vorg

pex-color

Color utilities (css, hex, hsl, hsv, hwb, lab, xyz, okhsl, okhsv, oklab, hpluv, hsluv, lchuv, bytes) for PEX.

pex-sys

System and platform specific utilities for the pex library

pex-glu

WebGL related code for the pex library

image-crawler

Scrape image urls from HTML website including CSS background images.

pex-materials

Additional glsl materials for the pex library

pex-helpers

Debug mesh generators for the pex library

pex-geom

Geometry intersection and bounding volume helpers for PEX.

glslify

A node.js-style module system for GLSL!

glsl-tokenizer

r/w stream of glsl tokens

glsl-easings

Robert Penner's easing functions in GLSL, available as a module for glslify.

glsl-token-string

Converts an array of GLSL tokens to a plain source string

glsl-token-depth

Determine the scope depth of an array of GLSL tokens

glsl-token-properties

Takes an array of GLSL tokens and determines whether or not they're a property of another identifier

glsl-token-scope

Infer the scope of each token in an array of GLSL tokens

glsl-token-assignments

Take an array of GLSL tokens and determine which tokens are either assignments or variable declarations.

glsl-token-descope

"Descope" an array of GLSL tokens such that they can be safely inlined alongside within another shader without causing any global variable conflicts.

pex

Pex is a javascript 3d library / engine allowing for seamless development between Plask and WebGL in the browser.

glsl-smooth-min

Smooth minimum functions for GLSL

pex-gui

GUI controls for PEX.

glslify-deps

Walk the dependency graph of a glslify shader.

glsl-token-defines

Retrieve the values defined with preprocessor statements in a selection of GLSL tokens

glslify-client

Convenience wrapper for handling glslify on the client, minimising the amount of requests to glslify-deps

glsl-look-at

Generate a 3D lookAt matrix in GLSL

glsl-camera-ray

Generates a ray for Shadertoy-style raycasting in GLSL

glsl-raytrace

Given a signed distance function and ray, trace a scene to find the first point of intersection.