def get_diff():
print "Select your difficutly (#Lights):"
print " 1 = Easy"
print " 2 = Hard"
print " 3 = Harder"
print " 4 = Hardest"
print "SELECT - Change Difficulty"
print "START - Continue"
print ""
diff = 1
onoff_led([SPV.LEDUP],1)
while 1:
key = LpDriver.get_key(pipe)
if key == SPV.SELECT:
if diff == 1:
onoff_led([SPV.LEDRT],1)
diff += 1
elif diff == 2:
onoff_led([SPV.LEDDN],1)
diff += 1
elif diff == 3:
onoff_led([SPV.LEDLT],1)
diff += 1
else:
onoff_led([SPV.LEDRT],0)
onoff_led([SPV.LEDDN],0)
onoff_led([SPV.LEDLT],0)
diff = 1
elif key == SPV.START:
break
onoff_led(SPV.LEDALL, 0)
return diff
def get_user(level):
user = []
# Get the number of keystrokes we need for a level
for i in xrange(0,level):
key = LpDriver.get_key(pipe)
user.append(key)
# Blink the LED as user feedback
if key == SPV.LPUP:
blink_led([SPV.LEDUP],.1)
elif key == SPV.LPDN:
blink_led([SPV.LEDDN],.1)
elif key == SPV.LPLT:
blink_led([SPV.LEDLT],.1)
elif key == SPV.LPRT:
blink_led([SPV.LEDRT],.1)
elif key == SPV.START:
# Little easter egg, the player looses in this case though
blink_led(SPV.LEDALL,.2)
return user
def get_mode():
print "Select game mode:"
print " ^ = Append"
print " \/ = New (Challenge mode)"
print "SELECT - Choose"
print "START - Continue"
print ""
onoff_led(SPV.UPARROW,1)
mode = True
while 1:
key = LpDriver.get_key(pipe)
if key == SPV.SELECT:
if mode:
onoff_led(SPV.UPARROW,0)
onoff_led(SPV.DNARROW,1)
else:
onoff_led(SPV.DNARROW,0)
onoff_led(SPV.UPARROW,1)
mode = not mode
elif key == SPV.START:
break
onoff_led(SPV.LEDALL,0)
return mode
#!/usr/bin/env python
pipe = open('/dev/input/js0','r')
import RPi.GPIO as GPIO
GPIO.setmode(GPIO.BCM)
GPIO.setup(17, GPIO.OUT)
GPIO.setup(22, GPIO.OUT)
GPIO.setup(24, GPIO.OUT)
GPIO.setup(25, GPIO.OUT)
import LpDriver
from time import sleep
def flash(num):
GPIO.output(num, 1)
sleep(0.5)
GPIO.output(num, 0)
while 1:
key = LpDriver.get_key(pipe)
if key == 1:
flash(25)
elif key == 2:
flash(24)
elif key == 3:
flash(22)
elif key == 4:
flash(17)
