RedForty

"""
Functions for generating spline weights.

Usage:
    This modules functions each take curve parameters and output control point weights. The weights are generated using
    a modified version of de Boor's algorithm. These weights can be used to create a weighted sum to find a point or 
    tangent on a spline.
    
    While these functions are written for usage in Autodesk Maya, they don't actually have any Maya-specific libraries.
    Additionally none of these functions actually care about the data type of provided control points. This way these

RedForty

string $currentPanel = `getPanel -withFocus`; 
int $state = `isolateSelect -q -state $currentPanel`;
if ($state) {
    enableIsolateSelect $currentPanel false;
} else {
    enableIsolateSelect $currentPanel true;
    $allMeshObjs = `ls -typ mesh`;
    for ($eachObject in $allMeshObjs) {
        isolateSelect -addDagObject $eachObject $currentPanel;
    }

RedForty

# ---------------------------------------------------------------------------- #
# This scriptjob will turn off the default material option on each viewport

from maya import cmds, mel

def turnOffDefaultMaterial(*args, **kwargs):
    allIconTextCheckBoxes = cmds.lsUI( type=['iconTextCheckBox'],l=True )
    for iconCheckBox in allIconTextCheckBoxes:
        if 'UseDefaultMaterialBtn' in iconCheckBox:
            cmds.iconTextCheckBox(iconCheckBox, e=True, value=False)

RedForty

# Select source of selected constrained object
from maya import cmds

selection = cmds.ls(sl=1)
new_selection = []
for item in selection:
   constraint = cmds.listConnections( item + '.parentInverseMatrix[0]', destination=1, source=0, type='constraint')
   if constraint:
      src = cmds.listConnections(constraint[0] + '.target[0].targetParentMatrix', destination=0, source=1)
      if src:

RedForty

from maya import cmds
import maya.OpenMaya as om
import math

LOCATOR_NAME = '_loc'

def get_rotation_from_matrix(matrix_list, rot_order):
    # Create an empty MMatrix:
    mMatrix = om.MMatrix() # MMatrix
    # And populate the MMatrix object with the matrix list data:

RedForty

from math import pow, sqrt
def distance_between_vectors(a, b):
    # Feed two vectors of type list3
    # example: a = [0, 1, 2]
    # Distance formula : ?((x2 - x1)2 + (y2 - y1)2 + (z2 - z1)2)
    distance = sqrt(pow(a[0] - b[0], 2) + pow(a[1] - b[1], 2) + pow(a[2] - b[2], 2))
    return distance

RedForty

// My preferred prefences

// Interfaces
optionVar -intValue showHighlightNewFeaturesWindowOnStartup false;
whatsNewHighlight -showStartupDialog false;

// Manipulators
mouse -enableScrollWheel false;
optionVar -iv useMultiTouchGestures false; multiTouch -gestures false;
manipOptions -rememberActiveHandleAfterToolSwitch 0;

RedForty

# Thank you Freya Holmer | Neat Corp
# https://youtu.be/NzjF1pdlK7Y

def lerp(a, b, t):
    return ((1.0 - t) * a + b * t)
    
def inv_lerp(a, b, v):
    return ((v - a) / (b - a))

def remap(iMin, iMax, oMin, oMax, v):

RedForty

# =========================================================================== #
# Custom GE colors
# List the currently defined custom curve colors
# curve_colors = cmds.curveRGBColor( list=True )
curve_colors = [ 'rotateZ 0 1 1'
               , 'translateY 0 1 0'
               , 'scaleZ 0.519899 0 0.965517'
               , 'translateX 1 0 0'
               , 'rotateY 1 1 0'
               , 'scaleX 0.82 0 0.82'

RedForty

import maya.api.OpenMaya as api
from functools import partial

def reportCallbackEventNames(c, *args):
    print c

# install
cbs = api.MEventMessage.getEventNames()
installed_cbs = []
for c in cbs: