Vector3 GetLineIntersection(ExitConfig direction, CustomRect room, Vector3 connectionStart, Vector3 connectionEnd)
{
//just a crack, not a proper approach
float slope1 = GetSlope(connectionStart, connectionEnd);
float b1 = connectionStart.z - (slope1 * connectionStart.x);
float b2 = 0;
float slope2 = 0;
if (direction == ExitConfig.LEFT)
{
slope2 = (room.y - room.yMax) / (room.x - room.x + 1);
b2 = room.y - (slope2 * room.x);
}
else if (direction == ExitConfig.RIGHT)
{
slope2 = (room.y - room.yMax) / (room.xMax - room.xMax + 1);
b2 = room.y - (slope2 * room.xMax);
}
else if (direction == ExitConfig.TOP)
{
slope2 = (room.yMax - room.yMax + 1) / (room.x - room.xMax);
b2 = room.yMax - (slope2 * room.xMax);
}
else if (direction == ExitConfig.BOTTOM)
{
slope2 = (room.y - room.y + 1) / (room.x - room.xMax);
b2 = room.y - (slope2 * room.xMax);
}
return(GetInterceptPosition(b1, b2, slope1, slope2));
}
protected override void generateMap(int row, int col, int borderSize)
{
base.generateMap(row, col, borderSize);
Debug.Assert(_roomData.exitConfig.Count == _roomData.exitPositions.Count, "Data mismatch - ExitConfig");
for (int index = 0; index < _roomData.exitConfig.Count; index++)
{
ExitConfig config = _roomData.exitConfig[index];
switch (config)
{
case ExitConfig.LEFT:
CreateLeftExit(_roomData.exitPositions[index]);
break;
case ExitConfig.RIGHT:
CreateRightExit(_roomData.exitPositions[index]);
break;
case ExitConfig.TOP:
CreateTopExit(_roomData.exitPositions[index]);
break;
case ExitConfig.BOTTOM:
CreateBottomExit(_roomData.exitPositions[index]);
break;
}
}
}
Vector3 GetLineIntersection(ExitConfig direction, CustomRect connection, CustomRect room)
{
/*
* slope (m) = change in y / change in x
*/
float y = (connection.center.y - room.center.y);
float x = (connection.center.x - room.center.x);
float slope1 = ((y == 0) ? 1 : y) / ((x == 0) ? 1 : x);
float slope2 = 0;
/*
* y = mx + b
*
* What is this 'b'? Well, the line must cross the y-axis at the point
* (0,b). To find b, we can substitute the values at some point on the
* line
*/
float b1 = connection.center.y - (slope1 * connection.center.x);
float b2 = 0;
if (direction == ExitConfig.LEFT)
{
slope2 = (room.y - room.yMax) / (room.x - room.x + 1);
b2 = room.y - (slope2 * room.x);
}
else if (direction == ExitConfig.RIGHT)
{
slope2 = (room.y - room.yMax) / (room.xMax - room.xMax + 1);
b2 = room.y - (slope2 * room.xMax);
}
else if (direction == ExitConfig.TOP)
{
slope2 = (room.yMax - room.yMax + 1) / (room.x - room.xMax);
b2 = room.yMax - (slope2 * room.xMax);
}
else if (direction == ExitConfig.BOTTOM)
{
slope2 = (room.y - room.y + 1) / (room.x - room.xMax);
b2 = room.y - (slope2 * room.xMax);
}
/*
* y - y = m1*x + b1 - m2*x - b2
* x * (m1 - m2) + b1 - b2 = 0;
*
* To find X
* x = b2 - b1 / m1 - m2
*
* To find Y
* y = mx + b
*/
float xPos = (b2 - b1) / (slope1 - slope2);
float yPos = (slope1 * xPos) + b1;
return(new Vector3(xPos, 5, yPos));
}
public override void Setup(Vector3 position, ExitConfig config)
{
base.Setup(position, config);
if (config == ExitConfig.TOP || config == ExitConfig.LEFT)
{
transform.Rotate(Vector3.up, 180.0f);
}
SetLamp(true);
}
//may need to remove normal door inside this function
public void AddExitDoor(int roomId)
{
Room room = GetRoomById(roomId);
if (room.roomData.exitDoorPositions.Count > 1)
{
throw new UnityException("Wrong room selected for Exit - Room has more than one exit");
}
foreach (var door in room.roomData.dungeonElements.doors)
{
door.gameObject.SetActive(false);
}
Vector3 exitDoorPosition = room.roomData.exitDoorPositions[0];
ExitConfig exitDoorConfig = room.roomData.exitConfig[0];
GameObject exitDoor = AssetReference.instance.GetGameObjectInstance("ExitDoor");
room.roomData.dungeonElements.AddExitDoor(exitDoor.GetComponent <ExitDoor>());
exitDoor.transform.SetParent(room.gameObject.transform);
exitDoor.GetComponent <ExitDoor>().Setup(exitDoorPosition, exitDoorConfig);
}
bool IsWithin(ExitConfig direction, CustomRect connection, CustomRect room)
{
if (direction == ExitConfig.LEFT || direction == ExitConfig.RIGHT)
{
if (
(room.y >= connection.y && room.yMax <= connection.yMax) ||
(connection.y >= room.y && connection.yMax <= room.yMax))
{
return(true);
}
}
else
{
if (
(room.x >= connection.x && room.xMax <= connection.xMax) ||
(connection.x >= room.x && connection.xMax <= room.xMax))
{
return(true);
}
}
return(false);
}
void ConnectVertically(BSPNode connection, BSPNode room, ExitConfig config)
{
Vector3 vec1;
Vector3 vec2;
if (connection.rect.width < room.rect.width)
{
vec1 = (new Vector3(connection.rect.center.x, 5, connection.rect.center.y));
vec2 = (new Vector3(connection.rect.center.x, 5, room.rect.center.y));
}
else
{
vec1 = (new Vector3(room.rect.center.x, 5, room.rect.center.y));
vec2 = (new Vector3(room.rect.center.x, 5, connection.rect.center.y));
}
Vector3 intersectionPt = GetLineIntersection(config, room.rect, vec1, vec2);
room.connectingPositions.Add(vec1);
room.connectingPositions.Add(vec2);
room.exitPositions.Add(intersectionPt);
connection.exitPositions.Add(intersectionPt);
}
virtual public void Setup(Vector3 position, ExitConfig config)
{
foreach (var lamp in lamps)
{
lamp.SetActive(false);
lamp.GetComponentInChildren <Light>().intensity = 0.0f;
}
float rotation = 0.0f;
position.y = door.transform.localScale.y * 0.5f;
transform.position = position;
_closePosition = position;
if (config != ExitConfig.TOP && config != ExitConfig.BOTTOM)
{
rotation = 270.0f;
_openPosition = _closePosition + Vector3.forward * door.transform.localScale.x * 0.95f;
}
else
{
_openPosition = _closePosition + Vector3.left * door.transform.localScale.x * 0.95f;
}
transform.rotation = Quaternion.Euler(0.0f, rotation, 0.0f);
}
