Drawing Through Colonization: Epistemic Imposition
According to Rosalind E. Krauss, the notion of the new in the art field is epitomized by the Avant-Garde Movement. In The Originality of the Avant-Garde,1 Krauss argues that the movement disrupts traditional art by imposing the existing structure with a new structure of reality. An originality. The disruption is not only a revolt against tradition and an absolute dissolution from the past but a literal origin, a beginning from ground zero.2 “Only he is alive who rejects his convictions of yesterday.” pronounced Kazimir Malevich, the Russian avant-garde artist and theorist.
To conduct their mission, the avant-garde artist conceives this notion of originality from a ground of repetition and recurrence. The prominent instrument that emerges from such operation is the grid. The grid operates in silence, and yet, is hostile to any narrative. Its presence destroys hierarchy and centre.3
The Grid is one of the most effective and common instruments for drawing a new structure, to conceive an “an originality.” James C. Scott in Seeing Like a State4 argues that such utilitarian logic works hand in hand with labour productivity in colonization.5 Nevertheless, instead of artists, the proponent of this agency is a society of which Scott called “the high-modernist society”. This society embraces technology and science as their world view and way of life. They might not have good literacy and familiarity with science and/or technology. Yet, they have a strong belief that both are the only way to be progressive and modern. Therefore, according to Scott, instead of practical intervention, the exercised imposition is an ideological one.6
The new lines of colonization are drawn by imposing another world view or system of knowledge—an epistemic imposition. Such imposition, in the context of colonization, operates similarly with the case presented by Kraus. “Modern” is a politicized term embedded with the notion of new, especially within colonization,7 it is also the Avant-garde’s propaganda of Originality. The colonist deemed to displace the existing structure of subjugated land as a disruption signifier between the old way and the new way.
This redrawing operation in the context of colonization comes in various forms. Rudolf Mrazek called building projects as the Tower, recalling their function as a landmark of Modernity; As an edifice, the monumentality of a building is the strong voice of colonization as a project. Therefore, establishing good buildings and cities are inevitable to claim the success of a project.8
In the case of the Dutch East Indies, to impose this new structure the Dutch encountered a significant challenge. The vast area of the archipelago and completely different climate and geography were two hurdles overwhelming the agenda.9 However, another factor that contributed to the rough process of Dutch colonization was that it could be perceived as ad-hoc ventures.
Approximately 350 years in the history of Dutch ventures in the Malay Archipelago, trading was the only agenda. The archipelago was the “gold mine” for the Netherlands, especially in the 19th century. This fact set an internal obstacle to shifting their trajectory from a mere trading enterprise to a more holistic and programmatic venture-like Colonisation. Notwithstanding the intricacy of the history of Dutch colonization in the Malay Archipelago or the Dutch East Indies, discussion about the matter is beyond the scope of this discussion.
The coming of architects to the colony at the beginning of the 20th century CE was a prominent intervention in the context of establishing a new structure in a colony. The differences in climatic conditions and topography staged a pursuit among Dutch architects to conjure new practices. Additionally, different systems in the field of construction between the Dutch and the indigenous population made the situation far from easy.
In this essay, I aim to discuss two modes of epistemic imposition that was exercised by Pont and Karsten on Javanese building practice. As part of the endeavour of establishing a new way of architectural practice in the Dutch East Indies, both architects reinterpreted the Javanese Building practice to serve their interests. In this reading operation, epistemic imposition takes place.
Comparison between the area of the Netherlands (left: white area) and the Malay Archipelago (right: white area). Source: Author.
The Epistemic Imposition and the Mētis
Erik Hobsbawm in the Invention of Tradition asserts that not all so-called traditions we know today are old.10 Many were invented not too long ago. Such operation is crucial to prevent extreme disruption in a society when new meanings are introduced. Hence, an invented tradition uses forms or attributes from the past as a vehicle to impose a new structure.11
In this sense, an invented tradition works like that of the Grid of the Avant-Garde or James C. Scott’s epistemic imposition operates as a framework to instil a new reality. However, not all of these interventions worked smoothly and successfully. Scott argues that in terms of colonization, such displacement operation often meets as failure. The primary reason for this failure is due to the inability of the colonist to grasp the existing knowledge of the indigenous people in the colony.12 Scott frames epistemic imposition as a reactional attempt to comprehend the illegibility of indigenous knowledge, or Mētis.13
Metis as a type of knowledge operates differently.
If the episteme operates by structuring and organizing information into a coherent system, Metis operates by unifying the information into a singular entity. This nature of Metis echoes Hobsbawm’s concept of custom. According to Hobsbawm, the custom is the actual engine of a community. Custom is a pack of accumulative integrative knowledge which is inherited from one generation to another. If the custom is still embraced by society, they would have an ability to adapt and adjust themselves throughout changes. Hence, variants, as an effect of adaptability, are expected in custom.14 According to Scott, Mētis has four characteristics:
- Mētis cannot be simplified into deductive principles because the environments in which it is exercised are complex and non-repeatable (each occasion is a unique case). 15
- Mētis is a knowledge and practice, which demonstrate in a procedure that requires hand-eye coordination and a capacity to make an appropriate adjustment, as necessary.16
- Mētis lies in the space between the realm of genius, to which no formula can apply, and the realm of codified knowledge, which can be learned by rote.17
- The knowledge and practice of Mētis are always local.18
Javanese building practice is also inseparable from Javanese cultural custom. To exercise the practice, a complete comprehension of Javanese cultural custom is necessary.
Tables of some Javanese associative knowledge system that is compiled by Th. G. Th. Pigeaud. Source: Th. G. Th. Pigeaud, “Javanese Divination and Classification,” in Structural Anthropology in the Netherlands: A Reader, ed. P. E. de Josselin de Jong (Dordrecht: Foris Publications, 1983), 65, 67, 71.
The Javanese Building Practice as the Mētis
This section briefly explains the Javanese cultural custom as a form of Metis. Elaborating upon Javanese building practice as a part of Javanese cultural custom serves to clarify the existing system of the indigenous practice. This elaboration will help us understand later in what way Dutch architects redrew this system for their interest.
Javanese cultural knowledge has been discussed by Th. G. Th. Pigeaud in Javanese Divination and Classification 19 and F.D.E. van Ossenbruggen in Java’s Monca-Pat: Origins of a Primitive Classification System.20 Pigeaud noted that Javanese cultural knowledge is an illegible knowledge for the Western scholar. In Western worldview, knowledge or episteme operate through data categorization and organization. Hence, knowledge is apprehended as a system of structured information.21
According to Pigeaud and Ossenbruggen, Javanese cultural knowledge is another form of structured information.22 The problem in comprehending Javanese cultural knowledge is the preconception of the notion of “structured” where it tends to refer to data organization that is ordered hierarchically.
Both scholars argue that Javanese knowledge is built upon association. Hence, it is a completely different nature from that of the episteme of the Dutch. If the episteme structures information by demarcating, the Mētis structures information by inclusion and integration. Therefore, Javanese cultural knowledge works also as a cosmological view; it connects all matters from the ideological matters to everyday life practices [ 2 ].23 Dissemination of Javanese cultural knowledge is an oral tradition. The knowledge is passed from one generation to another, one person to another through a specific event or an exclusive ritual.24 In short, the nature of knowledge is always elite and never for the public.
In the 19th century CE, the Javanese court began to transcribe this oral-based knowledge into a written one. Generally, there are three main written forms produced in the period: 1. Primbon (large compilation of cultural prose), 2. Serat (poetry), and 3. Kawruh (educational/practice manuals).25 Primbon is considered as the main source. It compiles all the knowledge and guidance to many occasions and incidents in Javanese everyday life. Slightly different from that of Primbon, Serat addresses a relatively specific subject in forms of tales or poems. What is considered as Javanese building knowledge is written in a form of Kawruh.
Javanese building practice is integral to Javanese cultural knowledge. In this sense, building practice is just one way to apply cultural knowledge within everyday life. Serat Centhini is considered the earliest written form that elucidates such knowledge. Another written form that is commonly referred for this subject is Kawruh Kalang. Nevertheless, principally both are espousing similar information. Their differences are in the kind of language style that was used. The former is written using Javanese high language, meaning it is written only for a very educated society or aristocratic circles. The latter, on the other hand, is written using Javanese low language or everyday language implying the document is for practical use.26
Resembling the Javanese cultural knowledge based on associative structure are Serat Centhini and Kawruh Kalang, which organises the knowledge in that system. All practical information would require having a specific associative value for justifying its practical usage. 27
In the worldview of a Javanese person, a building is not merely a shelter but also a spiritual sanctuary, as was evident particularly in the Kawruh Kalang. The Javanese carpenter/builder applies a special method, which Pigeaud called “a numerical divination calculation”, to ensure that the house’s construction is in sync with the cosmic order.28
Illustration of Javanese associative knowledge system from tables in [ 2 ]. Source: Author.
The Petungan, the Javanese word for this method, assigns a numerical value (Pasaran) as an index for every aspect of life—for instance, site, colour, wind direction, materials, and many others. Pigeaud explains that by using Petungan, the inhabitant can make predictions about events in their everyday experience such as when to marry, when to harvest the rice, and the like. Ossenbruggen corroborates Pigeaud’s explanation, also mentioning that Petungan is also applied to determine the venue and day of communal markets. It thus works as a medium that integrates daily life into the cosmic order, including the marking of time [ 3 ].29
Application of the formula above in calculating building components. Unit is part of a user’s body that is used to calculate the ‘n’. The parameter is the ‘p’ value. Source: Author.
In constructing a building, the Petungan works by integrating a numerical value derived from the future owner—obtained usually by measuring a particular part of their body, such as hand or foot—with other relevant Pasaran values. Using this information, the relation between length and width, or the height of the timber columns, or the number of rafters required could be identified [ 4 ]. Joseph Prijotomo summarises from many Javanese building practice manuscript this operation as follows:30
Y = Xn + p
“x” is a specific constant value (3, 4, 5, or 6) for each of the main construction components.31
“n” is a remainder (even number) of a modulo operation. The total length of a timber beam is divided by number obtained by measuring the owner’s hands/feet. The remainder of this calculation is “n”.32
“p” is a registered value/parameter relating to that particular room or building function and rank. 33
Thus, for instance, an “x” value of 6 is used to produce the dimensions for width and length, an “x” value of 4 gives the height of the columns, and the “x” value of 5 determines the number of roof rafters. Some typical “p” values were 3 for a Pawon (kitchen) or Regol (a small house with a porch door) and 4 for a Kandang (stables).34
Expansion of roof form because of the volumetric expansion of the house. Source: Author.
This mode of calculation reveals the inherent character of a Javanese building, especially in terms of its form and spatial configuration. As the main goal is to harmonise with the cosmic order, building practices had no rigid guidance concerning construction details—which in turn yielded a variety of details. Additionally, there was a specific refinement about the building quality to be met. Therefore, although it is acknowledged that there are five generic forms of Javanese house, it does not limit the possibility of other forms too. In this sense, the Javanese carpenter/builder could adapt the basic forms to enable spatial expansion where needed. The variations of length-width, column height, and a number of rafters hence fundamentally only changed the internal volume a given house. The building’s overall form was thus constituted by its structural construction to support volumetric expansion in future [ 5 ].
Re-Drawing 1: Javanese Architecture as a Tectonic Composition
Through various essays Henri Maclaine Pont35 disseminated his expansive yet meticulous views on Javanese architecture. Pont’s most extensive essay was “Javanese Architectuur (Javanese Architecture)”,36 published in two parts again in Djawa; the first instalment discussed the cultural and historical context of Javanese architecture, while the second focused on architectural features.
Pont’s studies on tectonic system of indigenous architecture in Java. Source: Henri Maclaine Pont, “Javaansche Architectuur,” Djawa IV, no. 2 (1924): 45.
The two-part “Javaansche Architectuur”37 essay was consequently Maclaine Pont’s key text in positioning Javanese architecture on par with Western building practice, and in propositioning a method to utilise its tectonic language for the New Indies Architecture [ 6 ]. According to Pont, the principal distinction between Western and Javanese building was construction-based. In other words, in Western houses the rafters were fixed on their shorter side to take the compressive load of the roof before distributing it down to the ground via columns, whereas in Javanese domestic architecture, the rafters were positioned on their wider side to have better bending properties, thereby working as a tension structure rather than in compression. The columns placed at the centre of a Javanese vernacular house acted as its structural core, the roof rafters then connected these central columns to the perimeter columns at the exterior layer of the house. Maclaine Pont observed that this approach within Javanese construction carried two implications for post-and-beam construction methods:
- In Western building construction, the larger the distance that a timber beam spanned, the heavier it would need to be—whereas in Javanese construction, it was possible within certain limits for all beams to have the same weight irrespective of their span.
- In the Javanese house, the timber columns were distributed outwardly in a specific order, playing a vital role in managing the deflection of the timber beams above caused by tensile force. The distance between columns affected the flux of tensile force in these beams.: if the force was increased too much, then the potential deflection was reduced, hence making the structural system work ineffectively; whereas if the force was too low than the potential deflection rose and, consequently, the induced tensile force spiked in the beams above. Therefore, by carefully managing the distance between columns, the tensile force could be kept approximately equal.38
Structural calculations for ‘Indies Gothic’ as contained in Maclaine Pont’s 1951 essay on ‘Equilibripetal Construction’. Source: Maclaine PontArchive at Het Nieuwe Institute, Rotterdam, Netherlands.
(Left) Pont’s patented detail for Large span roof structure. (right) Pont’s patent for Building structure. Source: Pont, Henri Maclaine. “Roof of Large Span.” edited by United States Patent Office. US, 1951. & Pont, Henri Maclaine. “Building Structures.” edited by United States Patent Office. US 1955.
Using these observations, Maclaine Pont argued that this tent-like Pendopo construction was highly suitable for a place like the Dutch East Indies where storms and earthquakes were common phenomena.39 Given this, the flexible and relatively lightweight timber structural system made dwellings more durable in facing shocks from natural forces.40 Maclaine Pont thus concludes that Javanese construction was “unnatural” (tegennatuurlijk). What he meant was that its tectonic system worked in contradiction to Western building logic which relied upon heavy, bulky and unyielding forms for its stability. In their alternative approach, Javanese houses achieved structural stability by using the opposite method to European building practices. Maclaine Pont called the system Inverted Vault Construction (Omgekeerde Gewelfbouw).41 He formulated two types of roof construction: the first he called “Equilibripetal”, or “Indies Gothic”, and took the form of a cupola-shaped tension structure; while the second typology was the aforementioned traditional gable roof, or the “Great Sunda” roof [ 7 ]. Helen Jessup42 concludes that the engineering principles of these experimentations led to Maclaine Pont’s cupola experiments, thus becoming the basis for the design of Equilibripetal roofs for which he planned to apply for the patents [ 8 ].43
Diagram showing the articulation of floor levels to maintain the desired proportions of the gallery spaces in the palace. Source: Helen Jessup, Netherlands Architecture In Indonesia 1900–1942, 1988.
Re-Drawing 2: Javanese Architecture as a Social Place Maker
Herman Thomas Karsten’s 44 first direct interaction with traditional Javanese architecture was when commissioned to renovate the living areas for the Mankunegaran Royal Court in Surakarta. His main task for the Mangkunegaran Royal Court was to renovate its main Pendopo. Prince Wedono wanted to enlarge this space so he could invite more people and organise better events. There was no precedent in vernacular dwellings to have such a wide-span structure, especially perusing traditional materials. In his design, Thomas Karsten used the approach common to Dutch architectural practice, albeit carefully controlling the ambience, colour, and the palette of materials so that they “fit in”. Karsten urged that the traditional symbolism in Javanese architecture—as expressed in ornamentation, colour and proportion—had to be maintained so as not to lose the core characteristics of the spaces.
Karsten’s sensitivity to this connection between spatial proportion and its effect on social practices was well demonstrated in his design for the palace’s galleries. He did not want to make these galleries look too low after they had been extended to provide the necessary additional space for Prince Wedono’s parties. Yet, improving the proportion of the galleries by raising their ceiling height would then create a distraction from the Dalem (the inner court)’s hierarchical status as the most sacred place within the complex. With this problem in mind, Karsten suggested lowering the floors of galleries by 30 centimetres—it was an alteration that solved the issue of visual hierarchy and at the same time it created a more harmonious relationship between the levels of the inner section of the Agung Pendopo [ 9 ] and its surrounding areas. The involvement of Thomas Karsten in this project was not merely concerning architectural matters. A letter dated 13th September 1920 implies that he was also choosing tiles, fabrics, lamps, carpets, furniture and even the type of ornaments—not to mention designing the gardens in the courtyard that enclosed the palace compound. 45
The main entrance to the Sobokarti Theatre, Semarang, as seen in 2103. Source: Author.
“Wisselwerking (Interaction)” between a building and its given program was always the key aspect in Karsten’s projects, as exemplified in the Sobokarti Theatre in Semarang [ 10 ]. This theatre was part of an initiative of the Java Institute, an organisation that he had founded to propel the modernisation of Javanese culture. In a letter dated 9th May 1919 from Thomas Karsten to then the ruler of the state Mangkunegaran, Mangkunegara VII, his eclectic approach was noticeable:
“… I have an idea about building a Javanese theatre, space for the Javanese, in a way, that feels good… [and] can listen to the gamelan, watch wayang: seated, sheltered, with a good view, with a scene, set not in European but in Javanese style. The Pendopo is the place one should proceed for such a building”46
The conceptual plan and the section of the Sobokarti Theatre. Source: Herman Thomas Karsten, “Van Pendopo Naar Volksschouwburg,” Djawa, no. 1 (January–April 1921): 21–9.
Karsten elucidated his concept of the project in an eight-page essay, “Van Pendopo naar Volksschouwburg (From Pendopo to Folk Theatre)”.47 As in many countries, a theatre in the Dutch East Indies had always been seen as a social space where people interacted: “it was a spiritual expression of the life of a society’, in Karsten’s words. Each class in society had their form of theatre, therefore, it was in theatre design that architecture worked best as a facilitator between the play and society, between fiction and reality. Accordingly, a social and political function was always inherent in a theatre building.” 48
This characteristic of a theatre prompted a sense of architectural experimentation for Karsten; he hoped it would provide a place to unify all people in the Dutch East Indies, and thus a place where all classes could meet. The traditional form of the Javanese Pendopo was chosen for two reasons. Firstly, Karsten argued that Pendopo was the most original feature of traditional Javanese architecture, therefore, he used the form that would connect emphatically with all its people. Secondly, the use of the Pendopo layout offered an open spatial configuration that would be suitable for many Javanese plays [ 11 ].49
Karsten argued that there were three main distinctions between a typical Western theatre and a Javanese theatre. Firstly, in a Western theatre, the separation between the performance space and the audience was always clearly defined, whereas in a Javanese theatre they were inseparable. Secondly, in a Western theatre, the play could generally only be seen from a singular frontal direction, whereas in a Javanese the play was visible from all sides. Thirdly, in terms of staging a play, the Western theatre tended to play with a sense of depth on the stage, but in a Javanese production, it played more with the width thereof.50 According to Karsten, this spatial distinction was due to the cultural differences that formed varied perspectives on how to appreciate theatrical plays.
In other words, in Western theatre there was a clear distinction between the fictional and the real, engaging a specific social behaviour among the audience. During the play, all the attention was on the stage and to the individuality of the spectators was diminished. Hence the interplay between fiction and reality occurred in the intervals between acts. 51
Instead, Javanese theatre—which in his writings Karsten generalised as Eastern theatre—there was a conception of the separation between fiction and reality. The tangible and the intangible were all seen as part of reality. During the play, the audience became a part of it, and vice versa; an interaction between the two realms was anticipated. Therefore, as Karsten pointed out, Eastern theatre encouraged the audience to embrace the play in a personal and intimate way. 52
Thomas Karsten further experimented with this idea of “interaction” in his design for the Johar Market in Semarang, a design constituting three reinforced concrete buildings placed next to one another in a linear arrangement. Each of these two-storey blocks had a rectangular plan with an elevated, almost-flat deck. Inside there was a vast void along the centre of the block connecting both its floors, thus enabling a multi-layered interaction between market traders and customers, or between one trader and another.
Photograph from 2013 of the Johar Market (Pasar Djohar) in Semarang. Source: Author.
The structure was supported on a series of “mushroom” concrete columns [ 12 ]. Cross-ventilation was achieved by placing openings in the roof and jalousie-screen windows in the upper storey. Configuring the interior space in this way, Karsten said he wanted to reconstruct the informal atmosphere of a traditional Javanese market that typically happened in an open-air field. The insertion of the mezzanine enabled vertical separation that split the “dry” and the “wet” areas in the market for the sake of hygiene.53
Conclusion: Re-Drawing Javanese Building Practice
Maclaine Pont and Thomas Karsten believed that indigenous buildings in the archipelago were the key sources to establish a suitable architectural practice in the colony. Both had a deep interest in Javanese building and culture although each had specific interests on the subject. Notwithstanding their appreciation towards Javanese culture and practice, what they construed was an appropriation. Pont and Karsten compartmentalized Javanese building practice and opted to the parts they thought could benefit their usual practices. Given this, both complied with Scott’s supposition about the nature of high-modernist society. Their undertaking on the Javanese building practice was an act of miniaturization. According to Scott, miniaturization, like that of the Avant-Garde’s grid, enforces a new reality on a complex object; to generalize and deconstruct the illegible one. While the grid empowers repetition as a rationalistic system, miniaturization operates by disintegrating the object into autonomous categories (i.e. structure, function, and form).
Maclaine Pont’s scrutiny of Javanese tectonics broadened the ground for discourse on indigenous building practices throughout the archipelago. His studies helped redefine Javanese architecture into a suitable subject also for European audiences. Maclaine Pont’s emphasis on structural analysis served to compartmentalize Javanese buildings into neutral, disconnected parts. The building structure was consequently uselessly presented as a separate layer to that of the cultural layer, meaning that, instead of embracing a deeper knowledge of Javanese architecture.
Thomas Karsten tried to utilize traditional Javanese vernacular architecture to construct a syncretic meeting of indigenous and European building practices. Karsten’s interest in the social aspect of architecture tended however to make his designs more conceptual and abstract as part of his efforts to reinvent New Indies Architecture. For Karsten, Javanese architecture is an embodiment of the Javanese social construct—to organize rituals and everyday activities.
The appropriations by Pont and Karsten drew a different picture of Javanese building practice. Like the artists of Avant-Garde described by Rosalind E. Kraus, Pont and Karsten redrew the Javanese building practice into a new “drawing”. The epistemic imposition was conducted by both architects. Both architects undoubtedly brought new meanings and practices to local building practices, although in the end what they did were essentially similar in that they theorized and objectified Javanese architecture without allowing Javanese people to voice their views on the matter.
Nevertheless, Scott added that miniaturization might happen due to the inherent complexity of the nature of indigenous knowledge or Mētis. As Scott further explains, the only way to comprehend Mētis is through keen observation and rote. It is a knowledge that is mastered through embodiment. It is a time-consuming learning process. Therefore, such nature is a complete contradiction to the fast-paced capitalistic system that was underpinned by episteme.
Accordingly, from the vantage point of the colonist, this epistemic imposition was inevitable and even considered as a noble venture. By conducting such endeavours, they reinvented the Javanese practice. Their writings, presentations in various events had transformed the Javanese building practice into a Javanese architecture, a term that was more familiar to a broader European audience, especially the community of architects.
Hence, the Javanese architecture of Pont and Karsten was a product of reinvented tradition. Their interpretation and reconstruction of the Javanese building practices operated by subtracting and adding lines from the existing painting. The preconceived framework worked as a superstructure, as a grid, directing the new composition. As lines that mobilize distinction and construct direction.