public TileEntity PlaceNextTile()
{
if (pooledTiles.Count == 0)
{
return(null); // Pool is empty.
}
// Ensure tile position is at water height.
lastTilePos.y = gameController.waterHeight;
// Determine tile type from difficulty.
TileEntity.Type tileType = TileEntity.Type.LilyPad;
int difficultyCount = tileTypeDistributions[0].difficultyProbabilities.Length;
if (tileDifficultyLevel > 0)
{
// Introduce new tile types through distribution.
float distribValue = Random.value;
int difficultyDistribCount = tileTypeDistributions[0].difficultyProbabilities.Length;
int distribIndex = Mathf.Min(tileDifficultyLevel, difficultyDistribCount - 1);
float distribStart = 0f;
float distribEnd = 0f;
for (int i = 0; i < tileTypeDistributions.Length; i++)
{
float prob = tileTypeDistributions[i].difficultyProbabilities[distribIndex];
distribEnd += prob;
if (distribValue >= distribStart && distribValue < distribEnd)
{
tileType = (TileEntity.Type)i;
break; // Select this tile.
}
distribStart += prob;
}
}
int tileIndex = (int)tileType;
TileDifficulty tileDiff = difficultyStats[tileIndex];
// Place the next pad somewhere in front of the last tile position.
float distFromFrog = Mathf.Min(baseDistance * tileDiff.distMultiplier * Random.Range(distanceVariance.x, distanceVariance.y), maxDistance);
float angleRad = Random.Range(-angleVariance, angleVariance) * Mathf.Deg2Rad;
lastTilePos += new Vector3(Mathf.Sin(angleRad) * distFromFrog, 0f, Mathf.Cos(angleRad) * distFromFrog);
TileEntity newTile = pooledTiles.Dequeue();
float radius = baseSizeRadius * Mathf.Max(minSizeMultiplier, tileDiff.sizeMultiplier * Random.Range(sizeVariance.x, sizeVariance.y));
float sinkTime = Mathf.Max(minSinkTime, baseSinkTime * tileDiff.sinkTimeMultiplier);
if (tileType == TileEntity.Type.DriftingLog)
{
// Determine horizontal velocity.
float heightFactor = Mathf.Max(minSizeMultiplier, tileDiff.sizeMultiplier * Random.Range(sizeVariance.x, sizeVariance.y)); // Calculate another random scale factor for height.
float velocity = Mathf.Min(baseDriftVelocity * tileDiff.velocityMultiplier, maxDriftVelocity) * Random.Range(velocityVariance.x, velocityVariance.y);
if (Random.value < 0.5f)
{
velocity = -velocity; // 50% chance to go left.
}
newTile.Initialize(tileType, lastTilePos, radius, heightFactor, velocity, sinkTime, lastTileDepth, curBaseScoreReward);
}
else // lilypad and floating box.
{
newTile.Initialize(tileType, lastTilePos, radius, 1f, 0f, sinkTime, lastTileDepth, curBaseScoreReward);
}
// Add to active list, since it is a valid thing to jump on.
activeTiles.Add(newTile);
// Increase difficulty for this specific tile.
difficultyStats[tileIndex].AdvanceProgress();
// Increase reward every X tiles.
lastTileDepth++;
if (lastTileDepth % gameController.increaseDifficultyInterval == 0)
{
curBaseScoreReward++;
}
UpdateTileBounds();
return(newTile);
}
