Selected Courses on Digital Art-UOWM

7 Απριλίου 2013

STORYBOARD

Filed under: Notes — admin @ 15:15
http://www.hiroadproductions.com/

Filed under: Notes — admin @ 15:12

TYPES OF CONTENT
1. Documentary; provides documentary information on an existing person or object
2. Narrative: fictitious depiction, like live theater except is recorded; has a narrative element, story
3. Advertisement: commercial tools used to promote or sell a product, service or point of view
4. Experimental: works which do not fit into the above categories

IMAGE SOURCES FOR MOVING IMAGERY
1. video imagery; recorded with video camera
2. film: imagery: recorded with film
3. 2D animation: created with traditional or computerized techniques
4. 3D animation: created with 3D animation software
5. video processed: video imagery modified using hardware or software
6. still images: scanned or shot with a camera

ORIGINS OF CONTENT
a. personal experience
b. based on a belief system or concept(eg. Catholicism or Capitalism)
c. based on a book or writing
d. based on current events
e. the imagination

UNFOLDING CONTENT OVER TIME

present

past future

Consciously or unconsciously, the viewer will attempt to answer the following questions:

1. What’s happening here?
2. What has been happening?
3. What might happen?

KEEPING THE VIEWER INTERESTED

If content an action within the finished work is presented in an expected or cliche manner, viewers will probably become bored. No one type of content will be of inters! to all viewers, must consideridentity of the viewer.

Methods of keeping interest:

a. present new content of interest to the viewer eg. create a documentary about a publicaly available vehicle which could transport anyone to the moon at a cost of $99.95

b. present popular content, but from a new perspective eg. create a documentary about the disadvantages of a computerized society

c. present action is unexpected (example: in the film “M. Butterfly” the viewer
and male lover learns at the end of the film that thebeautiful actress is a man”)

d. recomprehension of the past example2: in the film “The Adjuster (1991)” by Atom Egoyan, an attractive well dressed woman sits beside a large, dirty, supposedly homeless man on a subway car.  To the shock of the other passengers, the woman begins to rub crotch area of the man. At the next stop, the man and woman run off the train, followed by them laughing as they run onto the. They are a man and wife who enjoy exhibitionism.

example 3: In “Exotica(1994),1′ also by Egoyan, viewers follow the life of a customs agent whooften visits a strip club where he always requests a dance from a specific young woman. Late in the film, the viewer learns the young woman had been the baby sitter for the man’s young daughter who had been murdered a few years earlier. His encounters with the woman oscillate between sensuality and nostalgia and human comfort.

OVERALL STRUCTURE
storyboarding: series of small drawings indicating keyframes, sequences, transitions, etc.

frame: single frame making of a shot

———————————————————————————————————–
shot: collection of related frames

shot-synthesis-lighting
——————————————————————————————————————–
sequence: a collection of shots related formally or conceptually

complete video/film/animation: consists of frames, shots and sequences

transitions: cinematic effects between sequences or shots

key frames: two extremes of a particular movement

inbetweening: calculation of frames in between key frames

MOVING IMAGERY NOTES
September 7, 1998

Filed under: Notes — admin @ 14:57

Friday, June 11, 2010

Reproduced Form/Form Reproduction

Under what circumstances can a work of art be reproduced?  Here, a series of historical examples and judicial opinions involving the copyrighting and patenting of steel tube cantilevered chair designs provide some guidance.  These cases demonstrate a conceptual wordplay of sorts.  Whereas some deal with issues of reproduced form, the others concern form reproduction.  Or, put another way, whereas the former is an investigation into form, the latter is an examination of process.

However, no discussion invoking the term “reproduction” can begin in earnest without at least a brief mention of Walter Benjamin’s seminal and oft-quoted essay, “Das Kunstwerk im Zeitalter seiner technischen Reproduzierbarkeit” (“The Work of Art in the Age of Its Technological Reproducibility”) (1939).[1]   The much-lamented loss of the aura, defined as the “formulation of the cult value of the work of art in categories of spatiotemporal perception,”[2] is of little use here.  Yet Benjamin’s essay reveals additional insights concerning an original work of art and its copy.  Beginning with the dictum that all art is in essence reproducible, Benjamin distinguishes between manual reproduction and mechanical reproduction, noting, “Confronted with its manual reproduction, which was usually branded as a forgery, the original preserved all its authority; not so vis a vis technical reproduction.”[3]   This type of reproduction has two aspects.  First, it is a process that is “more independent of the original than is manual reproduction.”[4]   Second, “technological reproduction can place the copy of the original in situations which the original itself cannot attain.”[5]   Here, Benjamin is perhaps inviting us to make further distinctions between the processes of technological reproducibility and the objects of such processes.

(Top) Marcel Breuer, Model B3 “Wassily” Chair; (Bottom) Völkisch dining room from Gretsch, Planung und Aufbau im Osten (1941) (Source: Michael Thad Allen, “Modernity, the Holocaust, and Machines without History” [2001])
To further delve into this distinction, a contemporary understanding of the problems surrounding issues of mechanical reproduction are in order.  A series of images will provide some initial guidance.  In “Modernity, the Holocaust, and Machines without History” (2001), historian Michael Thad Allen features a series of images that, when viewed together, reveal more of a polemic than an editorial decision.  One is a picture of one of Hungarian architect Marcel Breuer’s most recognized chair designs—the Model B3 or “Wassily.”  Culled from the Bauhaus Archiv, this is a familiar object, a complicated skein of pressed leather stretched tautly across a polished steel-tube frame.  When set against the light background, it looks as if the chair were suspended in midair. The image stands in stark contrast to another image, a sketch of a völkisch kitchen from Diploma Engineer Hermann Gretsch’s Planung und Aufbau im Osten (Deutsche Landbuchhandlung, 1941).  Here, atop wooden parquet, a phalanx of wooden chairs surrounds a large, flat maple-hewn table.  The drawing, from an omniscient birds-eye view, reveals a series of wall-hangings, each featuring a deity or character from Der Nibelungen or any other Nordic phantasie.  The image depicts a comfortable setting, and yet suggests a more complicated set of values.
Diploma Engineer Gretsch was an advisor to Deutsche Edelmöbel (German Nobel Furniture), the SS’s venture into furniture and industrial design.  Towing the party line and vehemently opposed to what he envisioned as modernism’s slavish aping of capitalistic styles, Gretsch was a tireless advocate of a design ideology he called “Agrarian Objectivity.”  A “’timeless’ aesthetic located in an imagined epoch before capitalist spoliation,” Agrarian Objectivity was a “direct attack upon left-leaning artistic movements associated with ‘New Objectvity’ [Neue Sachlichkeit].”[6]    Here was a design concept that made no effort to conceal its political orientation and that placed an unmistakable priority on production.  Allen therefore remarks on what he labels as productivism:

Production was to manufacture the German spirit, a spirit forged as the maker rather than the consumer of goods.  At the heart of Nazi modernity was the dream of a perfect system […] But it was to be a system whose overarching output was supposed to be culture – the New Order of National Socialism.[7] 

For Gretsch, Agrarian Objectivity ensured that its material artifacts became emblems of German race and values.[8]   Gretsch famously declared: “Race, heritage, tradition, and lifestyle are important, but designers completely forgot them.  They have forgotten that they must also satisfy cultural needs.”[9] 
Agrarian Objectivity was not only a manifestation of Nazi ideology, but as a theory of industrial production, it placed great emphasis on the creation of artifacts.  If a wooden stool was superior to a cantilevered chair in that it suited the German spirit, it was only because woodworking, and not the wooden stool, fueled the imprimaturs of productivism.  To suggest that Agrarian Objectivity paid no attention to form may be too simplistic, however.  The form and look of a heimat or Biedemeier furniture set is as important as the industrial techniques used to produce them.[10] 
Breuer’s writings provide another example of how a form versus process dichotomy begins to take shape.  Consider Breuer’s own meditation on form and its relation to the modern movement in an article titled “Metallmöbel und moderne Räumlichkeit” (“Metal Furniture and Modern Spatiality”) (1928).  Here, Breuer notes:

Since the external world affects us today with the most intense and various impressions, we change the form of our lives in more rapid succession than in earlier times.  It is only logical that our surroundings must undergo corresponding changes.  We are approaching furnishings, spaces, and buildings which, to the greatest possible extent, are alterable, mobile, and accessible to various combinations.  Furniture, even the walls of the space, are no longer massive, monumental, apparently permanently rooted, or in fact permanently installed.  They are much more injected with air, drawn, so to speak, in space; it hinders neither movement nor the view through space.  The space is not longer a composition, no rounded-off whole, since after all its dimensions and elements are subject to essential changes.  One comes to the conclusion that any correct, usable object fits in the space in which it is needed, similar to how a living being fits in nature: a person or a flower.  The reproductions show metal furniture of the same characteristic form, determined by the type of design, in the most various spaces: in the theater, auditorium, atelier, dining room, and living room.[11]

Granted, for the proponent of Agrarian Objectivity, as well as for the avatar of Neue Sachlichkeit, technological reproducibility (or technical reproduction) was an inescapable condition of contemporary society.  Benjamin does not devote much time to finessing any distinction between form and process—one can only speculate as to any importance he would have assigned to this issue.  This distinction between form and process nevertheless becomes important especially when considering issues of copying.  For a further examination of how Weimar-era and Nazi authorities dealt with issues of form and process, this analysis once again looks to the manufacturing of chairs in Germany prior to World War II.  An excellent and influential article by historian Otakar Máčel involving legal claims surrounding the manufacturing of tubular steel chairs is indispensable.  In “Avant-Garde Design and the Law: Litigation over the Cantilever Chair” (1990), Máčel outlines two lawsuits of paramount importance: the first, involving a 1929 claim by Hungarian furniture impresario Anton Lorenz against the international furniture company Gebrüder Thonet Aktiengesellschaft (AG) (“Thonet”); the second, a claim by Mauser Kommanditgesellschaft (KG) against Ludwig Mies van der Rohe from 1936.

Mart Stam, drawing of first cantilever chair (1927) (Source: Otakar Máčel, “Avant-Garde Design and the Law: Litigation over the Cantilever Chair,” Journal of Design History Vol. 3, No.2/3 [1990])
Reproduction of Stam’s 1926 cantilever chair (Source: Máčel)

Stam, tubular steel chair licensed to L.&C. Arnold (1927) (Source: Máčel)

Although the facts underlying these cases are complex, the origins of the claims can be traced to the 1927 Werkbund exhibition in Stuttgart.  There, Dutch designer Mart Stam sketched his concept for a cantilevered chair on the back of a wedding invitation at the Hotel Marquart. Stuttgart was a fertile environment for other European designers and avatars of modernism.  The Werkbund exhibition itself provided an ideal forum where designers could market and license their creations.  Stam was no exception, for shortly after he modified his chair design, which consisted of gas pipes arranged in the “continuous line” typifying cantilevered design, Stam licensed this design to the iron works of L.&C. Arnold in nearby Schorndorf.  Unknown to Stam, and in an event that would be significant over a decade later, in 1923, a metalworker named Gerhard Stüttgen designed a steel-tube chair that did not use legs for its back supports for his students at the Köln Kunstgewerbeschule.[12] 

Around the same time that Mart Stam completed his chair designs, both Marcel Breuer and Ludwig Mies van der Rohe also completed designs for steel tube furniture.  In 1926, Breuer designed a series of stools and tables that utilized the principle of the cantilever chair.  Breuer recalls a conversation he had with Stam in 1926 or 1927 regarding the cantilevered chairs:

I explained [to Stam] that I was working with a craftsman in Dessau and I would like to introduce a heavier tubular section to do a heavier cantilever chair.  He went home and drew it up this chair.  He somehow got legal protection.  But he did it in solid pipe […] I mentioned to him my stool […] that if you turn it on its side it is a cantilever chair.  But the tubing was not thick enough; I needed 25mm tube.  I did it myself; turned it over.[13] 

Breuer and Mies van der Rohe featured their designs at the Werkbund exhibition.  Unlike Stam’s and Breuer’s decidedly angular designs, Mies’ chair featured the well-known curved and continuous profile.
In Berlin, Marcel Breuer’s own company, Standard-Möbel Lengyel & Co., became the licensee for all of the designer’s furniture.  The company was not successful at first, and 1928, Breuer and business partner Kalman Lengyel hired Anton Lorenz, a successful Hungarian entrepreneur, to run the company.[14]   Although Breuer entrusted Lorenz with the future of the furniture venture, a sudden instance of pragmatism inspired him to license the rest of his tubular steel furniture designs to Thonet in July 1928.  This eventually created a situation where two separate companies—Standard Möbel and Thonet—were manufacturing Breuer’s chair designs.[15]

Breuer, tubular steel chair (1928-9).  This is Breuer’s version of Stam’s chair—also known as the Thonet B33, and the inspiration for the Standard-Möbel L33 (Source: Máčel)
DESTA ST-12 tubular steel chair (1929) (variant of Stam’s chair, similar to Standard-Möbel  L33) (Source: Máčel)
Breuer, tubular steel chair (1929) (first version of the Thonet B34 chair) (Source: Máčel)
Anton Lorenz, DESTA SS32 chair (1929), based on Breuer’s design? Or Stam’s? (Source: Máčel)
A series of events further complicated legal matters in 1929.  On April 11 of that year, Thonet bought most of Standard-Möbel’s interests.  This transaction excluded Standard-Möbel’s own factory on the Teltowerstrasse in Berlin, and as a result that part of the company was not only able to keep the company name, but kept Lorenz as the firm’s only officer.  Included in Standard-Möbel’s sale was the transfer of all Breuer’s designs to Thonet.  But in an inexplicable instance of major legal oversight, Standard-Möbel’s L33 and L34 chairs were not included in the rights transfer.  Standard-Möbel refused to assign the rights to these chairs to Thonet (ostensibly because these designs were to be manufactured at the Teltowerstrasse factory).  A letter signed by Standard-Möbel’s lawyers on June 18, 1929 thus explains:

Your particular request to hand over to you models L33 and L34 cannot be complied with, as these models are patented and copyrighted by our Mr. Lorenz who does not intend to transfer these rights to you.  There is no doubt whatsoever that these pieces had been assembled from your materials and in your working-time; our Mr. Lorenz will be pleased to receive your invoice for assemble and labour, upon receipt of which he will reimburse you in cash.[16] 

Thonet nevertheless continued to produce the chairs, and Lorenz filed a suit against the furniture maker in July 1929.  Standard-Möbel’s officer, however, arranged for other legal maneuverings securing the ability to own the rights to all cantilevered furniture.  Not only did Lorenz enter into a separate contract with Mart Stam to purchase all the designer’s rights to cantilevered designs, but Lorenz also formed another company in September 1929, Deutsche Stahlmöbel (DESTA).  DESTA manufactured the L33 and L34 chairs (ST12 and SS32 respectively), as well as furniture concepts by other well-known designers.
The ensuing legal opinions interpreted Lorenz’ claim as a question of authorship.  Lorenz’ attorneys sought an injunction to prevent Thonet from manufacturing the Breuer chairs, claiming that the designs were originally authored by Stam.  The civil division of the Landesgericht Berlin found in favor of Lorenz.  Thonet appealed to the federal Reichsgericht and subsequently lost that decision on June 1, 1932.  That court specifically asked whether the Stam chair was “an object of arts and crafts or a technical innovation,”[17] an important issue because only the former could receive copyright protection.[18]   Thonet maintained that the chair was the result of a technical process.[19]   In disagreeing, the judges concluded:

The basic feature of Stam’s chair resides in the austere and strident movement of line; avoiding all superfluous parts it embodies modern objectivity in a sparse form derived by the simplest of means.  Whether or not its formal aspects are also technically inspired is irrelevant to the question of its artistic quality.[20] 

Thonet also argued that the quality of its chair was better than that of Standard-Möbel’s.[21]   This difference in quality was raised in order to reaffirm the idea that Stam’s chair was a product of technical innovation, not artistic design.  The court, however, saw the issue differently.  The reproduction of Stam’s form was actionable—Thonet was therefore in copyright violation.  In noting that the chairs “so closely resemble one another that no essential features can be found to differentiate them,”[22]  the court basically emphasized that the Thonet chair was a replica of the Standard-Möbel chair.  In other words, in declaring Breuer’s chairs were replicas of Stam’s, the court came to the unbelievable conclusion that Thonet was in reality producing Stam’s chairs.
If Lorenz’ case against Thonet emphasized the mechanical reproduction of an object’s form, then what types of legal criteria can be used to describe the process of reproduction? Here, a case by Mauser KG against Mies van der Rohe becomes of special importance.  On the heels of the Werkbund exhibition, Mies filed patent DRP 467 242 on August 24, 1927 covering the manufacturing processes for a series of steel tube chairs.  The “salient features” of this patent included: “the use of cold-drawn bent steel tube; sufficient springiness (or resilience) for comfort; and, as far as the form is concerned, a chair – in which the seat frame and its support are made out of a single piece of resilient curved steel tube … [t]his tube is bent in a semi-circle and forms a continuous line form the supporting part to the seat and the back.”[23]   In 1936, the outspoken architect made public statements that both L.&C. Arnold and Mauser KG were violating his patents.  Later that year, Mauser sued to invalidate Mies’ patents.

Ludwig Mies van der Rohe, tubular steel chair manufactured by Berliner Metallgewerbe J. Müller (1927).  According to Máčel, this chair was later manufactured by Bamberg Metallwerkstätte in 1931 and Thonet in 1932.
 Gerhard Stüttgen, tubular steel chair (1923) (Source: Máčel)
Mies’ attorneys mounted a defense based on two criteria.  First, Mies contended that several of Mauser’s chairs, though not sharing any formal characteristics with his designs, nevertheless violated his patent.  However it is the second criterion of Mies’ defense that deserves special mention.  Here, Mies’ attorneys asserted that by the time the patent was filed in 1927, several furniture producers were already employing similar manufacturing techniques.  The idea here, of course, was that Mies was the first to develop and exploit these processes.  In an unexpected development, Mies patent attorneys used Stam’s chairs “as proof of the contemporary existence of designs embodying the characteristics patented” by Mies.[24]   At the time, Mauser had just obtained the rights to Stüttgen’s previously-mentioned chair designs, and introduced evidence that it was he, and not Mies, that had pioneered the manufacturing process.  Yet bad lawyering hampered Mauser’s case—Stüttgen was forced to admit that when he was developing his own manufacturing processes, he did not believe that they would be able to manufacture any useable furniture designs.  Mauser responded by claiming that Mies had knowledge of Stam’s designs (thereby claiming once again that the patent was invalid).  Yet the court determined that Mies filed his patent three days before the Werkbund exhibit even begin, thus invalidating any claim that Mies had prior knowledge of this process.[25]   The Kammergericht (Supreme Court) decided in Mies’ favor in 1937, and awarded Mies previously-owed compensation.  These decisions, as opposed to the Lorenz-Thonet cases, demonstrate that in matters of mechanical reproduction, form is indeed subordinated to technical inventions, materials, and construction.
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Filed under: Notes — admin @ 14:56

Monday, June 14, 2010

Two-Dimensional Realism

Photograph of Mordecai Gorelik’s stage design for Charles Bickford’s stage adaptation of Carl Sandburg’s Casey Jones (Source: “A Locomotive Steals the Show: ‘No.4’ Is Hero of Dramatized ‘Casey Jones'” Life (Mar. 14, 1938), p. 41.) 

“The white surface descends and the events of the three dimensional stage imperceptibly blend into two-dimensional illusions.”[1]  And so the German sociologist and film critic Sigfried Kracauer describes that moment just after the orchestra stops playing and right before the projectionist screens a film on the movie screen.  Here, it is as if the lowering of the movie screen saves the audience from the orchestra’s musical assault.   And yet Kracauer’s description of film as “two-dimensional illusions” presents something of a problem.  This is because cinematic set design—a broad term describing the various constructions and decorations used to evoke a film’s concepts and ideas—is also about presenting and conjuring the illusion of three dimensions.  Movies and stage plays both rely and capitalize on the audience’s ability to see things in three-dimensional space.  But the ability to manipulate two-dimensional objects to make them appear as three-dimensional objects is also an important aspect of set design.  This manipulation also had political dimensions.

In a 1947 issue of Hollywood Quarterly, a craft-oriented journal covering the film industry, veteran stage designer Mordecai Gorelik issued a vituperative rant against RKO studio management.  “In some ways the Hollywood treatment of settings cases a revealing sidelight on the general Hollywood approach to reality,” Gorelik writes.[2]   Reminding the reader that a film set is first and foremost a “human environment” and a “highly important, if mute, aspect of the screen story,” Gorelik continues: “What happens to this part of life on its way through the camera lens?  As a Broadway designer who has also worked in pictures (as film production designer), I am bound to report that any attempt to bring reality to movie settings encounters stern resistance on the big lots.”[3]

Concept Drawing by Mordecai Gorelik for None But the Lonely Heart (RKO, 1944) Image: Gorelik (1947)

To prove his point that Hollywood producers did not value realism in set design, Gorelik recounted his experiences as a production designer for several RKO films.  He refers to the the original production designs and art department sketches of street scenes from Clifford Odets’ None but the Lonely Heart (1944) as  “cliché” designs executed by a “Prix de Rome type” who was eventually fired.[4]   Odets would eventually hire Gorelik, who then remade the street scene into a “typical example of rattletrap slum housing.”[5]   This was a shabby aesthetic that Gorelik would perfect for other films as well.  Thus for a British production at Ealing Studios, he designed a dark, squat antique store that called attention to “the pathetic smallness and the sordid poverty of the things on sale.”[6]

Gorelik’s concept sketch for an antique store, Ealing Studios, London. Image: Gorelik (1947)

Gorelik felt that his designs were openly antagonized.  For Jacques Tourneur’s Eastern Front drama, Days of Glory(1944), another RKO production, Gorelik designed a guerilla encampment made to resemble something that impoverished yet redoubtable Red Army cheloveks would mount in anticipation of a Nazi siege.  Gorelik recounts RKO’s set design philosophy at the time:

The RKO method was to do a perfect carpentry job with dressed lumber from the studio stockpile and then chop up the result with axes and chisels in order to denote rude construction […] It was my painful duty to interrupt this process and have the stairway built of logs, saplings, charred timber, old doors, and other material that any reasonable person would consider more available under the conditions of the story.[7] 

Gorelik felt that he was correcting instances of what he labeled “Belasco Naturalism,”[8] a form of “literal reproduction” that amounted to nothing but a “superficial ‘snapshot’ technique without selectivity, style, or dramatic content.”[9]   Gorelik understood that realism could not be achieved “by the literal reproduction of anything”, and thus he advocated a type of documentary quality, an American variant on neorealism’s imprimatur of showing “characters of great humanity caught up in everyday life” in a rich mix of cinematography, writing, and direction that created a cinema based on “the material signs of everyday existence, on the inherent qualities of place, on autobiography, on authentic sentiment.”[10]   This, too, was met with resistance from the studio.  Gorelik continues describing his art director’s heartaches on the set of Days of Glory:

The same picture called for a peasant cart made of crude lumber.  I found just the right material for it on a nearby ranch – rough boards that had lain for years in the open.  The cart was built at the ranch and was brought to the studio.  Next day I saw it in one of the studio alleys.  It had been painted a fine, spanking battleship gray all over; all texture was gone, and you couldn’t tell the wood from the metal parts.  It became necessary to repaint the cart with artificial wood graining in an effort to restore some of its original appearance.[11] 

Such anger and disappointment could perhaps be explained by the fact that Gorelik was one of the foremost stage designers in left-wing and radical theater groups during the 1930s. During that time, New Deal legislation initiated many programs in art stewardship, and theatre groups in American large cities took the initiative and started companies that specialized in the production of “social plays” that responded to the economic, social, and political woes spurred by the Great Depression.  In 1935, Gorelik was a member of the Theatre Union, the most well-known Socialist theater outfit of the era. The Union’s organizers were well-versed in contemporary theater trends, and although they were familiar with a poorly-received 1925 New York production of Bertolt Brecht’s The Threepenny Opera, they did not know much about the playwright’s other dramatic works.  Brecht was disliked among other theatre circles, but he also became famous for his film Kuhle Wampe (1932), a piece of anti-fascist agitprop, and along with Kurt Weill, was identified as part of a new generation of anti-Nazi “revolutionary figures.”  Also, by 1935, the once-maligned production of The Threepenny Operawas beginning to be viewed as a critical success.  Through Friedrich Wolf, director of the Theatre Union, and Benno Schneider, artistic director of the Yiddish left-wing theater group ARTEF, the Union arranged for Brecht’s arrival in the United States.  The two were familiar with Brecht’s most recent play, Die Mutter (The Mother) (1935), the playwright’s ambitious adaptation of the Maxim Gorki novel of the same name, and were busy securing rights and financing to produce the first English-language performance of this play.  Like many other German intellectuals of his generation, Brecht was in exile, seeking solace and protection from the burgeoning rise of Nazism in Germany.  Finally, in 1935, Brecht stole away on a worm-ridden dingy from Denmark to New York.  Upon landing, Brecht immediately contacted Wolf and Schneider, ready to begin work on the American production of The Mother.

Brecht and the Theatre Union did not have an easy relationship.  At first, the production was marred by financial hiccups and major disagreements between Brecht and the show’s producers.  However, the relationship between Brecht and Gorelik was a different matter.  The two became close friends as collaborators.  Gorelik was a devotee of Brecht’s and admired the playwright’s ideas for the set and production design.[12]   When The Mother finally opened on 19 November 1939, the production featured many of the performative elements, such as projection screens, visible lighting apparatuses, and audience-actor participations, commonplace to Brecht’s Lehrstücke, or teaching plays.[13]   There was a small budget for set design for The Mother, but Gorelik nevertheless created a “small revolving stage partitioned through the center” that stood “just under a projection screen.”[14]   Gorelik continues describing his design: “At stage right were two grand pianos.  The stage was illuminated by a row of visible spotlights … The projection screen was in constant use as an editorial commentary.”[15]

Mordecai Gorelik’s stage design for Brecht’s The Mother (1935). Image: Baxandall (1967).

Gorelik’s anti-naturalist sentiments can also be traced to his work with Brecht on The Mother.  Brecht notes that American productions (presumably still under the sway of Belasco’s techniques) utilized a form of naturalism that did not serve the revolutionary potentials of theatre.  Brecht continues:

Naturalism has a revolutionary aspect, for it shows the social conditions which the bourgeois theatre takes great pains to conceal.  Also, a call to fight is sounded, which proves that the fighters exist.  But only in a second phase does proletarian theatre begin, politically and artistically, to qualify itself for it social function.  The first phase shows that the class struggle does exist.  The second shows how it ought to be conducted.[16]

The professional relationship with Brecht was also productive in other ways, for it was during this time that Gorelik was able to formulate his ideas for New Theatres for Old (1940), a book-length exegesis on this history of stage and set design and the first written treatise of the notion of “Epic Theater.”

Epic Theater was a kind of experimental dramatic production that featured “a non-illusory style that was designed to impart an explicit socio-political message through the intentional destruction of theatrical verisimilitude.”[17]   At first, this notion may seem paradoxical, but the main idea behind Epic Theater (as with Brecht’s Lehrstücke) was to break down any type of slavish naturalism, unnecessary photorealism, or—to use Gorelik’s own language—literalism that would impede or dilute the essence, or “scenic gestus” of the production.  On the heels of The Mother, productions like Erwin Piscator’s and Lena Goldschmidt’s The Case of Clyde Griffiths (1936) (a stage adaptation of Theodore Dreiser’s An American Tragedy), Paul Green’s Johnny Johnson (1936), George Sklar’s Life and Death of an American (1939), and Marc Blitzstein’s The Cradle Will Rock (1937), used agitprop elements such as “direct appeals to audiences, choral effects, political slogans, non-illusory setting and staging, episodic structure, type characters”[18]  to deliver a clarified message to the audience.

Gorelik believed that Epic Theatre was the latest and most important event in the evolution of the dramatic arts, a position he vehemently upheld in his New Theatres for Old.  In that book, Gorelik looked to the prehistory of Epic Theatre—Renaissance and Baroque drama—and identified two strains of set and stage design: the conventional and the illusory.  Illusory stage design was in essence a form of symbolism, a form of “attenuated naturalism” that suspended critical judgment and operated under a directive “according to which the environment was reduced to atmosphere, to ‘dreamlike mists,’ [whose] only function of was to create a powerful emotional impression on the beholder.”[19]

Gorelik, on the other hand, characterized Epic Theater as a type of conventional theater.  Finally, here was a type of theatre that “organized experience into a rational structure” whereby each performance was transformed into an “impartial” forum where “facts were introduced, hypotheses were investigated, and fallacies were exposed.”[20]   Epic Theater relied upon the “objective logic of events” by applying principles of scientific Marxism to bring to drama “the experimental, unprejudiced and precise method of the scientific laboratory.”[21]   For Gorelik, the stage presented an opportunity to bring to light “the temporal affairs of the socio-economic world” and to provide “an instrument for the transvaluation of political consciousness … a means of promoting social change.”[22]   Gorelik did believe, however, that the principles of Epic Theater could be applied to the screen as well:

No Epic play or film can hope to present facts which will not be questioned, no matter how well supported the evidence may be.  What is significant is the tendency to rely upon facts, to rely upon the objective logic of events rather than upon subjective emotion.[23] 

But in his 1947 piece for Hollywood Quarterly, Gorelik seems to have made an about-face.  “What of the more subtle use of setting in achieving the style or dramatic content?”[24]  he asks.  Gorelik thus describes another design challenge on the set of None But the Lonely Heart:

For the back alley of the Fun Fair in Lonely Heart the art factory offered a piece of prosaic naturalism, without regard to the fact that this alley was one of the most romantic locales in the story.  Again I was obliged to redesign, curving the walls of the alley, arching it with trees, placing shadowy hoods over doors and windows.  This shift towards a more poetic imagery was meaningless to the art regime.[25] 

Perhaps Gorelik’s invocation of curved forms and manipulated shadows is a veiled reference to Hans Poelzig’s architecture and film set designs.  Yet Gorelik’s fluctuations between realism and “poetic imagery” suggests how this landmark figure was trying desperately to be employed by the “Hollywood Art Machinery” that seemed all too eager to reject him.

This is not to say that global concerns made issues of theatrical realism totally irrelevant.  In 1943, just before Gorelik was working for Odets and Tourneur,  RKO’s “authenticity division” deployed several employees to assist the U.S. Army’s Chemical Warfare Service in building and designing the interiors for the “Typical German and Japanese Test Structures” at Utah’s Dugway Proving Ground.  Acting on information about wood construction techniques and architectural design in Germany and Japan provided by Erich Mendelsohn, Konrad Wachsmann, and Antonin Raymond, the RKO group was only one example of how entertainment and military interests conjoined in service of the war effort.  Gorelik was no exception.  He took up an additional job directing radio plays for the Office of War Information while working as a set designer.  During this time, in 1944, he also began a stint at Douglas Aircraft producing exploded axonometric drawings of airplanes.[26]  And after the war ended, he became a film instructor at a special university for discharged G.I.’s in Biarritz.

Mordecai Gorelik holding a maquette of his stage design for Casey Jones (Source: “A Locomotive Steals the Show: ‘No.4’ Is Hero of Dramatized ‘Casey Jones'” Life (Mar. 14, 1938), p. 42.)

Gorelik was fairly well-known.  So was his struggle against what he would call “Belasco Naturalism.”  Such issues of naturalism versus realism on stage are best encapsulated by a review in Life of Charles Bickford’s 1938 stage adaptation of Casey Jones.  The reviewer describes the centerpiece of the stage design: a giant replica locomotive designed by Gorelik (see image at the very top of this post):

It is made of lath, covered with black velours.  Its fire is a red spotlight.  Its steam is real steam blown by a fan.  Its bell is a sound taken on the New York Central Line.  Its sway is produced by two stagehands operating levers on either end.  Its cost was 81,500.[27]  

Most of the review features images of Gorelik’s stage design.  And in one instance, a small photograph shows the designer himself, holding a small scale model of the “No.4” locomotive, giving the reader a sense of how a three-dimensional object has been flattened to become more of a two-dimensional one.  The review ends with a poignant jab: “Casey Jones, its locomotive aside, is not a good play but it has the makings of a superb movie.”[28]

__________________________

Notes


[1] Siegfried Kracauer, “Cult of Distraction: On Berlin’s Picture Palaces” Thomas Y. Levin trans. New German Critique No. 40 (Winter, 1987): 91-92.
[2] Mordecai Gorelik, “Hollywood’s Art Machinery,” Hollywood Quarterly Vol. 2, No. 2 (Jan., 1947): 153.
[3] Ibid.
[4] Odets declared of this set design: “This place is so pretty that I’d like to live in it myself.  What I want for my action is not a relic of the good old days, but a relic of the bad old days.  This street must be the villain of the story; it is the sinister primary reason for the whole dramatic chain of events.” Ibid.,p.155.
[5] Ibid.
[6] Ibid., p. 156.
[7] Ibid., p. 157.
[8] Named after David Belasco (1853-1931), the influential set designer and dramaturge recognized for bringing a new type of naturalism to American stages in the early 20th century.  His techniques emphasized natural lighting and often attempted to create a realistic stage atmosphere.  Belasco famously declared “it is much easier to appeal to the hearts of audiences through their senses rather than through their intellects.” Lise-Lone Marker, David Belasco: Naturalism in the American Theatre, Review Author: Thomas F. Marshall, American Literature Vol. 47, No. 3 (Nov. 1975): 454-455.
[9] Gorelik, “Hollywood’s Art Machinery,” p.157.
[10] Maristella Casciato, “Neorealism in Italian Architecture” in Sarah Williams Goldhagen and Réjean Legualt, eds. Anxious Modernisms: Experimentation in Postwar Architectural Culture (Cambridge: MIT, 2000): 25-26.
[11] Gorelik, “Hollywood’s Art Machinery,” p. 157.
[12] Set design for The Mother had always been a divisive issue.  According to Theatre Union member George Sklar: “[T]he use of ‘das kleines Brecht Vorhang,’ the seven-foot –high burlap curtain strung on a wire and pulled by hand to close it.  We saw no sense in this curtain.  The Civic Repertory Theatre had two balconies.  The audience in the orchestra couldn’t see what was happening behind the seven-foot curtain when it was closed, but the audiences in the two balconies looked down over it and could!  Why?  We never did find out from him.  Gorelik  … fought with him about it for a couple of weeks, then discovered the brilliance of ‘epic theatre’ and became a Brecht disciple.” Lee Baxandall, “Brecht in America: 1935” TDR (1967-1968) Vol.12, No. 1 (Autumn, 1967): 78.
[13] See Anne Fletcher, “The Gestus of Scene Design: Mordecai Gorelik and the Theatre Union’s Production of Brecht’s The Mother”Theatre History Studies, Vol. 23 (2003).
[14] Baxandall, “Brecht in America: 1935”, p.78.
[15] Gorelik, New Theatres for Old (New York: Samuel French, 1940): 396 quoted in Ibid.
[16] Baxandall, “Brecht in America: 1935”, p. 84.
[17] Ira Alan Levine, Theatre in Revolt: Left-Wing Dramatic Theory in the United States (1911-1939) PhD dissertation, University of Toronto (1980): 227.
[18] Ibid., p. 228.
[19] Gorelik, New Theatres for Old, p.263 quoted in Ibid., p.241.
[20] Ibid., p. 244.
[21] Ibid.
[22] Ibid., p. 295.
[23] Gorelik, New Theatres for Old, p.435-436 quoted in Ibid., p.282.
[24] Gorelik, “Hollywood’s Art Machinery,” p.158.
[25] Ibid
[26] Fletcher, Rediscovering Mordecai Gorelik: Scene Design and the American Theatre (Carbondale, Illinois: Southern Illinois University Press, 2009), p.166.
[27] “A Locomotive Steals the Show: ‘No.4’ Is Hero of Dramatized ‘Casey Jones'” Life (Mar. 14, 1938), p. 41.
[28] Ibid.

Filed under: Notes — admin @ 14:30

    3dimensions-iun-lgt-park-public sculpture-outopia-eliason-le corbusier-boltanski// sem 3,4 public sculpture 1,2

    Filed under: Notes — admin @ 06:36

    24 Spheres. Time of Change.

    makro

    pbscl
    public sculpture- scale- primitive shapes- the magic of material
    File:RichardSerra Fulcrum2.jpgFile:Richard Serra Sealevel1.jpgFile:Richard Serra View Point.jpg0

    24 Spheres. Time of Change.

    mikroMya-3dprt-3dim-3dmax-rl-mod
    diatoms-exhibition-1

    24 Spheres. Time of Change.









    For me Utopia is tied to our ‘now’, to the moment between one second and the next. It constitutes a potential that is actualized and transformed into reality; an opening where concepts such as subject and object, inside and outside, proximity and distance are thrown up in the air only to be defined anew. Our sense of orientation is challenged, and the coordinates of our spaces,collective and personal, have to be renegotiated. Mutability and motion lie at the core of Utopia.” – Olafur Eliasson 
    As visitors step into long tunnel filled with dense fog and slowly shifting colored lights, they must give up their sense of sight in order to pass from one end to the next in this 2010 installation by Olafur Eliasson at the ARKEN museum in Copenhagen. The dense fog instead encourages visitors to rely on their other senses to navigate the space, drawing to their attention changes in light and sound as other visitors move around you. The colored lights change subtly, from the bright yellows of morning to the deep inky purples and blues of twilight, allowing participants to notice the changes in light of everyday that they might otherwise miss with the distractions of the outside world present. Concentrating on our personal relation to the world around us, Eliasson seeks to reveal the idea of ‘Utopia’ to us as “the now”, or as “moments between one second and the next”. A sensory experience. His 90 meter installation challenges visitors to consider their place in their environment and how they relate to not only the world around them, but also others who share the same space. By blocking outside distractions with the fog, we can better understand our own Utopia, redefining our identity in relation to our surroundings.Eliasson’s use of the visitor as a participant in the work is more than just a cheap thrill, instead the slow pace of the trek through the tunnel encourages quiet reflection and promotes both inner and outer awareness of the world and our place in it. (2)








    global village
    the impact of the idea of global village – networks-artworks

    boltanski

    borders/public-private///

    Filed under: Notes — admin @ 06:35
    File:RichardSerra Fulcrum2.jpg

    Filed under: Notes — admin @ 06:24

    The year is 1881. Convalescing in Alexandria, sketching images of Nile Vultures gliding in the sweltering Mediterranean skies, the French ornithologist and engineer Louis-Pierre Mouillard writes of an air teeming with life. Appearing early on in his influential treatise on bird flight, L’Empire de l’Air, Mouillard’s powerful, sublime description of the air casts a prophetic eye to the future: “O! Blind Humanity! open thine eyes and thou shalt see millions of birds and myriads of insects cleaving the atmosphere. All these creatures are whirling through the air without the slightest float; many of them are gliding therein, without losing height, hour after hour, on pulseless wings without fatigue; and after beholding this demonstration given by the source of all knowledge, thou wilt acknowledge that Aviation is the path to be followed.” [1] Here, then, is a plea to view the world differently. It is a new sensibility that does more than call attention to the changing air; it asks us to look at the numerous denizens of the air as something altogether different. This is because for Mouillard, these are not birds or insects. They are airplanes.

    In Mouillard’s world, these creatures maneuver easily through the air thanks to their nearly weightless bodies. This was the predominant view for centuries. Even that most dedicated chronicler and student of animal flight, Étienne-Jules Marey acknowledged how those before him thought that insects and birds were able to “float” in the sky because of air-filled sacs that made them no different than balloons. Marey and his contemporaries looked to the flight mechanisms of birds and insects as models for human-powered, heavier-than-air flight. And during its initial moments, heavier-than-air flight was only slightly heavier than air. This was the case with the earliest airplanes: delicate, cumbersome assemblages of cloth, wood, and wire that strained to escape the surface of the earth only to fly slowly, elegantly, and effortlessly on currents of air. This was not a common sentiment, however. Franz Kafka referred to the various machines lined up like flying mantises at the 1909 Brescia Air Show as “suspicious little wooden contraptions.” [2] For the budding modernist, aircraft were no different than Gregor Samsa, the scarab-like tragic figure from The Metamorphosis: insects with uncontrollable appendages that were “continually fluttering about.” [3]

    Samsa’s fantastical predicament moored him to some very real concerns. And despite Kafka’s plodding verse, we can think of another modernity that follows Nietzsche’s clarion call to “kill the Spirit of Heaviness.” [4] Here, instances like F.T. Marinetti’s descriptions of pilots, who upon returning to earth, leave their machines “with an elastic ultralight leap,” [5] or Le Corbusier’s observation that airplanes are a “sign of the new times” advancing forward “in a winged flurry,” [6] tell of a modernism imbued with a lightness. It is a physical and metaphysical lightness. An aerodynamic lightness.

    As stated by James A.H. Murray in the New English Dictionary on Historical Principles (1858), “Aerodynamics [is the] branch of pneumatics which treats of air and other gases in motion, and of their mechanical efforts.” [7] Murray’s definition is based on an earlier entry from the Popular Encyclopedia of 1837: “Aerodynamics; a branch of aerology, or the higher mechanics, which treats the powers and motion of elastic fluids.” [8] Though these definitions speak more of laboratories and experimental chambers, consider how Siegfried Giedion, that most stalwart promoter of architectural modernism, puts forward the laboratory as a metaphor for the creation of new architecture. Using ferroconcrete construction as an example, Giedion makes much of how concrete is not only a “laboratory product,” but also made in a laboratory. [9] This language is more than metaphorical, as demonstrated when he places new advances in iron construction on an aerodynamic footing:

    Instead of the rigid balance of support and load, iron demands a more complex, more fluid balance of forces. Through the condensation of the material to a few points, a creation of the airspace, des combinations aériennes that Octave Mirabeau recognized already in 1889. This sensation of being enveloped by a floating airspace while walking through tall structures (Eiffel Tower) advanced the concept of flight before it had been realized and stimulated the formation of the new architecture. [10]

    Giedion’s reference to Eiffel Tower is not accidental. Since its construction for the 1889 Exposition Universelle and until the early 20th century, Gustave Eiffel’s iconic structure was the ineluctable center of aviation in the world. In 1901, the Brazilian aviator Alberto-Santos Dumont won the Deutsch de la Meurthe prize after circling the Eiffel Tower in his No.6 Airship. Similar feats would have more lasting influences on architecture culture. Hence in Aircraft (1935), Le Corbusier writes of his early days as an apprentice in Auguste Perret’s office in 1909, sequestered in a “student’s garret on Quai St. Michel,” and hearing the noise of the Comte de Lambert’s Wright Flyer circle the Eiffel Tower. [11]

    Le Corbusier’s life-long romance with flying machines is well known. And not surprisingly, Giedion would describe Le Corbusier’s own architecture in aerodynamic terms. Writing about the Cité Frugès à Pessac in Bordeaux, Giedion describes the building as something not unlike a wind tunnel: “Corbusier’s homes are neither spatial not plastic: air flows through them! Air becomes a constituent factor! Neither space nor plastic form counts, only RELATION and INTERPENETRATION!” [12] This is a description of a new kind of architecture comprised of light structures, many appearing “as thin as paper” that transform buildings into “cubes of air” and make an “immediate transition to the sky.” [13] Architecture, now aloft, seems to have taken on the qualities of the airplane.

    André Devambez (1867-1944), Le seul oiseau qui vole au-dessus des nuages (The Only Bird That Flies Above the Clouds), 1910, H. 45; W. 68cm, © ADAGP, Paris-RMN (Musée d’Orsay)/Hervé Lewandowski. A reproduction of this painting would appear in L’Illustration (September 17, 1910)

    Consider, for example, André Devambez’ painting of an ungainly aircraft grazing the clouds high above Paris for the September 17, 1910 issue of L’Illustration. The machine — an Antoinette V monoplane — was one of the most celebrated aircraft in early twentieth century French aviation. Designed by the engineer and inventor Léon Levavasseur, Antoinette aircraft were lightweight machines that were as pleasing to the eye as they were to fly. One reason for this was that Levavasseur, who began his career as an engine designer for speedboats, created a lightweight, aluminum-cast, gasoline-injection engine with a high power-to-weight ratio for all his aircraft. His engines powered some of the most important aircraft of its day: Farmans, Blériots, Esnault-Pelteries. Not wonder, then, that Devambez portrays the Antoinette as a bold, graceful, dragonfly-like machine, freed from its earthly shackles, hovering lightly above a bank of cumulus clouds. Like others, he would have known that French aviator Hubert Latham prized the machine precisely for these characteristics. A dashing figure known as “The Storm King,” Latham set multiple records in Antoinette aircraft. And despite two failed attempts to cross the English Channel, Latham and his Antoinette were a familiar presence in the skies of cities like Paris and Berlin. 

    (Top and Bottom) From A. Cléry, “L’Aéroplane ‘Antoinette V’” L’Aerophile: revue technique et pratique des locomotions aériennes (Jan. 1, 1909)
    (Top) Wing assembly for Antoinette V, from A. Cléry, “L’Aéroplane ‘Antoinette V’” L’Aerophile: revue technique et pratique des locomotions aériennes (Jan. 1, 1909); (Bottom) Advertisement showing Levavasseur’s lightweight Antoinette engine, from L’Aerophile (Jan. 1, 1909)

    In January 1909, the French aviation impresario Georges Besançon published a lengthy article about the Antoinette V inL’Aerophile, the Aéro-Club de France’s monthly journal. The article celebrated many of the airplane’s innovations, and yet focused especially on its construction. Images and drawings from the article show the wings and fuselages before the application of painted and lacquered fabric as skeins of wooden spars joined with aluminum gussets—these give the aircraft a fragile, skeletal appearance. The author, A. Cléry, reminds readers how the Antoinette’s wings and fuselage are made from combinations of triangles and pyramids—a construction technique that not only accommodates traction and compression, but also does so with a minimum amount of materials. This, Cléry observes, is “the same principle of the construction of steel bridges and the Eiffel Tower. Its application to the construction of airplane wings has resulted in an absolute rigidity and strength, combined with the greatest possible lightness.” [14]

    (Top) Alexander Graham Bell’s “Siamese Twin” kites, from Alexander Graham Bell, “Aërial Locomotion, With a Few Notes of Progress in the Construction of the Aërodrome,” National Geographic Magazine (Jan., 1907), 1-33; (Bottom)  Bell’s “Cygnet II,” February 25, 1909. Bulletins, from January 4, 1909 to April 12, 1909, Alexander Graham Bell Family Papers at the Library of Congress, 1862-1939, Manuscript Division, Library of Congress.


    Cléry was not the only one to make a connection between Eiffel and Levavasseur. As one of L’Aerophile’s most avid readers, the American inventor Alexander Graham Bell would take a particular interest in Cléry’s article about the Antoinette V. Since 1899, Bell had been preoccupied with building kites that improved on Lawrence Hargraves’ “box” designs. He settled on kites composed of multiple cells of tetrahedral structures, a design that would increase the amount of surface area with a minimum of materials. His first kites were small, wood-and-cloth pyramids consisting of smaller tetrahedral units. And as he became more ambitious with his designs, he created large, ungainly tetrahedral space frames that had to be towed out into the open water in order to be set aloft. Of these, the largest were the “Cygnet” series, which were gigantic structures comprising of 3,393 tetrahedral cells. Tested out in the waters of Keuka Lake, near Hammondsport, New York from 1907 to 1908, the Cygnets were temperamental things. In the words of their pilot, Thomas Selfridge, the Cygnets “persistently refused to fly.” [15]

    (Top and Bottom) Alexander Graham Bell’s Tower, from “Dr. Bell’s Tetrahedral Tower,” National Geographic Magazine (Oct., 1907), 672-675.


    Despite the Cygnet’s perceived stubbornness, Bell found solace in Cléry’s emphasis on tetrahedral structures. Later in 1909, Bell noted how the Antoinette “seems to be constructed throughout upon the tetrahedral plan.” [16] The emphasis on “construction” should not be taken lightly, for Bell’s Cygnets were more architectural than aerodynamical. And in a series of spreads for the October 1907 issue of National Geographic Magazine, editor Gilbert M. Grosvenor depicted what would be the fullest architectural expressions of Bell’s aeronautical work. Titled “Dr. Bell’s Tetrahedral Tower,” the piece shows images of an 80-foot observation tower built in 1907 at Bell’s estate in Beinn Bhreagh, Nova Scotia. With legs made of tetrahedral-celled trusses that intersected high above to ground to form a platform, Bell’s structure was touted for its lightness and ease of assembly. Its use of eight-pin joints to hold the frame no doubt foreshadowed similar innovations by Max Mengeringhausen, Konrad Wachsmann, or R. Buckminster Fuller. Bell’s truss system resulted in a kind of building that was light and that, echoing Giedion’s description of the Eiffel Tower, gave one the sensation of being aloft. It was an aerodynamic building in the sense that it could accommodate moving air. But it was also aerodynamic because it was a structure originally designed to fly. When we normally think of flying buildings, we immediately conjure images of architecture outfitted with streamlined forms not unlike those made memorable by Erich Mendelsohn or Norman Bel Geddes. Bell’s tetrahedral tower is radically different from these, however. As an assemblage of pipes joined into lightweight pyramids and tetrahedrons, Bell’s tower nevertheless captivates us because it is one of the few instances where we can talk of a flying machine that has truly evolved into architecture.

    (An Italian version of this article appeared in September 2011 in Materia 70. Many thanks to Daria Ricchi for her beautiful translation.)

    __________________

    Notes


    [1] Louis-Pierre Mouillard, “The Empire of The Air,” Annual Report of the Board of Regents of the Smithsonian Institution, Showing the Operations, Expenditures, and Conditions of the Institution to July, 1892 (Washington, DC: Government Printing Office, 1893), 398. This is an abridged translation of Mouillard, L’Empire de l’air: essai d’ornithologie appliquée a l’aviation (Paris: Masson, 1881).
    [2] Franz Kafka, “Die Aeroplane in Brescia,” Bohemia (29 September 1909), quoted in Peter Demetz, The Air Show at Brescia, 1909 (New York: Farrar, Straus and Giroux, 2002), 115.
    [3] Kafka, “The Metamorphosis,” in Joyce Crick, ed. The Metamorphosis and Other Stories (London: Oxford University Press, 2009), 82.
    [4] Friedrich Nietzsche, “Of Reading and Writing,” in Thus Spoke Zarathustra, R.J, Hollingdale, trans. (New York: Penguin, 2003 [1961]), 68.
    [5] Filippo Tommaso Marinetti, Teoria e invenzione futurista, Luciano de Maria, ed. (Milan: Mondadori, 1968), 116, quoted in Jeffrey T. Schnapp, “Propeller Talk,” Modernism/Modernity Vol 1.3 (1994), 165.
    [6] Le Corbusier, Sur les 4 routes (Paris: Gallimard, 1941), 125.
    [7] “aerodynamics, n.” The Oxford English Dictionary. 3d ed. 1989. OED Online. Oxford University Press. 10 June 2011 .
    [8] John D. Anderson, Jr., A History of Aerodynamics and its Impact on Flying Machines (Cambridge, United Kingdom: Cambridge University Press, 1997), 5.
    [9] Sigfried Giedion, Building in France, Building in Iron, Building in Ferroconcrete, J. Duncan Berry, trans. (Los Angeles: Getty Center Publications, 1995), 150-151.
    [10] Ibid., p. 102.
    [11] Le Corbusier, Aircraft (London: The Studio, Ltd., 1935), 6.
    [12] Giedion, Building in France, p. 169.
    [13] Ibid.
    [14] A. Cléry, “L’Aéroplane ‘Antoinette V’” L’Aerophile: revue technique et pratique des locomotions aériennes (Jan. 1, 1909), 7-8.
    [15] Report of Flight of Cygnet II, Monday, March 2, 1908. Notes by Thomas E. Selfridge, from September 24, 1907 to July 24, 1908. “Series: Subject File, Folder: Aviation, Aerial Experiment Association vs. Meyers, 1908-1912, undated.” Alexander Graham Bell Family Papers at the Library of Congress, 1862-1939, Manuscript Division, Library of Congress.
    [16] Bell, “The Antoinette V.” Bulletins, from January 4, 1909 to April 12, 1909, Alexander Graham Bell Family Papers at the Library of Congress, 1862-1939, Manuscript Division, Library of Congress.

    6 Απριλίου 2013

    ANIM.2D/3D-sculpture-aptics-vision/sem7 aptics-screen based art-sculpture-blender

    Filed under: Notes — admin @ 13:26

    Directed by Hayao Miyazaki | 1986
    This sublime adventure fantasy, replete with proto-steampunk imagery, touchingly conveys a message of ecological awareness. A young girl drops from the sky and lands in the arms of orphan Pazu—and not a moment later they’re on the run from a shadowy government agency and a band of pirates, both after the magic crystal she possesses. The chase leads them up and into the clouds to the floating airship Laputa, an overgrown fortress inhabited by gargantuan, dilapidated robots.

    http://www.youtube-nocookie.com/embed/McM0_YHDm5A

    The film tells the story of Chronos, the personification of time and the inability to realize his desire to love for a mortal. The scenes blend a series of surreal paintings of Dali with dancing and metamorphosis. The target production began in 1945, 58 years before its completion and was a collaboration between Walt Disney and the Spanish surrealist painter, Salvador Dalí. Salvador Dali and Walt Disney Destiny was produced by Dali and John Hench for 8 months between 1945 and 1946. Dali, at the time, Hench described as a “ghostly figure” who knew better than Dali or the secrets of the Disney film. For some time, the project remained a secret. The work of painter Salvador Dali was to prepare a six-minute sequence combining animation with live dancers and special effects for a movie in the same format of “Fantasia.” Dali in the studio working on The Disney characters are fighting against time, the giant sundial that emerges from the great stone face of Jupiter and that determines the fate of all human novels. Dalí and Hench were creating a new animation technique, the cinematic equivalent of “paranoid critique” of Dali. Method inspired by the work of Freud on the subconscious and the inclusion of hidden and double images. 
    Dalí said: “Entertainment highlights the art, its possibilities are endless.” The plot of the film was described by. Dalí as “A magical display of the problem of life in the labyrinth of time.” 
    Walt Disney said it was “A simple story about a young girl in search of true love.”

    http://www.youtube-nocookie.com/embed/1GFkN4deuZU

    http://www.youtube-nocookie.com/v/nU-_95qI66g?hl=en_US&version=3


    Its roots “anima” and “animus” are Latin for breath,soul, and mind.”

    Discussions of animation often involve concepts of
    >>μεταμόρφωση
    >>ανθρωπομορφισμό anthropomorphism
    >>ριζική μεταμόρφωση transmogrification

    >> απο τους νόμους του φυσικού πεδίου.
    >>φαντασία
    >>μίμηση mimesis
    >>πολυμορφικό παραλογισμό των σωμάτων
    the polymorphous perversity of bodies

    >>παραδοξότητα και παραλογισμός.

    “animation” –
    “the act of producing ‘moving 
    pictures’;
    the technique, by means of which 
    movement is given,
    on film, to a series of 
    drawings
    (esp. for an animated cartoon)”


    Τα 
    animated cartoons
    φαίνεται σαν να έχουν 
    ενσωματώσει
    τη θεωρία του 
    Einstein
    για Ασυνέχεια 
    στο χρόνο και στο χώρο


    ΤΑ ΥΛΙΚΑ ΠΟΥ ΑΡΧΙΚΑ ΧΡΗΣΙΜΟΠΟΙΗΘΗΚΑΝ
    Drawings,
    cut-outs,
    models,
    dolls,
    puppets,
    clay,
    projected silhouettes, and
    real objects,
    including
    fluids,
    colored gases and smoke,
    Hand-drawn animation films are made by
    drawing,
    etching,
    scratching,
    painting or
    attaching items directly onto a film’s surface without the use of a camera.











    computer animation

    Chapters

    1.       Pre-Production
    1.1.           Introduction
    1.2.           Storyboarding
    1.3.           Character and Model Design
    1.4.           Sound Design
    1.5.           Technical Tests
    1.6.           Production Scheduling
    2.       Modeling Basics
    2.1.           Introduction
    2.2.           Polygonal Modeling
    2.3.           Splines and Patches
    2.4.           Coordinate Systems
    2.5.           Viewing Windows
    2.6.           Geometric Primitives
    2.7.           Transformations
    2.8.           Common Modeling Techniques
    2.9.           Hierarchies
    2.10.       Booleans and Trims
    2.11.       Basic Deformations
    3.       Rendering Basics
    3.1.           Introduction
    3.2.           The Camera
    3.3.           Lights
    3.4.           Surface Characteristics
    3.5.           Shading Algorithms
    3.6.           Rendering Algorithms
    3.7.           Background Images
    3.8.           Surface Texture Mapping
    3.9.           Solid Texture Mapping
    3.10.       Final Rendering
    4.       Animation Basics
    4.1.           Introduction
    4.2.           Keyframing
    4.3.           Interpolations
    4.4.           Parameter-curve Editing
    4.5.           Dope Sheet Editing
    4.6.           Forward Kinematics
    4.7.           Inverse Kinematics
    4.8.           Motion Paths
    4.9.           Shape Deformations
    4.10.       Camera Animation
    4.11.       Animating Lights and Surface Properties
    4.12.       Pose-based Animation
    5.       Advanced Modeling
    5.1.           Introduction
    5.2.           Virtual Sculpting
    5.3.           Digitizing Techniques
    5.4.           Procedural Modeling
    5.5.           Stitched Patches
    5.6.           Subdivision Surfaces
    5.7.           Displacement Mapping
    5.8.           Hair and Fur
    5.9.           Paint-based Modeling
    5.10.       Higher-level Primitives
    6.       Advanced Rendering
    6.1.           Introduction
    6.2.           Atmospheric Effects
    6.3.           Fractals
    6.4.           Lighting Subtleties
    6.5.           Advanced Texturing
    6.6.           Texturing Polygons
    6.7.           Background Shaders
    6.8.           Non-Photorealistic Rendering
    6.9.           Reflection Maps and Environment Procedures
    6.10.       More Rendering Algorithms
    6.11.       Rendering for Output
    7.       Advanced Animation
    7.1.           Introduction
    7.2.           Animated Fillets
    7.3.           Limits and Constraints
    7.4.           Metaballs
    7.5.           Expressions and Driven Keys
    7.6.           Motion Dynamics: Principles, Rigid Bodies
    7.7.           Soft-Body Dynamics
    7.8.           Particle Systems
    7.9.           Cloth Dynamics
    7.10.       Motion Capture
    7.11.       Camera-Motion Mapping
    7.12.       Character Rigging: Movement Controls
    7.13.       Character Rigging: Deformation Controls    
    7.14.       Facial Animation                                      
    7.15.       Non-Linear Animation
    8.       Post-Production
    8.1.           Introduction
    8.2.           Compositing
    8.3.           Editing










     
























    http://www.youtube-nocookie.com/v/HolxfI4XgCE?hl=en_US&version=3

    http://www.youtube-nocookie.com/v/y__uzGKmxt8?version=3&hl=en_US

    http://www.youtube-nocookie.com/v/HfCDAIIR2Gc?version=3&hl=en_US

    2-3 έτος2D και 3D animation και montage, τεχνικές stop motion, pixellation κ.α.
    1. Σχέδια κλειδιά κίνησης και ενδιάμεσα, οργάνωση του χρόνου.
    2. Το ανθρώπινο περπάτημα
    3. Το ανθρώπινο τρέξιμο και το τρέξιμο στα τετράποδα, εναλλαγή ποδιών
    4. Κινήσεις σε τροχιά
    5. Κινήσεις με φτερά πουλιά, μυθολογικές φιγούρες κλπ
    6. Οι 12 βασικές αρχές του animation
    7. Τεχνικές του animation. Επέκταση χρήσης animation και live action
    8. Τεχνικές stop motion, pixellation
    9. Εργαλεία για την δημιουργία 2D και 3D μοντέλων
    4έτος

     Διαδραστική σύνθεση εικόνας σε πραγματικό χρόνο 

    1. Εισαγωγή στην σύνθεση εικόνας με βάση το Processing
    2. 2d και 3D γραφικά με Processing
    3. Βασικές διαδραστικές τεχνικές με Processing
    4. Επικοινωνία με άλλες εφαρμογές μέσω OSC
    5. Aναγνώριση εικόνας και κίνησης από κάμερα μέσω Processing
    6. Εισαγωγή στον προγραμματισμό συνθεσης εικόνας με openFrameworks
    7. Επικοινωνία μεταξύ λογισμικών ήχου και εικόνας σε πραγματικό χρόνο

     Ήχος 

    1. Εισαγωγή στις αρχές της ψηφιακής σύνθεσης ήχου
    2. Εισαγωγή στον προγραμματισμό ήχου με SuperCollider
    3. Τεχνικές σύνθεσης 1: προσθετική σύνθεση
    4. Μουσικές δομές 1: Εισαγωγή στα patterns
    5. Περιβάλλουσες καμπύλες (Εnvelopes)
    6. Βασικές τεχνικές διάδρασης και Γραφικά εργαλεία διάδρασης
    7. Tεχνικές σύνθεσης 2: Φίλτρα και αφαιρετική σύνθεση
    8. Eργασία με προηχογραφημένα ηχητικά δείγματα (Samples)
    9. OSC και επικοινωνία με άλλες εφαρμογές
    10. Τεχνικές σύνθεσης 3: FM, Wavetables, Granular Synthesis, Physical Modeling, Spectral Modeling





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