FreeCAD 1.0은 2024년 몇 월에 출시되었습니다. 다운로드 페이지에서 받으세요. 이 페이지에는 모든 새로운 기능과 변경 사항이 나열되어 있습니다.
이전 FreeCAD 배포 기록은 기능 목록에서 찾을 수 있습니다.
As much as we're delighted to present you this new version, we are also sad to announce that our friend and prolific FreeCAD developer bgbsww has passed away a few weeks before this release came out. He was one of the main architects of the topological naming fixing effort, wrote a lot of additional code and tests, and became FreeCAD's TNP specialist. He also helped virtually all other developers out to adapt to the new algorithm. This release is dedicated to him.
오랫동안 지속되어 온 위상 명명 문제가 여러 개발자의 공동 노력과 노력 덕분에 마침내 해결되었습니다. Realthunder님의 수정은 FreeCAD의 마스터 버전에서 작동하도록 신중하게 구현 및 개선되었습니다. 프로젝트는 1년 넘게 걸렸으며 수정을 가능하게 하는 다음 PR을 통해 구현이 마무리되었습니다. |
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FreeCAD has a new built-in Assembly Workbench, based on the original work done for what we used to call "the other FreeCAD", another software, also named FreeCAD, with motion simulation capabilities created at the same time as ours. The porting has been done by the other FreeCAD's author himself, Dr. Aik-Siong Koh, and with this dramatic move both FreeCADs are now finally united. Read below for more information. |
FreeCAD has a new logo. It was selected from the 5 winners of the public contest. Usage guidelines and a logo kit are available on the FreeCAD brand guidelines page. |
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Selection filters were added, facilitating the selection of vertices, edges and faces. |
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For more flexibility, the task panel is now a stand-alone widget. It can be docked on top of the Combo view to achieve the compact layout of earlier versions. |
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The appearance of the Transform tool dragger has been improved. It now also has a set of planar draggers for moving objects along the 3 default planes. |
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Realthunder's feature allowing for the overlay of dock widgets (tree and task transparency) has been added. |
A new universal measurement tool was added, replacing the old Part Measure tools.
Pull request #9750 and following |
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The Align to selection tool was added, making it possible to enter views normal to faces or following edge directions. |
Although precautions have been taken to guarantee that files created with the new 1.0 version can still be opened in older versions of FreeCAD, some new features introduced in 1.0 cannot be understood by earlier versions, and can cause models saved with 1.0 to break or present problems when opened in earlier versions of FreeCAD. Here is a summary of possible issues you might encounter and their solution. The forum community can also provide help in fixing compatibility issues.
getUpDirection
: Gets the up-direction from a View3DInventor view. Pull request #10060__getstate__
/__setstate__
have been renamed to dumps
/loads
. This is due to internal changes in Python-3.11. Pull request #10769 and Pull request #12243.The Start Workbench has been replaced by a Start page, a QtWidgets-based app. It can be displayed using the Help → Start option. Pull request #13134
The first two pull requests mentioned below belong to the Start Workbench, but have informed the design of the Start page.
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A built-in Assembly workbench was finally added to FreeCAD. It uses the open-source Ondsel solver. Basic functionalities (joints) are already available. Further development is in progress.
Pull request #10427, Pull request #10764, Pull request #12406 and more |
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The Arch Workbench has finally been merged with BIM, becoming the new BIM workbench. The new BIM workbench keeps all the tools from Arch, and adds a few more, and brings many refinements to the whole BIM and architectural design workflow, plus better setup and management tools, and better IFC support. Pull request #13783 |
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The FEM PostFilterLinearizedStresses command can now use the stress tensor components for linearized stress computations. Previously, only Von Mises, Tresca and principal (major/intermediate/minor) stresses could be used for this. |
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Support for cyclic symmetry via tie constraint in CalculiX was added, making it possible to analyze models with rotational periodic symmetry using a single repetitive sector. |
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Support for 2D (plane stress, plane strain and axisymmetric) analyses was added for the CalculiX solver. They are configured in the same way as simulations with shell elements but there are some additional restrictions described on the aforementioned wiki page. The new Model Space option has to be set properly. Pull request #12562 |
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As the first step towards the support for hexahedral elements, their generation using Gmsh subdivision technique is now possible thanks to the new Gmsh property Subdivision Algorithm. It can also be used to create quadrilateral elements. Pull request #12698 |
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New View properties were added to the results pipeline objects. Mesh edge color and width can now be changed for the Surface with Edges display mode. Node size can be modified for the Nodes mode. There is also a transparency setting for all modes. Pull request #13066 |
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FEM constraints can now be suppressed (right-click on a constraint and select Suppress) and thus ignored by the solvers. This way, it's possible to modify the analysis setup without having to delete the currently not needed constraints. Pull request #12359 |
Support for the CalculiX's rigid body constraint was added, finally making it possible to simulate torsion of arbitrary components and apply remote loads, among others. Pull request #13900 |
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The material handling system, including the editor, has been completely reworked. Further improvements in this regard will follow. |
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Part Scale tool was added to allow for easy scaling of shapes without having to use tools from the Draft Workbench. |
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Part Mirror now supports reference objects, such as a Part Plane to define an arbitrary mirror plane in addition to the standard XY, XZ, and YZ planes. |
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More modes were added to the revolution and groove features - to first/last, up to face and two dimensions. |
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Pad and pocket task panels were improved (reordered UI elements, Select face option hidden when unnecessary and so on). |
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Offset mode was added for linear and polar pattern. The previous mode was renamed Overall Length. |
Experimental support for multiple solids within a Body was added. It can be enabled in the preferences (for new Bodies) or in the properties of an existing Body. |
Up to shape mode was added for Pad and Pocket, making it possible to end them on multiple faces, as opposed to Up to face mode which allows the selection of only a single face. |
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Implementation of a circle overlay for arcs (to solve the issue of constraints appearing away from them) was completed with a command to switch them. |
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A contextual Dimension constraint tool was added to enable quick and intuitive dimensioning with a single versatile tool. |
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Tool parameters were added to allow dimensioning on the go (when drawing shapes). Depending on the preference setting On-View-Parameters, they can be disabled, reduced to dimensions only (no initial coordinates) or fully enabled. Moreover, modes were added for the shape tools. They can be selected using the M key or a drop-down list in the task panel. Some tools have additional settings in the form of checkboxes in the task panel and additional keyboard shortcuts. Currently, the new features are available for points, lines, arcs, ellipses, rectangles, polygons, slots and B-splines.
Pull request #11048, Pull request #11174 and following |
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An Offset tool was added to allow offsetting curves. |
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Three-point rectangle mode was added in two versions - 3 corners or center and 2 corners. |
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An Arc slot tool was added with two modes (arc ends and flat ends) to allow for the creation of curved slots |
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A Horizontal/Vertical constraint was added. It automatically applies horizontal constraint if a line is closer to horizontal orientation or vertical constraint if it's closer to vertical orientation. |
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Rendering of angle and radius constraints was improved. Angle constraints have full extension lines now. |
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A Polar transform tool was added to allow rotation and circular patterns of sketcher geometries. |
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A Scale transform tool was added, making it possible to scale the geometry in the sketch using a selected center point and a scale factor or two reference points. |
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Tangency to B-spline edge was added, eliminating the need to use endpoints and various workarounds instead. |
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The RectangularArray, Move, Copy and Clone tools were replaced with a single Array transform tool. |
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A Chamfer tool was added with an option to switch to the Fillet mode. Moreover, there is no longer a separate Corner-preserving fillet tool. A Preserve corner option (checked by default) has been added to the Sketcher CreateFillet tool. |
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The Symmetry tool has been reworked. Now it works by preselecting the geometry and picking a line or point about which the geometry will be mirrored. A preview is shown and the behavior of the tool can be controlled through tool settings. |
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Symmetric constraint is now applied automatically when the midpoint of a line is picked. |
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Distance dimension constraint can now be used for arc length constraints (circular arc has to be preselected). |
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The rendering color of points is now different depending on whether it's a normal point/endpoint (white, now created by default when using the CreatePoint tool), a construction point/center point (blue) or a point coincident with another one (red). |
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The Trim edge tool can now be used in hold and drag mode. |
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The CosmeticCircle tool was added to allow for the creation of cosmetic circles by selecting the center and inputting the radius. |
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The ArcLengthAnnotation tool was added to create dimension-like annotations of arc length of selected edges. |
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The AddOffsetVertex tool was added to create cosmetic vertices as offsets from selected vertices. |
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The BrokenView tool was added to depict long objects easily. |
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A new context dimension tool was added based on the one introduced in the Sketcher. |