/// <summary>
/// Evaluates the Passing Offense and Defence, based on passing yards.
/// </summary>
/// <param name="game">The game.</param>
/// <param name="offMatrix">The off Matrix.</param>
/// <param name="defMatrix">The def Matrix.</param>
/// <param name="bHome">if set to <c>true</c> [b home].</param>
private void EvaluatePo( GameStats game, UnitMatrix offMatrix, UnitMatrix defMatrix, bool bHome )
{
// What is the league average for Tdp
var avgMetric = AverageMetric( ( Total.AwayTDpasses + Total.HomeTDpasses )/2 );
// How does the offence compare against the League
var offMult = Multiplier( offMatrix.PoMetrics/offMatrix.GamesPlayed, avgMetric );
#if DEBUG
Utility.Announce( string.Format( "League Average Tdp is {0:###.#} (tot={1:###.#})",
avgMetric, Total.AwayTDpasses + Total.HomeTDpasses ) );
Utility.Announce( string.Format( "Defence {1} gives up an average of {0:###.#} Tdp/game",
defMatrix.PpMetrics/defMatrix.GamesPlayed, defMatrix.TeamCode ) );
Utility.Announce( string.Format( "Offense {1} averages {0:###.#} Tdp/game",
offMatrix.PoMetrics/offMatrix.GamesPlayed, offMatrix.TeamCode ) );
#endif
var defMult = Multiplier( avgMetric, defMatrix.PdMetrics/defMatrix.GamesPlayed ); // Avg Def = 1.0
var metric = ( bHome ) ? game.HomeTDpasses : game.AwayTDpasses;
decimal offPoints;
decimal defPoints;
var result = ResultOf( metric, 0.0M, 1.0M );
//Utility.Announce( string.Format( " WizSeason.EvaluatePO Result for {1} = {0}", result, offMatrix.Team.Name ) );
#region tally
switch ( result )
{
case "L":
offPoints = KPointsLoss;
defPoints = KPointsWin;
break;
case "D":
offPoints = KPointsDraw;
defPoints = KPointsDraw;
break;
default:
offPoints = KPointsWin;
defPoints = KPointsLoss;
break;
}
offMatrix.AddPoPoints( offPoints, defMult, game );
defMatrix.AddPdPoints( defPoints, offMult, game );
// Give each member of the passing unit the experience too
DistributeEp( "PO", offPoints, defMult, game, bHome );
DistributeEp( "PD", defPoints, offMult, game, bHome );
#endregion
Explain( offMatrix, defMatrix, "Pass Offence", offPoints,
defPoints, "PO", "PD", offMult, defMult, result,
( offMatrix.PoPoints - ( offPoints*defMult ) ), ( defMatrix.PdPoints - ( defPoints*offMult ) ),
metric, bHome );
}
