Nathan Jones - Digital Artist Blog: Python Notes - Misc 01

-- LIST OF WHAT IS HERE FIRST --

(a long random assortment of python bits and pieces)

#----------------------------------------

#HOW TO Check python version IN BLENDER

#----------------------------------------

#A few useful imports

#ex: Imports Blender Python – properties/operators etc.

#ex1: math.sqrt #ex2: sqrt

#----------------------------------------

#ex1: Create random number

#checking if a file exists

#bpy.context # bpy.data

#----------------------------------------

#Maya examples:

#maya.mel#import maya.OpenMayaUI # mel.eval

#----------------------------------------

#Python Operators

#Comparisions

#Fals e#True

#----------------------------------------

#Bitwise

#1&0 is 0 | 1&1 is 1 | 0 & 0 is 1 # 1or0 is 1 | 1or1 is 1 | 0 or 0 is 0

#complement of (-x)-1 exclusive or = if identical = 0 otherwise 1

#bits shifted to the right by y bits shifted to the left by y

#----------------------------------------

#Boolean Operators

#if one or both are true #if both are true #True id x is False

#----------------------------------------

#Important Sequence Operators

#----------------------------------------

#True if x is in y #True if x is not in y

#----------------------------------------

#Concatenation of x and y #i’th in s (origin = 0)

#----------------------------------------

#Slice of s from x to z # slice of s from x to z with step y

#slice first x of s #Length of s #Smallest item in s

#Index of first occurrence x #count the number of x’s

#equivalent to adding s to itself n times

#----------------------------------------

#Comparison Operators

#identify (if it is) if s is n: #negate (if it’s not) if s is not n:

#less than if s < n: #less or equal if s <= n: #greater than if s > n:

#greater or equal if s >= n: #equal if s == n: #not equal if s != n:

#----------------------------------------

#Conversions

#convert to integer #convert to floating point

#complex number re, real part re, im, imaginary part im. im default = 0

#method return complex conjugate() #absolute value or magnitude

#----------------------------------------

#Tuple Pair - (x//y, x%y)

#----------------------------------------

# x to the y power

#----------------------------------------

#Basic Operators

# sum of x+y # difference of x&y # product of x&y # quotient of x&y

# floored quotient of x&y # remainder of x&y # negated # unchanged

#----------------------------------------

#Indices

#--------------------------------------------------------------

#Copy selected objects to variable

#----------------------------------------

#Select a object Vert via a variable number

#----------------------------------------

#Maya examples:

#Selected verts to variable

#----------------------------------------

#Parent one object to another – y’s parent = x

#----------------------------------------

#Maya examples:

#Get child of selected object

#Get parent of selected object

#----------------------------------------

#Select an object(s) by name

#----------------------------------------

#Select an objects parent with one line

#Select an objects child with one line

#----------------------------------------

#Select an objects parent – alternative

#----------------------------------------

#set attribute for selected object

#----------------------------------------

#option -setattr

#----------------------------------------

#Loops – Examples

#----------------------------------------

#for loop - enumerate - use length(num of objects)

#----------------------------------------

#while loop

#----------------------------------------

#Maya Loop example:

#rename loop with frefix and suffix

#----------------------------------------

#Copy attributes from one object to another

#----------------------------------------

#Maya Examples:

#setAttr of selected object

#Set Attr using xform

#Set Attr using loop

#Copy channel box Attributes from 1(selected obj[0]) to another(selected obj[1])

#----------------------------------------

#Create a locator at the location of a vert (WIP)

#----------------------------------------

#Maya Examples:

#place locator on selected vertex(s)

#position to vertex - select Vert(Mov to) then Obj/Vert(Move from)

#Find position of selected vertex

#----------------------------------------

#LAMBDA - anonymous functions not bound to a name

#squared

#times by

#addition

#subtration

#incrementor with lambda

#defin int values - filter(), map() + reduce()

#map()

#filter()

#reduce()

#prime numbers with lambda

#lambda – replace – nj with is

#split words using lambda - find num of letters in each

#range

#1 - loop from 0 to 20 -with 1/4 step *

#----------------------------------------

#Maya Example:

#Maya Python UI button example

#----------------------------------------

#lock transform attributes of selected

#unlock transform attributes of selected

#----------------------------------------

#lock or unlock attributes

#----------------------------------------

#Maya Examples:

#set rotation of selected using xform

#set translation of selected using xform

#----------------------------------------

#Copy attributes(ex:location), from one object to another

#----------------------------------------

#Maya Examples:

#change the rotate order but preserve the overall transformation

#display normals

#increase normal size by 10

#decrease normal size by 10

#query viewport renderer (run whist viewport focused)

#turn on/off display xray and wireframe in viewport in focus (run whist viewport focused)

#query without being in panel focus (from script editor)

#Get panel with focus

#change time to frame to *55

#Change time slider min max frame

#Change time slider start/end frame

#get list of keyframes on current selected object (exaple rotateX) attribute

#----------------------------------------

#Check python version

import sys

print(sys.version_info)

print (sys.version_info.major)

#----------------------------------------

#A few useful imports

import bpy #ex: Imports Blender Python – properties/operators etc.

from functools import reduce

import math #ex1: math.sqrt

from math import * #ex2: sqrt

nj = (math.sin(math.radians(66))); print(nj * 55); #ex1

nj = (sin(radians(66))); print(nj * 55); #ex2

#----------------------------------------

import random#ex1: Create random number – random.randint

from random import randint #ex2: Create random number - randint

min=22; max=300;rnd = random.randint(min,max);print(rnd); #ex1:

min=22; max=300;rnd = randint(min,max);print(rnd); #ex2:

#----------------------------------------

import pathlib

from pathlib import Path #ex: For checking if a file exists

filePath = Path("C:\\Users\\Public\\Pictures\\Sample Pictures\\Desert.jpg");

if filePath.is_file():print((str(filePath)) + " exists as a file");

#----------------------------------------

#A few useful shortcuts

C = bpy.context #ex: assign context to C

#See: docs.blender.org/api/blender_python_api_2_73_release/bpy.context.html

D = bpy.data #ex: assign data to D

#See: docs.blender.org/api/blender_python_api_2_73_release/bpy.data.html

#----------------------------------------

#Maya examples:

import maya.mel as mel

import maya.cmds as cmds

import maya.OpenMaya as OpenMaya

import maya.OpenMayaUI as OpenMayaUI

Source & Execute mel in python:

mel.eval('source "/MyDocument/username/maya/scripts/mymelscript.mel"')

mel.eval('mymelscript()')

#----------------------------------------

#Python Operators

#Comparisions

x = 10 y = 12

print(x>y) #False

print(x<y) #True

print(x==y)#False

print(x!=y) #True

print(x>=y)#False

print(x<=y)#True

#----------------------------------------

#Bitwise

x = 10 y = 4

print (x&y) # = 0 - & = 1&0 is 0 | 1&1 is 1 | 0 & 0 is 1

print(x|y) # = 14 - or = 1or0 is 1 | 1or1 is 1 | 0 or 0 is 0

print(~x) # = -11 - complement of (-x)-1

print(x^y) # = 14 - exclusive or = if identical = 0 otherwise 1

print(x>>2) # = 2 - bits shifted to the right by y

print(x<<2) # = 40 - bits shifted to the left by y

#----------------------------------------

#Binary example:

128 64 32 16 8 4 2 1

0 0 0 0 0 1 0 1 = 5(4+1)

#----------------------------------------

x = 12 | print("{0:b}".format( 12)) | (~x) = -13 | (-x)-1 | 1100 to -1101

x = -12 | print("{0:b}".format(-12)) | (~x) = 11 | (-x)- 1 | -1100 to 1011

#----------------------------------------

x = 27 y = 49

#----------------------------------------

print("{0:b}".format(27)) # = 1011

print("{0:b}".format(49)) # = 110001

print("{0:b}".format(x^y)) # = 101010

#----------------------------------------

print("{0:b}".format(38)) # = 100110

print("{0:b}".format(39)) # = 100111

print("{0:b}".format(x&y)) # = 100110

#----------------------------------------

print("{0:b}".format(27)) # = 11011

print("{0:b}".format(49)) # = 110001

print("{0:b}".format(x&y)) # = 10001

#----------------------------------------

print("{0:b}".format(27)) # = 11011

print("{0:b}".format(49)) # = 110001

print("{0:b}".format(x|y)) # = 111011

#----------------------------------------

x = 10

print("{0:b}".format(10)) # = 001010 <<

print(x<<2) # = 40

print("{0:b}".format(40)) # = <<101000 span="">

#----------------------------------------

print("{0:b}".format(10)) # = >>1010

print(x>>2) # = 2

print("{0:b}".format(2)) # = 0010>>

#----------------------------------------

#Boolean Opperators

#----------------------------------------

x=27 y=34

#----------------------------------------

x or y #if one or both are true

if x > 55 or x < 33:

#----------------------------------------

x and y #if both are true

if x > 3 and x < 33:

#----------------------------------------

x =False

not x #True id x is False

if(not x):

#----------------------------------------

#Important Sequence Opperators

#----------------------------------------

s="bob" x="bo" y = s, x

#----------------------------------------

x in s #True if x is in y

if x in s:

#----------------------------------------

x not in s #True if x is not in y

if x not in s:

#----------------------------------------

s + x #Concatenation of x and y

print(s + " has " + x)

#----------------------------------------

s[i] #i’th in s (origin = 0)

print(y[0] + " has " + y[1])

#----------------------------------------

s = "Bobs BO is so bad that it caused an evacuation. Isn't that something"

#----------------------------------------

s[x:z] #Slice of s from x to z

print(s[0:7] + s[47:59] + s[13:18]) # = Bobs Bo Isn’t that Bad

#----------------------------------------

s[x:y:z] # slice of s from x to z with step y

print(s[0:23:5]) # = BB aa

#----------------------------------------

s[:x] #slice first x of s

print([:x]) # = Bobs Bo

#----------------------------------------

len(s) #Length of s

print(len(s)) # = 68

#----------------------------------------

s = "50", "40"

min(s) #Smallest item in s

print(min(s)) #=40

print(max(s)) #=50

#----------------------------------------

s = "looking for e in this string. Are there other e’s?"

x = "e"

s.index(x) #Index of first occurance x

print(s.index(x)) # = 12

#----------------------------------------

s.count(x) #count the number of x’s

print(s.count(x)) # = 6

#----------------------------------------

s = 8 n = 4

s*n,n*s #equivalent to adding s to itself n times

print(s*n,n*s) #= 32 32

#----------------------------------------

#Comparison Operators

is #identify (if it is) if s is n:

is not # negate (if it’s not) if s is not n:

< #less than if s < n:

<= #less or equal if s <= n:

> #greater than if s > n:

>= #greater or equal if s >= n:

== #equal if s == n:

!= #not equal if s != n:

#----------------------------------------

#Conversions

int(x) #convert to integer

float(x) #convert to floating point

complex(re,im) #complex number re, real part re, im, imaginary part im. im default = 0

c.conjugate() #method return complex conjugate()

abs(x) #absolute value or magnitude

#----------------------------------------

X=22(numerator) y=8(denominator)

divmod(x,y) #Tuple Pair - (x//y, x%y)

print(divmod(x,y)) = 2 6 print(x//y, x%y) = 2 6 quotient q and remainder r

#----------------------------------------

pow(x,y) # x to the y power

x**y #x to the y power

#----------------------------------------

#Basic Operators

x+y # sum of x+y

x-yy # difference of x&y

x* # product of x&y

x/y # quotient of x&y

x//y # floored quotient of x&y

x%y # remainder of x&y

-x # negated

+x # unchanged

#----------------------------------------

#Indices

string value abcde

indices 01234

tuple element 1 2 3 4 5

negative indices -5 -4 -3 -2 -1

string value ”bobs here”, “oh no!”, “Evacuate”

indices 012345678910

#--------------------------------------------------------------

#Copy selected objects to variable

selObj = C.selected_objects[0] #(C = bpy.context) | print(selObj.name)

#----------------------------------------

#Select a object Vert via a variable number

import bpy

C = bpy.context

bpy.ops.object.mode_set(mode = 'EDIT')

vertNum = 5

selObj = C.active_object

bpy.ops.mesh.select_all(action = 'DESELECT') #only one vert - not added to selection

bpy.ops.object.mode_set(mode = 'OBJECT')

selObj.data.vertices[vertNum].select = True

bpy.ops.object.mode_set(mode = 'EDIT')

#----------------------------------------

#Maya examples:

Selected object to variable

Obj = cmds.ls(sl=True)[0]

#Selected verts to variable

verts = cmds.ls(sl=True,fl=True)

#----------------------------------------

#Parent one object to another – y’s parent = x

import bpy

objects = bpy.data.objects

x = objects['Cube']

y = objects['Cube.001']

y.parent = x

y.matrix_parent_inverse = x.matrix_world.inverted() # avoid applying parent's transformations #also - bpy.ops.object.parent_set() parent_set()

#----------------------------------------

#Maya examples:

#Get child of selected object

parObj = cmds.ls(sl=True)[0]

chldObj = cmds.listRelatives(parObj, c=True)

#Get parent of selected object

chldObj = cmds.ls(sl=True)[0]

parObj = cmds.listRelatives(chldObj, p=True)

#----------------------------------------

#Select an object(s) by name

import bpy

a = bpy.data.objects['Cube']

b = bpy.data.objects['Cube.001']

bpy.ops.object.select_all(action='DESELECT')

a.select = True

b.select = True

#----------------------------------------

#Select an objects parent with one line

bpy.ops.object.select_hierarchy(direction='PARENT', extend=False)

#Select an objects child with one line

bpy.ops.object.select_hierarchy(direction='CHILD', extend=False)

#----------------------------------------

#Select an objects parent – alternative

import bpy

C = bpy.context

selObj = C.active_object

bpy.ops.object.select_all(action='DESELECT')

selObj.parent.select = True

#----------------------------------------

#set attribute for selected object

import bpy

C = bpy.context

selObj = C.active_object

#option 1

selObj.location = 1, 2, 3

#option 2 -setattr

setattr(selObj, "location", (1, 2, 3)) # translate

setattr(selObj, "scale", (1, 2, 3)) # scale

setattr(selObj, "rotation_euler", (1, 2, 3)) # rotate

#----------------------------------------

#Loops – Examples

#----------------------------------------

#1 - for loop

loopStart = 2; loopEnd = 8;

for x in range(loopStart, loopEnd):

print((str(x)) +" "+(str(loopStart + x)) +" through to "+(str(loopEnd + x)))

#----------------------------------------

objLots = ["keys", "ball", "wire", "apple", "usb"]

#----------------------------------------

#2 – for loop - use length(num of objects)

for x in range(1, len(objLots)):

print((str(x)) + " " + objLots[x])

#----------------------------------------

#3 – for loop – in objects

for y in objLots:

print("x contains: ", y)

#----------------------------------------

#4 – for loop - enumerate

for i, y in enumerate(objLots):

print("x contains: ", y, " found at ", i + 1)

#----------------------------------------

#5 –while loop

x = 0

while x < len(objLots):

print(objLots[x] + " ", x)

x = x+1

#----------------------------------------

#6 –for loop

for z in ( i*0.25 for y in range(8) ):

print(z)

#----------------------------------------

#7 –for loop

for z in range (5):

t=z+1.5

print(t)

#----------------------------------------

#Maya Loop example:

#rename loop with frefix and suffix

cnts = cmds.ls(sl=True)

prefix='pref_0'

suffix='_suf'

for (number, fllc) in enumerate(cnts):

NmFllc=(prefix)

cmds.rename(fllc, (prefix + (str(number+1)) + suffix))

#----------------------------------------

#Copy attributes from one object to another

import bpy

C = bpy.context

selObj = C.active_object

objLoc = (selObj, "location", (1, 2, 3))

setattr(selObj, "location", objLoc[2])

#----------------------------------------

#Maya Examples:

#setAttr of selected object

selObj = cmds.ls(sl=True)

cmds.setAttr((selObj[0] + '.sx.'), 14)

#Set Attr using xform

selObj = (cmds.ls(sl=True, fl=True))

cmds.xform(selObj[0], a=True, ro=(0, 0, 0), t=(0, 0, 0), s=(1, 1, 1) )

#Set Attr using loop

attr = [ '.sx','.sy','.sz']

selObj = cmds.ls(sl=True)

for i in range(len(attr)):

cmds.setAttr((selObj[0] + attr[i]),6)

#Copy channel box Attributes from 1(selected obj[0]) to another(selected obj[1])

attrCop = ['.tx','.ty','.tz','.rx','.ry','.rz','.sx','.sy','.sz']

selObj = cmds.ls(sl=True)

for v in range(len(attrCop)):

cmds.setAttr((selObj[1] + attrCop[v]),cmds.getAttr(selObj[0]+ attrCop[v]))

#----------------------------------------

#Create a locator at the location of a vert (WIP)

import bpy

C = bpy.context

bpy.ops.object.editmode_toggle()

ob = C.active_object

ob = bpy.context.active_object

bpy.ops.object.editmode_toggle()

vert = [i.co for i in ob.data.vertices if i.select]

for vr in vert:

matxVert = ob.matrix_world * vr

bpy.ops.object.editmode_toggle()

bpy.ops.object.empty_add(type='PLAIN_AXES', location=matxVert)

bpy.ops.object.select_all(action='TOGGLE')

ob.select = True

#----------------------------------------

#Maya Examples:

#place locator on selected vertex(s)

selVrt = cmds.ls(sl=True, fl=True)

for i in range(len(selVrt)):

pos = cmds.pointPosition(selVrt[i])

c = cmds.spaceLocator(n="locNme_01" , p=(0, 0, 0) )

cmds.xform(c, a=True, t=(pos[0], pos[1], pos[2]) )

#position to vertex - select Vert(Mov to) then Obj/Vert(Move from)

selObj = cmds.ls(sl=True)

vrtPos = cmds.pointPosition(selObj[0])

cmds.xform(selObj[1], a=True, t=(vrtPos[0], vrtPos[1], vrtPos[2]))

#Find position of selected vertex

selObj = cmds.ls(sl=True)

vrtPos = cmds.pointPosition(selObj[0])

print vrtPos

Align objects with diferent pivots

selObjs = cmds.ls(sl=True)

v = [ '.vtx[1]','.vtx[2]','.vtx[3]']

i=0

j=0

for i in range(len(selObjs)):

for j in range(len(v)):

cmds.select(selObjs[i] + v[j], tgl=True)

cmds.Snap3PointsTo3Points()

#----------------------------------------

#LAMBDA - anonymous functions not bound to a name

# squared

squr = lambda x: x**2

m = squr

print(m(8))#64

def f (x): return x**2

print(f(8)) #64

# times by

multBy = lambda x: x*2

m = multBy

print(m(8)) #16

#addition

addition = lambda x,y: x+y

a = addition

print(a(3,4))#=7

#subtration

sub = lambda x,y: x-y

s = sub

print(s(3,4))#=-1

# incrementor with lambda

def incr (n): return lambda x: x + n

f = incr(2)

g = incr(6)

print(f(42), g(42)) #44 48

def increment (a): return lambda x: x + a

ben=increment(8)

bob=increment(24)

print(ben(12))

print(bob(12)) #20 36

#defin int values - filter(), map() + reduce()

foo = [2, 18, 9, 22, 17, 24, 8, 12, 27]

#map()

map_obj = (map(lambda x: x * 2 + 10, foo))

num = list(map_obj) #list Converts the map obj to a list

print(num) #[14, 46, 28, 54, 44, 58, 26, 34, 64]

#filter()

filter_obj =(list(filter(lambda x: x % 3 == 0, foo))) # list Converts the map obj to a list

print(filter_obj) #[18, 9, 24, 12, 27]

#reduce()

from functools import reduce #import reduce directly

print (reduce(lambda x, y: x + y, foo)) #139

#prime numbers with lambda

nums = range(2, 50)

for i in range(2, 8):

nums = list(filter(lambda x: x == i or x % i, nums))

print(nums) #[2, 3, 5, 7, 11, 13, 17, 19, 23, 29, 31, 37, 41, 43, 47]

#lambda – replace – nj with is

words = ['a', 'huge', 'python[nj]', 'in' + ' the ', 'blender[nj]', 'with', 'lambda']

print(list(map(lambda x: str.replace(x, "[nj]", " is"), words)))

#split words using lambda - find num of letters in each

sentence = 'A python in a blender'

words = sentence.split()

print(words) #'A', 'python', 'in', 'a', 'blender'

print(list(map(lambda word: len(word), words)))#1,6, 2, 1, 7

#or

print(list(map(lambda w: len(w), 'A python in a blender'.split())))

#range

#1 - loop from 0 to 20 -with 1/4 step *

for x in (map(lambda i: i * 0.25, range(0,20))):

print(x)

#----------------------------------------

#Maya Example:

#Maya Python UI button example

cmds.button(label="bobsUrUncle", c=lambda x:somedef())

#----------------------------------------

#lock transform attributes of selected

selObj = cmds.ls(sl=True, dag=True, tr=True)

att = ['.tx','.ty','.tz','.rx','.ry','.rz','.sx','.sy','.sz']

for ctr in range(len(att)):

cmds.setAttr(selObj[0] + att[ctr], lock=True)

#unlock transform attributes of selected

selObj = cmds.ls(sl=True, dag=True, tr=True)

att = ['.tx','.ty','.tz','.rx','.ry','.rz','.sx','.sy','.sz']

for ctr in range(len(att)):

cmds.setAttr(selObj[0] + att[ctr], lock=False)

#----------------------------------------

#lock or unlock attributes

import bpy

C = bpy.context

selObj = C.active_object

selObj.lock_scale[0] = True #False

selObj.lock_rotation[0] = True # False

selObj.lock_location[0] = True # False

#----------------------------------------

#Maya Examples:

xform query

s = cmds.ls(sl=True, fl=True)

xQu=(cmds.xform(s[0], query=True, ws=True, t=True,))

print xQu

#set rotation of selected using xform

cmds.xform( r=True, ro=(5, 8, 6))

#set translation of selected using xform

cmds.xform( r=True, t=(5, 8, 6))

#----------------------------------------

#Copy attributes(ex:location), from one object to another

import bpy

C = bpy.context

D = bpy.data

selObj = C.active_object

movObj = bpy.data.objects['nameOfObj2Mov']

OrigSel = selObj.matrix_world.to_translation()

movObj.location[0] = OrigSel [0] #move x location

movObj.location = OrigSel #move x y z location

#----------------------------------------

#Maya Examples:

#change the rotate order but preserve the overall transformation

cmds.xform( p=True, roo='yzx' )

#display normals

selObj = cmds.ls(sl=True,dag=True,s=True)

cmds.setAttr((selObj[0] + '.displayNormal'), 1)

#increase normal size by 10

selObj = cmds.ls(sl=True,dag=True,s=True)

cmds.setAttr((selObj[0] + '.displayNormal'), 1)

nz = cmds.getAttr(selObj[0] +'.normalSize')

cmds.setAttr((selObj[0] + '.normalSize'), (nz*10))

#decrease normal size by 10

selObj = cmds.ls(sl=True,dag=True,s=True)

cmds.setAttr((selObj[0] + '.displayNormal'), 1)

nz = cmds.getAttr(selObj[0] +'.normalSize')

cmds.setAttr((selObj[0] + '.normalSize'), (nz/10))

#query viewport renderer (run whist viewport focused)

print cmds.modelEditor( cmds.getPanel(wf=True), q=True, rnm=True )

#turn on display xray and wireframe in viewport in focus (run whist viewport focused)

#on

CurPan = cmds.getPanel(wf=True)

xraystr = 'setXrayOption true ' + CurPan + ' ;'

mel.eval(xraystr)

wirestr = 'setWireframeOnShadedOption true ' + CurPan + ' ;'

mel.eval(wirestr)

#off

CurPan = cmds.getPanel(wf=True)# print p

xraystr = 'setXrayOption false ' + CurPan + ' ;'

mel.eval(xraystr)

wirestr = 'setWireframeOnShadedOption false ' + CurPan + ' ;'

mel.eval(wirestr)

#query without being in panel focus (from script editor)

#----------------------------------------

import maya.cmds as cmds

import maya.OpenMaya as OpenMaya

import maya.OpenMayaUI as OpenMayaUI

view = OpenMayaUNI.M3dView.active3dView()

cam = OpenMaya.MDagPath()

#----------------------------------------

view.getCamera(cam)

camPath = cam.fullPathName()

print camPath

#Get panel with focus

cmds.getPanel(wf=True)

#change time to frame to *55

cmds.currentTime(55, edit=True)

#Change time slider min max frame

frange = (14,600)

cmds.playbackOptions( minTime=frange[0], maxTime=frange[-1] )

#Change time slider start/end frame

frange = (44,800)

(cmds.playbackOptions( ast=frange[0], aet=frange[-1] ))

#get list of keyframes on current selected object (exaple rotateX) attribute

fmNumLst=(cmds.keyframe( query=True, at='rx',timeChange=True ))

print fmNumLst

#----------------------------------------

Nathan Jones - Digital Artist Blog

Tuesday 1 May 2018

Python Notes - Misc 01 - Blender/Maya

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