NumberSystem.MantissaToPositiveDecimal
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/*
Number-System
NumberSystem.MantissaToPositiveDecimal
[real N]=NumberSystem.MantissaToPositiveDecimal(int() mantissa, int systemBase);
Compute the real number 0<=N<1 from the mantissa of a systemBase-based number system.
*/
//-------------------------------------------------------------------
// examples
[v]=NumberSystem.Radixes(15);
Print(v);
[v]=NumberSystem.RadixFromIndex(5,14);
Print(v);
[v]=NumberSystem.RadixToIndex("7",18);
Print(v);
[v]=NumberSystem.LeastSignificantDigit(100,19);
Print(v);
[v]=NumberSystem.PositiveIntegerToMantissa(100,19);
Print(v);
[v]=NumberSystem.MantissaToPositiveInteger(int(2,3,4),19);
Print(v);
[v]=NumberSystem.MostSignificantDigit( 0.1, 16);
Print(v);
[v]=NumberSystem.PositiveDecimalToMantissa(0.1,3,16);
Print(v);
[v]=NumberSystem.MantissaToPositiveDecimal(int(2,3,4),16);
Print(v);
[v]=NumberSystem.PositiveNumberToMantissa(2.4,4,16);
Print(v);
[v]=NumberSystem.MantissaToPositiveNumber(int(2,3,-1,1,2,3),16);
Print(v);
//-------------------------------------------------------------------
// result
IsBiUnateFunction IsBlankFunction IsPositiveFunction IsThresholdFunction FromBinary BCD BinaryNumberToString TwoComplement binaryioset() bool() Convert ToShannonTree Get logicvardef() minterm NumberSystem MantissaToPositiveDecimal MantissaToPositiveNumber Save ShortestInputsForDistinguishTwoStates ShortestInputsForTransition TransitionSeries Assign Shannon RandomGenerate IndependentBase SemanticEval ShrinkLogicFunction Substitute Zero