Code and notes for the 2017 UW eScience geohackweek GlacierHack project.
See the wiki for results
- To learn new skills to work with large raster datasets, specifically high-resolution DEMs
- Learn how to calcluate elevation change, volume change, and geodetic mass balance from DEM time series
- Learn how to generate glacier surface flow velocity maps from feature tracking of images and DEMs
- Explore options to integrate DEM time series and implement various processing steps into Google Earth Engine
Sub-projects (see wiki for more info)
Lead(s): @spectorp, @mattols
Lead(s): @willkochtitzky @prajjwalpanday
Lead(s): @drounce, @tarynblack, @mattols
Lead(s): @dshean
Let's identify one or more sites with a good, dense time series of DEM/image data. See count maps and indices.
Index of available DEMs: https://drive.google.com/open?id=0B5c3UTO8DDZwNkktcGtBSXJvQjQ
Index of available DEMs: https://drive.google.com/file/d/0B5c3UTO8DDZwNDFvWkQ0bFdsa0U
- Raster processing ghw2017 tutorial: https://geohackweek.github.io/raster/
- Rainier DEM example: https://geohackweek.github.io/raster/06-pygeotools_rainier/
- GDAL API reference: (http://www.gdal.org/gdal_tutorial.html)
- Download the latest ASP binaries for your operating system (Linux or OS X). For bleeding edge, see the daily builds.
- Extract: tar -xzvf StereoPipeline--x86_64-.tar.gz (filling in the appropriate filename)
- Move the extracted folder to a location on your system where you store executables (e.g., bindir="~/sw" or bindir="/usr/local/bin"): mv StereoPipeline--x86_64-/ $bindir
- Add the ASP bin subdirectory to your path. In bash: export PATH=${PATH}:$bindir/StereoPipeline--x86_64-/bin. To make this permanent, add that line to your ~/.bashrc or ~/.bash_profile.