Nithish Kumar Etikala
Implementation of Thin Sheet Preservation Techniques in Houdini
Summary
This project is an implementation of thin sheet preservation techniques with a fluid sheets of various animated liquids can be preserved using an adaptable sampled Fluid Implicit Particle (FLIP) model that is particle-based and meshless. maintaining the fluid sheets by collapsing the broken sheets in the deep water and filling the cracking sheets using particle splitting in thin places (Ando, et al., 2012). In comparison to the existing techniques for tracking the surface and the most thin areas, the anisotropy of the neighbor particles are calculated and that data is used as a resampling reference in the process of regeneration of the thin liquid surfaces. The final outputs generated inside houdini demonstrate that this tool can create realistic, aesthetically sophisticated liquid animations with thin sheet preservation.
Thesis Implementation of Thin Sheet Preservation Techniques in Houdini
Contact
LinkedIn: https://www.linkedin.com/in/nithish-kumar-etikala-b78742128/