Simplification.DontCare
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/*
Logic-Function-Analysis
Simplification.DontCare
[LogicFunction g]=Simplification.DontCare(LogicFunction f, LogicFunction dontCare);
f : a logic function
dontCare : a logic function as a DONTCARE function.
g : a logic function may in the simpler form
Simplify a logic function with a DONTCARE.
*/
//-------------------------------------------------------------------
// examples
P=AndOr(){
-1,2,-3 ;
1,-2,3 ;
}
PNOT=AndOr()
{
1,2,3 ;
-1,-2,-3 ;
}
Print(And(P,PNOT));
[Q]=Utility.ComputeDONTCARE(P,PNOT);
[f]=Simplification.DontCare(P,Q);
Print(P,PNOT,Q);
Print("DONTCARE simplification of (P,Q)=>",f);
Print("Does f covers P=>",Analysis.IsCovering(f,P));
//-------------------------------------------------------------------
// result
IsBlankFunction IsCovering IsPositiveFunction binary() List MaxValue ToBinary BCDEx3 BinaryNumberToString Get MostSignificantDigit PositiveDecimalToMantissa Radixes Realization To2LayerOrAnd To2LayerAndXor Forwardly StateVariables ToDigitalSystem Simplification HuffmanMealy Canonical Full StateDeviceName StateTransition GetDontCareLogicFunction ComputeFunctionOrder IndependentBase var() Zero