This project is still under development and not all features are functional. Contributions towards expanding features and improving performance are welcome.

1. Download the latest release for the target platform.
2. Add the path to the binary to the system PATH environment variable.
3. Application can be invoked using automata in the shell.

1. Install Git, Rust and Cargo on target system.
2. Clone this repository & change directory into it.

git clone https://github.com/manishmeganathan/automata.git 
cd automata

3. Build the project

cargo build --release

4. Application can be run using cargo run .. or the built binary can be invoked directly.

The Simulator currently support two automata. Conway's Game of Life and Langton's Ant. The simulator can be configured with flags that adjust the grid dimension, individual cell dimensions, simulation FPS, etc.

Run the following to start the Conway's Game Of Life automata.

automata gameoflife

Run the following to start Langton's Ant with a grid of 1000x1000 pixels

automata langtonsant --grid 1000x1000

Supported flags include

• --grid [-g] Set dimensions of the grid. Takes the format widthXheight.
• --cell [-c] Set the cell size of the grid. Takes an int that represents the size of the cell
• --fps [-f] Set the simulation fps.

Currently supported automata

• Conway's Game Of Life - gameoflife
• Langton's Ant - langtonsant

This module implements the event handler and simulable trait definitions.

• SimCell represents a trait implemented by cell structs that can be simulated.
• SimGrid represents a trait implemented by grid structs that can be simulated.
• Automaton represents a trait implemented by any automaton that can be simulated.
• Simulation represents a struct that contains the simulation runtime handlers.

This module implements common tools used on different automata such as different types of cells, grids and turmites.

• BinaryCell represents a cell state enum for cells that are either on or off.
• CellGrid represents a grid of square cells.
• GridCell represents an arbitrary cell on a grid.
• GridScanner represents an iterator that scans over the entire grid.
• Orient represents a trait implemented by directional structures.
• Direction4 represents a enum that has variation for different cardinal directions.
• Turmite represents a turmite on a grid that crawl/travel around.

Notes:

• All Cells implement the SimCell trait.
• All Grids implement the SimGrid trait.
• Future grid implementations can include hexagonal and octagonal grids which will use 6 directional and 8 directional orientations.

This module implements a struct of the same name generic over different types of grids.

• Currently the initial state of the automata is a randomly generated balance grid. Future implementation can include states such as Gosper's Glider Gun.
• Currently only implemented for square grids.

This module implements a struct of the same name generic over different types of grids.

• Currently the inital state of the automata is an empty grid. Future implementations can include randomized grids.
• Currently only implemented for square grids.
• Currently only supports 1 randomly placed ant. Future implementations can support predetermined ant positions and multiple ants.