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2025-09-22 20:44:00 -05:00
bin some more menial tasks (implemented triangleAabb as composing the AABB as a triangulated box since it seems better that way, added inertia calculations for meshes even though I think the approach for inertia tensors and rotations seems really wrong) 2025-09-21 19:30:11 -05:00
client
dep
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engine added grounded state, attempted to try and snap velocities for grounded bodies with small enough velocities (but it doesn't seem to prevent jittering bodies that resolve collision-from-gravity......) 2025-09-22 20:44:00 -05:00
ext wasted a week on trying to roll out my own physics system just to be humbled when it almost works but doesn't work well enough (probably a bad solver, will probably revisit it at a later date) 2025-08-30 15:52:30 -05:00
makefiles
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debug.sh
LICENSE
Makefile bigly refractors vector/quaternion/matrix all around (and beginning to ensure SIMD optimizations for physics) 2025-09-04 00:46:01 -05:00
program.sh
README.md

Engine

An unnamed, almost-entirely from-scratch, engine written in C++.

Build

While the build system is fairly barebones and robust under make, dependency tracking is not.

  • Ensure all requested dependencies under REQ_DEPS are available in your build system, as well as a valid compiler under CC/CXX.

Configuration for build targets are available under ./makefiles/ are available with the naming convention ${system}.${compiler}.make.

  • Additional compiler flags and make variables can be specified here.

To compile, run make. The outputted libraries and executables will be placed in the right folders under ./bin/.

Run

Currently, a barebones setup is provided via the .zip bundle.

If adequate assets are provided, run ./program.sh or make run. This ensures the path to the required libraries are added to the PATH.

Documentation

The provided documentation under ./docs/ should (eventually) provide thorough coverage over most, if not all, of this project.