private (NumberArgument argumentSum, NumberArgument[] argumentSet) Parse(string sum, string[] set)
{
var argumentSum = NumberArgument.Parse(sum);
if (argumentSum.IsNeutral)
{
throw new ArgumentException("Sum can't be 0.");
}
var argumentSet = set
.Select(NumberArgument.Parse)
.Where(element =>
{
if (element.IsNeutral)
{
logger.LogWarning($"{element.Original} is neutral and will be ignored.");
return(false);
}
return(true);
}).ToArray();
int maxFractionalPart = Math.Max(argumentSet.Max(element => element.FractionalPart.Length), argumentSum.FractionalPart.Length);
argumentSum.ReduceFractionalPart(maxFractionalPart);
foreach (var element in argumentSet)
{
element.ReduceFractionalPart(maxFractionalPart);
}
return(argumentSum, argumentSet);
}
private AlgorithmType CalculateOptimalAlgorithmType(NumberArgument argumentSum, NumberArgument[] argumentSet)
{
return(AlgorithmType.Recursion);
}
