I'm not sure that Cinestill prioritize avoidance of crossover as much as some others might.I presume this color balance shift has to do with tailoring developer chemistry and conditions to develop the bottom layer in the film more or less relative to the top two layers (or something similar -- in other words, introducing a controlled color cast) -- but how that can happen and not wind up with crossovers and such is something of a mystery, never mind expanding the dynamic range without changing the exposure index.
For the "dynamic chrome" specifically, I'm really curious how they were able to get that kind of contrast reduction while also maintaining a normal film speed. I've had plenty of lower contrast results come from my experiments, but typically with at least a 1 stop loss in speed. Funny enough, the lower contrast process I used was much more resilient to giving mostly correct color balance
I wonder if your speed loss may have been from the first developer not being able to access and develop all the silver - either via a silver solvent or development accelerator. There's the usual solvent suspects (thiocyanate, thiosulfate, DTOD) but also various molecular weights of polyethylene glycol that seem to have been used in both Agfa Scala's first developer & the Kodak Tmax reversal kit. I have recently acquired some PEG-1500 for when I get round to trying out what seems to be the disclosed Agfa Scala process.
In an era where almost all slides are scanned why do you want to alter color balance irreversevely in the development with the risk of crossover when you can do it safely during digital edition?
My experience with low contrast slide film (Fuji Astia) is that you get softer tones and gradation but similar exposure latitude, nothing close to the claimed 3 stops increase.
Yeah, I am skeptic...
Exactly. Just think about it, Kodak, Fuji and Agfa did massive R&D, but never made such claims... I'm skeptical at best.I'm not sure that Cinestill prioritize avoidance of crossover as much as some others might.
Exactly. Just think about it, Kodak, Fuji and Agfa did massive R&D, but never made such claims... I'm skeptical at best.
No more negative comments from my side, all new products are welcome even they could be not my cup of tea. I wait for some more results of real situations.
Actually I find the examples on their website surprisingly good given how far they go outside process specs. Obviously it has nothing to do with faithful color reproduction anymore, but not everyone requires that.Honestly from their examples with the standard daylight chrome, it looks like poor processing with a blue cast and poor overall color rendition
I see crossover, and I wince - it is the old colour printer in me I'm afraid.
Yellow highlights transitioning to blue shadows are bad, but magenta highlights transitioning to green shadows are simply wretched!I, on the other hand, don't even know what crossover is supposed to look like. Casts, yes, as long as they're not too subtle, but crossover isn't something I can identify by sight.
Yellow highlights transitioning to blue shadows are bad, but magenta highlights transitioning to green shadows are simply wretched!
Especially when the photo is of a wedding group, and the group is multi-ethnic!
Many years ago I worked as a colour printer in a small business that did printing for professional photographers. I did most of the colour proof printing and machine enlargement printing, and the owner did most of the custom enlargement for publication and commercial use work.Can't say I recall ever seeing this. This would be in the print/scan, the positive, right? Even when my Dignan 2-bath was getting a little old, I got a slight magenta cast, but never this.
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