What is Wired Logic?
Understanding the Basics of Wired Logic
Wired Logic is an innovative pixel-based logic simulator that has been developed using the Go programming language. This simulator is designed to analyze and simulate complex logic circuits by scanning images and converting them into a collection of wires, power sources, and transistors. The simulation is then run on these components until a recurring state is reached. Finally, the simulation is rendered into an animated GIF image.
Exploring the Rules of Wired Logic
To fully grasp the functionality of Wired Logic, it is important to understand the rules that govern its operation. These rules dictate how wires, power sources, and transistors behave within the simulation. Let’s take a closer look at these rules:
1. Wires: In Wired Logic, wires are represented by pixels of specific colors within the palette. These colors typically range from index 1 to 7. By identifying these pixels, the simulator recognizes them as wires and includes them in the circuit.
2. Power Sources: A 2×2 pixel square within a wire is considered a power source. When this configuration is detected, the wire becomes a source of electrical power within the circuit.
3. Wire Crossings: Wires can cross each other within the simulation. This is achieved by creating a hole in the middle of their crossing. By allowing wires to intersect, complex circuit configurations can be achieved.
4. Transistors: Transistors are an essential component of Wired Logic circuits. They are created by drawing a T-shape and creating a hole in the middle of the crossing. When the base of a transistor is charged, it blocks the flow of current. However, if the base is not charged, current can flow through the transistor, albeit with a reduced intensity.
Unlocking the Potential of Wired Logic
Wired Logic offers a unique and powerful tool for simulating and visualizing logic circuits. By leveraging the capabilities of Go programming language, this simulator provides a user-friendly interface for designing and analyzing complex circuits. Whether you are a student, hobbyist, or professional in the field of electronics, Wired Logic can be a valuable asset in your toolkit.
So, why not give Wired Logic a try? Dive into the world of pixel-based logic simulation and unlock the potential of creating intricate circuits with ease.