448 lines
18 KiB
C#
448 lines
18 KiB
C#
using System.Collections.Generic;
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using System.Linq;
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using KernelPanic.Core;
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using KernelPanic.Data;
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namespace KernelPanic.Combat
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{
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public sealed class DealDamageEffect : ICardEffect
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{
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private readonly int _minAmount;
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private readonly int _maxAmount;
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private readonly Language _language;
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private readonly bool _trueDamage;
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private readonly bool _canCrit;
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private readonly bool _allEnemies;
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public DealDamageEffect(int minAmount, int maxAmount, Language language, bool trueDamage = false, bool canCrit = false, bool allEnemies = false)
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{
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_minAmount = minAmount;
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_maxAmount = maxAmount;
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_language = language;
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_trueDamage = trueDamage;
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_canCrit = canCrit;
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_allEnemies = allEnemies;
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}
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public void Execute(CombatContext context)
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{
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IReadOnlyList<CombatantState> targets = _allEnemies
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? context.Enemies.Where(enemy => enemy.State != null && !enemy.State.IsDefeated).Select(enemy => enemy.State).ToList()
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: context.Targets;
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if (StatusEffectController.Has(context.Source, StatusType.RaceCondition) && targets.Count > 1)
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{
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targets = ShuffleTargets(targets, context.Source);
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}
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for (int i = 0; i < targets.Count; i++)
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{
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CombatantState target = targets[i];
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if (target == null || target.IsDefeated)
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{
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continue;
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}
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int minAmount = UpgradeMath.ScaleAmount(_minAmount, context.Card);
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int maxAmount = UpgradeMath.ScaleAmount(_maxAmount, context.Card);
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int amount = minAmount == maxAmount
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? minAmount
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: RandomRoll.RollRange(minAmount, maxAmount, new RollContext(context.Source));
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context.DamagePipeline.DealDamage(new DamageRequest(context.Source, target, amount, _language, _trueDamage, _canCrit));
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}
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}
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private static IReadOnlyList<CombatantState> ShuffleTargets(IReadOnlyList<CombatantState> targets, CombatantState source)
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{
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List<CombatantState> shuffled = targets.ToList();
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for (int i = shuffled.Count - 1; i > 0; i--)
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{
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int swapIndex = RandomRoll.RollRange(0, i, new RollContext(source));
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(shuffled[i], shuffled[swapIndex]) = (shuffled[swapIndex], shuffled[i]);
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}
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return shuffled;
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}
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}
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public sealed class ShieldEffect : ICardEffect
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{
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private readonly int _amount;
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public ShieldEffect(int amount)
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{
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_amount = amount;
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}
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public void Execute(CombatContext context)
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{
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int amount = UpgradeMath.ScaleShield(_amount, context.Card);
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context.Source.Shield += amount;
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context.CombatManager.ReportEffectResult($"gained {amount} shield");
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}
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}
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public sealed class ChanceDamageEffect : ICardEffect
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{
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private readonly int _damageAmount;
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private readonly int _successPercent;
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private readonly Language _language;
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public ChanceDamageEffect(int damageAmount, int successPercent, Language language)
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{
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_damageAmount = damageAmount;
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_successPercent = successPercent;
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_language = language;
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}
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public void Execute(CombatContext context)
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{
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for (int i = 0; i < context.Targets.Count; i++)
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{
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CombatantState target = context.Targets[i];
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if (target == null || target.IsDefeated)
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{
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continue;
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}
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int roll = RandomRoll.RollRange(1, 100, new RollContext(context.Source));
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int damageAmount = UpgradeMath.ScaleAmount(_damageAmount, context.Card);
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int amount = roll <= _successPercent ? damageAmount : 0;
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context.DamagePipeline.DealDamage(new DamageRequest(context.Source, target, amount, _language, false, false));
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context.CombatManager.ReportEffectResult(amount == 0 ? "typeof -> NaN (0)" : $"typeof -> {amount}");
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}
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}
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}
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public sealed class ApplyStatusEffect : ICardEffect
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{
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private readonly StatusType _statusType;
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private readonly int _stacks;
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private readonly int _duration;
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private readonly bool _targetSelf;
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private readonly bool _skipNextTick;
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public ApplyStatusEffect(StatusType statusType, int stacks, int duration, bool targetSelf, bool skipNextTick = false)
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{
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_statusType = statusType;
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_stacks = stacks;
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_duration = duration;
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_targetSelf = targetSelf;
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_skipNextTick = skipNextTick;
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}
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public void Execute(CombatContext context)
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{
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if (_targetSelf)
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{
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context.StatusEffects.Apply(context.Source, _statusType, UpgradeMath.ScaleAmount(_stacks, context.Card), _duration, context.Source, _skipNextTick);
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return;
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}
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for (int i = 0; i < context.Targets.Count; i++)
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{
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context.StatusEffects.Apply(context.Targets[i], _statusType, UpgradeMath.ScaleAmount(_stacks, context.Card), _duration, context.Source, _skipNextTick);
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}
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}
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}
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public sealed class CleanseEffect : ICardEffect
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{
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private readonly bool _harmfulOnly;
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public CleanseEffect(bool harmfulOnly)
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{
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_harmfulOnly = harmfulOnly;
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}
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public void Execute(CombatContext context)
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{
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if (_harmfulOnly)
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{
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context.StatusEffects.CleanseHarmful(context.Source);
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}
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}
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}
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public sealed class DrawEffect : ICardEffect
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{
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private readonly int _count;
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public DrawEffect(int count)
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{
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_count = count;
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}
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public void Execute(CombatContext context)
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{
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int room = context.HandController.RamCapacity - context.HandController.Cards.Count;
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if (room <= 0)
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{
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context.CombatManager.ReportEffectResult("hand full: drew 0");
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return;
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}
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// RAM is a hard hand cap. Draw effects only pull cards that can fit; blocked cards stay in the draw pile.
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int requested = UpgradeMath.ScaleAmount(_count, context.Card);
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int drawCount = UnityEngine.Mathf.Min(requested, room);
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IReadOnlyList<CardInstance> drawn = context.DeckController.Draw(drawCount);
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int added = 0;
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for (int i = 0; i < drawn.Count; i++)
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{
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if (context.HandController.Add(drawn[i]))
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{
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added++;
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}
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}
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string capped = drawCount < requested ? " (hand full)" : string.Empty;
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context.CombatManager.ReportEffectResult($"drew {added}{capped}");
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}
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}
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public sealed class UpgradeHandCardsEffect : ICardEffect
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{
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private readonly int _minCount;
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private readonly int _maxCount;
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public UpgradeHandCardsEffect(int minCount, int maxCount)
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{
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_minCount = minCount;
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_maxCount = maxCount;
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}
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public void Execute(CombatContext context)
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{
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int minCount = UpgradeMath.ScaleAmount(_minCount, context.Card);
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int maxCount = UpgradeMath.ScaleAmount(_maxCount, context.Card);
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int targetCount = minCount == maxCount
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? minCount
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: RandomRoll.RollRange(minCount, maxCount, new RollContext(context.Source));
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List<CardInstance> candidates = context.HandController.Cards
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.Where(card => card != null && card.CanUpgrade)
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.ToList();
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int upgraded = 0;
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while (upgraded < targetCount && candidates.Count > 0)
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{
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int index = RandomRoll.RollRange(0, candidates.Count - 1, new RollContext(context.Source));
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CardInstance card = candidates[index];
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candidates.RemoveAt(index);
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if (card.Upgrade())
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{
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upgraded++;
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}
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}
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context.CombatManager.ReportEffectResult(upgraded == 0 ? "no cards upgraded" : $"upgraded {upgraded} card(s)");
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}
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}
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public sealed class GenerateCardEffect : ICardEffect
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{
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private readonly Language _language;
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private readonly Rarity _rarity;
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public GenerateCardEffect(Language language, Rarity rarity)
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{
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_language = language;
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_rarity = rarity;
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}
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public void Execute(CombatContext context)
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{
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if (context.HandController.Cards.Count >= context.HandController.RamCapacity)
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{
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context.CombatManager.ReportEffectResult("hand full: generated 0");
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return;
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}
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if (!context.CombatManager.TryCreateGeneratedCard(_language, _rarity, out CardInstance generatedCard))
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{
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context.CombatManager.ReportEffectResult($"no {_rarity.ToString().ToLowerInvariant()} {_language} card pool");
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return;
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}
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if (context.HandController.Add(generatedCard))
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{
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context.CombatManager.ReportEffectResult($"generated {GetCardName(generatedCard)} at 0c");
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}
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else
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{
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context.CombatManager.ReportEffectResult("hand full: generated 0");
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}
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}
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private static string GetCardName(CardInstance card)
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{
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if (card?.Definition == null)
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{
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return "--";
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}
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return string.IsNullOrWhiteSpace(card.Definition.DisplayName) ? card.Definition.Id : card.Definition.DisplayName;
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}
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}
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public sealed class NoOpCardEffect : ICardEffect
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{
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private readonly string _todo;
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public NoOpCardEffect(string todo)
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{
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_todo = todo;
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}
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public void Execute(CombatContext context)
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{
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context.CombatManager.LogEffectTodo(context.Card, _todo);
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}
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}
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public static class CardEffectFactory
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{
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public static IReadOnlyList<ICardEffect> CreateEffects(CardDefinition definition)
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{
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List<ICardEffect> serializedEffects = CreateSerializedEffects(definition);
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if (serializedEffects.Count > 0)
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{
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return serializedEffects;
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}
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return definition?.Id switch
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{
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"lang_py_print" => One(new DealDamageEffect(3, 3, Language.Python)),
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"lang_py_import_antigravity" => One(new DrawEffect(2)),
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"lang_py_for_loop" => One(new DealDamageEffect(2, 2, Language.Python, allEnemies: true)),
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"lang_js_console_log" => One(new DealDamageEffect(3, 9, Language.JavaScript)),
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"lang_js_fetch" => One(new DealDamageEffect(5, 13, Language.JavaScript)),
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"ubuntu_ask_ubuntu" => One(new DrawEffect(2)),
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"ubuntu_unattended_upgrades" => new ICardEffect[]
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{
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new ShieldEffect(4),
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new ApplyStatusEffect(StatusType.UnattendedUpgrades, 4, 2, targetSelf: true, skipNextTick: true)
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},
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"mint_fix_broken" => new ICardEffect[]
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{
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new DealDamageEffect(8, 8, Language.JavaScript),
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new CleanseEffect(harmfulOnly: true)
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},
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"lang_js_typeof" => One(new ChanceDamageEffect(8, 75, Language.JavaScript)),
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"shop_py_list_append" => One(new DealDamageEffect(4, 4, Language.Python)),
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"shop_py_async_def" => One(new DrawEffect(2)),
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"shop_py_zip" => Todo("TODO: zip() needs queue-effect-multiply support."),
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"shop_js_math_random" => One(new DealDamageEffect(2, 20, Language.JavaScript)),
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"shop_js_promise_all" => new ICardEffect[]
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{
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new DealDamageEffect(4, 10, Language.JavaScript),
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new DealDamageEffect(4, 10, Language.JavaScript),
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new DealDamageEffect(4, 10, Language.JavaScript)
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},
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"shop_js_spread" => Todo("TODO: spread ... needs card-copy support."),
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"ubuntu_snap_install" => Todo("TODO: snap install needs token/junk insertion system."),
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"ubuntu_do_release_upgrade" => One(new UpgradeHandCardsEffect(1, 3)),
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"ubuntu_apt_install" => One(new GenerateCardEffect(Language.Python, Rarity.Common)),
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"ubuntu_pro_trial" => Todo("TODO: ubuntu pro trial needs unplayable token handling."),
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"mint_update_manager" => Todo("TODO: update manager needs delayed repeat system."),
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"mint_cinnamon" => Todo("TODO: cinnamon needs shield effect support."),
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"mint_nemo" => Todo("TODO: nemo needs conditional repeat based on shield."),
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"mint_timeshift" => Todo("TODO: timeshift snapshot needs delayed restore system."),
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"fedora_borrow_checker" => Todo("TODO: borrow checker needs shield and first-card tracking."),
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"fedora_cargo_build" => Todo("TODO: cargo build --release needs overkill-to-shield handling."),
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"fedora_dnf_update" => Todo("TODO: dnf update needs Java played count and cost mutation."),
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"fedora_rawhide" => Todo("TODO: rawhide needs next-card cost mutation and crash-risk hook."),
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"fedora_selinux" => Todo("TODO: SELinux enforcing needs enemy attack mitigation statuses."),
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_ => Todo("TODO: card effect is not implemented yet.")
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};
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}
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public static bool RequiresSingleTarget(CardDefinition definition)
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{
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return definition?.Id is "lang_js_console_log" or "lang_js_fetch" or "lang_js_typeof" or "mint_fix_broken"
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or "shop_py_list_append" or "shop_js_math_random" or "shop_js_promise_all";
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}
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public static bool TargetsAllEnemies(CardDefinition definition)
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{
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return definition?.Id is "lang_py_for_loop";
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}
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private static List<ICardEffect> CreateSerializedEffects(CardDefinition definition)
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{
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List<ICardEffect> effects = new();
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if (definition?.Effects == null)
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{
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return effects;
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}
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for (int i = 0; i < definition.Effects.Count; i++)
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{
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ICardEffect effect = definition.Effects[i] == null ? null : definition.Effects[i].CreateRuntimeEffect();
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if (effect != null)
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{
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effects.Add(effect);
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}
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}
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return effects;
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}
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private static IReadOnlyList<ICardEffect> One(ICardEffect effect)
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{
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return new[] { effect };
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}
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private static IReadOnlyList<ICardEffect> Todo(string message)
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{
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return One(new NoOpCardEffect(message));
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}
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public static string GetRulesText(CardInstance card)
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{
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if (card?.Definition == null)
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{
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return "--";
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}
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int level = card.UpgradeLevel;
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string marker = level > 0 ? " [upgraded]" : string.Empty;
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return card.Definition.Id switch
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{
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"lang_py_print" => $"queue: deal {UpgradeMath.ScaleAmount(3, card)}.{marker}",
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"lang_py_import_antigravity" => $"queue: draw {UpgradeMath.ScaleAmount(2, card)}.{marker}",
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"lang_py_for_loop" => $"queue: deal {UpgradeMath.ScaleAmount(2, card)} to all enemies.{marker}",
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"lang_js_console_log" => $"deal {UpgradeMath.ScaleAmount(3, card)}-{UpgradeMath.ScaleAmount(9, card)}.{marker}",
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"lang_js_fetch" => $"deal {UpgradeMath.ScaleAmount(5, card)}-{UpgradeMath.ScaleAmount(13, card)}.{marker}",
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"lang_js_typeof" => $"75%: deal {UpgradeMath.ScaleAmount(8, card)}. 25%: deal 0.{marker}",
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"shop_py_list_append" => $"queue: deal {UpgradeMath.ScaleAmount(4, card)}. TODO: grows when re-queued.{marker}",
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"shop_py_async_def" => $"queue: draw {UpgradeMath.ScaleAmount(2, card)}. TODO: gain 1 cycle next turn.{marker}",
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"shop_py_zip" => $"TODO: next 2 queued cards resolve twice.{marker}",
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"shop_js_math_random" => $"deal {UpgradeMath.ScaleAmount(2, card)}-{UpgradeMath.ScaleAmount(20, card)}.{marker}",
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"shop_js_promise_all" => $"deal {UpgradeMath.ScaleAmount(4, card)}-{UpgradeMath.ScaleAmount(10, card)} three times.{marker}",
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"shop_js_spread" => $"TODO: copy the lowest-cost card in hand.{marker}",
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"ubuntu_ask_ubuntu" => $"queue: draw {UpgradeMath.ScaleAmount(2, card)}.{marker}",
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"ubuntu_unattended_upgrades" => $"queue: gain {UpgradeMath.ScaleShield(4, card)} shield now and next 2 turns.{marker}",
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"ubuntu_do_release_upgrade" => $"upgrade {UpgradeMath.ScaleAmount(1, card)}-{UpgradeMath.ScaleAmount(3, card)} random hand cards.{marker}",
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"ubuntu_apt_install" => $"queue: generate a random common Python card at 0c.{marker}",
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"mint_fix_broken" => $"deal {UpgradeMath.ScaleAmount(8, card)}. cleanse harmful statuses.{marker}",
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_ => string.IsNullOrWhiteSpace(card.Definition.Description) ? "TODO: effect not implemented." : $"{card.Definition.Description}{marker}"
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};
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}
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}
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public static class UpgradeMath
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{
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public static int ScaleAmount(int baseAmount, CardInstance card)
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{
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return baseAmount + UnityEngine.Mathf.Max(0, card?.MagnitudeBonus ?? 0);
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}
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public static int ScaleShield(int baseAmount, CardInstance card)
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{
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return baseAmount + UnityEngine.Mathf.Max(0, card?.MagnitudeBonus ?? 0);
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}
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}
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}
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