Showing posts with label Double-X. Show all posts
Showing posts with label Double-X. Show all posts

Thursday, 17 July 2025

The Paillard-Bolex B-8VS

Bolex B-8VS
The Canon Cine-Zoom 512 which I wrote about a number of years ago has all the features that one might want in a 2x8mm film camera except compactness. Considering the desire for a compact 8mm camera for travelling, but one quite fully-featured, led me to consider the series of Bolex cameras which began with the Bolex L8 in the early 1940s, through various models and iterations for the next two decades. I wanted a 2x8mm camera, ideally with as many manual features as possible, in particular variable frame rates, and small enough to fit in a camera bag alongside a 35mm folding camera, a medium format folding camera, numerous rolls of film and accessories. The model that I bought to fulfil as many of these stipulations as possible was a Bolex B-8VS. I wanted it for a trip to the Netherlands made just before the outbreak of the Covid-19 pandemic; I had the intention of making some work there on 8mm film and I wrote about this under 'Cameras Obscura' and 'A View of Delft'; I also used the Bolex for the first version of 'Workers Not Leaving The Factory'. I had intentions of writing a post about the camera itself around the time, in 2020, but for one main reason–which I will come back to–I didn't; looking through a number of draft posts, having neglected this blog recently, I thought it worth finishing my write up.
 
The Bolex L, B, C and D series cameras are all built around the same body casting and spring wound motor; the distinguishing feature of the B8 cameras, which followed the L8, was the presence of the dual lens turret. In the years before zoom lenses became common, beyond the more basic, lower-end cameras with fixed lenses, for the convenience of changing focal lengths without having to physically unscrew one lens and replace with another, turrets proliferated. Through the 1950s, dual turret cameras were superseded by triple-lens turrets (which would hold a wide, standard and long at once) until zoom lenses made these obsolete. However, both triple turrets and zoom lenses (which also necessitated reflex viewing) increased the bulk of cameras, which was why the B-8 series appealed; being familiar with fully manual still cameras also drove me to seek out manual ciné cameras. Without lenses the Bolex B body is 128mm high, 54mm wide and 88mm deep, compact but heavy. (The letter suffixes for Bolex cameras–after the single-lens L–run B: twin lens turret; C: single lens; D: triple lens; there was also the model P, still built around the same basic body but with a zoom lens; there was also the H8 camera, based around the 16mm Bolex, and as a result a much larger camera–for most of the information about dates and specifications, this post has relied heavily on the excellent Bolex Collector website).
 
 
The Bolex B-8 was introduced in 1953, and its various iterations were produced for the next decade; the B-8VS (variable shutter) model dates from 1957, with the serial number on mine dating it to the following year (serial numbers are engraved on the tripod mount on the bottom of the camera–on the B-8VS this sits a little proud meaning that the camera does not entirely sit happily on a flat surface); following the B-8VS there was a B-8L model with built-in light meter, a single speed B-8SL and the last model, the B-8LA, an improved B-8L. All feature the same rotating turret which allows for two standard D mount lenses; my camera came with a 13mm f1.9 Yvar lens, a 'standard' focal length for the 8mm format; I already had a 36mm f2.8 Yvar lens from another camera, a long lens to complement the standard. As the lenses are the common screw-in D-mount, it means that there are numerous interchangeable lenses available in a variety of focal lengths and apertures that can be used on the Bolex B-8. 
 
Bolex B-8VS with lower lens removed

The lens in the uppermost position on rotating turret is in taking position; the turret rotates clockwise, with a handy arrow to direct the user, with a sprung detent in the centre which clicks the lenses' positions satisfyingly in place. The lenses' screw thread is designed such that the focus and aperture settings are aligned with the indicating line on the lens body when looking down from the top of the camera (the built-in lightmeter on later models necessitated this positioning being changed so that the lens' settings on those cameras is seen from the side). The standard length Kern-Paillard lens which my camera came with is capable of focusing to 3/4 of a foot, or 23cm–a very close focus which of course produces parallax problems, but these are not insurmountable (the post 'Cameras Obscura' describes my attempts to film a close-up of a camera obscura screen roughly 8cm square). The Kern-Paillard lenses have a clever depth of field indicator built in, named by the manufacturers 'Visifocus': turning the aperture ring displays or hides a set of bright orange dots which can be read off against the distances on the lens. Focus and aperture settings are manual and the separate viewfinder is non-reflex.

Lens detail showing the Visifocus depth of field system
All B-8 cameras take 7.5m/25ft rolls of 2x8mm film, run twice through the camera to shoot each side of the film in succession, developed and spliced together for a 50ft length of film for projection. Loading the B-8 camera, although not as simple as inserting a Super-8 cartridge, is fairly straightforward. After opening the camera, turning the catch on the door from F to O, the film gate's pressure plate is released using a pivoting lever. The fresh roll of film is placed on the upper spindle in the film chamber, threaded through the gate while the pressure plate is open, and wound onto the take up spool on the lower spindle. The camera door cannot be closed and the catch turned to F while the pressure plate is disengaged. 

Bolex B-8VS opened for loading
One interesting feature to note is the fact that the two spindles inside the camera are undifferentiated in terms of which side of the spool they will accept: 2x8mm spools are designed with three tabs on one side and four on the other so as to make it impossible to insert them into a camera the wrong way around: some cameras have corresponding teeth at the bottom of each spindle, some only on the take up spindle; the Bolex B-8 has a sprung section on the take up spindle only which holds the take up spool by friction. The footage counter on the rear of the camera is reset on opening the camera; unlike some cameras which use a lever arm on the supply side spool to determine how much footage has been shot, the Bolex B-8's counter must simply be registering the rotations of the take up spool. The camera does require some winding of the motor to load; the winding key ratchets, meaning that the motor can be quickly wound by rocking the key backwards and forwards rather than making complete turns.

Bolex B-8VS with pressure plate opened for threading

Away from the lens, all the other user controls are on the right hand side of camera body. The shutter speed dial has seven speeds from 8 frames per second, through 12, 16 (picked out in red as the standard fps setting), 24, 32, 48, 64; the latter four generally used as slow-motion speeds, with 8 and 12fps intended more for use in low light with the availability of emulsions at the time rather than speeding up motion. The top dial is used to adjust the viewfinder's angle of view, with settings for 12,5mm, 25mm and 36m: for wide angle lenses there was an adapter which slipped over the front of the viewfinder. The shutter release is a lever that wraps around the corner of the body with a serrated grip; below this is a dial to lock the shutter, which will lock in both closed or open positions; above this is a cable release socket with a sliding cover: the first open position is for normal running of the shutter; the top position indicated by a second notch is for single-frame operation. The B-8VS also has a dial to set the variable shutter. This has three semi-circle icons at the front of the dial: one filled in silver, one half-filled, and one black, followed by an arrow and a letter S. On the other side of the dial, there are settings of 35 and 70 which align with the full silver dial and half-filled respectively: these refer to effective shutter speeds, the full open shutter (the silver semi-circle) giving an effective speed of 1/35th of a second, the half-filled circle a 70th. Possibly the 'S' stands for 'shut' with the shutter fully closed. 

User controls on the side of the Bolex B-8VS
When I bought the camera, the possibility of adjusting the shutter angle seemed to be a useful additional control, useful for creating in camera fades to black, or for using a wider aperture in brighter light for example, or a faster film in brighter conditions. However, I found the variable shutter dial on my camera very stiff to turn, and would not turn to the fully-open setting at all; turning it to the half open setting would somehow jam the shutter and the film would not run through the camera. As a result I shot the film with the dial half-way between this setting and the closed symbol, not really understanding at the time what these icons meant and what the numerals referred to. As a result, I found my films shot on the trip to the Netherlands around three stops underexposed; I developed one roll first to find it underexposed, then did numerous tests before getting an acceptable if high contrast image by greatly extending the development time on the second roll of Kodak Double-X that I had shot; with a roll of very old Orwo UP21 film from the early 1980s, I extended the development time, flashed the whole roll to pre-expose it in an attempt to raise shadow detail and then toned it with selenium toner as an exercise in intensifying the negative. This was only partially successful, as can be seen in the post 'A View of Delft' and in the short clip below. 
 
 
Once I had realised that this was a problem, I could adjust the camera when shooting to take into account the partially-closed shutter: the easiest way to do so would be open the aperture by three stops, or simply downrating the film when metering. This was the approach I made for 'Workers Not Leaving The Factory', although that had its own problems thanks to using unperforated film in the camera. I had previously used single-perforated 16mm Double-X film in the Bolex when testing exposure and development times: the Bolex B8 only engages the perforations on one side of the film, but having shot a short length of single perforation film, I thought I might as well try to flip the film and pass it through the camera a second time, and the pull-down claw obviously had enough friction to advance the film. The left hand side of the print below from the film shows fairly regularly spaced marks on the left, unperforated side of the film; the perforated side has the frames bunched up and overlapping.
 
Print from single-perforated 16mm Double-X film, shot with the Bolex B-8VS
I used the fact that I could put unperforated film through the camera when making 'Workers Not Leaving The Factory', using lengths of medium format Ilford FP4 Plus cut to 16mm wide in order to shoot the site of the Ilford factory in Ilford on Ilford film, which was partially successful. Shortly after shooting this film, the camera's spring-wound motor stopped working properly. Using it prior to this, when the motor was fully wound, part-way through its run, there would be an audible 'clunk' (which could also be felt); I suspect that there was a kink in the spring, possibly due to it being stored for years, maybe even decades, with the spring motor partially wound. It feels as though the spring no longer winds past this kink, with the result it only runs for eight or nine seconds–and the speed as it runs sounds irregular as well. Perhaps using unperforated film had some effect, although one feels that this shouldn't really affect the motor. As a result, the camera has stayed on a shelf (or indeed, inside a drawer) since. It may well be worth disassembling to investigate–for which I may have held off from writing this post that the time–but this hasn't been something I've been keen to do so far, having acquired other 8mm cameras since to take the place of the Bolex B-8VS.

Sources/References
Bolex B-8VS on Bolex Collector 
Bolex B-8VS in the Science Museum 
Bolex B-8 on Vintage Cameras (French) 
Bolex B-8VS with triple turret coversion on Deutsches Kamera Museum (German)

Tuesday, 13 October 2020

A View of Delft

“For it is not a question of presenting works in correlation with their time, but rather, in the time in which they are born, of presenting the time that knows them.”
Walter Benjamin (italics mine)

When Vermeer was ‘rediscovered’ in the nineteenth century, his oeuvre scattered and attributed to others, there was no unified idea of what a Vermeer painting was, and therefore what could be looked at and considered a Vermeer. Now, Vermeer is generally thought of as a painter of quiet interiors, usually with a solitary figure, usually female, with just a few odd paintings lying outside these descriptors. However, in this period of rediscovery, many other artists’ works were attributed to Vermeer, driven by Théophile Thoré’s conception of what Vermeer’s oeuvre should look like. Thorè, writing under the pseudonym Willem Bürger, in his article ‘The Sphinx of Delft’ in the Gazette de Beaux Arts (1866), included twenty-two landscapes and street scenes, around a third of the paintings that he listed as being by Vermeer, seeing the artist as a painter of views (these paintings are now attributed to Vermeer’s contemporaries Jacob Vrel, his near-namesake Dirk Jan van der Meer, and the much later amateur painter Jan van der Laan). That Thorè-Bürger saw Vermeer as a painter of views was no doubt influenced by the impact of his encountering the View of Delft and the Little Street:

"In the museum at the Hague, a superb and most unusual landscape captures the attention of every visitor and powerfully impresses artists and connoisseurs. It is the view of a town, with a quay, old gatehouse, buildings in a great variety of styles of architecture, garden walls, trees and, in the foreground, a canal and a strip of land with several figures. The silver-gray sky and the tone of the water somewhat recalls Philip Koninck. The brilliance of the light, the intensity of the color, the solidity of the paint in certain parts, the effect that is both very real and nevertheless original, also have something of Rembrandt.

When I visited the Dutch museums for the first time, around 1842, this strange painting surprised me as much as The anatomy lesson and the other remarkable Rembrandts in the Hague museum. Not knowing to whom to attribute it, I consulted the catalogue: View of the Town of Delft, beside a canal, by Jan van der Meer of Delft. Amazing! Here is someone of whom we know nothing in France, and who deserves to be known!"

[…]

"Later, even before 1848, having returned to Holland several times, I also had the opportunity of visiting the principal private galleries, and in that of M. Six van Hillegom—the happy owner of the celebrated portrait of his ancestor, Burgomaster Jan Six, by Rembrandt—there I found two more extraordinary paintings: a Servant pouring milk and the Façade of a Dutch house,—by Jan van der Meer of Delft! The astounding painter! But, after Rembrandt and Frans Hals, is this van der Meer, then, one of the foremost masters of the entire Dutch School? How was it that one knew nothing of an artist who equals, if he does not surpass, Pieter de Hooch and Metsu?"

In my previous post, Cameras Obscura, I wrote about my own encounters with the work of Vermeer, and of seeing the Little Street while studying A-level art, and of Arthur J. Wheelock Jr.’s monograph on the artist; a section of this book details Delft’s brief artistic flourishing in the mid-seventeenth century - as well as containing photographs of the (then) contemporary Delft (the book was first published in 1981). As a result I had my own imaginary conception of the city long before I travelled there, and one built in a formative stage in my own life. Arriving in Delft by train, after dark, at the very end of last year, walking from the station to the apartment where we stayed, I suddenly found myself in the market square, confronted by the Nieuwe Kerk, familiar from Fabritius’s View, as well as its tower appearing in Vermeer’s View of Delft. Like finding Alice’s grandmother’s house from the film Alice in the Cities in Gelsenkirchen four years ago, written about on my other blog, this confirmation - in a physical reality - of a world as experienced through images, and, as such, this was an imaginative world, an idea, a conception of place invested with something equivalent to a mythical existence, accessed through its representations, although one much more particular than those larger, more widely-held mythologies of Paris or New York for example. My interest in Wim Wenders’ films of the 1970s was based, in part, through my prior experience of reading about the films as a student, without, at the time, being able to see them; reading about, and seeing Vermeer’s (and Fabritius’) paintings as a teenager, and, perhaps, with an intervening period of my life, many years in fact, in which I did not think about them very much, little did I suspect, then, that one day I would find myself in Delft, and, indeed, staying on Nieuwe Langendijk, a street which continues on from Oude Langendijk, which itself runs alongside the Nieuwe Kerk, and is the corner location of Fabritius’ A View of Delft; Vermeer himself was documented as living on on Oude Langendijk in 1660. 

Delft central station, Kodak Retina IIa with Agfapan APX100

Much is made of the contemporary experience of the ‘non-place’, and the new railway station in Delft, the first impression of the city when arriving by train, conforms in some respects to this idea of the non-place, but then, moments later, standing in the market square, there was a feeling, a feeling of being definitely placed, by the Dutch vernacular architecture of course, and by the memory of those second-hand impressions of the city through the work of Fabritius, Vermeer, and de Hooch, and the material commentary of prints, drawings, and maps which often contextualises these artists and others. In writing about Alice’s Grandmother’s House I quoted, then, at length, a passage from Georges Perec’s 'Species of Spaces': “To cover the world, to cross it in every direction, will only ever be to know a few square metres of it, a few acres, tiny incursions into disembodied vestiges, small, incidental excitements, improbable quests congealed in a mawkish haze a few details of which will remain in our memory…” which summed up the particularity of how it felt to be there, then, at that moment; in the same passage, the phrase “out beyond the panoramas too long anticipated and discovered too late” could stand in for the title of this post.

Nieuwe Kerk, Delft, Kodak Retina IIa with Ilford HP5 Plus

A day earlier, I had been in the Rijksmuseum. As well as the Maidservant Pouring Milk, I had seen again the Little Street, this time paired with Velazquez’s similar-sized landscape of the gardens of the Villa Medici as part of the temporary exhibition ‘Rembrandt-Velázquez: Dutch & Spanish Masters’. There’s something about these two small paintings by two artists not known for making views which makes them remarkable; one wonders exactly how they conceptualised what they were doing when they made these works. Of course, there are many paintings like Vermeer’s Little Street, alike enough that they were at one time attributed to him, and yet unalike, now, that they have become stripped from his oeuvre, given to Vrel and van der Laan, with something about these other paintings, suggesting a fidgety, sentimental or anecdotal quality (apparent, too, or too often, with Pieter de Hooch); however these are all part of a general trend in Dutch art of the seventeenth century that fundamentally re-thought what it was to make pictures, but in the particularity of Vermeer’s Little Street, and in the View of Delft, there is something more, a foreshadowing of a tendency which would begin to make itself known over a century later in artists’ sketches from nature. Peter Galassi, in Before photography: painting and the invention of photography traces the “ultimate origins of photography” to the invention of perspective, an ordered way of seeing the world with everything in its proper place and relation to the viewer; establishing this, Galassi elaborates that it is not the development of perspective construction itself (though necessary) which leads on to the invention of photography, but how, in the hands of artists, it is used:
“The Renaissance system of perspective harnessed vision as a rational basis of picture-making. Initially, however, perspective was conceived only as a tool for the construction of three dimensions out of two. Not until much later was this conception replaced—as the common, intuitive standard—by its opposite: the derivation of a frankly flat picture from a given three-dimensional world. Photography, which is capable of serving only the latter artistic sense, was born of this fundamental transformation in pictorial strategy.”
As an example of this, Galassi contrasts a Renaissance painting known as the Urbino Ideal Townscape or Ideal City (c. 1470), in which the space depicted is placed before the viewer; with Emanuel de Witte’s Protestant Gothic Church (1669), the viewer is placed in the space. Galassi describes the two different approaches as depending of two different mentalities: the former, using perspective, in constructing a world; the latter, again using perspective, but taking from the world as an already existing arena of potential paintings. (Galassi also describes a new particularity of time in de Witte’s painting: the Ideal City is suffused with an even light which gives equal clarity to the architecture; de Witte’s painting in contrast shows sunlight breaking up this clarity for a specific time of day - and something analogous is happening with Vermeer’s View of Delft). Galassi states that, for the historian of perspective, its development and uses do not follow a smooth progression, but, instead, this history is
“…denser in the fifteenth, seventeenth, and nineteenth centuries, when innovative conceptions of perspective were richer than during the sixteenth and eighteenth centuries. And its emphasis is not guided by absolute value, for Saenredam will claim attention equal to Vermeer, and the young Corot more than David. Similarly, for a given period, it will favor some branches of art over others. The problem of vision was often most directly posed, for example, in the painting of landscapes and views. This tradition thus receives disproportionate attention; around 1800 it is the entire domain of the most radical experiments in the role of vision in art.”
This “problem of vision” explored in Vermeer’s work may explain his relative obscurity in the century following his death - and his ‘rediscovery’ in the age of the invention of photography. Like Saenredam’s radical compositions (“Not until the late nineteenth century was such a willfully fragmentary and internally discontinuous view the common option of every painter.”), Vermeer’s views are also, in their own way, anachronistic in conception, rare “forward glances” in Galassi’s phrase, the logic of which would have to wait for the invention of photography to be properly understood: “perhaps one of the ironies of art history that with a Kodak any child might now produce by accident a composition that a great artist like Vermeer had to use all his ingenuity […] to achieve.” (R. H. Wilenski, An Introduction to Dutch Art, 1928 quoted in Chrales Seymour Jr., ‘Dark Chamber and Light-Filled Room: Vermeer and the Camera Obscura.’)

View across the Kolk, Delft, Zodel Baldalux with Ilford FP4

Vermeer’s View of Delft was painted from a viewpoint looking roughly north, across a harbour called the Kolk, outside the city’s walls, towards the prominent Schiedam and Rotterdam Gates, with the tower of the Nieuwe Kerk prominently lit, and the Oude Kerk tower largely obscured. After visiting the Vermeercentrum and the Nieuwe Kerk earlier in the day, finding the location from which Vermeer painted the View of Delft was straightforward: although almost all the buildings depicted by Vermeer have gone, the general topography is the same: the Kolk, the canals branching off into the city from behind where the city gates were, the general street plan, and the Nieuwe Kerk tower of course (visually, the twin spires of the 19th-century Maria van Jessekerk echo the absent spires of the Rotterdam Gate on the skyline to the right of the Nieuwe Kerk). Wanting to make something about the experience of being in this place, but not knowing how to react, I filmed the reflections of the skyline in the water - the reflections being one of the most remarkable aspects to the painting - with the outline of the Nieuwe Kerk tower clearly seen against the late afternoon sky, its silhouette dominating, in a manner essentially absent in the painting (as it is brightly lit, with the sky behind it, the reflections below only pick up the dark masses of the tree or trees and the Rotterdam Gate in shadow either side of the more distant tower). Perhaps this was appropriate - filming a reflection of the tower which is impossible to discern in the painting - as the current tower of the Nieuwe Kerk is not the same as that depicted in the View of Delft. The Nieuwe Kerk was struck by lightning in 1872 (having been struck and partially destroyed before in 1536; the rebuilt tower that appears in Vermeer’s painting survived the ‘Delt thunderclap’ of 1654) and the tower rebuilt a second time as a result; the rebuilding of the upper stage of the tower used Bentheim sandstone, blackened through a reaction to atmospheric pollution, in contrast to the colour of the stage below, which gives the erroneous impression of having been scarred by fire. As well as not being the same tower reflected in the film, it is of course not the same water making its reflection.

Bolex B8, Retina IIa with Adox Scala 160

Although I didn't know it at the time, the Double-X film I shot here with the Bolex B8 wasn’t exposed properly due, as I later surmised, to the variable shutter being stuck in a near-closed position: I didn’t see the results until developing this roll of film some time later; however, as this footage was on the first roll of 8mm film from the trip that I developed, it did mean that I (rather belatedly) made a number of tests before developing the other two rolls of film shot in Delft, which, particularly in the case of the 'Pouring Milk' film, meant I was able to adjust the developing times sufficiently to get as good a result as was possible from the latent images. I have excerpted a short sequence as an animated GIF below; the thinness of the negative shows any dust incredibly well, a result of a lack of cleaning before scanning and ad hoc processing conditions - essentially attempting to improvise a means of drying 25ft of 2x8mm film in a hurry.


One reason for shooting film, rather than digital, were the sense of having a physical artefact, an indexical link to the contingencies of the location itself, ideas which probably do not hold too much weight in the digital present, especially with the results digitised and disseminated through a digital medium; regardless, what is recorded onto the physical medium is something other than a provisional interpolation of data (and, if ever exhibited, a positive could be printed from the negative and projected). In Ways of Hearing, Damon Krukowski attempts to encapsulate how it felt as a musician to be recording to tape in the 1980s, not an entirely unsympathetic analogy:

“In that analog studio, there was a feeling when the tape started rolling that this was the moment we would capture-a feeling of time moving both more slowly, and more quickly than usual. Like when you’re in an accident. Each split second is suddenly so palpable, as if you’re living in slow motion. Yet what do we say when it’s over? It all happened in an instant.

Analog recording is like an accident in other ways. On tape, there was no “undo”. You could try again, if you had the time and money. But you couldn’t move backwards. What’s done is done, for better and worse.”

Two days after visiting its location, we took the tram from Delft to the Hague to visit the Mauritshuis and see Vermeer’s View of Delft. Any attempt to describe the experience of finally seeing a painting familiar from reproductions for many years would be entirely inadequate. In real life, the View of Delft is both familiar and surprising (or at least to me, in some aspects, especially the thickness of the paint in some areas, notably in the near foreground) and one can appreciate the impression it made on Thorè-Bürger around the time photography was being invented. As a result, while still in Delft, I decided to revisit the viewpoint again. Having initially been to the spot with a camera but no clear idea, I needed to give myself a logical structure this time; in the interim, I had shot Pouring Milk and had used a duration for that film from a measure of how long visitors in an art gallery look at a work of art: while trying to find a definitive average, a different answer which I had also turned up was 17 seconds. Determining that, if I used a whole side of my last roll of 2x8mm film that I’d taken with me to Delft, shooting at 12 frames per second rather than 16fps, its duration should be long enough to contain 17 separate shots of 17 seconds each. Any response to Vermeer’s painting would only ever be inadequate; any attempt to communicate the personal experience of how it felt to be standing there, in that same location, looking over Delft from that same viewpoint, with the painting fresh in my memory, would also be inadequate. Acknowledging the futility of trying to engage meaningfully with such a canonical work of art, my approach was to not film the view itself: the film is built up from details around the viewpoint as it currently exists in the historical moment that I was there, then.

Thomas Elshuis, Panorama, Zodel Baldalux with Ilford FP4 

Facing the view, a raised platform above the quayside of the Kolk provides an approximate elevation to the correct viewpoint: Vermeer may have used the second floor of an inn which stood on that spot in the seventeenth century to make his painting. This platform is made from brick and paved, but when I was there some work to it was in progress or had just been finished: there were pallets of building materials collected there, paving bricks and kerbstones just at the right point of the platform overlooking the view. Behind the platform there was a patch of muddy, sandy ground which had evidently been re-landscaped recently, with a circular area of cobbles having been removed. In the middle of winter this was bare of grass, imprinted with footprints and tyre-tracks. Curving around the back of the raised platform, a steel structure supports a set of printed, translucent panels. This is a work of art called Panorama by Thomas Elshuis (although in the Dutch text, it seems to be called Gezicht op Delft - View of Delft), which brings together Newton’s discovery of the refraction of white light into the visible spectrum of colours with van Leeuwenhoek’s microscope, represented by drops of water, magnifying the sand from the bed of the Schie, the canalised river which meets the Kolk from Rotterdam and Delfshaven, and, perhaps, is also a reference to the sand incorporated into the paint in some passages of Vermeer’s painting. Photographs of this ‘folly’ (as Elshuis calls it) on the art in Delft website show sunlight streaming through it, highlighting the stained glass-like qualities of the translucent panels, making sense of the references to Newton and van Leeuweenhoek, an effect quite absent on a grey January morning. After I shot the film, behind the raised platform, partially covered with dirt, I discovered the two metal plaques set in the ground behind the structure which detail this piece of site specific artwork in Dutch and English. 

Metal plaques, Kodak Retina IIa with Agfapan APX100

Having shot the two rolls of (new) Double-X I’d taken with me, I had one roll of 2x8mm film left. This was Orwo UP21 with a process before date of November 1982. I had bought two rolls of this online with the same date, in the same lot, and had previously tested a short length cut from the other roll before travelling, and found the best exposure index for the film stock was around 12; I was also developing this as a negative: although nominally a reversal or transparency film, unlike some black and white reversal ciné film I’ve used, the Orwo film does not have a colloidal silver anti-halation layer, which means it can be developed as either a negative or a positive.

2x8mm Orwo UP21 film

I shot at 12fps for the increased duration this would provide, and this would incidentally mean a slower shutter speed, but the grey overcast morning light when I returned to the site was so low, I felt as though I needed an extra stop in filming, and rated the film at 24 rather than 12 (the light levels also meant that most shots were taken with the lens wide open, or close to wide open, and the accuracy of focus has suffered as a result). At the time I thought I might be able to extend the developing time a small amount to compensate. There was a general logic to the sequence of shots, although essentially improvised, moving from the very small, close-framed shots of the platform facing the view, to the final shots which show the artwork by Elshuis, but in fragmentary details. The editing of the film was done in camera, and the length of the film is shown in its entirety, with both leader and trailer. I loaded the film and unloaded to turn it over in a changing bag, meaning that the film wasn’t exposed to light in either operation, in order to use the whole length of the film. When developed, it was clear that the film had been exposed while wound on its spool, but I kept this bleached-out section, containing the identification code, the circular holes punched through the film at the start: light through these holes has imprinted itself through a couple of layers of the film; a wavy line, the shadow of the rubber band securing the roll can also be seen to the right hand side of the image.

When I came to develop the first roll of 2x8mm Double-X shot on this trip, as soon as I took the film out of the tank, I realised that something was wrong: it looked underdeveloped, or so I thought. I subsequently shot a number of short tests of both film stocks I had used in Delft, Double-X (and in doing so, discovered that single-perforated 16mm - having used all my 2x8mm perforated Double-X - would run through the Bolex B8, at least well enough to test the exposure), and the Orwo UP21 from the part-used roll I’d already tested in a still camera and not taken to Delft. I shot three test lengths of the UP21, decreasing the developer dilution and increasing development time as I went, in my attempts to get a usable result. Making these tests I realised - only gradually - that the camera was underexposing by around three stops, and my only explanation for this was that the variable shutter was stuck near closed, so in the shooting of this film, I had effectively exposed it around four stops faster than the exposure index I had tested for. As well as increasing time and decreasing the developer dilution, I also took two rather more extreme technical approaches: first, I flashed the entire roll of film in an attempt to raise the shadow values (as I would be pushing the film, the contrast would be increased, and I was expecting no or little shadow detail at this stage, although I had been filming in very flat, diffused light). To do this, I ran the whole roll of film through the Bolex again, double-exposing it by filming a featureless white wall - with the lens out of focus - and three stops below a meter reading taken from that wall. As before, I loaded, unloaded to flip the film spools, and finally unloaded the film using a changing bag after exposing both sides. I developed the film with Ilfotec LC29, diluted 1+9, for 20 minutes at 20ºC. The second approach was to tone the whole film with selenium toner after development, with the idea that this would act as an intensifier on the negative, providing a little more density. The end results are still far from what I had hoped. It’s possible that the toner may have simply increased the overall graininess of the negative, the fog of age; incidentally, the edge markings on the film look considerably blown out from the push processing. Due to the poor light levels, camera faults, and processing issues, the resulting images on the film are underexposed, hard to read, obscure. Titling it 'A View of Delft' is an assertion of what it shows, factually accurate, despite there being little of the location that is clearly recognisable in the film (although possibly I should call it 'Seventeen Views of Delft'). I have recently become interested in how the title of an artwork functions, how the title, as extrinsic content, is both integral to an artwork yet stands apart, separate from the object itself, a content which brings the viewer into a unique relationship to the art object, a relationship which, in some senses, ‘creates’ the artwork. In an essay called 'Entitling', John Fisher asserts that:
“Titles are names which have a sense; they call for responses. They determine, to a degree to which significant attention has never been given, interpretations and other acts.

[…]

Not all artworks are titled. Not all artworks need to be titled. But when an artwork is titled, for better or for worse, a process of interpretation has inexorably begun.”

Vermeer’s painting, the View of Delft has a declarative title which aids little in the process of interpretation, its need is small, especially if one is familiar with the city it represents; indeed, as with the title of Maidservant Pouring Milk, now more commonly known as the Milkmaid, as described in the previous post, the painting hasn’t always been simply the View of Delft: Thorè-Bürger knew it as View of the Town of Delft, which seems unnecessarily wordy, but a descriptive title suffices nonetheless. The changing function of works of art, through changing conditions of production and consumption, demand that, in many cases, the title has more work to do than might previously have been the case. As a title, A View of Delft alerts the viewer to the gaps in what it represents, perhaps appropriate to the contingent nature of working with a physical medium, film, the conditions of its making, and its unmet ambition in an attempt to meaningfully encounter Vermeer’s View of Delft.

Bibliography
Walter Benjamin, ‘The History of Literature and the Science of Literature’ from Poesie et revolution, Paris 1971, p14, quoted in Hubert Damisch, The Origin of Perspective, translated by John Goodman, Massachusetts Institute of Technology, 1994; originally published as L’Origine de la perspective, Flammarion, Paris 1987
Daniel A. Fink, ‘Vermeer’s Use of the Camera Obscura - A Comparative Study’, The Art Bulletin, Vol. 53, No. 4 (Dec., 1971) pp. 493-505
John Fisher, ‘Entitling’, Critical Inquiry, Vol. 11, No. 2 (Dec., 1984), pp. 286-298
Peter Galassi, Before Photography: painting and the invention of photography, Museum of Modern Art, New York, 1981 www.moma.org/calendar/exhibitions/2267
Jonathon Janson, 'Essential Vermeer' website: http://www.essentialvermeer.com/
Damon Krukowski, Ways of Hearing, MIT Press, Cambridge, Massachusetts, 2019
Georges Perec, ‘Species of Spaces’ in Species of Spaces and Other Pieces, translated by John Sturrock, Penguin 2008
Charles Seymour, Jr., 'Dark Chamber and Light-Filled Room: Vermeer and the Camera Obscura', The Art Bulletin, Vol. 46, No. 3 (September 1964), pp.323-331
Sandra Spijkerman, ‘Kunst in de Openbare Ruimte/Gezicht op Delft’, https://delft.kunstwacht.nl/kunstwerken/bekijk/330-gezicht-op-delft See also https://thomaselshuis.nl/
Arthur K. Wheelock Jr, Vermeer, Thames and Hudson, London 1988
Arthur K. Wheelock Jr., C. J. Kaldenbach, Vermeer’s View of Delft and his Vision of Reality, Artibus et Historiae, Vol. 3, No. 6 (1982), pp. 9-35

Sunday, 22 October 2017

World Toy Camera Day 2017/Halina 110 Auto-Flip

Halina 110 Auto-Flip with Kodak Photo Instrumentation film
For yesterday's World Toy Camera Day, I chose a Halina 110 Auto-Flip as my camera for the day. After having used a relatively sophisticated 110 format camera recently in the Agfa Optima 6000 Pocket Sensor, it was instructive to compare that camera to what would have been the opposite end of the spectrum in terms of price and quality. Although what precisely defines a 'toy' camera is subjective and debatable, the 110 Auto-Flip has many qualifying characteristics: it is almost entirely constructed from plastic, fixed-focus, and, other than the shutter release and film advance wheel, the only user control that affects results is a sliding switch for the film's ASA setting, which simply changes between two apertures. The camera is also brightly coloured, a sure denotation that it is not to be taken seriously.


Halina 110 Auto-Flip
The camera has a single shutter speed, not marked, but probably around 1/60th. There are two apertures, again not defined; the switch on the top slides a plate with a smaller aperture behind the lens. The larger aperture setting is marked for flash or full sun for 100/200 ASA, and flash or cloudy conditions for 400 ASA; the smaller aperture is marked for full sun at 400 ASA. On the top of the camera is a socket for a flip-flash, with distance settings for the flash printed on the transparent window that also functions as the catch to open the door for the film chamber (distance settings are given as 4-9 feet for 100 ASA, or 5-15 feet for 400 ASA). The flip cover is easily detachable; it pivots to an acute angle in relation to the camera itself and supposedly functions as a handle to steady the camera: although the top of the cover has a ruled, grip-like top, the ergonomics are pretty poor. The camera also has a wrist strap.

Halina 110 Auto-Flip with open cover
The lens would appear to be a simple meniscus type; in a number of the photographs taken with the Auto-Flip, some pincushion distortion is evident, with moderate sharpness in the centre. The apertures are relatively small, perhaps f11 and f16, providing reasonable depth of field to the fixed focus lens. The shutter release button is stiff, depressing it gives quite a hard 'click', which must risk some camera shake. The viewfinder, in an odd design quirk is square, despite the 110 negative format being clearly rectangular. However, with the limitations of the Auto-Flip, the main consideration of the viewfinder is simply to ensure the subject is centred, as no accurate framing is possible. As I shot two cartridges reloaded with 16mm film, rather than new 110 stock, as I've written about before, the lack of preprinted frames on the film allows the whole negative area to be used. With the Auto-Flip, the negative is approximately 23mm wide - much wider than the preprinted frame size of around 17mm. However, the image is severely vignetted on the right hand side, which no doubt would be entirely covered by the 110 preprinted frame.

Halina 110 Auto-Flip with Kodak Photo Instrumention film showing overlapping frames
As with the Agfa Optima 6000, the Auto-Flip relies on an internal pin locating the 110 perforations to reset the shutter when advancing the film; unlike the Optima 6000, the pin connects with every 16mm perforation (as in the image above): instead of shooting one blank frame to advance the reloaded film the correct distance, I found it necessary to release the shutter twice after each shot, covering the lens, and even then, thanks to width of the Auto-Flip frame, the frame edges were still butted against each other, although the vignetting at one side of the frame generally made this less noticeable. I shot almost all the photographs on the wider aperture setting; of the two films I used, I've found that the Kodak Photo Instrumentation film gives the best results at an exposure index of 100; subsequently shooting a cartridge reloaded with Eastman Double-X as it was beginning to get dark meant the conditions mitigated against using the smaller aperture setting. The weather conditions were not ideal yesterday, but the Photo Instrumentation film's latitude helped to compensate for this.

Halina 110 Auto-Flip with cover closed
The Halina 110 Auto-Flip is entirely typical of a cheap point-and-shoot snapshot model that would be an archetypal 'first camera' from the late 1970s through to the 1980s (indeed, while I first took photographs with a 126 Instamatic, one of my brothers had a 110 'Pocket Instamatic' very much like the Auto-Flip as his first camera). Cheap to buy and very simple to use, the camera would have produced passable results in good lighting conditions on small-scale photo-lab prints; retrospectively, it's sometimes a wonder that such photos, not very sharp, grainy, often underexposed, from a first camera, didn't put people off photography, but the fact that these cameras were designed to be so easy to use, and, that they did simply produce results, was enough to satisfy the desire to take the photographs in the first place.

Halina 110 Auto-Flip with Kodak Photo Instrumentation film
Halina 110 Auto-Flip with Kodak Photo Instrumentation film
Halina 110 Auto-Flip with Kodak Photo Instrumentation film
Halina 110 Auto-Flip with Eastman Kodak Double-X film
Halina 110 Auto-Flip with Eastman Kodak Double-X film
Halina 110 Auto-Flip with Eastman Kodak Double-X film

Sources/further reading
Haking_Grip-C/Halina 110 Auto-Flip on Camera-Wiki

Wednesday, 7 June 2017

Eastman Double-X

Eastman Double-X film in 16mm (7222) and 35mm (5222)
With the discontinuation of Plus-X, Eastman Double-X is Eastman Kodak's last surviving black and white motion picture film in 35mm (Tri-X Reversal is available in 16mm and super-8 cartridges). The film is often referred to online in full as Eastman Double-X 5222, but this explicitly refers to the 35mm film stock; I have also been using the 16mm version in various subminiature cameras, which is given the 7222 suffix: this post is titled Eastman Double-X to include both formats. As mentioned under my post for Ilford Mark V, motion picture negative film has a different perforation shape to standard 35mm camera film, but this is not significant enough to cause any problems when using it for still photography. Double-X's speed is half way between Plus-X at 125 ISO and Tri-X, originally 320, but rated 400 ISO in all but sheet film now. Kodak also made a fast 4-X film which was 500 ISO, although this film was discontinued around 1990.

Eastman Double-X latitude test
Double-X appears to have quite a following among still photographers posting their images online, with numerous discussions about different developing practices. As a motion picture film, Kodak's recommendations are naturally limited: an exposure index at 250 for daylight and 200 for tungsten light; the recommended developer is D96. However, the Massive Dev Chart currently has a fairly wide range of listed developers, dilutions and times (the listings do give the 5222 suffix, but the 16mm film has the same emulsion, and the information should be equally applicable). Given the relatively limited availability of new 16mm film stocks, I had already bought some 16mm Double-X for use in my subminiature cameras, but I wanted to try the film in 35mm. There are a number of sources online which sell Double-X: from Kodak as a motion picture stock, it's provided in 400ft or 1000ft lengths of 35mm; but there are resellers which either cut and package shorter lengths (I bought a 100ft roll), and a few that provide Double-X in standard 35mm canisters, such as the Film Photography Project.

For an initial test with the 35mm film, I made a series of exposures to test Double-X for latitude, using my Canon A-1. In the contact sheet above, I shot the top two rows at ratings of 64, 125, 250, 500, 1000, 2000 and developed the film in Ilfotec LC29 at a dilution of 1+29 for 8 minutes at 20ºC (the two shots on the end of the film were rated 250). Although the contact sheet above shows a steep drop off at the higher end of underexposure, in scanning the negatives I was able to pull out some detail, although at two to three stops under, there wasn't much shadow detail (it's instructive to compare the test above to that of Adox Silvermax, which has excellent latitude). The exposures at 64 appear to have very little highlight detail in the contact sheet, but this was generally present and could be preserved in scanning, although the highlights in some of my tests do appear to block out easily. Notably, of the two subjects shot for the test, the second (an outdoor table-tennis net) had lower contrast, and the results were better.

Double-X at EI 64 (two stops overexposed)
Double-X at EI 2000 (three stops underexposed)
Double-X's recommendations for exposure, with different indexes for daylight and tungsten, most likely holds true for any normal panchromatic film (excepting superpanchromatic films with extended red sensitivity like Agfa Superpan 200); I imagine that this is made explicit due to is intended use as a motion picture negative stock. For most still photographers, the difference between an exposure index of 200 or 250 whether under tungsten or daylight would no doubt fall well within an acceptable range of negative densities. In some of the tests I shot I did occasionally change the rating to depend on the type of light I was shooting in, but generally I either exposed the whole roll at 200 or 250, apart from tests in push processing. For a more rigorous testing of Double-X, I could have shot the same film in both daylight and tungsten light and used both recommended exposure indexes to get an accurate comparison, but this did feel unnecessary. However, in terms of looking at the film's spectral response, I did shoot some frames with a yellow filter, which I generally use to aid definition in skies with black and white films, but, in the image below, this appeared to affect the rendering of the green foliage more than I might have expected. Again, more tests would have helped to determine how Double-X precisely translates colour into black and white, although the few shots taken with a yellow filter looked promising.

Eastman Double-X, Canon A-1 with yellow filter
The rationalisation of Kodak's black and white motion picture film around Double-X appears in part to be a demonstration of the film's versatility (or at least Kodak's faith in its versatility); in the field of colour, Kodak still has (essentially) a range of three different negatives sensitivities from 50 to 500. Although making direct comparisons between the use of Double-X as a motion picture negative stock and its use for still photography is perhaps problematic, there's many examples online of Double-X being pushed by a number of stops to counter differing lighting conditions (less common is pull-processing, although some times for ratings as low as 25 are listed on the Massive Dev Chart). Part of testing the film led me to attempt to push the film as far as 3200. Some of the examples of rating Double-X at 1600 or 3200 appear to be simply underexposed - with almost no shadow detail, the highlights and mid-tones essentially carry the image alone.

Eastman Double-X rated 3200, Kiev-4, Ilfotec DD-X 1+4
Part of the problem in judging these results however is due to shooting the film in generally higher-contrast lighting situations, such as at night, and this complicates the results. My test roll shot at 3200 and developed in Ilfotec DD-X had few useable frames overall, with scanning able to pull out as much detail as possible from the shadow areas. The negatives would, I imagine, be tricky to print in the darkroom (when rating the film at 800 and 1600 the results were better, but not by a significant degree), but in general terms, Double-X does not seem an ideal film for pushing more than one stop. Other than contact prints, I have only made prints from Double-X in 16mm so far, largely because scanning from subminiature negatives doesn't quite provide enough clarity to the images. With the small size of these negatives, the film's grain is very pronounced and the difference between using R09 or Ilfotec LC29 as a developer also appears to be visible, with Ilfotec LC29 providing a little smoother look to the grain. In some of the results shot on 35mm, the grain appears quite pronounced for the speed of the film, compared to other 200 ISO films currently available. Over and above the inherent grain of any film, its appearance depends on a number of factors, but developer is perhaps the most important, as well as differences in scanning or printing.

Having used the film for around a year, testing it with a few different developers, shooting it at a good range of exposure indexes, as well as printing a few 16mm negatives, I still feel undecided about Double-X: some of the results feel quite mixed to me, and I don't think that the film is necessarily distinct enough to be sought out as a film for regular use. On reflection, in the course of writing up this post, I realise that I neglected to explore shooting the film below its nominal speed and adjusting development accordingly, which may have modified how I feel about the film; having now shot all the 100ft roll of 35mm that I bought a year ago, I may try this in 16mm, but it wouldn't be a good comparison. Although Double-X has many fans, I can't help thinking that it is a shame for Kodak not to have kept Plus-X as a motion picture stock, as I found this a much more sympathetic film to work with as a still photographer.

Edit 10/05/20 - see also: Eastman Double-X Part Two, in which I reappraise Double-X with D96 developer.


Canon A-1 with Double-X. rated 200, Ilfotec LC29, 1+29
Kodak Retina IIa with Double-X, rated 200, Ilfotec LC29, 1+29
Agat 18K (half frame) with Double-X, rated 200, Ilfotec LC29, 1+29
Mamiya-16 Automatic with Double-X (16mm), rated 200, Ilfotec LC29. 1+29
Kiev-30M with Double-X (16mm), rated 200, Ilfotec LC29, 1+29
Rollei 16 with Double-X (16mm), rated 200, R09 One Shot, 1+25
Agat 18K (half-frame) with Double-X, rated 250, developed in R09 One Shot 1+25
Agat 18K (half frame) with Double-X, rated 250, Ilfotec LC29, 1+29
Voigtländer Vito CL with Double-X, rated 250, Ilfotec LC29, 1+29
Mamiya-16 Automatic with Double-X (16mm), rated 400, R09 One Shot, 1+50
Kiev-4 with Double-X, rated 400, R09 One Shot 1+50
Canon FTb-N with Double-X, rated 800, R09 One Shot 1+50
Canon A-1 with Double-X, rated 1600, R09 One Shot 1+20
Kiev-4 with Double-X, rated 3200, Ilfotec DD-X 1+4

Sources/further reading:

Eastman Double-X data sheet
Project Double-X (archived)
Eastman Double-X on Down The Road
Eastman Double-X on Alex Luyckx Blog