Documentation for Low Poly Marijuana Joint

Product Overview

The Low Poly Marijuana Joint is designed to offer a detailed yet performance-friendly asset for various scenes, including music videos, drug-related settings, or crime scenes. With a low poly count and high-quality 4K textures, this model is perfect for use in both real-time and pre-rendered environments.

Included Components

• Mesh:

  • Marijuana Joint

• Texture Set:

  • 4K Texture Set

Features and Specifications

• Low Poly Design: The model includes 828 vertices, offering a balance between performance and detail.
• PBR Textures: The 4K textures provide a high-quality look, ensuring the joint appears realistic at any distance.
• UV Unwrapped: The mesh is fully UV unwrapped, making future texturing easy and straightforward.
• Vertex Colors: Comes with vertex colors, giving you more flexibility for adjustments and customization.

Usage Instructions

• Importing the Joint: Load the Low Poly Marijuana Joint into your 3D software for seamless integration into various scenes.
• Applying Textures: Utilize the included 4K textures to achieve a high-quality appearance while keeping the poly count low.
• Customizing the Model: The joint is UV unwrapped and features vertex colors, making it easy to retexture or modify for specific scene requirements.

Customization Tips

• Texture Adjustments: Modify the included 4K texture or use vertex colors to create different looks or effects.
• Scene Integration: Use this model to add a realistic touch to music videos, drug-related visuals, or crime scenes.

Compatibility

The Low Poly Marijuana Joint is compatible with popular 3D software programs, including Blender, Maya, Cinema 4D, Unreal Engine, and Unity. Designed natively in Blender, this model is optimized for both real-time and pre-rendered applications.

Support and Resources

For assistance with the Low Poly Marijuana Joint, including texture application or customization, feel free to contact support through your preferred platform. Help is available for all aspects of the model.

End of Documentation