Session 1:

Working with Projects

Goals

Opening and Organising Projects

The Leapfrog Geo Main Window

The Menu

The Toolbar

The Scene Window

The Scene List

The Properties Panel

The Project Tree and Processing Panel

Using the Mouse

Rotating

Zooming

Panning

Centre of Rotation

Creating a Project

Session 2: Importing Drillhole Data

Goals

Importing Marvin M Campaign Data

The Collar File

The Survey File

Interval Tables

Viewing the Data

Fixing Errors

Session 3:

Creating a Topography

Goals

Importing Topography Points

Displaying Drillhole Data with the Topography

Setting the Clipping Boundary

Importing and Draping GIS Data

Session 4:

Building an Intrusive Geological

Model

Goals

Creating a New Geological Model

Modelling QzP

Refining QzP

Modelling GnD

Setting the Surface Chronology

Modelling AvT

Generating Volumes

Saving a Scene

Copying a Geological Model

Changing the Resolution of a Geological Model

Session 5:

Building a Depositional

Geological Model

Goals

Creating a New Geological Model

Creating Contact Surfaces

Adding the Layers to the Surface Chronology

Session 6:

Stratigraphic Modelling

Goals

Copying a Geological Model

Defining the Stratigraphic Sequence

Session 7:

Dynamic Updating

Goals

Appending Drillhole Data

Updating the Geological Model Extents

Examining the Geological Model

Evaluating the New Model Against the Original

Session 8:

Building from a Map Using

Structural Data

Goals

Creating a New Project

Importing a Non Georeferenced Map

Creating the Topography from Points

Adding Structural Data

Importing Structural Data for the Contact Surfaces

Creating the Geological Model for the Western Side

Adding the Fault to the Geological Model

Defining the Lithologies

Defining the Sedimentary Sequence

Activating the Fault in the Model

Adding an Erosion Surface from a GIS Line

Exercise: Build the Eastern GM

Session 9:

Building an Interpolant

Goals

Modelling Approach

Iterative Refinement

Creating an Interpolant of Au

Examining the Initial Interpolant

Refining the Interpolant Using a Geological Model as a Lateral

Extent

Modelling Au Within QzP Using a Filter

Setting the Interpolation Parameters

Setting a Trend

Transforming and Clipping Values

Bounding the Isosurfaces

Calculating Mineral Volumes

Exercise 1:

Marvin Weathering

Goals

Create the Geological Model

Building the Contact Surfaces

Viewing the Model in the Scene

Exercise 2:

Simple Map

Goals

Data Folder

Setting Up the Project

Creating the Geological Model

Creating the Fault

Adding the Fault to the Geological Model

Modelling the Contacts

Modelling the Western Side of the Fault

Exercise 3:

Stratigraphy

Goals

Data Folder

Setting Up the Project

Creating the Geological Model and Adding the Faults

Defining the Stratigraphic Sequence

Alternative Workflow: Creating a Single Stratigraphy

Exercise 4:

Wolf Pass

Goals

Setting Up the Project

Grouping the Lithologies

Differentiating the Veins

Modelling the Veins

Extending the Vein Boundaries

Modelling the Other Lithologies

Exercise 5:

Geothermal System

Goals

Data Folder

Setting Up the Project and Creating the Topography

Importing the Drillholes

Creating the Geological Model

Creating the Intrusions

Refining the Intrusions

Adding Sedimentary Surfaces

Setting the Surface Chronology

Adding Faults to the Model