private void Generate(bool i_newSeed)
{
m_emulatedState.Reset();
if (i_newSeed)
{
m_cachedSeed = System.Environment.TickCount;
}
Random.InitState(m_cachedSeed);
m_emulatedState.m_difficulty = m_startingDifficulty;
int puzzleIndex = 0;
while (m_emulatedState.m_distance < m_emulatedDistanceInCells)
{
PuzzleAsset selectedPuzzle = SelectPuzzle();
if (selectedPuzzle == null)
{
break;
}
PuzzleData puzzleData = GeneratePuzzle(puzzleIndex, selectedPuzzle.Generator, transform.position + new Vector3(0f, 0f, m_emulatedState.m_distance * m_cellSize));
m_emulatedState.m_distance += puzzleData.Height;
m_emulatedState.m_difficulty = Mathf.Min(m_emulatedState.m_difficulty + m_difficultyIncreasePerCell * puzzleData.Height, 1f);
++puzzleIndex;
}
}
// Must destroy a puzzle first to spawn a new one
private IEnumerator GeneratePuzzlesToMax()
{
m_generatingPuzzle = true;
while (m_spawnedPuzzles.Count < m_puzzlesSpawnedAtATime)
{
PuzzleAsset selectedPuzzle = SelectPuzzle(m_runningDifficulty);
if (selectedPuzzle == null)
{
break;
}
float totalTrackT = m_runningDistancePS / m_trackLengthPS;
float scaledDifficulty = Mathf.InverseLerp(selectedPuzzle.DifficultyMin, selectedPuzzle.DifficultyMax, m_runningDifficulty);
yield return(GeneratePuzzle(selectedPuzzle.Generator, scaledDifficulty, totalTrackT, totalTrackT % 1f));
int puzzleHeight = m_spawnedPuzzles.Last().m_puzzleData.Height;
m_runningDistancePS += puzzleHeight;
m_runningDifficulty = Mathf.Min(m_runningDifficulty + m_difficultyIncreasePerCell * puzzleHeight, 1f);
}
m_generatingPuzzle = false;
}
