i] == Data.playerList[Data.turn].color:
color = Data.playerList[Data.turn].bright
UI.makeButton(color,(405+margin*i),470,30,30,str(i+1),20)
else:
color = UI.numBoxAr[i]
UI.makeButton(color,(405+margin*i),470,30,30,str(i+1),20)
else:
if UI.tokenHover == True:
UI.tokenHover = False
UI.playerToken()
elif UI.nextHover == True:
UI.nextHover = False
UI.nextButton()
for event in pygame.event.get():
if event.type == pygame.QUIT:
pygame.quit()
sys.exit()
#handle for left and right click. 1 for left click, 3 for right
if event.type == pygame.MOUSEBUTTONDOWN:
if event.button == 1:
return (event.pos, event.button)
elif event.button == 3:
return (event.pos, event.button)
def confirm(self):
msg = "Are you sure? This action cannot be undone."
UI.makeButton(water,450,440,100,20,msg,17)
UI.makeButton(black,365,470,110,35,'',0)
UI.makeButton(green,370,475,100,25,'Yes',20)
UI.makeButton(black,525,470,110,35,'',0)
UI.makeButton(red,530,475,100,25,'No',20)
confirm = True
choice = False
while confirm:
pygame.event.pump()
pygame.event.clear()
mouse = pygame.mouse.get_pos()
click = pygame.mouse.get_pressed()
for event in pygame.event.get():
if event.type == pygame.QUIT:
pygame.quit()
sys.exit()
#highlight yes button and handle click
if (365) < mouse[0] < (365+110) and (470) < mouse[1] < (470+35):
UI.makeButton(brightGreen,370,475,100,25,'Yes',20)
if click[0] == 1:
logging.info('Player clicked to restart')
choice = True
confirm = False
#highlight no button and handle click
elif (530) < mouse[0] < (530+110) and (470) < mouse[1] < (470+35):
UI.makeButton(brightRed,530,475,100,25,'No',20)
if click[0] == 1:
confirm = False
else:
UI.makeButton(green,370,475,100,25,'Yes',20)
UI.makeButton(red,530,475,100,25,'No',20)
if choice:
Data.reset = True
return False
else:
self.menu()
def pickPlayer(self):
UI.makeButton(black,0,0,GUI.width,GUI.height,'',0)
UI.makeButton(grey,2,2,GUI.width-4,GUI.height-4,'',0)
UI.makeButton(grey,250,100,500,100,'Get ready to start!',50)
UI.makeButton(grey,250,200,500,100,'How many players?',40)
margin = 130
col = [red,blue,green,yellow,purple]
bri = [brightRed,brightBlue,brightGreen,brightYellow,brightPurple]
for i in range(5):
c = col[i]
UI.makeButton(black,(195+margin*i),345,90,90,'',0)
UI.makeButton(c,(200+margin*i),350,80,80,str(i+2),38)
picking = True
numberPlayers = 0
while picking:
mouse = pygame.mouse.get_pos()
click = pygame.mouse.get_pressed()
for event in pygame.event.get():
if event.type == pygame.QUIT:
pygame.quit()
sys.exit()
#highlight number buttons
for j in range(5):
if (195+margin*j) < mouse[0] < (195+margin*j+90) and (345) < mouse[1] < (345+90):
c = bri[j]
UI.makeButton(c,(200+margin*j),350,80,80,str(j+2),38)
if click[0] == 1:
#get number of players
numberPlayers = j+2
picking = False
else:
c = col[j]
UI.makeButton(c,(200+margin*j),350,80,80,str(j+2),38)
logging.info(str(numberPlayers)+' players selected')
return numberPlayers
def introMap(self):
intro = True
GUI.setMenu()
msgA = "This map shows the different continents and the connections between territories."
msgB = "Click the current player at token any time to see this map again."
msgC = "Please note: the button to move to the next phase of your turn will be red when active or grey if action must be taken."
msgAr = [msgA,msgB,msgC]
UI.makeButton(black,0,512,GUI.width,100,'',0)
UI.makeButton(grey,2,513,GUI.width-4,97,'',0)
down = 30
for i in range (3):
UI.makeButton(grey,50,(520+down*i),900,20,msgAr[i],16)
UI.makeButton(black,385,445,180,60,'',0)
UI.makeButton(red,390,450,170,50,'Let\'s Play!',30)
while intro:
mouse = pygame.mouse.get_pos()
click = pygame.mouse.get_pressed()
for event in pygame.event.get():
if event.type == pygame.QUIT:
pygame.quit()
sys.exit()
if 390 < mouse[0] < 390+170 and 450 < mouse[1] < 500:
UI.makeButton(brightRed,390,450,170,50,'Let\'s Play!',30)
if click[0] == 1:
intro = False
else:
UI.makeButton(red,390,450,170,50,'Let\'s Play!',30)
def menu(self):
UI.info()
GUI.setMenu()
UI.makeButton(white,280,516,440,90,'',0)
UI.makeButton(black,480,529,40,40,'',0)
UI.makeButton(Data.playerList[Data.turn].color,485,534,30,30,'',0)
UI.makeButton(white,440,578,120,20,Data.playerList[Data.turn].name,20)
col = [red,yellow,green,blue]
bri = [brightRed,brightYellow,brightGreen,brightBlue]
msg = ['Resume','Restart','Tutorial','Hints']
xInc = 255
yInc = 49
menu = True
style = None
for i in range(4):
side = i%2
down = i//2
UI.makeButton(black,(305+side*xInc),(519+down*yInc),135,35,'',0)
UI.makeButton(col[i],(310+side*xInc),(524+down*yInc),125,25,msg[i],25)
while menu:
pygame.event.pump()
pygame.event.clear()
mouse = pygame.mouse.get_pos()
click = pygame.mouse.get_pressed()
for event in pygame.event.get():
if event.type == pygame.QUIT:
pygame.quit()
sys.exit()
#highlight/get click if mouse enters player token
if (480) < mouse[0] < (480+40) and (529) < mouse[1] < (529+40):
UI.makeButton(Data.playerList[Data.turn].bright,485,534,30,30,'',0)
if click[0] == 1:
style = 0
menu = False
else:
UI.makeButton(Data.playerList[Data.turn].color,485,534,30,30,'',0)
for j in range(4):
side = j%2
down = j//2
#highlight/get click if mouse enters button
if (305+side*xInc) < mouse[0] < (305+side*xInc+135) and (519+down*yInc) < mouse[1] < (519+down*yInc+35):
UI.makeButton(bri[j],(310+side*xInc),(524+down*yInc),125,25,msg[j],25)
if click[0] == 1:
style = j
menu = False
else:
UI.makeButton(col[j],(310+side*xInc),(524+down*yInc),125,25,msg[j],25)
#handle each button with appropriate method
if style == 0:
GUI.setMap()
if style == 1:
self.confirm()
if style == 2:
self.tutorial(True)
if style == 3:
self.hints()
def clickMapAny(self, style=None):
button = False
if style != None:
button = True
while True and not self.restart:
(x,y), click = getMouseClick(button)
if y > 512:
#handle for button and menu
if 305 < x < 333 and 518 < y < 546:
Intro.menu()
if Data.reset == True:
logging.info('Restart selected')
self.breakMove()
if style == None:
return None, None
else:
return None
if button and 618 < x < 717 and 518 < y < 546:
return False
else:
continue
else:
p = GUI.MasterMap.get_at((x,y))
#output not owned territory
if 0 < p[0] < 43 and Data.terrList[p[0]].owner != self.player:
logging.info('Not your territory')
UI.box3 = 'Must select your own territory'
UI.update()
time.sleep(.05)
continue
elif 0 < p[0] < 43 and Data.terrList[p[0]].owner == self.player:
#None for placing units
if style == None:
return p[0], click
#handle for right click
elif click == 3:
continue
#handle for too few units
elif click == 1 and Data.terrList[p[0]].units < 2:
GUI.highlight(p[0], True)
logging.info('Must have more than 1 unit')
UI.box3 = 'Must have more than 1 unit'
UI.update()
time.sleep(.05)
GUI.highlight(p[0], False)
continue
#attack/fortify
elif click == 1 and Data.terrList[p[0]].units > 1:
#make sure there are targets to pick from
targets = False
for i in Data.terrList[p[0]].touch:
#True for attack, False for fortify
if style and Data.terrList[i].owner != self.player:
UI.box2 = ('Select enemy territory to attack')
UI.box3 = ('Click water/same territory to reset')
UI.update()
targets = True
break
elif not style and Data.terrList[i].owner == self.player:
targets = True
UI.box3 = 'Territories must be touching'
break
#needs output to user
if targets:
GUI.highlight(p[0], True)
return p[0]
#handle for no enemies to attack
else:
GUI.highlight(p[0], True)
logging.info('No valid connecting territories')
UI.box3 = 'No valid connecting territories'
UI.update()
time.sleep(.05)
GUI.highlight(p[0], False)
continue
def hints(self):
UI.makeButton(black,0,0,GUI.width,GUI.height,'',0)
UI.makeButton(grey,2,2,GUI.width-4,GUI.height-4,'',0)
msgA = "Try to take the smaller continents like South America or Australia, especially early on."
msgB = "If an opponent holds a continent, take one of its territories to prevent him getting the bonus."
msgC = "Card cash is the key to victory – every subsequent amount will be larger than the last."
msgD = "Eliminating opponents gives you their cards – try to string together multiple eliminations."
msgE = "If you don’t have any good moves, if you can, try to take at least one territory to get cards for the round."
msgF = "Attack with at least 3 attackers (meaning at least four units in the territory) for the best odds of success."
msgG = "Consolidate your forces – if your attackers falls below 3, you reduce your odds of success."
msgH = "When holding a continent, place troops at the borders rather than spreading throughout the continent."
msgI = "Watch where your opponent fortifies his troops, it may tip you off to his next move."
msgAr = [msgA,msgB, msgC, msgD, msgE, msgF, msgG, msgH, msgI]
UI.makeButton(grey,250,40,500,50,'Here are some hints - hope they help!',45)
down = 35
for i in range(len(msgAr)):
UI.makeButton(grey,150,(120+(down)*i),700,30,msgAr[i],18)
UI.makeButton(black,385,480,180,60,'',0)
UI.makeButton(red,390,485,170,50,'Got it!',30)
hint = True
while hint:
mouse = pygame.mouse.get_pos()
click = pygame.mouse.get_pressed()
for event in pygame.event.get():
if event.type == pygame.QUIT:
pygame.quit()
sys.exit()
if (390) < mouse[0] < (390+170) and (480) < mouse[1] < (480+60):
UI.makeButton(brightRed,390,485,170,50,'Got it!',30)
if click[0] == 1:
hint = False
else:
UI.makeButton(red,390,485,170,50,'Got it!',30)
pygame.display.update()
self.menu()