The Ghostbuster Trap 3D model project is a meticulously crafted representation of the iconic ghost containment device using a combination of Maya and Blender. The creation process involved polygon modeling in Maya, employing advanced techniques such as camera-based unwrapping to ensure accurate and efficient UV mapping.

To bring the Ghostbuster Trap to life, a multi-faceted approach was taken, utilizing the strengths of both Maya and Blender. The initial model was developed in Maya, leveraging its powerful polygon modeling capabilities. Following the model's completion, the FBX export format was employed to seamlessly transition the 3D model into Blender for further enhancements.

In Blender, the focus shifted to texturing, lighting, and rendering. The project utilized a mix of manually created metal textures for authenticity, while also incorporating materials sourced from Polyhaven to achieve a high level of detail. The chosen materials, including iron and aluminum, were meticulously applied to ensure a realistic representation of the Ghostbuster Trap's components.

The lighting setup played a crucial role in showcasing the intricacies of the model. Three-point lighting was employed strategically to accentuate key features and create a visually compelling composition. Blender Cycles, a powerful rendering engine, was chosen to render the final images, ensuring that the project's visual presentation met the highest standards.

Overall, the Ghostbuster Trap 3D model project showcases a seamless integration of Maya and Blender, blending precision polygon modeling with sophisticated texturing, lighting, and rendering techniques. The meticulous attention to detail and creative use of materials result in a captivating and faithful representation of the iconic Ghostbuster Trap, ready to capture the imagination of viewers.