Visualization of Scanned Cave Data with Global Illumination (Unknown language)

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3D scans of caves are acquired for virtual exploration, quantitative analysis, and communication purposes. Especially when presented to a non-professional audience, near realistic visualization is important because it improves acceptance and familiarity. A major part of realistic visualizations is the reasonable simulation of light transport, including global effects such as diffuse inter-reflections. In this paper, we present a direct visualization method for cave data that are represented as unstructured point clouds. Global light transport is approximated with a volumetric scene representation. Using hierarchical data structures, our system achieves interactive frame rates.

Table of contents conference proceedings

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1
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41
Visualization of Scanned Cave Data with Global Illumination
Schertler, Nico / Salm, Mirko / Staib, Joachim / Gumhold, Stefan | 2016
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