///////////////////////////////////
/// Here Lies the Dijkstra Call ///
///////////////////////////////////
// Update is called once per frame
void Update()
{
// If there is not startNode and no Goal node
if (StartNode != null && GoalNode != null)
{
// have somewhere to go
if (path == null || path.StartNode != StartNode || path.GoalNode != GoalNode)
{
// either have no path yet or path data is stale (no longer correct) so get new path
path = algorithm.GetPath(StartNode, GoalNode, TravelerProfileCatalog.GetProfile(Type), CostMethod);
if (path != null && path.GetCurrentVertex() != null && StartAtStartNode)
{
transform.position = path.GetCurrentVertex().transform.position;
StartAtStartNode = false;
}
}
}
else
{
// have nowhere to go
path = null;
}
if (Move && path != null && path.GetCurrentVertex() != null)
{
VertexScript nextNode = path.GetCurrentVertex(); // <- In PathData.cs, returns the current vertex
currentNode = path.GetCurrentVertex(); // returns the current vertex the actor is at
// TODO: Upon getting current vertex, if the actors heartrate > maxBPM
// Wait untill heartrate is at safe BPM
// after reaching safe BPM, continue with movement
Vector3 nextDestination = nextNode.transform.position;
Vector3 currentPosition = transform.position;
Vector3 difference = nextDestination - currentPosition;
// difference.Normalize (); // scales vector to have length = 1
FacingDirection = difference;
float distanceToDest = difference.magnitude;
if (distanceToDest <= DELTA)
{
// we're already there, so just correct the position
// and advance to the next vertex in the path
transform.position = nextDestination;
path.AdvanceToNextVertex();
}
else if (distanceToDest < Speed * Time.deltaTime)
{
// we're close enough to arrive there this frame
transform.position = nextDestination;
}
else
{
// it'll take more than one frame to arrive there
Vector3 normalizedVelocity = difference.normalized; // velocity vector
Vector3 movementThisFrame = Speed * normalizedVelocity * Time.deltaTime;
transform.position += movementThisFrame;
}
}
}
///////////////////////////////////
/// Here Lies the Dijkstra Call ///
///////////////////////////////////
// Update is called once per frame
void Update()
{
// Always checks to ensure the actor is at a safeBPM
safeBPMCheck();
// If there is a startNode and a Goal node
if (StartNode != null && GoalNode != null)
{
// have somewhere to go
if (path == null || path.StartNode != StartNode || path.GoalNode != GoalNode)
{
// Checks if Dijkstra has already ran before
if (dijkstraIsRunning == false && dijkstraHasPath == false || GoalNode != CurrentNode)
{
// runs Dijkstra's algorithm
runDijkstra(ref StartNode, ref GoalNode, CostMethod);
}
if (path != null && path.GetCurrentVertex() != null && StartAtStartNode)
{
transform.position = path.GetCurrentVertex().transform.position;
StartAtStartNode = false;
}
}
// Sets the current node as the start node
if (CurrentNode == GoalNode && dijkstraHasPath == true)
{
dijkstraHasPath = false;
StartNode = GoalNode;
}
}
else
{
// have nowhere to go
path = null;
}
// If the actor can move
if (Move && path != null && path.GetCurrentVertex() != null)
{
VertexScript nextNode = path.GetCurrentVertex(); // <- In PathData.cs, returns the current vertex
NextNode = path.GetCurrentVertex(); // returns the current vertex the actor is at
// TODO: Upon getting current vertex, if the actors heartrate > maxBPM
// Wait untill heartrate is at safe BPM
// after reaching safe BPM, continue with movement
Vector3 nextDestination = nextNode.transform.position;
Vector3 currentPosition = transform.position;
Vector3 difference = nextDestination - currentPosition;
// difference.Normalize (); // scales vector to have length = 1
FacingDirection = difference;
float distanceToDest = difference.magnitude;
if (distanceToDest <= DELTA)
{
// we're already there, so just correct the position
// and advance to the next vertex in the path
transform.position = nextDestination;
path.AdvanceToNextVertex();
}
else if (distanceToDest < Speed * Time.deltaTime)
{
// we're close enough to arrive there this frame
transform.position = nextDestination;
}
else
{
// it'll take more than one frame to arrive there
Vector3 normalizedVelocity = difference.normalized; // velocity vector
Vector3 movementThisFrame = Speed * normalizedVelocity * Time.deltaTime;
transform.position += movementThisFrame;
}
}
}