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This paper presents a first attempt toward a generic process for stylization. Guided by the scene content and constrained by the artistic or functional expectations of the end-user, our model produces, in real time, an expressive rendering of the scene based on the user settings. Our work is based on semantic description of shapes that allows logical inference on the scene content, performed via the...
We propose a new comics stylization model based on a very efficient depth map generation. It is designed to render large scenes with multiple objects as well as single object in real time through a complete GPU implementation. 3D comics stylizations are generally view-dependent and only use the camera field of view to render the scene. In all cases, the depth of objects is computed according to the...
We present an approach for real-time pen-and-ink hatching renderings on large scenes. Starting with 3D models including photorealistic textures and materials, we aim to propose a solution that produces hatched renderings. As we consider scene objects described as polygonal meshes with their own textures, we produce once hatching patterns at different tones and resolutions considering the material...
Contemporary media entail colour-coded information. While an average viewer takes colour images for granted, individuals with colour vision deficiency have difficulties in discriminating certain colour combinations and, consequently, have difficulties in perceiving image features. Well-established simulation tools allow us to see the image from their perspective that goes beyond the stereotypical...
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