Press n or j to go to the next uncovered block, b, p or k for the previous block.
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import { PlayerState } from "./player";
import { TRIGRAM_STANCES_ORDER, TrigramTransitionCost } from "./trigram";
import { TrigramCalculator } from "./trigram/TrigramCalculator";
import { PLAYER_ARCHETYPES_DATA } from "./types";
export class TrigramSystem {
private calculator: TrigramCalculator;
constructor() {
this.calculator = new TrigramCalculator();
}
/**
* Check if player can transition to a new stance
*/
canTransitionTo(
fromStance: TrigramStance,
toStance: TrigramStance,
player: PlayerState
): boolean {
Iif (fromStance === toStance) return true;
const cost = this.getTransitionCost(fromStance, toStance, player);
// Check if player has sufficient resources
const hasEnoughKi = player.ki >= cost.ki;
const hasEnoughStamina = player.stamina >= cost.stamina;
return hasEnoughKi && hasEnoughStamina;
}
/**
* Recommend optimal stance against opponent
*/
recommendStance(player: PlayerState): TrigramStance {
const from = player.currentStance;
let best = from;
let bestScore = Infinity;
for (const to of TRIGRAM_STANCES_ORDER) {
const costObj: TrigramTransitionCost = this.getTransitionCost(from, to);
const score = costObj.ki + costObj.stamina + costObj.timeMilliseconds;
if (score < bestScore) {
bestScore = score;
best = to;
}
}
return best;
}
/**
* Get transition cost between stances
*/
public getTransitionCost(
from: TrigramStance,
to: TrigramStance,
player?: PlayerState
): TrigramTransitionCost {
if (from === to) {
return {
ki: 0,
stamina: 0,
timeMilliseconds: 0, // neutral
};
}
const difficulty = TrigramCalculator.calculateTransitionDifficulty(
from,
to
);
const baseCost = 10;
const baseTime = 500;
let ki = Math.ceil(baseCost * difficulty);
let stamina = Math.ceil(baseCost * difficulty * 1.5);
// apply archetype stance‐change cost modifier if player provided
if (player) {
const archData = PLAYER_ARCHETYPES_DATA[player.archetype];
const favs = archData.favoredStances || [];
const mod = favs.includes(to) ? 0.8 : 1.0;
ki = Math.ceil(ki * mod);
stamina = Math.ceil(stamina * mod);
}
return {
ki,
stamina,
timeMilliseconds: Math.ceil(baseTime * difficulty),
};
}
/**
* Calculate stance effectiveness
*/
calculateStanceEffectiveness(
attackerStance: TrigramStance,
defenderStance: TrigramStance
): number {
return this.calculator.calculateStanceEffectiveness(
attackerStance,
defenderStance
);
}
/**
* Get stance name in Korean and English
*/
getStanceName(stance: TrigramStance): { korean: string; english: string } {
const stanceNames = {
[TrigramStance.GEON]: { korean: "건", english: "Heaven" },
[TrigramStance.TAE]: { korean: "태", english: "Lake" },
[TrigramStance.LI]: { korean: "리", english: "Fire" },
[TrigramStance.JIN]: { korean: "진", english: "Thunder" },
[TrigramStance.SON]: { korean: "손", english: "Wind" },
[TrigramStance.GAM]: { korean: "감", english: "Water" },
[TrigramStance.GAN]: { korean: "간", english: "Mountain" },
[TrigramStance.GON]: { korean: "곤", english: "Earth" },
};
return stanceNames[stance] || { korean: "Unknown", english: "Unknown" };
}
/**
* Get current stance data
*/
getCurrentStanceData(stance: TrigramStance): any {
const stanceName = this.getStanceName(stance);
return {
id: stance,
name: stanceName,
korean: stanceName.korean,
english: stanceName.english,
};
}
/**
* Validate transition with detailed feedback
*/
validateTransition(
fromStance: TrigramStance,
toStance: TrigramStance,
player: PlayerState
): { valid: boolean; reason?: string } {
Iif (fromStance === toStance) {
return { valid: true };
}
const cost = this.getTransitionCost(fromStance, toStance, player);
if (player.ki < cost.ki) {
return {
valid: false,
reason: `Insufficient Ki: need ${cost.ki}, have ${player.ki}`,
};
}
Iif (player.stamina < cost.stamina) {
return {
valid: false,
reason: `Insufficient Stamina: need ${cost.stamina}, have ${player.stamina}`,
};
}
return { valid: true };
}
}
export default TrigramSystem;
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