Cross Reference: /libcore/ojluni/src/main/java/sun/misc/FormattedFloatingDecimal.java

Lines Matching refs:digits
63         char[] digits = getBuffer();
64         int nDigits = fdConverter.getDigits(digits);
72                 fillCompatible(precision, digits, nDigits, exp, isNegative);
75                 exp = applyPrecision(decExp, digits, nDigits, decExp + precision);
76                 fillDecimal(precision, digits, nDigits, exp, isNegative);
80                 exp = applyPrecision(decExp, digits, nDigits, precision + 1);
81                 fillScientific(precision, digits, nDigits, exp, isNegative);
85                 exp = applyPrecision(decExp, digits, nDigits, precision);
86                 // adjust precision to be the number of digits to right of decimal
91                     fillScientific(precision, digits, nDigits, exp, isNegative);
95                     fillDecimal(precision, digits, nDigits, exp, isNegative);
120     private static int applyPrecision(int decExp, char[] digits, int nDigits, int prec) {
127             // excludes all significant digits
128             if (digits[0] >= '5') {
129                 digits[0] = '1';
130                 Arrays.fill(digits, 1, nDigits, '0');
133                 Arrays.fill(digits, 0, nDigits, '0');
137         int q = digits[prec];
140             q = digits[--i];
143                     q = digits[--i];
147                     digits[0] = '1';
148                     Arrays.fill(digits, 1, nDigits, '0');
152             digits[i] = (char)(q + 1);
153             Arrays.fill(digits, i+1, nDigits, '0');
155             Arrays.fill(digits, prec, nDigits, '0');
163     private void fillCompatible(int precision, char[] digits, int nDigits, int exp, boolean isNegative) {
166             // print digits.digits.
170                 System.arraycopy(digits, 0, mantissa, startIndex, nDigits);
177                 System.arraycopy(digits, 0, mantissa, startIndex, exp);
179                 System.arraycopy(digits, exp, mantissa, startIndex+exp+1, t);
180             } else { // exp == digits.length
182                 System.arraycopy(digits, 0, mantissa, startIndex, nDigits);
189             // write '0' s before the significant digits
196                     // copy only when significant digits are within the precision
197                     System.arraycopy(digits, 0, mantissa, startIndex + 2 + zeros, t);
203                 // copy only when significant digits are within the precision
204                 System.arraycopy(digits, 0, mantissa, startIndex + 2, t);
212                 mantissa[startIndex] = digits[0];
214                 System.arraycopy(digits, 1, mantissa, startIndex + 2, nDigits - 1);
217                 mantissa[startIndex] = digits[0];
230             // decExponent has 1, 2, or 3, digits
262     private void fillDecimal(int precision, char[] digits, int nDigits, int exp, boolean isNegative) {
265             // print digits.digits.
268                 System.arraycopy(digits, 0, mantissa, startIndex, nDigits);
276                 System.arraycopy(digits, 0, mantissa, startIndex, exp);
282                     System.arraycopy(digits, exp, mantissa, startIndex + exp + 1, t);
288             // write '0' s before the significant digits
295                     // copy only when significant digits are within the precision
296                     System.arraycopy(digits, 0, mantissa, startIndex + 2 + zeros, t);
302                 // copy only when significant digits are within the precision
303                 System.arraycopy(digits, 0, mantissa, startIndex + 2, t);
314     private void fillScientific(int precision, char[] digits, int nDigits, int exp, boolean isNegative) {
319             mantissa[startIndex] = digits[0];
321             System.arraycopy(digits, 1, mantissa, startIndex + 2, t);
324             mantissa[startIndex] = digits[0];
335         // decExponent has 1, 2, or 3, digits