- it was often criticized that our default solver CCX is not connected to the results pipeline system. One had to connect it manually, the create the different filter etc. but as soon as one changed a constraint and re-run the solver the whole work was gone and one had to recreate the pipeline.
This PR solves this by creating a pipeline and by reloading new results to it on a solver re-run.
The CCX results dialog feature is not touched, since the pipeline is hidden when the dialog is active.
- if pvtu file filtering is on, there is by design not on every call of WriteColorData() data
(on other occasions of GetArray(array) the result is checked, for two calls is was forgotten)
- also some automatic code formatting according to our current clang file
- it turned out that the current check for default font failed because of wrong check for the hinting
- fix bug that when the FontSize is not yet stored in the parameters, the dialog shows a wrong size value
- it is sensible to filter by default, however, it turned out that on some complex models Elmer fails to compute if the mesh volume regions are too small (in most cases) or at a certain mesh region. By disabling the filtering, one gets at least for the latter case a visual feedback where the mesh volume of the different CPU are (by also setting a transparency to the result pipeline).
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Fonts:
- SoDatumLabel internally uses QFont and thus points. It was being fed pixels, for which the configured size in preferences did not match the actual on screen size. This is corrected.
- Font sizes fed directly from parameters to the coin nodes skeleton were not being updated, as the parameter observer is initialised after the nodes are created, and the parameter
observer was not configured to update this nodes. This is corrected.
Colors:
- Some color parameters were not being being updated by the parameter observer. This is corrected.
- To speed up analyses one calculates on several CPU cores. The result is a partial VTU file.
Unfortunately when applying a transparency the boundaries of the volumes computed by each CPU core are always visible. This makes it often unusable for visualizations.
The solution is to filter the results the same way a clip filter does.
- the ViewProvider sorting of the field can be different from the sorting in the dialog
- also hide a Contours property (I forgot this when the contours filter was added)
