Showcase: Sonicore – A 3D Immersive Guitar Store with Interactive Music and Rotating Guitars

Your Sonicore project looks impressive! Based on your description and screenshots, it seems you've created an interactive 3D guitar store with audio features. Since you're sharing this in a Three.js context, I'd like to provide some information about the audio capabilities in Three.js that might be relevant to your project.

Three.js Audio Components

For implementing audio features like your random song player, Three.js offers several audio-related classes:

Core Audio Classes

• Audio: The basic audio object that allows you to add sound to your scene
• AudioListener: Represents the listener in 3D space (typically attached to the camera)
• AudioContext: Manages and processes audio operations
• AudioAnalyser: Provides real-time frequency and time-domain analysis
• PositionalAudio: Creates spatial audio that changes based on position relative to the listener

These components would be particularly useful for your music button feature that plays random songs and cycles through a playlist.

If you're looking to enhance your project further, you might consider using PositionalAudio to create location-based sound effects for the guitars (perhaps different sounds when viewing different models), or using AudioAnalyser to create visual effects that respond to the music.

Your implementation of interactive 3D models with rotation for detailed viewing is a great feature that complements the audio experience you've created.

Would you like more specific information about implementing any particular audio feature in Three.js for your project?

Your Sonicore project looks impressive! Since you're sharing a Three.js project with audio features, I can provide some information about the audio capabilities in Three.js that might be relevant to your implementation.

Three.js Audio Components

For implementing audio in Three.js projects like your guitar store, you can use these key audio classes:

• Audio: The basic audio object that allows you to add non-positional audio to your scene
• AudioListener: Represents the listener in 3D space (typically attached to the camera)
• PositionalAudio: For creating sound sources that exist at specific positions in your 3D environment
• AudioAnalyser: Allows you to analyze audio data for creating visualizations
• AudioContext: Provides access to the Web Audio API context

These components would be particularly useful for your music button feature that plays random songs and cycles through them.

If you're looking to enhance your project further, you might consider using PositionalAudio to attach guitar-specific sounds to each 3D guitar model when users interact with them during the rotation view.

The implementation you've created with camera movement controlled by scroll and interactive 3D models demonstrates a good understanding of Three.js capabilities. Adding the audio elements creates a more immersive experience for users exploring your virtual guitar store.