/// <summary>
/// Creates a new tick timer that can fire a completition action timeout.
/// </summary>
/// <param name="game">The game timer belongs to</param>
/// <param name="timeoutTick">Exact tick value to timeout</param>
/// <param name="completionCallback">The completition action to be called on timeout</param>
public TickTimer(Game game, int timeoutTick, Action<int> completionCallback = null)
{
if (timeoutTick <= game.TickCounter)
throw new ArgumentOutOfRangeException("timeoutTick", string.Format("timeoutTick value {0} can not be equal or less then timer's belonging game's current TickCounter value {1}.", timeoutTick, game.TickCounter));
this.Game = game;
this.TimeoutTick = timeoutTick;
this.CompletionAction = completionCallback;
}
public static Game CreateGame(int gameId)
{
if (Games.ContainsKey(gameId))
return Games[gameId];
var game = new Game(gameId);
Games.Add(gameId, game);
return game;
}
/// <summary>
/// Creates a new stepped tick timer.
/// </summary>
/// <param name="game">The game timer belongs to.</param>
/// <param name="ticksPerStep">Ticks taken per step.</param>
/// <param name="timeoutTick">Exact tick value to timeout.</param>
/// <param name="stepCallback">The action to be called on each step.</param>
/// <param name="completionCallback">The completition action to be called on timeout.</param>
public SteppedTickTimer(Game game, int ticksPerStep, int timeoutTick, Action<int> stepCallback, Action<int> completionCallback = null)
: base(game, timeoutTick, completionCallback)
{
if (ticksPerStep < game.TickRate)
throw new ArgumentOutOfRangeException("ticksPerStep", string.Format("ticksPerStep value ({0}) can not be less then timer's belonging game's TickRate ({1}).", ticksPerStep, game.TickRate));
this.TicksPerStep = ticksPerStep;
this.StepAction = stepCallback;
this.LastStepTick = game.TickCounter;
}
/// <summary>
/// Creates a new tick timer that can fire a completition action timeout.
/// </summary>
/// <param name="game">The game timer belongs to</param>
/// <param name="timeoutTick">Exact tick value to timeout</param>
/// <param name="completionCallback">The completition action to be called on timeout</param>
public TickTimer(Game game, int timeoutTick, Action<int> completionCallback = null)
{
// Some code that was calculating movement ticks was rounding the tick difference to 0 for really small
// movements sometimes and thus would cause this exception. Enforcing every timer created to not
// already be timed out doesn't seem necessary and having to worry about it just complicates things. /mdz
//if (timeoutTick <= game.TickCounter)
// throw new ArgumentOutOfRangeException("timeoutTick", string.Format("timeoutTick value {0} can not be equal or less then timer's belonging game's current TickCounter value {1}.", timeoutTick, game.TickCounter));
this.Game = game;
this.TimeoutTick = timeoutTick;
this.CompletionAction = completionCallback;
}
// Hardcoded world generate to load first scene in new tristram on top of hill
public static World Generate(Game game)
{
var world = new World(game, 71150);
var scene = new Scene(world, new Vector3D(0, 0, 0), 33349, null)
{
MiniMapVisibility = true,
SceneGroupSNO = -1,
Specification = new SceneSpecification
{
CellZ = 0,
Cell = new Vector2D{ X = 51, Y = 46 },
SNOLevelAreas = new int[] { 0x00004DEB, 0x00026186, -1, -1 },
SNOPrevWorld = -1,
Unknown1 = 0,
SNOPrevLevelArea = -1,
SNONextWorld = -1,
Unknown2 = 0,
SNONextLevelArea = -1,
SNOMusic = 0x000206F8,
SNOCombatMusic = -1,
SNOAmbient = 0x0002734F,
SNOReverb = 0x000375D0,
SNOWeather = 0x00013220,
SNOPresetWorld = 0x000115EE,
Unknown3 = -1,
Unknown4 = -1,
Unknown5 = 0,
ClusterID = -1,
SceneCachedValues = new SceneCachedValues
{
Unknown1 = 63,
Unknown2 = 96,
Unknown3 = 96,
Unknown4 = new int[] { 0, 0x4C8, 0, 0 },
Unknown5 = 9,
AABB1 = new Common.Types.Collision.AABB { Max = new Vector3D { X = 115.9387f, Y = 125.2578f, Z = 43.82879f }, Min = new Vector3D { X = 124.0615f, Y = 131.6655f, Z = 57.26923f } },
AABB2 = new Common.Types.Collision.AABB { Max = new Vector3D { X = 115.9387f, Y = 125.2578f, Z = 43.82879f }, Min = new Vector3D { X = 124.0615f, Y = 131.6655f, Z = 57.26923f } },
},
},
RotationAxis = new Vector3D{ X = 0.0f, Y = 0.0f, Z = 0.0f },
RotationW = 1.0f,
Position = new Vector3D { X = 3060.0f, Y = 2760.0f, Z = 0.0f },
};
scene.LoadMarkers();
return world;
}
public QuestObjective(Game game, Mooege.Common.MPQ.FileFormats.QuestStepObjective objective, QuestStep questStep, int id)
{
ID = id;
this.objective = objective;
this.questStep = questStep;
this.game = game;
//TODO: Rewrite all this as quests should subscribe to events and not objects notify quests
if (this.objective.ObjectiveType == Mooege.Common.MPQ.FileFormats.QuestStepObjectiveType.KillGroup)
{
logger.Debug("KillGroup objective");
foreach( var world in game._worlds.Values)
{
//subscribe to each actor in group destroy/kill event
var spawnerGroupActors = world.GetActorsInGroup(this.objective.Group1Name);
//
foreach (var actor in spawnerGroupActors)
{
if (actor is Spawner)
{
(actor as Spawner).Spawn();
}
}
var groupActors = world.GetActorsInGroup(this.objective.Group1Name);
foreach (var actor in groupActors)
{
actor.ActorKilled += new EventHandler(actor_ActorKilled);
}
}
}
if (this.objective.ObjectiveType == Mooege.Common.MPQ.FileFormats.QuestStepObjectiveType.KillMonster)
{
}
}
private List<int> completedSteps = new List<int>(); // this list has to be saved if quest progress should be saved. It is required to keep track of questranges
public Quest(Game game, int SNOQuest)
{
this.game = game;
//SNOId = SNOQuest;
SNOName = new SNOName() { SNOId = SNOQuest, Group = SNOGroup.Quest };
asset = MPQStorage.Data.Assets[Common.Types.SNO.SNOGroup.Quest][SNOQuest].Data as Mooege.Common.MPQ.FileFormats.Quest;
CurrentStep = new QuestStep(asset.QuestUnassignedStep, this);
}
/// <summary>
/// Creates a new mili-seconds based tick timer.
/// </summary>
/// <param name="game">The game timer belongs to.</param>
/// <param name="miliSeconds">MiliSeconds taken to timeout.</param>
/// <param name="completionCallback">The completition action to be called on timeout.</param>
/// <returns><see cref="SteppedTickTimer"/></returns>
public MiliSecondsTickTimer(Game game, float miliSeconds, Action<int> completionCallback = null)
: base(game, (int)((1000f / game.UpdateFrequency * game.TickRate) / 1000f * miliSeconds), completionCallback)
{ }
/// <summary>
/// Creates a new relative tick timer.
/// </summary>
/// <param name="game">The game timer belongs to.</param>
/// <param name="ticks">Relative tick amount taken to timeout.</param>
/// <param name="completionCallback">The completition action to be called on timeout.</param>
public RelativeTickTimer(Game game, int ticks, Action<int> completionCallback = null)
: base(game, game.TickCounter + ticks, completionCallback)
{ }
/// <summary>
/// Creates a new mili-seconds based tick timer.
/// </summary>
/// <param name="game">The game timer belongs to.</param>
/// <param name="miliSeconds">MiliSeconds taken to timeout.</param>
/// <param name="completionCallback">The completition action to be called on timeout.</param>
/// <returns><see cref="SteppedTickTimer"/></returns>
public static TickTimer WaitMiliSeconds(Game game, float miliSeconds, Action<int> completionCallback = null)
{
return new MiliSecondsTickTimer(game, miliSeconds, completionCallback);
}
/// <summary>
/// Creates a new tick timer.
/// </summary>
/// <param name="game">The game timer belongs to.</param>
/// <param name="ticks">Relative tick amount taken to timeout.</param>
/// <param name="completionCallback">The completition action to be called on timeout.</param>
/// <returns><see cref="SteppedTickTimer"/></returns>
public static TickTimer WaitTicks(Game game, int ticks, Action<int> completionCallback = null)
{
return new RelativeTickTimer(game, ticks, completionCallback);
}
public Quest(Game game, int SNOQuest)
{
this.game = game;
SNOHandle = new SNOHandle(SNOGroup.Quest, SNOQuest);
asset = SNOHandle.Target as Mooege.Common.MPQ.FileFormats.Quest;
CurrentStep = new QuestStep(asset.QuestUnassignedStep, this);
//erekose
foreach (var QCSasset in asset.QuestCompletionSteps)
{
if (QCSasset != null)
{
var nQCS = new QuestCompletionStep(QCSasset);
QuestCompletionSteps.Add(nQCS);
// Logger.Debug(" (quest ctor) adding a completion step {0}, {1}, {2} ", nQCS.Name, nQCS.StepId, nQCS.I2);
}
else
{
// Logger.Debug(" (quest ctor) asset null problem in QCS ");
}
}
//foreach (var aQuestStep in asset.QuestSteps)
//{
// Logger.Debug(" (quest ctor) steps ID contained in quest is : {0} ", aQuestStep.ID);
//}
// Logger.Debug(" (quest ctor) SNOHandle ID {0} Name {1} Group {2} isValid ?{3} ", SNOHandle.Id, SNOHandle.Name, SNOHandle.Group, SNOHandle.IsValid);
// Logger.Debug(" (quest ctor) from assets numSteps {0}, SNO ID {1} num od completion step ", asset.NumberOfSteps, asset.Header.SNOId, asset.NumberOfCompletionSteps);
// Logger.Debug(" (quest ctor) CurrentStep ID ", CurrentStep.QuestStepID);
}
private List<int> completedSteps = new List<int>(); // this list has to be saved if quest progress should be saved. It is required to keep track of questranges
public Quest(Game game, int SNOQuest)
{
this.game = game;
SNOHandle = new SNOHandle(SNOGroup.Quest, SNOQuest);
asset = SNOHandle.Target as Mooege.Common.MPQ.FileFormats.Quest;
CurrentStep = new QuestStep(asset.QuestUnassignedStep, this);
}
public static World Generate(Game game, int worldSNO)
{
if (!MPQStorage.Data.Assets[SNOGroup.Worlds].ContainsKey(worldSNO))
{
Logger.Error("Can't find a valid world definition for sno: {0}", worldSNO);
return null;
}
var worldAsset = MPQStorage.Data.Assets[SNOGroup.Worlds][worldSNO];
var worldData = (Mooege.Common.MPQ.FileFormats.World)worldAsset.Data;
if (worldData.IsGenerated)
{
Logger.Error("World {0} [{1}] is a dynamic world! Can't generate proper dynamic worlds yet!", worldAsset.Name, worldAsset.SNOId);
GenerateRandomDungeon(worldSNO, worldData);
}
var world = new World(game, worldSNO);
var levelAreas = new Dictionary<int, List<Scene>>();
// Create a clusterID => Cluster Dictionary
var clusters = new Dictionary<int, Mooege.Common.MPQ.FileFormats.SceneCluster>();
foreach (var cluster in worldData.SceneClusterSet.SceneClusters)
clusters[cluster.ClusterId] = cluster;
// Scenes are not aligned to (0, 0) but apparently need to be -farmy
float minX = worldData.SceneParams.SceneChunks.Min(x => x.PRTransform.Vector3D.X);
float minY = worldData.SceneParams.SceneChunks.Min(x => x.PRTransform.Vector3D.Y);
// Count all occurences of each cluster /fasbat
var clusterCount = new Dictionary<int, int>();
foreach (var sceneChunk in worldData.SceneParams.SceneChunks)
{
var cID = sceneChunk.SceneSpecification.ClusterID;
if (cID != -1 && clusters.ContainsKey(cID)) // Check for wrong clusters /fasbat
{
if (!clusterCount.ContainsKey(cID))
clusterCount[cID] = 0;
clusterCount[cID]++;
}
}
// For each cluster generate a list of randomly selected subcenes /fasbat
var clusterSelected = new Dictionary<int, List<Mooege.Common.MPQ.FileFormats.SubSceneEntry>>();
foreach (var cID in clusterCount.Keys)
{
var selected = new List<Mooege.Common.MPQ.FileFormats.SubSceneEntry>();
clusterSelected[cID] = selected;
var count = clusterCount[cID];
foreach (var group in clusters[cID].SubSceneGroups) // First select from each subscene group /fasbat
{
for (int i = 0; i < group.I0 && count > 0; i++, count--) //TODO Rename I0 to requiredCount? /fasbat
{
var subSceneEntry = RandomHelper.RandomItem(group.Entries, entry => entry.Probability);
selected.Add(subSceneEntry);
}
if (count == 0)
break;
}
while (count > 0) // Fill the rest with defaults /fasbat
{
var subSceneEntry = RandomHelper.RandomItem(clusters[cID].Default.Entries, entry => entry.Probability);
selected.Add(subSceneEntry);
count--;
}
}
foreach (var sceneChunk in worldData.SceneParams.SceneChunks)
{
var position = sceneChunk.PRTransform.Vector3D - new Vector3D(minX, minY, 0);
var scene = new Scene(world, position, sceneChunk.SNOHandle.Id, null)
{
MiniMapVisibility = true,
RotationW = sceneChunk.PRTransform.Quaternion.W,
RotationAxis = sceneChunk.PRTransform.Quaternion.Vector3D,
SceneGroupSNO = -1
};
// If the scene has a subscene (cluster ID is set), choose a random subscenes from the cluster load it and attach it to parent scene /farmy
if (sceneChunk.SceneSpecification.ClusterID != -1)
{
if (!clusters.ContainsKey(sceneChunk.SceneSpecification.ClusterID))
{
Logger.Warn("Referenced clusterID {0} not found for chunk {1} in world {2}", sceneChunk.SceneSpecification.ClusterID, sceneChunk.SNOHandle.Id, worldSNO);
}
else
{
var entries = clusterSelected[sceneChunk.SceneSpecification.ClusterID]; // Select from our generated list /fasbat
Mooege.Common.MPQ.FileFormats.SubSceneEntry subSceneEntry = null;
if (entries.Count > 0)
{
//subSceneEntry = entries[RandomHelper.Next(entries.Count - 1)];
subSceneEntry = RandomHelper.RandomItem<Mooege.Common.MPQ.FileFormats.SubSceneEntry>(entries, entry => 1); // TODO Just shuffle the list, dont random every time. /fasbat
entries.Remove(subSceneEntry);
}
else
Logger.Error("No SubScenes defined for cluster {0} in world {1}", sceneChunk.SceneSpecification.ClusterID, world.DynamicID);
Vector3D pos = FindSubScenePosition(sceneChunk); // TODO According to BoyC, scenes can have more than one subscene, so better enumerate over all subscenepositions /farmy
if (pos == null)
{
Logger.Error("No scene position marker for SubScenes of Scene {0} found", sceneChunk.SNOHandle.Id);
}
else
{
// HACK: avoid trying to create scenes with SNOs that aren't valid
if (MPQStorage.Data.Assets[SNOGroup.Scene].ContainsKey(subSceneEntry.SNOScene))
{
var subScenePosition = scene.Position + pos;
var subscene = new Scene(world, subScenePosition, subSceneEntry.SNOScene, scene)
{
MiniMapVisibility = true,
RotationW = sceneChunk.PRTransform.Quaternion.W,
RotationAxis = sceneChunk.PRTransform.Quaternion.Vector3D,
Specification = sceneChunk.SceneSpecification
};
scene.Subscenes.Add(subscene);
subscene.LoadMarkers();
}
else
{
Logger.Error("Scene not found in mpq storage: {0}", subSceneEntry.SNOScene);
}
}
}
}
scene.Specification = sceneChunk.SceneSpecification;
scene.LoadMarkers();
// add scene to level area dictionary
foreach (var levelArea in scene.Specification.SNOLevelAreas)
{
if (levelArea != -1)
{
if (!levelAreas.ContainsKey(levelArea))
levelAreas.Add(levelArea, new List<Scene>());
levelAreas[levelArea].Add(scene);
}
}
}
loadLevelAreas(levelAreas, world);
return world;
}
/// <summary>
/// Creates a new mili-seconds based stepped tick timer.
/// </summary>
/// <param name="game">The game timer belongs to.</param>
/// <param name="miliSecondsPerStep">MiliSeconds taken per step.</param>
/// <param name="miliSeconds">MiliSeconds taken to timeout.</param>
/// <param name="stepCallback">The action to be called on each step.</param>
/// <param name="completionCallback">The completition action to be called on timeout.</param>
public SteppedMiliSecondsTickTimer(Game game, float miliSecondsPerStep, float miliSeconds, Action<int> stepCallback, Action<int> completionCallback)
: base(game, (int)((1000f / game.UpdateFrequency * game.TickRate) / 1000f * miliSecondsPerStep), (int)((1000f / game.UpdateFrequency * game.TickRate) / 1000f * miliSeconds), stepCallback, completionCallback)
{ }
/// <summary>
/// Creates a new stepped tick timer.
/// </summary>
/// <param name="game">The game timer belongs to.</param>
/// <param name="ticksPerStep">Ticks taken per step.</param>
/// <param name="ticks">Relative tick amount taken to timeout.</param>
/// <param name="stepCallback">The action to be called on each step.</param>
/// <param name="completionCallback">The completition action to be called on timeout.</param>
public SteppedRelativeTickTimer(Game game, int ticksPerStep, int ticks, Action<int> stepCallback, Action<int> completionCallback)
:base(game, ticksPerStep, game.TickCounter + ticks, stepCallback, completionCallback)
{ }
/// <summary>
/// Creates a new mili-seconds based stepped tick timer.
/// </summary>
/// <param name="game">The game timer belongs to.</param>
/// <param name="miliSecondsPerStep">MiliSeconds taken per step.</param>
/// <param name="miliSeconds">MiliSeconds taken to timeout.</param>
/// <param name="stepCallback">The action to be called on each step.</param>
/// <param name="completionCallback">The completition action to be called on timeout.</param>
/// <returns><see cref="SteppedTickTimer"/></returns>
public static SteppedTickTimer WaitMiliSecondsStepped(Game game, float miliSecondsPerStep, float miliSeconds, Action<int> stepCallback, Action<int> completionCallback)
{
return new SteppedMiliSecondsTickTimer(game, miliSecondsPerStep, miliSeconds, stepCallback, completionCallback);
}
public QuestStep(Game game, Mooege.Common.MPQ.FileFormats.IQuestStep assetQuestStep, Quest quest)
{
_questStep = assetQuestStep;
_quest = quest;
int c = 0;
foreach (var objectiveSet in assetQuestStep.StepObjectiveSets)
ObjectivesSets.Add(new ObjectiveSet()
{
FollowUpStepID = objectiveSet.FollowUpStepID,
Objectives = new List<QuestObjective>(from objective in objectiveSet.StepObjectives select new QuestObjective(game, objective, this, c++))
});
c = 0;
if (assetQuestStep is Mooege.Common.MPQ.FileFormats.QuestStep)
{
var step = assetQuestStep as Mooege.Common.MPQ.FileFormats.QuestStep;
if (step.StepBonusObjectiveSets != null)
foreach (var objectiveSet in step.StepBonusObjectiveSets)
bonusObjectives.Add(new List<QuestObjective>(from objective in objectiveSet.StepBonusObjectives select new QuestObjective(game, objective, this, c++)));
}
}
/// <summary>
/// Creates a new world for the given game with given snoId.
/// </summary>
/// <param name="game">The parent game.</param>
/// <param name="snoId">The snoId for the world.</param>
public World(Game game, int snoId)
: base(game.NewWorldID)
{
this.Game = game;
this.SNOId = snoId; // NOTE: WorldSNO must be valid before adding it to the game
this.Game.StartTracking(this); // start tracking the dynamicId for the world.
this.Scenes = new ConcurrentDictionary<uint, Scene>();
this.Actors = new ConcurrentDictionary<uint, Actor>();
this.Players = new ConcurrentDictionary<uint, Player>();
this.QuadTree = new QuadTree(new Size(60, 60), 0);
this.Game.AddWorld(this);
}
/// <summary>
/// Creates a new stepped tick timer.
/// </summary>
/// <param name="game">The game timer belongs to.</param>
/// <param name="ticksPerStep">Ticks taken per step.</param>
/// <param name="ticks">Relative tick amount taken to timeout.</param>
/// <param name="stepCallback">The action to be called on each step.</param>
/// <param name="completionCallback">The completition action to be called on timeout.</param>
/// <returns><see cref="SteppedTickTimer"/></returns>
public static SteppedTickTimer WaitTicksStepped(Game game, int ticksPerStep, int ticks, Action<int> stepCallback, Action<int> completionCallback)
{
return new SteppedRelativeTickTimer(game, ticksPerStep, ticks, stepCallback, completionCallback);
}
public static Game CreateGame(int gameId)
{
var game = new Game(gameId);
Games.Add(gameId, game);
return game;
}