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We won’t discuss 2D very much here, since it is a logical subset of 3D that doesn’t require much extra explanation.) What we haven’t spoken in-depth about yet is 3D volume, regardless of shape or topology, can be meshed with tets.They are also the only kind of elements that can be used with adaptive mesh refinement.Judy can be used whenever a developer needs dynamically sized arrays, associative arrays or a simple-to-use interface that requires no rework for expansion or contraction.Judy can replace many common data structures, such as arrays, sparse arrays, hash tables, B-trees, binary trees, linear lists, skiplists, other sort and search algorithms, and counting functions.As we saw earlier, there are four different 3D element types — tets, bricks, prisms, and pyramids: These four elements can be used, in various combinations, to mesh any 3D model.

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In addition, sort, search, count, and sequential access capabilities are built into Judy's design.A Judy array consumes memory only when it is populated, yet can grow to take advantage of all available memory if desired.

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