Skip to content
The Daily Repo

compphoto / Intrinsic

Repo for the papers "Intrinsic Image Decomposition via Ordinal Shading" (TOG 2023) and "Colorful Diffuse Intrinsic Image Decomposition in the Wild" (TOG 2024)

Why this job: matched by what the repo talks about: image, paper, wild, repo

What it does

We propose a method for generating high-resolution intrinsic image decompositions for in-the-wild images. Our method consists of multiple stages. We first estimate a grayscale shading layer using our ordinal shading pipeline. We then estimate low-resolution chromaticity information to account for colorful illumination effects while maintaining global consistency. Using this initial colorful decomposition, we estimate a high-resolution, sparse albedo layer. We show that our decomposition allows us to train a diffuse shading estimation network using only a single rendered indoor dataset.

Get started

No single install command. Read the steps in the README (opens in new tab)

Maintenance
Inactive
Last commit 7 months ago
Stars
390
+3 this week
Licence
Custom
Read before business use
Downloads for
None listed
No release files
Latest version
v2.1
Released 19 months ago
Built with
Python
70% of the code

Is it looked after?

Contributors
Not stated
Last 90 days
Issues
100% closed
0 still open
Pull requests
1 merged
0 waiting
Releases
3
0 in the last year
  • No contributing guide
  • No security policy
  • No code of conduct

Similar repos

Repos similar to this one
RepoStarsLast commitLicenceDownloads for
google-deepmind / dm_pix4537 days agoApache-2.0No downloads
mrajaeim / image-pipes12914 days agoMITMac, Windows, Linux
More: languages, topics and project record

Languages

  • Python 70%
  • Jupyter Notebook 30%

Topics

  • computer-graphics
  • computer-vision
  • image-processing
  • intrinsic-decomposition
  • inverse-rendering
  • machine-learning
  • multi-illumination

Project record

  • JobImage generation
  • StatusListed
  • Commits59
  • Forks24
  • Watching7
  • Stars in 28 days+5
  • CreatedNov 13, 2023
  • First seen by usNov 7, 2026
  • CheckedNov 8, 2026

Type to search.

Try