Sketch fillet tool/Arc tangent auto-constraint

The problem that this feature will solve:

Adding fillets to a sketch is a tedious multi-step process. There is no tool to select two lines and connect them with a tangent fillet radius.

Alternatively, using the arc tool it’s possible to connect two lines with a radius. With auto constraints turned on, Shapr will make the two ends of the arc coincident to the lines you are connecting, but will not make it tangent. Furthermore, while setting the arc radius, if either connecting line isn’t locked, it will move one of the connecting sketch lines. I have to lock parts of the sketch that don’t necessarily need to be, set the radius, then apply the tangent constraint one at a time.

Using the circle method, I have to draw a circle to represent the radius, make it tangent twice to the two lines, then trim the excess.

I understand that I can extrude the non-filleted sketch, add the fillet, then project the face back onto the sketch, but that’s too many steps, in addition to having to go back into the projected sketch and add tangent constraints to the projected fillet.
This method is also not always practical.

Brief description of the outcomes that you expect from this feature:

Ideally, a fillet tool that allows me to select two (or more) lines and add a fillet, set the radius and done.

Alternatively, modify the arc tool auto-constraints to behave as a fillet tool. You would still have to sketch the arc, but it would constrain as a fillet and modify the radius without moving other sketch elements.

What can’t you achieve without this feature?

Quickly add fillets to a sketch without multi-step workarounds.

Is this a workflow blocker for you? Is this why you can’t use Shapr3D for work? Is this slowing you down?

It is slowing me down. I have the need for speed. :racing_car:

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I asked months ago.
The answer was that you can simply add curves to the 3D parts.
Unfortunately it is not that easy, sometimes you draw a sketch for a projection, sometimes you only draw 2D for laser parts.
Here is an example of how easy it could be: