Which view does not use perspective distortion and shows objects without a vanishing point?

Which view does not use perspective distortion and shows objects without a vanishing point?

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

Answer: (D)

Orthographic projection keeps objects from distortion by using parallel projection lines, so there’s no vanishing point and distances and sizes are preserved in the view. This is exactly what you want when you need undistorted geometry and accurate measurements in a 3D scene. In Max, orthographic views (Top, Front, Left, etc.) show the model without perspective, letting you see true dimensions. By contrast, perspective view introduces depth cues and lines converge toward a vanishing point, which is the distortion this question excludes. A bounding box isn’t a camera view, so it doesn’t address how a scene is rendered. An isometric view is a specific orthographic arrangement, also free of perspective, but the broad, correct category that covers all non‑perspective views is orthographic views.

Orthographic projection keeps objects from distortion by using parallel projection lines, so there’s no vanishing point and distances and sizes are preserved in the view. This is exactly what you want when you need undistorted geometry and accurate measurements in a 3D scene. In Max, orthographic views (Top, Front, Left, etc.) show the model without perspective, letting you see true dimensions. By contrast, perspective view introduces depth cues and lines converge toward a vanishing point, which is the distortion this question excludes. A bounding box isn’t a camera view, so it doesn’t address how a scene is rendered. An isometric view is a specific orthographic arrangement, also free of perspective, but the broad, correct category that covers all non‑perspective views is orthographic views.