find the adjacent values in x where histogram is its highest in matlab

To find the adjacent values of x where the histogram is highest in MATLAB, you can use the histcounts function to calculate the histogram of x, and then find the index of the highest bin using max. Once you have the index of the highest bin, you can use basic indexing to find the adjacent values in x.

Here's an example code snippet:

main.m
% Generate some sample data
x = randn(1000,1);

% Calculate the histogram
[N, edges] = histcounts(x);

% Find the index of the highest bin
[~, idx] = max(N);

% Find the edges of the highest bin
bin_edges = [edges(idx), edges(idx+1)];

% Find the adjacent values in x
adj_values = x(x >= bin_edges(1) & x <= bin_edges(2));
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In this example, x is a vector of random data, histcounts is used to calculate the histogram, max is used to find the index of the highest bin, bin_edges is a vector containing the edges of the highest bin, and adj_values is a vector containing the adjacent values in x.