Tools for Presenting 3D Objects and Virtual Collections Online

Georgiev, Vasil

doi:10.55630/dipp.2015.5.25

Cited by 2 publications

(2 citation statements)

References 4 publications

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“…With the rise of Internet technology, consumer demand for rich interactive experiences has increased dramatically. Attractively presenting information is extremely important for areas such as e-commerce (Georgiev, 2015). In online shopping operations, consumers usually do not have access to products and can only select target items based on product images and text descriptions (Su et al, 2020).…”

Section: Related Workmentioning

confidence: 99%

Exploring the effects of virtual annotation background display mode and transparency through a 360-degree panorama approach to online shopping

Zhai,

Lin,

2023

APJML

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PurposeWith the rapid development of technology, 360° panorama on mobile as a very convenient way to present virtual reality has brought a new shopping experience to consumers. Usually, consumers get product information through virtual annotations in 360° panorama and then make a series of shopping behaviors. The visual design of virtual annotation significantly influences users' online visual search for product information. This study aims to investigate the influence of the visual design of virtual annotation on consumers' shopping experience in the online shopping interface of 360° panorama.Design/methodology/approachA 2 × 3 between-subject design was planned to help explore whether different display model of annotation (i.e. negative polarity and positive polarity) and different background transparency of annotation (i.e. 0% transparency, 25% transparency and 50% transparency) may affect users' task performance and their subjective evaluations.Findings(1) Virtual annotations with different background transparency affect user performance, and transparency has better visual search performance. (2) Virtual annotation background display mode may affect the user operation performance; the positive polarity of the virtual annotation is more convenient for the users' visual searching for product information. (3) When the annotation background transparency is opaque or semi-transparent, the negative polarity display is more favorable to the users' visual search. However, this situation is reversed when the annotation background transparency is 25%. (4) Participants preferred the presentation of positive polarity virtual annotations. (5) Regarding the degree of willingness to use and ease of understanding, participants preferred the negative polarity display for 0% background transparency or 50% background transparency. However, the opposite result was obtained for 25% background transparency.Originality/valueThe findings generated from the research can be a good reference for the development of virtual annotation visual design for mobile shopping applications.HighlightsVirtual annotation background transparency and background display mode are two essential attributes of 360° panoramas.This study examined how virtual annotation background transparency and background display mode influence user performance and experience.It is recommended to use a translucent or opaque annotation background with a negative polarity display.Virtual annotation presentation with 25% background transparency facilitates consumer searching and comparison of product information.Users prefer a positive polarity annotation display.

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Section: Related Workmentioning

confidence: 99%

Exploring the effects of virtual annotation background display mode and transparency through a 360-degree panorama approach to online shopping

Zhai,

Lin,

2023

APJML

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“…The other important decision for the project is choosing the right technology to render the three-dimensional models of human anatomy in the web browser. One of the alternatives is using an open-source rendering library or tools that are built on top of and extend such frameworks (Georgiev, 2015). That is the most flexible approach, as it gives the greatest freedom for implementing any requirements using the fundamental APIs and resources.…”

Section: Introductionmentioning

confidence: 99%

Using Unity and Shield UI for Displaying 3D Medical Education Objects in the Web Browser

Georgiev

Nikolova

Mitreva

2018

DiPP

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In this paper we describe how Unity and Shield UI frameworks are used for building the three-dimensional object rendering section of an online knowledge management system for human anatomy. 3D models of humans are organized in multiple levels of hierarchy and each component contains different types of related information. To allow seamless navigation, like searching for and selecting a specific organ, and viewing its medical description in several languages, developers would need to rely on an optimized and stable framework that can target web browsers as well as other platform builds. The specific requirements of this project called for trying the Unity package for building our 3D rendering scene and exporting it to the WebGL platform to make it available to its viewers on all mod-ern web browsers. To build the rich web user interface and bring high-level user experience to the viewers, the Shield UI framework is integrated on top of the Unity webgl build.

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Tools for Presenting 3D Objects and Virtual Collections Online

Cited by 2 publications

References 4 publications

Exploring the effects of virtual annotation background display mode and transparency through a 360-degree panorama approach to online shopping

Exploring the effects of virtual annotation background display mode and transparency through a 360-degree panorama approach to online shopping

Using Unity and Shield UI for Displaying 3D Medical Education Objects in the Web Browser

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