Hi Dr. Sassi,

Thanks so much for your quick and insightful response! Sorry for the delayed reply, but I really appreciate the time and effort you put into helping me.

I followed your advice, and it worked out quite well. While I did notice some slight issues with lens distortion and color mismatches, the differences are minor enough that I can adjust them using extra space in Photoshop. It seems manageable.

Thanks to your guidance, I was able to set up the rendering with nine sections, and everything is running smoothly now. I really can’t thank you enough for your help.

Also, the sample files you provided were incredibly clear and easy to understand. They saved me a lot of time and made the process much easier to grasp.

Once again, I truly appreciate your support. Thanks for sharing your expertise and making this process much simpler for me!

Cheers,

Hello!

I am currently trying to render a very large, high-resolution still image with Redshift, but I am running into memory issues that prevent the rendering from completing.

While researching online, I found references to a feature called "Tiled Camera" that allows rendering an image in smaller tiles. However, the information seems outdated, and I cannot find an equivalent feature in the current version (Cinema4D 2025.1 and Redshift 2025.2).
(Reference video: https://www.youtube.com/watch?v=rx1F9xAXI10)

Is there a way to render large images in smaller sections with the current versions of Cinema4D and Redshift? Or is there a similar feature available?

Environment
OS: Windows 10
DCC Tool: Cinema4D 2025.1
Renderer: Redshift 2025.2

Thanks for your time!

@Dr-Sassi

Thank you so much for your wonderful response and for even preparing a file for me. It was incredibly helpful, and I learned a lot from it. In the future, if I encounter any issues, I will make sure to utilize CINEVERSITY. I truly appreciate your kindness.

Previously, I mistakenly posted a Cinema 4D question on the Forger forum, but Dr. Sassi kindly guided me to the correct forum and offered valuable advice. Thanks to his guidance, I was able to solve the issue successfully.

Solution
I aimed for particles to gradually increase in size after generation, like Trapcode Particular’s "Time over Size." Following Dr. Sassi’s advice, I applied these steps:

1. Applied Data Mapper to Particle Group
2. Set Property to "Age" for timing
3. Set Property Out to "Radius" for size
4. Set Particle Scale in Cloner to 100

Thank you very much, Dr. Sassi!