Bifrost Wedging 101-4: Submitting unsimulated variations @Autodesk

Uploaded December 2024 | Updated September 2026, 3 weeks ago

Continuing from Part 3, Hernan Santander (a.k.a. Sepu) demonstrates how to create a wedging job for a non-simulated Bifrost graph and submit it to the cloud.

# Chapters:

00:00 - Intro
00:04 - Possible parameters to wedge
00:43 - Set up variations
06:36 - Post-processing
08:31 - Job parameters
12:49 - Submitting the job
13:38 - Examining the results
18:41 - Conclusion

Other videos in this series:
Bifrost Wedging 101-1: What is wedging?
youtu.be/DxtMh0pqTI4

Bifrost Wedging 101-2: Taking your FX to the cloud
youtu.be/R_DrwS26RU4

Bifrost Wedging 101-3: Creating static variations (for clouds, trees, flowers, etc)
youtu.be/cMuiK3eeBhs

Bifrost Wedging 101-4: Submitting unsimulated variations

Bifrost Bootcamp 7.4 - Simulating cloth with MPM

Neural Nets for 3D CG: Machine Learning in Bifrost Part 1

USD in Bifrost - Lesson 2: Creating variants (Variant sets and Primvars)

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Bifrost Rigging in Maya - Part 2: The module interface

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$Introduction to Bifrost: Lesson 1 - Generating a mesh using noise @4:26 - Here is the link: https://help.autodesk.com/view/BIFROST/ENU/?guid=Bifrost_Common_build_a_graph_about_data_types_html In this video aimed at beginners, Bifrost artist Yingying Z teaches you some of the core principles of visual programming using Bifrost to create a procedural 3d landscape. To start, youll learn how to use fractal noise to generate the initial topology. Find the rest of the series here: https://www.youtube.com/playlist?list=PL8hZ6hQCGHMW_SuQqd3c2dRYEBo7R7xfa$