def __init__(self, window, windowWidth, windowHeight, path, xSpeed=12):
self.window = window # remember the window, so we can draw later
self.windowWidth = windowWidth
self.windowHeight = windowHeight
self.path = path
# ImageCollection to store Penguin sprite sheets
self.image = pygwidgets.ImageCollection(
window, (0, 0), {
'image1': self.path + 'walk1.png',
'image2': self.path + 'walk2.png',
'image3': self.path + 'walk3.png',
'image4': self.path + 'walk4.png',
'image5': self.path + 'walk5.png',
'image6': self.path + 'walk6.png'
}, 'image1')
# sprite sheet index
self.index = 1
startingRect = self.image.getRect()
self.width = startingRect[2] # width
self.height = startingRect[3] # height
self.halfHeight = self.height / 2
self.halfWidth = self.width / 2
self.x = self.windowWidth / 2
self.y = windowHeight - self.height - 20
self.maxX = self.windowWidth - self.width
self.image.setLoc((self.x, self.y))
# Choose speed in the x direction
self.xSpeed = xSpeed
def __init__(self, window, rank, suit, value):
self.window = window
self.rank = rank
self.suit = suit
self.cardName = rank + ' of ' + suit
self.value = value
fileName = 'images/' + self.cardName + '.png'
self.images = pygwidgets.ImageCollection(window, (0, 0), \
{'front': fileName, 'back': Card.BACK_OF_CARD_IMAGE}, 'back')
self.x = 0 # some starting pos, use setLoc below to change
self.y = 0
self.conceal()
def __init__(self, window):
self.window = window
self.minRow = 0
self.maxRow = 5
self.minCol = 0
self.maxCol = 4
self.hOffset = 10 # horizontal pixels to offset frog to be in center of cell
self.vOffset = 13 # vertical pixels to offset frog to be in center of cell
self.image = pygwidgets.ImageCollection(window, (0, 0), {
'alive': 'images/frog.png',
'dead': 'images/frogDead.png'
}, 'alive')
self.newRound(1)
def __init__(self, window, loc):
self.image = pygwidgets.ImageCollection(window, loc, {'image1':'images/Dino/f1.png',
'image2':'images/Dino/f2.png',
'image3':'images/Dino/f3.png',
'image4':'images/Dino/f4.png',
'image5':'images/Dino/f5.png',
'image6':'images/Dino/f6.png',
'image7':'images/Dino/f7.png',
'image8':'images/Dino/f8.png',
'image9':'images/Dino/f9.png',
'image10':'images/Dino/f10.png',
'image11':'images/Dino/f11.png',
'image12':'images/Dino/f12.png',
'image13':'images/Dino/f13.png',
'image14':'images/Dino/f14.png',
'image15':'images/Dino/f15.png',
'image16':'images/Dino/f16.png',
'image17':'images/Dino/f17.png'}, 'image1')
self.rect = self.image.getRect()
self.animating = False
def __init__(self, window, rowIndex, colIndex):
self.window = window
# Instance variables:
self.value = None
self.revealed = False
self.flagged = False
self.rowIndex = rowIndex
self.colIndex = colIndex
self.x = self.colIndex * CELL_WIDTH_HEIGHT
self.y = self.rowIndex * CELL_WIDTH_HEIGHT
#print('x and y', self.x, self.y)
self.rect = pygame.Rect(self.x, self.y, CELL_WIDTH_HEIGHT,
CELL_WIDTH_HEIGHT)
self.images = pygwidgets.ImageCollection(window, (self.x, self.y),
Cell.imagesDict, 'tile')
if Cell.flagSound is None:
Cell.flagSound = pygame.mixer.Sound('sounds/flag.wav')
if Cell.unFlagSound is None:
Cell.unFlagSound = pygame.mixer.Sound('sounds/unflag.wav')
if Cell.explosionSound is None:
Cell.explosionSound = pygame.mixer.Sound('sounds/explosion.wav')
if Cell.revealSound is None:
Cell.revealSound = pygame.mixer.Sound('sounds/reveal.wav')
if Cell.buzzSound is None:
Cell.buzzSound = pygame.mixer.Sound('sounds/buzz.wav')
if Cell.dingSound is None:
Cell.dingSound = pygame.mixer.Sound('sounds/ding.wav')
self.neighborsList = []
for offset in NEIGHBOR_OFFSETS:
neighborRow = rowIndex + offset[0]
neighborCol = colIndex + offset[1]
if (neighborRow >= 0) and (neighborRow < N_ROWS) and \
(neighborCol >= 0) and (neighborCol < N_COLS):
# Valid neighbor
self.neighborsList.append((neighborRow, neighborCol))
self.reset()
str(nRoundsToRun),
fontName='monospaces',
fontSize=28,
width=70,
initialFocus=True)
oDiceImage = pygwidgets.Image(window, (28, 15), 'images/twoDice.png')
imagesDict = {
1: 'images/dice1.png',
2: 'images/dice2.png',
3: 'images/dice3.png',
4: 'images/dice4.png',
5: 'images/dice5.png',
6: 'images/dice6.png'
}
oDie1 = pygwidgets.ImageCollection(window, (630, 15), imagesDict, 1)
oDie2 = pygwidgets.ImageCollection(window, (715, 15), imagesDict, 1)
binsList = []
for diceTotalForBin in range(0, (SIDES_PER_DIE + SIDES_PER_DIE + 1)):
oBin = Bin(window, diceTotalForBin, nRoundsToRun)
binsList.append(oBin)
while True:
# Handle events
for event in pygame.event.get():
if oQuitButton.handleEvent(event) or (event.type == pygame.QUIT):
pygame.quit()
sys.exit()
# If the user presses Enter or clickes the Run Button
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',
'up': 'imageUp.jpg',
'down': 'imageDown.jpg'
},
'start',
path='images/')
oImageInstructions = pygwidgets.DisplayText(
window, (400, 595), 'Click then type l, r, d, u, s, or Space')
oIconInstructions = pygwidgets.DisplayText(
window, (15, 595), 'Click then up or down arrow to resize,\n' +
'left or right arrow to rotate, \n' +
'h or v to flip horizontal or vertical')
oFrisbeeImage = pygwidgets.Image(window, (562, 2), 'images/frisbee.png')