A collection of experiments involving swarms of robots manipulating pucks. The core simulator (Sim.hpp) models the physics of 2-d interactions between circular bodies.
vcpkg is used as the package manager to install most (but not all) dependencies. vcpkg itself is part of this repo as a git submodule.
While using vcpkg does much of the work required to install external packages there are some build tools needed on your machine. The following (at least) must be installed:
autoconf, cmake, libtool
The following is the procedure for adding packages using vcpkg. Actually, first you should make sure the package exists. This is how imgui was added:
./vcpkg/vcpkg add port imgui
./vcpkg/vcpkg install
# Modify CMakeLists.txt as suggested
This last step is important and is not automated. Some guesswork is required to figure out exactly what to incoroporate into CMakeLists.txt.
The following two lines create the build subdirectory, building all executables within it:
cmake --preset=default
cmake --build build
./build/forage GUI-based application to demonstrate swarm-based foraging approach described in paper submitted to ANTS 2024. Loads parameters from last_parameters.dat.
./build/vorlife Combines the controller above with the idea of separating robots into Voronoi cells. This is an idea with some merit, but the implementation here is crude and collisions between robots are still quite possible.
./build/vorlife_headless Runs headless to generate experimental data for vorlife
./build/optimize Uses Pagmo2's Generational Particle Swarm Optimization algorithm to find parameters for forage.
./build/ignis A somewhat failed experiment to employ a planning-based approach to planar construction.
- This is how vcpkg itself was added as a submodule:
git submodule add https://github.com/microsoft/vcpkg
./vcpkg/bootstrap-vcpkg.sh
- Using the following advice on switching between Debug/Release builds:
https://stackoverflow.com/questions/7724569/debug-vs-release-in-cmake/64719718#64719718
I succeeded (I think) in creating a debug build with the following sequence of commands
rm -fr build
cmake --preset=default
cmake -S . -B build/ -D CMAKE_BUILD_TYPE=Debug
cmake --build build