Newtondf: Difference between revisions
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imported>Jeremy No edit summary |
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* '''q''' = matrix, the quantile point of interest | * '''q''' = matrix, the quantile point of interest | ||
* '''distfun''' = string, distribution function name. | * '''distfun''' = string, distribution function name. | ||
* '''x''' = matrix, original input matrix | * '''x''' = matrix, original input matrix | ||
* '''a''' = matrix, scale parameter | * '''a''' = matrix, scale parameter | ||
* '''b''' = matrix, shape parameter | * '''b''' = matrix, shape parameter | ||
* '''maxits''' = scalar, maximum number of iterations | * '''maxits''' = scalar, maximum number of iterations | ||
* '''tol''' = scalar, tolerance | * '''tol''' = scalar, tolerance | ||
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* '''quantile''' = matrix, quantile | * '''quantile''' = matrix, quantile | ||
* '''exitflag''' = 0 if no error, 1 if maximum iterations is exceeded | * '''exitflag''' = 0 if no error, 1 if maximum iterations is exceeded | ||
Latest revision as of 12:11, 9 October 2008
Purpose
Newton's root finder.
Synopsis
- [quantile,exitflag] = newtondf(q,distfun,x,a,b,maxits,tol)
Description
Newton's root finder for a given quantile
Inputs
- q = matrix, the quantile point of interest
- distfun = string, distribution function name.
- x = matrix, original input matrix
- a = matrix, scale parameter
- b = matrix, shape parameter
- maxits = scalar, maximum number of iterations
- tol = scalar, tolerance
Outputs
- quantile = matrix, quantile
- exitflag = 0 if no error, 1 if maximum iterations is exceeded
Examples
[quantile,exitflag] = newtondf(q,distfun,x,a,b);