client = opc.Client(IP_PORT)
if client.can_connect():
print ' connected to %s' % IP_PORT
else:
# can't connect, but keep running in case the server appears later
print ' WARNING: could not connect to %s' % IP_PORT
##****************************************##
#colorspeed = 1
#maxspeed = 30
#speed range 29
#(energy*29)+1
energy = .01 ###############3 set this to look at "global energy"###
comp = vox.comp()
comp.addshift(sps = -.99)
huecount = 0
wc1 = vox_color.color(0)
c = [vox_points.surface(color = wc1, size = 2, alpha = .4)]
c.append(vox_points.surface(color = wc1, size = 2, alpha = .4))
c[0].addrwave(zoffset = 2,freq = -1)
c[1].addrwave(zoffset = 2, freq = 1)
while 1:
for x in c:
x.update()
pixels = comp.complayers(c)
client.put_pixels(pixels, channel=0)
huecount += (1+energy*29)
wc1.changecolor(huecount)
time.sleep(1/30.)
n_pixels = 6400
##****************************************##
tshift = 0
dshift = 0
tcolor = 0
bcolor = 240
comp = vox.comp()
comp.addfade(0.8)
co = vox_color.color([0, 0, 0])
co.vfadeinit(tcolor, bcolor)
c = [vox_points.surface(co, 3, 0.3, 1.0)]
c[0].addxywave()
def start():
return
def create():
return
def exit():
return
client = opc.Client(IP_PORT)
n_pixels = 6400
##****************************************##
shift = 0
step = 2
comp = vox.comp()
comp.addfade(.8)
co = vox_color.color([0,0,0])
co.vrainbow(shift,step)
c = [vox_points.surface(co,3,.3,1.)]
c[0].addxywave(xfreq = 1.9, yfreq = 1.9)
def start():
return
def create():
return
def exit():
return
def frameStart(frame):
global shift,step,c,co,comp
for x in c:
x.update()
