rafaelperez

#----------------------------------------------------------------------------------------------------------
# Wouter Gilsing
# woutergilsing@hotmail.com
# May 2016
# v1.1
#----------------------------------------------------------------------------------------------------------

import nuke
import operator

rafaelperez

Keybase proof

I hereby claim:

• I am rafaelperez on github.
• I am rafaelperez (https://keybase.io/rafaelperez) on keybase.
• I have a public key ASAtwjZ9s7W16aOcHyb28V1x_KqK-_eRH6-ySW5IiysWaQo

To claim this, I am signing this object:

rafaelperez

#! /home/vfx/Nuke11.1v1/libnuke-11.1.1.so -nx
version 11.1 v1
define_window_layout_xml {<?xml version="1.0" encoding="UTF-8"?>
<layout version="1.0">
    <window x="1920" y="25" w="1920" h="2107" screen="0">
        <splitter orientation="1">
            <split size="1214"/>
            <splitter orientation="2">
                <split size="1102"/>
                <dock id="" activePageId="Viewer.1">

rafaelperez

#! /home/vfx/Nuke11.1v1/libnuke-11.1.1.so -nx
version 11.1 v1
define_window_layout_xml {<?xml version="1.0" encoding="UTF-8"?>
<layout version="1.0">
    <window x="1920" y="25" w="1920" h="2107" screen="0">
        <splitter orientation="1">
            <split size="1214"/>
            <splitter orientation="2">
                <split size="1102"/>
                <dock id="" activePageId="Viewer.1">

rafaelperez

#! /home/vfx/Nuke11.1v1/libnuke-11.1.1.so -nx
version 11.1 v1
define_window_layout_xml {<?xml version="1.0" encoding="UTF-8"?>
<layout version="1.0">
    <window x="1920" y="25" w="1920" h="2107" screen="0">
        <splitter orientation="1">
            <split size="1214"/>
            <splitter orientation="2">
                <split size="1102"/>
                <dock id="" activePageId="Viewer.1">

rafaelperez

def TrackerToRoto() :
#CREATES NEW LAYER ON ROTO OR ROTOPAINT WITH TRACKING DATA
    import nuke.rotopaint as rp
    n = nuke.selectedNodes()

    try: 
        nuke.selectedNode()
    except:
        print nuke.message("Select a Tracker and a Roto or Rotopaint!")

rafaelperez

MIME-Version: 1.0
Content-Type: multipart/mixed; boundary="HOUDINIMIMEBOUNDARY0xD3ADD339-0x00000F49-0x56B122C9-0x00000001HOUDINIMIMEBOUNDARY"

--HOUDINIMIMEBOUNDARY0xD3ADD339-0x00000F49-0x56B122C9-0x00000001HOUDINIMIMEBOUNDARY
Content-Disposition: attachment; filename=".start"
Content-Type: text/plain

fplayback -i on -r on -f 1 -e on -h on -t on -a on -k on -s 1
tcur 0.91666666666666663
fps 24

rafaelperez

set cut_paste_input [stack 0]
version 11.1 v3
push $cut_paste_input
Camera2 {
 translate {0 6 -2.587715073e-07}
 rotate {-90 0 0}
 name Camera1
 selected true
 xpos 113
 ypos 220

rafaelperez

Group {
 help "aPMatte v1.0 by Adrian Pueyo\n\nGenerate a matte of different shapes, based on a Position pass. Includes options to transform the mask and change its falloff. Also has the option to output or overlay a P-based 3D noise.\n\nadrianpueyo.com, 2017"
 name "aPMatte"
 knobChanged "n = nuke.thisNode()\nk = nuke.thisKnob()\n\nif k.name() == \"shape\":\n    rampOn = k.value() in \['linear ramp', 'radial ramp'];\n    n\['radius'].setVisible(not rampOn)\n    n.knobs()\[\"black\"].setVisible(rampOn)\n    n.knobs()\[\"picker\"].setLabel( \"white\" if rampOn else \"center\" )\n\n\nif k.name() == \"noise\":\n    noiseOn = k.value() != 'off';\n    n\['noise_rel'].setVisible(noiseOn)\n    n\['noise_persistance'].setVisible(noiseOn)\n    n\['noise_octaves'].setVisible(noiseOn)\n    n\['noise_lacunarity'].setVisible(noiseOn)\n    n\['noise_size'].setVisible(noiseOn)\n    n\['noise_offset'].setVisible(noiseOn)\n    n\['noise_add'].setVisible(noiseOn)\n    n\['noise_gain'].setVisible(noiseOn)\n    n\['noise_gamma']

rafaelperez

Gizmo {
 name X_Denoise
 help "Clean digital noise on video"
 knobChanged "import math\nn = nuke.thisNode()\nk = nuke.thisKnob()\ni = n\['iterations'].value()\nm = n\['x2'].value()\n\n\nif k.name() == \"iterations\":\n  n\['active_frames'].setValue(1+math.ceil(i)*2*(1+m))\nelif k.name() == \"x2\":\n  n\['active_frames'].setValue(1+math.ceil(i)*2*(1+m))\nif n\['fix_artifacts'].value() == 0:\n  n\['motion_threshold'].setEnabled(False)\n  n\['smooth_threshold'].setEnabled(False)\n  n\['preview_mask'].setEnabled(False)\n  n\['median'].setEnabled(False)\nelse:\n  n\['motion_threshold'].setEnabled(True)\n  n\['smooth_threshold'].setEnabled(True)\n  n\['preview_mask'].setEnabled(True)\n  n\['median'].setEnabled(True)\n\nif n\['static'].value() == 1:\n  n\['vectorDetail'].setEnabled(False)\n  n\['smoothness'].setEnabled(False)\n  n\['flickerCompensation'].setEnabled(False)\nelse:\n  n\['vectorDetail'].setEnabled(True)\n  n\['smoothness'].setEnabled(True)\n  n\['flickerCompensation'].setEnabled(True)"
 selected true