(12C) Hyperfocal Distance
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05-02-2018, 08:02 PM
Post: #10
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RE: (12C) Hyperfocal Distance
(05-02-2018 10:27 AM)Mike (Stgt) Wrote:(05-02-2018 06:31 AM)Dieter Wrote: You can derive the formula yourself: with g being the object distance and b being the image distance, b = g²/(g–f). This follows from the basic relation 1/b+1/g = 1/f. My formula calculates g+b. So simply substitute g with f²/Ac+f and there you are. Fine. You obviously could do it without the given b formula, because ...it was wrong. Of course it should have read... b = gf/(g–f) - or - b+g = g²/(g–f) I corrected the previous post accordingly. Dieter |
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Messages In This Thread |
(12C) Hyperfocal Distance - Gamo - 04-30-2018, 09:22 AM
RE: (12C) Hyperfocal Distance - Dieter - 04-30-2018, 10:02 AM
RE: (12C) Hyperfocal Distance - Gamo - 04-30-2018, 12:19 PM
RE: (12C) Hyperfocal Distance - Dieter - 04-30-2018, 01:18 PM
RE: (12C) Hyperfocal Distance - Gamo - 04-30-2018, 01:42 PM
RE: (12C) Hyperfocal Distance - pier4r - 05-01-2018, 08:23 PM
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