Which view applies the rules of perspective, including a vanishing point?

Which view applies the rules of perspective, including a vanishing point?

• A. Orthographic Views
• B. Perspective View
• C. Isometric View
• D. Bounding Box

Answer: (B)

Perspective projection is the way to simulate depth by making parallel lines converge toward a vanishing point on the horizon. This creates the look of objects getting smaller with distance, just like how we perceive the real world. In contrast, orthographic views draw objects with parallel projection—lines remain parallel and sizes don’t change with distance, so there’s no vanishing point. Isometric view is a specific type of orthographic projection where the scales along the axes are equal, again with no vanishing point. Bounding box isn’t a viewing mode at all; it’s just a container around the model. So, the view that applies the rules of perspective, including a vanishing point, is the Perspective View.

Perspective projection is the way to simulate depth by making parallel lines converge toward a vanishing point on the horizon. This creates the look of objects getting smaller with distance, just like how we perceive the real world. In contrast, orthographic views draw objects with parallel projection—lines remain parallel and sizes don’t change with distance, so there’s no vanishing point. Isometric view is a specific type of orthographic projection where the scales along the axes are equal, again with no vanishing point. Bounding box isn’t a viewing mode at all; it’s just a container around the model.

So, the view that applies the rules of perspective, including a vanishing point, is the Perspective View.