- add preview/live update to TaskSectionView & TaskComplexSection
- add view direction selector to uis
- use SectionNormal as Direction. Make Direction read-only
- simplify section line end point calculation
- section group command in toolbar
- make section and complex section icons consistent
- fix compsolid cutting tool
- terminology: single/piecewise to offset/aligned
At the moment one has to specify the LineGroup as string. But one doesn't know what groups exist. So one has to check the Wiki, learn there where the groups are defined and then open the definition file with a text editor.
This PR simplifies this by reading the existing groups out of the definition file and fill the combobox accordingly.
It also give the user info what the selected LineGroup defines via the tooltip.
A nice side effect is that no typos can occur since you don't have to enter the LineGroup name as text.
* Support link and group objects
* Support view sync by implementing view provider API getMDIView()
* Use handleChangedPropertyType() for object migration instead of
reimplementing Restore() because of a lots of changes in
PropertyContainer::Restore().
* Various other small fixes.
- use current 3D window direction as starting
direction for DrawViewPart and ProjectionGroup
- if a Face is selected, use Face normal as
starting direction.
- if a scale transform with scale = 0 is passed to
BRepBuilderAPI_Transform, it will loop forever.
If Page.keepUpdated is false, and Views have not yet
been executed (ex at load time), Views will have a
0.0 x 0.0 bbox and if Autoscale is true, a scale of
0.0 will be used in fit-to-page.
Some "valid" shapes are being passed to findShapeOutline where edges
that should be connected are in fact separated 10x the expected tolerance
(2*Precision::Confusion) for 2 overlapping TopoDS_Vertex.
IntTools_Tools:ComputeVV also reports these Vertices as further apart than
their combined tolerances should allow.
This change introduces a tolerance into DrawUtil and EdgeWalker vertex
comparisions that is quite "sloppy" (0.00001) but which handles the sample
objects correctly. This tolerance is adequate for drawings. Other uses
should be considered on case by case basis.
