def test_good_bbox_from_string
@good_bbox.each do |string|
bbox = BoundingBox.from_s(string)
def test_good_bbox_from_string
@good_bbox.each do |string|
bbox = BoundingBox.from_s(string)
def test_good_bbox_from_params
@good_bbox.each do |string|
bbox = BoundingBox.from_bbox_params(:bbox => string)
def test_good_bbox_from_params
@good_bbox.each do |string|
bbox = BoundingBox.from_bbox_params(:bbox => string)
bbox = BoundingBox.from_lon_lat_params(:minlon => array[0], :minlat => array[1], :maxlon => array[2], :maxlat => array[3])
check_bbox(bbox, array.collect(&:to_f))
end
bbox = BoundingBox.from_lon_lat_params(:minlon => array[0], :minlat => array[1], :maxlon => array[2], :maxlat => array[3])
check_bbox(bbox, array.collect(&:to_f))
end
bbox = BoundingBox.new(array[0], array[1], array[2], array[3])
check_bbox(bbox, array.collect(&:to_f))
end
bbox = BoundingBox.new(array[0], array[1], array[2], array[3])
check_bbox(bbox, array.collect(&:to_f))
end
assert_equal ((array[0].to_f + array[2].to_f) / 2.0), BoundingBox.from_s(bbox_string).centre_lon
end
end
def test_centre_lat
@good_bbox.each do |bbox_string|
assert_equal ((array[0].to_f + array[2].to_f) / 2.0), BoundingBox.from_s(bbox_string).centre_lon
end
end
def test_centre_lat
@good_bbox.each do |bbox_string|
assert_equal ((array[1].to_f + array[3].to_f) / 2.0), BoundingBox.from_s(bbox_string).centre_lat
end
end
def test_width
@good_bbox.each do |bbox_string|
assert_equal ((array[1].to_f + array[3].to_f) / 2.0), BoundingBox.from_s(bbox_string).centre_lat
end
end
def test_width
@good_bbox.each do |bbox_string|
assert_equal (array[2].to_f - array[0].to_f), BoundingBox.from_s(bbox_string).width
end
end
def test_height
@good_bbox.each do |bbox_string|
assert_equal (array[2].to_f - array[0].to_f), BoundingBox.from_s(bbox_string).width
end
end
def test_height
@good_bbox.each do |bbox_string|
def test_add_bounds_to_no_underscore
bounds = @bbox_from_string.add_bounds_to({})
assert_equal 4, bounds.size
def test_add_bounds_to_no_underscore
bounds = @bbox_from_string.add_bounds_to({})
assert_equal 4, bounds.size
- assert_equal @min_lon.to_s, bounds['minlon']
- assert_equal @min_lat.to_s, bounds['minlat']
- assert_equal @max_lon.to_s, bounds['maxlon']
- assert_equal @max_lat.to_s, bounds['maxlat']
+ assert_equal @min_lon.to_s, bounds["minlon"]
+ assert_equal @min_lat.to_s, bounds["minlat"]
+ assert_equal @max_lon.to_s, bounds["maxlon"]
+ assert_equal @max_lat.to_s, bounds["maxlat"]
- assert_equal @min_lon.to_s, bounds['min_lon']
- assert_equal @min_lat.to_s, bounds['min_lat']
- assert_equal @max_lon.to_s, bounds['max_lon']
- assert_equal @max_lat.to_s, bounds['max_lat']
+ assert_equal @min_lon.to_s, bounds["min_lon"]
+ assert_equal @min_lat.to_s, bounds["min_lat"]
+ assert_equal @max_lon.to_s, bounds["max_lon"]
+ assert_equal @max_lat.to_s, bounds["max_lat"]
private
def check_expand(bbox, array_string, margin = 0, result = nil)
private
def check_expand(bbox, array_string, margin = 0, result = nil)
result = array unless result
bbox.expand!(BoundingBox.new(array[0], array[1], array[2], array[3]), margin)
check_bbox(bbox, result)
end
def check_bbox(bbox, result)
result = array unless result
bbox.expand!(BoundingBox.new(array[0], array[1], array[2], array[3]), margin)
check_bbox(bbox, result)
end
def check_bbox(bbox, result)
- assert_equal result[0], bbox.min_lon, 'min_lon'
- assert_equal result[1], bbox.min_lat, 'min_lat'
- assert_equal result[2], bbox.max_lon, 'max_lon'
- assert_equal result[3], bbox.max_lat, 'max_lat'
+ assert_equal result[0], bbox.min_lon, "min_lon"
+ assert_equal result[1], bbox.min_lat, "min_lat"
+ assert_equal result[2], bbox.max_lon, "max_lon"
+ assert_equal result[3], bbox.max_lat, "max_lat"