//Stops the level after a crash
public void StopLevel()
{
levelGenerator.StopGeneration(2);
StartCoroutine(FunctionLibrary.CallWithDelay(guiManager.ShowCrashScreen, levelGenerator.CurrentDistance(), 2.5f));
}
//Revives the player, launches a sonic wave, and continue the level generation
public void ReviveUsed()
{
playerManager.Revive();
StartCoroutine(FunctionLibrary.CallWithDelay(levelGenerator.ContinueGeneration, 0.75f));
}
//Sinks the submarine until it crashes to the sand
private void Sink()
{
float crashDepth = maxDepth - 0.8f;
float crashDepthEdge = 0.5f;
float distance = this.transform.position.y - crashDepth;
//If the sub is too close to minDepth
if (distanceToMin < depthEdge)
{
//Calculate maximum speed at this depth (without this, the sub would leave the gameplay are)
newSpeed = maxVerticalSpeed * (minDepth - this.transform.position.y) / depthEdge;
//If the newSpeed is greater the the current speed
if (newSpeed < speed)
{
//Make newSpeed the current speed
speed = newSpeed;
}
}
//If the distance to the sand is greater than 0.1
if (distance > 0.1f)
{
//Reduce speed
speed -= Time.deltaTime * maxVerticalSpeed * 0.6f;
//If the distance to the sand smaller than the crashDepthEdge
if (distance < crashDepthEdge)
{
//Calculate new speed for impact
newSpeed = maxVerticalSpeed * (crashDepth - this.transform.position.y) / crashDepthEdge;
//If newSpeed is greater than speed
if (newSpeed > speed)
{
//Apply new speed to speed
speed = newSpeed;
}
}
//Apply the above to the submarine
MoveAndRotate();
//If distance to sand smaller than 0.2
if (distance < 0.25f)
{
//Enable smoke emission
smoke.enableEmission = true;
}
}
//If the distance to the sand is smaller than 0.1
else
{
//Disable this function from calling, and stop the level
playerStatus = PlayerStatus.Crashed;
levelManager.StopLevel();
//Disable the smoke
StartCoroutine(FunctionLibrary.CallWithDelay(DisableSmoke, 2));
}
}