import type { Effect, EffectEnvironment } from '../../effects/types.js';
import type { PlayerOptions } from '../../player/playeroptions.js';
/**
 * Compute the effect list contributed by an enchant at a given level.
 *
 * The legacy enchant data has four contribution modes:
 *
 *  - `stats` - flat per-stat per-level numbers (most enchants).
 *  - `computedStats(opt)` - full stat record from the player options
 *    (Dedication, which scales with milestone counts).
 *  - `computed[stat](opt)` - per-stat function of player options
 *    (Green Thumb scaling with `uniqueVisitors`).
 *  - `cropComputed[stat](crop, opt)` - per-stat function of the active crop
 *    (Sunset's Moonflower-zero pattern: `crop === Moonflower ? 0 : level`).
 *
 * Any contribution to `Stat.Overbloom` is converted to an `add-rare-pct` effect
 * with a global overbloom scope and `relatedStats: [Stat.Overbloom]`, so the
 * resolver both adds the contribution to the virtual `Stat.Overbloom` AND
 * applies it as an additive percent to overbloom-tagged drops. All other stats
 * become `add-stat` effects on the named stat (per-crop fortune stats like
 * `CactusFortune` are already crop-gated by the consumer, so no scope is
 * attached).
 *
 * Crop Fever (`ultimate_crop_fever`) emits no effects here - its mechanic is
 * bespoke (Tiered RNG bonus during Harvest Feast) and stays in the legacy
 * pipeline until it is migrated.
 */
export declare function enchantEffects(enchantId: string, level: number, env: EffectEnvironment, options: PlayerOptions, optimisticCropComputed?: boolean): Effect[];