Difference between revisions of "Change Log Kalypso 12.11"

• the new theme is added at the current selection in the outline, even in sub-themes
• more theme types are available (legend, sub-themes, etc.)
• Shape import now automatically creates a local style definition for the imported shape which can be edited via the style editor.

• new time-series management based on stations and parameter types
• validation of time-series during import
• support of catchment models to produce simulation time-series (e.g. rainfall). Support for Thiessen and Inverse-Distance Methods.
• data management completely reworked in order to prevent redundant data models
• support for scenario based data management in order to manage various variants of the hydrological model
• creation and management of simulations including start conditions tremendously improved
• new result management for easier comparison of result time-series.

Please refer to the new KalypsoHydrology manual for the new functionality.

An analogous tool has been implemented for the profile chart.

If the cursor is activated in both views, the cursor position is synchronized between the two views, which allows to see the mouse position of the map in the chart view of a cross section.

• a new landuse shape file import: import landuse shape files into a wspm project and assign roughness and vegetation classes to attributes of the shape file
• assign landuse to profiles: select a previously imported landuse shape and assign the roughness classes accordingly to it's assignment between shape attributes and roughness classes

the new features works identical for soil and vegetation roughness.

The exporter creates the main .gaf file as well as some associated files as vegetation classes (.bwp) and roughness classes (.kst).

• additonal profiles can be added to current work session without loss of already edited data
• switch between profiles instead of so called segments
• other small improvements
• bank lines containing z values are now preferred over linear interpolation of the profile heights

The line network is buffered twice at specified distances for each network section to generate the lower and upper bank lines of the ditch system. The resulting bank lines are meshed using a semi-structured triangulation algorithm (requires triangle.exe). The area surrounding the ditch network may, optionally, be included in the triangulation. The bottom elevation is then taken from the line network, while node elevations in the surrounding area and the upper bank line are interpolated from the project's DEM.

Warnings will be given for missing roughness classes, missing node elevation and others. Selection of a warning will zoom the map to the corresponding mesh element.

Shape elements with more than four vertices are automatically triangulated before imported into the mesh.

• a preview of the new line is shown while editing
• the tool prevents invalid results and shows validation messages
• the algorithm for automatically connecting two nodes has been improved

The water levels are imported from a shape POINTZ file of water level points associated to cross sections via their station, possibly produced by digitizing water level points from a 2d-waterlevel-tin along section lines.

When imported, the water levels are simplified, projected into the cross section geometry and intersected with the sections in order to produce water levels segments to be shown in the section viewer.

This feature is in particular used to show all data imported from external formats like .gaf, that is not otherwise represented in WSPM cross sections.