def main():
numbers = []
running = True
display.algorithmBox.add_options(list(algorithmsDict.keys()))
while running:
for event in pygame.event.get():
if event.type == pygame.QUIT:
running = False
display.sizeBox.update(event)
display.delayBox.update()
display.algorithmBox.update()
display.startButton.update()
a_set = set(range(display.numBars))
if display.startButton.active:
# Set the values given by the user
display.numBars = int(display.sizeBox.text)
display.delay =\
display.delayBox.value - display.delayBox.rect.x - 6
algorithm = display.algorithmBox.get_active_option()
# Generates a random list
numbers = [randint(10, 400) for i in range(display.numBars)]
# Executes the chosen algorithm
runAlgorithm(algorithm.lower(), numbers)
display.toDraw = True
display.drawInterface(numbers, -1, -1, -1, -1, greenRows = a_set)
def main():
numbers = []
running = True
# Add default values
display.sizeBox.text = '100'
display.algorithmBox.add_options(list(algorithmsDict.keys()))
# display.algorithmBox.text = 'mergesort'
while running:
for event in pygame.event.get():
if event.type == pygame.QUIT:
running = False
display.sizeBox.update(event)
display.delayBox.update()
display.algorithmBox.update()
display.startButton.update()
a_list = list(range(0, display.numBars))
if display.startButton.active and not error_checking():
# Set the values given by the user
display.numBars = int(display.sizeBox.text)
display.delay =\
display.delayBox.value - display.delayBox.rect.x - 6
algorithm = display.algorithmBox.get_active_option()
# Generates a random list
numbers = randomList()
# Executes the chosen algorithm
runAlgorithm(algorithm.lower(), numbers)
display.toDraw = True
display.drawInterface(numbers, -1, -1, -1, -1, greenRows=a_list)