def init_lumiverse(rig_path=DEFAULT_RIG_PATH, dummy=False):
global rig
if dummy:
rig = DummyRig()
else:
rig = L.Rig(rig_path)
rig.init()
rig.run()
init_game()
return rig
def __init__(self):
'''Initialize the Pausch Bridge.'''
try:
import lumiversepython as L
except:
raise ImportError('Couldn\'t import lumiversepython: ' +
'Are you running on pbridge.adm.cs.cmu.edu?')
self.rig = L.Rig("/home/teacher/Lumiverse/PBridge.rig.json")
self.rig.init()
# Cache the panel objects into an array for speedy lookup.
# Gates side has sequence 1.
self.top_panels = [
self.rig.select("$side=top[$sequence={0}]".format(i))
for i in xrange(Bridge.START_SEQ, Bridge.END_SEQ + 1)
]
self.bottom_panels = [
self.rig.select("$side=bot[$sequence={0}]".format(i))
for i in xrange(Bridge.START_SEQ, Bridge.END_SEQ + 1)
]
[panel.setRGBRaw(0, 0, 0) for panel in self.top_panels]
[panel.setRGBRaw(0, 0, 0) for panel in self.bottom_panels]
def init(upload=True, run=True, wipe=True, fire=True):
rig = L.Rig("/home/teacher/Lumiverse/PBridge.rig.json")
rig.init()
# Upload the blank template
if (upload):
blank()
# Run if requested
if (run):
rig.run()
# Wipe if requested
if (wipe):
for seq in xrange(SEQ_LIM):
query(rig, '$sequence=%d' % seq).setRGBRaw(0, 0, 0)
# Heat up the cache
if (fire and not wipe):
fireplace(rig)
return rig
## Summer 2014
## Make a white panel go thru the bridge to test
## actual response performance -- python
#################################################################
## set up
import lumiversepython as l
import os
import time
## just get json path as environment var
json = os.environ.get('JSON')
if json == 'None':
print "Cannot see JSON file, going to use default"
lights = l.Rig(json)
lights.init()
lights.run()
## number of channels on the bridge
num_lights = 57
## rate is frames/sec or packets sent/sec
rate = 60
while True:
## ask for rate
rate = input("rate of change (frames/sec) : ")
## error checking
while rate < 0 or rate > 60:
import lumiversepython as L
import time
rig = L.Rig("/home/teacher/Lumiverse/PBridge.rig.json")
rig.init()
rig.run()
count = 0
flag = 1
judge = "$panel=0"
while (1):
#devices = rig.getAllDevices()
#devices = rig.getIds()
#rig.select("$side=top").setRGBRaw(0,1,0)
#rig.select("$side=bot").setRGBRaw(1,0,0)
if flag==1:
rig.select(judge).setRGBRaw(0,0,0)
print(count)
judge = "$panel="+str(count)
rig.select(judge).setRGBRaw(1,0,0)
rig.select(judge).setIntensity(0.01)
count += 1
if (count==56):
flag = 0
elif (flag==0):
rig.select(judge).setRGBRaw(0,0,0)
print(count)
count -= 1
judge = "$panel="+str(count)
rig.select(judge).setRGBRaw(0,1,0)
rig.select(judge).setIntensity(count*10)
from socketIO_client import SocketIO
import lumiversepython
import json
rig = lumiversepython.Rig("../../../data/noDevices.json")
rig.init();
patch = rig.getPatchAsDMXPatch("DMX1")
def on_rcvDMX(*args):
patch.setRawData(args[0]["universe"], args[0]["data"])
socketIO = SocketIO('localhost', 80)
socketIO.on('rcvDMX', on_rcvDMX)
socketIO.wait()
