27   /// Class representing coefficient of floating-point addend.
102     // The integer coefficient of an individual addend is either 1 or -1,
111   /// FAddend is used to represent floating-point addend. An addend is
113   /// constant coefficient. A constant addend is represented as <C, 0>.
138     /// splitted is the addend itself.
149     // This addend has the value of "Coeff * Val".
169     /// Convert given addend to a Value
377       FAddend &Addend = Opnd0 ? Addend1 : Addend0;  in drillValueDownOneStep()  local
379         Addend.set(1, Opnd1);  in drillValueDownOneStep()
381         Addend.set(C1, nullptr);  in drillValueDownOneStep()
383         Addend.negate();  in drillValueDownOneStep()
411 // Try to break *this* addend into two addends. e.g. Suppose this addend is
534   // Step 1: Expand the 1st addend into Opnd0_0 and Opnd0_1.  in simplify()
541   // Step 2: Expand the 2nd addend into Opnd1_0 and Opnd1_1.  in simplify()
613   // Points to the constant addend of the resulting simplified expression.  in simplifyFAdd()
614   // If the resulting expr has constant-addend, this constant-addend is  in simplifyFAdd()
632       // This addend was processed before.  in simplifyFAdd()
641     // addends will be later on folded into a single addend. Following above  in simplifyFAdd()
651         // this addend again.  in simplifyFAdd()
664       // Pop all addends being folded and push the resulting folded addend.  in simplifyFAdd()
671         // Don't push constant addend at this time. It will be the last element  in simplifyFAdd()
697   assert(!Opnds.empty() && "Expect at least one addend");  in createNaryFAdd()
821     // Let the addend be "c * x". If "c == +/-1", the value of the addend  in calcInstrNumber()
832 // Input Addend        Value           NeedNeg(output)