PySPEDAS: Difference between revisions
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== About PySPEDAS == | == About PySPEDAS == | ||
PySPEDAS is the Python implementation of SPEDAS (Space Physics Environment Data Analysis Software). | PySPEDAS is the Python implementation of SPEDAS (Space Physics Environment Data Analysis Software). It supports most of the capabilities of SPEDAS, including: | ||
* The ability to load heliophysics data sets from more than 30 space-based and ground-based missions | |||
* Interactive access to many more data sets via NASA's CDAWeb service, and the HAPI data locator and download interface | |||
* Support for the "tplot variable" data structure and tools, and SPEDAS-like plotting in conjunction with PyTplot, the Python implementation of the IDL tplot tools | |||
* Field and wave analysis tools: wavelet analysis, power spectra, wave polarization analysis | |||
* Magnetic field modeling: Tyganenko field models via native Python geopack package; magnetopause and neutral sheet models | |||
* Coordinate transforms, interpolation routines, unit conversions | |||
* Particle tools: plasma moments, 1-D and 2-D slices from calibrated 3-D particle distributions | |||
PySPEDAS is one of the core packages of the [http://pyhc.org Python Heliophysics Community]. | |||
== Getting started with PySPEDAS == | == Getting started with PySPEDAS == | ||
Revision as of 01:02, 2 December 2023
About PySPEDAS
PySPEDAS is the Python implementation of SPEDAS (Space Physics Environment Data Analysis Software). It supports most of the capabilities of SPEDAS, including:
- The ability to load heliophysics data sets from more than 30 space-based and ground-based missions
- Interactive access to many more data sets via NASA's CDAWeb service, and the HAPI data locator and download interface
- Support for the "tplot variable" data structure and tools, and SPEDAS-like plotting in conjunction with PyTplot, the Python implementation of the IDL tplot tools
- Field and wave analysis tools: wavelet analysis, power spectra, wave polarization analysis
- Magnetic field modeling: Tyganenko field models via native Python geopack package; magnetopause and neutral sheet models
- Coordinate transforms, interpolation routines, unit conversions
- Particle tools: plasma moments, 1-D and 2-D slices from calibrated 3-D particle distributions
PySPEDAS is one of the core packages of the Python Heliophysics Community.