Abstract
This article describes an experimental analysis of an original artwork using color models. The text discusses color analysis in a 3D point cloud of a digital twin of an artwork. A digital twin of the artwork is created using the Structure of Motion photogrammetry method. CMYK and RGB color models are used for color analysis of the 3D model. The created color digital 3D model is then compared with the color values of the actual work of art measured by a colorimetric device. In the next step of the presented research, the exact values of the color attributes of the artwork are experimentally defined. The original artwork is digitized to a virtual art gallery environment for presentation purposes. The experiment aims to realistically reproduce art in a digital environment and define its originality in a virtual environment using color analysis. Accurate digitization of art into a virtual environment with defined color attributes is the primary goal of the experiment discussed in this text. The presented article also discusses other research possibilities in art digitization and the use of digitization methods in a virtual reality environment in art and social science.
Author Information
Irena Drofova, Tomas Bata University in Zlin, Czechia
Milan Adamek, Tomas Bata University in Zlin, Czechia
Paper Information
Conference: KAMC2023
Stream: Arts Practices
This paper is part of the KAMC2023 Conference Proceedings (View)
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To cite this article:
Drofova I., & Adamek M. (2023) Colorimetry Analysis of a 3D Model of Artwork for Forensic Examination of a Counterfeit in a Virtual Environment ISSN: 2436-0503 – The Kyoto Conference on Arts, Media & Culture 2023: Official Conference Proceedings https://doi.org/10.22492/issn.2436-0503.2023.28
To link to this article: https://doi.org/10.22492/issn.2436-0503.2023.28
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