PotteryVR: virtual reality pottery

Dashti, Sarah and Prakash, Edmond and Navarro-Newball, Andres and Hussain, Fiaz and Carroll, Fiona (2022) PotteryVR: virtual reality pottery. The Visual Computer. ISSN 1432-2315

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5766:118629

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5766:118629

PotteryVR: virtual reality pottery (3MB)
Creative Commons Attribution 4.0.

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Creators:

Dashti, Sarah and Prakash, Edmond and Navarro-Newball, Andres and Hussain, Fiaz and Carroll, Fiona

Description/Abstract:

Handcrafting ceramic pottery in the traditional method or virtual reality (VR) with intricate surface details is still challenging for the ceramic and graphic artist. Free-form pottery modeling can be efficiently geometrically modeled with the right tools with detailed 3D print outputs, yet challenging to be manufactured using traditional art. The new advanced pottery VR simulation is a promising method to recreate the traditional pottery simulation for a better experience with some barriers. The challenges that arise from surface detail in pottery are a tedious task accomplished by mesh blending and retopology. This paper focuses on refining the VP application’s performance by adding unique sound resonance as a more likely infinite geometric phenomenon textures, blending it into the basic shapes. This paper combines creativity and visual computing technologies such as VR, mesh blending, fixing errors, and 3D printing to bring the ceramic artist’s imagination to life. We have used sound resonance with virtual pottery (VP) systems refinements to demonstrate several standard pottery methods from free form deformed pottery, retopology, mesh blended for surface details, and 3D printed pottery with materials including polymer and ceramic resins.

Item Type:

Article

Official URL:

https://link.springer.com/article/10.1007/s00371-0...

Date:

20 June 2022

Identification Number:

10.1007/s00371-022-02521-2

Uncontrolled Keywords or tags :

virtual pottery, usability, evaluation, interaction, methods, creative technology

Schools:

Other Departments > Research & Innovation