This project is a logic gate simulator built using React Flow and Zustand. It allows users to create and simulate various logic gates and circuits, offering a dynamic and interactive environment for visualizing logic operations. The simulator supports basic gates like AND, OR, XOR, and more complex components such as SR and JK flip-flops and full adders.

Check out here: https://logi-sim.web.app/

• Interactive Circuit Design: Users can create nodes representing logic gates and connect them using edges, simulating the flow of logic.
• Topological Sorting: The simulator uses Depth-First Search (DFS) to determine a topological order for updating nodes that are dependent on each other.
• Comprehensive Logic Handling: The system handles various logic gate operations, flip-flop behaviors, and provides debugging utilities for testing and development.
• Zustand State Management: The project leverages Zustand for efficient and scalable state management, ensuring smooth and responsive updates within the simulator.

To get started with the project, clone the repository and install the necessary dependencies:

git clone https://github.com/ivan-yung/logi-sim
cd logi-sim
npm install

To run the simulator locally:

Copy code
npm start
This will start the development server, and you can interact with the simulator via your browser at http://localhost:3000.

• Input Nodes: Represents the inputs to the circuit. Each input node can be configured to output a specific value.
• Logic Gates: Includes basic logic gates like AND, OR, XOR, and NOT. Each gate can connect to other nodes and process inputs according to its logic.
• Flip-Flops: Supports SR and JK flip-flops with detailed handling of clock signals and output states.
• Full Adders: Implements the logic for a full adder, handling binary addition with three inputs.

• Connections: Nodes are connected via edges, which can be updated to reflect different types, such as smoothstep or default.
• Dynamic Updates: Changes to the circuit structure are reflected in real-time, with dependent nodes recalculating outputs as needed.

The project utilizes Zustand to manage the state of the nodes, edges, and their interconnections. This includes:

• Storing input/output values for nodes
• Calculating gate logic based on node connections
• Handling edge types and node changes
• Managing the overall state of the circuit and performing updates as connections are made or altered

• logGateData: Logs the type of a specific gate.
• logNodeData: Logs the data of a specific node.
• logStore: Logs the entire Zustand store for inspection.
• logInStore: Logs only the input nodes and their data.
• logEdges: Logs the edges of the graph and counts the number of nodes.

This project is licensed under the MIT License.