Just something that works.
Attempt to unify into a workable library of sorts.
Adding abstractions in order to support SIMD or GPU support if required. Refer to: https://www.rustsim.org/blog/2020/03/23/simd-aosoa-in-nalgebra/
~ = Change scene
Mouse wheel = change radius for cloth scene Left mouse = pull Right mouse = cut
src/scenes - contains a series of scenes which test the verlet particle systems src/v1 - version 1 verlet systems src/v2 - version 2 verlet systems
run ```install.sh``` to setup rust project
You need the vscode extensions:
CodeLLDB
rust-analyzer
cargo build
cargo run
cargo add XXX # to add a cargo package
ctrl + shift + b - to run the tasks
open in vscode then just hit debug!
cargo bench
cargo test
* Switch to bevy math library: https://docs.rs/bevy/latest/bevy/math/ ?
* Use Arena allocators for Particles, Sticks etc to get ride of Rc<RefCell> usage
https://pikuma.com/blog/verlet-integration-2d-cloth-physics-simulation
https://torlenor.org/rust/graphics/gamedev/2023/09/16/sdl2_with_rust.html
https://github.com/wsandy1/rust-verlet-solver
https://github.com/bit-shift-io/fluidic-space
https://betterprogramming.pub/making-a-verlet-physics-engine-in-javascript-1dff066d7bc5
https://www.youtube.com/watch?v=g55QvpAev0I&list=WL&index=63
which explains its just the kinematic equation with time step forward and time step backwards.
https://www.physicsclassroom.com/class/1dkin/Lesson-6/Kinematic-Equations
Can't debug rust in vscode: https://stackoverflow.com/questions/77218022/why-is-my-debugger-in-vscode-not-working-with-rust-after-mac-update-to-sonoma-14