public static int GetGameExperienceEarned(PlayerGameStats stats)
{
// Add 1000 experience for a playing the game.
int exp = 1000;
if (stats.IsWinner)
{
exp += 500;
}
if (stats.PerformedFirstPeel)
{
exp += 50;
}
exp += stats.NumberOfPeels * 20;
return exp;
}
public void Initialize()
{
_testGameMoveDataPoint = new GameMoveDataPoint { MoveType = MoveType.Dump, Player = "NewPlayer", TimeOfMove = 5 };
_playerGameStats = new PlayerGameStats
{
AvgTimeBetweenDumps = 10,
AvgTimeBetweenPeels = 5,
IsWinner = true,
NumberOfDumps = 3,
NumberOfPeels = 0,
PerformedFirstPeel = false,
RawGameData = new List<GameMoveDataPoint>() {_testGameMoveDataPoint, _testGameMoveDataPoint, _testGameMoveDataPoint}
};
_gameData = new GameData {GameDuration = 10, GameHost = "GameHost", GameStartTime = DateTime.Now, Winner = "NewPlayer"};
_gameData.GameMoves.Add(_testGameMoveDataPoint);
_gameData.GameMoves.Add(_testGameMoveDataPoint);
_gameData.PlayerDictionary.Add("NewPlayer", _playerGameStats);
_gameData.PlayerDictionary.Add("NewPlayer2", _playerGameStats);
_gameDataList = new GameDataList();
_gameDataList._GameData.Add(_gameData);
_gameDataList._GameData.Add(_gameData);
_stringPacketV1 = new PacketV1
{
PacketType = PacketType.c_QueryIfAliasAvailable,
Data = "Mobius",
Recipients = null,
Sender = "*****@*****.**"
};
_IBinarySerializablePacketV1 = new PacketV1
{
PacketType = PacketType.c_UploadGameData,
Data = _gameData,
Recipients = null,
Sender = "*****@*****.**"
};
_packetBase = new PacketBase
{
PacketVersion = PacketVersion.Version1,
Data = _stringPacketV1
};
}
/// <summary>
/// Processes the data of this particular game by created player game stats for each player
/// present in the game.
/// </summary>
public void ProcessGameData()
{
var activePlayers = new List <string>();
var isFirstPeel = true;
GameDuration = GameMoves.Last().TimeOfMove;
if (GameDuration <= 0)
{
throw new ArgumentOutOfRangeException(
string.Format("Game Duration must be positive. GameDuration = {0}",
GameDuration));
}
try
{
foreach (var dataPoint in GameMoves)
{
var curPlayer = dataPoint.Player;
if (PlayerDictionary[curPlayer] == null)
{
PlayerDictionary[curPlayer] = new PlayerGameStats();
activePlayers.Add(curPlayer);
}
PlayerDictionary[curPlayer].RawGameData.Add(dataPoint);
if ((dataPoint.MoveType == MoveType.Peel) && isFirstPeel)
{
isFirstPeel = false;
PlayerDictionary[curPlayer].PerformedFirstPeel = true;
}
}
foreach (var activePlayer in activePlayers)
{
// Iterate through the player's game moves.
foreach (var dataPoint in PlayerDictionary[activePlayer].RawGameData)
{
switch (dataPoint.MoveType)
{
case MoveType.Dump:
PlayerDictionary[activePlayer].NumberOfDumps++;
break;
case MoveType.Peel:
PlayerDictionary[activePlayer].NumberOfPeels++;
break;
case MoveType.Victory:
PlayerDictionary[activePlayer].IsWinner = true;
Winner = activePlayer;
break;
}
}
PlayerDictionary[activePlayer].AvgTimeBetweenDumps =
PlayerDictionary[activePlayer].NumberOfDumps / GameDuration;
PlayerDictionary[activePlayer].AvgTimeBetweenPeels =
PlayerDictionary[activePlayer].NumberOfPeels / GameDuration;
}
//
// Create a blank PlayerGameStats object for all inactive players
//
var inactivePlayerKeys = PlayerDictionary
.Where(kvp => kvp.Value == null)
.Select(kvp => kvp.Key).ToList();
foreach (var key in inactivePlayerKeys)
{
PlayerDictionary[key] = new PlayerGameStats();
}
}
catch (KeyNotFoundException e)
{
#if DEBUG
throw e;
#endif
}
}
/// <summary>
/// Processes the data of this particular game by created player game stats for each player
/// present in the game.
/// </summary>
public void ProcessGameData()
{
var activePlayers = new List<string>();
var isFirstPeel = true;
GameDuration = GameMoves.Last().TimeOfMove;
if (GameDuration <= 0)
{
throw new ArgumentOutOfRangeException(
string.Format("Game Duration must be positive. GameDuration = {0}",
GameDuration));
}
try
{
foreach (var dataPoint in GameMoves)
{
var curPlayer = dataPoint.Player;
if (PlayerDictionary[curPlayer] == null)
{
PlayerDictionary[curPlayer] = new PlayerGameStats();
activePlayers.Add(curPlayer);
}
PlayerDictionary[curPlayer].RawGameData.Add(dataPoint);
if ((dataPoint.MoveType == MoveType.Peel) && isFirstPeel)
{
isFirstPeel = false;
PlayerDictionary[curPlayer].PerformedFirstPeel = true;
}
}
foreach (var activePlayer in activePlayers)
{
// Iterate through the player's game moves.
foreach (var dataPoint in PlayerDictionary[activePlayer].RawGameData)
{
switch (dataPoint.MoveType)
{
case MoveType.Dump:
PlayerDictionary[activePlayer].NumberOfDumps++;
break;
case MoveType.Peel:
PlayerDictionary[activePlayer].NumberOfPeels++;
break;
case MoveType.Victory:
PlayerDictionary[activePlayer].IsWinner = true;
Winner = activePlayer;
break;
}
}
PlayerDictionary[activePlayer].AvgTimeBetweenDumps =
PlayerDictionary[activePlayer].NumberOfDumps / GameDuration;
PlayerDictionary[activePlayer].AvgTimeBetweenPeels =
PlayerDictionary[activePlayer].NumberOfPeels / GameDuration;
}
//
// Create a blank PlayerGameStats object for all inactive players
//
var inactivePlayerKeys = PlayerDictionary
.Where(kvp => kvp.Value == null)
.Select(kvp => kvp.Key).ToList();
foreach (var key in inactivePlayerKeys)
{
PlayerDictionary[key] = new PlayerGameStats();
}
}
catch(KeyNotFoundException e)
{
#if DEBUG
throw e;
#endif
}
}
private static GameData CreateTestDataSet()
{
var dataSet = new GameData { GameDuration = 50, GameHost = "AGameHost", Winner = "NewPlayer" };
dataSet.GameMoves.Add(new GameMoveDataPoint("Player", 5, MoveType.Peel));
var stats = new PlayerGameStats()
{
AvgTimeBetweenDumps = 5,
AvgTimeBetweenPeels = 5,
NumberOfDumps = 3,
NumberOfPeels = 3,
PerformedFirstPeel = true,
IsWinner = false,
RawGameData = new List<GameMoveDataPoint>() { new GameMoveDataPoint("Me", 1, MoveType.Peel) }
};
dataSet.PlayerDictionary.Add("NewPlayer", stats);
return dataSet;
}
