Realization.POS.To2LayerOrAnd
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/*
Logic-Function-Analysis
Realization.POS.To2LayerOrAnd
[Diagram g]=Realization.POS.To2LayerOrAnd(LogicFunction F,...);
F : a list of logic function
g : a logic function in the Diagram form
Realize a list of POS with the two layer OR-AND gates. All the logic function will be converted to its POS expression.
*/
//-------------------------------------------------------------------
// examples
f1=Utility.CreateDummyLogicFunction("AndOr",4,4);
f2=Utility.CreateDummyLogicFunction("AndOr",3,2);
Print(f1,f2);
[diagram]=Realization.POS.To2LayerOrAnd(f1,f2);
Print(diagram);
//-------------------------------------------------------------------
// result
IsBiUnateFunctionTo IsNegativeUnateFunctionTo IsSymmetricFunction GrayCode ToPOS DiagramGateName Dimacs FeedbackDiagram Imply long() minterm() Nand LeastSignificantDigit PositiveDecimalToMantissa RadixFromIndex POS real Realization To2LayerNand Save Assign Forwardly OutputAndStateBasedly StateTransitionBasedly DontCare string() GetPositiveLogicFunction ComputeFunctionOrder ShannonExpansion Zero
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