Question 1

How to integrate par libraries into my C project?

Accepted Answer

Simply download and include the relevant header files in your source code; no build system or dependencies are required beyond standard C libraries, as highlighted in the README's minimalism.

Question 2

par shapes vs other mesh generation libraries like Assimp?

Accepted Answer

par_shapes.h is lightweight and malloc-free for basic parametric shapes, but lacks advanced features like texture coordinates or animation support compared to comprehensive libraries like Assimp. It's best for simple, performance-critical mesh generation in C.

Question 3

Is par suitable for real-time graphics in games?

Accepted Answer

Yes, libraries like par_octasphere.h and par_streamlines.h are designed for performance with malloc-free operations and efficient triangulation, making them fit for real-time rendering in games or simulations, as detailed in their blog posts.

Question 4

What are the performance benefits of par_octasphere.h?

Accepted Answer

It generates sphere and cuboid meshes without dynamic memory allocation, reducing overhead in performance-critical scenarios; the blog post explains the algorithm and benchmarks for embedded or real-time use.

Question 5

How to run tests for par libraries?

Accepted Answer

Install CMake and pkg-config, then use the commands in the README: 'cmake test -Bbuild' to generate makefiles, and 'cmake --build build' to compile. Execute the test binaries from the build folder, such as 'build/test_shapes'.

Question 6

Can I use par with C++ projects?

Accepted Answer

Yes, since par is written in C, it's compatible with C++ projects via header inclusion, but you may need to handle C linkage (e.g., extern "C") to avoid name mangling issues in mixed environments.

Marching Squares

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