function?z?=?zernfun（nmrthetanflag）
%ZERNFUN?Zernike?functions?of?order?N?and?frequency?M?on?the?unit?circle.
%???Z?=?ZERNFUN（NMRTHETA）?returns?the?Zernike?functions?of?order?N
%???and?angular?frequency?M?evaluated?at?positions?（RTHETA）?on?the
%???unit?circle.??N?is?a?vector?of?positive?integers?（including?0）?and
%???M?is?a?vector?with?the?same?number?of?elements?as?N.??Each?element
%???k?of?M?must?be?a?positive?integer?with?possible?values?M（k）?=?-N（k）
%???to?+N（k）?in?steps?of?2.??R?is?a?vector?of?numbers?between?0?and?1
%???and?THETA?is?a?vector?of?angles.??R?and?THETA?must?have?the?same
%???length.??The?output?Z?is?a?matrix?with?one?column?for?every?（NM）
%???pair?and?one?row?for?every?（RTHETA）?pair.
%
%???Z?=?ZERNFUN（NMRTHETA‘norm‘）?returns?the?normalized?Zernike
%???functions.??The?normalization?factor?sqrt（（2-delta（m0））*（n+1）/pi）
%???with?delta（m0）?the?Kronecker?delta?is?chosen?so?that?the?integral
%???of?（r?*?[Znm（rtheta）]^2）?over?the?unit?c

?屬性????????????大小?????日期????時間???名稱
-----------?---------??----------?-----??----
?????文件????????1551??2012-02-29?21:19??license.txt
?????文件????????6709??2012-02-28?18:41??zernfun.m
?????文件????????2562??2006-11-13?17:57??zernfun2.m
?????文件????????6369??2006-11-13?17:56??zernpol.m