The randi function in matlab generates uniformly distributed pseudo-random integers. If I want to generate discrete uniformly distributed random values (decimals) in the range of {0,0.05} and a step size of 0.01, how can I do it?
To help accomplish your task,I first generated random values in matrix M1 using the randi function as an example. Then, initialized matrix M2 with zeros of the same size as M1 and iterated over each element in M1 by converting the value to a two-digit hexadecimal string, ...
MATLAB Online에서 열기 Ran in: sortlidx.m The easier way would be to use the attached modification of sort() which will simply return the output indices as lienar indices. Example: 테마복사 A=randi(100,5), A = 5×5 24 33 22 38...
randn ([5,10], 3,5) but it kept coming up as an error. Can someone explain to me what I'm doing wrong? I'm just learning how to use MatLab. I only understand the difference between rand(), randi(), randn after reading this post and specifically Walter's answers. Only then does...
MATLAB Online で開く Ran in: "You can use the random function e.g. randi to generate a random number and keep appending that number into an array for certain number of iterations." Doing this in a loop and expanding the output array on each iteration is ...
%// Generate 3 particles and add to end of vectors X and Y X=[X;randi(xyRange,P,1)]; Y=[Y;randi(xyRange,P,1)]; %// Move all the particles X=X+vx+randi([-6,6],1,1)*sqrt(2*al*vx*t)+randi([-6,6],1,1)*sqrt(2*at*vy...
% prc_1 = randi([0, 1], 1, n); This is my code. I m trying to use the spectrum analyzer in simulink to see the spectrum of qpsk_input. I want to put qpsk input in the qpsk modulator baseband (that s why qpsk_input ha integer). The problem is that...
I’m trying to make multiple 3D histogram plots side-by-side. I think I need to use the bar3 function, but I don’t know what combination of code to use. Am I trying to make something that doesn’t exist in MATLAB? 2 Comments ...
geneToMutate = randi([1, 2]); mutationPopulation(i, geneToMutate) = rand() * batteryCapacity; end end % Evaluate the offspring offspringFitness = zeros(populationSize, 1); for i = 1:populationSize offspringFitness(i) = calculateCost(mutationPopulation(...
Open in MATLAB Online My pleasure. The'HorizontalAlignment','center', 'VerticalAlignment','bottom'tell thetextfunction how to position the text object with respect to thexandycoordinates that are the first two arguments to it. In this example, it centeres them above the plotted point. ...