Archaeological imaging and visualization

The main goal of this thesis is to develop a sophisticated visualization application that can be better used by geophysicists, geologists and archaeologists to explore and understand the spatial visualization of data collected from the historical site. Application has functionalities such as rotating, zooming and cutting the 3D visualization of data from the historical site. Additionally, it is also possible to make some geophysical values transparent for getting a better understanding about the historical site. Application also has capability such as taking snop-shot and recording video abilities.Visualization process can be repeated by using different interpolation and colormap settings. Maximum geophysical data limit value can be defined and changed in application, so users can adjust the insignificant data values and get start the visualization process. System was developed by using Java programming language in Eclipse Platform and VTK (Visualization ToolKit) is used to generate three dimensional graphics.