BonkAPI + BonkHUD
// ==UserScript==
// @name BonkLIB
// @version 1.1.3
// @author FeiFei + Clarifi + BoZhi
// @namespace https://github.com/FeiFei-GH/BonkLIB
// @description BonkAPI + BonkHUD
// @license MIT
// @match https://bonk.io/gameframe-release.html
// @run-at document-start
// @grant none
// ==/UserScript==
/*
Usable with:
https://gf.qytechs.cn/en/scripts/433861-code-injector-bonk-io
*/
// ! Compitable with Bonk Version 49
window.bonkLIB = {};
bonkLIB.version = "1.1.3";
window.bonkAPI = {};
/**
* Contains data of a single player
*
* @typedef {object} Player
* @property {string} peerID - Peer ID of player
* @property {string} userName - Username of player
* @property {number} level - Level of player
* @property {boolean} guest - Is guest
* @property {number} team - Integer of what team from 0 to 5
* @property {boolean} ready - Is ready
* @property {boolean} tabbed - Is tabbed
* @property {JSON} avatar - Skin data
*/
/**
* Contains data of a single friend
*
* @typedef {object} Friend
* @property {string} userName - Username of friend
* @property {string} roomID - Room ID of the lobby that the friend is in
*/
// *Global Variables
bonkAPI.currentPlayers = []; //List of user IDs of players in the lobby
bonkAPI.playerList = []; // History list of players in the room
bonkAPI.myID = -1; // Client's ID
bonkAPI.myToken = -1; // Client's token
bonkAPI.hostID = -1; // Host's ID
bonkAPI.isLoggingIn = false;
// MGF vars
bonkAPI.bonkWSS = 0;
bonkAPI.originalSend = window.WebSocket.prototype.send;
bonkAPI.originalRequestAnimationFrame = window.requestAnimationFrame;
bonkAPI.originalDrawShape = 0;
bonkAPI.pixiCtx = 0;
bonkAPI.pixiStage = 0;
bonkAPI.parentDraw = 0;
bonkAPI.originalXMLOpen = window.XMLHttpRequest.prototype.open;
bonkAPI.originalXMLSend = window.XMLHttpRequest.prototype.send;
window.bonkHUD = {};
bonkHUD.windowHold = [];
bonkHUD.settingsHold = [];
//! not used but will be
// *Style Store
bonkHUD.styleHold = {};
//! styles added do not include color, to be added/changed by user
//! some innercss using these classes still has not been deleted(will do it)
bonkHUD.bonkHUDCSS = document.createElement("style");
bonkHUD.bonkHUDCSS.innerHTML = `
.bonkhud-settings-row {
border-bottom: 1px solid;
padding: 10px;
}
.bonkhud-settings-label {
font-size: 0.9rem;
font-weight: bold;
}
.bonkhud-window-container {
position: fixed;
min-width: 5rem;
font-family: "futurept_b1";
border-radius: 8px;
z-index: 9990;
}
.bonkhud-header-button {
position: absolute;
top: 3px;
width: 25px;
height: 25px;
border-radius: 3px;
}
.bonkhud-scrollbar-kit::-webkit-scrollbar {
display: none;
}
.bonkhud-scrollbar-other {
scrollbar-width: none;
}
.bonkhud-resizer {
width: 10px;
height: 10px;
background: transparent;
position: absolute;
}
.bonkhud-resizer.north-west {
top: -5px;
left: -5px;
cursor: nwse-resize;
}
.bonkhud-resizer.north-east {
top: -5px;
right: -5px;
cursor: nesw-resize;
}
.bonkhud-resizer.south-east {
bottom: -5px;
right: -5px;
cursor: nwse-resize;
}
.bonkhud-resizer.south-west {
bottom: -5px;
left: -5px;
cursor: nesw-resize;
}
`;
document.getElementsByTagName("head")[0].appendChild(bonkHUD.bonkHUDCSS);
/**
* Sends message in game's public chat.
* @function chat
* @param {string} message - The message.
*/
bonkAPI.chat = function (message) {
bonkAPI.sendPacket('42[10,{"message":' + JSON.stringify(message) + "}]");
};
/**
* Defaults to banning the player with the given ID.
* @function banPlayerByID
* @param {number} id - ID of the player to be kicked/banned
* @param {boolean} kick - Whether player should be kicked or banned, defaults to false (banned)
*/
bonkAPI.banPlayerByID = function (id, kick = false) {
bonkAPI.sendPacket('42[9,{"banshortid":' + id + ',"kickonly":' + kick + "}]");
};
/**
* Gets all online friends.
* @function getOnlineFriendList
* @param {function} callback - Callback function
* @returns {Array.<Friend>} Array of {@linkcode Friend} objects
*/
bonkAPI.getOnlineFriendList = function (callback) {
let req = new window.XMLHttpRequest();
req.onreadystatechange = () => {
if (req.readyState == 4) {
let friends = [];
let data = JSON.parse(req.response)["friends"];
for (let i = 0; i < data.length; i++) {
let rid = data[i]["roomid"];
if (rid != null) {
friends.push({ userName: data[i]["name"], roomID: rid });
}
}
callback(friends);
}
};
try {
req.open("POST", "https://bonk2.io/scripts/friends.php");
req.setRequestHeader("Content-Type", "application/x-www-form-urlencoded; charset=UTF-8");
//! maybe make a function to automatically build this stuff, but not necessary and probably worse
req.send("token=" + bonkAPI.myToken + "&task=getfriends");
} catch (e) {
console.log(e);
callback([]);
}
};
/**
* Adds a listener to {@linkcode EventHandler} to call the method.
* @function addEventListener
* @param {string} event - The event that is listened for
* @param {function(object)} method - Method that is called when event is fired
* @param {*} [scope] - Defaults to window
* @param {*} [context] - Defaults to nothing
*/
bonkAPI.addEventListener = function (event, method, scope, context) {
bonkAPI.events.addEventListener(event, method, scope, context);
};
/**
* Returns the entire list of {@linkcode Player} objects that have joined
* since you have.
* @function getPlayerList
* @returns {Array.<Player>} Array of {@linkcode Player} objects
*/
bonkAPI.getPlayerList = function () {
// *Returns a copy of bonkAPI.playerList
return bonkAPI.playerList;
};
/**
* Returns list of {@linkcode Player} objects in the lobby at time this
* function was called.
* @function getPlayerLobbyList
* @returns {Array.<Player>} Array of {@linkcode Player} objects
*/
bonkAPI.getPlayerLobbyList = function () {
//! i want to make more playerlobby functions but dk what to name
//! or whether to join it with the other functions but add an arguement
//! to specify which to use
let list = [];
bonkAPI.currentPlayers.forEach((index) => {
list.push(bonkAPI.playerList[index]);
});
return list;
}
/**
* Returns list of user IDs in the lobby at time this
* function was called.
* @function getPlayersInLobbyID
* @returns {Array.<Player>} Array of {@linkcode Player} objects
*/
bonkAPI.getPlayersInLobbyID = function () {
return bonkAPI.currentPlayers;
}
/**
* Returns the amount of players that have been in the lobby.
* @function getPlayerListLength
* @returns {number} Length of the player list
*/
bonkAPI.getPlayerListLength = function () {
return bonkAPI.playerList.length;
};
/**
* Returns the {@linkcode Player} object of the ID or name given.
* @function getPlayer
* @param {*} ref - Either ID of the player or name of the player
* @returns {Player} Player object
*/
bonkAPI.getPlayer = function (ref) {
if (typeof ref === "number") {
if (ref < 0 || ref >= bonkAPI.playerList.length) {
return null;
}
return bonkAPI.playerList[ref];
} else if (typeof ref === "string") {
for (let i = 0; i < bonkAPI.playerList.length; i++) {
if (bonkAPI.playerList[i] != null && ref == bonkAPI.playerList[i].userName) {
return bonkAPI.playerList[i];
}
}
return null;
} else {
return null;
}
};
/**
* Returns the {@linkcode Player} object of the ID given.
* @function getPlayerByID
* @param {number} id - ID of the player that is being looked for
* @returns {Player} Player object
*/
bonkAPI.getPlayerByID = function (id) {
if (id < 0 || id >= bonkAPI.playerList.length) {
return null;
}
return bonkAPI.playerList[id];
};
/**
* Returns the {@linkcode Player} object of the name given.
* @function getPlayerByName
* @param {string} name - Name of the player that is being looked for
* @returns {Player} Player object
*/
bonkAPI.getPlayerByName = function (name) {
for (let i = 0; i < bonkAPI.playerList.length; i++) {
if (bonkAPI.playerList[i] != null && name == bonkAPI.playerList[i].userName) {
return bonkAPI.playerList[i];
}
}
return null;
};
/**
* Returns the name of the player of the ID given.
* @function getPlayerNameByID
* @param id - ID of the player to get the name of
* @returns {string} Name of player
*/
bonkAPI.getPlayerNameByID = function (id) {
if (id < 0 || id >= bonkAPI.playerList.length) {
return "";
}
return bonkAPI.playerList[id].userName;
};
/**
* Returns the user ID of the player with the given name.
* @function getPlayerIDByName
* @param {string} name - Name of player to get ID of
* @returns {number} ID of player
*/
bonkAPI.getPlayerIDByName = function (name) {
for (let i = 0; i < bonkAPI.playerList.length; i++) {
if (bonkAPI.playerList[i] != null && name == bonkAPI.playerList[i].userName) {
return i;
}
}
return -1;
};
/**
* Returns a list of {@linkcode Player} objects that are in the specified
* team.
* @function getPlayersByTeam
* @param {number} team - Team of the player, from 0 to 5
* @returns {Array.<Player>} List of {@linkcode Player} objects
*/
bonkAPI.getPlayersByTeam = function (team) {
var teamList = [];
for (let i = 0; i < bonkAPI.playerList.length; i++) {
if (team == bonkAPI.playerList[i].team) {
teamList.push({ userID: i, userData: bonkAPI.playerList[i] });
}
}
return teamList;
};
/**
* Returns your own player ID.
* @function getMyID
* @returns {number} ID of the user
*/
bonkAPI.getMyID = function () {
return bonkAPI.myID;
};
/**
* Returns the player ID of the host.
* @function getHostID
* @returns {number} ID of the host
*/
bonkAPI.getHostID = function () {
return bonkAPI.hostID;
};
/**
* Returns whether the capzone can be capped
* without ending game or desyncing
* @function safeToCap
* @returns {boolean} Whether it is safe to cap
*/
bonkAPI.safeToCap = function () {
if(bonkAPI.currentPlayers.length == 1) {
return true;
}
let t = bonkAPI.playerList[bonkAPI.currentPlayers[0]].team;
for(let i = 1; i < bonkAPI.currentPlayers.length; i++) {
if(t != bonkAPI.playerList[bonkAPI.currentPlayers[i]].team && 0 != bonkAPI.playerList[bonkAPI.currentPlayers[i]].team) {
return false;
}
}
return true;
}
/**
* Returns whether the game is running after
* you have first joined a lobby.
* @function isInGame
* @returns {boolean} Whether in game or not
*/
bonkAPI.isInGame = function () {
let renderer = document.getElementById("gamerenderer");
return renderer.style.visibility == "inherit";
}
window.WebSocket.prototype.send = function (args) {
if (this.url.includes("socket.io/?EIO=3&transport=websocket&sid=")) {
if (!this.injectedAPI) {
// initialize overriding receive listener (only run once)
bonkAPI.bonkWSS = this;
this.injectedAPI = true;
var originalReceive = this.onmessage;
// This function intercepts incoming packets
this.onmessage = function (args) {
// &Receiving incoming packets
if(args.data.substring(0, 3) == "42[") {
newArgs = JSON.parse(args.data.substring(2));
// !All function names follow verb_noun[verb] format
switch (parseInt(newArgs[0])) {
case 1: //*Update other players' pings
newArgs = bonkAPI.receive_PingUpdate(newArgs);
break;
case 2: // *UNKNOWN, received after sending create room packet
newArgs = bonkAPI.receive_Unknow2(newArgs);
break;
case 3: // *Room Join
newArgs = bonkAPI.receive_RoomJoin(newArgs);
break;
case 4: // *Player Join
newArgs = bonkAPI.receive_PlayerJoin(newArgs);
break;
case 5: // *Player Leave
newArgs = bonkAPI.receive_PlayerLeave(newArgs);
break;
case 6: // *Host Leave
newArgs = bonkAPI.receive_HostLeave(newArgs);
break;
case 7: // *Receive Inputs
newArgs = bonkAPI.receive_Inputs(newArgs);
break;
case 8: // *Ready Change
newArgs = bonkAPI.receive_ReadyChange(newArgs);
break;
case 13: // *Game End
newArgs = bonkAPI.receive_GameEnd(newArgs);
break;
case 15: // *Game Start
newArgs = bonkAPI.receive_GameStart(newArgs);
break;
case 16: // *Error
newArgs = bonkAPI.receive_Error(newArgs);
break;
case 18: // *Team Change
newArgs = bonkAPI.receive_TeamChange(newArgs);
break;
case 19: // *Teamlock Toggle
newArgs = bonkAPI.receive_TeamLockToggle(newArgs);
break;
case 20: // *Chat Message
newArgs = bonkAPI.receive_ChatMessage(newArgs);
break;
case 21: // *Initial Data
newArgs = bonkAPI.receive_InitialData(newArgs);
break;
case 24: // *Kicked
newArgs = bonkAPI.receive_PlayerKick(newArgs);
break;
case 26: // *Change Mode
newArgs = bonkAPI.receive_ModeChange(newArgs);
break;
case 27: // *Change Rounds
newArgs = bonkAPI.receive_RoundsChange(newArgs);
break;
case 29: // *Map Switch
newArgs = bonkAPI.receive_MapSwitch(newArgs);
break;
case 32: // *inactive?
newArgs = bonkAPI.receive_Inactive(newArgs);
break;
case 33: // *Map Suggest
newArgs = bonkAPI.receive_MapSuggest(newArgs);
break;
case 34: // *Map Suggest Client
newArgs = bonkAPI.receive_MapSuggestClient(newArgs);
break;
case 36: // *Player Balance Change
newArgs = bonkAPI.receive_PlayerBalance(newArgs);
break;
case 40: // *Save Replay
newArgs = bonkAPI.receive_ReplaySave(newArgs);
break;
case 41: // *New Host
newArgs = bonkAPI.receive_NewHost(newArgs);
break;
case 42: // *Friend Req
newArgs = bonkAPI.receive_FriendRequest(newArgs);
break;
case 43: // *Game Starting Countdown
newArgs = bonkAPI.receive_CountdownStart(newArgs);
break;
case 44: // *Abort Countdown
newArgs = bonkAPI.receive_CountdownAbort(newArgs);
break;
case 45: // *Player Leveled Up
newArgs = bonkAPI.receive_PlayerLevelUp(newArgs);
break;
case 46: // *Local Gained XP
newArgs = bonkAPI.receive_LocalXPGain(newArgs);
break;
case 48:
newArgs = bonkAPI.receive_gameState(newArgs);
break;
case 49: // *Created Room Share Link
newArgs = bonkAPI.receive_RoomShareLink(newArgs);
break;
case 52: // *Tabbed
newArgs = bonkAPI.receive_Tabbed(newArgs);
break;
case 58: // *Room Name Update
newArgs = bonkAPI.receive_RoomName(newArgs);
break;
case 59: // *Room Password Update
newArgs = bonkAPI.receive_RoomPassword(newArgs);
break;
}
args.data = 42 + JSON.stringify(newArgs);
}
return originalReceive.call(this, args);
};
var originalClose = this.onclose;
this.onclose = function () {
bonkAPI.bonkWSS = 0;
return originalClose.call(this);
};
} else {
// !All function names follow verb_noun[verb] format
if(args.substring(0, 3) == "42[") {
args = JSON.parse(args.substring(2));
// &Sending outgoing packets
switch (parseInt(args[0])) {
case 4: // *Send Inputs
args = bonkAPI.send_Inputs(args);
break;
case 5: // *Trigger Start
args = bonkAPI.send_GameStart(args);
break;
case 6: // *Change Own Team
args = bonkAPI.send_TeamChange(args);
break;
case 7: // *Team Lock
args = bonkAPI.send_TeamLock(args);
break;
case 9: // *Kick/Ban Player
args = bonkAPI.send_PlayerKickBan(args);
break;
case 10: // *Chat Message
args = bonkAPI.send_ChatMessage(args);
break;
case 11: // *Inform In Lobby
args = bonkAPI.send_LobbyInform(args);
break;
case 12: // *Create Room
args = bonkAPI.send_RoomCreate(args);
break;
case 13: // *Room Join Information
args = bonkAPI.send_RoomJoin(args);
break;
case 14: // *Return To Lobby
args = bonkAPI.send_LobbyReturn(args);
break;
case 16: // *Set Ready
args = bonkAPI.send_Ready(args);
break;
case 17: // *All Ready Reset
args = bonkAPI.send_AllReadyReset(args);
break;
case 19: // *Send Map Reorder
args = bonkAPI.send_MapReorder(args);
break;
case 20: // *Send Mode
args = bonkAPI.send_ModeChange(args);
break;
case 21: // *Send WL (Rounds)
args = bonkAPI.send_RoundsChange(args);
break;
case 22: // *Send Map Delete
args = bonkAPI.send_MapDelete(args);
break;
case 23: // *Send Map Switch
args = bonkAPI.send_MapSwitch(args);
break;
case 26: // *Change Other Team
args = bonkAPI.send_OtherTeamChange(args);
break;
case 27: // *Send Map Suggest
args = bonkAPI.send_MapSuggest(args);
break;
case 29: // *Send Balance
args = bonkAPI.send_Balance(args);
break;
case 32: // *Send Team Settings Change
args = bonkAPI.send_TeamSetting(args);
break;
case 33: // *Send Arm Record
args = bonkAPI.send_ArmRecord(args);
break;
case 34: // *Send Host Change
args = bonkAPI.send_HostChange(args);
break;
case 35: // *Send Friended
args = bonkAPI.send_Friended(args);
break;
case 36: // *Send Start Countdown
args = bonkAPI.send_CountdownStart(args);
break;
case 37: // *Send Abort Countdown
args = bonkAPI.send_CountdownAbort(args);
break;
case 38: // *Send Req XP
args = bonkAPI.send_XPRequest(args);
break;
case 39: // *Send Map Vote
args = bonkAPI.send_MapVote(args);
break;
case 40: // *Inform In Game
args = bonkAPI.send_InGameInform(args);
break;
case 41: // *Get Pre Vote
args = bonkAPI.send_PreVoteGet(args);
break;
case 44: // *Tabbed
args = bonkAPI.send_Tabbed(args);
break;
case 50: // *Send No Host Swap
args = bonkAPI.send_NoHostSwap(args);
break;
}
args = 42 + JSON.stringify(args);
}
}
}
return bonkAPI.originalSend.call(this, args);
};
/**
* @class EventHandler
* @classdesc Stores functions and events and can fire events with data.
* This class is already instantiated onto bonkAPI so if you dont need your
* own event handler, ignore this class.
* @hideconstructor
*/
bonkAPI.EventHandler;
(bonkAPI.EventHandler = function () {
this.hasEvent = [];
}).prototype = {
/**
* Begins to listen for the given event to call the method later.
* @method
* @memberof EventHandler
* @param {string} event - Event that is listened for
* @param {function(object)} method - Function that is called
* @param {*} [scope] - Where the function should be called from, defaults to window
* @param {*} [context] - defaults to nothing
*/
addEventListener: function (event, method, scope, context) {
var listeners, handlers;
if (!(listeners = this.listeners)) {
listeners = this.listeners = {};
}
if (!(handlers = listeners[event])) {
handlers = listeners[event] = [];
this.hasEvent[event] = true;
}
scope = scope ? scope : window;
handlers.push({
method: method,
scope: scope,
context: context ? context : scope,
});
},
/**
* Fires the event given to call the methods linked to that event.
* @method
* @memberof EventHandler
* @param {string} event - Event that is being fired
* @param {object} data - Data sent along with the event
* @param {*} [context]
*/
fireEvent: function (event, data, context) {
var listeners, handlers, handler, l, scope;
if (!(listeners = this.listeners)) {
return;
}
if (!(handlers = listeners[event])) {
return;
}
l = handlers.length;
for (let i = 0; i < l; i++) {
handler = handlers[i];
if (typeof context !== "undefined" && context !== handler.context) {
continue;
}
handler.method.call(handler.scope, data);
}
},
};
//initialize
bonkAPI.events = new bonkAPI.EventHandler();
/**
* Triggered when recieving ping updates.
* @function receive_PingUpdate
* @fires pingUpdate
* @param {JSON} args - Packet received by websocket.
* @returns {JSON} arguements
*/
bonkAPI.receive_PingUpdate = function (args) {
let pingList = args[1];
let ehcoTo = args[2];
/**
* When the user receives ping update.
* @event pingUpdate
* @type {object}
* @property {object} pingList - Other players' ping
* @property {number} echoTo - The ID of the player to echo to
*/
if (bonkAPI.events.hasEvent["pingUpdate"]) {
var sendObj = {
pingList: pingList,
ehcoTo: ehcoTo,
};
bonkAPI.events.fireEvent("pingUpdate", sendObj);
}
return args;
};
bonkAPI.receive_Unknow2 = function (args) {
// TODO: Finish implement of function
return args;
};
/**
* Triggered when the user joins a lobby.
* @function receive_RoomJoin
* @fires joinRoom
* @fires playerChange
* @param {JSON} args - Packet received by websocket.
* @returns {JSON} arguements
*/
bonkAPI.receive_RoomJoin = function (args) {
bonkAPI.playerList = [];
bonkAPI.myID = args[1];
bonkAPI.hostID = args[2];
for (let i = 0; i < bonkAPI.currentPlayers.length; i++) {
/**
* When a player leaves or joins.
* @event playerChange
* @type {object}
* @property {number} userID - ID of the player who joined or left
* @property {object} userData - Data of the player who joined or left
* @property {boolean} hasLeft - Whether the player joined or left
*/
if (bonkAPI.events.hasEvent["playerChange"]) {
var sendObj = { userID: bonkAPI.currentPlayers[i], userData: bonkAPI.playerList[bonkAPI.currentPlayers[i]], hasLeft: true };
bonkAPI.events.fireEvent("playerChange", sendObj);
}
}
bonkAPI.currentPlayers = [];
for (let i = 0; i < args[3].length; i++) {
bonkAPI.playerList[i] = args[3][i];
if (args[3][i] != null) {
bonkAPI.currentPlayers.push(i);
/**
* When a player leaves or joins.
* @event playerChange
* @type {object}
* @property {number} userID - ID of the player who joined or left
* @property {object} userData - Data of the player who joined or left
* @property {boolean} hasLeft - Whether the player joined or left
*/
if (bonkAPI.events.hasEvent["playerChange"]) {
var sendObj = { userID: args[1], userData: bonkAPI.playerList[args[1]], hasLeft: false };
bonkAPI.events.fireEvent("playerChange", sendObj);
}
}
}
/**
* When the user joins a lobby.
* @event joinRoom
* @type {object}
* @property {number} hostID - ID of the host
* @property {Array.<Player>} userData - List of players currently in the room
* @property {*} roomID - ID of the lobby joined
* @property {string} bypass
*/
if (bonkAPI.events.hasEvent["joinRoom"]) {
var sendObj = {
hostID: args[2],
userData: bonkAPI.playerList, // !May or may not be immutable
roomID: args[6],
bypass: args[7],
};
bonkAPI.events.fireEvent("joinRoom", sendObj);
}
/**
* When a player leaves or joins.
* @event playerChange
* @type {object}
* @property {number} userID - ID of the player who joined or left
* @property {object} userData - Data of the player who joined or left
* @property {boolean} hasLeft - Whether the player joined or left
*/
if (bonkAPI.events.hasEvent["playerChange"]) {
var sendObj = { userID: args[1], userData: bonkAPI.playerList[args[1]], hasLeft: false };
bonkAPI.events.fireEvent("playerChange", sendObj);
}
return args;
};
/**
* Triggered when a player joins the lobby.
* @function receive_PlayerJoin
* @fires userJoin
* @fires playerChange
* @param {JSON} args - Packet received by websocket.
* @returns {JSON} arguements
*/
bonkAPI.receive_PlayerJoin = function (args) {
bonkAPI.playerList[args[1]] = {
peerId: args[2],
userName: args[3],
guest: args[4],
level: args[5],
team: args[6],
ready: false,
tabbed: false,
avatar: args[7],
};
bonkAPI.currentPlayers.push(args[1]);
//? can:
//? - send the bonkAPI.playerList as data
//? - send the new player object as data
//? - send nothing and let the user access bonkAPI.playerList
/**
* When another player joins the lobby.
* @event userJoin
* @type {object}
* @property {number} userID - ID of the player joined
* @property {Player} userData - {@linkcode Player} object data of the player that joined
*/
if (bonkAPI.events.hasEvent["userJoin"]) {
var sendObj = { userID: args[1], userData: bonkAPI.playerList[args[1]] };
bonkAPI.events.fireEvent("userJoin", sendObj);
}
/**
* When a player leaves or joins.
* @event playerChange
* @type {object}
* @property {number} userID - ID of the player who joined or left
* @property {object} userData - Data of the player who joined or left
* @property {boolean} hasLeft - Whether the player joined or left
*/
if (bonkAPI.events.hasEvent["playerChange"]) {
var sendObj = { userID: args[1], userData: bonkAPI.playerList[args[1]], hasLeft: false };
bonkAPI.events.fireEvent("playerChange", sendObj);
}
return args;
};
/**
* Triggered when a player leaves the lobby.
* @function receive_PlayerLeave
* @fires userLeave
* @fires playerChange
* @param {JSON} args - Packet received by websocket.
* @returns {JSON} arguements
*/
bonkAPI.receive_PlayerLeave = function (args) {
// Remove player from current players
bonkAPI.currentPlayers.forEach((n, i) => {
if (n == args[1]) {
bonkAPI.currentPlayers.splice(i, 1);
}
});
/**
* When another player leaves the lobby.
* @event userLeave
* @type {object}
* @property {number} userID - ID of the player left
* @property {Player} userData - {@linkcode Player} object data of the player that left
*/
if (bonkAPI.events.hasEvent["userLeave"]) {
var sendObj = { userID: args[1], userData: bonkAPI.playerList[args[1]] };
bonkAPI.events.fireEvent("userLeave", sendObj);
}
/**
* When a player leaves or joins.
* @event playerChange
* @type {object}
* @property {number} userID - ID of the player who joined or left
* @property {object} userData - Data of the player who joined or left
* @property {boolean} hasLeft - Whether the player joined or left
*/
if (bonkAPI.events.hasEvent["playerChange"]) {
var sendObj = { userID: args[1], userData: bonkAPI.playerList[args[1]], hasLeft: true };
bonkAPI.events.fireEvent("playerChange", sendObj);
}
return args;
};
/**
* Triggered when the host has left.
* @function receive_HostLeave
* @fires hostChange
* @fires userLeave
* @fires playerChange
* @param {JSON} args - Packet received by websocket.
* @returns {JSON} arguements
*/
bonkAPI.receive_HostLeave = function (args) {
let lastHostID = bonkAPI.hostID;
bonkAPI.hostID = args[2];
// Remove player from current players
bonkAPI.currentPlayers.forEach((n, i) => {
if (n == lastHostID) {
bonkAPI.currentPlayers.splice(i, 1);
}
});
/**
* When the host changes.
* @event hostChange
* @type {object}
* @property {number} userID - ID of the new host
*/
//Using hostChange to use for multiple cases
if (bonkAPI.events.hasEvent["hostChange"]) {
var sendObj = { userID: args[1] };
bonkAPI.events.fireEvent("hostChange", sendObj);
}
/**
* When another player leaves the lobby.
* @event userLeave
* @type {object}
* @property {number} userID - ID of the player left
* @property {Player} userData - {@linkcode Player} object data of the player that left
*/
if (bonkAPI.events.hasEvent["userLeave"]) {
var sendObj = { userID: lastHostID, userData: bonkAPI.playerList[lastHostID] };
bonkAPI.events.fireEvent("userLeave", sendObj);
}
/**
* When a player leaves or joins.
* @event playerChange
* @type {object}
* @property {number} userID - ID of the player who joined or left
* @property {object} userData - Data of the player who joined or left
* @property {boolean} hasLeft - Whether the player joined or left
*/
if (bonkAPI.events.hasEvent["playerChange"]) {
var sendObj = { userID: lastHostID, userData: bonkAPI.playerList[lastHostID], hasLeft: true };
bonkAPI.events.fireEvent("playerChange", sendObj);
}
return args;
};
/**
* Triggered when a player sends an input.
* @function receive_Inputs
* @fires gameInputs
* @param {JSON} args - Packet received by websocket.
* @returns {JSON} arguements
*/
bonkAPI.receive_Inputs = function (args) {
/*
* Maybe we could have different event names like
* "receiveRawInput" and "receiveInput" which send
* different data, the second could have booleans
* representing the inputs, the other is binary
*/
/**
* When inputs are received from other players.
* @event gameInputs
* @type {object}
* @property {number} userID - ID of the player who inputted
* @property {number} rawInput - Input of the player in the form of 6 bits
* @property {number} frame - Frame when input happened
* @property {number} sequence - The total amount of inputs by that player
*/
if (bonkAPI.events.hasEvent["gameInputs"]) {
var sendObj = {
userID: args[1],
rawInput: args[2]["i"],
frame: args[2]["f"],
sequence: args[2]["c"],
};
bonkAPI.events.fireEvent("gameInputs", sendObj);
} //example
/*if(bonkAPI.bonkAPI.events.hasEvent["receiveRawInput"]) {
obj here
bonkAPI.bonkAPI.events.fireEvent("receiveRawInput", sendObj);
}
*/
return args;
};
bonkAPI.receive_ReadyChange = function (args) {
// TODO: Finish implement of function
return args;
};
bonkAPI.receive_GameEnd = function (args) {
// TODO: Finish implement of function
return args;
};
//! Detects when match starts!!!
/**
* Triggered when the game starts.
* @function receive_GameStart
* @fires gameStart
* @param {JSON} args - Packet received by websocket.
* @returns {JSON} arguements
*/
bonkAPI.receive_GameStart = function (args) {
/**
* When game has started
* @event gameStart
* @type {object}
* @property {string} mapData - Encoded map data, must decode it to use
* @property {object} startData - Extra game specific data
*/
if (bonkAPI.events.hasEvent["gameStart"] && bonkAPI.myID != bonkAPI.hostID) {
//! change name of mapdata since it is not map data, probably gamestate
//! do the same in triggerstart
var sendObj = {
mapData: bonkAPI.ISdecode(args[2]),
startData: args[3],
};
bonkAPI.events.fireEvent("gameStart", sendObj);
}
return args;
};
bonkAPI.receive_Error = function (args) {
// TODO: Finish implement of function
return args;
};
/**
* Triggered when a player changes team.
* @function receive_TeamChange
* @fires teamChange
* @param {JSON} args - Packet received by websocket.
* @returns {JSON} arguements
*/
bonkAPI.receive_TeamChange = function (args) {
bonkAPI.playerList[parseInt(args[1])].team = args[2];
/**
* When a player has changed teams.
* @event teamChange
* @type {object}
* @property {number} userID - Player who changed teams
* @property {number} team - The new team, represented from 0 to 5
*/
if (bonkAPI.events.hasEvent["teamChange"]) {
var sendObj = { userID: args[1], team: args[2] };
bonkAPI.events.fireEvent("teamChange", sendObj);
}
return args;
};
bonkAPI.receive_TeamLockToggle = function (args) {
// TODO: Finish implement of function
return args;
};
/**
* Triggered when received a message.
* @function receive_ChatMessage
* @fires chatIn
* @param {JSON} args - Packet received by websocket.
* @returns {JSON} arguements
*/
bonkAPI.receive_ChatMessage = function (args) {
let chatUserID = args[1];
let chatMessage = args[2];
/**
* When the user has received a message.
* @event chatIn
* @type {object}
* @property {number} userID - Player who chatted
* @property {string} message - The message received
*/
if (bonkAPI.events.hasEvent["chatIn"]) {
var sendObj = { userID: chatUserID, message: chatMessage };
bonkAPI.events.fireEvent("chatIn", sendObj);
}
return args;
};
/**
* Data given by host after join.
* @function receive_InitialData
* @fires modeChange
* @param {JSON} args - Packet received by websocket.
* @returns {JSON} arguements
*/
bonkAPI.receive_InitialData = function (args) {
/**
* When the mode has changed.
* @event modeChange
* @type {object}
* @property {string} mode - Short string representing the new mode
*/
if (bonkAPI.events.hasEvent["modeChange"]) {
var sendObj = { mode: args[1]["mo"] };
bonkAPI.events.fireEvent("modeChange", sendObj);
}
return args;
};
bonkAPI.receive_PlayerKick = function (args) {
// TODO: Finish implement of function
return args;
};
/**
* Triggered when the mode changes.
* @function receive_ModeChange
* @fires modeChange
* @param {JSON} args - Packet received by websocket.
* @returns {JSON} arguements
*/
bonkAPI.receive_ModeChange = function (args) {
// *Maybe change raw arguement to full mode name or numbers
/**
* When the mode has changed.
* @event modeChange
* @type {object}
* @property {string} mode - Short string representing the new mode
*/
if (bonkAPI.events.hasEvent["modeChange"]) {
var sendObj = { mode: args[1] };
bonkAPI.events.fireEvent("modeChange", sendObj);
}
return args;
};
bonkAPI.receive_RoundsChange = function (args) {
// TODO: Finish implement of function
return args;
};
/**
* Triggered when map has changed.
* @function receive_MapSwitch
* @fires mapSwitch
* @param {JSON} args - Packet received by websocket.
* @returns {JSON} arguements
*/
bonkAPI.receive_MapSwitch = function (args) {
// *Using mapSwitch to stick with other bonkAPI.events using "change"
/**
* When the map has changed.
* @event mapSwitch
* @type {object}
* @property {string} mapData - String with the data of the map
*/
if (bonkAPI.events.hasEvent["mapSwitch"]) {
var sendObj = { mapData: args[1] };
bonkAPI.events.fireEvent("mapSwitch", sendObj);
}
return args;
};
bonkAPI.receive_Inactive = function (args) {
// TODO: Finish implement of function
return args;
};
bonkAPI.receive_MapSuggest = function (args) {
// TODO: Finish implement of function
return args;
};
bonkAPI.receive_MapSuggestClient = function (args) {
// TODO: Finish implement of function
return args;
};
bonkAPI.receive_PlayerBalance = function (args) {
// TODO: Finish implement of function
return args;
};
bonkAPI.receive_ReplaySave = function (args) {
// TODO: Finish implement of function
return args;
};
/**
* Triggered when there is a new host.
* @function receive_NewHost
* @fires hostChange
* @param {JSON} args - Packet received by websocket.
* @returns {JSON} arguements
*/
bonkAPI.receive_NewHost = function (args) {
bonkAPI.hostID = args[1]["newHost"];
/**
* When the host changes.
* @event hostChange
* @type {object}
* @property {number} userID - ID of the new host
*/
if (bonkAPI.events.hasEvent["hostChange"]) {
var sendObj = { userID: args[1]["newHost"] };
bonkAPI.events.fireEvent("hostChange", sendObj);
}
return args;
};
/**
* Triggered when the user receives a friend request.
* @function receive_FriendReq
* @fires receivedFriend
* @param {JSON} args - Packet received by websocket.
* @returns {JSON} arguements
*/
bonkAPI.receive_FriendRequest = function (args) {
/**
* When the the user has been friended.
* @event receivedFriend
* @type {object}
* @property {number} userID - ID of the player who friended you
*/
if (bonkAPI.events.hasEvent["receivedFriend"]) {
var sendObj = { userID: args[1] };
bonkAPI.events.fireEvent("receivedFriend", sendObj);
}
return args;
};
bonkAPI.receive_CountdownStart = function (args) {
// TODO: Finish implement of function
return args;
};
bonkAPI.receive_CountdownAbort = function (args) {
// TODO: Finish implement of function
return args;
};
bonkAPI.receive_PlayerLevelUp = function (args) {
// TODO: Finish implement of function
return args;
};
bonkAPI.receive_LocalXPGain = function (args) {
// TODO: Finish implement of function
return args;
};
/**
* Triggers after joining a room and the
* game state is sent.
* @function receive_gameState
* @fires modeChange
* @fires gameStart
* @param {JSON} args - Packet received by websocket.
* @returns {JSON} arguements
*/
bonkAPI.receive_gameState = function (args) {
//! also needs to fire something to do with gamestate
/**
* When the mode has changed.
* @event modeChange
* @type {object}
* @property {string} mode - Short string representing the new mode
*/
if (bonkAPI.events.hasEvent["modeChange"]) {
var sendObj = { mode: args[1]["gs"]["mo"] };
bonkAPI.events.fireEvent("modeChange", sendObj);
}
/**
* When game has started
* @event gameStart
* @type {object}
* @property {string} mapData - Encoded map data, must decode it to use
* @property {object} startData - Extra game specific data
*/
if (bonkAPI.events.hasEvent["gameStart"]) {
//! change name of mapdata since it is not map data, probably gamestate
//! do the same in triggerstart
var sendObj = {
mapData: bonkAPI.decodeMap(args[1]["gs"]["map"]),
startData: args[3],
};
bonkAPI.events.fireEvent("gameStart", sendObj);
}
return args;
};
bonkAPI.receive_RoomShareLink = function (args) {
// TODO: Finish implement of function
return args;
};
bonkAPI.receive_Tabbed = function (args) {
// TODO: Finish implement of function
return args;
};
bonkAPI.receive_RoomName = function (args) {
// TODO: Finish implement of function
return args;
};
bonkAPI.receive_RoomPassword = function (args) {
// TODO: Finish implement of function
return args;
};
/**
* Called when sending inputs out.
* @function send_Inputs
* @param {JSON} args - Packet received by websocket.
* @returns {JSON} arguements
*/
bonkAPI.send_Inputs = function (args) {
/**
* When inputs are received from other players.
* @event gameInputs
* @type {object}
* @property {number} userID - ID of the player who inputted
* @property {number} rawInput - Input of the player in the form of 6 bits
* @property {number} frame - Frame when input happened
* @property {number} sequence - The total amount of inputs by that player
*/
if (bonkAPI.events.hasEvent["gameInputs"]) {
var sendObj = {
userID: bonkAPI.myID,
rawInput: args[1]["i"],
frame: args[1]["f"],
sequence: args[1]["c"],
};
bonkAPI.events.fireEvent("gameInputs", sendObj);
}
return args;
};
/**
* Called when started the game.
* @function send_GameStart
* @param {JSON} args - Packet received by websocket.
* @returns {JSON} arguements
*/
bonkAPI.send_GameStart = function (args) {
/**
* When game has started
* @event gameStart
* @type {object}
* @property {string} mapData - Encoded map data, must decode it to use
* @property {object} startData - Extra game specific data
*/
if (bonkAPI.events.hasEvent["gameStart"]) {
//! do something to mapData so it will encode it
//! then assign it back to the args
var sendObj = {
mapData: bonkAPI.ISdecode(args[1]["is"]),
startData: args[1]["gs"],
};
bonkAPI.events.fireEvent("gameStart", sendObj);
//!possibly temporary
//allows start packet to be edited
args[1]["is"] = bonkAPI.ISencode(sendObj.mapData);
}
return args;
};
bonkAPI.send_TeamChange = function (args) {
// TODO: Finish implement of function
return args;
};
bonkAPI.send_TeamLock = function (args) {
// TODO: Finish implement of function
return args;
};
bonkAPI.send_PlayerKickBan = function (args) {
// TODO: Finish implement of function
return args;
};
bonkAPI.send_ChatMessage = function (args) {
// TODO: Finish implement of function
return args;
};
bonkAPI.send_LobbyInform = function (args) {
// TODO: Finish implement of function
return args;
};
/**
* Called when created a room.
* @function send_RoomCreate
* @fires createRoom
* @fires playerChange
* @param {JSON} args - Packet received by websocket.
* @returns {JSON} arguements
*/
bonkAPI.send_RoomCreate = function (args) {
bonkAPI.playerList = [];
for (let i = 0; i < bonkAPI.currentPlayers.length; i++) {
/**
* When a player leaves or joins.
* @event playerChange
* @type {object}
* @property {number} userID - ID of the player who joined or left
* @property {object} userData - Data of the player who joined or left
* @property {boolean} hasLeft - Whether the player joined or left
*/
if (bonkAPI.events.hasEvent["playerChange"]) {
var sendObj = { userID: bonkAPI.currentPlayers[i], userData: bonkAPI.playerList[bonkAPI.currentPlayers[i]], hasLeft: true };
bonkAPI.events.fireEvent("playerChange", sendObj);
}
}
bonkAPI.currentPlayers = [];
bonkAPI.playerList[0] = {
peerId: args[1]["peerID"],
userName: document.getElementById("pretty_top_name").textContent,
level:
document.getElementById("pretty_top_level").textContent == "Guest"
? 0
: parseInt(document.getElementById("pretty_top_level").textContent.substring(3)),
guest: typeof args[1].token == "undefined",
team: 1,
ready: false,
tabbed: false,
avatar: args[1]["avatar"],
};
bonkAPI.currentPlayers.push(0);
bonkAPI.myID = 0;
bonkAPI.hostID = 0;
/**
* When you create a room.
* @event createRoom
* @type {object}
* @property {number} userID - ID of you
* @property {object} userData - Your player data
*/
if (bonkAPI.events.hasEvent["createRoom"]) {
var sendObj = { userID: 0, userData: bonkAPI.playerList[0] };
bonkAPI.events.fireEvent("createRoom", sendObj);
}
/**
* When a player leaves or joins.
* @event playerChange
* @type {object}
* @property {number} userID - ID of the player who joined or left
* @property {object} userData - Data of the player who joined or left
* @property {boolean} hasLeft - Whether the player joined or left
*/
if (bonkAPI.events.hasEvent["playerChange"]) {
var sendObj = { userID: 0, userData: bonkAPI.playerList[0], hasLeft: false };
bonkAPI.events.fireEvent("playerChange", sendObj);
}
return args;
};
/**
* Called as to send inital user data when joining a room.
* @function send_RoomJoin
* @fires roomJoin
* @param {JSON} args - Packet received by websocket.
* @returns {JSON} arguements
*/
bonkAPI.send_RoomJoin = function (args) {
//! DONT KNOW WHAT TO DO FOR NAMING
//! Possibly get rid of XMLhttp thing since this gives the login token
/**
* When inputs are received from other players.
* @event roomJoin
* @type {object}
* @property {string} password - Room password
* @property {object} avatar - User's avatar
* @property {string} token - Login token
*/
if (bonkAPI.events.hasEvent["roomJoin"]) {
var sendObj = {
password: args[1]["roomPassword"],
avatar: args[1]["avatar"],
token: args[1]["token"] ? args[1]["token"] : null,
};
bonkAPI.events.fireEvent("roomJoin", sendObj);
}
return args;
};
bonkAPI.send_LobbyReturn = function (args) {
// TODO: Finish implement of function
return args;
};
bonkAPI.send_Ready = function (args) {
// TODO: Finish implement of function
return args;
};
bonkAPI.send_AllReadyReset = function (args) {
// TODO: Finish implement of function
return args;
};
bonkAPI.send_MapReorder = function (args) {
// TODO: Finish implement of function
return args;
};
/**
* When you change modes.
* @function send_ModeChange
* @fires modeChange
* @param {JSON} args - Packet received by websocket.
* @returns {JSON} arguements
*/
bonkAPI.send_ModeChange = function (args) {
// TODO: Finish implement of function
/**
* When the mode has changed.
* @event modeChange
* @type {object}
* @property {string} mode - Short string representing the new mode
*/
if (bonkAPI.events.hasEvent["modeChange"]) {
var sendObj = { mode: args[1]["mo"] };
bonkAPI.events.fireEvent("modeChange", sendObj);
}
return args;
};
bonkAPI.send_RoundsChange = function (args) {
// TODO: Finish implement of function
return args;
};
bonkAPI.send_MapDelete = function (args) {
// TODO: Finish implement of function
return args;
};
/**
* Called when user changes map.
* @function send_MapSwitch
* @param {JSON} args - Packet received by websocket.
* @returns {JSON} arguements
*/
bonkAPI.send_MapSwitch = function (args) {
// *Using mapSwitch to stick with other bonkAPI.events using "change"
/**
* When the map has changed.
* @event mapSwitch
* @type {object}
* @property {string} mapData - String with the data of the map
*/
if (bonkAPI.events.hasEvent["mapSwitch"]) {
var sendObj = { mapData: args[1]["m"] };
bonkAPI.events.fireEvent("mapSwitch", sendObj);
}
return args;
};
bonkAPI.send_OtherTeamChange = function (args) {
// TODO: Finish implement of function
return args;
};
bonkAPI.send_MapSuggest = function (args) {
// TODO: Finish implement of function
return args;
};
bonkAPI.send_Balance = function (args) {
// TODO: Finish implement of function
return args;
};
bonkAPI.send_TeamSetting = function (args) {
// TODO: Finish implement of function
return args;
};
bonkAPI.send_ArmRecord = function (args) {
// TODO: Finish implement of function
return args;
};
bonkAPI.send_HostChange = function (args) {
// TODO: Finish implement of function
return args;
};
bonkAPI.send_Friended = function (args) {
// TODO: Finish implement of function
return args;
};
bonkAPI.send_CountdownStart = function (args) {
// TODO: Finish implement of function
return args;
};
bonkAPI.send_CountdownAbort = function (args) {
// TODO: Finish implement of function
return args;
};
bonkAPI.send_XPRequest = function (args) {
// TODO: Finish implement of function
return args;
};
bonkAPI.send_MapVote = function (args) {
// TODO: Finish implement of function
return args;
};
bonkAPI.send_InGameInform = function (args) {
// TODO: Finish implement of function
return args;
};
bonkAPI.send_PreVoteGet = function (args) {
// TODO: Finish implement of function
return args;
};
bonkAPI.send_Tabbed = function (args) {
// TODO: Finish implement of function
return args;
};
bonkAPI.send_NoHostSwap = function (args) {
// TODO: Finish implement of function
return args;
};
window.XMLHttpRequest.prototype.open = function (_, url) {
if (url.includes("scripts/login_legacy")) {
bonkAPI.isLoggingIn = true;
}
//? Could check for other post requests but not necessary
bonkAPI.originalXMLOpen.call(this, ...arguments);
};
window.XMLHttpRequest.prototype.send = function (data) {
if (bonkAPI.isLoggingIn) {
this.onreadystatechange = function () {
if (this.readyState == 4) {
bonkAPI.myToken = JSON.parse(this.response)["token"];
}
};
bonkAPI.isLoggingIn = false;
}
bonkAPI.originalXMLSend.call(this, ...arguments);
};
// *Injecting code into src
bonkAPI.injector = function (src) {
let newSrc = src;
//! Inject capZoneEvent fire
let orgCode = `K$h[9]=K$h[0][0][K$h[2][138]]()[K$h[2][115]];`;
let newCode = `
K$h[9]=K$h[0][0][K$h[2][138]]()[K$h[2][115]];
bonkAPI_capZoneEventTry: try {
// Initialize
let inputState = z0M[0][0];
let currentFrame = inputState.rl;
let playerID = K$h[0][0].m_userData.arrayID;
let capID = K$h[1];
let sendObj = { capID: capID, playerID: playerID, currentFrame: currentFrame };
if (window.bonkAPI.events.hasEvent["capZoneEvent"]) {
window.bonkAPI.events.fireEvent("capZoneEvent", sendObj);
}
} catch(err) {
console.error("ERROR: capZoneEvent");
console.error(err);
}`;
newSrc = newSrc.replace(orgCode, newCode);
//! Inject stepEvent fire
orgCode = `return z0M[720];`;
newCode = `
bonkAPI_stepEventTry: try {
let inputStateClone = JSON.parse(JSON.stringify(z0M[0][0]));
let currentFrame = inputStateClone.rl;
let gameStateClone = JSON.parse(JSON.stringify(z0M[720]));
let sendObj = { inputState: inputStateClone, gameState: gameStateClone, currentFrame: currentFrame };
if (window.bonkAPI.events.hasEvent["stepEvent"]) {
window.bonkAPI.events.fireEvent("stepEvent", sendObj);
}
} catch(err) {
console.error("ERROR: stepEvent");
console.error(err);
}
return z0M[720];`;
newSrc = newSrc.replace(orgCode, newCode);
//! Inject frameIncEvent fire
//TODO: update to bonk 49
orgCode = `Y3z[8]++;`;
newCode = `
Y3z[8]++;
bonkAPI_frameIncEventTry: try {
if (window.bonkAPI.events.hasEvent["frameIncEvent"]) {
var sendObj = { frame: Y3z[8], gameStates: o3x[7] };
window.bonkAPI.events.fireEvent("frameIncEvent", sendObj);
}
} catch(err) {
console.error("ERROR: frameIncEvent");
console.error(err);
}`;
// newSrc = newSrc.replace(orgCode, newCode);
return newSrc;
};
// Compatibility with Excigma's code injector userscript
if (!window.bonkCodeInjectors) window.bonkCodeInjectors = [];
window.bonkCodeInjectors.push((bonkCode) => {
try {
return bonkAPI.injector(bonkCode);
} catch (error) {
alert(`Injecting failed, BonkAPI may lose some functionality. This may be due to an update by Chaz.`);
throw error;
}
});
// TODO: these could be dangerous, maybe add some sanitization
// *Send a packet to server
/**
* Sends the given packet to bonk servers.
* @function bonkAPI.sendPacket
* @param {string} packet - Packet to send to bonk
*/
bonkAPI.sendPacket = function (packet) {
if (bonkAPI.bonkWSS != 0) {
bonkAPI.bonkWSS.send(packet);
}
};
// *Make client receive a packet
/**
* Makes your client receive the given packet.
* @function bonkAPI.receivePacket
* @param {string} packet - Packet that is received
*/
bonkAPI.receivePacket = function (packet) {
if (bonkAPI.bonkWSS != 0) {
bonkAPI.bonkWSS.onmessage({ data: packet });
}
};
bonkHUD.createWindow = function (windowName, windowContent, opts = {}) {
//* leaving this for backwards compatability fr
let id = "bonkHUD_window_" + windowName;
let modVersion = "1.0.0";
if(opts.hasOwnProperty("windowId")) {
id = opts.windowId
}
if(opts.hasOwnProperty("modVersion")) {
modVersion = opts.modVersion
}
if(opts.hasOwnProperty("bonkLIBVersion")) {
if(opts.bonkLIBVersion != bonkLIB.version) {
if(typeof opts.bonkLIBVersion === 'string') {
if(opts.bonkLIBVersion.substring(0, opts.bonkLIBVersion.lastIndexOf(".")) != bonkLIB.version.substring(0, bonkLIB.version.lastIndexOf(".")))
alert(windowName + " may not be compatible with current version of BonkLIB ("+opts.bonkLIBVersion+" =/= "+bonkLIB.version+")");
console.log(windowName + " may not be compatible with current version of BonkLIB ("+opts.bonkLIBVersion+" =/= "+bonkLIB.version+")");
}
else {
alert("Version is incompatible, please check with mod maker to fix");
}
}
}
//! ignoring for now
/*if(opts.hasOwnProperty("bonkVersion")) {
}*/
let idCounter = 0
while(document.getElementById(id) != null) {
id = "bonkHUD_window_" + windowName + idCounter
idCounter++
}
//(name, id, recVersion, bodyHTML, settingElement = 0) {
let ind = bonkHUD.settingsHold.length;
bonkHUD.settingsHold.push(id)
bonkHUD.windowHold[ind] = { id: id };
bonkHUD.windowHold[ind] = bonkHUD.getUISetting(ind)
// Create Settings controller
let fullSettingsDiv = document.createElement("div");
bonkHUD.createWindowControl(ind, fullSettingsDiv);
if(opts.hasOwnProperty("settingsContent")) {
bonkHUD.createSettingsControl(opts.settingsContent, fullSettingsDiv);
}
bonkHUD.createMenuHeader(windowName, fullSettingsDiv, modVersion);
//! POSSIBLY MOVE EVERYTHING ABOVE TO createMod TO MAKE CLEANER BUT NOT BACKWARDS COMPATIBLE
// Create the main container 'dragItem'
let dragItem = document.createElement("div");
dragItem.classList.add("bonkhud-window-container");
dragItem.classList.add("bonkhud-background-color");
dragItem.classList.add("windowShadow");
dragItem.id = id + "-drag";
dragItem.style.overflowX = "hidden";
dragItem.style.overflowY = "hidden";
dragItem.style.bottom = bonkHUD.windowHold[ind].bottom; //top ? top : "0";
dragItem.style.right = bonkHUD.windowHold[ind].right; //left ? left : "0";
dragItem.style.width = bonkHUD.windowHold[ind].width; //width ? width : "172";
dragItem.style.height = bonkHUD.windowHold[ind].height; //height ? height : minHeight;
//dragItem.style.minHeight = minHeight; // Minimum height to prevent deformation
dragItem.style.display = bonkHUD.windowHold[ind].display;
dragItem.style.visibility = "visible";
dragItem.style.opacity = bonkHUD.windowHold[ind].opacity;
let dragNW = document.createElement("div");
dragNW.classList.add("bonkhud-resizer");
dragNW.classList.add("north-west");
let dragNE = document.createElement("div");
dragNE.classList.add("bonkhud-resizer");
dragNE.classList.add("north-east");
let dragSE = document.createElement("div");
dragSE.classList.add("bonkhud-resizer");
dragSE.classList.add("south-east");
let dragSW = document.createElement("div");
dragSW.classList.add("bonkhud-resizer");
dragSW.classList.add("south-west");
// Create the header
let header = document.createElement("div");
header.classList.add("bonkhud-drag-header");
header.classList.add("newbonklobby_boxtop");
header.classList.add("newbonklobby_boxtop_classic");
header.classList.add("bonkhud-header-color");
header.style.borderRadius = "0px";
header.style.visibility = "visible";
// Create the title span
let title = document.createElement("span");
title.classList.add("bonkhud-drag-header");
title.classList.add("bonkhud-title-color");
title.textContent = windowName;
title.style.flexGrow = "1";
title.style.textAlign = "center";
// Create the resize button
let openCloseButton = document.createElement("div");
openCloseButton.classList.add("bonkhud-header-button");
openCloseButton.classList.add("bonkhud-title-color");
openCloseButton.classList.add("bonkhud-resize");
openCloseButton.innerText = "△"; // Use an appropriate icon or text
openCloseButton.style.fontSize = "15px";
openCloseButton.style.lineHeight = "25px";
openCloseButton.style.textIndent = "5px";
openCloseButton.style.cursor = "cell";
let closeButton = document.createElement("div");
closeButton.classList.add("bonkhud-header-button");
closeButton.classList.add("bonkhud-title-color");
closeButton.innerText = "_"; // Use an appropriate icon or text
closeButton.style.lineHeight = "9px";
closeButton.style.right = "3px";
closeButton.style.cursor = "pointer";
// Append the title and resize button to the header
header.appendChild(title);
header.appendChild(openCloseButton);
header.appendChild(closeButton);
// Append the header to the dragItem
dragItem.appendChild(dragNW);
dragItem.appendChild(dragNE);
dragItem.appendChild(dragSE);
dragItem.appendChild(dragSW);
dragItem.appendChild(header);
// Create the key table
windowContent.id = id;
windowContent.classList.add("bonkhud-text-color");
windowContent.classList.add("bonkhud-scrollbar-kit");
windowContent.classList.add("bonkhud-scrollbar-other");
windowContent.style.overflowY = "scroll";
windowContent.style.padding = "5px";
windowContent.style.width = "calc(100% - 10px)";
windowContent.style.height = "calc(100% - 42px)"; // Adjusted height for header
// Append the content to the dragItem
dragItem.appendChild(windowContent);
// Append the dragItem to the body of the page
document.body.appendChild(dragItem);
closeButton.addEventListener('click', (e) => {
dragItem.style.display = "none";
let visCheck = document.getElementById(id + "-visibility-check");
visCheck.checked = false;
bonkHUD.windowHold[ind].display = dragItem.style.display;
bonkHUD.saveUISetting(ind);
});
// Add event listeners for dragging
dragItem.addEventListener('mousedown', (e) => bonkHUD.dragStart(e, dragItem, ind));
// Add event listeners for resizing
openCloseButton.addEventListener('mousedown', (e) => {
if(openCloseButton.innerText == "△") {
dragItem.style.visibility = "hidden";
header.style.borderRadius = "8px";
openCloseButton.innerText = "▽";
} else {
dragItem.style.visibility = "visible";
header.style.borderRadius = "0px";
openCloseButton.innerText = "△";
}
});
dragNW.addEventListener('mousedown', (e) => bonkHUD.startResizing(e, dragItem, "nw", ind));
dragNE.addEventListener('mousedown', (e) => bonkHUD.startResizing(e, dragItem, "ne", ind));
dragSE.addEventListener('mousedown', (e) => bonkHUD.startResizing(e, dragItem, "se", ind));
dragSW.addEventListener('mousedown', (e) => bonkHUD.startResizing(e, dragItem, "sw", ind));
bonkHUD.updateStyleSettings(); //! probably slow but it works, its not like someone will have 100's of windows
return ind;
};
bonkHUD.createMod = function (modName, opts = {}) {
if(opts.hasOwnProperty("bonkLIBVersion")) {
if(opts.bonkLIBVersion != bonkLIB.version) {
if(typeof opts.bonkLIBVersion === 'string') {
if(opts.bonkLIBVersion.substring(0, opts.bonkLIBVersion.lastIndexOf(".")) != bonkLIB.version.substring(0, bonkLIB.version.lastIndexOf(".")))
alert(windowName + " may not be compatible with current version of BonkLIB ("+opts.bonkLIBVersion+" =/= "+bonkLIB.version+")");
console.log(windowName + " may not be compatible with current version of BonkLIB ("+opts.bonkLIBVersion+" =/= "+bonkLIB.version+")");
}
else {
alert("Version is incompatible, please check with mod maker to fix");
}
}
}
if(opts.hasOwnProperty("noWindow") && opts.noWindow) {
let id = modName;
let modVersion = "1.0.0";
if(opts.hasOwnProperty("modVersion")) {
modVersion = opts.modVersion;
}
let ind = bonkHUD.settingsHold.length;
bonkHUD.settingsHold.push(id)
// Create Settings controller
let fullSettingsDiv = document.createElement("div");
if(opts.hasOwnProperty("settingsContent")) {
bonkHUD.createSettingsControl(opts.settingsContent, fullSettingsDiv);
}
bonkHUD.createMenuHeader(modName, fullSettingsDiv, modVersion);
return ind;
} else {
if(opts.hasOwnProperty("windowContent")) {
return bonkHUD.createWindow(modName, opts.windowContent, opts);
}
}
};
bonkHUD.dragStart = function (e, dragItem, ind) {
bonkHUD.focusWindow(dragItem);
// Prevents dragging from starting on the opacity slider
if (e.target.classList.contains("bonkhud-drag-header") && !e.target.classList.contains("bonkhud-resize")) {
let startX = e.clientX;
let startY = e.clientY;
let startRight = parseInt(window.getComputedStyle(dragItem).right, 10);
let startBottom = parseInt(window.getComputedStyle(dragItem).bottom, 10);
const boundDragMove = bonkHUD.dragMove.bind(null, startX, startY, startRight, startBottom, dragItem);
document.addEventListener('mousemove', boundDragMove);
document.addEventListener('mouseup', () => bonkHUD.dragEnd(boundDragMove, dragItem, ind), { once: true });
}
};
bonkHUD.dragMove = function (startX, startY, startRight, startBottom, dragItem, e) {
let w = parseFloat(window.getComputedStyle(dragItem).width) / 2;
let h = parseFloat(window.getComputedStyle(dragItem).height) / 2;
let moveX = bonkHUD.clamp(startRight + startX - e.clientX, -w, window.innerWidth - w);
let moveY = bonkHUD.clamp(startBottom + startY - e.clientY, -h, window.innerHeight - h * 2 + 15);
dragItem.style.right = bonkHUD.pxTorem(moveX) + "rem";
dragItem.style.bottom = bonkHUD.pxTorem(moveY) + "rem";
};
bonkHUD.dragEnd = function (dragMoveFn, dragItem, ind) {
document.removeEventListener('mousemove', dragMoveFn);
bonkHUD.windowHold[ind].width = dragItem.style.width;
bonkHUD.windowHold[ind].height = dragItem.style.height;
bonkHUD.windowHold[ind].bottom = dragItem.style.bottom;
bonkHUD.windowHold[ind].right = dragItem.style.right;
bonkHUD.saveUISetting(ind);
};
// !Right now only useful for mods that have a setting that **only**
// !needs to be read from
bonkHUD.saveModSetting = function (ind, obj) {
let save_id = 'bonkHUD_Mod_Setting_' + bonkHUD.settingsHold[ind];
localStorage.setItem(save_id, JSON.stringify(obj));
};
bonkHUD.getModSetting = function (ind) {
let save_id = 'bonkHUD_Mod_Setting_' + bonkHUD.settingsHold[ind];
let setting = JSON.parse(localStorage.getItem(save_id));
if (!setting) {
// !let mod maker handle it
return null;
}
return setting;
};
/*bonkHUD.loadModSetting = function (id) {
let windowElement = document.getElementById(id + "-drag");
if (windowElement) {
Object.assign(windowElement.style, bonkHUD.getUISetting(id));
} else {
console.log(`bonkHUD.loadModSetting: Window element not found for id: ${id}. Please ensure the window has been created.`);
}
};*/
bonkHUD.resetModSetting = function (ind) {
try {
let save_id = 'bonkHUD_Mod_Setting_' + bonkHUD.settingsHold[ind];
localStorage.removeItem(save_id);
//Object.assign(windowElement.style, bonkHUD.getUISetting(id));
} catch(er) {
console.log(`bonkHUD.resetModSetting: Settings for ${bonkHUD.settingsHold[ind]} were not found.`);
}
};
bonkHUD.createSettingsControl = function (settingsElement, element) {
element.appendChild(settingsElement)
//bonkHUD.settingsHold[ind].settings.appendChild(settingsElement);
};
// Function to start resizing the UI
bonkHUD.startResizing = function (e, dragItem, dir, ind) {
e.stopPropagation(); // Prevent triggering dragStart for dragItem
let startX = e.clientX;
let startY = e.clientY;
let windowX = parseInt(window.getComputedStyle(dragItem).right, 10);
let windowY = parseInt(window.getComputedStyle(dragItem).bottom, 10);
let startWidth = parseInt(window.getComputedStyle(dragItem).width, 10);
let startHeight = parseInt(window.getComputedStyle(dragItem).height, 10);
function doResize(e) {
bonkHUD.resizeMove(e, startX, startY, windowX, windowY, startWidth, startHeight, dragItem, dir);
}
function stopResizing() {
bonkHUD.resizeEnd(doResize, dragItem, ind);
}
document.addEventListener('mousemove', doResize);
document.addEventListener('mouseup', stopResizing, { once: true });
};
// Function to handle the resize event
bonkHUD.resizeMove = function (e, startX, startY, windowX, windowY, startWidth, startHeight, dragItem, dir) {
let newWidth = 0;
let newHeight = 0;
if(dir == "nw") {
newWidth = startWidth - (e.clientX - startX);
newHeight = startHeight - (e.clientY - startY);
dragItem.style.height = bonkHUD.pxTorem(Math.max(30, newHeight)) + 'rem';
dragItem.style.width = bonkHUD.pxTorem(Math.max(154, newWidth)) + 'rem';
} else if(dir == "sw") {
newWidth = startWidth - (e.clientX - startX);
newHeight = startHeight + (e.clientY - startY);
dragItem.style.height = bonkHUD.pxTorem(Math.max(30, newHeight)) + 'rem';
dragItem.style.bottom = bonkHUD.pxTorem(windowY - (newHeight < 30 ? 30 - startHeight : e.clientY - startY)) + 'rem';
dragItem.style.width = bonkHUD.pxTorem(Math.max(154, newWidth)) + 'rem';
} else if(dir == "ne") {
newWidth = startWidth + (e.clientX - startX);
newHeight = startHeight - (e.clientY - startY);
dragItem.style.height = bonkHUD.pxTorem(Math.max(30, newHeight)) + 'rem';
dragItem.style.width = bonkHUD.pxTorem(Math.max(154, newWidth)) + 'rem';
dragItem.style.right = bonkHUD.pxTorem(windowX - (newWidth < 154 ? 154 - startWidth : e.clientX - startX)) + 'rem';
} else {
newWidth = startWidth + (e.clientX - startX);
newHeight = startHeight + (e.clientY - startY);
dragItem.style.height = bonkHUD.pxTorem(Math.max(30, newHeight)) + 'rem';
dragItem.style.bottom = bonkHUD.pxTorem(windowY - (newHeight < 30 ? 30 - startHeight : e.clientY - startY)) + 'rem';
dragItem.style.width = bonkHUD.pxTorem(Math.max(154, newWidth)) + 'rem';
dragItem.style.right = bonkHUD.pxTorem(windowX - (newWidth < 154 ? 154 - startWidth : e.clientX - startX)) + 'rem';
}
};
// Function to stop the resize event
bonkHUD.resizeEnd = function (resizeMoveFn, dragItem, ind) {
document.removeEventListener('mousemove', resizeMoveFn);
//let ind = bonkHUD.getWindowIndexByID(dragItem.id.substring(0, dragItem.id.length - 5));
bonkHUD.windowHold[ind].width = dragItem.style.width;
bonkHUD.windowHold[ind].height = dragItem.style.height;
bonkHUD.windowHold[ind].bottom = dragItem.style.bottom;
bonkHUD.windowHold[ind].right = dragItem.style.right;
bonkHUD.saveUISetting(ind);
};
bonkHUD.saveStyleSettings = function () {
localStorage.setItem('bonkHUD_Style_Settings', JSON.stringify(bonkHUD.styleHold));
};
bonkHUD.exportStyleSettings = function() {
let exportStyleHold = [];
for(let prop in bonkHUD.styleHold) {
exportStyleHold.push(bonkHUD.styleHold[prop].color);
}
let out = JSON.stringify(exportStyleHold);
let save = new File([out], "bonkHUDStyle-" + Date.now() + ".style", {type: 'text/plain',});
let url = URL.createObjectURL(save);
let link = document.createElement("a");
link.href = url;
link.download = save.name;
document.body.appendChild(link);
link.click();
document.body.removeChild(link);
window.URL.revokeObjectURL(url);
}
bonkHUD.importStyleSettings = function(event) {
if(!event || !event.target || !event.target.files || event.target.files.length === 0) {
return;
}
let fileReader = new FileReader();
fileReader.addEventListener("load", (e) => {
let tempStyleHold = {};
try {
let temp = JSON.parse(e.target.result);
let i = 0;
for(let prop in bonkHUD.styleHold) {
tempStyleHold[prop] = {};
tempStyleHold[prop].class = bonkHUD.styleHold[prop].class;
tempStyleHold[prop].css = bonkHUD.styleHold[prop].css;
if(typeof temp[i] == "string" && temp[i].charAt(0) === "#" && !isNaN(Number("0x" + temp[i].substring(1, 7)))) {
tempStyleHold[prop].color = temp[i];
} else {
throw new Error("Incorrect style input");
}
i++;
}
bonkHUD.loadStyleSettings(tempStyleHold);
bonkHUD.updateStyleSettings();
bonkHUD.saveStyleSettings();
} catch (er) {
alert(er);
}
}, false);
//let file = event.target.files[0];
fileReader.readAsText(event.target.files[0]);
}
bonkHUD.loadStyleSettings = function (settings) {
if(!settings) {
settings = JSON.parse(localStorage.getItem('bonkHUD_Style_Settings'));
}
if (settings) {
bonkHUD.styleHold = {};
for (let prop in settings) {
bonkHUD.styleHold[prop] = settings[prop];
}
}
else {
bonkHUD.resetStyleSettings();
}
};
bonkHUD.resetStyleSettings = function () {
localStorage.removeItem('bonkHUD_Style_Settings');
//Add bonkhud to key for class name
bonkHUD.styleHold = {
backgroundColor: {class:"bonkhud-background-color", css:"background-color", color:"#cfd8cd"},
borderColor: {class:"bonkhud-border-color", css:"border-color", color:"#b4b8ae"},
headerColor: {class:"bonkhud-header-color", css:"background-color", color:"#009688"},
titleColor: {class:"bonkhud-title-color", css:"color", color:"#ffffff"},
textColor: {class:"bonkhud-text-color", css:"color", color:"#000000"},
secondaryTextColor: {class:"bonkhud-secondary-text-color", css:"color", color:"#505050"},
buttonColor: {class:"bonkhud-button-color", css:"background-color", color:"#bcc4bb"},
buttonColorHover: {class:"bonkhud-button-color-hover", css:"background-color", color:"#acb9ad"},
};
};
bonkHUD.updateStyleSettings = function () {
for(let prop in bonkHUD.styleHold) {
try {
let colorEdit = document.getElementById("bonkhud-" + prop + "-edit");
colorEdit.value = bonkHUD.styleHold[prop].color;
} catch (er) {
console.log("Element bonkhud-" + prop + "-edit does not exist");
}
if(prop == "buttonColorHover")
continue;
else if(prop == "headerColor") {
let elements = document.getElementsByClassName(bonkHUD.styleHold[prop].class);
for (let j = 0; j < elements.length; j++) {
elements[j].style.setProperty(bonkHUD.styleHold[prop].css, bonkHUD.styleHold[prop].color, "important");
}
continue;
}
else {
let elements = document.getElementsByClassName(bonkHUD.styleHold[prop].class);
for (let j = 0; j < elements.length; j++) {
elements[j].style.setProperty(bonkHUD.styleHold[prop].css, bonkHUD.styleHold[prop].color);
}
}
}
};
bonkHUD.saveUISetting = function (ind) {
let save_id = 'bonkHUD_Setting_' + bonkHUD.windowHold[ind].id;
localStorage.setItem(save_id, JSON.stringify(bonkHUD.windowHold[ind]));
};
bonkHUD.getUISetting = function (ind) {
let save_id = 'bonkHUD_Setting_' + bonkHUD.windowHold[ind].id;
let setting = JSON.parse(localStorage.getItem(save_id));
if (!setting) {
setting = {
id: bonkHUD.windowHold[ind].id,
width: "154px",
height: "100px",
bottom: "0rem",
right: "0rem",
opacity: "1",
display: "block",
}
}
return setting;
};
bonkHUD.loadUISetting = function (ind) {
let windowElement = document.getElementById(bonkHUD.windowHold[ind].id + "-drag");
if (windowElement) {
Object.assign(windowElement.style, bonkHUD.getUISetting(ind));
} else {
console.log(`bonkHUD.loadUISetting: Window element not found for id: ${bonkHUD.windowHold[ind].id}. Please ensure the window has been created.`);
}
};
bonkHUD.resetUISetting = function (ind) {
let windowElement = document.getElementById(bonkHUD.windowHold[ind].id + "-drag");
if (windowElement) {
let save_id = 'bonkHUD_Setting_' + bonkHUD.windowHold[ind].id;
localStorage.removeItem(save_id);
Object.assign(windowElement.style, bonkHUD.getUISetting(ind));
} else {
console.log(`bonkHUD.resetUISetting: Window element not found for id: ${bonkHUD.windowHold[ind].id}. Please ensure the window has been created.`);
}
};
//! Eventually change ID to Id
bonkHUD.getWindowIndexByID = function (id) {
for (let i = 0; i < bonkHUD.windowHold.length; i++) {
if (bonkHUD.windowHold[i].id == id) {
return i;
}
}
return -1;
};
bonkHUD.getWindowIdByIndex = function (ind) {
return bonkHUD.windowHold[ind].id
}
bonkHUD.getElementByIndex = function (ind) {
return document.getElementById(bonkHUD.windowHold[ind].id)
}
bonkHUD.clamp = function (val, min, max) {
//? supposedly faster than Math.max/min
if (val > min) {
if (val < max) {
return val;
}
else {
return max;
}
}
return min;
};
bonkHUD.pxTorem = function (px) {
return px / parseFloat(getComputedStyle(document.documentElement).fontSize);
};
bonkHUD.remTopx = function (rem) {
return rem * parseFloat(getComputedStyle(document.documentElement).fontSize);
};
bonkHUD.generateButton = function (name) {
let newButton = document.createElement("div");
newButton.classList.add("bonkhud-button-color");
newButton.classList.add("bonkhud-text-color");
newButton.style.cursor = "pointer";
newButton.style.borderRadius = "3px";
newButton.style.textAlign = "center";
newButton.style.backgroundColor = bonkHUD.styleHold.buttonColor.color;
newButton.innerText = name;
newButton.addEventListener('mouseover', (e) => {
e.target.style.backgroundColor = bonkHUD.styleHold.buttonColorHover.color;
});
newButton.addEventListener('mouseleave', (e) => {
e.target.style.backgroundColor = bonkHUD.styleHold.buttonColor.color;
});
return newButton;
}
bonkHUD.generateSection = function () {
let sliderRow = document.createElement("div");
sliderRow.classList.add("bonkhud-settings-row");
sliderRow.classList.add("bonkhud-border-color");
return sliderRow;
}
bonkHUD.initialize = function () {
//bonkHUD.stylesheet = document.createElement("style");
let settingsMenu = document.createElement("div");
settingsMenu.id = "bonkhud-settings";
settingsMenu.classList.add("bonkhud-background-color");
settingsMenu.classList.add("windowShadow");
settingsMenu.style.position = "absolute";
settingsMenu.style.top = "0";
settingsMenu.style.left = "0";
settingsMenu.style.right = "0";
settingsMenu.style.bottom = "0";
settingsMenu.style.width = "60%";//bonkHUD.pxTorem(450) + "rem";
settingsMenu.style.height = "75%";//bonkHUD.pxTorem(385) + "rem";
settingsMenu.style.fontFamily = "futurept_b1";
settingsMenu.style.margin = "auto";
settingsMenu.style.borderRadius = "8px";
//settingsMenu.style.outline = "3000px solid rgba(0,0,0,0.30)";
settingsMenu.style.pointerEvents = "auto";
settingsMenu.style.zIndex = "9992";
settingsMenu.style.visibility = "hidden";
// Create the header
let header = document.createElement("div");
header.classList.add("newbonklobby_boxtop");
header.classList.add("newbonklobby_boxtop_classic");
header.classList.add("bonkhud-header-color");
// Create the title span
let title = document.createElement("span");
title.classList.add("bonkhud-title-color");
title.textContent = "BonkHUD Settings";
title.style.flexGrow = "1";
title.style.textAlign = "center";
let closeButton = document.createElement("div");
closeButton.classList.add("bonkhud-header-button");
closeButton.classList.add("bonkhud-title-color");
closeButton.innerText = "_"; // Use an appropriate icon or text
closeButton.style.lineHeight = "9px";
closeButton.style.right = "3px";
closeButton.style.cursor = "pointer";
let containerContainer = document.createElement("div");
containerContainer.classList.add("bonkhud-text-color");
containerContainer.style.overflowX = "hidden";
containerContainer.style.overflowY = "hidden";
containerContainer.style.display = "flex";
containerContainer.style.width = "100%";
containerContainer.style.height = "calc(100% - 32px)"; // Adjusted height for header
let windowSettingsContainer = document.createElement("div");
windowSettingsContainer.id = "bonkhud-window-settings-container";
windowSettingsContainer.classList.add("bonkhud-border-color");
windowSettingsContainer.classList.add("bonkhud-scrollbar-kit");
windowSettingsContainer.classList.add("bonkhud-scrollbar-other");
windowSettingsContainer.style.width = "35%";
windowSettingsContainer.style.overflowY = "scroll";
windowSettingsContainer.style.height = "100%";
windowSettingsContainer.style.borderRight = "1px solid";
let settingsContainer = document.createElement("div");
settingsContainer.classList.add("bonkhud-scrollbar-kit");
settingsContainer.classList.add("bonkhud-scrollbar-other");
settingsContainer.id = "bonkhud-settings-container";
settingsContainer.style.overflowY = "scroll";
settingsContainer.style.width = "65%";
settingsContainer.style.float = "right";
settingsContainer.style.height = "100%";
// Create holder for mainSettings and styleSettings
let generalSettingsDiv = document.createElement("div");
let mainSettingsDiv = document.createElement("div");
mainSettingsDiv.classList.add("bonkhud-border-color")
mainSettingsDiv.classList.add("bonkhud-settings-row");
let mainSettingsHeading = document.createElement("div");
mainSettingsHeading.classList.add("bonkhud-text-color");
mainSettingsHeading.style.fontSize = "1.2rem";
mainSettingsHeading.style.marginBottom = "5px";
mainSettingsHeading.textContent = "Main Settings";
let mainSettingsAdHideLabel = document.createElement("label");
mainSettingsAdHideLabel.classList.add("bonkhud-text-color");
mainSettingsAdHideLabel.classList.add("bonkhud-settings-label");
mainSettingsAdHideLabel.style.marginRight = "5px";
mainSettingsAdHideLabel.innerText = "Hide Ads";
let mainSettingsAdHide = document.createElement("input");
mainSettingsAdHide.type = "checkbox";
mainSettingsAdHide.checked = false;
let styleResetDiv = document.createElement("div");
styleResetDiv.style.marginTop = "5px";
let styleResetLabel = document.createElement("label");
styleResetLabel.classList.add("bonkhud-text-color");
styleResetLabel.classList.add("bonkhud-settings-label");
styleResetLabel.style.marginRight = "5px";
styleResetLabel.innerText = "Reset Style";
let styleResetButton = bonkHUD.generateButton("Reset");
styleResetButton.style.paddingLeft = "5px";
styleResetButton.style.paddingRight = "5px";
styleResetButton.style.display = "inline-block";
let styleExportDiv = document.createElement("div");
styleExportDiv.style.marginTop = "5px";
let styleExportLabel = document.createElement("label");
styleExportLabel.classList.add("bonkhud-text-color");
styleExportLabel.classList.add("bonkhud-settings-label");
styleExportLabel.style.marginRight = "5px";
styleExportLabel.innerText = "Export Style";
let styleExportButton = bonkHUD.generateButton("Export");
styleExportButton.style.paddingLeft = "5px";
styleExportButton.style.paddingRight = "5px";
styleExportButton.style.display = "inline-block";
let styleImportDiv = document.createElement("div");
styleImportDiv.style.marginTop = "5px";
let styleImportLabel = document.createElement("label");
styleImportLabel.classList.add("bonkhud-text-color");
styleImportLabel.classList.add("bonkhud-settings-label");
styleImportLabel.style.marginRight = "5px";
styleImportLabel.innerText = "Import Style";
let styleImportButton = bonkHUD.generateButton("Import");
styleImportButton.style.paddingLeft = "5px";
styleImportButton.style.paddingRight = "5px";
styleImportButton.style.display = "inline-block";
let styleImportInput = document.createElement("input");
styleImportInput.setAttribute("type", "file");
styleImportInput.setAttribute("accept", ".style");
styleImportInput.setAttribute("multiple", "");
styleImportInput.setAttribute("onChange", "bonkHUD.importStyleSettings(event);this.value=null");
styleImportInput.style.display = "none";
let styleSettingsDiv = document.createElement("div");
styleSettingsDiv.classList.add("bonkhud-border-color")
styleSettingsDiv.classList.add("bonkhud-settings-row");
let styleSettingsHeading = document.createElement("div");
styleSettingsHeading.classList.add("bonkhud-text-color");
styleSettingsHeading.style.fontSize = "1.2rem";
styleSettingsHeading.style.marginBottom = "5px";
styleSettingsHeading.textContent = "Style Settings";
mainSettingsDiv.appendChild(mainSettingsHeading);
mainSettingsDiv.appendChild(mainSettingsAdHideLabel);
mainSettingsDiv.appendChild(mainSettingsAdHide);
// Append children of style settings to rows
styleResetDiv.appendChild(styleResetLabel);
styleResetDiv.appendChild(styleResetButton);
styleExportDiv.appendChild(styleExportLabel);
styleExportDiv.appendChild(styleExportButton);
styleImportDiv.appendChild(styleImportLabel);
styleImportDiv.appendChild(styleImportButton);
styleImportDiv.appendChild(styleImportInput);
styleSettingsDiv.appendChild(styleSettingsHeading);
styleSettingsDiv.appendChild(styleResetDiv);
styleSettingsDiv.appendChild(styleExportDiv)
styleSettingsDiv.appendChild(styleImportDiv);
let holdLeft = document.createElement("div");
holdLeft.style.display = "flex";
holdLeft.style.alignContent = "center";
let opacityLabel = document.createElement("label");
opacityLabel.classList.add("bonkhud-settings-label");
opacityLabel.textContent = "Opacity";
let opacitySlider = document.createElement("input");
opacitySlider.type = "range"; // Slider type for range selection
opacitySlider.min = "0.1"; // Minimum opacity value
opacitySlider.max = "1"; // Maximum opacity value (fully opaque)
opacitySlider.step = "0.05"; // Incremental steps for opacity adjustment
opacitySlider.value = "1"; // Default value set to fully opaque
opacitySlider.style.minWidth = "20px";
opacitySlider.style.flexGrow = "1"; // Width adjusted for the label
holdLeft.appendChild(opacityLabel);
holdLeft.appendChild(opacitySlider);
styleSettingsDiv.appendChild(holdLeft);
for (let prop in bonkHUD.styleHold) {
let colorDiv = document.createElement("div");
colorDiv.style.marginTop="5px";
let colorLabel = document.createElement("label");
colorLabel.classList.add("bonkhud-text-color");
colorLabel.classList.add("bonkhud-settings-label");
colorLabel.style.marginRight = "10px";
colorLabel.innerText = bonkHUD.styleHold[prop].class;
let colorEdit = document.createElement("input");
colorEdit.setAttribute('type', 'color');
colorEdit.id = "bonkhud-" + prop + "-edit";
colorEdit.value = bonkHUD.styleHold[prop].color;
colorEdit.style.display = "inline-block";
colorDiv.appendChild(colorLabel);
colorDiv.appendChild(colorEdit);
styleSettingsDiv.appendChild(colorDiv);
colorEdit.addEventListener('change', (e) => {
bonkHUD.styleHold[prop].color = e.target.value;
bonkHUD.saveStyleSettings();
bonkHUD.updateStyleSettings();
});
}
let topBarButtons = document.querySelectorAll("#pretty_top_bar > .niceborderleft");
//Create element in top bar
let topBarOption = document.createElement("div");
topBarOption.style.width = "58px";
topBarOption.style.height = "34px";
topBarOption.style.backgroundRepeat = "no-repeat";
topBarOption.style.backgroundPosition = "center";
topBarOption.style.position = "absolute";
topBarOption.style.right = topBarButtons.length * 58 + 1 + "px";
topBarOption.style.top = "0";
topBarOption.style.visibility = "visible";
topBarOption.style.borderBottom = "2px solid transparent";
topBarOption.style.lineHeight = "34px";
topBarOption.style.textAlign = "center";
topBarOption.style.fontFamily = "futurept_b1";
topBarOption.style.color = "#ffffff";
topBarOption.classList.add("niceborderleft");
topBarOption.classList.add("pretty_top_button");
let topBarIcon = document.createElement("span");
topBarIcon.innerText = "HUD";
// Append Header
header.appendChild(title);
header.appendChild(closeButton)
// Append everything to main container (HUD window)
containerContainer.appendChild(windowSettingsContainer);
containerContainer.appendChild(settingsContainer);
settingsMenu.appendChild(header);
settingsMenu.appendChild(containerContainer);
topBarOption.appendChild(topBarIcon);
document.getElementById('prettymenu').appendChild(settingsMenu);
//Place it before help button
document.getElementById('pretty_top_bar').appendChild(topBarOption);
// Add settings
bonkHUD.createSettingsControl(mainSettingsDiv, generalSettingsDiv);
bonkHUD.createSettingsControl(styleSettingsDiv, generalSettingsDiv);
bonkHUD.createMenuHeader("General", generalSettingsDiv);
let ind = bonkHUD.settingsHold.length;
bonkHUD.settingsHold.push("bonkhud-main-mod-setting");
let settings = { hideAds: false, opacity: "1"};
let tempSettings = bonkHUD.getModSetting(ind);
if (tempSettings != null) {
settings = tempSettings;
// Could bring into one function then call it
mainSettingsAdHide.checked = settings.hideAds;
let ad1 = window.top.document.getElementById('adboxverticalCurse');
let ad2 = window.top.document.getElementById('adboxverticalleftCurse');
if (settings.hideAds) {
ad1.style.display = "none";
ad2.style.display = "none";
} else {
ad1.style.display = "block";
ad2.style.display = "block";
}
opacitySlider.value = settings.opacity;
settingsMenu.style.opacity = settings.opacity;
}
opacitySlider.oninput = function () {
settingsMenu.style.opacity = this.value;
settings.opacity = this.value;
bonkHUD.saveModSetting(ind, settings);
};
mainSettingsAdHide.oninput = function () {
settings.hideAds = this.checked;
let ad1 = window.top.document.getElementById('adboxverticalCurse');
let ad2 = window.top.document.getElementById('adboxverticalleftCurse');
if (settings.hideAds) {
ad1.style.display = "none";
ad2.style.display = "none";
} else {
ad1.style.display = "block";
ad2.style.display = "block";
}
bonkHUD.saveModSetting(ind, settings);
}
// Make menu to control opacity + visibility visible
closeButton.addEventListener('click', (e) => {
settingsMenu.style.visibility = "hidden";
})
topBarOption.addEventListener('click', (e) => {
if (settingsMenu.style.visibility == "hidden") {
settingsMenu.style.visibility = "visible";
}
else {
settingsMenu.style.visibility = "hidden";
}
});
styleResetButton.addEventListener('click', (e) => {
bonkHUD.resetStyleSettings();
bonkHUD.updateStyleSettings();
});
styleExportButton.addEventListener('click', (e) => {
bonkHUD.updateStyleSettings();
bonkHUD.exportStyleSettings();
});
styleImportButton.addEventListener('click', (e) => {
styleImportInput.click();
});
};
bonkHUD.createMenuHeader = function (name, settingsContent, recVersion = -1) {
// Create container for the opacity controls with initial styles
let sliderRow = bonkHUD.generateSection();
// Add a title to the slider row for visual clarity
let sliderTitle = document.createElement("div");
if (recVersion === -1) {
sliderTitle.textContent = name;
} else {
sliderTitle.textContent = name + " ("+recVersion+")";
}
sliderTitle.style.marginBottom = "5px";
sliderTitle.style.fontSize = "1.2rem"; // Text size for readability
sliderTitle.style.fontWeight = "bold"; // Make the title text bold
sliderRow.appendChild(sliderTitle); // Insert the title into the slider container
//open settings in
settingsContent.prepend(sliderRow.cloneNode(true));
settingsContent.classList.add("bonkhud-mod-setting-menu");
settingsContent.style.display = "none";
document.getElementById("bonkhud-settings-container").appendChild(settingsContent);
sliderRow.addEventListener("click", (e) => {
let menus = document.getElementsByClassName("bonkhud-mod-setting-menu");
// Could make this without for loop but would need to store last menu
for (let i = 0; i < menus.length; i++) {
menus[i].style.display = "none";
}
settingsContent.style.display = "block";
let titles = document.getElementById("bonkhud-window-settings-container").children;
for (let i = 0; i < titles.length; i++) {
titles[i].children[0].style.color = bonkHUD.styleHold.textColor.color;
}
sliderTitle.style.color = bonkHUD.styleHold.secondaryTextColor.color;
});
document.getElementById("bonkhud-window-settings-container").appendChild(sliderRow);
}
bonkHUD.createWindowControl = function (ind, element) {
let sliderRow = bonkHUD.generateSection();
let holdLeft = document.createElement("div");
holdLeft.style.display = "flex";
holdLeft.style.alignContent = "center";
// Create a label for the opacity slider for accessibility
let opacityLabel = document.createElement("label");
opacityLabel.classList.add("bonkhud-settings-label");
opacityLabel.textContent = "Opacity";
holdLeft.appendChild(opacityLabel); // Add the label to the slider container
// Create the opacity slider input, configuring its range and appearance
let opacitySlider = document.createElement("input");
opacitySlider.type = "range"; // Slider type for range selection
opacitySlider.min = "0.1"; // Minimum opacity value
opacitySlider.max = "1"; // Maximum opacity value (fully opaque)
opacitySlider.step = "0.05"; // Incremental steps for opacity adjustment
opacitySlider.value = bonkHUD.windowHold[ind].opacity; // Default value set to fully opaque
opacitySlider.style.minWidth = "20px";
opacitySlider.style.flexGrow = "1"; // Width adjusted for the label
opacitySlider.oninput = function () {
let control = document.getElementById(bonkHUD.windowHold[ind].id + "-drag"); // Update the UI opacity in real-time;
control.style.opacity = this.value;
bonkHUD.windowHold[ind].opacity = control.style.opacity;
bonkHUD.saveUISetting(ind);
};
holdLeft.appendChild(opacitySlider); // Place the slider into the slider container
let holdRight = document.createElement("div");
let visibilityLabel = document.createElement("label");
visibilityLabel.classList.add("bonkhud-settings-label");
visibilityLabel.textContent = "Visible";
visibilityLabel.style.marginRight = "5px"; // Space between label and slider
visibilityLabel.style.display = "inline-block"; // Allows margin-top adjustment
visibilityLabel.style.verticalAlign = "middle";
holdRight.appendChild(visibilityLabel);
let visiblityCheck = document.createElement("input");
visiblityCheck.id = bonkHUD.windowHold[ind].id + "-visibility-check";
visiblityCheck.type = "checkbox"; // Slider type for range selection
if (bonkHUD.windowHold[ind].display == "block") {
visiblityCheck.checked = true;
}
else {
visiblityCheck.checked = false;
}
visiblityCheck.style.display = "inline-block"; // Allows margin-top adjustment
visiblityCheck.style.verticalAlign = "middle";
visiblityCheck.oninput = function () {
let control = document.getElementById(bonkHUD.windowHold[ind].id + "-drag"); // Update the UI opacity in real-time;
control.style.display = this.checked ? "block" : "none";
bonkHUD.windowHold[ind].display = control.style.display;
bonkHUD.saveUISetting(ind);
};
holdRight.appendChild(visiblityCheck); // Place the slider into the slider container
let windowResetButton = bonkHUD.generateButton("Reset");
windowResetButton.style.paddingLeft = "5px";
windowResetButton.style.paddingRight = "5px";
windowResetButton.style.display = "inline-block";
windowResetButton.addEventListener('click', (e) => {
bonkHUD.resetUISetting(ind);
bonkHUD.loadUISetting(ind);
});
sliderRow.appendChild(holdLeft);
sliderRow.appendChild(holdRight);
sliderRow.appendChild(windowResetButton);
element.appendChild(sliderRow);
//bonkHUD.settingsHold[ind].settings.appendChild(sliderRow);
};
bonkHUD.focusWindow = function (focusItem) {
let elements = document.getElementsByClassName("bonkhud-window-container");
focusItem.style.zIndex = "9991";
for (let i = 0; i < elements.length; i++) {
if (focusItem.id != elements[i].id) {
elements[i].style.zIndex = "9990";
}
}
};
//!------------------Load Complete Detection------------------
bonkLIB.onLoaded = () => {
bonkAPI.originalDrawShape = window.PIXI.Graphics.prototype.drawShape;
bonkAPI.pixiCtx = new window.PIXI.Container();
// !Map Decoder
bonkAPI.LZString = window.LZString;
bonkAPI.PSON = window.dcodeIO.PSON;
bonkAPI.bytebuffer = window.dcodeIO.ByteBuffer;
bonkAPI.textdecoder = new window.TextDecoder();
bonkAPI.textencoder = new window.TextEncoder();
bonkAPI.ISpsonpair = new window.dcodeIO.PSON.StaticPair([
"physics",
"shapes",
"fixtures",
"bodies",
"bro",
"joints",
"ppm",
"lights",
"spawns",
"lasers",
"capZones",
"type",
"w",
"h",
"c",
"a",
"v",
"l",
"s",
"sh",
"fr",
"re",
"de",
"sn",
"fc",
"fm",
"f",
"d",
"n",
"bg",
"lv",
"av",
"ld",
"ad",
"fr",
"bu",
"cf",
"rv",
"p",
"d",
"bf",
"ba",
"bb",
"aa",
"ab",
"axa",
"dr",
"em",
"mmt",
"mms",
"ms",
"ut",
"lt",
"New body",
"Box Shape",
"Circle Shape",
"Polygon Shape",
"EdgeChain Shape",
"priority",
"Light",
"Laser",
"Cap Zone",
"BG Shape",
"Background Layer",
"Rotate Joint",
"Slider Joint",
"Rod Joint",
"Gear Joint",
65535,
16777215,
]);
class bonkAPI_bytebuffer {
constructor() {
var g1d = [arguments];
this.index = 0;
this.buffer = new ArrayBuffer(100*1024);
this.view = new DataView(this.buffer);
this.implicitClassAliasArray = [];
this.implicitStringArray = [];
this.bodgeCaptureZoneDataIdentifierArray = [];
}
readByte() {
var N0H = [arguments];
N0H[4] = this.view.getUint8(this.index);
this.index += 1;
return N0H[4];
}
writeByte(z0w) {
var v8$ = [arguments];
this.view.setUint8(this.index, v8$[0][0]);
this.index += 1;
}
readInt() {
var A71 = [arguments];
A71[6] = this.view.getInt32(this.index);
this.index += 4;
return A71[6];
}
writeInt(W6i) {
var p5u = [arguments];
this.view.setInt32(this.index, p5u[0][0]);
this.index += 4;
}
readShort() {
var R1R = [arguments];
R1R[9] = this.view.getInt16(this.index);
this.index += 2;
return R1R[9];
}
writeShort(H8B) {
var d_3 = [arguments];
this.view.setInt16(this.index, d_3[0][0]);
this.index += 2;
}
readUint() {
var W2$ = [arguments];
W2$[8] = this.view.getUint32(this.index);
this.index += 4;
return W2$[8];
}
writeUint(B2X) {
var f8B = [arguments];
this.view.setUint32(this.index, f8B[0][0]);
this.index += 4;
}
readBoolean() {
var h6P = [arguments];
h6P[6] = this.readByte();
return h6P[6] == 1;
}
writeBoolean(Y3I) {
var l79 = [arguments];
if (l79[0][0]) {
this.writeByte(1);
} else {
this.writeByte(0);
}
}
readDouble() {
var V60 = [arguments];
V60[4] = this.view.getFloat64(this.index);
this.index += 8;
return V60[4];
}
writeDouble(z4Z) {
var O41 = [arguments];
this.view.setFloat64(this.index, O41[0][0]);
this.index += 8;
}
readFloat() {
var I0l = [arguments];
I0l[5] = this.view.getFloat32(this.index);
this.index += 4;
return I0l[5];
}
writeFloat(y4B) {
var B0v = [arguments];
this.view.setFloat32(this.index, B0v[0][0]);
this.index += 4;
}
readUTF() {
var d6I = [arguments];
d6I[8] = this.readByte();
d6I[7] = this.readByte();
d6I[9] = d6I[8] * 256 + d6I[7];
d6I[1] = new Uint8Array(d6I[9]);
for (d6I[6] = 0; d6I[6] < d6I[9]; d6I[6]++) {
d6I[1][d6I[6]] = this.readByte();
}
return bonkAPI.textdecoder.decode(d6I[1]);
}
writeUTF(L3Z) {
var Z75 = [arguments];
Z75[4] = bonkAPI.textencoder.encode(Z75[0][0]);
Z75[3] = Z75[4].length;
Z75[5] = Math.floor(Z75[3]/256);
Z75[8] = Z75[3] % 256;
this.writeByte(Z75[5]);
this.writeByte(Z75[8]);
Z75[7] = this;
Z75[4].forEach(I_O);
function I_O(s0Q, H4K, j$o) {
var N0o = [arguments];
Z75[7].writeByte(N0o[0][0]);
}
}
toBase64() {
var P4$ = [arguments];
P4$[4] = "";
P4$[9] = new Uint8Array(this.buffer);
P4$[8] = this.index;
for (P4$[7] = 0; P4$[7] < P4$[8]; P4$[7]++) {
P4$[4] += String.fromCharCode(P4$[9][P4$[7]]);
}
return window.btoa(P4$[4]);
}
fromBase64(W69, A8Q) {
var o0n = [arguments];
o0n[8] = window.pako;
o0n[6] = window.atob(o0n[0][0]);
o0n[9] = o0n[6].length;
o0n[4] = new Uint8Array(o0n[9]);
for (o0n[1] = 0; o0n[1] < o0n[9]; o0n[1]++) {
o0n[4][o0n[1]] = o0n[6].charCodeAt(o0n[1]);
}
if (o0n[0][1] === true) {
o0n[5] = o0n[8].inflate(o0n[4]);
o0n[4] = o0n[5];
}
this.buffer = o0n[4].buffer.slice(
o0n[4].byteOffset,
o0n[4].byteLength + o0n[4].byteOffset
);
this.view = new DataView(this.buffer);
this.index = 0;
}
}
bonkAPI.ISdecode = function (rawdata) {
rawdata_caseflipped = "";
for (i = 0; i < rawdata.length; i++) {
if (i <= 100 && rawdata.charAt(i) === rawdata.charAt(i).toLowerCase()) {
rawdata_caseflipped += rawdata.charAt(i).toUpperCase();
} else if (i <= 100 && rawdata.charAt(i) === rawdata.charAt(i).toUpperCase()) {
rawdata_caseflipped += rawdata.charAt(i).toLowerCase();
} else {
rawdata_caseflipped += rawdata.charAt(i);
}
}
data_deLZd = bonkAPI.LZString.decompressFromEncodedURIComponent(rawdata_caseflipped);
databuffer = bonkAPI.bytebuffer.fromBase64(data_deLZd);
data = bonkAPI.ISpsonpair.decode(databuffer.buffer);
return data;
};
bonkAPI.ISencode = function (obj) {
data = bonkAPI.ISpsonpair.encode(obj);
b64 = data.toBase64();
lzd = bonkAPI.LZString.compressToEncodedURIComponent(b64);
caseflipped = "";
for (i = 0; i < lzd.length; i++) {
if (i <= 100 && lzd.charAt(i) === lzd.charAt(i).toLowerCase()) {
caseflipped += lzd.charAt(i).toUpperCase();
} else if (i <= 100 && lzd.charAt(i) === lzd.charAt(i).toUpperCase()) {
caseflipped += lzd.charAt(i).toLowerCase();
} else {
caseflipped += lzd.charAt(i);
}
}
return caseflipped;
};
bonkAPI.decodeIS = function (x) {
return bonkAPI.ISdecode(x);
};
bonkAPI.encodeIS = function (x) {
return bonkAPI.ISencode(x);
};
bonkAPI.encodeMap = function (W2A) {
var M3n = [arguments];
M3n[1] = new bonkAPI_bytebuffer();
M3n[9] = M3n[0][0].physics;
M3n[0][0].v = 15;
M3n[1].writeShort(M3n[0][0].v);
M3n[1].writeBoolean(M3n[0][0].s.re);
M3n[1].writeBoolean(M3n[0][0].s.nc);
M3n[1].writeShort(M3n[0][0].s.pq);
M3n[1].writeFloat(M3n[0][0].s.gd);
M3n[1].writeBoolean(M3n[0][0].s.fl);
M3n[1].writeUTF(M3n[0][0].m.rxn);
M3n[1].writeUTF(M3n[0][0].m.rxa);
M3n[1].writeUint(M3n[0][0].m.rxid);
M3n[1].writeShort(M3n[0][0].m.rxdb);
M3n[1].writeUTF(M3n[0][0].m.n);
M3n[1].writeUTF(M3n[0][0].m.a);
M3n[1].writeUint(M3n[0][0].m.vu);
M3n[1].writeUint(M3n[0][0].m.vd);
M3n[1].writeShort(M3n[0][0].m.cr.length);
for (M3n[84] = 0; M3n[84] < M3n[0][0].m.cr.length; M3n[84]++) {
M3n[1].writeUTF(M3n[0][0].m.cr[M3n[84]]);
}
M3n[1].writeUTF(M3n[0][0].m.mo);
M3n[1].writeInt(M3n[0][0].m.dbid);
M3n[1].writeBoolean(M3n[0][0].m.pub);
M3n[1].writeInt(M3n[0][0].m.dbv);
M3n[1].writeShort(M3n[9].ppm);
M3n[1].writeShort(M3n[9].bro.length);
for (M3n[17] = 0; M3n[17] < M3n[9].bro.length; M3n[17]++) {
M3n[1].writeShort(M3n[9].bro[M3n[17]]);
}
M3n[1].writeShort(M3n[9].shapes.length);
for (M3n[80] = 0; M3n[80] < M3n[9].shapes.length; M3n[80]++) {
M3n[2] = M3n[9].shapes[M3n[80]];
if (M3n[2].type == "bx") {
M3n[1].writeShort(1);
M3n[1].writeDouble(M3n[2].w);
M3n[1].writeDouble(M3n[2].h);
M3n[1].writeDouble(M3n[2].c[0]);
M3n[1].writeDouble(M3n[2].c[1]);
M3n[1].writeDouble(M3n[2].a);
M3n[1].writeBoolean(M3n[2].sk);
}
if (M3n[2].type == "ci") {
M3n[1].writeShort(2);
M3n[1].writeDouble(M3n[2].r);
M3n[1].writeDouble(M3n[2].c[0]);
M3n[1].writeDouble(M3n[2].c[1]);
M3n[1].writeBoolean(M3n[2].sk);
}
if (M3n[2].type == "po") {
M3n[1].writeShort(3);
M3n[1].writeDouble(M3n[2].s);
M3n[1].writeDouble(M3n[2].a);
M3n[1].writeDouble(M3n[2].c[0]);
M3n[1].writeDouble(M3n[2].c[1]);
M3n[1].writeShort(M3n[2].v.length);
for (M3n[61] = 0; M3n[61] < M3n[2].v.length; M3n[61]++) {
M3n[1].writeDouble(M3n[2].v[M3n[61]][0]);
M3n[1].writeDouble(M3n[2].v[M3n[61]][1]);
}
}
}
M3n[1].writeShort(M3n[9].fixtures.length);
for (M3n[20] = 0; M3n[20] < M3n[9].fixtures.length; M3n[20]++) {
M3n[7] = M3n[9].fixtures[M3n[20]];
M3n[1].writeShort(M3n[7].sh);
M3n[1].writeUTF(M3n[7].n);
if (M3n[7].fr === null) {
M3n[1].writeDouble(Number.MAX_VALUE);
} else {
M3n[1].writeDouble(M3n[7].fr);
}
if (M3n[7].fp === null) {
M3n[1].writeShort(0);
}
if (M3n[7].fp === false) {
M3n[1].writeShort(1);
}
if (M3n[7].fp === true) {
M3n[1].writeShort(2);
}
if (M3n[7].re === null) {
M3n[1].writeDouble(Number.MAX_VALUE);
} else {
M3n[1].writeDouble(M3n[7].re);
}
if (M3n[7].de === null) {
M3n[1].writeDouble(Number.MAX_VALUE);
} else {
M3n[1].writeDouble(M3n[7].de);
}
M3n[1].writeUint(M3n[7].f);
M3n[1].writeBoolean(M3n[7].d);
M3n[1].writeBoolean(M3n[7].np);
M3n[1].writeBoolean(M3n[7].ng);
M3n[1].writeBoolean(M3n[7].ig);
}
M3n[1].writeShort(M3n[9].bodies.length);
for (M3n[37] = 0; M3n[37] < M3n[9].bodies.length; M3n[37]++) {
M3n[4] = M3n[9].bodies[M3n[37]];
M3n[1].writeUTF(M3n[4].type);
M3n[1].writeUTF(M3n[4].n);
M3n[1].writeDouble(M3n[4].p[0]);
M3n[1].writeDouble(M3n[4].p[1]);
M3n[1].writeDouble(M3n[4].a);
M3n[1].writeDouble(M3n[4].fric);
M3n[1].writeBoolean(M3n[4].fricp);
M3n[1].writeDouble(M3n[4].re);
M3n[1].writeDouble(M3n[4].de);
M3n[1].writeDouble(M3n[4].lv[0]);
M3n[1].writeDouble(M3n[4].lv[1]);
M3n[1].writeDouble(M3n[4].av);
M3n[1].writeDouble(M3n[4].ld);
M3n[1].writeDouble(M3n[4].ad);
M3n[1].writeBoolean(M3n[4].fr);
M3n[1].writeBoolean(M3n[4].bu);
M3n[1].writeDouble(M3n[4].cf.x);
M3n[1].writeDouble(M3n[4].cf.y);
M3n[1].writeDouble(M3n[4].cf.ct);
M3n[1].writeBoolean(M3n[4].cf.w);
M3n[1].writeShort(M3n[4].f_c);
M3n[1].writeBoolean(M3n[4].f_1);
M3n[1].writeBoolean(M3n[4].f_2);
M3n[1].writeBoolean(M3n[4].f_3);
M3n[1].writeBoolean(M3n[4].f_4);
M3n[1].writeBoolean(M3n[4].f_p);
M3n[1].writeBoolean(M3n[4].fz.on);
if (M3n[4].fz.on) {
M3n[1].writeDouble(M3n[4].fz.x);
M3n[1].writeDouble(M3n[4].fz.y);
M3n[1].writeBoolean(M3n[4].fz.d);
M3n[1].writeBoolean(M3n[4].fz.p);
M3n[1].writeBoolean(M3n[4].fz.a);
M3n[1].writeShort(M3n[4].fz.t);
+M3n[1].writeDouble(M3n[4].fz.cf);
}
M3n[1].writeShort(M3n[4].fx.length);
for (M3n[28] = 0; M3n[28] < M3n[4].fx.length; M3n[28]++) {
M3n[1].writeShort(M3n[4].fx[M3n[28]]);
}
}
M3n[1].writeShort(M3n[0][0].spawns.length);
for (M3n[30] = 0; M3n[30] < M3n[0][0].spawns.length; M3n[30]++) {
M3n[6] = M3n[0][0].spawns[M3n[30]];
M3n[1].writeDouble(M3n[6].x);
M3n[1].writeDouble(M3n[6].y);
M3n[1].writeDouble(M3n[6].xv);
M3n[1].writeDouble(M3n[6].yv);
M3n[1].writeShort(M3n[6].priority);
M3n[1].writeBoolean(M3n[6].r);
M3n[1].writeBoolean(M3n[6].f);
M3n[1].writeBoolean(M3n[6].b);
M3n[1].writeBoolean(M3n[6].gr);
M3n[1].writeBoolean(M3n[6].ye);
M3n[1].writeUTF(M3n[6].n);
}
M3n[1].writeShort(M3n[0][0].capZones.length);
for (M3n[74] = 0; M3n[74] < M3n[0][0].capZones.length; M3n[74]++) {
M3n[3] = M3n[0][0].capZones[M3n[74]];
M3n[1].writeUTF(M3n[3].n);
M3n[1].writeDouble(M3n[3].l);
M3n[1].writeShort(M3n[3].i);
M3n[1].writeShort(M3n[3].ty);
}
M3n[1].writeShort(M3n[9].joints.length);
for (M3n[89] = 0; M3n[89] < M3n[9].joints.length; M3n[89]++) {
M3n[5] = M3n[9].joints[M3n[89]];
if (M3n[5].type == "rv") {
M3n[1].writeShort(1);
M3n[1].writeDouble(M3n[5].d.la);
M3n[1].writeDouble(M3n[5].d.ua);
M3n[1].writeDouble(M3n[5].d.mmt);
M3n[1].writeDouble(M3n[5].d.ms);
M3n[1].writeBoolean(M3n[5].d.el);
M3n[1].writeBoolean(M3n[5].d.em);
M3n[1].writeDouble(M3n[5].aa[0]);
M3n[1].writeDouble(M3n[5].aa[1]);
}
if (M3n[5].type == "d") {
M3n[1].writeShort(2);
M3n[1].writeDouble(M3n[5].d.fh);
M3n[1].writeDouble(M3n[5].d.dr);
M3n[1].writeDouble(M3n[5].aa[0]);
M3n[1].writeDouble(M3n[5].aa[1]);
M3n[1].writeDouble(M3n[5].ab[0]);
M3n[1].writeDouble(M3n[5].ab[1]);
}
if (M3n[5].type == "lpj") {
M3n[1].writeShort(3);
M3n[1].writeDouble(M3n[5].pax);
M3n[1].writeDouble(M3n[5].pay);
M3n[1].writeDouble(M3n[5].pa);
M3n[1].writeDouble(M3n[5].pf);
M3n[1].writeDouble(M3n[5].pl);
M3n[1].writeDouble(M3n[5].pu);
M3n[1].writeDouble(M3n[5].plen);
M3n[1].writeDouble(M3n[5].pms);
}
if (M3n[5].type == "lsj") {
M3n[1].writeShort(4);
M3n[1].writeDouble(M3n[5].sax);
M3n[1].writeDouble(M3n[5].say);
M3n[1].writeDouble(M3n[5].sf);
M3n[1].writeDouble(M3n[5].slen);
}
if (M3n[5].type == "g") {
M3n[1].writeShort(5);
M3n[1].writeUTF(M3n[5].n);
M3n[1].writeShort(M3n[5].ja);
M3n[1].writeShort(M3n[5].jb);
M3n[1].writeDouble(M3n[5].r);
}
if (M3n[5].type != "g") {
M3n[1].writeShort(M3n[5].ba);
M3n[1].writeShort(M3n[5].bb);
M3n[1].writeBoolean(M3n[5].d.cc);
M3n[1].writeDouble(M3n[5].d.bf);
M3n[1].writeBoolean(M3n[5].d.dl);
}
}
M3n[32] = M3n[1].toBase64();
M3n[77] = LZString.compressToEncodedURIComponent(M3n[32]);
return M3n[77];
};
bonkAPI.decodeMap = function (map) {
var F5W = [arguments];
var b64mapdata = LZString.decompressFromEncodedURIComponent(map);
var binaryReader = new bonkAPI_bytebuffer();
binaryReader.fromBase64(b64mapdata, false);
map = {
v: 1,
s: { re: false, nc: false, pq: 1, gd: 25, fl: false },
physics: { shapes: [], fixtures: [], bodies: [], bro: [], joints: [], ppm: 12 },
spawns: [],
capZones: [],
m: {
a: "noauthor",
n: "noname",
dbv: 2,
dbid: -1,
authid: -1,
date: "",
rxid: 0,
rxn: "",
rxa: "",
rxdb: 1,
cr: [],
pub: false,
mo: "",
},
};
map.physics = map.physics;
map.v = binaryReader.readShort();
if (map.v > 15) {
throw new Error("Future map version, please refresh page");
}
map.s.re = binaryReader.readBoolean();
map.s.nc = binaryReader.readBoolean();
if (map.v >= 3) {
map.s.pq = binaryReader.readShort();
}
if (map.v >= 4 && map.v <= 12) {
map.s.gd = binaryReader.readShort();
} else if (map.v >= 13) {
map.s.gd = binaryReader.readFloat();
}
if (map.v >= 9) {
map.s.fl = binaryReader.readBoolean();
}
map.m.rxn = binaryReader.readUTF();
map.m.rxa = binaryReader.readUTF();
map.m.rxid = binaryReader.readUint();
map.m.rxdb = binaryReader.readShort();
map.m.n = binaryReader.readUTF();
map.m.a = binaryReader.readUTF();
if (map.v >= 10) {
map.m.vu = binaryReader.readUint();
map.m.vd = binaryReader.readUint();
}
if (map.v >= 4) {
F5W[7] = binaryReader.readShort();
for (F5W[83] = 0; F5W[83] < F5W[7]; F5W[83]++) {
map.m.cr.push(binaryReader.readUTF());
}
}
if (map.v >= 5) {
map.m.mo = binaryReader.readUTF();
map.m.dbid = binaryReader.readInt();
}
if (map.v >= 7) {
map.m.pub = binaryReader.readBoolean();
}
if (map.v >= 8) {
map.m.dbv = binaryReader.readInt();
}
map.physics.ppm = binaryReader.readShort();
F5W[4] = binaryReader.readShort();
for (F5W[15] = 0; F5W[15] < F5W[4]; F5W[15]++) {
map.physics.bro[F5W[15]] = binaryReader.readShort();
}
F5W[6] = binaryReader.readShort();
for (F5W[28] = 0; F5W[28] < F5W[6]; F5W[28]++) {
F5W[5] = binaryReader.readShort();
if (F5W[5] == 1) {
map.physics.shapes[F5W[28]] = { type: "bx", w: 10, h: 40, c: [0, 0], a: 0.0, sk: false };
map.physics.shapes[F5W[28]].w = binaryReader.readDouble();
map.physics.shapes[F5W[28]].h = binaryReader.readDouble();
map.physics.shapes[F5W[28]].c = [binaryReader.readDouble(), binaryReader.readDouble()];
map.physics.shapes[F5W[28]].a = binaryReader.readDouble();
map.physics.shapes[F5W[28]].sk = binaryReader.readBoolean();
}
if (F5W[5] == 2) {
map.physics.shapes[F5W[28]] = { type: "ci", r: 25, c: [0, 0], sk: false };
map.physics.shapes[F5W[28]].r = binaryReader.readDouble();
map.physics.shapes[F5W[28]].c = [binaryReader.readDouble(), binaryReader.readDouble()];
map.physics.shapes[F5W[28]].sk = binaryReader.readBoolean();
}
if (F5W[5] == 3) {
map.physics.shapes[F5W[28]] = { type: "po", v: [], s: 1, a: 0, c: [0, 0] };
map.physics.shapes[F5W[28]].s = binaryReader.readDouble();
map.physics.shapes[F5W[28]].a = binaryReader.readDouble();
map.physics.shapes[F5W[28]].c = [binaryReader.readDouble(), binaryReader.readDouble()];
F5W[74] = binaryReader.readShort();
map.physics.shapes[F5W[28]].v = [];
for (F5W[27] = 0; F5W[27] < F5W[74]; F5W[27]++) {
map.physics.shapes[F5W[28]].v.push([
binaryReader.readDouble(),
binaryReader.readDouble(),
]);
}
}
}
F5W[71] = binaryReader.readShort();
for (F5W[17] = 0; F5W[17] < F5W[71]; F5W[17]++) {
map.physics.fixtures[F5W[17]] = {
sh: 0,
n: "Def Fix",
fr: 0.3,
fp: null,
re: 0.8,
de: 0.3,
f: 0x4f7cac,
d: false,
np: false,
ng: false,
};
map.physics.fixtures[F5W[17]].sh = binaryReader.readShort();
map.physics.fixtures[F5W[17]].n = binaryReader.readUTF();
map.physics.fixtures[F5W[17]].fr = binaryReader.readDouble();
if (map.physics.fixtures[F5W[17]].fr == Number.MAX_VALUE) {
map.physics.fixtures[F5W[17]].fr = null;
}
F5W[12] = binaryReader.readShort();
if (F5W[12] == 0) {
map.physics.fixtures[F5W[17]].fp = null;
}
if (F5W[12] == 1) {
map.physics.fixtures[F5W[17]].fp = false;
}
if (F5W[12] == 2) {
map.physics.fixtures[F5W[17]].fp = true;
}
map.physics.fixtures[F5W[17]].re = binaryReader.readDouble();
if (map.physics.fixtures[F5W[17]].re == Number.MAX_VALUE) {
map.physics.fixtures[F5W[17]].re = null;
}
map.physics.fixtures[F5W[17]].de = binaryReader.readDouble();
if (map.physics.fixtures[F5W[17]].de == Number.MAX_VALUE) {
map.physics.fixtures[F5W[17]].de = null;
}
map.physics.fixtures[F5W[17]].f = binaryReader.readUint();
map.physics.fixtures[F5W[17]].d = binaryReader.readBoolean();
map.physics.fixtures[F5W[17]].np = binaryReader.readBoolean();
if (map.v >= 11) {
map.physics.fixtures[F5W[17]].ng = binaryReader.readBoolean();
}
if (map.v >= 12) {
map.physics.fixtures[F5W[17]].ig = binaryReader.readBoolean();
}
}
F5W[63] = binaryReader.readShort();
for (F5W[52] = 0; F5W[52] < F5W[63]; F5W[52]++) {
map.physics.bodies[F5W[52]] = {
type: "s",
n: "Unnamed",
p: [0, 0],
a: 0,
fric: 0.3,
fricp: false,
re: 0.8,
de: 0.3,
lv: [0, 0],
av: 0,
ld: 0,
ad: 0,
fr: false,
bu: false,
cf: { x: 0, y: 0, w: true, ct: 0 },
fx: [],
f_c: 1,
f_p: true,
f_1: true,
f_2: true,
f_3: true,
f_4: true,
fz: { on: false, x: 0, y: 0, d: true, p: true, a: true, t: 0, cf: 0 },
};
map.physics.bodies[F5W[52]].type = binaryReader.readUTF();
map.physics.bodies[F5W[52]].n = binaryReader.readUTF();
map.physics.bodies[F5W[52]].p = [binaryReader.readDouble(), binaryReader.readDouble()];
map.physics.bodies[F5W[52]].a = binaryReader.readDouble();
map.physics.bodies[F5W[52]].fric = binaryReader.readDouble();
map.physics.bodies[F5W[52]].fricp = binaryReader.readBoolean();
map.physics.bodies[F5W[52]].re = binaryReader.readDouble();
map.physics.bodies[F5W[52]].de = binaryReader.readDouble();
map.physics.bodies[F5W[52]].lv = [binaryReader.readDouble(), binaryReader.readDouble()];
map.physics.bodies[F5W[52]].av = binaryReader.readDouble();
map.physics.bodies[F5W[52]].ld = binaryReader.readDouble();
map.physics.bodies[F5W[52]].ad = binaryReader.readDouble();
map.physics.bodies[F5W[52]].fr = binaryReader.readBoolean();
map.physics.bodies[F5W[52]].bu = binaryReader.readBoolean();
map.physics.bodies[F5W[52]].cf.x = binaryReader.readDouble();
map.physics.bodies[F5W[52]].cf.y = binaryReader.readDouble();
map.physics.bodies[F5W[52]].cf.ct = binaryReader.readDouble();
map.physics.bodies[F5W[52]].cf.w = binaryReader.readBoolean();
map.physics.bodies[F5W[52]].f_c = binaryReader.readShort();
map.physics.bodies[F5W[52]].f_1 = binaryReader.readBoolean();
map.physics.bodies[F5W[52]].f_2 = binaryReader.readBoolean();
map.physics.bodies[F5W[52]].f_3 = binaryReader.readBoolean();
map.physics.bodies[F5W[52]].f_4 = binaryReader.readBoolean();
if (map.v >= 2) {
map.physics.bodies[F5W[52]].f_p = binaryReader.readBoolean();
}
if (map.v >= 14) {
map.physics.bodies[F5W[52]].fz.on = binaryReader.readBoolean();
if (map.physics.bodies[F5W[52]].fz.on) {
map.physics.bodies[F5W[52]].fz.x = binaryReader.readDouble();
map.physics.bodies[F5W[52]].fz.y = binaryReader.readDouble();
map.physics.bodies[F5W[52]].fz.d = binaryReader.readBoolean();
map.physics.bodies[F5W[52]].fz.p = binaryReader.readBoolean();
map.physics.bodies[F5W[52]].fz.a = binaryReader.readBoolean();
if (map.v >= 15) {
map.physics.bodies[F5W[52]].t = binaryReader.readShort();
map.physics.bodies[F5W[52]].cf = binaryReader.readDouble();
}
}
}
F5W[88] = binaryReader.readShort();
for (F5W[65] = 0; F5W[65] < F5W[88]; F5W[65]++) {
map.physics.bodies[F5W[52]].fx.push(binaryReader.readShort());
}
}
F5W[97] = binaryReader.readShort();
for (F5W[41] = 0; F5W[41] < F5W[97]; F5W[41]++) {
map.spawns[F5W[41]] = {
x: 400,
y: 300,
xv: 0,
yv: 0,
priority: 5,
r: true,
f: true,
b: true,
gr: false,
ye: false,
n: "Spawn",
};
F5W[35] = map.spawns[F5W[41]];
F5W[35].x = binaryReader.readDouble();
F5W[35].y = binaryReader.readDouble();
F5W[35].xv = binaryReader.readDouble();
F5W[35].yv = binaryReader.readDouble();
F5W[35].priority = binaryReader.readShort();
F5W[35].r = binaryReader.readBoolean();
F5W[35].f = binaryReader.readBoolean();
F5W[35].b = binaryReader.readBoolean();
F5W[35].gr = binaryReader.readBoolean();
F5W[35].ye = binaryReader.readBoolean();
F5W[35].n = binaryReader.readUTF();
}
F5W[16] = binaryReader.readShort();
for (F5W[25] = 0; F5W[25] < F5W[16]; F5W[25]++) {
map.capZones[F5W[25]] = { n: "Cap Zone", ty: 1, l: 10, i: -1 };
map.capZones[F5W[25]].n = binaryReader.readUTF();
map.capZones[F5W[25]].l = binaryReader.readDouble();
map.capZones[F5W[25]].i = binaryReader.readShort();
if (map.v >= 6) {
map.capZones[F5W[25]].ty = binaryReader.readShort();
}
}
F5W[98] = binaryReader.readShort();
for (F5W[19] = 0; F5W[19] < F5W[98]; F5W[19]++) {
F5W[31] = binaryReader.readShort();
if (F5W[31] == 1) {
map.physics.joints[F5W[19]] = {
type: "rv",
d: { la: 0, ua: 0, mmt: 0, ms: 0, el: false, em: false, cc: false, bf: 0, dl: true },
aa: [0, 0],
};
F5W[20] = map.physics.joints[F5W[19]];
F5W[20].d.la = binaryReader.readDouble();
F5W[20].d.ua = binaryReader.readDouble();
F5W[20].d.mmt = binaryReader.readDouble();
F5W[20].d.ms = binaryReader.readDouble();
F5W[20].d.el = binaryReader.readBoolean();
F5W[20].d.em = binaryReader.readBoolean();
F5W[20].aa = [binaryReader.readDouble(), binaryReader.readDouble()];
}
if (F5W[31] == 2) {
map.physics.joints[F5W[19]] = {
type: "d",
d: { fh: 0, dr: 0, cc: false, bf: 0, dl: true },
aa: [0, 0],
ab: [0, 0],
};
F5W[87] = map.physics.joints[F5W[19]];
F5W[87].d.fh = binaryReader.readDouble();
F5W[87].d.dr = binaryReader.readDouble();
F5W[87].aa = [binaryReader.readDouble(), binaryReader.readDouble()];
F5W[87].ab = [binaryReader.readDouble(), binaryReader.readDouble()];
}
if (F5W[31] == 3) {
map.physics.joints[F5W[19]] = {
type: "lpj",
d: { cc: false, bf: 0, dl: true },
pax: 0,
pay: 0,
pa: 0,
pf: 0,
pl: 0,
pu: 0,
plen: 0,
pms: 0,
};
F5W[90] = map.physics.joints[F5W[19]];
F5W[90].pax = binaryReader.readDouble();
F5W[90].pay = binaryReader.readDouble();
F5W[90].pa = binaryReader.readDouble();
F5W[90].pf = binaryReader.readDouble();
F5W[90].pl = binaryReader.readDouble();
F5W[90].pu = binaryReader.readDouble();
F5W[90].plen = binaryReader.readDouble();
F5W[90].pms = binaryReader.readDouble();
}
if (F5W[31] == 4) {
map.physics.joints[F5W[19]] = {
type: "lsj",
d: { cc: false, bf: 0, dl: true },
sax: 0,
say: 0,
sf: 0,
slen: 0,
};
F5W[44] = map.physics.joints[F5W[19]];
F5W[44].sax = binaryReader.readDouble();
F5W[44].say = binaryReader.readDouble();
F5W[44].sf = binaryReader.readDouble();
F5W[44].slen = binaryReader.readDouble();
}
if (F5W[31] == 5) {
map.physics.joints[F5W[19]] = { type: "g", n: "", ja: -1, jb: -1, r: 1 };
F5W[91] = map.physics.joints[F5W[19]];
F5W[91].n = binaryReader.readUTF();
F5W[91].ja = binaryReader.readShort();
F5W[91].jb = binaryReader.readShort();
F5W[91].r = binaryReader.readDouble();
}
if (F5W[31] != 5) {
map.physics.joints[F5W[19]].ba = binaryReader.readShort();
map.physics.joints[F5W[19]].bb = binaryReader.readShort();
map.physics.joints[F5W[19]].d.cc = binaryReader.readBoolean();
map.physics.joints[F5W[19]].d.bf = binaryReader.readDouble();
map.physics.joints[F5W[19]].d.dl = binaryReader.readBoolean();
}
}
return map;
};
window.PIXI.Graphics.prototype.drawShape = function(...args) {
//! testing whether cap can be easily found in drawShape
//! in drawCircle, capzone has attribute 'cap: "bet"' inside fill_outline
//console.log([...args]);
let draw = this;
setTimeout(function(){
if(draw.parent) {
bonkAPI.parentDraw = draw.parent;
while(bonkAPI.parentDraw.parent != null) {
bonkAPI.parentDraw = bonkAPI.parentDraw.parent;
}
}
}, 0);
return bonkAPI.originalDrawShape.call(this, ...args);
}
window.requestAnimationFrame = function(...args) {
//console.log(bonkAPI.isInGame());
if(bonkAPI.isInGame()) {
let canv = 0;
for(let i = 0; i < document.getElementById("gamerenderer").children.length; i++) {
if(document.getElementById("gamerenderer").children[i].constructor.name == "HTMLCanvasElement"){
canv = document.getElementById("gamerenderer").children[i];
break;
}
}
//console.log(bonkAPI.parentDraw);
if(canv != 0 && bonkAPI.parentDraw) {
//! might do something might not
while(bonkAPI.parentDraw.parent != null) {
bonkAPI.parentDraw = bonkAPI.parentDraw.parent;
}
/**
* When a new frame is rendered when in game. It is recomended
* to not create new graphics or clear graphics every frame if
* possible.
* @event graphicsUpdate
* @type {object}
* @property {string} container - PIXI container to hold PIXI graphics.
* @property {number} width - Width of main screen
* @property {number} height - Height of main screen
*/
if(bonkAPI.events.hasEvent["graphicsUpdate"]) {
let w = parseInt(canv.style.width);
let h = parseInt(canv.style.height);
//bonkAPI.pixiCtx.x = w / 2;
//bonkAPI.pixiCtx.y = h / 2;
bonkAPI.pixiStage = 0;
for(let i = 0; i < bonkAPI.parentDraw.children.length; i++){
if(bonkAPI.parentDraw.children[i].constructor.name == "e"){
//console.log(bonkAPI.parentDraw);
bonkAPI.pixiStage = bonkAPI.parentDraw.children[i];
break;
}
}
let sendObj = {
container: bonkAPI.pixiCtx,
width: w,
height: h,
};
bonkAPI.events.fireEvent("graphicsUpdate", sendObj);
if(bonkAPI.pixiStage != 0 && !bonkAPI.pixiStage.children.includes(bonkAPI.pixiCtx)) {
bonkAPI.pixiStage.addChild(bonkAPI.pixiCtx);
}
}
}
}
return bonkAPI.originalRequestAnimationFrame.call(this,...args);
}
/**
* When the map has changed.
* @event mapSwitch
* @type {object}
* @property {PIXI} pixi - PIXI class in order to create graphics and containers.
* @property {string} container - PIXI container to hold PIXI graphics.
*/
if(bonkAPI.events.hasEvent["graphicsReady"]) {
let sendObj = {
pixi: window.PIXI,
container: bonkAPI.pixiCtx,
}
bonkAPI.events.fireEvent("graphicsReady", sendObj);
}
bonkHUD.loadStyleSettings();
bonkHUD.initialize();
bonkHUD.updateStyleSettings();
};
bonkLIB.checkDocumentReady = () => {
if (document.readyState === "complete" || document.readyState === "interactive") {
bonkLIB.onLoaded();
} else {
document.addEventListener("DOMContentLoaded", function () {
bonkLIB.onLoaded();
});
}
};
// Call the function to check document readiness
bonkLIB.checkDocumentReady();
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