self._count += 1
if __name__ == '__main__':
driver = DriverVisualizer(160, pixelSize=62, stayTop=False, maxWindowWidth=1024)
led = LEDStrip(driver, masterBrightness=255, masterBrightnessLimit=200)
w1 = Worm(led, [(255, 100, 50)]*10)
w2 = Worm(led, [(2, 100, 250)]*10)
dim = dimLights(led)
# animQ.addAnim(w2, fps=10, max_steps=40)
#animQ.addAnim(dim, amt=5, fps=30, max_steps=70)
# animQ.addAnim(w1, fps=5, max_steps = 10)
animQ = AnimationQueue(led)
animQ.addAnim(dim, amt=10, fps=5, max_steps=40, threaded=True)
animQ.addAnim(w1, fps=5, max_steps=20)
animQ.addAnim(w2, fps=5, max_steps=20)
animQ.run(untilComplete=True, max_cycles=2)
import bibliopixel.colors as colors
MANIFEST = [
{
"class": dimLights,
"controller": "strip",
"desc": "Changes brightness of fixed color screen",
"display": "dimLights",
import time
from bibliopixel import *
from bibliopixel.drivers.visualizer import DriverVisualizer
driver = DriverVisualizer(width=25, height=50, pixelSize=15)
led = LEDMatrix(driver, width=0, height=0, serpentine=False, threadedUpdate=False)
from BiblioPixelAnimations.matrix.bloom import Bloom
from BiblioPixelAnimations.matrix.GameOfLife import GameOfLife
from BiblioPixelAnimations.matrix.MatrixRain import MatrixRain
from bibliopixel.animation import AnimationQueue
anim = AnimationQueue(led)
try:
anim.addAnim(anim=Bloom(led), amt=6, fps=None, max_steps=30)
anim.addAnim(anim=GameOfLife(led), fps=30, untilComplete=True)
anim.addAnim(anim=MatrixRain(led), fps=30, max_steps=30*5)
anim.run(untilComplete=False, threaded=True, fps=15)
while not anim.stopped():
print "Running..."
time.sleep(1)
except:
anim.stopThread(wait=True)
finally:
led.all_off()
led.update()
print "Done!"
#!/usr/bin/env python
from looped import create_led
from BiblioPixelAnimations.strip import Rainbows, LarsonScanners, Wave, \
PixelPingPong, Alternates, ColorChase, ColorPattern, ColorWipe, \
FireFlies, HalvesRainbow, PartyMode, Searchlights, WhiteTwinkle
from bibliopixel.animation import AnimationQueue
from bibliopixel import colors
import sys
led = create_led(dev=len(sys.argv) > 1 and sys.argv[1] == 'test')
queue = AnimationQueue(led)
queue.addAnim(WhiteTwinkle.WhiteTwinkle(led), fps=20, max_steps=200)
queue.addAnim(Searchlights.Searchlights(led), fps=50, max_steps=550)
queue.addAnim(PartyMode.PartyMode(led, PartyMode.rainbow), fps=15, max_steps=50)
queue.addAnim(HalvesRainbow.HalvesRainbow(led), fps=50, max_steps=150)
queue.addAnim(FireFlies.FireFlies(led, FireFlies.rainbow), fps=20, max_steps=100)
queue.addAnim(ColorWipe.ColorWipe(led, colors.Red), fps=40, max_steps=150)
queue.addAnim(ColorPattern.ColorPattern(led, ColorPattern.rainbow, 3), fps=40, max_steps=150)
queue.addAnim(ColorChase.ColorChase(led, colors.Blue), fps=40, max_steps=150)
queue.addAnim(Alternates.Alternates(led), fps=5, max_steps=20)
queue.addAnim(PixelPingPong.PixelPingPong(led, color=colors.White, max_led=led.numLEDs, total_pixels=2, fade_delay=4), fps=40, max_steps=150)
queue.addAnim(Wave.WaveMove(led, colors.White, cycles=10), fps=40, max_steps=150)
queue.addAnim(Wave.Wave(led, colors.White, cycles=10), fps=40, max_steps=150)
queue.addAnim(LarsonScanners.LarsonRainbow(led), fps=40, max_steps=150)
queue.addAnim(LarsonScanners.LarsonScanner(led, colors.White), fps=40, max_steps=150)
queue.addAnim(Rainbows.RainbowCycle(led), fps=40, max_steps=150)
# queue.addAnim(JumpIntro(led), untilComplete=True, max_steps=150)
# queue.addAnim(JumpGame(led, gamepad, ['1', '2']), fps=40)
queue.run()
# (3) Reverse of (1)
#causes frame timing information to be output
#bibliopixel.log.setLogLevel(bibliopixel.log.INFO)
#Driver, Strip, and Matrix
driver = DriverSerial(num=236, type=LEDTYPE.APA102)
#visualizer = DriverVisualizer(width=2, height=118)
strip = LEDStrip(driver, threadedUpdate=True, masterBrightness=150)
# matrix = LEDMatrix(driver,
# width=2,
# height=118,
# serpentine=False)
queue = AnimationQueue(strip)
#http://www.colourlovers.com/palette/1813691/Art_is_in_my_DNA
cRed = (255,0,96)
cOrange = (255,143,0)
cLime = (205,255,0)
cBlue = (35,216,216)
cGreen = (254,214,0)
def rand_color():
#return (color_scale((randint(0,255),randint(0,255),randint(0,255)), randint(0,255)))
return (color_scale((randint(0,255),randint(0,255),randint(0,255)), 255))
class ColorFade(BaseStripAnim):
"""Fill the dots progressively along the strip."""
#import base classes and driver from bibliopixel import * from bibliopixel.drivers.visualizer import Visualizer #import AnimationQueue from bibliopixel.animation import AnimationQueue #import animations from BiblioPixelAnimations.matrix.bloom import Bloom from BiblioPixelAnimations.matrix.GameOfLife import GameOfLife from BiblioPixelAnimations.matrix.pinwheel import Pinwheel #load driver and controller and animation queue driver = Visualizer(width=10, height=10, stayTop=True) led = Matrix(driver) anim = AnimationQueue(led) #Load animations into Queue bloom = Bloom(led) #run at 15fps, for 10 seconds anim.addAnim(bloom, amt=6, fps=15, max_steps=150) gol = GameOfLife(led) #run at queue default framerate, until simulation completes twice anim.addAnim(gol, fps=None, untilComplete=True, max_cycles=2) pin = Pinwheel(led) #run at queue default framerate for 300 steps anim.addAnim(pin, amt=4, fps=None, max_steps=300) #run animations at default 30fps
