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3.4.1

Contents:

  • Getting Started
  • Graphical User Interface
  • GUI in animated GIF
  • API reference
  • Gallery of examples
    • Time-lapse inversion
    • Batch inversion
    • Time-lapse 3D survey
    • Inversion with topography
    • Create a 3D survey from 2D lines
    • Global sensitivity analysis
    • 3D viewing
    • Cross-Borehole example
    • R2 basic tutorial
    • Vizualisation of infiltration into a sand column
    • Forward modelling
    • Create a a pseudo 3D survey from 2D lines
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  • Gallery of examples
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Gallery of examples

Below is a gallery of examples

  • Time-lapse inversion
  • Batch inversion
  • Time-lapse 3D survey
  • Inversion with topography
    • In a nutshell
  • Create a 3D survey from 2D lines
  • Global sensitivity analysis
    • Morris sensitivity method
    • Importing libraries
      • The SALib package
      • Create ERT forward problem with ResIPy
      • Option to view resistivity fields with pyvista
      • Define a problem file
      • Generate a Sample
    • Run the sample through the monte carlo procedure in R2
      • Factor Prioritisation
    • Summary
  • 3D viewing
    • Options available
  • Cross-Borehole example
  • R2 basic tutorial
    • 1 Basics imports
    • 2 Create an ‘Project’ object, import data and plot pseudo section
    • 3 Data filtering
    • 4 Fitting an error model
    • 5 Mesh
    • 7 Inversion
    • 8 Results visualisation and post-processing
    • In a nutshell
  • Vizualisation of infiltration into a sand column
  • Forward modelling
    • In a nutshell
  • Create a a pseudo 3D survey from 2D lines
../_images/gallery_auto_examples_nb_03time-lapse.ipynb_thumb.png

Fig. 19 Time-lapse inversion

../_images/gallery_auto_examples_nb_04batch-inversion.ipynb_thumb.png

Fig. 20 Batch inversion

../_images/gallery_auto_examples_nb_3d-time-lapse.ipynb_thumb.png

Fig. 21 Time-lapse 3D survey

../_images/gallery_auto_examples_nb_02dc-topo.ipynb_thumb.png

Fig. 22 Inversion with topography

../_images/gallery_auto_examples_nb_3d-from-2d-lines.ipynb_thumb.png

Fig. 23 Create a 3D survey from 2D lines

../_images/gallery_auto_examples_nb_morris.ipynb_thumb.png

Fig. 24 Global sensitivity analysis

../_images/gallery_auto_examples_nb_3d-visualisation.ipynb_thumb.png

Fig. 25 3D viewing

../_images/gallery_auto_examples_nb_05cross-borehole.ipynb_thumb.png

Fig. 26 Cross-Borehole example

../_images/gallery_auto_examples_nb_01getting-started.ipynb_thumb.png

Fig. 27 R2 basic tutorial

../_images/gallery_auto_examples_nb_3d-column-time-lapse.ipynb_thumb.png

Fig. 28 Vizualisation of infiltration into a sand column

../_images/gallery_auto_examples_nb_06forward.ipynb_thumb.png

Fig. 29 Forward modelling

../_images/gallery_auto_examples_nb_pseudo3dsurvey.ipynb_thumb.png

Fig. 30 Create a a pseudo 3D survey from 2D lines

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© Copyright 2020, G. Blanchy, S. Saneiyan, J. Boyd, P. McLachlan.

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