public string FindCommentary(MatchEventType Ev, MatchStatus ms)
{
string retVal = "";
List <MatchEventCommentary> PossComment = (from C in CommentaryList
where C.EventType == Ev && (C.Segment == MatchSegment.None || C.Segment == ms.Segment)
select C).ToList();
retVal = PossComment[0].RawText;
return(retVal);
}
public void PopulatePlayerStatuses(MatchStatus ms, Fixture f)
{
List <PlayerStatus> StatusList;
for (int t = 0; t <= 1; t++)
{
ms.OverallPlayerEffectiveRating[t] = 0;
TeamAdapter ta = new TeamAdapter();
Team Team = ta.GetTeam(f.TeamIDs[t]);
PlayerAdapter pa = new PlayerAdapter();
StatusList = new List <PlayerStatus>();
TacticEvaluation Eval = new TacticEvaluation();
int selected = 0;
int totalEffectiveRating = 0;
const double HealthDeteriorationPower = 4;
foreach (KeyValuePair <int, TeamPlayer> kvp in Team.Players)
{
Player p = pa.GetPlayer(kvp.Value.PlayerID);
PlayerStatus ps = new PlayerStatus();
ps.PlayerID = kvp.Value.PlayerID;
ps.Playing = kvp.Value.Selected;
ps.CurrentHealth = p.Health;
ps.CurrentHealthDeterioration = Math.Pow(1 - (Convert.ToDouble(p.Fitness) / 100), HealthDeteriorationPower);
if (ps.Playing == PlayerSelectionStatus.Starting)
{
selected++;
PlayerPosition pos = GridLengthToPosition(kvp.Value);
ps.EffectiveRating = CalculatePlayerEffectivenessInPosition(kvp.Value);
totalEffectiveRating += ps.EffectiveRating;
Eval.AddRatingForPosition(pos, ps.EffectiveRating);
StatusList.Add(ps);
}
ps = null;
}
ms.OverallPlayerEffectiveRating[t] = (selected > 0 ? totalEffectiveRating / selected : 0);
ms.PlayerStatuses[t] = StatusList;
ms.Evaluation[t] = Eval;
StatusList = null;
}
}
public void UpdatePlayerHealthForWorld(MatchStatus ms)
{
PlayerAdapter pa = new PlayerAdapter();
for (int t = 0; t <= 1; t++)
{
for (int s = 0; s < ms.PlayerStatuses[t].Count; s++)
{
PlayerStatus stat = ms.PlayerStatuses[t][s];
Player p = pa.GetPlayer(stat.PlayerID);
p.Health = stat.CurrentHealth;
pa.UpdatePlayer(p);
}
}
}
public void UpdatePlayerHealthForMatch(MatchStatus ms)
{
for (int t = 0; t <= 1; t++)
{
for (int s = 0; s < ms.PlayerStatuses[t].Count; s++)
{
PlayerStatus stat = ms.PlayerStatuses[t][s];
if (stat.Playing == PlayerSelectionStatus.Starting)
{
stat.CurrentHealth -= stat.CurrentHealthDeterioration;
if (stat.CurrentHealth < 0)
{
stat.CurrentHealth = 0;
}
ms.PlayerStatuses[t][s] = stat;
}
}
}
}
public void StartMatch()
{
mps = new MatchPlayerSupport(Interactive);
if (Fixture == null)
{
throw new ArgumentNullException("Fixture not set");
}
if (Interactive == true && MatchCallback == null)
{
throw new ArgumentNullException("MatchCallback not set");
}
MatchStatus = new MatchStatus();
MatchCallback.MatchStarting(Fixture, Interactive);
for (int h = 1; h <= 2; h++)
{
MatchStatus.Segment = (h == 1 ? MatchSegment.FirstHalf : MatchSegment.SecondHalf);
mps.PopulatePlayerStatuses(MatchStatus, Fixture);
MatchStatus.BallX = BALLXCENTRE;
MatchStatus.BallY = BALLYCENTRE;
MatchStatus.PossessionTeam = h - 1; // TODO: Randomise for the start, but opposite team for second half.
RaiseEvent(MatchEventType.KickOff);
// TODO: Just in case we change the grid, this may need to change. But gets us whole numbers.
//MatchStatus.BallX = (PossessionHome() ? Math.Floor(MatchStatus.BallX) : Math.Ceiling(MatchStatus.BallX));
for (int s = 0; s <= Constants.MinsPerHalf * 60 - Constants.EventIntervalSecs; s += Constants.EventIntervalSecs)
{
MatchStatus.TotalTimeUnits++;
MatchStatus.SegmentTimeSeconds = s;
MatchStatus.MatchTimeSeconds += Constants.EventIntervalSecs;
DetermineNextEvent();
mps.UpdatePlayerHealthForMatch(MatchStatus);
}
MatchStatus.BallX = BALLXCENTRE;
MatchStatus.BallY = BALLYCENTRE;
if (h == 1)
{
RaiseEvent(MatchEventType.HalfTime);
}
else
{
RaiseEvent(MatchEventType.FullTime);
}
RaiseEvent(h == 1 ? MatchEventType.HalfTime : MatchEventType.FullTime);
}
Fixture.Score[0] = MatchStatus.Score[0];
Fixture.Score[1] = MatchStatus.Score[1];
Fixture.Played = true;
FixtureAdapter fa = new FixtureAdapter();
fa.UpdateFixture(Fixture);
mps.UpdatePlayerHealthForWorld(MatchStatus);
MatchCallback.MatchFinished(Fixture, Interactive);
}
