SebLague/Digital-Logic-Sim
Digital Logic Sim
Digital-Logic-Sim este un simulator de logică digitală și un designer de circuite interactive utilizat pentru construirea și simularea circuitelor hardware digitale. Funcționează ca un editor vizual și un vizualizator de stare logică care permite crearea de modele complexe de logică digitală folosind porți logice, fire și cipuri personalizate.
Sistemul include un constructor de cipuri logice personalizate, permițând gruparea porților logice de bază în componente reutilizabile pentru a crea arhitecturi hardware stratificate. Utilizatorii pot monitoriza aceste design-uri printr-un vizualizator de stare logică care afișează stările semnalului și valorile hexazecimale folosind indicatori luminoși.
Software-ul acoperă designul circuitelor și editarea layout-ului cu grid snapping, precum și controlul redării simulării pentru a întrerupe sau a parcurge tranzițiile de semnal. De asemenea, oferă capabilități de simulare hardware, cum ar fi generarea de semnal pulsatoriu și generarea de semnal audio prin componente buzzer configurabile.
Utilitarele pentru fluxul de lucru de design includ un sistem de gestionare a bibliotecii de componente și istoric de undo/redo pentru a urmări modificările layout-ului.
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.
