Sequential.Analysis.TransitionSeries
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/*
SequentialLogic
Sequential.Analysis.TransitionSeries
[binaryioset() result]=Sequential.Analysis.TransitionSeries(StateTransition table, var() initState, binary() initOutput, var() inputList);
Compute the series of the transition by the given initial state, initial output and the series of the input.
*/
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// examples
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// result
IsBiUnateFunction IsSelfAntiDualFunction IsSelfDualFunction IsSymmetricFunction IsUnateFunction IsZeroFunction MinValue BCD binary ToPOS ToVariableInvertedFunction Dimacs Eq list() PositiveIntegerToMantissa object One To2LayerNor To2LayerOrAnd TransitionSeries ToStateTransitionTable CreateCompactTableWithFullSimplification Fast Full StateTransition string() GetPositiveLogicFunction RandomGenerate CreateDummyLogicFunction Zero
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