ange-yaghi/engine-sim

Features

• Combustion Engine Simulators - Models internal combustion engine mechanics with configurable components for torque, RPM, and throttle response.
• Mechanical Dynamics Simulators - Computes engine response by simulating throttle, load, and inertia dynamics in real time.
• Vehicle Simulation Controls - Controls ignition, starter, throttle, clutch, gears, and simulation speed using keyboard inputs.
• Directed Audio Graph Architectures - Generates audio by processing engine parameters through a directed graph of nodes.
• Engine Component Configurations - Computes torque, RPM, and throttle response from user-defined engine components and parameters.
• Engine Sound Synthesizers - Generates lifelike engine sounds dynamically based on mechanical parameters and operating conditions.
• Engine Sound Synthesizers - Generates realistic internal combustion engine audio in real time from configurable mechanical parameters.
• Custom Scripting Languages - Defines engine components as interconnected nodes via a custom scripting language.
• Engine Response Calculators - Computes torque, RPM, and throttle response from configurable mechanical components.
• Combustion Engine Simulators - Models internal combustion engine mechanics and generates realistic real-time audio output.
• Audio Synthesis Modules - Generate realistic internal combustion engine sounds in real time based on mechanical parameters and operating conditions.
• Vehicle Dynamics Simulators - Models throttle, load, and RPM dynamics to produce lifelike engine behavior and drivability feel.
• Mechanical Part Assemblies - Models engine behavior by assembling reusable mechanical parts with adjustable parameters.
• Keyboard-Driven Interactions - Controls engine simulation variables like throttle, clutch, and gears via keyboard input.
• Engine Definition Importers - Imports engine files by path and activates them by node name in the main configuration.
• Engine Definition Loaders - Loads engine definitions from external files by path and node name for modular swapping.
• Engine Dynamometer Simulators - Measures horsepower and torque by holding an engine at a target RPM on a simulated test stand.
• Engine Performance Testers - Holds an engine at a target RPM on a virtual dynamometer and displays measured power and torque.
• Virtual Dynamometers - Measures horsepower and torque by holding an engine at a target RPM against a simulated load.
• Script Parsing Diagnostics - Reports argument mismatches, undefined references, and syntax errors in engine configuration scripts.
• Engine Dynamometer Measurements - Measures horsepower and torque output by holding an engine at a target RPM on a virtual dynamometer.

Star history