def __init__(self, main):
self.main = main
self.highScores = []
self.highScoreDisplays = []
# populate the highscores and displays
for i in range(0, 5):
self.highScores.append(0)
tScore = TextItem(400,
250 + i * 50,
400,
150,
[str(i + 1) + ': ' + str(self.highScores[i])],
showRect=False)
self.highScoreDisplays.append(tScore)
self.background_image = os.path.join('assets', 'startscreen',
'night_sunset_gradient.png')
self.background = Background(self.background_image)
self.menuBtn = Button(500, 600, 200, 75, 'Menu')
self.playerScoreDisplay = TextItem(400,
100,
400,
150, [''],
showRect=False,
fontSize=72)
def initOthers(self,screenSize): self.scoreDisplay = TextItem(.5 *screenSize[0], 0, .14*screenSize[0], .08*screenSize[1], ['Score: '], showRect = False) self.levelDisplay = TextItem(.64*screenSize[0], 0 , .21*screenSize[0], .08*screenSize[1], ['Current Level: '], showRect = False) self.goalDisplay = TextItem(.67 *screenSize[0],.26*screenSize[1], .12*screenSize[0], .08*screenSize[1], ['Fill to: '], textColor= (255,255,255), showRect = False) self.feedback_width = .42 *screenSize[0] self.feedback_height = .22*screenSize[1] self.feedback_x = (screenSize[0] / 2) - (self.feedback_width / 2) self.feedback_y = (screenSize[1] / 2) - (self.feedback_height / 2) self.gameScreenUI = [] self.gameScreenUI.append(self.goalDisplay) self.gameScreenUI.append(self.scoreDisplay) self.gameScreenUI.append(self.levelDisplay) self.goalContainer = Container(.67 * screenSize[0], .33*screenSize[1], 0, 1, .12*screenSize[0], .28*screenSize[1], False) self.goalFill = 1.0 #temporary goal fill amount #the number you are aiming for self.winScreen = TextItem(self.feedback_x, self.feedback_y, self.feedback_width, self.feedback_height, ['Nice Job!', 'Click here to go on!']) self.winScreen.close() self.loseScreen = TextItem(self.feedback_x, self.feedback_y, self.feedback_width, self.feedback_height, ['Oops, that\'s not quite right.', 'Click here and try again.']) self.loseScreen.close() #self.winScreen = TextItem(self.feedback_x, self.feedback_y, self.feedback_width, self.feedback_height, ['Nice Job!', 'Click here to go on!'], (84, 194, 92), (39, 90, 43), True, Background(self.launching_rocket, self.feedback_x, self.feedback_y, self.feedback_width / 2, 100)) #self.winScreen.close() #self.loseScreen = TextItem(self.feedback_x, self.feedback_y, self.feedback_width, self.feedback_height, ['Oops, that\'s not quite right.', 'Click here and try again.'], (209, 72, 72), (96, 33, 33), True, Background(self.failed_rocket, self.feedback_x, self.feedback_y, self.feedback_width / 2, 100)) #self.loseScreen.close() pass
class Scoreboard(object):
def __init__(self, main):
self.main = main
self.highScores = []
self.highScoreDisplays = []
# populate the highscores and displays
for i in range(0, 5):
self.highScores.append(0)
tScore = TextItem(400,
250 + i * 50,
400,
150,
[str(i + 1) + ': ' + str(self.highScores[i])],
showRect=False)
self.highScoreDisplays.append(tScore)
self.background_image = os.path.join('assets', 'startscreen',
'night_sunset_gradient.png')
self.background = Background(self.background_image)
self.menuBtn = Button(500, 600, 200, 75, 'Menu')
self.playerScoreDisplay = TextItem(400,
100,
400,
150, [''],
showRect=False,
fontSize=72)
def listenForEvents(self):
if 1 in pygame.mouse.get_pressed():
if self.menuBtn.is_under(pygame.mouse.get_pos()):
self.main.set_mode('menu')
def renderScreen(self):
self.background.draw(self.main.screen)
self.menuBtn.draw(self.main.screen)
self.playerScoreDisplay.draw(self.main.screen)
for displays in self.highScoreDisplays:
displays.draw(self.main.screen)
def enter(self):
print("entered Scoreboard")
self.playerScoreDisplay.setText(
['You did it! Score: ' + self.main.score])
# append the player score to highScores
print self.highScores
self.highScores.append(int(self.main.score))
print self.highScores
# sort highScore
self.highScores.sort()
print self.highScores
# remove the minimum and display the rest in sorted order
self.highScores.pop(0)
print self.highScores
for i in range(0, 5):
self.highScoreDisplays[i].setText(
[str(i + 1) + ': ' + str(self.highScores[5 - 1 - i])])
def __init__(self, main):
self.main = main
self.buttons = []
self.gameScreenUI = []
self.currentAnswers = []
self.level_loaded = False
self.last_mousepressed = []
self.levelWon = False
self.failed_rocket = os.path.join('assets', 'rocket_down.png')
self.launching_rocket = os.path.join('assets', 'rocket_launch.png')
self.background_image = os.path.join('assets','Background.png')
self.background = Background(self.background_image)
self.background_rocket = Background(self.launching_rocket, 800, 675 - (self.main.currentLevel * 100))
print 'currentLevel is ' + str(self.main.currentLevel)
# Game playing screen buttons
self.emptyBtn = Button(750, 725, 200, 75, 'Reset', (206, 148, 73), (109, 78, 38))
self.menuBtn = Button(950, 725, 250, 75, 'Back to Menu', (202, 198, 82), (85, 83, 34))
self.doneBtn = Button(915, 625, 250, 75, 'Check Answer', (7,208,226), (4,111,121))
self.buttons.append(self.menuBtn)
self.buttons.append(self.emptyBtn)
self.buttons.append(self.doneBtn)
# Game screen text elements
self.scoreDisplay = TextItem(700, 0, 200, 75, ['Score: '], showRect = False)
self.levelDisplay = TextItem(900, 0, 300, 75, ['Current Level: '], showRect = False)
self.goalDisplay = TextItem(950, 240, 177, 60, ['Fill to: '], textColor= (255,255,255), showRect = False)
self.feedback_width = 600
self.feedback_height = 200
self.feedback_x = (self.main.width / 2) - (self.feedback_width / 2)
self.feedback_y = (self.main.height / 2) - (self.feedback_height / 2)
self.gameScreenUI.append(self.goalDisplay)
self.gameScreenUI.append(self.scoreDisplay)
self.gameScreenUI.append(self.levelDisplay)
self.winScreen = TextItem(self.feedback_x, self.feedback_y, self.feedback_width, self.feedback_height, ['Nice Job!', 'Click here to go on!'], (84, 194, 92), (39, 90, 43), True, Background(self.launching_rocket, self.feedback_x, self.feedback_y, self.feedback_width / 2, 100))
self.winScreen.close()
self.loseScreen = TextItem(self.feedback_x, self.feedback_y, self.feedback_width, self.feedback_height, ['Oops, that\'s not quite right.', 'Click here and try again.'], (209, 72, 72), (96, 33, 33), True, Background(self.failed_rocket, self.feedback_x, self.feedback_y, self.feedback_width / 2, 100))
self.loseScreen.close()
# Game screen elements
self.goalContainer = Container(950, 300, 0, 1, 177, 259, False)
self.goalFill = 1.0 #temporary goal fill amount #the number you are aiming for
# Timer Bonus
self.timer = 0;
self.secondsTillNoBonus = 10;
class Scoreboard(object):
def __init__(self, main):
self.main = main;
self.highScores = [];
self.highScoreDisplays = [];
# populate the highscores and displays
for i in range(0, 5):
self.highScores.append(0);
tScore = TextItem(400, 250 + i * 50, 400, 150, [str(i+1)+': ' + str(self.highScores[i])], showRect = False);
self.highScoreDisplays.append(tScore);
self.background_image = os.path.join('assets', 'startscreen', 'night_sunset_gradient.png');
self.background = Background(self.background_image);
self.menuBtn = Button(500, 600, 200, 75, 'Menu');
self.playerScoreDisplay = TextItem(400, 100, 400, 150, [''], showRect = False, fontSize = 72);
def listenForEvents(self):
if 1 in pygame.mouse.get_pressed():
if self.menuBtn.is_under(pygame.mouse.get_pos()):
self.main.set_mode('menu');
def renderScreen(self):
self.background.draw(self.main.screen);
self.menuBtn.draw(self.main.screen);
self.playerScoreDisplay.draw(self.main.screen);
for displays in self.highScoreDisplays:
displays.draw(self.main.screen);
def enter(self):
print("entered Scoreboard");
self.playerScoreDisplay.setText(['You did it! Score: ' + self.main.score]);
# append the player score to highScores
print self.highScores
self.highScores.append(int(self.main.score));
print self.highScores
# sort highScore
self.highScores.sort();
print self.highScores
# remove the minimum and display the rest in sorted order
self.highScores.pop(0);
print self.highScores
for i in range(0, 5):
self.highScoreDisplays[i].setText([str(i+1)+': ' + str(self.highScores[5 - 1 - i])])
def __init__(self, main):
self.main = main;
self.highScores = [];
self.highScoreDisplays = [];
# populate the highscores and displays
for i in range(0, 5):
self.highScores.append(0);
tScore = TextItem(400, 250 + i * 50, 400, 150, [str(i+1)+': ' + str(self.highScores[i])], showRect = False);
self.highScoreDisplays.append(tScore);
self.background_image = os.path.join('assets', 'startscreen', 'night_sunset_gradient.png');
self.background = Background(self.background_image);
self.menuBtn = Button(500, 600, 200, 75, 'Menu');
self.playerScoreDisplay = TextItem(400, 100, 400, 150, [''], showRect = False, fontSize = 72);
class Game(object):
def __init__(self, main):
self.main = main
self.buttons = []
self.gameScreenUI = []
self.currentAnswers = []
self.level_loaded = False
self.last_mousepressed = []
self.levelWon = False
self.failed_rocket = os.path.join('assets', 'rocket_down.png')
self.launching_rocket = os.path.join('assets', 'rocket_launch.png')
self.background_image = os.path.join('assets','Background.png')
self.background = Background(self.background_image)
self.background_rocket = Background(self.launching_rocket, 800, 675 - (self.main.currentLevel * 100))
print 'currentLevel is ' + str(self.main.currentLevel)
# Game playing screen buttons
self.emptyBtn = Button(750, 725, 200, 75, 'Reset', (206, 148, 73), (109, 78, 38))
self.menuBtn = Button(950, 725, 250, 75, 'Back to Menu', (202, 198, 82), (85, 83, 34))
self.doneBtn = Button(915, 625, 250, 75, 'Check Answer', (7,208,226), (4,111,121))
self.buttons.append(self.menuBtn)
self.buttons.append(self.emptyBtn)
self.buttons.append(self.doneBtn)
# Game screen text elements
self.scoreDisplay = TextItem(700, 0, 200, 75, ['Score: '], showRect = False)
self.levelDisplay = TextItem(900, 0, 300, 75, ['Current Level: '], showRect = False)
self.goalDisplay = TextItem(950, 240, 177, 60, ['Fill to: '], textColor= (255,255,255), showRect = False)
self.feedback_width = 600
self.feedback_height = 200
self.feedback_x = (self.main.width / 2) - (self.feedback_width / 2)
self.feedback_y = (self.main.height / 2) - (self.feedback_height / 2)
self.gameScreenUI.append(self.goalDisplay)
self.gameScreenUI.append(self.scoreDisplay)
self.gameScreenUI.append(self.levelDisplay)
self.winScreen = TextItem(self.feedback_x, self.feedback_y, self.feedback_width, self.feedback_height, ['Nice Job!', 'Click here to go on!'], (84, 194, 92), (39, 90, 43), True, Background(self.launching_rocket, self.feedback_x, self.feedback_y, self.feedback_width / 2, 100))
self.winScreen.close()
self.loseScreen = TextItem(self.feedback_x, self.feedback_y, self.feedback_width, self.feedback_height, ['Oops, that\'s not quite right.', 'Click here and try again.'], (209, 72, 72), (96, 33, 33), True, Background(self.failed_rocket, self.feedback_x, self.feedback_y, self.feedback_width / 2, 100))
self.loseScreen.close()
# Game screen elements
self.goalContainer = Container(950, 300, 0, 1, 177, 259, False)
self.goalFill = 1.0 #temporary goal fill amount #the number you are aiming for
# Timer Bonus
self.timer = 0;
self.secondsTillNoBonus = 10;
def listenForEvents(self):
if self.level_loaded and 1 in pygame.mouse.get_pressed()\
and not (1 in self.last_mousepressed):
for answer in self.currentAnswers:
if answer.is_under(pygame.mouse.get_pos()):
print 'You clicked the ' + answer.text + ' answer'
answer.selected = not answer.selected
if answer.selected:
self.goalContainer.fill(self.goalContainer.filled+answer.filled)
else:
self.goalContainer.fill(self.goalContainer.filled-answer.filled)
if self.winScreen.drawing == True and self.winScreen.is_under(pygame.mouse.get_pos()):
self.winScreen.close()
if(self.checkLevelExists(self.main.currentLevel + 1)):
self.main.currentLevel += 1
self.main.set_mode('play')
else:
self.main.currentLevel = 0
self.main.set_mode('menu')
if self.loseScreen.drawing == True and self.loseScreen.is_under(pygame.mouse.get_pos()):
# close lose screen.
self.loseScreen.close()
#Play state buttons
for button in self.buttons:
if button.is_under(pygame.mouse.get_pos()):
print 'You clicked the ' + button.text + ' button'
#Menu button
if button == self.menuBtn:
self.main.set_mode('menu')
#Empty button
elif button == self.emptyBtn:
for answer in self.currentAnswers:
answer.selected = False
self.goalContainer.fill(0.0)
#Done button
#Evaluate the answer.
#Scores are increased with timer bonus
elif button == self.doneBtn:
if self.evaluateAnswer():
if self.levelWon != True:
self.winScreen.open()
self.levelWon = True
addition = 50;
timerBonus = self.timer + self.secondsTillNoBonus * 1000 - pygame.time.get_ticks();
if timerBonus < 0:
timerBonus = 0;
#add the normalized timer bonus to addition of scores
addition += ( timerBonus / float( self.secondsTillNoBonus * 1000 ) ) * addition;
self.main.score = str(int(self.main.score) + int(addition))
else:
self.loseScreen.open()
print 'WRONG ANSWER'
self.last_mousepressed = pygame.mouse.get_pressed()
def renderScreen(self):
self.main.screen.fill((206, 156, 60))
self.background.draw(self.main.screen)
self.background_rocket.draw(self.main.screen)
self.goalContainer.draw(self.main.screen)
for button in self.buttons:
button.draw(self.main.screen)
for answer in self.currentAnswers:
answer.draw(self.main.screen)
for item in self.gameScreenUI:
item.draw(self.main.screen)
if(self.winScreen.drawing == True):
self.winScreen.draw(self.main.screen)
if(self.loseScreen.drawing == True):
self.loseScreen.draw(self.main.screen)
if not self.level_loaded:
self.main.screen.fill((0, 0, 0))
#Load the level-th JSON file in the levels folder
def loadLevel(self, level):
print 'loading level'
load_file = str(level) + '.json'
path = os.path.join('assets/levels', load_file)
try:
with open(path) as level_file:
level_data = json.load(level_file)
self.currentAnswers = []
self.arrangeAnswers(level_data["options"], 3, 75, 125, 225, 375)
answer = level_data["answer"].split("/")
self.goalFill = float(answer[0])/float(answer[1])
self.goalDisplay.setText(["Fill to: "+answer[0]+"/"+answer[1]])
print self.goalFill
level_file.close()
self.level_loaded = True
self.background_rocket.y = 600 - (self.main.currentLevel * 50)
self.levelDisplay.setText(["Current Level: " + str(self.main.currentLevel + 1)])
self.scoreDisplay.setText((["Score: " + str(self.main.score)]))
except IOError:
new_game = open(path, 'w')
new_game.close()
def checkLevelExists(self, level):
return os.path.exists(os.path.join('assets/levels', str(level) + '.json'))
#Arrange passed-in answers array in a grid with sensible default options
def arrangeAnswers(self, answers, perRow = 3, base_x = 100, \
base_y = 50, h_spacing = 200, v_spacing = 350):
#Starting our counter variables at 1 to avoid an additional if block
#(because we can never divide by 0 this way)
counter = 1
currentRow = 1
posInCurrentRow = -1 #Initialize current row position to -1
#so first answer isn't offset incorrectly
for answer in answers:
answer = answer.split("/")#get numerator and denominator
if(counter > currentRow * perRow):
currentRow = currentRow + 1
posInCurrentRow = 0
else:
posInCurrentRow = posInCurrentRow + 1
answer_x = base_x + (h_spacing * posInCurrentRow)
answer_y = base_y + ((currentRow - 1) * v_spacing)
temp = Container(answer_x, answer_y, int(answer[0]), int(answer[1]))
self.currentAnswers.append(temp)
counter = counter + 1
#Compare the main container's current filled percentage with the goal filled percentage
def evaluateAnswer(self):
#later we should have a more solid way to deal with float errors
print str(round(self.goalContainer.filled, 5))+" == "+str(round(self.goalFill, 5))
print round(self.goalContainer.filled, 5) == round(self.goalFill, 5)
return round(self.goalContainer.filled, 5) == round(self.goalFill, 5)
def enter(self):
print("entered play state")
self.levelWon = False
self.loadLevel(self.main.currentLevel)
self.goalContainer.fill(0)
self.timer = pygame.time.get_ticks();
class SceneGame(SceneBasic):
STATE_READY = 0
STATE_WINSCREEN = 1
def __init__(self,screenSize):
self.myState = self.STATE_READY
self.initEvents();
self.currentAnswers = []
self.last_mousepressed = []
self.level_loaded = False
self.levelWon = False
self.initBase()
self.initImages(screenSize)
#self.failed_rocket = os.path.join('assets', 'rocket_down.png')
#self.launching_rocket = os.path.join('assets', 'rocket_launch.png')
#self.background_image = os.path.join('assets','Background.png')
# Game playing screen buttons
self.initButtons(screenSize);
# Game screen text elements
self.initOthers(screenSize)
# Game screen elements
def initOthers(self,screenSize):
self.scoreDisplay = TextItem(.5 *screenSize[0], 0, .14*screenSize[0], .08*screenSize[1], ['Score: '], showRect = False)
self.levelDisplay = TextItem(.64*screenSize[0], 0 , .21*screenSize[0], .08*screenSize[1], ['Current Level: '], showRect = False)
self.goalDisplay = TextItem(.67 *screenSize[0],.26*screenSize[1], .12*screenSize[0], .08*screenSize[1], ['Fill to: '], textColor= (255,255,255), showRect = False)
self.feedback_width = .42 *screenSize[0]
self.feedback_height = .22*screenSize[1]
self.feedback_x = (screenSize[0] / 2) - (self.feedback_width / 2)
self.feedback_y = (screenSize[1] / 2) - (self.feedback_height / 2)
self.gameScreenUI = []
self.gameScreenUI.append(self.goalDisplay)
self.gameScreenUI.append(self.scoreDisplay)
self.gameScreenUI.append(self.levelDisplay)
self.goalContainer = Container(.67 * screenSize[0], .33*screenSize[1], 0, 1, .12*screenSize[0], .28*screenSize[1], False)
self.goalFill = 1.0 #temporary goal fill amount #the number you are aiming for
self.winScreen = TextItem(self.feedback_x, self.feedback_y, self.feedback_width, self.feedback_height, ['Nice Job!', 'Click here to go on!'])
self.winScreen.close()
self.loseScreen = TextItem(self.feedback_x, self.feedback_y, self.feedback_width, self.feedback_height, ['Oops, that\'s not quite right.', 'Click here and try again.'])
self.loseScreen.close()
#self.winScreen = TextItem(self.feedback_x, self.feedback_y, self.feedback_width, self.feedback_height, ['Nice Job!', 'Click here to go on!'], (84, 194, 92), (39, 90, 43), True, Background(self.launching_rocket, self.feedback_x, self.feedback_y, self.feedback_width / 2, 100))
#self.winScreen.close()
#self.loseScreen = TextItem(self.feedback_x, self.feedback_y, self.feedback_width, self.feedback_height, ['Oops, that\'s not quite right.', 'Click here and try again.'], (209, 72, 72), (96, 33, 33), True, Background(self.failed_rocket, self.feedback_x, self.feedback_y, self.feedback_width / 2, 100))
#self.loseScreen.close()
pass
def initButtons(s,screenSize):
s.bttnEmpty = Button(.53*screenSize[0],.80*screenSize[1], .15*screenSize[0], .08*screenSize[1], 'Reset', (206, 148, 73), (109, 78, 38))
s.bttnMenu = Button(.76*screenSize[0], .80*screenSize[1], .17*screenSize[0], .08*screenSize[1], 'Back to Menu', (202, 198, 82), (85, 83, 34))
s.bttnDone = Button(.66 *screenSize[0], .70*screenSize[1], .17*screenSize[0], .08*screenSize[1], 'Check Answer', (7,208,226), (4,111,121))
s.buttons = []
s.buttons.append(s.bttnMenu)
s.buttons.append(s.bttnEmpty)
s.buttons.append(s.bttnDone)
def initImages(self,screenSize):
self.textureIdBG = TextureLoader.load(os.path.join('assets','Background.png') ,screenSize)
self.textureIdRocketFail = TextureLoader.load( os.path.join('assets', 'rocket_down.png'))
self.textureIdRocketLaunch = TextureLoader.load(os.path.join('assets', 'rocket_launch.png'))
#self.failed_rocket = os.path.join('assets', 'rocket_down.png')
#self.launching_rocket = os.path.join('assets', 'rocket_launch.png')
#self.background_image = os.path.join('assets','Background.png')
#self.background = Background(self.background_image)
#self.background_rocket = Background(self.launching_rocket, 800, 675 - (self.main.currentLevel * 100))
pass;
def initBase(s):
s.isMosueReleased = True
def listenForEvents(s):
mousePressed = pygame.mouse.get_pressed()
if(s.isMosueReleased and mousePressed[0] is 1) :
s.isMosueReleased = False
s.EVENT_CLICK()
elif(not s.isMosueReleased and mousePressed[0] is 0):
s.isMosueReleased = True
def EVENT_CLICK_ANSWER(self):
pos = pygame.mouse.get_pos()
for answer in self.currentAnswers:
if answer.is_under(pos):
if(answer.helperSelect()):
self.goalContainer.fill(self.goalContainer.filled+answer.filled)
else: self.goalContainer.fill(self.goalContainer.filled-answer.filled)
pass
def EVENT_CLICK_WINSCREEN(self):
print "WINSCREEN"
pos = pygame.mouse.get_pos()
if(self.winScreen.is_under(pos) or self.loseScreen.is_under(pos)):
self.winScreen.close()
self.loseScreen.close()
self.myState = self.STATE_READY
if(self.evaluateAnswer()):
self.EVENT_NEW_GAME();
#if user won
#if(self.checkLevelExists(self.main.currentLevel + 1)):
# self.main.currentLevel += 1
# self.main.set_mode('play')
#else:
# self.main.currentLevel = 0
# self.main.set_mode('menu')
def EVENTHDR_DONE(self):
self.myState = self.STATE_WINSCREEN
if self.evaluateAnswer():
self.winScreen.open()
self.levelWon = True
#self.main.score = str(int(self.main.score) + 5)
else:
self.loseScreen.open()
print 'WRONG ANSWER'
def EVENTHDR_EMPTY(self):
for answer in self.currentAnswers:
answer.selected = False
self.goalContainer.fill(0.0)
#Done button
#Evaluate the answer. If correct, return to main menu
# if incorrect, do nothing for now
def registerEvent_menu(s,e):s.EVENT_MENU.append(e)
def registerEvent_empty():pass
def registerEvent_done():pass
def initEvents(s):
s.EVENT_MENU=[]
s.EVENT_EMPTY=[]
s.EVENT_DONE=[]
s.EVENT_EMPTY.append(s.EVENTHDR_EMPTY)
s.EVENT_DONE.append(s.EVENTHDR_DONE)
def EVENT_CLICK_BUTTONS(self):
mousePos = pygame.mouse.get_pos()
bttn_event = [
[self.bttnMenu, self.EVENT_MENU],
[self.bttnEmpty, self.EVENT_EMPTY],
[self.bttnDone, self.EVENT_DONE]]
for bttn,event in bttn_event:
if( not bttn.is_under(mousePos)):continue
SceneBasic.helperRaiseEvent(event)
break
def EVENT_CLICK(self):
print "EVENT_CLICK"
if (self.myState is self.STATE_READY):
self.EVENT_CLICK_ANSWER()
self.EVENT_CLICK_BUTTONS()
pass
elif (self.myState is self.STATE_WINSCREEN):
self.EVENT_CLICK_WINSCREEN()
pass
def renderScreen(self,screen):
DrawHelper.drawAspect(screen,self.textureIdBG, 0,0)
#
#self.background_rocket.draw(self.main.screen) idiotic rocket rising
self.goalContainer.draw(screen)
for button in self.buttons:
button.draw(screen)
for answer in self.currentAnswers:
answer.draw(screen)
for item in self.gameScreenUI:
item.draw(screen)
if(self.winScreen.drawing == True):
self.winScreen.draw(screen)
if(self.loseScreen.drawing == True):
self.loseScreen.draw(screen)
if not self.level_loaded:
screen.fill((0, 0, 0)) #wtf idiot stop this stupid shit
#Load the level-th JSON file in the levels folder
def loadLevel(self, level):
print 'loading level'
load_file = str(level) + '.json'
path = os.path.join('assets/levels', load_file)
try:
with open(path) as level_file:
level_data = json.load(level_file)
self.currentAnswers = []
self.arrangeAnswers(level_data["options"], 3, 10,50, 150, 210)
answer = level_data["answer"].split("/")
self.goalFill = float(answer[0])/float(answer[1])
self.goalDisplay.setText(["Fill to: "+answer[0]+"/"+answer[1]])
print self.goalFill
level_file.close()
self.level_loaded = True
#self.background_rocket.y = 600 - (self.main.currentLevel * 50)
#self.levelDisplay.setText(["Current Level: " + str(self.main.currentLevel + 1)])
#self.scoreDisplay.setText((["Score: " + str(self.main.score)]))
except IOError:
new_game = open(path, 'w')
new_game.close()
def checkLevelExists(self, level):
return os.path.exists(os.path.join('assets/levels', str(level) + '.json'))
#Arrange passed-in answers array in a grid with sensible default options
def arrangeAnswers(self, answers, perRow , base_x, base_y , h_spacing, v_spacing):
#Starting our counter variables at 1 to avoid an additional if block
#(because we can never divide by 0 this way)
counter = 1
currentRow = 1
posInCurrentRow = -1 #Initialize current row position to -1
#so first answer isn't offset incorrectly
for answer in answers:
answer = answer.split("/")#get numerator and denominator
if(counter > currentRow * perRow):
currentRow = currentRow + 1
posInCurrentRow = 0
else:
posInCurrentRow = posInCurrentRow + 1
answer_x = base_x + (h_spacing * posInCurrentRow)
answer_y = base_y + ((currentRow - 1) * v_spacing)
temp = Container(answer_x, answer_y, int(answer[0]), int(answer[1]))
self.currentAnswers.append(temp)
counter = counter + 1
#Compare the main container's current filled percentage with the goal filled percentage
def evaluateAnswer(self):
#later we should have a more solid way to deal with float errors
print str(round(self.goalContainer.filled, 5))+" == "+str(round(self.goalFill, 5))
print round(self.goalContainer.filled, 5) == round(self.goalFill, 5)
return round(self.goalContainer.filled, 5) == round(self.goalFill, 5)
def EVENT_NEW_GAME(self, level =0):
self.EVENT_SCENE_CHANGE_START()
self.levelWon = False
self.loadLevel(level)
self.goalContainer.fill(0)
self.EVENT_SCENE_CHANGE_END()
def EVENT_SCENE_START(self):
print("entered play state")
self.EVENT_NEW_GAME()
