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@@ -17,10 +17,10 @@ The results showed that participants consistently identified and matched cluster
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The texture rankings did indeed show that participants perceived the roughness of haptic textures to be very similar, but less so for visual textures, and the haptic roughness perception predominated the final roughness perception ranking of the original visuo-haptic pairs.
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There are still many improvements to be made to the respective renderings of the haptic and visual textures used in this work to make them more realistic for finger perception and immersive virtual environment contexts.
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There are still many improvements to be made to the respective renderings of the haptic and visual textures used in this work to make them more realistic for finger perception and immersive \VE contexts.
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However, these results suggest that \AR visual textures that augments tangible surfaces can be enhanced with a set of data-driven vibrotactile haptic textures in a coherent and realistic manner.
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This paves the way for new \AR applications capable of augmenting a real environment with virtual visuo-haptic textures, such as visuo-haptic painting in artistic, object design or interior design contexts.
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This paves the way for new \AR applications capable of augmenting a \RE with virtual visuo-haptic textures, such as visuo-haptic painting in artistic, object design or interior design contexts.
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The latter is illustrated in \figref{experiment/use_case}, where a user applies different visuo-haptic textures to a wall to compare them visually and by touch.
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