/**
* Manages the end of the current hole
* saveForStatistics : true to save the stats of the current hole, false to not save them
*/
public void holeFinished(bool saveForStatistics)
{
ScoreHole sh = StatistiquesGolf.saveForStats(this, itHole.Current, saveForStatistics);
ScoreOfThisPartie.add(sh);
Shots.Clear();
}
/**
* Manages the end of this game
* saveForStatistics : true to save the stats of this game, false to not save them
*/
public async Task gameFinished(bool saveForStatistics)
{
if (saveForStatistics)
{
ScoreOfThisPartie.DateFin = DateTime.Now;
await StatistiquesGolf.saveGameForStats(ScoreOfThisPartie);
}
}
/**
* Classify the shot depending on the variation between the targeted shot and the real shot
*/
private ShotCategory determineShotCategory()
{
ShotCategory sc = ShotCategory.ChipShot;
//shots added in HoleFinishedPage => not real shots => you don't want to count it in stats
if (Target == null || RealShot == null || InitPlace == null)
{
return(sc);
}
double index = StatistiquesGolf.getPlayerIndex();
double psmd = this.getPerfectShotMaxDist(index);
double gsmd = this.getGoodShotMaxDist(index);
double ulsmdg = 10 + this.Club.DistanceMoyenne * 10 / 100; //unexpected good shot min dist gap
double ssd = this.Club.DistanceMoyenne * 2 / 3; //short shot dist
double rstd = this.RealShotTargetDist();
double td = this.TargetDist();
double rsd = this.RealShotDist();
double shotAngle = this.GetShotAngle(rstd, td, rsd, true);
if (td <= 30.0 && !this.isPutt())//if the player targeted a place with a short distance
{
sc = ShotCategory.ChipShot;
}
else if (rstd <= psmd) //if in the perfect shot circle
{
sc = ShotCategory.PerfectShot;
}
else if (rstd <= gsmd) //if in the good shot circle
{
sc = ShotCategory.GoodShot;
}
else if (rsd - td > ulsmdg && shotAngle < 7) //if player shot much further than he expected and with a small dispertion
{
sc = ShotCategory.UnexpectedLongShot;
}
else //bad shot
{
if (rsd < ssd)//if player failed his shot and his ball traveled a short distance
{
sc = ShotCategory.FailedShot;
}
else if (shotAngle > 10) //if player didn't shot straigth
{
sc = ShotCategory.NotStraightShot;
}
else
{
sc = ShotCategory.TolerableShot;
}
}
System.Diagnostics.Debug.WriteLine("\n Category : " + sc + "\n Index : " + index + "\n ugsmdg : " + ulsmdg + "\n DistMoyClub : " + Club.DistanceMoyenne + "\n rstd : " + rstd + "\n td : " + td + "\n rsd : " + rsd + "\n shotAngle : " + shotAngle + "\n psmd : " + psmd + "\n gsmd : " + gsmd);
return(sc);
}
/**
* Initialized the list of average distances with the ones of the clubs in parameter
* clubs : the list of clubs to compute the average distance
*/
public async static void calculAverageAsync(List <Club> clubs)
{
listAverage = await StatistiquesGolf.getAverageDistanceForClubsAsync(c => clubs.Contains(c), clubs);
}
/**
* Computes the number of shots before the ball gets onto the green
* shots : the list of the shots of a single hole
* return : the number of shots before the ball gets onto the green
*/
private static int numberShotsBeforeGreen(List <Shot> shots)
{
int puttCount = StatistiquesGolf.nbCoupPutt(shots);
return(shots.Count - puttCount);
}
/**
* Gets the games that wasn't finished yet on a specific golf course
* golfCourse : the specific golf course
*/
public static async Task <List <ScorePartie> > getNotFinishedGames(GolfCourse golfCourse)
{
List <ScorePartie> allNeededScoreParties = (await StatistiquesGolf.getScoreParties()).Where(sp => sp.scoreHoles[0].Hole.IdGolfC.Equals(golfCourse.Name) && sp.scoreHoles.Count != 9 && sp.scoreHoles.Count != 18).ToList();
return(allNeededScoreParties);
}
