Selection, Annotation and Navigation for 3D Geological Data through Hybrid Interactions

Ronghao Zhau; Fuqi Xie; Ziyue Yuan; Lixiang Zhao; Lingyun Yu

Selection, Annotation and Navigation for 3D Geological Data through Hybrid Interactions

Ronghao Zhau, Fuqi Xie, Ziyue Yuan, Lixiang Zhao, Lingyun Yu

Research output: Chapter in Book or Report/Conference proceeding › Conference Proceeding › peer-review

Abstract

3D visualization plays an important role in geological explorations. The geological scientists usually follow pre-deffned routes to explore conditions of speciffc parts of outcrops. In this work, we propose a hybrid interaction system to support users to explore geological outcrops data through multi-touch and pen interactions. The exploration tasks include selection, annotation and navigation. Leveraging this system on portable devices such as Microsoft Surface allows
geologists to explore 3D geological outcrops efficiently.

Original language	English
Title of host publication	China Visualization and Visual Analytics Conference
Publication status	Published - 21 Jul 2022

Cite this

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title = "Selection, Annotation and Navigation for 3D Geological Data through Hybrid Interactions",

abstract = "3D visualization plays an important role in geological explorations. The geological scientists usually follow pre-deffned routes to explore conditions of speciffc parts of outcrops. In this work, we propose a hybrid interaction system to support users to explore geological outcrops data through multi-touch and pen interactions. The exploration tasks include selection, annotation and navigation. Leveraging this system on portable devices such as Microsoft Surface allowsgeologists to explore 3D geological outcrops efficiently.",

author = "Ronghao Zhau and Fuqi Xie and Ziyue Yuan and Lixiang Zhao and Lingyun Yu",

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T1 - Selection, Annotation and Navigation for 3D Geological Data through Hybrid Interactions

AU - Zhau, Ronghao

AU - Xie, Fuqi

AU - Yuan, Ziyue

AU - Zhao, Lixiang

AU - Yu, Lingyun

PY - 2022/7/21

Y1 - 2022/7/21

N2 - 3D visualization plays an important role in geological explorations. The geological scientists usually follow pre-deffned routes to explore conditions of speciffc parts of outcrops. In this work, we propose a hybrid interaction system to support users to explore geological outcrops data through multi-touch and pen interactions. The exploration tasks include selection, annotation and navigation. Leveraging this system on portable devices such as Microsoft Surface allowsgeologists to explore 3D geological outcrops efficiently.

AB - 3D visualization plays an important role in geological explorations. The geological scientists usually follow pre-deffned routes to explore conditions of speciffc parts of outcrops. In this work, we propose a hybrid interaction system to support users to explore geological outcrops data through multi-touch and pen interactions. The exploration tasks include selection, annotation and navigation. Leveraging this system on portable devices such as Microsoft Surface allowsgeologists to explore 3D geological outcrops efficiently.

M3 - Conference Proceeding

BT - China Visualization and Visual Analytics Conference

ER -

Selection, Annotation and Navigation for 3D Geological Data through Hybrid Interactions

Abstract

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