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  • Getting Started
  • User Guide
  • Developers Guide
  • Iris API
  • What’s New in Iris
  • Why Iris
  • Installing
  • Gallery
    • Example of a Polar Stereographic Plot
    • Quickplot of a 2D Cube on a Map
    • Cross Section Plots
    • Multi-Line Temperature Profile Plot
    • Fitting a Polynomial
    • Rotated Pole Mapping
    • Test Data Showing Inset Plots
    • Applying a Filter to a Time-Series
    • Deriving the Coriolis Frequency Over the Globe
    • Calculating a Custom Statistic
    • Colouring Anomaly Data With Logarithmic Scaling
    • Plotting in Different Projections
    • Loading a Cube From a Custom File Format
    • Ionosphere Space Weather
    • Hovmoller Diagram of Monthly Surface Temperature
    • Plotting Wind Direction Using Quiver
    • Plotting Wind Direction Using Barbs
    • Deriving Exner Pressure and Air Temperature
    • Global Average Annual Temperature Plot
    • Seasonal Ensemble Model Plots
    • Global Average Annual Temperature Maps
    • Tri-Polar Grid Projected Plotting
    • Load a Time Series of Data From the NEMO Model
    • Oceanographic Profiles and T-S Diagrams
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  • General
  • Meteorology
  • Oceanography
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Gallery¶

The gallery is divided into sections as described below. All entries show the code used to produce the example plot. Additionally there are links to download the code directly as source or as part of a jupyter notebook, these links are at the bottom of the page.

In order to successfully view the jupyter notebook locally so you may experiment with the code you will need an environment setup with the appropriate dependencies, see Installing for instructions. Ensure that iris-sample-data is installed as it is used in the gallery. Additionally ensure that you install jupyter. The command to install both is:

conda install -c conda-forge iris-sample-data jupyter

Once you have downloaded the notebooks (bottom of each gallery page), you may start the jupyter notebook via:

jupyter notebook

If you wish to contribute to the gallery see the Gallery section of the Contributing to the Documentation.

General¶

Todo

css issue with the figures links? Not enough spacing under the “Figure X” imho - highligted in red using css but cannot work out how to adjust the spacing. Could remove the numbering but would then need to remove all the numfig references too.

Example of a Polar Stereographic Plot

Figure 1 Example of a Polar Stereographic Plot¶

Quickplot of a 2D Cube on a Map

Figure 2 Quickplot of a 2D Cube on a Map¶

Cross Section Plots

Figure 3 Cross Section Plots¶

Multi-Line Temperature Profile Plot

Figure 4 Multi-Line Temperature Profile Plot¶

Fitting a Polynomial

Figure 5 Fitting a Polynomial¶

Rotated Pole Mapping

Figure 6 Rotated Pole Mapping¶

Test Data Showing Inset Plots

Figure 7 Test Data Showing Inset Plots¶

Applying a Filter to a Time-Series

Figure 8 Applying a Filter to a Time-Series¶

Deriving the Coriolis Frequency Over the Globe

Figure 9 Deriving the Coriolis Frequency Over the Globe¶

Calculating a Custom Statistic

Figure 10 Calculating a Custom Statistic¶

Colouring Anomaly Data With Logarithmic Scaling

Figure 11 Colouring Anomaly Data With Logarithmic Scaling¶

Plotting in Different Projections

Figure 12 Plotting in Different Projections¶

Loading a Cube From a Custom File Format

Figure 13 Loading a Cube From a Custom File Format¶

Meteorology¶

Ionosphere Space Weather

Figure 14 Ionosphere Space Weather¶

Hovmoller Diagram of Monthly Surface Temperature

Figure 15 Hovmoller Diagram of Monthly Surface Temperature¶

Plotting Wind Direction Using Quiver

Figure 16 Plotting Wind Direction Using Quiver¶

Plotting Wind Direction Using Barbs

Figure 17 Plotting Wind Direction Using Barbs¶

Deriving Exner Pressure and Air Temperature

Figure 18 Deriving Exner Pressure and Air Temperature¶

Global Average Annual Temperature Plot

Figure 19 Global Average Annual Temperature Plot¶

Seasonal Ensemble Model Plots

Figure 20 Seasonal Ensemble Model Plots¶

Global Average Annual Temperature Maps

Figure 21 Global Average Annual Temperature Maps¶

Oceanography¶

Tri-Polar Grid Projected Plotting

Figure 22 Tri-Polar Grid Projected Plotting¶

Load a Time Series of Data From the NEMO Model

Figure 23 Load a Time Series of Data From the NEMO Model¶

Oceanographic Profiles and T-S Diagrams

Figure 24 Oceanographic Profiles and T-S Diagrams¶

Download all examples in Python source code: gallery_python.zip

Download all examples in Jupyter notebooks: gallery_jupyter.zip

Gallery generated by Sphinx-Gallery

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Example of a Polar Stereographic Plot

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