* Import: Support DXF text rotation - fixes#10882
- Reads and supports text rotation in builtin DXF import
- Makes the builtin DXF import produce Draft texts instead of App::Annotations
- Extends the arguments of Draft make_text()
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Related issue:
#5603.
Previous PRs:
#10766#10838
The remaining Plane class functions have been processed (some are unchanged):
`setup`
* Updated to use new functions.
* The `direction` etc. arguments are never used AFAICT.
* Added `from draftutils import gui_utils`.
`reset`
* Unchanged.
`setTop`
* Calls `super().set_to_top()`. That function does not use `align_to_point_and_axis` but specifies exact vectors for improved accuracy.
* `import FreeCADGui` already happens at the top of the file.
* The code block after `if FreeCAD.GuiUp:` was kept for now.
`setFront`
* Idem.
`setSide`
* This function sets the WP to the left side position, and not to the right side postion as in the Draft_SelectPlane command.
* Idem.
`getRotation`
* Revised.
* The function has an akward name as it returns a Placement.
* The special code for Arch active container is obsolete (was already commented out in other functions).
`getPlacement`
* The `rotated argument` is ignored now. It was only used in the context of the old `placement_from_face` algorithm. See `DraftGeomUtils.placement_from_face` for the new implementation.
* Calls `super().get_placement()`.
`getNormal`
* Basically unchanged.
`setFromPlacement`
* Revised to call `super()` functions.
`inverse`
* Unchanged.
`save`
* Unchanged.
`restore`
* More compact code, but basically unchanged.
`getLocalCoords`
* Calls `super().get_local_coords()` which does not rely on Draft code, but creates a matrix and returns `mtx.inverse().multVec(point)`.
`getGlobalCoords`
* Calls `super().get_global_coords()` which creates a matrix and returns `mtx.multVec(point)`.
`getLocalRot`
* Calls `super().get_local_coords()`.
`getGlobalRot`
* Calls `super().get_global_coords()`.
`getClosestAxis`
* Calls `super().get_closest_axis(vec)` which translates the vector to the WP coordinate system and then finds the closest axis by comparing the absolute coordinates of the vector.
`isGlobal`
* Not used anywhere AFAICT.
* Calls `super().is_global()` which also checks the `position` attribute.
* As before the function works without any tolerance.
`isOrtho`
* Not used anywhere AFAICT.
* The original algorithm did not work properly (there was a comment). All angles were measured relative to the global Y axis. If the WP was randomly rotated around that axis the function would still return `True`. The new algorithm, `super().is_ortho()`, uses rounded Yaw, Pitch and Roll angles to check for orthogonality.
`getDeviation`
* Not used anywhere AFAICT.
* Unchanged.
`getParameters`
* Calls `super().get_parameters()` which uses the local `_get_prop_list` function.
`setFromParameters`
* Calls `super().set_parameters()` which uses the local `_get_prop_list` function.
`_get_prop_list`
* Function used internally. Returns a list of attribute.
After this PR the `Plane` class inherits from the `PlaneBase` class.
Related issue:
#5603.
Previous PR:
#10766
The following functions have been updated:
`__init__`
* `u` argument can be a WP now.
* Input vectors are copied.
* Added the `weak` argument.
* the `doc` attribute was not used and has been removed.
`__repr__`
* Inherited.
* The `position` is now also shown.
`copy`
* Uses `match` from the parent class which uses the local `_get_prop_list` function. Again vectors are copied.
`offsetToPoint`
* I could not find evidence that this function is used anywhere.
* The `direction` argument did not make a lot of sense (only worked in 2D). It is now ignored.
* Removed the overly long docstring.
* The function now uses an external function: `DraftGeomUtils.distance_to_plane`.
`projectPoint`
* The function calls `super().project_point` which in turn calls `DraftGeomUtils.project_point_on_plane`.
* `from sys import float_info` is no longer required.
`projectPointOld`
* Obsolete and removed.
`align*`
* All align* functions now have an `offset` argument.
* All align* functions return `True` or `False`.
`alignToPointAndAxis`
* The function ignored `upvec` if `axis` was parallel to the global X axis. This meant that the "Set WP" button of the Draft_Wire command did not work properly if the WP was aligned with the Right or Left view.
* The function calls `align_to_point_and_axis` which determines the rotation with `FreeCAD.Rotation(Vector(), upvec, axis, "ZYX")`.
`alignToPointAndAxis_SVG`
* The function calls `super().align_to_point_and_axis_svg` which contains the code from the old function.
`alignToCurve`
* Was not implemented.
`alignToEdges`
* Original code required two parallel edges (for example from an axis system), else the `u` and `v` vectors would not be perpendicular.
* The function calls `super().align_to_edges_vertexes` now.
`alignToFace`
* The function now uses an external function: `DraftGeomUtils.placement_from_face`. The rotation algorithm for the `u` and `v` vectors has been moved there.
`alignTo3Points`
* Basically unchanged. `Part` is already imported at the top of the file.
`alignToSelection`
* Basically unchanged. Will be replaced in the `PlaneGui` class.
Since Py3.11 the methods names __setstate__ and __getstate__ conflict with the method names added to the object class.
Thus rename them to 'loads' and 'dumps'
This PR introduces the new PlaneBase class.
Most of its functions are rewritten versions of the functions in the original Plane class, with the exception of align_to_point_and_axis_svg.
Note that after this PR the original Plane class does not yet inherit from PlaneBase. This will be done in several following PRs. I will then also explain the reasons behind some of the revised functions in PlaneBase.
The introduction of the PlaneGui class will follow after that.
Issue: #5603.
The functions have been copied from the WorkingPlane class. It makes sense to also have them available outside that class. The WorkingPlane class will later be updated to use these functions so that duplicate code is avoided.
Note that the default tolerance of the project_point_on_plane function is 1e-7. In the original projectPoint function it is sys.float_info.epsilon (too small for FreeCAD IMO).
patches for #10459 and #10426...
a few small details escaped attention need to be fixed
😉
Removing unnecessary strings from Crowdin and improving typos.
Steps to verify the issue:
1. Open FreeCAD.
2. Switch to Std_ViewTop.
3. Click one of the curved arrows of the Navigation Cube.
4. Switch to the Draft WB.
5. Make sure Draft_SelectPlane is set to "Auto".
6. Start Draft_Arc and click 2 points (for the radius and the start angle).
7. Result: The displayed arc does not match the start angle or the current point.
Additonally:
* Removed the normal argument from `__init__`. The tracker does not work properly with just a normal. AFAICT there is no code that specifies this normal.
* Minor improvement to `getAngle`: Switched the vectors.
