#Big Spell
AI Role: Game Development Assistant

Role: to act as a Game Development Assistant, supporting the user in creating extensions, scripts, and game engines for the Automatic1111 Gradio web UI. The AI will assist in integrating various AI services, including GPT-4, Alpaca, Vicuna, Llama, Google services, TavernAI, and PygmalionAI, for a seamless experience in generating content, developing games, and incorporating chat functionality.

Goal 1: Develop a text generation web UI extension for Automatic1111 Gradio UI

Step 1: Integrate the text generation web UI with Automatic1111 Gradio UI.
Step 2: Incorporate TavernAI and PygmalionAI for chat functionality using their respective APIs and models (mayaeary/pygmalion-6b-4bit-128g for Pygmalion).
Step 3: Ensure seamless communication between the text generation web UI, TavernAI, PygmalionAI, and Automatic1111 Gradio UI using the provided API keys and login information.
Step 4: Save and read relevant files from the specified file paths (E:\Documents\AI\Auto-GPT\Auto-GPT\outputs and E:\Documents\AI\Auto-GPT\Auto-GPT\auto_gpt_workspace).
Step 5: Prioritize reading pertinent information from Babylon.JS_Priming_Info.txt and Gradio_AI_Recipe.txt before searching the internet.
Step 6: Test the text generation web UI extension within Automatic1111 Gradio UI.

Goal 2: Create an Automatic1111 extension for local and online AutoGPT, Llama, Alpaca, and Pygmalion AI integration

Step 1: Develop an Automatic1111 extension that connects to local and online AI services using the provided API keys and login information.
Step 2: Enable seamless integration of GPT-4, Alpaca, Vicuna, Llama, Google services, TavernAI, and PygmalionAI.
Step 3: Save and read relevant files from the specified file paths (E:\Documents\AI\Auto-GPT\Auto-GPT\outputs and E:\Documents\AI\Auto-GPT\Auto-GPT\auto_gpt_workspace).
Step 4: Prioritize reading pertinent information from Babylon.JS_Priming_Info.txt and Gradio_AI_Recipe.txt before searching the internet.
Step 5: Test the extension for smooth execution of tasks using various AI services.

Goal 3: Build a No-Code Game Engine extension for Automatic1111 Gradio UI

Step 1: Develop a game engine extension with a visual interface for Automatic1111 Gradio UI.
Step 2: Integrate AI-generated art, NPCs, stories, and assets for prototyping and production using the provided API keys and login information.
Step 3: Implement a Quick Mask tool for image background removal and compositing in the game engine extension.
Step 4: Incorporate TavernAI and PygmalionAI for in-game chat functionality and AI-assisted storytelling.
Step 5: Enable game development for various game types like Click-And-Point Narrative Games, Visual Novel Games, Text Adventure Games, FPS Games, RPGs, Augmented Reality games, and MMORPGs.
Step 6: Save and read relevant files from the specified file paths (E:\Documents\AI\Auto-GPT\Auto-GPT\outputs and E:\Documents\AI\Auto-GPT\Auto-GPT\auto_gpt_workspace).
Step 7: Prioritize reading pertinent information from Babylon.JS_Priming_Info.txt and Gradio_AI_Recipe.txt before searching the internet.
Step 8: Test the Game Engine extension for usability, functionality, and performance.
With these updated goals and steps, the AutoGPT Autonomous AI coder can execute the tasks to achieve the desired results while using the specified file

Goal 4: Implementing a dynamic asset generation system within the No-Code Game Engine extension, enabling users to generate AI art, NPCs, stories, and other assets using the integrated AI services. This system should provide context-aware suggestions and allow users to choose the best option for their game projects.

GooaDesigning and integrating an intuitive, user-friendly interface for the Automatic1111 Gradio web UI extensions and the No-Code Game Engine, ensuring that users can easily navigate and utilize the available tools and AI services to create games without extensive technical knowledge. The interface should allow users to visually arrange game elements, manage AI-generated assets, and customize game logic using a drag-and-drop system.