def main():
# Create window
window_width = 500
window_height = 400
window = uagame.Window('Remember The Word', window_width, window_height)
# display logo
draw_logo(window)
# display instructions
text_size = 24
text_color = 'white'
draw_instructions(window, text_size, text_color)
# present words: orange, chair, mouse, sandwich
# sample correct answer from choices; randomize presentation order
word_names = ['chair', 'orange', 'mouse', 'sandwich']
correct_answer = random.choice(word_names)
random.shuffle(word_names)
draw_words(window, text_size, text_color, word_names)
# prompt user for input
guess = get_guess(window, text_size, text_color, correct_answer[0])
# display feedback
draw_feedback(window, text_size, text_color, guess, correct_answer)
# terminate program
window.close()
def create_window():
# Create a Window object and return it
title = 'Graphics Example 3'
width = 500
height = 400
window = uagame.Window(title, width, height)
window.set_auto_update(False)
return window
def main():
# create window
screen_width = 600
screen_height = 600
window = uagame.Window('Word Puzzle', screen_width, screen_height)
# display instructions
window.set_font_size(24)
window.set_font_color('white')
instructions = [
'I am tinking of a secerct word.',
'Try and guess the word. You can guess one letter',
'at a time. Each time you guess I will show you',
'which letters have been coreectly guessed and which',
'letters are still missing. You will have 4 guesses to',
'guess all the letter. Good luck!'
]
x = 0
y = 0
for line in instructions:
window.draw_string(line, x, y)
font_height = window.get_font_height()
y = y + font_height
# create a list of words to be used
Words_list = [
'apple', 'banana', 'watermelon', 'kiwi', 'pineapple', 'mango'
]
word = random.choice(Words_list)
# alternative way is to use random.randint(1, (len(Words_liost)-1)
selected_word = word[1:]
window.draw_string('The answer so far is _' + selected_word, x, y)
# prompt user to guess the letter
y = y + font_height
guess = window.input_string('Guess a letter: ', x, y)
# Provide Feedback
# can also use guess == word[:1]
if guess == word[0]:
y = y + font_height
window.draw_string('Good Job! You found the word ' + word + '!', x, y)
else:
y = y + font_height
window.draw_string(
'Not quite, the correct word was ' + word +
'. Better luck next time', x, y)
# prompt user to exit program
y = y + font_height
window.input_string('Press enter to end the game.', x, y)
window.close()
def create_window():
# Create a window
# return: a new uagame.Window object
screen_width = 600
screen_height = 600
title = 'Word Puzzle'
window = uagame.Window(title, screen_width, screen_height)
return window
def create_window():
# Create a window
# return: a new uagame.Window object
screen_width = 500
screen_height = 400
window = uagame.Window("Word Puzzle 3", screen_width, screen_height)
text_size = 20
text_color = 'white'
window.set_font_size(text_size)
window.set_font_color(text_color)
return window
def generateWindowProperties(gameWindowHeight, gameWindowWidth):
# Create game window that is gameWindowHeight pixels by gameWindowWidth pixels
gameWindow = uagame.Window('Hacking', gameWindowHeight, gameWindowWidth)
# Set other window properties
gameWindow.set_font_name('couriernew') # Set font as courier new
gameWindow.set_font_size(18) # Set font size as 18
gameWindow.set_font_color('green') # Set font color as green
gameWindow.set_bg_color('black') # Set background color as black
stringHeight = gameWindow.get_font_height() # Get height of 18 point font
# Generate list of window properties
windowProperties = [gameWindow, stringHeight]
return (gameWindow, stringHeight)
def main():
# Create window
width = 650
height = 650
window = uagame.Window('Planetary Model', width, height)
window.set_auto_update(False)
# Create game
game = Game(window)
# Play game
game.play_game()
# Close Window
window.close()
def main():
window = uagame.Window('Remember the Word', 500, 400)
# display icon
window.set_font_size(50)
window.set_font_color('red')
window.set_bg_color('blue')
icon_width = window.get_string_width('UA')
surface_width = window.get_width()
icon_height = window.get_font_height()
x_coord_icon = surface_width - icon_width
surface_height = window.get_height()
y_coord_icon = surface_height - icon_height
window.draw_string('UA', x_coord_icon, y_coord_icon)
window.input_string('Press enter to end game', 0, 0)
window.close()
def main():
# Create window
width = 500
height = 500
window = uagame.Window('Move Test', width, height)
window.set_auto_update(False)
# Create game
game = Game(window)
# Play game
game.play_game()
# Close Window
window.close()
def main():
# Create window
width = 800
height = 500
window = uagame.Window('Pong', width, height)
window.set_auto_update(False)
window.set_font_size(100)
# Create game
game = Game(window)
# Play game
game.play_game()
# Close Window
window.close()
def main():
window = uagame.Window('Remember the Word', 500, 400)
# display icon
icon_string = 'UA'
window.set_font_size(50)
window.set_font_color('red')
window.set_bg_color('blue')
icon_width = window.get_string_width(icon_string)
surface_width = window.get_width()
x_coord_icon = surface_width - icon_width
icon_height = window.get_font_height()
surface_height = window.get_height()
y_coord_icon = surface_height - icon_height
window.draw_string('UA', x_coord_icon, y_coord_icon)
window.close()
def __init__(self):
# Create window with fixed height of 500px, fixed width of 400px
self.gameWindow = uagame.Window('Poke the Dots', 500, 400)
self._adjustWindowProperties()
# Define game properties
self._closeButtonSelected = False # Define the default close button object
self._gameClock = pygame.time.Clock() # Create the clock
self._score = 0 # Initialize game _score to be zero
self._frameRate = 90 # Higher frame rate is faster game, vice versa
self._collision = False # Define the default object to determine if dots have come into contact
# Define dot properties
self.smallDotColor = 'red' # Dot color
self.smallDotRadius = 30 # Dot radius in px
self.smallDotCenter = [50, 75] # Where the small dot will be spawned
self.smallDotVelocity = [1, 2] # The velocity [xVelocity, yVelocity]
self.bigDotColor = 'blue' # Dot color
self.bigDotRadius = 40 # Dot radius in px
self.bigDotCenter = [200, 100] # Where the big dot will be spawned
self.bigDotVelocity = [2, 1] # The velocity [xVelocity, yVelocity]
# Create the dots
self.smallDot = Dot(self.smallDotColor, self.smallDotCenter,
self.smallDotRadius, self.smallDotVelocity,
self.gameWindow)
self.bigDot = Dot(self.bigDotColor, self.bigDotCenter,
self.bigDotRadius, self.bigDotVelocity,
self.gameWindow)
# Randomize the dots' positions
self.smallDot.randomizeDotPosition()
self.bigDot.randomizeDotPosition()
# Play the game
self.playGame()
return (None)