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HOM3R: A 3D Viewer for Complex Hierarchical Product Models

BibTex:
Líneas de Trabajo:		Año:	2018
Tipo de publicación:	Artículo	Palabras clave:	Human-centered computing, Virtual Reality, Web-based interaction, Interaction techniques
Autores:	González Toledo, Daniel; Cuevas-Rodríguez, María; Garre del Olmo, Carlos; Molina-Tanco, Luis; Reyes-Lecuona, Arcadio
Journal:	Journal of Virtual Reality and Broadcasting	Volumen:	14
Número:	3

ISSN:	1860-2037

@article{HOM/2018, author = "Gonz{\'a}lez Toledo, Daniel and Cuevas-Rodr{\'i}guez, Mar{\'i}a and Garre del Olmo, Carlos and Molina-Tanco, Luis and Reyes-Lecuona, Arcadio", abstract = " We present HOM3R, a novel 3D viewer designed to manage complex industrial product models. The viewer includes a JavaScript API to interface with existing or new browser-based applications. We extend state-of-the art interaction techniques and introduce a novel navigation metaphor to navigate around complex products using constrained trajectories. To address the challenge of discovering and accessing the parts of the complex object, which are not visible, a set of occlusion management techniques have been implemented. The viewer presents other useful features such as hierarchical part selection and linking of information to 3D geometry. A user-centred evaluation of the tool has been carried out and is described in the paper ", doi = "10.20385/1860-2037/14.2017.3", issn = "1860-2037", journal = "Journal of Virtual Reality and Broadcasting", keywords = "Human-centered computing, Virtual Reality, Web-based interaction, Interaction techniques ", number = "3", title = "{HOM}3{R}: {A} 3{D} {V}iewer for {C}omplex {H}ierarchical {P}roduct {M}odels", url = "https://www.jvrb.org/past-issues/14.2017/4696", volume = "14", year = "2018", }
Abstract:	We present HOM3R, a novel 3D viewer designed to manage complex industrial product models. The viewer includes a JavaScript API to interface with existing or new browser-based applications. We extend state-of-the art interaction techniques and introduce a novel navigation metaphor to navigate around complex products using constrained trajectories. To address the challenge of discovering and accessing the parts of the complex object, which are not visible, a set of occlusion management techniques have been implemented. The viewer presents other useful features such as hierarchical part selection and linking of information to 3D geometry. A user-centred evaluation of the tool has been carried out and is described in the paper
Texto completo: 1420173.pdf Versión en línea [Bibtex] [RIS]

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