void Update()
{
if (Input.GetMouseButtonDown(0) && !EventSystem.current.IsPointerOverGameObject())
{
Vector3 point = new Vector3(_camera.pixelWidth / 2, _camera.pixelHeight / 2, 0);
Ray ray = _camera.ScreenPointToRay(point);
RaycastHit hit;
if (Physics.Raycast(ray, out hit))
{
GameObject hitObject = hit.transform.gameObject;
ReactiveTarget target = hitObject.GetComponent <ReactiveTarget>();
WanderingAI ai = hitObject.GetComponent <WanderingAI>();
BackAndForth sphere = hitObject.GetComponent <BackAndForth>();
if (target != null && ai._alive)
{
target.ReactToHit();
soundSource.PlayOneShot(hitEnemySound);
Messenger.Broadcast(GameEvent.ENEMY_HIT);
}
else
{
soundSource.PlayOneShot(hitWallSound);
StartCoroutine(SphereIndicator(hit.point));
}
if (sphere != null)
{
Destroy(sphere.gameObject);
}
}
}
}
void Start()
{
backAndForth = GetComponentInParent <BackAndForth>();
originalAngles = transform.rotation.eulerAngles;
targetableTags.Add("Player");
targetableTags.Add("Mech");
}
private void OnCollisionEnter2D(Collision2D other)
{
//we also add a debug log to know what the projectile touch
Debug.Log("Projectile Collision with " + other.gameObject);
BackAndForth enemyController = other.gameObject.GetComponent <BackAndForth>();
if (enemyController != null)
{
enemyController.Fix();
}
Destroy(gameObject);
}
public static MovementPattern CreateMovementPattern(Dictionary <string, object> movementPatternProperties)
{
MovementPattern movementPattern = null;
Vector2 startPosition;
if (movementPatternProperties.ContainsKey("startXPosition") && movementPatternProperties.ContainsKey("startYPosition"))
{
startPosition.X = (float)movementPatternProperties["startXPosition"];
startPosition.Y = (float)movementPatternProperties["startYPosition"];
}
else
{
startPosition = default(Vector2);
}
int speed;
if (movementPatternProperties.ContainsKey("speed"))
{
speed = Convert.ToInt32((float)movementPatternProperties["speed"]);
}
else
{
speed = 0;
}
switch (movementPatternProperties["movementPatternType"])
{
case "playerInput":
// spawning
Vector2 spawnPosition;
spawnPosition.X = (float)movementPatternProperties["spawnXPosition"];
spawnPosition.Y = (float)movementPatternProperties["spawnYPosition"];
// movement pattern
movementPattern = new PlayerInput(spawnPosition, startPosition, speed);
break;
case "linear":
Vector2 velocity;
velocity.X = (float)movementPatternProperties["xVelocity"];
velocity.Y = (float)movementPatternProperties["yVelocity"];
startPosition.X = (float)movementPatternProperties["xPosition"];
startPosition.Y = (float)movementPatternProperties["yPosition"];
movementPattern = new Linear(startPosition, velocity, speed);
break;
case "backAndForth":
// spawning
spawnPosition.X = (float)movementPatternProperties["spawnXPosition"];
spawnPosition.Y = (float)movementPatternProperties["spawnYPosition"];
// movement pattern
startPosition.X = (float)movementPatternProperties["startXPosition"];
startPosition.Y = (float)movementPatternProperties["startYPosition"];
Vector2 endPosition;
endPosition.X = (float)movementPatternProperties["endXPosition"];
endPosition.Y = (float)movementPatternProperties["endYPosition"];
int numberOfCycles = Convert.ToInt32((float)movementPatternProperties["numberOfCycles"]);
movementPattern = new BackAndForth(startPosition, endPosition, speed, numberOfCycles);
break;
case "static":
startPosition.X = (float)movementPatternProperties["xPosition"];
startPosition.Y = (float)movementPatternProperties["yPosition"];
movementPattern = new Static(startPosition);
break;
case "pattern":
List <Vector2> points = new List <Vector2>();
List <object> listOfPoints = (List <object>)movementPatternProperties["points"];
foreach (List <object> point in listOfPoints)
{
points.Add(new Vector2((float)point[0], (float)point[1]));
}
numberOfCycles = Convert.ToInt32((float)movementPatternProperties["numberOfCycles"]);
movementPattern = new Pattern(points[0], speed, points, numberOfCycles);
break;
case "runAndGun":
Vector2 stopPosition;
stopPosition.X = (float)movementPatternProperties["endXPosition"];
stopPosition.Y = (float)movementPatternProperties["endYPosition"];
// timer
System.Timers.Timer timer = new System.Timers.Timer((float)movementPatternProperties["timeBeforeExit"] * 1000);
movementPattern = new RunAndGun(startPosition, stopPosition, speed, timer);
break;
case "bounce":
startPosition.X = (float)movementPatternProperties["startXPosition"];
startPosition.Y = (float)movementPatternProperties["startYPosition"];
movementPattern = new Bounce(startPosition, speed);
break;
case "circular":
int numberOfTimesToCycle = Convert.ToInt32((float)movementPatternProperties["timesToCycles"]);
Vector2 originPosition;
originPosition.X = (float)movementPatternProperties["originXPosition"];
originPosition.Y = (float)movementPatternProperties["originYPosition"];
float radius = (float)movementPatternProperties["radius"];
float amountToIncreaseRadiusBy = (float)movementPatternProperties["amountToIncreaseRadiusBy"];
float degreesToRotate = (float)movementPatternProperties["degreesToRotate"];
float startingDegrees = (float)movementPatternProperties["startingDegrees"];
movementPattern = new Circular(numberOfTimesToCycle, originPosition, radius, amountToIncreaseRadiusBy, degreesToRotate, startingDegrees);
break;
case "randomWithBounds":
int upperXBound = Convert.ToInt32((float)movementPatternProperties["upperXBound"]);
int lowerXBound = Convert.ToInt32((float)movementPatternProperties["lowerXBound"]);
int upperYBound = Convert.ToInt32((float)movementPatternProperties["upperYBound"]);
int lowerYBound = Convert.ToInt32((float)movementPatternProperties["lowerYBound"]);
timer = new System.Timers.Timer((float)movementPatternProperties["timeBeforeExit"] * 1000);
movementPattern = new RandomWithBounds(startPosition, speed, upperXBound, lowerXBound, upperYBound, lowerYBound, timer);
break;
default:
throw new Exception("Invalid Entity");
}
return(movementPattern);
}
