// TODO: Zadbaæ o to, ¿eby ¿adna sekwencja nie by³a d³u¿sza ni¿ 3/4 tunelu
void fillTunnelObstacles()
{
#if DEBUG
//Costam.DebugWrite("RespawnPoint.X: " + respawnPoint.TunnelPosition.X.ToString());
//Costam.DebugWrite("RespawnWall.X: " + Costam.TunnelManager.tp.PathPoints[respawnTunnelPathPointIndex].X);
#endif
while (respawnPoint.TunnelPosition.X + newSequence.GetCurrentLength() < respawnPointSentinel.TunnelPosition.X)
{
float range = DifficultRatio - 1; // Losujemy zakres tak, ¿eby ratio nie moglo spaœæ poni¿ej 1;
ratioRadius = (float)random.NextDouble() * 2 * range; // Losujemy mo¿liw¹ najwiêksz¹ rozbie¿noœc od aktualnego DifficultRatio
ratioRadius -= range;
ratioDelta = (float)random.NextDouble() * ratioRadius; // Losujemy aktualne odchylenie;
newSequence.BalanceDifficulty(DifficultRatio + ratioDelta);
newSequence.ConstructOnPosition(respawnPoint.TunnelPosition);
AddObstacles(newSequence.GetObjectList());
float distanceDelta = (float)random.NextDouble() * 2 * distanceBeetwenObstaclesRadius;
distanceDelta -= distanceBeetwenObstaclesRadius;
respawnPoint.Move(newSequence.GetCurrentLength() + distanceBetweenObstacles + distanceDelta);
newSequenceIndex = random.Next(0, NonSortedSequences.Count); // TODO : zmieniæ kod przy zmianie na dictionary
newSequence = NonSortedSequences[newSequenceIndex];
}
respawnPointSentinel.TunnelPosition = Costam.PlayerManager.players.Values.ElementAt(0).TunnelPosition;
respawnPointSentinel.Move(respawnPointSentinellDistance);
}
public void initSeqSetup()
{
newSequenceIndex = random.Next(0, NonSortedSequences.Count); // TODO : zmieniæ kod przy zmianie na dictionary
newSequence = NonSortedSequences[newSequenceIndex];
}
void AddSequence(FastSequence s)
{
NonSortedSequences.Add(s);
}
