[valgrinda]

REEF3D 21.05 (https://github.com/REEF3D/REEF3D/releases/tag/21.05) and DIVEMesh 21.05 (https://github.com/REEF3D/DIVEMesh/releases/tag/21.05) are released with a couple of additions and fixes. Make sure to use the newest REEF3D with the newest DIVEMesh.

There was an emphasis on patchBC in order to enable more flexible inlet and outlet boundary conditions. With patchBC, inlets/outlets can be place anywhere in the computational domain and connected to a range of consistently defined boundary conditions. See the REEF3D User Guide B 400s onwards. PatchBC now works for CFD and SFLOW.

The full list of changes in REEF3D 21.05:
x added inflow angle to patchBC
x added hydrograph discharge input for patchBC (SFLOW and CFD)
x added hydrograph waterlevel input for patchBC (SFLOW and CFD)
x added separate water depth d for wave theory (B 94)
x added definition of print out area to state files (FNPF)
x added breaking wave log (FNPF)
x added restart from state file for FNPF
x updated state file structure for FNPF
x improved topo print out around solids (CFD)
x improved dirichlet wave generation for FNPF
x fixed waverecon for FNPF (works now for both relaxation and Neuman wave gen)
x fixed space-time decomposition for wave generation for waverecon (FNPF)
x added more consistent implicit diffusion handling for Runge-Kutta schemes (CFD)
x added new dynamic mooring model based on Cosserat rod theory (CFD)
x changed pressure interpolation for probe point and probe line print out (CFD)
x added moving objects for SFLOW
x added patchBC for SFLOW
x fixed outflow boundary conditions for SFLOW
x fixed patchBC for CFD