# Master launches all in animationlist at preRun
# Master steps when it gets a go ahdead signal from one of the
# concurrent annimations
# if give fps for master will skip faster frame
masteranimation.run(fps=None, threaded=True)
# if threaded is False will wait otherwise not
# this will stop as soon as executed, so if threded=True above will
# be immediated stopped!
# masteranimation.stopThread()
# wait here before plotting otherwise data wont be ready
while not masteranimation.stopped():
pass
# plot timing data collected from all the animations
# horizontal axis is time in ms
# vertical are the various animation and dot is when update sent to leds by master
import matplotlib.pyplot as plt
plt.clf()
col = 'brgcwk'
[plt.plot(masteranimation.timedata[i], [i] * len(masteranimation.timedata[i]), col[i%6]+'o') for i in range(len(animationlist))]
ax = plt.axis()
delx = .01 * (ax[1] - ax[0])
plt.axis([ax[0]-delx, ax[1]+delx, ax[2]-1, ax[3]+1])
plt.title("Master Animation Step Count {}".format(masteranimation._step))
MANIFEST = [
masteranimation = MasterAnimation(ledmaster, animationlist, runtime=2)
# Master launches all in animationlist at preRun
# Master steps when it gets a go ahdead signal from one of the
# concurrent annimations
# if give fps for master will skip faster frame
masteranimation.run(fps=None, threaded=True)
# if threaded is False will wait otherwise not
# this will stop as soon as executed, so if threded=True above will
# be immediated stopped!
# masteranimation.stopThread()
# wait here before plotting otherwise data wont be ready
while not masteranimation.stopped():
pass
# plot timing data collected from all the animations
# horizontal axis is time in ms
# vertical are the various animation and dot is when update sent to leds by master
import matplotlib.pyplot as plt
plt.clf()
col = 'brgcwk'
[
plt.plot(masteranimation.timedata[i],
[i] * len(masteranimation.timedata[i]), col[i % 6] + 'o')
for i in range(len(animationlist))
]
ax = plt.axis()
delx = .01 * (ax[1] - ax[0])
