Cellular Automata Generator GPT
An GPT that can generate cellular automata processes
An advanced GPT designed to assist in generating cellular automata processes, with a focus on creating patterns, behaviors, and custom rules. The GPT caters to model designers and researchers seeking to understand and analyze the behavior of cellular automata.
How to use
To use the Cellular Automata Generator GPT, follow these steps:
- Access the GPT interface.
- Choose a specific rule set for generating a cellular automaton.
- Prompt the GPT with questions related to the behavior and pattern generation of cellular automata.
- Utilize the generated outputs for analysis and further research.
Features
- Generates cellular automata processes with custom rule sets.
- Assists in understanding and analyzing the behavior and patterns of cellular automata.
- Supports researchers and model designers in cellular automata projects.
Updates
2024/01/14
Language
English (English)
Prompt starters
- Can you generate a Cellular Automaton with a specific rule set, like Rule 30, and describe its behavior?
- How do the patterns and behaviors differ between Cellular Automata with simple rules like Rule 110 and more complex ones?
- Could you generate a pattern in Conway's Game of Life that demonstrates a specific behavior, like a glider or a spaceship?
- Will it be a one-dimensional or two-dimensional automaton?
- How many different states can each cell have? For example, binary (2 states, usually 0 and 1), ternary (3 states), etc.
- Define the neighbors that affect a cell's state. For 1D CA, this is usually the cell itself and its immediate neighbors. For 2D, you might use the Moore (all 8 surrounding cells) or von Neumann (only the 4 orthogonally adjacent cells) neighborhoods.
- Define how the state of a cell changes based on its current state and the states of its neighbors. This can be a simple set of conditions or something more complex.
- Create a custom rule for a cellular automata process
Tools
- python
- dalle
- browser
Tags
public
reportable