AnselMortensen
Subscriber
Nice work, those images show the film's unique, saturated color rendition.
The second batch must be out as my local camera shop got a couple of bricks. Seem to have sold nearly half of it in the fist day.
So they were actually fighting for it by the look of your last two words?
pentaxuser
Lol at fisticuffs for film. Maybe it will come to that one day?
I would assume it's now in stock elsewhere too. I'd have considered another roll but am currently out of the country, shooting film on the island of Lanzarote. I actually scared one local by shooting scenes of a street market on 8mm cine film with a 60s clockwork camera.
it doesn't do anything crazy with the colors or saturation.
Well...depending on how you define 'crazy'
given many of the results I’ve seen online, it’s clear that lots of people/labs are struggling to get reasonably good results.
I recognize that. When scanning, it doesn't present very significant problems, at least not insofar as I've tried it. I think most of the weird results we see are automated minilab scanners expecting to be fed masked CN film with a normal gamma and then going haywire when trying to auto-balance it.
Agreed you were able to obtain quite decent colors. But, IMO he problem is not contrast per se (just parameters in, e.g. a GM profile) but the input dynamic range (related, but not the same). In other words, blocked shadows and highlights; cannot be recovered by profiling.It's actually more contrast than standard linear gamma.
Overall, it's OK. Assuming you handle the contrast and white balance correctly (due to the non-standard film base color), it doesn't do anything crazy with the colors or saturation.
Agreed you were able to obtain quite decent colors. But, IMO he problem is not contrast per se (just parameters in, e.g. a GM profile) but the input dynamic range (related, but not the same). In other words, blocked shadows and highlights; cannot be recovered by profiling.
Things I'd like to see with the next revision:
1. For the love of god, get anti-halation going, that will significantly boost overall sharpness.
2. Get the contrast under control. Personally I don't care if it's standard C-41 contrast or not, but it's gotta be less than linear gamma. This will also significantly increase overall dynamic range.
3. Get some masking going to improve color. It's not bad as it is now, which is why I'd like to see more sharpness and less contrast before better color.
Ilford literally stated in several of the interviews for the launch of Phoenix that their research priorities for the next iteration would be instigating the contrast/ colour mask and sorting the anti-halation. Most of the oddness of Phoenix is highly likely because it has been designed to conform with standard C-41 negative characteristics after the mask is implemented without having to undo their work thus far.
perhaps their goal its to make a slightly less dreadful (or "distinctive") film which has a cult following.
revision come out that had anti-halation and a bit less contrast, then a revision that had masking and contrast
That sounds nice, but in all honesty, I think they're in it for the money, as prosaic as that may sound. And that probably means a straightforward, normal color negative film that's similar to Kodak's still image CN films. The market for that kind of product is just bigger than the other niches.
The contrast correction in C-41 films is the mask. That's why the curves need to be so steep to begin with, so that you get 0.6 CI out the other end. Harman's scientists could have very easily made an unmasked film with 0.6 CI gradient curves and the layer curves in the correct order, but clearly chose to do what they did because it will mean they don't need to go back to square 1 in order to add the mask.
I wonder what Harman's real goal is?
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