Create two row vectors that contain related data in the corresponding elements. Get X = [3 6 4 2 1 5]; Y = ["yellow" "purple" "green" "orange" "red" "blue"]; First sort the vector X, then sort the vector Y in the same order as X. Get [Xsorted,I] = sort(X) Xsorted...
Create two row vectors that contain related data in the corresponding elements. X = [3 6 4 2 1 5]; Y = ["yellow""purple""green""orange""red""blue"]; First sort the vectorX, then sort the vectorYin the same order asX. [Xsorted,I] = sort(X) ...
Sort Vectors in Same Order Create two row vectors that contain related data in the corresponding elements. X = [3 6 4 2 1 5]; Y = ["yellow""purple""green""orange""red""blue"]; First sort the vectorX, then sort the vectorYin the same order asX. ...
dsortsorts the discrete-time poles contained in the vectorpin descending order by magnitude. Unstable poles appear first. When called with one lefthand argument,dsortreturns the sorted poles ins. [s,ndx] = dsort(p)also returns the vectorndxcontaining the indices used in the sort. ...
2. Sort strings in vector in descending order of their length In the following program, we sort the string vectorvin descending order based on the string length of elements. main.cpp #include <iostream> #include <vector> #include <algorithm> ...
= v1.end( ) ; Iter1++ ) cout << *Iter1 << " "; cout << ")" << endl; // To sort in descending order. specify binary predicate sort( v1.begin( ), v1.end( ), greater<int>( ) ); cout << "Resorted (greater) vector v1 = ( " ; for ( Iter1 = v1.begin( ) ; ...
= v1.end( ) ; Iter1++ ) cout << *Iter1 << " "; cout << ")" << endl; // To sort in descending order. specify binary predicate sort( v1.begin( ), v1.end( ), greater<int>( ) ); cout << "Resorted (greater) vector v1 = ( " ; for ( Iter1 = v1.begin( ) ; ...
collapse all in page Syntax Y = sort(X) Y = sort(X,dim) Y = sort(___,direction) [Y,I] = sort(___) Description example Y= sort(X)sorts the elements ofXin ascending lexicographical order. IfXis a vector, thensort(X)sorts the vector elements ofX. ...
vector COL. If an element of COL is positive, the corresponding column in X will be sorted in ascending order; if an element of COL is negative, the corresponding column in X will be sorted in descending order. For example, SORTROWS(X,[2 -3]) sorts the rows of X first in ascending...
Sort Vector in Ascending Order 创建一个行向量,并升序排序: clc clear close allA=[90-7538-1042];B=sort(A) 结果: B = -10 -7 0 2 3 4 5 8 9 Sort Matrix Rows in Ascending Order 创建一个矩阵,并对其每列降序排序: clc clear close all%Create a matrix and sort its columnsindescending o...