![]() ![]() They've got themselves into a muddle.ĭoes your meter offer 'Flash percentages'? take flash readings until the meter reads "f/4". 'Head is Spinning' is correct given how badly written their piece is. but I am supposed to get a lower incident light meter reading.Įdit: Is it possible that the Sekonic advice is just some huge 'misnprit' and that the first case is supposed to be F/4.0 (ambient alone) and the second is supposed to be F/5.6 (with flash added)? how is that possible within the laws of physics? I'm adding light. Then, with the meter at exactly the same position, I would fire my flash gun(s) and take trial readings (again, measuring incident light) at different power levels until I get to T 1/60, F/4.0, ISO 100. The way the Sekonic advice is phrased, I'm assuming that I, notionally, would take an initial incident light meter reading at the subject's location and get (in Sekonic's example) a reading of T 1/60, F/5.6, ISO 100. ![]() I'd like to understand what I am doing.Ĭomment and (constructive) criticism always welcome. But I would like to be more systematic about things. I know you can chimp your way around these issues and just use trial and error to get a good mix of ambient and flash. I just can't get my head around the basic idea. How is it possible to add light using a flash-gun(s) and then get a lower light meter reading than the initial ambient reading? The ambient light hasn't gone away.Īt this point, all further advice and instruction becomes quite useless to me. It is at the last sentence that terminal brain-fade sets in. Assuming that you prefer one stop, take flash readings until the meter reads "f/4", one stop below the ambient level of f/5.6." Most photographers prefer their fill flash to be about two-thirds to one stop below the ambient light, but this is entirely a creative decision. A typical reading on a dull, cloudy day at ISO 100 would be about 1/60 at f/5.6. On an overcast day, the foreground and the background should be receiving approximately the same amount of light. "The first step, then, is to take a reading on the subject. ![]() Here I find (for the outdoors fill-flash case): Mine's a Sekonic meter and I looked to the Sekonic site for help. I know that there is something very simple that I am missing. and I've wandered into a swamp of deep confusion. I am trying to understand how to use a flash/light meter to assist in balancing flash and ambient light. ![]()
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