Damn sexy ies lights! xD

Do you mind sharing your scene?

Thank you for this new Beta release. I've been doing some test and i've found some issues with "Hide from camera" feature, it seems that the hidden objects blocks the light. This happens with CPU and GPU. I attach an example: I don't know about the material, but unless it is set null it will always...

That's what I thought! xD

Originalplan® wrote: ↑

Tue Mar 17, 2020 9:47 am

Playing a bit during quarantine.
2min on GPU looks fairly ok ish.

That's quite a strange bear you've got here, it's not easy to see much of semblance!

yonosoy wrote: ↑

Thu Jan 21, 2021 1:40 pm

Simple, as it is (Como es).

Magritte would be proud!

zeitmeister wrote: ↑

Fri Jan 01, 2021 10:30 am

Yeah but it’s a very specific case.
Indeed it would be cool having the option to globalize/localize/relink scene relatet paths in standalone.

It would be awesome

Happy new year all

zeitmeister wrote: ↑

Mon Dec 28, 2020 11:01 pm

Yeah it should be optional.
In the meantime you could pack a PIGQ or PIGS from the standalone, take it to another machine and open it there.

damn zeitmeister, you seem to have solution for everything! xD Happy holidays

I guet the same focal distance of the frame I'm in when exporting. I'm on R20

Opened your scene here and everything is fine. Camera focus is being kept when using focus object field. Exported and rendered, everything okay. Which C4D version do you use? focusbug_2.zip He might not be the greatest at exposing his position, but he has a point though, if you render them separate...

The car looks a way too green tinted, damn nvidia drivers! xD

I wonder which Indigo 5 will bring!

Thanks

Thanks. that's quite a neat shader, although not exactly what I had in mind. In the left that's your shader, on the right what I was aiming at... each has it's uv position randomly changed, which could be quite nice with stairs for example.

in GPU mode trying to blend two diffuse materials, a yellow and a blue, using ISL def eval() real : let c = clamp(meanCurvature(), 0, 1000) z = normalWS().y * 3 z2 = z * z in clamp(if (z > 0, z, z2) * noise01(normalWS())+c,0.0,1.0) here is the result http://reelmotion.free.fr/test_meanCurvature_GPU...