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The Magic Encyclopedia index (m) |
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index item with this background taken from the LEXICON
by Harvey Heinz and John R Hendricks
for purchasing details see: http://www.magic-squares.net/BookSale.htm |
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| M2-ply | Special condition within a magic square. | |
| Magic circle | 2-dimensional magic hypercircle | |
| Magic Beam | 3 dimensional magic hyperbeam | |
| Magic Carpet | Grogono"s view of latin squares | |
| Relevant Webpage |
Magic Squares by "Grog" |
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| Magic Cube | 3 dimensional magic hypercube | |
| Magic diamond | A magic square tilted by 45o | |
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Magic Hyperbeam examples (Aale de Winkel) |
rectangular shaped figure in hyperspace several amounts of numbers in all directions |
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| Authors Webpages | Magic Beam | |
| related Webpages | (not yet compiled) | |
| related subjects |
Magic Beam Magic Rectangle Magic Hypercube |
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Magic Hypercube (Aale de Winkel) |
rectangular shaped figure in hyperspace equal amount of numbers in all directions |
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| Authors Webpages |
Magic HyperCube Magic Squares and Cubes |
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| related Webpages |
many a website are around below just a few of them: (M.Suzuki"s) Directory listing of pages on magic squares and cubes. Harvey Heinz site on "magic stars squares and other subjects" |
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| related subjects |
Magic Hyperbeam Magic Squares Magic Cubes |
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Magic Hyperline Figure (Aale de Winkel) |
figures consisting of lines in hyperspace | |
| Authors Webpages | Magic Line Figures | |
| related Webpages | NOVEL SUBJECT (not yet investigated) | |
| related subjects |
Perimeter Magic Polygons Magic Stars |
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| Magic line diagrams |
Lines connecting centers of n-points in a magic object (sequentially by n-point occupying number) |
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Magic Object (Generalized) (Aale de Winkel) |
General framework for handling magic numeric objects | |
| Authors Webpages | Generalized Magic Objects | |
| related Webpages |
VectorSpace Module |
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| related subjects |
Magic Vector Space all other discussed items |
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| Magic Polygon |
Symmetrical shaped magic hyperline figure (without line crossings) |
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| Magic Product | the magic constant in a multiplication magic object | |
| see also |
Multiplication(object) Qualifications |
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| Magic Quotient | the magic constant in a division magic object | |
| see also |
Division Qualifications |
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| Magic Ratio |
the fraction of magic items lines in all items the "items" needs to be specified when appropriate |
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| see also |
r-agonal Ratio Ratio Qualification |
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Magic Ring (Aale de Winkel) |
Order 2k ring around order 2(k-1) square | |
| Magic Remainder | the magic constant in a subtraction magic object | |
| see also |
Subtraction Qualifications |
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| Magic Square | 2 dimensional magic hypercube | |
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Magic Series Theory of Magic Series (Walter Trump (pdf file)) |
selction of n number summing to the magic sum | |
| see also | Magic sum | |
| Magic Sum | the magic constant in a addition magic object | |
| see also |
Addition Qualifications |
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| Magic Star |
Symmetrical shaped magic hyperline figure (with line crossings) |
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| Magic Vector Space |
A Generalized Magic Object which poses the magic condition on an object with real numbers |
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| Main n-agonal |
n-agonal of the hypercube starting from the (0) to the (m-1) position (authors note: some are using this term for all the (non-broken) hyper-n-agonals) |
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| Mapping | The isomorphisms between two hyperobjects | |
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Models (Aale de Winkel) |
Mathematical models. | |
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p-MultiMagic (Aale de Winkel) |
Special Magic Feature, where the figure also sums when numbers are raised to the powers uptil p | |
| Authors Webpages |
Magic HyperCube (MultiMagic) Magic Squares and Cubes (theory multi-magic) |
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| relevant Webpages |
multimagie.com |
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bimagic trimagic tetramagic pentamagic |
2-MultiMagic 3-MultiMagic 4-MultiMagic 5-MultiMagic |
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| p-Multiplet object | a set of p objects which share conditions | |
| see also |
paired magic squares paired magic hypercubes |
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paired object triplet object quartet object |
using 2 objects using 3 objects using 4 objects |
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| Multiplet Permutation | A perumutation that splits up into parts with the same sum | |
| see also |
Panmagic squares of compound orders Permutation |
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Multiplication (object) |
successive numbers are multiplied to each other | |
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The "Product" of each line (x0 .. xn-1) is correctly stated by: P = fn-1; fi = xi * fi-1; i = 1..n-1; f0 = x0 |
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| see also |
Addition Division Subtraction Qualification |
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Multiplication (Aale de Winkel) (procedure) |
Multiplication of two hypercubes | |
| Authors Webpages |
Magic HyperCube Magic Squares and Cubes |
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| relevant Webpages | (A.Adler"s) Magic Squares: "Multiplication" in a new context | |
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Multiplication of Rectangles (Aale de Winkel) |
Describes multiplication of rectangles especially "Normal Rectangles" |
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| see also |
Generating Squares Dynamic Numbering |
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