public DrawMachine3(List <Player> ply, List <Pairing> _History, int _Rnd,
int _MaxHandi = 9, int _AdjHandi = 1, bool _HandiAboveBar = false, bool _Verbose = false)
{
Verbose = _Verbose;
plys.AddRange(ply); //Careful with Byes
History = _History;
lookUpTable = new int[ply.Count];
Pairs = new List <Pairing>();
Pairing.setStatics(_MaxHandi, _AdjHandi, _HandiAboveBar);
// plys.Sort(); //just in case
foreach (Player pd in plys)
{
if (pd.getParticipation(_Rnd - 1))
{
totalPairs++;
}
}
List <Player> takingABye = new List <Player>();
foreach (Player pd in plys)
{
if (pd.getParticipation(_Rnd - 1) == false) //0 based
{
takingABye.Add(pd);
}
}
foreach (Player tab in takingABye)
{
plys.Remove(tab);
}
totalPairs = totalPairs / 2;
//i want to search for Seed and see player
for (int i = 0; i < plys.Count; i++)
{
lookUpTable[plys[i].Seed - 1] = i;
}
//end DO WE NEED
_Split = new List <SplitLayer>();
//populate Split layers which use Seed and not Deed
_Split.Add(new SplitLayer(plys[0].getSwiss(), plys[0].Seed));
for (int i = 1; i < plys.Count; i++)
{
if (plys[i].getSwiss() == _Split[_Split.Count - 1].SwissKey)
{
_Split[_Split.Count - 1].Add(plys[i].Seed);
}
else
{
_Split.Add(new SplitLayer(plys[i].getSwiss(), plys[i].Seed));
}
}
if (Verbose)
{
DebugSplit();
}
DRAW();
}
public DrawMachine1(List <Player> ply, List <Pairing> _History,
int _MaxHandi = 9, int _AdjHandi = 1, bool _HandiAboveBar = false, bool _Verb = false)
{
Verbose = _Verb;
plys = ply;
History = _History;
LookUpTable = new int[ply.Count];
LookUpBull = new bool[ply.Count];
Pairs = new List <Pairing>();
MaxHandi = _MaxHandi;
AdjHandi = _AdjHandi;
HandiAboveBar = _HandiAboveBar;
Pairing.setStatics(MaxHandi, AdjHandi, HandiAboveBar);
plys.Sort(); //just in case
int d = 0;
foreach (Player pp in plys)
{
LookUpBull[d] = false;
pp.Deed = d++;
}
BigM = new List <McLayer>();
//populate BigM
BigM.Add(new McLayer(plys[1].getSwiss(), plys[1].Deed));
for (int i = 2; i < plys.Count; i++)
{
if (plys[i].getSwiss() == BigM[BigM.Count - 1].SwissKey)
{
BigM[BigM.Count - 1].Add(plys[i].Deed);
}
else
{
BigM.Add(new McLayer(plys[i].getSwiss(), plys[i].Deed));
}
}
//Shuffle
foreach (McLayer mcl in BigM)
{
mcl.Shuffle();
}
for (int j = 0; j < LookUpTable.Length; j++)
{
LookUpTable[plys[j].Deed] = j;
}
DRAW();
}