This is just an uni assignment and should not be taken seriously

Features

✅ Serial and parallel implementations of the heat equation solver
✅ OpenMP support for parallelization
✅ Lightweight and efficient C++ code
✅ Easy-to-build using Makefile
✅ Modular structure with clean file organization

Technologies Used

C++: High-performance language for numerical computation. OpenMP: Parallel programming model for C++. Makefile: Tool for automating the build process. Devbox: Development environment manager for consistency across setups.

File Structure

• include/
  • Directory for header files.
• src/
  • Directory for source files.
• LICENSE
  • Project license.
• Makefile
  • Makefile to build the project.
• README.md
  • This README file.
• devbox.json
  • Configuration file for the development environment.
• devbox.lock
  • Lock file for the development environment configuration.

Getting Started

Prerequisites

• C++ compiler (e.g., g++)
• OpenMP support
• Devbox for managing the development environment

Building the Project

1. Clone the repository:

   git clone https://github.com/omerdduran/ParallelHeatEquationSolver.git
   cd ParallelHeatEquationSolver

2. Initialize the Devbox environment:

   devbox shell

3. Build the project using the Makefile:

   make

Without Devbox

1. Clone the repository:

   git clone https://github.com/omerdduran/ParallelHeatEquationSolver.git
   cd ParallelHeatEquationSolver

2. Ensure you have a C++ compiler with OpenMP support installed (e.g., g++).

3. Build the project using the Makefile:

   make

Running the Solver

After building the project, you can run the heat solver:

./bin/heat_solver

License

This project is licensed under the MIT License. See the LICENSE file for details.