Recent Pinhole-Related Videos

This week I posted a two-part You Tube video that covers the complete process of Harman Direct Positive Paper in pinhole cameras, specifically using my set of nine film-canister pinhole cameras. The videos cover everything a person would need, from cutting the paper to size, loading the cameras, equipment needed in the field, aiming the cameras, determining exposure via a light meter, unloading the prints to a film developing tank and the entire method of rotary processing these small prints using a metal 35mm day tank.

I felt it necessary to make this two-part video because, even though many of these individual steps have been covered in previous videos, having them all in one production might make more sense to some people. My desire is to encourage more people to discover for themselves the simple joy it is of working with this remarkable medium, that yields exquisite little gem-like prints from a humble pinhole chamber and paper processed in a simple 3-part procedure.

We do live in a remarkable era, photographically speaking, because we have at our avail the most contemporary of digital imaging systems while also enjoying a resurgence of interest in historic photographic processes, along with unique products such as this direct positive paper.

Personally, I've been doing less digital photography in my free time, instead putting more time into various video projects, not only photographically related but also a series involving typewriters as the theme. Yet at the same time, I've begun to slowly shoot more black and white film, home processed and scanned, along with these direct positive pinhole prints. It's a satisfying mix of technologies, working within the medium of video while at the same time working with gelatin silver imagery, the best of the old and the new. Too, video and still photography work to tell stories and engage the viewer in differing ways; so I see these as complementary activities, rather than competitors.

This last week I finished a roll of Ilford HP5 Plus in my Minox GT-E, while I'm just now starting a roll of Ilford FP4 Plus in a Yashica T4 Super. I'm enjoying being able to put these various cameras from my collection through their paces, enjoying each of their respective unique attributes as film cameras, while also stretching my film-processing legs a bit more.

Here are the links to the two-part video series about the pinhole camera process. Enjoy.

Part One:


Part Two:

Words and Pictures

Words and pictures. Images both literary and visual. These have been considered so similar that the verbiage used to describe them seem to be synonymous. Word pictures. A picture is worth a thousand words. Terms almost interchangeable. It should come as no surprise then that the devices we've made to construct words and images together seem to operate so similarly. Today, digital images and text files seem virtually the same, mere data, slung around networks of optic fibers and copper wires.

Looking backwards is often required to see forward. So it is when combining gelatin silver paper prints and typewriters; or, gelatin silver prints of typewriters, two technologies that seem so like-minded.

A few years ago, when I was delving deep into the world of paper negative photography - employing silver paper as a form of in-camera, black & white "film" - I began looking for alternative methods of displaying these as positive images. Two obvious ways were contact printing them, in the darkroom, onto other sheets of silver paper; or scanning the negatives to produce digital files, to be inverted later via software into positive images. Both methods have their benefits. The first produces a physical print, while the second is intrinsically software-based.

But then I came up with a third method, similar to digital scanning, but employing a handheld digital camera; placing the paper negative into some setting or scene, perhaps related to the original image, and often outdoors; photographing the paper negative within the larger scenic context; then inverting the tones of the image afterwards, to produce a positive monochrome image set inside an otherworldly appearing scene, a shifted color palette of negative tones, a reversed world where the real is imaginary and the imaginary real.

Since that time, I've been working more regularly with Harman Direct Positive paper, that produces a positive image requiring no tonal reversal afterward. But the idea of digitizing these prints, by photographing them in some larger context using a handheld digital camera, persists to this day. So it was that, after making this small study of my Hermes 3000 "Nekkid-Riter" chopped typewriter, using small squares of the Harman paper in my film canister pinhole cameras, it seemed obvious that sharing these prints online might be more interesting done this way than by merely scanning.



The process I use to make these prints, now that I've worked toward refining it, is so simple as to almost be silly. Give the paper a brief pre-flash of even light in the darkroom, then load into the film canisters. Rate the paper at an exposure index of 10, and the pinhole cameras at F/128. Meter the scene, make the exposure based on the metered reading. Load paper into a steel film developing tank, minus the reels, using loops of drafting tape on the backsides. Three such prints can easily be processed simultaneously. Mix Ilford MG paper developer, diluted at 1 + 15, to a volume of 100mL. Use continuous rotary processing, using the film tank on its side, for 3 minutes. Stop, fix and rinse as normal. Dry for an hour or two on a sheet of glass, taped down on the edges with more drafting tape. Done. Beautiful, individually unique gelatin silver positive prints.



I might say that the typewriters themselves, though each are as unique as the Harman positive prints, are a bit more complex. They aren't being manufactured, and spare parts are only to be found from other, donor, machines. Platen rollers can be resurfaced, and new ribbons are easily available, however. But the machines themselves are to be found online, at local thrift stores, Craigslist ads or estate sales. They almost always need some kind of service in order to be functional; at the very least, a thorough cleaning, degreasing and relubrication, then often some adjustments have to be made. Lots of hands-on fiddling, but also very satisfying when the typewriter collector/user also becomes a typewriter technician.

Typewriters also have a functional use, which is to mechanically print letters neatly onto paper. They're like film cameras in this regard, made to do but one thing, to lay down images of the literary kind. Which brings us back to where we started, with words and pictures.

All the Better to See You With

Post-Script: This article represents the first "typecast" within this blog. I had written a mashup of these thoughts earlier today, in my AlphaSmart Neo, with the intention of posting to my other blog, but later had the urge to do some typing instead (that is, typing via manual typewriter, something I've done extensively for my other blog). Before I started this blog, I would have posted this article to the other blog, but being as it was photography-related I think it belongs here.

I could have expounded further on this topic addressed herein. One thing I've noticed is that, back in the film days of the 1970s and '80s, depth-of-focus scales on camera lenses were often employed to maximize image sharpness, a common technique being to set one's lens to the hyper-focal distance for the aperture being used. The idea was to use as small of an aperture as subject movement and lens diffraction would permit. Plenty of photography magazine articles addressed this very issue. In large format photography, camera "movements" between the lens and film planes were also commonly employed to maximize depth-of-field, especially in landscape photography. Nowadays, Internet mavens seem to harbor this fixation over large-sized digital sensors as a means for minimizing depth-of-focus. Three decades ago, we would have been excited to have a small-sensor camera like a Fujifilm X10, that could render sharp images while having a small enough sensor to yield intrinsically wide depth-of-focus. It all seems upside-down now, especially since those large-sensor cameras are so darned expensive. And thereby lies my suspicion, that it's more a point of bragging rights - look, I can afford one of these and you can't.