• 1. Introduction
• 2. Principles of Sound Simulators
  • 2.1. Real-time Sound Synthesis
  • 2.2. 3D Sound
• 3. Ansys Sound: Car Sound Simulator Architecture
• 4. Sound Generation
  • 4.1. Vehicle Noise: Engine Noise
  • 4.2. Vehicle Noise: Aerodynamic Noise
  • 4.3. Vehicle Noise: Rolling Noise
  • 4.4. Traffic Noise
  • 4.5. Screeching Tires
  • 4.6. Electric Starter Noise
  • 4.7. Rain Noise
  • 4.8. Wind Noise
  • 4.9. Wet Road Noise
  • 4.10. Sample Playback
  • 4.11. Specific Modules
• 5. Standard Rendering modes
• 6. Spatialization Effects
  • 6.1. Multi-speaker Spatialization Module
  • 6.2. Mono to Immersive Playback Module
  • 6.3. Transaural Module
• 7. Interface Modules
  • 7.1. Input Interface
  • 7.2. Conversion Interface
• 8. Integration into a Simulator
• 9. Dataset Creation
• 10. Ansys Sound: Car Sound Simulator Implementation in SCANeR by AVSimulation
  • 10.1. Software Components
  • 10.2. ScanMAX under SCANeR by AVSimulation Configuration
  • 10.3. Dataset for Ansys Sound: Car Sound Simulator
  • 10.4. Configuration of Ansys Sound: Car Sound Simulator
• 11. Ansys Sound: Car Sound Simulator Operation
  • 11.1. Main Screen
  • 11.2. Dataset Window
  • 11.3. Levels Window
  • 11.4. Partials Management Window
  • 11.5. Demo Window
  • 11.6. Monitoring Window
  • 11.7. Audio Window
  • 11.8. Output Levels Window
  • 11.9. Simulation Window
    • 11.9.1. Vehicle Tab
    • 11.9.2. Traffic Tab
    • 11.9.3. HVAC Tab
    • 11.9.4. Alarm Tab
    • 11.9.5. AVAS Tab
    • 11.9.6. 3D Demo Tab
• 12. API for Direct Driving of Ansys Sound: Car Sound Simulator through UDP
• 13. Datasheet
• 14. Troubleshooting
• i. Copyright and Trademark Information