public bool SetEvolutions(List <ExportEntry> availableEvolutions)
{
// 1. Calculate the number of required bonus evolutions
var numToPick = Powers.Count(x => x.HasEvolution()) * 2;
while (numToPick > 0)
{
var numAttempts = availableEvolutions.Count;
var evolutionToCheck = new Talent(availableEvolutions.PullFirstItem(), true);
while (numAttempts > 0 && EvolvedPowers.Any(x => x.PowerExport.InstancedFullPath == evolutionToCheck.PowerExport.InstancedFullPath)) // Ensure there are no duplicate power exports
{
// Repick
availableEvolutions.Add(evolutionToCheck.BasePower);
evolutionToCheck = new Talent(availableEvolutions.PullFirstItem(), true);
numAttempts--;
if (numAttempts == 0)
{
Debug.WriteLine("Could not find suitable evolution for talentset!");
return(false); // There is no viable solution
}
}
EvolvedPowers.Add(evolutionToCheck);
numToPick--;
}
return(true);
}
public void Save()
{
if (Powers.Count(gen => gen.Id == Id) != 0)
{
Update();
return;
}
using (IDbConnection cnn = new SQLiteConnection(DBPath))
{
cnn.Execute($"INSERT INTO Powers VALUES(@Id, @GeneralId, @InputOutputId, @PowerUse, @PowerGeneration, @PowerCapacity);", this);
}
}
public static Power GetPower(string id) => Powers.Count(power => power.Id == id) != 0 ? Powers.First(power => power.Id == id) : null;