magic adj. 魔術的,巫術的,幻術的,不可思議的,有奇異魔力的。 magic words 咒語。 a magic wand 魔杖。 magic beauty 妖艷無比的美麗。 n. 魔法,巫術,幻術,妖術;魔術,戲法;不可思議的魔力。 black [white] magic驅使惡魔[天神]的魔術。 natural magic(不借助神力的)奇術。 as (if) by magic 像使用魔術般。 like magic 不可思議地快;立刻,馬上。
Constructing pandiagonal snowflake magic squares of odd order 奇數階泛對角線雪花幻方的構作
Study and design for the magic square intersector in turbo code 碼中幻方交織器的研究與設計
A structure law of even - rank magic squares 偶階幻方的一種構造規律
A simple and convenient structuring method of magic square of 2n 1 orders 1階幻方的一種簡便構造法
Magic mapping , magic group and magic square 幻群與幻方
Jiushulue , in regard to contents besides its author creating some magic square , did not overstep the times of its author 《九數略》就其數學內容來說除了作者自創的幾個縱橫圖,沒有超越其所處的時代。
This photograph of the same magic square was taken by gordon brindle whilst on holiday in barcelona to celebrate his wife ' s birthday 為了慶祝他的妻子生日,在一個假日,他-戈登斑在巴塞羅那照了這相同的幻方的照片。
The order 3 magic square appeared in ancient china is the oldest instance for combinatorial design . there also were a large number of examples on magic square in ancient india and arab 出現于中國的3階幻方是組合設計的最早特例,在印度、阿拉伯等國家對幻方也有較早的研究。
Moreover , in order to raise the watermark ' s security and keep resilience to cropping attack , we used the magic square shuffling techniques in watermark image before embed the mark 此外,為了提高水印的安全性和對剪切的抵抗性,在嵌入水印前,還先對水印進行了幻方置亂預處理。
This part gives a study on the some objects in combinatorics researched in the middle ages . those researches are substantially composed by search for the formulae of permutation and combination , the arithmetical triangle and the magic square 二、考察了中世紀數學家對組合學相關內容的研究,主要體現在排列、組合公式的探求,確立算術三角形和構作幻方三個專題。
a square matrix of n rows and columns; the first n^2 integers are arranged in the cells of the matrix in such a way that the sum of any row or column or diagonal is the same
百科解釋
In recreational mathematics, a magic square is an arrangement of numbers (usually integers) in a square grid, where the numbers in each row, and in each column, and the numbers that run diagonally in both directions, all add up to the same number. A magic square has the same number of rows as it has columns, and in conventional math notation, "n" stands for the number of rows (and columns) it has.