The interactive demo is officially live, and we have finally crossed the finish line. What started out as a quiet local Python script running in a terminal has been completely transformed, polished, and deployed into a public, dark-themed Streamlit web application. This final release brings together all the heavy engineering frameworks, integrating full hydrodynamic continuity tracking to maintain perfect mass balance across the filtration channel alongside a high-frequency Storm Surge Mode designed to stress-test the bio-inspired manta ray gill raker geometry against chaotic fluid vectors in real time.
The entire codebase is public, fully synchronized with its environment handlers, and streaming live right now for the world to see. You can jump straight into the live web workspace at https://manta-ray-filtration-system.streamlit.app to test the parameters yourself or explore the open-source repository at https://github.com/prajith-vishnu/manta-ray-filtration-system to dive into the mathematical physics documentation and see how the final build came together.