Student Distribution

_Numerical_Recipes__The_Art_of_Scientific_Computation_ by Press, Flannery, Teukolsky, and Vetterling (c) Cambridge University Press, 1986 ISBN 0-521-30811-9 describes the mathematics of Student's t and the incomplete beta function in chapters 6 and 13, and presents both FORTRAN and PASCAL code for the relevant functions. There is a later edition of that book that uses C as the demo language, if that's of any help. -jn- -- ; sub REBOL {}; sub head ($) {@_[0]} REBOL [] # despam: func [e] [replace replace/all e ":" "." "#" "@"] ; sub despam {my ($e) = @_; $e =~ tr/:#/.@/; return "\n$e"} print head reverse despam "moc:xedef#yleen:leoj" ;

That's probably not to difficult: print "In the pub" would be a good enough approximation of student distribution ;) Chris -- .------{ http://www.starforge.co.uk }-----. .--------------------------. =[ Explorer2260, Designer and Coder \=\ P: TexMaker, ROACH, site \ =[___You_will_obey_your_corporate_masters___]==[ Stack: EETmTmTRRSS------ ]

_Numerical_Recipes__The_Art_of_Scientific_Computation_ by Press, Flannery, Teukolsky, and Vetterling (c) Cambridge University Press, 1986 ISBN 0-521-30811-9 describes the mathematics of Student's t and the incomplete beta function in chapters 6 and 13, and presents both FORTRAN and PASCAL code for the relevant functions. There is a later edition of that book that uses C as the demo language, if that's of any help. -jn- -- ; sub REBOL {}; sub head ($) {@_[0]} REBOL [] # despam: func [e] [replace replace/all e ":" "." "#" "@"] ; sub despam {my ($e) = @_; $e =~ tr/:#/.@/; return "\n$e"} print head reverse despam "moc:xedef#yleen:leoj" ;