/**
 * This code was AUTOGENERATED using the Codama library.
 * Please DO NOT EDIT THIS FILE, instead use visitors
 * to add features, then rerun Codama to update it.
 *
 * @see https://github.com/codama-idl/codama
 */

import {
  combineCodec,
  getStructDecoder,
  getStructEncoder,
  getU16Decoder,
  getU16Encoder,
  getU32Decoder,
  getU32Encoder,
  type Codec,
  type Decoder,
  type Encoder,
} from '@solana/kit';
import {
  getU26F6Decoder,
  getU26F6Encoder,
  type U26F6,
  type U26F6Args,
} from '../../fixed/codecs';

/** A ship's combat stats */
export type CombatStats = {
  /** ability power */
  ap: number;
  /** Health points */
  hp: number;
  /** Shield points */
  sp: number;
  /** the amount of ammo used for each unit of AP used in an attack */
  ammoConsumptionRate: U26F6;
  /** the amount of AP regenerated per second */
  apRegenRate: U26F6;
  /** the amount of SP regenerated per second */
  shieldRechargeRate: U26F6;
  /**
   * The rate at which this fleet can be repaired
   * TODO: Units should be HP/s
   */
  repairRate: U26F6;
  /**
   * The maximum number of toolkits that can be applied by this fleet when performing a Repair action
   * TODO: Units should be Toolkits
   */
  repairAbility: U26F6;
  /**
   * Unitless value representing how efficient the fleet is at applying repairs
   * TODO: Units should be Unitless
   */
  repairEfficiency: U26F6;
  /**
   * The cost in toolkits to apply repairs to this fleet
   * TODO: Units should be HP/Toolkit
   */
  repairCost: U26F6;
  /**
   * Unitless salvage multiplier, not a per-second amount. get_loot_rate divides this fleet
   * aggregate by combat size; apply_loot_rate caps that rate at the game's max_loot_rate and
   * multiplies it into a base roll. Only the rate is capped, never the product. The base roll
   * is a zero-floored six-uniform normal approximation (mean 0.5, sigma about 0.15) spanning 0
   * to about 1.1363, which exceeds 1.0 roughly once in 10,000 rolls, so once the capped rate
   * reaches about 0.88 the product can exceed 1.0 as well. Nothing bounds that fraction; the
   * amount actually taken is limited only by the requested amount, the pile itself, and
   * remaining pod capacity. While max_loot_rate is at or above FULL_LOOT_SENTINEL, and for
   * owner-locked reward loot at any rate, this stat is still computed and passed but does not
   * affect the claimed quantity. Authored per ship as 0..3 in the c4-schema ship.rs.
   */
  lootRate: U26F6;
  /** the time it takes the ship's SP to start regenerating after getting to 0 */
  shieldBreakDelay: number;
  /** the amount of time taken before the ship can start warping */
  warpSpoolTime: number;
  /** Kinetic damage dealt by this ship. */
  damageKinetic: number;
  /** Kinetic damage randomization range, expressed as a multiplier. */
  damageKineticVariance: number;
  /** Energy damage dealt by this ship. */
  damageEnergy: number;
  /** Energy damage randomization range, expressed as a multiplier. */
  damageEnergyVariance: number;
  /** EMP damage dealt by this ship. */
  damageEmp: number;
  /** EMP damage randomization range, expressed as a multiplier. */
  damageEmpVariance: number;
  /** Superchill damage dealt by this ship. */
  damageSuperchill: number;
  /** Superchill damage randomization range, expressed as a multiplier. */
  damageSuperchillVariance: number;
  /** Shockwave damage dealt by this ship. */
  damageShockwave: number;
  /** Shockwave damage randomization range, expressed as a multiplier. */
  damageShockwaveVariance: number;
  /** Gray goo damage dealt by this ship. */
  damageGraygoo: number;
  /** Gray goo damage randomization range, expressed as a multiplier. */
  damageGraygooVariance: number;
  /** Heat damage dealt by this ship. */
  damageHeat: number;
  /** Heat damage randomization range, expressed as a multiplier. */
  damageHeatVariance: number;
  /** Bomb damage dealt by this ship. */
  damageBomb: number;
  /** Bomb damage randomization range, expressed as a multiplier. */
  damageBombVariance: number;
  /** Decoy countermeasure strength. */
  counterDecoy: number;
  /** Energy capacitor countermeasure strength. */
  counterEnergyCapacitor: number;
  /** Fire suppressor countermeasure strength. */
  counterFireSuppressor: number;
  /** Flare countermeasure strength. */
  counterFlare: number;
  /** Healing nanobots countermeasure strength. */
  counterHealingNanobots: number;
  /** Mine countermeasure strength. */
  counterMine: number;
  /** Negative REM plating countermeasure strength. */
  counterNegativeRemPlating: number;
  /** Warming plates countermeasure strength. */
  counterWarmingPlates: number;
  /** Faraday shielding countermeasure strength. */
  counterFaradayShielding: number;
  /** Stealth strength used by combat hit/dodge calculations. */
  stealthPower: number;
  /** Hit chance modifier used by combat hit calculations. */
  hitChance: number;
  /** Aim ability used to offset size mismatch penalties. */
  aimAbility: number;
  /** Critical hit chance. */
  critChance: number;
  /** Critical hit damage multiplier. */
  critMultiplier: number;
  /** Combat fuel consumption modifier reserved for Combat v2 balancing. */
  fuelConsumptionRate: number;
  /** Missile damage reserved for Combat v2 balancing. */
  missileDamage: number;
  /** Missile fire rate reserved for Combat v2 balancing. */
  missileFireRate: number;
};

export type CombatStatsArgs = {
  /** ability power */
  ap: number;
  /** Health points */
  hp: number;
  /** Shield points */
  sp: number;
  /** the amount of ammo used for each unit of AP used in an attack */
  ammoConsumptionRate: U26F6Args;
  /** the amount of AP regenerated per second */
  apRegenRate: U26F6Args;
  /** the amount of SP regenerated per second */
  shieldRechargeRate: U26F6Args;
  /**
   * The rate at which this fleet can be repaired
   * TODO: Units should be HP/s
   */
  repairRate: U26F6Args;
  /**
   * The maximum number of toolkits that can be applied by this fleet when performing a Repair action
   * TODO: Units should be Toolkits
   */
  repairAbility: U26F6Args;
  /**
   * Unitless value representing how efficient the fleet is at applying repairs
   * TODO: Units should be Unitless
   */
  repairEfficiency: U26F6Args;
  /**
   * The cost in toolkits to apply repairs to this fleet
   * TODO: Units should be HP/Toolkit
   */
  repairCost: U26F6Args;
  /**
   * Unitless salvage multiplier, not a per-second amount. get_loot_rate divides this fleet
   * aggregate by combat size; apply_loot_rate caps that rate at the game's max_loot_rate and
   * multiplies it into a base roll. Only the rate is capped, never the product. The base roll
   * is a zero-floored six-uniform normal approximation (mean 0.5, sigma about 0.15) spanning 0
   * to about 1.1363, which exceeds 1.0 roughly once in 10,000 rolls, so once the capped rate
   * reaches about 0.88 the product can exceed 1.0 as well. Nothing bounds that fraction; the
   * amount actually taken is limited only by the requested amount, the pile itself, and
   * remaining pod capacity. While max_loot_rate is at or above FULL_LOOT_SENTINEL, and for
   * owner-locked reward loot at any rate, this stat is still computed and passed but does not
   * affect the claimed quantity. Authored per ship as 0..3 in the c4-schema ship.rs.
   */
  lootRate: U26F6Args;
  /** the time it takes the ship's SP to start regenerating after getting to 0 */
  shieldBreakDelay: number;
  /** the amount of time taken before the ship can start warping */
  warpSpoolTime: number;
  /** Kinetic damage dealt by this ship. */
  damageKinetic: number;
  /** Kinetic damage randomization range, expressed as a multiplier. */
  damageKineticVariance: number;
  /** Energy damage dealt by this ship. */
  damageEnergy: number;
  /** Energy damage randomization range, expressed as a multiplier. */
  damageEnergyVariance: number;
  /** EMP damage dealt by this ship. */
  damageEmp: number;
  /** EMP damage randomization range, expressed as a multiplier. */
  damageEmpVariance: number;
  /** Superchill damage dealt by this ship. */
  damageSuperchill: number;
  /** Superchill damage randomization range, expressed as a multiplier. */
  damageSuperchillVariance: number;
  /** Shockwave damage dealt by this ship. */
  damageShockwave: number;
  /** Shockwave damage randomization range, expressed as a multiplier. */
  damageShockwaveVariance: number;
  /** Gray goo damage dealt by this ship. */
  damageGraygoo: number;
  /** Gray goo damage randomization range, expressed as a multiplier. */
  damageGraygooVariance: number;
  /** Heat damage dealt by this ship. */
  damageHeat: number;
  /** Heat damage randomization range, expressed as a multiplier. */
  damageHeatVariance: number;
  /** Bomb damage dealt by this ship. */
  damageBomb: number;
  /** Bomb damage randomization range, expressed as a multiplier. */
  damageBombVariance: number;
  /** Decoy countermeasure strength. */
  counterDecoy: number;
  /** Energy capacitor countermeasure strength. */
  counterEnergyCapacitor: number;
  /** Fire suppressor countermeasure strength. */
  counterFireSuppressor: number;
  /** Flare countermeasure strength. */
  counterFlare: number;
  /** Healing nanobots countermeasure strength. */
  counterHealingNanobots: number;
  /** Mine countermeasure strength. */
  counterMine: number;
  /** Negative REM plating countermeasure strength. */
  counterNegativeRemPlating: number;
  /** Warming plates countermeasure strength. */
  counterWarmingPlates: number;
  /** Faraday shielding countermeasure strength. */
  counterFaradayShielding: number;
  /** Stealth strength used by combat hit/dodge calculations. */
  stealthPower: number;
  /** Hit chance modifier used by combat hit calculations. */
  hitChance: number;
  /** Aim ability used to offset size mismatch penalties. */
  aimAbility: number;
  /** Critical hit chance. */
  critChance: number;
  /** Critical hit damage multiplier. */
  critMultiplier: number;
  /** Combat fuel consumption modifier reserved for Combat v2 balancing. */
  fuelConsumptionRate: number;
  /** Missile damage reserved for Combat v2 balancing. */
  missileDamage: number;
  /** Missile fire rate reserved for Combat v2 balancing. */
  missileFireRate: number;
};

export function getCombatStatsEncoder(): Encoder<CombatStatsArgs> {
  return getStructEncoder([
    ['ap', getU32Encoder()],
    ['hp', getU32Encoder()],
    ['sp', getU32Encoder()],
    ['ammoConsumptionRate', getU26F6Encoder()],
    ['apRegenRate', getU26F6Encoder()],
    ['shieldRechargeRate', getU26F6Encoder()],
    ['repairRate', getU26F6Encoder()],
    ['repairAbility', getU26F6Encoder()],
    ['repairEfficiency', getU26F6Encoder()],
    ['repairCost', getU26F6Encoder()],
    ['lootRate', getU26F6Encoder()],
    ['shieldBreakDelay', getU16Encoder()],
    ['warpSpoolTime', getU16Encoder()],
    ['damageKinetic', getU32Encoder()],
    ['damageKineticVariance', getU32Encoder()],
    ['damageEnergy', getU32Encoder()],
    ['damageEnergyVariance', getU32Encoder()],
    ['damageEmp', getU32Encoder()],
    ['damageEmpVariance', getU32Encoder()],
    ['damageSuperchill', getU32Encoder()],
    ['damageSuperchillVariance', getU32Encoder()],
    ['damageShockwave', getU32Encoder()],
    ['damageShockwaveVariance', getU32Encoder()],
    ['damageGraygoo', getU32Encoder()],
    ['damageGraygooVariance', getU32Encoder()],
    ['damageHeat', getU32Encoder()],
    ['damageHeatVariance', getU32Encoder()],
    ['damageBomb', getU32Encoder()],
    ['damageBombVariance', getU32Encoder()],
    ['counterDecoy', getU32Encoder()],
    ['counterEnergyCapacitor', getU32Encoder()],
    ['counterFireSuppressor', getU32Encoder()],
    ['counterFlare', getU32Encoder()],
    ['counterHealingNanobots', getU32Encoder()],
    ['counterMine', getU32Encoder()],
    ['counterNegativeRemPlating', getU32Encoder()],
    ['counterWarmingPlates', getU32Encoder()],
    ['counterFaradayShielding', getU32Encoder()],
    ['stealthPower', getU32Encoder()],
    ['hitChance', getU32Encoder()],
    ['aimAbility', getU32Encoder()],
    ['critChance', getU32Encoder()],
    ['critMultiplier', getU32Encoder()],
    ['fuelConsumptionRate', getU32Encoder()],
    ['missileDamage', getU32Encoder()],
    ['missileFireRate', getU32Encoder()],
  ]);
}

export function getCombatStatsDecoder(): Decoder<CombatStats> {
  return getStructDecoder([
    ['ap', getU32Decoder()],
    ['hp', getU32Decoder()],
    ['sp', getU32Decoder()],
    ['ammoConsumptionRate', getU26F6Decoder()],
    ['apRegenRate', getU26F6Decoder()],
    ['shieldRechargeRate', getU26F6Decoder()],
    ['repairRate', getU26F6Decoder()],
    ['repairAbility', getU26F6Decoder()],
    ['repairEfficiency', getU26F6Decoder()],
    ['repairCost', getU26F6Decoder()],
    ['lootRate', getU26F6Decoder()],
    ['shieldBreakDelay', getU16Decoder()],
    ['warpSpoolTime', getU16Decoder()],
    ['damageKinetic', getU32Decoder()],
    ['damageKineticVariance', getU32Decoder()],
    ['damageEnergy', getU32Decoder()],
    ['damageEnergyVariance', getU32Decoder()],
    ['damageEmp', getU32Decoder()],
    ['damageEmpVariance', getU32Decoder()],
    ['damageSuperchill', getU32Decoder()],
    ['damageSuperchillVariance', getU32Decoder()],
    ['damageShockwave', getU32Decoder()],
    ['damageShockwaveVariance', getU32Decoder()],
    ['damageGraygoo', getU32Decoder()],
    ['damageGraygooVariance', getU32Decoder()],
    ['damageHeat', getU32Decoder()],
    ['damageHeatVariance', getU32Decoder()],
    ['damageBomb', getU32Decoder()],
    ['damageBombVariance', getU32Decoder()],
    ['counterDecoy', getU32Decoder()],
    ['counterEnergyCapacitor', getU32Decoder()],
    ['counterFireSuppressor', getU32Decoder()],
    ['counterFlare', getU32Decoder()],
    ['counterHealingNanobots', getU32Decoder()],
    ['counterMine', getU32Decoder()],
    ['counterNegativeRemPlating', getU32Decoder()],
    ['counterWarmingPlates', getU32Decoder()],
    ['counterFaradayShielding', getU32Decoder()],
    ['stealthPower', getU32Decoder()],
    ['hitChance', getU32Decoder()],
    ['aimAbility', getU32Decoder()],
    ['critChance', getU32Decoder()],
    ['critMultiplier', getU32Decoder()],
    ['fuelConsumptionRate', getU32Decoder()],
    ['missileDamage', getU32Decoder()],
    ['missileFireRate', getU32Decoder()],
  ]);
}

export function getCombatStatsCodec(): Codec<CombatStatsArgs, CombatStats> {
  return combineCodec(getCombatStatsEncoder(), getCombatStatsDecoder());
}