Welcome to the IISPH-WCSPH project! This project serves as a basic framework for the SPH (Smoothed Particle Hydrodynamics) field, created to fill the gap of limited open-source SPH simulation resources. The goal is to provide a reliable platform for those in the SPH domain to build upon and experiment with.
🔍 Key Objectives:
- Lab Requirement: Build a solid SPH fluid simulation platform as per the lab's needs.
- Open Source: Share this framework with the broader SPH community, hoping to assist researchers and developers in fluid simulation.
- Programming Language: C++
- Framework: Windows
- Libraries Used: QT
- Development Environment: Visual Studio 2017
- Note: This framework mainly uses C++ (about 90%), with minimal code related to QT or rendering. It leverages QT's OpenGL API for visualization. If you're familiar with C++, you'll find the code easy to read and extend.
This project provides a comprehensive set of features to work with SPH simulations:
- Basic Math Library: Includes essentials like MATRIX, VECTOR, and more for fluid computations.
- Spatial Partitioning Framework: The backbone for implementing particle-based fluid simulations in SPH.
- WCSPH Fluid Simulation: One of the classic methods used for fluid dynamics in SPH.
- IISPH Fluid Simulation: Another classical SPH method for simulating fluid motion.
- Distance Field-Based Boundary Detection: Foundation for solid-liquid coupling in fluid simulation.
- Marching Cubes Algorithm: Converts particle-based fluid data into a meshed surface, allowing for realistic visualization.
- QT Visualization Interface: A user-friendly interface for visualizing the fluid simulation results, making it easier to modify and experiment with different methods.
Here's what the framework currently offers:
- Fluid simulation with realistic water dynamics 🏞️💧
- Visual feedback for different fluid behaviors 🎮
- Easy to integrate and modify methods for further research and experimentation 🔧
