while event != 0: # wait till no buttons pressed event = pfio.read_input() # so a single button press is not read as 2 sleep(0.001) # delay while event == 0: # wait for any input event = pfio.read_input() sleep(0.001) # delay pin_number = pfio.get_pin_number(event) # calculate the input pin if screen_output: print colours[pin_number -1] # print the colour in sequence to the screen pfio.digital_write(pin_number+2,1) # light up the buttons pressed if event != pfio.get_pin_bit_mask(i): game = 0 # if any wrong buttons were pressed end the game break else: # otherwise the correct button was pressed previous = event event = pfio.read_input() while previous == event: # while the button is held down, wait previous = event event = pfio.read_input() pfio.digital_write(i+2,0) # turn the button's LED off sleep(0.4)
previous_pressed = 255 print "Time left is: %s" %time_left # notify the player how long they have to hit each flash while True: in_bit_pattern = pfio.read_input() # see if any buttons have been hit if in_bit_pattern != previous_pressed: # check this is a new button press previous_pressed = in_bit_pattern # record button press for next time's check if in_bit_pattern > 0: if in_bit_pattern == pfio.get_pin_bit_mask(current): # check that only the correct button was hit pfio.digital_write(current+2, 0) # turn off hit light previous = current current = next_colour() # get next colour while current == previous: # ensure differnt colour each time current = next_colour() # get next colour if ((score + misses) %30) ==29: if set_time > 125: set_time /= 2 # reduce the time allowed to hit the light print "Time left is: %s" %set_time time_left = set_time # set the countdown time
) # so a single button press is not read as 2
sleep(0.001) # delay
while event == 0: # wait for any input
event = pfio.read_input()
sleep(0.001) # delay
pin_number = pfio.get_pin_number(event) # calculate the input pin
if screen_output:
print colours[pin_number -
1] # print the colour in sequence to the screen
pfio.digital_write(pin_number + 2, 1) # light up the buttons pressed
if event != pfio.get_pin_bit_mask(i):
game = 0 # if any wrong buttons were pressed end the game
break
else: # otherwise the correct button was pressed
previous = event
event = pfio.read_input()
while previous == event: # while the button is held down, wait
previous = event
event = pfio.read_input()
pfio.digital_write(i + 2, 0) # turn the button's LED off
sleep(0.4)
pfio.write_output(0xFF) # signify their turn is over
previous_pressed = 255
print "Time left is: %s" % time_left # notify the player how long they have to hit each flash
while True:
in_bit_pattern = pfio.read_input() # see if any buttons have been hit
if in_bit_pattern != previous_pressed: # check this is a new button press
previous_pressed = in_bit_pattern # record button press for next time's check
if in_bit_pattern > 0:
if in_bit_pattern == pfio.get_pin_bit_mask(current): # check that only the correct button was hit
pfio.digital_write(current + 2, 0) # turn off hit light
previous = current
current = next_colour() # get next colour
while current == previous: # ensure differnt colour each time
current = next_colour() # get next colour
if ((score + misses) % 30) == 29:
if set_time > 125:
set_time /= 2 # reduce the time allowed to hit the light
print "Time left is: %s" % set_time
time_left = set_time # set the countdown time