@@ -1211,8 +1211,8 @@ def match_coordinates(
12111211 "Input lat and lon coordinates do not seem to correspond"
12121212 " to geographic coordinates in degrees. This can be because"
12131213 " total extents are > 180 for lat or > 360 for lon, lat coordinates"
1214- " are outside of -90<lat<90, or lon coordinates are outside of -540<lon<540. "
1215- " If you use degree values outside of these ranges,"
1214+ " are outside of -90<lat<90, or lon coordinates are outside of "
1215+ "-540<lon<540. If you use degree values outside of these ranges,"
12161216 " please shift the coordinates to the valid ranges."
12171217 )
12181218
@@ -1454,7 +1454,8 @@ def _nearest_neighbor_haversine(centroids, coordinates, unit, threshold):
14541454 num_warn = np .sum (dist > threshold )
14551455 if num_warn :
14561456 LOGGER .warning (
1457- "Distance to closest centroid is greater than %s" "km for %s coordinates." ,
1457+ "Distance to closest centroid is greater than %s" ,
1458+ "km for %s coordinates." ,
14581459 threshold ,
14591460 num_warn ,
14601461 )
@@ -1509,7 +1510,8 @@ def _nearest_neighbor_euclidean(
15091510 num_warn = np .sum (dist > threshold )
15101511 if num_warn :
15111512 LOGGER .warning (
1512- "Distance to closest centroid is greater than %s" "km for %s coordinates." ,
1513+ "Distance to closest centroid is greater than %s" ,
1514+ "km for %s coordinates." ,
15131515 threshold ,
15141516 num_warn ,
15151517 )
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