private void StrengthOfSchedule(List <CTeam> ties)
{
/* -----------------------------------------------------------------------------------
* Combined record of all opponents.
* If you play a team twice, does it count twice. I say yes.
* ----------------------------------------------------------------------------------*/
var msg = new StringBuilder("Str. of schedule: ");
foreach (var t in ties)
{
Record rec = default(Record);
foreach (var g in t.teamSchedule)
{
CTeam opp = g.Opp(t);
rec += opp.simRec.league; //Do not check if t was winner,just accumulate opp's rec.
}
t.Metric += 's' + rec.spct;
if (detailMode)
{
msg.Append(t.teamTag + ":" + rec.wltString + " ");
}
}
if (detailMode)
{
tieBreakerSummary.AppendLine(" " + msg.ToString());
}
}
public /*Constructor*/ CGame(CTeam vis, CTeam home, ESite site)
{
// -----------------------------------------------------------------
// Constructor:
this.TeamH = home;
this.TeamV = vis;
this.Site = site;
this.Spread = null; // PlayGame() will use power ratings
ComputeHomeProb();
}
public CTeam Opp(CTeam t)
{
// -------------------------------------------------------------
if (t == this.TeamH)
{
return(this.TeamV);
}
if (t == this.TeamV)
{
return(this.TeamH);
}
return(null);
}
public bool Involves(CTeam t)
{
// -------------------------------------------------------------
return(this.TeamH == t || this.TeamV == t);
}
public void BumpRecs(
CTeam winner, CTeam loser, bool tie, EMode mode)
{
// ---------------------------------------------------------------
bool isDiv = TeamV.divName == TeamH.divName;
bool isConf = TeamV.confName == TeamH.confName;
if (!tie)
{
switch (mode)
{
case EMode.Real:
winner.realRec.league.w++; loser.realRec.league.l++;
if (isDiv)
{
winner.realRec.div.w++; loser.realRec.div.l++;
}
if (isConf)
{
winner.realRec.conf.w++; loser.realRec.conf.l++;
}
break;
case EMode.Sim:
winner.simRec.league.w++; loser.simRec.league.l++;
if (isDiv)
{
winner.simRec.div.w++; loser.simRec.div.l++;
}
if (isConf)
{
winner.simRec.conf.w++; loser.simRec.conf.l++;
}
break;
}
}
else //tie
{
switch (mode)
{
case EMode.Real:
TeamV.realRec.league.t++; TeamH.realRec.league.t++;
if (isDiv)
{
TeamV.realRec.div.t++; TeamH.realRec.div.t++;
}
if (isConf)
{
TeamV.realRec.conf.t++; TeamH.realRec.conf.t++;
}
break;
case EMode.Sim:
TeamV.simRec.league.t++; TeamH.simRec.league.t++;
if (isDiv)
{
TeamV.simRec.div.t++; TeamH.simRec.div.t++;
}
if (isConf)
{
TeamV.simRec.conf.t++; TeamH.simRec.conf.t++;
}
break;
}
}
}
public void PlayGame(bool noTies = false)
{
/* -----------------------------------------------
* This sets the following:
* Winner, Losr, WasTie, Result (EResult)
* nTies=true is for post-season
* ----------------------------------------------- */
// First, check if the game is overriden... (-bc 1807.01)
switch (this.Override)
{
case EResult.NotPlayed:
// This means not overriden, take no action here.
break;
case EResult.HomeWin:
Winner = TeamH; Loser = TeamV; WasTie = false;
Result = EResult.HomeWin;
//Debug.WriteLine(WeekNo.ToString() + " Override: " + TeamH.teamTag + " / " + TeamV.teamTag);
return;
case EResult.VisWin:
Winner = TeamV; Loser = TeamH; WasTie = false;
Result = EResult.VisWin;
//Debug.WriteLine(WeekNo.ToString() + " Override: " + TeamV.teamTag + " / " + TeamH.teamTag);
return;
case EResult.Tie:
// Currently app does not allow override as tie, but maybe future...
Winner = null; Loser = null; WasTie = true;
Result = EResult.Tie;
//Debug.WriteLine(WeekNo.ToString() + " Override: " + TeamV.teamTag + " ties " + TeamH.teamTag);
return;
}
// Game is not overriden, so roll the dice...
double tieProb = (noTies ? 0.0 : 0.01);
double r = CSeason.rn.NextDouble(); //Roll the dice...
if (r < tieProb)
{
// Tie game...
Winner = null; Loser = null; WasTie = true;
//BumpRecs(TeamH, TeamV, true, EMode.Sim);
Result = EResult.Tie;
//Debug.WriteLine(WeekNo.ToString() + " Simulated: " + TeamV.teamTag + " ties " + TeamH.teamTag);
}
else if (r < HomeProb + (1.0 - HomeProb) * tieProb) //tieProb + prob*(1- tieProb))
// Home team wins...
{
Winner = TeamH; Loser = TeamV; WasTie = false;
//BumpRecs(TeamH, TeamV, false, EMode.Sim);
Result = EResult.HomeWin;
//Debug.WriteLine(WeekNo.ToString() + " Simulated: " + TeamH.teamTag + " / " + TeamV.teamTag);
}
else
{
// Vis team wins...
Winner = TeamV; Loser = TeamH; WasTie = false;
//BumpRecs(TeamV, TeamH, false, EMode.Sim);
Result = EResult.VisWin;
//Debug.WriteLine(WeekNo.ToString() + " Simulated: " + TeamV.teamTag + " / " + TeamH.teamTag);
}
}
public /*constructor*/ CGame(string[] arec, int i)
{
// --------------------------------------------------
// Constructor:
int wk = int.Parse(arec[0]);
string tagV = arec[1];
string tagH = arec[2];
char res = arec[3][0];
int scoreV = res == 'P' ? int.Parse(arec[4]) : 0;
int scoreH = res == 'P' ? int.Parse(arec[5]) : 0;
ESite site = arec[3].Length > 1 && arec[3][1] == '*' ? ESite.Nuetral : ESite.Home;
double?spread;
if (res == 'N' && arec.Length > 4)
{
spread = double.Parse(arec[4]);
}
else
{
spread = null;
}
WeekNo = wk;
GameNumber = i;
TeamIdV = CTeam.teamIndexes[tagV];
TeamIdH = CTeam.teamIndexes[tagH];
ScoreV = scoreV;
ScoreH = scoreH;
Site = site;
Spread = spread;
TeamV = CSeason.Teams[TeamIdV];
TeamH = CSeason.Teams[TeamIdH];
switch (res)
{
case 'P':
if (scoreV > scoreH)
{
Result = EResult.VisWin;
}
else if (scoreV < scoreH)
{
Result = EResult.HomeWin;
}
else
{
Result = EResult.Tie;
}
OrigResult = Result;
switch (Result)
{
case EResult.HomeWin:
BumpRecs(TeamH, TeamV, false, EMode.Real);
Winner = TeamH; Loser = TeamV; WasTie = false;
break;
case EResult.VisWin:
BumpRecs(TeamV, TeamH, false, EMode.Real);
Winner = TeamV; Loser = TeamH; WasTie = false;
break;
case EResult.Tie:
BumpRecs(TeamV, TeamH, true, EMode.Real);
Winner = null; Loser = null; WasTie = true;
break;
}
break;
case 'N':
Result = EResult.NotPlayed;
OrigResult = EResult.NotPlayed;
ComputeHomeProb();
break;
}
}
private void GamesVsCommonOpponents(List <CTeam> ties)
{
/* -----------------------------------------------------------------------------------
* Found this on Reddit... I think it's correct. The 4-minimum referes to the
* number of common opps, not the number of games, which can differ...
*
* It's based on winning percentage, and there must be at least 4 common opponents
* for it to apply.
* Consider a scenario where teams A and B are tied up to the common games tie-breaker.
* Team A played teams W, X, Y, and Z and had a record of 2-2.
* Team B played teams W, X, Y once each and team Z twice, with a record of 2-3.
* In this case team A wins the tie-breaker.
* ----------------------------------------------------------------------------------*/
StringBuilder msg = new StringBuilder("Games vs common opps: ");
List <CTeam> opps = CommonOpponents(ties);
Record rec;
if (opps.Count < 4)
{
foreach (var t in ties)
{
t.Metric += "oXXX";
}
if (detailMode)
{
msg.Append("Less than 4 common opps");
}
}
else
{
foreach (var t in ties)
{
rec = default(Record);
foreach (var g in t.teamSchedule)
{
CTeam opp = g.Opp(t);
if (opps.Contains(opp) && !ties.Contains(opp))
{
if (g.Winner == t)
{
rec.w++;
}
else if (g.WasTie)
{
rec.t++;
}
else
{
rec.l++;
}
}
}
t.Metric += 'o' + rec.spct;
if (detailMode)
{
msg.Append(t.teamTag + ":" + rec.wltString + " ");
}
}
}
if (detailMode)
{
tieBreakerSummary.AppendLine(" " + msg.ToString());
}
}
