Introduction

In this Workbook, we use the Network Editor to build a network to perform finite difference gridding (FDG). The application:

Reads an EVS chemistry data file.

Performs data estimation (Kriging) of the sparse measured chemistry data.

Uses post_samples to display the measured data.

Develops a grid to lay out the measured data on the surface using Krig 3D Geology.

Uses geologic_surface to visualize the surface elevations at the given data points.

Visualizes a plume of the data using 3D Plume.

We are then able to use Explode and Scale to separate the different layers of the plume, and then explode the post_samples to match the separated layers.