Examples

Distributions

Distribution Class

Distribution Class

Statistics

Histogram 1D

Histogram 1D

Histogram 2D

Histogram 2D

Histogram 3D

Histogram 3D

StatArray Class

StatArray Class

Meshes

1D Rectilinear Mesh

1D Rectilinear Mesh

2D Rectilinear Mesh

2D Rectilinear Mesh

3D Rectilinear Mesh

3D Rectilinear Mesh

Models

1D Model with an infinite halfspace

1D Model with an infinite halfspace

2D Rectilinear Model

2D Rectilinear Model

3D Rectilinear Model

3D Rectilinear Model

Data

3D Point Cloud class

3D Point Cloud class

Frequency domain dataset

Frequency domain dataset

Skytem dataset

Skytem dataset

Tempest dataset

Tempest dataset

Datapoints

Frequency domain datapoint

Frequency domain datapoint

Skytem Datapoint Class

Skytem Datapoint Class

Tempest Datapoint Class

Tempest Datapoint Class

1D Inference

There are a couple of ways to run an inference using geobipy, the first is via command line using

geobipy skytem_options.py <output folder>

The other is with a python script similar to the examples in this folder. In both cases, you will need to write an options file (also shown in these examples)

Running GeoBIPy to invert Resolve data

Running GeoBIPy to invert Resolve data

Running GeoBIPy to invert Skytem data

Running GeoBIPy to invert Skytem data

Running GeoBIPy to invert Tempest data

Running GeoBIPy to invert Tempest data

2D Inference

2D Posterior analysis of Resolve inference

2D Posterior analysis of Resolve inference

2D Posterior analysis of Skytem inference

2D Posterior analysis of Skytem inference

2D Posterior analysis of Tempest inference

2D Posterior analysis of Tempest inference

HDF 5

Using HDF5 within GeoBIPy

Using HDF5 within GeoBIPy