runhey/OnmyojiAutoScript
OnmyojiAutoScript
OnmyojiAutoScript is an ADB-based Android game automation tool that utilizes image recognition to automate daily routines and resource farming. It functions as a computer vision bot and emulator controller, coordinating simultaneous task execution across multiple user profiles and ports.
The system features a game resource optimizer that uses efficiency models to intelligently distribute in-game items and assets across characters. To bypass automated detection, it employs an anti-detection input simulator that mimics human interaction patterns through variable click and swipe behaviors.
The software covers a broad range of automation logic, including event-driven execution, target action prioritization, and task sequence scheduling. Its operational capabilities extend to automating character rotations, dungeon farming, weekly objectives, and guild-based coordination.
Monitoring and maintenance are supported through diagnostic log exports, script stall detection, and a graphical interface for managing task assets and image recognition parameters.
Features
- Battles and Daily Routine Automators - Automates repetitive daily routines, battles, and resource farming in Android games using ADB and image recognition.
- Mobile Game Automation Tools - Ships a comprehensive toolset for automating repetitive tasks and resource farming in mobile games using visual recognition.
- Vision-Based Gameplay Bots - Detects on-screen game elements using visual models to trigger context-aware actions instead of relying on fixed timers.
- Game Element Detection - Identifies on-screen game elements and characters by matching real-time image captures against predefined patterns.
- Visual Target Tracking - Identifies and maintains a real-time visual lock on specific characters on the game screen.
- ADB Device Managers - Uses ADB to send input commands and capture screens from Android emulator instances.
- Human-Mimetic Input Simulations - Simulates human interaction patterns with variable click frequencies and randomized coordinates to bypass bot detection.
- Task Scheduling - Coordinates the timing and order of activities to ensure seamless transitions between automation routines.
- Visual Event Pipelines - Triggers automation steps based on the detection of visual cues instead of fixed time delays.
- Game Resource Farming - Provides automated routines for gathering in-game materials and currency via specialized dungeon raids.
- Dungeon Farming Automation - Executes automated cycles through specific dungeons to collect and optimize character equipment.
- ADB-Based Automation - Uses ADB and image recognition to automate daily routines and resource farming in Android games.
- Resource Gathering Automation - Provides automated dungeon raids and farming missions to collect materials for character upgrades.
- Android Emulator Orchestration - Coordinates the deployment and execution of tasks across multiple virtual Android devices with distinct profiles.
- Multi-Instance Coordination - Manages multiple game accounts simultaneously by mapping unique ports and window handles to separate emulator instances.
- Event-Driven Logic - Executes automation logic triggered by the detection of on-screen elements for better hardware compatibility.
- Emulator Managers - Provides a manager for multiple emulator windows, coordinating unique ports and handles for different user profiles.
- Android Device Integrations - Provides connectivity layers to interface with Android emulator environments via ADB or window handles.
- Weekly Routine Automations - Handles recurring weekly objectives including shop rotations, speed races, and competitive arena matches.
- Character Need-Based Allocation - Distributes in-game items across multiple accounts using a priority model based on character needs and rarity.
- Entity Action Prioritization - Triggers actions against preferred characters based on a predefined label mapping priority list.
- Game Resource Optimization Models - Provides an optimization model to distribute in-game assets across characters based on analyzed requirements.
- In-Game Item Distribution Models - Implements an AI-driven system to distribute in-game items across characters based on efficiency and need.
- In-Game Resource Optimization Models - Intelligently distributes in-game items and assets across characters based on efficiency models.
- Item Selection Rule Engines - Provides a rules engine for selecting items based on rarity or type using automatic or custom priority lists.
- Parallel Task Execution - Supports the simultaneous execution of multiple automation tasks using configuration files to drive parallel processes.
- Skill Rotation Automation - Automates predefined character lineups and skill rotations to complete daily, weekly, and event objectives.
- Visual State Stall Detection - Monitors for infinite loops and triggers automated shutdowns if no valid visual state changes occur.
- Social and Guild Automations - Automates collective missions and guild-based activities to maintain progression within social and group systems.
- Anti-Detection Strategies - Implements human-like interaction patterns in clicks and swipes to evade automated bot detection systems.
- Emulator Instance Port Mappings - Manages parallel automation processes by assigning unique network ports and window handles to separate emulator profiles.
- Event Challenge Executions - Automates the completion of event-specific tasks including boss raids, timed quizzes, and tower climbs.
