def MainScreen(mainGame, screen, clock):
mainGame.prop_thumbs = pygame.transform.smoothscale(
CreateThumbs(mainGame.board, mainGame.cur_player), [385, 170])
roll_dice_button = pygame.Rect(
180, 610, 150, 70) #Create rectangle for roll dice/end turn button
buy_prop_button = pygame.Rect(
675, 690, 250, 70
) #Create rectangle for property buying button (also used for mortgaging and unmortgaging
buy_upgrade_button = pygame.Rect(350, 700, 150, 50)
sell_upgrade_button = pygame.Rect(520, 700, 150, 50)
in_jail_button = pygame.Rect(350, 610, 150, 70)
TB_img = pygame.transform.smoothscale(
pygame.image.load("img/Tower Block.png"), [75, 75])
CH_img = pygame.transform.smoothscale(
pygame.image.load("img/Council House.png"), [75, 75])
font_40 = pygame.font.SysFont('Arial',
40) #Font object for button captions
font_28 = pygame.font.SysFont(
'Arial',
28) #font object for displaying whose turn it is (among other things)
font_20 = pygame.font.SysFont('Arial', 20) #Font for the upgrade buttons
main_buts = [
Button(10, 690, 150, 70, "Leaderboards", font_28),
Button(10, 610, 150, 70, "Pause", font_40),
Button(900, 160, 100, 50, "Details", font_28)
]
dice_but_click = False #Booleans tracking whether the roll dice, end turn and but property buttons have been clicked yet this turn
turn_but_click = False
buy_but_click = False
mort_but_click = False
buy_upgrade_but_click = False
sell_upgrade_but_click = False
leave_bogside_but_click = False
use_card_but_click = False
msgBox = None
exitOnBoxClose = False
advanceOnBoxClose = False
fps = 10 #Used to determine the waiting between updating the game display
main_screen_running = True
while main_screen_running:
for event in pygame.event.get():
for but in main_buts:
but.handle_input_event(event)
if msgBox != None:
msgBox.handle_input_event(event)
if exitOnBoxClose and msgBox.should_exit:
main_screen_running = False
gotoScreen = -1
if advanceOnBoxClose and msgBox.should_exit:
mainGame.advancePlayer()
mainGame.prop_thumbs = pygame.transform.smoothscale(
CreateThumbs(mainGame.board,
mainGame.cur_player), [385, 170]
) #Generate thumbnails for new player (here so it is only done when the player changes, not every frame change)
advanceOnBoxClose = False
if msgBox.should_exit == False:
break
if event.type == pygame.QUIT:
main_screen_running = False
gotoScreen = -1
if event.type == pygame.KEYDOWN:
if event.key == pygame.K_ESCAPE: #Escape key exits the game
main_screen_running = False
gotoScreen = -1
if event.type == pygame.MOUSEBUTTONDOWN:
if event.button == 1: #Left mouse button
mouse_pos = event.pos #Position of the cursor when nouse was clicked
if buy_prop_button.collidepoint(mouse_pos):
if mainGame.getCurProp(
).prop_owner == -1: #Property is unowned
buy_but_click = True
elif mainGame.getCurProp(
).prop_owner == mainGame.cur_player: #If owned by current player, it may be mortgaged
mort_but_click = True
if roll_dice_button.collidepoint(mouse_pos):
if mainGame.controller.card_used == False:
use_card_but_click = True #Roll dice button was clicked
elif mainGame.controller.player_rolled == False:
dice_but_click = True #End turn button was clicked
else:
turn_but_click = True #Button to apply card effects was clicked
if in_jail_button.collidepoint(
mouse_pos
): #Button to pay £50 to get out of bogside was clicked
leave_bogside_but_click = True
if buy_upgrade_button.collidepoint(mouse_pos):
buy_upgrade_but_click = True
if sell_upgrade_button.collidepoint(mouse_pos):
sell_upgrade_but_click = True
#Clear screen and display main board
displayScreenAndBoard(screen, mainGame.board.board_img)
if dice_but_click: #If Roll Dice button was clicked
#Roll dice, move the piece accordingly, and display the dice rolls
mainGame.getDie(0).roll()
mainGame.getDie(1).roll()
dice_total = mainGame.getDiceTotal()
if mainGame.getCurPlayer().player_inJail == False:
mainGame.getCurPlayer().movePlayer(dice_total, mainGame.board)
elif mainGame.getDie(0).cur_score == mainGame.getDie(
1
).cur_score: #Doubles rolled, so player gets out of bogside
mainGame.getCurPlayer().leaveJail()
mainGame.getCurPlayer().movePlayer(dice_total, mainGame.board)
#Player does not move otherwise, as they must be lost in bogside
#Generate the dice images
mainGame.controller.roll_img1 = pygame.transform.smoothscale(
mainGame.getDie(0).getImg(), [70, 70])
mainGame.controller.roll_img2 = pygame.transform.smoothscale(
mainGame.getDie(1).getImg(), [70, 70])
if mainGame.getDie(0).cur_score != mainGame.getDie(
1
).cur_score: #If a double has not been rolled (rolling a double gives the player another turn)
mainGame.controller.player_rolled = True #So player only gets another turn if they rolled doubles
mainGame.controller.may_buy = True
if mainGame.getDie(0).cur_score == mainGame.getDie(1).cur_score:
mainGame.controller.cur_doubles += 1
if mainGame.controller.cur_doubles >= 3: #If player rolls 3 consecutive doubles, they go to Bogside
mainGame.sendCurPlayerToBog()
mainGame.controller.player_rolled = True #Will not get to roll again
#Determine rent if applicable
mainGame.controller.turn_rent = mainGame.determineRent()
if mainGame.controller.turn_rent != 0:
mainGame.getCurPlayer().spendMoney(
mainGame.controller.turn_rent
) #Decrease the player's money and credit the owner of the property that amount
if mainGame.getCurProp().prop_type != Prop_Type.PAYMENT:
mainGame.getPlayer(
mainGame.getCurProp().prop_owner).addMoney(
mainGame.controller.turn_rent)
#If the current space returns a card
if mainGame.getCurProp().prop_type == Prop_Type.POT_LUCK:
mainGame.controller.cur_card = mainGame.board.PL_Deck.getNextCard(
)
elif mainGame.getCurProp().prop_type == Prop_Type.COUNCIL_CHEST:
mainGame.controller.cur_card = mainGame.board.CC_Deck.getNextCard(
)
#If card will have just been returned, render the text that will show its effects
if mainGame.getCurProp(
).prop_type == Prop_Type.POT_LUCK or mainGame.getCurProp(
).prop_type == Prop_Type.COUNCIL_CHEST: #Card will have been returned
mainGame.controller.card_effs, mainGame.controller.card_texts = renderCardTexts(
font_28, mainGame.controller.cur_card)
mainGame.controller.card_used = False
#If the player lands on the 'Go To Bogside' space
if mainGame.getCurProp().prop_type == Prop_Type.GO_TO_BOGSIDE:
mainGame.sendCurPlayerToBog()
#Display whose turn it is, how much money this player has, and show their property overview
displayWhoseTurn(screen, font_28, mainGame.getCurPlayer())
displayPlayerMoney(screen, font_28,
mainGame.getCurPlayer().player_money)
displayPlayerToken(screen, mainGame.getCurPlayer())
displayPropThumbs(screen, mainGame.prop_thumbs, 610, 50)
displayDiceScore(screen, mainGame.controller.roll_img1,
mainGame.controller.roll_img2)
#Show each of the player's pieces at its requisite position on the board
displayPieces(screen, mainGame)
#Show the Roll Dice/End Turn button, and the appropriate caption
if mainGame.controller.card_used == False:
displayButtonRect(screen, roll_dice_button, (100, 100, 100),
font_40, 'Use Card', (0, 0, 0))
elif mainGame.controller.player_rolled == False:
displayButtonRect(screen, roll_dice_button, (100, 100, 100),
font_40, 'Roll Dice', (0, 0, 0))
else:
displayButtonRect(screen, roll_dice_button, (100, 100, 100),
font_40, 'End Turn', (0, 0, 0))
if mainGame.getCurPlayer().player_inJail and mainGame.getCurPlayer(
).player_hasBogMap: #If player is lost in bogside, but they have the equivelant of a "Get out of Jail Free" card
displayButtonRect(screen, in_jail_button, (100, 100, 100), font_28,
'Use Map', (0, 0, 0))
elif mainGame.getCurPlayer().player_inJail: #Don't have card
displayButtonRect(screen, in_jail_button, (100, 100, 100), font_28,
'Buy Map (£50)', (0, 0, 0))
#Display title deed for property currently on
if mainGame.getCurProp(
).prop_type == Prop_Type.NORMAL or mainGame.getCurProp(
).prop_type == Prop_Type.SCHOOL or mainGame.getCurProp(
).prop_type == Prop_Type.STATION: #If property actually will have a title deed to display
title_deed = pygame.transform.smoothscale(
mainGame.getCurProp().getTitleDeed(), [270, 400])
screen.blit(title_deed, [665, 230])
if mainGame.getCurProp().prop_type == Prop_Type.NORMAL:
#Normal properties are the only ones that can have Council Houses and Tower Blocks on them
displayUpgrades(screen, CH_img, TB_img, mainGame.getCurProp(),
font_40)
if mainGame.getCurProp().prop_owner == mainGame.cur_player:
if mainGame.board.wholeGroupOwned(
mainGame.cur_player,
mainGame.getCurPlayer().player_pos
): #May only be bought if the property is owned by the current player and the entire colour group is owned
if mainGame.getCurProp().C_Houses < 4:
displayButtonRect(screen, buy_upgrade_button,
(100, 100, 100), font_20,
'Buy Council House', (0, 0, 0))
elif mainGame.getCurProp().T_Blocks == 0:
displayButtonRect(screen, buy_upgrade_button,
(100, 100, 100), font_20,
'Buy Tower Block', (0, 0, 0))
if mainGame.getCurProp().T_Blocks > 0:
displayButtonRect(screen, sell_upgrade_button,
(100, 100, 100), font_20,
'Sell Tower Block', (0, 0, 0))
elif mainGame.getCurProp().C_Houses > 0:
displayButtonRect(screen, sell_upgrade_button,
(100, 100, 100), font_20,
'Sell Council House', (0, 0, 0))
if mainGame.getCurProp(
).prop_type == Prop_Type.NORMAL or mainGame.getCurProp(
).prop_type == Prop_Type.SCHOOL or mainGame.getCurProp(
).prop_type == Prop_Type.STATION:
if mainGame.getCurProp().prop_owner == mainGame.cur_player:
#Display relevant button for mortgaging or unmortgaging a property
if mainGame.getCurProp(
).mortgage_status: #Property is mortgaged
displayButtonRect(screen, buy_prop_button,
(100, 100, 100), font_28,
'Unmortgage Property', (0, 0, 0))
else:
displayButtonRect(screen, buy_prop_button,
(100, 100, 100), font_28,
'Mortgage Property', (0, 0, 0))
if mainGame.getCurProp(
).prop_owner == -1 and mainGame.controller.may_buy:
#Give player the opportunity to buy property (since it is available and they have began their turn by rolling the dice)
displayButtonRect(screen, buy_prop_button, (100, 100, 100),
font_40, 'Buy Property', (0, 0, 0))
elif mainGame.getCurProp().prop_owner != -1:
#Property is owned by a player so display information pertaining to the owning of said property by this aforementioned player
displayOwner(
screen, font_28,
mainGame.getPlayer(mainGame.getCurProp().prop_owner))
else:
if mainGame.getCurProp(
).prop_type != Prop_Type.LOST_IN_BOGSIDE: #Will work perfectly normally for all properties but the Lost In Bogside square
tit_str = mainGame.getCurProp().prop_title
elif mainGame.getCurPlayer(
).player_inJail: #If Player is actually 'in jail'
tit_str = "Lost In Bogside"
else:
tit_str = "On The Paths" #In the same space but can move freely (i.e. 'not in jail')
tit_text = font_40.render(
tit_str, True, (0, 0, 0)
) #Render the property name as it does not have a title deed that can do so
t_width, t_height = font_40.size(tit_str)
screen.blit(tit_text, [(400 - t_width) / 2 + 600, 220])
if mainGame.getCurProp(
).prop_type == Prop_Type.NORMAL or mainGame.getCurProp(
).prop_type == Prop_Type.SCHOOL or mainGame.getCurProp(
).prop_type == Prop_Type.STATION or mainGame.getCurProp(
).prop_type == Prop_Type.PAYMENT: #If incurs a charge
try:
if mainGame.controller.turn_rent != 0: #If rent has actually been charged then the player is told they themselves have paid whatever amount
displayPaidRent(screen, font_28,
mainGame.controller.turn_rent)
elif mainGame.getCurProp(
).prop_owner == mainGame.cur_player and mainGame.getCurProp(
).prop_type == Prop_Type.NORMAL: #If property is owned by the current player and NORMAL (since other properties depend on those owned and dice rolls
if mainGame.board.wholeGroupOwned(
mainGame.getCurProp().prop_owner,
mainGame.getCurPlayer().player_pos
) and mainGame.getCurProp().C_Houses == 0:
displayRent(screen, font_28,
mainGame.getCurProp().getRent() * 2)
else:
displayRent(screen, font_28,
mainGame.getCurProp().getRent())
except AttributeError: #Prevents errors as PAYMENT property has no owner but changes variable turn_rent
pass
if mainGame.getCurProp(
).prop_type == Prop_Type.POT_LUCK or mainGame.getCurProp(
).prop_type == Prop_Type.COUNCIL_CHEST:
if mainGame.controller.cur_card != None: #If player was already on one of these places when their turn begins, cur_card and card_texts will be None object; this condition prevents an error when the following code thinks that it is
displayCard(screen, mainGame.controller.cur_card)
t_count = 0
for cur_text in mainGame.controller.card_texts:
w, h = cur_text.get_size()
screen.blit(cur_text,
[(400 - w) / 2 + 600, 480 + t_count * 25])
t_count += 1
if turn_but_click: #End Turn button
#If player could sell some things to avoid going bankrupt
cont = True
if mainGame.getCurPlayer().player_money < 0 and (
getObtainMon(mainGame.board, mainGame.cur_player) +
mainGame.getCurPlayer().player_money) >= 0:
msgBox = MessageBox(
screen,
'You need to ensure your money is 0 or above before you can finish your turn. Please sell or mortgage some assets to continue.',
'Not Enough Money')
cont = False
elif (
getObtainMon(mainGame.board, mainGame.cur_player) +
mainGame.getCurPlayer().player_money
) < 0: #If it is impossible for a player to not end up in debt, they go bankrupt
mainGame.getCurPlayer().deactivate(
) #Remove player from the game
cont = False
for counter in range(mainGame.board.max_pos):
if mainGame.board.getProp(
counter).prop_type == Prop_Type.NORMAL:
if mainGame.board.getProp(
counter).prop_owner == mainGame.cur_player:
mainGame.board.getProp(counter).p_owner = -1
mainGame.board.getProp(
counter).mortgage_status = False
mainGame.board.getProp(counter).C_Houses = 0
mainGame.board.getProp(counter).T_Blocks = 0
if mainGame.board.getProp(
counter
).prop_type == Prop_Type.SCHOOL or mainGame.board.getProp(
counter).prop_type == Prop_Type.STATION:
if mainGame.board.getProp(
counter).prop_owner == mainGame.cur_player:
mainGame.board.getProp(counter).p_owner = -1
mainGame.board.getProp(
counter).mortgage_status = False
msgBox = MessageBox(
screen,
'Unfortunately, this utopian capitalist world has ceased to be utopian for you: you have gone bankrupt and are no longer in the game.',
'Game Over')
advanceOnBoxClose = True
#Next player's turn now (if the previous player has no more to do
if cont:
mainGame.advancePlayer()
mainGame.prop_thumbs = pygame.transform.smoothscale(
CreateThumbs(mainGame.board,
mainGame.cur_player), [385, 170]
) #Generate thumbnails for new player (here so it is only done when the player changes, not every frame change)
if mainGame.countActivePlayers() < 2:
mainGame.advancePlayer()
msgBox = MessageBox(
screen,
mainGame.getCurPlayer().player_name + ' has won the game.',
'Game Over')
exitOnBoxClose = True
#Button for buying a property has been clicked
if buy_but_click and (
mainGame.getCurProp().prop_type == Prop_Type.NORMAL
or mainGame.getCurProp().prop_type == Prop_Type.SCHOOL
or mainGame.getCurProp().prop_type == Prop_Type.STATION
): #Final check that the property can actually be owned
#Player wished to buy property
if mainGame.getCurProp(
).prop_owner == -1: #Property is unowned, hence can actually be bought
if mainGame.getCurPlayer().player_money >= mainGame.getCurProp(
).cost:
#Player has enough money
mainGame.getCurPlayer().spendMoney(mainGame.getCurProp(
).cost) #Decrease the player's bank balance accordingly
mainGame.getCurProp().buyProperty(
mainGame.cur_player
) #Change the property's status to track the new ownership
mainGame.prop_thumbs = pygame.transform.smoothscale(
CreateThumbs(mainGame.board,
mainGame.cur_player), [385, 170]
) #Update title deed thumbnails to reflect newly purchased properties
#Button to apply the effects of a Pot Luck or Council Chest card
if use_card_but_click and mainGame.controller.cur_card != None: #Check there is a card to work with
mainGame.controller.card_used = True
mainGame.applyCardEffects() #Apply card effects
#All of the following may only be done if the current player owns the property
#Button for mortgaging or unmortgaging a property
if mort_but_click and (
mainGame.getCurProp().prop_type == Prop_Type.NORMAL
or mainGame.getCurProp().prop_type == Prop_Type.SCHOOL
or mainGame.getCurProp().prop_type == Prop_Type.STATION
): #Final check that the property is one that may be mortgaged
if mainGame.getCurProp(
).prop_owner == mainGame.cur_player and mainGame.getCurProp(
).mortgage_status == False: #Property must be owned by the current player and not already mortgaged
mainGame.getCurProp(
).mortgage_status = True #Property is now mortgaged
mainGame.getCurPlayer().addMoney(
int(mainGame.getCurProp().mortgage_val))
elif mainGame.getCurProp(
).prop_owner == mainGame.cur_player and mainGame.getCurProp(
).mortgage_status: #Property must be owned by the current player and is mortgaged
if mainGame.getCurPlayer().player_money >= mainGame.getCurProp(
).mortgage_val * 1.2: #Player has sufficient money to unmortgage the property (twice the money gotten by mortgaging it)
mainGame.getCurProp(
).mortgage_status = False #Property is no longer in a state of being mortgaged
mainGame.getCurPlayer().spendMoney(
int(mainGame.getCurProp().mortgage_val * 1.2)
) #Decrease player's money by the cost of unmortgaging the property
#Button for buying a Council House or Tower Block
if buy_upgrade_but_click and mainGame.getCurProp(
).prop_type == Prop_Type.NORMAL and mainGame.board.wholeGroupOwned(
mainGame.cur_player,
mainGame.getCurPlayer().player_pos
): #Player wishes to upgrade the property and said upgrade can actually be purchaed
if mainGame.getCurProp(
).prop_owner == mainGame.cur_player: #May only be bought if the property is owned by the current player
if mainGame.getCurProp(
).C_Houses < 4: #Fewer than 4 Council Houses, so these are the next upgrade to be bought
if mainGame.getCurPlayer().player_money >= (
mainGame.getCurProp().CH_cost *
mainGame.board.countGroupSize(
mainGame.cur_player,
mainGame.getCurPlayer().player_pos)
): #Player actually has enough money to buy the Council House upgrade
mainGame.board.buyCHGroup(
mainGame.cur_player,
mainGame.getCurPlayer().player_pos
) #Buy the Council Houses for the whole group
mainGame.getCurPlayer().spendMoney(
mainGame.getCurProp().CH_cost *
mainGame.board.countGroupSize(
mainGame.cur_player,
mainGame.getCurPlayer().player_pos)
) #Decrease the player's money by the cost of a Council House for however many properties are in the group
elif mainGame.getCurProp(
).C_Houses == 4 and mainGame.getCurProp(
).T_Blocks == 0: #4 Council Houses and no Tower Blocks, so Tower Block can be bought
if mainGame.getCurPlayer().player_money >= (
mainGame.getCurProp().TB_cost *
mainGame.board.countGroupSize(
mainGame.cur_player,
mainGame.getCurPlayer().player_pos)
): #Player actually has enough money to buy the Tower Block upgrade
mainGame.board.buyTBGroup(
mainGame.cur_player,
mainGame.getCurPlayer().player_pos
) #Buy the Council Houses for the whole group
mainGame.getCurPlayer().spendMoney(
mainGame.getCurProp().TB_cost *
mainGame.board.countGroupSize(
mainGame.cur_player,
mainGame.getCurPlayer().player_pos)
) #Decrease the player's money by the cost of a Tower Block for however many properties are in the group
#Button for selling a Council House or Tower Block
if sell_upgrade_but_click and mainGame.getCurProp(
).prop_type == Prop_Type.NORMAL and mainGame.board.wholeGroupOwned(
mainGame.cur_player,
mainGame.getCurPlayer().player_pos
): #Player wishes to upgrade the property and said upgrade can actually be purchaed
if mainGame.getCurProp(
).prop_owner == mainGame.cur_player: #May only be bought if the property is owned by the current player
if mainGame.getCurProp(
).T_Blocks > 0: #Property has a Tower Block that can be sold
mainGame.board.sellTBGroup(
mainGame.cur_player,
mainGame.getCurPlayer().player_pos
) #Sell the Tower Blocks for the whole group
mainGame.getCurPlayer().addMoney(
int(mainGame.getCurProp().TB_cost / 2 *
mainGame.board.countGroupSize(
mainGame.cur_player,
mainGame.getCurPlayer().player_pos))
) #Increase the player's money by half of what the upgrades were bought for
elif mainGame.getCurProp(
).C_Houses > 0: #No Tower Blocks, buy some Council Houses which can instead be sold
mainGame.board.sellCHGroup(
mainGame.cur_player,
mainGame.getCurPlayer().player_pos
) #Sell the Council Houses for the whole group
mainGame.getCurPlayer().addMoney(
int(mainGame.getCurProp().CH_cost / 2 *
mainGame.board.countGroupSize(
mainGame.cur_player,
mainGame.getCurPlayer().player_pos))
) #Increase the player's money by half of what the upgrades were bought for
#Button to buy a map out of Bogside for £50
if leave_bogside_but_click and (
mainGame.getCurPlayer().player_money >= 50
or mainGame.getCurPlayer().player_hasBogMap
) and mainGame.getCurPlayer().player_inJail:
mainGame.getCurPlayer().leaveJail()
if mainGame.getCurPlayer().player_hasBogMap == False:
mainGame.getCurPlayer().spendMoney(50)
else:
mainGame.getCurPlayer().useBogMap()
if msgBox != None:
msgBox.update()
if msgBox.should_exit == False:
msgBox.draw(screen)
if main_buts[2].clicked(): #Details
main_screen_running = False
gotoScreen = 2
if main_buts[0].clicked(): #Leaderboards
main_screen_running = False
gotoScreen = 3
if main_buts[1].clicked(): #Pause
main_screen_running = False
gotoScreen = 4
for but in main_buts:
but.render(screen)
#Reset button booleans so that effects of clicking buttons do not happen more than once
dice_but_click = False
turn_but_click = False
buy_but_click = False
mort_but_click = False
buy_upgrade_but_click = False
sell_upgrade_but_click = False
leave_bogside_but_click = False
use_card_but_click = False
clock.tick(
fps
) #10 fps currently, but could easily be changed to update more or less often
pygame.display.flip(
) #Refresh display from a pygame perspective, to reflect the screen.blit()s
return mainGame, gotoScreen #Pass the Game object and the integer storing where the game will go to next back out to the main game loop
import pygame
from msgbox import MessageBox
pygame.init()
screen = pygame.display.set_mode((750, 500))
clock = pygame.time.Clock()
message = 'The quick brown fox jumps over the lazy dog, but that does not tell us anything about what the cat did \n This starts a new line'
title = 'This is a title'
messageBox = MessageBox(screen, message, title)
running = True
while running:
clock.tick(60)
for event in pygame.event.get():
messageBox.handle_input_event(event)
if messageBox.should_exit == False: #Prevents any other actions taking place on screen while the messagebox is visible.
break
if event.type == pygame.QUIT:
running = False
screen.fill((0, 0, 0))
messageBox.update()
if messageBox.should_exit == False:
messageBox.draw(screen)
pygame.display.flip()
pygame.quit()
def OfflinePauseMenu(mainGame, screen, clock):
save_file_box = TextBox(
(340, 300, 560, 50),
clear_on_enter=False,
inactive_on_enter=False,
active=False,
active_color=pygame.Color(
"red")) #Create text box for storing save file path
save_file_box.buffer = list(
mainGame.save_path
) #list() is used to convert string into array of characters
music_box = pygame.Rect(100, 200, 40, 40)
font_48 = pygame.font.SysFont(
'Arial', 48) #Fonts used for texts, of various sizings
font_60 = pygame.font.SysFont('Arial', 60)
font_40 = pygame.font.SysFont('Arial', 40)
font_28 = pygame.font.SysFont('Arial', 28)
enable_txt = "Enable"
if mainGame.autosave:
enable_txt = "Disable"
pause_buts = [
Button(150, 425, 300, 80, "Save and Exit", font_40),
Button(600, 425, 300, 80, "Exit Without Saving", font_40),
Button(75, 620, 400, 80, "Save and Restart", font_40),
Button(550, 620, 400, 80, "Restart Without Saving", font_40),
Button(750, 10, 200, 80, "Resume", font_60),
Button(910, 300, 90, 50, "Change", font_28),
Button(910, 360, 90, 50, enable_txt, font_28)
]
msgBox = None #Will become MessageBox object as required
pause_title = font_60.render("The Game is Paused", True,
(0, 0, 0)) #Generate text for titles
settings_txt = font_60.render("Settings:", True,
(0, 0, 0)) #Settings sub-heading
toggle_txt = font_48.render("Toggle Background Music", True,
(0, 0, 0)) #Text next to check box
save_txt = font_60.render("Save Game:", True,
(0, 0, 0)) #Save Game sub-heading
save_file_txt = font_48.render("Save File Path:", True,
(0, 0, 0)) #Title of save path text box
new_txt = font_60.render("New Game:", True,
(0, 0, 0)) #New game sub-heading
autosave_txt = [
font_48.render("Autosave is currently off", True, (0, 0, 0)),
font_48.render("Autosave is currently on", True, (0, 0, 0))
]
music_box_click = False
pause_menu_running = True
while pause_menu_running:
for event in pygame.event.get():
for but in pause_buts:
but.handle_input_event(event)
if msgBox != None: #If a MessageBox has been created
msgBox.handle_input_event(event)
if msgBox.should_exit == False:
break #Exit for loop; do not register any other objects
if event.type == pygame.QUIT:
pause_menu_running = False
gotoScreen = -1
if event.type == pygame.KEYDOWN:
if event.key == pygame.K_ESCAPE: #Escape key exits the game
pause_menu_running = False #This screen will no longer run
gotoScreen = -1 #Game will completely exit
if event.type == pygame.MOUSEBUTTONDOWN:
if event.button == 1: #Left mouse button
if music_box.collidepoint(
event.pos
): #Check box for toggling background music
music_box_click = True
save_file_box.get_event(
event
) #Function that allows each textbox to register key presses and the like
screen.fill((255, 255, 255)) #Clear the screen
pygame.draw.rect(screen, (0, 0, 0),
pygame.Rect(50, 20, 20,
60)) #Rectangles for pause symbol
pygame.draw.rect(screen, (0, 0, 0), pygame.Rect(80, 20, 20, 60))
screen.blit(pause_title, [120, 10])
screen.blit(settings_txt, [10, 110])
pygame.draw.rect(screen, (0, 0, 0), music_box,
2) #Display blank check box
if not mainGame.pause: #If music is unpaused, check box needs to be checked
pygame.draw.line(
screen, (0, 0, 0), [102, 220], [115, 238],
4) #Display two lines corresponding to the two parts of a tick
pygame.draw.line(screen, (0, 0, 0), [115, 238], [145, 195], 4)
screen.blit(toggle_txt, [150, 190])
screen.blit(save_txt, [10, 240])
screen.blit(save_file_txt, [30, 300])
screen.blit(new_txt, [10, 550])
save_file_box.update() #Update the textbox based on events
save_file_box.draw(screen) #Draw the text box and contents on screen
screen.blit(autosave_txt[int(mainGame.autosave)], [30, 360])
if pause_buts[5].clicked(): #Button for updating save file path
valid = True #Whether the file path entered is valid
if save_file_box.getContents()[-3:].lower(
) != "dfo": #Must have correct file ending, or invalid
msgBox = MessageBox(
screen,
'Invalid file. Please ensure the entered file has the correct .dfo file ending.',
'File Error')
valid = False #Path is not valid as wrong file ending
if valid:
try:
os.makedirs(os.path.dirname(save_file_box.getContents()),
exist_ok=True)
f = open(save_file_box.getContents(), 'w+')
except: #Any error occurs in creating the directory or file
msgBox = MessageBox(
screen,
'Invalid save file entered. Please ensure the path entered exists and you have permissions to access it (the file does not have to)',
'Invalid Save File')
valid = False #Path is not valid as cannot be created without error
if valid:
mainGame.save_path = save_file_box.getContents(
) #Update save file within the Game object
mainGame.saveGame() #Save the game in the newly entered file
if pause_buts[6].clicked(
): #Button for toggling autosave feature on/off
mainGame.autosave = not mainGame.autosave #Toggle the boolean value of autosave
if mainGame.autosave:
pause_buts[6].updateCap("Disable")
else:
pause_buts[6].updateCap("Enable")
if pause_buts[0].clicked(): #Save and Exit
mainGame.saveGame() #Save game
pause_menu_running = False #This screen no longer running
gotoScreen = -1 #Don't go to any other screen (i.e. exit completely)
if pause_buts[1].clicked(): #Exit without saving
pause_menu_running = False #This screen no longer running
gotoScreen = -1 #Don't go to any other screen (i.e. exit completely)
if pause_buts[2].clicked(): #Save and restart
mainGame.saveGame() #Save the game
pause_menu_running = False #This screen no longer running
gotoScreen = 0
if pause_buts[3].clicked(): #Restart without saving
pause_menu_running = False #This screen no longer running
gotoScreen = 0 #Goto new game screen
if pause_buts[4].clicked(): #Resume
pause_menu_running = False
gotoScreen = 1
if music_box_click: #Check box for background music
if mainGame.pause: #Music is currently paused
pygame.mixer.music.unpause() #Unpause music
else: #Music is currently unpaused
pygame.mixer.music.pause() #Pause music
mainGame.pause = not mainGame.pause #Toggle state of pause in Game class
if msgBox != None: #If a MessageBox has been created
msgBox.update() #Update message box with relevant events
if msgBox.should_exit == False: #If message box should be showing
msgBox.draw(screen) #Draw message box on screen
for but in pause_buts:
but.render(screen)
music_box_click = False
clock.tick(10) #10 fps
pygame.display.flip() #Refresh screen
return mainGame, gotoScreen #Pass the Game object and the integer storing where the game will go to next back out to the main game loop
def Leaderboards(mainGame, screen, clock):
font_48 = pygame.font.SysFont('Arial', 48) #Font for title and name
font_40 = pygame.font.SysFont('Arial', 40) #Font for the "?" and Exit buttons
font_28 = pygame.font.SysFont('Arial', 28) #Font for actual leaderboards and attributes
font_32b = pygame.font.SysFont('Arial', 32, True) #Font for column headings
lead_arr = setup2DArray(mainGame)
#Arrow images to be displayed on the buttons that are used by the player for choosing which column to sort on and whether to sort ascending or descending
arrow_both = pygame.image.load("img/Arrows/both.png")
arrow_up = pygame.image.load("img/Arrows/up.png")
arrow_down = pygame.image.load("img/Arrows/down.png")
#Initialise button array
sort_buts = [pygame.Rect(360,80,40,40), pygame.Rect(610,80,40,40), pygame.Rect(940,80,40,40)]
leader_buts = [Button(880, 10, 120, 50, 'Exit', font_40),
Button(819, 10, 50, 50, '?', font_40)]
msgBox = MessageBox(screen, 'Total Money measures simply how much money each player has in the Bank. \n Total Assets counts the values of all owned properties, upgrades, etc. based on how much was paid for them initially. \n Obtainable Money is how much money each player could get if they were to sell off all of their properties and the like.', 'Leaderboards: Explained')
msgBox.should_exit = True
tit_text = font_48.render('Viewing Leaderboards:', True, (0,0,0)) #Render title at top left of screen
head_1 = font_32b.render('Player', True, (0,0,0))
head_2 = font_32b.render('Total Money', True, (0,0,0))
head_3 = font_32b.render('Total Assets', True, (0,0,0))
head_4 = font_32b.render('Obtainable Money', True, (0,0,0))
mon_text = font_48.render(mainGame.getCurPlayer().player_name, True, (0,0,0)) #Render player money on screen
f_width, f_height = font_48.size(mainGame.getCurPlayer().player_name)
y_top = 120 #First y co-ordinate for a row of details
y_space = 40 #Co-ordinate spacing between rows
fps = 10
sort_column = 1
sort_asc = False
sort_but_click = -1
lead_arr = quickSort(lead_arr, 0, lead_arr.shape[0]-1, sort_column, sort_asc)
leaderboards_running = True
while leaderboards_running: #Main loop for this part of the program
for event in pygame.event.get():
for but in leader_buts:
but.handle_input_event(event)
msgBox.handle_input_event(event)
if msgBox.should_exit == False:
break
if event.type == pygame.QUIT:
leaderboards_running = False
gotoScreen = -1
if event.type == pygame.KEYDOWN: #If any key pressed
if event.key == pygame.K_ESCAPE: #Escape key exits the game
leaderboards_running = False
gotoScreen = -1
if event.type == pygame.MOUSEBUTTONDOWN:
if event.button == 1: #Left mouse button
mouse_pos = event.pos #Position of the cursor when nouse was clicked
for counter in range(3): #Cycle through all the arrays of buttons to see if any have been clicked
if sort_buts[counter].collidepoint(mouse_pos):
sort_but_click = counter
screen.fill((255,255,255))
screen.blit(tit_text, [10, 10])
screen.blit(mon_text, [(770-f_width), 10])
pygame.draw.rect(screen, (0,0,0), pygame.Rect(10,70,1000,700), 10) #Draw black rectangle surrounding the property data
#Display each of the column headings (bold text)
screen.blit(head_1, [30, 80])
screen.blit(head_2, [200, 80])
screen.blit(head_3, [450, 80])
screen.blit(head_4, [700, 80])
for counter in range(3):
displayButtonRect(screen, sort_buts[counter], (100, 100, 100), font_28, '', (0, 0, 0))
if counter == sort_column-1:
if sort_asc:
screen.blit(arrow_down, [sort_buts[counter].x, sort_buts[counter].y])
else:
screen.blit(arrow_up, [sort_buts[counter].x, sort_buts[counter].y])
else:
screen.blit(arrow_both, [sort_buts[counter].x, sort_buts[counter].y])
y_pos = y_top #Y co-ordinate of the first row of data
for counter in range(lead_arr.shape[0]):
text_1 = font_28.render(mainGame.getPlayer(lead_arr[counter][0]).player_name, True, (0,0,0)) #Property name/title
screen.blit(text_1, [30, y_pos])
text_2 = font_28.render(str(lead_arr[counter][1]), True, (0,0,0))
screen.blit(text_2, [200, y_pos])
text_3 = font_28.render(str(lead_arr[counter][2]), True, (0,0,0))
screen.blit(text_3, [450, y_pos])
text_4 = font_28.render(str(lead_arr[counter][3]), True, (0,0,0))
screen.blit(text_4, [700, y_pos])
y_pos += y_space #Increment y co-ordinate variable by the difference in co-ordinates between each row, as already defined
if sort_but_click != -1:
if sort_column == sort_but_click+1:
sort_asc = not sort_asc
else:
sort_column = sort_but_click + 1
sort_asc = False
lead_arr = quickSort(lead_arr, 0, lead_arr.shape[0]-1, sort_column, sort_asc)
if leader_buts[0].clicked():
leaderboards_running = False
gotoScreen = 1
if leader_buts[1].clicked():
msgBox.should_exit = False
msgBox.update()
if msgBox.should_exit == False:
msgBox.draw(screen)
for but in leader_buts:
but.render(screen)
sort_but_click = -1
clock.tick(fps) #10 fps currently, but could easily be changed to update more or less often
pygame.display.flip() #Refresh display from a pygame perspective, to reflect the screen.blit()s
return mainGame, gotoScreen #Pass the Game object and the integer storing where the game will go to next back out to the main game loop