public static ISorter ToSorter(this ISorterGenome sorterGenome)
{
return(KeyPairRepository.KeyPairSet(sorterGenome.KeyCount)
.KeyPairs.ToSorter
(
keyPairChoices: sorterGenome.Chromosome.Sequence,
keyCount: sorterGenome.KeyCount,
guid: sorterGenome.Guid
));
}
public void ConvertSorterTest()
{
const int keyCount = 16;
const int sequenceLength = 100;
var keyPairSet = KeyPairRepository.KeyPairSet(keyCount);
var guid = Guid.NewGuid();
var keyPairs = Enumerable.Range(0, KeyPairRepository.KeyPairSetSizeForKeyCount(keyCount))
.Select(i => keyPairSet[i])
.ToArray();
var sorter = keyPairs.ToSorter(guid: guid, keyCount: keyCount);
var serialized = JsonConvert.SerializeObject(sorter.ToJsonAdapter(), Formatting.Indented);
var newSorter = serialized.ToSorter();
Assert.AreEqual(newSorter.Guid, guid);
Assert.AreEqual(newSorter.KeyCount, keyCount);
Assert.IsTrue(newSorter.KeyPairs.IsSameAs(keyPairs));
}
public static IEnumerable <ISorter> Mutate(this ISorter sorter, IRando rando, double mutationRate)
{
var randoK = rando.Spawn();
var keyPairList = KeyPairRepository.KeyPairSet(sorter.KeyCount).KeyPairs;
var newb = randoK.Pick(keyPairList).ToMoveNext();
while (true)
{
yield return(new SorterImpl
(
keyPairs: sorter.KeyPairs.MutateInsertDelete
(
rando.Spawn().ToBoolEnumerator(mutationRate),
rando.Spawn().ToBoolEnumerator(mutationRate),
rando.Spawn().ToBoolEnumerator(mutationRate),
T => newb.Next(),
T => newb.Next(),
T => newb.Next()
),
guid: randoK.NextGuid(),
keyCount: sorter.KeyCount
));
}
}
public static ISorter ToSorter2(this IRando rando, int keyCount, int keyPairCount, Guid guid)
{
var keyPairSet = KeyPairRepository.KeyPairSet(keyCount);
return(rando.ToSorter2(keyPairSet.KeyPairs, keyPairCount, keyCount, guid));
}
