Table of Contents
neophys was originally started as a way to supplement the SPH4U course in the Ontario high school curriculum. ceotest, or as it is called as of writing, is a rewrite to be worked alongside the differential equations and numerical methods courses in the University of Waterloo.
To get a local copy up and running follow these simple example steps.
Assure that CMake and an appropriate C/C++ compiler is installed on the system.
- Clone the repo
git clone https://github.com/neoaces/ceotest
- cd into the directory
cd ceotest - Create a build directory
mkdir build cd build - Run the build
cmake --build . - Run the executable
./src/neophys
The program uses raylib to handle the graphics in the window. Upon execution, the window will enter the test mode, and you will be presented with the values of the test object (coordinates, mass, size). Use the slider bars to adjust the initial conditions before the simulation is run.
Run the simulation with the button in the top-left menu.
neophys runs off of the RK4 solver algorithm, and uses the concept of "force accumulators", mainly based off Physically Based Modeling: Principles and Practice.
The program itself relies on raylib to handle both graphics and UI/UX, which allows me to focus on the logic instead of the graphics, as in the first prototype ceophys-v1.
- Gravity, spring, and normal force
- Multiple particle support
- Simulation start and stop
See the open issues for a full list of proposed features (and known issues).
Anzle Chavez - linktr.ee/neocodes - anzlemchavez@gmail.com
Project Link: neoaces/ceotest
