draconiansolo

set cut_paste_input [stack 0]
version 7.0 v9
push 0
push $cut_paste_input
Group {
inputs 2
name DistanceKeyer
tile_color 0x3a892eff
label "of despair"
selected true

draconiansolo

set cut_paste_input [stack 0]
version 7.0 v9
ColorWheel {
inputs 0
format "2048 1556 0 0 2048 1556 2 pixal aspect 2"
gamma 0.45
name ColorWheel1
selected true
xpos -4864
ypos -969

draconiansolo

set cut_paste_input [stack 0]
version 7.0 v9
push $cut_paste_input
Group {
name PickyKeyer1
help "<i>Of despair</i>\nv0.5(PoC)\n\nAdd several layers of pickers with keyers that merge automatically. Fun!\nProof of concept version.\nBased on a random conversation between Nico and Owen"
tile_color 0xff9fff
selected true
xpos -6049
ypos -895

draconiansolo

set cut_paste_input [stack 0]
version 7.0 v9
push $cut_paste_input
TimeWarp {
 lookup 1
 filter none
 name TimeWarp
 tile_color 0xffdd00ff
 label "\[value prevSpeed], \[value nextSpeed]"
 selected true

draconiansolo

set cut_paste_input [stack 0]
version 9.0 v3
push 0
push $cut_paste_input
Group {
 inputs 2
 name PxFck_IErode
 help "Variable erode based on a control channel."
 knobChanged "\nm = nuke.thisNode() # grabs current node\nkc = nuke.thisKnob() #node that is being changed\n\nif kc.name() in \[\"filter\", \"slices\"]: #if changed knob is filer or slices\n    i = nuke.toNode('img') \n    i2 = nuke.toNode('Shuffle1')\n    o = nuke.toNode('Output1')\n    \n    for n in nuke.allNodes():\n      if \"static\" not in n\['label'].getValue():\n        nuke.delete(n)\n    \n    slices = int(m\['slices'].value())\n    step = 1\n    ii = i\n    for x in range(1,slices+step,step):\n      \n      k = nuke.nodes.Keyer()\n      k.setInput(0, i2)\n      k\['operation'].setValue(\"red keyer\")\n      k\['range'].setExpression(\"(1/parent.slices*\" + str(x) +\")-1/parent.slices\", 0)\n      k\['range'].setExpression(\"(1/parent.slices*\" + str(x-1) + \") + (1/parent.slices*parent.overlap)\", 1)\n      k\['range'].setValue(1.0, 2)\n 

draconiansolo

import random

def smoothStroke(stroke):
    node=nuke.toNode("RotoPaint1")
    curves=node["curves"]
    brush=curves.toElement(stroke)
    for i in range(len(brush)):
     #help(cp)
     #break
     if i>0 and i<len(brush)-1:

draconiansolo

frame
[format "%04i" [frame]]

draconiansolo

set cut_paste_input [stack 0]
version 7.0 v9
push $cut_paste_input
NoOp {
 name Wavy
 help "Node that outputs a wavy value"
 tile_color 0x873000ff
 selected true
 xpos -8
 ypos -77

draconiansolo

set cut_paste_input [stack 0]
version 7.0 v9
push $cut_paste_input
NoOp {
 name Noisy
 help "Node that outputs a noisy value"
 tile_color 0x873000ff
 selected true
 xpos -40
 ypos -149

draconiansolo

set cut_paste_input [stack 0]
version 6.3 v8
push $cut_paste_input
Group {
 name n_Roto_MBDiagnostic
 tile_color 0xdfff00ff
 label "Of Joy"
 selected true
 xpos 29
 ypos 896