In this video, you’ll learn how to take output from a function or multiple functions to create a vector. By creating a vector from a single output or multiple outputs, you can perform operations and functions on single or select elements using array indexing. Array indexing helps you ...
번역 답변:KSSV2016년 2월 8일 채택된 답변:KSSV MATLAB Online에서 열기 So I have one column vector A = [0:0.1:round(d/(min(B)))]' and need to make a matrix that has the same amount of rows that A has, along wi...
i have defined a variable MCR and i want matlab to assign a value for MCR from the values of MCR data that stored in excel sheet i want that to be done automatically every time the optimization algorithm run a new attempt. what is the function i should use to...
If, in matlab, you write a = Oct_2014 Nov_2014 Dec_2014 you'll get a syntax error. So, from your statement, we don't know whatais Dannyon 25 Oct 2014 Thank you. I was able to figure this out as 'a' was a char vector and I needed it as a string vector so I us...
In this code, you are taking the transpose of the N-element vector arr_vec and printing its shape. Notice that the shape is the same as the shape of the original arr_vec.However, if you are using row-vectors and column-vectors, you will need to ensure that the dimensions are ...
IfAis (N+1)-by-(N+1), the last column ofAmust be[zeros(N,1);1]. Otherwise,Ais augmented automatically, such that its last column is[zeros(N,1);1]. The matrixAdefines a forward transformation such thattformfwd(U,T), whereUis a 1-by-Nvector, returns a 1-by-NvectorX, such ...
Otherwise, A is augmented automatically, such that its last column is [zeros(N,1);1]. The matrix A defines a forward transformation such that tformfwd(U,T), where U is a 1-by-N vector, returns a 1-by-N vector X, such that X = U * A(1:N,1:N) + A(N+1,1:N). Data ...
IfAis (N+1)-by-(N+1), the last column ofAmust be[zeros(N,1);1]. Otherwise,Ais augmented automatically, such that its last column is[zeros(N,1);1]. The matrixAdefines a forward transformation such thattformfwd(U,T), whereUis a 1-by-Nvector, returns a 1-by-NvectorX, such ...
%column vector fprintf('Creating city pairs\n'); Creating city pairs numberOfCities = size(distanceMatrix,1); %number of cities c=1; for count = 1:numberOfCities:(numberOfCities*numberOfCities) cityPairs(count:numberOfCities*c, 1) = c; cityPairs(count:numberOfCit...
Thank you so much. It absolutely meets my needs. I was going crazy trying to imagine matrix flips, rotations, and transposes in order to do it with "ribbon." You folks have come to the rescue again! :-)