Products: EVS for ArcView

Register an account with C Tech to request a demonstration DVD complete with over 60 minutes of animation, gain access to our downloadable software, and more.

EVS for ArcView® is C Tech's easiest to use true 3D analysis and visualization system designed to seamlessly integrate with ESRI's ArcView® GIS or to operate in a stand-alone mode. Features include: borehole and sample posting; mapping isovolumes and isolines; parameter estimation using expert system driven 2D and 3D kriging algorithms with best fit variograms; ability to visualize and explode geologic layers colored by thickness, material, or contamination and much more. Integrated volumetrics and mass calculation for soil and groundwater contamination and ore bodies.


ArcView® ArcGIS Integration

Discover true 3D analysis and visualization seamlessly integrated with ArcView® & ArcGIS! Geologic modeling, geostatistics, volumetrics, and mass calculations all in one package...EVS for ArcView®. Only C Tech provides this level of true 3D volumetric modeling, presentation graphics and GIS integration.

ArcView® ArcGIS Extensions

Launch all C Tech Software from our FREE ArcView® & ArcGIS Extensions! C Tech's extensions allow you to query your data in shapefiles and/or tables and build chemistry and geology files in EVS format. Once your files are created or existing data is read, the extension can launch one of many applications for analysis and visualization of your chemistry and/or geology data.

Choose your application from our graphical Preview and Launch Menu and see your data as a true 3D volumetric model in seconds.

EVS for ArcView® is a subset of the other EVS versions. With EVS-Standard or EVS-PRO the ArcView® & ArcGIS extensions are even more powerful.

This application is just one of many included with EVS for ArcView®. Interactively move the slice planes with your mouse throughout the 3D volume computed using our expert system driven Kriging. Query the measured data used in the Kriging, shown here as spheres sized and colored according to contaminant concentration.