def test_almost_globe():
globe1 = BoundingBox(north=90, west=1, east=360, south=-90)
globe2 = BoundingBox(north=90, west=-180, east=179, south=-90)
assert globe1.merge(globe2).width == 360, globe1.merge(globe2).width
assert globe2.merge(globe1).width == 360, globe2.merge(globe1).width
print(globe1.merge(globe2))
def test_bbox():
for i in range(-365, 365):
bbox = BoundingBox(north=90, west=i, south=30, east=10 + i)
assert bbox.width == 10, bbox
for i in range(-365, 365):
bbox = BoundingBox(north=90, west=i, south=30, east=350 + i)
assert bbox.width == 350, bbox
for i in range(-365, 365):
bbox = BoundingBox(north=90, west=i, south=30, east=(10 + i) % 360)
assert bbox.width == 10, bbox
for i in range(-365, 365):
bbox = BoundingBox(north=90, west=i, south=30, east=(350 + i) % 360)
assert bbox.width == 350, bbox
for i in range(-365, 365):
bbox = BoundingBox(north=90, west=i % 360, south=30, east=10 + i)
assert bbox.width == 10, bbox
for i in range(-365, 365):
bbox = BoundingBox(north=90, west=i % 360, south=30, east=350 + i)
assert bbox.width == 350, bbox
for i in range(-365, 365):
bbox = BoundingBox(north=90,
west=i % 360,
south=30,
east=(10 + i) % 360)
assert bbox.width == 10, bbox
for i in range(-365, 365):
bbox = BoundingBox(north=90,
west=i % 360,
south=30,
east=(350 + i) % 360)
assert bbox.width == 350, bbox
for i in range(-365, 365):
bbox1 = BoundingBox(north=90, west=150 + i, south=30, east=170 + i)
bbox2 = BoundingBox(north=90, west=-170 + i, south=30, east=-150 + i)
bbox = bbox1.merge(bbox2)
assert bbox.width == 60, (bbox1, bbox2, bbox)
bbox = bbox2.merge(bbox1)
assert bbox.width == 60, (bbox1, bbox2, bbox)
with pytest.raises(ValueError):
BoundingBox(north=-10, west=0, south=30, east=1)
with pytest.raises(ValueError):
BoundingBox(north=90, west=1, south=30, east=1)
def test_globe():
globe1 = BoundingBox(north=90, west=0, east=360, south=-90)
assert globe1.width == 360
assert globe1.west == 0
globe2 = BoundingBox(north=90, west=-180, east=180, south=-90)
assert globe2.width == 360
assert globe2.west == -180
assert globe1.merge(globe2).width == 360, globe1.merge(globe2).width
assert globe2.merge(globe1).width == 360, globe2.merge(globe1).width
# assert globe1.merge(globe2) == globe1,globe1.merge(globe2)
# assert globe2.merge(globe1) == globe2, globe2.merge(globe1)
b1 = BoundingBox(north=90, west=-180, east=0, south=-90)
b2 = BoundingBox(north=90, west=0, east=180, south=-90)
b0 = b1.merge(b2)
assert b0.width == 360
def test_overlapping_bbox_2():
b1 = BoundingBox(north=90, west=-200, south=-90, east=-130)
b2 = BoundingBox(north=90, west=-180, south=-90, east=-90)
b0 = b1.merge(b2)
assert b0.width == 110, b0.width
b3 = BoundingBox(north=90, west=-210, south=-90, east=-160)
b0 = b0.merge(b3)
assert b0.width == 120, b0.width
# ----------------------
# ---------------------
# ---------------------
for i in range(-365, 365):
b1 = BoundingBox(north=90, west=10 + i, south=-90, east=80 + i)
b2 = BoundingBox(north=90, west=30 + i, south=-90, east=120 + i)
b3 = BoundingBox(north=90, west=0 + i, south=-90, east=50 + i)
b0 = BoundingBox.multi_merge([b1, b2, b3])
assert b0.width == 120, (b0.width, b0)
# --------------------------------
# ---------------------
# ---------------------
for i in range(-365, 365):
b1 = BoundingBox(north=90, west=-10 + i, south=-90, east=200 + i)
b2 = BoundingBox(north=90, west=30 + i, south=-90, east=120 + i)
b3 = BoundingBox(north=90, west=0 + i, south=-90, east=50 + i)
b0 = BoundingBox.multi_merge([b1, b2, b3])
assert b0.width == 210, (b0.width, b0)
# --------------------------------
# --------------------------
# ---------------------
for i in range(-365, 365):
b1 = BoundingBox(north=90, west=-10 + i, south=-90, east=200 + i)
b2 = BoundingBox(north=90, west=30 + i, south=-90, east=300 + i)
b3 = BoundingBox(north=90, west=0 + i, south=-90, east=50 + i)
b0 = BoundingBox.multi_merge([b1, b2, b3])
assert b0.width == 310, (b0.width, b0)
def test_overlapping_bbox_3():
for i in range(361):
b1 = BoundingBox(north=90, west=-45 - i, south=-90, east=45 - i)
b2 = BoundingBox(north=90, west=-45 + i, south=-90, east=45 + i)
b0 = b1.merge(b2)
if i <= 90:
assert b0.width == 90 + 2 * i, (i, b0.width, b0)
if i > 90 and i <= 180:
assert b0.width == 3 * 90 - 2 * (i - 90), (i, b0.width, b0)
if i > 180 and i <= 270:
assert b0.width == 90 + 2 * (i - 180), (i, b0.width, b0)
if i > 270:
assert b0.width == 3 * 90 - 2 * (i - 270), (i, b0.width, b0)
def test_bbox():
for i in range(-365, 365):
bbox = BoundingBox(north=90, west=i, south=30, east=10 + i)
assert bbox.width == 10, bbox
for i in range(-365, 365):
bbox = BoundingBox(north=90, west=i, south=30, east=350 + i)
assert bbox.width == 350, bbox
for i in range(-365, 365):
bbox = BoundingBox(north=90, west=i, south=30, east=(10 + i) % 360)
assert bbox.width == 10, bbox
for i in range(-365, 365):
bbox = BoundingBox(north=90, west=i, south=30, east=(350 + i) % 360)
assert bbox.width == 350, bbox
for i in range(-365, 365):
bbox = BoundingBox(north=90, west=i % 360, south=30, east=10 + i)
assert bbox.width == 10, bbox
for i in range(-365, 365):
bbox = BoundingBox(north=90, west=i % 360, south=30, east=350 + i)
assert bbox.width == 350, bbox
for i in range(-365, 365):
bbox = BoundingBox(north=90,
west=i % 360,
south=30,
east=(10 + i) % 360)
assert bbox.width == 10, bbox
for i in range(-365, 365):
bbox = BoundingBox(north=90,
west=i % 360,
south=30,
east=(350 + i) % 360)
assert bbox.width == 350, bbox
for i in range(-365, 365):
bbox1 = BoundingBox(north=90, west=150 + i, south=30, east=170 + i)
bbox2 = BoundingBox(north=90, west=-170 + i, south=30, east=-150 + i)
bbox = bbox1.merge(bbox2)
assert bbox.width == 60, (bbox1, bbox2, bbox, bbox.width)
bbox = bbox2.merge(bbox1)
assert bbox.width == 60, (bbox1, bbox2, bbox, bbox.width)
merge1 = bbox1.merge(bbox2)
merge2 = bbox2.merge(bbox1)
assert merge1 == merge2, (bbox1, bbox2, merge1, merge2)
with pytest.raises(ValueError):
BoundingBox(north=-10, west=0, south=30, east=1)
b0 = BoundingBox(north=89.9746,
west=-179.975,
south=-89.9746,
east=179.975)
b1 = BoundingBox(north=89.9746,
west=-179.975,
south=-89.9746,
east=179.975)
b2 = BoundingBox(north=89.9746,
west=-179.975,
south=-89.9746,
east=179.975)
b3 = b1.merge(b2)
assert b0 == b3