45   bool sign;  member
48       : exponent(e), mantissa(m), sign(s) {  in NormalFloat()
65     if (sign != other.sign)  in cmp()
66       return sign ? -1 : 1;  in cmp()
69       return sign ? -1 : 1;  in cmp()
72         return sign ? -1 : 1;  in cmp()
76         return sign ? 1 : -1;  in cmp()
78       return sign ? 1 : -1;  in cmp()
96       return sign ? FPBits<T>::negInf() : FPBits<T>::inf();  in T()
100     result.sign = sign;  in T()
104       unsigned shift = subnormalExponent - exponent;  in T()  local
107       if (shift <= MantissaWidth<T>::value + 1) {  in T()
110         const UIntType shiftOutMask = (UIntType(1) << shift) - 1;  in T()
112         const UIntType halfwayValue = UIntType(1) << (shift - 1);  in T()
114         result.mantissa = mantissa >> shift;  in T()
142     sign = bits.sign;  in initFromBits()
154       unsigned shift = evaluateNormalizationShift(bits.mantissa);  in initFromBits()  local
155       mantissa = UIntType(bits.mantissa) << shift;  in initFromBits()
156       exponent = 1 - FPBits<T>::exponentBias - shift;  in initFromBits()
164     unsigned shift = 0;  in evaluateNormalizationShift()  local
165     for (; (one & m) == 0 && (shift < MantissaWidth<T>::value);  in evaluateNormalizationShift()
166          m <<= 1, ++shift)  in evaluateNormalizationShift()
168     return shift;  in evaluateNormalizationShift()
175   sign = bits.sign;  in initFromBits()
212     return sign ? FPBits<long double>::negInf() : FPBits<long double>::inf();
216   result.sign = sign;
220     unsigned shift = subnormalExponent - exponent;  variable
221     if (shift <= MantissaWidth<long double>::value + 1) {
224       const UIntType shiftOutMask = (UIntType(1) << shift) - 1;
226       const UIntType halfwayValue = UIntType(1) << (shift - 1);
228       result.mantissa = mantissa >> shift;