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(about-xdem)= | ||
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# About xDEM | ||
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xDEM is a [Python](https://www.python.org/) package for the analysis of DEMs, with name standing for _cross-DEM analysis_[^sn1] | ||
and echoing its dependency on [xarray](https://docs.xarray.dev/en/stable/). It is designed for all Earth and planetary | ||
observation science, although our group currently has a strong focus on glaciological applications. | ||
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[^sn1]: The core features of xDEM rely on cross-analysis of surface elevation, for example for DEM alignment or error analysis. | ||
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```{epigraph} | ||
The core mission of xDEM is to be **easy-of-use**, **modular**, **robust**, **reproducible** and **fully open**. | ||
Additionally, xDEM aims to be **efficient**, **scalable** and **state-of-the-art**. | ||
``` | ||
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```{important} | ||
:class: margin | ||
xDEM is in early stages of development and its features might evolve rapidly. Note the version you are working on for | ||
**reproducibility**! | ||
We are working on making features fully consistent for the first long-term release ``v0.1`` (likely sometime in 2023). | ||
``` | ||
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In details, those mean: | ||
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- **Ease-of-use:** all DEM basic operations or methods from published works should only require a few lines of code to be performed; | ||
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- **Modularity:** all DEM methods should be fully customizable, to allow both flexibility and inter-comparison; | ||
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- **Robustness:** all DEM methods should be tested within our continuous integration test-suite, to enforce that they always perform as expected; | ||
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- **Reproducibility:** all code should be version-controlled and release-based, to ensure consistency of dependant packages and works; | ||
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- **Open-source:** all code should be accessible and re-usable to anyone in the community, for transparency and open governance. | ||
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```{note} | ||
:class: margin | ||
Additional mission points, in particular **scalability**, are partly developed but not a priority until our first long-term release ``v0.1`` is reached. Those will be further developed specifically in a subsequent version ``v0.2``. | ||
``` | ||
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And, additionally: | ||
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- **Efficiency**: all methods should be optimized at the lower-level, to function with the highest performance offered by Python packages; | ||
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- **Scalability**: all methods should support both lazy processing and distributed parallelized processing, to work with high-resolution data on local machines as well as on HPCs; | ||
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- **State-of-the-art**: all methods should be at the cutting edge of remote sensing science, to provide users with the most reliable and up-to-date tools. | ||
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# The people behind xDEM | ||
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```{margin} | ||
<sup>2</sup>More on our GlacioHack founder at [adehecq.github.io](https://adehecq.github.io/)! | ||
``` | ||
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xDEM was created during the [GlacioHack](https://github.com/GlacioHack) hackaton event, that was initiated by | ||
Amaury Dehecq<sup>2</sup> and took place online on November 8, 2020. | ||
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```{margin} | ||
<sup>3</sup>Check-out [glaciology.ch](https://glaciology.ch) on our founding group of VAW glaciology! | ||
``` | ||
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The initial core development of xDEM was performed by members of the Glaciology group of the Laboratory of Hydraulics, Hydrology and | ||
Glaciology (VAW) at ETH Zürich<sup>3</sup>, with contributions by members of the University of Oslo, the University of Washington, and University | ||
Grenobles Alpes. | ||
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We are not software developers but geoscientists, and we try our best to offer tools that can be useful to a larger group, | ||
documented, reliable and maintained. All development and maintenance is made on a voluntary basis and we welcome | ||
any new contributors. See some information on how to contribute in the dedicated page of our | ||
[GitHub repository](https://github.com/GlacioHack/xdem/blob/main/CONTRIBUTING.md). | ||
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