public static Number convertToSmallestNumber(String input) {
	// Is a decimal number.
	if (input.contains(".")) {
		// Fix no leading zero
		if (input.startsWith("."))
			input = "0" + input;
		// Fix no trailing zero
		if (input.endsWith("."))
			input = input + "0";
		try {
			Float fValue = Float.parseFloat(input);
			// Check for loss of precision with floats, if none return it.
			if (fValue.toString().equals(input))
				return fValue;
			Double dValue = Double.parseDouble(input);
			// Check for loss of precision with floats, if none return it.
			if (dValue.toString().equals(input))
				return dValue;
		}
		catch (NumberFormatException e) {}
		// Biggest Number there is for decimals.
		return new BigDecimal(input);
	}
	try {
		Long value = Long.decode(input);
		// Check Byte first since it's the smallest
		if (value.longValue() >= Byte.MIN_VALUE && value.longValue() <= Byte.MAX_VALUE)
			return Byte.decode(input);
		// Next in line
		else if (value.longValue() >= Short.MIN_VALUE && value.longValue() <= Short.MAX_VALUE)
			return Short.decode(input);
		// Next in line
		else if (value.longValue() >= Integer.MIN_VALUE && value.longValue() <= Integer.MAX_VALUE)
			return Integer.decode(input);
		// It must be a Long then
		return value;
	}
	catch (NumberFormatException e) {
		// If it's not a BigInteger then just throw the error because the string was broken as fuck.
		return new BigInteger(input);
	}
}