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  1. Proceedings of the 2016 Symposium on Digital Production (DigiPro '16)
  2. Large scale VFX pipelines
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Portable real-time character rigs for virtual reality experiences
A retrospective on the adoption of the ACES technology at Framestore
Searching for the interesting stuff in a multi-dimensional parameter space
How to build a human: practical physics-based character animation
Gaffer: an open-source application framework for VFX
The Jungle Book: art-directing procedural scatters in rich environments
Selective and dynamic cloth fold smoothing with collision resolution
Large scale VFX pipelines
Volumetric clouds in the VR movie, Allumette
Creating an actor-specific facial rig from performance capture
Camera tracking in visual effects an industry perspective of structure from motion
Cross departmental collaboration for FX driven animation in "Alice Through the Looking Glass"

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Large scale VFX pipelines ( DigiPro '16 )

Content Provider ACM Digital Library
Author Israel, Justin Shore, Nick Wright, Andy Chambers, Matt
Abstract To ensure peak utilization of hardware resources, as well as handle the increasingly dynamic demands placed on its render farm infrastructure, Weta Digital developed custom queuing, scheduling, job description and submission systems - which work in concert to maximize the available cores across a large range of non-uniform task types. The render farm is one of the most important, high traffic components of a modern VFX pipeline. Beyond the hardware itself a render farm requires careful management and maintenance to ensure it is operating at peak efficiency. In Wetas case this hardware consists of a mix of over 80,000 CPU cores and a number of GPU resources, and as this has grown it has introduced many interesting scalability challenges. In this talk we aim to present our end-to-end solutions in the render farm space, from the structure of the resource and the inherent problems introduced at this scale, through the development of Plow - our management, queuing and monitoring software, and Kenobi - our job description framework. Finally we will detail the deployment process and production benefits realized. Within each section we intend to present the scalability issues encountered, and detail our strategy, process and results in solving these problems. The ever increasing complexity and computational demands of modern VFX drives Wetas need to innovate in all areas, from surfacing, rendering and simulation but also to core pipeline infrastructure.
Starting Page 43
Ending Page 44
Page Count 2
File Format PDF
ISBN 9781450344296
DOI 10.1145/2947688.2947689
Language English
Publisher Association for Computing Machinery (ACM)
Publisher Date 2016-07-23
Publisher Place New York
Access Restriction Subscribed
Subject Keyword Scheduling Queuing Distributed computing Pipeline
Content Type Text
Resource Type Article
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