public BallisticProjectileControlHandler(
ProjectileController projectileController,
BallisticTrajectorySettings ballisticTrajectorySettings,
Vector3?maxVelocity)
: base(projectileController)
{
_ballisticTrajectorySettings = ballisticTrajectorySettings;
_velocity = DynamicsUtility.GetBallisticVelocity(
_projectileController.gameObject.transform.position + new Vector3(ballisticTrajectorySettings.EndPosition.x, ballisticTrajectorySettings.EndPosition.y, _projectileController.gameObject.transform.position.z),
_projectileController.gameObject.transform.position,
ballisticTrajectorySettings.Angle,
ballisticTrajectorySettings.ProjectileGravity);
if (maxVelocity.HasValue)
{
if (Mathf.Abs(_velocity.x) > maxVelocity.Value.x)
{
_velocity.x = maxVelocity.Value.x * Mathf.Sign(_velocity.x);
}
if (Mathf.Abs(_velocity.y) > maxVelocity.Value.y)
{
_velocity.y = maxVelocity.Value.y * Mathf.Sign(_velocity.y);
}
}
}
public override bool TryActivate(BaseControlHandler previousControlHandler)
{
var targetPosition = _enemyController.gameObject.transform.position
+ new Vector3(
_ballisticTrajectorySettings.EndPosition.x * _moveDirectionFactor,
_ballisticTrajectorySettings.EndPosition.y,
_enemyController.gameObject.transform.position.z);
_velocity = DynamicsUtility.GetBallisticVelocity(
targetPosition,
_enemyController.gameObject.transform.position,
_ballisticTrajectorySettings.Angle,
_ballisticTrajectorySettings.ProjectileGravity);
return(true);
}
public BallisticTrajectoryControlHandler(CharacterPhysicsManager characterPhysicsManager, Vector3 startPosition, Vector3 endPosition, float gravity
, float angle)
: base(characterPhysicsManager)
{
base.doDrawDebugBoundingBox = true;
base.debugBoundingBoxColor = Color.cyan;
if (characterPhysicsManager != null)
{
characterPhysicsManager.onControllerBecameGrounded += (GameObject obj) =>
{
_keepAlive = false;
};
}
_gravity = gravity;
_velocity = DynamicsUtility.GetBallisticVelocity(endPosition, startPosition, angle, _gravity);
Logger.Trace("Ballistic start velocity: " + _velocity + ", (startPosition: " + startPosition + ", endPosition: " + endPosition + ", gravity: " + gravity + ", angle: " + angle + ")");
}
public BallisticTrajectoryControlHandler(
CharacterPhysicsManager characterPhysicsManager,
Vector3 startPosition,
Vector3 endPosition,
float gravity,
float angle)
: base(characterPhysicsManager)
{
SetDebugDraw(Color.cyan, true);
if (characterPhysicsManager != null)
{
characterPhysicsManager.ControllerBecameGrounded +=
_ => _controlHandlerUpdateStatus = ControlHandlerAfterUpdateStatus.CanBeDisposed;
}
_gravity = gravity;
_velocity = DynamicsUtility.GetBallisticVelocity(endPosition, startPosition, angle, _gravity);
Logger.Trace("Ballistic start velocity: " + _velocity + ", (startPosition: " + startPosition + ", endPosition: " + endPosition + ", gravity: " + gravity + ", angle: " + angle + ")");
}