end
end
+ def linear_size
+ if complete?
+ (max_lon - min_lon) + (max_lat - min_lat)
+ else
+ 0
+ end
+ end
+
def complete?
to_a.exclude?(nil)
end
private
def from_bbox_array(bbox_array)
- raise OSM::APIBadUserInput, "The parameter bbox is required, and must be of the form min_lon,min_lat,max_lon,max_lat" unless bbox_array
+ raise OSM::APIBadUserInput, "The parameter bbox must be of the form min_lon,min_lat,max_lon,max_lat" unless bbox_array
# Take an array of length 4, create a bounding box with min_lon, min_lat, max_lon and
# max_lat within their respective boundaries.
- min_lon = [[bbox_array[0].to_f, -LON_LIMIT].max, +LON_LIMIT].min
- min_lat = [[bbox_array[1].to_f, -LAT_LIMIT].max, +LAT_LIMIT].min
- max_lon = [[bbox_array[2].to_f, +LON_LIMIT].min, -LON_LIMIT].max
- max_lat = [[bbox_array[3].to_f, +LAT_LIMIT].min, -LAT_LIMIT].max
+ min_lon = bbox_array[0].to_f.clamp(-LON_LIMIT, +LON_LIMIT)
+ min_lat = bbox_array[1].to_f.clamp(-LAT_LIMIT, +LAT_LIMIT)
+ max_lon = bbox_array[2].to_f.clamp(-LON_LIMIT, +LON_LIMIT)
+ max_lat = bbox_array[3].to_f.clamp(-LAT_LIMIT, +LAT_LIMIT)
BoundingBox.new(min_lon, min_lat, max_lon, max_lat)
end
end