Convert JavaScript Arabic numerals to Chinese uppercase

Method 1:

 

Function dx (n) {// converts the amount in uppercase.
If
(! /^ (0 | [1-9] \ D *) (\. \ D + )? $/. Test (n ))
Return "invalid data ";
VaR unit =
"Hundreds of thousands of yuan corner points", STR = "";
N + = "00 ";
VaR P = n. indexof ('.');
If (P
> = 0)
N = n. substring (0, P) + N. substr (p + 1, 2 );
Unit =
Unit. substr (unit. Length-N. Length );
For (VAR I = 0; I <n. length;
I ++)
STR + = 'zero character (I) + unit. charat (N. charat (I );
Return
Str. replace (/0 (Thousands | hundreds | pick | corners)/g, "zero "). replace (/(zero) +/g, "zero "). replace (/0 (| RMB)/g,
"$1"). Replace (/(million) | Yi (pick)/g, "$1 $2"). Replace (/^ RMB 0? | Zero/g, ""). Replace (/$/g,
"RMB ");
}

 

Method 2:

Function I2C (n ){
If (typeof (n) = "Number "){
If (-1 =
N. tostring (). indexof (".")){
Return seti2c (N );
} Else {
VaR
I, istr, F, fstr, A, rstr;
A = n. tostring (). Split (".");
I = A [0];
F =
A [1];
Istr = seti2c (I );
Fstr = setf2c (f );
Rstr = istr + "zero" + fstr;
Rstr
= Rstr. Replace (/0 +/g, "0 ");
Return rstr;
}
} Else {
Return
"---";
}
}

Function seti2c (n ){
VaR NS = n. tostring ();
VaR tempstr = "";
For (VAR
I = 1; I <ns. Length + 1; I ++ ){
Switch (I ){
Case 1:
VaR T =
NS. substr (NS. Length-I, 1 );
If (T! = "0 "){
Tempstr =
T + "circle" + tempstr;
} Else {
Tempstr = "circle" + tempstr;
}
Break;
Case
2:
VaR T = NS. substr (NS. Length-I, 1 );
If (T! = "0 "){
Tempstr =
T + "pick" + tempstr;
} Else {
Tempstr = "0" + tempstr;
}
Break;
Case
3:
VaR T = NS. substr (NS. Length-I, 1 );
If (T! = "0 "){
Tempstr =
T + "batch" + tempstr;
} Else {
Tempstr = "0" + tempstr;
}
Break;
Case
4:
VaR T = NS. substr (NS. Length-I, 1 );
If (T! = "0 "){
Tempstr =
T + "batch" + tempstr;
} Else {
Tempstr = "0" + tempstr;
}
Break;
Case
5:
VaR T = NS. substr (NS. Length-I, 1 );
If (T! = "0 "){
Tempstr =
T + "Ten Thousand" + tempstr;
} Else {
Tempstr = "Ten Thousand" + tempstr;
}
Break;
Case
6:
VaR T = NS. substr (NS. Length-I, 1 );
If (T! = "0 "){
Tempstr =
T + "pick" + tempstr;
} Else {
Tempstr = "0" + tempstr;
}
Break;
Case
7:
VaR T = NS. substr (NS. Length-I, 1 );
If (T! = "0 "){
Tempstr =
T + "batch" + tempstr;
} Else {
Tempstr = "0" + tempstr;
}
Break;
Case
8:
VaR T = NS. substr (NS. Length-I, 1 );
If (T! = "0 "){
Tempstr =
T + "batch" + tempstr;
} Else {
Tempstr = "0" + tempstr;
}
Break;
Case
9:
VaR T = NS. substr (NS. Length-I, 1 );
If (T! = "0 "){
Tempstr =
T + "" + tempstr;
} Else {
Tempstr = "" + tempstr;
}
Break;
Case
10:
VaR T = NS. substr (NS. Length-I, 1 );
If (T! = "0 "){
Tempstr =
T + "pick" + tempstr;
} Else {
Tempstr = "0" + tempstr;
}
Break;
Case
11:
VaR T = NS. substr (NS. Length-I, 1 );
If (T! = "0 "){
Tempstr =
T + "batch" + tempstr;
} Else {
Tempstr = "0" + tempstr;
}
Break;
Case
12:
VaR T = NS. substr (NS. Length-I, 1 );
If (T! = "0 "){
Tempstr =
T + "batch" + tempstr;
} Else {
Tempstr =
"0" + tempstr;
}
Break;
Default: break;
}
}
Return
G2b (tempstr );
}

Function setf2c (n ){
VaR NS = n. tostring ();
VaR tempstr = "";
For (VAR
I = 0; I <ns. length; I ++ ){
Switch (I ){
Case 0:
VaR T =
NS. substr (I, 1 );
If (T! = "0 "){
Tempstr + = T + "";
} Else {
Tempstr + =
"0 ";
}
Break;
Case 1:
VaR T =
NS. substr (I, 1 );
If (T! = "0 "){
Tempstr + =
T + "points ";
}
Break;
Default: break;
}
}
Return
G2b (tempstr );
}

Function g2b (s ){
Rs = S. Replace (/0 +/g, "0 ");
Rs =
Rs. Replace ("0 circle", "circle ");
Rs = Rs. Replace ("0 billion ");
Rs =
Rs. Replace ("0 thousand ");
Rs = Rs. Replace ("hundreds of millions", "hundreds of millions ");
Rs =
Rs. Replace (/0/G, "0 ");
Rs = Rs. Replace (/1/g, "1 ");
Rs =
Rs. Replace (/2/g, "er ");
Rs = Rs. Replace (/3/g, "");
Rs =
Rs. Replace (/4/g, "Si ");
Rs = Rs. Replace (/5/g, "Wu ");
Rs =
Rs. Replace (/6/g, "");
Rs = Rs. Replace (/7/g, "replace ");
Rs =
Rs. Replace (/8/g, "replace ");
Rs = Rs. Replace (/9/g, "replace ");
Return Rs;
}

Method 1:

 

Function dx (n) {// converts the amount in uppercase.
If
(! /^ (0 | [1-9] \ D *) (\. \ D + )? $/. Test (n ))
Return "invalid data ";
VaR unit =
"Hundreds of thousands of yuan corner points", STR = "";
N + = "00 ";
VaR P = n. indexof ('.');
If (P
> = 0)
N = n. substring (0, P) + N. substr (p + 1, 2 );
Unit =
Unit. substr (unit. Length-N. Length );
For (VAR I = 0; I <n. length;
I ++)
STR + = 'zero character (I) + unit. charat (N. charat (I );
Return
Str. replace (/0 (Thousands | hundreds | pick | corners)/g, "zero "). replace (/(zero) +/g, "zero "). replace (/0 (| RMB)/g,
"$1"). Replace (/(million) | Yi (pick)/g, "$1 $2"). Replace (/^ RMB 0? | Zero/g, ""). Replace (/$/g,
"RMB ");
}

 

Method 2:

Function I2C (n ){
If (typeof (n) = "Number "){
If (-1 =
N. tostring (). indexof (".")){
Return seti2c (N );
} Else {
VaR
I, istr, F, fstr, A, rstr;
A = n. tostring (). Split (".");
I = A [0];
F =
A [1];
Istr = seti2c (I );
Fstr = setf2c (f );
Rstr = istr + "zero" + fstr;
Rstr
= Rstr. Replace (/0 +/g, "0 ");
Return rstr;
}
} Else {
Return
"---";
}
}

Function seti2c (n ){
VaR NS = n. tostring ();
VaR tempstr = "";
For (VAR
I = 1; I <ns. Length + 1; I ++ ){
Switch (I ){
Case 1:
VaR T =
NS. substr (NS. Length-I, 1 );
If (T! = "0 "){
Tempstr =
T + "circle" + tempstr;
} Else {
Tempstr = "circle" + tempstr;
}
Break;
Case
2:
VaR T = NS. substr (NS. Length-I, 1 );
If (T! = "0 "){
Tempstr =
T + "pick" + tempstr;
} Else {
Tempstr = "0" + tempstr;
}
Break;
Case
3:
VaR T = NS. substr (NS. Length-I, 1 );
If (T! = "0 "){
Tempstr =
T + "batch" + tempstr;
} Else {
Tempstr = "0" + tempstr;
}
Break;
Case
4:
VaR T = NS. substr (NS. Length-I, 1 );
If (T! = "0 "){
Tempstr =
T + "batch" + tempstr;
} Else {
Tempstr = "0" + tempstr;
}
Break;
Case
5:
VaR T = NS. substr (NS. Length-I, 1 );
If (T! = "0 "){
Tempstr =
T + "Ten Thousand" + tempstr;
} Else {
Tempstr = "Ten Thousand" + tempstr;
}
Break;
Case
6:
VaR T = NS. substr (NS. Length-I, 1 );
If (T! = "0 "){
Tempstr =
T + "pick" + tempstr;
} Else {
Tempstr = "0" + tempstr;
}
Break;
Case
7:
VaR T = NS. substr (NS. Length-I, 1 );
If (T! = "0 "){
Tempstr =
T + "batch" + tempstr;
} Else {
Tempstr = "0" + tempstr;
}
Break;
Case
8:
VaR T = NS. substr (NS. Length-I, 1 );
If (T! = "0 "){
Tempstr =
T + "batch" + tempstr;
} Else {
Tempstr = "0" + tempstr;
}
Break;
Case
9:
VaR T = NS. substr (NS. Length-I, 1 );
If (T! = "0 "){
Tempstr =
T + "" + tempstr;
} Else {
Tempstr = "" + tempstr;
}
Break;
Case
10:
VaR T = NS. substr (NS. Length-I, 1 );
If (T! = "0 "){
Tempstr =
T + "pick" + tempstr;
} Else {
Tempstr = "0" + tempstr;
}
Break;
Case
11:
VaR T = NS. substr (NS. Length-I, 1 );
If (T! = "0 "){
Tempstr =
T + "batch" + tempstr;
} Else {
Tempstr = "0" + tempstr;
}
Break;
Case
12:
VaR T = NS. substr (NS. Length-I, 1 );
If (T! = "0 "){
Tempstr =
T + "batch" + tempstr;
} Else {
Tempstr =
"0" + tempstr;
}
Break;
Default: break;
}
}
Return
G2b (tempstr );
}

Function setf2c (n ){
VaR NS = n. tostring ();
VaR tempstr = "";
For (VAR
I = 0; I <ns. length; I ++ ){
Switch (I ){
Case 0:
VaR T =
NS. substr (I, 1 );
If (T! = "0 "){
Tempstr + = T + "";
} Else {
Tempstr + =
"0 ";
}
Break;
Case 1:
VaR T =
NS. substr (I, 1 );
If (T! = "0 "){
Tempstr + =
T + "points ";
}
Break;
Default: break;
}
}
Return
G2b (tempstr );
}

Function g2b (s ){
Rs = S. Replace (/0 +/g, "0 ");
Rs =
Rs. Replace ("0 circle", "circle ");
Rs = Rs. Replace ("0 billion ");
Rs =
Rs. Replace ("0 thousand ");
Rs = Rs. Replace ("hundreds of millions", "hundreds of millions ");
Rs =
Rs. Replace (/0/G, "0 ");
Rs = Rs. Replace (/1/g, "1 ");
Rs =
Rs. Replace (/2/g, "er ");
Rs = Rs. Replace (/3/g, "");
Rs =
Rs. Replace (/4/g, "Si ");
Rs = Rs. Replace (/5/g, "Wu ");
Rs =
Rs. Replace (/6/g, "");
Rs = Rs. Replace (/7/g, "replace ");
Rs =
Rs. Replace (/8/g, "replace ");
Rs = Rs. Replace (/9/g, "replace ");
Return Rs;
}