Difference between revisions of "Normal additive growth"
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[[Category:Doc Status C]] <!-- For Lumina use, do not change --> | [[Category:Doc Status C]] <!-- For Lumina use, do not change --> | ||
− | = Normal_additive_gro(x,m,s,r,i) = | + | == Normal_additive_gro(x, m, s, r, i) == |
+ | Generates an array over index «i» of normal distributions with mean «m», standard deviation «s», and correlation «r» between successive values over index «i». | ||
− | + | You can give each distribution a different mean and/or standard deviation if «m» and/or «s» are arrays indexed by «i». If «r» is indexed by «i», ''r[i = k]'' specifies the correlation between ''result[i = k]'' and ''result[i = k - 1]''. (Then the first correlation, [[slice]](r, i, 1) is ignored.) | |
− | |||
− | |||
+ | == Library == | ||
Multivariate Distributions.ana | Multivariate Distributions.ana | ||
− | = See Also = | + | == See Also == |
− | |||
* [[Normal_serial_correl]] | * [[Normal_serial_correl]] | ||
− | * [[ | + | * [[Normal_compound_gro]] |
* [[Dist_additive_growth]] | * [[Dist_additive_growth]] | ||
+ | * [[Multivariate distributions]] |
Latest revision as of 02:28, 28 January 2016
Normal_additive_gro(x, m, s, r, i)
Generates an array over index «i» of normal distributions with mean «m», standard deviation «s», and correlation «r» between successive values over index «i».
You can give each distribution a different mean and/or standard deviation if «m» and/or «s» are arrays indexed by «i». If «r» is indexed by «i», r[i = k] specifies the correlation between result[i = k] and result[i = k - 1]. (Then the first correlation, slice(r, i, 1) is ignored.)
Library
Multivariate Distributions.ana
See Also
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