In the meantime please enjoy this quick but beautiful demo using the test Pyramid class (works on r34):
import soy
from time import sleep
from random import random
def rand(x) :
return (random() * x * 2) - x
def hone(p) :
v = [rand(5), rand(5), rand(5)]
for i in range(3) :
if p[i]*v[i] > 0 :
v[i] = v[i]*-1
return v
win = soy.Window('Pyramid Space', size=(800,600))
sce = soy.Scene()
cam = soy.bodies.Camera(sce)
pro = soy.widgets.Projector(win, size=win.size, camera=cam)
pys = []
for i in range(1000) :
pys.append(soy.bodies.Pyramid(sce))
pys[-1].position = (rand(50), rand(50), rand(50))
pys[-1].rotation = (rand(3), rand(3), rand(3))
while True :
cam.rotation = (rand(.5), rand(.5), rand(.5))
cam.velocity = hone(cam.position)
sleep(5)
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