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"Shape analysis" as a book category covers the theory, methods, and applications for representing, comparing, measuring, and reasoning about geometric form and structure. It spans mathematical foundations (differential and computational geometry, topology, statistics of shapes), algorithmic and computational techniques (feature descriptors, registration, correspondence, deformation models, spectral and multiscale methods), and practical domains where shape matters (computer vision, 3D graphics and modeling, medical imaging and morphometrics, CAD, biology and paleontology). Books in this category may be theoretical textbooks, applied method handbooks, or domain-specific case studies, and are aimed at readers across mathematics, computer science, engineering, and the applied sciences who need tools to quantify, analyze, and manipulate shape.

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