public Int32 PredictYDc(NFLPlayer plyr, string season, int week)
{
int YDc = 0;
// starters only
if (plyr.IsStarter() && (plyr.PlayerCat == RosterLib.Constants.K_RECEIVER_CAT))
{
int gamesOppPlayed = 0;
NflTeam opponent = plyr.CurrTeam.OpponentFor(season, week);
if (opponent != null) // not on a bye
{
// Workout Team YDc average
int teamTotYDc = 0;
int gamesPlayed = 0;
plyr.CurrTeam.LoadGames(plyr.CurrTeam.TeamCode, season);
foreach (NFLGame g in plyr.CurrTeam.GameList)
{
if (g.Played())
{
g.TallyMetrics("Y");
teamTotYDc += g.IsHome(plyr.CurrTeam.TeamCode) ? g.HomeYDp : g.AwayYDp;
gamesPlayed++;
}
}
// work out the average that the oppenent gives up
int teamTotYDcAllowed = 0;
opponent.LoadGames(opponent.TeamCode, season);
foreach (NFLGame g in opponent.GameList)
{
if (g.Played())
{
g.TallyMetrics("Y");
teamTotYDcAllowed += g.IsHome(plyr.CurrTeam.TeamCode) ? g.AwayYDr : g.HomeYDr; // switch it around
gamesOppPlayed++;
}
}
Decimal predictedYDc;
if ((gamesPlayed > 0) && (gamesOppPlayed > 0))
{
// Average the averages
predictedYDc = ((teamTotYDc / gamesPlayed) +
(teamTotYDcAllowed / gamesOppPlayed)) / 2;
}
else
{
predictedYDc = 0.0M;
}
// find out how many carries the starter usually has
// YDr is the proportion of the whole
YDc = plyr.IsTe() ? Convert.ToInt32(predictedYDc * .2M) : Convert.ToInt32(predictedYDc * .4M);
}
}
return(YDc);
}
public Int32 PredictYDc(NFLPlayer plyr, string season, int week)
{
int YDc = 0;
// starters only
if (plyr.IsStarter() && (plyr.PlayerCat == RosterLib.Constants.K_RECEIVER_CAT))
{
int gamesOppPlayed = 0;
NflTeam opponent = plyr.CurrTeam.OpponentFor(season, week);
if (opponent != null) // not on a bye
{
// Workout Team YDc average
int teamTotYDc = 0;
int gamesPlayed = 0;
plyr.CurrTeam.LoadGames(plyr.CurrTeam.TeamCode, season);
foreach (NFLGame g in plyr.CurrTeam.GameList)
{
if (g.Played())
{
g.TallyMetrics("Y");
teamTotYDc += g.IsHome(plyr.CurrTeam.TeamCode) ? g.HomeYDp : g.AwayYDp;
gamesPlayed++;
}
}
// work out the average that the oppenent gives up
int teamTotYDcAllowed = 0;
opponent.LoadGames(opponent.TeamCode, season);
foreach (NFLGame g in opponent.GameList)
{
if (g.Played())
{
g.TallyMetrics("Y");
teamTotYDcAllowed += g.IsHome(plyr.CurrTeam.TeamCode) ? g.AwayYDr : g.HomeYDr; // switch it around
gamesOppPlayed++;
}
}
Decimal predictedYDc;
if ((gamesPlayed > 0) && (gamesOppPlayed > 0))
{
// Average the averages
predictedYDc = ((teamTotYDc / gamesPlayed) +
(teamTotYDcAllowed / gamesOppPlayed)) / 2;
}
else
predictedYDc = 0.0M;
// find out how many carries the starter usually has
// YDr is the proportion of the whole
YDc = plyr.IsTe() ? Convert.ToInt32( predictedYDc*.2M ) : Convert.ToInt32( predictedYDc*.4M );
}
}
return YDc;
}
public Int32 PredictTDc(NFLPlayer plyr, string season, int week)
{
// Predict the number of FGs this player will kick
int tdc = 0;
// starters only
if (plyr.IsStarter() && (plyr.PlayerCat == RosterLib.Constants.K_RECEIVER_CAT))
{
if (plyr.CurrTeam.Ratings.Equals("CCCCCC"))
{
plyr.CurrTeam.SetRecord(season);
}
// who are the opponents
NflTeam opponent = plyr.CurrTeam.OpponentFor(season, week);
if (opponent != null)
{
if (opponent.Ratings.Equals("CCCCCC"))
{
opponent.SetRecord(season); // Incase not initialised
}
// not on a bye
tdc = 1;
int diff = ConvertRating(plyr.CurrTeam.PoRating()) - ConvertRating(opponent.PdRating());
if (diff > 0)
{
tdc += 1;
}
if (diff > 2)
{
tdc += 1;
}
if (diff < -2)
{
tdc -= 1;
}
}
// What is the Game
NFLGame game = plyr.CurrTeam.GameFor(season, week);
if (game != null)
{
if (game.IsHome(plyr.CurrTeam.TeamCode))
{
tdc += 1;
}
if (game.IsBadWeather())
{
tdc -= 1;
}
}
tdc = plyr.IsTe() ? Convert.ToInt32(tdc * .25M) : Convert.ToInt32(tdc * .5M);
}
return(tdc);
}
