Release notes 0.21/fr: Difference between revisions

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== Addon Manager ==
== Gestionnaire des extensions ==
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Revision as of 19:53, 29 April 2023

FreeCAD 0.21 est en cours de développement, il n'y a pas encore de date de sortie prévue.
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All images on this page must use the _relnotes_0.21 suffix

FreeCAD 0.21 a été publié le JJ MM 2023, téléchargez la depuis la page Téléchargement. Cette page liste toutes les nouvelles fonctionnalités et les changements.

Les notes de versions plus anciennes de FreeCAD sont disponibles dans la liste des notes de versions.

L'endroit pour une image accrocheuse sélectionnée par les administrateurs sur le forum des modèles des utilisateurs.

Général

Interface utilisateur

Les faces des coins du cube de navigation sont désormais hexagonales et plus grandes, ce qui les rend plus faciles à cliquer.

La police, la taille de la police et la couleur du bouton (les flèches autour du cube) peuvent désormais être modifiées dans les préférences.
Pull request #7876, Pull request #8266 et Pull request #8646.


Coupe persistante d'objets se croisant.
Cliquez sur l'image pour voir l'animation.
L'outil Coupe persistante permet maintenant de couper des objets qui s'entrecroisent. Ceci est utile pour les assemblages où les intersections d'objets s'intersectant ne peuvent parfois pas être évitées en raison de problèmes numériques.
Pull request #8252.
Le style d'affichage des résultats de mesure créés à l'aide de l'atelier Part ou de l'atelier PartDesign peut désormais être modifié dans les Préférences.

Pull request #7148

Le sélecteur d'ateliers peut maintenant être placé de manière optionnelle dans la barre de menu au lieu de la zone de la barre d'outils.

Pull request #7679


Autres améliorations de l'interface utilisateur

Noyau et API

Noyau

API

Nouvelles API en Python

  • BSplineSurfacePy::scaleKnotsToBounds : met à l'échelle les listes de nœuds U et V pour les adapter aux limites spécifiées. Pull request #7258 et Pull request #7385.
  • BSplineCurvePy::scaleKnotsToBounds : met à l'échelle la liste des nœuds pour s'adapter aux limites spécifiées. Pull request #7385
  • ShapeFix_EdgeConnectPy: Root class for fixing operations. commit 4d4adb93
  • ShapeFix_EdgePy: Fixing invalid edge. commit 4089cbfb
  • ShapeFix_FaceConnectPy: Rebuilds connectivity between faces in shell. commit a0eb2e9d
  • ShapeFix_FacePy: Class for fixing operations on faces. commit b6cd635c
  • ShapeFix_FixSmallFacePy: Class for fixing operations on faces. commit 4c2946c8
  • ShapeFix_FixSmallSolidPy: Fixing solids with small size. commit b70d8d37
  • ShapeFix_FreeBoundsPy: Intended to output free bounds of the shape. commit 1ee1aee1
  • ShapeFix_RootPy: Root class for fixing operations. commit f3e941a3
  • ShapeFix_ShapePy: Class for fixing operations on shapes. commit 87db9dcc
  • ShapeFix_ShapeTolerancePy: Modifies tolerances of sub-shapes (vertices, edges, faces). commit 125d5b63
  • ShapeFix_ShellPy: Root class for fixing operations. commit f3e941a3
  • ShapeFix_SolidPy: Root class for fixing operations. commit 8d568793
  • ShapeFix_SplitCommonVertexPy: Class for fixing operations on shapes. commit 4b44c54c
  • ShapeFix_SplitToolPy: Tool for splitting and cutting edges. commit bbecc3f2
  • ShapeFix_WireframePy: Provides methods for fixing wireframe of shape. commit 6843a461
  • ShapeFix_WirePy: Class for fixing operations on wires. commit 94f6279a
  • ShapeFix_WireVertexPy: Fixing disconnected edges in the wire. commit 8c6ffc99

Suppression d'API Python

Gestionnaire des extensions

Arch Workbench

  • Several edit mode issues have been fixed and the Tree view context menus for Arch objects have been improved. Objects that can be edited now have an Edit option in that menu. The Set colors option was removed for objects without a face or that can only have a single face. Pull request #8122

Further Arch improvements

Draft Workbench

Further Draft improvements

FEM Workbench


Iso-contours, depicting the y-component of the absolute magnetic
flux density in and around a copper wire that is flown through by
electric current at a frequency of 100 kHz.
For more info about this model, see section 14 of the Elmer Tutorials.
There is the new Contours filter filter that allows to draw iso-lines or iso-contours. Iso-contours are connected mesh nodes that have the same result field value. A typical example are electric field lines.

Pull request #8462


Simulation result (of flowing water being heated) where 8 mesh regions
are visible (one for every CPU core used).
It is now possible to run the solver Elmer using multiple CPU cores. For more info about the caveats, see this forum post

Pull request #7159


Simulation result of the imaginary part of the current density in
a crucible that was heated electrically by a surrounding coil.
This model is available via the FEM Examples.
For more info about this model, see section 16 of the Elmer Tutorials.
The Magnetodynamic 2D equation was added. With this it is possible to perform electromagnetic simulations in 2D.

Pull request #8355


Simulation result of the imaginary part of the magnetic flux density in
and around a copper wire that is flown through by electric current at
a frequency of 100 kHz.
This model is available via the FEM Examples.
For more info about this model, see section 14 of the Elmer Tutorials.
The Magnetodynamic equation was added. With this it is possible to perform electromagnetic simulations.

Pull request #8380


Simulation result of an iron U-wire that is deformed
by pressing the ends of the U together.
For more info about this model, see section 8 of the Elmer Tutorials.
The Deformation equation was added. With this it is possible to perform nonlinear elasticity analyses (deformation).

Pull request #8981

Further FEM improvements

Export

Mesh

Further Mesh improvements

OpenSCAD Workbench

Part Workbench

Further Part improvements

PartDesign Workbench


A counterdrill hole.
The Hole dialog supports the screw head type Counterdrill.

Pull request #7562

Further PartDesign improvements

Path Workbench

  • Camotics integration. If camotics (version 1.2.2 or later) is installed, a new icon will be added to the Path toolbar. Select a Path Job and press the button to open the Camotics dialog. Then drag the slider to generate a simulated solid at any point in the job. You can also launch the full camotics application to run the animated simulaton. This results in a silent post-processing of the job and creation of a camotics project file. Pull request #6637
  • Additional substitution strings for automatic output naming. If output is being split into multiple files, the filenames can automatically substitute the toolcontroller label, WCS, or operation label. This is in addition to the other existing substitution strings like date, job name, etc.
  • Implemented Chipbreaking option for peck style drill cycles. Chipbreaking emits a G73 cycle which causes the control to make a very small retraction move to break the chip without fully retracting the bit from the hole. G73 is supported natively by LinuxCNC. Some other postprocessors will have to interpret the G73 and emit control appropriate codes or decompose the retraction into G1/G0 moves. Postprocessor support for G73 decomposition has been added to the "refactored" postprocessors.Pull request #7469

Plot module

Sketcher Workbench


Dragging of B-spline knots.
Click on the image to see the animation.
B-spline knots can now be dragged around and constrained like any other sketch point.

Pull request #7484


Dragging of a B-spline.
Click on the image if the animation does not start.
Dragging a B-spline now only moves the part between knots.

Pull request #7110


Click on the image to see the animation.
The Join curves tool has been added. It can combine multiple curves into a single B-spline.

Pull request #6507


Click on the image to see the animation.
Sketches can now be seamlessly edited from the front or back. When working from the back, vertices (and all geometries and constraints) are equally selectable and the section view is switched automatically.

Pull request #7417

The Sketcher grid has been reworked. The Grid tool has been added. Automatic rescalling of grid option has been added.

Pull request #8473

The Sketcher Constraint widget has been reworked to simplify the UI.

Pull request #7566


Click on the image to see the animation.
The Element widget has been reworked to simplify the UI and enable simpler selection of the different parts of each geometry: Edge, start point, end point and mid point.

Pull request #7567

A feature to automatically resize the grid according to the zoom level and other improvements were introduced.

Pull request #8473

Basic visual layers functionality was introduced, for now only 3 hardcoded layers are supported. Expect further improvements down the road.

This PR also removes the rendering order options (no longer needed) and the "Edit controls" widget from the task panel as all it's contents have been moved to other places or removed. Pull request #8716

Circle to circle distance constraint was introduced.

Pull request #8896


Click on the image to see the animation.
Snap Manager, snapping at angle and midpoint snap were added.

Pull request #8387

Coincident constraint can now act as a concentric constraint when selecting 2 or more circles, arcs, ellipses or arcs of ellipses.

Pull request #7703

Further Sketcher improvements

Spreadsheet Workbench

Further Spreadsheet improvements

TechDraw Workbench

The SurfaceFinishSymbol tool was added to allow for the creation of surface finish symbols describing roughness, lay and waviness, but also denoting the type of surface treatment. It supports both ISO and ASME styles. As shown in the image, the existing LeaderLine tool can be used to properly refer oriented symbols to the edges of an object.

Pull request #7227

The ComplexSection tool was added to allow for the creation of half, offset and aligned sections.

Pull request #7658

Further TechDraw improvements

Web

External workbenches

A2plus

Assembly3

Assembly4

FCGear

Ship

Compilation

Since this release FreeCAD can only be compiled using Qt 5.x and Python 3.x. The lowest supported Python version is 3.8 according to the FreeCAD 1.0 development goals.

To compile FreeCAD see the instructions for Windows, Linux and macOS.

The supported operating systems are:

  • Windows 7, 8, 10 and 11
  • Linux Ubuntu Focal Fossa (20.04) and newer
  • macOS: 10.12 Sierra or newer

Known Limitations

32bit Windows

Since FreeCAD 0.19 we no longer officially support 32bit Windows. FreeCAD might work on these systems, but no support is given.

Remote Desktop under Windows

Depending on the OpenGL graphics capabilities of a computer, it might be that one encounters a crash when running FreeCAD via remote desktop. To fix this upgrade your OpenGL driver. Only if this doesn't help:

  • Download this OpenGL library for 64bit Windows and extract it.
  • Rename the DLL file to opengl32sw.dll and copy it to the bin subfolder of FreeCAD's installation folder (overwrite the existing DLL there).

macOS: Start Workbench shows blank page

If the Start Workbench shows only a blank page, you must enable the option Use software OpenGL in the menu FreeCAD-0.21 → Preferences → Display.