The Computational Visual Media(CVM)conference series serves as a prominent international platform for the exchange of innovative research ideas and significant computational methodologies that support or are applied t...The Computational Visual Media(CVM)conference series serves as a prominent international platform for the exchange of innovative research ideas and significant computational methodologies that support or are applied to visual media.The conference's primary objective is to encourage cross-disciplinary collaboration,bringing together elements of computer graphics,computer vision,machine learning,image and video processing,visualization,and geometric computing.Key topics of interest at CVM encompass the classification,composition,retrieval,synthesis,cognition,and understanding of visual media,including images,video,and 3D geometry.展开更多
A thin shell model refers to a surface or structure,where the object’s thickness is considered negligible.In the context of 3D printing,thin shell models are characterized by having lightweight,hollow structures,and ...A thin shell model refers to a surface or structure,where the object’s thickness is considered negligible.In the context of 3D printing,thin shell models are characterized by having lightweight,hollow structures,and reduced material usage.Their versatility and visual appeal make them popular in various fields,such as cloth simulation,character skinning,and for thin-walled structures like leaves,paper,or metal sheets.Nevertheless,optimization of thin shell models without external support remains a challenge due to their minimal interior operational space.For the same reasons,hollowing methods are also unsuitable for this task.In fact,thin shell modulation methods are required to preserve the visual appearance of a two-sided surface which further constrain the problem space.In this paper,we introduce a new visual disparity metric tailored for shell models,integrating local details and global shape attributes in terms of visual perception.Our method modulates thin shell models using global deformations and local thickening while accounting for visual saliency,stability,and structural integrity.Thereby,thin shell models such as bas-reliefs,hollow shapes,and cloth can be stabilized to stand in arbitrary orientations,making them ideal for 3D printing.展开更多
The Computational Visual Media(CVM)conference series is intended to provide a prominent international forum for exchanging innovative research ideas and significant computational methodologies that either underpin or ...The Computational Visual Media(CVM)conference series is intended to provide a prominent international forum for exchanging innovative research ideas and significant computational methodologies that either underpin or apply visual media.展开更多
文摘The Computational Visual Media(CVM)conference series serves as a prominent international platform for the exchange of innovative research ideas and significant computational methodologies that support or are applied to visual media.The conference's primary objective is to encourage cross-disciplinary collaboration,bringing together elements of computer graphics,computer vision,machine learning,image and video processing,visualization,and geometric computing.Key topics of interest at CVM encompass the classification,composition,retrieval,synthesis,cognition,and understanding of visual media,including images,video,and 3D geometry.
基金supported by Grant No.61972232 from the National Natural Science Foundation of China(NSFC)by Grant No.2020ZLYS01 of the Key Research and Development Plan of Shandong Province of China.
文摘A thin shell model refers to a surface or structure,where the object’s thickness is considered negligible.In the context of 3D printing,thin shell models are characterized by having lightweight,hollow structures,and reduced material usage.Their versatility and visual appeal make them popular in various fields,such as cloth simulation,character skinning,and for thin-walled structures like leaves,paper,or metal sheets.Nevertheless,optimization of thin shell models without external support remains a challenge due to their minimal interior operational space.For the same reasons,hollowing methods are also unsuitable for this task.In fact,thin shell modulation methods are required to preserve the visual appearance of a two-sided surface which further constrain the problem space.In this paper,we introduce a new visual disparity metric tailored for shell models,integrating local details and global shape attributes in terms of visual perception.Our method modulates thin shell models using global deformations and local thickening while accounting for visual saliency,stability,and structural integrity.Thereby,thin shell models such as bas-reliefs,hollow shapes,and cloth can be stabilized to stand in arbitrary orientations,making them ideal for 3D printing.
文摘The Computational Visual Media(CVM)conference series is intended to provide a prominent international forum for exchanging innovative research ideas and significant computational methodologies that either underpin or apply visual media.
