Примеры использования Space-filling на Английском языке и их переводы на Русский язык
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No differentiable space-filling curve can exist.
Space-filling curves are special cases of fractal constructions.
For a regular 4-polytope or space-filling tessellation{p, q, r}, the vertex figure is{q, r.
Space-filling and fractal region constructors such as HilbertCurve and SierpinskiMesh.
The simplest example of a space-filling tree is one that fills a square planar region.
One octahedron andfour truncated cubes meet at each vertex form a space-filling tessellation.
A space-filling curve's approximations can be self-avoiding, as the figures above illustrate.
A similar sequence of iterations used for the square space-filling tree can be used for hypercubes.
It is not space-filling in the standard sense of including the entire 2-dimensional unit square.
Also,"monsters"(nowhere continuous functions, continuous but nowhere differentiable functions, space-filling curves) began to be investigated.
The paper says"A space-filling tree is actually defined as an infinite sequence of trees.
The towers themselves, with their four pentagonal sides, four roof facets, andsquare base, form another space-filling enneahedron.
In contrast, a space-filling tree, as defined in the tech report, is not a single tree.
The painter's early works are reminiscent of the proto-Corinthian style,using space-filling ornamentation like that of the Berlin Painter.
A space-filling curve can be(everywhere) self-crossing if its approximation curves are self-crossing.
The Sierpiński curve is useful in several practical applications because it is more symmetrical than other commonly studied space-filling curves.
Hilbert R-trees use space-filling curves, and specifically the Hilbert curve, to impose a linear ordering on the data rectangles.
It defines T square{\displaystyle T_{\text{square}}} as a"sequence of trees", then states" T square{\displaystyle T_{\text{square}}}is a space-filling tree.
Five space-filling polyhedra can tessellate 3-dimensional euclidean space using translations only.
Secondly, the space is partitioned by a grid andthe location of an object is linearized within the partitions according to a space-filling curve, e.g., the Peano or Hilbert curves.
There are many natural examples of space-filling, or rather sphere-filling, curves in the theory of doubly degenerate Kleinian groups.
Dimension The topological dimension of a quotient space can be more(as well as less)than the dimension of the original space; space-filling curves provide such examples.
The curve is"space filling" because it is"a curve whose range contains the entire 2-dimensional unit square" as explained in the first sentence of space-filling curve.
The gyrobifastigium is one of five convex polyhedra with regular faces capable of space-filling(the others being the cube, truncated octahedron, triangular prism, and hexagonal prism) and it is the only Johnson solid capable of doing so.
A space-filling tree is defined by an incremental process that results in a tree for which every point in the space has a finite-length path that converges to it.
The square cupola is a component of several nonuniform space-filling lattices: with tetrahedra; with cubes and cuboctahedra; and with tetrahedra, square pyramids and various combinations of cubes, elongated square pyramids and elongated square bipyramids.
Space-filling trees have interesting parallels in nature, including fluid distribution systems, vascular networks, and fractal plant growth, and many interesting connections to L-systems in computer science.
L-systems on the real line R:Prouhet-Thue-Morse system Well-known L-systems on a plane R2 are: space-filling curves(Hilbert curve, Peano's curves, Dekking's church, kolams), median space-filling curves(Lévy C curve, Harter-Heighway dragon curve, Davis-Knuth terdragon), tilings(sphinx tiling, Penrose tiling), trees, plants, and the like.
Most well-known space-filling curves are constructed iteratively as the limit of a sequence of piecewise linear continuous curves, each one more closely approximating the space-filling limit.
In each partition, the use of a space-filling curve means that a range query in the native, two-dimensional space becomes a set of range queries in the transformed, one-dimensional space.