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Python / Mac OS X

edited June 2014 in BlinkyTape Fun
Nothing fancy, but just sharing what I've done with my blinkytape since I got it last Thursday. You'll notice that some of this code is redundant, but was just playin around with Python and seeing what I could come up with.

from BlinkyTape import BlinkyTape import urllib2 import re from time import sleep import random import math from datetime import datetime now = datetime.now() hour = int(now.hour) min = int(now.minute) if int(hour) > 12: hour = int(hour) - 12 bb = BlinkyTape('/dev/tty.usbmodem1441') #least on Mac OS X, this is the port to use! def leftright(): for y in range(60): for x in range(60): r = ((x-y) % 60) g = ((x-y) % 60) b = (x-y) % 60 bb.sendPixel(r,g%25,g%255) bb.show() for y in (range(60)): for x in range(60): r = ((x+y) % 60) g = ((x+y) % 60) b = (x+y) % 60 bb.sendPixel(g%20,g,0) bb.show() def seg(): for y in range(60): for x in range(60): if x <= 20: r = ((x-y) % 60)*3 g = ((x+y) % 20)*3 b = (x-y) % 30 * 3 bb.sendPixel(r,g,b) elif x >= 21 and x <= 40: r = ((x-y) % 60)*2 g = ((x+y) % 20)*2 b = (x-y) % 30 * 2 bb.sendPixel(r,g,b) else: r = ((x+y) % 40)*3 g = ((x-y) % 60)*3 b = (x+y) % 30*3 bb.sendPixel(r,g,b) bb.show() def flasher(flash): for y in range(60)[::flash]: for x in range(60): if x <= 30: bb.sendPixel((y+x)% 60,0,0) else: bb.sendPixel(0,0,(y-x)% 60) bb.show() for y in range(60)[::flash]: for x in range(60): if x <= 30: bb.sendPixel(0,0,(y-x)% 60 * 3,) else: bb.sendPixel((y+x)% 60 * 3,0,0) bb.show() def exposure(): for j in range(10): for x in reversed(range(60)): for y in range(60): if y < 55: y = y + 200 r = (x-y) % 20 * 11 bb.sendPixel(r, j*2 ,j*20) bb.show() for k in range(255)[::100]: for j in range(60): bb.sendPixel(100,100,255) bb.show() def backstep(): for x in range(60): for y in range(60): sleep(0.0001) r = (x+y) % 255 if y == x: bb.sendPixel(255,r/2,r/2) x = x + 1 else: bb.sendPixel(r*2,r%120,0) bb.show() for x in reversed(range(60)): for y in range(60): sleep(0.001) r = (x+y) % 255 if y == x: bb.sendPixel(0,r/2,255) x = x + 1 else: bb.sendPixel(r*2,r%120,0) bb.show() def clock(): for x in range(60): if x >= min: bb.sendPixel(0,0,0) elif x == hour - 1: bb.sendPixel(255,255,255) else: bb.sendPixel(150,0,20) bb.show() def freqy(frequency): for i in range(60): red = int(math.sin(frequency*i + 0) * 127 + 128) green = int(math.sin(frequency*i + 2) * 127 + 128) blue = int(math.sin(frequency*i + 4) * 127 + 128) for j in range(60): if j <= i: bb.sendPixel(red,green,blue) else: bb.sendPixel(0,0,0) bb.show() for i in range(60): red = int(math.sin(frequency*i + 0) * 127 + 128) green = int(math.sin(frequency*i + 2) * 127 + 128) blue = int(math.sin(frequency*i + 4) * 127 + 128) for j in range(60): if j >= i: bb.sendPixel(red,green,blue) else: bb.sendPixel(0,0,0) bb.show() def scanner(): for i in range(1): for x in range(60): red = int(math.sin(0.1*x + 6) * 127 + 128) for y in range(60): l = max(((y - x) % 60) - 40, 0) bb.sendPixel(red, l * 3, l * 9) bb.show() for i in range(1): for x in range(60): red = int(math.sin(0.1*x + 2) * 127 + 128) for y in range(60): l = max(((y + x) % 60) - 40, 0) bb.sendPixel(red, l*7, l * 3) bb.show() def purplebounce(): for x in reversed(range(100)): for y in reversed(range(60)): l = max(((x - y) % 60)-40, 0) print l bb.sendPixel(l*3,0,l*4) bb.show() for x in reversed(range(100)): for y in reversed(range(60)): l = max(((y + x) % 60)-40, 0) print l bb.sendPixel(l*3,l*4,l*4) bb.show() def knightrider(): for x in range(75): for y in range(60): r = int(math.sin(0.1 * x + -15) * 127 + 128) z = [y+i for i in range(15)] if x == x in z: bb.sendPixel(r,0,0) else: bb.sendPixel(0,0,0) bb.show() for x in reversed(range(75)): for y in range(60): r = int(math.sin(0.1 * x + -15) * 127 + 128) z = [y+i for i in range(15)] if x == x in z: bb.sendPixel(r,0,0) else: bb.sendPixel(0,0,0) bb.show() while True: for x in range(20): flasher(10) for x in range(2): leftright() for x in range(3): seg() for x in range(2): exposure() for x in range(3): backstep() for x in range(5): freqy(0.2) for x in range(5): scanner() for x in range(5): purplebounce() for x in range(5): knightrider()
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