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import { CombatResult, CombatSystemInterface } from "./combat/types";
import { PlayerState } from "./player";
import { TRIGRAM_TECHNIQUES } from "./trigram";
import { TrigramSystem } from "./TrigramSystem";
import { StatusEffect } from "./types";
import { KoreanTechnique, VitalPointHitResult } from "./vitalpoint/types";
import { VitalPointSystem } from "./VitalPointSystem";
export class CombatSystem implements CombatSystemInterface {
private vitalPointSystem: VitalPointSystem;
protected trigramSystem: TrigramSystem;
constructor() {
this.vitalPointSystem = new VitalPointSystem();
this.trigramSystem = new TrigramSystem();
}
/**
* Fix: Update resolveAttack to match interface signature
*/
resolveAttack(
attacker: PlayerState,
defender: PlayerState,
technique: KoreanTechnique,
targetedVitalPointId?: string
): CombatResult {
const timestamp = Date.now();
// Check if attacker can execute the technique
if (!this.canExecuteTechnique(attacker, technique)) {
return {
hit: false,
damage: 0,
criticalHit: false,
vitalPointHit: false,
effects: [],
timestamp,
technique,
attacker,
defender,
success: false,
isCritical: false,
isBlocked: false,
};
}
// Fix: Use correct method signature
const stanceEffectiveness = this.trigramSystem.calculateStanceEffectiveness(
attacker.currentStance,
defender.currentStance
);
// Calculate base hit chance
const baseAccuracy = technique.accuracy * stanceEffectiveness;
const hitRoll = Math.random();
const hit = hitRoll <= baseAccuracy;
if (!hit) {
return {
hit: false,
damage: 0,
criticalHit: false,
vitalPointHit: false,
effects: [],
timestamp,
technique,
attacker,
defender,
success: false,
isCritical: false,
isBlocked: false,
};
}
// Process vital point hit if targeted
let vitalPointResult: VitalPointHitResult | null = null;
if (targetedVitalPointId) {
vitalPointResult = this.processVitalPointHit(
targetedVitalPointId,
technique.damage || 15,
attacker
);
}
// Calculate damage using the interface method
const damageResult = this.calculateDamage(
technique,
attacker,
defender,
vitalPointResult || {
hit: false,
damage: 0,
effects: [],
severity: VitalPointSeverity.MINOR,
}
);
// Check for critical hit
const critRoll = Math.random();
const isCritical = critRoll <= (technique.critChance || 0.1);
return {
hit: true,
damage: damageResult.totalDamage,
criticalHit: isCritical,
vitalPointHit: vitalPointResult?.hit || false,
effects: damageResult.effectsApplied,
timestamp,
technique,
attacker,
defender,
success: true,
isCritical: vitalPointResult?.hit || false,
isBlocked: false,
};
}
/**
* Fix: Make applyCombatResult non-static instance method
*/
applyCombatResult(
result: CombatResult,
attacker: PlayerState,
defender: PlayerState
): { updatedAttacker: PlayerState; updatedDefender: PlayerState } {
return CombatSystem.applyCombatResult(result, attacker, defender);
}
/**
* Static version for backwards compatibility
*/
static applyCombatResult(
result: CombatResult,
attacker: PlayerState,
defender: PlayerState
): { updatedAttacker: PlayerState; updatedDefender: PlayerState } {
// Apply damage and effects
let updatedDefender = defender;
let updatedAttacker = attacker;
if (result.hit) {
updatedDefender = {
...defender,
health: Math.max(0, defender.health - result.damage),
totalDamageReceived: defender.totalDamageReceived + result.damage,
hitsTaken: defender.hitsTaken + 1,
};
}
// Apply technique costs to attacker
updatedAttacker = {
...attacker,
ki: Math.max(0, attacker.ki - 5),
stamina: Math.max(0, attacker.stamina - 10),
totalDamageDealt:
attacker.totalDamageDealt + (result.hit ? result.damage : 0),
hitsLanded: attacker.hitsLanded + (result.hit ? 1 : 0),
};
return { updatedAttacker, updatedDefender };
}
/**
* Fix: Add missing getAvailableTechniques method required by interface
*/
getAvailableTechniques(player: PlayerState): readonly KoreanTechnique[] {
const allTechniques = TRIGRAM_TECHNIQUES[player.currentStance] || [];
// Filter techniques based on available resources using canExecuteTechnique
return allTechniques.filter((technique) =>
this.canExecuteTechnique(player, technique as KoreanTechnique)
) as readonly KoreanTechnique[];
}
/**
* Check if attacker can execute technique
*/
private canExecuteTechnique(
player: PlayerState,
technique: KoreanTechnique
): boolean {
return (
player.ki >= technique.kiCost &&
player.stamina >= technique.staminaCost &&
player.currentStance === technique.stance &&
!player.isStunned
);
}
/**
* Static methods for backwards compatibility
*/
static resolveAttack(
attacker: PlayerState,
defender: PlayerState,
technique: KoreanTechnique
): CombatResult {
const instance = new CombatSystem();
return instance.executeAttack(attacker, defender, technique);
}
/**
* Check if a player is defeated
*/
isPlayerDefeated(player: PlayerState): boolean {
return player.health <= 0 || player.consciousness <= 0;
}
/**
* Update player state over time
*/
updatePlayerState(player: PlayerState, deltaTime: number): PlayerState {
let updatedPlayer = { ...player };
// Apply natural regeneration
const regenRate = deltaTime / 1000; // Convert to seconds
// Ki regeneration (slower during combat)
if (updatedPlayer.ki < updatedPlayer.maxKi) {
updatedPlayer.ki = Math.min(
updatedPlayer.maxKi,
updatedPlayer.ki + regenRate * 2
);
}
// Stamina regeneration
if (updatedPlayer.stamina < updatedPlayer.maxStamina) {
updatedPlayer.stamina = Math.min(
updatedPlayer.maxStamina,
updatedPlayer.stamina + regenRate * 3
);
}
// Health regeneration (very slow)
if (
updatedPlayer.health < updatedPlayer.maxHealth &&
updatedPlayer.health > 0
) {
updatedPlayer.health = Math.min(
updatedPlayer.maxHealth,
updatedPlayer.health + regenRate * 0.5
);
}
// Update status effects
const currentTime = Date.now();
updatedPlayer.statusEffects = updatedPlayer.statusEffects.filter(
(effect) => effect.endTime > currentTime
);
// Clear temporary combat states
if (
updatedPlayer.lastActionTime &&
currentTime - updatedPlayer.lastActionTime > updatedPlayer.recoveryTime
) {
updatedPlayer.isStunned = false;
updatedPlayer.isCountering = false;
}
return updatedPlayer;
}
/**
* Get combat statistics
*/
getCombatStatistics(player: PlayerState): {
healthPercent: number;
kiPercent: number;
staminaPercent: number;
balancePercent: number;
} {
return {
healthPercent: (player.health / player.maxHealth) * 100,
kiPercent: (player.ki / player.maxKi) * 100,
staminaPercent: (player.stamina / player.maxStamina) * 100,
balancePercent: player.balance,
};
}
/**
* Fix: Integrate processVitalPointHit into the combat system
*/
private processVitalPointHit(
vitalPointId: string,
baseDamage: number,
attacker: PlayerState
): VitalPointHitResult {
const vitalPoint = this.vitalPointSystem.getVitalPointById(vitalPointId);
if (!vitalPoint) {
return {
hit: false,
damage: 0,
effects: [],
severity: VitalPointSeverity.MINOR,
};
}
// Calculate damage based on vital point properties and attacker archetype
const archetypeModifier = this.getArchetypeVitalPointModifier(
attacker.archetype,
vitalPoint
);
const damage = Math.floor(baseDamage * archetypeModifier);
return {
hit: true,
vitalPointHit: vitalPoint, // Use the correct property name
damage,
effects: vitalPoint.effects.map((effect) => ({
id: `${effect.id}_${Date.now()}`,
type: effect.type as any,
intensity: effect.intensity as any,
duration: effect.duration,
description: effect.description,
stackable: effect.stackable,
source: vitalPointId,
startTime: Date.now(),
endTime: Date.now() + effect.duration,
})),
severity: vitalPoint.severity,
};
}
/**
* Helper method to get archetype-specific vital point damage modifier
*/
private getArchetypeVitalPointModifier(
archetype: any,
vitalPoint: any
): number {
// Simple archetype-based modifiers
const baseModifier = 1.0;
// Different archetypes have different specializations
switch (archetype) {
case "amsalja": // Shadow Assassin - better at nerve strikes
return vitalPoint.category === "neurological" ? 1.3 : baseModifier;
case "musa": // Traditional Warrior - better at bone strikes
return vitalPoint.category === "skeletal" ? 1.2 : baseModifier;
case "hacker": // Cyber Warrior - better at nerve disruption
return vitalPoint.category === "neurological" ? 1.1 : baseModifier;
default:
return baseModifier;
}
}
/**
* Execute attack with technique
*/
private executeAttack(
attacker: PlayerState,
defender: PlayerState,
technique: KoreanTechnique
): CombatResult {
const hitRoll = Math.random();
const accuracy = technique.accuracy || 0.8;
const hit = hitRoll <= accuracy;
if (!hit) {
return {
hit: false,
damage: 0,
criticalHit: false,
vitalPointHit: false,
effects: [],
timestamp: Date.now(),
technique,
attacker,
defender,
success: false,
isCritical: false,
isBlocked: false,
};
}
// Calculate damage using the interface method
const vitalPointHit: VitalPointHitResult = {
hit: false,
damage: 0,
effects: [],
severity: VitalPointSeverity.MINOR, // Use the enum directly
};
const damageResult = this.calculateDamage(
technique,
attacker,
defender,
vitalPointHit
);
return {
hit: true,
damage: damageResult.totalDamage,
criticalHit: Math.random() < (technique.critChance || 0.1),
vitalPointHit: false,
effects: damageResult.effectsApplied,
timestamp: Date.now(),
technique,
attacker,
defender,
success: true,
isCritical: false,
isBlocked: false,
};
}
/**
* Fix: Add missing calculateDamage method required by interface
*/
calculateDamage(
technique: KoreanTechnique,
attacker: PlayerState,
defender: PlayerState,
hitResult: VitalPointHitResult
): {
baseDamage: number;
modifierDamage: number;
totalDamage: number;
effectsApplied: readonly StatusEffect[];
finalDefenderState?: Partial<PlayerState>;
} {
// Calculate base damage from technique
const baseDamage = technique.damage || 15;
// Apply attacker modifiers
const attackerBonus = attacker.attackPower * 0.1;
// Apply vital point modifiers if hit
let vitalPointMultiplier = 1.0;
if (hitResult.hit && hitResult.vitalPointHit) {
// Use the correct property name
const severityMultipliers: Record<VitalPointSeverity, number> = {
[VitalPointSeverity.MINOR]: 1.1,
[VitalPointSeverity.MODERATE]: 1.3,
[VitalPointSeverity.MAJOR]: 1.6,
[VitalPointSeverity.CRITICAL]: 2.0,
[VitalPointSeverity.LETHAL]: 3.0,
};
// Use the severity property directly
vitalPointMultiplier = severityMultipliers[hitResult.severity] ?? 1.0;
}
// Calculate total modifier damage
const modifierDamage = attackerBonus * vitalPointMultiplier;
// Apply defense reduction
const defenseReduction = defender.defense * 0.05;
const totalDamage = Math.max(
1,
baseDamage + modifierDamage - defenseReduction
);
// Combine effects from technique and vital point hit
const effectsApplied = [...technique.effects, ...hitResult.effects];
return {
baseDamage,
modifierDamage,
totalDamage: Math.floor(totalDamage),
effectsApplied,
finalDefenderState: {
health: Math.max(0, defender.health - totalDamage),
},
};
}
}
/**
* Creates a standardized CombatResult with all required fields
* Ensures both 'critical' and 'criticalHit' are present for API compatibility
*/
export function createCombatResult(
partialResult: Partial<CombatResult>
): CombatResult {
// Set default values
const result: CombatResult = {
success: partialResult.success ?? false,
damage: partialResult.damage ?? 0,
isCritical: partialResult.isCritical ?? partialResult.criticalHit ?? false,
hit: partialResult.hit ?? partialResult.success ?? false,
isBlocked: partialResult.isBlocked ?? false,
vitalPointHit: partialResult.vitalPointHit ?? false,
effects: partialResult.effects ?? [],
attacker: partialResult.attacker,
defender: partialResult.defender,
technique: partialResult.technique,
// Always set criticalHit to match critical for consistency
criticalHit: partialResult.isCritical ?? partialResult.criticalHit ?? false,
timestamp: Date.now(),
};
return result;
}
export default CombatSystem;
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