Version_3.6

This release includes IG wave generation with 2nd correction.

Version_3.5

release before the workshop in Nanjing

Version_3.4

This release is mainly for the mini-FUNWAVE Workshop 2019 at UD. Compared to Version 3.3 which was used for Workshop 2018, several modifications have been done:

1. added roller and undertow effects on sediment transport
2. added slender body shapes in the vessel module
3. added tracer module

Version 3.3

The major update in this version is that the sediment transport module was merged into the central module. In addition, several new features were added:

1. Meteo module for calculating meteo-tsunamis
2. Left-boundary wavemaker
   This version was tested using all cases in /simple_tests/. It will be used in the training sessions in the FUNWAVE-TVD Workshop 2018.

NOTE: we found a bug in source.F. If you use the Manning formula for friction, the friction term for y direction mistakenly used U(i,j) instead of V(i,j). The bug was corrected in the current master branch. 01/31/2019

Version 3.2

This release fixes some small bugs and added an option to read phase information for wavemaker. Some I/O issues associated with random number of processors are not fixed. In the next beta version (the current master branch), we fixed the problem but need a complete test on more applications. Right now, we recommend using fully divisible Mglob/PX, Nglob/PY for your applications.

Version 3.1

Version 3.1 was used in the training sessions of FUNWAVE-TVD Workshop.
https://fengyanshi.github.io/build/html/news.html

This model version incorporates the following new capabilities and features:

• ship/vessel wave module for both pressure source and boundary integral (panel) methods
• meteo module for storm surge, wind effects on wave form meteo-tsunami
• addition of binary output of field variables (eta, u, v, etc.) implemented in parallel so that all processors/cores writing to a file concurrently when specifying FIELD_IO_TYPE variable
• partially absorbing/reflecting inner boundaries (e.g., breakwaters)
• flexible number of processors without the need for Mglob and Nglob to be equally divisible by PX and PY, respectively
• complete set of internal wavemaker options with the addition of the
  • TMA (1D and 2D) Spectrum
  • JONWAP (1D and 2D) Spectrum
  • user-specified 2D spectrum
  • time-series

Version 3.0

The pristine version of the new FUNWAVE-TVD model with multiple new capabilities. Those include

• parallelized periodic boundary conditions (North-South)
• 4th order RK solver + Van Leer limiter
• global wave height calculations for spectral waves (Hsig, Havg, etc.)
• model stability detector
• bathymetry smoothing function based on a given tolerance (slope criterion)