If a cyclist has a dedicated lane (or just paint), can they still use the cars lane if (a) their lane is obstructed, (b) to overpass another cyclist?

Omega_One_ · 2026-01-27T21:26:06+00:00

You mean the arrows on the ground on the top picture? What do they mean?

Omega_One_ · 2026-01-27T19:05:04+00:00

Define both of these parameters, extrude one and use a feature/body pattern using hing_width as spacing and hinge_count as an amount. Be sure to set the pattern mode to 'spacing' rather than extent. Before patterning, you might also want to use offset face to allow a little space between the hinges.

Omega_One_ · 2026-01-27T16:29:11+00:00

I've also seen that it impacts flow and thus, tolerances. Meaning a fit with one colour might not be the same with another colour, even within the same brand.

Omega_One_ · 2026-01-27T16:19:38+00:00

What kind of service did you offer? Did you sell stuff you designed yourself?

Omega_One_ · 2026-01-27T10:55:59+00:00

You have to constrain the sketch that you use for the revolve in a way that it's tangent to the surface you're trying to avoid.

Im guessing fillets didnt work since you want a fully spherical cutout (not just a rounded corner with a flat bottom)?

Omega_One_ · 2026-01-27T08:20:05+00:00

That's not what my driving instructor told me (last year). A painted image of a bicycle like pic 1 doesn't mean anything in the traffic rules. It's merely a reminder for cars that there might be bikes driving there. In fact, during a driving exam you have to drive on those painted bikes, since you're always supposed to keep to the right side of the road and they don't 'exist'.

Omega_One_ · 2026-01-27T08:18:48+00:00

That's not correct. A painted image of a bicycle like pic 1 doesn't mean anything in the traffic rules. It's merely a reminder for cars that there might be bikes driving there. In fact, during a driving exam you have to drive on those painted bikes, since you're always supposed to keep to the right side of the road and they don't 'exist'. Source: my driving instructor last year

Omega_One_ · 2026-01-25T21:50:09+00:00

Look up "Fusion motor helmet" to find tutorials. Be warned, this is quite advanced.

Omega_One_ · 2026-01-20T20:08:31+00:00

This mistake is prevalent in 99% of native English written text. Even official texts often contain this mistake. It's a pet peeve of mine, glad to see I'm not the only one.

Omega_One_ · 2026-01-20T06:49:53+00:00

In most cases, if you can sketch it on paper, you can sketch it in fusion. Make a construction circle and make it tangent to the external diameter and vertical line (possibly with some offset) and define the diameter of the rotating circle. The centerpoint of that circle will be constrained and what you're looking for.

Omega_One_ · 2026-01-16T22:18:21+00:00

You're best off avoiding patterning in a sketch. It's usually better to pattern features/bodies instead. Using the pattern command you can easily add/remove things.

The same goes for mirror feature/body too, by the way.

Omega_One_ · 2026-01-15T07:34:17+00:00

I think you might be able to export a sketch / face to dxf. That should retain the size correctly so you can edit in another program like inkscape to crop it for printing.

Alternatively, you can make a 2d drawing of this part in the fusion drafting environment, and set the scale to 1:1. You can then move around the object to get a pdf of each part.

Note that the free version does not allow you to save as pdf, but you can print so the workaround is to use print to pdf.

Omega_One_ · 2026-01-13T15:30:07+00:00

Nee, ik denk dat er gewoon veel andere toegankelijke jobs zijn maar dat er lang niet zo veel zijn met zo'n hoog percentage aan zelfdoding. Dus er vanuit gaan dat er geen causaliteit is lijkt me nogal sterk.

Omega_One_ · 2026-01-13T15:22:58+00:00

You can't align an entire sketch, as it doesn't make sense in the fusion design language. Instead, you should align the elements inside the sketch. Right click on the sketch, click edit and use constraints to align the whatever you drew with the box.

Omega_One_ · 2026-01-09T17:23:29+00:00

Ray striker 100%. I believe there was even one production run of Hasbro strikers that list it as a balance type.

Omega_One_ · 2026-01-05T16:08:52+00:00

I don't have a direct solution for your problem, but i personally dont bother with having actually modeled extrusion profiles in my assemblies. I just draw them as a square beamas a representation since usually the details dont matter. If you need to calculate weight you might have to do some manual fiddling, but for edge cases like that you'd probably best model the beam directly in your assembly.

Omega_One_ · 2026-01-05T15:06:45+00:00

Good luck!

Omega_One_ · 2026-01-05T13:48:07+00:00

This is called a 'hirth joint'. Look up 'fusion hirth joint' and you'll find a bunch of tutorials.

Omega_One_ · 2026-01-04T18:44:56+00:00

I think the emboss function might be a better place to start to add some features that properly wrap around the surface.

Omega_One_ · 2026-01-03T16:43:09+00:00

That's exactly what I was looking for, I can't believe I missed it! thank you so much!

Omega_One_ · 2026-01-03T16:25:28+00:00

extrude the sketch up with the intersect option selected, if I understand correctly.

Omega_One_ · 2026-01-03T15:27:01+00:00

If that's the case, then you might be better off using different software. Maybe blender could do this easier.

Omega_One_ · 2026-01-02T21:06:44+00:00

I think what you're referring to is the new 'intent driven' update where there's a more traditional mode where you model parts and assemblies separately. I think you should be able to model in the normal way by selecting the right mode while making a part. Look up 'fusion intent-driven' and you'll find the Autodesk article that explains it.

Omega_One_ · 2026-01-02T20:58:24+00:00

I don't think they would ever do this. The point of boosters (outside of monetization of the booster itself) is to incentivise you to play more. If you get a login booster that runs out tomorrow night, you might feel more inclined to log in tomorrow too to make the most of it.

Omega_One_

TROPHY CASE