1
$\begingroup$

Following the Blender Guru Wrecking Ball tutorial and ran into a hitch at 4:47 with Cursor Pivoting.

I've successfully snapped my Cursor to the selected object, selected Transformation Orientation: Cursor and Transform Pivot Point: 3D Cursor (see image below): Pivot Settings

When I select all objects, then rotate with hotkey R, the objects rotate around the cursor - but they keep their initial orientation. The links in the chain stay upright until they are no longer linked:

Hanging vertical chain line of fruit loops behind a boulder

This happens when the Transformation Orientation is set to Global as well.

From the tutorial, my expectations were that rotating the chain would preserve the orientation of the links in relation to each other, without grouping or making a parent object.

The tutorial had me reset the origin of each link to its center of mass (which worked as expected), did not have me group or parent the objects, and while I've goofed around with the Active Tool's Transform: setting (I've tried checking origins, locations, and both, and nothing worked) I'm sure this is a result of an incorrect setting somewhere. Adding a parent:child object relation between the bottom of the chain (children) and the top link (parent) entirely prevented movement, so that wasn't it.

How do I rotate the chain of objects around the cursor as pivot point, in a way that rotates the individual objects at the same time?

Please share the link if this is a duplicate question - I saw this post and it covers how to pivot objects around the cursor, but doesn't address what could go wrong when the object's orientation doesn't rotate along with its location.

Config:

  • Blender 2.82a
  • Mackbook Pro (Catalina)
  • Actions attempted from Object Mode
  • Objects blue due to the Geometry: Face overlay
$\endgroup$
1
  • $\begingroup$ You said you were hitting Ctrl+R to rotate, but I see the rotation gizmo in your screen-shot. I can get something similar to what you're describing if I set that gizmo's mode to "local" $\endgroup$
    – Ron Jensen
    Aug 18 '20 at 2:41

Your Answer

By clicking “Post Your Answer”, you agree to our terms of service, privacy policy and cookie policy

Browse other questions tagged or ask your own question.