function?ret=Code（lenchrombound）
%本函數將變量編碼成染色體，用于隨機初始化一個種群
%?lenchrom???input?:?染色體長度
%?bound??????input?:?變量的取值范圍
%?ret????????output:?染色體的編碼值

flag=0;
while?flag==0
????pick=rand（1lenchrom）/2000;
????ret=bound（:1）‘+（bound（:2）-bound（:1））‘.*pick;?%線性插值
????flag=test（lenchromboundret）;?????????????%檢驗染色體的可行性
end

?屬性????????????大小?????日期????時間???名稱
-----------?---------??----------?-----??----
?????目錄???????????0??2019-07-09?10:16??遺傳算法曲線擬合\
?????目錄???????????0??2018-12-25?13:54??遺傳算法曲線擬合\matlab代碼\
?????文件?????????386??2018-01-19?10:00??遺傳算法曲線擬合\matlab代碼\Code.m
?????文件????????1393??2013-10-19?11:13??遺傳算法曲線擬合\matlab代碼\Cross.m
?????文件????????2029??2018-01-19?10:13??遺傳算法曲線擬合\matlab代碼\GA.m
?????文件????????1315??2013-10-19?11:13??遺傳算法曲線擬合\matlab代碼\Mutation.m
?????文件?????????801??2013-10-19?11:13??遺傳算法曲線擬合\matlab代碼\Select2.m
?????文件????????9660??2015-01-28?21:32??遺傳算法曲線擬合\matlab代碼\data.xlsx
?????文件?????????663??2018-01-19?09:54??遺傳算法曲線擬合\matlab代碼\myfunY.m
?????文件?????????269??2013-10-19?11:13??遺傳算法曲線擬合\matlab代碼\test.m
?????文件???????62464??2019-07-09?10:15??遺傳算法曲線擬合\（實驗報告）基于遺傳算法的曲線擬合.doc