def print_cases(cases_gdf: gpd.geodataframe.GeoDataFrame):
'''
Prints available NLP cases to the console.
'''
### Print cases
print("\n")
print("*********************** Available cases ***********************")
### Print table header...
print('---------------------------------------------------------------')
_print_table_row("Index", "Name", "Resolution", "Lat.", "Lon.")
print('---------------------------------------------------------------')
### Loop through Points stored in the GeoDataFrame...
for idx, case in cases_gdf.iterrows():
# Retrieve latitude from geometry
cur_lat = case.geometry.coords.xy[1][0]
# Retrieve longitude from geometry
cur_lon = case.geometry.coords.xy[0][0]
_print_table_row(idx, case["name"], case["res"], cur_lat, cur_lon)
print('---------------------------------------------------------------')
def updateNeighbors(df: gp.geodataframe.GeoDataFrame) -> gp.geodataframe.GeoDataFrame:
for index, country in df.iterrows():
neighbors = df[~df.geometry.disjoint(country.geometry)]["name"].tolist()
neighbors = [ name for name in neighbors if country["name"] != name ]
df.at[index, "neighbors"] = ", ".join(neighbors)
return df
