def getPointsCountyGeoJSON(county_name, year):
(manure, msw, crop, manure_nonpoints, proc_nonpoints, manure_cols,
cols_msw, cols_crp,
cols_manure_nonpts, cols_proc_nonpts) = getBiomassInSelectCounty(
county_name, counties_df, biomass_pts, msw_CBGcntrd_pts, crp2016_pts,
crp2020_pts, crp2050_pts, manure_nonpts, proc_nonpts, year)
return {
'manure_pts': gpd_to_geojson(manure, manure_cols),
'msw_pts': gpd_to_geojson(msw, cols_msw),
'crp_pts': gpd_to_geojson(crop, cols_crp),
'manure_nonpts': gpd_to_geojson(manure_nonpoints, cols_manure_nonpts),
'proc_nonpts': gpd_to_geojson(proc_nonpoints, cols_proc_nonpts)
}
def getPROCwithScale():
left_bottom_lon = float(request.args.get('left_bottom_lon'))
left_bottom_lat = float(request.args.get('left_bottom_lat'))
right_top_lon = float(request.args.get('right_top_lon'))
right_top_lat = float(request.args.get('right_top_lat'))
pointlist = [[left_bottom_lon, left_bottom_lat],
[left_bottom_lon, right_top_lat],
[right_top_lon, right_top_lat],
[right_top_lon, left_bottom_lat]]
points_in_frame = getPointsInFrame(pointlist, PROC_ZC_pts)
cluster_centers = getPointsWithScale(points_in_frame)
cluster_centers['Type'] = 'PROC'
return flask.jsonify({
'PROC':
gpd_to_geojson(cluster_centers,
['number_of_points', 'Type', 'AVG_PH', 'AVG_PC']),
'DES_CBG':
gpd_to_geojson(DES_CBG_pts, cols_DES_CBG_pts)
})
def getPointsBufferGeoJSON(lat, lng, buffer_m, year, moisture, energy_type,
content, potential):
biomass, msw, crp, total_biomass, total_biomass_wt = getBiomassInBuffer(
(lng, lat), buffer_m, biomass_pts, msw_CBGcntrd_pts, crp2016_pts,
crp2020_pts, crp2050_pts, year, moisture, energy_type, content,
potential)
cols_msw = list(msw.columns.values)
cols_msw.remove('geometry')
cols_crop = list(crp.columns.values)
cols_crop.remove('geometry')
cols_manure = list(biomass.columns.values)
cols_manure.remove('geometry')
return {
'manure': gpd_to_geojson(biomass, cols_manure),
'msw': gpd_to_geojson(msw, cols_msw),
'crop': gpd_to_geojson(crp, cols_crop),
'total_biomass': total_biomass,
'total_biomass_wt': total_biomass_wt
}
def getPoints():
return flask.jsonify({
'AD': gpd_to_geojson(AD_pts, cols_AD_pts),
'COMB': gpd_to_geojson(COMB_pts, cols_COMB_pts),
'W2E': gpd_to_geojson(W2E_pts, cols_W2E_pts),
})
def getCounties():
return flask.jsonify({
'biomass': gpd_to_geojson(counties_df, cols_counties),
'thermal': gpd_to_geojson(thermal, cols_thermal)
})