├── README.md
├── example_data
├── scene_lens_doubleslit.png
└── scene_optical_fibers.png
├── images
├── optical_cavity.jpg
├── simulation_1.jpg
├── simulation_2.jpg
├── simulation_3.jpg
├── simulation_4.jpg
└── source_antialiasing.png
├── requirements.txt
└── wave_sim2d
├── __init__.py
├── develop_tests.py
├── examples
├── example0.py
├── example1.py
├── example2.py
├── example3.py
└── example4.py
├── main.py
├── scene_objects
├── __pycache__
│ └── border_absorber.cpython-310.pyc
├── source.py
├── static_dampening.py
├── static_image_scene.py
├── static_refractive_index.py
└── strain_refractive_index.py
├── wave_simulation.py
└── wave_visualizer.py
/README.md:
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1 | # 2D Wave Simulation on the GPU
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3 | This repository contains a lightweight 2D wave simulator running on the GPU using CuPy library (probably requires a NVIDIA GPU). It can be used for 2D light and sound simulations.
4 | A simple visualizer shows the field and its intensity on the screen and writes a movie file for each to disks. The goal is to provide a fast, easy to use but still felxible wave simulator.
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