Photo Realistic Rendering

AMERICAN CHOPPER

Objective

To understand,

• 3D modelling.
• assemblies.
• real view rendering.

Introduction

In this project we learnt

• the various features of 3D modelling.
• how to add decals and appearances to the 3D models.
• setting up display states.
• how to assemble the 3D modelled parts in relation to one another.
• to import the model into Solidworks Visualize and setup scenes, changing appearnaces and adding environments.

Design Methadology

Parts

Above parts were created using following features.

• Extrude - It elongates the 2D sketch into a solid body by adding material.

• Extrude Cut - It performs in similar way of extrude feature but removes material.

• Revolve - It revolves a 2D sketch around an axis to make a solid body by adding material.

• Revolve Cut - It performs in similar way of revolve feature but removes material.

• Sweep - It uses a sketch and a guide curve to elongate the shape of the sketch according to guide curve.

• Sweep Cut - It performs in similar way of sweep feature but removes material.

• Loft - It uses multiple sketches in different but parallel planes to form a solid body which connects the circumference of the sketches.

• Curve - Multiple sketches make a 3D curve.

• Fillet - It curves the selected edge.

• Chamfer - It removes a sharp edge with a slope.

• Dome - It creates a dome on the selected face.

• Combine - Combines multiple solid bodies into one.

• Split - It split one part into multiple parts.

• Circular pattern - It selects a feature and makes a radial array of that feature.

• Linear pattern - It selects a feature and makes a pattern in the desired direction.

• Surface Loft - It lofts a surface by using multiple sketches.

• Surface Sweep - It sweeps a surface by using multiple sketches.

• Surface trim - Removes unwanted area of the surface.

• Surface knit - Knits multiple surface together.

• Shell - It makes a solid body hollow.

• Mirror - It mirrors the solid body using a reference plane.

Screenshots of the model.

Front View

Side View

Isometric View

Top View

Camera Setup View

Rendered images

Conclusion

Understood 3D modelling, assemblies and real view rendering.