diff --git a/plugin/qgistim/metadata.txt b/plugin/qgistim/metadata.txt index f3ed907..fcfde9e 100644 --- a/plugin/qgistim/metadata.txt +++ b/plugin/qgistim/metadata.txt @@ -20,7 +20,47 @@ repository=https://github.com/Deltares/QGIS-Tim hasProcessingProvider=no # Uncomment the following line and add your changelog: -# changelog= +changelog=
0.7.0 + - Added particle tracking + - Use Timflow as computational core instead of TimML and TTim. + - Clearer names for elements: + - Head Line Sink -> River + - Line Sink Ditch -> Ditch + - Leaky Line Doublet -> Leaky Wall + - Impermeable Line Doublet -> Impermeable Wall +
0.6.0 + - No separate Python installation of timml and ttim is required. + The server application can be installed from the QGIS plugin. + - Model input is validated before trying to compute or convert + to Python. The plugin attempts to give comprehensible error + messages. + - The plugin state can be restored from a project file (rather + than having to re-open the geopackage every time QGIS is + closed). + - Remote Head Wells and Discharge Observations elements have + been added as TimML elements. + - Discharges can be computed per segment for Head Line Sinks, + Line Sinks Ditches; and for Wells and HeadWells. These are + stored in an output geopackage. + - The produced output can be controlled (Mesh, Raster, Contours, + Head Observations, Discharge, Discharge Observations). + - The TTim temporal settings have been simplified. + - Some GUI elements have had their names adjusted. +
0.5.1 + - Support TimML 6.3.0 + - Add support for the IntNormFlux + - Add discharge observation element +
0.5.0 + - Add model validation to catch common mistakes, this will + result in clearer error messages if model input is incorrect. + - Multiple usability tweaks + - Added elements: polygon inhomogeneity, area sink, line sink + and discharge well + - Add "Restore" button to restore plugin state from QGIS project + - Support for drawing contours from raster files + + + # Tags are comma separated with spaces allowed tags=python, groundwater, groundwater modeling, analytic element, TTim, TimML, Timflow