https://blog.demofox.org/2017/11/21/floating-point-precision

https://www.h-schmidt.net/FloatConverter/IEEE754.html

The challenge with precision limits in production is tightly connected to the context of the assets, camera and procedural requirements the render scene needs to support.
For example a far away camera chasing a plane may not reveal issues that the same scene may show with a far away camera’s closeup of a displaced water drop on the plane’s windshield.
This is a rough example, but it helps putting things in perspective.

Always best testing for specific patterns or targets within a given setup.

www.neatvideo.com/

www.alexanderrichtertd.com/post/plex-open-source-pipeline

Environments
– OS: Windows | Linux | Mac
– Software: Maya 2020+ | Houdini 15+ | 3ds Max 2020+ | Nuke 12+ | …
– Renderer: Arnold | RenderMan | Mantra | V-Ray | …

Project Features
– Visual Effects, Animation & Game production management system
– file & folder management (settings | create | save | load | publish)
– flexible, portable, multi functional project environment
– additional libraries (api | img | user | shot)
– workflow tracking & reporting
– user-pipeline integration
– SSTP (simple | smart | transparent | performant)

Pipeline Features

Layered Pipeline
– create a company pipeline
– add a project pipeline
– test and develop in a personal environment

Scripts
– desktop app
– save (+ publish) | load | create | render
– get, set and handle data | img | scripts
– template UI (user, report, help, accept, comment, color code)
– setup menu, shelf, toolbar, …

Workflows and Charts
– naming conventions
– software pipeline
– folder structure (project & pipeline)

Data and Helper
– project (resolution, fps …)
– user (name, task …)
– context (shot, task, comment …)
– environment variables (PROJECT_PATH …)
– additional libraries

Feedback & Debug (+ advanced logging)
– inform user about processes
– debug like a king *bow*