while constructing I miss often that one cannot insert directly rounded rectangles. As it is, one needs first to insert a rectangle, then go to fillet mode, then click 4 times, then set equal constraint, then often also replace the vertical/horizontal constraints since a rectangle must not necessarily be parallel to a sketch axis
As solution this PR adds rounded rectangles in one step. This saves a lot of time since this object is e.g. often used for milled rectangular pockets, for 3D-printed pads etc.
As discussed I grouped the rectangle and rounded rectangle.
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This constraint command is basically never used by users and almost never by power users.
If it is not removed is because it may be useful for debugging... and maybe we should think about
removing the command althogether, as debugging can be done via Python console.
Currently there is a command to increase the degree of a B-spline
but the corresponding command to reduce the degree does not exist.
So this command is a placeholder for when the full implementation
is added in the future by somebody.
Add template specification for `SketcherAddWorkspaceSketchExtra`
for type `Gui::ToolBarItem` so that the following commands
are added to the toolbar as well as the Sketcher menu:
`ReorientSketch`, `ValidateSketch`, `MergeSketch`, `MirrorSketch`,
`StopOperation`.
Reorganize the order of the function declarations
so that they are in this order: Sketch actions (general),
geometries, constraints, tools, B-splines, and virtual space.
Add separators to the list of tools commands in the menu
so that it looks clearer.
Correct the header guard `#ifndef SKETCHER_WORKBENCH_H`.
Previously, it was using a guard `IMAGE_WORKBENCH_H`
seemingly copied from the Image Workbench.
Most tools should be exposed in the toolbars and not kept
"hidden" in the menus.
* `ConstrainInternalAlignment` is added in the "constraints" toolbar.
* `SelectElementsWithDoF` is added in the "tools" toolbar.
Also amend the name of the `Sketcher_BSplineConvertToNURB` command.
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- ArcOfHyperbola creation method
- Solver representation (undefined moving)
- SketchObjectPyImp (here we still miss the Part->Partdesign conversion)
- Sketch validation for hyperbola
- Hyperbola creation method: shows the "proof of concept", but it is very buggy!!
Notes:
- Missing icons, probably missing geo normal curve implementation - rebasing -
- Fixes to adapt Hyperbola to Derivector implementation and make it compile
