So, I need to find the index and value of the smallest element in a vector within a particular range of values: so something like 테마복사 loVal=1; hiVal=10; testVals = [-1;3;8;20];[val, idx]=min((testVal
링크 번역 마감:MATLAB Answer Bot2021년 8월 20일 x=[4,6,7,6,4,3,3,5,6,3,3,3,6,7,5,3] %find where sub=[3,3] index point using loops so in this example the answer would be 6,10,11 how do i do this using a...
fprintf('value of a: %d \n', a); end 1. 2. 3. 输出结果为: value of a: 10 value of a: 11 value of a: 12 value of a: 13 value of a: 14 value of a: 15 value of a: 16 value of a: 17 value of a: 18 value of a: 19 value of a: 20 1. 2. 3. 4. 5. 6. ...
This MATLAB function returns a vector with the local maxima (peaks) of the input signal vector, y.
% input X and returns a scalar function value F evaluated at X. X0 may be % a scalar, vector, or matrix. % % X = FMINCON(FUN,X0,A,B,Aeq,Beq) minimizes FUN subject to the linear % equalities Aeq*X = Beq as well as A*X <= B. (Set A=[] and B=[] if no ...
Set the initial value to 3000 for the"wheat-onion"and"wheat-lentil"crops that are planted in any dry condition and are plowed traditionally. [idxLand, idxCrop, idxPlough] = findindex(xcrop, ["dry-good","dry-poor"],...["wheat-onion","wheat-lentil"],"tradition"); x0.xcrop(idxLand...
To find a specific integer value, use the == operator. For instance, find the element equal to 13 in a 1-by-10 vector of odd integers. Get x = 1:2:20 x = 1×10 1 3 5 7 9 11 13 15 17 19 Get k = find(x==13) k = 7 To find a noninteger value, use a toleranc...
% Format files. To see a list of supported formats, with their file % extensions, use the IMFORMATS function. If IMREAD cannot find a file % named FILENAME, it looks for a file named FILENAME.FMT. % % The return value A is an array containing the image data. If the file ...
调整'DegreeOfSmoothing'以适应热成像图像的范围。显示过滤后的图像。 smoothValue = 0.01*diff(range).^2; J = imguidedfilter(I,'DegreeOfSmoothing',smoothValue); figure imshow(J,[]) colormap(gca,hot) title('Guided filtered image') 确定用于细分的阈值。图像具有3个不同的区域-人,热的物体和...
zeta=0.175; % Underdamp value for zeta w0=2*pi*fd/1.2; % Natural angular frequency %% Third order filter % Coefficients a=w0^3; b=(2*zeta*w0)+w0; c=(2*zeta*(w0^2))+(w0^2); %% building third order Filter in s-domain z-domain w-domain and f-domain ...