public static LevelElementPlacement CreateSingleSynchro(LevelElementType type, float synchroTime)
{
LevelElementPlacement placement = new LevelElementPlacement(type);
placement.SynchroStartTime = synchroTime;
placement.SynchroEndTime = synchroTime;
if (type == LevelElementType.JumpObstacle)
{
placement.LevelElementStartTime = synchroTime;
placement.LevelElementEndTime = synchroTime + LevelGenerationValues.GetPlainJumpDuration();
}
if (type == LevelElementType.HighCollectible)
{
float halfJumpDuration = LevelGenerationValues.GetPlainJumpDuration() / 2.0f;
placement.LevelElementStartTime = synchroTime - halfJumpDuration;
placement.LevelElementEndTime = synchroTime + halfJumpDuration;
}
if (type == LevelElementType.LowCollectible)
{
placement.LevelElementStartTime = synchroTime - 0.01f;
placement.LevelElementEndTime = synchroTime + 0.01f;
}
if (type == LevelElementType.SingleProjectile)
{
placement.LevelElementStartTime = synchroTime - LevelGenerationValues.ProjectileSafetyTime;
placement.LevelElementEndTime = synchroTime;
}
return(placement);
}
private bool TryToAddSingleBeatLevelElement(SingleBeat singleBeat, LevelElementType type)
{
LevelElementPlacement placement = LevelElementPlacement.CreateSingleSynchro(
type, singleBeat.Time);
return(TryToAddLevelElement(placement));
}
private bool TryToAddHeldNoteLevelElement(HeldNote heldNote, LevelElementType type)
{
LevelElementPlacement placement = LevelElementPlacement.CreateProlongedSynchro(
type, heldNote.StartTime, heldNote.EndTime);
return(TryToAddLevelElement(placement));
}
private bool TryToAddMultipleBeatsLevelElement(MultipleBeats multipleBeats, LevelElementType type)
{
LevelElementPlacement placement = LevelElementPlacement.CreateMultipleSynchro(
type, multipleBeats.GetBeatTimes());
return(TryToAddLevelElement(placement));
}
public LevelElementType GetNextSingleBeatLevelElementType()
{
LevelElementType levelElement = GetNextLevelElement(singleBeatLevelElementDistributions, lastSingleBeatLevelElement);
lastSingleBeatLevelElement = levelElement;
return(levelElement);
}
public LevelElementType GetNextHeldNoteLevelElementType()
{
LevelElementType levelElement = GetNextLevelElement(heldNoteLevelElementDistributions, lastHeldNoteLevelElement);
lastHeldNoteLevelElement = levelElement;
return(levelElement);
}
public LevelElementType GetNextMultipleBeatsLevelElementType()
{
LevelElementType levelElement = GetNextLevelElement(multipleBeatsLevelElementDistributions, lastMultipleBeatsLevelElement);
lastMultipleBeatsLevelElement = levelElement;
return(levelElement);
}
public void AddLevelElementOccurence(LevelElementType type)
{
foreach (LevelElementDistribution distribution in distributions)
{
if (distribution.Type == type)
{
distribution.AddOccurrence();
}
}
}
public void CreateLevelPlan()
{
LevelPlan levelPlan = new LevelPlan();
// TODO: evtl Synchronisations nach Zeit sortieren
foreach (SingleBeatSynchronisation singleBeatSynchronisation in synchronisations.SingleBeatSynchronisations)
{
LevelElementType levelElementType = distributionManager.GetNextSingleBeatLevelElementType();
}
}
public DistributionManager(int rngSeed)
{
rng = new Random(rngSeed);
lastSingleBeatLevelElement = LevelElementType.None;
lastMultipleBeatsLevelElement = LevelElementType.None;
lastHeldNoteLevelElement = LevelElementType.None;
singleBeatLevelElementDistributions = new Dictionary <LevelElementType, int>();
multipleBeatsLevelElementDistributions = new Dictionary <LevelElementType, int>();
heldNoteLevelElementDistributions = new Dictionary <LevelElementType, int>();
Init();
}
public static LevelElementPlacement CreateProlongedSynchro(LevelElementType type,
float synchroStartTime, float synchroEndTime)
{
LevelElementPlacement placement = new LevelElementPlacement(type);
placement.SynchroStartTime = synchroStartTime;
placement.SynchroEndTime = synchroEndTime;
if (type == LevelElementType.Chasm)
{
placement.SetLevelElementTimesEqualToSynchroTimes();
}
if (type == LevelElementType.DuckObstacle)
{
placement.SetLevelElementTimesEqualToSynchroTimes();
}
return(placement);
}
public static LevelElementPlacement CreateMultipleSynchro(LevelElementType type, List <float> synchroTimes)
{
LevelElementPlacement placement = new LevelElementPlacement(type);
placement.SynchroStartTime = synchroTimes[0];
placement.SynchroEndTime = synchroTimes[synchroTimes.Count - 1];
placement.SynchroTimes = synchroTimes;
if (type == LevelElementType.ChasmWithCollectibles)
{
placement.LevelElementStartTime = synchroTimes[0] - LevelGenerationValues.TimeBeforeFirstChasmCollectible;
placement.LevelElementEndTime = synchroTimes[synchroTimes.Count - 1] +
LevelGenerationValues.TimeAfterLastChasmCollectible;
}
if (type == LevelElementType.MultipleProjectiles)
{
placement.LevelElementStartTime = synchroTimes[0] - LevelGenerationValues.ProjectileSafetyTime;
placement.LevelElementEndTime = synchroTimes[synchroTimes.Count - 1];
}
return(placement);
}
private LevelElementType GetNextLevelElement(Dictionary <LevelElementType, int> distributions, LevelElementType lastLevelElement)
{
List <LevelElementType> possibleLevelElements = new List <LevelElementType>();
int lowestOccurenceValue = 9999;
foreach (KeyValuePair <LevelElementType, int> distribution in distributions.ToList())
{
LevelElementType levelElement = distribution.Key;
int numberOfOccurences = distribution.Value;
if (levelElement == lastLevelElement)
{
continue;
}
if (numberOfOccurences < lowestOccurenceValue)
{
possibleLevelElements.Clear();
possibleLevelElements.Add(levelElement);
lowestOccurenceValue = numberOfOccurences;
}
else if (numberOfOccurences == lowestOccurenceValue)
{
possibleLevelElements.Add(levelElement);
}
}
int randomIndex = rng.Next(possibleLevelElements.Count);
LevelElementType chosenLevelElement = possibleLevelElements[randomIndex];
distributions[chosenLevelElement] = distributions[chosenLevelElement] + 1;
return(chosenLevelElement);
}
private LevelElementPlacement(LevelElementType type)
{
Type = type;
SynchroTimes = new List <float>();
}
public LevelElement(IDictionary _Dic)
{
mLevelElementType = (LevelElementType)int.Parse(_Dic["ElementType"].ToString());
mX = int.Parse(_Dic["x"].ToString());
mY = int.Parse(_Dic["y"].ToString());
}
public void AddLevelElementUse(LevelElementType type)
{
singleBeatDistributions.AddLevelElementOccurence(type);
heldNoteDistributions.AddLevelElementOccurence(type);
multipleBeatsDistributions.AddLevelElementOccurence(type);
}
private bool IsLevelElementTypeAChasm(LevelElementType type)
{
return(type == LevelElementType.Chasm || type == LevelElementType.ChasmWithCollectibles);
}
public void AddLevelElementDestination(LevelElementType type, float startingTime, float duration)
{
CreateProlongedSynchronisation(type, startingTime, startingTime + duration);
//LevelElementDestinations.Add(new LevelElementDestination(type, startingTime, duration));
}
public void AddLevelElementDestination(LevelElementType type, float startingTime)
{
CreateSingleSynchronisation(type, startingTime);
//LevelElementDestinations.Add(new LevelElementDestination(type, startingTime, 0));
}
private void CreateProlongedSynchronisation(LevelElementType type,
float synchroStartTime, float synchroEndTime)
{
AddLevelElementPlacement(LevelElementPlacement.CreateProlongedSynchro(type, synchroStartTime, synchroEndTime));
}
private void CreateSingleSynchronisation(LevelElementType type, float synchronisationTime)
{
AddLevelElementPlacement(LevelElementPlacement.CreateSingleSynchro(type, synchronisationTime));
}
public LevelElementDistribution(LevelElementType type, int favorValue)
{
Type = type;
Occurrences = 0;
FavorValue = favorValue;
}
public void AddLevelElementType(LevelElementType type, int favorValue = -1)
{
distributions.Add(new LevelElementDistribution(type, favorValue));
}