///<summary>
///Trigger when an argument has stacks added to.
///</summary>
public EventStatusEffectApplied(AbstractArgument argAppliedTo, AbstractStatusEffect effect, int stacks = 0)
{
this.type = EventType.ARGUMENT_STATUS_EFFECT_APPLIED;
this.argAppliedTo = argAppliedTo;
this.effectApplied = effect;
this.stacksAdded = stacks;
}
///<summary>
///Trigger when an argument has stacks added to.
///</summary>
public EventArgStacksAdded(AbstractArgument argAddedTo, int stacks)
{
this.type = EventType.ARGUMENT_STACKS_ADDED;
this.argumentAddedTo = argAddedTo;
this.stacksAdded = stacks;
this.newStackCount = this.argumentAddedTo.stacks;
}
public override void Play(AbstractCharacter source, AbstractArgument target)
{
base.Play(source, target);
int multiplier = 1 + source.GetSupportArguments().Count; // 1 for core argument
NegotiationManager.Instance.AddAction(new DamageAction(target, target.OWNER, MIN_DAMAGE * multiplier, MAX_DAMAGE * multiplier, this));
}
public override int Resolve()
{
AbstractArgument instance = owner.GetArgument(argumentToDestroy);
if (instance != null)
{
if (destroyedByThisCard != null)
{
EventSystemManager.Instance.TriggerEvent(new EventArgDestroyed(argumentToDestroy, destroyedByThisCard));
}
else if (destroyedByThisArgument != null)
{
EventSystemManager.Instance.TriggerEvent(new EventArgDestroyed(argumentToDestroy, destroyedByThisArgument));
}
else
{
EventSystemManager.Instance.TriggerEvent(new EventArgDestroyed(argumentToDestroy)); // trigger on-destroy effects (if any on the argument itself or on the destroying card/arg)
}
this.argumentToDestroy.TriggerOnDestroy(); // Remove event subscriptions and handle victory/defeat if a core argument was destroyed
owner.GetSupportArguments().Remove(this.argumentToDestroy); // remove argument from the list of arguments (previous line will return if it's a core argument so no worries)
// Remove all actions that were in the action queue and associated w/ the destroyed argument
NegotiationManager.Instance.actionQueue.RemoveAll(action => action.origin == instance);
}
return(0);
}
public override void Play(AbstractCharacter source, AbstractArgument target)
{
NegotiationManager.Instance.AddAction(new ApplyStatusEffectAction(source, target, new StatusVulnerable()));
NegotiationManager.Instance.AddAction(new ApplyStatusEffectAction(source, target, new StatusFortify()));
// NegotiationManager.Instance.AddAction(new ApplyStatusEffectAction(source, target, new StatusSilenced()));
NegotiationManager.Instance.AddAction(new ApplyStatusEffectAction(source, target, new StatusResonance()));
}
// A bunch of checks to make sure that we can even play the card -- if we're not able to, don't activate card effects.
public virtual void Play(AbstractCharacter source, AbstractArgument target)
{
if (!source.canPlayCards)
{
throw new Exception(source.NAME + " cannot play cards!");
}
if ((this.IsAttack() && !source.canPlayAttacks) || (this.IsSkill() && !source.canPlaySkills) || (this.IsTrait() && !source.canPlayTraits))
{
throw new Exception(source.NAME + " cannot play card of type " + this.TYPE.ToString());
}
if ((this.IsDialogue() && !source.canPlayDialogue) || (this.IsAggression() && !source.canPlayAggression) || (this.IsInfluence() && !source.canPlayInfluence))
{
throw new Exception(source.NAME + " cannot play card of type " + this.AMBIENCE.ToString());
}
if (source.curAP < this.COST)
{
throw new Exception(source.NAME + " does not have enough actions to play " + this.NAME);
}
// if (this.HasTag(CardTags.DESTROY)){ // Destroy card
// this.OWNER.Destroy(this);
// } else if (this.IsTrait() || this.HasTag(CardTags.SCOUR)){ // Scour stuff
// this.OWNER.Scour(this);
// } else {
// if (this.OWNER.GetHand().Contains(this)){ // This check is to prevent adding cards from "choice" mechanics from being added to the discard (see: Deckard's Instincts card)
// this.OWNER.GetHand().Remove(this);
// this.OWNER.GetDiscardPile().AddCard(this);
// }
// }
}
public EnemyIntent(AbstractCard cardToPlay, AbstractArgument target)
{
this.cardToPlay = cardToPlay;
this.argumentTargeted = target;
if (cardToPlay.TYPE == CardType.TRAIT)
{
this.intentType = IntentType.TRAIT;
}
else if (cardToPlay.TYPE == CardType.ATTACK)
{
this.intentType = IntentType.ATTACK;
}
else if (cardToPlay.TYPE == CardType.SKILL)
{
if (target.OWNER == cardToPlay.OWNER)
{
this.intentType = IntentType.BUFF_SKILL;
}
else
{
this.intentType = IntentType.DEBUFF_SKILL;
}
}
else
{
this.intentType = IntentType.UNKNOWN;
}
}
public override void Play(AbstractCharacter source, AbstractArgument target)
{
base.Play(source, target);
int dbl = (doubleDmg) ? 2 : 1;
NegotiationManager.Instance.AddAction(new DamageAction(target, target.OWNER, MIN_DAMAGE * dbl, MAX_DAMAGE * dbl, this));
}
public override void Play(AbstractCharacter source, AbstractArgument target)
{
base.Play(source, target);
if (target.isCore || target.OWNER != this.OWNER)
{
throw new Exception("You must target friendly support arguments with Interrogate!");
}
int damageToDeal = target.stacks * MULTIPLIER;
AbstractCharacter enemy = TurnManager.Instance.GetOtherCharacter(target.OWNER);
// Damage enemy arguments
NegotiationManager.Instance.AddAction(new DamageAction(enemy.GetCoreArgument(), enemy, damageToDeal, damageToDeal, this));
List <AbstractArgument> nonCoreArgs = enemy.GetTargetableArguments();
foreach (AbstractArgument arg in nonCoreArgs)
{
NegotiationManager.Instance.AddAction(new DamageAction(arg, arg.OWNER, damageToDeal, damageToDeal, this));
}
// Add/change Ambience
if (this.isUpgraded)
{
NegotiationManager.Instance.AddAction(new SetAmbienceAction(AmbienceState.DANGEROUS));
}
else
{
NegotiationManager.Instance.AddAction(new DeployArgumentAction(this.OWNER, new ArgumentAmbientShiftAggression(), INFLUENCE));
}
// Destroy sacrifical argument
NegotiationManager.Instance.AddAction(new DestroyArgumentAction(target));
}
public override void Play(AbstractCharacter source, AbstractArgument target)
{
base.Play(source, target);
if (target.isCore)
{
throw new Exception("Can only target support arguments with Turnabout!");
}
int cnt = (this.isUpgraded) ? 1 + source.curAP : source.curAP;
int stacksToGain = Math.Min(target.stacks, cnt);
target.stacks -= cnt;
if (target.stacks <= 0) // Destroy the argument if it falls below 0 stacks
{
target.stacks = 0;
NegotiationManager.Instance.AddAction(new DestroyArgumentAction(target, this));
}
List <AbstractArgument> recipients = this.OWNER.GetTargetableArguments();
if (recipients.Count > 0)
{
int index = UnityEngine.Random.Range(0, recipients.Count);
NegotiationManager.Instance.AddAction(new AddStacksToArgumentAction(recipients[index], stacksToGain));
}
}
///<summary>
///Apply Poise to an argument. Damage to an argument is removed from Poise before its resolve.
///<list type="bullet">
///<item><term>src</term><description>The character applying the Poise.</description></item>
///<item><term>target</term><description>The argument receiving the Poise.</description></item>
///<item><term>poiseToApply</term><description>The amount of Poise to apply.</description></item>
///<item><term>multiply</term><description>Defaults to false. If true, poiseToApply is instead a multiplicative value and will multiply the amount of existing Poise on an argument (See DeckardCalm for an example).</description></item>
///</list>
///</summary>
public ApplyPoiseAction(AbstractCharacter src, AbstractArgument target, int poiseToApply, bool multiply = false)
{
this.source = src;
this.target = target;
this.poise = poiseToApply;
this.multiply = multiply;
}
public override void Play(AbstractCharacter source, AbstractArgument target)
{
base.Play(source, target);
EventSystemManager.Instance.SubscribeToEvent(this, EventType.CARD_DRAWN);
NegotiationManager.Instance.AddAction(new DrawCardsAction(source, DRAW));
EventSystemManager.Instance.UnsubscribeFromAllEvents(this);
}
///<returns>An integer of how many stacks were added.</returns>
public override int Resolve()
{
AbstractArgument instance = this.owner.GetArgument(argumentToPlant);
if (instance == null || this.plantNewCopy)
{
AbstractArgument newInstance = Activator.CreateInstance(this.argumentToPlant.GetType()) as AbstractArgument;
newInstance.ORIGIN = ArgumentOrigin.PLANTED;
newInstance.OWNER = this.owner;
newInstance.stacks = this.stacksToPlant;
newInstance.INSTANCE_ID = newInstance.ID + "_" + NegotiationManager.Instance.argumentsDeployedThisNegotiation;
NegotiationManager.Instance.argumentsDeployedThisNegotiation += 1;
this.owner.GetSupportArguments().Add(newInstance);
newInstance.TriggerOnDeploy(); // Add event subscriptions
EventSystemManager.Instance.TriggerEvent(new EventArgCreated(newInstance));
}
else
{
Debug.Log("Copy exists; adding " + stacksToPlant + " stacks to it. Instance had " + instance.stacks + " stacks before adding these new ones.");
NegotiationManager.Instance.AddAction(new AddStacksToArgumentAction(instance, stacksToPlant));
Debug.Log("Instance now has " + instance.stacks + " stacks.");
}
return(this.stacksToPlant);
}
public override void Play(AbstractCharacter source, AbstractArgument target)
{
base.Play(source, target);
int count = source.GetSupportArguments().Count;
NegotiationManager.Instance.AddAction(new DamageAction(target, target.OWNER, MIN_DAMAGE, MAX_DAMAGE, this));
}
public PlantArgumentAction(AbstractCharacter target, AbstractArgument argumentToPlant, int stacksToPlant, bool plantNewCopy = false)
{
this.owner = target;
this.argumentToPlant = argumentToPlant;
this.stacksToPlant = stacksToPlant;
this.plantNewCopy = plantNewCopy; // if true, plant a new copy of the argument even if one already exists
}
public DeployArgumentAction(AbstractCharacter source, AbstractArgument argumentToDeploy, int stacksToDeploy, bool deployNewCopy = false)
{
this.owner = source;
this.argumentToDeploy = argumentToDeploy;
this.stacksToDeploy = stacksToDeploy;
this.deployNewCopy = deployNewCopy; // if true, deploy a new copy of the argument even if one already exists
}
public override void Play(AbstractCharacter source, AbstractArgument target)
{
base.Play(source, target);
temp = source;
NegotiationManager.Instance.AddAction(new DamageAction(target, target.OWNER, MIN_DAMAGE, MAX_DAMAGE, this));
NegotiationManager.Instance.SelectCardsFromList(source.GetDiscardPile().ToList(), 1, true, this);
}
///<summary>
///Apply a status effect to the argument.
///<list type="bullet">
///<item><term>src</term><description>The character applying the effect.</description></item>
///<item><term>target</term><description>The argument receiving the effect.</description></item>
///<item><term>effect</term><description>The effect to apply.</description></item>
///<item><term>stacksToApply</term><description>The number of stacks of the effect to apply. Defaults to 0, as most status effects don't use stacks.</description></item>
///</list>
///</summary>
public ApplyStatusEffectAction(AbstractCharacter src, AbstractArgument target, AbstractStatusEffect effect, int stacksToApply = 0)
{
this.source = src;
this.target = target;
this.effect = effect;
this.stacksToApply = stacksToApply;
}
public override void Play(AbstractCharacter source, AbstractArgument target)
{
base.Play(source, target);
int poiseToRemove = source.GetCoreArgument().poise;
source.GetCoreArgument().poise = 0;
NegotiationManager.Instance.AddAction(new DamageAction(target, target.OWNER, MIN_DAMAGE + poiseToRemove, MAX_DAMAGE + poiseToRemove, this));
}
public override void Play(AbstractCharacter source, AbstractArgument target)
{
base.Play(source, target);
for (int i = 0; i < INSTANCES; i++)
{
NegotiationManager.Instance.AddAction(new DeployArgumentAction(source, new ArgumentInsidiousWhispers(), STACKS, true));
}
}
public override void Play(AbstractCharacter source, AbstractArgument target)
{
base.Play(source, target);
var rnd = new System.Random();
List <AbstractCard> cards = source.GetDrawPile().deck.OrderBy(x => rnd.Next()).Take(CHOICES).ToList(); // Efficient? Not particularly. But draw piles will probably only ever range to at most 50 cards anyways.
NegotiationManager.Instance.SelectCardsFromList(cards, 1, true, this);
}
public override void Play(AbstractCharacter source, AbstractArgument target)
{
base.Play(source, target);
foreach (AbstractArgument argument in source.GetTargetableArguments(true))
{
NegotiationManager.Instance.AddAction(new ApplyPoiseAction(source, argument, POISE));
}
}
public override void Play(AbstractCharacter source, AbstractArgument target)
{
base.Play(source, target);
for (int i = 0; i < ITERATIONS; i++)
{
NegotiationManager.Instance.AddAction(new DamageAction(null, target.OWNER, MIN_DAMAGE, MAX_DAMAGE, this));
}
}
public void OnPointerEnter(PointerEventData eventData)
{
GameObject argumentObject = null;
targetToDrawLineTo = reference.argumentTargeted;
if (targetToDrawLineTo.OWNER.FACTION == FactionType.PLAYER)
{
if (targetToDrawLineTo.isCore)
{
argumentObject = GameObject.Find("PlayerSide/SpawnCoreHere/ArgumentDisplay(Clone)");
}
else
{
foreach (Transform nonCore in GameObject.Find("PlayerSide/SpawnNonCoreHere").transform)
{
DisplayArgument displayArg = nonCore.gameObject.GetComponent <DisplayArgument>();
if (displayArg != null && displayArg.reference.INSTANCE_ID == targetToDrawLineTo.INSTANCE_ID)
{
argumentObject = displayArg.gameObject;
break;
}
}
}
}
else
{
if (targetToDrawLineTo.isCore)
{
argumentObject = GameObject.Find("EnemySide/SpawnCoreHere/ArgumentDisplay(Clone)");
}
else
{
foreach (Transform nonCore in GameObject.Find("EnemySide/SpawnNonCoreHere").transform)
{
DisplayArgument displayArg = nonCore.gameObject.GetComponent <DisplayArgument>();
if (displayArg != null && displayArg.reference.INSTANCE_ID == targetToDrawLineTo.INSTANCE_ID)
{
argumentObject = displayArg.gameObject;
break;
}
}
}
}
if (argumentObject != null)
{
this.lr.enabled = true;
this.lr.sortingOrder = 1;
this.lr.material = new Material(Shader.Find("Sprites/Default"));
this.lr.material.color = Color.red;
this.lr.SetPosition(0, Camera.main.ScreenToWorldPoint(transform.position) + new Vector3(0, 0, 10));
this.lr.SetPosition(1, Camera.main.ScreenToWorldPoint(argumentObject.transform.position) + new Vector3(0, 0, 10));
}
prefabInstance = GameObject.Instantiate(cardTemplatePrefab, transform.position + new Vector3(0, 100, 0), Quaternion.identity);
prefabInstance.transform.SetParent(this.transform);
prefabInstance.GetComponent <DisplayCard>().reference = reference.cardToPlay;
prefabInstance.GetComponent <DisplayCard>().Render();
}
public override void Play(AbstractCharacter source, AbstractArgument target)
{
base.Play(source, target);
if (target.isCore)
{
throw new Exception("Cannot target core arguments with cross-examination!");
}
NegotiationManager.Instance.AddAction(new DamageAction(target, target.OWNER, MIN_DAMAGE, MAX_DAMAGE, this));
}
public override void Play(AbstractCharacter source, AbstractArgument target)
{
base.Play(source, target);
NegotiationManager.Instance.AddAction(new DamageAction(target, target.OWNER, MIN_DAMAGE, MAX_DAMAGE, this));
foreach (AbstractArgument support in source.GetSupportArguments())
{
NegotiationManager.Instance.AddAction(new AddStacksToArgumentAction(support, this.STACKS));
}
}
public override int Resolve()
{
// Set a random target if none exists.
if (this.target == null)
{
int range = argumentOwner.GetTargetableArguments().Count + 1;
int index = UnityEngine.Random.Range(0, range);
if (index == 0)
{
this.target = argumentOwner.GetCoreArgument();
}
else
{
this.target = argumentOwner.GetTargetableArguments()[index - 1];
}
}
int damageDealt = CalculateDamage(UnityEngine.Random.Range(damageMin, damageMax + 1));
// Handle Poise removal.
if (this.target.poise > 0 && !piercingDamage)
{
if ((damageDealt - this.target.poise) > 0)
{
damageDealt -= this.target.poise;
this.target.poise = 0;
}
else
{
this.target.poise -= damageDealt;
EventSystemManager.Instance.TriggerEvent(new EventArgAttackedBlocked(target, damageDealt));
return(damageDealt);
}
}
this.target.curHP -= damageDealt;
EventSystemManager.Instance.TriggerEvent(new EventArgAttackedUnblocked(target, damageDealt));
// Check to see if the target argument should be destroyed.
if (this.target.curHP <= 0)
{
if (attackingCard != null)
{
NegotiationManager.Instance.AddAction(new DestroyArgumentAction(target, attackingCard));
}
else if (attackingArgument != null)
{
NegotiationManager.Instance.AddAction(new DestroyArgumentAction(target, attackingArgument));
}
else
{
NegotiationManager.Instance.AddAction(new DestroyArgumentAction(target));
}
}
return(0);
}
public override void Play(AbstractCharacter source, AbstractArgument target)
{
base.Play(source, target);
AmbienceState state = Ambience.Instance.GetState();
bool bonusEffects = (state == AmbienceState.GUARDED);
int multiplier = (bonusEffects) ? 2 : 1;
NegotiationManager.Instance.AddAction(new ApplyPoiseAction(source, target, POISE * multiplier));
}
public override void Play(AbstractCharacter source, AbstractArgument target){
base.Play(source, target);
int cnt = 0;
foreach(AbstractArgument argument in source.GetSupportArguments()){
if (argument.NAME.Contains("Talisman")){
cnt++;
}
}
NegotiationManager.Instance.AddAction(new DamageAction(target, target.OWNER, MIN_DAMAGE + cnt, MAX_DAMAGE + cnt, this));
}
public override void Play(AbstractCharacter source, AbstractArgument target)
{
base.Play(source, target);
if (target.isCore)
{
throw new Exception("Cannot target core arguments with Present the Evidence!");
}
NegotiationManager.Instance.AddAction(new AddStacksToArgumentAction(target, this.STACKS));
NegotiationManager.Instance.AddAction(new DamageAction(null, TurnManager.Instance.GetOtherCharacter(target.OWNER), target.stacks, target.stacks, this));
}