shapeGen_v.07

"""___________________
    Shape Gen
    Version_0.7

    cwisbg
    Brandon Gillespie
    1/16/2012
______________________
"""
from pymel.core import*
import maya.cmds as mc
import random as r
import time
# Get face locations
def getFace(a):# a = selection, b = face array, c = face place array
    x = 0
    b = [] # array for selecting faces
    c = [] # array for face Locations
    for face in a.f:
        b.append(face) #add face to array
        select(b[x])
        mc.setToolTo('Move')
        c.append(mc.manipMoveContext('Move', q=True, p=True,m=2))
        select(cl=1)
        x += 1
    return b, c
# For every face in selected object, duplicate selected object at face.
def inctancer(a,b):# a= copy obj, b = location , returns list of duplicated objs
    z = .5
    x = 0
    c = []
    for place in b:
        randoTx = r.randint(1,5)
        randoTy = r.uniform(1,5)
        randoTx = r.randint(1,5)
        randoSx = r.uniform(.2,.4)
        randoRx = r.randint(0,360)
        randoRy = r.randint(0,360)
        randoRz = r.randint(0,360)
        refresh(cv=1)
        cycleCheck(e=0)
        c.append(duplicate(a, n ='{0}_copy_{1}'.format(a,x)))
        move(c[x][0],b[x][0],b[x][1],b[x][2], ls=1,a=1)
        normalConstraint(a,c[x][0]  , w=1, aim = (0,1,0), u = (0,1,0), wut = "scene",n = 'tempNrml')
        delete('tempNrml')
        move(c[x][0],0,.3,0,os=1,r=1)
        rotate(c[x][0],0,randoRy,0, os=1, r=1)
#        scale(c[x][0],scaler[0]-z,scaler[1]-z,scaler[2]-z,r=1)
        scale(c[x][0],randoSx,randoSx,randoSx,r=1)
        x += 1
#        z += .01
    return c
#________________________________________________________________________________
start = time.clock()
sl = selected()
x = 1
for i in sl:
    print "on:",x,"of",len(sl)
    faceLocations = []
    level_1_faces = []
    level_1_faces, faceLocations = getFace(i)
    level_1 = inctancer(i,faceLocations)
    scale(i, .8,.8,.8, r=1)
    rotate(i, 45,45,45, r=1)
    x += 1

#___Duplicate level 2___
x = 0
xx = 0
zz = 1
z = 1
for i in level_1:
    print 'on lv2:', x, 'of', len(level_1)
    faceLocations2 = []
    level_2_faces = []
    level_2_faces, faceLocations2 = getFace(i[0])
    level_2 = inctancer(i,faceLocations2)

    x += 1
    z += 1
"""
    for obj in level_2:
        print obj[0],level_2[zz][0]
        if xx == 0:
            polyUnite(obj[0],level_2[zz][0], n = 'ab',ch=0)
            xx += 1
        else:
            polyUnite('ab',level_2[zz][0], n = 'ab1',ch=1)
            rename('ab1', 'ab')
            print zz
        zz += 1

        ______________________________________
for cube in level_2:
    print level_2[0][0],cube[0]
    if x == 0:
        polyUnite(cube[0],level_2[xx][0], n='ab',ch = 0)
    else:
        polyUnite('ab',level_2[xx][0], n='ab1',ch = 0)
        rename('ab1','ab')
    x += 1
    xx += 1

polyUnite -ch 1 nt_Transform_u_pCube2_copy_4____copy_2 nt_Transform_u_pCube2_copy_4____copy_1
nt_Transform_u_pCube2_copy_4____copy_4 nt_Transform_u_pCube2_copy_4____copy_5
"""
print 'done'
elapsed = (time.clock() - start)
print 'Took',elapsed, 'somethings'


"""
cl = len(c)-1
cl2= cl - 1
cl3 = 9
x = 0
xx = 1
for cube in level_2:
    print level_2[0][0],cube[0]
    if x == 0:
        polyUnite(cube[0],level_2[xx][0], n='ab',ch = 0)
    else:
        polyUnite('ab',level_2[xx][0], n='ab1',ch = 0)
        rename('ab1','ab')
    x += 1
    xx += 1

"""