BDD.ToAndOr
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/*
Logic-Function-Analysis
BDD.ToAndOr
[AndOr() g]=BDD.ToAndOr(BDD drgm);
drgm : a logic function in the BDD form
g : a list of AndOr logic functions.
Convert a BDD to the AndOr logic functions.
*/
//-------------------------------------------------------------------
// examples
[f] = BDD[3]()
{
/// output: nodeIndex '->' (nodeVariable) '->' nodeIndex/value ';'
/// internal: nodeIndex '->' (nodeVariable) '->' THEN(nodeIndex/value) ',' ELSE(nodeIndex/value) ';'
/// value : T/F for TRUE/FALSE
1->(3)->2;
2->(1)->3,6;
3->(2)->F,T;
6->(2)->T,F;
}
[g]=BDD.ToAndOr(f);
Print(f,g);
//-------------------------------------------------------------------
// result
Analysis IsBiUnateFunction IsNegativeUnateFunctionTo IsPositiveFunction IsPositiveUnateFunctionTo IsSymmetricFunction IsThresholdFunction AndOr ToAndOr PureBinary ToDualFunction ToTruthTable ToXORP Dimacs long() LeastSignificantDigit MantissaToPositiveInteger MostSignificantDigit Radixes real ShortestInputsForDistinguishTwoStates OutputAndStateBasedly Balanced FastVerificationData Shannon TimingChart GetSubTable SemanticEval Xor Zero