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The Ultimate Guide to Create Your Own 35mm Pinhole Camera
- https://photography.tutsplus.com/articles/the-ultimate-guide-to-create-your-own-35mm-pinhole-camera--photo-1078#:~:text=So%20if%20your%20meter%20tells%20you%20your%20shutter,the%20pinhole%2C%20you%27ll%20need%20to%20factor%20in%20%E2%80%9Creciprocity.%22
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The Comprehensive Tech Guide To Pinhole Photography
- https://www.diyphotography.net/the-comprehensive-tech-guide-to-pinhole-photography/
- The next value that can now be determined is the equivalent f-stop. The f-stop value is a relationship between the diameter of the pinhole and the distance to the film. This number is valuable for calculating the exposure time required when taking a picture. The formula is: f-stop = focal length / pinhole diameter Example: 1. f-stop = focal le…
Fastest possible shutter speeds for pinhole?
- https://www.photrio.com/forum/threads/fastest-possible-shutter-speeds-for-pinhole.37891/
- If that's based on presuming that is necessary for handheld work, the rule of thumb would be that you could roughly get away w/1/25 sec with pinhole. Now, some people do manage some amazingly sharp work with slightly smaller than 'optimal' calculator pinholes (say 75% of optimal diameter).
Pinhole shutter speed test - Digital Photography Review
- https://www.dpreview.com/forums/post/60166040
- The camera, surprisingly, was able to meter through a pinhole. I ignored that for now and did a quick time test on Manual. The camera reads f/0 but the hole is actually listed at f/222 (0.22mm). ISO is the camera's base of …
Guide to Pinhole Photography Using Natural Light
- https://lensbaby.com/blogs/creative-photography/natural-light-pinhole
- Shutter speed: Have a shutter speed greater than (1/focal length), taking into account the crop factor so you can avoid too much blur when shooting handheld. So, for example, if you are shooting with Obscura 50mm on a full-frame camera body, set your aperture to 1/60th of a second or 1/80th of a second.
Determining exposures for the pinhole camera
- https://www.alternativephotography.com/determining-exposures-for-the-pinhole-camera/
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Photography 101 – Light and the Pinhole Camera
- https://digital-photography-school.com/photography-101-light-and-the-pinhole-camera/
- The Pinhole Camera. The camera obscura is a very old idea, first built around 1000AD in what is now Iraq. A variation on the concept is the pinhole camera. This shrinks the room of the camera obscura into a handheld box, and is the simplest possible camera. Pinhole cameras can easily be made of almost anything.
The Ultimate Guide to Create Your Own 35mm Pinhole …
- https://photography.tutsplus.com/articles/the-ultimate-guide-to-create-your-own-35mm-pinhole-camera--photo-1078
- A good way to start testing is to take a light meter or a camera with a light meter and determine what your shutter speed would be at f/5.6, then multiply by 1000. So if your meter tells you your shutter speed is 1/125 of a second, then your pinhole exposure would take 8 …
Exposure Times for Pinhole Photography – rahji.com
- http://www.rahji.com/wordpress/2007/05/12/pinhole-exposure-times/
- So, the f-stop of your camera is a fixed number. To determine the number, divide the focal length of your camera (the distance between the pinhole and the paper/film) by the size of the pinhole. For example: the focal length of my camera is 2 inches and the size of the pinhole is .0103 inches, so the f-stop is 2 divided by .0103 = about 194.
Pinhole Camera Aperture Chart | Freestyle Photo & Imaging
- https://www.freestylephoto.biz/pinhole-camera-aperture-chart
- 0.013. 1/77". f/230. 50mm/2". 0.013". 1/77". f/154. Normal light meters do not, of course, work with abnormal cameras, but a relatively simple calculation will permit you to meter for a larger f/stop and convert the time given to one suitable for your pinhole camera. If you:
DETERMINING EXPOSURE TIMES FOR PINHOLE CAMERAS
- https://www.pinhole.cz/en/pinholecameras/exposure_01.html
- This is done by dividing the f number of the pinhole camera by the f number set on the light meter; this number is squared and the result is used to multiply the measured exposure time. For example, if the measured exposure time for f 22 is 1/60 second, the calculation for our pinhole camera with an f number of 250 is: (250/22) 2 = 129. The measured time is increased 129 …
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