stack_dems.py¶

Create a NetCDF stack of DEMs.

usage: stack_dems.py [-h] [-extent xmin xmax ymin ymax] [-res RES]
                     [-epsg EPSG] [-o OUTFILE] [-c] [-u] [-do_coreg]
                     [-r REF_TILES] [-inc_mask INC_MASK] [-exc_mask EXC_MASK]
                     [-outdir OUTDIR] [-filt_dem FILT_DEM] [-add_ref]
                     [-add_corr] [-nd LATLONTILE_NODATA] [-filt_mm_corr] [-z]
                     [-y YEAR0] [-t TMPTAG]
                     filelist [filelist ...]

Positional Arguments¶

filelist

List of DEM files to read and stack.

Named Arguments¶

`-extent`	Extent of output DEMs to write.
`-res`	pixel resolution (in meters)
`-epsg`	Target EPSG code. Default is taken from first (chronological) DEM.
`-o, --outfile`	Output NetCDF file to create [mmaster_stack.nc] Default: “mmaster_stack.nc”
`-c, --clobber`	Overwrite any existing file [False] Default: False
`-u, --uncert`	Read stable terrain statistics for each DEM from [filename].txt Default: False
`-do_coreg`	Co-register DEMs to a reference DEM before adding to stack [False] Default: False
`-r, --ref_tiles`
	Path to shapefile of reference DEM tiles to use for co-registration [None]
`-inc_mask`	Filename of inclusion mask (i.e., land) for use in co-registration.
`-exc_mask`	Filename of exclusion mask (i.e., glaciers) for use in co-registration.
`-outdir`	Output directory for temporary files [tmp]. Default: “tmp”
`-filt_dem`
`-add_ref`	Add reference DEM as a stack variable [False] Default: False
`-add_corr`	Add correlation masks as a stack variable [False] Default: False
`-nd, --latlontile_nodata`
	Apply nodata for a lat/lon tile footprint to avoid overlapping and simplify xarray merging.
`-filt_mm_corr`	Filter MMASTER DEM with correlation mask when stacking. Default: False
`-z, --l1a_zipped`
	Use if DEMs are zipped. Default: False
`-y, --year0`	Year 0 to reference time variable to [1900] Default: 1900.0
`-t, --tmptag`	Tag to append to temporary filenames [None]