Default waw Unity Project

Overview

This project is a cross-platform Unity template designed to support multiple platforms, including VR, Mobile, Desktop, and Web. Created and supported by Web Art Work team, this project ensures a flexible and scalable development environment. It is also managed by waw CLI for automation and build processes.

CLI Tool

For automation, use waw unity CLI to build and manage the project efficiently.

Supported Platforms

The project supports the following platforms:

Name	Platform Type	OS / Device	Output
vr-android	VR	Quest, Pico (Standalone VR)	.apk
vr-windows	VR	Valve Index, HTC Vive, Windows MR	.exe
vr-macos	VR	Mac-compatible VR (limited)	.app
mobile-android	Mobile	Android phones & tablets	.apk
mobile-ios	Mobile	iPhones & iPads	.ipa
desktop-windows	Desktop	Windows PC	.exe
desktop-linux	Desktop	Linux PC	.x86_64
desktop-macos	Desktop	Mac	.app
web	Web	WebGL & WebXR (Browsers)	Web files

Project Structure

/default-unity-project
 ├── /Assets          → Unity assets (textures, models, scripts, UI)
 ├── /ProjectSettings → Unity project settings and configurations
 ├── /Platforms
 │    ├── /vr-android      → Quest, Pico VR setup
 │    ├── /vr-windows      → SteamVR, OpenXR setup
 │    ├── /vr-macos        → macOS VR support (limited)
 │    ├── /mobile-android  → Android-specific configurations
 │    ├── /mobile-ios      → iOS-specific configurations
 │    ├── /desktop-windows → Windows-specific configurations
 │    ├── /desktop-linux   → Linux-specific configurations
 │    ├── /desktop-macos   → macOS-specific configurations
 │    ├── /web             → WebGL & WebXR configurations

Development Plan

1️⃣ Initialize Project

1. Create a new Unity project.
2. Install XR Plugin Management (for OpenXR support).
3. Configure Cross-Platform Input System.
4. Create a basic scene with UI for testing.

2️⃣ Initialize Each Platform

1. VR Android (Quest, Pico) → Configure OpenXR, add Oculus/Pico SDK if needed.
2. VR Windows (Valve, Vive, Windows MR) → Enable OpenXR, setup SteamVR.
3. Mobile (Android, iOS) → Implement touch UI & accelerometer support.
4. Desktop (Windows, macOS, Linux) → Set up keyboard/mouse & controller input.
5. Web (WebGL, WebXR) → Adjust UI for browser compatibility.

3️⃣ Build Each Platform

1. Automate builds per platform using waw unity CLI.
2. Ensure platform-specific optimizations.
3. Test on real devices for performance tuning.

Next Steps

• Finalize base template setup.
• Implement automated build scripts using waw unity CLI.
• Create a GitHub repository for version control and contributions.

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🚀 This project serves as the foundation for developing cross-platform applications in Unity. Developers can extend and customize platform-specific implementations while keeping a unified core.