def testClosestValSingle(self):
val = util.closest_val(1., np.array([50.]))
assert val == 0
def testValueErrorOnEmptyList(self):
util.closest_val(1., [])
def testValueErrorOnEmptyArray(self):
util.closest_val(1., np.array([]))
def testClosestValBelowList(self):
val = util.closest_val(-5., self.list)
assert val == 0
def testClosestValAboveList(self):
val = util.closest_val(20., self.list)
assert val == 2
def testClosestValAbove(self):
val = util.closest_val(20., self.array)
assert val == 2
def testClosestValAboveList(self):
val = util.closest_val(20., self.list)
assert val == 2
def testClosestValAbove(self):
val = util.closest_val(20., self.array)
assert val == 2
def testClosestValInternalNegative(self):
val = util.closest_val(-3.5, -1 * self.array)
assert val == 1
def testClosestValInternal(self):
val = util.closest_val(3.5, self.array)
assert val == 1
def testClosestValBelow(self):
val = util.closest_val(-5., self.array)
assert val == 0
def testClosestValSingle(self):
val = util.closest_val(1., np.array([50.]))
assert val == 0
def testValueErrorOnEmptyArray(self):
util.closest_val(1., np.array([]))
def testValueErrorOnEmptyList(self):
util.closest_val(1., [])
def testClosestValInternal(self):
val = util.closest_val(3.5, self.array)
assert val == 1
def testClosestValInternalList(self):
val = util.closest_val(3.5, self.list)
assert val == 1
def testClosestValBelow(self):
val = util.closest_val(-5., self.array)
assert val == 0
def testClosestValInternalList(self):
val = util.closest_val(3.5, self.list)
assert val == 1
def testClosestValInternalNegative(self):
val = util.closest_val(-3.5, -1*self.array)
assert val == 1
def testClosestValBelowList(self):
val = util.closest_val(-5., self.list)
assert val == 0
