private bool TryToAddHeldNoteLevelElement(HeldNote heldNote, LevelElementType type)
{
LevelElementPlacement placement = LevelElementPlacement.CreateProlongedSynchro(
type, heldNote.StartTime, heldNote.EndTime);
return(TryToAddLevelElement(placement));
}
public Level GenerateFirstTutorialLevel()
{
LevelPlan levelPlan = new LevelPlan();
float segmentLength = 7;
for (int i = 0; i < 30; i++)
{
float offset = 3 + i * segmentLength;
LevelElementPlacement highCollectible = LevelElementPlacement.CreateSingleSynchro(
LevelElementType.HighCollectible, offset);
LevelElementPlacement jumpObstacle = LevelElementPlacement.CreateSingleSynchro(
LevelElementType.JumpObstacle, offset + 2);
LevelElementPlacement chasm = LevelElementPlacement.CreateProlongedSynchro(
LevelElementType.Chasm, offset + 4, offset + 5);
levelPlan.AddLevelElementPlacement(highCollectible);
levelPlan.AddLevelElementPlacement(jumpObstacle);
levelPlan.AddLevelElementPlacement(chasm);
}
Level level = GenerateLevel(levelPlan);
level.Name = "TutorialLevel1";
level.IsTutorial = true;
return(level);
}
public Level GenerateSecondTutorialLevel()
{
LevelPlan levelPlan = new LevelPlan();
float segmentLength = 4;
for (int i = 0; i < 30; i++)
{
float offset = 3 + i * segmentLength;
LevelElementPlacement duckObstacle = LevelElementPlacement.CreateProlongedSynchro(
LevelElementType.DuckObstacle, offset, offset + 2);
levelPlan.AddLevelElementPlacement(duckObstacle);
}
Level level = GenerateLevel(levelPlan);
level.Name = "TutorialLevel2";
level.IsTutorial = true;
return(level);
}
private void CreateProlongedSynchronisation(LevelElementType type,
float synchroStartTime, float synchroEndTime)
{
AddLevelElementPlacement(LevelElementPlacement.CreateProlongedSynchro(type, synchroStartTime, synchroEndTime));
}
