3DSL v2017.1218 on 12/18/17 Read more about 3DSL v2017.1218 on 12/18/17 Enhancements The historical flow rates allocated to/from boundary and far-field connections are set to zero when output to the .WAF or .SLBUN files.
3DSL v2017.0925 Read more about 3DSL v2017.0925 Enhancements For SURVEILLANCE=ON, do not apply pattern material balance to gridcells where So<=Sor. Can now read dual porosity grid files with the ECLIPSEEGRID and ECLIPESINIT keywords. Keyword NNCEGRID to can be used to ignore all NNC’s defined in a .EGRID file. Bug Fixes When testing if TRANNNC was missing from a .INIT file, the test sometimes failed when it should not. For SURVEILLANCE=ON, do not allow wells on group control.
3DSL 2017.0531 Read more about 3DSL 2017.0531 Enhancements When reading the ECLIPSEINIT= file, if keywords NNCHEAD, NNC1, NNC2 are present, these will override the previous definition of the keywords if defined in ECLIPSEGRID= or ECLIPSEEGRID= files.
3DSL 2017.0501 Read more about 3DSL 2017.0501 Enhancements Using RLM libraries 12.22 Only issue warnings for zones containing a single well. Previously the warning was issued if the zone contained a single boundary. For PatMB, output the phase rates for boundaries that are effluxing. Optimizations in the streamline transport step for models with gravity. Bug Fixes
3DSL v2016.1207 on 12/07/16 Read more about 3DSL v2016.1207 on 12/07/16 Enhancements Bug Fixes For simulations with CHEMICALS, fixed bug in the transport step related to mass balance of chemicals in deadend areas of the reservoir. For simulations with CHEMICALS, fixed bug in gravity solver transport step.
3DSL v2016.1020 on 10/20/16 Read more about 3DSL v2016.1020 on 10/20/16 Enhancement Support well names greater than 8-chars when reading .UNRST files generated by Intersect. Output well completion status of open or closed to the .UNRST file. Bug Fixes
3DSL v2016.0930 on 09/30/16 Read more about 3DSL v2016.0930 on 09/30/16 Bug Fixes Streamlines were not being displayed correctly for grids that did not have cell i,j ordering in the standard left-handed coordinate system.еК