def GetNeighbors(self, example):
""" Returns the k nearest neighbors of the example
"""
nbrs = TopNContainer(self._k)
for trex in self._trainingExamples:
dist = self._dfunc(trex, example, self._attrs)
if self._radius is None or dist < self._radius:
nbrs.Insert(-dist, trex)
nbrs.reverse()
return [x for x in nbrs]
def GetNeighbors(self, example):
""" Returns the k nearest neighbors of the example
"""
nbrs = TopNContainer(self._k)
for trex in self._trainingExamples:
dist = self._dfunc(trex, example, self._attrs)
if self._radius is None or dist < self._radius:
nbrs.Insert(-dist, trex)
nbrs.reverse()
return [x for x in nbrs]
def test5(self):
""" random test with extras and getitem, include reverse"""
cont = TopNContainer(10)
for i in range(100):
v = random.random()
cont.Insert(v,v+1)
cont.reverse()
lastV,lastE = cont[0]
for i in range(1,len(cont)):
v,e = cont[i]
assert v<=lastV
assert e<=lastE
lastV,lastE = v,e
def test5(self):
# random test with extras and getitem, include reverse
cont = TopNContainer(10)
for i in range(100):
v = random.random()
cont.Insert(v, v + 1)
cont.reverse()
lastV, lastE = cont[0]
for i in range(1, len(cont)):
v, e = cont[i]
assert v <= lastV
assert e <= lastE
lastV, lastE = v, e
