def __init__(self, window, sceneKey):
# Save window and sceneKey in instance variables
self.window = window
self.sceneKey = sceneKey
self.backgroundImage = pygwidgets.Image(self.window, (0, 0), "images/GameOverBackground.jpg")
# The following will create a list of lists
# Either by building a blank one from scratch, or by reading from a text file
# The result will look like:
# [[name, score], [name, score], [name, score] ...]
# and will always be kept in order of the score (highest to lowest)
if not SceneManager.fileExists(SceneGameOver.DATA_FILE_PATH):
self.setEmptyGameOver()
else:
data = SceneManager.readFile(SceneGameOver.DATA_FILE_PATH)
# read in all the data in json format, converts to a list of lists
self.scoresList = json.loads(data)
self.scoresField = pygwidgets.DisplayText(self.window, (25, 84), '', \
fontSize=48, textColor=BLACK, width=175, justified='right')
self.namesField = pygwidgets.DisplayText(self.window, (260, 84), '', \
fontSize=48, textColor=BLACK, width=300, justified='left')
self.quitButton = pygwidgets.TextButton(self.window, (30, 650), 'Quit')
self.resetScoresButton = pygwidgets.TextButton(self.window, (240, 650), 'Reset high scores')
self.startNewGameButton = pygwidgets.TextButton(self.window, (450, 650), 'Start new game')
self.showGameOver()
def __init__(self, window):
# Save window in instance variables
self.window = window
self.backgroundImage = pygwidgets.Image(self.window, (0, 0),
"images/gridBG.png")
self.dialogImage = pygwidgets.Image(self.window, (150, 30),
"images/score.jpg")
self.quitButton = pygwidgets.TextButton(self.window, (270, 420),
'Quit')
self.restartButton = pygwidgets.TextButton(self.window, (570, 420),
'Restart')
self.clicksField = pygwidgets.DisplayText(self.window, (500, 223),
'',
fontSize=30)
self.hitsField = pygwidgets.DisplayText(self.window, (500, 250),
'',
fontSize=30)
self.missesField = pygwidgets.DisplayText(self.window, (500, 278),
'',
fontSize=30)
self.missedTargetsField = pygwidgets.DisplayText(self.window,
(500, 306),
'',
fontSize=30)
self.scoreField = pygwidgets.DisplayText(self.window, (500, 362),
'',
fontSize=30)
def __init__(self, window, sceneKey):
# Save window and sceneKey in instance variables
self.window = window
self.sceneKey = sceneKey
# Set background
self.backgroundImage = pygwidgets.Image(
self.window, (0, 0), "images/GameOverBackground.jpg")
# Read/load game data
if not SceneManager.fileExists(SceneGameOver.DATA_FILE_PATH):
pass
else:
data = SceneManager.readFile(SceneGameOver.DATA_FILE_PATH)
# read in all the data in json format, converts to a list of lists
self.scoresList = json.loads(data)
self.deathCount = pygwidgets.DisplayText(self.window, (25, 84), 'Deaths: ', \
fontSize=48, textColor=DARKVIOLET, width=175, justified='right')
# + str(nameScoreList[1]),\
self.deathMessage = pygwidgets.DisplayText(self.window, (260, 84), 'YOU DIED', \
fontSize=48, textColor=DARKVIOLET, width=300, justified='left')
self.quitButton = pygwidgets.TextButton(self.window, (30, 650), 'Quit')
self.startNewGameButton = pygwidgets.TextButton(
self.window, (450, 650), 'Try Again')
def __init__(self, window):
self.window = window
self.blockImage = pygame.image.load('images/oneBlock.png')
self.line = pygame.image.load('images/line.png')
self.lowestY = 490
self.blockHeight = 30
self.towerX = 220
self.computerWins = 0
self.humanWins = 0
self.lineBottomY = self.lowestY + self.blockHeight
self.lineTopY = self.lowestY - (
(MAX_BLOCKS - 1) * self.blockHeight) - 3
self.newGameButton = pygwidgets.TextButton(window, (360, 460),
'New Game',
width=100,
height=35)
self.quitButton = pygwidgets.TextButton(window, (360, 400),
'Quit',
width=100,
height=35)
self.oneBlockButton = pygwidgets.CustomButton(window, (35, 230), up='images/oneBlock.png',\
over='images/OneBlockOver.png',\
down='images/OneBlockDown.png',\
disabled='images/OneBlockDisabled.png')
self.twoBlocksButton = pygwidgets.CustomButton(window, (35, 300), up='images/twoBlocks.png', \
over='images/TwoBlocksOver.png', \
down='images/TwoBlocksDown.png', \
disabled='images/TwoBlocksDisabled.png')
self.threeBlocksButton = pygwidgets.CustomButton(window, (35, 400), up='images/threeBlocks.png', \
over='images/ThreeBlocksOver.png', \
down='images/ThreeBlocksDown.png', \
disabled='images/ThreeBlocksDisabled.png')
self.nBlocksDisplay = pygwidgets.DisplayText(window, (self.towerX, 530), '0 of ' + str(MAX_BLOCKS), \
fontName='monospaces', fontSize=24, textColor=BLACK)
self.messageDisplay = pygwidgets.DisplayText(window, (10, 572), '', \
fontName='monospaces', fontSize=28, textColor=BLACK)
self.humanWinsDisplay = pygwidgets.DisplayText(window, (360, 230), 'Player: 0', \
fontName='monospaces', fontSize=28, textColor=BLACK)
self.computerWinsDisplay = pygwidgets.DisplayText(window, (360, 300), 'Computer: 0', \
fontName='monospaces', fontSize=28, textColor=BLACK)
self.humanBlip = pygame.mixer.Sound('sounds/humanBlip.wav')
self.computerBlip = pygame.mixer.Sound('sounds/computerBlip.wav')
self.applause = pygame.mixer.Sound('sounds/applause.wav')
self.ding = pygame.mixer.Sound('sounds/ding.wav')
self.reset()
def __init__(self, window, sceneKey):
# Save window and sceneKey in instance variables
self.window = window
self.sceneKey = sceneKey
pygame.mixer.music.load(MUSIC_SPLASH)
pygame.mixer.music.play(-1)
pygame.mixer.music.set_volume(1)
self.backgroundImage = pygwidgets.Image(self.window, (0, 0), BG_SPLASH)
self.logo = pygwidgets.Image(self.window, (WINDOW_WIDTH/2 - 250, SPLASH_WINDOW_HEIGHT/2 - 200), LOGO)
self.startButton = pygwidgets.TextButton(self.window, (WINDOW_WIDTH/2 -50, SPLASH_WINDOW_HEIGHT/2 - 50), 'Start', \
upColor=DUSTYPURPLE, downColor=DARKVIOLET, textColor=WHITE, fontName = FONT_NAME, enterToActivate=True)
self.quitButton = pygwidgets.TextButton(self.window, (WINDOW_WIDTH/2 -50, SPLASH_WINDOW_HEIGHT/2 + 50), 'Quit', \
upColor=DUSTYPURPLE, downColor=DARKVIOLET, textColor=WHITE, fontName = FONT_NAME, )
self.controlsButton = pygwidgets.TextButton(self.window, (WINDOW_WIDTH/2 -50, SPLASH_WINDOW_HEIGHT/2), 'Controls', \
upColor=DUSTYPURPLE, downColor=DARKVIOLET, textColor=WHITE, fontName = FONT_NAME,)
def __init__(self, window):
"""
This method is called when the scene is created
Create and/or load any assets (images, buttons, sounds)
that you need for this scene
"""
self.window = window
# As a sample, let's create a button
self.navButton = pygwidgets.TextButton(self.window, (300, 230), 'Navigate')
def __init__(self, window):
# Save window in instance variable
self.window = window
self.backgroundImage = pygwidgets.Image(self.window, (0, 0),
"images/gridBG.png")
self.dialogImage = pygwidgets.Image(self.window, (150, 30),
"images/splash.jpg")
self.startButton = pygwidgets.TextButton(self.window, (430, 380),
'Start')
def __init__(self, window, sceneKey):
# Save window and sceneKey in instance variables
self.window = window
self.sceneKey = sceneKey
self.messageField = pygwidgets.DisplayText(self.window, (15, 25), 'Welcome to Turtle-Hare Race!', \
fontSize=50, textColor=Constants.GRAYA, width=610, justified='center')
self.oEnterButton = pygwidgets.TextButton(self.window, (250, 100), 'Enter')
self.hare = pygwidgets.Image(window, (150, 100), 'images/hare.gif')
self.turtle = pygwidgets.Image(window, (390, 100), 'images/turtle.gif')
self.oRace = RaceWidgets.Racing
def __init__(self, window, myLetter, theLeft, theTop, theWidth, theHeight):
self.window = window
self.myLetter = myLetter
self.loc = (theLeft, theTop)
self.myRect = pygame.Rect(theLeft, theTop, theWidth, theHeight)
self.oButton = pygwidgets.TextButton(window,
self.loc,
self.myLetter,
width=theWidth,
height=theHeight,
fontSize=24)
self.available = True
self.reset()
def __init__(self, window):
'''
This method is called when the scene is created
Create and/or load any assets (images, buttons, sounds)
that you need for this scene
:param window:
:param sceneKey:
'''
# Save window and sceneKey in instance variables
self.window = window
# As a sample, let's create a button
self.navButton = pygwidgets.TextButton(self.window, (300, 230), 'Navigate')
def __init__(self, window, sceneKey):
# Save window and sceneKey in instance variables
self.window = window
self.sceneKey = sceneKey
self.messageField = pygwidgets.DisplayText(self.window, (40, 55), 'Start the Race!!!', \
fontSize=30, textColor=Constants.BLUE, width=510, justified='center')
self.oStartButton = pygwidgets.TextButton(self.window, (250, 100),
'Start',
textColor=Constants.BLACK)
self.oTurtle = Turtle()
self.oHare = Turtle()
self.speedFile = 'speedRate.txt'
self.winnerRecordFile = 'winnerRecords.txt'
self.oRace = RaceWidgets.Racing
def __init__(self, window, sceneKey):
# Save window and sceneKey in instance variables
self.window = window
self.sceneKey = sceneKey
self.messageField = pygwidgets.DisplayText(self.window, (30, 55), 'Show player informatin one by one', \
fontSize=30, textColor=Constants.PURPLE, width=510, justified='center')
self.oStartButton = pygwidgets.TextButton(self.window, (250, 100),
'Show',
textColor=Constants.WHITE)
self.oTurtle = Turtle()
self.oHare = Turtle()
self.speedFile = 'speedRate.txt'
self.winnerRecordFile = 'winnerRecords.txt'
self.oRace = RaceWidgets.Racing
def __init__(self, window, sceneKey):
# Save window and sceneKey in instance variables
self.window = window
self.sceneKey = sceneKey
self.backgroundImage = pygwidgets.Image(self.window, (0, 0), BG_SPLASH)
self.backButton = pygwidgets.TextButton(self.window, (WINDOW_WIDTH/2 - 50, SPLASH_WINDOW_HEIGHT/2 - 150), 'Back', \
upColor=DUSTYPURPLE, downColor=DARKVIOLET, textColor=WHITE,fontName=FONT_NAME, enterToActivate=True)
self.moveKeys = pygwidgets.DisplayText(self.window, (WINDOW_WIDTH/2 - 70, SPLASH_WINDOW_HEIGHT/2 - 50), 'Move: Arrow Keys', \
fontSize=16, fontName = FONT_NAME,textColor=CONTROL_FONT_COLOR, justified='left')
self.jumpKeys = pygwidgets.DisplayText(self.window, (WINDOW_WIDTH/2 - 70, SPLASH_WINDOW_HEIGHT/2), 'Jump: Spacebar', \
fontSize=16, fontName = FONT_NAME,textColor=CONTROL_FONT_COLOR, justified='left')
self.interactKeys = pygwidgets.DisplayText(self.window, (WINDOW_WIDTH/2 - 70, SPLASH_WINDOW_HEIGHT/2 + 50), 'Interact: Enter', \
fontSize=16, fontName = FONT_NAME,textColor=CONTROL_FONT_COLOR, justified='left')
self.attackKeys = pygwidgets.DisplayText(self.window, (WINDOW_WIDTH/2 - 70, SPLASH_WINDOW_HEIGHT /2 + 100), 'Attack: Mouse Left', \
fontName=FONT_NAME,fontSize=16, textColor=CONTROL_FONT_COLOR, justified='left')
def textAnswerDialog(theWindow, theRect, prompt, trueButtonText='OK',\
falseButtonText='Cancel', backgroundColor=DIALOG_BACKGROUND_COLOR):
"""Puts up a text-based two-button answerable modal dialog (typically Yes/No or OK/Cancel)
Parameters:
| theWindow - the window to draw in
| theRect - the rectangle of the dialog box in the application window
| prompt - prompt (title) string to be displayed in the dialog box
Optional keyword parameters:
| trueButtonText - text on the True button (defaults to 'OK')
| falseButtonText - text on the False button (defaults to 'Cancel')
| backgroundColor - rgb background color for the dialog box (defaults to (0, 200, 200))
Returns:
| trueOrFalse - True means true button was pressed, False means false button was pressed
| userText - if above is True, then this contains the text that the user typed.
"""
dialogLeft = theRect[0]
dialogTop = theRect[1]
dialogWidth = theRect[2]
dialogHeight = theRect[3]
frameRect = pygame.Rect(dialogLeft + 1, dialogTop + 1, dialogWidth - 2, dialogHeight - 2)
INSET = 30 # inset buttons from the edges of the dialog box
promptText = pygwidgets.DisplayText(theWindow, (dialogLeft, dialogTop + 30), prompt,
fontSize=24, width=dialogWidth, justified='center')
inputWidth = dialogWidth - (2 * INSET)
inputText = pygwidgets.InputText(theWindow, (dialogLeft + INSET, dialogTop + 80),
width=inputWidth, initialFocus=True)
falseButton = pygwidgets.TextButton(theWindow, (0, 0), falseButtonText)
trueButton = pygwidgets.TextButton(theWindow, (0, 0), trueButtonText)
trueButtonRect = trueButton.getRect()
trueButtonHeight = trueButtonRect[3]
trueButtonWidth = trueButtonRect[2] # get width
xPos = dialogLeft + dialogWidth - trueButtonWidth - INSET
buttonsY = dialogTop + dialogHeight - trueButtonHeight - 20
falseButton.setLoc((dialogLeft + INSET, buttonsY))
trueButton.setLoc((xPos, buttonsY))
# 6 - Loop forever
while True:
# 7 - Check for and handle events
for event in pygame.event.get():
if (event.type == QUIT) or \
((event.type == KEYDOWN) and (event.key == K_ESCAPE)):
pygame.quit()
sys.exit()
if inputText.handleEvent(event):
theAnswer = inputText.getValue()
return True, theAnswer
if trueButton.handleEvent(event):
theAnswer = inputText.getValue()
return True, theAnswer
if falseButton.handleEvent(event):
return False, None
# 8 - Do any "per frame" actions
# 9 - Clear the screen area before drawing it again
pygame.draw.rect(theWindow, backgroundColor, theRect)
pygame.draw.rect(theWindow, DIALOG_BLACK, theRect, 1)
# 10 - Draw the screen elements
promptText.draw()
inputText.draw()
falseButton.draw()
trueButton.draw()
# 11 - Update the screen
pygame.display.update()
def textYesNoDialog(theWindow, theRect, prompt, trueButtonText='OK', \
falseButtonText='Cancel', backgroundColor=DIALOG_BACKGROUND_COLOR):
"""Puts up a text-based two-button modal dialog (typically Yes/No or OK/Cancel)
It can also be used to put up a single button alert dialog (typically with an OK button)
Parameters:
| theWindow - the window to draw in
| theRect - the rectangle of the dialog box in the application window
| prompt - prompt (title) string to be displayed in the dialog box
Optional keyword parameters:
| trueButtonText - text on the True button (defaults to 'OK')
| falseButtonText - text on the False button (defaults to 'Cancel')
| Note: If falseButtonText is None or the empty string, the false button will not be drawn
| This way, you can present an "alert" box with only an 'OK' button
| backgroundColor - rgb background color for the dialog box (defaults to (0, 200, 200))
Returns:
| trueOrFalse - True means true button was pressed, False means false button was pressed
"""
dialogLeft = theRect[0]
dialogTop = theRect[1]
dialogWidth = theRect[2]
dialogHeight = theRect[3]
frameRect = pygame.Rect(dialogLeft + 1, dialogTop + 1, dialogWidth - 2, dialogHeight - 2)
INSET = 30 # inset buttons from the edges of the dialog box
promptText = pygwidgets.DisplayText(theWindow, (dialogLeft, dialogTop + 30), prompt,
fontSize=24, width=dialogWidth, justified='center')
# Create buttons, fix locations after finding out the size of the button(s)
hideFalseButton = (falseButtonText is None) or (falseButtonText == '')
showFalseButton = not hideFalseButton
if showFalseButton:
falseButton = pygwidgets.TextButton(theWindow, (0, 0), falseButtonText)
trueButton = pygwidgets.TextButton(theWindow, (0, 0), trueButtonText)
trueButtonRect = trueButton.getRect()
trueButtonHeight = trueButtonRect[3]
trueButtonWidth = trueButtonRect[2] # get width
xPos = dialogLeft + dialogWidth - trueButtonWidth - INSET
buttonsY = dialogTop + dialogHeight - trueButtonHeight - 20
if showFalseButton:
falseButton.setLoc((dialogLeft + INSET, buttonsY))
trueButton.setLoc((xPos, buttonsY))
#print('In dialogYesNo')
#print('theRect is', theRect)
#print('frameRect is', frameRect)
# 6 - Loop forever
while True:
# 7 - Check for and handle events
for event in pygame.event.get():
if (event.type == QUIT) or \
((event.type == KEYDOWN) and (event.key == K_ESCAPE)):
pygame.quit()
sys.exit()
if showFalseButton:
if falseButton.handleEvent(event):
return False
if trueButton.handleEvent(event):
return True
# 8 - Do any "per frame" actions
# 9 - Clear the screen area before drawing it again
pygame.draw.rect(theWindow, backgroundColor, theRect)
pygame.draw.rect(theWindow, DIALOG_BLACK, frameRect, 1)
# 10 - Draw the screen elements
promptText.draw()
if showFalseButton:
falseButton.draw()
trueButton.draw()
# 11 - Update the screen
pygame.display.update()
'Default Group',
'Radio Text 1',
value=False)
oRadioText2 = pygwidgets.TextRadioButton(window, (500, 360),
'Default Group',
'Radio Text 2',
value=True)
oRadioText3 = pygwidgets.TextRadioButton(window, (500, 400),
'Default Group',
'Radio Text 3',
value=False)
oStatusButton = pygwidgets.TextButton(
window, (500, 430), 'Show Status',
callBack=oTest.myMethod) # callBack here is not required
oDragger = pygwidgets.Dragger(window, (300, 200),
'images/dragMeUp.png',
'images/dragMeDown.png',
'images/dragMeOver.png',
'images/dragMeDisabled.png',
nickname='My Dragger')
oPythonIcon = pygwidgets.Image(window, (15, 500), 'images/pythonIcon.png')
oImageCollection = pygwidgets.ImageCollection(window, (400, 490), {
'start': 'imageStart.jpg',
'left': 'imageLeft.jpg',
'right': 'imageRight.jpg',
jackpotDisplay = pygwidgets.DisplayText(window,(530, 212), '', \
fontName='Broadway', fontSize=50, textColor=BLACKISH)
betDisplay = pygwidgets.DisplayText(window, (376,710), '', \
fontName='Haettenschweiler', fontSize=30, textColor=YELLOW)
coinsDisplay = pygwidgets.DisplayText(window,(610, 710), '', \
fontName='Haettenschweiler', fontSize=30, textColor=YELLOW)
winningsDisplay = pygwidgets.DisplayText(window, (800, 710), '', \
fontName='Haettenschweiler', fontSize=30, textColor=YELLOW)
messageDisplay = pygwidgets.DisplayText(window, (181, 870), '', \
fontName='Haettenschweiler', fontSize=35, textColor=BLACKISH)
spinButton = pygwidgets.CustomButton(window,(755, 772, 108, 44), \
up='images/spinButton.png', down='images/spinButtonDown.png', \
over='images/spinButtonOver.png', disabled='images/spinButtonGray.png')
bet1Button = pygwidgets.TextButton(window, (230, 785), 'Bet 1', width=108, height=44,\
soundOnClick=COIN_DROP_SOUND)
up1Button = pygwidgets.CustomButton(window, (395, 766),\
up='images/upArrow.png', down='images/upArrowDown.png', \
over='images/upArrowOver.png', disabled='images/upArrowGray.png',
soundOnClick=COIN_DROP_SOUND)
down1Button = pygwidgets.CustomButton(window, (395, 818),\
up='images/downArrow.png', down='images/downArrowDown.png',\
over='images/downArrowOver.png', disabled='images/downArrowGray.png',
soundOnClick=COIN_DOWN_SOUND)
up10Button = pygwidgets.CustomButton(window, (490, 766),\
up='images/upArrow.png', down='images/upArrowDown.png', \
over='images/upArrowOver.png', disabled='images/upArrowGray.png',
soundOnClick=COIN_DROP_SOUND)
down10Button = pygwidgets.CustomButton(window, (490, 818),\
up='images/downArrow.png', down='images/downArrowDown.png',\
over='images/downArrowOver.png', disabled='images/downArrowGray.png',
# 2 Define constants
SCREEN_WIDTH = 640
SCREEN_HEIGHT = 480
FRAMES_PER_SECOND = 30
BGCOLOR = (0, 128, 128)
# 3 - Initialize the world
pygame.init()
window = pygame.display.set_mode([SCREEN_WIDTH, SCREEN_HEIGHT])
clock = pygame.time.Clock()
# 4 - Load assets: images(s), sounds, etc.
# 5 - Initialize variables
oResetButton = pygwidgets.TextButton(window, (300, 420), 'Reset star')
oStar = Star(window, (280, 200))
oFrisbee = Frisbee(window, (180, 200))
oSquare = Square(window, (280, 300))
oCar = Car(window, (280, 100))
oDinosaur = Dinosaur(window, (280, 300))
myList = [oStar, oFrisbee, oSquare, oCar, oDinosaur]
# 6 - Loop forever
while True:
# 7 - Check for and handle events
for event in pygame.event.get():
# check if the event is the X button
nLevels = len(levelInfoDict)
level = 0 # increments before level starts
nextLevel = True # So we build level 1 first time through
playerCol = NCOLS // 2
messageLine1 = pygwidgets.DisplayText(window, (0, 315), '', \
fontSize=40, textColor=BACKGROUND_COLOR, width=480, justified='center')
timeMessage = pygwidgets.DisplayText(window, (0, 360), '', \
fontSize=80, textColor=PLAYER_COLOR, width=480, justified='center')
messageLine2 = pygwidgets.DisplayText(window, (0, 435), '', \
fontSize=40, textColor=BACKGROUND_COLOR, width=480, justified='center')
startButton = pygwidgets.TextButton(window, (195, 500),
'Start',
enterToActivate=True)
startOverButton = pygwidgets.TextButton(window, (200, 500), 'Start Over')
restartLevelButton = pygwidgets.TextButton(window, (200, 560),
'Restart Current Level')
quitButton = pygwidgets.TextButton(window, (200, 620), 'Quit')
#
# Loop Forever
#
while True:
# Loop through events
for event in pygame.event.get():
# check if quitting
self.valueText.setValue(str(self.handValue))
self.valueText.draw()
#
# MAIN CODE
#
pygame.init()
clock = pygame.time.Clock()
window = pygame.display.set_mode((WINDOW_WIDTH, WINDOW_HEIGHT))
backgroundImage = pygame.image.load('images/background.png')
hitButton = pygwidgets.TextButton(window, (22, 350),
'Hit',
width=108,
height=44)
stayButton = pygwidgets.TextButton(window, (22, 420),
'Stay',
width=108,
height=44)
playGameButton = pygwidgets.TextButton(window, (20, 530),
'Play Game',
width=108,
height=44)
quitButton = pygwidgets.TextButton(window, (800, 530),
'Quit',
width=108,
height=44)
bet1Button = pygwidgets.TextButton(window, (230, 530),
'Bet 1',
fontSize=30, textColor=GREEN)
# Stuff dealing with dialog box when one round of the game is done
messageDisplay = pygwidgets.DisplayText(window, (565, 290), '', \
fontSize=48, textColor=BLACK)
speedDisplay = pygwidgets.DisplayText(window, (565, 340), '', \
fontSize=48, textColor=BLACK)
newSoftestField = pygwidgets.DisplayText(window, (565, 390), '', \
fontSize=48, textColor=BLACK)
newFastestField = pygwidgets.DisplayText(window, (565, 440), '', \
fontSize=48, textColor=BLACK)
playAgainDisplay = pygwidgets.DisplayText(window, (690, 550), 'Play again?', \
fontSize=48, textColor=BLACK)
startButton = pygwidgets.TextButton(window, (750, 610),
'Start',
width=60,
height=30)
yesButton = pygwidgets.TextButton(window, (720, 610),
'Yes',
width=60,
height=30)
noButton = pygwidgets.TextButton(window, (820, 610), 'No', width=60, height=30)
DATA_FILE_PATH = 'LanderData.txt'
# Data file will be made of two entries - separated by a comma:
# <softestSoFar>,<fastestSoFar>
if pyghelpers.fileExists(DATA_FILE_PATH):
savedDataString = pyghelpers.readFile(DATA_FILE_PATH)
savedDataList = savedDataString.split(',')
softestSoFar = float(savedDataList[0])
# 2 - Define constants
# CONSTANTS
WINDOW_WIDTH = 1000
WINDOW_HEIGHT = 600
FRAMES_PER_SECOND = 30
# 3 - Initialize the world
pygame.init()
clock = pygame.time.Clock()
window = pygame.display.set_mode((WINDOW_WIDTH, WINDOW_HEIGHT))
# 4 - Load assets: image(s), sounds, etc.
background = pygwidgets.Image(window, (0, 0), 'images/background.png')
newGameButton = pygwidgets.TextButton(window, (20, 530),
'New Game',
width=100,
height=45)
higherButton = pygwidgets.TextButton(window, (540, 520),
'Higher',
width=120,
height=55)
lowerButton = pygwidgets.TextButton(window, (340, 520),
'Lower',
width=120,
height=55)
quitButton = pygwidgets.TextButton(window, (880, 530),
'Quit',
width=100,
height=45)
# 5 - Initialize variables
'',
fontSize=30)
# 5 - Initialize variables
oBasket = Basket(window, WINDOW_WIDTH, WINDOW_HEIGHT)
fruitList = []
fruitNames = ['apple', 'banana', 'cherry', 'grapes', 'pear', 'strawberry']
for fruitName in fruitNames:
if fruitName == 'pear':
fruitList.append(
Fruit(window, WINDOW_WIDTH, WINDOW_HEIGHT, fruitName, -100))
else:
fruitList.append(Fruit(window, WINDOW_WIDTH, WINDOW_HEIGHT, fruitName))
oRestartButton = pygwidgets.TextButton(window, (5, 5), 'Restart')
score = 0
# 6 - Loop forever
while True:
# 7 - Check for and handle events
for event in pygame.event.get():
if event.type == pygame.QUIT:
pygame.quit()
sys.exit()
if oRestartButton.handleEvent(event): # ckicked on the Restart button
score = 0
for oFruit in fruitList:
borderSquaresList = self.oLineMgr.mComputerTakesLine(lineNumberChoice)
self.mCheckForCompletedSquares(lineNumberChoice, borderSquaresList)
print('Computer chooses line number', lineNumberChoice)
self.computerBlipSound.play()
self.oLineMgr.mStartComputerAnimation(lineNumberChoice)
def mPing(self):
self.oLineMgr.mAnimate()
# Main code
oGame = Game(window)
startButton = pygwidgets.TextButton(window, (550, 255),
'New Game',
width=100,
height=35)
yourTurnAgainSound = buzz = pygame.mixer.Sound('sounds/yourTurnAgain.wav')
while True:
# Handle events
for event in pygame.event.get():
if (event.type == QUIT) or ((event.type == KEYDOWN) and
(event.key == K_ESCAPE)):
pygame.mixer.music.stop()
pygame.quit()
sys.exit()
if event.type == MOUSEBUTTONDOWN:
mousePos = event.pos
oGame.mCheckForMakingMove(mousePos)
def textAnswerDialog(theWindow,
theRect,
prompt,
okButtonText='OK',
cancelButtonText='Cancel',
backgroundColor=DIALOG_BACKGROUND_COLOR,
promptTextColor=DIALOG_BLACK,
inputTextColor=DIALOG_BLACK):
"""A function that puts up a text-based two-button answerable modal dialog (typically OK/Cancel)
Parameters:
| theWindow - the window to draw in
| theRect - the rectangle (or tuple) of the dialog box in the application window
| prompt - prompt (title) string to be displayed in the dialog box
Optional keyword parameters:
| okButtonText - text on the OK button (defaults to 'OK')
| cancelButtonText - text on the Cancel button (defaults to 'Cancel')
| backgroundColor - rgb background color for the dialog box (defaults to (0, 200, 200))
| promptTextColor - rgb color of the prompt text (defaults to black)
| inputTextColor - rgb color of the input text (defaults to black)
Returns:
| userAnswer - If user presses OK, returns the text the user typed. Otherwise returns None
"""
dialogLeft = theRect[0]
dialogTop = theRect[1]
dialogWidth = theRect[2]
dialogHeight = theRect[3]
INSET = 30 # inset buttons from the edges of the dialog box
promptText = pygwidgets.DisplayText(theWindow,
(dialogLeft, dialogTop + 30),
prompt,
fontSize=24,
width=dialogWidth,
justified='center',
textColor=promptTextColor)
inputWidth = dialogWidth - (2 * INSET)
inputText = pygwidgets.InputText(theWindow,
(dialogLeft + INSET, dialogTop + 80),
width=inputWidth,
initialFocus=True,
textColor=inputTextColor)
cancelButton = pygwidgets.TextButton(theWindow, (0, 0), cancelButtonText)
okButton = pygwidgets.TextButton(theWindow, (0, 0), okButtonText)
okButtonRect = okButton.getRect()
okButtonHeight = okButtonRect[3]
okButtonWidth = okButtonRect[2] # get width
xPos = dialogLeft + dialogWidth - okButtonWidth - INSET
buttonsY = dialogTop + dialogHeight - okButtonHeight - 20
cancelButton.setLoc((dialogLeft + INSET, buttonsY))
okButton.setLoc((xPos, buttonsY))
# 6 - Loop forever
while True:
# 7 - Check for and handle events
for event in pygame.event.get():
if (event.type == QUIT) or \
((event.type == KEYDOWN) and (event.key == K_ESCAPE)):
pygame.quit()
sys.exit()
if inputText.handleEvent(event) or okButton.handleEvent(event):
theAnswer = inputText.getValue()
return theAnswer
if cancelButton.handleEvent(event):
return None
# 8 - Do any "per frame" actions
# 9 - Clear the window area before drawing it again
pygame.draw.rect(theWindow, backgroundColor, theRect)
pygame.draw.rect(theWindow, DIALOG_BLACK, theRect, 1)
# 10 - Draw the window elements
promptText.draw()
inputText.draw()
cancelButton.draw()
okButton.draw()
# 11 - Update the window
pygame.display.update()
def textYesNoDialog(theWindow,
theRect,
prompt,
yesButtonText='Yes',
noButtonText='No',
backgroundColor=DIALOG_BACKGROUND_COLOR,
textColor=DIALOG_BLACK):
"""A function that puts up a text-based two-button modal dialog (typically Yes/No or OK/Cancel)
It can also be used to put up a single button alert dialog (typically with an OK button)
Parameters:
| theWindow - the window to draw in
| theRect - the rectangle (or tuple) of the dialog box in the application window
| prompt - prompt (title) string to be displayed in the dialog box
Optional keyword parameters:
| yesButtonText - text on the Yes button (defaults to 'Yes')
| noButtonText - text on the No button (defaults to 'No')
| Note: If noButtonText is None, the nothing will be drawn for the No button
| This way, you can present an "alert" box with only an 'OK' button
| backgroundColor - rgb background color for the dialog box (defaults to (0, 200, 200))
| textColor - rgb color for the prompt text (defaults to black)
Returns:
| True - meaning the Yes button was pressed
| or
| False - meaning the No button was pressed
|
| (With an alert dialog, you can ignore the returned value, as it will always be True.)
"""
dialogLeft = theRect[0]
dialogTop = theRect[1]
dialogWidth = theRect[2]
dialogHeight = theRect[3]
frameRect = pygame.Rect(dialogLeft + 1, dialogTop + 1, dialogWidth - 2,
dialogHeight - 2)
INSET = 30 # inset buttons from the edges of the dialog box
promptText = pygwidgets.DisplayText(theWindow,
(dialogLeft, dialogTop + 30),
prompt,
fontSize=24,
width=dialogWidth,
justified='center',
textColor=textColor)
# Create buttons, fix locations after finding out the size of the button(s)
showNoButton = not (noButtonText is None)
if showNoButton:
noButton = pygwidgets.TextButton(theWindow, (0, 0), noButtonText)
yesButton = pygwidgets.TextButton(theWindow, (0, 0), yesButtonText)
yesButtonRect = yesButton.getRect()
yesButtonHeight = yesButtonRect[3]
yesButtonWidth = yesButtonRect[2] # get width
xPos = dialogLeft + dialogWidth - yesButtonWidth - INSET
buttonsY = dialogTop + dialogHeight - yesButtonHeight - 20
if showNoButton:
noButton.setLoc((dialogLeft + INSET, buttonsY))
yesButton.setLoc((xPos, buttonsY))
#print('In dialogYesNo')
#print('theRect is', theRect)
#print('frameRect is', frameRect)
# 6 - Loop forever
while True:
# 7 - Check for and handle events
for event in pygame.event.get():
if (event.type == QUIT) or \
((event.type == KEYDOWN) and (event.key == K_ESCAPE)):
pygame.quit()
sys.exit()
if showNoButton:
if noButton.handleEvent(event):
return False
if yesButton.handleEvent(event):
return True
# 8 - Do any "per frame" actions
# 9 - Clear the window area before drawing it again
pygame.draw.rect(theWindow, backgroundColor, theRect)
pygame.draw.rect(theWindow, DIALOG_BLACK, frameRect, 1)
# 10 - Draw the window elements
promptText.draw()
if showNoButton:
noButton.draw()
yesButton.draw()
# 11 - Update the window
pygame.display.update()
pygame.init()
clock = pygame.time.Clock()
pygame.display.set_caption('Roll Them Dice')
window = pygame.display.set_mode((WINDOW_WIDTH, WINDOW_HEIGHT))
state = STATE_RUNNING
nRoundsRolled = 0
nRoundsToRun = MAX_ROUNDS
oTitleDisplay = pygwidgets.DisplayText(window, (330, 30),
'Roll Them Dice!',
fontName='monospaces',
fontSize=34)
oQuitButton = pygwidgets.TextButton(window, (20, 460),
'Quit',
width=100,
height=35)
oRunButton = pygwidgets.TextButton(window, (690, 460),
'Run',
width=100,
height=35)
oRunButton.disable()
oRoundsDisplay = pygwidgets.DisplayText(window, (315, 460),
'0',
fontName='monospaces',
fontSize=28,
width=70,
justified='right')
oOutOfDisplay = pygwidgets.DisplayText(window, (390, 460),
'out of',
choiceAsBoolean, userAnswer = pyghelpers.customAnswerDialog(theWindow, oDialogBackground, \
oPromptDisplayText, oUserInputText, oYesButton, oNoButton)
return choiceAsBoolean, userAnswer
# 3 - Initialize the world
pygame.init()
window = pygame.display.set_mode((WINDOW_WIDTH, WINDOW_HEIGHT))
clock = pygame.time.Clock() # set the speed (frames per second)
# 4 - Load assets: image(s), sounds, etc.
# 5 - Initialize variables
textAlertButton = pygwidgets.TextButton(window, (75, 370), 'Text Alert')
customAlertButton = pygwidgets.TextButton(window, (75, 420), 'Custom Alert')
textYesNoButton = pygwidgets.TextButton(window, (280, 370), 'Text Yes/No')
customYesNoButton = pygwidgets.TextButton(window, (280, 420), 'Custom Yes/No')
textAnswerButton = pygwidgets.TextButton(window, (485, 370), 'Text Answer')
customAnswerButton = pygwidgets.TextButton(window, (485, 420), 'Custom Answer')
title = pygwidgets.DisplayText(window, (150, 50), 'Click all buttons to test dialogs', \
fontSize=36, textColor=WHITE)
# 6 - Loop forever
while True:
# 7 - Check for and handle events
for event in pygame.event.get():
