def testgetComboScore(self): 'Test if the getComboScore is correct for five instances' get1 = Score() combo = 20 get1.getComboScore(combo) comboScore1 = 400 self.assertEqual(get1.returnCombo(),comboScore1) get2 = Score() combo = 10 get2.getComboScore(combo) comboScore2 = 100 self.assertEqual(get2.returnCombo(),comboScore2) get3 = Score() combo = 5 get3.getComboScore(combo) comboScore3 = 30 self.assertEqual(get3.returnCombo(),comboScore3) get4 = Score() combo = 3 get4.getComboScore(combo) comboScore4 = 10 self.assertEqual(get4.returnCombo(),comboScore4) get5 = Score() combo = 7 get5.getComboScore(combo) comboScore5 = 0 self.assertEqual(get5.returnCombo(),comboScore5)
class PlayScreen(object):
def __init__(self):
'''
PLAY SCREEN INIT
'''
# Init the font
self.largefont = pygame.font.SysFont("Impact", 20)
self.smallfont = pygame.font.SysFont("Impact", 15)
# Load all graphics for the screen
self.playbg = createGraphics("img/play_bg.png", 0,0) # load the backgorund
self.pause = createGraphics("img/pause.png", 745,450) # load the pause button
self.mute = createGraphics("img/mute.png", 745,496) # load the mute button
self.undo = createGraphics("img/undo.png", 745,542) # load the undo button
self.deck = createGraphics("img/deck.png", 21,449) # load the deck graphic
self.menubg = createGraphics("img/pause_menu_bg.png", 223,70) # load the pause menu popup
self.playOn = createGraphics("img/halda_afram.png", 242,99) # load the play on button in menu
self.playAgain = createGraphics("img/byrja_aftur.png", 242,211) # load the play again button in menu
self.stopGame = createGraphics("img/haetta_leik.png", 242,323) # load the stop game button in menu
self.endscreen = createGraphics("img/lose_bg.png", 0,0) # load the loose screen
self.winscreen = createGraphics("img/win_bg.png", 0,0) # load the win screen
self.register_bg = createGraphics("img/register_bg.png", 0,0) # load the top 10 register screen
self.view_toplist = createGraphics("img/view_toplist.png", 262,363) # load the view top list button
# For music player
self.last_song = createGraphics("img/last_song.png", 356,7)
self.play_song = createGraphics("img/pause_song.png", 381,7)
self.next_song = createGraphics("img/next_song.png", 412,7)
self.song = 0
self.initPlayer = True
# place cards on table in first iteration
self.initBoardMode = True
self.sound = True
self.i = 0
self.j = 0
play = Sound()
#card taken from deck
self.lastStock = False
'''
CARDS INIT
'''
self.suits = 'hsdc' #hearts, spades, diamonds, clubs
self.ranks = '23456789TJQKA' # all card types
cardslist = [rank + suit for suit in self.suits for rank in self.ranks] # create dummy deck
self.cardsImg = {} # list that will contain all card graphics
# create card graphic for every card in cardslist and put into self.cardsImg
for card in cardslist:
self.cardsImg[card] = createGraphics("img/cards/" + card + ".png",0,0)
'''
DRAGMODE INIT
'''
self.mouseInDeck = False
self.dragmode = False
self.selectedCard = None
self.selectedCardOrigPosL = None
self.selectedCardOrigPosT = None
self.displayMenu = False
'''
SCORE INIT
'''
self.score = Score()
self.currentScore = self.largefont.render(str(self.score.returnScore()), 1, (255,255,255))
self.currentScoreRect = self.currentScore.get_rect()
self.currentScoreRect = self.currentScoreRect.move(20,8)
# count successful moves in a row
self.combo = 0
# finalTime is set when game ends and is sent to high score etc
self.finalTime = 0
# Controls if to dispaly end screens or not
self.displayLoseScreen = False
self.displayWinScreen = False
self.checkGameStatus = True
self.gameResults = False
'''
TIME INIT
'''
# Time since program was executed
self.startTime = pygame.time.get_ticks()
# Time in pause mode
self.pauseTime = 0
# Object to write time to screen
self.displayTime = self.smallfont.render('Tími: ' + str(pygame.time.get_ticks() - self.startTime), 1, (255,255,255))
self.displayTimeRect = self.displayTime.get_rect()
self.displayTimeRect = self.displayTimeRect.move(100,8)
self.highscore = Highscore()
self.displayRegister = False
'''
TEXT INPUT INIT
'''
self.txtbx = eztext.Input(maxlength=45, color=(255,0,0), prompt='')
def gameOver(self, deck, pile, minidecks):
'''
Checks if the user has no more moves to make.
'''
gameover = True # assume the game is over
# If the deck is empty check if card in any minideck can go to pile
if deck.isEmpty():
for minideck in minidecks:
if not minideck.isEmpty():
if deck.isMatch(minideck.peek(),pile.topCard()):
gameover = False
break
else:
# deck is not empty so the game is not over
gameover = False
return gameover
def display(self, screen, currentScreenIndex, deck, pile, minidecks):
play = Sound()
# Is left mouse button pressed
isPressed = (pygame.mouse.get_pressed() == (1,0,0))
# Do we need to startover
startover = False
IMG = 0 # Location of graphic object in card list
RECT = 1 # Location of rect object in card list
# Count empty minidecks
numberofEmpties = 0 # Number of empty minidecks
for minideck in minidecks:
if minideck.isEmpty():
numberofEmpties += 1
# Is mouse over mute button
if collides(self.mute[RECT]):
if self.i%2==0:
self.mute[IMG] = pygame.image.load("img/mute_hover.png")
else:
self.mute[IMG] = pygame.image.load("img/mute.png")
if isPressed and self.i%2==0:
self.mouseInDeck = True
elif not isPressed and self.mouseInDeck and self.i%2==0:
self.mute[IMG] = pygame.image.load("img/mute_press.png")
self.mouseInDeck = False
self.sound = False
self.i += 1
isPressed = False
play.pauseSong()
elif isPressed and self.i%2==1 and self.mouseInDeck == False:
self.mouseInDeck = True
elif not isPressed and self.mouseInDeck and self.i%2==1:
self.mute[IMG] = pygame.image.load("img/mute.png")
self.mouseInDeck = False
self.sound = True
self.i += 1
isPressed = False
play.resumeSong()
# Is mouse over undo button
elif collides(self.undo[RECT]):
self.undo[IMG] = pygame.image.load("img/undo_hover.png")
if isPressed:
#Undo last action
if pile.isEmpty():
card = pile.topCard()
if self.lastStock:
deck._deck.append(card)
pile.takeLastCard()
self.lastStock = False
self.combo = 0
# Is the deck being clicked
elif collides(self.deck[RECT]) and isPressed:
# Wait until mouse is released
self.mouseInDeck = True
# Is mouse being released over deck and was it clicked before
elif collides(self.deck[RECT]) and not isPressed and self.mouseInDeck:
self.mouseInDeck = False
# Check if deck is empty
if not deck.isEmpty():
if self.sound and self.combo > 2:
play.comboBreaker()
# reset combo counter
self.combo = 0
# Draw card and place it on the pile
drawn_card = deck.draw_card()
#update that last action was from deck
self.lastStock = True
self.cardsImg[drawn_card][RECT] = self.cardsImg[pile.topCard()][RECT]
pile.put(drawn_card)
if self.sound == True:
play.drawCard()
else:
# No action required, make sure buttons are in original position
self.pause[IMG] = pygame.image.load("img/pause.png")
if self.i%2==1 and self.mouseInDeck == False:
self.mute[IMG] = pygame.image.load("img/mute_press.png")
elif self.i%2==0 and self.mouseInDeck == False:
self.mute[IMG] = pygame.image.load("img/mute.png")
self.undo[IMG] = pygame.image.load("img/undo.png")
# Draw play, mute and undo button to screen
screen.blit(self.playbg[IMG], self.playbg[RECT])
screen.blit(self.mute[IMG], self.mute[RECT])
screen.blit(self.undo[IMG], self.undo[RECT])
'''
MUSIC PLAYER
'''
screen.blit(self.last_song[IMG], self.last_song[RECT])
screen.blit(self.play_song[IMG], self.play_song[RECT])
screen.blit(self.next_song[IMG], self.next_song[RECT])
if abs(self.song) == play.getLenPlaylist():
self.song = 0
if self.initPlayer:
self.song = randint(0,play.getLenPlaylist()-1)
play.playSong(self.song)
self.initPlayer = False
if collides(self.last_song[RECT]):
self.last_song[IMG] = pygame.image.load("img/last_song_hover.png")
if isPressed:
self.song -= 1
if abs(self.song) == play.getLenPlaylist():
self.song = 0
play.playSong(self.song)
elif collides(self.play_song[RECT]):
if self.j%2 == 0:
self.play_song[IMG] = pygame.image.load("img/pause_song_hover.png")
else:
self.play_song[IMG] = pygame.image.load("img/play_song_hover.png")
if isPressed and self.j%2 == 0:
self.mouseInDeck = True
elif not isPressed and self.mouseInDeck and self.j%2 == 0:
self.play_song[IMG] = pygame.image.load("img/play_song.png")
self.mouseInDeck = False
self.j += 1
play.pauseSong()
elif isPressed and self.j%2==1 and self.mouseInDeck == False:
self.mouseInDeck = True
elif not isPressed and self.mouseInDeck and self.j%2==1:
self.play_song[IMG] = pygame.image.load("img/pause_song.png")
self.mouseInDeck = False
self.j += 1
isPressed = False
play.resumeSong()
elif collides(self.next_song[RECT]):
self.next_song[IMG] = pygame.image.load("img/next_song_hover.png")
if isPressed:
self.song += 1
if abs(self.song) == play.getLenPlaylist():
self.song = 0
play.playSong(self.song)
else:
self.last_song[IMG] = pygame.image.load("img/last_song.png")
if self.j%2 == 1:
self.play_song[IMG] = pygame.image.load("img/play_song.png")
else:
self.play_song[IMG] = pygame.image.load("img/pause_song.png")
self.next_song[IMG] = pygame.image.load("img/next_song.png")
nowplaying = self.largefont.render('i spilun: ' + play.getSongName(self.song), 1, (255,255,255))
screen.blit(nowplaying, (450,6))
# Place cards on the board
if self.initBoardMode:
# Display the pile
self.cardsImg[pile.topCard()][RECT] = self.cardsImg[pile.topCard()][RECT].move(131,450)
# Locate all cards in minidecks
xpos = 20
ypos = 57
for minideck in minidecks:
for card in minideck:
self.cardsImg[card][RECT] = self.cardsImg[card][RECT].move(xpos,ypos)
ypos += 50
xpos += 110
ypos = 57
# Only want to run this if loop once
self.initBoardMode = False
# Get the mouse position
mousepos = pygame.mouse.get_pos()
# If we are in dragmode
if self.dragmode:
# and if mouse is pressed
if isPressed:
# make selected card follow mouse position, -50 to place cursor in center of card
self.cardsImg[self.selectedCard][RECT][0] = mousepos[0]-50
self.cardsImg[self.selectedCard][RECT][1] = mousepos[1]-50
# Card released over pile, check if card can go to pile
elif not isPressed and self.cardsImg[self.selectedCard][RECT].colliderect(self.cardsImg[pile.topCard()][RECT]) and Deck.isMatch(self.selectedCard, pile.topCard()):
# the card can go to pile, move card from minideck to pile
self.combo += 1
#Play combo sound if combo
if self.combo == 3 and self.sound:
play.combo(3)
elif self.combo == 5 and self.sound:
play.combo(3)
elif self.combo == 10 and self.sound:
play.combo(3)
elif self.combo == 20 and self.sound:
play.combo(3)
self.score.getComboScore(self.combo)
self.score.normalMove()
# find out in what minideck selected card was
for minideck in minidecks:
# check if the card was in selected minideck
if self.selectedCard in minideck:
# pop the card from the minideck to the top of the pile
self.cardsImg[self.selectedCard][RECT] = self.cardsImg[pile.topCard()][RECT]
pile.put(minideck.pop())
#update lastStock
self.lastStock = False
if self.sound:
play.placeCard()
# re-init dragmode
self.selectedCard = None
self.selectedCardOrigPosL = None
self.selectedCardOrigPosT = None
self.dragmode = False
break
else:
# card can't go to pile
if self.sound and self.combo > 2:
play.comboBreaker()
# reset combo counter
self.combo = 0
# move it back to its original position in minideck
self.cardsImg[self.selectedCard][RECT][0] = self.selectedCardOrigPosL
self.cardsImg[self.selectedCard][RECT][1] = self.selectedCardOrigPosT
if self.sound:
play.wrongPlayed()
# re-init dragmode
self.selectedCard = None
self.dragmode = False
else:
# Check if we need to enable drag mode
for minideck in minidecks:
# Start dragmode when user clicks card for first time
if not minideck.isEmpty() and self.cardsImg[minideck.peek()][RECT].collidepoint(mousepos) and isPressed:
# start dragmode and start drag
self.dragmode = True
self.selectedCard = minideck.peek()
self.selectedCardOrigPosL = self.cardsImg[minideck.peek()][RECT][0]
self.selectedCardOrigPosT = self.cardsImg[minideck.peek()][RECT][1]
break
# Draw pile
screen.blit(self.cardsImg[pile.topCard()][IMG], self.cardsImg[pile.topCard()][RECT])
# Draw deck
if deck.isEmpty():
self.deck[IMG] = pygame.image.load("img/deck_empty.png")
else:
self.deck[IMG] = pygame.image.load("img/deck.png")
screen.blit(self.deck[IMG], self.deck[RECT])
# Cards in deck counter
deckCount = self.smallfont.render(str(deck.card_count()) + ' spil eftir', 1, (255,255,255))
# draw the count
screen.blit(deckCount, (21,428))
# Draw all cards in minidecks
for minideck in minidecks:
for card in minideck:
screen.blit(self.cardsImg[card][IMG], self.cardsImg[card][RECT])
# If card is selected, draw it
if self.selectedCard is not None:
screen.blit(self.cardsImg[self.selectedCard][IMG], self.cardsImg[self.selectedCard][RECT])
# if mouse hovers over pause button
if collides(self.pause[RECT]):
self.pause[IMG] = pygame.image.load("img/pause_hover.png") # display hover graphic
if isPressed:
self.displayMenu = True # start displaying pause menu
self.pauseTime = pygame.time.get_ticks() # start record time in pause mode
if self.sound == True:
play.select()
# if we are supposed to display pause menu
if self.displayMenu:
# draw pause menu graphic
self.playOn[IMG] = pygame.image.load("img/halda_afram.png")
self.playAgain[IMG] = pygame.image.load("img/byrja_aftur.png")
self.stopGame[IMG] = pygame.image.load("img/haetta_leik.png")
# if play on button is hovered
if collides(self.playOn[RECT]):
self.playOn[IMG] = pygame.image.load("img/halda_afram_hover.png") # display hover graphic
# if play button is pressed
if isPressed:
self.displayMenu = False # Hide menu
if self.sound == True:
play.select()
self.startTime += pygame.time.get_ticks() - self.pauseTime # add pause time to total time to subtract
# if play again button is hovered
elif collides(self.playAgain[RECT]):
self.playAgain[IMG] = pygame.image.load("img/byrja_aftur_hover.png") #display hover graphic
if isPressed:
startover = True # re-init playscreen class to start a new game
if self.sound == True:
play.select()
# if stop game button is hovered
elif collides(self.stopGame[RECT]):
self.stopGame[IMG] = pygame.image.load("img/haetta_leik_hover.png") # display hover graphic
if isPressed:
# end game and go to start screen
play.pauseSong()
currentScreenIndex = 0
startover = True
if self.sound == True:
play.select()
# draw the menu
screen.blit(self.menubg[IMG], self.menubg[RECT])
screen.blit(self.playOn[IMG], self.playOn[RECT])
screen.blit(self.playAgain[IMG], self.playAgain[RECT])
screen.blit(self.stopGame[IMG], self.stopGame[RECT])
# draw pause button
screen.blit(self.pause[IMG], self.pause[RECT])
# Update score
self.currentScore = self.largefont.render('Stig: ' + str(self.score.returnScore()), 1, (255,255,255))
screen.blit(self.currentScore, self.currentScoreRect)
# Update time
if self.displayMenu:
displayTimeString = str(self.pauseTime - self.startTime)
else:
displayTimeString = str(pygame.time.get_ticks() - self.startTime)
displayTimeString = displayTimeString[:-3]
# write time to screen
self.displayTime = self.largefont.render('Klukka: ' + displayTimeString, 1, (255,255,255))
screen.blit(self.displayTime, self.displayTimeRect)
# check if we are in 'game finished' mode
if self.displayLoseScreen or self.displayWinScreen:
'''
TODO: Highscore registration screen
'''
if isPressed:
if self.highscore.parseHighscores(self.score.getSumScore(self.gameResults)):
self.displayWinScreen = False
self.displayLoseScreen = False
self.displayRegister = True
else:
currentScreenIndex = STARTSCREEN
startover = True
color = (192, 57, 43)
if self.displayLoseScreen:
# if game was lost set color theme to red
color = (192, 57, 43)
self.gameResults = False
elif self.displayWinScreen:
# if game was won set color theme to green
color = (49, 182, 144)
self.gameResults = True
# create drawable objects for score and time. Score info is requested from model
timeLabel = self.smallfont.render(str(self.finalTime) , 1, color)
pointLabel = self.smallfont.render(str(self.score.returnNormalScore()), 1, color)
bonuspointLabel = self.smallfont.render(str(self.score.returnCombo()), 1, color)
timepointLabel = self.smallfont.render(str(self.score.getTimeScore(int(self.finalTime), self.gameResults)), 1, color)
totalpointLabel = self.largefont.render(str(self.score.getSumScore(self.gameResults)), 1, color)
# if lose screen draw lose screen
if self.displayLoseScreen:
screen.blit(self.endscreen[IMG], self.endscreen[RECT])
# if win screen draw win screen
elif self.displayWinScreen:
screen.blit(self.winscreen[IMG], self.winscreen[RECT])
# draw info to screen
screen.blit(timeLabel, timeLabel.get_rect().move(369,216))
screen.blit(pointLabel, pointLabel.get_rect().move(369,280))
screen.blit(bonuspointLabel, bonuspointLabel.get_rect().move(369,305))
screen.blit(timepointLabel, timepointLabel.get_rect().move(369,330))
screen.blit(totalpointLabel, totalpointLabel.get_rect().move(369,353))
# check if game is over
gameover = PlayScreen.gameOver(self, deck, pile, minidecks)
# if game is over and game status hasn't been checked
if gameover and self.checkGameStatus:
play.pauseSong()
self.displayLoseScreen = True # request lose screen
self.finalTime = displayTimeString # stop and save timer to variable
self.checkGameStatus = False # we only need to check game status once in each game
if self.sound == True:
play.gameOver()
# if all minidecks are empty and game status hasn't been checked
elif numberofEmpties == len(minidecks) and self.checkGameStatus:
play.pauseSong()
#play winning sound
if self.sound:
play.winning()
self.displayWinScreen = True # request win screen
self.finalTime = displayTimeString # stop and save timer to variable
self.checkGameStatus = False # we only need to check game status once in each game
if self.displayRegister:
screen.blit(self.register_bg[IMG], self.register_bg[RECT])
screen.blit(self.view_toplist[IMG], self.view_toplist[RECT])
if collides(self.view_toplist[RECT]) and isPressed:
self.highscore.addHighscore(self.score.getSumScore(self.gameResults), self.txtbx.getValue())
currentScreenIndex = TOPSCREEN
startover = True
# events for txtbx
events = pygame.event.get()
# process other events
'''
for event in events:
# close it x button si pressed
if event.type == QUIT: return
'''
# update txtbx
self.txtbx.update(events)
# blit txtbx on the sceen
self.txtbx.draw(screen)
# refresh the display
#pygame.display.flip()
# Send report to controller about current position
return currentScreenIndex, startover