/// <summary>
/// Updates the time of timing by delta time.
/// </summary>
/// <param name="deltaTime">The delta time.</param>
public void Tick(float deltaTime)
{
if (TimerState != TimerState.Running)
{
return;
}
time += deltaTime;
if (time < Interval)
{
return;
}
CurrentCount++;
// Raise Ticking event
Ticking?.Invoke(this, new TimerTickingEventArgs(CurrentCount));
if (RepeatCount != 0 && CurrentCount >= RepeatCount)
{
Reset();
OnCompleted?.Invoke(this, EventArgs.Empty);
}
time -= Interval;
}
/// <summary>
/// Updates the time of timing by delta time.
/// </summary>
/// <param name="deltaTime">The delta time.</param>
public void Tick(float deltaTime)
{
if (TimerState != TimerState.Running)
{
return;
}
time += deltaTime;
if (time >= Interval)
{
CurrentCount++;
// Raise Ticking event
if (Ticking != null)
{
Ticking.Invoke(this, new TimerTickingEventArgs(CurrentCount));
}
if (RepeatCount != 0 && CurrentCount >= RepeatCount)
{
Reset();
if (Completed != null)
{
Completed.Invoke(this, EventArgs.Empty);
}
}
time = time - Interval;
}
}
public InventoryTests()
{
InitScript.Init();
{
entityFactory = new EntityFactory();
// AddComponents
var transform = Transform.AddTo(entityFactory, Layers.REAL, TransformFlags.Default);
var stats = Stats.AddTo(entityFactory, Registry.Global.Stats._map);
var acting = Acting.AddTo(entityFactory, null, Algos.SimpleAlgo, Order.Player);
var moving = Moving.AddTo(entityFactory);
var displaceable = Displaceable.AddTo(entityFactory, Layers.BLOCK);
var inventory = Inventory.AddTo(entityFactory);
var ticking = Ticking.AddTo(entityFactory);
// InitComponents
acting.DefaultPreset(entityFactory);
moving.DefaultPreset();
displaceable.DefaultPreset();
ticking.DefaultPreset();
// Retouch
Equip.OnDisplaceHandlerWrapper.HookTo(entityFactory);
Inventory.AddInitTo(entityFactory);
}
{
itemFactory = new EntityFactory();
var transform = Transform.AddTo(itemFactory, Layers.ITEM, 0);
}
}
public static void AddComponents(EntityFactory factory)
{
// Apply these one after the other.
// This will only initialize the inject variables of the behavior / component.
// So, apply will be autogenerated for the different behaviors based on their injects.
// Or do it even smarter?
// So, since I'd like to make components structs in the future and store them somewhere
// central (optionally), these can actually reference a global storage for them.
// So this just adds the behavior
Acting.AddTo(factory, null, Algos.SimpleAlgo, Order.Player);
Moving.AddTo(factory);
Digging.AddTo(factory);
Pushable.AddTo(factory);
Attacking.AddTo(factory, Attacking.GetTargetProviderFromInventory, Layers.REAL, Faction.Enemy | Faction.Environment);
Attackable.AddTo(factory, Attackness.ALWAYS);
Damageable.AddTo(factory, new Health(5));
Displaceable.AddTo(factory, Layers.BLOCK);
Ticking.AddTo(factory);
FactionComponent.AddTo(factory, Faction.Player);
Transform.AddTo(factory, Layers.REAL, TransformFlags.Default);
Inventory.AddTo(factory);
Inventory.AddInitTo(factory);
// TODO: pass this an action
Controllable.AddTo(factory,
// The default action is the AttackDigMove action.
Action.Compose(Attacking.Action, Digging.Action, Moving.Action));
// TODO: rename the namespaces
Stats.AddTo(factory, Registry.Global.Stats._map);
}
public static void AddComponents(Entity subject)
{
Stats.AddTo(subject, Registry.Global.Stats._map);
Transform.AddTo(subject, Layers.TRAP, 0);
FactionComponent.AddTo(subject, Faction.Enemy);
Acting.AddTo(subject, ctx => Bouncing.UAction.Compile(), Algos.SimpleAlgo, Order.Trap);
Damageable.AddTo(subject, new Health(1));
Ticking.AddTo(subject);
Bouncing.AddTo(subject);
}
public static void AddComponents(Entity subject)
{
FactionComponent.AddTo(subject, Faction.Environment);
Displaceable.AddTo(subject, Layers.BLOCK);
Attackable.AddTo(subject, Attackness.ALWAYS);
// TODO: Be able to manipulate stats in a simple way.
Stats.AddTo(subject, Registry.Global.Stats._map);
Pushable.AddTo(subject);
Damageable.AddTo(subject, new Health(1));
Transform.AddTo(subject, Layers.REAL, TransformFlags.Default);
Ticking.AddTo(subject);
MoreChains.AddTo(subject, Registry.Global.MoreChains._map);
}
public Slide_Tests()
{
InitScript.Init();
entityFactory = new EntityFactory();
Transform.AddTo(entityFactory, Layers.REAL, TransformFlags.Default);
Stats.AddTo(entityFactory, Registry.Global.Stats._map);
Ticking.AddTo(entityFactory).DefaultPreset();
Displaceable.AddTo(entityFactory, Layers.BLOCK).DefaultPreset();
Moving.AddTo(entityFactory).DefaultPreset();
Pushable.AddTo(entityFactory).DefaultPreset();
Acting.AddTo(entityFactory, null, Algos.SimpleAlgo, Order.Entity).DefaultPreset(entityFactory);
}
public static void AddComponents(Entity subject)
{
Stats.AddTo(subject, Registry.Global.Stats._map);
Transform.AddTo(subject, Layers.PROJECTILE, 0);
FactionComponent.AddTo(subject, Faction.Environment);
Displaceable.AddTo(subject, 0);
ProjectileComponent.AddTo(subject, Layers.REAL | Layers.WALL | Layers.PROJECTILE);
Attackable.AddTo(subject, Attackness.CAN_BE_ATTACKED);
Damageable.AddTo(subject, new Health(1));
Ticking.AddTo(subject);
Acting.AddTo(
subject,
entity => ProjectileComponent.Action.Compile(entity.GetTransform().orientation),
Algos.SimpleAlgo,
Order.Projectile);
}
public static void AddComponents(Entity subject, System.Action <Acting.Context> Algorithm, params Step[] sequenceSteps)
{
Stats.AddTo(subject, Registry.Global.Stats._map);
Transform.AddTo(subject, Layers.REAL, TransformFlags.Default);
FactionComponent.AddTo(subject, Faction.Enemy);
Acting.AddTo(subject, Sequential.CalculateAction, Algorithm, Order.Entity);
Moving.AddTo(subject);
Ticking.AddTo(subject);
Pushable.AddTo(subject);
Attacking.AddTo(subject, entity => BufferedAttackTargetProvider.Simple, Layers.REAL, Faction.Player);
Sequential.AddTo(subject, new Sequence(sequenceSteps));
Attackable.AddTo(subject, Attackness.ALWAYS);
Damageable.AddTo(subject, new Health(1));
Displaceable.AddTo(subject, Layers.BLOCK);
MoreChains.AddTo(subject, Registry.Global.MoreChains._map);
}
public void Start()
{
CancellationTokenSource cts = _cancellationTokenSource;
foreach (var ts in _timeSpanList)
{
Device.StartTimer(ts, () =>
{
if (cts.IsCancellationRequested)
{
return(false);
}
var result = _callback.Invoke();
Ticking?.Invoke(null, EventArgs.Empty);
return(result);
});
}
}
protected virtual void OnTicking(PlayerEventArgs e)
{
Ticking?.Invoke(this, e);
}
public void AddTicking(Ticking ticking)
{
_allTickings.AddMaybeWhileIterating(ticking);
}