public override IEnumerator CardBehaviour(CardActionResult outcome)
{
//get a list of adjacent entities
List <Entity> adjacentEnts = GridHelper.GetAdjacentEntities(GameplayContext.Grid,
GameplayContext.Player.Position);
//let the player select one of the adjacent entities
SingleEntityResult target =
GameplayContext.Ui.OfferSingleEntitySelection(adjacentEnts);
//wait for the player to make a selection
yield return(new WaitUntil(target.IsReadyOrCancelled));
// If the player didn't cancel the selection
if (!target.WasCancelled())
{
//hit 'em
Entity victim = target.GetResult();
GameplayContext.Player.DealDamageTo(victim, baseDamage);
GameplayContext.Player.TriggerAttackEvent(victim);
FXHelper.PlaySound("MetalHit");
outcome.Complete();
}
else
{
outcome.Cancel();
}
}
public override IEnumerator CardBehaviour(CardActionResult outcome)
{
Hex pos = GameplayContext.Player.Position;
//TODO: replace this with a line of sight check maybe?
List <Entity> targets =
GridHelper.GetEntitiesInRange(GameplayContext.Grid, pos, range);
//don't let the player shoot themselves
targets.Remove(GameplayContext.Player);
SingleEntityResult target = GameplayContext.Ui.OfferSingleEntitySelection(targets);
yield return(new WaitUntil(target.IsReadyOrCancelled));
if (!target.WasCancelled())
{
Entity victim = target.GetResult();
GameplayContext.Player.DealDamageTo(victim, baseDamage);
GameplayContext.Player.TriggerAttackEvent(victim);
FXHelper.FireTracerBetween(GameplayContext.Player, victim);
FXHelper.PlaySound("rifleShot");
FXHelper.PlaySound(victim.rangedHitSoundName, 0.1f);
outcome.Complete();
}
else
{
outcome.Cancel();
}
}
public override IEnumerator CardBehaviour(CardActionResult outcome)
{
// Get the list of possible locations to move to
List <Hex> movementCandidates =
GridHelper.GetHexesInRange(GameplayContext.Grid, GameplayContext.Player.Position,
moveDistance);
movementCandidates.Remove(GameplayContext.Player.Position);
// Show the locations to the player and let them pick one
SingleHexResult moveLocation
= GameplayContext.Ui.OfferSingleHexSelection(movementCandidates);
// Wait until the player has made a selection or cancels the action
yield return(new WaitUntil(moveLocation.IsReadyOrCancelled));
// If the player didn't cancel the selection
if (!moveLocation.WasCancelled())
{
// Move to the location they selected
GameplayContext.Player.MoveTo(moveLocation.GetResult());
FXHelper.PlaySound("MechStep");
outcome.Complete();
}
else
{
outcome.Cancel();
}
}
public void MoveAlong(List <Hex> path, int maxSteps = int.MaxValue,
Action callback = null, string stepSound = "MechStep")
{
int step = 0;
maxSteps = Math.Min(maxSteps, path.Count);
LTSeq stepSequence = LeanTween.sequence();
Hex pos = Position;
while (step < maxSteps)
{
pos = path[step];
if (stepSound != "")
{
stepSequence.append(() => { FXHelper.PlaySound(stepSound); });
}
stepSequence.append(LeanTween.moveLocal(gameObject, Grid.GetWorldPosition(pos), 0.25f).setEaseInOutQuart());
step++;
}
Position = pos;
if (callback != null)
{
stepSequence.append(callback);
}
}
public void Do(Entity with)
{
with.DealDamageTo(GameplayContext.Player, baseDamage);
with.TriggerAttackEvent(GameplayContext.Player);
LeanTween.moveLocal(with.gameObject, GameplayContext.Player.transform.position, 0.1f)
.setEaseInCubic().setLoopPingPong(1);
FXHelper.PlaySound(attackSound);
LeanTween.delayedCall(0.2f, () =>
{
OnActionFinish?.Invoke();
OnActionFinish = null;
});
}
public void Do(Entity with)
{
List <Hex> path = GridHelper.GetPathToHex(GameplayContext.Grid, with.Position,
GameplayContext.Player.Position);
path.Remove(GameplayContext.Player.Position);
//this is gross, it works but make it cleaner later
with.MoveAlong(path, maxSteps: range, callback: () => {
with.DealDamageTo(GameplayContext.Player, baseDamage);
with.TriggerAttackEvent(GameplayContext.Player);
LeanTween.moveLocal(with.gameObject, GameplayContext.Player.transform.position, 0.1f)
.setEaseInCubic().setLoopPingPong(1);
FXHelper.PlaySound("MetalHit");
LeanTween.delayedCall(0.2f, () =>
{
OnActionFinish?.Invoke();
OnActionFinish = null;
});
});
}
public static void PlaySound(string soundName, float delay)
{
LeanTween.delayedCall(delay, () => { FXHelper.PlaySound(soundName); });
}