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Transcript of Themudo Stuart Andres
UNIVERSITY OF CINCINNATI Date:___________________
I, _________________________________________________________, hereby submit this work as part of the requirements for the degree of:
in:
It is entitled:
This work and its defense approved by:
Chair: _______________________________ _______________________________ _______________________________ _______________________________ _______________________________
The Formal Expression of Movement
A thesis submitted to the
Graduate School
of the University of Cincinnati
in partial fulfillment of the requirements for the degree of
MASTER OF ARCHITECTURE
in the Department of Architecture and Interior Design
of the College of Design, Architecture, Art and Planning
by
Stuart Andrés Themudo
Bachelor of Science in Architecture,
The Ohio State University, 2002
Committee:
First Chair: Michael McInturf
Second Chair: Gordon Simmons
Abstract
Architectural form can be influenced by sequence as
used in cinematic approaches. Originating in the architecture
of the ancients and continuing to the modern era, architectural
sequences abided by a strict linearity. The linear, ceremonial
path of the Egyptian temple and the Catholic Church, was the
basis for architectural design. Upon the advent of the
Situationist International, theorists began to investigate
multiple path sequences. Borrowing from cinematic
techniques, Modern architects applied these concepts to
architectural theory and design. Specifically, Le Corbusier and
Bernard Tschumi built on the works of Sergei Eisenstein,
exploring the importance of the frame as a viewing device and
conceptual tool in sequential spaces for design. Tschumi’s
theoretical and practical work addresses the interaction
between space, movement, and event. Architectural design
must further the exploration of such concepts: accommodating
multiple path events, and use formal devices to respond to their
presence.
This thesis studies the impact of movement relative to
sequential space in architecture and proposes a methodology
generated from theoretical and built precedents. The
methodology sparks the design of a multi-modal interchange in
Las Vegas, reflecting the influence of Bernard Tschumi’s
Fireworks.
iii
A special thanks to Mom, Dad, Sofia, and Alan whose unfaltering support has helped me through this thesis process.
iv
Table of Contents
Illustration Credits v.
Introduction 1
Chapter One: Sequence and Space 7
Chapter Two: Linear progressions 13
Chapter Three: Manhattan Transcripts 22
Chapter Four: Fireworks 26
Chapter Five: The Situationist International 31
Chapter Six: Precedents 35
Chapter Seven: Project Site 43
Chapter Eight: Methodology 48
Conclusion 54
Bibliography 57
v
Illustration Credits
vi
Figure 1: Diagram by S. Themudo, 2007
Figure 2: Khons Temple (Gargus, 1994)
Figure 3: Khons Temple (Gargus, 1994)
Figure 4: Church of Santo Spirito (Gargus, 1994)
Figure 5: Church of Santo Spirito (Gargus, 1994)
Figure 6: Acropolis plan (Eisenstein, 1989)
Figure 7: Acropolis perspective (Eisenstein, 1989)
Figure 8: Acropolis perspective (Eisenstein, 1989)
Figure 9: Acropolis perspective (Eisenstein, 1989)
Figure 10: Acropolis perspective (Eisenstein, 1989)
Figure 11: Acropolis perspective (Eisenstein, 1989)
Figure 12: MT1 (Tschumi, 1994)
Figure 13: MT4 (Tschumi, 1994)
Figure 14: Villette Fireworks (Tschumi, 1994)
Figure 15: Fireworks Diagram (Tschumi, 1994)
Figure 16: Diagram of city (Zegher, 2001)
Figure 17: Le Fresnoy sketch (Tschumi, 1994)
Figure 18: Le Fresnoy stair (Tschumi, 1994)
Figure 19: Diagram by S. Themudo, 2007
Figure 20: Le Fresnoy (Tschumi, 1994)
Figure 21: Double-locked torus (van Berkel, 1999)
Figure 22: Mobius house diagram (van Berkel, 1999)
Figure 23: Diagram by S. Themudo, 2007
Figure 24: Yokohama Port Terminal (Ferré, 2002)
Figure 25: Diagram of terminal (Ferré, 2002)
Figure 26: Girder geometry Yokohama (Ferré, 2002)
Figure 27: Satellite map (Google Earth, 2007)
Figure 28: Master Plan Drawing (City of LV, 2006)
Figure 29: Light tracing, photo by S. Themudo, 2007
Figure 30: Light tracing, photo by S. Themudo, 2007
Figure 31: Model by S. Themudo, 2007
Figure 32: Model by S. Themudo, 2007
Figure 33: Model by S. Themudo, 2007
Figure 34: Drawings by S. Themudo, 2007
1
Introduction
2
Architectural form can be influenced by sequence as used in
cinematic approaches. A twentieth century architect and
theorist, Bernard Tschumi, addresses the interaction between
space, movement, and event in his works. This thesis studies
the impact of movement relative to sequential space in
architecture and proposes a methodology generated from
theoretical and built precedents. The methodology sparks the
design of a multi-modal interchange in Las Vegas, Nevada
reflecting the influence of Tschumi’s methodology for Parc de
la Villette.
The development of sequence through history provides
the genesis for understanding manifestations of sequence in
modern times. Frequently, architectural sequences were
dictated by linear progressions. However, during a radical shift
in thinking at the start of the twentieth century, influenced by
art and architecture critic Anthony Vidler, the “explosion of
space” replaced the creation of space; conveying the shift of
the paradigm to nonlinear progressions. Vidler describes the
further uses of the cinematic and architectural spaces when
reflecting upon Russian film director, Sergei Eisenstein.
Eisenstein compares film and architectural spaces through the
analysis of the approach to the Acropolis at Athens from
Auguste Choisy’s Histoire de l’architeure of 1899. Through
his exploration, Eisenstein compares the experience of walking
through the Acropolis to the traveling view of the camera. This
cinematic rendering of the “promenade architecturale,”
discovers the possibility that there is a distinct relationship
between the pace of the spectator’s movement and the rhythm
of the buildings themselves, a temporary solemnity being
provoked by the distance between buildings.1 This concept of
peripatetic camera vision, in addition to visionary renderings
3
by Piranesi, influenced the conception of space by Modern
architects.’ German-born architect, Mies van der Rohe, created
the iconic German Pavilion in Barcelona and describes it as
having “one sequence of direct vision and one for the
experience of the body.”2 The disconnect between body and
vision also influenced the Modernist Le Corbusier. His
integrated ramp design for Villa Savoye exemplifies this
concept.
Influential in establishing theories supporting multiple
sequences, the Situationist International explored concepts of
space and sequence as part of their agenda. The SI was a group
of international political and artistic agitators with roots in
Europe. In their activities, the Situationists created concepts:
dérive, détournement, psychogeography, and unitary
urbanism3; manifested in their writing and social experiments
influenced a generation of younger architects. The concept of
dérive, describes the activity of the Situationists aimlessly
wandering the streets of Paris awaiting any event that might
interrupt their journey. These actions explicitly influenced
architect Bernard Tschumi’s interest in event architecture and
the relationship of events to sequence and space. This device
(dérive) is exceptionally important in 21st century design. The
dérive is present in physical and visual form challenging
architects for their incorporation. Events take place
continuously and spaces must be flexible in their design to
accommodate such. Does space accommodate the ambulance,
the gurney, and the surgeon? Can form be adumbrative of the
scripted and improvisational events that happen in
architecture?-
4
The first chapter establishes a definition for sequence
and serves as a departure point for later chapters. The chapter
begins with a comparison of Barthes’ “Introduction to the
structural Analysis of Narratives” and Tschumi’s “Sequences.”
It begins to establish a connection between Barthes’ four
functional narrative units with Tschumi’s internal and external
relations. “Sequences” identifies three relations within the
architectural sequence: an internal relation, spatial relation and
programmatic relation. The second part of the chapter analyzes
The Manhattan Transcripts, Tschumi’s theoretical project, and
its logic to film and sequence. The conclusion of the chapter
investigates the Parc de La Villette in Paris and how its use of
points, lines, and planes emerges from the fireworks display
witnessed earlier that year.
The second chapter reflects upon the development of
sequence in architecture up to the Modern era. The chapter
describes history of singular, ceremonial sequences and the
way in which the sequential path can be analyzed
cinematographically. It can be as rich as other relations to the
development of architectural sequence. The description for the
Acropolis, the Villa Savoye by Le Corbusier and the Mobius
House by UN Studio serve as models for the development of
the sequence strategy in built work.
The third chapter transitions from the singular paths to
multiple path environments; architecture, in which sequences
are taken along multiple paths and furthermore, the unplanned
events. In contrast to the previous methods dictated by the
architect in the Acropolis and Villa Savoye, the Situationist
International exploits the potential for random, chance
5
occurrence sequences. Rather than a predetermined view, or
path driving the architectural sequence, chance movements
become the objects. Particular exhibits include: Parc de la
Villette and Le Fresnoy by Tschumi, McCormick Tribune
Student Center at IIT proposal by Reiser + Umemoto, and
Yokohama Port Terminal by Foreign Office Architects, which
all invite dérive, or urban wandering, holistically embraced by
the Situationists.
This thesis makes use of precedents and their role of
sequence in each project. Consequently, they are divided in
two divisions: the architect manipulates sequence for control
over the outcome of the path, view, or otherwise experience for
the user; the second embraces multiple actions along multiple
paths allowing for chance actions to occur and expands free
movement to drive the spaces.
The strict linearity dictates the path of the Egyptian
temple and Catholic churches of the quattrocento. The
architect creates space around one, singular ceremonial path.
The parti diagram (Figure 1) illustrates their organization of
space.
Figure 1
The Greek masterpiece atop the cliffs, Acropolis exemplifies
the architect’s ability to manipulate views along a sequential
path. Framed views affect the placement and orientation of the
monuments at the Acropolis. At each bend in the path, the user
is presented with a framed view of a new monument. This
6
technique is further exploited in cinematography, and uses the
lens to manipulate the user’s experience.
Tschumi exemplifies the second such method in the
Parc de la Villette (1992). The project’s organization invites
the multiple, wandering paths that could occur on the site. It
embraces human flow and the objects in the landscape act to
create eddies of space. In addition, Reiser + Umemoto express
the opportunity for flow versus object as destination in their
competition proposal for the McCormick Tribune Student
Center at IIT Student Center (1997). These examples provide a
departure point for the experimentation of multiple path design.
Reiser + Umemoto’s seductive design attempts to accept the
multiple paths on the site, by doing so; however, is merely
addressing the scripted paths. Designing for the dérive requires
fully accepting unscripted paths will be present and are
inherently, unpredictable. This improvisational performance
by the user creates unique elements in the architecture.
The relation of sequence to architectural design
provides a rich opportunity for architects. The thesis includes
drawings of three-dimensional space as well as models, both
digital and tangible. Noteworthy examples by Bernard
Tschumi, UN Studio, and Reiser + Umemoto provide
representation of sequences and add to the methodology and
the design project of the multi-modal interchange for Las
Vegas, Nevada.
1 Vidler, Anthony, “The Explosion of Space: Architecture and the Filmic Imaginary,” in Film Architecture: Set Designs from Metropolis to Blade Runner, ed. Dietrich Neumann. Munich, Germany: Prestel-Verlag, 1996. 2 Tschumi, Bernard, “Sequences,” in Architecture and Disjunction, Cambridge, MA: MIT Press, 1996. 3 Hill, Jonathan. Actions of Architecture, New York: Routledge, 2003.
7
Sequence and Space
8
Space can be experienced through the study of frames,
as in cinematography. Bernard Tschumi, in his essay
“Sequences,” published in 1996, writes about sequence as a
formal method of organization that supports his mantra: space,
event, and movement. The topic of Tschumi’s essay is reactant
to the essay by Roland Barthes, “Introduction to the Structural
Analysis of Narratives.” Barthes masterfully presents the
narrative into separate literary units and sequences. An
analysis of Tschumi’s “Sequences” and Barthes’ “Introduction
to the Structural Analysis of Narratives,” yields the true start to
the interests to sequential spaces by Tschumi. While
investigating these interests, some of the difficulties with
applying narrative techniques to architecture begin to surface.
Roland Barthes, a French literary critic, proposes his
own deductive model for the structural analysis of narrative at
discourse level.1 His narrative analysis compares to linguistics
by saying, “there is nothing,….. that is not to be found in the
sentence.”2 He states, narratives can be viewed as sentences
that are grouped together, forming a higher narrative unit
composition; or a lower, such as individual words or even
letters. Barthes challenges the removal of any part of the
narrative by articulating, “even the removal of a single unit, the
entire narrative is altered.”3
In the essay, Barthes establishes an important
component that derives from the narrative. The functional
covering of the “narrative necessitates an organization of relays
the basic unit of which can only be a small group of functions,
hereafter referred to as a sequence.”4 There is an
understanding of this sequence as a “logical succession of
nuclei bound together by a relation of solidarity: the sequence
opens when one of its terms has no solitary antecedent and
closes when another of its terms has no consequent.”5
9
To help illustrate this analysis, Barthes uses four
functional narrative units: cardinal functions, catalyzers,
integrational units, and informant units. Cardinal functions are
the hinge points in an essay; used to create deliberate
development. Catalyzers fill in the space that remains in
between the cardinal functions. The last two functional units,
integrational and informant, apply a layer of mood and setting,
respectively, in order to elaborate the narrative discourse. To
take a deliberately trivial example, “Having a drink,” has
different functions: order a drink, obtain it, drink it, pay for it.6
This example has defined moments that indeed fall under the
“Having a drink,” defining a starting and ending point.
However, within this closed sequence there are opportunities
for micro-sequences or alternate layers that can happen:
shaking hands with someone, lighting a cigarette, looking
around the setting. The core ideas of Barthes, are translated
into architecture by Bernard Tschumi in his persistent
presentation of space, event, and movement.
While teaching at the Architecture Association in
London, Tschumi expanded on the developments of the
Situationist International theories by combining film and
literary theory with architecture. Moreover, in “Sequences” he
expands on the definition of architectural sequence. Any
architectural sequence includes or implies at least three
relations.7 The sequence can be either an internal relation or an
external. The first, transformational sequence, can also be
described as a device, a procedure. The second, spatial, is
constant throughout history. Social and symbolic connotations
characterize the third…./programmatic sequence.8
The internal sequence, Tschumi writes, relies on the use
of devices, or rules of transformation, such as compression,
rotation, insertion, and transference. “They can also display
10
particular sets of variations, multiplications, fusions,
repetitions, inversions, substitutions, metamorphoses,
anamorphoses, dissolutions.”9 Similar to the structure of
narratives Barthes described, there are sequences of
transformation that have a closed, predictable end and open
ones, which have no closure and new elements can be added at
will.
The first, of the pair of external sequences, spatial
sequence, is a reoccurring theme throughout history. Egyptian
temples, designed to have a clear path from the entrance to the
altar are amongst the first in history to portray the sequence of
spaces organized enfilade, aligned along a common axis.
Numerous examples continuing through the churches of the
quattrocento to the present “emphasize the planned path with
fixed halting points, a family of spatial points linked by
continuous movement.”10 Luigi Moretti writes on spatial
sequences in Palladio’s Palazzo Thiene in Vicenza. “...the
volumes go from portico to hall in the order of maximum to
minimum, while the dimensions, the order is medium, least,
greatest.”11 These linear spatial sequences mentioned are
mostly within the control of the architect.
Any predetermined sequence of events can be turned
into a program, states Tschumi. Programmatic sequences can
be “rambling collections of events all strung along a collection
of spaces, frame after frame, room after room, episode after
episode.”12 Program can then literally be created from any
sequence of events. The programs that Tschumi describes can
take three forms: indifference, reciprocity or conflict. The
analogy of “the battalion marching on the fields”13 is applied to
the programmatic sequence to illustrate the three forms. If the
sequences of events and the sequences of spaces are indifferent
of each other the original analogy applies. When the sequence
11
of events and the sequence of spaces are interdependent, a
dependence upon each other’s existence, one actions directly
affecting the others; the analogy changes to “the skater skates
on the skating rink.”14 The third category of programmatic
sequence introduces the condition of conflict: when the
sequence of event and the spatial sequence are acting
obliquely. “The battalion skates on the tightrope,”15
demonstrates a strategy of conflict in which each sequence
constantly challenges the other’s internal logic. This form of
sequence is most opposite of the rigid context presented by
Barthes. It does not restrict itself to the limited linear
designation and, therefore, the unpredicted, chance actions
must be accommodated by the architect.
As the events are unanticipated, the architecture must
accommodate them. The Situationist International concept of
dérive is prevalent in this approach to the architectural
sequence. “The application of events, activities, use, incidents
are always superimposed on those fixed spatial sequences”16
liberating them from the boundaries established in narrative
sequences by Barthes. This liberty invigorates the abilities for
architecture to produce attractive and dynamic spaces.
The investigation of the sequences is crucial to
understand the paradigm from which Tschumi manifests his
experiments in space, event, and movement: S – E – M. One
such work in particular is The Manhattan Transcripts, where
studies of cinematic frames lead to architectural sequences.
This example is directly compared to other examples that take
linear path approaches from the ancient to the modern.
1 Onega, Susana and Jose Angel Garcia, Narratology: an introduction, New York: Longman 1996. 2 Barthes, Roland “Introduction to the Structural Analysis of Narratives,” in Image, Music, Text. Ed. Translated Stephen Heath, New York: Hill & Wang, 1977. First published as ‘Introduction a l’analyse structurale du recit’ Communications 8 (1966): 1-27.
12
3 Ibid. 4 Ibid. 5 Onega, 1996. 6 Barthes, 1977. 7 Tschumi, Bernard. “Sequences,” in Architecture and Disjunction, Cambridge, MA: MIT Press, 1996. 8 Ibid. 9 Ibid.
10 Ibid. 11 Moretti, Luigi. “Structures and Sequences of Space.” In Oppositions 4, New York, Wittenborn Art Books, 1974. 12 Tschumi, “Sequences.” 13 Ibid. 14 Ibid. 15 Ibid. 16 Ibid.
13
Linear Progressions
14
Historically, the paths that were designed by architects
were primarily based on a ceremony or ritual. These paths
often took on a religious connotation. For example, Egyptian
temples, designed to have a clear path from the entrance to the
altar are amongst the first in history to portray the sequence of
spaces organized enfilade, aligned along a common axis.
Numerous examples continuing through the churches of the
quattrocento to the present “emphasize the planned path with
fixed halting points, a family of spatial points linked by
continuous movement.”1
The Khons Temple in Karnack, Egypt (Figure 2) has a
clearly defined linear sequence of spaces. The avenue of
sphinxes ends at a massive temple gateway. You are greeted
by a colossal pylon, with an opening, to serve as the first
spatial dividing device in the temple. Once you pass through
the pylons, the individual enters a hall of columns: a hypostyle
hall. This densely filled forest of columns is the second clearly
defined space in the sequence. Passing through the hall of
columns unveils another space that is on a more human scale.
The telescoping spaces continue until the
Figure 2
15
Figure 3
individual reaches the space where the altar would be for the
temple. This spatial compression in plan has its counterpart in
section (Figure 3). “Floors rise and ceilings drop down so that
the entire spaces telescopes down to a single, sacred space.”2
The axis helps define a hierarchy of spaces. The one of least
importance to the most sacred of all: the sanctuary. This
singular, linear progression of spaces does not allow for
different paths to occur. It was strictly designed for one
purposeful, ritualistic path.
Many of the churches in the quattrocento were designed
with a singular path dictating the individual’s path. The
example of the Santo Spirito by Brunelleschi has a clear
ceremonial path established (Figure 4). Dominated by the A-
2A-A module in plan (Figure 5), the church takes the shape of
a Latin cross. The transept strikes the nave two-thirds of the
way to its apse. The altar finds its way at the intersection. The
16
path in which the priest takes follows the main axis of the
basilican plan, justly placing the focus on the main axis.
Furthermore, the strong rhythm of the Corinthian columns
supports the linear focus of the main axis and ultimately, the
altar.
Figure 4
Figure 5
17
Additionally, there are other devices present in Catholic
Churches. The Stages of the Cross occur in almost all Catholic
Churches, depicting the twelve stopping places that biblical
references draw about the procession of Christ to Golgotha.
Typically inside the church on the outer ambulatory of the
nave, they depict the final stages of Jesus’ life. This
processional path takes a precise order and linearity. The
montage sequences of the stations are another way in which
spaces support the linear transformation of spaces.
The design strategies for the Khons Temple and Santo
Spirito are very architectural in nature. Their strategies are
understood by academics with similar training. Sergei
Eisenstein, a Russian film director and theorist, uses his
specialization in montage cinematography to study
architectural sequences.
Figure 6
One exemplary model is that of the Acropolis.
Eisenstein borrows from Choisy’s Histoire d’architecture
18
analysis and adds a cinematographic touch by analyzing
Figure 7
camera frames and applying them to sequence of architectural
spaces. “It is hard to imagine a montage sequence for an
architectural ensemble more subtly composed, shot by shot,
than the one that our legs create by walking among the
buildings of the Acropolis.”3
The first diagram (Figure 6) depicts the plan of the
Acropolis high atop the cliffs. The isolated summit offered a
sacred location for the temples to be built. The next image
depicts the presence of the Propylaeum (Figure 7). It is the
first view that invites the individual into the complex. The
view of the Propylaeum is framed by the two blocks on either
side “the right-hand one broader and the left-hand one less
so.”4 Choisy writes at first, the plan could not be more uneven,
however, at second glance, it is a completely balanced whole
“in which the general symmetry of the masses is accompanied
by a subtle diversity in the details… the optical symmetry is
impeccable”5 The next image is the viewers first look of the
square (Figure 8). The statue of Athene Promakhos stands tall
19
in the center of the frame. The background reveals glimpses of
the Parthenon and Erechtheion.
Figure 8
Once again, the object is situated centrally in the
cinematographer’s frame and has a clearly defined intention in
its design. Continuing along the path, the next moment in the
sequence is the view of the Parthenon (Figure 9). The building
itself is situated on an oblique angle to the viewer. The
Figure 9 ancients preferred the oblique because it was more picturesque
than the frontal view. Following the Parthenon, the
20
Erechtheion exposes itself (Figure 10). The caryatids seem to
step out from their background on the side of the Erechtheion.
It is presented at an oblique, just as the Parthenon, to further
emphasize its picturesque qualities.
Figure 10
Eisenstein continues in his essay and observers Choisy’s
summary sketches (Figure 11) of the four moments in the
sequential path mentioned previously. He uses the examples to
illustrate the clear calculation of compositional schemes in the
four sequences. The four “picturesque shots” can be described
21
Figure 11 as equal in symmetry (a & b) and at the same time, opposites of
each other in spatial extent. Shots c & d are mirror images of
each other, in symmetry and, in function, as if they were
enlargements of the first shot (Propylaeum).
The strategy for the ancients to arrange the temples on
the cliff in such a prescribed linear sequential manner serves as
a rich precedent to draw reference. Eisenstein shows his
utmost admiration for the method Choisy describes the
processional qualities through his cinematographic lens.
1 Tschumi, Bernard. “Sequences,” in Architecture and Disjunction, Cambridge, MA: MIT Press, 1996. 2 Gargus, Jacqueline. Ideas of Order: A Formal Approach to Architecture,
Dubuque, IA: Kendall/ Hunt Publishing, 1994. 3 Eisenstein, Sergei M. “Montage and Architecture,” in Assemblage, No. 10, Dec. 1989. 4 Ibid. 5 Ibid.
22
The Manhattan Transcripts
23
The study of sequences is evident in The Manhattan
Transcripts by Bernard Tschumi. It is comprised of four
theoretical exercises created in 1978. The Transcripts are a
collection of four blocks which depict different events. The
author translates the cinematic frames into “an architectural
interpretation of reality.”1 The Transcripts relies on the use of
sequence. The tripartite mode of notation is a composite
succession of frames that depicts an event using architectural
devices. Each contains the elements of space, event, and
movement heralded by the author. The framing devices, as
Tschumi explains, are “square, healthy, predictable,”2 whereas,
the framed material “distorts, compresses, displaces.” The first
frame of the three is a still from a film: program. The second
depicts space and the third movement. Focusing on MT1 and
MT4, developments of sequence become prevalent.
MT1, The Park, depicts a series of events around
Central Park in New York City (Figure 12). The chapter starts
with a short narrative of the scenario in which the frames
depict. The frames are linear in their organization surround the
setting for a program of murder, manhunt, and capture. The
theme here represents the unprogrammed events and
movements that happen in architecture. The entire
composition of MT1 consists of three rows of three frames per
page arranged horizontally and centered on the page, both
vertically and horizontally. The rows form a linear sequence
as well as the columns. The first column of the tripartite on
each page forms a linear sequence vertically; resembling a
filmstrip. MT1 starts out with two-dimensional diagrams and
progresses into three-dimensional axonometrics near the end.
The spaces are created by the movement paths carving away
spaces, creating voids.
24
Figure 12 In contrast to MT1, the fourth chapter, MT4 (Figure 12),
The Block, is heavily dependent on the original movements
then diverts and becomes its own entity. The sequence
becomes a montage of events layered upon each other. There
is an obvious departure from the linear sequence in MT1. The
frames begin to mix and eventually, completely dissolve in the
last frame of the Transcripts at its most complex form (Figure
13).
Figure 13 The progression of linear to montage sequences in The
Manhattan Transcripts yields potential for architectural
sequences. The essay shows the development of sequences in
a diagrammatic fashion. Ultimately, the sequence can be
created by a series of frames or the montage can be dissected
into series of frames. Tschumi’s strategy in the Transcripts is
25
that of assemblage into montage. This strategy is also
implemented in the strategy for the Parc at La Villette.
1 Tschumi, Bernard. The Manhattan Transcripts, London: Academy Editions, 1994. 2 Ibid.
26
Fireworks
27
Figure 14
28
Figure 15 Tschumi’s interest in the dynamics of action in space in
time is quite evident in the early works of Transcripts.
Furthermore, the generative concept behind the Parc de La
Villette, shows the dynamic methodology of the architect.
The fireworks at Parc de la Villette in Paris in June
1992 expanded architect’s manifesto for architecture (Figure
14). Tschumi is surrounded with the constant changing events
happening at the fireworks display. “The gratuitous
consumption of pleasure,”1 as Tschumi describes is in its purest
form at Villette. The dark sky serves as the backdrop for the
ever-changing light display above over one hundred thousand
29
people. The rockets, light bursts, sound, and smoke contribute
multiple layers to the performance in the sky.
Tschumi diagramed the performance by using elements
of light, sound, and movement as a concept for deriving the
design for the Park competition in Paris. Using the lens of the
film-maker, Tschumi documented the entire thirty minute
performance in a series of frames—one frame every seven
seconds (Figure 15). “The fireworks served as a three-
dimensional version of the organizational principle: the
superimposition of systems of points, lines, and surfaces.”2
The series of eighty frames are created as an architectural
interpretation of the fireworks. The frames are created every
seven seconds and illustrate five layers of information: sound
intensity, color, elevation, plan, and perspective from the
ground (Figure 14). The organization of the frames is rigid like
MT1 of Transcripts, yet doesn’t emerge from its frame as MT4
does. The linearity of the sequence is dominating in the
fireworks exercise. The design for the park, however, takes on
a powerful montage that determines the organizational strategy
for the points, lines, and surfaces.
Tschumi views the fireworks as a pleasurable event.
He states, “Good architecture must be conceived, erected and
burned in vain. The greatest architecture of all is the
fireworkers’: it perfectly shows the gratuitous consumption of
pleasure.”3 His positive reference to the uselessness of
architecture recalls Barthes’ equally positive description of the
uselessness of the text.4 By uselessness, Tschumi means use
without purpose. He argues that the most extreme misuse
negates the form that society expects of it.5 Tschumi implies
that parks and fireworks are pleasurable. The production and
consumption at the site of the park is of social behavior rather
than objects.6
30
1 Tschumi, Bernard. Event Cities: Praxis, Cambridge, MA: MIT Press, 1994. 2 Ibid. 3 Ibid. 4 Hill, Jonathan. Actions of Architecture, New York: Routledge, 2003. 5 Ibid. 6 Ibid.
31
The Situationist International
32
Founded in 1957 and dissolved in 1972, the Situationist
International explored concepts of space and sequence as part
of their agenda. The founder, Guy Debord, a French
philosopher, led the group of international political and artistic
agitators with roots in Europe. In their activities, the
Situationists created concepts: dérive: urban wandering,
détournement: the diversion or misappropriation of spaces,
psychogeography: the study of the effects of environment on
behavior, unitary urbanism: city based on the construction of
participatory situations1; manifested in their writing and social
experiments influenced a generation of younger architects.
The concept of dérive, describes the activity of the Situationists
aimlessly wandering the streets of Paris awaiting any event that
might interrupt their journey. These actions, explicitly
influenced architect Bernard Tschumi’s interest in event
architecture and the relationship of events to sequence and
space.
Guy Debord explains that the concept of dérive is based
on a performance of a group, not the individual. Quoting
Debord, Sadler writes:
The drift entailed the sort of ‘playful-constructive
behavior’ that had always distinguished Situationist
activities from mere pastimes. The drift should not be
confused, then, with ‘classical notions of the journey or
stroll’ drifters weren’t like tadpoles in a tank, ‘stripped of
intelligence, sociability and sexuality,’ but were people
alert to ‘the attractions of the terrain and the encounters
they find there,’ capable as a group of agreeing upon
distinct, spontaneous preferences for routes through the
city.2
Furthermore, Debord does not reject the role of design, but he
argues that the creation of forms must be in response to the
creation of situations or unplanned events. He writes:
33
Our central idea is the construction of situations...
Architecture must advance by taking emotionally
moving situations, rather than emotionally moving
forms, as the material it works with. And the
experiments with this material will lead to unknown
forms. Psychogeographical research … takes on a
double meaning: active observation of present-day
urban agglomerations and development of
hypotheses on the structure of a Situationist city.
The progress of psychogeography depends to a great
extent on the statistical extension of its methods of
observation, but above all on the experimentation by
means of concrete interventions in urbanism.3
Debord made considerable contributions to the Situation
International whose entire early program could be expressed in this
brief statement, “it founds their varied practices of urban wandering
(the dérive), of montage aesthetics (détournement), and of the
construction of situations, and it is at the heart as well of Constant’s
contribution to the group’s practice.”4
The Situationists were intrigued with the cinematic
techniques of montage. The interest to generate three-dimensional
space from cinematic sequences was highly intriguing. Russian film
director, Sergei Eisenstein warned the limitations of architectural
montage and thus the ideas never materialized from theory.
The practice of dérive, however, has been the genesis for
many three dimensional spaces. Dérive, from the French, meaning
drift, describes the action of wandering through a city and
“unforeseeable accidents of its surface.”5 “No less than the see, the
city contains ‘constant currents, fixed points, and eddies which
render approach and exit of certain zones very difficult.”6 The
definition for the urban drift at the level of the city exposes an
understanding that there is a multitude of unplanned events that
occur, all absorbed by the city. Debord’s representation of this idea
led to the creation of a map in The Naked City of the neighborhoods
of Paris, 1957 (Figure 15). The map illustrates the different push and
34
pull effects the neighborhoods have on the urban explorer (Figure
16).
Figure 16
The geographic representation of the détournement by
Debord was effective in translating the ideas of the Situationist
International into architectural representation. The architect
Constant furthered the Situationist International thinking.
New Babylon was the design for a futuristic city by
Constant. The basis of the utopian city was characterized by
freedom of movement for people. New Babylon creates social
spaces where the inhabitants of the city mingle and interact.
The design was suspended high above the earth’s surface,
accommodating humanity’s nomadic wanderers.7 New
Babylon provides a translation of dérive into architecture. The
structure does not represent a path toward a single goal, but
rather it offers an interconnected web for unplanned paths and
events.
1 Hill, Jonathan. Actions of Architecture, New York: Routledge, 2003. 2 Ibid. 3 Ibid. 4 McDonough, Thomas. “Fluid Spaces: Constant and the Situationist
International” in The Activist Drawing, Retracing Situationist Architecture from Constant’s New Babylon to Beyond, ed. Catherine de Zegher and Mark Wigley, New York: The Drawing Center, 2001.
5 Ibid. 6 Ibid. 7
35
Precedents
36
Le Fresnoy (Bernard Tschumi, 1997)
Strategy of the ‘in between.’ Conceptually, the project
is a succession of boxes inside a box. The outer box is the
rectangular, ultra-technological solid of modernity, whose
north side is closed. The other sides remain open and provide a
view of the old and new buildings./ The roof, or large screen-
umbrella, is the common denominator that is sought to
accelerate the probability of chance-events by combining
diverse elements: juxtaposing great roof, school/ research
laboratory, and the old Fresnoy, place of spectacle./ The
projects speaks of “architecture-event” rather than
“architecture-object. The interstitial space between the new and
old roofs becomes a place of fantasies and experiments
(filming and other exploratory works on space and time.)1
Figure 17
37
Figure 18
Figure 19
Figure 20
38
Mobius House (UN Studio, 1998)
The diagram of the double-locked torus conveys the
organization of two intertwining paths, which trace how two
people can live together, yet apart, meeting at certain points,
which become shared spaces (Figure 21). The idea of two
entities running their own trajectories but sharing certain
moments, possibly also reversing roles at certain points, is
extended to include the materialization of the building and its
construction.2
UN Studio made several studies of living and working
cycles throughout the day of two people (Figure 22). Where
their paths intersected and where they continued singularly.
This array of data was then applied to the double-locked torus
concept. The data driven design approach used in this project
is echoed in the investigation for the design of the multi-modal
transit station. Mobius house applies the specific actions of the
two people and stops. If it were to further explore the
intensities of the movements for the two persons, would the
result be different?
Figure 21
Figure 22
39
IIT Student Center (Reiser + Umemoto, 1997)
The project acts as an infrastructural system enlisting
service, circulation, and landscape to rationalize the Miesian
order of the core campus. New construction kneads into the
areas of streets and parking lots, feeding the existing pattern of
discrete buildings on a Cartesian plane. The project becomes a
highly programmed bridge over State St. deploying permeable
edges to manage flows of activity, redressing the split between
the east and west areas of IIT. Flow-based organization,
interlacing "fingers" of space, and new terrains inside and out
provide multiplied opportunities for uses and adjacencies.
The pre-stressed steel structure shell was to extend 150
meters allowing the modalities of subways, cars and
pedestrians to interact effortlessly in a manner which provoked
the illusion of flow. The choreography of the different
modalities, directs opportunities of flow versus terminating
paths at an object.3
Figure 23 The integrative strategy used by RUR is exquisitely
nestled into the core of the strict, orthogonal grid. Its entire
concept fuels the idea of the Situationists. It accommodates the
40
multitude of flows on the site and allows each path to take its
course, not conditioning its outcome. It designs conditions for
which the events to happen, integrating into the campus’ core.
41
Yokohama Port Terminal (FOA, 2002)
Extending 1,411 feet into the Yokohama Bay, the new
design by Foreign Office Architects extends almost seamlessly
from the existing pier. The building rises from two boardwalks
that ascend gradually from the ground to become the rooftop,
where a promenade offers 360-degree views of the city and the
sea. At grade, the terminal’s keyhole-shaped traffic plaza
culminates at the glazed main entrance. This entry flows into a
waiting area for local international travelers, and then into
customs, immigration, and quarantine plaza. Serving as a
passenger-processing area for international cruise ships twenty-
five times per year, the plaza is available for public events on
other days. At the terminal’s tip, a multipurpose hall with
floor-to-ceiling glazing overlooks the water. Flanking these
spaces are ramps leading up to the roof or down to service
areas and parking for four-hundred cars. Ship boarding occurs
along exterior decks at the building’s perimeter.4
Figure 24
42
Figure 25
Figure 26
1 Tschumi, Bernard. Event Cities: Praxis, Cambridge, MA: MIT Press,
1991. 2 Van Berkel, Ben and Caroline Bos. Move, Amsterdam: UN Studio &
Goose Press, 1999. 3 Reiser, Jesse and Nanako Umemoto. http://www.reiser-umemoto.com,
February 20, 2007. 4 Pollock, Naomi. Yokohama Port Terminal, in Architectural Record,
November 2002.
43
Project Site
44
Las Vegas, located in Clark County, NV is a city
experiencing surging growth. Clark County is one of the
fastest growing counties in the United States. The county
population increased over 81 percent between 1990 and 2000
and another 29 percent from 2000-2005. The population in
Clark County is projected to increase another 72 percent from
the present population of approximately 1.8 million to 2.5
million people by 2024.1 The City of Las Vegas is growing
rapidly from being 63rd largest in the United States in 1990 to
the 32nd largest in 2000.2 This project addresses the need for
an expanded intermodal transportation station established by
the Regional Transportation Commission of Southern Nevada
(RTC). The RTC, in conjunction with the Federal Transit
Administration (FTA), proposes to construct and operate the
Central City Intermodal Transportation Terminal (CCITT) in
the downtown area. The purpose for relocating the Downtown
Transportation Center (DTC) facility and its operations is to
accommodate the City of Las Vegas' planned development in
that area.3
The site for the project will be located at Main and
Bonneville, west of the Downtown District (Figure 27). The
proposed project folds into the plan for the Union Park Plan.4
Union Park is the name given to the land parcel (61 acres) that
remains undeveloped. A San Diego based developer has
proposed (Figure 28) an arts and entertainment district
complete with entertainment venues, residential towers, and
commercial towers. The transit facility will serve as a
destination for people arriving at these attractions as well as
offer an alternative to air travel for regional visitors.
1 Central City Intermodal Transportation Terminal Draft Environmental Assessment, Regional Transportation Commission, August 2006.
45
2 Ibid. 3 Ibid.
4 City of Las Vegas, Union Park Business Plan, April 2006.
46
Figure 27
47
Figure 28
48
Methodology
49
The thesis applies the research of concepts of sequence
and movement in a design for a multi-modal interchange in Las
Vegas, NV. The concepts of dérive are readily implemented as
a result of the entertainment node of the city. Guests of the
various resorts explore the local attractions and follow no
prescribed paths. They are mystified by the eccentric
collection of buildings and thirst for more breathtaking
encounters at each stop along the journey. The unscripted
wandering of the pedestrian on the strip references the
theoretical understandings of the Situationist International.
Borrowing from Fireworks, the thesis explores light as
an exercise in generation of form. Fireworks is a diagrammatic
response to a scripted event. The diagrams were reactions to
the activity that was planned, scripted, and executed. The
exercises presented in this thesis are unscripted. A framework
was established for the starting and ending point. The
Figure 29
Figure 30
50
performance created streaks of light across the contrasting dark
canvas. In an effort to trace the movement of dual points on
the body of the dancer, the intention evolved into creating a
light path that is both beautiful and suggestive—an artistic
object in its own right.1 The performances were documented
with a camera using slow shutter speed to record the light path
on photographic film. The traces created from the performer
dancing freely, created sensual curving strokes on the film.
The suggestive light forms, created by the performer, illustrate
the unscripted. This light tracing exercise demonstrates the
wide range of results possible when considering the concept of
dérive as a design tool. (Figure 29, 30)
Similar to the brush of the artist, the light path reveals
the speed of movement: as the hand moves fast, the line is
thin; and when it slows, the line thickens. A dot created by an
instant of hesitation becomes a stain of light. The light tracings
capture not only the candid gestures, but also emotion of the
performer.
The light tracing frames inspired three dimensional
models. The translation of the two-dimensional into three-
dimensional form was created using physical modeling
materials. (Figure 31, 32, 33)
Figure 31
51
Figure 32
Figure 33 1 Bonnemaison, Sarah. Traces: The Architecture of
Remembering, in Transportable Environments 3, Kronenburg, Robert, and Filiz Klassen. London: Taylor & Francis Group. 2006.
52
Figure 34
53
In Las Vegas, the prolific amount of activity is present
twenty-four hours a day. Researching the city, by its amount
of movement is paramount to understand it. Studying the
activity of the city was done by creating schematic sections at
different areas. Different systems of movement were
documented based on the intensities along the Las Vegas Blvd.
aka “The Strip.”
Intensity readings were taken, based on site surveys, for
pedestrian and automobile activity. The resulting data was
plotted to reveal the hotspots for movement in the city. Once
the activity levels were established, conceptual sections were
taken through the city (Figure 34, colored lines). The
wavelength graphs are constructed using sine wave. The
wavelengths change in both frequency and amplitude. Area
that incur high surges of activities over a short duration, take
on large amplitude, small frequency. Areas that have a
constant medium-level over the entire twenty-four hour period
take a more regular wavelength.
As an exercise to experiment with form, the resultant
Bezier curves from the movement data was extracted and
lofted to generate a surface (Figure 34, right column). This
surface represents the movement along the strip during a
twenty-four hour period.
54
Conclusion
55
The ability for writers and filmmakers to manipulate the
sequence adds to their art. For example, Barthes,’
“Introduction to the Structural Analysis of Narratives” and
Choisy’s Histoire d’architecture analyzed by Eisenstein,
reflect upon the sequences for different media types. Barthes is
keen on establishing the boundary from which the narrative is
formed. He furthers the discussion by citing examples how
one can deviate from the boundaries. Similarly, Eisenstein
establishes the path in the Acropolis and uses the filmmaker’s
lens to articulate the deliberate framing techniques that affect
the experience of moving through the monuments. These
particular sequences presented in literature and cinema are
significant precedents for architect Tschumi and his theoretical
research. Furthermore, architectural form can be realized
through processes similar to Eisenstein analysis of the
progression of sequences through the acropolis. Architectural
sequences incorporate literary and cinematic prerequisites as
departure points. The adaptation of cinematic techniques in
Manhattan Transcripts and Fireworks, among other projects
reviewed in this thesis, offers the opportunity for dynamic
interaction of space and person.
Different from the linear progression of sequences,
Tschumi reached for the Situationists’ concept of dérive to
solve architectural problems. This method changed the object
of focus from the space and redirected the spotlight on the
meandering path. Embracing the condition of multiple paths,
allows for a different approach to the design of experiential
space. The design no longer adhered to the strict linearity of
the ceremonial path, but rather embraces the drifting condition.
56
Borrowing from the avant-garde group, the Situationist
International, the design project looks to the freedom of
movement as the primary focus. “Designing conditions, before
conditioning design,” Tschumi writes, drives the design of the
multi-modal transit facility. The strict linearity of the vehicles
serves as the base layer; however, the paths of the users should
offer freedom for meandering. The accommodation of the
vehicle’s path changes with each modality. Each modality has
its limitations: turning radius, outside dimensions of the
vehicle, and sloped travel. The most rigid in its path, rail,
allows for the least deviation from the path. The least
restrictive in their path, pedestrians, are able to meander,
explore and deviate from the path that could potentially be
physically or visually direct. These carefree, wandering
conditions allow for the architecture to flourish.
In conclusion, the reviewed methods of sequential
space from linear to multiple serve as the framework for this
thesis. Techniques from the filmmaker and literary critic
provide insight to the evolution of the sequence. The infinite
iterations that incorporate blending multiple path sequences
and the linear sequences, offer limitless chance events to take
place in architecture.
.
57
Bibliography
58
Barthes, Roland. “Introduction to the Structural Analysis of Narratives,” in Image, Music, Text. Ed. Translated Stephen Heath, New York: Hill & Wang, 1977. First published as ‘Introduction a l’analyse structurale du recit’ Communications 8 (1966): 1-27.
Eisenstein, Sergei M. “Montage and Architecture,” in Assemblage, No. 10, Dec. 1989. Ferré, Albert, Tomoko Sakamoto, and Michael Kubo, The Yokohama Project, Barcelona, Spain: Actar, 2002. Ford, Simon. The Situationist International: A User’s Guide, London: Black Dog Publishing Limited, 2005. Gargus, Jacqueline. Ideas of Order: A Formal Approach to Architecture, Dubuque, IA: Kendall/ Hunt Publishing, 1994. Hill, Jonathan. Actions of Architecture, New York: Routledge, 2003. Kronenburg, Robert, and Filiz Klassen. Transportable Environments 3. London : Taylor & Francis Group. 2006. Moretti, Luigi. “Structures and Sequences of Space.” In Oppositions 4, New York, Wittenborn Art Books, 1974. Onega, Susana and Jose Angel Garcia. Narratology: an introduction, New York: Longman 1996. Tschumi, Bernard. “Sequences,” in Architecture and Disjunction, Cambridge, MA: MIT Press, 1996. Tschumi, Bernard. The Manhattan Transcripts, London: Academy Editions, 1994. Tschumi, Bernard. Event Cities: Praxis, Cambridge, MA: MIT Press, 1994. Tschumi, Bernard. Event Cities 2, Cambridge, MA: MIT Press, 2000. Tschumi, Bernard. Event Cities 3, Cambridge, MA: MIT Press, 2001. Sadler, Simon. The Situationist City, Cambridge, MA: MIT Press, 1998.
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Vidler, Anthony. “The Explosion of Space: Architecture and the Filmic Imaginary,” in Film Architecture: Set Designs from Metropolis to Blade Runner, ed. Dietrich Neumann. Munich, Germany: Prestel-Verlag, 1996.
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