//Generate for five Digit
public static String fivedigit(int number)
{
int[] n = new int[5];
int i = 4;
String temp;
Stack <String> s = new Stack <String>();
n = seperateDigit(number, n, i);
if (0 == n[2] && 0 == n[3] && 0 == n[4])
{
s.Push("Thousand");
int t = (n[0] * 10) + n[1];
temp = Digit.twodigit(t);
}
else if (0 == n[1] && 0 == n[2] && 0 == n[3] && 0 != n[4])
{
int t;
temp = Digit.onedigit(n[4]);
s.Push(temp);
s.Push("Thousand");
t = (n[0] * 10) + n[1];
temp = Digit.twodigit(t);
s.Push(temp);
}
else if (0 == n[2] && 0 != n[3] && 0 != n[4])
{
int t = (n[3] * 10) + n[4];
temp = Digit.twodigit(t);
s.Push(temp);
s.Push("Thousand");
t = (n[0] * 10) + n[1];
temp = Digit.twodigit(t);
s.Push(temp);
}
else
{
int t = (n[2] * 100) + (n[3] * 10) + n[4];
temp = Digit.threedigit(t);
s.Push(temp);
s.Push("Thousand");
t = (n[0] * 10) + n[1];
temp = Digit.twodigit(t);
s.Push(temp);
}
temp = popalldata_Stack(s);
return(temp);
}
//Generate for Three Digit
public static String threedigit(int number)
{
int[] n = new int[3];
int i = 2;
String temp;
Stack <String> s = new Stack <String>();
n = seperateDigit(number, n, i);
if (n[2] == 0 && n[1] == 0)
{
s.Push("Hundred");
temp = Digit.onedigit(n[0]);
s.Push(temp);
}
else if (0 == n[1] && 0 != n[2])
{
temp = Digit.onedigit(n[2]);
s.Push(temp);
s.Push("Hundred");
temp = Digit.onedigit(n[0]);
s.Push(temp);
}
else
{
int t = (n[1] * 10) + n[2];
temp = Digit.twodigit(t);
s.Push(temp);
s.Push("Hundred");
temp = Digit.onedigit(n[0]);
s.Push(temp);
}
temp = popalldata_Stack(s);
return(temp);
}
//Generate for Two Digit
public static String twodigit(int number)
{
if (number < 20)
{
switch (number)
{
case 10:
return("Ten");
case 11:
return("Eleven");
case 12:
return("Twelve");
case 13:
return("Thirteen");
case 14:
return("Fourteen");
case 15:
return("Fifteen");
case 16:
return("Sixteen");
case 17:
return("Seventeen");
case 18:
return("Eighteen");
case 19:
return("Nineteen");
}
}
else if (number >= 20)
{
String[] prefixname_twodigit = { "", "", "Twenty", "Thirty", "Fourty", "Fifty", "Sixty", "Seventy", "Eighty", "Ninety" };
int[] n = new int[2];
int i = 1;
String temp;
Stack <String> s = new Stack <String>();
n = seperateDigit(number, n, i);
if (n[1] == 0)
{
temp = prefixname_twodigit[n[0]];
s.Push(temp);
}
else
{
temp = Digit.onedigit(n[1]);
s.Push(temp);
temp = prefixname_twodigit[n[0]];
s.Push(temp);
}
temp = popalldata_Stack(s);
return(temp);
}
return(null);
}
//Generate for six digit
public static String sixdigit(int number)
{
int[] n = new int[6];
int i = 5;
String temp;
Stack <String> s = new Stack <String>();
n = seperateDigit(number, n, i);
if (0 == n[1] && 0 == n[2] && 0 == n[3] && 0 == n[4] && 0 == n[5])
{
s.Push("Lakh");
temp = Digit.onedigit(n[0]);
s.Push(temp);
}
else if (0 == n[1] && 0 != n[2] && 0 != n[3] && 0 != n[4] && 0 != n[5])
{
int t;
t = (n[2] * 1000) + (n[3] * 100) + (n[4] * 10) + n[5];
temp = Digit.fourdigit(t);
s.Push(temp);
s.Push("Lakh");
temp = Digit.onedigit(n[0]);
s.Push(temp);
}
else if (0 == n[1] && 0 == n[2] && 0 != n[3] && 0 != n[4] && 0 != n[5])
{
int t;
t = (n[3] * 100) + (n[4] * 10) + n[5];
temp = Digit.threedigit(t);
s.Push(temp);
s.Push("Lakh");
temp = Digit.onedigit(n[0]);
s.Push(temp);
}
else if (0 == n[1] && 0 == n[2] && 0 == n[3] && 0 != n[4] && 0 != n[5])
{
int t;
t = (n[4] * 10) + n[5];
temp = Digit.twodigit(t);
s.Push(temp);
s.Push("Lakh");
temp = Digit.onedigit(n[0]);
s.Push(temp);
}
else if (0 != n[0] && 0 == n[1] && 0 == n[2] && 0 == n[3] && 0 == n[4] && 0 != n[5])
{
temp = Digit.onedigit(n[5]);
s.Push(temp);
s.Push("Lakh");
temp = Digit.onedigit(n[0]);
s.Push(temp);
}
else
{
int t;
t = (n[1] * 10000) + (n[2] * 1000) + (n[3] * 100) + (n[4] * 10) + n[5];
temp = Digit.fivedigit(t);
s.Push(temp);
s.Push("Lakh");
temp = Digit.onedigit(n[0]);
s.Push(temp);
}
temp = popalldata_Stack(s);
return(temp);
}
