This way? This does not change the behavior from how it was before in my video.

I have managed to make them look up as well.

I am just playing with nodes, I have no idea what I am doing and do not really understand the math involved!

Here is a video (not sure why there is no preview)

https://vimeo.com/manage/videos/640783682

Yeah I have no idea whatâs going on there. Hopefully someday soon theyâll turn all the constraints into geometry nodes

Yes Geo nodes scare me a bit, I find them a little cryptic, but I do need to experiment.

I posted the file above

check out âmonkies in the middleâ

Oh I did not see that one, that looks more simple.

It seems to work the same without the normalize node is there a reason for it?

Edit: I cleaned up my version as there was no need to separate the vector and its looks just like yours without the normalize.

Edit 2: even cleaner I did not need to subtract the vectors twice, lol

That looks less cryptic!

Can you explain what the 2 align euler nodes are doing?

mesh vertex to point â point to volume â volume to mesh â metaball (953.3 KB)

The first one swivels the headâs y vector along their z axis so they can look from side to side and the second one swivels their y vector on their x axis so they can look up and down

Edit.

The first one has a rotation value of 0,0,0 The second one needs to know the rotation value of the first one.

Edit 2 I am still getting my head around it myself!

Edit 3 Ok I am starting to understand a bit more.

As all my monkey heads start off looking forwards on their y axis, If you only plug in the second âEuler to vectorâ (with y pivoting on x and the subtracted vector), half of the monkeys have to look backwards to point in the direction of the empty when it is the middle. As you move the empty on the y axis you will see that they start flipping. However they do look up and down towards the empty.

That is why they need the rotation of the z axis from the first âEuler to vectorâ so that they are all facing the empty from their z axis, and look towards the centre when the empty is inside the circle.

Howâd you get the dot grid instead of the regular lined grid as the background? I tried googling but I couldnât find anything.

I had the same problem and got rid of the grid completely. In the end I saved the dark theme from 2.93 in an xml and installed it in 2.31âs themes. It also got rid of the âglaringâ tick boxes

@DNorman 2.31 theme?

@AlphaChannel Ahhh so itâs in the new 3.1 version . Iâm still using 2.93, might wait until 3.1 is in beta. Do you know if it is there in the 3.0 beta?

Sorry 2.93.1

Thank you

I donât know about blender, but some equations donât like non-normalized direction vectors

âmatrix sheerâ or something like that

âŚok.

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Thank you for answering, I was trying to understand the setup completely, I think I have got it now. Sometimes I just add nodes and plug things in until it works, afterwards I realise I have nodes that do not actually do anything useful (like when I separated the vectors).