indexed array造句
例句與造句
- square brackets denote a numerically indexed array
方括號表示數(shù)字索引數(shù)組。 - and indexed array access properties
和索引數(shù)組訪問屬性表示。 - represents an indexed array, so its
代表索引數(shù)組，所以它的 - except that it appends its value to an indexed array identified by the key
類似，區(qū)別在于它把值添加到按照鍵進(jìn)行識別的索引數(shù)組。 - split s job is to " chop up " a string and place the various parts into an integer-indexed array
split()的任務(wù)是“切開”字符串，并將各部分放到使用整數(shù)下標(biāo)的數(shù)組中。 - It's difficult to find indexed array in a sentence. 用indexed array造句挺難的
- under the hood, javascript objects for the most part are composed of associative arrays, numerically indexed arrays, strings, numbers, or nested combinations of these types
實(shí)際上，javascript對象的大部分都由聯(lián)合數(shù)組、數(shù)字索引數(shù)組、字符串、數(shù)字或者這些類型的嵌套組合而成。 - we define the mapping a on circle in double quiver q of a quiver q, and give a strict defition of bracket operation in lie algebra, then prove it is a lie bracket . in section 1.2, we introduce the left and right index arrays of an necklace word
1節(jié)中，我們定義了箭圖q的重箭圖(?)循環(huán)上的映射，用它給出了項(xiàng)鏈李代數(shù)括號運(yùn)算的一個嚴(yán)格定義，并用此定義證明了這是一個李運(yùn)算。在1 - using them, we divided the necklace words into 5 classes, namely : a, b, c, d and e . we also discuss a natural involution of necklace lie algebra . in section 1.3, taking the advantage of the classification by the index arrays, pointed out the space spanned by class a, b, c respect ! vivety are subalgebras of nq
2節(jié)中，我們對項(xiàng)鏈字引入左右指標(biāo)數(shù)組，利用它們把項(xiàng)鏈李代數(shù)n_q的基分成了a，b，c，d，e5類。我們還討論了由重箭圖自然自同構(gòu)導(dǎo)出的李代數(shù)的一個自然的對合。在1 - in section 2.2, we prove that if the set of arrows in a quiver is not empty, then nq is not semisimple . we construct the nonsovable subalgebra of nq when there is no less than one circle whose length is bigger than one, and there is no loop in quiver q, thus leads to a conclusion that nq is nonsovable . using the index arrays to discuss the operation of necklace word . construct a sovable subalgebra of nq, which is not nilpotent . this shows that nq is not nilpotent provided that there is a cyclic with length bigger than 1
當(dāng)箭圖中有長度大于1的循環(huán)，且無圈時，構(gòu)造了n_q的非可解子代數(shù)，從而證明了n_q是不可解李代數(shù)。我們還利用指標(biāo)數(shù)組討論了項(xiàng)鏈字的運(yùn)算，構(gòu)造了n_q的可解非冪零子代數(shù)，從而證明了當(dāng)箭圖中有長度大于1的循環(huán)時，項(xiàng)鏈李代數(shù)非冪零。在2