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 { PLAYER_ARCHETYPES_DATA } from "../types";
import { TrigramCalculator } from "./TrigramCalculator";
import { TrigramTransitionCost } from "./types";
export interface StanceChangeResult {
readonly success: boolean;
readonly updatedPlayer: PlayerState;
readonly cost: TrigramTransitionCost;
readonly message?: string;
}
/**
* Manager for trigram stance changes and state
*/
export class StanceManager {
private readonly minTransitionInterval = 500;
private currentStance?: TrigramStance;
// Fix: Remove constructor parameter requirement
constructor() {
// No initialization needed
}
/**
* Return the last stance we set (undefined if none yet)
*/
public getCurrent(): TrigramStance | undefined {
return this.currentStance;
}
/**
* Attempt to change stance
*/
changeStance(
player: PlayerState,
newStance: TrigramStance
): StanceChangeResult {
const cost = this.getStanceTransitionCost(
player.currentStance,
newStance,
player
);
// Check if transition is possible
if (!this.canChangeStance(player, newStance)) {
return {
success: false,
updatedPlayer: player,
cost,
message:
"Cannot change stance - insufficient resources or cooldown active",
};
}
// Same stance - no cost
if (player.currentStance === newStance) {
this.currentStance = newStance;
return {
success: true,
updatedPlayer: {
...player,
lastStanceChangeTime: Date.now(),
},
cost: { ki: 0, stamina: 0, timeMilliseconds: 0 }, // Fix: Use timeMilliseconds
};
}
// Apply stance change
const updatedPlayer: PlayerState = {
...player,
currentStance: newStance,
ki: Math.max(0, player.ki - cost.ki),
stamina: Math.max(0, player.stamina - cost.stamina),
lastStanceChangeTime: Date.now(),
};
this.currentStance = newStance;
return {
success: true,
updatedPlayer,
cost,
};
}
/**
* Check if player can change to the specified stance
*/
canChangeStance(player: PlayerState, newStance: TrigramStance): boolean {
const cost = this.getStanceTransitionCost(
player.currentStance,
newStance,
player
);
// Check resources
if (player.ki < cost.ki || player.stamina < cost.stamina) {
return false;
}
// Check cooldown
const timeSinceLastChange = Date.now() - (player.lastStanceChangeTime || 0);
if (timeSinceLastChange < this.minTransitionInterval) {
return false;
}
// Check if player is stunned or incapacitated
if (player.isStunned || player.consciousness < 50) {
return false;
}
return true;
}
/**
* Calculate the cost of transitioning between stances
*/
getStanceTransitionCost(
fromStance: TrigramStance,
toStance: TrigramStance,
player: PlayerState
): TrigramTransitionCost {
if (fromStance === toStance) {
return { ki: 0, stamina: 0, timeMilliseconds: 0 };
}
const baseCost = { ki: 10, stamina: 15, timeMilliseconds: 500 };
const difficulty = TrigramCalculator.calculateTransitionDifficulty(
fromStance,
toStance
);
const difficultyMultiplier = 1 + difficulty;
// Apply archetype modifiers
const archetypeData = PLAYER_ARCHETYPES_DATA[player.archetype];
const favoredStances = archetypeData.favoredStances || [];
const archetypeModifier = favoredStances.includes(toStance) ? 0.8 : 1.0;
return {
ki: Math.floor(baseCost.ki * difficultyMultiplier * archetypeModifier),
stamina: Math.floor(
baseCost.stamina * difficultyMultiplier * archetypeModifier
),
timeMilliseconds: Math.floor(
baseCost.timeMilliseconds * difficultyMultiplier
),
};
}
/**
* Get optimal stance recommendation
*/
getOptimalStance(player: PlayerState, opponent?: PlayerState): TrigramStance {
if (opponent) {
// Get counter stance against opponent
return TrigramCalculator.getCounterStance(opponent.currentStance);
}
// Default to archetype preferred stance
const archetypeData = PLAYER_ARCHETYPES_DATA[player.archetype];
const favoredStances = archetypeData.favoredStances || [];
return favoredStances.length > 0 ? favoredStances[0] : TrigramStance.GEON; // Fix: Use enum value
}
/**
* Get all valid transitions from current stance
*/
getValidTransitions(player: PlayerState): TrigramStance[] {
return Object.values(TrigramStance).filter(
(
stance // Fix: Use enum values
) => this.canChangeStance(player, stance)
);
}
}
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