champions-of-luneraria/Assets/Luneraria/Core/Content/LuneContent.cs

using System;
using System.Collections.Generic;

namespace Luneraria.Core
{
    /// <summary>
    /// Heroes, talents, items, attack champions and the boss (reference: lune_content.gd).
    /// Hero and champion roles are provisional assignments of existing models.
    /// </summary>
    public static class LuneContent
    {
        public const double HpPerLevel = 0.09;
        public const double DamagePerLevel = 0.07;
        public const int XpParticipation = 40;
        public const int XpPerRound = 6;
        public const double XpRadius = 12.0;
        public const int ItemSlots = 3;
        public const double ItemRefund = 0.5;
        public const double ChampionHp = 2.2;
        public const double ChampionDamage = 1.6;
        public const int ChampionBounty = 70;
        public const int ChampionBountyPerRound = 6;
        public const int MaxBookings = 2;
        public const string BossModel = "e10";
        public const double BossGrottoHp = 3600.0;
        public const double BossGrottoDamage = 55.0;
        public const double BossDeployHp = 6800.0;
        public const double BossDeployDamage = 88.0;
        public const int BossBounty = 520;
        public const int BossBountyPerRound = 60;
        /// <summary>Victory in round n: deployment in n+1, locked in n+1..n+3, open again from n+4.</summary>
        public const int BossLockRounds = 3;
        public const int BossXp = 220;
        public const int BuildingXp = 60;

        public static OrderedMap<string, HeroSpec> Heroes { get { return ContentData.Heroes; } }
        public static OrderedMap<string, ItemSpec> Items { get { return ContentData.Items; } }
        public static OrderedMap<string, ChampionSpec> Champions { get { return ContentData.Champions; } }
        public static int[] LevelXp { get { return ContentData.LevelXp; } }
        public static int[] TalentLevels { get { return ContentData.TalentLevels; } }

        public static TalentOption[][] TalentsOf(string heroId)
        {
            return ContentData.Talents[heroId];
        }

        /// <summary>H1: delay before an ultimate may fire in a combat phase.</summary>
        public const double UltimateDelay = 2.0;

        /// <summary>H1: trigger rules of the hero's ultimate (first = default); empty without an ultimate.</summary>
        public static TalentOption[] UltimateRulesOf(string heroId)
        {
            TalentOption[] rules;
            return ContentData.UltimateRules.TryGetValue(heroId ?? "", out rules) ? rules : new TalentOption[0];
        }

        public static bool HasUltimate(string heroId) { return UltimateRulesOf(heroId).Length > 0; }

        /// <summary>The rule a hero's ultimate follows: the chosen one if valid, else the default, "" without ultimate.</summary>
        public static string UltimateRuleFor(HeroState hero)
        {
            TalentOption[] rules = UltimateRulesOf(hero.HeroId);
            if (rules.Length == 0)
                return "";
            foreach (TalentOption rule in rules)
            {
                if (rule.Id == hero.Ultimate)
                    return rule.Id;
            }
            return rules[0].Id;
        }

        public static int LevelFor(int xp)
        {
            int level = 1;
            for (int i = 0; i < ContentData.LevelXp.Length; i++)
            {
                if (xp >= ContentData.LevelXp[i])
                    level = i + 1;
            }
            return level;
        }

        /// <summary>Combat definition of a hero with its level, items and talents.</summary>
        public static UnitDef HeroDefinition(HeroState hero)
        {
            HeroSpec spec = ContentData.Heroes[hero.HeroId];
            UnitDef definition = spec.Base.Clone();
            int level = LevelFor(hero.Xp);
            definition.Id = spec.Model;
            definition.HeroId = hero.HeroId;
            definition.DisplayName = spec.Name;
            definition.MaxHp = definition.MaxHp * (1.0 + HpPerLevel * (double)(level - 1));
            definition.Damage = definition.Damage * (1.0 + DamagePerLevel * (double)(level - 1));
            definition.Level = level;
            definition.ViewScale = 1.25;
            double damageBonus = 0.0;
            double reduction = 0.0;
            double attackSpeed = 0.0;
            foreach (string itemId in hero.Items)
            {
                ItemSpec item = ContentData.Items[itemId];
                definition.MaxHp = definition.MaxHp + item.HpFlat;
                damageBonus += item.Damage;
                reduction += item.Reduction;
                attackSpeed += item.AttackSpeed;
                definition.Regen = definition.Regen + item.Regen;
                definition.ItemSplash = definition.ItemSplash + item.Splash;
            }
            if (hero.Talents.Contains("borkenhaut"))
                reduction += 0.15;
            if (hero.Talents.Contains("fernsicht"))
                definition.AttackRange = definition.AttackRange + 1.5;
            if (hero.Talents.Contains("glutsalve") || hero.Talents.Contains("neumond"))
                attackSpeed += 0.20;
            definition.UltimateRule = UltimateRuleFor(hero);
            definition.Talents = new List<string>(hero.Talents);
            definition.DamageBonus = damageBonus;
            definition.ReductionBonus = reduction;
            definition.AttackSpeedBonus = GdMath.Min(0.5, attackSpeed);
            return definition;
        }

        /// <summary>Attack champion of a round: a send type scaled like the waves of that round.</summary>
        public static UnitDef ChampionDefinition(string championId, int roundNumber, LuneBalance balance)
        {
            ChampionSpec spec = ContentData.Champions[championId];
            UnitDef definition = DataCatalog.GetSend(spec.Base);
            definition.Id = spec.Model;
            definition.ChampionId = championId;
            definition.DisplayName = spec.Name;
            definition.MaxHp = definition.MaxHp * ChampionHp * LuneWaves.Strength(balance, roundNumber, balance.WaveHpGrowth);
            definition.Damage = definition.Damage * ChampionDamage * LuneWaves.Strength(balance, roundNumber, balance.WaveDamageGrowth);
            definition.Bounty = ChampionBounty + ChampionBountyPerRound * roundNumber;
            definition.Priority = spec.Priority;
            definition.SiegeFactor = spec.SiegeFactor;
            definition.ViewScale = spec.ViewScale;
            if (championId == "ch_schutz")
                definition.Ability = "ch_schutz";
            return definition;
        }

        /// <summary>The Schlundkrone: resting in the grotto, or deployed on a lane (with bounty).</summary>
        public static UnitDef BossDefinition(int roundNumber, LuneBalance balance, bool deployed)
        {
            UnitDef definition = DataCatalog.GetEnemy(BossModel);
            definition.DisplayName = "Schlundkrone";
            definition.MaxHp = (deployed ? BossDeployHp : BossGrottoHp) * LuneWaves.Strength(balance, roundNumber, balance.WaveHpGrowth);
            definition.Damage = (deployed ? BossDeployDamage : BossGrottoDamage) * LuneWaves.Strength(balance, roundNumber, balance.WaveDamageGrowth);
            definition.Bounty = deployed ? BossBounty + BossBountyPerRound * roundNumber : 0;
            definition.IsBoss = true;
            definition.ViewScale = 1.7;
            definition.Speed = 1.6;
            return definition;
        }

        public static int BossBountyFor(int roundNumber)
        {
            return BossBounty + BossBountyPerRound * roundNumber;
        }
    }

    /// <summary>
    /// Endless monster waves (reference: lune_waves.gd). Both teams get the identical composition
    /// per lane. The count is capped; strength grows through stats and later monster types.
    /// </summary>
    public static class LuneWaves
    {
        public static double Strength(LuneBalance balance, int roundNumber, double growth)
        {
            double r = (double)(GdMath.Max(1, roundNumber) - 1);
            return 1.0 + growth * r + balance.WaveGrowthQuadratic * r * r;
        }

        public static int MonsterCount(LuneBalance balance, int roundNumber)
        {
            int extra = (GdMath.Max(1, roundNumber) - 1) / GdMath.Max(1, balance.WaveCountEvery);
            return GdMath.Min(balance.WaveMaxCount, balance.WaveBaseCount + extra);
        }

        public static List<string> UnlockedTypes(LuneBalance balance, int roundNumber)
        {
            string[] pool = balance.MonsterPool;
            int available = GdMath.Clamp(1 + (GdMath.Max(1, roundNumber) - 1) / 2, 1, pool.Length);
            var result = new List<string>();
            for (int i = 0; i < available; i++)
                result.Add(pool[i]);
            return result;
        }

        /// <summary>Monster definitions for one lane of one team, melee first so they lead.</summary>
        public static List<UnitDef> Build(LuneBalance balance, int roundNumber)
        {
            List<string> types = UnlockedTypes(balance, roundNumber);
            double hpFactor = Strength(balance, roundNumber, balance.WaveHpGrowth);
            double damageFactor = Strength(balance, roundNumber, balance.WaveDamageGrowth);
            double bountyFactor = balance.MonsterBountyScale * (1.0 + balance.BountyGrowth * (double)(GdMath.Max(1, roundNumber) - 1));
            var melee = new List<UnitDef>();
            var ranged = new List<UnitDef>();
            int count = MonsterCount(balance, roundNumber);
            for (int index = 0; index < count; index++)
            {
                string typeId = types[(index + roundNumber) % types.Count];
                UnitDef source = ContentData.Enemies[typeId];
                UnitDef monster = source.Clone();
                monster.MaxHp = source.MaxHp * hpFactor;
                monster.Damage = source.Damage * damageFactor;
                monster.HpFactor = hpFactor;
                double bounty = GdMath.Clamp(GdMath.Round((double)source.Bounty * bountyFactor), 1.0, 1.0e12);
                // The reference stores a 64-bit int; bounties stay far below int range in any real match.
                monster.Bounty = bounty >= int.MaxValue ? int.MaxValue : (int)bounty;
                if (Array.IndexOf(ContentData.WavesMelee, typeId) >= 0)
                    melee.Add(monster);
                else
                    ranged.Add(monster);
            }
            melee.AddRange(ranged);
            return melee;
        }
    }
}