/// <summary>
/// Erzeugt eine neue Instanz der Volk-Klasse. Erzeugt ein Ameisen-Volk.
/// </summary>
/// <param name="spielfeld">Das Spielfeld.</param>
/// <param name="spieler">Das Spieler zu dem das Volk gehört.</param>
/// <param name="team">Das dazugehörige Team.</param>
internal CoreColony(CorePlayground spielfeld, PlayerInfo spieler, CoreTeam team)
{
InitPlayground(spielfeld);
Team = team;
Player = spieler;
Klasse = spieler.assembly.GetType(spieler.ClassName, true, false);
// Basisameisenkaste erstellen, falls keine Kasten definiert wurden
if (spieler.Castes.Count == 0)
{
spieler.Castes.Add(new CasteInfo());
}
GeschwindigkeitI = new int[spieler.Castes.Count];
Drehgeschwindigkeit = new int[spieler.Castes.Count];
Last = new int[spieler.Castes.Count];
SichtweiteI = new int[spieler.Castes.Count];
Grids = new Grid <CoreInsect> [spieler.Castes.Count];
ReichweiteI = new int[spieler.Castes.Count];
Energie = new int[spieler.Castes.Count];
Angriff = new int[spieler.Castes.Count];
antsInCaste = new int[spieler.Castes.Count];
int index = 0;
foreach (CasteInfo caste in spieler.Castes)
{
GeschwindigkeitI[index] = SimulationEnvironment.PLAYGROUND_UNIT;
GeschwindigkeitI[index] *= SimulationSettings.Custom.CasteSettings[caste.Speed].Speed;
Drehgeschwindigkeit[index] = SimulationSettings.Custom.CasteSettings[caste.RotationSpeed].RotationSpeed;
Last[index] = SimulationSettings.Custom.CasteSettings[caste.Load].Load;
SichtweiteI[index] = SimulationEnvironment.PLAYGROUND_UNIT;
SichtweiteI[index] *= SimulationSettings.Custom.CasteSettings[caste.ViewRange].ViewRange;
ReichweiteI[index] = SimulationEnvironment.PLAYGROUND_UNIT;
ReichweiteI[index] *= SimulationSettings.Custom.CasteSettings[caste.Range].Range;
Energie[index] = SimulationSettings.Custom.CasteSettings[caste.Energy].Energy;
Angriff[index] = SimulationSettings.Custom.CasteSettings[caste.Attack].Attack;
Grids[index] =
Grid <CoreInsect> .Create
(
spielfeld.Width *SimulationEnvironment.PLAYGROUND_UNIT,
spielfeld.Height *SimulationEnvironment.PLAYGROUND_UNIT,
SichtweiteI[index]);
index++;
}
}
/// <summary>
/// Initialisiert die Simulation um mit Runde 1 zu beginnen
/// </summary>
/// <param name="configuration">Konfiguration der Simulation</param>
/// <throws><see cref="ArgumentException"/></throws>
/// <throws><see cref="ArgumentNullException"/></throws>
/// <throws><see cref="PathTooLongException"/></throws>
/// <throws><see cref="DirectoryNotFoundException"/></throws>
/// <throws><see cref="IOException"/></throws>
/// <throws><see cref="UnauthorizedAccessException"/></throws>
/// <throws><see cref="FileNotFoundException"/></throws>
/// <throws><see cref="NotSupportedException"/></throws>
/// <throws><see cref="SecurityException"/></throws>
/// <throws><see cref="FileLoadException"/></throws>
/// <throws><see cref="BadImageFormatException"/></throws>
/// <throws><see cref="RuleViolationException"/></throws>
/// <throws><see cref="TypeLoadException"/></throws>
public void Init(SimulatorConfiguration configuration)
{
// Init some varialbes
currentRound = 0;
if (configuration.MapInitialValue != 0)
{
random = new Random(configuration.MapInitialValue);
}
else
{
random = new Random();
}
// count players
playerCount = 0;
foreach (TeamInfo team in configuration.Teams)
{
playerCount += team.Player.Count;
}
// Sugar-relevant stuff
sugarDelay = 0;
sugarCountDown = (int)(SimulationSettings.Custom.SugarTotalCount *
(1 + (SimulationSettings.Custom.SugarTotalCountPlayerMultiplier * playerCount)));
sugarLimit = (int)(SimulationSettings.Custom.SugarSimultaneousCount *
(1 + (SimulationSettings.Custom.SugarCountPlayerMultiplier * playerCount)));
// Fruit-relevant stuff
fruitDelay = 0;
fruitCountDown = (int)(SimulationSettings.Custom.FruitTotalCount *
(1 + (SimulationSettings.Custom.FruitTotalCountPlayerMultiplier * playerCount)));
fruitLimit = (int)(SimulationSettings.Custom.FruitSimultaneousCount *
(1 + (SimulationSettings.Custom.FruitCountPlayerMultiplier * playerCount)));
// Ant-relevant stuff
int antCountDown = (int)(SimulationSettings.Custom.AntTotalCount *
(1 + (SimulationSettings.Custom.AntTotalCountPlayerMultiplier * playerCount)));
antLimit = (int)(SimulationSettings.Custom.AntSimultaneousCount *
(1 + (SimulationSettings.Custom.AntCountPlayerMultiplier * playerCount)));
// Spielfeld erzeugen
float area = SimulationSettings.Custom.PlayGroundBaseSize;
area *= 1 + (playerCount * SimulationSettings.Custom.PlayGroundSizePlayerMultiplier);
int playgroundWidth = (int)Math.Round(Math.Sqrt(area * 4 / 3));
int playgroundHeight = (int)Math.Round(Math.Sqrt(area * 3 / 4));
Playground = new CorePlayground(playgroundWidth, playgroundHeight, random, playerCount);
// Bugs-relevant stuff
Bugs = new CoreColony(Playground);
Bugs.insectCountDown = (int)(SimulationSettings.Custom.BugTotalCount *
(1 + (SimulationSettings.Custom.BugTotalCountPlayerMultiplier * playerCount)));
bugLimit = (int)(SimulationSettings.Custom.BugSimultaneousCount *
(1 + (SimulationSettings.Custom.BugCountPlayerMultiplier * playerCount)));
// Völker erzeugen
Teams = new CoreTeam[configuration.Teams.Count];
for (int i = 0; i < configuration.Teams.Count; i++)
{
TeamInfo team = configuration.Teams[i];
Teams[i] = new CoreTeam(i, team.Guid, team.Name);
Teams[i].Colonies = new CoreColony[team.Player.Count];
// Völker erstellen
for (int j = 0; j < team.Player.Count; j++)
{
PlayerInfo player = team.Player[j];
CoreColony colony = new CoreColony(Playground, player, Teams[i]);
Teams[i].Colonies[j] = colony;
colony.AntHills.Add(Playground.NeuerBau(colony.Id));
colony.insectCountDown = antCountDown;
}
}
}