SEAScope is a standalone 3D visualisation and analysis application for satellite, in-situ and numerical model data. Its rendering is designed to ease the detection of synergies between several sources of observations and simulations, without the complications introduced by map projections. An optional Python package allows the viewer to be controlled remotely and data to be exchanged with a Python session or a Jupyter notebook.
SEAScope runs on Linux, macOS and Windows, and is available from
https://
In this chapter¶
| Page | What it covers |
|---|---|
| Download and install | Getting the viewer for Linux, macOS or Windows, with a video for each platform. |
| Starting SEAScope | Launching the application, and the configuration file, data directory and index it creates on first start. |
| Add Data to SEAScope | Downloading the sample datasets, adding your own data to the data directory, and rebuilding the index. |
| General overview | A tour of the interface. |
| Specific features | Globe navigation, loading data, layers, rendering and colormaps, time navigation and the analysis tools, feature by feature. |
| Python interaction with SEAScope | Interacting with the viewer from a Python session and exchanging data with it. |
| Jupyter python Notebooks Examples | Worked examples using the viewer together with the SEAScope Python bindings. |
Asking a question or reporting a bug¶
Open an issue — for questions about using the tools as well as for bugs. When reporting a bug, please say which tool you were using, what you expected, and what happened instead.
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