How old was the film?Just wondering what you think the greyness of acetate indicates
Your example does look a bit underexposed. When you say, "I exposed at 1250 (used handheld light meter)" -- how exactly did you meter? Was that a reflected reading from the scene, or incident, or ? Is your handheld meter known to be reliable?
How old was the film?
What I see mostly is a lack of shadow detail, which is indicative of underexposure. You mention you exposed this at EI1250, but I wonder how you metered and/or controlled the light (flash/strobes?) I notice a large light-colored backdrop; might his have affected your meter readings? (Basically same question & concern as @runswithsizzers above)
Either way, I don't see any signs of a lab/processing error.
I'm not sure that "develop Delta 3200 normally" is particularly clear - when it comes to film like Delta 3200.
But your conversation with the lab might have been clearer due to some more context.
Hello,
I’m going to contact my lab about this, but I thought I’d get some input here first from people who develop their own film. (I haven't developed my own film in many years.)
I shot some Delta 3200 for the first time recently. I read that a lot of people rate it at 1600 and then develop normally. I think Ilford recommends this, too.
I went down to 1250 to give it even a little more exposure.
So I told my lab I shot it at 1250 but wanted it developed normally.
My question is — why does the acetate of the negs look so grey? See the area around images and the first frame where there is no image (I had hit the shutter accidentally) in attached jpeg.
The Delta 3200 is the strip on the right.
For comparison, I included an HP5 strip (middle) and Tmax 400 strip (left) where the acetate is basically clear as usual. I photographed the negs on a light table and tried to make tones in jpeg match the negs as much as possible.
Does the greyness of the acetate tell you anything about how the Delta 3200 was developed? Does Delta 3200 always look like that?
The images aren’t too bad, but I don't see much detail in the shadows -- the sweater is black and parts of the cat are black -- which would suggest underexposure. But I exposed at 1250 (used handheld light meter).
The lab has told me in the past they use Ilford DD which is made for replenished dip and dunk processing at labs.
They charge extra for 3200 ISO film developing.
When I contact them, I can get more info about how they developed the Delta 3200 (time, temp, etc).
Just wondering what you think the greyness of acetate indicates or if you have any other thoughts.
Thanks.
The lab did not make any mistakes. These high speed films all have a much greater base + fog density than normal films.
If it's worth anything, I shoot Delta 3200 at 800 whenever I can get away with it.
Where does Ilford say that D3200 is a 1600 film? That is not my understanding. Common consensus is that it is probably 1000Agree, thought about this afterwards. What does "develop normally" mean for Delta 3200 if Ilford themselves say it is really a 1600 speed film?
I was thinking the film would be developed as if I exposed at 3200, which would mean I was intentionally overexposing when I shot at 1250.
Not concerned about my exposure per se, I am good at choosing exposure. But I am concerned about my exposure in relation to how the film was developed.
Yet, we both agree, lack of shadow detail in your example suggests your negative was, in fact, underexposed, right?I use a Sekonic L-358 incident meter as I have for decades. Not concerned about my exposure per se, I am good at choosing exposure. But I am concerned about my exposure in relation to how the film was developed.
You are correct. 1000 per Ilford's spec sheet, and they note how to develop, too (see below).Where does Ilford say that D3200 is a 1600 film? That is not my understanding. Common consensus is that it is probably 1000
pentaxuser
The main thing I can see in the negatives you've posted is that they are underexposed. Development is largely unrelated from this; more development would not have created significantly more details in the presently blank shadows. Development does of course control gamma (contrast) to a large extent although with Delta3200 this only goes so far because it's strongly self-compensating, due to which highlights will not run away even if development is extended, as the film is intended to use that way. The highlights I see here and there (i.e. the paws of the animal) look pretty normal in terms of density.
Agree, the middle strip looks a bit underexposed, too. I was using the LED light w/umbrella there, too. I rarely use artificial light. Maybe I need to expose a little differently for that. The strip on left was natural light from window.So the main problem I see here is exposure being on the low side; development looks OK. Btw, the strip in the middle also looks a little lean on the exposure; the one on the left looks more like what I'd aim for. It's personal of course; if the large areas of shadow that presently have little to no detail are intended to drop away into black, all is OK.
Yet, we both agree, lack of shadow detail in your example suggests your negative was, in fact, underexposed, right?
If I understand correctly, no change in development will compensate for lack of shadow detail due to underexposure. Remember the maxim is, "Expose for the shadows and develop for the highlights" -- and not "develop for the shadows"
They charge $5 extra to develop 3200 speed film -- on their price list that way. It wasn't a charge for pushing the film. Sorry, I should've explained that at outset.So did they charge extra when you told them to develop normally? By normally do you mean that you wanted the film developed as if it was a 400 speed film
I wouldn't developer D3200 as if it were a 400 film unless I had set the film speed dial on the camera to 400. So IMO the film was not developed at the right speed and that makes a difference to the resulting negatives
You're welcome. I'd expect 5000K LED to behave similarly enough to daylight to not have to account for it in metering. Artificial light can sometimes be a little tricky because it's so local, so if really have to ensure that metering is representative for the illumination of the subject - and different parts of it, at that. For instance if you have the light + umbrella set up fairly high, light will still fall off quite steeply (depending on the size of the umbrella) towards the bottom of the subject. The gradient can be quite steep. It takes a lot of light to approximate what you normally get with available light.
Even though Ilford says Delta 3200 has an ISO speed rating of 1000, I find it odd that they do not give any recommended processing time for that rating. Their chart shows times for EI 400, 800, 1600, 3200, 6400, and 12500.
So if someone exposes Delta 3200 at EI 1000 or 1250, they are going to have to either:
a. Do testing to determine what development time works best for you (as recommended by Delta), or
b. Pick Delta's recommended development time for either EI 800, or 1600, or
c. By interpolation, pick some time in between those given for EI 800 and EI 1600
It doesn't have to be.Hmm....very confusing.
There are two reasons why this would make sense:Interesting that they charge more to develop fast films.
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