本文整理汇总了Python中pyinter.interval.open函数的典型用法代码示例。如果您正苦于以下问题：Python open函数的具体用法？Python open怎么用？Python open使用的例子？那么恭喜您, 这里精选的函数代码示例或许可以为您提供帮助。
在下文中一共展示了open函数的15个代码示例，这些例子默认根据受欢迎程度排序。您可以为喜欢或者感觉有用的代码点赞，您的评价将有助于系统推荐出更棒的Python代码示例。
示例1: test_empty
def test_empty():
assert i.open(1, 1).empty()
assert i.open(3, 3).empty()
assert i.openclosed(3, 3).empty()
assert i.closedopen(3, 3).empty()
assert not i.open(3, 4).empty()
assert not i.openclosed(3, 4).empty()示例2: test_overlaps_open
def test_overlaps_open():
one = i.open(1, 5)
two = i.open(3, 10)
assert one.overlaps(two)
assert two.overlaps(one)
assert one.overlaps(one)
assert two.overlaps(two)示例3: test_overlaps_corner_case_open
def test_overlaps_corner_case_open():
one = i.open(1, 5)
two = i.open(5, 10)
assert not one.overlaps(two)
assert not two.overlaps(one)
assert one.overlaps(one)
assert two.overlaps(two)示例4: test_overlaps_false
def test_overlaps_false():
one = i.open(1, 5)
two = i.open(7, 12)
assert not one.overlaps(two)
assert not two.overlaps(one)
assert one.overlaps(one)
assert two.overlaps(two)示例5: test_contains_self_open
def test_contains_self_open():
small = i.open(1, 5)
medium = i.open(3, 10)
assert small in small
assert small not in medium
assert medium not in small
assert medium in medium示例6: test_subtract_overlapping
def test_subtract_overlapping():
left = IntervalSet((i.open(1, 4), i.open(5, 10)))
right = IntervalSet((i.open(0, 2), i.open(6, 8)))
expected = IntervalSet((
i.closedopen(2, 4),
i.openclosed(5, 6),
i.closedopen(8, 10),
))
assert left - right == expected示例7: test_complement
def test_complement():
one = i.open(3, 6)
two = i.open(7, 10)
intervals = IntervalSet([one, two])
complement = intervals.complement()
(lower, middle, upper) = sorted(complement) # an IntervalSet is not sorted
assert lower == i.openclosed(i.NEGATIVE_INFINITY, 3)
assert middle == i.closed(6, 7)
assert upper == i.closedopen(10, i.INFINITY)示例8: test_values_in
def test_values_in():
one = i.open(1, 5)
two = i.closed(7, 10)
ivset = IntervalSet((i.open(1, 5), i.closed(7, 10)))
assert 1 not in ivset
assert 1.00000001 in ivset
assert 3 in ivset
assert 7 in ivset
assert 8 in ivset
assert 10.0001 not in ivset
assert one in ivset
assert two in ivset示例9: test_non_equality
def test_non_equality():
small, medium = get_intervals()[:2]
assert small != medium
assert small != i.openclosed(1,5)
assert small != i.closedopen(1,5)
assert small != i.closed(1,5)
assert small != i.Interval(i.Interval.OPEN, 1, 7, i.Interval.OPEN)
assert small != i.open(100, 288)示例10: test_open_interval_construction_using_helper
def test_open_interval_construction_using_helper():
expected_lower = i.Interval.OPEN
expectedlower_value = 10
expected_upper_value = 100
expected_upper = i.Interval.OPEN
result = i.open(10, 100)
assert result.lower == expected_lower
assert result.lower_value == expectedlower_value
assert result.upper_value == expected_upper_value
assert result.upper == expected_upper示例11: test_overlaps_empty
def test_overlaps_empty():
assert not i.open(0, 0).overlaps(i.closed(1, 20))
assert not i.open(1, 1).overlaps(i.closed(1, 20))
assert not i.open(2, 2).overlaps(i.closed(1, 20))
assert not i.closed(1, 20).overlaps(i.open(0, 0))
assert not i.closed(1, 20).overlaps(i.open(1, 1))
assert not i.closed(1, 20).overlaps(i.open(2, 2))示例12: test_overlaps_does_not_change_intervals
def test_overlaps_does_not_change_intervals():
one = i.open(3, 6)
two = i.open(1, 4)
assert one.overlaps(two)
assert one == i.open(3, 6)
assert two == i.open(1, 4)
assert two.overlaps(one)
assert one == i.open(3, 6)
assert two == i.open(1, 4)示例13: test_equality_of_not_equal
def test_equality_of_not_equal():
one = IntervalSet([i.open(1, 10)])
two = IntervalSet([i.closed(1, 10)])
assert one != two示例14: test_equality_of_two_equal_instances
def test_equality_of_two_equal_instances():
one = IntervalSet([i.open(1, 10)])
two = IntervalSet([i.open(1, 10)])
assert one == two示例15: test_length_of_unioned
def test_length_of_unioned():
first = IntervalSet((i.open(1, 5), i.closed(7, 10)))
second = IntervalSet((i.open(8, 21), i.closed(22,23)))
# This is of length 3 as 2 of the intervals overlap and therefore join together
assert len(first.union(second)) == 3