I want to generate metadata in a more systematic way, and on a site-by-site basis. In this process, it will also be a good opportunity to update some of the existing properties fields, as well as add some new ones. Some of this work is done in the generate_metadata.ipynb notebook.
Here are the new metadata fields.
External Properties:
These properties are computed from existing information, or pulled from other sources.
id: "8968164992fffff" To do! Shouldn't be a property. Instead, it should be a top level id feature @clkruse
Soil Clay Fraction: 0.32
Elevation: 20
Drainage Direction: "east"
Upstream Drainage Area (km^2): 0.017042499035596848
Place Name: To do! Necessary given loader.py? @clkruse
Contour Properties:
These properties need to be computed from contour data.
Mean Area (ha): To do! @clkruse
Max Area (ha): To do! @clkruse
Properties based on all sites:
We would like to compute a risk score. The risk score relies on means/deviations from the population as a whole. Thus, will require updating after all other elements are in place.
I want to generate metadata in a more systematic way, and on a site-by-site basis. In this process, it will also be a good opportunity to update some of the existing properties fields, as well as add some new ones. Some of this work is done in the
generate_metadata.ipynbnotebook.Here are the new metadata fields. External Properties: These properties are computed from existing information, or pulled from other sources.
id: "8968164992fffff" To do! Shouldn't be a property. Instead, it should be a top levelidfeature @clkruseSoil Clay Fraction: 0.32Elevation: 20Drainage Direction: "east"Upstream Drainage Area (km^2): 0.017042499035596848Height Above Nearest Drainage (m): 2.3999998569488525Landform Type: "Lower slope (warm)"Soil Sand Fraction: 0.4Slope (degrees): 0.6202733540357432Fine Earth Density (kg / m^3): 82Soil Great Group: 0Distance to Waterway (m): 318.8570167898587Population - 1 km: 1055.96Population - 5 km: 16148.45Population - 10 km: 29211.36Place Name: To do! Necessary givenloader.py? @clkruseContour Properties: These properties need to be computed from contour data.
Mean Area (ha): To do! @clkruseMax Area (ha): To do! @clkruseProperties based on all sites: We would like to compute a risk score. The risk score relies on means/deviations from the population as a whole. Thus, will require updating after all other elements are in place.