@nxg-org/mineflayer-physics-util/dist/util/physicsUtils.d.ts

Provides functionality for more accurate entity and projectile tracking.

import { Entity } from "prismarine-entity";
import { EPhysicsCtx } from "../physics/settings";
import { AABB } from "@nxg-org/mineflayer-util-plugin";
import md from "minecraft-data";
import { Vec3 } from "vec3";
export declare function makeSupportFeature(mcData: md.IndexedData): (feature: string) => boolean;
type SupportFeature = ReturnType<typeof makeSupportFeature>;
export declare const DefaultPlayer: md.Entity;
export declare function applyMdToNewEntity(ctx: typeof EPhysicsCtx, entityType?: md.Entity, options?: Partial<Entity>): Entity;
export declare enum CheapEffects {
    JUMP_BOOST = 0,
    SPEED = 1,
    SLOWNESS = 2,
    DOLPHINS_GRACE = 3,
    SLOW_FALLING = 4,
    LEVITATION = 5,
    BLINDNESS = 6
}
export declare enum CheapEnchantments {
    DEPTH_STRIDER = 0,
    SWIFT_SNEAK = 1,
    SOUL_SPEED = 2
}
export declare function isEntityUsingItem(entity: Entity, supportFeature: SupportFeature): boolean;
export declare function whichHandIsEntityUsing(entity: Entity, supportFeature: SupportFeature): "hand" | "off-hand";
export declare function whichHandIsEntityUsingBoolean(entity: Entity, supportFeature: SupportFeature): boolean;
export declare function getStatusEffectNamesForVersion(supportFeature: SupportFeature): {
    jumpBoostEffectName: string;
    speedEffectName: string;
    slownessEffectName: string;
    dolphinsGraceEffectName: string;
    slowFallingEffectName: string;
    levitationEffectName: string;
    blindnessEffectName: string;
};
export declare function getEnchantmentNamesForVersion(supportFeature: ReturnType<typeof makeSupportFeature>): {
    depthStriderEnchantmentName: string;
    swiftSneakEnchantmentName: string;
    soulSpeedEnchantmentName: string;
};
export declare function getBetweenRectangle(src: AABB, dest: AABB): AABB;
export declare function getLookingVector(entity: {
    yaw: number;
    pitch: number;
}): {
    yaw: number;
    pitch: number;
    sinYaw: number;
    cosYaw: number;
    sinPitch: number;
    cosPitch: number;
    lookX: number;
    lookY: number;
    lookZ: number;
    lookDir: Vec3;
};
export {};