Corrections

Nowadays most archaeologists investigating Paleolithic, uses a technique of fixing findings in three dimensions.

However, some of the information about the characteristics of the cultural layer, as a matter of fact archaeological stratigraphy and planigraphy disposition of materials , as a rule, does not exceed the scope of the reporting documentation.

This information can fully be obtained, stored and used only by means of three-dimensional modeling.

3D technology provides a wide range of options for spatial analysis.

Developed a variety of of such techniques, some of which proved to be effective and are increasingly used in archeology.

The most popular today are the laser scanning and photogrammetry.

But to use these tools, there are several of restrictions, such as: the high cost of scanning, many researchers lack the skills to work with the hardware and software.

If necessary of the three-dimensional visualization of the monuments, the excavations which were carried out without the use of the above methods of fixation, an archaeologist faces certain difficulties.

All this necessitates the development of new methods for three-dimensional visualization of archaeological data.

This work describes the method of 3D rendering raw data, derived from excavations.

A 3D pattern represents an arrangement of findings in an area excavation and a structural feature