We use smaller functions to return a list of strings corresponding
to each basic value of `LabelType`. Then the final `Text` value
can be defined as a simple value, or as the concatenation
of two smaller lists, depending on the value of `LabelType`.
Since we have 8 basic values, we could return up to 8^2
combinations, but at the moment we only return 8 basic
values and 5 simple combinations, which are the ones
that make the most sense.
In the future we could define new properties, say, `LabelType2`
and `LabelType3`, to be able to combine two or three types
of strings in an arbitrary fashion. At the moment, the possible
combinations are hard coded in `LabelType`.
Instead of placing the entire code in the `execute` method,
a `return_info` function is used to return the specific string
that we wish to display depending on the `Target` object,
the `LabelType`, and subelement in `Target`, if any.
We also make the code more readable by using smaller variables,
and avoiding notations with lists of lists (`variable[0][1][6:]`).
There are three general types of properties, target, leader,
and label; so we set the 9 properties using three functions,
and provide better documentation in the tooltips
for each property.
Also perform several improvements such as PEP8 cleanup,
writing complete docstrings, type checking the input arguments,
and deprecating the older call.
Update `Draft.py`, the Gui Command, the unit test, and test script
as well.
This function, `draftutils.gui_utils.format_object`,
takes the value defined in the `DrafToolBar`, and uses it
to specify the `FontSize` for `Text` objects.
Now it specifies the `TextSize` for `Label` elements as well.
When the value of the `Text` is changed, in the Coin node
only the first element in the list of strings is updated,
the other elements remain the same, resulting in an incorrect
label.
So we empty the value of the Coin string with `setValue("")`,
and then we can assign the new string list, producing the correct
expected result.
Any space objects imported from ArchiCAD (via IFC) are rotated
by 90° around the global z-Axis. When turning the same base
shape into an other Arch object like Wall or Slab, no such error
happens.
Turns out the shape creation in Space objects is handled
differently then in other Arch objects and just copying the usual
method fixes this. I have no idea why this makes a difference.
To document why this change is necessary, a test cases is added.
Upon editing TestArch.py a number of trailing spaces have been
removed accidentally.
===============================================
On Undo/Redo there should not be an unconditional recompute.
The need for this recompute is probably related to the fact that PropertyConstraintList
has invalid geometry keys.
=======================================================================
On App:Document::undo, applchn is called on every transactional object (e.g. properties) affected, which
calls Paste on the property.
Each of the properties of SketchObject cause a call to SketchObject::OnChanged, and App::DocumentObject::OnChanged, the latter
calling onChangeProperty, which signals the viewprovider from Gui::Document::slotChangedObject via ViewProviderSketch::updateData.
This causes that the ViewProvider is updated when Constraints and Geometry indexes are not matching.
The solution proposed has three parts:
1. First, at ViewProvider::updateData update is prevented while undo/redo transaction is performed by checking isPerformingTransaction()
2. Second, the onUndoRedoFinished() mechanism of SketchObject causes the call of updateData when it solves the sketch (and sets the solved geometry)
3. Third, Gui::Document::signalUndoDocument and Gui::Document::signalRedoDocument (via the slots in ViewProviderSketch) are
used to perform the recompute of the ViewProvider when the undo/redo transaction is finished if needed.
=============================================
New mechanism for on-demand signaling of undo/redo transaction finalisation.
The mechanism consists of:
1) A status bit that is set, when an object should receive this signaling (e.g. because changes during transaction have been inhibited)
2) The new function to be called by the Document undo/redo actions when the transaction is over (for those objects having the status bit set).
Note 1: The undo/redo signals are now outside the undoing FlagToggler, this means that:
1) a call to isPerformingTransaction will return false.
2) a recompute the slot of such a signal will not be inhibited.
Note 2: The undo/redo signals are called once the documentobjects that requested to be notified after the trasaction is over have been notified.
The consequence is that the viewprovider can rely on the documentobject having a correct status.
I think that the behaviour of Note and Note 2 is the wanted behaviour of this signals, I cannot rule out that other parts of FC rely on the old
implementation.
this is unnecessary since Qt will automatically use the available font. It only raises questions since one see in the commit diffs that depending on who modified the dialog, his system default font will appear. (like in the initial commit of this PR)
- I had a look at Crowdin and saw that the translators don't know what to do with the uppercase letter words. And in fact we can use "normal" terms
- I also fixed a typo (missing 'd') to be consistent
'QString& QString::vsprintf(const char*, __va_list_tag*)' is deprecated: Use vasprintf(), arg() or QTextStream instead [-Wdeprecated-declarations]
'QString& QString::sprintf(const char*, ...)' is deprecated: Use asprintf(), arg() or QTextStream instead [-Wdeprecated-declarations]
Since Py3.3: 'Py_ssize_t PyUnicode_GetSize(PyObject*)' is deprecated [-Wdeprecated-declarations]
Since Py3.9: 'PyObject* PyEval_CallObjectWithKeywords(PyObject*, PyObject*, PyObject*)' is deprecated [-Wdeprecated-declarations]
Since Py3.9: 'void PyEval_InitThreads()' is deprecated [-Wdeprecated-declarations]
