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POLYOMINO

  • Polyomino
  • Geometric shape formed from squares

    A polyomino is a plane geometric figure, connected, formed by joining a finite number of unit squares edge-to-edge. It is a polyform whose cells are squares

    Polyomino

    Polyomino

    Polyomino

  • Pseudo-polyomino
  • Geometric shapes formed from squares

    A pseudo-polyomino, also called a polyking, polyplet or hinged polyomino, is a plane geometric figure formed by joining one or more equal squares edge-to-edge

    Pseudo-polyomino

    Pseudo-polyomino

    Pseudo-polyomino

  • Nonomino
  • Geometric shape formed from nine squares

    A nonomino (or enneomino or 9-omino) is a polyomino of order 9; that is, a polygon in the plane made of 9 equal-sized squares connected edge to edge.

    Nonomino

    Nonomino

    Nonomino

  • Polycube
  • Shape made from cubes joined together

    distinguished, because one cannot turn a polycube over to reflect it as one can a polyomino given three dimensions. In particular, the Soma cube uses both forms of

    Polycube

    Polycube

    Polycube

  • Tetromino
  • Four squares connected edge-to-edge

    nomenclature related to polyominos. Polyominos are formed by joining unit squares along their edges. A free polyomino is a polyomino considered up to congruence

    Tetromino

    Tetromino

    Tetromino

  • Pentomino
  • Geometric shape formed from five squares

    A pentomino (or 5-omino) is a polyomino of order 5; that is, a polygon in the plane made of 5 equal-sized squares connected edge to edge. The term is

    Pentomino

    Pentomino

    Pentomino

  • LITS
  • Logic puzzle typically played on a 10×10 board

    four cells. The goal is to shade in a tetromino within each pre-printed polyomino in such a way that no two matching tetrominoes are orthogonally adjacent

    LITS

    LITS

    LITS

  • Glossary of Sudoku
  • Jigsaw shapes. Polyomino – A shape composed of equal sized, side-adjacent squares. Often used for Sudoku region variants. Polyominos are named by size:

    Glossary of Sudoku

    Glossary of Sudoku

    Glossary_of_Sudoku

  • Hexomino
  • Geometric shape formed from six squares

    A hexomino (or 6-omino) is a polyomino of order 6; that is, a polygon in the plane made of 6 equal-sized squares connected edge to edge. The name of this

    Hexomino

    Hexomino

    Hexomino

  • Tromino
  • Geometric shape formed from three squares

    A tromino or triomino is a polyomino of size 3, that is, a polygon in the plane made of three equal-sized squares connected edge-to-edge. When rotations

    Tromino

    Tromino

    Tromino

  • Fillomino
  • Grid-based logic puzzle

    two givens with matching number to belong to the same polyomino in the solution, and for a polyomino to have no given at all. It is common practice in solving

    Fillomino

    Fillomino

    Fillomino

  • Domino (mathematics)
  • Geometric shape formed from two squares

    In mathematics, a domino is a polyomino of order 2, that is, a polygon in the plane made of two equal-sized squares connected edge-to-edge. When rotations

    Domino (mathematics)

    Domino_(mathematics)

  • Octomino
  • Geometric shape formed from eight squares

    An octomino (or 8-omino) is a polyomino of order 8; that is, a polygon in the plane made of 8 equal-sized squares connected edge to edge. When rotations

    Octomino

    Octomino

    Octomino

  • Decomino
  • Geometric shape formed from ten squares

    A decomino, or 10-omino, is a polyomino of order 10; that is, a polygon in the plane made of 10 equal-sized squares connected edge to edge. When rotations

    Decomino

    Decomino

  • Edge-matching puzzle
  • Tiling puzzle

    and adaptable for conversion to and from equivalent jigsaw puzzles and polyomino packing puzzle. The first edge-matching puzzles were patented in the U

    Edge-matching puzzle

    Edge-matching puzzle

    Edge-matching_puzzle

  • Blokus
  • Abstract strategy board game whose pieces are polyominoes

    Family Games: The 100 Best Domino Four color theorem Pentomino Polyomino Pseudo-polyomino Tetromino Tromino Tetris Goodridge, Michelle; Rohweder, Matthew

    Blokus

    Blokus

  • Harary's generalized tic-tac-toe
  • Mathematical game

    game tic-tac-toe, defining the game as a race to complete a particular polyomino (Harary called them "animals") on a grid of squares. It was devised by

    Harary's generalized tic-tac-toe

    Harary's_generalized_tic-tac-toe

  • Solomon W. Golomb
  • American mathematician (1932–2016)

    previously hard-to-find works of Solomon Golomb. Golomb graph Golomb sequence Polyomino Solomon W. Golomb - 2016 Laureate of the Franklin Institute in Electrical

    Solomon W. Golomb

    Solomon W. Golomb

    Solomon_W._Golomb

  • Tile-based game
  • Type of tabletop game using tiles

    Colored polyomino tiles in Blokus

    Tile-based game

    Tile-based game

    Tile-based_game

  • Heptomino
  • Geometric shape formed from seven squares

    A heptomino (or 7-omino or septomino) is a polyomino of order 7; that is, a polygon in the plane made of 7 equal-sized squares connected edge to edge

    Heptomino

    Heptomino

    Heptomino

  • Domain (game)
  • Abstract strategy game

    first published throughout Europe in 1982. Players place multicoloured polyomino tiles on a game board and flip any of their opponent's pieces adjacent

    Domain (game)

    Domain_(game)

  • Dominoes
  • Family of tile-based games

    (🀹) tile looks like the domino mask. Despite the coinage of the word "polyomino" as a generalization, there is no connection between the word "domino"

    Dominoes

    Dominoes

    Dominoes

  • UTC−00:25:21
  • Former time zone in Ireland (1880–1916)

    Ireland "Statutes (Definition of Time) Act, 1880 (43 & 44 Vict. c. 9)". www.polyomino.org.uk. Retrieved 16 March 2024. Time (Ireland) Act, 1916 (6 & 7 Geo.

    UTC−00:25:21

    UTC−00:25:21

    UTC−00:25:21

  • Ripple Effect (puzzle)
  • 2007 Logic puzzle published by Nikoli

    according to these rules: Every polyomino must contain the consecutive integers from 1 to the quantity of cells in that polyomino inclusive. If two identical

    Ripple Effect (puzzle)

    Ripple Effect (puzzle)

    Ripple_Effect_(puzzle)

  • Dragon curve
  • Fractal constructible with L-systems

    following curve: A discrete dragon curve can be converted to a dragon polyomino as shown. Like discrete dragon curves, dragon polyominoes approach the

    Dragon curve

    Dragon curve

    Dragon_curve

  • Longest uncrossed knight's path
  • Mathematical problem set on a chessboard

    generalized to rectangular m×n boards, or even to boards in the shape of any polyomino. A restricted form of the problem for m×n boards, where n≤8 and m might

    Longest uncrossed knight's path

    Longest_uncrossed_knight's_path

  • Nagi Yanagi
  • Japanese singer-songwriter (born 1987)

    Festival Asia Singapore in November 2014. Yanagi's second solo album Polyomino (ポリオミノ) was released on December 10, 2014. Her ninth single "Sweet Track"

    Nagi Yanagi

    Nagi_Yanagi

  • 203 (number)
  • Natural number

    squares (not necessarily of unit size) can be found in a staircase-shaped polyomino formed by stacks of unit squares of heights ranging from 1 to 12. 203

    203 (number)

    203_(number)

  • Polystick
  • Shapes made from regular line segments

    the end of every line segment can be replaced with a single square of a polyomino. For example, the set of tristicks is equivalent to the set of Tetrominos

    Polystick

    Polystick

  • Square
  • Shape with four equal sides and angles

    polygons, as does the Chinese tangram. Another set of puzzle pieces, the polyominos, are formed from squares glued edge-to-edge; in this context, a single

    Square

    Square

    Square

  • Rhombus
  • Quadrilateral with sides of equal length

    (lit. "squares") in French. In the context of polyiamonds, shapes like polyominos but constructed from equilateral triangles, a diamond is a rhombus with

    Rhombus

    Rhombus

    Rhombus

  • Polyiamond
  • Polyform whose base form is an equilateral triangle

    polyiamond (also polyamond or simply iamond, or sometimes triangular polyomino) is a polyform whose base form is an equilateral triangle. The word polyiamond

    Polyiamond

    Polyiamond

  • Packing problems
  • Problems which attempt to find the most efficient way to pack objects into containers

    numbers p, q, r (i.e., the box is a multiple of the brick.) The study of polyomino tilings largely concerns two classes of problems: to tile a rectangle

    Packing problems

    Packing problems

    Packing_problems

  • Heesch's problem
  • On surrounding polygons by layers of copies

    The smallest polyomino (a nonomino) with Heesch number 2 (black) surrounded by its first (red) and second coronas (amber)

    Heesch's problem

    Heesch's problem

    Heesch's_problem

  • Pick's theorem
  • Formula for area of a grid polygon

    (by matching up pairs of squares along each edge of the polygon) into a polyomino with the same area. Pick's theorem may also be proved based on complex

    Pick's theorem

    Pick's theorem

    Pick's_theorem

  • Three-dimensional edge-matching puzzle
  • and capable of conversion to and from equivalent jigsaw puzzles and polyomino packing puzzle. Three-dimensional edge-matching puzzles are not currently

    Three-dimensional edge-matching puzzle

    Three-dimensional_edge-matching_puzzle

  • Tetris Party
  • 2008 video game

    traditional 15-level game with larger blocks, a smaller playfield and new polyominos such as a three-block line, a two-block line and a small three-block L-shape

    Tetris Party

    Tetris_Party

  • Eternity II puzzle
  • Edge-matching puzzle

    Erik D. Demaine, Martin L. Demaine. "Jigsaw Puzzles, Edge Matching, and Polyomino Packing: Connections and Complexity" (PDF). Retrieved 12 August 2007.

    Eternity II puzzle

    Eternity II puzzle

    Eternity_II_puzzle

  • Square tiling
  • Regular tiling of the Euclidean plane

    OpenStructures, design pattern consisting of four squares around every vertex Polyomino Conway, John H.; Burgiel, Heidi; Goodman-Strauss, Chaim (2008). The Symmetries

    Square tiling

    Square tiling

    Square_tiling

  • Automorphisms of the symmetric and alternating groups
  • Aspect of mathematical group theory

    Secret Blogging Seminar https://web.archive.org/web/20071227060045/http://polyomino.f2s.com/david/haskell/outers6.html Some Thoughts on the Number 6, by John

    Automorphisms of the symmetric and alternating groups

    Automorphisms_of_the_symmetric_and_alternating_groups

  • Stewart Coffin
  • American puzzle maker

    ISBN 9780966636123.{{cite book}}: CS1 maint: others (link) "What's New in Polyomino Puzzles and Their Design". Mathematical Properties of Sequences and Other

    Stewart Coffin

    Stewart_Coffin

  • Mireille Bousquet-Mélou
  • French mathematician (born 1967)

    in 1991, with a dissertation on the enumeration of orthogonally convex polyominos supervised by Viennot. She joined CNRS as a junior researcher in 1990

    Mireille Bousquet-Mélou

    Mireille Bousquet-Mélou

    Mireille_Bousquet-Mélou

  • Integer partition
  • Decomposition of an integer as a sum of positive integers

    adjacent squares joined together, Young diagrams are a special kind of polyomino. The partition function p ( n ) {\displaystyle p(n)} counts the partitions

    Integer partition

    Integer partition

    Integer_partition

  • Domineering
  • Mathematical game

    paper. For example, it can be played on a 6×6 square, a rectangle, a polyomino, or a combination of any number of such components. Two players have a

    Domineering

    Domineering

    Domineering

  • The Devil's Plan
  • 2023 South Korean television program

    main match is played on a 30x30 grid. Players play take turns selecting polyominos to add to their territory. Each piece must touch one of their existing

    The Devil's Plan

    The_Devil's_Plan

  • Equable shape
  • Shape with the same area and perimeter

    square and the 3 × 6 rectangle. An integer rectangle is a special type of polyomino, and more generally there exist polyominoes with equal area and perimeter

    Equable shape

    Equable shape

    Equable_shape

  • Tilings and patterns
  • Mathematics book

    parallelogon, §9.2 non-convex polygon tilings, §9.3 anisohedral tiling, §9.4 polyomino, heptomino, polyiamond, polyhex, §9.5 Voderberg tiling, §9.6 Marjorie

    Tilings and patterns

    Tilings_and_patterns

  • Tessellation
  • Covering by shapes without overlaps or gaps

    to tile a plane. For results on tiling the plane with polyominoes, see Polyomino § Uses of polyominoes. Voronoi or Dirichlet tilings are tessellations

    Tessellation

    Tessellation

    Tessellation

  • Equidissection
  • Partition of a polygon into triangles of equal area

    to trapezoids, kites, regular polygons, centrally symmetric polygons, polyominos, and hypercubes. Equidissections do not have many direct applications

    Equidissection

    Equidissection

    Equidissection

  • The Wright 3
  • 2006 children's book by Blue Balliett

    original on July 8, 2011. Retrieved March 9, 2011. "Gamepuzzles Annual Polyomino Excellence Award for 2006 — to Blue Balliett". Kaden Enterprises. 2006

    The Wright 3

    The_Wright_3

  • Polyabolo
  • Shape formed from isosceles right triangles

    56, 198, 624, 2182, 7448, … (sequence A151519 in the OEIS). As for a polyomino, a polyabolo that can be neither turned over nor rotated may be termed

    Polyabolo

    Polyabolo

    Polyabolo

  • Decillionix
  • Defunct computer music hardware company

    high and dry again... https://twitter.com/polyomino (david van brink) https://handmade.network/m/polyomino ,Hello! (Tiny intro -- I'm David Van Brink

    Decillionix

    Decillionix

  • Word-representable graph
  • P. Akrobotu, S. Kitaev, and Z. Masárová. On word-representability of polyomino triangulations. Siberian Adv. Math. 25 (2015), 1−10. B. Broere. Word representable

    Word-representable graph

    Word-representable_graph

  • Crossword
  • Grid-based word puzzle

    (that is, connected in one mass through shared sides, to form a single polyomino). Substantial variants from the usual forms exist. Two of the common ones

    Crossword

    Crossword

    Crossword

  • Rectangle packing
  • Optimization problem in mathematics

    Demaine, Martin L. (2007-06-01). "Jigsaw Puzzles, Edge Matching, and Polyomino Packing: Connections and Complexity". Graphs and Combinatorics. 23 (1):

    Rectangle packing

    Rectangle_packing

  • Rep-tile
  • Shape subdivided into copies of itself

    created by laying equilateral triangles and squares edge-to-edge. If a polyomino is rectifiable, that is, able to tile a rectangle, then it will also be

    Rep-tile

    Rep-tile

    Rep-tile

  • Heyawake
  • Logic puzzle

    diagonally). Rule 2: All white cells must be interconnected (form a single polyomino). Rule 3: A number indicates exactly how many painted cells there must

    Heyawake

    Heyawake

    Heyawake

  • Baxter permutation
  • 4180B, MR 2734180. Korn, M. (2004), Geometric and algebraic properties of polyomino tilings, Ph.D. thesis, Massachusetts Institute of Technology. Ackerman

    Baxter permutation

    Baxter_permutation

  • Polyhex
  • Polyform with a regular hexagon as the base form

    Tessellation Percolation theory Polyiamond – tilings with equilateral triangles Polyomino – tilings with squares Polycyclic aromatic hydrocarbon – hydrocarbons

    Polyhex

    Polyhex

    Polyhex

  • Tetrad (geometry puzzle)
  • Geometry puzzle

    whether fewer vertices are possible. Gardner offered a number of polyform (polyomino, polyiamond, and polyhex) solutions, with no holes. 11 squares 12 squares

    Tetrad (geometry puzzle)

    Tetrad (geometry puzzle)

    Tetrad_(geometry_puzzle)

  • Polyominoes: Puzzles, Patterns, Problems, and Packings
  • Book on shapes formed from squares

    fourth chapter discusses brute-force search methods for searching for polyomino tilings or proving their nonexistence, and the fifth introduces techniques

    Polyominoes: Puzzles, Patterns, Problems, and Packings

    Polyominoes:_Puzzles,_Patterns,_Problems,_and_Packings

  • 3-partition problem
  • Strongly NP-complete problem in computer science

    Demaine, Martin L. (2007-06-01). "Jigsaw Puzzles, Edge Matching, and Polyomino Packing: Connections and Complexity". Graphs and Combinatorics. 23 (S1):

    3-partition problem

    3-partition_problem

  • Polyform
  • 2D shape constructed by joining together identical basic polygons

    function of n, the number of basic polygons in the polyform. Polycube Polyomino Polyominoid Weisstein, Eric W. "Polyplet". MathWorld. "The Poly Pages"

    Polyform

    Polyform

    Polyform

  • Patchwork (board game)
  • Two-player board game

    take turns moving around a time-track board, about which are dispersed polyomino tiles representing fabric. During their turn, they may choose one of three

    Patchwork (board game)

    Patchwork_(board_game)

  • Telephone number (mathematics)
  • Number of ways to pair up n objects

    shape formed by a collection of n squares in the plane, grouped into a polyomino with a horizontal top edge, a vertical left edge, and a single monotonic

    Telephone number (mathematics)

    Telephone number (mathematics)

    Telephone_number_(mathematics)

  • Michael J. Larsen
  • American mathematician

    Olympiad 1977 (Belgrade, Yugoslavia) Individual Scores, Joseph Myers, polyomino.org.uk, retrieved 2012-08-16. The Mathematical Association of America's

    Michael J. Larsen

    Michael J. Larsen

    Michael_J._Larsen

  • Domino (disambiguation)
  • Topics referred to by the same term

    brand of cookies similar to Oreo or Hydrox Domino (mathematics), the polyomino of order two Domino computer, a computer based on sequences of falling

    Domino (disambiguation)

    Domino_(disambiguation)

  • Anisohedral tiling
  • Tiling forced to use inequivalent tile placements

    2007-09-09. John Berglund, Anisohedral Tilings Page Weisstein, Eric W. "Anisohedral Tiling". MathWorld. Joseph Myers, Polyomino, polyhex and polyiamond tiling

    Anisohedral tiling

    Anisohedral tiling

    Anisohedral_tiling

  • General game playing
  • Ability of artificial intelligence to play different games

    Programming Languages and General Players for Abstract Games and Puzzles". www.polyomino.com. Archived from the original on 2002-09-23. Retrieved 2017-11-16. Kowalski

    General game playing

    General_game_playing

  • Reverse-search algorithm
  • applications include algorithms for generating the following structures: Polyominos, polyiamond prototiles, and polyhex (mathematics) hydrocarbon molecules

    Reverse-search algorithm

    Reverse-search_algorithm

  • Cristopher Moore
  • American computer scientist

    2001, Moore and John M. Robson showed that the problem of tiling one polyomino with copies of another is NP-complete. Moore has also been active in the

    Cristopher Moore

    Cristopher_Moore

  • Monsky's theorem
  • One can't dissect a square into an odd number of triangles of equal area

    symmetric polygons, more generally, do not have odd equidissections, nor do polyominos. The theorem can be generalized to higher dimensions: an n-dimensional

    Monsky's theorem

    Monsky's_theorem

  • 2-satisfiability
  • Logic problem, AND of pairwise ORs

    problem that has been frequently studied, the shape to be recovered is a polyomino (a subset of the squares in the two-dimensional square lattice), and the

    2-satisfiability

    2-satisfiability

  • Geometry From Africa
  • 1999 book in ethnomathematics

    connect to the theory of Euler tours, fractals, arithmetic series, and polyominos. The book is aimed at primary and secondary school mathematics teachers

    Geometry From Africa

    Geometry_From_Africa

  • Dehn invariant
  • Value determined from a polyhedron

    aspect ratios are rational multiples of each other. It follows that a polyomino formed from a union of n {\displaystyle n} squares can only be dissected

    Dehn invariant

    Dehn_invariant

  • Median graph
  • Graph with a median for each three vertices

    or more incident edges, are another subclass of the median graphs. A polyomino is a special case of a squaregraph and therefore also forms a median graph

    Median graph

    Median graph

    Median_graph

  • Squaregraph
  • Planar graph with quadrilateral faces

    include as special cases trees, grid graphs, gear graphs, and the graphs of polyominos. As well as being planar graphs, squaregraphs are median graphs, meaning

    Squaregraph

    Squaregraph

    Squaregraph

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Online names & meanings

  • Micael
  • Boy/Male

    Australian, Hebrew, Swedish

    Micael

    Like the Lord; Who Like a God

  • Satyatman
  • Boy/Male

    Hindu, Indian

    Satyatman

    True Soul

  • Ambi
  • Boy/Male

    Hindu, Indian

    Ambi

    Goddess Parvathi

  • EDITHE
  • Female

    English

    EDITHE

    Variant spelling of English Edith, EDITHE means "rich battle."

  • Rithudev
  • Boy/Male

    Indian

    Rithudev

    The God of Seasons (Rithu)

  • Murrell
  • Surname or Lastname

    English

    Murrell

    English : variant of Merrill.

  • Egbertine
  • Girl/Female

    Anglo, British, English, German

    Egbertine

    Brilliant Sword

  • Bosley
  • Surname or Lastname

    English

    Bosley

    English : habitational name from a place in Cheshire named Bosley, from the Old English personal name Bōsa or Bōt + lēah ‘woodland clearing’.Americanized spelling of French Beausoleil, especially in New England.Altered spelling of German Bosler.

  • Dome
  • Surname or Lastname

    English

    Dome

    English : occupational name from the Old English root dōma, dēma ‘judge’, ‘arbiter’. Compare Dempster.French : habitational name from Dome in Saône-et-Loire.Hungarian (Döme) : from a pet form of the personal name Demeter.

  • IZAR
  • Male

    Basque

    IZAR

    , star.

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