RANGE Calculates the difference between the maximum and minimum values. CALL: r = range(x) r = max(x) - min(x), i.e. a scalar or vector giving the range of x x = vector or matrix Example: x=wexprnd(5,1,10) [min(x) max(x) range(x)] See also max, min, iqr
Plot conditional empirical CDF of X1 given X2=x2 | |
Parameter estimates for DIST2D data. | |
Computes and plots the conditional mean and standard deviation | |
find peaks of vector or matrix possibly rainflow filtered | |
Joint (Vcf,Hd) PDF for linear waves with a JONSWAP spectrum. | |
Joint (Vcf,Hd) PDF for linear waves with a JONSWAP spectrum. | |
Plot conditional empirical CDF of X1 given X2=x2 | |
Computes and plots the conditional mean and standard deviation. | |
Normal probability plot of effects | |
Joint (Scf,Hd) PDF for linear waves with Ochi-Hubble spectra. | |
Joint (Scf,Hd) PDF linear waves in space with Ochi-Hubble spectra. | |
Joint (Vcf,Hd) PDF for lineare waves with Ochi-Hubble spectra. | |
Plot contents of pdf structures | |
Joint (Scf,Hd) PDF for linear waves with Torsethaugen spectra. | |
Joint (Scf,Hd) PDF for linear waves with Torsethaugen spectra. | |
Joint (Scf,Hd) PDF for linear waves in space with Torsethaugen spectra. | |
Joint (Vcf,Hd) PDF for linear waves with Torsethaugen spectra. | |
Plot conditional empirical CDF of X1 given X2=x2 | |
Computes and plots the conditional mean and standard deviation |
01 function y = range(x) 02 %RANGE Calculates the difference between the maximum and minimum values. 03 % 04 % CALL: r = range(x) 05 % 06 % r = max(x) - min(x), i.e. a scalar or vector giving the range of x 07 % x = vector or matrix 08 % 09 % Example: 10 % x=wexprnd(5,1,10) 11 % [min(x) max(x) range(x)] 12 % 13 % See also max, min, iqr 14 15 % By pab 06.02.2000 16 17 y = max(x) - min(x); 18
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