public MovementOrderTuple(AbstractMovementOrder order, WaypointUI ui)
{
this.order = order;
this.ui = ui;
if (order is AutomaticMovementOrder)
{
(order as AutomaticMovementOrder).UI = ui;
}
}
//Attempts to find waypoint at specified index
WaypointUI FindWaypointByIndex(int m_WaypointID)
{
//Iterate through every waypoint and check id and compare against given id
for (int i = 0; i < waypointList.childCount; i++)
{
WaypointUI waypoint = waypointList.GetChild(i).GetComponent <WaypointUI>();
if (waypoint.WaypointID == m_WaypointID)
{
//Return it if found
return(waypoint);
}
}
//Print error if not found and return null
Debug.LogError("FindWaypointByName: Waypoint ID not found.");
return(null);
}
//Clears data of waypoint at specified index and removes it from game world.
public void RemoveWaypoint(int m_index)
{
waypoints[m_index].index = 0;
waypoints[m_index].bIsEnabled = false;
waypoints[m_index].name = "";
waypoints[m_index].location = Vector3.zero;
waypoints[m_index].color = Color.black;
waypoints[m_index].bIsInUse = false;
WaypointUI waypoint = FindWaypointByIndex(m_index);
//Null pointer exception check
if (waypoint != null)
{
waypoint.RemoveWaypoint();
}
}
MovementOrderTuple MovementOrderToTuple(AbstractMovementOrder order)
{
WaypointUI ui = SimplePool.Spawn(waypointUI).GetComponent <WaypointUI>();
MovementOrderTuple result;
if (order is MoveFaceOrder)
{
FacingUI facing = SimplePool.Spawn(facingUI).GetComponent <FacingUI>();
result = new MoveFaceOrderTuple(order, ui, facing);
facing.Position = order.Position;
facing.Direction = (order as MoveFaceOrder).FacingDirection;
}
else
{
result = new MovementOrderTuple(order, ui);
}
ui.Start = movementOrders.Count != 0 ? ui.Start = movementOrders.Last <MovementOrderTuple>().order.Position : (Vector2)(this.transform.position);
ui.End = order.Position;
return(result);
}
public void Rearrange(bool m_bIsDown, int m_WaypointID)
{
//Get index at waypoint id
WaypointUI waypoint = FindWaypointByIndex(m_WaypointID);
//Null pointer exception check
if (waypoint != null)
{
if (m_bIsDown)
{
//Move sibling index up one for ui and manager child
waypointManagerContent.transform.GetChild(waypoint.transform.GetSiblingIndex()).SetSiblingIndex(waypoint.transform.GetSiblingIndex() + 1);
waypoint.transform.SetSiblingIndex(waypoint.transform.GetSiblingIndex() + 1);
}
else
{
//Move sibling index down one for ui and manager child
waypointManagerContent.transform.GetChild(waypoint.transform.GetSiblingIndex()).SetSiblingIndex(waypoint.transform.GetSiblingIndex() - 1);
waypoint.transform.SetSiblingIndex(waypoint.transform.GetSiblingIndex() - 1);
}
}
}
//Adds waypoint with specified parameters
public void AddWaypoint(string m_name, Vector3 m_location, Color m_color, bool bIsEnabled)
{
//Keeps track of current iteration in foreach loop
int iteration = 0;
bool bHasFilled = false;
//Loops through each waypoint space to check for next available one.
foreach (Waypoint i in waypoints)
{
//Checks whether the space is free for a waypoint in menu
if (i.bIsEnabled == false)
{
bHasFilled = true;
//Sets variables for waypoint
waypoints[iteration].index = iteration;
waypoints[iteration].bIsEnabled = bIsEnabled;
waypoints[iteration].color = m_color;
waypoints[iteration].location = m_location;
waypoints[iteration].name = m_name;
waypoints[iteration].bIsInUse = true;
//Spawns new waypoint in menu and in world
GameObject go_waypoint = Instantiate(waypointPrefab, pc.transform.position, transform.rotation, transform.root.GetChild(2));
WaypointUI waypoint = go_waypoint.GetComponent <WaypointUI>();
waypoint.SetWaypointSettings(iteration, bIsEnabled, m_name, m_location, m_color);
//Breaks out of loop
break;
}
//Increases which element we are on.
iteration++;
}
//Checks whether a space was actually able to be filled and prints out if not.
if (bHasFilled == false)
{
print("All waypoint slots taken.");
}
}
public MoveFaceOrderTuple(AbstractMovementOrder order, WaypointUI ui, FacingUI facingUI)
: base(order, ui)
{
this.facingUI = facingUI;
}