Convert RMB to uppercase

/** <Br/> * convert RMB to uppercase <br/> * @ Param value <br/> * @ return string <br/> */<br /> Public static string hangetobig (double value) <br/>{< br/> char [] hunit = {'snapshot', 'hangzhou', 'hangzhou '}; // indicates the position in the segment. <br/> char [] vunit = {'wan', '6666 '}; // The segment name indicates <br/> char [] digit = {'0', 'yi', 'er', 'san', 'siz', 'wu ', 'land', 'region'}; // numeric representation <br/> long midval = (long) (value * 100 ); // convert to an integer <br/> string valstr = string. valu EOF (midval); // convert to a string </P> <p> string head = valstr. substring (0, valstr. length ()-2); // integer <br/> string rail = valstr. substring (valstr. length ()-2); // obtain the fractional part </P> <p> string prefix = ""; // integer part Conversion Result <br/> string suffix = ""; // result of fractional conversion <br/> // number of digits after the decimal point <br/> If (rail. equals ("00") <br/> {// If the fractional part is 0 <br/> suffix = "integer "; <br/>}< br/> else <br/> {<br/> suffix = digit [rail. charat (0)-'0'] + "" + Digit [rail. charat (1)-'0'] + "points "; // otherwise, convert the angle score <br/>}< br/> // process the number before the decimal point <br/> char [] chdig = head. tochararray (); // convert the integer part into a character array <br/> char zero = '0 '; // The flag '0' indicates the occurrence of 0 <br/> byte zerosernum = 0; // the number of consecutive occurrences of 0 <br/> for (INT I = 0; I <chdig. length; I ++) <br/>{// process each number cyclically <br/> int idx = (chdig. length-I-1) % 4; // get the position in the segment <br/> int vidx = (chdig. length-I-1)/4; // fetch the segment position <br/> If (CH Dig [I] = '0') <br/> {// if the current character is 0 <br/> zerosernum ++; // increase by 0 consecutive times <br/> If (zero = '0') <br/> {// flag <br/> zero = digit [0]; <br/>}< br/> else if (idx = 0 & vidx> 0 & zerosernum <4) <br/>{< br/> prefix + = vunit [vidx-1]; <br/> zero = '0'; <br/>}< br/> continue; <br/>}< br/> zerosernum = 0; // zero for 0 consecutive times <br/> If (zero! = '0') <br/> {// if the flag is not 0, add, for example, million or more. <br/> prefix + = zero; <br/> zero = '0'; <br/>}< br/> prefix + = digit [chdig [I]-'0']; // convert this number to <br/> If (idx> 0) <br/> prefix + = hunit [idx-1]; <br/> If (idx = 0 & vidx> 0) <br/> {<br/> prefix + = vunit [vidx-1]; // The end of the segment should contain a segment name of or <br/>}</P> <p> If (prefix. length ()> 0) <br/> prefix + = 'circle '; // If the integer part exists, the circle is displayed. <br/> return prefix + suffix; // return the correct representation <br/>}