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Naw, never mind.

Performance loss due to String manipulation is zero.

And here's the code to trim the end after %f

private static String trimTrailingZeros(String number) { if(!number.contains(".")) { return number; }   return number.replaceAll("\\.?0*$", ""); } 

Naw, never mind. The performance loss due to string manipulation is zero.

And here's the code to trim the end after %f:

private static String trimTrailingZeros(String number) { if(!number.contains(".")) { return number; } return number.replaceAll("\\.?0*$", ""); } 

Naw, never mind.

Performance loss due to String manipulation is zero.

And here's the code to trim the end after %f

private static String trimTrailingZeros(String number) { if(!number.contains(".")) { return number; } return number.replaceAll(".?0*$", ""); } 

Naw, never mind.

Performance loss due to String manipulation is zero.

And here's the code to trim the end after %f

private static String trimTrailingZeros(String number) { if(!number.contains(".")) { return number; } return number.replaceAll("\\.?0*$", ""); } 

Naw, never mind.

Performance loss due to String manipulation is zero.

And here's the code to trim the end after %f

private static String trimTrailingZeros(String number) { if(!number.contains(".")) { return number; } number = number.replaceAll("0*$", ""); if(number.charAt(number.length() - 1) == '.') { number = number.substring(0, number.length() - 1); } return number; } 

Naw, never mind.

Performance loss due to String manipulation is zero.

And here's the code to trim the end after %f

private static String trimTrailingZeros(String number) { if(!number.contains(".")) { return number; } return number.replaceAll(".?0*$", ""); }