@2003scape/rsc-path-finder 中文文档教程

发布于 4年前 浏览 23 项目主页 更新于 3年前

rsc-path-finder

在 runescape 经典地图上的点之间生成路径。 每个瓷砖是 扩展为一个 2x2 的布尔值网格,描述了瓷砖是如何被阻挡的。 这 允许水平、垂直和完全阻塞的图块表示 (对角墙完全无法通过)。 一旦找到路径,步骤就是 平滑并转换为游戏坐标。

由于计算是异步的,因此可以安全地在游戏循环中使用该模块。

从 Lumbridge 到 Legend's Guild 的路径

从 Al Kharid 到 Bandit Camp 的路径

Tree Gnome Village 入口的路径

install

$ npm install @2003scape/rsc-path-finder

example

const fs = require('fs');
const { gunzipSync } = require('zlib');
const { Config } = require('@2003scape/rsc-config');
const { Landscape } = require('@2003scape/rsc-landscape');
const { PathFinder } = require('./src');

const config = new Config();
config.loadArchive(fs.readFileSync('./config85.jag'));

const landscape = new Landscape();
landscape.loadJag(fs.readFileSync('./land63.jag'),
    fs.readFileSync('./maps63.jag'));
landscape.loadMem(fs.readFileSync('./land63.mem'),
    fs.readFileSync('./maps63.mem'));
landscape.parseArchives();

const pathFinder = new PathFinder(config, landscape);
const objectLocations =
    JSON.parse(gunzipSync(fs.readFileSync('./object-locs.json.gz')));
objectLocations.forEach(obj => pathFinder.addObject(obj));

const wallObjectLocations = require('./wallObject-locs');
wallObjectLocations.forEach(obj => pathFinder.addWallObject(obj));

// replace the taverly gate with an open gate
pathFinder.addObject({ id: 58, x: 341, y: 487, direction: 4 });

// close the door in gertrude's house
pathFinder.addWallObject({ id: 2, x: 163, y: 513, direction: 1 });
// open it again
// pathFinder.addWallObject({ id: 1, x: 163, y: 513, direction: 1 });

pathFinder.start();

(async () => {
    const path = await pathFinder.findPath(
        { x: 126, y: 655 },
        { x: 513, y: 552 });
        //{ x: 72, y: 694 },
        //{ x: 320, y: 290 });
        //{ x: 672, y: 718 },
        //{ x: 634, y: 706 });
        //{ x: 138, y: 1594 },
        //{ x: 131, y: 1602 });
    console.log('found path to legends guild', path.length);

    fs.writeFileSync('./legends-path.png',
        pathFinder.toCanvas(path).toBuffer());

    pathFinder.stop();
})();

api

pathFinder = new PathFinder(config, landscape, tickRate = 80)

创建一个新的寻路实例。

config 第一个参数必须包含 game 和 wall 对象的定义 至少包含以下内容:

{
    // definitions for game objects (tree, altar, furnace, etc.)
    objects: [
        {
            type: 'unblocked' || 'blocked || 'closed-door' || 'open-door',
            width: Number,
            height: Number
        },
        // ...
    ],
    // definitions for wall objects (doors, walls, boundaries, etc.)
    wallObjects: [
        {
            blocked: true || false,
        }
        // ...
    ]
    // definitions for tiles (floors, water, roads, etc.)
    tiles: [
        {
            blocked: true || false,
        }
        // ...
    ]
}

对象wallObjects瓷砖 都是一个成员 rsc-config 实例。

landscape 是一个实例 rsc-landscape

tickRate 是在 findPath 时轮询新路径的频率(以毫秒为单位) 不活跃。

pathFinder.addObject({ id, x, y, direction })

将游戏对象添加到位置。 id 对应于 config.objects 中的索引。 如果 添加了open-doorclosed-door 类型对象,将它们替换为 door 墙对象。

pathFinder.addWallObject({ id, x, y, direction })

将墙对象添加到位置。 id 对应于 config.wallObjects 中的索引 大批。 如果添加了未阻挡的墙对象,请移除所有现有障碍物 (带门框的门、带空白的蜘蛛网等)。

pathFinder.start()

pathFinder.stop()

启用和禁用寻路运行循环。

async pathFinder.findPath({ x, y }, { x, y })

找到 startPos 和 endPos 之间的路径。 返回游戏坐标数组。

pathFinder.isValidGameStep({ x, y }, { deltaX, deltaY })

如果我们可以在步进方向上从 startPos 步进,则返回 true。

pathFinder.getLineOfSight({ x, y }, { x, y })

找到两点之间的直接对角线直线路径。

pathFinder.toCanvas(path = undefined)

创建一个画布,所有障碍物都用白色填充。 如果路径是 指定,用红色填充路径图块。

license

版权所有 2020 2003Scape Team

该程序是免费软件:您可以重新分发它和/或修改它 GNU Affero 通用公共许可证的条款由 自由软件基金会,许可证的第 3 版,或(由您选择) 任何更高版本。

分发该程序是希望它有用,但没有任何 保修单; 甚至没有适销性或适用性的默示保证 特殊用途。 有关详细信息,请参阅 GNU Affero 通用公共许可证。

您应该已经收到 GNU Affero 通用公共许可证的副本 有了这个程序。 如果没有,请参阅 http://www.gnu.org/licenses/。

rsc-path-finder

generate paths between points on a runescape classic map. each tile is expanded into a 2x2 grid of booleans describing how the tile is blocked. this allows for horizontal, vertical and fully-blocked tile representation (diagonal walls are completely impassbale). once a path is found, the steps are smoothed and converted to game coordinates.

this module is safe to use in a game loop as the computation is asynchronous.

path from Lumbridge to the Legend's Guild

path from Al Kharid to Bandit Camp

path to Tree Gnome Village entrance

install

$ npm install @2003scape/rsc-path-finder

example

const fs = require('fs');
const { gunzipSync } = require('zlib');
const { Config } = require('@2003scape/rsc-config');
const { Landscape } = require('@2003scape/rsc-landscape');
const { PathFinder } = require('./src');

const config = new Config();
config.loadArchive(fs.readFileSync('./config85.jag'));

const landscape = new Landscape();
landscape.loadJag(fs.readFileSync('./land63.jag'),
    fs.readFileSync('./maps63.jag'));
landscape.loadMem(fs.readFileSync('./land63.mem'),
    fs.readFileSync('./maps63.mem'));
landscape.parseArchives();

const pathFinder = new PathFinder(config, landscape);
const objectLocations =
    JSON.parse(gunzipSync(fs.readFileSync('./object-locs.json.gz')));
objectLocations.forEach(obj => pathFinder.addObject(obj));

const wallObjectLocations = require('./wallObject-locs');
wallObjectLocations.forEach(obj => pathFinder.addWallObject(obj));

// replace the taverly gate with an open gate
pathFinder.addObject({ id: 58, x: 341, y: 487, direction: 4 });

// close the door in gertrude's house
pathFinder.addWallObject({ id: 2, x: 163, y: 513, direction: 1 });
// open it again
// pathFinder.addWallObject({ id: 1, x: 163, y: 513, direction: 1 });

pathFinder.start();

(async () => {
    const path = await pathFinder.findPath(
        { x: 126, y: 655 },
        { x: 513, y: 552 });
        //{ x: 72, y: 694 },
        //{ x: 320, y: 290 });
        //{ x: 672, y: 718 },
        //{ x: 634, y: 706 });
        //{ x: 138, y: 1594 },
        //{ x: 131, y: 1602 });
    console.log('found path to legends guild', path.length);

    fs.writeFileSync('./legends-path.png',
        pathFinder.toCanvas(path).toBuffer());

    pathFinder.stop();
})();

api

pathFinder = new PathFinder(config, landscape, tickRate = 80)

create a new pathfinding instance.

config in the first argument must contain definitions of game and wall objects with at least the following:

{
    // definitions for game objects (tree, altar, furnace, etc.)
    objects: [
        {
            type: 'unblocked' || 'blocked || 'closed-door' || 'open-door',
            width: Number,
            height: Number
        },
        // ...
    ],
    // definitions for wall objects (doors, walls, boundaries, etc.)
    wallObjects: [
        {
            blocked: true || false,
        }
        // ...
    ]
    // definitions for tiles (floors, water, roads, etc.)
    tiles: [
        {
            blocked: true || false,
        }
        // ...
    ]
}

objects, wallObjects and tiles are all members of an rsc-config instance.

landscape is an instance of rsc-landscape.

tickRate is how often (in ms) to poll for new paths to find when findPath isn't active.

pathFinder.addObject({ id, x, y, direction })

add game object to position. id corresponds to index in config.objects. if open-door or closed-door type objects are added, replace them with door wall objects.

pathFinder.addWallObject({ id, x, y, direction })

add wall object to position. id corresponds to index in config.wallObjects array. if an unblocked wall object is added, remove any existing obstacles (door with doorframes, spider web with blank, etc.).

pathFinder.start()

pathFinder.stop()

enable and disable the pathfinding run loop.

async pathFinder.findPath({ x, y }, { x, y })

find a path between startPos and endPos. returns an array of game coordinates.

pathFinder.isValidGameStep({ x, y }, { deltaX, deltaY })

return true if we can step from startPos in the step direction.

pathFinder.getLineOfSight({ x, y }, { x, y })

find a direct diagonal beeline path between two points.

pathFinder.toCanvas(path = undefined)

create a canvas with all of the obstacles filled in with white. if path is specified, fill the path tiles with red.

license

Copyright 2020 2003Scape Team

This program is free software: you can redistribute it and/or modify it under the terms of the GNU Affero General Public License as published by the Free Software Foundation, either version 3 of the License, or (at your option) any later version.

This program is distributed in the hope that it will be useful, but WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU Affero General Public License for more details.

You should have received a copy of the GNU Affero General Public License along with this program. If not, see http://www.gnu.org/licenses/.

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