private void Update()
{
if (!m_isSpawning)
{
return;
}
m_startTime += Time.deltaTime;
m_gameState.score.Value = (int)m_startTime;
m_timeToNextSpawn -= Time.deltaTime;
if (m_isSpawning && (m_timeToNextSpawn <= 0.0f))
{
float distanceToNextPipe = Random.Range(minDistanceBetweenPipes, maxDistanceBetweenPipes);
m_timeToNextSpawn = distanceToNextPipe / (m_obstacleSpawner.scroller.scrollSpeed * m_obstacleSpawner.scroller.scrollSpeedMultiplier);
float gapSize = Random.Range(gapSizeLowerBound, gapSizeUpperBound);
float obstacleY = Random.Range(bottomBorderTransform.localPosition.y + gapSize / 2.0f, topBorderTransform.localPosition.y - gapSize / 2.0f);
GameObject obstacleObj = m_obstacleSpawner.SpawnObstacle(obstacleY, gapSize);
ObstacleController obstacle = obstacleObj.GetComponent <ObstacleController>();
Vector3 upperPipeScale = obstacle.upperPipe.transform.localScale;
Vector3 lowerPipeScale = obstacle.lowerPipe.transform.localScale;
upperPipeScale.y = topBorderTransform.localPosition.y - obstacleObj.transform.localPosition.y - obstacle.gapSize / 2.0f;
lowerPipeScale.y = obstacleObj.transform.localPosition.y - bottomBorderTransform.localPosition.y - obstacle.gapSize / 2.0f;
obstacle.upperPipe.transform.localScale = upperPipeScale;
obstacle.lowerPipe.transform.localScale = lowerPipeScale;
NetOutMessage outMessage = new NetOutMessage();
outMessage.WriteInt32((int)MessageType.Command.Control);
outMessage.WriteInt32((int)MessageType.ControlType.SpawnObstacle);
outMessage.WriteFloat(obstacleY);
outMessage.WriteFloat(gapSize);
outMessage.WriteVector3(upperPipeScale);
outMessage.WriteVector3(lowerPipeScale);
m_udpHelper.Send(outMessage, m_appState.HololensIP, Constants.NETWORK_PORT);
}
}
private void UDPMessageReceivedHandler(NetInMessage message)
{
MessageType.Command command = (MessageType.Command)message.ReadInt32();
if (command == MessageType.Command.Control)
{
MessageType.ControlType controlType = (MessageType.ControlType)message.ReadInt32();
if (controlType == MessageType.ControlType.SpawnObstacle)
{
float yPos = message.ReadFloat();
float gapSize = message.ReadFloat();
GameObject obstacleObj = m_obstacleSpawner.SpawnObstacle(yPos, gapSize);
Vector3 upperPipeScale = message.ReadVector3();
Vector3 lowerPipeScale = message.ReadVector3();
ObstacleController obstacle = obstacleObj.GetComponent <ObstacleController>();
obstacle.upperPipe.transform.localScale = upperPipeScale;
obstacle.lowerPipe.transform.localScale = lowerPipeScale;
}
else if (controlType == MessageType.ControlType.PlayerPosition)
{
Vector3 playerPosition = message.ReadVector3();
m_playerController.transform.localPosition = playerPosition;
}
else if (controlType == MessageType.ControlType.Start)
{
m_gameState.isGameOver.Value = false;
m_gameState.score.Value = 0;
m_obstacleSpawner.ResetState();
}
else if (controlType == MessageType.ControlType.TriggerGameOver)
{
m_gameState.isGameOver.Value = true;
}
else if (controlType == MessageType.ControlType.UpdateScore)
{
int score = message.ReadInt32();
m_gameState.score.Value = score;
}
else if (controlType == MessageType.ControlType.ChangeActiveFingers)
{
int numActiveFingers = message.ReadInt32();
List <int> activeFingers = new List <int>();
for (int i = 0; i < numActiveFingers; i++)
{
int activeFingerIndex = message.ReadInt32();
activeFingers.Add(activeFingerIndex);
}
for (int i = 0; i < fingerIndicators.Count; i++)
{
bool isFingerActive = activeFingers.Contains(i);
fingerIndicators[i].IsVisible = isFingerActive;
if (isFingerActive)
{
fingerIndicators[i].SetIsOn(true);
}
}
}
}
}