- 20240221 v5.3.2 release notes
- New - new link for EQdyna. https://github.com/EQDYNA/EQdyna.git
- New - new organization EQDYNA is created.
- Bug - dz for dipping fault. Verified against TPV10.
- Bug - avoid int() in Python and FORTRAN, use round() or nint() instead.
- Add - MATLAB scripts for GM postprocessing.
- Add - str1ToFaultAngle and devStrToStrVertRatio for assigning stresses for plastic models.
- Add - case test.drv.a6.v2
- Refactor - move adjustable parameters out of EQdyna.
- Refactor - rename file and function names to reflect their intents, for easy search.
- Refactor - driver for seismic wave propagation + faulting only.
- Refactor - MPI communications for nodal quantities, driver.f90, depreciate PMLwhg.f90 and contm.f90, refactor qdct3.f90, rename qdct3 to ku, offFaultStationSCEC.
- Change - Positive dip angles for faults tilting to y+.
- Change - Use empirical estimate for memory usage.
- Update - ubuntu.env.sh
-
20231209 v5.3.1 release notes
- Python utility generateFaultInterface is created to generate fractal and dipping fault interface;
- update the test system to compare the numerical residuals between test and reference results;
- support a new test test.tpv10, a 60 deg dipping fault;
- support a new test test.drv.a6, a fractal fault plastic model for ground motion application;
- refactoring and bug fixes.
-
20231130 v5.3.0 release notes
- refactor faulting.f90 and meshgen.f90;
- introduce a system for quick testing by running testAll.py;
- test system now supports tpv8, tpv104, tpv1053d, tpv1053d.6c, meng2023a, meng2023cb;
- update input parameter system with a single defaultParameters.py and customized user_defined_params.py;
-
20230327
EQdynaworks on Ubuntu now.- install-eqdyna.sh can support multiple systems.
- test-all.sh will create and run four pre-defined cases with 4 CPUs with a few minutes.
-
20230321
eqdyna.dockeris published via dunyuliu/eqdyna.docker
- A set of python utlities that make
EQdynamuch easier to use. - Thermal pressurization implemented and benchmarked against TPV105-3D.