def test_striplog():
"""Test most of the things.
"""
r1 = Component({'lithology': 'sand'})
r2 = Component({'lithology': 'shale'})
r3 = Component({'lithology': 'limestone'})
# Bottom up: elevation order
iv1 = Interval(120, 100, components=[r1])
iv2 = Interval(150, 120, components=[r2])
iv3 = Interval(180, 160, components=[r1, r2])
iv4 = Interval(200, 180, components=[r3, r2])
s1 = Striplog([iv1, iv2])
s2 = Striplog([iv3, iv4])
s = s1 + s2
assert s.order == 'elevation'
assert len(s) == 4
assert s.start.z == 100
assert s.stop.z == 200
assert s.__repr__() is not ''
assert s.__str__() is not ''
s_rev = s.invert(copy=True)
assert s_rev.order == 'depth'
x = s.invert()
assert x is None
assert s.order == 'depth'
assert s[0] == iv1
assert s[0].top.z == 100
# Top down: depth order
iv1 = Interval(80, 120, components=[r1])
iv2 = Interval(120, 150, components=[r2])
iv3 = Interval(180, 200, components=[r1, r2])
iv4 = Interval(200, 250, components=[r3, r2])
s = Striplog([iv1, iv2, iv3, iv4])
assert s.order == 'depth'
assert len(s) == 4
assert s.start.z == 80
assert s.stop.z == 250
assert s._Striplog__strict()
l = [iv.thickness for iv in s]
assert len(l) == 4
s[2] = Interval(180, 190, components=[r1, r2])
assert len(s.find_gaps()) == 2
# Crop.
x = s.crop((110, 210), copy=True)
assert x.start.z == 110
# To csv
csv = x.to_csv(header=True)
assert csv[:3] == 'Top'
# Add.
assert len(s + iv4) == 5
def test_striplog():
"""Test most of the things.
"""
r1 = Component({'lithology': 'sand'})
r2 = Component({'lithology': 'shale'})
r3 = Component({'lithology': 'limestone'})
# Bottom up: elevation order
iv1 = Interval(120, 100, components=[r1])
iv2 = Interval(150, 120, components=[r2])
iv3 = Interval(180, 160, components=[r1, r2])
iv4 = Interval(200, 180, components=[r3, r2])
s1 = Striplog([iv1, iv2])
s2 = Striplog([iv3, iv4])
s = s1 + s2
assert s.order == 'elevation'
assert len(s) == 4
assert s.start.z == 100
assert s.stop.z == 200
assert s.__repr__() is not ''
assert s.__str__() is not ''
s_rev = s.invert(copy=True)
assert s_rev.order == 'depth'
x = s.invert()
assert x is None
assert s.order == 'depth'
assert s[0] == iv1
assert s[0].top.z == 100
# Top down: depth order
iv1 = Interval(80, 120, components=[r1])
iv2 = Interval(120, 150, components=[r2])
iv3 = Interval(180, 200, components=[r1, r2])
iv4 = Interval(200, 250, components=[r3, r2])
s = Striplog([iv1, iv2, iv3, iv4])
assert s.order == 'depth'
assert len(s) == 4
assert s.start.z == 80
assert s.stop.z == 250
l = [iv.thickness for iv in s]
assert len(l) == 4
s[2] = Interval(180, 190, components=[r1, r2])
assert len(s.find_gaps()) == 2
# Crop.
x = s.crop((110, 210), copy=True)
assert x.start.z == 110
# To csv
csv = x.to_csv(header=True)
assert csv[:3] == 'Top'
# Add.
assert len(s + iv4) == 5
def test_striplog():
r1 = Component({'lithology': 'sand'})
r2 = Component({'lithology': 'shale'})
r3 = Component({'lithology': 'limestone'})
# Bottom up: elevation order
iv1 = Interval(120, 100, components=[r1])
iv2 = Interval(150, 120, components=[r2])
iv3 = Interval(180, 160, components=[r1, r2])
iv4 = Interval(200, 180, components=[r3, r2])
s1 = Striplog([iv1, iv2])
s2 = Striplog([iv3, iv4])
s = s1 + s2
assert s.order == 'elevation'
assert len(s) == 4
assert s.start == 100
assert s.stop == 200
assert s.__repr__() is not ''
assert s.__str__() is not ''
# Top down: depth order
iv1 = Interval(80, 120, components=[r1])
iv2 = Interval(120, 150, components=[r2])
iv3 = Interval(180, 200, components=[r1, r2])
iv4 = Interval(200, 250, components=[r3, r2])
s = Striplog([iv1, iv2, iv3, iv4])
assert s.order == 'depth'
assert len(s) == 4
assert s.start == 80
assert s.stop == 250
l = [iv.thickness for iv in s]
assert len(l) == 4
s[2] = Interval(180, 190, components=[r1, r2])
assert len(s.find_gaps()) == 2
assert s._Striplog__sort() # Not used, should probably delete
def test_striplog():
r1 = Component({'lithology': 'sand'})
r2 = Component({'lithology': 'shale'})
r3 = Component({'lithology': 'limestone'})
# Bottom up: elevation order
iv1 = Interval(120, 100, components=[r1])
iv2 = Interval(150, 120, components=[r2])
iv3 = Interval(180, 160, components=[r1, r2])
iv4 = Interval(200, 180, components=[r3, r2])
s1 = Striplog([iv1, iv2])
s2 = Striplog([iv3, iv4])
s = s1 + s2
assert s.order == 'elevation'
assert len(s) == 4
assert s.start == 100
assert s.stop == 200
assert s.__repr__() is not ''
assert s.__str__() is not ''
# Top down: depth order
iv1 = Interval(80, 120, components=[r1])
iv2 = Interval(120, 150, components=[r2])
iv3 = Interval(180, 200, components=[r1, r2])
iv4 = Interval(200, 250, components=[r3, r2])
s = Striplog([iv1, iv2, iv3, iv4])
assert s.order == 'depth'
assert len(s) == 4
assert s.start == 80
assert s.stop == 250
l = [iv.thickness for iv in s]
assert len(l) == 4
s[2] = Interval(180, 190, components=[r1, r2])
assert len(s.find_gaps()) == 2
assert s._Striplog__sort() # Not used, should probably delete
def test_striplog():
r1 = Component({"lithology": "sand"})
r2 = Component({"lithology": "shale"})
r3 = Component({"lithology": "limestone"})
# Bottom up: elevation order
iv1 = Interval(120, 100, components=[r1])
iv2 = Interval(150, 120, components=[r2])
iv3 = Interval(180, 160, components=[r1, r2])
iv4 = Interval(200, 180, components=[r3, r2])
s1 = Striplog([iv1, iv2])
s2 = Striplog([iv3, iv4])
s = s1 + s2
assert s.order == "elevation"
assert len(s) == 4
assert s.start == 100
assert s.stop == 200
assert s.__repr__() is not ""
assert s.__str__() is not ""
# Top down: depth order
iv1 = Interval(80, 120, components=[r1])
iv2 = Interval(120, 150, components=[r2])
iv3 = Interval(180, 200, components=[r1, r2])
iv4 = Interval(200, 250, components=[r3, r2])
s = Striplog([iv1, iv2, iv3, iv4])
assert s.order == "depth"
assert len(s) == 4
assert s.start == 80
assert s.stop == 250
l = [iv.thickness for iv in s]
assert len(l) == 4
s[2] = Interval(180, 190, components=[r1, r2])
assert len(s.find_gaps()) == 2
