Discover david-salac/Fast-SZA-and-SAA-computation Open Source project

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Language
Python
License
MIT License
Created almost 5 years ago
Updated over 4 years ago

david-salac

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The implementation of the fast algorithm for computation of the Solar Zenith Angle (aka SZA) and Solar Azimut Angle (aka SAA) based on the logic proposed by Roberto Grena in 2012 (https://doi.org/10.1016/j.solener.2012.01.024). The precision of the algorithm is 0.3 degrees for the SZA and 0.5 degrees for the SAA (mean-average error).

Portable-spreadsheet-generator

Simple spreadsheet that keeps tracks of each operation in defined languages. Logic allows export sheets to Excel files (and see how each cell is computed), to the JSON strings with description of computation e. g. in native language. Other formats like HTML, CSV and Markdown (MD) are also supported.

Python

NetCDF4-variable-streamer

Extends the default NetCDF4 driver (package netCDF4) by providing helpful functionality like reading and writing to variable in some chunks (previously pre-stored in memory - Dask like style of chunking) or dealing with variables regardless of its dimension order. Principally directly extends netCDF4 Dataset class with new functionality.

Python

crinita

Python application for generating static websites like a blog or simple static pages. Creates HTML files based on inputs (without requiring to run any script languages on the server-side).

Python

classutilities

Simple package with helpful utilities for classes. That includes class level properties and filters for configuration classes.

Python