Colored pencil filter with custom colors
Фильтр цветных карандашей с настраиваемыми цветами
2004-11-08
SCID: 54.1/mytyfpq4
Discuss with AI
Kubelka-Munk modelcolored pencil renderingcustom color selectiondigital image stylizationoptical color blending
Figures from the paper
Abstract (AI)
This paper presents a new technique for automatically converting digital images into colored pencil drawings. In real colored pencil drawing, artists use different colors for different regions, and add pure colors directly onto paper to build the target color through optical blending. To support such effect, our technique extends the existing technique for reproducing color image with custom inks to automatically select the best color set for individual regions in a source image. Then layers of stroke image for each color are generated and superimposed with the Kubelka-Munk optical compositing model. We also allow users to specify regions and to customize the color set for a specified region interactively. The proposed technique can be easily extended to simulate other artistic media featured with optical color blending, such as pastel and wax crayons.
Key Findings
1
Automatically selects suitable colors for individual image regions, reflecting artists’ use of different pure colors to achieve target colors through optical blending.
2
Generates separate stroke layers for each selected color and composites them using the Kubelka–Munk optical compositing model.
3
Introduces an automatic technique for converting digital images into colored pencil drawings using region-specific custom color sets.
4
Supports interactive user specification of regions and customization of their color sets.
5
The approach can be extended to simulate other media relying on optical color blending, including pastels and wax crayons.
Research Object
digital images converted into colored pencil drawings
Research Subject
automatic selection and optical blending of region-specific colored-pencil layers to reproduce target colors
Publication Details
Publication Date
2004-11-08
Journal
Publisher
ISSN
Access Type
Author Information
Download PDF
Subscribe to digest