def testPeirceTest1(self):
values = [101.2, 90.0, 99.0, 102.0, 103.0, 100.2, 89.0, 98.1, 101.5, 102.0]
vOld,_oOld = peirceTest.peirceTestOld( values )
# print 'v=',vOld
# print vOld.av, vOld.sd
# print 'o=',_oOld
#
v,_o = peirceTest.peirceTest( values )
# print 'v=',v
# print v.av, v.sd
# print 'o=',_o
self.assertTrue( vOld == v )
def testPeirceTest1(self):
values = [
101.2, 90.0, 99.0, 102.0, 103.0, 100.2, 89.0, 98.1, 101.5, 102.0
]
vOld, _oOld = peirceTest.peirceTestOld(values)
# print 'v=',vOld
# print vOld.av, vOld.sd
# print 'o=',_oOld
#
v, _o = peirceTest.peirceTest(values)
# print 'v=',v
# print v.av, v.sd
# print 'o=',_o
self.assertTrue(vOld == v)
def testPeirceTest2(self):
# A stable array just longer than the reference data used in the test.
values = []
for i in range(0, 1000):
values.append(1)
# nTdebug("n=",len(values))
for i in range(0, 10):
values[i] = 2
# Will only note first 9 outliers
vOld, oOld = peirceTest.peirceTestOld(values)
# print 'v=',vOld
# print vOld.av, vOld.sd
# print 'obj=',oOld
#
v, obj = peirceTest.peirceTest(values)
# print 'v=',v
# print v.av, v.sd
# print 'obj=',obj
self.assertFalse(vOld == v)
self.assertFalse(oOld == obj)
def testPeirceTest2(self):
# A stable array just longer than the reference data used in the test.
values = []
for i in range(0,1000):
values.append(1)
# nTdebug("n=",len(values))
for i in range(0,10):
values[i] = 2
# Will only note first 9 outliers
vOld,oOld = peirceTest.peirceTestOld( values )
# print 'v=',vOld
# print vOld.av, vOld.sd
# print 'obj=',oOld
#
v,obj = peirceTest.peirceTest( values )
# print 'v=',v
# print v.av, v.sd
# print 'obj=',obj
self.assertFalse( vOld == v )
self.assertFalse( oOld == obj )
