GeoFizz :: Geophysical Investigations

Geophysical instruments & investigations
malcolm@geofizz.co.uk 01953 714966

Visualiser 3D

Professional 3d imaging software

Our software is designed in that way, that even less experienced users can work with it. Often it is not sufficient to know that an hidden object has been located. For further plans to recover these objects the determination of the exact position and depth is necessary - no problem with our software.

This new and completely revised software Visualizer 3D provides improved graphics and sensational depth measurement. All metals are represented where they are situated: under the surface. The depth measurement has been adapted to the different types of soil.

The following features are available in this software program:

3D graphic
Depth measurement
Determination of position
Manual correction of error signals
Printout
Variable wireframe representation
Live picture
(only with the devices Future 2005 and Future I-160
Discrimination mode to distinguish between precious and non-precious metals and cavities
Automatic measurement completion in case of missing signals
Automatic correction of error signals
Features to improve the graphic

Click at one of these images to get a larger view.

Figure 1	Figure 1: This figure shows a graphic in top view, where metallic objects and cavities can be identified easily.	Figure 2	Figure 2: This figure shows a graphic in top view at which only metallic objects and cavities are visible. Other color values are removed.
Figure 3	Figure 3: Here you can see a graphic represented in side view. This view makes the depth measurement possible. To line of depth has to be moved down to the object to read the correct depth.	Figure 4	Figure 4: In this figure you can see a multiple view including three small previews of the graphic (top view, side view, perspective).
Figure 5	Figure 5: This figure shows the dialog "Characteristics", in which field length, width and type of soil can be noted.	Figure 6	Figure 6: In this figure the parameter adjustments of a new measurement are represented.