/// <summary>
/// add to hand if hand isn't too bigyet.
/// </summary>
private void TryAddToHand(CardInstance ci, EffectSet ef)
{
if (Hand.Count < 10)
{
Hand.Add(ci);
DrawCard?.Invoke(ci, ef);
}
else
{
DiscardPile.Add(ci);
}
}
private void AttackResponse(EffectSet ef)
{
var si = Entity.StatusInstances.Single(el => el.Status.Name == nameof(FlameBarrierStatus));
//triggers when player with this status is targeted.
//we grab the progression from the damage pattern I'd receive, with default values of zero.
//and this must be an enemy action.
var th = Repeat(si.Intensity, ef.PlayerEffect.AttackCount);
ef.EnemyEffect.SetInitialDamage(th.ToArray());
}
internal override void Play(EffectSet ef, Player player, IEnemy enemy, int upgradeCount, IList <CardInstance> targets = null, Deck deck = null, long?key = null)
{
var dmg = upgradeCount == 0 ? new List <int>()
{
2, 2, 2, 2
} : new List <int>()
{
2, 2, 2, 2, 2
};
ef.EnemyEffect.SetInitialDamage(dmg.ToArray());
}
internal override void Play(EffectSet ef, Player player, IEnemy enemy, int upgradeCount, IList <CardInstance> targets = null, Deck deck = null, long?key = null)
{
var dmg = upgradeCount == 0 ? 21 : 28;
ef.EnemyEffect.SetInitialDamage(dmg);
ef.DeckEffect.Add((Deck d, List <string> h) =>
{
var burn = new CardInstance(new Burn(), 0);
d.AddToDiscardPile(burn);
h.Add("Added burn to discard pile");
});
}
internal override void Play(EffectSet ef, Player player, IEnemy enemy, int upgradeCount, IList <CardInstance> targets = null, Deck deck = null, long?key = null)
{
var dmg = upgradeCount == 0 ? 6 : 8;
ef.EnemyEffect.SetInitialDamage(dmg);
ef.DeckEffect.Add((Deck d, List <string> h) =>
{
var copy = new CardInstance(this, upgradeCount);
d.AddToDiscardPile(copy);
h.Add("Duplicated Anger into discard pile");
});
}
internal override void Play(EffectSet ef, Player player, IEnemy enemy, int upgradeCount, IList <CardInstance> targets = null, Deck deck = null, long?key = null)
{
var dmg = upgradeCount == 0 ? 7 : 10;
ef.DeckEffect.Add((Deck d, List <string> h) =>
{
var dazed = new CardInstance(new Dazed(), 0);
var position = d.AddToRandomSpotInDrawPile(dazed, key);
h.Add($"Reckless charge added dazed to draw position {position}");
});
ef.EnemyEffect.SetInitialDamage(dmg);
}
internal override void Play(EffectSet ef, Player player, IEnemy enemy, int upgradeCount, IList <CardInstance> targets = null, Deck deck = null, long?key = null)
{
var oe = new OneEffect
{
Action = (Fight f, Deck d, List <string> history) =>
{
f._Player.Energy += 2;
history.Add("Gained 2 energy mana from SeeingRed");
}
};
ef.FightEffect.Add(oe);
}
public void Reshuffle(EffectSet ef, List <string> history)
{
DeckShuffle?.Invoke(ef, history);
foreach (var d in DiscardPile)
{
DrawPile.Add(d);
}
DiscardPile = new List <CardInstance>();
ShuffleDrawPile();
ef.HadRandomness = true;
ef.Key = GenerateCardSetKey(DrawPile);
}
internal override void Play(EffectSet ef, Player player, IEnemy enemy, int upgradeCount, IList <CardInstance> targets = null, Deck deck = null, long?key = null)
{
var cardAmt = upgradeCount == 0 ? 1 : 2;
var dmg = upgradeCount == 0 ? 9 : 10;
ef.EnemyEffect.SetInitialDamage(dmg);
ef.DeckEffect.Add((Deck d, List <string> history) =>
{
var drawn = d.DrawToHand(targets, cardAmt, true, player, ef, history);
history.Add($"PommelstrikeDrew {string.Join(',', drawn)}");
});
}
public override void EndFight(Deck d, EffectSet relicEf)
{
var oe = new OneEffect();
//TODO why is this weird. oneEffect can actually cause multiple histories. So probably refactor the return value.
oe.Action = (Fight f, Deck d, List <string> history) =>
{
f._Player.HealFor(6, out string healres);
history.Add($"Burning Blood Heal {healres}");
};
relicEf.FightEffect.Add(oe);
}
internal override void Play(EffectSet ef, Player player, IEnemy enemy, int upgradeCount, IList <CardInstance> targets = null, Deck deck = null, long?key = null)
{
int amount;
if (upgradeCount == 0)
{
amount = 5;
}
else
{
amount = 8;
}
ef.PlayerEffect.AddBlockStep("Sentinel", amount);
}
internal override void Play(EffectSet ef, Player player, IEnemy enemy, int upgradeCount, IList <CardInstance> targets = null, Deck deck = null, long?key = null)
{
var exi = player.StatusInstances.SingleOrDefault(el => el.Status.StatusType == StatusType.Strength);
if (exi == null)
{
}
else
{
//we could just double this in place but cleaner to reapply the same status
var statusCopy = new StatusInstance(exi.Status, exi.Intensity);
ef.PlayerEffect.Status.Add(statusCopy);
}
}
private void FeelNoPainStatusResponseToExhaustion(EffectSet ef)
{
//for some reason we look up the player's SI again even though we
var si = Entity.StatusInstances.SingleOrDefault(el => el.Status.StatusType == StatusType.FeelNoPainStatus);
if (si == null)
{
//we bind the event once on creation, then unbind when it decays to zero.
//we get the SI so we know the intensity.
return;
}
//can we just set player block? No never. Because there are things like "do damage when gain block".
ef.PlayerEffect.AddBlockStep("FNP Blocks", si.Intensity);
}
public void EndTurn()
{
if (!PlayerTurn)
{
throw new Exception("Not your turn");
}
var history = new List <string>();
if (TurnNumber == 0)
{
throw new Exception("Calling EndTurn without firstturn started.");
}
history.Add($"End turn block & energy: (B{_Player.Block} E{_Player.Energy})");
var endTurnEf = new EffectSet();
foreach (var ci in _Deck.GetHand)
{
ci.LeftInHandAtEndOfTurn(endTurnEf.PlayerEffect);
}
_Deck.TurnEnds(endTurnEf, history);
ApplyEffectSet(endTurnEf, _Player, _Enemies[0], history);
//todo why do I have two EFs here?
var relicEf = new EffectSet();
var endTurnPlayerEf = new EffectSet();
foreach (var si in _Player.StatusInstances)
{
si.EndTurn(_Player, endTurnPlayerEf.PlayerEffect, endTurnPlayerEf.EnemyEffect);
}
_Player.StatusInstances = _Player.StatusInstances.Where(el => el.Duration != 0 && el.Intensity != 0).ToList();
foreach (var relic in _Player.Relics)
{
relic.EndTurn(_Player, _Enemies[0], relicEf);
}
ApplyEffectSet(endTurnPlayerEf, _Player, _Enemies[0], history);
ApplyEffectSet(relicEf, _Player, _Enemies[0], history);
AssignLastAction(new FightAction(FightActionEnum.EndTurn, history: history));
PlayerTurn = false;
EnemyDone = false;
}
private void ReceiveDamage(IEntity entity, IndividualEffect ie, EffectSet ef, List <string> history, CardInstance ci)
{
if (ie.GetInitialDamage() == null && ie.DamageAdjustments?.Count > 0)
{
throw new Exception("should not happen");
//Vuln will only add a progression if initialdamage != null
}
//We don't actually want to
if (ie.GetInitialDamage() != null)
{
var val = ie.GetInitialDamage().Select(el => (double)el);
foreach (var prog in ie.DamageAdjustments.OrderBy(el => el.Order))
{
val = prog.Fun(val.ToList());
}
var usingVal = val.Select(el => (int)Math.Floor(el));
history.Add($"{entity.Name} got attacked for {string.Join(',', usingVal)}");
foreach (var el in usingVal)
{
var elCopy = el;
if (elCopy > 0)
{
//handle block here.
if (entity.Block > 0)
{
if (elCopy > entity.Block)
{
elCopy = elCopy - entity.Block;
history.Add($"{entity.Name} blocked {entity.Block}");
entity.Block = 0;
}
else
{
entity.Block -= el;
history.Add($"{entity.Name} blocked {el}");
elCopy = 0;
}
}
if (elCopy > 0)
{
entity.ApplyDamage(elCopy, ef, ci, history);
}
}
}
//history.Add($"{entity.Details()}");
}
}
internal override void Play(EffectSet ef, Player player, IEnemy enemy, int upgradeCount, IList <CardInstance> targets = null, Deck deck = null, long?key = null)
{
if (Amount.HasValue)
{
ef.PlayerEffect.SetInitialDamage(Helpers.Repeat(Amount.Value, Count.Value).ToArray());
}
if (PlayerStatusAttack != null)
{
ef.PlayerEffect.Status.AddRange(PlayerStatusAttack);
}
if (Buffs != null)
{
ef.EnemyEffect.Status.AddRange(Buffs);
}
}
public override void StartFight(Deck d, EffectSet ef)
{
if (Charges > 0)
{
Charges--;
ef.FightEffect.Add(new OneEffect()
{
Action = (Fight f, Deck d, List <string> history) =>
{
f.SetEnemyHp(1);
history.Add("Set enemy HP to 1");
}
});
}
}
internal override void Play(EffectSet ef, Player player, IEnemy enemy, int upgradeCount, IList <CardInstance> targets = null, Deck deck = null, long?key = null)
{
var amt = 4;
var tot = 0;
while (upgradeCount > 0)
{
tot += amt;
amt++;
upgradeCount--;
}
var dmg = 12 + tot;
ef.EnemyEffect.SetInitialDamage(dmg);
}
internal override void Play(EffectSet ef, Player player, IEnemy enemy, int upgradeCount, IList <CardInstance> targets = null, Deck deck = null, long?key = null)
{
int amt;
if (upgradeCount == 0)
{
amt = 2;
}
else
{
amt = 3;
}
ef.PlayerEffect.Status.Add(new StatusInstance(new Dexterity(), amt));
}
internal override void Play(EffectSet ef, Player player, IEnemy enemy, int upgradeCount, IList <CardInstance> targets = null, Deck deck = null, long?key = null)
{
var str = player.StatusInstances.SingleOrDefault(el => el.Status.StatusType == StatusType.Strength);
int dmg;
if (str == null)
{
dmg = 14;
}
else
{
var mult = upgradeCount == 0 ? 3 : 5;
dmg = 14 + mult * str.Intensity;
}
ef.EnemyEffect.SetInitialDamage(dmg);
}
/// <summary>
/// Enemy statuses actually apply at the start of their turn.
/// </summary>
private void StartEnemyTurn(List <string> history)
{
if (PlayerTurn)
{
throw new Exception("Out of order.");
}
var endTurnEnemyEf = new EffectSet();
foreach (var si in ((Entity)_Enemies[0]).StatusInstances)
{
si.EndTurn((Entity)_Enemies[0], endTurnEnemyEf.EnemyEffect, endTurnEnemyEf.PlayerEffect);
}
ApplyEffectSet(endTurnEnemyEf, _Player, _Enemies[0], history);
_Enemies[0].StatusInstances = _Enemies[0].StatusInstances.Where(el => el.Duration != 0 && el.Intensity != 0).ToList();
}
/// <summary>
/// Todo: Why do I manually use the components of the monster move ef rather than just using
/// applyEffectSet?
/// </summary>
/// <param name="cardInstance"></param>
/// <param name="history"></param>
public void _Attack(CardInstance cardInstance, List <string> history)
{
var enemy = _Enemies[0];
var player = _Player;
var ef = new EffectSet();
cardInstance.Play(ef, _Player, _Enemies[0]);
_Player.NotifyAttacked(ef);
foreach (var si in enemy.StatusInstances)
{
var statusIsTargeted = false;
si.Apply(cardInstance.Card, ef.EnemyEffect, ef.PlayerEffect, statusIsTargeted, false);
}
foreach (var si in player.StatusInstances)
{
var statusIsTargeted = true;
si.Apply(cardInstance.Card, ef.EnemyEffect, ef.PlayerEffect, statusIsTargeted, false);
}
//this won't be right for Torii for example.
foreach (var relic in _Player.Relics)
{
relic.CardPlayed(cardInstance.Card, ef, player: _Player, enemy: _Enemies[0]);
}
GainBlock(_Player, ef.PlayerEffect, history);
GainBlock(_Enemies[0], ef.EnemyEffect, history);
ReceiveDamage(_Enemies[0], ef.EnemyEffect, ef, history, cardInstance);
ReceiveDamage(_Player, ef.PlayerEffect, ef, history, cardInstance);
ApplyStatus(_Player, ef.PlayerEffect.Status, history);
ApplyStatus(_Enemies[0], ef.EnemyEffect.Status, history);
//enemy dying of flame barrier status while killing the player, still results in a loss for the player.
if (_Player.HP <= 0)
{
history.Add("Player Died from enemy attack");
Died(_Player, history);
return;
}
if (_Enemies[0].HP <= 0)
{
history.Add("Enemy Died on his turn");
Died(_Enemies[0], history);
}
}
internal override void Play(EffectSet ef, Player player, IEnemy enemy, int upgradeCount, IList <CardInstance> targets = null, Deck deck = null, long?key = null)
{
//I need some way to:
// * make sure the childnode from playing this ends up in the random list (not choices)
// * distinguish between those random entries.
ef.DeckEffect.Add((Deck d, List <string> h) =>
{
var newCi = new CardInstance(new Wound(), 0);
var position = d.AddToRandomSpotInDrawPile(newCi, key);
h.Add($"Wound added to draw pile position:{position}");
});
var dmg = upgradeCount == 0 ? 12 : 17;
ef.EnemyEffect.SetInitialDamage(dmg);
ef.HadRandomness = true;
ef.Key = key ?? 0;
}
/// <summary>
/// Bit annoying that targets actually covers two cases:
/// 1. AI forcing a certain random choice
/// 2. Normal play of the upgraded card, specifying the target
/// </summary>
internal override void Play(EffectSet ef, Player player, IEnemy enemy, int upgradeCount, IList <CardInstance> targets = null, Deck deck = null, long?key = null)
{
var amt = upgradeCount == 0 ? 7 : 10;
ef.PlayerEffect.AddBlockStep("TrueGrit", amt);
ef.DeckEffect.Add((Deck d, List <string> h) =>
{
//target determination:
// upgraded + specify
// upgraded + ask user
// upgraded + default to random (!interactiveContext)
// nonupgraded + specify
// nonupgraded + random
CardInstance target;
var spec = "";
if (targets == null)
{
if (upgradeCount == 0)
{
target = d.GetRandomCardFromHand();
spec = "Picked random card from hand";
}
else
{
target = d.ChooseCardFromHand(filter: null, prompt: "Pick a card to exhaust with True Grit");
spec = "Prompted to pick card from hand.";
}
}
else
{
target = targets[0];
spec = "used target";
}
if (target == null)
{
h.Add($"True Grit: {spec} Nothing to exhaust");
}
else
{
h.Add($"True Grit: {spec}: {target}");
d.ExhaustFromHand(target, ef, h);
}
});
}
public void StartFight(List <string> history = null)
{
if (history == null)
{
history = new List <string>();
}
var startEf = new EffectSet();
foreach (var relic in _Player.Relics)
{
relic.Apply(this, _Deck, _Player);
relic.StartFight(_Deck, startEf);
}
_Deck.StartFight();
ApplyEffectSet(startEf, _Player, _Enemies[0], history);
}
internal override void Play(EffectSet ef, Player player, IEnemy enemy, int upgradeCount, IList <CardInstance> targets = null, Deck deck = null, long?key = null)
{
int dmg;
StatusInstance si;
if (upgradeCount == 0)
{
dmg = 12;
si = new StatusInstance(new Weak(), 2);
}
else
{
dmg = 14;
si = new StatusInstance(new Weak(), 3);
}
ef.EnemyEffect.SetInitialDamage(dmg);
ef.EnemyEffect.Status.Add(si);
}
/// <summary>
/// Returns whether there was randomness involved in drinking the potion.
/// </summary>
public bool DrinkPotion(Potion p, Enemy enemy)
{
if (!PlayerTurn)
{
throw new Exception("Not your turn");
}
var fakePotion = _Player.Potions.First(el => el.ToString() == p.ToString());
_Player.Potions.Remove(fakePotion);
var history = new List <string>();
var ef = new EffectSet();
p.Apply(this, _Player, enemy, ef);
ApplyEffectSet(ef, _Player, enemy, history);
AssignLastAction(new FightAction(FightActionEnum.Potion, potion: p, target: enemy, history: history, hadRandomEffects: ef.HadRandomness, key: ef.Key));
return(false);
}
internal override void Play(EffectSet ef, Player player, IEnemy enemy, int upgradeCount, IList <CardInstance> targets = null, Deck deck = null, long?key = null)
{
var mult = upgradeCount == 0 ? 2 : 3;
int count = 1; //PS itself is in a nether region now - played, but not yet in discard pile.
//don't do anything with backup cards. Just look in draw, hand, discard.
foreach (var list in new List <IList <CardInstance> >()
{
deck.GetDrawPile, deck.GetDiscardPile, deck.GetHand
})
{
var others = list.Where(el => RelatedCards.Contains(el.Card.Name));
count += others.Count();
}
var dmg = 6 + mult * count;
ef.EnemyEffect.SetInitialDamage(dmg);
}
public List <CardInstance> DrawCards(int drawCount, EffectSet ef, List <string> history)
{
var actuallyDrawn = new List <CardInstance>();
Hand = new List <CardInstance>();
IList <CardInstance> which;
which = WouldDraw(drawCount);
var gap = drawCount - which.Count;
if (gap > 0)
{
history.Add($"No cards left to draw {gap} more");
}
foreach (var copy in which)
{
var orig = FindIdenticalCardInSource(DrawPile, copy, failureOkay: true);
if (orig != null && DrawPile.Contains(orig))
{
DrawPile.Remove(orig);
TryAddToHand(orig, ef);
actuallyDrawn.Add(orig);
}
else
{
Reshuffle(ef, history); //this should only happen 0-1 times
orig = FindIdenticalCardInSource(DrawPile, copy, failureOkay: false);
if (DrawPile.Contains(orig))
{
DrawPile.Remove(orig);
TryAddToHand(orig, ef);
actuallyDrawn.Add(orig);
}
else
{
throw new Exception("Card missing after reshuffle");
}
}
}
return(actuallyDrawn);
}
internal override void Play(EffectSet ef, Player player, IEnemy enemy, int upgradeCount, IList <CardInstance> targets = null, Deck deck = null, long?key = null)
{
int weak;
int vuln;
if (upgradeCount == 0)
{
weak = 1;
vuln = 1;
}
else
{
weak = 2;
vuln = 2;
}
ef.EnemyEffect.SetInitialDamage(13);
ef.EnemyEffect.Status.Add(new StatusInstance(new Vulnerable(), vuln));
ef.EnemyEffect.Status.Add(new StatusInstance(new Weak(), weak));
}
