vampiermsx / pwm experiment

# vampierMSX

import RPi.GPIO as GPIO
import time
import sys
from random import randint

sequence = [
 'f3100000'
,'3f310000'
,'13f31000'
,'013f3100'
,'0013f310'
,'00013f31'
,'000013f3'
,'0000013f'
,'000013f3'
,'000138f1'
,'0013f310'
,'013f3100'
,'13831000'
,'38310000'
,'10000001'
,'02000020'
,'00300300'
,'00044000'
,'00055000'
,'00066000'
,'00077000'
,'00088000'
,'00099000'
,'000aa000'
,'000bb000'
,'000cc000'
,'000dd000'
,'000ee000'
,'000ff000'
,'000ee000'
,'000dd000'
,'000cc000'
,'000bb000'
,'000aa000'
,'00099000'
,'00088000'
,'00077000'
,'00066000'
,'00055000'
,'00044000'
,'00033000'
,'00022000'
,'00011000'
]

ver = GPIO.VERSION
rev = GPIO.RPI_REVISION
model = ['Compute Module','Rev 1','Rev 2','B+']

print 'Using GPIO version : ' + ver
print 'Running on Raspberry PI model : ' + model[rev]

#as long as it's not fatal I don't care
GPIO.setwarnings(False)

#setup GPIO using Board numbering
GPIO.setmode(GPIO.BOARD)

#what GPIO port is the LED attached to
led = [5,7,11,13,15,19,21,23]

p = [None]*99


#time every led is on
timer = 0.0125

#init GPIO ports
i = 0

for lednum in led:
        print 'setting GPIO '+str(lednum)
        GPIO.setup(lednum, GPIO.OUT)
    p[i] = GPIO.PWM(lednum, 60)
    p[i].start(5)
    i += 1

# set pin3 input
GPIO.setup (3,GPIO.IN,pull_up_down=GPIO.PUD_DOWN)


while 1:

    for seq in sequence:
        # get binary sequence
        for i in range(8):
            val = (int('0x'+seq[i:i+1],16)) *(float(100)/15)
            print (val)
            p[i].start(val)
        print '-'
        time.sleep(0.064)