public void DRAW(int start=0)
{
Player top = plys [start];
Pairing tmp;
if(Verbose) Console.WriteLine ("Calling SimpleDraw() start:" + start);
bool found = false;
for (int i = start+1; i <= plys.Count -1; i++) { //foreachPlayer
if (LookUpBull [i] == true) {
found = true;
}
else
found =false;
while (found == false) {
foreach (McLayer mcl in BigM) { //foreachLayer
if(found==false)
for (int j = 0; j < mcl.Length; j++) {
tmp = new Pairing (plys[mcl.GetAt (j)], top);
//Is this path really accurate?
tryPath = path + " " + top.Deed + "," + plys[mcl.GetAt(j)].Deed;
if (plys[mcl.GetAt(j)].Deed != top.Deed)
if (LookUpBull[plys[mcl.GetAt(j)].Deed] == false)
if(ValidPath(tryPath)==true)
if (History.Contains(tmp) == false) //cannot allow repeat pairing
{
LookUpBull[top.Deed ] = true;
LookUpBull[plys[mcl.GetAt (j)].Deed] = true;
path += " " + top.Deed + "," + plys[mcl.GetAt(j)].Deed;
if(Verbose) Console.WriteLine (path);
Pairs.Add(tmp);
found = true;
top = plys[0];
for (int k = 0; k < LookUpBull.Length; k++) //update top
if ( LookUpBull[k] == false) {
top = plys [k];
k = LookUpBull.Length + 1;
}
if ((Pairs.Count + Pairs.Count) == plys.Count) {
found = true;
return;
}
break; //out of j
}//end if
}//end j
}//foreachLayer
if (found == false)
{
if (Pairs.Count == plys.Count - Pairs.Count)
return;
string sp = path;
Paths.Add(sp);
CleanBlocked(sp);
int penultimateSpace = path.LastIndexOf(" ");
//DM1 doesn't need restore as we never empty the McLayer
//Which makes it super slug like
path = path.Remove(penultimateSpace);
//Mandatory removal of last pair
//update lookups
LookUpBull [Pairs [Pairs.Count - 1].black.Deed]=false;
LookUpBull [Pairs [Pairs.Count - 1].white.Deed]=false;
//rm last pairing added
Pairs.RemoveAt(Pairs.Count - 1);
//Now we check the path to see if we need to go deeper
//why don't we call at highest false
for (int re = 0; re < LookUpBull.Length; re++ )
if (LookUpBull[re] == false)
{
// depth = Pairs.Count;
retry++;
DRAW(re);
}
//used to be DRAW(i-2);
}
}
}//end foreachplayer
}
/*
Bd White Result Black Handicap
1 Davis.A(1) ?:? Jones.B(2) 0
*/
public void ReadResults(int rnd)
{
List<Pairing> actualPairs = new List<Pairing> ();
char[] c = { '\t','\v'};
char[] c1 = { '(',')','?'};
int[] LUT = new int[AllPlayers.Count];
int[] CNT = new int[AllPlayers.Count];
for (int i = 0; i < AllPlayers.Count; i++){
if(Verbose)
Console.WriteLine("ReadResults()i:" + i + ":S:" + AllPlayers[i].Seed);
LUT[AllPlayers[i].Seed - 1] = i;
}
using (StreamReader sr = new StreamReader(workDirectory + "Round" + rnd + "Results.txt"))
{
sr.ReadLine ();
sr.ReadLine ();
string s;
while (sr.EndOfStream == false) {
try{
s = sr.ReadLine (); s.Trim (); }
catch(Exception e){ s = "";
}
if (s.Length >2 ) {
string[] split = s.Split (c);
string[] split2 = split [1].Split (c1);
int white = int.Parse (split2 [1]) -1;
split2 = split [3].Split (c1);
int black = int.Parse (split2 [1]) -1;
int handicap = int.Parse (split [4].Replace ("h", ""));
int result = 0;
if (split [2].Equals ("1:0"))
result = 1;
if (split [2].Equals ("0:1"))
result = 2;
if (split [2].Equals ("0.5:0.5"))
result = 3;
if (split [2].Equals ("0:0"))
result = 7;
if(Verbose)
Console.WriteLine("Read Pairing: " + AllPlayers[LUT[white]].Seed + ":" + AllPlayers[LUT[black]].Seed);
Pairing p = new Pairing (AllPlayers [LUT [white]], AllPlayers [LUT [black]], handicap, result);
CNT [LUT [white]]++;
CNT [LUT [black]]++;
if (actualPairs.Contains (p) == false)
if (CNT [LUT [white]] == 1 && CNT [LUT [black]] == 1)
actualPairs.Add (p);
else
throw new Exception ("A player played more than one game in this round.");
else
Console.WriteLine ("A duplicate pairing result was detected " + p.ToFile ());
}
}
//and if we did not hit an exception
Console.WriteLine("Finished reading in results for Round " + rnd);
RoundPairings = actualPairs;
AllPairings.AddRange(actualPairs);
}
}