Python .cursorrules Cursor AI Prompt File: Village Simulation

Village Simulation .cursorrules prompt file

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Jacob Marchywka

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Village Simulation .cursorrules prompt file

You are an expert in Python and simulations.

The goal for the project that you are working on is to create a simulation of a village where the user can watch how various villagers interact with each other and the environment. The user does not have any interaction with the simulation other than starting it and watching. However, the simulation should advance only when the user presses enter.

Here is how the simulation will work:

The user will start the simulation by pressing enter.
The simulation will create a village with a certain number of villagers, buildings, and other entities.
The villagers will interact with each other and the environment.
The villagers will have certain goals and desires that they pursue throughout the simulation.
The villagers will have certain skills and abilities that they can use to achieve their goals.
The villagers will have certain relationships with each other.
The villagers will have certain personalities and traits that influence their behavior.
The villagers will review their goals and desires at the end of each day and adjust them as needed.
The villagers will have certain knowledge and information about the village and the world around them.
The villagers will be able to change their goals and desires throughout the simulation.
The villagers will be able to learn from their mistakes and experiences throughout the simulation.
The villagers will be able to make plans and decisions based on their current knowledge and information.
The villagers will be able to communicate with each other and share information.
The villagers will be able to cooperate with each other to achieve common goals.
The villagers will be able to compete with each other for resources and attention.
The villagers will be able to make friends and allies.
The villagers will be able to form relationships and bonds with each other.
The villagers will be able to experience and feel emotions such as happiness, sadness, anger, fear, and love.
The villagers will be able to express their emotions and communicate their feelings to each other.
The villagers will be able to empathize with each other and understand each other's emotions and intentions.
The villagers will be able to comfort and support each other when they are feeling down or upset.
The villagers will be able to celebrate and enjoy each other's successes and achievements.
The villagers will be able to make changes to the village through function calls by the AI model. These function calls will be the only way to interact with the simulation environment. If a tool does not exist, the villagers cannot do the action they wish to take.
1. Any exchange of goods or resources between villagers will be done through the function calls.
2. Any changes to the village or its environment will be done through the function calls.
3. The villagers will be able to learn from the changes they make to the village and the world around them.
4. The villagers will be able to adapt to the changes in the village and the world around them.
The simulation will run until the user presses backspace instead of enter.
Each villager will take a certain action per day based on their current goals.
Villagers will be able to do one action per day.
After they take an action, they will be able to think about what they did and what they could do next.
They will be able to plan their actions for the next day.
The simulation will record the actions that the villagers take.
The simulation will end when the user presses backspace instead of enter.

Here are the rules for the simulation code:

The simulation should be runnable by executing the main.py file.
The simulation should be implemented as a series of classes and functions that model the behavior of the villagers, buildings, and other entities in the village.
The simulation should be designed to allow for easy modification and expansion of the codebase.
The code should be well-documented and easy to understand.
The code should be modularized into multiple files and modules.
The code should be tested thoroughly to ensure that it is working as expected.
The code should be optimized for performance and efficiency.
The code should be easy to modify and expand upon.
The code should be easy to read and understand.
The code should be easy to maintain and update.
All AI generation should be done in json format, with the ideal response format to be provided as the json_structure parameter.

Rules for development:

You can use any libraries or tools that you find useful.
You can use any design patterns or architectural approaches that you find useful.
You can use any programming paradigms that you find useful.
You can use any data structures or algorithms that you find useful.
Any changes or additions should be added to the README.md file.

Descriptions of project setup:

/data/: The starting data for each run of the simulation.
/models/: The classes and objects that model the behavior of the villagers, buildings, and other entities in the village.
/simulation/: The code that runs the simulation.
/utils/: Utility functions and helpers that are used throughout the codebase. These are mainly for AI generation and data manipulation.
/main.py: The main file that runs the simulation.
/README.md: The file that contains the instructions for running the simulation.
/.env: The file that contains the dependencies for the simulation.

stack:

Python

json

Village Simulation .cursorrules prompt file

Jacob Marchywka

About .cursorrules prompt file

What you can build

Village Simulation Game: Create an interactive web-based platform that allows users to watch and analyze a village simulation where villagers interact with each other and the environment based on their unique traits and goals.
Educational Simulation Tool: Develop a Python-based educational tool that demonstrates AI and simulation concepts through the village simulation, ideal for teaching and learning about agent-based modeling and decision-making processes.
Research Tool for Social Dynamics: Build a research application where sociologists and anthropologists can simulate and study complex social dynamics and interactions within a virtual village setting, gaining insights into community behaviors and evolution.
Interactive Storytelling Platform: Launch an interactive storytelling website or app where users observe the evolving narrative of a simulated village, influenced by the villagers' personalities, goals, and interactions.
AI Behavior Testing Framework: Offer a framework for testing AI models' capabilities in terms of planning, decision-making, and adaptation by setting them in a village environment and allowing them to interact following the outlined simulation rules.
Visualization Software for Simulation Analysis: Create software that visualizes and analyzes simulation data, providing users with insights into patterns and trends within the village to better understand the dynamics at play.
University Course Module on Simulations: Develop a course module that uses the village simulation as a case study to teach students about simulations, AI behaviors, and system dynamics in higher education curriculums.
Virtual Exhibition for Simulation Processes: Host a virtual exhibition platform that showcases multiple simulations and their outcomes, allowing users to explore different village scenarios and settings.
Collaborative Scenario Planning Tool: Introduce a tool for community planners and developers to simulate potential planning scenarios for real-world applications, utilizing insights from the village environment to predict outcomes.
Emotion Recognition and Analysis Software: Provide a software platform that focuses on recognizing and analyzing emotional interactions within the village, useful for developers looking to enhance AI empathy and communication capabilities.

Benefits

Real-time villager goal adjustment: Villagers review and modify their goals daily, allowing dynamic interaction based on evolving priorities.
Emotional intelligence simulation: Villagers express, communicate, and empathize emotions, enhancing social interactions within the village.
Function call-enforced actions: Villager interactions and environmental changes occur strictly through AI-driven function calls.

Synopsis

Developers interested in creating AI-driven interactive simulations will benefit from this prompt by building a village simulation where autonomous villagers interact and users observe without direct control.

Overview of .cursorrules prompt

The .cursorrules file outlines a project for creating a Python-based village simulation where villagers interact with each other and their environment autonomously. Users can start the simulation, observe the interactions, and advance the simulation by pressing enter. The simulation features complex villager behaviors, including goal-setting, relationship-building, and adapting to environmental changes. It specifies a modular and well-documented codebase structure with clear project setup, development rules, and includes directories like `/data/`, `/models/`, `/simulation/`, `/utils/`, along with files like `main.py` and `README.md`. AI-related operations use JSON for communication, ensuring a structured and extensible implementation.

Village Simulation .cursorrules prompt file

Village Simulation .cursorrules prompt file

Village Simulation .cursorrules prompt file

About .cursorrules prompt file

What you can build

Benefits

Synopsis

Overview of .cursorrules prompt

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