public string PartB()
{
GeneratorStartingValuePair pair = new GeneratorStartingValuePair()
{
GeneratorA = GeneratorAInput, GeneratorB = GeneratorBInput
};
return(NumberOfMatchesJudgeWait(pair).ToString());
}
public int NumberOfMatchesJudgeWait(GeneratorStartingValuePair startingValuePair)
{
Generator genA = new Generator(startingValuePair.GeneratorA, GeneratorAFactor, 4);
Generator genB = new Generator(startingValuePair.GeneratorB, GeneratorBFactor, 8);
int matches = 0;
int iterations = 5000000;
int counter = 0;
string currentGenABinary = null;
string currentGenBBinary = null;
do
{
// Only advance them if they have not returned a value yet, otherwise wait for the other one
if (currentGenABinary == null)
{
genA.NextValue();
currentGenABinary = genA.CurrentBinary();
}
if (currentGenBBinary == null)
{
genB.NextValue();
currentGenBBinary = genB.CurrentBinary();
}
if (currentGenABinary != null && currentGenBBinary != null)
{
if (genA.IsEqual(genB))
{
matches++;
}
currentGenABinary = null;
currentGenBBinary = null;
counter++;
}
} while (counter < iterations);
return(matches);
}
public int NumberOfMatches(GeneratorStartingValuePair startingValuePair)
{
Generator genA = new Generator(startingValuePair.GeneratorA, GeneratorAFactor, 1);
Generator genB = new Generator(startingValuePair.GeneratorB, GeneratorBFactor, 1);
int matches = 0;
int iterations = 40000000;
for (int i = 0; i < iterations; i++)
{
genA.NextValue();
genB.NextValue();
if (genA.IsEqual(genB))
{
matches++;
}
}
return(matches);
}
