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Getting Started

Installation
Usage Guide

Quickstart Tutorials

Interactive Notebooks
PyRadtran Quickstart
Quickstart: Surface Albedo
Quickstart: Broadband Thermal
Quickstart: Brightness Temperature
Quickstart: Solar Spectral
Quickstart: ERA5 Atmosphere

Clouds

Advanced: Water Clouds
Advanced: Mixed-Phase Clouds (+ ERA5 data)
Advanced: Multi-Dimensional Cloud Experiment

Radiosondes & Atmosphere

Radiosonde Atmosphere Generator

Advanced Topics

Advanced: Custom Dimension Iteration
Advanced: Reproducing Shupe & Intrieri (2004)
Advanced: Reproducing Shupe & Intrieri (2004) Part 2: Adding seasonal ERA5 Profiles
Advanced: A Simple Tropical Lapse-Rate Experiment

Campaigns

Advanced: Solar Validation Against HALO-(AC)³ Aircraft Measurements
Advanced: Realistic Clouds from Observations (Thermal)
Advanced: Realistic Clouds from Observations (Solar Spectral)

Data Processing & Campaigns

Processing: ERA5 Sea Ice Profiles
Arctic Atmosphere in a Warming Climate: ERA5 Sea-Ice Profiles
Processing: ERA5 Regional Mean Profiles for Libradtran
Processing: CARRA Reanalysis Atmosphere
Processing: Station Nord 2024
Advanced: Ny-Ålesund Radiation

Configuration & Examples

Examples
Configuration Gallery

Reference

API Reference
Contributing
Changelog

.rst

pyradtran.io.NetCDFSaver.init

Contents

NetCDFSaver.__init__()

pyradtran.io.NetCDFSaver.init#

NetCDFSaver.__init__()#

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pyradtran.io.NetCDFSaver.save_results_to_netcdf

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NetCDFSaver.__init__()

By PyRadtran Developers

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