
Security News
Open Source Maintainers Demand Ability to Block Copilot-Generated Issues and PRs
Open source maintainers are urging GitHub to let them block Copilot from submitting AI-generated issues and pull requests to their repositories.
github.com/ojrac/opensimplex-go
OpenSimplex noise is a random noise algorithm by Kurt Spencer, made as a patent-free alternative to Perlin and Simplex noise. This Go port is based on Kurt's Java implementation.
For an introduction to OpenSimplex noise, see Kurt Spencer's post announcing it. If you're not familiar with random noise, the Wikipedia post on Perlin noise is a good introduction.
As Kurt explains in his post, Perlin noise tends to generate noise with noticeable axis-aligned artifacts. Simplex noise fixes these artifacts, but it's patented. OpenSimplex noise is for people who don't want to deal with Simplex's patent.
The difference between Perlin and OpenSimplex noise is easiest to see in pictures. This is Perlin noise, with a noticeable bias towards vertical and horizontal artifacts:
Here's what OpenSimplex noise looks like:
This implementation of OpenSimplex's tests verify its output against the output of the reference Java implementation. I haven't run these tests on different architectures, so results may vary.
This code is under the same "license" as Kurt's OpenSimplex - the public domain "unlicense."
FAQs
Unknown package
Did you know?
Socket for GitHub automatically highlights issues in each pull request and monitors the health of all your open source dependencies. Discover the contents of your packages and block harmful activity before you install or update your dependencies.
Security News
Open source maintainers are urging GitHub to let them block Copilot from submitting AI-generated issues and pull requests to their repositories.
Research
Security News
Malicious Koishi plugin silently exfiltrates messages with hex strings to a hardcoded QQ account, exposing secrets in chatbots across platforms.
Research
Security News
Malicious PyPI checkers validate stolen emails against TikTok and Instagram APIs, enabling targeted account attacks and dark web credential sales.