/// <summary>
/// Resets the position of an agent using it's current current NextCheckPointIndex
/// unless randomize is true, then will pick a new random checkpoint
/// </summary>
/// <param name="agent">The agent to reset</param>
/// <param name="randomize">If true, will choose a NextCheckPointIndex before reset</param>
public void ResetAgentPosition(AircraftAgent agent, bool randomize = false)
{
if (randomize)
{
// Pick a new NextCheckPointIndex at random
agent.NextCheckpointIndex = Random.Range(0, Checkpoints.Count);
}
// set start position to the previous checkpoint
int previousCheckPointIndex = agent.NextCheckpointIndex - 1;
if (previousCheckPointIndex == -1)
{
previousCheckPointIndex = Checkpoints.Count - 1;
}
float startPosition = racePath.FromPathNativeUnits(previousCheckPointIndex, CinemachinePathBase.PositionUnits.PathUnits);
// Convert the position on the race path to a position in 3d space
Vector3 basePosition = racePath.EvaluatePosition(startPosition);
// Get the orientation at that position on the race path
Quaternion orientation = racePath.EvaluateOrientation(startPosition);
// Calculate horizontal offset so that agents are spread out
Vector3 positionOffset = Vector3.right * (AircraftAgents.IndexOf(agent) - AircraftAgents.Count / 2f)
* UnityEngine.Random.Range(8f, 10f);
// set the aircraft position and rotation
agent.transform.position = basePosition + orientation * positionOffset;
agent.transform.rotation = orientation;
}
public void ResetAgentPosition(CarAgent agent, bool randomize = false)
{
if (randomize)
{
agent.NextCheckpointIndex = Random.Range(0, Checkpoints.Count);
}
int previousCheckpointIndex = agent.NextCheckpointIndex - 1;
if (previousCheckpointIndex == -1)
{
previousCheckpointIndex = Checkpoints.Count - 1;
}
float startPosition = racePath.FromPathNativeUnits(previousCheckpointIndex, CinemachinePathBase.PositionUnits.PathUnits);
Vector3 basePosition = racePath.EvaluatePosition(startPosition);
Quaternion orientation = racePath.EvaluateOrientation(startPosition);
Vector3 positionOffset = Vector3.right * (CarAgents.IndexOf(agent) - CarAgents.Count / 2f)
* UnityEngine.Random.Range(9f, 10f);
agent.transform.position = basePosition + orientation * positionOffset;
agent.transform.rotation = orientation;
}
//<summary>
//Resets agent posiiton if they crash using its current Next checkpoint Index
//If randomize is true it resets the plane at a random checkpoint
//</summary>
public void ResetAgentPosition(AircraftAgent agent, bool randomize = false)
{
if (randomize)
{
//Picka a new next checkpoint at random
agent.NextCheckpointIndex = Random.Range(0, Checkpoints.Count);
}
//Set start position to the previous checkpoint
int previousCheckpointIndex = agent.NextCheckpointIndex - 1;
if (previousCheckpointIndex == -1)
{
previousCheckpointIndex = Checkpoints.Count - 1;
}
float startPosition = racePath.FromPathNativeUnits(previousCheckpointIndex, CinemachinePathBase.PositionUnits.PathUnits);
//Convert the position on the race path to a position in 3d space;
Vector3 basePosition = racePath.EvaluatePosition(startPosition);
//Get orientation at that position oin the race path
Quaternion orientation = racePath.EvaluateOrientation(startPosition);
//Calculate a horizontal offset so that agents are spread out
//Calcualtes based on number of agents and current agent how far away another agent needs to spawn
//Make it random so that the game isnt exactly the same
Vector3 positionOffset = Vector3.right * (AircraftAgents.IndexOf(agent) - AircraftAgents.Count / 2f)
* UnityEngine.Random.Range(5f, 10f);
//Set the aircraft position and rotation
agent.transform.position = basePosition + orientation * positionOffset;
agent.transform.rotation = orientation;
}
public void ResetCarAgent(CarAgent agent, Vector3 offset)
{
int prevCheckpointIndex = agent.NextCheckpointIndex - 1;
if (prevCheckpointIndex == -1)
{
prevCheckpointIndex = 0;
}
float Startposition = racePath.FromPathNativeUnits(prevCheckpointIndex, CinemachinePathBase.PositionUnits.PathUnits);
Vector3 basePosition = racePath.EvaluatePosition(Startposition);
Quaternion orientation = racePath.EvaluateOrientation(Startposition);
Vector3 offsetPosition = Vector3.right * (carAgents.IndexOf(agent) - carAgents.Count / 2f);
//Debug.Log(offsetPosition);
agent.transform.position = basePosition + orientation * offset;//offsetPosition;
agent.transform.rotation = orientation;
}