/// <summary>
/// Teleport <paramref name="pac"/> from <see cref="Position1"/> to
/// <see cref="Position2"/> is pac's position if <see cref="Position1"/>
/// or vice-versa.
/// </summary>
/// <param name="pac">The pac to teleport</param>
/// <returns>Return <c>true</c> if pac did teleport, <c>false</c> otherwise</returns>
/// <exception cref="TeleporterException">Thrown when the teleporte has not <see cref="Position2"/> set.</exception>
public bool Teleport(Pac pac)
{
bool result = false;
if (Activated)
{
if (Position2.Equals(new Vector2(-1, -1)))
{
throw new TeleporterException("Teleporter destination has not been configured yet. Where does pac will go without a destination? Nowhere!");
}
if (pac.ConvertPositionToTileIndexes().Equals(Position1))
{
pac.Position = new Vector2(Position2.X * Maze.SPRITE_DIMENSION, Position2.Y * Maze.SPRITE_DIMENSION);
result = true;
}
else if (pac.ConvertPositionToTileIndexes().Equals(Position2))
{
pac.Position = new Vector2(Position1.X * Maze.SPRITE_DIMENSION, Position1.Y * Maze.SPRITE_DIMENSION);
result = true;
}
}
// If pacman has been teleported, disable the teleporter until pac is away from the teleporter point
// (this method prevent pac from teleporting in an infinite loop from one spot to another)
if (result)
{
Activated = false;
Vector2 currentPosition = pac.Position;
pac.OnPositionChangedAction = (Vector2 position) =>
{
if (!pac.ConvertPositionToTileIndexes().Equals(pac.ConvertPositionToTileIndexes(currentPosition)))
{
Activated = true;
// Delete the delegate
pac.OnPositionChangedAction = (Vector2 pos) => { };
}
};
}
return(result);
}
// takes the current placed levelObjects and serializes it into the levelData format
public static LevelData CreateLevelData()
{
if (LevelPlacer.generatedLevel != null && editLevel != null)
{
print("CreateLevelData");
LevelDataMono level = LevelPlacer.generatedLevel;
LevelData l = new LevelData(level.levelData.id);
// save level info
l.author = level.levelData.author;
l.id = level.levelData.id;
l.presetTime = DoubleToTwoDecimals(level.levelData.presetTime);
l.title = level.levelData.title;
l.custom = level.levelData.custom;
// save moveArea mesh
Vector3[] verts = level.moveArea.meshFilter.mesh.vertices;
Position2[] posVerts = new Position2[verts.Length];
for (int i = 0; i < verts.Length; i++)
{
posVerts[i] = new Position2(verts[i].x, verts[i].y);
}
if (!posVerts.Equals(editLevel.moveVerticies))
{
Debug.Log("Different Vertices");
}
l.moveVerticies = posVerts;
l.moveTriangles = level.moveArea.meshFilter.mesh.triangles;
// save spawn
Vector3 spawnPos = level.spawn.transform.localPosition;
l.objectData.spawnPosition = new Position2(spawnPos.x, spawnPos.y);
// save finish
Vector3 finishPos = level.finish.transform.localPosition;
l.objectData.finishPosition = new Position2(finishPos.x, finishPos.y);
// save turrets
foreach (Turret t in level.turrets)
{
Position2 turretPosition = new Position2(t.transform.localPosition.x, t.transform.localPosition.y);
TurretData td = new TurretData(turretPosition);
td.rotation = new Position3(t.transform.rotation.eulerAngles.x, t.transform.rotation.eulerAngles.y, t.transform.rotation.eulerAngles.z);
td.shotDelay = FloatToTwoDecimals(t.shotDelay);
td.shotSpeed = FloatToTwoDecimals(t.shotSpeed);
td.startupDelay = FloatToTwoDecimals(t.startupDelay);
td.constantFire = t.constantFire;
l.objectData.turretData.Add(td);
}
// save attractors
foreach (Attractor a in level.attractors)
{
Position2 aPosition = new Position2(a.transform.localPosition.x, a.transform.localPosition.y);
AttractorData ad = new AttractorData(aPosition);
ad.pullStrength = (int)a.maxPullForce;
ad.radius = (int)a.pullRadius;
l.objectData.attractorData.Add(ad);
}
// save portals
foreach (Portal p in level.portals)
{
Position2 pPosition = new Position2(p.transform.localPosition.x, p.transform.localPosition.y);
PortalData pd = new PortalData(pPosition, p.portalID);
pd.portalID = p.portalID;
pd.linkedPortalID = p.linkedPortalID;
l.objectData.portalData.Add(pd);
}
// save speedstrips
foreach (SpeedStrip s in level.speedStrips)
{
Position2 pPosition = new Position2(s.transform.localPosition.x, s.transform.localPosition.y);
SpeedStripData sd = new SpeedStripData(pPosition);
sd.rotation = new Position3(s.transform.rotation.eulerAngles.x, s.transform.rotation.eulerAngles.y, s.transform.rotation.eulerAngles.z);
sd.pushStrength = (int)s.accelSpeed;
l.objectData.speedStripData.Add(sd);
}
foreach (Bouncer b in level.bouncers)
{
Position2 bPosition = new Position2(b.transform.localPosition.x, b.transform.localPosition.y);
BouncerData bd = new BouncerData(bPosition);
bd.rotation = new Position3(b.transform.rotation.eulerAngles.x, b.transform.rotation.eulerAngles.y, b.transform.rotation.eulerAngles.z);
bd.bounciness = b.bounciness;
bd.width = b.width;
l.objectData.bouncerData.Add(bd);
}
return(l);
}
return(null);
}
public bool Equals(HexagonNode other)
{
return(Position1.Equals(other.Position1) && Position2.Equals(other.Position2) && Position3.Equals(other.Position3));
}