# test dup

from pymel.core import *
import math
def getDist(a,b):
    s1t = a.getTranslation()
    s2t = b.getTranslation()
    dist = math.sqrt((s2t[0] - s1t[0])**2 + (s2t[1] - s1t[1])**2 + (s2t[2] - s1t[2])**2)
    return dist
def getAngle1(a,b):# RETURNS averaged ANGLE
    l1 = spaceLocator()
    pc1 = pointConstraint(a,l1)
    l2 = spaceLocator()
    pc2 = pointConstraint(b,l2)
    ac = aimConstraint(l2,l1,aim = [0,1,0], u=[0,1,0])
    r1 = a.getRotation()
    r2 = l1.getRotation()
    x = r1[0]+r2[0]/2
    y = r1[1]+r2[1]/2
    z = r1[2]+r2[2]/2
    angle = x,y,z
    delete(l1,l2,pc1,pc2,ac)
    return angle
def getAngle(a,b):# RETURNS RAW ANGLE
    l1 = spaceLocator()
    pc1 = pointConstraint(a,l1)
    l2 = spaceLocator()
    pc2 = pointConstraint(b,l2)
    ac = aimConstraint(l2,l1,aim = [0,1,0], u=[0,1,0])
    r1 = a.getRotation()
    r2 = l1.getRotation()
    x = r1[0]+r2[0]/2
    y = r1[1]+r2[1]/2
    z = r1[2]+r2[2]/2
    angle = x,y,z
    delete(l1,l2,pc1,pc2,ac)
    return r2
sl = selected()
moveAmnt = 3
start = 1
iAmnt = 10
for i in range(0,iAmnt):
    print i
    if start:

        pap = sl[0]
        start = 0

    else:
        pap = dup
    a = getAngle(sl[0],sl[1])
    d = getDist(sl[0], sl[1])
    dup = duplicate(sl[0])

    move(dup,[0,moveAmnt,0],r=1,os=1,wd=1
    rotate(dup, a)
    if not start:
        parent(dup, papa)