/// <summary>
/// Initialize the active move.
/// </summary>
/// <param name="move">The move to use in battle.</param>
/// <param name="user">The user of the move.</param>
/// <param name="target">The target for the move.</param>
protected void Initialize(Move move, Creature user, Creature target)
{
//Initialize the class.
_Move = move;
_User = user;
_Target = target;
_IsCancelable = true;
_HasUserControl = true;
_HasTargetControl = false;
_Timeline = Factory.Instance.createBattleAnimation(this);
//Subscribe to the timeline.
_Timeline.OnConcluded += ConcludedInvoke;
}
/// <summary>
/// Initialize the battle animation.
/// </summary>
/// <param name="move">The move to use in battle.</param>
protected void Initialize(BattleMove move)
{
//Initialize the class.
_Timeline = new Timeline(move);
}
/// <summary>
/// Create a battle animation, given a certain move.
/// </summary>
/// <param name="move">The move to create an animation for.</param>
/// <returns></returns>
public Timeline createBattleAnimation(BattleMove move)
{
//TODO: Creating and handling a move's animation should be more robust and maintainable. This is a bit of a hack.
//Create the animation timeline.
Timeline animation = new Timeline(move);
//Check the name of the move and create a fitting animation.
switch (move.Name)
{
case "Ember":
{
//Add events to the timeline.
ModifyEnergyEvent energy = new ModifyEnergyEvent(animation, 0, null, move.User, -move.EnergyConsume);
ModifyControlEvent state = new ModifyControlEvent(animation, 0, energy, move, move.User, false);
ModifyCancelableEvent cancel = new ModifyCancelableEvent(animation, 0, energy, move, false);
ProjectileEvent projectile = new ProjectileEvent(animation, 0, null, move.User.Position, new Destination(move.Target));
ModifyHealthEvent damage = new ModifyHealthEvent(animation, 0, projectile, move.Target, -move.GetDamage());
ImpactEvent impact = new ImpactEvent(animation, 0, projectile, move);
//Add the events to the timeline.
animation.AddEvent(energy);
animation.AddEvent(state);
animation.AddEvent(cancel);
animation.AddEvent(projectile);
animation.AddEvent(damage);
animation.AddEvent(impact);
break;
}
case "Scratch":
{
//Add events to the timeline.
ModifyControlEvent stateStart = new ModifyControlEvent(animation, 0, null, move, move.User, true);
MovementEvent moveTo = new MovementEvent(animation, 0, null, move.User, new Destination(move.Target), MovementType.Run);
ModifyCancelableEvent cancel = new ModifyCancelableEvent(animation, 0, moveTo, move, false);
ModifyHealthEvent damage = new ModifyHealthEvent(animation, 0, moveTo, move.Target, -move.GetDamage());
ModifyEnergyEvent energy = new ModifyEnergyEvent(animation, 0, damage, move.User, -move.EnergyConsume);
ModifyControlEvent stateEnd = new ModifyControlEvent(animation, 0, energy, move, move.User, false);
ImpactEvent impact = new ImpactEvent(animation, 0, moveTo, move);
//Add the events to the timeline.
animation.AddEvent(stateStart);
animation.AddEvent(moveTo);
animation.AddEvent(cancel);
animation.AddEvent(damage);
animation.AddEvent(energy);
animation.AddEvent(stateEnd);
animation.AddEvent(impact);
break;
}
default: { goto case "Scratch"; }
}
//Return the animation.
return animation;
}