Utility.Substitute
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/*
Logic-Function-Analysis
Utility.Substitute
[LogicFunction g]=Utility.Substitute(LogicFunction F1, LogicFunction F2);
F1 : a logic function as a target
F2 : a logic function as a factor.
Compute $g=F_1(F_2) \ge F_1*F_2$.
For example, suppose that $F1=x1*x2$, and $F2=x2$. If $F2=TRUE$, then $g=F1*F2=x1*x2$. However, if $F2=x2=ONE$, then $g=F1*F2=x1$. Therefore, we can see that under the condition $F2=TRUE$, where we can regard it as a pre-condition $F2=ONE$ (under the condition $F2$ always be TRUE), so we get that $g=x1 \ge F1*F2$.
*/
//-------------------------------------------------------------------
// examples
[f]=AndXor()
{
1;2;3;
}
[g]=Utility.Substitute(f,And(2));
Print(f,g);
//-------------------------------------------------------------------
// result
IsBiUnateFunctionTo IsSelfAntiDualFunction AndOr MaxValue BCD BinaryNumberToString GrayCode NineComplement PureBinary StringToBinaryNumber binary binaryioset bool() ToAndXor ToDiagram ToNotFunction Diagram Email minterm RadixFromIndex SAT Forwardly To2layerOrAnd DontCare Shannon SimpleCover GetDontCareLogicFunction var XORP Zero
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