def test_ival_overlap(self):
ival0 = s_interval.fold(10, 20)
ival1 = s_interval.fold(15, 30)
ival2 = s_interval.fold(30, 50)
ival3 = s_interval.fold(1, 100)
self.true(s_interval.overlap(ival0, ival1))
self.false(s_interval.overlap(ival1, ival2))
self.true(s_interval.overlap(ival0, ival3))
self.true(s_interval.overlap(ival1, ival3))
self.true(s_interval.overlap(ival2, ival3))
def test_ival_overlap(self):
ival0 = s_interval.fold(10, 20)
ival1 = s_interval.fold(15, 30)
ival2 = s_interval.fold(30, 50)
ival3 = s_interval.fold(1, 100)
self.true(s_interval.overlap(ival0, ival1))
self.false(s_interval.overlap(ival1, ival2))
self.true(s_interval.overlap(ival0, ival3))
self.true(s_interval.overlap(ival1, ival3))
self.true(s_interval.overlap(ival2, ival3))
def cmpr(tufo):
minv = tufo[1].get(minp)
maxv = tufo[1].get(maxp)
if minv is None or maxv is None:
return False
return s_interval.overlap(ival, (minv, maxv))