public void AddWeeklyOutput(int week, int output, string opponent, bool bHome)
{
if (week > 0)
{
_total += output;
var so = new SeasonOpposition(opponent, bHome, output);
_opps[week - 1] = so;
}
}
public void AddPrevWeeklyOutput(int week, SeasonOpposition soIn)
{
if (week > 0)
{
if (week < 18)
{
_prevOpp[week - 1] = soIn;
}
}
}
private string LinkedCellContent(SeasonOpposition opp, int k, string teamCode)
{
if (opp.Opponent.Equals("BYE"))
{
return(HtmlLib.TableDataAttr(" ", "ALIGN='CENTER' BGCOLOR='WHITE'"));
}
var rawdata = ProjectionUrl(opp.Metric, opp.Opponent, opp.IsHome(), teamCode, k + 1);
var formatting = $"ALIGN='CENTER' BGCOLOR='{MetricColour( opp.Metric )}'";
return(HtmlLib.TableDataAttr(rawdata, formatting));
}
public NFLOutputMetric(string metricIn, NFLPlayer playerIn, NflTeam teamIn)
{
_metricName = metricIn;
_player = playerIn;
_team = teamIn;
_team.Wins = 0;
_team.Losses = 0;
_prevOpp = new SeasonOpposition[KOpponents];
_opps = new SeasonOpposition[KOpponents];
for (var i = 0; i < KOpponents; i++)
{
_opps[i] = new SeasonOpposition("BYE", true, 0);
_prevOpp[i] = new SeasonOpposition(" ", true, 0);
}
}
private string CellContent(SeasonOpposition opp)
{
if (string.IsNullOrEmpty(opp.Opponent.Trim()))
{
return(HtmlLib.TableDataAttr("BYE", "ALIGN='CENTER' BGCOLOR='WHITE'"));
}
if (opp.Metric == 0)
{
return(HtmlLib.TableDataAttr("tie", "ALIGN='CENTER' BGCOLOR='TOMATO'"));
}
var rawdata = opp.Metric.ToString(CultureInfo.InvariantCulture);
var formatting = $"ALIGN='CENTER' BGCOLOR='{MetricColour( opp.Metric )}'";
return(HtmlLib.TableDataAttr(rawdata, formatting));
}
/// <summary>
/// Puts the number of FGs allowed per game into the fgResultlist.
/// This balances off the kickers results.
/// Need to include 0 games.
/// Only go back to last season.
/// </summary>
private static ArrayList GetFGallowed(string oppteamCode)
{
// Get the schedule for last season for the opponent
ArrayList fgAllowed = new ArrayList();
DataSet ds = Utility.TflWs.TeamSchedDs(Utility.LastSeason(), oppteamCode);
DataTable dt = ds.Tables["sched"];
// For each game on their schedule
foreach (DataRow dr in dt.Rows)
{
string week = dr["WEEK"].ToString();
string gameNo = dr["GAMENO"].ToString();
string gameCode = Utility.LastSeason() + week + gameNo;
string opponentsOpponent = dr["HOMETEAM"].ToString() == oppteamCode
? dr["AWAYTEAM"].ToString()
: dr["HOMETEAM"].ToString();
// How many FGs did their opponents score?
DataSet scores =
Utility.TflWs.GetTeamScoresFor("3", opponentsOpponent,
Utility.LastSeason(), week, gameNo);
int fgsAllowed = scores.Tables[0].Rows.Count;
SeasonOpposition so = new SeasonOpposition(opponentsOpponent, false, fgsAllowed);
fgAllowed.Add(new FieldGoalResult(gameCode, so));
}
return fgAllowed;
}
public string SeasonProjection(IPrognosticate strategy, string metricName, DateTime projectionDate)
{
if (strategy == null) return String.Empty;
strategy.AuditTrail = true;
NFLResult result;
NFLGame game;
int metric;
// Lazy intitialisation of the sched
if (_sched == null) InitialiseProjections();
var om = new NFLOutputMetric(metricName, null, this);
// Go through the schedule and predict the games
// Clear win totals
var projWins = 0;
var projLosses = 0;
var projTies = 0;
if ((_sched != null) && (_sched.GameList != null))
{
// load the projections
for (var i = 0; i < _sched.GameList.Count; i++)
{
if (i > 15) continue;
game = (NFLGame)_sched.GameList[i];
result = strategy.PredictGame(game, new DbfPredictionStorer(), projectionDate);
#if DEBUG
Utility.Announce(result.LogResult());
#endif
metric = metricName == "Spread"
? Convert.ToInt32(((game.IsHome(TeamCode)) ? result.Spread : 0.0M-(result.Spread)))
: (metricName == "Tdp"
? ((game.IsHome(TeamCode)) ? result.HomeTDp : result.AwayTDp)
: ((game.IsHome(TeamCode)) ? result.HomeTDr : result.AwayTDr));
if (metric > 0) projWins++;
if (metric == 0) projTies++;
if (metric < 0) projLosses++;
om.AddWeeklyOutput(
Int32.Parse(game.Week), metric,
game.Opponent(TeamCode), game.IsHome(TeamCode));
}
}
if (metricName == "Spread")
{
// Load up previous results
if (_prevSched.GameList != null)
{
foreach (NFLGame g in _prevSched.GameList)
{
if (Int32.Parse(g.Week) < 18)
{
result = g.Result;
metric = Convert.ToInt32((g.IsHome(TeamCode)) ? result.Spread : 0.0M-(result.Spread));
ApplyPrevResult(metric);
var so =
new SeasonOpposition(g.Opponent(TeamCode), g.IsHome(TeamCode), metric);
om.AddPrevWeeklyOutput(Int32.Parse(g.Week), so);
}
}
}
}
if (ProjectionList == null) ProjectionList = new ArrayList();
ProjectionList.Add(om); // store it for later
Wins = projWins;
Losses = projLosses;
Ties = projTies;
return om.RenderAsHtml();
}
public void LoadKicker()
{
_fgResultList = new ArrayList();
var fgCount = 0;
_kicker = GetPlayerAt("PK", 1, false, false); // depends on the Kicking unit being loaded
string gameCode = String.Empty;
string loWeek = "999999";
string hiWeek = "000000";
if (_kicker != null)
{
// Get all the Scores for this kicker
var ds = Utility.TflWs.GetScoresFor("3", _kicker.PlayerCode);
var dt = ds.Tables["score"];
if (dt.Rows.Count > 0)
{
string lastGameCode = string.Format("{0}{1}{2}", dt.Rows[0]["SEASON"],
dt.Rows[0]["WEEK"], dt.Rows[0]["GAMENO"]);
foreach (DataRow dr in dt.Rows)
{
// for each score in the game
string gameWeek = string.Format("{0}{1}", dr["SEASON"], dr["WEEK"]);
gameCode = gameWeek + dr["GAMENO"];
if (gameCode != lastGameCode)
{
// Add the result to the kickers list
SeasonOpposition so = GetLastOpp(lastGameCode, fgCount);
_fgResultList.Add(new FieldGoalResult(gameCode, so));
fgCount = 0;
lastGameCode = gameCode;
}
fgCount++;
if (string.Compare(gameWeek, loWeek) < 0) loWeek = gameWeek;
if (string.Compare(gameWeek, hiWeek) > 0) hiWeek = gameWeek;
}
_fgResultList.Add(new FieldGoalResult(gameCode, GetLastOpp(lastGameCode, fgCount)));
// How many weeks in the range
_kicker.SetHiWeek(hiWeek);
_kicker.SetLoWeek(loWeek);
int nRange = WeekRange(loWeek, hiWeek);
// Add goose eggs for the difference
int diff = nRange - _fgResultList.Count;
var soDud = new SeasonOpposition(" ", false, 0);
for (int i = 1; i < diff; i++)
_fgResultList.Add(new FieldGoalResult(loWeek, soDud));
}
}
}
