coucou dim dim

import maya.cmds as cmds
cmds.file(newFile=True,force=True)

#Marche du temple
Hstep=0.25

cmds.polyCube(name="step1",w=15,h=0.25,d=20)
cmds.move(0,Hstep/2.0,0)
cmds.polyCube(name="step2",w=14,h=0.25,d=19)
cmds.move(0,(Hstep+Hstep/2.0),0)
cmds.polyCube(name="step3",w=13,h=0.25,d=18)
cmds.move(0,(Hstep+Hstep+Hstep/2.0),0)
#Combiner les marches
cmds.group("step1","step2","step3",name="base")

#Colonne
Hcyl = 4.0
Rcyl = 0.5
LargCB = 1.0
LongCB = 1.0
HautCB = 0.5
LargCH = 1.0
LongCH = 1.0
HautCH = 0.25

import maya.cmds as cmds
cmds.polyCube(name='Base', w=LargCB, h=HautCB, d=LongCB)
cmds.move(0,HautCB/2.0+0.75,0)
cmds.polyCylinder(name='colonne',r=Rcyl, h=Hcyl)
cmds.move(0,HautCB+Hcyl/2.0+0.75,0)
cmds.polyCube(name='chapiteau', w=LargCH, h=HautCH, d=LongCB)
cmds.move(0,Hcyl+HautCH/2.0+HautCB+0.75,0)
#combiner les 3 objets formant la colonne
cmds.group("Base","colonne","chapiteau",name="colonne1")
#Deplacement du pivot de la colonne1 par rapport a son placement actuel (r = relatif)
cmds.move(0, -Hcyl/2.0-(HautCB+HautCH)/2.0, 0, "colonne1.scalePivot", "colonne1.rotatePivot", r=True)
cmds.makeIdentity(apply=True, t=1, r=1, s=1, n=1)
#trouver la position d'un coin de la step3
pos = cmds.xform("step3.vtx[2]",q=True,t=True, ws=True)
print(pos)
#placer la colonne dans un coin
cmds.move(-5,0,8.0,"colonne1")
#duppliquer la colonne pour former une rangee
cmds.duplicate()
cmds.move(2.5,0,0,r=True)
cmds.duplicate(smartTransform = True)
cmds.duplicate(smartTransform = True)
cmds.duplicate(smartTransform = True)
cmds.duplicate(smartTransform = True)
cmds.move(5,0,6)
cmds.duplicate(smartTransform = True)
cmds.duplicate(smartTransform = True)
cmds.duplicate(smartTransform = True)
cmds.duplicate(smartTransform = True)
cmds.duplicate(smartTransform = True)
cmds.duplicate(smartTransform = True)
cmds.duplicate(smartTransform = True)
cmds.duplicate(smartTransform = True)
cmds.move(2.5,0,-8)
cmds.duplicate(smartTransform = True)
cmds.duplicate(smartTransform = True)
cmds.duplicate(smartTransform = True)
cmds.duplicate(smartTransform = True)
cmds.move(-5,0,-6)
cmds.duplicate(smartTransform = True)
cmds.duplicate(smartTransform = True)
cmds.duplicate(smartTransform = True)
cmds.duplicate(smartTransform = True)
cmds.duplicate(smartTransform = True)
cmds.duplicate(smartTransform = True)

#creer le toit et le mettre au dessus des colonnes

cmds.polyCube(name="roof",w=11.5,h=0.25,d=18)
cmds.move(0,(Hstep+Hstep+Hstep+HautCB+HautCH+Hcyl),0)

#creer les "pyramides"

cmds.polyPrism(w=10,l=3,n="top")
cmds.rotate( '90deg', 0,'90deg', r=True )
cmds.move(0,-3, 0,".scalePivot",".rotatePivot", absolute=True)
cmds.move(0,-7,0,"top1.e[8]",r=True)
cmds.makeIdentity(apply=True, t=1, r=1, s=1, n=1)

cmds.move(0,(Hstep+Hstep+Hstep+Hstep+HautCB+HautCH+Hcyl+2.75),7)