def card(self): #this draws the card of the property with the respective details on it
functions.gameDisplay.fill(white, rect = [170,400,200,250])
lfont = pygame.font.Font('freesansbold.ttf',25)
functions.text_in_box(self.name,lfont,self.color,170,410,200,30)
functions.message_to_screen("Cost: $ %d"%self.cost,black,180,460,20)
functions.message_to_screen("Rent: $ %d"%self.houses[0],black,180,480,20)
functions.message_to_screen("1st floor: $ %d"%self.houses[1],black,180,500,20)
functions.message_to_screen("2nd floor: $ %d"%self.houses[2],black,180,520,20)
functions.message_to_screen("3rd floor: $ %d"%self.houses[3],black,180,540,20)
functions.message_to_screen("Hotel: $ %d"%self.houses[4],black,180,560,20)
functions.message_to_screen("Mortgage value: $ %d"%self.mortgage,black,190,600,20)
pygame.display.update()
def rcard(self): #this draws the card of the railway when called upon
functions.gameDisplay.fill(white, rect = [170,400,200,250])
lfont = pygame.font.Font('freesansbold.ttf',25)
functions.text_in_box(self.name,lfont,black,170,410,200,30)
functions.message_to_screen("Cost: $ %d"%self.cost,black,180,460,20)
functions.message_to_screen("Owned Rent",black,180,480,20)
functions.message_to_screen("1 Railway $2500",black,180,500,20)
functions.message_to_screen("2 Railway $5000",black,180,520,20)
functions.message_to_screen("3 Railway $10000",black,180,540,20)
functions.message_to_screen("4 Railway $20000",black,180,560,20)
pygame.display.update()
def card(self): #this sketches the card of the utility when called upon
functions.gameDisplay.fill(white, rect = [170,400,200,250])
lfont = pygame.font.Font('freesansbold.ttf',25)
functions.text_in_box(self.name,lfont,black,170,410,200,30)
functions.message_to_screen("Cost: $ %d"%self.cost,black,180,460,20)
functions.message_to_screen("If one utility is owned",black,180,480,20)
functions.message_to_screen("Rent = 1000*(sum on dice)",black,180,500,20)
functions.message_to_screen("If both utilities are owned",black,180,520,20)
functions.message_to_screen("Rent = 3000*(sum on dice)",black,180,540,20)
pygame.display.update()
def locmaker(self): #this draws the railways at there respective positions on the board
lfont = pygame.font.Font('freesansbold.ttf',10)
if self.locx == card_length/2:
pygame.draw.rect(functions.gameDisplay,black,[0,self.locy-card_breadth/2,card_length,card_breadth],1)
functions.text_in_box(self.name,lfont,black,0,self.locy-card_breadth/2,0.7*card_length,card_breadth)
functions.gameDisplay.fill(black, rect = [0.7*card_length,self.locy-card_breadth/2,0.3*card_length,card_breadth])
elif self.locx == display_height - card_length/2:
pygame.draw.rect(functions.gameDisplay,black,[display_height - card_length,self.locy-card_breadth/2,card_length,card_breadth],1)
functions.text_in_box(self.name,lfont,black,display_height - 0.7*card_length,self.locy-card_breadth/2,0.7*card_length,card_breadth)
functions.gameDisplay.fill(black, rect = [display_height - card_length,self.locy-card_breadth/2,0.3*card_length,card_breadth])
elif self.locy == card_length/2:
pygame.draw.rect(functions.gameDisplay,black,[self.locx-card_breadth/2,0,card_breadth,card_length],1)
a = self.name.split(' ')
temp = 0
for x in a:
functions.text_in_box(x,lfont,black,self.locx-card_breadth/2,temp,card_breadth,0.35*card_length)
temp += 0.35*card_length
functions.gameDisplay.fill(black, rect = [self.locx-card_breadth/2,0.7*card_length,card_breadth,0.3*card_length])
elif self.locy == display_height - card_length/2:
pygame.draw.rect(functions.gameDisplay,black,[self.locx-card_breadth/2,display_height - card_length,card_breadth,card_length],1)
functions.text_in_box(self.name,lfont,black,self.locx-card_breadth/2,display_height - 0.7*card_length,card_breadth,0.7*card_length)
functions.gameDisplay.fill(black, rect = [self.locx-card_breadth/2,display_height - card_length,card_breadth,0.3*card_length])
pygame.display.update()
def locmaker(self): #it creates the respective property on the board
lfont = pygame.font.Font('freesansbold.ttf',10)
if self.locx == card_length/2:
pygame.draw.rect(functions.gameDisplay,black,[0,self.locy-card_breadth/2,card_length,card_breadth],1)
functions.text_in_box(self.name,lfont,black,0,self.locy-card_breadth/2,0.7*card_length,card_breadth)
functions.gameDisplay.fill(self.color, rect = [0.7*card_length,self.locy-card_breadth/2,0.3*card_length,card_breadth]) #draws houses on the site depending on the no. of houses
if self.no_of_houses >= 1:
functions.gameDisplay.fill(c1, rect = [0.7*card_length,self.locy-card_breadth/4,0.3*card_length/4,card_breadth/2])
if self.no_of_houses >= 2:
functions.gameDisplay.fill(c2, rect = [0.7*card_length + 0.3*card_length/4,self.locy-card_breadth/4,0.3*card_length/4,card_breadth/2])
if self.no_of_houses >= 3:
functions.gameDisplay.fill(c3, rect = [0.7*card_length + 0.6*card_length/4,self.locy-card_breadth/4,0.3*card_length/4,card_breadth/2])
if self.no_of_houses == 4:
functions.gameDisplay.fill(c4, rect = [0.7*card_length + 0.9*card_length/4,self.locy-card_breadth/4,0.3*card_length/4,card_breadth/2])
elif self.locx == display_height - card_length/2:
pygame.draw.rect(functions.gameDisplay,black,[display_height - card_length,self.locy-card_breadth/2,card_length,card_breadth],1)
functions.text_in_box(self.name,lfont,black,display_height - 0.7*card_length,self.locy-card_breadth/2,0.7*card_length,card_breadth)
functions.gameDisplay.fill(self.color, rect = [display_height - card_length,self.locy-card_breadth/2,0.3*card_length,card_breadth])
if self.no_of_houses >= 1:
functions.gameDisplay.fill(c1, rect = [display_height - card_length + 0.9*card_length/4 ,self.locy-card_breadth/4,0.3*card_length/4,card_breadth/2])
if self.no_of_houses >= 2:
functions.gameDisplay.fill(c2, rect = [display_height - card_length + 0.6*card_length/4 ,self.locy-card_breadth/4,0.3*card_length/4,card_breadth/2])
if self.no_of_houses >= 3:
functions.gameDisplay.fill(c3, rect = [display_height - card_length + 0.3*card_length/4 ,self.locy-card_breadth/4,0.3*card_length/4,card_breadth/2])
if self.no_of_houses == 4:
functions.gameDisplay.fill(c4, rect = [display_height - card_length ,self.locy-card_breadth/4,0.3*card_length/4,card_breadth/2])
elif self.locy == card_length/2:
pygame.draw.rect(functions.gameDisplay,black,[self.locx-card_breadth/2,0,card_breadth,card_length],1)
a = self.name.split(' ')
temp = 0
for x in a:
functions.text_in_box(x,lfont,black,self.locx-card_breadth/2,temp,card_breadth,0.35*card_length)
temp += 0.35*card_length
functions.gameDisplay.fill(self.color, rect = [self.locx-card_breadth/2,0.7*card_length,card_breadth,0.3*card_length])
if self.no_of_houses >= 1:
functions.gameDisplay.fill(c1, rect = [self.locx-card_breadth/4,0.7*card_length,card_breadth/2,0.3*card_length/4])
if self.no_of_houses >= 2:
functions.gameDisplay.fill(c2, rect = [self.locx-card_breadth/4,0.7*card_length + 0.3*card_length/4,card_breadth/2,0.3*card_length/4])
if self.no_of_houses >= 3:
functions.gameDisplay.fill(c3, rect = [self.locx-card_breadth/4,0.7*card_length + 0.6*card_length/4,card_breadth/2,0.3*card_length/4])
if self.no_of_houses == 4:
functions.gameDisplay.fill(c4, rect = [self.locx-card_breadth/4,0.7*card_length + 0.9*card_length/4,card_breadth/2,0.3*card_length/4])
elif self.locy == display_height - card_length/2:
pygame.draw.rect(functions.gameDisplay,black,[self.locx-card_breadth/2,display_height - card_length,card_breadth,card_length],1)
functions.text_in_box(self.name,lfont,black,self.locx-card_breadth/2,display_height - 0.7*card_length,card_breadth,0.7*card_length)
functions.gameDisplay.fill(self.color, rect = [self.locx-card_breadth/2,display_height - card_length,card_breadth,0.3*card_length])
if self.no_of_houses >= 1:
functions.gameDisplay.fill(c1, rect = [self.locx-card_breadth/4,display_height - card_length + 0.9*card_length/4,card_breadth/2,0.3*card_length/4])
if self.no_of_houses >= 2:
functions.gameDisplay.fill(c2, rect = [self.locx-card_breadth/4,display_height - card_length + 0.6*card_length/4,card_breadth/2,0.3*card_length/4])
if self.no_of_houses >= 3:
functions.gameDisplay.fill(c3, rect = [self.locx-card_breadth/4,display_height - card_length + 0.3*card_length/4,card_breadth/2,0.3*card_length/4])
if self.no_of_houses == 4:
functions.gameDisplay.fill(c4, rect = [self.locx-card_breadth/4,display_height - card_length ,card_breadth/2,0.3*card_length/4])
pygame.display.update()
def railways(): #respectve changes on screen if railways if concersnesd
global key, timer, incometax, gotojail, round_complete, cround, rent, railway, temporary
if Property.sproperty[
place].owner != None and key == 0 and player_index != Property.sproperty[
place].owner:
Property.sproperty[place].rcard()
if timer == 8:
if player.player[
Property.sproperty[place].owner].no_of_railways == 1:
rent = 2500
if player.player[
Property.sproperty[place].owner].no_of_railways == 2:
rent = 5000
if player.player[
Property.sproperty[place].owner].no_of_railways == 3:
rent = 10000
if player.player[
Property.sproperty[place].owner].no_of_railways == 4:
rent = 20000
player.player[player_index].cash -= rent
player.player[player_index].total_wealth -= rent
player.player[Property.sproperty[place].owner].cash += rent
player.player[Property.sproperty[place].owner].total_wealth += rent
functions.text_in_box(
"You paid rent of %r to player %r?" %
(rent, Property.sproperty[place].owner + 1), __font, orange,
display_height / 2, display_height / 2,
display_height / 2 - card_length, display_height / 2 - card_length)
timer -= 1
if timer == 0:
key = 1
timer = 8
if Property.sproperty[place].owner == None and key == 0:
Property.sproperty[place].rcard()
functions.text_in_box(
"Do you want to purchase %r ?" % Property.sproperty[place].name,
__font, orange, display_height / 2, display_height / 2 - blockh,
display_height / 2 - card_length, display_height / 2 - card_length)
Button("YES", display_height * 3 / 4 - card_length / 2 - blockl,
display_height * 3 / 4 - card_length / 2 + blockh / 2,
blockl / 2, blockh, yellow, llblue, "YeS", red)
Button("NO", display_height * 3 / 4 - card_length / 2 + blockl / 2,
display_height * 3 / 4 - card_length / 2 + blockh / 2,
blockl / 2, blockh, yellow, llblue, "no", red)
if key == 2:
Property.sproperty[place].rcard()
functions.text_in_box(
"Successfully purchased %r" % (Property.sproperty[place].name),
__font, orange, display_height / 2, display_height / 2,
display_height / 2 - card_length, display_height / 2 - card_length)
timer -= 1
if timer == 0:
key = 1
timer = 8
def spcard_displayy(
): #if playaer lands on utillies then the work happening on screeen
global key, timer, incometax, gotojail, round_complete, cround, rent, railway, temporary
if Property.sproperty[
place].owner != None and key == 0 and player_index != Property.sproperty[
place].owner:
Property.sproperty[place].card()
if timer == 8:
dice_sum = functions.a + functions.b
if Property.sproperty["electric"].owner == Property.sproperty[
"water"].owner:
rent = 3000 * dice_sum
else:
rent = 1000 * dice_sum
player.player[player_index].cash -= rent
player.player[player_index].total_wealth -= rent
player.player[Property.sproperty[place].owner].cash += rent
player.player[Property.sproperty[place].owner].total_wealth += rent
functions.text_in_box(
"You paid rent of %r to player %r?" %
(rent, Property.sproperty[place].owner + 1), __font, orange,
display_height / 2, display_height / 2,
display_height / 2 - card_length, display_height / 2 - card_length)
timer -= 1
if timer == 0:
key = 1
timer = 8
if Property.sproperty[place].owner == None and key == 0:
Property.sproperty[place].card()
functions.text_in_box(
"Do you want to purchase %r ?" % Property.sproperty[place].name,
__font, orange, display_height / 2, display_height / 2 - blockh,
display_height / 2 - card_length, display_height / 2 - card_length)
Button("YES", display_height * 3 / 4 - card_length / 2 - blockl,
display_height * 3 / 4 - card_length / 2 + blockh / 2,
blockl / 2, blockh, yellow, llblue, "Yes", red)
Button("NO", display_height * 3 / 4 - card_length / 2 + blockl / 2,
display_height * 3 / 4 - card_length / 2 + blockh / 2,
blockl / 2, blockh, yellow, llblue, "no", red)
if key == 2:
Property.sproperty[place].card()
functions.text_in_box(
"Successfully purchased %r" % (Property.sproperty[place].name),
__font, orange, display_height / 2, display_height / 2,
display_height / 2 - card_length, display_height / 2 - card_length)
timer -= 1
if timer == 0:
key = 1
timer = 8
def Prop(): #if player lands on a property
global key, timer, incometax, gotojail, round_complete, cround, rent, railway, temporary
if Property._property[
place].owner != None and key == 0 and player_index != Property._property[
place].owner:
Property._property[place].card()
if timer == 8:
player.player[player_index].cash -= Property._property[
place].houses[Property._property[place].no_of_houses]
player.player[player_index].total_wealth -= Property._property[
place].houses[Property._property[place].no_of_houses]
player.player[Property._property[place].
owner].cash += Property._property[place].houses[
Property._property[place].no_of_houses]
player.player[Property._property[
place].owner].total_wealth += Property._property[place].houses[
Property._property[place].no_of_houses]
functions.text_in_box(
"You paid rent of %r to player %r?" %
(Property._property[place].houses[
Property._property[place].no_of_houses],
Property._property[place].owner + 1), __font, orange,
display_height / 2, display_height / 2,
display_height / 2 - card_length, display_height / 2 - card_length)
timer -= 1
if timer == 0:
key = 1
timer = 8
if Property._property[place].owner == None and key == 0:
Property._property[place].card()
functions.text_in_box(
"Do you want to purchase %r ?" % Property._property[place].name,
__font, orange, display_height / 2, display_height / 2 - blockh,
display_height / 2 - card_length, display_height / 2 - card_length)
Button("YES", display_height * 3 / 4 - card_length / 2 - blockl,
display_height * 3 / 4 - card_length / 2 + blockh / 2,
blockl / 2, blockh, yellow, llblue, "yes", red)
Button("NO", display_height * 3 / 4 - card_length / 2 + blockl / 2,
display_height * 3 / 4 - card_length / 2 + blockh / 2,
blockl / 2, blockh, yellow, llblue, "no", red)
if key == 2:
Property._property[place].card()
functions.text_in_box(
"Successfully purchased %r" % (Property._property[place].name),
__font, orange, display_height / 2, display_height / 2,
display_height / 2 - card_length, display_height / 2 - card_length)
timer -= 1
if timer == 0:
key = 1
timer = 8
def Chance(): #if player lands on chance
global key, timer, incometax, gotojail, round_complete, cround, rent, railway, temporary, chance, timerr
n = functions.a + functions.b
if n == 2:
if timer == 8:
player.player[player_index].posx = display_height - card_length / 2
player.player[player_index].posy = display_height - card_length / 2
cround[player_index] = 40
round_complete = 1
functions.text_in_box(
"Go to our prime location GO and collect your reward money ;)",
__font, orange, display_height / 2, display_height / 2,
display_height / 2 - card_length, display_height / 2 - card_length)
timer -= 1
if timer == 0:
timer = 8
chance = 0
if n == 3:
timer -= 1
if timer == 0:
player.player[player_index].posx = card_length + card_breadth / 2
player.player[player_index].posy = display_height - card_length / 2
if cround[player_index] > 9:
cround[player_index] = 49
round_complete = 1
else:
cround[player_index] = 9
functions.text_in_box(
"You are given a free trip to Beijing ,Enjoy the delight of it!",
__font, orange, display_height / 2, display_height / 2,
display_height / 2 - card_length, display_height / 2 - card_length)
if timer == 0:
timer = 8
chance = 0
working()
if n == 4:
if timer == 8:
player.player[player_index].cash -= 10000
player.player[player_index].total_wealth -= 10000
functions.text_in_box(
"Oops! You broke the window of Mr. William's Car,Pay him $10000",
__font, orange, display_height / 2, display_height / 2,
display_height / 2 - card_length, display_height / 2 - card_length)
timer -= 1
if timer == 0:
timer = 8
chance = 0
if n == 5:
if timer == 8:
player.player[player_index].posx = display_height - card_length / 2
player.player[player_index].posy = card_length / 2
cround[player_index] = 30
functions.text_in_box(
"How Dare you burst crackers in front of parliament,living in India! Busted!!",
__font, orange, display_height / 2, display_height / 2,
display_height / 2 - card_length, display_height / 2 - card_length)
timer -= 1
if timer == 0:
timer = 8
chance = 0
working()
if n == 6:
timer -= 1
if timer == 0:
player.player[player_index].movement(37)
cround[player_index] = cround[player_index] % 40
functions.text_in_box("Earthquake expected! Go back three spaces",
__font, orange, display_height / 2,
display_height / 2,
display_height / 2 - card_length,
display_height / 2 - card_length)
if timer == 0:
timer = 8
chance = 0
working()
if n == 7:
if timer == 8:
player.player[player_index].cash -= 30000
player.player[player_index].total_wealth -= 30000
functions.text_in_box(
"Its you birthday,Now give party to your friends...cost $30000",
__font, orange, display_height / 2, display_height / 2,
display_height / 2 - card_length, display_height / 2 - card_length)
timer -= 1
if timer == 0:
timer = 8
chance = 0
if n == 8:
if timer == 8:
player.player[player_index].cash += 40000
player.player[player_index].total_wealth += 40000
functions.text_in_box("Congo! You won lottery prize of $40000", __font,
orange, display_height / 2, display_height / 2,
display_height / 2 - card_length,
display_height / 2 - card_length)
timer -= 1
if timer == 0:
timer = 8
chance = 0
if n == 9:
timer -= 2
if timer == 0:
player.player[player_index].posx = card_length + card_breadth / 2
player.player[player_index].posy = card_length / 2
if cround[player_index] > 21:
cround[player_index] = 61
round_complete = 1
else:
cround[player_index] = 21
functions.text_in_box(
"You are given a free trip to Delhi ,Enjoy the delight of it!",
__font, orange, display_height / 2, display_height / 2,
display_height / 2 - card_length, display_height / 2 - card_length)
if timer == 0:
timer = 8
chance = 0
working()
if n == 10:
timer -= 2
if timer == 0:
player.player[player_index].posx = card_length / 2
player.player[
player_index].posy = display_height - card_length - 1.5 * card_breadth
functions.text_in_box("Go to Electric Company and feel the shock!",
__font, orange, display_height / 2,
display_height / 2,
display_height / 2 - card_length,
display_height / 2 - card_length)
if timer == 0:
timer = 8
chance = 0
working()
if n == 11:
if timer == 8:
player.player[player_index].cash += 30000
player.player[player_index].total_wealth += 30000
functions.text_in_box(
"You won the first prize as a hotel manager, collect $30000",
__font, orange, display_height / 2, display_height / 2,
display_height / 2 - card_length, display_height / 2 - card_length)
timer -= 1
if timer == 0:
timer = 8
chance = 0
if n == 12:
if timer == 8:
player.player[player_index].cash -= 20000
player.player[player_index].total_wealth -= 20000
functions.text_in_box("Smoking kills! clear your bills , pay $20000",
__font, orange, display_height / 2,
display_height / 2,
display_height / 2 - card_length,
display_height / 2 - card_length)
timer -= 1
if timer == 0:
timer = 8
chance = 0
def GoToJail(): #if the player lands on gotojail
global key, timer, incometax, gotojail, round_complete, cround, rent, railway, temporary
if temporary == 1:
player.player[player_index].released = 0
temporary = 0
if key == 0:
timer -= 2
functions.text_in_box(
"Alert! You are caught... BUSTED!", __font, orange, card_length,
(display_height / 2 + card_length) / 2 + 1.25 * blockh,
display_height - 2 * card_length, display_height / 2 -
((display_height / 2 + card_length) / 2 + 1.25 * blockh))
if timer == 0:
key = 1
timer = 8
if key == 1 or key == 0:
Button("Pay $5000 and come out",
card_length + 0.1 * (display_height - 2 * card_length),
display_height / 2, 0.8 * (display_height - 2 * card_length),
blockh, yellow, llblue, "pay", red)
Button("Roll dice for a double",
card_length + 0.1 * (display_height - 2 * card_length),
display_height / 2 + 2 * blockh,
0.8 * (display_height - 2 * card_length), blockh, yellow,
llblue, "roll_for_double", red)
if key == 3:
functions.text_in_box(
"Roll your dice once", __font, orange, card_length,
(display_height / 2 + card_length) / 2 + 1.25 * blockh,
display_height - 2 * card_length, display_height / 2 -
((display_height / 2 + card_length) / 2 + 1.25 * blockh))
if key == 4 and player.player[player_index].released == 1:
timer -= 2
functions.text_in_box(
"Lucky Guy! You are released!", __font, orange, card_length,
(display_height / 2 + card_length) / 2 + 1.25 * blockh,
display_height - 2 * card_length, display_height / 2 -
((display_height / 2 + card_length) / 2 + 1.25 * blockh))
if timer == 0:
key = 1
gotojail = 0
timer = 8
if key == 4 and player.player[player_index].released == 0:
timer -= 2
functions.text_in_box(
"Better Luck next time!", __font, orange, card_length,
(display_height / 2 + card_length) / 2 + 1.25 * blockh,
display_height - 2 * card_length, display_height / 2 -
((display_height / 2 + card_length) / 2 + 1.25 * blockh))
if timer == 0:
key = 1
gotojail = 0
timer = 8
if key == 5:
timer -= 2
functions.text_in_box(
"You are released after giving a bail of $5000", __font, orange,
card_length,
(display_height / 2 + card_length) / 2 + 1.25 * blockh,
display_height - 2 * card_length, display_height / 2 -
((display_height / 2 + card_length) / 2 + 1.25 * blockh))
if timer == 0:
key = 1
gotojail = 0
timer = 8
def drawing():
#global variables called
global key, timer, incometax, gotojail, round_complete, cround, rent, railway, temporary, chance, rollonce, endturn, timerr, risk
functions.gameDisplay.fill(lblue)
pygame.draw.rect(functions.gameDisplay, white,
[0, 0, display_height, display_height])
functions.addimage('images/image.png', 1100, 150)
pygame.draw.rect(functions.gameDisplay, black, [
card_length, card_length, display_height - 2 * card_length,
display_height - 2 * card_length
])
_font = pygame.font.Font('freesansbold.ttf', 20)
pygame.draw.rect(functions.gameDisplay, white,
[display_height + gaph, gapv, boxb, boxl])
pygame.draw.rect(functions.gameDisplay, white,
[display_height + gaph, boxl + 2 * gapv, boxb, boxl])
#board sketched
functions.addimage('images/go.png', display_height - card_length,
display_height - card_length)
functions.addimage('images/gotojail.png', display_height - card_length, 0)
functions.addimage('images/parking.png', 0, 0)
functions.addimage('images/jail.png', 0, display_height - card_length)
functions.addimage('images/chance1.png', card_length + 2 * card_breadth,
display_height - card_length)
functions.addimage('images/chance3.png', display_height - card_length,
card_length + 5 * card_breadth)
functions.addimage('images/chance2.png', card_breadth + card_length, 0)
functions.addimage('images/commChest1.png', 7 * card_breadth + card_length,
display_height - card_length)
functions.addimage('images/commChest2.png', 0,
2 * card_breadth + card_length)
functions.addimage('images/commChest2.png', display_height - card_length,
2 * card_breadth + card_length)
functions.addimage('images/water.png', 7 * card_breadth + card_length, 0)
functions.addimage('images/elec.png', 0, 7 * card_breadth + card_length)
functions.addimage('images/luxury.png', display_height - card_length,
7 * card_breadth + card_length)
functions.addimage('images/income.png', card_length + 5 * card_breadth,
display_height - card_length)
#sketching dice
functions.text_in_box("Player %r's turn " % (player_index + 1), _font,
blue, card_length, card_length,
(display_height - 2 * card_length) / 2, blockh)
if functions.a == 1:
functions.addimage('images/dice1.png', display_height / 2 - 30,
card_length + 10)
if functions.a == 2:
functions.addimage('images/dice2.png', display_height / 2 - 30,
card_length + 10)
if functions.a == 3:
functions.addimage('images/dice3.png', display_height / 2 - 30,
card_length + 10)
if functions.a == 4:
functions.addimage('images/dice4.png', display_height / 2 - 30,
card_length + 10)
if functions.a == 5:
functions.addimage('images/dice5.png', display_height / 2 - 30,
card_length + 10)
if functions.a == 6:
functions.addimage('images/dice6.png', display_height / 2 - 30,
card_length + 10)
if functions.b == 1:
functions.addimage('images/dice1.png', display_height / 2 + 10,
card_length + 10)
if functions.b == 2:
functions.addimage('images/dice2.png', display_height / 2 + 10,
card_length + 10)
if functions.b == 3:
functions.addimage('images/dice3.png', display_height / 2 + 10,
card_length + 10)
if functions.b == 4:
functions.addimage('images/dice4.png', display_height / 2 + 10,
card_length + 10)
if functions.b == 5:
functions.addimage('images/dice5.png', display_height / 2 + 10,
card_length + 10)
if functions.b == 6:
functions.addimage('images/dice6.png', display_height / 2 + 10,
card_length + 10)
#sketching buttons
Button("ROLL DICE", (display_height - blockl) / 2,
(display_height / 2 + card_length) / 2 - 1.25 * blockh, blockl,
blockh, yellow, llblue, "roll", red)
Button("MORTGAGE", (display_height - blockl - card_length), (+card_length),
blockl, blockh, red, llblue, "mort", yellow)
Button("END TURN", (display_height - blockl) / 2,
(display_height / 2 + card_length) / 2 + 0.25 * blockh, blockl,
blockh, yellow, llblue, "endturn", red)
Button("BUILD", (display_height - 3 * blockl) / 2 - 0.2 * blockl,
(display_height / 2 + card_length) / 2 - 0.5 * blockh, blockl,
blockh, yellow, llblue, "build", red)
Button("SELL", (display_height + 1 * blockl) / 2 + 0.2 * blockl,
(display_height / 2 + card_length) / 2 - 0.5 * blockh, blockl,
blockh, yellow, llblue, "sell", red)
#sketching properties on board
Property._property["delhi"].locmaker()
Property._property["mumbai"].locmaker()
Property._property["banglore"].locmaker()
Property._property["newyork"].locmaker()
Property._property["washingtondc"].locmaker()
Property._property["sanfrancisco"].locmaker()
Property._property["london"].locmaker()
Property._property["manchester"].locmaker()
Property._property["oxford"].locmaker()
Property._property["melbourne"].locmaker()
Property._property["canberra"].locmaker()
Property._property["sydney"].locmaker()
Property._property["tokyo"].locmaker()
Property._property["osaka"].locmaker()
Property._property["hiroshima"].locmaker()
Property._property["beijing"].locmaker()
Property._property["hongkong"].locmaker()
Property._property["shanghai"].locmaker()
Property._property["moscow"].locmaker()
Property._property["saintpetersburg"].locmaker()
Property._property["capetown"].locmaker()
Property._property["durban"].locmaker()
Property.sproperty["rail1"].locmaker()
Property.sproperty["rail2"].locmaker()
Property.sproperty["rail3"].locmaker()
Property.sproperty["rail4"].locmaker()
_font_ = pygame.font.Font('freesansbold.ttf', 50)
#checking if someone reached winning amount
if player.player[0].total_wealth >= firstpage.p[
0].winamount or player.player[1].total_wealth >= firstpage.p[
0].winamount:
rollonce = 1
endturn = 1
if player.player[0].total_wealth >= firstpage.p[0].winamount:
functions.gameDisplay.fill(black)
functions.text_in_box(
"%r Won...Congratulations!!!" % firstpage.p[0].name, _font_,
orange, card_length,
(display_height / 2 + card_length) / 2 + 1.25 * blockh,
display_height - 2 * card_length, display_height / 2 -
((display_height / 2 + card_length) / 2 + 1.25 * blockh))
if player.player[1].total_wealth >= firstpage.p[0].winamount:
functions.gameDisplay.fill(black)
functions.text_in_box(
"%r Won...Congratulations!!!" % firstpage.p[1].name, _font_,
orange, card_length,
(display_height / 2 + card_length) / 2 + 1.25 * blockh,
display_height - 2 * card_length, display_height / 2 -
((display_height / 2 + card_length) / 2 + 1.25 * blockh))
if player.player[0].total_wealth <= 0:
functions.gameDisplay.fill(black)
functions.text_in_box(
"%r Won...Congratulations!!!" % firstpage.p[1].name, _font_,
orange, card_length,
(display_height / 2 + card_length) / 2 + 1.25 * blockh,
display_height - 2 * card_length, display_height / 2 -
((display_height / 2 + card_length) / 2 + 1.25 * blockh))
if player.player[1].total_wealth <= 0:
functions.gameDisplay.fill(black)
functions.text_in_box(
"%r Won...Congratulations!!!" % firstpage.p[0].name, _font_,
orange, card_length,
(display_height / 2 + card_length) / 2 + 1.25 * blockh,
display_height - 2 * card_length, display_height / 2 -
((display_height / 2 + card_length) / 2 + 1.25 * blockh))
#checking if someone cash <=0
if player.player[player_index].cash < 0:
functions.text_in_box(
"%r ,You are lack of cash, sell your properties/houses" %
firstpage.p[player_index].name, _font, orange, card_length,
(display_height / 2 + card_length) / 2 + 1.25 * blockh,
display_height - 2 * card_length, display_height / 2 -
((display_height / 2 + card_length) / 2 + 1.25 * blockh))
risk = 1
endturn = 1
if risk == 1 and player.player[player_index].cash > 0:
endturn = 0
if round_complete == 1:
functions.text_in_box(
"You Crossed Go , You gained $20000", __font, orange, card_length,
(display_height / 2 + card_length) / 2 + 1.25 * blockh,
display_height - 2 * card_length, display_height / 2 -
((display_height / 2 + card_length) / 2 + 1.25 * blockh))
if timerr == 8:
player.player[player_index].cash += 20000
player.player[player_index].total_wealth += 20000
cround[player_index] -= 40
timerr -= 1
if timerr == 0:
round_complete = 0
timerr = 8
#running different functions based on the call
if spcard_display == 1:
spcard_displayy()
if railway == 1:
railways()
if card_display == 1:
Prop()
if chance == 1:
Chance()
if comm == 1:
CommChest()
if incometax == 1:
if key == 0:
player.player[player_index].total_wealth = 0.9 * player.player[
player_index].total_wealth
player.player[player_index].cash = 0.9 * (
player.player[player_index].total_wealth * 10 / 9)
key = 2
if key == 2:
timer -= 1
functions.text_in_box(
"You paid income tax of %r" %
(0.1 * (player.player[player_index].total_wealth * 10 / 9)),
__font, orange, display_height / 2, display_height / 2,
display_height / 2 - card_length,
display_height / 2 - card_length)
if timer == 0:
incometax = 0
timer = 8
key = 1
elif incometax == 2:
if key == 0:
player.player[player_index].total_wealth -= 30000
player.player[player_index].cash -= 30000
key = 2
if key == 2:
timer -= 1
functions.text_in_box("You paid luxury tax of $30000", __font,
orange, display_height / 2,
display_height / 2,
display_height / 2 - card_length,
display_height / 2 - card_length)
if timer == 0:
incometax = 0
timer = 8
key = 1
player.player[1].draw()
player.player[0].draw()
#sketching the players boxes
for item, tempo in Property._property.items():
Property._property[item].squares()
Property.sproperty["electric"].squares()
Property.sproperty["water"].squares()
Property.sproperty["rail1"].squares()
Property.sproperty["rail2"].squares()
Property.sproperty["rail3"].squares()
Property.sproperty["rail4"].squares()
if Property.tflag == 1:
if Property.temo == Property.sproperty[
"rail1"] or Property.temo == Property.sproperty[
"rail2"] or Property.temo == Property.sproperty[
"rail3"] or Property.temo == Property.sproperty[
"rail4"]:
Property.temo.rcard()
else:
Property.temo.card()
if gotojail == 1:
GoToJail()
functions.text_in_box(firstpage.p[0].name, _font, maroon,
display_height + gaph, gapv, boxb, 0.1 * boxl)
functions.text_in_box("Cash %r" % player.player[0].cash, _font, maroon,
display_height + gaph, gapv + 0.1 * boxl, boxb,
0.1 * boxl)
functions.text_in_box("Net Worth %r" % player.player[0].total_wealth,
_font, maroon, display_height + gaph,
gapv + 0.9 * boxl, boxb, 0.1 * boxl)
functions.text_in_box(firstpage.p[1].name, _font, maroon,
display_height + gaph, 2 * gapv + boxl, boxb,
0.1 * boxl)
functions.text_in_box("Cash %r" % player.player[1].cash, _font, maroon,
display_height + gaph, 2 * gapv + boxl + 0.1 * boxl,
boxb, 0.1 * boxl)
functions.text_in_box("Net Worth %r" % player.player[1].total_wealth,
_font, maroon, display_height + gaph,
2 * gapv + boxl + 0.9 * boxl, boxb, 0.1 * boxl)
pygame.display.update()
def Button(msg, x, y, l, h, ac, ic, function, tc): #for drawing buttons
global player_index, place, card_display, spcard_display, railway, rolloncejail, temporary, timer, timerr
global rollonce, endturn, key, n, incometax, gotojail, cround, round_complete
pygame.draw.rect(functions.gameDisplay, ic, [x, y, l, h])
mouse = pygame.mouse.get_pos()
click = pygame.mouse.get_pressed()
if x < mouse[0] < x + l and y < mouse[1] < y + h:
pygame.draw.rect(functions.gameDisplay, ac, [x, y, l, h])
if click[0] == 1: #checking if pressed
if function == "roll":
if gotojail == 0 and player.player[
player_index].released == 1 and rollonce == 0: #diff working done based on the button pressed
n = functions.rolldice()
cround[player_index] += n
player.player[player_index].movement(n)
rollonce = 1
working()
if gotojail == 1 and player.player[
player_index].released == 0 and key == 3 and rolloncejail == 0:
n = functions.rolldice()
if functions.a == functions.b:
player.player[player_index].released = 1
rolloncejail = 1
key = 4
endturn = 0
if function == "endturn" and endturn == 0: #if endturn pressed
if player_index == 0:
player_index += 1
elif player_index == 1:
player_index -= 1
if player.player[player_index].released == 0:
gotojail = 1
rollonce = 0
card_display = 0
endturn = 1
Property.tflag = 0
spcard_display = 0
railway = 0
timer = 8
timerr = 8
if function == "yes":
player.player[player_index].cash -= Property._property[
place].cost
Property._property[place].owner = player_index
player.player[player_index].properties.append(place)
key = 2
if function == "Yes":
player.player[player_index].cash -= Property.sproperty[
place].cost
Property.sproperty[place].owner = player_index
key = 2
if function == "YeS":
player.player[player_index].cash -= Property.sproperty[
place].cost
Property.sproperty[place].owner = player_index
player.player[player_index].no_of_railways += 1
key = 2
if function == "no":
card_display = 0
spcard_display = 0
railway = 0
if function == "mort":
vvalid = 1
if Property.temo.owner != player_index or Property.temo.no_of_houses > 0:
vvalid = 0
for xplace, tempo in Property._property.items():
if Property._property[
xplace].country == Property.temo.country:
if Property._property[xplace].no_of_houses > 0:
vvalid = 0
break
if vvalid == 1:
Property.temo.owner = None
player.player[player_index].cash += Property.temo.mortgage
player.player[
player_index].total_wealth += Property.temo.mortgage
player.player[
player_index].total_wealth -= Property.temo.cost
if function == "build":
valid = 1
if Property.temo.owner != player_index or Property.temo.no_of_houses == 4:
valid = 0
for xplace, tempo in Property._property.items():
if Property._property[
xplace].country == Property.temo.country:
if (
Property._property[xplace].no_of_houses <
Property.temo.no_of_houses
) or Property._property[xplace].owner != player_index:
valid = 0
break
if valid == 1:
Property.temo.no_of_houses += 1
player.player[player_index].cash -= Property.temo.cost
if function == "sell":
valid = 1
if Property.temo.owner != player_index or Property.temo.no_of_houses == 0:
valida = 0
for xplace, tempo in Property._property.items():
if Property._property[
xplace].country == Property.temo.country:
if (
Property._property[xplace].no_of_houses >
Property.temo.no_of_houses
) or Property._property[xplace].owner != player_index:
valida = 0
break
if valida == 1:
Property.temo.no_of_houses -= 1
player.player[
player_index].cash += 0.5 * Property.temo.cost
if function == "roll_for_double":
key = 3
rolloncejail = 0
if function == "pay":
key = 5
player.player[player_index].cash -= 5000
player.player[player_index].total_wealth -= 5000
player.player[player_index].released = 1
endturn = 0
_font = pygame.font.Font('freesansbold.ttf', 20)
functions.text_in_box(msg, _font, tc, x, y, l, h)