SebLague/Digital-Logic-Sim
Digital Logic Sim
Digital-Logic-Sim ist ein digitaler Logiksimulator und interaktiver Schaltkreisdesigner für den Bau und die Simulation digitaler Hardwareschaltkreise. Er fungiert als visueller Editor und Logikzustands-Visualisierer, der die Erstellung komplexer digitaler Logikmodelle mittels Logikgattern, Drähten und benutzerdefinierten Chips ermöglicht.
Das System enthält einen benutzerdefinierten Logik-Chip-Builder, der die Gruppierung grundlegender Logikgatter in wiederverwendbare Komponenten ermöglicht, um geschichtete Hardwarearchitekturen zu erstellen. Benutzer können diese Designs über einen Logikzustands-Visualisierer überwachen, der Signalzustände und Speicherwerte mittels Lichtindikatoren und hexadezimaler Formatierung anzeigt.
Die Software deckt Schaltkreisdesign und Layout-Bearbeitung mit Raster-Snapping sowie Simulations-Playback-Steuerung zum Pausieren oder schrittweisen Durchlaufen von Signalübergängen ab. Zudem bietet sie Hardware-Simulationsfunktionen wie Impulssignalerzeugung und Audiosignalerzeugung über konfigurierbare Buzzer-Komponenten.
Design-Workflow-Dienstprogramme umfassen ein Komponentenbibliotheks-Managementsystem sowie Undo- und Redo-Historie zur Nachverfolgung von Layout-Modifikationen.
Features
- Logic Circuit Simulation - Implements an interactive visual environment for designing and simulating the behavior of digital logic gates and wiring.
- Interactive Logic Design - Provides an interactive wire editing system with grid snapping and point manipulation for designing digital hardware models.
- Computer Architecture - Enables designing and testing basic computer components from the ground up to understand hardware-software interaction.
- Custom Logic Components - Provides a custom logic chip builder to group basic gates into reusable, layered hardware architectures.
- Digital Logic Design Tools - Provides a system for building complex digital systems by connecting logic gates and grouping them into reusable chips.
- Logic Prototype Visualization - Creates visual diagrams of digital circuits with real-time signal states to verify logic before physical implementation.
- Logic State Visualizers - Includes a monitoring interface that displays signal states and memory values using light indicators and hexadecimal formatting.
- Visual Circuit Editors - Ships a visual editor with grid snapping and wire manipulation for building complex digital logic models.
- Cycle-Accurate Execution Models - Implements a simulation engine that tracks hardware operation progression through discrete, cycle-accurate processing steps.
- Hardware Component Reusability - Enables grouping basic logic gates into reusable components to build complex hardware architectures in layers.
- Logic Component Nesting - Allows grouping basic logic gates into reusable chips to build complex hardware architectures in layers.
- Graph Connection Event Systems - Maintains a graph of wires and pins to propagate logic values between interconnected hardware components.
- Circuit Component Placement - Provides tools for the placement of wires, buses, and chips within the design environment.
- Signal Generators - Produces a high output for a set number of cycles whenever an input transitions from low to high.
- Simulation Flow Controllers - Allows users to pause, resume, or advance simulations one step at a time to analyze signal propagation.
- Logic Visualizers - Displays pin and memory values in hexadecimal format to visualize the real-time execution flow and state of logic circuits.
- Design Component Managers - Provides tools to organize logic components into collections for quick retrieval during design.
- Hardware State Indicators - Uses dedicated light indicators to provide immediate visual feedback on the high or low state of signals.
- Grid Snapping - Aligns logic components and wire endpoints to a configurable grid increment for precise visual placement.
- State-Driven Visuals - Updates component colors and labels in real time based on current logic signal levels.
