blackhack-logic

Game logic, physics hooks and update extensions for blackhack

Este script não deve ser instalado diretamente. Este script é uma biblioteca de outros scripts para incluir com o diretório meta // @require https://update.greasyfork.org/scripts/573606/1796986/blackhack-logic.js

Você precisará instalar uma extensão como Tampermonkey, Greasemonkey ou Violentmonkey para instalar este script.

Você precisará instalar uma extensão como Tampermonkey para instalar este script.

Você precisará instalar uma extensão como Tampermonkey ou Violentmonkey para instalar este script.

Você precisará instalar uma extensão como Tampermonkey ou Userscripts para instalar este script.

Você precisará instalar uma extensão como o Tampermonkey para instalar este script.

Você precisará instalar um gerenciador de scripts de usuário para instalar este script.

(Eu já tenho um gerenciador de scripts de usuário, me deixe instalá-lo!)

Você precisará instalar uma extensão como o Stylus para instalar este estilo.

Você precisará instalar uma extensão como o Stylus para instalar este estilo.

Você precisará instalar uma extensão como o Stylus para instalar este estilo.

Você precisará instalar um gerenciador de estilos de usuário para instalar este estilo.

Você precisará instalar um gerenciador de estilos de usuário para instalar este estilo.

Você precisará instalar um gerenciador de estilos de usuário para instalar este estilo.

(Eu já possuo um gerenciador de estilos de usuário, me deixar fazer a instalação!)

// ==UserScript==
// @name           blackhack-logic
// @namespace      brofist.io 1st-cheat (FOR ALL MODES)
// @version        1.0
// @description    Game logic, physics hooks and update extensions for blackhack
// @author         CiNoP
// @license        GPL-3.0-only
// ==/UserScript==

/* blackhack-logic.js */
(function () {
	'use strict';
	const BH = window.BH = window.BH || {};
	BH.logicVer = 1.0;

	// ─── Bind Hack (Runs immediately) ───
	const _bind = Function.prototype.bind;
	const pathname = location.pathname.toLowerCase();
	const isTwoPlayer = pathname.includes("twoplayer");
	const bm = { processOthers: false, movement: false, _allFound: false, _origPO: null, _origMV: null };

	Function.prototype.bind = function (ctx, ...args) {
		const b = _bind.apply(this, [ctx, ...args]);
		if (!bm._allFound) {
			try {
				const s = this.toString();
				if (!bm.processOthers && s.includes('othersPlayerNetworkData') && s.includes('oldPlayersIndex')) {
					b.__hk_processOthers = true; bm.processOthers = true; bm._origPO = this;
				}
				if (!bm.movement && s.includes('moveLeft') && (s.includes('raycast') || s.includes('velocity[1]'))) {
					b.__hk_movement = true; bm.movement = true; bm._origMV = this;
				}
				if (bm.processOthers && bm.movement) bm._allFound = true;
			} catch (_) {}
		} else {
			if (this === bm._origPO) b.__hk_processOthers = true;
			if (this === bm._origMV) b.__hk_movement = true;
		}
		if (isTwoPlayer && window.hack && !window.hack.mode && ctx && ctx.playerData && ctx.twoPlayerController) {
			window.hack.mode = ctx; window.hack.modeController = ctx.twoPlayerController;
			window.hack.gp = ctx.gp; window.hack.networkHandler = ctx.networkHandler;
			window.hack.client = ctx.client;
		}
		return b;
	};

	BH.Logic = {
		diff: (a, b) => a.filter(x => !b.includes(x)),

		getIdxByName: (hack, n) => {
			const r =[], o = hack.mode.otherPlayers;
			for (let i = 0; i < o.length; i++) if (o[i]?.myName === n) r.push(i);
			return r;
		},

		processBL: (hack) => {
			const bl = hack.vars.blacklisted;
			for (const n of bl.names) {
				for (const i of BH.Logic.getIdxByName(hack, n)) {
					if (!bl.data.some(e => e?.[0] === i && e?.[1] === n)) bl.data.push([i, n]);
				}
			}
			if (bl.data.length) bl.data = bl.data.filter(e => e?.[1] && bl.names.includes(e[1]));
		},

		isIdxBL: (hack, i) => hack.vars.blacklisted.data.some(e => e?.[0] === i),

		enforceBL: (hack) => {
			const bl = hack.vars.blacklisted; if (!bl.data.length) return;
			const o = hack.mode.otherPlayers;
			for (const [i] of bl.data) {
				const p = o[i]; if (!p?.gpData) continue;
				p.gpData.g.visible = false;
				if (p.gpData.p) p.gpData.p.collisionResponse = false;
			}
			const msgs = hack.mode.othersPlayerMsgNetworkData;
			if (msgs) {
				const s = new Set(bl.data.map(e => e[0]));
				for (let i = 0; i < msgs.length; i++) msgs[i] = msgs[i].filter(m => !s.has(m[0]));
			}
		},

		getEV: (hack) => {
			const u = hack.keyBinds.ARROW_UP, d = hack.keyBinds.ARROW_DOWN;
			if (u && d) {
				if (hack.vars.arrowFirstPressed === 'up') return 'down';
				if (hack.vars.arrowFirstPressed === 'down') return 'up';
				return null;
			}
			return u ? 'up' : d ? 'down' : null;
		},

		initHooks: (hack, is2pa) => {
			const customPO = function () {
				const mode = hack.mode, gp = hack.gp, nh = hack.networkHandler;
				BH.Logic.processBL(hack);
				if (!mode.othersPlayerNetworkData.length) return;
				var cur =[];
				for (var x = 0; x < mode.othersPlayerNetworkData.length; x++) {
					for (var y = 0; y < mode.othersPlayerNetworkData[x].length; y++) {
						var d = mode.othersPlayerNetworkData[x][y], idx = d[0], xV = d[1], yV = d[2], xA = d[3], yA = d[4];
						if (BH.Logic.isIdxBL(hack, idx)) continue;
						if (mode.otherPlayers[idx] == null) {
							mode.oldPlayersIndex.push(idx);
							var p = {}; p.myName = ""; p.mySkin = 0; p.reset = Infinity;
							p.gpData = is2pa ? mode.basePlayer.createPlayer(mode.playerData) : mode.createPlayer();
							p.gpData.g.myIndex = idx; mode.otherPlayers[idx] = p;
							if (nh?.gsSocket) nh.gsSocket.emit("rBio", idx);
							gp.gWorld.removeChild(p.gpData.g); gp.gWorld.mid.addChild(p.gpData.g);
						}
						if (10 < mode.otherPlayers[idx].reset) { mode.otherPlayers[idx].gpData.setX(xA); mode.otherPlayers[idx].gpData.setY(yA); mode.otherPlayers[idx].reset = 0; }
						mode.otherPlayers[idx].reset++;
						mode.otherPlayers[idx].gpData.p.velocity[0] = xV;
						mode.otherPlayers[idx].gpData.p.velocity[1] = yV;
						cur.push(idx);
					}
				}
				var r = BH.Logic.diff(mode.oldPlayersIndex, cur);
				for (var i = 0; i < r.length; i++) {
					var p2 = mode.otherPlayers[r[i]];
					if (p2 != null) {
						gp.gWorld.mid.removeChild(p2.gpData.g); gp.pWorld.removeBody(p2.gpData.p);
						gp.list[gp.list.indexOf(p2.gpData)] = null; gp.deleteCounter++; mode.otherPlayers[r[i]] = null;
					}
				}
				mode.oldPlayersIndex = cur; mode.othersPlayerNetworkData =[];
			};

			const customMV = function () {
				const ctrl = hack.modeController, p = hack.getLP();
				const mult = hack.vars.mult.value, jh = hack.vars.jumpHeight, gs = hack.vars.gravNoclipGravScale;
				if (!p || !ctrl) return;

				if (hack.vars.noclip) {
					p.p.velocity[0] = ctrl.moveRight ? 3 * mult : ctrl.moveLeft ? -3 * mult : 0;
					p.p.velocity[1] = ctrl.moveUp ? 3 * mult : ctrl.moveDown ? -3 * mult : 0;
					return;
				}

				if (hack.vars.gravNoclip) {
					p.p.velocity[0] = ctrl.moveRight ? 3 * mult : ctrl.moveLeft ? -3 * mult : 0;
					const v = BH.Logic.getEV(hack);
					if (v === 'up') { p.p.gravityScale = -gs; p.setAngle(180); }
					else if (v === 'down') { p.p.gravityScale = gs; p.setAngle(0); }
					else p.p.gravityScale = 0;
					const gd = p.p.gravityScale;
					let sj = false, jd = 0, rsY, reY;
					const ex = p.getX(), ty = p.getY(), hH = 50, rL = 50, n = ex - 15, r = 30 / 11;
					if (gd > 0 && ctrl.moveUp) { sj = true; jd = jh; rsY = ty + (hH - 1); reY = rsY + rL; }
					else if (gd < 0 && ctrl.moveDown) { sj = true; jd = -jh; rsY = ty - (hH - 1); reY = rsY - rL; }
					if (sj) {
						const ph = is2pa ? ctrl.physics : hack.gp;
						for (let i = 0; i < 12; i++) {
							const ox = n + i * r;
							p.ray.from = [ph.xAxis(ox, 0), ph.yAxis(rsY, 0)]; p.ray.to =[ph.xAxis(ox, 0), ph.yAxis(reY, 0)];
							p.ray.update(); p.ray.result.reset(); p.ray.hitPoint = [Infinity, Infinity];
							if (hack.gp.pWorld.raycast(p.ray.result, p.ray))
								if (p.ray.result.shape.ref.getCollision() && p.ray.result.getHitDistance(p.ray) < 0.15) { p.p.velocity[1] = jd; break; }
						}
					}
					return;
				}

				if (ctrl.moveRight) p.p.velocity[0] = 3;
				if (ctrl.moveLeft) p.p.velocity[0] = -3;
				if (!ctrl.moveUp) return;
				const ex = p.getX(), ty = p.getY(), n = ex - 15, r = 30 / 11;
				const ph = is2pa ? ctrl.physics : hack.gp;
				for (let i = 0; i < 12; i++) {
					const ox = n + i * r, oy1 = ty + 49, oy2 = oy1 + 50;
					p.ray.from =[ph.xAxis(ox, 0), ph.yAxis(oy1, 0)]; p.ray.to =[ph.xAxis(ox, 0), ph.yAxis(oy2, 0)];
					p.ray.update(); p.ray.result.reset(); p.ray.hitPoint = [Infinity, Infinity];
					if (hack.gp.pWorld.raycast(p.ray.result, p.ray))
						if (p.ray.result.shape.ref.getCollision() && p.ray.result.getHitDistance(p.ray) < 0.05) { p.p.velocity[1] = jh; break; }
				}
			};

			let poI = false, mvI = false;
			function cih() {
				const lf = hack.client.loopFunctions;
				if (!poI) { const i = lf.findIndex(e => e?.fun?.__hk_processOthers || (e?.fun?.toString().includes('othersPlayerNetworkData') && e.fun.toString().includes('oldPlayersIndex'))); if (i !== -1) { lf[i].fun = customPO; poI = true; } }
				if (!mvI) { const i = lf.findIndex(e => e?.fun?.__hk_movement || (e?.fun?.toString().includes('moveLeft') && (e.fun.toString().includes('raycast') || e.fun.toString().includes('velocity[1]')))); if (i !== -1) { lf[i].fun = customMV; mvI = true; } else if (is2pa && lf.length > 7) { lf[7].fun = customMV; mvI = true; } }
				if (!poI || !mvI) requestAnimationFrame(cih);
			}
			cih();

			const oal = hack.client.addLoopFunction;
			hack.client.addLoopFunction = function (f, p, t, e) {
				if (f) {
					if (f.__hk_processOthers || (f.toString().includes('othersPlayerNetworkData') && f.toString().includes('oldPlayersIndex'))) return oal.call(this, customPO, p, t, e);
					if (f.__hk_movement || (f.toString().includes('moveLeft') && (f.toString().includes('raycast') || f.toString().includes('velocity[1]')))) return oal.call(this, customMV, p, t, e);
				}
				return oal.call(this, f, p, t, e);
			};
		},

		updateTP: (hack) => {
			const v = hack.vars;
			if (v.tpToPlayerEnabled && v.tpTargetName !== "Никто") {
				let target = hack.mode.otherPlayers[v.tpTargetIndex];
				if (!target || target.myName !== v.tpTargetName) {
					let foundNewIndex = -1;
					const oPlayers = hack.mode.otherPlayers;
					for (let i = 0; i < oPlayers.length; i++) {
						if (oPlayers[i] && oPlayers[i].myName === v.tpTargetName) { foundNewIndex = i; break; }
					}
					if (foundNewIndex !== -1) {
						v.tpTargetIndex = foundNewIndex;
						target = oPlayers[foundNewIndex];
					}
				}
				if (target && target.gpData && target.reset <= 10) {
					const lp = hack.getLP();
					if (lp) {
						lp.setX(target.gpData.getX());
						lp.setY(target.gpData.getY());
						if (lp.p) { lp.p.velocity[0] = 0; lp.p.velocity[1] = 0; }
					}
				}
			}
		},

		updateXray: (hack) => {
			const v = hack.vars;
			if (v.layoutMode) {
				if (v.xrayGates.length === 0 && hack.gp && hack.gp.list) {
					const pixi = window.pixi || window.PIXI;
					if (pixi && pixi.Graphics) {
						hack.gp.list.forEach(obj => {
							if (obj && obj.id && obj.id.toLowerCase().startsWith('gate')) {
								const parts = obj.id.split(':');
								const action = parts[parts.length - 1];
								obj.shapes.forEach((shape, idx) => {
									if (shape && shape.make !== 3 && shape.g && shape.g.parent) {
										const gfx = new pixi.Graphics();
										const color = action === "1" ? 0xFF00FF : 0x00FFFF;
										let baseW = 50, baseH = 50, baseR = 25;
										if (shape.p) {
											if (shape.p.width) baseW = shape.p.width * 100;
											if (shape.p.height) baseH = shape.p.height * 100;
											if (shape.p.radius) baseR = shape.p.radius * 100;
										} else if (shape.g) {
											const sx = shape.g.scale ? Math.abs(shape.g.scale.x) : 1;
											const sy = shape.g.scale ? Math.abs(shape.g.scale.y) : 1;
											if (shape.g.width) baseW = shape.g.width / sx;
											if (shape.g.height) baseH = shape.g.height / sy;
											baseR = baseW / 2;
										}
										const type = typeof shape.getType === 'function' ? shape.getType() : shape.type;
										if (type === 2) { gfx.circle(0, 0, baseR); }
										else if (type === 5) {
											const triH = baseW * Math.sqrt(3) / 2;
											const rOff = triH / 6;
											gfx.moveTo(-baseW / 2, triH / 2 - rOff); gfx.lineTo(baseW / 2, triH / 2 - rOff); gfx.lineTo(0, -triH / 2 - rOff); gfx.closePath();
										} else { gfx.rect(-baseW / 2, -baseH / 2, baseW, baseH); }

										gfx.fill({ color: color, alpha: 0.15 });
										gfx.stroke({ width: 3, color: color, alpha: 1 });
										if (hack.gp.gWorld && hack.gp.gWorld.mid) hack.gp.gWorld.mid.addChild(gfx);

										let textObj = null;
										if (idx === 0) {
											textObj = new pixi.Text(obj.id, { fontFamily: 'monospace', fontSize: 14, fill: color, stroke: 0x000000, strokeThickness: 3, fontWeight: 'bold' });
											textObj.anchor.set(0.5, 1);
											hack.gp.gWorld.mid.addChild(textObj);
										}
										v.xrayGates.push({ gfx: gfx, src: shape, text: textObj, baseH: baseH, baseR: baseR, type: type });
									}
								});
							}
						});
					}
				}
				v.xrayGates.forEach(item => {
					const { src, gfx, text, baseH, baseR, type } = item;
					if (src && gfx) {
						if (!src.g || !src.g.parent) { gfx.visible = false; if (text) text.visible = false; return; }
						gfx.visible = true; gfx.scale.set(1);
						if (typeof src.getGlobalPosition === 'function') {
							const pos = src.getGlobalPosition(); gfx.x = pos.x * 100; gfx.y = pos.y * -100; gfx.rotation = -pos.angle;
						} else { gfx.x = src.g.x; gfx.y = src.g.y; gfx.rotation = src.g.rotation || 0; }
						const hasCollision = typeof src.getCollision === 'function' ? src.getCollision() : src.collision;
						if (!hasCollision) { gfx.alpha = 1.0; if (text) text.alpha = 1.0; } else { gfx.alpha = 0.15; if (text) text.alpha = 0.5; }
						if (text) {
							text.visible = true; text.x = gfx.x;
							const objHeight = type === 2 ? baseR * 2 : baseH;
							text.y = gfx.y - (objHeight / 2) - 5; text.scale.set(1);
						}
					}
				});
			} else if (v.xrayGates.length > 0) {
				v.xrayGates.forEach(item => {
					if (item.gfx && item.gfx.parent) item.gfx.parent.removeChild(item.gfx);
					if (item.gfx && typeof item.gfx.destroy === 'function') item.gfx.destroy();
					if (item.text && item.text.parent) item.text.parent.removeChild(item.text);
					if (item.text && typeof item.text.destroy === 'function') item.text.destroy();
				});
				v.xrayGates =[];
			}
		}
	};
})();