Welcome to the Onshape forum! Ask questions and join in the discussions about everything Onshape.
First time visiting? Here are some places to start:- Looking for a certain topic? Check out the categories filter or use Search (upper right).
- Need support? Ask a question to our Community Support category.
- Please submit support tickets for bugs but you can request improvements in the Product Feedback category.
- Be respectful, on topic and if you see a problem, Flag it.
If you would like to contact our Community Manager personally, feel free to send a private message or an email.
Improvements to Onshape - April 12th, 2023
PART STUDIOS
FACE BLEND
The Face blend feature is a set of surfacing options used in situations requiring more control than a fillet. A fillet can be applied only between connected faces and cannot create a new surface. But the Face blend can be applied to both connected and disconnected faces, and can create multiple Face Blends that can be detached from the faces on which they are applied.SWITCH FROM LINE TO TANGENT ARC IN SKETCHES
Tangent arcs can be created automatically while sketching by hovering over the endpoint of a line or another arc. This also works in the opposite way as an arc can then transition to another line, or another arc similarly. Also added are additional shortcut keys that are helpful in the Sketch and Part Studio environment.Tangent arc: | shift+a |
Point: | shift+s |
Revolve: | shift+w |
Hide / show sketches: | shift-h |
THIN EXTRUDE
Thin extrude, part of the Extrude feature, uses an open sketch profile with a thickness value in-plane, and helps create thin-walled parts like ribs, brackets, and other constant wall thickness geometry.HELIX IMPROVEMENTS
A helix can be defined by either a cylindrical/conical face, axis (or Mate connector z-axis), or circular edge. Additionally, you may now select reference points as the start and end locations of your helix.FEATURESCRIPT
IMPROVE APPROXIMATE SPLINE FITTING
Approximating point-sampled curves can be created by fitting splines with fewer control points, yielding higher quality.
DRAWINGS
SURFACE FINISH ATTACHMENT IMPROVEMENTS
The surface finish symbol can be directly attached to a GD&T Frame.
INSPECTION SUPPORT FOR ITEMIZED CALLOUTS
Inspection symbols for Hole callouts and Chamfer dimension now support itemized callouts per parameter on newly created drawings. Note that you will also want to set an option in your custom drawing templates to support this new choice. Existing drawings will not change from the previous setting.
EDUCATION ENTERPRISE
ABILITY TO CLONE A CLASS
Cloning a class creates a copy of the class and assignments. Members of the original class do not become members of the cloned class.
DEFAULT STUDENT ROLE
When assigning Roles, The default choice is now "Student" rather than "Educator" when adding new users.iOS
COPY ELEMENT TABS BETWEEN DOCUMENTS
A workspace tab can be copied to the clipboard and pasted into the same document or a different document.
CREATE MATE CONNECTOR WHILE EDITING OTHER FEATURES
An implicit Mate connector is available for locating features on the fly.
SORT CUSTOM FEATURES
Custom Features added to your toolbar now will sort themselves alphabetically.
IMPORT / EXPORT
RHINO TRANSPARENT COLORS
Better support when importing Rhino .3DS files with diffuse and/or transparent colors, and exporting Rhino color meshes.IGES COMPATIBILITY OPTIONS
A new option is available upon export to turn on compatibility mode for IGES files, which is often helpful for downstream manufacturing applications, such as certain tube laser cutters.Please take a moment to try out these new features and improvements and leave your comments below. For a detailed list of all the changes in this update, please see the changelog.
Remember: The updates listed here are now live for all users when creating new Documents. Over the next few days, these features will also be available in Documents created before this update.
Comments
Also currently need approximateSpline in a FS project right now so great timing.
https://thesmoothcut.com/
https://forum.onshape.com/discussion/20449/improvements-to-onshape-march-20th-2023/p1
That face blend is going to take some time to "digest" as it looks like it can do a lot!
Extrude thin, finally! Although a don't see "midplane" (or "symmetric") option for the thickness which would seem pretty useful...
LinkedIn:
https://www.linkedin.com/video/event/urn:li:ugcPost:7051976288407834625/
YouTube:
https://www.youtube.com/watch?v=u_M31x6_Z5Q
Twitter:
https://twitter.com/Onshape
Also interesting that it doesn't include the "direction" option recently added to the "solid" and "surface" mode!
So many great new things. Lots to dig into. Definitely worth a couple more days.
Thank you Onshape team!
Face blend seems so powerful it may takes time just to learn how to use it!
Would like to see iOS improvements for Android too, especially Mate connector capability while editing!
Great job Onshape!
Ladies and gentlemen, behold the latest and greatest Onshape Update—packed with features so amazing, it'll leave you in stitches!
Face blend feature: Smooth out those rough edges and create seamless connections between surfaces, just like a master cosmetic surgeon!
Extrude on a diet: Introducing the new "Thin" option for Extrude. Perfect for creating those extra-slim profiles without breaking a sweat.
Helix feature levels up: Now with Cylinder/Cone, Axis, and Circle options. We're spiraling out of control with excitement!
Keyboard shortcuts galore: Revolve (SHIFT + w), Hide/show sketches (SHIFT + h), and Sketch point (SHIFT + s) shortcuts to make you feel like a true CAD-ninja!
Sketching goes supersonic: Toggle from line to tangent arc with a simple hover or SHIFT + a. It's like magic, but better.
Fancy-pants Drawing enhancements: Attach surface finish symbols to GD&T frames, inspect items by row or parameter, and more. Your drawings have never looked so chic!
Compatibility mode for IGES export: Because sometimes, we all need a little extra understanding.
Performance improvements: We've optimized sub-assembly manipulation and squashed some pesky bugs. Onshape now runs smoother than a well-oiled machine (pun intended)!
New features for Edu-Enterprise and Enterprise users: Timestamps, class cloning, and a bunch of other goodies for our beloved institutional users.
Help documentation updates: Our experts have revamped a variety of topics so you can learn faster and smarter.
And, last but not least...
So buckle up, dear Onshapers, and get ready for a CAD experience that's more fun, more powerful, and more fantastic than ever before! 🎉
I think there is also a hidden "easter egg" here...
recordpatterntype.gen.fs
Eduardo Magdalena C2i Change 2 improve ☑ ¿Por qué no organizamos una reunión online?
Partner de PTC - Onshape Averigua a quién conocemos en común
Whoa, wait a minute! "imagemappingtype.gen.fs" + "recordpatterntype.gen.fs" = Hidden gaming blueprints?! It's all coming together now... CAD FeatureScripts are the key! Onshape holds the secret to Half-Life 3! Confirmed! 🎮🔑🎉
The way that our assemblies solve, at a high level, is that mates are solved simultaneously to give the positions of the components in the assembly. Onshape uses a predictable set of mates that are solved to make the assembly results predictable. Since sub-assemblies are flexible and need to be solved like every other instance in the assembly, their position was being included in multiple computations. Onshape is now reusing more data, speeding up the total solve time for assemblies.
But it looks pretty sweet for sure, huge shortcut for surfacing I think
I just hope that it doesn't more provoke server cache issues I hope
Where is the Super Sweep FS? I just tried searching for it and came up empty. That twisting option shown towards the end of the video will help with a ribbon cable wiring representation I was trying to model a few weeks ago. Thanks.
The approximateSpline documentation starts here: https://cad.onshape.com/FsDoc/library.html#ApproximationTarget
What I'm not seeing in the documentation is if the fit tolerance is treated differently at the endpoints than at the internal points (I would hope so).
I found the publicly available code for approximateSpline (in curveGeometry.fs in std), but I don't immediately see anything which shows what's happening under the hood. Can anyone elaborate?
@NeilCooke
Any chance that projecting a curve onto a curve or onto a surface could get some optional approximation controls? (I know, I can write up the IRs...)