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In the calculator, just introduce your camera type (sensor size), aperture, focus distance, focal length (the real one! not the equivalent in 35mm) and teleconverter to calculate the depth of field: Hyperfocal distance: The closest distance at which a lens can be focused while keeping objects at infinity acceptably sharp.
Jun 21, 2024 · Find out the depth of field of your camera and lens setup to capture more exciting photos using this depth of field calculator.
Use the actual focal length of the lens for depth of field calculations. The calculator will automatically adjust for any "focal length multiplier" or "field of view crop" for the selected camera.
Calculates camera depth of field and background blur and simulates it on a photo for any lens, camera and distance combination with different types of lens blur (bokeh).
Determine the best optical fit for your project based on the required sensor size and image circle, desired operating range and field of view (FOV), and lens type requirements specific to your application. Contact. Calculate depth of field for your application with our user-friendly calculator.
DEPTH OF FIELD CALCULATOR. A depth of field calculator is a useful photographic tool for assessing what camera settings are required to achieve a desired level of sharpness. For a background on what everything here means, also see the tutorial on depth of field.
You can use a Depth of Field calculator (see below) to understand the difference: I was shooting from a distance of 1 m, and at f/1.8, the 35mm lens has a depth of field of 8.2 cm. By contrast, the 85mm lens at this distance has a depth of field of 1.3 cm.
With a 16x20 print, you may find your depth of field was MUCH less. Always be conservative when using depth of field charts. Use the depth of field preview in your camera too!
Use DOFMaster to print depth of field scales to take into the field. Rotate the dial to set the focus distance on the scale, and quickly read the near focus distance, far focus distance, and the hyperfocal distance.
Get the total control over depth of field. This calculator allows you to use an adjusted Circle of Confusion to calculate the adjusted depth of field values according to your desired print size, viewing distance, camera sensor size and viewer’s visual acuity.
