TIS-100

Input data stream into a node.

Implement conditional logic to check each value against the criteria.

Route matching values to an output node.

Handle non-matching values as needed (e.g., discard or route to another node).

Input signal data into a node.

Implement an averaging algorithm (e.g., moving average).

Output the processed signal to another node.

Visualize the processed signal in the sandbox environment.

Divide the computation into independent tasks.

Distribute tasks to available nodes.

Implement communication protocols between nodes (if needed).

Collect results from each node and combine them to produce the final output.

Load the code segment into a node.

Step through the code execution using the in-game debugger.

Analyze the input and output values to infer the code's purpose.

Document the code's functionality and identify potential vulnerabilities.

Design the game's logic and rules.

Implement the game's logic using TIS-100 assembly language.

Create visual elements using the visual console.

Test and refine the game's gameplay and user interface.

Share the game with the TIS-100 community.