MATLAB Online에서 열기 x = your 64x1844 matrix result = reshape(mean(reshape(x.',4,[])),size(x,2)/4,[]).'; 댓글 수: 0 댓글을 달려면 로그인하십시오. 추가 답변 (1개) Andrei
Actually, I didn't exlain my question very well. Actually I want to take average of elemnet of array. So Z = 6×2 cell array {[1 0 2 2 1 1 3 1 1 0]} {[2 1 0 0 0 1 0 2 0 0]} {[2 2 3 3 1 3 3 2 1 0]} {[2 2 0 0 1 2 0 2 0 0]} ...
I have this array and according to excel histogram plot the mostly values are located in the range [-0.5,0.5]. I want to sort all values from the array A that lies in this range and take there average. How can I do this? ThemeCopy A= [0.0000 0.4341 -0.0000 -0.5910 -0.0352 2.0...
Hi I have daily data for direct normal irradiance for 100 days. The data is stored in cell of size 1*100. Each cell has a matrix of size (421*281 int 16). I want to have average matrix of same size i.e. 421*281. what should be the code to take average of all matrices. an...
calculate the daily average for each day from 00 and 12 GMT also. Therefore, the dimension of output file becomes (3481,9). I request you all to please suggest me how to do it in above mentioned code. Sanchit How to Get Best Site Performance ...
number of 'corners' and then tried to calculate an average hull from there (see code below). This doesn't work: I think this is mostly because my hull-corners aren't actually alligned in any useful way. The resulting median outline doesn't end up matching the orig...
In Matlab ‘movmean’ function is used to calculate the moving average. For finding the moving average of the input argument, we need to take all elements into a variable and use proper syntax. The steps to calculate the moving average using ‘movmean’ statement:- ...
I am attempting to calculate the average inter-arrival time of hospital admissions for each hour during the afternoon shift (14:00-22:00) for each of the 45 days that I have data (note: the days are not consecutive, they are only weekdays). Ultimately, I would like to save the...
be close to point C. If you happened to be looking at point A then you would average A and B but leave C out because it was too far, but if you were looking at point B then you would average A, B, and C because both A and C are close to B. The result is thus going to ...
I have a 291*291 velocity data from LES . I want to azimuthally average the data so that for any angle from the origin at a particular radial distance i get the same value of velocity.Angle (radians) Radius Velocity ___ ___ ___ -3.1389 0.0056004 0...