| set cut_paste_input [stack 0] | |
| version 5.2 v1 | |
| Group { | |
| inputs 0 | |
| name HexGenerator | |
| selected true | |
| xpos -50 | |
| ypos -482 | |
| addUserKnob {20 HexGenerator} | |
| addUserKnob {41 format T HexGenCalc.format} |
| ## Adjust size of all brush stokes in a layer | |
| ## Expects a single layer in the rotopaint node containing strokes that want to be scaled. | |
| ## This script scales the brushsize and source transform by the scale value | |
| _SCALE_ = 1.53706293 | |
| rn = nuke.selectedNode() | |
| cKnob = rn["curves"] | |
| rootLayer = cKnob.rootLayer |
| import OpenImageIO as oiio | |
| from OpenImageIO import ImageInput, ImageOutput | |
| from OpenImageIO import ImageBuf, ImageSpec, ImageBufAlgo | |
| import os, sys | |
| import shlex, subprocess | |
| import glob | |
| #-------------------------------------------- |
| import nuke, math | |
| def get_closest_node(node): | |
| # Return the closest node to node | |
| distances = {} | |
| for n in nuke.allNodes(): | |
| if n.name() == node.name(): | |
| continue | |
| distance = math.sqrt( | |
| math.pow( (node.xpos() - n.xpos()), 2 ) + math.pow( (node.ypos() - n.ypos()), 2 ) | |
| ) |
| set cut_paste_input [stack 0] | |
| push $cut_paste_input | |
| Group { | |
| name FLog2Lin | |
| label "\[value operation]" | |
| selected true | |
| xpos -40 | |
| ypos -952 | |
| addUserKnob {20 FLog2Lin} | |
| addUserKnob {4 operation M {log2lin lin2log}} |
| FROM centos | |
| LABEL maintainer="mattias.ohlsson@inprose.com" | |
| ENV HOME /root | |
| WORKDIR $HOME | |
| RUN yum update -y && yum clean all | |
| # Install packages |
| # Dockerfile | |
| FROM centos | |
| LABEL maintainer="JED" | |
| ENV HOME /root | |
| WORKDIR $HOME | |
| RUN yum update -y && yum clean all |
| Group { | |
| name ColorTracker | |
| addUserKnob {20 ColorTracker} | |
| addUserKnob {26 instructions_text l <b>Instructions: T "1). Stabilize your plate around the area you want to track\n2). Crop your plate to just the area you want to analyze\n4). Press Track Color to analyze the footage\n5). Create a matchmove or stabilize grade, and specify your reference frame\n6). You can scale the curve around a specified pivot value on the grade node \n using the color_pivot and color_mult knobs in the ColorTrack tab"} | |
| addUserKnob {26 ""} | |
| addUserKnob {26 label_trackcolor l "<b>Track Color" T " "} | |
| addUserKnob {41 track_color l "Track Color" t "This button will track the color change over the specified framerange and put the data into the intensitydata knob." T CurveTool.go} | |
| addUserKnob {41 intensitydata T CurveTool.intensitydata} | |
| addUserKnob {26 ""} | |
| addUserKnob {26 label_apply_color_track l "<b>Apply Track" T " "} |
Trying to compile the [https://github.com/boberfly/GafferCycles/tree/oidn](oidn branch of gafferCycles) to get OpenImageDenoise working in Gaffer.
# Compile with vfx reference platform docker
docker run -it --mount type=bind,source=/pod/sw/compile/gaffercycles,target=/root --mount type=bind,source=/opt,target=/root/opt --entrypoint /bin/bash gaffercycles-1
# Set up env
export GAFFER_ROOT=~/opt/gaffer/gaffer
| """Test of finding Nuke's viewer widget, and intercepting the hardwired "c" shortcut and rewiring it to view the RGB channel | |
| """ | |
| from PySide import QtGui, QtCore | |
| def findviewer(): | |
| stack = QtGui.QApplication.topLevelWidgets() | |
| viewers = [] | |
| while stack: |