Creative Communities of the World Forums

The peer to peer support community for media production professionals.

Forums Adobe After Effects Orienting Stardust particle to 3D layer

  • Orienting Stardust particle to 3D layer

  • Mike Foran

    February 6, 2020 at 11:32 pm

    In the particle system “Stardust,” I am attempting to emit “Texture” particles (which have 3 axis rotational values) that orient themselves to a 3D layer’s rotation when they are emitted. However, when I pickwhip the X, Y, Z rotation values of the particle to the 3D layer, the rotation doesn’t match. It works fine as long if I only rotate one axis, but if I rotate on more axes the particle rotates in completely different ways.

    Anyone know why this is happening, and what expression I might be able to use to correct for it?

  • Cassius Marques

    February 7, 2020 at 12:00 pm

    Because the XYZ rotating isn’t linked in the plugin (your definitely not the first person to be bothered by how AE handles that).

    If you parent/child three nulls. And use the first(child-most) for X, the Second for Y and the third for Z. You could link the properties to each transformation and the particles will match the rotation of the first null.

    Now the question is how are you animating the model, and can you change your workflow to that?

    Cassius Marques

  • Mike Foran

    February 7, 2020 at 2:35 pm

    Thanks, that makes sense. I don’t quite get how you’re linking and parenting. Can you please break it down for me a little more specifically? Thank you.

    Edit: Specifically, can you please clarify this: “You could link the properties to each transformation”

  • Cassius Marques

    February 7, 2020 at 4:38 pm

    Sure, your timeline should be:

    Null 1
    controls rotation Z

    Null 2 – Parented to Null 1
    controls rotation Y

    Null 3 – Parented to Null 2
    controls rotation X

    Now go to your X,Y,Z stardust properties, and link them (pick whipping) or copy paste, w/e you prefer to Null 3’s X, Null 2’s Y and Null 1’s Z respectively

  • Mike Foran

    February 7, 2020 at 5:02 pm

    Ok yeah I got it. Thank you!

Viewing 1 - 5 of 5 posts

Log in to reply.

We use anonymous cookies to give you the best experience we can.
Our Privacy policy | GDPR Policy