Figure 2.1 |
Much has changed since the early days of photomontage, both in the technology of image making and in the terms for interpreting them. Photomontage did make the transition to color, and then received tremendous impetus from the development in digital graphics of channels and layers for controlling opacity and superposition of images. Making photomontage has become very easy; seeing and interpreting it, however, can be quite hard. The simple linguistic analogy that thinks of component shapes as words and the placement of the shapes as the syntax that constructs them into sentences is in trouble with photomontage from the outset, since photomontage works against the discreteness of "words" or their placement in one consistent organizing sentence structure. The modes of language that come closest are those of analogy, simile, metaphor, syllepsis ("construction changed"), and paradox—figures of doubleness and plurisignification rather than unequivocal statement. It is well to remember that one great proponent of the simple linguistic analogy is Robert Horn, and Horn uses clip art to exemplify his claims. If anything has hard, crisp edges, clip art does, and I have never seen it with gradient shading or reduced opacity. Whether and how photomontage might be used for illustration of complex issues and processes will be taken up in the final section→. |
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A second source of difficulty is the unnatural naturalness of photomontage. As many have noted, it presses always toward the impossible, the incongruous, and the non-literal, though it is executed as a photographic print, the most referential and realistic medium there is. It returns us to the question of visual literacy and complicates the simple dichotomy of special conventions of a medium vs. general heuristics for understanding the world. That is, we noted with approval Messaris' argument that "literacies" ought not to be multiplied unnecessarily. In short, we do not need to be taught or taken through an apprenticeship of viewing to be able to see small images of people in a picture as farther away from us that larger ones. That is a basic principle of how we orient ourselves and what we see in space. But some of the objects in photomontage have unusual properties and present us with problems seeing the objects, locating them in space, or identifying them. So does that mean that there is literacy in photomontage—i. e., a set of special decoding skills and interpretive rules that we would need to acquire over and above those required for ordinary life in the world? This is a point we will take up directly in Section 1. |
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In splendid article on photomontage and photocollage as developed by the Russians in the 1920s and '30s, Benjamin Buchloh gives great prominence to the utopian and futurist hopes of Lissitsky, Klutis, and Rodchenko among others that their new art which shattered the conventions of bourgeois realism and representation would have a direct, immediate appeal to the workers and peasants, so that the work of the avant garde could be the art of the people and foster revolutionary aspirations to build a new order. This dream quickly collapsed, says Buchloh, when it became clear that the new order might just as easily be Fascist as Bolshevik and when the new art was not embraced by those traditionally excluded from the appreciation of high culture. 1 |
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What Lenin, Stalin, and the revolutionary councils failed to do, however, was accomplished by one corporation, Adobe Systems, and one product, Photoshop. This image editing program (from the 3rd version on) has set loose a tidal wave of photomontage in consumer and business cultures and makes the graphics for the Web, born as a graphic display medium at almost the same moment as Photoshop 3. Graphic looks that used to require many hours of tedious labor and expensive equipment (not to mention training and apprenticeship in using it) can now be produced in a few minutes at a desktop computer. And many of those looks, from CD cover to poster to corporate annual report, are looks of photomontage. Further, the options available in Photoshop go well beyond the looks that photography or media has put before us, and there are no conventions or expectations or standard uses of them. So the questions of how we see and interpret these new images is very much an open question. The discussion begins with seeing photomontage and with four parameters that make seeing them difficult: opacity/transparency of the components, edges of objects, location in space, and order in a stack layers; we will then takes up interpretation, especially of these unusual visual features , and then we will move to questions of use. |
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2.1 Reflections and OpacityA point of visual literacy arises when either a medium presents us with something we have not seen before or assigns something a special signification it does not usually have outside the medium. Even if something meets one of those conditions, it may not be codified (i.e. assumed to be recognized by all users of the medium). Codification narrows interpretation, in that it picks out one from among several significations that we could think of assigning to a feature. A spot ( or circle, or star) of light appearing usually relatively high in a photograph can be recognized as lens flare—a virtual image of the sun or other strong light source—produced by viewing through a lens at a certain angle. Its look is distinctive enough that it can be faked by an image-processing program. It does not have a signification, however, other than that the scene has been viewed through a lens at a certain angle etc. Ways of indicating "flashback" in cinema, however, via softened focus, and/or slow motion, are codified, and film makers can expect audiences to recognize that what they are seeing in a flashback is not currently being experienced by anyone in the movie, but is part of the experience of some individual, or the collective experience in the world of the characters. |
![]() Figure 2.3 |
Photomontage presents us with special combinations of line, shape, and light that challenge our working, day-to-day visual literacy, but we are not at an utter loss when we encounter them, for some of the key differences such as reduction of opacity and discontinuity of form do occur daily in our encounters with reflections. Indeed, Barbara Morgan entitled a lovely Macy's store window picture "Natural Photomontage" (1939/72). The spectral look is also the look of reflections in plate glass, as in Eugene Atget's series of Paris display windows: the reflected buildings (or faces, or objects) can be nearly as "solid" looking as the window frame itself, but are usually partial and appear in impossible places. In Atget's favored setup, the buildings in the street are reflected in the window about two meters deep, so that the mannequins are sandwiched between the reflection and the glass. And they pose their clothes (usually) in the peculiar, stylized space directing their gazes and expressions into yet a third kind of space, which is the wish/dream space of "glamour" (as John Berger would say). In fact, Berger uses a display window image by his collaborator Sven Blomberg to open the chapter on art and advertising in Ways of Seeing. Everything ends up being partial and not well connected with the ground (though they are well-connected in the system of commodities via the price tags). The pictures are visual mazes or puzzles which intrigue the eye as well as the interpreting mind; they may remind us that photography captures not things but light from reflecting surfaces, but they can finally be naturalized in the conventional scene of one camera taking one exposure from one point at one moment in time. |
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2.2 FormEdges and GradientsPhotomontage can pose a number of challenges to our visual system. We may be unsure:
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Figure 2.7
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Few photomontages are equally difficult in all four ways, but if we have difficulty with what, the latter questions are hard even to formulate. When determinations of what become effortful, we fall back on re-tracing elementary, usually automatic, processes of tracing edges and contours and looking for at least partial matches to familiar objects. When looking at Figure 2.7, which is solarized but not a photomontage of two negatives, seeing a familiar object in a familiar orientation is not a great problem, but it provides a little shudder in that the edges and surfaces we expect with this familiar object break down on the lower edge, which appears rather as that of the edge of a flowing liquid. Rather than regarding this as an impossible object or optical illusion, however, we may try to naturalize it in some grotesque way ("she is melting"). There are other, harder cases. |
Figure 2.8 |
No greater testimony to the power of the outline could be sought than that of the works of Calum Colvin, who projects a figure or figures drawn from famous paintings and sculpture into a corner of a room filled with cheap furniture, bric-a-brac, and clutter; it is a good thing the furniture is cheap, for he paints the image over the furniture, floor, walls, bric-a-brac, and clutter with the result that they almost disappear. Figure 2.8 is a (section of a) photograph of one such array, where the work of art is Titian's Venus Anadyomene. Titian's Venus is strongly outlined and then projected and painted all over a wooden vanity with open drawers, a sea shell and some trophies, the walls, floor, and the curtains. The oval piece of glass appears to be a mirror because it reflects the vanity table top with one of the little trophies and blocks the curtain. Even with this extremely uneven "canvas" (the varying surfaces of several objects) with its own textures, the figures are clearly recognizable, and you have to make an effort to see the vanity, for example; such is the power of color filled outline! (This to be sure is not photomontage, though one image is laid over another, as it were. Rather, it is faux photomontage which will be taken up in the fourth section of this chapter.) |
Figure 2.10 |
Edges and contours (and indeed, objects) are to various degrees problematic in a remarkable series of photomontages by Coryndon Luxmoore at The Birdhouse. This one ("Gaze 4") is difficult for several reasons, notably the variable opacity of the women figure and the odd angle of vision. There is neither vertical nor horizontal in the entire piece—even what appears to be a corner of a wall. The angle of view of the girl is not "canonical" (there must be several canonical views of the human figure male and female, but this angle is unusual) and it is hard to imagine a viewing point for us (the camera). |
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Figure 2.12 Most of the clear edges are those of cable and pipe; the only line that traces the edge of the woman's body runs along her forehead and down her nose, but it would be very difficult to see a human form based just on that line. |
Figure 2.13 Here the shading is reduced to three levels (black, white, and gray) and actually does a somewhat better job than the edge-detected image at identifying a human shape. Note the shadow-line reinforcing the lower edge of the face which merges into the shadow cast by the pipe: that is not helpful at all! |
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Clearly these will not get anyone called up on obscenity charges! Granted this is a complicated example involving perception of objects and orientations in space, but part of the uncertainty lies with what are the objects. 2 |
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The "Gaze" series do not easily sort into figure-and-ground (even though we automatically take the softly shaded bioform to be the figure); most classic photomontage does not fade figure and ground in this way. Fading one object into another to make an impossible object was a favorite device of the Surrealists, but they did not often fade object into ground; further, they generally avoided the diaphanous, semi-transparent treatment of any objects, even and especially the impossible ones, presumably because they did not want to pre-sort the scene for the viewer in to more and less "real." And yet further, if they do include a semi-transparent object, they observe a very general convention of such objects that they exhibit the same degree of transparency throughout. This is one of the general principles (conventions?) that Luxmoore's Gaze series violates, and it is violated also in Clarence John Laughlin's "The Eye That Never Sleeps" (Figure 2.14), which is unusual for him. |
![]() Figure 2.14 |
This female figure is a real pastiche: only a true, unconscious dedication to gestalt good forms sees this figure as a single object. The upper body (of an mannequin) does not quite align with the lower body of a flesh and blood model, who, however, has a hinged doll's leg for a lower right leg. "She" is partially shrouded by a cape which catches some sunlight next to the left thigh. The torso is not only semi-transparent, it is eroded down to a wire mesh around the neck and throat. It appears to cast a shadow from a light source over the viewer's right shoulder but is illuminated and shaded from over the viewer's left shoulder as well. The semi-transparency is not uniform, but thins to nothing across most of the joint between mannequin and human, allowing the window sill to come through unattenuated. And the aloe-ish looking house plant visible through the right thigh is simply unaccounted for. Laughlin places this image in his "Satire" group and his commentary holds forth a bit on the eye as that of Puritanical repression restraining and blighting the body and so forth, but visually and verbally he may be pulling the viewer's (right, jointed) leg. Perhaps it is because the picture appears to be a mannequin outside of a shop that we are befuddled by the image. As an apparition—well, I'm am not sure I have hard and fast expectations about the opacity of immaterial bodies. Compare in this connection, the Teske image below. |
![]() Figure 2.15 |
Another process that alters shading and edges is Inversion (or "Negative"), in which all the color values switch sign, as it were, with perfect neutral gray being 0. That is, the darkest become the lightest, hues become their complements. When the lighting is directional, Inversion makes it seem to be coming from the opposite direction; so, objects lighted from above will appear to be lighted from below. Once launched by photomontage down the path of "post exposure manipulation", Inversion is a next step away from what we commonly experience. It is not always as disruptive as one might think to perception, though it tends to look like an xray negative when applied to the human form. That is perhaps for most people their main preparation for seeing it in photomontage. It is much employed in making fantasy and magic worlds because of the mysterious emanations of light it suggests. So in Figure 2.15, the crystals seem to illuminate the scene with their glow (dilithium, don't you know) along with the little double helix in the sphere and the ice-crystal thingies that decapitate the women. One click inverts the image, which then is lighted from above as is normal and the woman has a more clearly discernible profile. |
![]() Figure 2.16 |
Horizon and Perspective SpaceAlbertian single-vanishing point perspective comes with the camera and hence with every negative; indeed, it is built into the standard image-synthesizing ray-tracers as well. (Refer to perspective demo.) In addition, the camera also renders texture perspective (the blocks and bricks of walls and floors get smaller with distance), atmospheric perspective (distant objects are reduced in contrast, blurred in detail, and bluish in color), and of course shading and shadow. Photomontage with two or more fairly robust perspective spaces are not going to blend or merge very smoothly. In some cases, tension between perspective spaces can be very productive, as in Figure 2.16, where the camera is rotated 90 degrees from portrait to landscape orientation (and taken a few floors up). The shadows help to key this. The joining of lighted/shadowed portions of the sidewalk on a line slightly off the vertical is most artful, the composition rigorous and unaltered. |
![]() Figure 2.17 |
This piece shows some horizon and perspective, particularly with the central receding passage, but equally clearly it sets up a space so that the women can break out of it, and the contemplative figure in black silhouette is in yet a third space. And too solarization is fairly heavily used, which further breaks down naturalistic space, lighting, and surface. |
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Superposition (stacking)Even when edges are not strongly defined, the blending of one figure into another or the ground does not necessarily undermine our perception of the individual objects, provided they are familiar objects and only overlap or bleed through in certain areas. |
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Since, as is generally agreed in vision science, certain receptors in the brain act like "Edge Detect" graphics filters, we can simulate the brain's "initial sketch" of images by viewing them through edge-detect filters and 3-color palettes ("posterizing" filters) that have the effect of reducing contour gradients to edges. We can contrast such reduced "sketches" to "sketches" of the considerably less edged images of Coryndon Luxmoore. Figures 2.20 and 2.21 are the reduced sketches for "My Precious". The separation and integrity of the objects is clearly evident even in these reduced sketches. So the objects are fairly easy to see and to sort out into a basic scene of viewing (and photographing) with certain readily identifiable symbols added. |
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Figure 2.23 |
A second stack of faces, that in "Face Lift" (Figure 2.23) , is even harder to resolve into separate faces—impossible, I would say, given just a small .gif to work with. With the larger .jpg from Eastman House, problems remain identifying the number of different faces stacked up. Starting from the front, there is a double image which may illustrate the notion of a face being lifted up and put on—but whether it is over the same person's head or another's is unclear. This larger face, with hair, seems to fit just inside another—one that is proper to the second plane (the contained rectangle) and which has longer hair falling onto the right shoulder. This hair in turn seems of a color different from the raven tresses of the largest head. So how many faces, or different faces, do we see? The relation of the faces (connected by or to "face lift") is equally hard to fix, as is the bearing of the cartoon balloon on the entire assembly. The arms and hands lifting up the face illustrate the triumph of line over color: they are broken into four bands of pearly, translucent color but manage to stay very clearly visible as arms. (They are more successful in 24bit True Color than in 8bit .gif.) The notion of a plane with several objects or textures being a slice of a world perhaps derives from the early practice of sandwiching negatives or making successive exposures of a piece of printing paper. With a digital program, one uses layers, usually transparent, into which selected regions of another image are pasted and it is easy to think of just affecting a region of a picture rather than superposing worlds. In any case, modern computer-generated photomontage often becomes quite large and/or many layered, and sustaining numerous planes over the whole image can produce a lot of meaningless clutter, so, with larger or many-layered "canvases" the planes dissolve into zones, and the ordering front-to-back of the stack falls away as a key element in interpretation (or even sorting of what is seen). The space of the image becomes the infinitely capacious, tolerant one that is generally interpreted as dream, magic, or fantasy landscape, which we will look at in more detail below in Section 4. |
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There are then at least three four dimensions along which photomontage varies:
We have already touched on certain interpretive rules of thumb that have gotten attached to certain values on these dimensions. We will now turn to general principles and particular applications associated with these three features of photomontage. |