def frameStart(frame):
global minsize,growspeed,shiftspeed,spoint
if c[0].size<4.5:
if flipflop==len(ranbowlist):
flipflop=0
c.insert(0,vox_shapes.sphere(spoint,ranbowlist[flipflop],size=5))
flipflop = flipflop+1
if len(c)>1:
if c[-1].size<0:
c.pop(-1)
for s in c:
s.size = s.size-growspeed
for x in c:
x.update()
pixels = comp.complayers(c)
client.put_pixels(pixels, channel=0)
return
def frameStart(frame):
global minsize,growspeed,shiftspeed,ranbowlist,flipflop,spoint
if c[-1].size>0:
if flipflop==len(ranbowlist):
flipflop=0
c.append(vox_shapes.sphere(spoint,ranbowlist[flipflop],size=.1))
flipflop = flipflop+1
if len(c)>1:
if c[1].size>4:
c.pop(0)
for s in c:
s.size = s.size+growspeed
for x in c:
x.update()
pixels = comp.complayers(c)
client.put_pixels(pixels, channel=0)
return
def frameStart(frame):
global minsize,growspeed,shiftspeed,ranbowlist,flipflop,spoint,energy,c,comp
if c[-1].size>minsize:
if flipflop==len(ranbowlist):
flipflop=0
c.append(vox_shapes.sphere(spoint,ranbowlist[flipflop],size=.1))
flipflop = flipflop+1
if len(c)>1:
if c[1].size>9:
c.pop(0)
for s in c:
s.size = s.size+growspeed
for x in c:
x.update()
pixels = comp.complayers(c)
client.put_pixels(pixels, channel=0)
spoint = np.clip([[spoint[0][0]+random.uniform(-shiftspeed,shiftspeed)],[spoint[1][0]+random.uniform(-shiftspeed,shiftspeed)],[spoint[2][0]+random.uniform(-shiftspeed,shiftspeed)]],gd.xmin,gd.xmax)
return
def frameStart(frame):
spoint = [[random.uniform(-locationbounds,locationbounds)],[random.uniform(-locationbounds,locationbounds)],[random.uniform(-locationbounds,locationbounds)]]
if c[-1].size>minsize:
if flipflop==len(ranbowlist):
flipflop=0
c.append(vox_shapes.sphere(spoint,ranbowlist[flipflop],size=.1))
flipflop = flipflop+1
if len(c)>1:
if c[1].size>9:
c.pop(0)
for s in c:
s.size = s.size+growspeed
for x in c:
x.update()
pixels = comp.complayers(c)
client.put_pixels(pixels, channel=0)
minsize = (1-energy)*.7+.4
growspeed = energy*.17+.03
return
[.5,0.,1.],
[1.,0.,1.],
[1.,0.,.5]]
minsize = 1.1
growspeed = .05
shiftspeed = .1
for x in range(30):
print ' '
print "Global energy level set to 1"
c=[]
comp = vox.comp()
c.append(vox_shapes.sphere([[0],[0],[0]],ranbowlist[-1],size = .1))
flipflop = 0
stime = time.time()
stage = 0
spoint = [[0],[0],[0]]
while 1:
if c[-1].size>0:
if flipflop==len(ranbowlist):
flipflop=0
c.append(vox_shapes.sphere(spoint,ranbowlist[flipflop],size=.1))
flipflop = flipflop+1
if len(c)>1:
if c[1].size>4:
c.pop(0)
for s in c:
s.size = s.size+growspeed
#minsize .4
#maxsize 1.1
#size range .7
#size (1-energy)*.7+.4
minsize = 1.1
#mingrow .03
#maxgrow .2
#growrange .17
#grow energy*.17+.03
growspeed = .03
locationbounds = 3
c=[]
comp = vox.comp()
c.append(vox_shapes.sphere([[0],[0],[0]],ranbowlist[-1],size = .1))
flipflop = 0
def start():
return
def create():
return
def exit():
return
def frameStart(frame):
spoint = [[random.uniform(-locationbounds,locationbounds)],[random.uniform(-locationbounds,locationbounds)],[random.uniform(-locationbounds,locationbounds)]]
if c[-1].size>minsize:
else:
# can't connect, but keep running in case the server appears later
print ' WARNING: could not connect to %s' % IP_PORT
##****************************************##
#spawn a compositer
comp = vox.comp()
#make a red color layer
cl_red = vox_color.color([1.0,0.0,0.0])
#make an array to track layers
layer = []
#add 3 spheres to the list
#the first one will be at location x=0,y=0,z=0
#we will use the remade color layer cl_red
layer.append(vox_shapes.sphere([[0.0],[0.0],[0.0]],cl_red))
#this green sphere can be added by passing location and rgb colors 0-1.
#default size is 1 so we change it to .5. default mode is fade chaning
#it to fill so it will not fade out around the outside
layer.append(vox_shapes.sphere([[0.0],[1.0],[0.0]],[0.0,1.0,0.0],size = .5, mode = 'fill'))
#blue layer with lowered alpha. lower the max speed to .07 meter per frame
#the ratio that it will try to move per frame to it's target is redused
#to a fifth and it will be a bubble (faded in the middle full outside)
layer.append(vox_shapes.sphere([[0.0],[-1.0],[0.0]],[0.0,0.0,1.0], alpha = .8, maxspeed = .07, ratio = .2, mode = 'bubble'))
starttime = time.time()
while 1:
#see how long we have been running
changedtime = time.time()-starttime
import math
IP_PORT = '10.0.0.10:7890'
client = opc.Client(IP_PORT)
n_pixels = 6400
##****************************************##
dis1 = 1.5
dis2 = 1.5
c=[]
comp = vox.comp()
comp.addfade(.97)
c.append(vox_shapes.sphere([[0],[0],[0]],0,size = 1))
c.append(vox_shapes.sphere([[0],[0],[0]],120,size = 1))
c.append(vox_shapes.sphere([[0],[0],[0]],240,size = 1))
stime = time.time()
def start():
return
def create():
return
def exit():
return
def frameStart(frame):
global tshift,dshift,tcolor,bcolor,c,comp,stime,dis1,dis2
IP_PORT = '127.0.0.1:7890'
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
n_pixels = 6400
co = vox_color.color([1.0,0.0,0.0])
c = vox_shapes.sphere([[0],[0],[0]],co)
comp = vox.comp()
pixels = []
start_time = time.time()
layers = [c]
s=1.
d=1
c = vox_shapes.sphere([[0],[0],[0]],[1,0,0])
layers.append(c)
start_time = time.time()
loops = 0
while 1:
pixels = []
current_time = start_time - time.time()
for l in layers:
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
##****************************************##
#spawn a compositer
comp = vox.comp()
#make a color layer
co = vox_color.color([1.0,1.0,1.0])
#over ride the color layer with a fade
co.vfadeinit([1.0,0.0,0.0],[0.0,0.0,1.0])
#make an array to track layers and drop a fill screen layer in
layer = [vox.fillscreen(co)]
#add a sphere on top of that. alpha = 'void' will block anything behind
#the sphere. Should be used with full white color layer for best results
layer.append(vox_shapes.sphere([[0],[0],[0]],[1.0,1.0,1.0],alpha = 'void',mode = 'fill'))
while 1:
for x in layer:
#update each layer
x.update()
#pixels will hold the final array after the compositor if finished
pixels = comp.complayers(layer)
#send them to the server
client.put_pixels(pixels, channel=0)
#sleep (note I hate this)
time.sleep(1/30.)
[1.,1.,0.],
[.5,1.,0.],
[0.,1.,0.],
[0.,1.,.5],
[0.,1.,1.],
[0.,.5,1.],
[0.,0.,1.],
[.5,0.,1.],
[1.,0.,1.],
[1.,0.,.5]]
c=[]
comp = vox.comp()
comp.addfade(.97)
co = vox_color.color([1.0,0.0,0.0])
c.append(vox_shapes.sphere([[0],[0],[0]],ranbowlist[0],size = 1))
c.append(vox_shapes.sphere([[0],[0],[0]],ranbowlist[4],size = 1))
c.append(vox_shapes.sphere([[0],[0],[0]],ranbowlist[8],size = 1))
flipflop = 0
stime = time.time()
while 1:
tc = time.time()-stime
c[0].pos = np.array([[np.sin(tc+2)*1.5,np.sin(tc)*1.5,np.sin(tc)/2]])
c[1].pos = np.array([[np.sin(tc+4)*1.5,np.sin(tc+2)*1.5,np.sin(tc+.4)/2]])
c[2].pos = np.array([[np.sin(tc)*1.5,np.sin(tc+2)*1.5,np.sin(tc+.2)/2]])
for x in c:
x.update()
pixels = comp.complayers(c)
client.put_pixels(pixels, channel=0)
time.sleep(1/32.)