At the moment many feature classes lack of the mustExecute() method and thus can cause a touched feature not to be recomputed and causes the feature to be in a broken state.
Now this new enum value virtually makes the mustExecute() superfluous and thus guarantees to recompute a feature if a modified property has not set the Prop_NoRecompute flag.
On the other hand there are properties that should only touch a feature but not enforce a recompute. This guarantees a better performance and avoids unnecessary recomputes.
For example this is useful for placements where a change can be applied on-the-fly and the feature is up-to-date. Other features that depend on the touched feature will still be recomputed.
- add a much simpler method to write a FemMesh to Z88 file format by Python
- add a read method which does not create a document object but just returns the FemMesh
After changing the name from DWire to Wire the test fails, because an element with the name DWire does not exists.
The name change came in with commit "917b5a505e8d5798a05c3c05cc7b4e052b2d05d5"
in file "src\Mod\Draft\Draft.py"
==========================================================================
Intercurve fillet uses endpoint constraints for improved accuracy, but before this
commit was only considering a coincident constraint. Now it also considers an endpoint
tangency or perpendicular.
delConstraintOnPoint with coincidentonly=false, was not checking endpoint perpendiculars and
would therefore fail to delete them.
https://forum.freecadweb.org/viewtopic.php?f=3&t=31594&start=30#p265731
=========================================
This commit introduces two functions to operate on all datum constraints exclusively:
- Make all datum constraints driving or not driving, depending on the argument.
- Move all datum constraints at the end of the constraint list.
The practical use an ongoing effort towards improving the block constraint behaviour, that will be defered to 0.19
========================================================================
Centralise the knowledge on whether a constraint is dimensional or not within the constraint
