Note:

Show results = Drag all code and highlight the line you want to run, Press Ctrl + Enter

Zoom screen = Ctrl + e

Str = alphabet (string)

Int = number (don’t have decimal)

Flot = number (have decimal)

myX = 10 # myX equal to 10

myY = 20 :#myY equal to 20

myXY = myX * myY

print (‘The result is’ + str(myXY)) #myXY is number = 200

print (‘WHAT IS YOUR NAME’)

#next get input

yourName = str (raw_input())

print (yourName)

print (‘WHAT IS YOUR NAME’)

yourName = str (raw_input()) #togetaninput

print (‘HELLO’ +’ ‘+ yourName) #addtwovariable

print (‘YOUR NAME HAVE’ + str (len(yourName)) + ‘Characters’)

. myInt = int (float (‘3.1’)) #tochange string to float and to int

Print (myInt)

Operators = + , - , * , /

Values = -88.8 , 5 , ‘hello’

. if 10 = = ’10.0’:

print (‘True’)

print (‘Very True’)

print (‘Super Equal’)

else:

print (’10 = = \’10\’ is not equal’)

print (’10 = = \’10\’ Not True’)

print (’10 = = \’10\’ Never Equal’)

Standard data type

1. Number # 6.33j , 37.j , 4.33e – 22j : j = complex

2. String

myString = ‘ABCDEFGHJKLMNO’

print (myString) #(ABCDEFGHJKLMNO)

print (myString [ 0 ]) #(A)

print (myString [ 2 ]) #(c) #which character you can see

print (myString [ 0:5 ]) #(ABCDE) #0 to 5

print (myString[ 10: ])

print (myString *2) #ABCDEFGHJKLMNOABCDEFGHJKLMNO

#double multiply

List (can add more)

myList = [‘av’ , 1234 , 11.0 , ‘Sam’ , 3.91] :#count 0 , 1 , 2 , 3 , 4

myList2 = [‘Sam’ , 1978] :#count 0 , 1

print (myList) :#[‘av’ , 1234 , 11.0 , ‘Sam’ , 3.91]

print (myList[ 3 ]) :#Sam

print (myList [ 1:4 ]) : #1234 , 11.0 , ‘Sam’] #count 1 to 3

print (myList + myList2) : #‘av’ , 1234 , 11.0 , ‘Sam’ , 3.91 , ‘Sam’ , 1978

myList = [‘av’ , 1234 , 11.0 , ‘Sam’ , 3.91]

myList2 = [‘Sam’ , 1978]

print (myList) : ‘av’ , 1234 , 11.0 , ‘Sam’ , 3.91

myList.append (‘COOKIE’) : av’ , 1234 , 11.0 , ‘Sam’ , 3.91 , ‘COOKIE’

#add more data

myList.remove (‘Sam’) : [‘av’ , 1234 , 11.0 , 3.91]

#delete some data

myList [ 0 ] : ’va’

Tuples (cann’t do anything ,fix data) *changes [ ] to () from List

myList = (‘av’ , 1234 , 11.0 , ‘Sam’ , 3.91) : (0 , 1 , 2 , 3 , 4)

myList2 = (‘Sam’ , 1978) : (0 , 1)

print (myList) : (‘av’ , 1234 , 11.0 , ‘Sam’ , 3.91)

print (myList( 3 )) : Sam

print (myList ( 1:4 )) : (1234 , 11.0 , ‘Sam’) #count 1 to 3

print (myList + myList2) : (‘av’ , 1234 , 11.0 , ‘Sam’ , 3.91 , ‘Sam’ , 1978)

Dictionary (key + values)

myDictionary = {‘name’ : ‘Sam’ , ‘Age’:30 , ‘Weight’ : 88 ‘Height’ : 177.5}

print (myDictionary.keys ( ))

print (myDictionary.values ( ))

print (myDictionary [‘Age’])

My name is Sam I am 30 years old My weight and my height are 88 177.5

print (‘My name is’ + \

myDictionary [‘name’] + ‘I am’ + str(myDictionary [‘Age’]) + ‘years old My weight and my height are’ + str (myDictionary[‘Weight’]) + str (myDictionary [‘Height’])

import maya.cmds as mx

dataFromUser = input (‘Please enter number only’)

print (dataFromUser)

if dataFromUser >= 50:

print (‘Your Data is more than 50’)

else:

print (‘Your Data is less than 50’)

import maya.cmds as mx

dataFromUser = input (‘Please enter number only’)

print (dataFromUser)

if dataFromUser >= 50

mx.nurbsCube ()

else:

mx.sphere()

import maya.cmds as mx

dataFromUser = input (‘Please enter number only’)

print (dataFromUser)

if dataFromUser = =1:

mx.nurbsCube()

elif dataFromUser = =2:

mx.sphere()

elif dataFromUser = =3:

mx.cylinder()

elif dataFromUser = =4:

mx.cone()

elif dataFromUser = =5:

mx.torus()

else:

mx. plane()

2nd Part

The For Loop

EX. import maya.cmds as mx

for i in range (1 , 10):

print (‘this is i = ’str(i))

Make box and move

EX. import maya.cmds as mx # your name

nameOfItems = [‘Box2’ , ‘Box3’ , ‘Box4’ , ‘Box5’]

# for i in range (1 , 10):

for nameItem in nameOfItems:

print (“Data is ” + nameItem)

mx.nurbsCube (n = nameItem)

mx.move (10 , 0 , 0) #position x ,y , z

Make box 4 directions

EX.1 import maya.cmds as mx

nameOfItems = [‘Box2’ , ‘Box3’ , ‘Box4’ , ‘Box5’]

# for i in range (1 , 10):

#for nameItem in nameOfItems:

# print (“Data is ” + nameItem)

mx.nurbsCube (n = nameOfItems[0])

mx.move (0 , 0 , 5)

mx.nurbsCube (n = nameOfItems[0])

mx.move (5 , 0 , 0)

mx.nurbsCube (n = nameOfItems[0])

mx.move (0 , 0 ,- 5)

mx.nurbsCube (n = nameOfItems[0])

mx.move (-5 , 0 , 0)

EX.2 import maya.cmds as mx

nameOfItems = [‘Box2’ , ‘Box3’ , ‘Box4’ , ‘Box5’]

for nameItem in nameOfItems:

mx.nurbsCube (n = nameItem)

if nameItem == ‘Box2’:

mx.move (5 , 0 , 0)

if nameItem == ‘Box3’:

mx.move (-5 , 0 , 0)

if nameItem == ‘Box4’:

mx.move (0 , 0 , 5)

if nameItem == ‘Box5’:

mx.move (0 , 0 ,- 5)

EX. import maya.cmds as mx

nameOfItems = [‘Box2’ , ‘Box3’ , ‘Box4’ , ‘Box5’]

for i in range (0 , 4):

mx.nurbsCube (n = nameOfItems[i])

mx.move (i , 0 , 0)

mx.nurbsCube (n = nameOfItems[i])

mx.move (-i , 0 , 0)

mx.nurbsCube (n = nameOfItems[i])

mx.move (0 , i , 0)

mx.nurbsCube (n = nameOfItems[i])

mx move (0 ,- i , 0)

EX. import maya.cmds as mx

nameOfItems = [‘Box2’ , ‘Box3’ , ‘Box4’ , ‘Box5’]

for i in range (0 , 11)

mx.nurbsCube()

mx.move (i , i , 0)

mx.nurbsCube()

mx.move (-i , -i , 0)

mx.nurbsCube()

mx.move (-i , 0 , 0)

m..nurbsCube()

mx.move (i , -i , 0)

Make box from 4 directions up from 4

EX. import maya.cmds as mx

for i in range (0 , 11)

mx.nurbsCube()

mx.move (i , i , 0)

mx.nurbsCube()

mx move (0 , i , i)

mx.nurbsCube()

mx.move (-i , i , 0)

mx.nurbsCube()

mx.move (0 , i , -i)

EX. import maya.cmds as mx

for i in range (0 , 20):

if i % 2 == 0

mx.nurbsCube()

mx move (0 , i , 0)

for i in range (0 , 20):

mx.nurbsCube()

mx.move (2 , i*2 , 0)

EX.1 import maya.cmds as mx

if i % 2 == 0

mx.nurbsCube()

mx.move (0 , i , 0) sphere

nubscube

for i in range (0 , 20):

if i % 2 == 1:

mx.Sphere ()

mx.move (0 , i , 0)

EX.2 import maya.cmds as mx

if i % 2 == 0

mx. nurbsCube()

mx move (0 , i , 0)

else :

mx.Sphere ()

mx.move (0 , i , 0)

Function

import maya.cmds as mx

def createCube ()

mx.nurbsCube() # (0 , 0 , 0) start point

mx .nurbsCube()

mx.move (1 , 0 , 0)

mx.nurbsCube()

mx.move (2 , 0 , 0)

# End Function

def createSphere ():

mx.Sphere (r =s)

createCube () # call function working

createSphere ()

EX.1 import maya.cmds as mx

def createCone ():

mx.Cone ()

mx.Cone ()

mx.move (1 , 0 , 0)

mx.Cone ()

mx.move (2 , 0 , 0)

mx.Cone ()

mx.move (3 , 0 , 0)

mx.Cone ()

mx. move (4 , 0 , 0)

createCone ()

EX.2 import maya.cmds as mx

def createCone ():

for i in range (1 , 101)

mx.Cone ()

mx.move (0 , i , 0)

createCone ()

EX.3 import maya.cmds as mx

def createConeParameter (myEndingRange): # myEnding = Parameter , Range = last point

for i in range (1 , myEndingRange ):

mx.Cone ()

mx.move (0 , i , 0)

myEnd = input ()

createConeParameter (myEnd)

EX.4 import maya.cmds as mx

def createTorusParameter (myTemp):

for i in range (1 , myTemp):

mx.Torus ()

mx.move (10 , i , 0)

def createTorusParameter (myTemp):

for i in range (1 , myTemp):

mx.Cylinder ()

mx.move (-5 , i , 0)

myEnd = input ()

createConeParameter (myEnd)

createTorusParameter (myEnd)

Random

EX. import maya.cmds as mx

from random import*

print random ()

print radiant (1 , 10)

def createRandomCubeOnTheGround () : #def = start

for i in range (0 , 10) :

mx.nurbsCube ()

xRand = radiant (-5 , 5)

zRand = radiant (-5 , 5)

mx.move (xRand , zRand)

createRandomCubeOnTheGround () #order

Uniform

# uniform is the one type of data

print uniform (1 , 10) : more detailed – 1 , 1.2 , 1.3 …

different

print : fix data – 1 , 2 , 3 …

Shuffle (myNumber) : random’s function

MyNumber = [10 , 20 , 30 , 40 , 50 ,

60 , 70 , 80 , 90 , 100]

print (“Before ” + str (myNumber) )

print (“After ” + str (myNumber) )

Maya Python Basic

EX. import maya.cmds as mx

mx.file (f = True , new = True) # f = force

# c = create new maya work

# save file

mx.file (rn = ‘myfile 2.ma’)

mx.file (f = True , type = ‘mayaAscii’ , save = True)

mx.file (‘myfile 2.ma’ , open = True) # if you don’t have file to open maybe got u

errors

3rd Part

Datetime

import maya.cmds as mx

from datetime import datetime : Fri Oct 19 09:19:30 2018

print (datetime.now().strftime("%c"))

import maya.cmds as mx

from datetime import datetime

#print (datetime.now().strftime("A%Y_%b_%d,ma")) : A2018_Oct_19 show at title in

filename = "A"+datetime.now().strftime("%Y_%b_%d" ) maya

mx.file(rn = filename)

mx.file(f = True, type = 'mayaBinary',save = True)

Create object

import maya.cmds as mx

mx.nurbsPlane()

mx.nurbsPlane(n="myPlane1",w=4)

mx.nurbsPlane(n="myPlane2",w=4,lr=2)

mx.move(1,0,0)

mx.nurbsPlane(n="myPlane3",w=4,lr=3,u=2)

mx.move(2,0,0)

mx.nurbsPlane(n="myPlane4",w=4,lr=3,u=4)

mx.move(3,0,0)

mx.nurbsPlane(n="myPlane5",w=4,lr=3,u=4,v=4)

mx.move(4,0,0)

mx.nurbsPlane(n="myPlane6",w=4,lr=3,u=4,v=4,ax=[1,0,0])

mx.move(5,0,0)

mx.nurbsPlane(n="myPlane7",w=4,lr=3,u=4,v=4,ax=[0,1,0])

mx.move(6,0,0)

mx.nurbsPlane(n="myPlane8",w=4,lr=3,u=4,v=4,ax=[0,0,1])

mx.move(7,0,0)

ax = position of object (xyz)

EX. import maya.cmds as mx

def CreateCubeNurbsFromPlane():

mx.nurbsPlane(n="myPlane1",w=6,u=6,v=6)

mx.nurbsPlane(n="myPlane2",w=6,u=6,v=6)

mx.move(6,0,0)

mx.nurbsPlane(n="myPlane3",w=6,u=6,v=6,ax=[0,0,1])

mx.move(3,0,3)

mx.nurbsPlane(n="myPlane4",w=6,u=6,v=6,ax=[0,0,1])

mx.move(3,0,-3)

mx.nurbsPlane(n="myPlane5",w=6,u=6,v=6,ax=[0,1,0])

mx.move(3,3,0)

mx.nurbsPlane(n="myPlane6",w=6,u=6,v=6,ax=[0,1,0])

mx.move(3,-3,0)

CreateCubeNurbsFromPlane()

filename = "Bell Cube"+datetime.now().strftime("%B%d%Y" )

mx.file(rn = filename)

mx.file(f = True, type = 'mayaAscii',save = True)

EX. mx.file(f=1,new=1)

mx.nurbsCube(n='cube1',w=6,u=6,v=6)

mx.nurbsCube(n='cube2',w=6,u=6,v=6,hr=2,ax=[0,1,0])

mx.move(6,0,0)

mx.nurbsCube(n='cube3',w=6,u=6,v=6,lr=2)

mx.move(12,0,0)

r = rotation

s = size

p = position

mx.file(f=1,new=1)

mx.plane(n='myPlane1',p=[0,5,0])

mx.plane(n='myPlane2',p=[0,5,-2],s=4)

mx.plane(n='myPlane3',p=[0,5,-4],w=4,l=2)

mx.plane(n='myPlane4',p=[0,5,-2],s=4,r=[0,45,0])

mx.plane(n='myPlane5',p=[0,5,-2],s=4,r=[0,0,45])

mx.file(f=1,new=1)

def createPlane():

for i in range(1,13):

mx.plane(p=[0,5,0],s=4,r=[0,0,10*i])

createPlane()

EX. mx.file(f=1,new=1)

def createPlane():

for i in range(1,13):

mx.plane(p=[0,5,0],s=4,r=[0,0,i])

createPlane()

ssw = startsweep

esw = endsweep

hr = heightRatio

mx.file(f=1,new=1)

mx.cone(n='cone1',r=3)

mx.cone(n='coneDefault')

mx.move(0,0,4)

mx.cone(n='cone3',r=3,ssw=90)

mx.move(0,0,8)

mx.cone(n='cone4',r=3,ssw=180)

mx.move(0,0,12)

mx.cone(n='cone5',r=3,ssw=270)

mx.move(0,0,16)

mx.file(f=1,new=1)

mx.cone(n='cone1',r=3,ax=[0,1,0])

mx.cone(n='coneDefault',ax=[0,1,0])

mx.move(0,0,4)

mx.cone(n='cone3',r=3,ssw=90,ax=[0,1,0])

mx.move(0,0,8)

mx.cone(n='cone4',r=3,ssw=180,ax=[0,1,0])

mx.move(0,0,12)

mx.cone(n='cone5',r=3,ssw=270,ax=[0,1,0])

mx.move(0,0,16)

mx.cone(n='cone6',r=3,esw=90,ax=[0,1,0])

mx.move(6,0,10)

import maya.cmds as mx

def CreateCone():

mx.file(f=1,new=1)

for i in range(1,12):

if(i%2==0): #this is even number

mx.cone(ssw=180,ax=[0,1,0])

else: #this is odd number

mx.cone(esw=180,ax=[0,1,0])

mx.move(i*2,0,0)

CreateCone()

S =section 畉茹繋п糠却薈

Span(nsp) = 畉茹繋п糠考

import maya.cmds as mx

def CreateCone():

mx.file(f=1,new=1)

for i in range(1,12):

if(i%2==0): #this is even number

mx.cone(ssw=180,ax=[0,1,0],s=5,spans=5)

else: #this is odd number

mx.cone(esw=180,ax=[0,1,0],s=5,spans=5)

mx.move(i*2,0,0)

CreateCone()

import maya.cmds as mx

def CreateCone():

mx.file(f=1,new=1)

for i in range(1,12):

if(i%2==0): #this is even number

mx.cylinder(ssw=180,ax=[0,1,0],s=5,spans=5)

else: #this is odd number

mx.cylinder(esw=180,ax=[0,1,0],s=5,spans=5)

mx.move(i*2,0,0)

CreateCone()

mx.file(f=1,new=1)

import maya.cmds as mx

def CreateCylinder():

mx.sphere(r=2,ax=[0,1,0])

mx.cylinder(ssw=180,r=1,hr=7,ax=[1,0,0])

mx.move(-5,0,0)

mx.cylinder(ssw=180,r=1,hr=7,ax=[1,0,0])

mx.move(5,0,0)

mx.cylinder(ssw=180,r=1,hr=7,ax=[0,0,1])

mx.move(0,0,5)

mx.cylinder(ssw=180,r=1,hr=7,ax=[0,0,1])

mx.move(0,0,-5)

mx.cylinder(ssw=0,r=1,hr=7,ax=[0,1,0])

mx.move(0,5,0)

CreateCylinder()

mx.file(f=1,new=1)

mx.torus(n='torus1')

mx.torus(n='totus2',r=4,hr=0.05)

mx.torus(n='torus3',r=3,hr=0.1)

mx.torus(n='torus4',r=5,hr=0.001,ssw=180)

mx.torus(n='torus5',r=6,hr=0.5,msw=180)

mx.torus(n='torus6',r=6,hr=0.5,msw=90)

mx.move(6,0,0)

mx.torus(n='torus7',r=6,hr=0.5,msw=45)

mx.move(-6,0,0)

mx.file(f=1,new=1)

def createTorus():

for i in range(1,9):

mx.torus(n='totus1',r=i*1,hr=0.01)

mx.torus(n='totus2',r=i*1,hr=0.01,ax=[0,1,0])

mx.move(0.5,0,0.5)

mx.torus(n='totus3',r=i*1,hr=0.01,ax=[0,0,1])

mx.move(0,0.5,0)

createTorus()

4th Part

import maya.cmds as mx

mx.file(f=1,new=1)

mx.circle()

mx.circle(r=4)

mx.circle(r=5,sw=180)

mx.circle(r=2,sw=360,s=4)

mx.circle(r=3,sw=360,s=16)

NurbsSquare

EX. import maya.cmds as mx

mx.file(f=1,new=1)

mx.nurbsSquare()

mx.nurbsSquare(sl1=4)

mx.move(2,0,0)

mx.nurbsSquare(sl2=4)

mx.move(-2,0,0)

mx.nurbsSquare(sl1=4,sl2=6,sps=4)

mx.move(-4,0,0)

TextCurves

t = text

f = font

n = name

EX. import maya.cmds as mx

mx.file(f=1,new=1)

mx.textCurves(f='Times-Roman' ,t='Maya')

mx.textCurves(f='Agency FB' ,t='Maya')

mx.move(3,0,0)

mx.textCurves(f='Cordia New' ,t='郡瞥')

mx.move(-3,0,0)

mx.textCurves(f='Chinven Medium' ,t='Maya')

mx.move(-6,0,0)

POLYCONE

ax = axis

r = radius

n = name

h = height

sx = subdivisionsX(で卅岱,畊嚢郵)

sy = subdivisionsY (で卅勉,畊乃刮)

sz = subdivisionsZ(で卅砥,畊嚢郵)

EX. import maya.cmds as mx

mx.file(f=1,new=1)

mx.polyCone()

mx.polyCone(ax = (1,0,0),r=2,h=4)

mx.move(3,0,0)

mx.polyCone(ax = (-1,0,0),sx=3,sy=5,sz=6)

mx.move(-3,0,0)

mx.polyCone(ax = (0,0,1))

mx.move(0,0,3)

mx.polyCone(ax = (0,0,-1))

mx.move(0,0,-3)

mx.polyCone(ax = (1,0,1))

mx.move(3,0,3)

mx.polyCone(ax = (-1,0,-1))

mx.move(-3,0,-3)

mx.polyCone(ax = (1,0,-1))

mx.move(3,0,-3)

mx.polyCone(ax = (-1,0,1))

mx.move(-3,0,3)

PolyCube

EX. mx.file(f=1,new=1)

mx.polyCube()

mx.polyCube(d=4,sz=3)

mx.move(0,2,0)

mx.polyCube(w=4,sx=4)

mx.move(0,4,0)

mx.polyCube(h=4,sy=5)

mx.move(2,0,0)

PolyCylinder

EX. mx.file(f=1,new=1)

mx.polyCylinder()

mx.polyCylinder(r=4)

mx.move(6,0,0)

mx.polyCylinder(h=4)

mx.move(-6,0,0)

mx.polyCylinder(h=4,sy=4)

mx.move(0,0,6)

mx.polyCylinder(h=4,sx=4)

mx.move(0,0,-6)

mx.polyCylinder(h=4,sx=3,ax=(-1,0,0))

mx.move(6,0,-6)

EX.1 mx.file(f=1,new=1)

mx.polyCylinder(h=2,sx=3,ax=(0,0,0))

mx.move(0,1,0)

def createAll():

for i in range (1,6):

mx.polyCylinder(sx=3+i)

mx.move(0,1,0+i*2)

mx.polyCylinder(sx=3+i)

mx.move(0-i*2,1,0)

mx.polyCylinder(sx=3+i)

mx.move(0,1,0-i*2)

mx.polyCylinder(sx=3+i)

mx.move(0+i*2,1,0)

createAll()

EX.2 mx.file(f=1,new=1)

mx.polyCylinder(h=4,sx=3,ax=(0,0,0))

mx.move(0,2,0)

mx.polyCylinder(h=4,sx=4)

mx.move(0,2,-2)

mx.polyCylinder(h=4,sx=4)

mx.move(0,2,2)

mx.polyCylinder(h=4,sx=4)

mx.move(2.5,2,0)

mx.polyCylinder(h=4,sx=4)

mx.move(-2.5,2,0)

mx.polyCylinder(h=4,sx=5)

mx.move(-5,2,0)

mx.polyCylinder(h=4,sx=6)

mx.move(-7,2,0)

mx.polyCylinder(h=4,sx=7)

mx.move(-9,2,0)

mx.polyCylinder(h=4,sx=8)

mx.move(-11,2,0)

mx.polyCylinder(h=4,sx=5)

mx.move(0,2,-4)

mx.polyCylinder(h=4,sx=6)

mx.move(0,2,-6)

mx.polyCylinder(h=4,sx=7)

mx.move(0,2,-8)

mx.polyCylinder(h=4,sx=8)

mx.move(0,2,-10)

mx.polyCylinder(h=4,sx=5)

mx.move(5,2,0)

mx.polyCylinder(h=4,sx=6)

mx.move(7,2,0)

mx.polyCylinder(h=4,sx=7)

mx.move(9,2,0)

mx.polyCylinder(h=4,sx=8)

mx.move(11,2,0)

mx.polyCylinder(h=4,sx=5)

mx.move(0,2,4)

mx.polyCylinder(h=4,sx=6)

mx.move(0,2,6)

mx.polyCylinder(h=4,sx=7)

mx.move(0,2,8)

mx.polyCylinder(h=4,sx=8)

mx.move(0,2,10)

PolyHelix

c = coils (�糠)

d =direction sa = subdivisionsAXIS(遅暫菻) sco = subdivisionsCoils

EX. mx.file(f=True,new=True)

mx.polyHelix()

mx.polyHelix(c=10)

mx.move(3,0,0)

mx.polyHelix(c=10,h=8)

mx.move(6,0,0)

mx.polyHelix(c=10,h=8,r=0.1)

mx.move(-3,0,0)

mx.polyHelix(c=20,h=8,r=0.1)

mx.move(-6,0,0)

mx.polyHelix(c=20,h=8,r=0.1,w=5)

mx.move(-10,0,0)

mx.polyHelix(c=20,h=8,r=0.1,w=5,sco=3)

mx.move(-16,0,0)

mx.polyHelix(c=20,h=8,r=0.1,w=5,sco=3,sa=3)

mx.move(-22,0,0)

PolyPipe

t = thickness

sh = subdivisionsHeight

sc = subdivisionsCaps(�糠巧萢с香々)

EX. mx.file(f=True,new=True)

mx.polyPipe()

mx.polyPipe(r=3)

mx.move(4,0,0)

mx.polyPipe(r=2,h=4)

mx.move(4,0,0)

mx.polyPipe(r=1.5,h=8,t=0.1)

mx.move(4,0,0)

mx.polyPipe(r=1.5,h=8,t=0.1,sa=4,sh=4,sc=4)

mx.move(9,0,0)

c = center

nr = normal

fp = first

r = radius

EX. import maya.cmds as mx

mx.file(f=1,new=1)

mx.circle(n='c1')

#mx.circle(n='c2',first=[0,5,0],fc=False)

mx.circle(n='c3',nr=[1,0,0])

mx.circle(n='c4',nr=[0,1,0],sw=180,r=3)

5th Part

Polyplane

f = force

EX. import maya.cmds as mx

mx.file(f=1,new=1)

mx.polyPlane(n='plane1',w=5,h=5)

mx.polyPlane(n='plane2',w=5,h=5,ax=(0,1,0))

mx.polyPlane(n='plane2',w=5,h=5,ax=(1,0,0))

Make polyplane to cube

EX. import maya.cmds as mx

mx.file(f=1,new=1)

mx.polyPlane(n='plane1',w=5,h=5)

mx.polyPlane(n='plane2',w=5,h=5,ax=(-1,0,0))

mx.move(-2.5,2.5,0)

mx.polyPlane(n='plane3',w=5,h=5,ax=(1,0,0))

mx.move(2.5,2.5,0)

mx.polyPlane(n='plane4',w=5,h=5)

mx.move(0,5,0)

mx.polyPlane(n='plane5',w=5,h=5,ax=(0,0,1))

mx.move(0,2.5,2.5)

mx.polyPlane(n='plane6',w=5,h=5,ax=(0,0,-1))

mx.move(0,2.5,-2.5)

Polyprism

w = sideLenght

ns= number of sides

sh= subdivisionsHeight

sc= subdivisionsCap

EX. import maya.cmds as mx

mx.file(f=1,new=1)

mx.polyPrism(n='pp1',w=5)

mx.polyPrism(n='pp2',w=5,l=10,ax=(1,0,0))

mx.rotate(0,90,0)

mx.polyPrism(n='pp3',w=5,l=10,ax=(1,0,0))

Make polyprism to roof of house

EX. import maya.cmds as mx

mx.file(f=1,new=1)

mx.polyPrism(n='pp2',w=5,l=10,ax=(-1,0,0))

mx.rotate(0,90,0)

mx.polyPrism(n='pp3',w=5,l=10,ax=(-1,0,0))

EX. import maya.cmds as mx

mx.file(f=1,new=1)

mx.polyPrism(n='pp2',w=5,l=10,ax=(-1,0,0))

mx.rotate(0,90,0)

mx.move(0,5,0)

mx.polyPrism(n='pp3',w=5,l=10,ax=(-1,0,0))

mx.move(0,5,0)

mx.polyCube(h=4)

mx.move(0,2,0)

mx.polyPrism(n='pp4',w=5,l=10,ns=8,ax=(-1,0,0),sh=2,sc=5)

PolyPyramid

Don’t have a height in pyramid (can’t set height)

EX. import maya.cmds as mx

mx.file(f=1,new=1)

mx.polyPyramid(n='ppm1')

mx.polyPyramid(n='ppm2',ns=3,ax=(0,-1,0))

mx.polyPyramid(n='ppm3',ns=4,w=5,ax=(0,-1,0),sh=4)

mx.polyPyramid(n='ppm4',ns=5,w=5,ax=(0,-1,0),sh=4)

mx.polyPyramid(n='ppm5',ns=6,w=5,ax=(0,-1,0),sh=4)

PolySphere

EX. import maya.cmds as mx

mx.file(f=1,new=1)

mx.polySphere(r=2)

mx.polySphere(r=2,sx=3,sy=3)

PolyTorus

tw =twist

EX. import maya.cmds as mx

mx.file(f=1,new=1)

mx.polyTorus()

mx.polyTorus(r=4)

mx.polyTorus(r=6,sr=0.5)

Change sr

EX. import maya.cmds as mx

mx.file(f=1,new=1)

mx.polyTorus()

mx.polyTorus(r=4)

mx.polyTorus(r=6,sr=7 )

EX.1 import maya.cmds as mx

mx.file(f=1,new=1)

mx.polyTorus()

mx.polyTorus(r=4)

mx.polyTorus(r=6,sr=0.5)

mx.polyTorus(r=5,sr=0.5,tw=60,sx=4,sy=6)

mx.polyTorus(r=2,sr=0.5,tw=60,sx=7,sy=6)

mx.move(0,12,0)

mx.polyTorus(r=2,sr=0.5,tw=60,sx=6,sy=6)

mx.move(0,10,0)

mx.polyTorus(r=2,sr=0.5,tw=60,sx=5,sy=6)

mx.move(0,8,0)

mx.polyTorus(r=2,sr=0.5,tw=60,sx=4,sy=6)

mx.move(0,6,0)

mx.polyTorus(r=2,sr=0.5,tw=60,sx=3,sy=6)

mx.move(0,4,0)

EX.2 import maya.cmds as mx

mx.file(f=1,new=1)

mx.polyTorus()

mx.polyTorus(r=4)

mx.polyTorus(r=6,sr=0.5)

mx.polyTorus(r=5,sr=0.5,tw=60,sx=4,sy=6)

for i in range (3,8):

mx.polyTorus(r=2,sr=0.5,tw=10*i,sx=i,sy=i)

mx.move(0,i*1.5,0)

EX. import maya.cmds as mx

mx.file(f=1,new=1)

for i in range(0,6):

mx.polyTorus(r=3,sr=0.3)

mx.move(10-i*4,0,-12)

mx.polyTorus(r=3,sr=0.3)

mx.rotate(90)

mx.move(13-i*4,0,-12)

mx.polyTorus(r=3,sr=0.3)

mx.move(10-i*4,0,12)

mx.polyTorus(r=3,sr=0.3)

mx.rotate(90)

mx.move(13-i*4,0,12)

mx.polyTorus(r=3,sr=0.3,sx=3)

mx.move(-10,0,10-i*4)

mx.polyTorus(r=3,sr=0.3,sx=3,ax=(-1,0,0))

mx.move(-10,0,10-i*4)

mx.polyTorus(r=3,sr=0.3,sx=4)

mx.move(12,0,10-i*4)

mx.polyTorus(r=3,sr=0.3,sx=4,ax=(-1,0,0))

mx.move(12,0,10-i*4)

SETATTR( ) TRANSLATEX

r = rotate

t = translate

s = scale

v= visibility (hide)

EX. import maya.cmds as mx

mx.file(f=1,new=1)

mx.polyCube(w=8,h=5,d=7,sx=2,sy=2,sz=2,n='myCube')

print(mx.listAttr('myCube',keyable=True))

#print(mx.listAt tr('muCube',k=1))

When you want to move, size and rotate by use setAttr

EX. import maya.cmds as mx

mx.file(f=1,new=1)

mx.polyCube(w=8,h=5,d=7,sx=2,sy=2,sz=2,n='myCube')

print(mx.listAttr('myCube',keyable=True))

#print(mx.listAttr('muCube',k=1))

#mx.setAttr('myCube.tx',5)

#mx.setAttr('myCube.ty',5)

#mx.setAttr('myCube.tz',5)

mx.setAttr('myCube.t',5,5,5)

mx.setAttr('myCube.ry',45)