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Figure.4 3D textured model of the monastery of Christ Pantepoptes (Eski Imaret-i Atik Cami) in 3D Studio MAX. 
Figure.5 3D D textured model of the monastery of Christ Pantepoptes (Eski Imaret-i Atik Cami) in AutoCAD. 
5. CONCLUSION 
The increasing use of close-range photogrammetry techniques 
for recording historical buildings and objects worldwide 
motivates the development of new tools for data acquisition and 
3D modeling. 
3D photo-models are best suited to give a clear and detailed 
impression of existing situations. For the generation of 3D 
photo-models digital images are needed. 
The texture applied to the three-dimensional object model is, as 
far as available, taken from the photographs. If three- 
dimensional photo-models are stored in VRML-format, it is 
possible to visualize and animate them on the Internet. These 
models can be used easily for generating an information system. 
Therefore, 3D photo-models show up to be a new product in the 
area of planning and documentation. 
It is useful to create 3D models both for planning, projects and 
also for presentation and visualization. In this study both 
photogrammetric and geodetic measurements were used 
together to create 3D model. It was seen that 3D Studio MAX is 
quite professional for creating 3D models and also for creating 
animations by using these models. So it is very complex to use 
MAX and it takes a long time learning to use it functionally. 
REFERENCES 
Carey, R., Bell, G., "The Annotated VRML 2.0 Reference 
Manual’’, Addison Wesley Developers Press, 1997. 
Dorffner, L. and Forkert, G, 1998, “Generation And 
Visualization Of 3D Photo-Models Using Hybrid Block 
Adjustment With Assumptions On The Object Shape” ISPRS 
Journal Photogrammetry and Remote Sensing, Vol.53, pp.369- 
378. 
Duran, Z., Toz, G., 2002. Integration of GIS for Cultural 
Heritage Documentation, XXX IAHS World Congress on