Pinned Repositories
blender-batch-import-wavefront-obj
Import multiple OBJ files, their UV's and materials
blender-dof-utils
depth of field utilities
blender-loom
image sequence rendering, encoding and playback
blender-renderborder
pixel-precise render border
blender-shapekey-extras
Blender Add-on to manipulate Shape Keys and Vertex Groups
blender-viewport-rename
rename viewport selection
UvSquares
Blender addon for reshaping UV selection into grid.
p2or's Repositories
p2or/blender-loom
image sequence rendering, encoding and playback
p2or/blender-batch-import-wavefront-obj
Import multiple OBJ files, their UV's and materials
p2or/UvSquares
Blender addon for reshaping UV selection into grid.
p2or/blender-renderborder
pixel-precise render border
p2or/blender-dof-utils
depth of field utilities
p2or/blender-viewport-rename
rename viewport selection
p2or/blender-shapekey-extras
Blender Add-on to manipulate Shape Keys and Vertex Groups
p2or/blender-vfxtoolbox
various helper for vfx tasks
p2or/blender_autotracker
Blender autotracker addon
p2or/blender-batch-export-wavefront-obj
Batch export of scene objects to separate OBJ files
p2or/ShapeKeyTransferBlender
Addon for transferring Shape Keys in Blender
p2or/awesome-cg-vfx-pipeline
List of open-source technologies that help in the process of building a pipeline for CG and VFX productions
p2or/DMNK-Tools
DMNK Shelf | Workflow oriented Python Scripts / HDAs
p2or/HoudiniHowtos
Houdini recipe files repository.
p2or/StableHoudini
Stable Diffusion Houdini Toolset
p2or/Crystals
p2or/eyek
Texturing tool for projecting images from multiple cameras to one UV Map.
p2or/nLib
A small collection of simplistic HDAs
p2or/NukeSurvivalToolkit
nuke survival toolkit
p2or/nvidia-warp-houdini
Exposes NVIDIA's Warp framework to Houdini.
p2or/pytorch-Deep-Learning
Deep Learning (with PyTorch)
p2or/slitScan
scripts for the slit scan project
p2or/t81_558_deep_learning
Washington University (in St. Louis) Course T81-558: Applications of Deep Neural Networks
p2or/video-loops
automatic looping of image sequence using optical flow