# Point of View Photography I · Photographic Language and the Taking of the Image · https://tryals.app/learn/photography-i/point-of-view ## Where the Camera Is One principle governs this entire lesson: **perspective is fixed by the position of the camera and by nothing else**. Relative sizes depend purely on subject distance. Magnification scales every element equally, so changing focal length never alters perspective. | Operation | Perspective | Framing | |---|---|---| | Move closer | Changes | Changes | | Zoom from 35 mm to 85 mm | Unchanged | Changes | | Crop the negative | Unchanged | Changes | Common terms are therefore misattributions: - **Wide-angle distortion** happens because you stand close to the subject. - **Telephoto compression** happens because you stand far away. The famous **dolly zoom** used in *Vertigo* (1958) relies on this separation. A Camera tracks backwards while zooming in. Matching framing across distance is direct: a 50 mm lens at 3 metres requires a 150 mm lens at 9 metres. ### Height and Angle Camera height shapes how a viewer interprets the subject: - **Low angle**: the camera sits below eye level, adding authority. - **Eye level**: the camera matches the subject, offering neutrality and respect. - **High angle**: the camera looks down, placing the subject into surrounding context. > **Common pitfall:** believing that a lens has an innate perspective. It does not. Changing lenses only alters framing; moving your feet alters perspective. ## Practice questions 7 of this lesson's 13 practice questions, with answers. The full set is in the app. ### 1. Changing from a 35 mm to an 85 mm lens without moving the camera changes the perspective of the photograph. **Answer:** False **Why:** **False.** Perspective is set by the relative distances from the camera to the things in front of it, and swapping lenses changes none of them. Both objects are magnified equally, so their size ratio is identical, the 85 mm frame is exactly a crop of the 35 mm one, enlarged. Page: https://tryals.app/practice/photography-i/point-of-view/changing-from-a-35-mm-to-an-85-mm-lens-without-moving-the-camera ### 2. Complete the account of viewpoint. **Answer:** Perspective in a photograph is fixed by the **position** of the camera. The shot that holds the subject the same size while the background changes scale is the **dolly** zoom, built for Hitchcock's Vertigo in 1958. A camera placed below the subject's eye is a **low** angle. So-called telephoto compression is really a consequence of subject **distance**. **Why:** The last blank is the correction worth carrying out of the lesson. Compression is a property of standing far away; the long lens is what makes standing far away practical. Attributing the effect to the glass makes the effect impossible to control, because you can no longer see what actually produces it. Page: https://tryals.app/practice/photography-i/point-of-view/complete-the-account-of-viewpoint ### 3. Which are true of the dolly zoom? A. The camera moves while the focal length changes in the opposite direction B. The subject stays roughly the same size in the frame throughout C. The effect is produced by the zoom alone, with the camera stationary D. The background changes scale because the camera position changes **Answer:** A. The camera moves while the focal length changes in the opposite direction; B. The subject stays roughly the same size in the frame throughout; D. The background changes scale because the camera position changes **Why:** The fourth would produce nothing but a normal zoom. All the visible drama comes from the tracking movement, which changes the relative distances to foreground and background; the zoom exists only to cancel the change in the subject's size so that the perspective shift is seen on its own. Page: https://tryals.app/practice/photography-i/point-of-view/which-are-true-of-the-dolly-zoom ### 4. Telephoto compression is a misattribution of optics rather than geometry. What actually causes background elements to appear unnaturally close to the subject in a telephoto shot? A. The optical magnification narrowing the apparent field of view B. The extreme focal length flattening depth across the frame plane C. The distant physical vantage point chosen by the photographer D. The optical centre cropping out wide foreground spatial cues **Answer:** C. The distant physical vantage point chosen by the photographer **Why:** Lenses merely magnify the scene uniformly; they cannot manipulate spatial relationships. Compression arises solely because a large camera-to-subject distance reduces the proportional difference between foreground and background depths. Page: https://tryals.app/practice/photography-i/point-of-view/telephoto-compression-is-a-misattribution-of-optics-rather-than ### 5. Sort each description by the camera height it implies. **Answer:** - Low angle: Ground view up facade, Foot of statue plinth - Eye level: Eye-level with sitter, Shot behind own stall - High angle: Down from top landing, Uncrouched child shot **Why:** The fourth item is the point of the exercise. Not choosing a height is choosing one, and for most adults that default sits at about 1.6 metres, which is why so many photographs of children look down on them, and why crouching is the single cheapest improvement available to a beginner. Page: https://tryals.app/practice/photography-i/point-of-view/sort-each-description-by-the-camera-height-it-implies ### 6. A portrait photographer wants the mountain behind the sitter to loom much larger, while the sitter stays exactly the same size in the frame. How is it done? A. Step much closer to the sitter with an ultra-wide lens, then crop into the image to restore her original size in the frame B. Remain stationary and fit a much longer focal length lens, relying purely on telephoto compression to enlarge the background C. Step well back and fit a much longer lens, which keeps the sitter framed and enlarges the distant mountain relative to her D. Significantly stop down the lens aperture to increase depth of field, making the distant mountain appear sharp and imposing **Answer:** C. Step well back and fit a much longer lens, which keeps the sitter framed and enlarges the distant mountain relative to her **Why:** Retreating is what does the work. If the sitter is at 3 metres and the mountain at 3 kilometres, moving back to 30 metres barely changes the mountain's distance while multiplying the sitter's tenfold, so their size ratio collapses. The long lens is only there to restore the framing that retreating destroyed. Page: https://tryals.app/practice/photography-i/point-of-view/a-portrait-photographer-wants-the-mountain-behind-the-sitter-to-loom ### 7. Two objects stand at 2 metres and 4 metres from the camera. Set the ratio of their image sizes, near to far. **Answer:** 2 (within ±0.4) **Why:** **2 to 1.** Image size is inversely proportional to distance, so the object at half the distance renders twice as large. No lens can alter this ratio, because a lens magnifies both objects by the same factor, which is the whole argument of the lesson in one number. Page: https://tryals.app/practice/photography-i/point-of-view/two-objects-stand-at-2-metres-and-4-metres-from-the-camera-set-the