LYGIA relies on #include "path/to/file.glsl" to resolve dependencies, which is defined by Khronos GLSL standard, but it's up to the project developer to implement. Good news is that it's not that hard, it just requires a typical C-like MACRO pre-compiler, which is easy to implement with just basic string operations.

Here you can find some examples in different languages:

C#:
- GLSLIncludes a small utility to add the include feature to GLSL by z0rg.
C++:
- VERA's routines for resolving GLSL dependencies.
Python:
- Small and simple routing to resolve includes
JavaScript:
- vanilla JS (online resolver) This small file brings resolveLygia() which takes a string or string[] and parses it, solving all the #include dependencies into a single string you can load on your shaders. It also has a resolveLygiaAsync() version that resolves all the dependencies in parallel. Both support dependencies to previous versions of LYGIA by using this pattern lygia/vX.X.X/... on you dependency paths.
- npm module (online resolver) by Eduardo Fossas. This brings the same resolveLygia() and resolveLygiaAsync() functions but as npm module.
- vite glsl plugin (local bundle) by Ustym Ukhman. Imports .glsl local dependencies, or loads inline shaders through vite.
- esbuild glsl plugin (local bundle) by Ricardo Matias. Imports local .glsl dependencies through esbuild.
- webpack glsl plugin (local bundle) by Ryan Grieve that imports local .glsl dependencies through webpack.

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