Version 4.1.0

This open-source research application provides an application that can be used to predict the response of communities subjected to water-borne hazard events like tsunami and storm surge.
Major Update (v4.1.0):

• Expansion of high-performance 3D Material Point Method, real-time wave simulations in CelerisAi, and structural surrogate capabilities.
• Collaboration with researchers at UT Austin, University of Washington, and Oregon State University, as well as in Germany/Italy/Japan/Singapore. Coordination with the USGS and companies including KAJIMA Group / KaTRIS / SRK Consulting.
• Peer validation against the state-of-the-art for tsunami debris published, further validation of debris-fluid-structure interaction in-review, additional validation against groups in the US/Italy/Japan/Germany for tsunamis in-preparation, and validation of recent and upcoming flume experiments ongoing.
• Code hardening to support three operating systems (Windows/Mac/Linux), two supercomputers (Frontera/Lonestar6), and local, hardware-agnostic, real-time physics simulations (i.e., automatic NVIDIA/Intel/AMD GPU and CPU acceleration).

This work is based on material supported by the National Science Foundation under grants CMMI 1612843 and 2131111

Version 4.0.0

Merge pull request #127 from JustinBonus/master

Update for GitHub release Sep 30th, 2024, V4

Version 3.1.0

New Features inclide

• Peform Simuations using adavennced MPM methods
• New EDP

Version 2.0.0

New to Version 2.0

• New Digital Twin - coupled OpenFOAM-FEM simulations during CFD simulation
• New multi-model and multi-fidelity modeling options

Version 1.0.0

Initial Release