Full text: Recording, documentation and cooperation for cultural heritage

  
International Archives of the Photogrammetry, Remote Sensing and Spatial Information Sciences, Volume XL-5/W2, 2013 
XXIV International CIPA Symposium, 2 — 6 September 2013, Strasbourg, France 
at the northeast of the village center, nearly 150 meters in 
distance. It is surrounded by streets on all its four sides. While 
the streets on the eastern and northern sides are wide (2.5-3.5 
meters), those on the western and southern sides are narrow (1.5 
and 2 meters), respectively. The village houses on the opposite 
sides of these secondary streets are generally one storied, 
excluding the one with two stories at the eastern direction. 
The building (8.30 x 10.65 x 3.00) entered from a door at its 
north side and an irregular opening at its west side is composed 
of an iliklik-sicaklik (tepidarium-caldarium); two halvets (hot 
rooms) and a water tank at present (Figure 2). 
  
  
  
  
  
  
  
  
  
  
  
  
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Figure 2 Plan of studied building (Hamamcioglu — Turan, 
Reyhan, 2005) 
As revealed from the characteristic of the entrance door, the 
ruins of the soyunmalik (apodyterium) juxtaposing the iliklik- 
sicaklik should be underneath the street at the 4. The trace of the 
fireplace underneath the water tank and the well at the 1 of the 
building indicate that there might be ruins of a woodshed 
juxtaposing the water tank, and a courtyard at the 2 and 3 of the 
bath. The rectangular iliklik-sicaklik (2.50 x 5.60), running in 
east direction, is domed at its center and barrel vaulted on its 
two sides. The halvets, juxtaposing the iliklik-sicaklik at its 
south and north, are domed as well. This plan organization can 
be evaluated among one of the types in Eyice’s classification of 
Turkish bath plans (1960) elongated rectangular sicaklik with 
domed central unit and two Aalvets. The oculi at the domes and 
vaults elements are the sources of illumination together with the 
two entrance openings mentioned in the above. In turn, the 
illumination level is low at the interior. Rubble stone, brick 
timber and mortar is used in the construction of the walls and 
brick and mortar is used in the construction of the domes, 
vaults, pendentives and the drum of the central dome at the 
iliklik-sicaklik. The surfaces of these elements are exposed 
without plastering at their exterior at present, while they are 
  
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plastered at their interior. The monument is in a ruined state as a 
result of abandonment for years (Figure 3). Fortunately, it has 
been taken to the restoration program of Seferihisar 
Municipality, after Seferihisar has declared as a slow city in 
2009. (http//www.cittaslowturkiye.org/eng/). 
Figure 3 Studied building as viewed from the northwest 
Prior to this study, a number of graduate studies were carried on 
Ulamis Bath in the Department of Architectural Restoration, 
IYTE. A short description including a plan drawing was 
provided in a conservation design studio (Reyhan and Cizer, 
2002; Hamamcioglu-Turan and Reyhan, 2005). Its construction 
technique (Reyhan, 2004), the characteristics of its lime mortars 
(Cizer, 2004), and the characteristics of its domes (Reyhan, 
2011) were evaluated in detail in graduate thesis. A 
conservation project for the building was prepared within the 
scope of a second conservation design studio (Kanmaz, et all., 
2012). 
On the other hand, techniques of realistic 3d modeling of 
historical monuments have been discussed in many studies 
published by CIPA (http://cipa.icomos.org/index.php?id=28) 
and ISPRS (http://www .isprs.org/publications/archives.aspx). In 
a study making an overall evaluation (Remondino and El- 
Hakim, 2006), the historical development of research activities 
in image-based modeling from terrestrial images since 1980s is 
summarized. The unproven characteristic of the full automated 
methods are pointed out, and the validity of the highly manual 
methods are underlined. 
2. DOCUMENTATION 
The documentation process was realized in three steps: site 
survey; calibration and modeling. 
2.1 Site Survey 
The case study building was photographed in two phases: 
exterior and interior photographing phases. Each is composed 
of the design of partial photographs documenting building 
surfaces and overall photographs documenting the building / 
space whole from its corners. In both phases, each piece of 
building surface was documented with six photographs: two 
taken parallel to the surface with and without ladder; two taken 
from the right side of the parallel position with and without 
ladder; and two taken from the left side of the parallel position 
with and without ladder (Figure 4). 
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