The file is simple enough. Given a data set,
x = randn(1000,1); hist(x,100)
allstats returns a list of statistical values.
myStats = allstats(x)
myStats =
min: -3.1289
max: 2.9371
mean: -0.06815
std: 1.0019
mode: -3.1289
q2p5: -1.9519
q5: -1.7128
q25: -0.73464
q50: -0.072006
q75: 0.55077
q95: 1.6351
q97p5: 1.8844
The mean should be close to zero,
myStats.mean
ans =
-0.06815
and the standard deviation should be close to one.
myStats.std
ans =
1.0019
How convenient.
As it turns out, this month the File Exchange recently celebrated a major milestone. Allstats has the honor of being the official 10,000-th submission. Congratulations to Francisco and every contributor who made this possible! Growth of the File Exchange has been absolutely amazing.
If only my retirement account was that impressive! (sigh)
Get
the MATLAB code
Published with MATLAB® 7.9



Allstats has no checks, no comments and could also be improved (talking about prctile implementatio). Not to mention that a function which deserves an “all” prefix should at least include skewness and kurtosis.
The author has implemented skewness, kurtosis and checks answering appropriately to the critic.
This is a useful tool - but in fairness I have to point out that it is remarkably similar to a routine of the same name published by D. C. Hanselman in Mastering Matlab 7 published in 2005. Hanselman’s routine has the added virtue of implementing all of the statistical measures internally and thus does not require the Statistics Toolbox.