Workbook 10: C Tech Database Launcher Overview

image\grybtn.jpg Data Tables

image\grybtn.jpg Queries

image\grybtn.jpg Building C Tech Data Files

image\grybtn.jpg Creating Chemistry (.csv) Files

image\grybtn.jpg Creating Groundwater Chemistry (.gwc) Files

image\grybtn.jpg Geology (.geo) File Creation

image\grybtn.jpg Pre-Geology (.pgf) File Creation

image\grybtn.jpg Geology Multi-File Creation

FILE FORMATS AND OTHER EVS HELP

 image\grybtn.jpg Geology & Chemistry File Formats

 image\grybtn.jpg EVS Module Help

 image\grybtn.jpg Workbook 1 Fundamentals and Two-Dimensional Kriging:

 image\grybtn.jpg Workbook 2 DrillGuideĀ© Analytically Guided Site Assessment:

 image\grybtn.jpg Workbook 3 Creating A Geologic hierarchy:

 image\grybtn.jpg Workbook 4 Three-Dimensional Geologic Modeling:

 image\grybtn.jpg Workbook 5 Three-Dimensional Kriging:

 image\grybtn.jpg Workbook 6 Three-Dimensional Fence Diagrams:

 image\grybtn.jpg Workbook 7 Visualizing Groundwater Modeling Results:

 image\grybtn.jpg Workbook 8 Animation Using EVS-PRO & MVS:

 image\grybtn.jpg Workbook 9 EVS For ArcView & ArcGIS:

 image\grybtn.jpg Workbook 10 Access Database Interface:

 image\grybtn.jpg Workbook 11 Geostatistics in EVS:

 image\grybtn.jpg Workbook 12 Finite Difference Gridding:

 image\grybtn.jpg Workbook 13 Advanced Geologic Modeling Concepts:

 image\grybtn.jpg Visualization Fundamentals

image\grybtn.jpg C Tech Main Help

 

C Tech supplies the Microsoft Access database file ctech.mdb as an example of a minimal database for chemical and geologic data.

The file ctech.mdb is located in the EVSDatabase folder. To open this file you must have installed either Microsoft Access.

If your data resides in an ArcView or ArcGIS project you may want to use C Tech’s ArcView or ArcGIS extensions to query and format your data for use in EVS/MVS. For more information, please review the workbook on Using EVS for ArcView & ArcGIS..

 

This database contains data from three sites. The data from tables beginning with "3D_Exp" is structured in a relational database that has tables representing; boring data, chemical samples, boring logs, interpreted (hierarchical) geologic surface observations and symbols to be associated with geologic borings.

Additionally there are two other tables with data from other sites that represent chemistry data and boring logs. Both of these tables are self-contained (not related to or linked to other tables) and contain all information required to create associated data files.

Upon opening the database file, the following windows should appear.

image\db1.jpg