gdal_helpers module¶

HSTB.kluster.gdal_helpers Module¶

`crs_to_osgeo`(input_crs)	Take in a CRS in several formats and returns an osr SpatialReference for use with GDAL/OGR
`gdal_output_file_exists`(pth)	here we could just do os.path.exists, but we also support vsimem virtual file systems for gdal https://gdal.org/user/virtual_file_systems.html therefore we should just try a gdal open to see if the file path exists
`gdal_raster_create`(output_raster, data, ...)	Build a gdal product from the provided data using the provided driver.
`get_raster_attribution`(raster_source)	Return a dictionary of all attribution from the given raster.
`get_raster_bands`(raster_source)	Return a list of all band names in the given GDAL supported raster file
`get_vector_attribution`(vector_source)	Return a dictionary of all attribution from the given vector file.
`get_vector_layers`(vector_source)	Return a list of all layer names in the given GDAL supported vector file
`ogr_output_file_exists`(pth)	here we could just do os.path.exists, but we also support vsimem virtual file systems for gdal https://gdal.org/user/virtual_file_systems.html therefore we should just try a ogr open to see if the file path exists
`pyproj_crs_to_osgeo`(proj_crs)	Convert from the pyproj CRS object to osgeo SpatialReference
`return_gdal_version`()	Parse the gdal VersionInfo() output to make it make sense in terms of major.minor.hotfix convention

VectorLayer(output_file, driver_name, ...[, ...])

Convert numpy arrays and metadata to OGR geometry to then generate OGR files.