Master the Master Function that Masters the Functions

Not too shabby

I managed to group the whole column and duplicate it. A lot of tweaking and, trial and error need to done. Also, I have to create a master function to call out the functions so that it can execute the script. Ahaha, I nearly confused with my script.

Occlusion It 

It looks nice despite a lot of flaws can be found in it. I really satisfied with this work.!

ON THE SIDE NOTE:

HUEHUEHUE

My Final Script As At 10 February:

import maya.cmds as mc

import math

def createFloor():

    myFloor = mc.polyCube( name = 'floor' )

    mc.scale( 5, 1, 10, myFloor[0] )

    mc.move( 0, 0.5, 0, myFloor[0] )

    mc.polyMoveVertex( 'floor.vtx[5]', tx=-1.0 )

    mc.polyMoveVertex( 'floor.vtx[7]', tx=-1.0 )

    mc.polyMoveVertex( 'floor.vtx[4]', tx=1.0 )

    mc.polyMoveVertex( 'floor.vtx[6]', tx=1.0 )

    return myFloor

def multiFloors (exCreateFloor):

    floorList = []

    n = 0

    nA = 0.2

    for each in range(3):

        myDup = mc.duplicate(exCreateFloor)

        print myDup

        mc.move( 0, n+5, 0, myDup[0] )

        n = n+5

        mc.polyMoveFacet( 'floor.f[2]', tz= 1+nA )

        floorList.append( myDup[0] )

    mc.delete('floor') 

    return floorList

   

def createWall():

    myWall = mc.polyCube( name = 'wall')

    mc.move ( 2, 10, -0.25, myWall[0] )

    mc.scale( 0.5, 20, 10.5, myWall[0] )

    mc.rotate( 0, '6deg', 0, r=True )

    mc.polyMoveVertex( 'wall.vtx[4:5]', tz=3.0 )

    return myWall

    

def mainWall():

    mc.polyCube( n = 'base', w = 5.5, h = 5 )

    mc.polyCube( n = 'cut', w = 3, h = 3 )

    mc.move( 0, -1, 0 )

    mc.polySphere( n = 'curve', sx=10, sy=15, r=2)

    mc.polyBoolOp( 'base', 'cut', op = 2, n = 'end1' )

    mc.polyBoolOp( 'end1', 'curve', op = 2, n = 'end2' )

    mc.move ( 0, 2.5, 5 , 'end2')

    return 'end2'

    

def multiwalls (exCreateWall):

    List = []

    myGrp = mc.group(exCreateWall)

    n = 0

    for each in range(3):

        myDup = mc.duplicate(myGrp)

        print myDup

        mc.move( 0, n+5, 0, myDup[0] )

        n = n+5

        List.append(myDup[0])

    return List

        

def FinalWalls():

    exCreateFloor = createFloor()

    multiFloors (exCreateFloor)

    exCreateWall = mainWall()

    multiwalls (exCreateWall)

    createWall()

    

def finalShape():

    FinalWalls()

    mc.group( 'floor1', 'floor2', 'floor3', 'group1', 'group2', 'group3', 'group4', 'wall', n = 'whee')

   

def makePattern (exFinalWalls):

    cubelist = []

    cubelist2 = []   

    nA = 0

    nB = 0

    n=6

    r=0

    h=0

    for each in range(251):

        

        myDup = mc.duplicate(exFinalWalls)

        mc.move( 0+n, 0, 0+nA, myDup[0], absolute=True )

        mc.rotate( 0, r*5,0, myDup[0], pivot=(0 ,0, 0) )

        n= n+4

        r= r+0.8

        nA = nA+0.5

        nB = nB+1.2

        cubelist.append( myDup[0] )

    return cubelist

    

def makePattern2 (exFinalWalls):

    cubelist = []

    cubelist2 = []   

    nA = 0

    nB = 0

    n=6

    r=0

    h=0

    for each in range(255):

        

        myDup = mc.duplicate(exFinalWalls)

        mc.move( 0+n, 0, -0+nA, myDup[0], absolute=True )

        mc.rotate( 0, r*5,0, myDup[0], pivot=(0 ,0, 0) )

        n= n-4

        r= r-0.8

        nA = nA-0.5

        nB = nB-1.2

        cubelist.append( myDup[0] )

    return cubelist

def master():

    finalShape()

    exFinalWalls = 'whee'

    makePattern (exFinalWalls)

    makePattern2 (exFinalWalls)

    mc.delete( 'base', 'cut', 'curve', 'end1', 'whee' )

    

master()