/// <summary>
/// Updates the statistics.
/// </summary>
/// <param name="result">The result.</param>
private void UpdateStatistics(BattingResult result)
{
switch (result)
{
case BattingResult.Walk:
this.PitcherStatistics.Walks++;
break;
case BattingResult.Strikeout:
this.PitcherStatistics.Strikeouts++;
break;
case BattingResult.Single:
case BattingResult.Double:
case BattingResult.Triple:
case BattingResult.Homerun:
this.PitcherStatistics.Hits++;
break;
////case BattingResult.FlyOut:
////case BattingResult.GroundOut:
////case BattingResult.LineOut:
////case BattingResult.PopOut:
//// this.PitcherStatistics.TotalOuts++;
//// break;
}
}
IEnumerator Throw()
{
while (true)
{
battingResult = BattingResult.WAIT;
yield return(new WaitForSeconds(3f));
pitcher.SendMessage("Throw");
yield return(new WaitForSeconds(3f));
}
}
IEnumerator GameResult()
{
if (highScore < point)
{
highScore = point;
PlayerPrefs.SetInt("HighScore", highScore);
}
yield return(new WaitForSeconds(1));
battingResult = GameController.BattingResult.CHANGE;
}
public PlayerObject(GameScene owner, Color defaultColor, Rectangle rectData, string drawKeyword)
{
this.owner = owner;
this.textureList = new Dictionary<string, Texture2D>();
this.color = defaultColor;
this.rectData = rectData;
this.drawKeyword = drawKeyword;
this.playerLife = 3;
this.strikeCount = 0;
this.stageSelectUfoKey = 0;
this.nowBateerState = PlayerActionState.Stand;
this.battingHitTime = 0;
this.stageUfoCount = 100;
this.nowBattingResult = BattingResult.NoSwing;
this.targetPos = new Vector2(10, 560);
}
/// <summary>
/// Handles the base runners.
/// </summary>
/// <param name="result">The result.</param>
/// <param name="batter">The batter.</param>
private void HandleBaseRunners(BattingResult result, Player batter)
{
switch (result)
{
case BattingResult.Walk:
this.HandleWalk(batter);
break;
case BattingResult.Single:
this.HandleSingle(batter);
break;
case BattingResult.Double:
this.HandleDouble(batter);
break;
case BattingResult.Triple:
this.HandleTriple(batter);
break;
case BattingResult.Homerun:
this.HandleHomerun();
break;
case BattingResult.GroundOut:
this.HandleGroundOut();
break;
case BattingResult.PopOut:
case BattingResult.LineOut:
case BattingResult.FlyOut:
case BattingResult.Strikeout:
case BattingResult.Out:
this.AddOuts(1);
break;
}
}
/// <summary>
/// Updates the batter statistics.
/// </summary>
/// <param name="batter">The batter.</param>
/// <param name="result">The result.</param>
private void UpdateBatterStatistics(Player batter, BattingResult result)
{
Int32 index = Game.HomeTeam;
if (this.scoreboard.HalfInning == HalfInningEnum.Top)
{
index = Game.VisitorTeam;
}
Player stats;
if (this.gameResults.PlayerStatsDictionary[index].TryGetValue(batter.Identifier, out stats) == false)
{
stats = new Player();
stats.Identifier = batter.Identifier;
stats.FirstName = batter.FirstName;
stats.LastName = batter.LastName;
this.gameResults.PlayerStatsDictionary[index].Add(batter.Identifier, stats);
}
switch (result)
{
case BattingResult.Walk:
stats.BattingStats.Walks++;
break;
case BattingResult.Strikeout:
stats.BattingStats.AtBats++;
stats.BattingStats.Strikeouts++;
break;
case BattingResult.Single:
stats.BattingStats.AtBats++;
stats.BattingStats.Hits++;
break;
case BattingResult.Double:
stats.BattingStats.AtBats++;
stats.BattingStats.Hits++;
stats.BattingStats.Doubles++;
break;
case BattingResult.Triple:
stats.BattingStats.AtBats++;
stats.BattingStats.Hits++;
stats.BattingStats.Triples++;
break;
case BattingResult.Homerun:
stats.BattingStats.AtBats++;
stats.BattingStats.Hits++;
stats.BattingStats.Homeruns++;
break;
case BattingResult.FlyOut:
case BattingResult.GroundOut:
case BattingResult.LineOut:
case BattingResult.PopOut:
stats.BattingStats.AtBats++;
break;
}
}
/// <summary>
/// Gets the batting result.
/// </summary>
/// <param name="batter">The batter.</param>
/// <param name="pitcher">The pitcher.</param>
/// <returns>
/// The result.
/// </returns>
private BattingResult GetBattingResult(Player batter, Player pitcher)
{
var result = new BattingResult();
Boolean isStarter = true;
if (this.scoreboard.HalfInning == HalfInningEnum.Top)
{
if (this.gameResults.Pitchers[Game.HomeTeam].Count > 1)
{
isStarter = false;
}
}
else
{
if (this.gameResults.Pitchers[Game.VisitorTeam].Count > 1)
{
isStarter = false;
}
}
// Calculate pitcher's fatigue adjustment
var pitchCount = Utilities.GetPitchCount(this.PitcherStatistics);
var expectedPitchCount = Utilities.CalculateExpectedPitchCount(this.Pitcher.PitchingStats, isStarter);
var fatigueFactor = (Double)((Double)pitchCount / (Double)expectedPitchCount);
var fatigueAdjustment = (Double)((0.175 * fatigueFactor) - 0.0965);
var overallAdjustment = 1 + fatigueAdjustment;
var dictionary = new System.Collections.Generic.Dictionary <BattingResult, Double>();
Int32 plateAppearances = batter.BattingStats.AtBats + batter.BattingStats.Walks;
// Walks
Double pitcherPercent = (Double)pitcher.PitchingStats.Walks / (Double)pitcher.PitchingStats.BattersFaced;
Double batterPercent = (Double)batter.BattingStats.Walks / (Double)plateAppearances;
Double percent = this.CalculateLog5(batterPercent, pitcherPercent, this.parameters.LeagueAverages.Walks);
dictionary.Add(BattingResult.Walk, percent);
Double baseline = percent;
// Singles
pitcherPercent = (Double)pitcher.PitchingStats.Singles / (Double)pitcher.PitchingStats.BattersFaced;
Int32 singles = batter.BattingStats.Hits - (batter.BattingStats.Doubles + batter.BattingStats.Triples + batter.BattingStats.Homeruns);
batterPercent = (Double)singles / (Double)plateAppearances;
percent = this.CalculateLog5(batterPercent, pitcherPercent, this.parameters.LeagueAverages.Singles) + baseline;
percent *= (1 - this.parameters.LeagueAverages.Singles) * (1 - overallAdjustment);
dictionary.Add(BattingResult.Single, percent);
baseline = percent;
// Doubles
pitcherPercent = (Double)pitcher.PitchingStats.Doubles / (Double)pitcher.PitchingStats.BattersFaced;
batterPercent = (Double)batter.BattingStats.Doubles / (Double)plateAppearances;
percent = this.CalculateLog5(batterPercent, pitcherPercent, this.parameters.LeagueAverages.Doubles) + baseline;
percent *= (1 - this.parameters.LeagueAverages.Doubles) * (1 - overallAdjustment);
dictionary.Add(BattingResult.Double, percent);
baseline = percent;
// Triples
pitcherPercent = (Double)pitcher.PitchingStats.Triples / (Double)pitcher.PitchingStats.BattersFaced;
batterPercent = (Double)batter.BattingStats.Triples / (Double)plateAppearances;
percent = this.CalculateLog5(batterPercent, pitcherPercent, this.parameters.LeagueAverages.Triples) + baseline;
percent *= (1 - this.parameters.LeagueAverages.Triples) * (1 - overallAdjustment);
dictionary.Add(BattingResult.Triple, percent);
baseline = percent;
// Homeruns
pitcherPercent = (Double)pitcher.PitchingStats.Homeruns / (Double)pitcher.PitchingStats.BattersFaced;
batterPercent = (Double)batter.BattingStats.Homeruns / (Double)plateAppearances;
percent = this.CalculateLog5(batterPercent, pitcherPercent, this.parameters.LeagueAverages.Homeruns) + baseline;
percent *= (1 - this.parameters.LeagueAverages.Homeruns) * (1 - overallAdjustment);
dictionary.Add(BattingResult.Homerun, percent);
baseline = percent;
// Strikeouts
pitcherPercent = (Double)pitcher.PitchingStats.Strikeouts / (Double)pitcher.PitchingStats.BattersFaced;
batterPercent = (Double)batter.BattingStats.Strikeouts / (Double)plateAppearances;
percent = this.CalculateLog5(batterPercent, pitcherPercent, this.parameters.LeagueAverages.Strikeouts) + baseline;
dictionary.Add(BattingResult.Strikeout, percent);
baseline = percent;
// Get a random number
Double randomeValue = this.random.NextDouble();
result = BattingResult.Out;
foreach (var key in dictionary.Keys)
{
percent = dictionary[key];
if (randomeValue < percent)
{
result = key;
break;
}
}
if (result == BattingResult.Out)
{
randomeValue = this.random.NextDouble();
if (randomeValue < 0.55)
{
result = BattingResult.GroundOut;
}
else if (randomeValue < 0.6)
{
result = BattingResult.LineOut;
}
else if (randomeValue < 0.75)
{
result = BattingResult.PopOut;
}
else
{
result = BattingResult.FlyOut;
}
// Handle errors
randomeValue = this.random.NextDouble();
if (randomeValue >= 0.90)
{
if (result == BattingResult.FlyOut)
{
randomeValue = this.random.NextDouble();
if (randomeValue <= 0.5)
{
result = BattingResult.Double;
}
else if (randomeValue <= 0.9)
{
result = BattingResult.Triple;
}
else
{
result = BattingResult.Homerun;
}
}
else
{
result = BattingResult.Single;
}
}
}
return(result);
}
public void damageUfo(int getStageUfoKey, int ufoTargetNumber, int ufoPartsNumber, bool extraFlg, BattingResult battingResult)
{
}
private void buttingSwing()
{
if (this.nowGameState == GameMainState.BallAction && this.nowBateerState == PlayerActionState.Swing)
{
this.battingHitTime++;
if (this.battingHitTime >= 15)
{
this.nowBateerState = PlayerActionState.SwingResult;
this.battingHitTime = 0;
this.strikeCheck();
this.nowBattingResult = BattingResult.NoSwing;
}
}
}
