// Update is called once per frame
public void Update()
{
if (group && group.goals == null)
{
group = null;
goal = null;
}
if (!paused)
{
if (GridManagerScript.enableCollisions && avatar.GetComponent <Trigger>().stop)
{
return;
}
//sanity check
if (nextNode == null || currentNode == null || currentNode.FindEdgeTo(nextNode) == null)
{
return;
}
//update a the path when end is closed
if (GridManagerScript.usingAStarOnly &&
(AStarPath.Count == 0 || (entering && !AStarPath.Last().goal)))
{
Debug.Log("NewPath " + AStarPath.Last());
indexAtAstarPath = 0;
AStarPath = GridManagerScript.AStar.
GenerateEntryPath(currentNode, group != null? group.goals.ToArray() : null);
nextNode = GetBestDiffusionNode(currentNode);
}
if (!GridManagerScript.isTest)
{
float speedLimit = GridManagerScript.citySpeed;
//get the edge speed and calculate speed limit if it exist, else assume no difference
//calc traffic
EdgeScript edge = currentNode.FindEdgeTo(nextNode);
if (currentNode != null && edge != null)
{
//speed in miles per hour
//0.0003miles/s = 0.066p/second per second (fs - fake seconds)
speedLimit = edge.GetSpeed();
//GET THIS CHECKED OUT
// speedLimit = speedLimit - speedLimit * (edge.nodesTraffic / EdgeScript.maxTraffic) * EdgeScript.maxTrafficP;
}
if (GridManagerScript.accelerationCalculations)
{
//if the next node is the parking node and avatar has some speed0 slow down
if (nextNode.openParking && (nextNode.NodeStatus == NodeScript.NODE_STATUS.END && atmSpeed >= (speedLimit * parkingSpeed)))
{
atmSpeed -= atmSpeed * (decceleration * 2);
}
//else accelerate// decelerate
else
{
//calc deceleration
//if above speed limit or
if (atmSpeed > speedLimit)
{
atmSpeed -= atmSpeed * decceleration;
}
//calc acceleration
else if (atmSpeed < speedLimit)
{
acceleration = acceleration * accelerationSteepness;
atmSpeed += atmSpeed * acceleration;
if (atmSpeed > speedLimit)
{
atmSpeed = speedLimit; //skip coming into calculations for dec or acc next time
}
}
}
speedLimit = atmSpeed;
}
//foreach frame translate
//checkout 123 for explanation
//1 mile irl = 240p in game
//add about 20p to make up for inconsistency of time.deltatime
//every update calc how much of a second has passed in game and add it on the speed
float speedinpixels = (speedLimit * 260) / 3600; //mile/h
float translatePerFrame = speedinpixels * GridManagerScript.secondsPerSecond * Time.deltaTime;
Vector3 translateAvatar = avatar.transform.position + (nextNode.transform.position - avatar.transform.position).normalized * translatePerFrame; //vector to translate by
//get the distance between avatar and goal and see if you're overshooting
//if you're not overshooting just continue
//if you are overshooting just arrive
//Db (distance before) is hypothenos from origin to goal (basic distance)
//Da (distance after) is the hypothenos from origin to the potential new destination (towards goal)
float Db = Vector3.Distance(avatar.transform.position, nextNode.transform.position);
float Da = Vector3.Distance(avatar.transform.position, translateAvatar);
if (Da > Db)
{
avatar.transform.position = nextNode.transform.position;
}
else
{
avatar.transform.position = translateAvatar;
}
}
else
{
avatar.transform.position = avatar.transform.position + (nextNode.transform.position - avatar.transform.position).normalized;
}
// Check if the avatar is within the bounds of the next node's centre
if (avatar.transform.position.x >= nextNode.transform.position.x - 1.0f &&
avatar.transform.position.y >= nextNode.transform.position.y - 1.0f &&
avatar.transform.position.z >= nextNode.transform.position.z - 1.0f &&
avatar.transform.position.x <= nextNode.transform.position.x + 1.0f &&
avatar.transform.position.y <= nextNode.transform.position.y + 1.0f &&
avatar.transform.position.z <= nextNode.transform.position.z + 1.0f)
{
double timeOfDay = getTimeOfDay();
currentNode.FindEdgeTo(nextNode).removeOccupancy(timeOfDay);
// If not at the destination
//TODO REWRITE THIS CHECK AND THE ONES BELOW
//if no specific goal any goals count
//if specific goal, all goals count
if ((goal == null && ((nextNode.NodeStatus != NodeScript.NODE_STATUS.END && !isCityAvatar) ||
(!nextNode.goal && isCityAvatar && entering) || (!nextNode.exit && isCityAvatar && !entering))) ||
(goal != null && goal != nextNode))
{
//set the previous node to the current node
previousNode = currentNode;
// Set the current node as the next node
currentNode = nextNode;
// Calculate the next node
if (entering)
{
nextNode = GetBestDiffusionNode(nextNode);
}
else
{
nextNode = GetBestExitDiffusionNode(nextNode);
}
currentNode.FindEdgeTo(nextNode).addOccupancy(timeOfDay);
totalPathLength += currentNode.FindEdgeTo(nextNode).roadLen;
}
else
{
// check if destination reached is in goals
//if goal is not specified arrive at any of the goals
//if goal is specified only arrive at the given goal
//only arrive at redir goal
if ((goal == null && (group == null || group.goals == null || (group.goals.Contains(nextNode) || (redirected && group.redirectToGoals.Contains(nextNode))) || !entering)) ||
(goal == nextNode))
{
//reset the overlapping avatars on the node behind you
//if(GridManagerScript.isTest) currentNode.avatarsOverlapping = -1;
// If your destination was a parking lot add a car to the lot
if ((entering && nextNode.goal && nextNode.GetComponentInParent <ParkingLot>() || goal == nextNode))
{
timeArrived = (float)timeOfDay; //get the current time
timeLeftArrivedVTCAll.Add(new Tuple <float, float, float>(timeLeft, timeArrived, totalPathLength));
nextNode.GetComponentInParent <ParkingLot>().AddCar(this);
endReached = true;
}
else if (!entering)
{
endReached = true;
}
}
//go to the actual goal
else
{
//set the previous node to the current node
previousNode = currentNode;
// Set the current node as the next node
currentNode = nextNode;
// Calculate the next node
//passes current end that is not it's own goal
nextNode = GetBestDiffusionNode(nextNode);
currentNode.FindEdgeTo(nextNode).addOccupancy(timeOfDay);
totalPathLength += currentNode.FindEdgeTo(nextNode).roadLen;
}
}
}
}
}
