% find() will get the index of element % store it in the index index = find(array==2,2,'first') 输出: 示例2: MATLAB % array of integers array = [1 2 3 4 5 6 2 4 2] % find() will get the index of element % store it in the index index = find(array==2,2,'last') ...
Matlab finds the index function used to remit a vector containing the linear indices of each nonzero element in the array. For Matlab find the index “Find” statement is used. For example, D = find(Y) remits a vector containing the linear indices of each nonzero element in array Y. If...
Index = findIndexInOrderedVector(SearchVector, operation, value, whichelement) 该函数的输出类似于 MATLAB 的 find() 函数的某些用途,但通过使用二分搜索对大向量完成得更快。 一个例子是: 索引 = 查找(搜索向量 >= 3, 1); 这将是: Index = findIndexInOrderedVector(SearchVector, 'geq', 3, 'first...
strindex—命名索引 字符向量元胞数组|字符向量|字符串向量|整数向量 命名索引,指定为字符向量元胞数组、字符向量、字符串向量或整数向量。strindex参量的数目必须等于var中的维数。 示例:["small","medium","large"] 数据类型:double|char|string|cell
MATLAB中的Find()函数 MATLAB中的find()函数用于查找非零元素或满足给定条件的元素的索引和值。关系表达式可与find结合使用,以找到满足给定条件的元素的索引。它返回一个包含线性索引的向量。 使用衬里索引,可以用一个下标来访问一个多维数组。MATLAB将数组视为一个单列向量,每一列都附加到前一列的底部。
在MATLAB中,可以使用find()函数来查找小数。find()函数用于查找数组中满足特定条件的元素的索引。 要在MATLAB中使用find()函数查找小数,可以按照以下步骤进行操作: 1. 创...
Index = findIndexInOrderedVector(SearchVector, operation, value, whichelement)The output of the function is similar to certain uses of MATLAB's find() function, but is done much faster for large vectors by using binary search. An example is: ...
MATLAB Online에서 열기 I have an array of 1000+ samples. I want to find the index of nonzero elements in a large matrix in a shortest possible time. Whats the best way to get the list of indexing without using "find" funcion?
I don't know if there is a way Matlab could find the last column index in excel and create a gap between these two matrices. My code is something like this now: xlswrite('My file.xls',A,'My Sheet','B2'); %% Here is what I don't know to fill in to find the starting range...
1.histc(A, unique(A)) Compute the histgram of every element in A. 2.B = unique(A); repeat_ele = B(histc(A, B) > 1)) Split thoes repeated element from B with repeat number can be changed for different purpose. 3.find(A == repeat_ele(i)) ...