Lines Matching defs:result
366 char result [];
368 result = new char[ ndigits ];
369 System.arraycopy( digits, digitno, result, 0, ndigits );
370 this.digits = result;
536 // with scaling by 10^nTinyBits, the result will fit in
545 * result is easily converted to a string.
551 * in the result. The integer you get from this can
890 StringBuffer result = new StringBuffer( nDigits+8 );
891 if ( isNegative ){ result.append( '-' ); }
893 result.append( digits, 0, nDigits );
895 result.append( "0.");
896 result.append( digits, 0, nDigits );
897 result.append('e');
898 result.append( decExponent );
900 return new String(result);
904 char result[] = (char[])(perThreadBuffer.get());
905 int i = getChars(result);
906 return new String(result, 0, i);
909 private int getChars(char[] result) {
912 if (isNegative) { result[0] = '-'; i = 1; }
914 System.arraycopy(digits, 0, result, i, nDigits);
920 System.arraycopy(digits, 0, result, i, charLength);
924 System.arraycopy(zero, 0, result, i, charLength);
926 result[i++] = '.';
927 result[i++] = '0';
929 result[i++] = '.';
932 System.arraycopy(digits, charLength, result, i, t);
935 result[i++] = '0';
939 result[i++] = '0';
940 result[i++] = '.';
942 System.arraycopy(zero, 0, result, i, -decExponent);
945 System.arraycopy(digits, 0, result, i, nDigits);
948 result[i++] = digits[0];
949 result[i++] = '.';
951 System.arraycopy(digits, 1, result, i, nDigits-1);
954 result[i++] = '0';
956 result[i++] = 'E';
959 result[i++] = '-';
966 result[i++] = (char)(e+'0');
968 result[i++] = (char)(e/10 +'0');
969 result[i++] = (char)(e%10 + '0');
971 result[i++] = (char)(e/100+'0');
973 result[i++] = (char)(e/10+'0');
974 result[i++] = (char)(e%10 + '0');
989 char result[] = (char[])(perThreadBuffer.get());
990 int i = getChars(result);
992 ((StringBuilder) buf).append(result, 0, i);
994 ((StringBuffer) buf).append(result, 0, i);
1249 * ROUNDING DIRECTION in case the result is really destined
1396 * Look more closely at the result.
1399 * value. Else call the result infinity
1402 * rounding forces the result here to be
1443 * Look more closely at the result.
1446 * value. Else call the result 0.0
1449 * rounding forces the result here to be
1465 * dValue is now approximately the result.
1468 * Formulate the EXACT big-number result as
2036 // final result:
2114 * result is subnormal.
2195 if (exponent > DoubleConsts.MAX_EXPONENT) { // Infinite result
2199 if (exponent <= DoubleConsts.MAX_EXPONENT && // (Usually) normal result
2202 // The result returned in this block cannot be a
2310 * information that would change the result of a float
2688 // oops -- carry out -- need longer result.
2699 * Assert that the result is positive.
2721 assert dataInRangeIsZero(i, m, other); // negative result of subtract
2789 * Also assume, of course, that the result, q, can be expressed