fitgmdist(data,2);
You did something like this:
x = [randn(4000,1)/2; 5+2*randn(6000,1)]; f = fitgmdist(x,2); histogram(x,'Normalization','pdf') xgrid = linspace(-4,12,1001)'; hold on; plot(xgrid,pdf(f,xgrid),'r-'); hold off
You can duplicate the pdf values by doing something like this:
n1 = makedist('normal',f.mu(1),sqrt(f.Sigma(1))); n2 = makedist('normal',f.mu(2),sqrt(f.Sigma(2))); p = f.ComponentProportion; y = p(1)*pdf(n1,xgrid) + p(2)*pdf(n2,xgrid); hold on; plot(xgrid,y,'c--'); hold off
One thing to watch out for. In probability and statistics, it's common to write the standard deviation of a univariate normal distribution as the Greek letter sigma. But it's common to write the covariance matrix of a multivariate distribution as capital Sigma. So that's why I used sqrt(Sigma) to create the univariate distributions.
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