Which view applies perspective rules, giving objects a vanishing point?

Which view applies perspective rules, giving objects a vanishing point?

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

Answer: (A)

Perspective projection is the view that applies perspective rules and creates a vanishing point. In this view, parallel lines recede into distance and appear to converge at a point on the horizon, while objects appear smaller as they get farther away. This mimics how we see the real world. Orthographic views render scenes without perspective distortion, so parallel lines stay parallel and distances aren’t compressed with depth. Isometric view is a type of orthographic projection where the three axes are equally foreshortened, so there’s no vanishing point. A bounding box is just a geometric enclosure used for selection and measurement, not for depicting perspective. So the view that produces perspective-based depth and vanishing points is the Perspective View.

Perspective projection is the view that applies perspective rules and creates a vanishing point. In this view, parallel lines recede into distance and appear to converge at a point on the horizon, while objects appear smaller as they get farther away. This mimics how we see the real world.

Orthographic views render scenes without perspective distortion, so parallel lines stay parallel and distances aren’t compressed with depth. Isometric view is a type of orthographic projection where the three axes are equally foreshortened, so there’s no vanishing point. A bounding box is just a geometric enclosure used for selection and measurement, not for depicting perspective.

So the view that produces perspective-based depth and vanishing points is the Perspective View.