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Movies for TV - Early Television Foundation

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MAKINGFILMSFOR<strong>TV</strong> 235<br />

color combinations <strong>for</strong> close-up work is very important. Try not<br />

to have a large white expanse near a large black area. For instance,<br />

a player in a white shirt or blouse against a dark background, or<br />

beside a darkly dressed actor, will cause the white to run over<br />

into the black. This is a fault of the television camera and not the<br />

film camera. Whenever there is an abrupt change of color value<br />

over large masses, it usually results in a smearing of one edge over<br />

the other. For this reason, night scenes are not very satisfactory<br />

since, due to the large amount of black or dark area around the<br />

camera. Middle<br />

edges, edge flare is produced in the iconoscope<br />

grays reproduce best over the air, and a film which runs from<br />

light to dark gray will give excellent results. The dark gray colors<br />

will reproduce on the screen as a black, and the light gray will<br />

appear as white as the color of the kinescope tube permits.<br />

As far as any difference between 16 mm and 35 mm film is<br />

concerned, apart from the increased cost <strong>for</strong> the latter, the chief<br />

With 35 mm film a<br />

improvement is in the quality of the picture.<br />

larger image is produced in the first place ; this, there<strong>for</strong>e, requires<br />

less magnification, and more attention needs to be paid to scenery<br />

details. The scene appearing in the view finder is the same with<br />

either film. When watching the set through the view finder, there<br />

are a number of items which require attention. If the scene is a<br />

close-up, conditions of parallax error may occur. These are caused<br />

by the fact that the axis of the view-finder lens is displaced a few<br />

inches from the axis of the camera lens. At distances of over a few<br />

feet, this is not important because the field covered is about the<br />

same <strong>for</strong> either lens. However, <strong>for</strong> close-ups of only a comparatively<br />

few inches, the difference in area covered may well be<br />

sufficient to spoil a shot. This is shown more clearly in Figure<br />

11-2 A and B where the fields from both lenses are indicated by<br />

crosshatching. In the first figure the two areas overlap, but in the<br />

second the close-up the subject would be displaced to one side<br />

and the composition of the scene ruined. The various makers of<br />

cameras have their own particular versions of view finder. In<br />

many of the three-lens turret cameras a complementary three-lens<br />

view finder is used. This makes it necessary to remember to select

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