splinecraft

# Method 1

from pymel.core import *

slider = mel.eval('$tmpVar=$gPlayBackSlider')
sliderFrames = ''.join([c for c in timeControl(slider, q=1, rng=1) if c in '1234567890:'])

sliderStart = int(sliderFrames.split(":")[0])
sliderEnd = int(sliderFrames.split(":")[1])

splinecraft

import imp
util = imp.load_source('util', '/Users/eric/Google Drive/Macbook Sync/Maya Tools/shapes/CurveShape.py')

splinecraft

#--------------------------------------------------------------------------------------#
# sharpen in tangent

import pymel.core as pm
pm.keyTangent(edit=True, weightLock=False, lock=False, inWeight=.01)

# sharpen out tangent

import pymel.core as pm
pm.keyTangent(edit=True, weightLock=False, lock=False, outWeight=.01)

splinecraft

sel=pm.ls(sl=True)
print sel


curveList = pm.keyframe(q=True, sl=True, name=True)
print curveList

control_xform = pm.selected()[0]

curveList = control_xform.inputs()

splinecraft

"""
Select Animated Nodes
Here’s a quick script I threw together today that will take your selection, check if any of the nodes have animation curves attached to them, and then deselect all the nodes that aren’t animated. Leaving you only with the nodes that are animated. I say nodes because it will keep any node in Maya you have intially selected whether it’d be a transform, a shape, or a nParticle node. So, be careful with your initial selection and you won’t have to worry about what you get out in the end.
"""

objs = mc.ls(sl=True,dag=True)
print objs
animated = []
for obj in objs:
    findAnimCurves = mc.listConnections(obj,source=True,type="animCurve")

splinecraft

import pymel.core as pm

sel = pm.ls(sl=True)
attr_path = '{0}.{1}'.format(sel[0], 'ty')

key_frames = pm.keyframe(attr_path, q=True)
key_values = pm.keyframe( attr_path, q=True, vc=True)
in_tangents = pm.keyTangent( attr_path, q=True, itt=True)

splinecraft

"""
http://blog.cameronleger.com/mel/keyrandomizer/

MAYA KEYFRAME RANDOMIZER
This is a Maya python script used for randomizing keyframe values or times. When applied over a range, a different randomization will be applied to each attribute and each key for it. Using the GUI you can select what attributes to modify, whether to modify them in space and/or time, and the ranges for modification. First, copy&paste this into the script editor, select all of it, and save it to your shelf. Then, select the objects you want to adjust their keyframes and run the script.
The first two checkboxes are for space / time modification. Spatial Keyframes will modify attribute values for each keyframe. Temporal Keyframes will modify the frame that the keyframes are on.
Min / Max Randomness is the amount to be applied to each value. The amount is added, so 0-1 will only produce positive alterations and -1-0 will only produce negative alterations. The value is a floating point number, so 0-1 will always randomly  choose a decima

splinecraft

http://blog.cameronleger.com/mel/offsetkeys/

MAYA ITERATIVE KEYFRAME OFFSETTER
This is a small MEL script to copy, paste, and offset keyframes iteratively on multiple objects. First, copy the keyframes from the first object. Then, select the rest of the objects to paste the animation to. The offset value is how many frames to offset the animation for each object. The start value is the frame the entire animation should start on. For each object selected in the order that they are selected, it pastes the animation offset by the amount you chose per each object.
To use this script, you should paste the following into the MEL section of the Script Window, and then execute the code. Or you could drag the selected code in the MEL tab to the Shelf to create a shelf item for it.


if ( `window -exists window` )
	deleteUI window;
window -title "keyOffset" window;

splinecraft

function findEvenlyDivisibleScaling(animLength) {
  
  var even_scales = [];
  
  for(i=1; i<100; i++) {
    var scale = animLength * (i * 0.01);
    if(scale % 1 === 0)
    {
      even_scales.push(i * 0.01);
    }

splinecraft

def testFunc( **kwargs ):     
  options = { 'option1' : 'default_value1',             
              'option2' : 'default_value2',             
              'option3' : 'default_value3', }      
  options.update(kwargs)     
  print options  
  
  testFunc( option1='new_value1', option3='new_value3' ) 
  # {'option2': 'default_value2', 'option3': 'new_value3', 'option1': 'new_value1'}