- fix bug that custom angles were overwritten
- the norms only define screw heads, not the cut for them, so also a custom angle is possible to sink a metric screw
- use better step in UI since one changes the presets only in fractions of a millimeter (otherwise it would be a different hole size)
- handle case of no cut
- calculate change in diameter when adding depth to countersinks
- propose cut values also for UTS profiles
- the UTS defines coarse and fine while for ISO it is regular and fine, thus fix the name
- for the dialog: set minimum values to zero (angles etc. cannot be negative)
- add definitions for IS 2009, 7046 and 12474
- remove useless file for a ISO 14583 since there are no such screws on the market
- rename "coarse" to "regular" since this what it actually is according to the norms
- uniform the x1 threads (for x2.0 etc we use a trailing zero and for some we use x1, for some already x1.0, thus consistently use x1.0)
- add some ISO 10642 entries
- correct ISO 4762:
- correct some values
- the does does not define a size M27
- add the two missing sizes
- propose valid values for the cut depth and diameter when creating new holes
- add new definitions for metric fine
- some code simplification and comments
fix a problem with counterbore and countersink in PartDesign Hole feature.
It was not possible to custom define counterbores or countersinks if a
metric thread hole was selected.
Handle the cut-types None, Counterbore and Countersink euqal
regardless of type of thread and let the user customize:
None: none
Counterbore: diameter and depth
Countersink: diameter and angle
- initialization: thread direction only sensible if there is a thread
- initialization: hole diameter can only be changed if there is no profile
- initialization: only enable allowed hole cut parameters
- also for the ISO profiles it is allowed to countersink/bore deeper/less deep
- UI file: add some tooltips (the other changes were done automatically by Qt's designer)
- initialization: if a threaded, the fit must not be enabled
- when changing the profile type setReadOnly for the fit and class according to if threaded or not
- when changing if threaded or not, setReadOnly accordingly for the fit and class
as described in https://forum.freecadweb.org/viewtopic.php?f=3&t=50611, the task dialog should just read out the parameters on initialization and not invoke automatically change actions.
This PR also fixes a bug that opening a document with a cheesehead hole leads to an error about an invalid index. The reason is that we access the hole cut type before we set its enums. Thus initialize the cut type with all possible enums since, if necessary, the reduced enum set will be set later on parsing the file.
+ do not rely on translated strings but set user data for the items of the combo box
+ do not use tr() to convert the C strings to QString of the hole feature, use QString::fromLatin1
+ do not use findText() twice for the same search but store the result
as mentioned in https://forum.freecadweb.org/viewtopic.php?f=13&t=47584&start=10#p433116
a typical use case is that one changes the hole type from e.g. ISO normal to ISO fine. The size should however be the same.
This PR enables this and also takes care for the thread class and cut type, see the attached screencast.
+ Fix hard crash when selecting an edge or face of the created feature before selecting option to choose a reference.
+ In ProfileBased::getAxis() convert OCCT into FreeCAD exception to simplify handling of calling instances.
+ Change return value of getReferencedSelection() from void to bool to mkae it easier for calling instance to detect if the selection failed.
This is needed to avoid to add invalid items to the combo box of the revolution task panel
In v0.17 this was needed to fix bug 2503 and was done with commit d4ff570bf9.
Now a more sensible view frustum is already set on document creation.
The automatic adjustment is even annoying now if the document is not empty and nothing is selected because
the view frustum can become too big and thus the objects appear quite small.
This change allows to highlight the spline, auxiliary spine, profile and sections of a pipe.
This gives the user a much better feedback of what external shapes are already used to build the pipe
+ fix Qt4 build failure
+ fix handling of adding items to spine/auxiliary spine/sections to allow to remove them again
+ QListWidget::takeItem() returns a pointer to the removed item. So a previous call of QListWidget::item() is superfluous
the UI and the property is not consistent. In the dialog we use the term angle upon user feedback while the property still has the name "skew" in it.
I simply forgot this change in my PR that implemented skew prisms.
This is now corrected by this PR.
It saves a lot of work if one can directly pad in any direction and OCC allows this.
This PR adds the possibility to define a custom vector for the padding direction.
When modifying primitives in complex geometries having a recompute for every keystroke can be annoying. Disabling keyboardTracking fixes this but keeps the immediate preview when using the spin buttons.
