Camera Work and Cinematography Flashcards
6 cards from real 3D Product Animation practice questions. Tap to flip, then mark Knew It or Still Learning — missed cards come back until you master them.
Read the first 6 Camera Work and Cinematography flashcards as text
What camera setting controls the range of distance that appears in sharp focus in a product render?
Answer: Depth of field
Depth of field defines how much of the scene is in sharp focus; a shallow depth of field blurs the foreground and background to highlight the product.
In 3D product cinematography, what does focal length control?
Answer: The angle of view and perspective compression of the camera
Focal length determines how wide or narrow the camera's field of view is and how much perspective distortion or compression occurs in the product shot.
Which camera movement smoothly follows a product rotating on a turntable without changing the camera's position?
Answer: Pan
A pan rotates the camera horizontally on its axis, which matches the motion of following a rotating product without physically moving the camera.
What is a turntable animation in 3D product animation?
Answer: An animation where the camera orbits 360° around a stationary product
A turntable animation rotates either the camera or the product 360° to showcase all angles in a continuous loop, a standard deliverable for US e-commerce clients.
What is the 'rule of thirds' and how does it apply to product animation framing?
Answer: Placing the product at intersections of an imaginary 3×3 grid for visually balanced composition
The rule of thirds places key subjects at grid intersections to create dynamic, visually appealing compositions instead of centering everything.
In product animation for US e-commerce, why is a 85–135mm equivalent focal length often preferred over wide-angle lenses?
Answer: Longer focal lengths minimize perspective distortion, making the product look more true to its real shape
Wide-angle lenses introduce barrel distortion and perspective exaggeration that can misrepresent product proportions; longer focal lengths render shapes more accurately.