def orb(addr, tags, data, source): if (DEBUG): print "orb handler called" print "addr = " + str(addr) # /move # print "tags = " + str(tags) # is print "data = " + str(data) # [orbID, x, y, curvature, force, hue, distance, age] # print "sour = " + str(source) # (network info) # print "orbs = " + str(orbs) index = data[0] % NUMBER_OF_LIGHTS orbs[index] = [data[0],data[6],data[5],map_IDs[index]] # [orbID, distance, hue, canvasID] raw_color = colorsys.hsv_to_rgb(data[5] / 360.0, 1, 1) #(h, s, v) mul = 0 if (data[5] > 220 and data[5] < 260): # color is blue mul = (MIN_BRIGHTNESS[0]) else: # color is not blue mul = (MIN_BRIGHTNESS[0]) + ((MAX_BRIGHTNESS[0] - MIN_BRIGHTNESS[0]) * data[6]) # go from [0, 1) to [0, MAX_BRIGHTNESS) color = oscapi.mult(raw_color, mul) canvas[map_IDs[index]] = color
def orb(addr, tags, data, source):
if (DEBUG):
print "orb handler called"
print "addr = " + str(addr) # /move
# print "tags = " + str(tags) # is
print "data = " + str(
data) # [orbID, x, y, curvature, force, hue, distance, age]
# print "sour = " + str(source) # (network info)
# print "orbs = " + str(orbs)
index = data[0] % NUMBER_OF_LIGHTS
orbs[index] = [data[0], data[6], data[5],
map_IDs[index]] # [orbID, distance, hue, canvasID]
raw_color = colorsys.hsv_to_rgb(data[5] / 360.0, 1, 1) #(h, s, v)
mul = 0
if (data[5] > 220 and data[5] < 260): # color is blue
mul = (MIN_BRIGHTNESS[0])
else: # color is not blue
mul = (MIN_BRIGHTNESS[0]) + (
(MAX_BRIGHTNESS[0] - MIN_BRIGHTNESS[0]) * data[6]
) # go from [0, 1) to [0, MAX_BRIGHTNESS)
color = oscapi.mult(raw_color, mul)
canvas[map_IDs[index]] = color
def plasmaCanvas(): for i in range(0, NUMBER_OF_LIGHTS): r = ((random()*0.1) + 0.95) #if (DEBUG): print r canvas[i] = oscapi.mult(canvas[i], r) shuffle(map_IDs)
def plasmaCanvas():
for i in range(0, NUMBER_OF_LIGHTS):
r = ((random() * 0.1) + 0.95)
#if (DEBUG): print r
canvas[i] = oscapi.mult(canvas[i], r)
shuffle(map_IDs)
