def setUp(self):
self.pdssuite = []
self.pyssuite = []
data = np.matrix(list(csv.reader(open("test.csv", "r"))))
data = cs.dataFormat(data)
self.pdssuite.append(cs.Cusum(data[0], 1000, fcn = "pds", para = (1,"twoside", 36)))
self.pdssuite.append(cs.Cusum(data[1], 1000, fcn = "pds", para = (1,"upper", 36)))
self.pdssuite.append(cs.Cusum(data[2], 1000, fcn = "pds", para = (1,"lower", 36)))
self.pyssuite.append(cs.Cusum(data[3], 1000, fcn = "pys", para = (7.5, 0.5, 0., 0.9, 1.0)))
def setUp(self):
self.pdssuite = []
self.pyssuite = []
self.pdscross = {0:ts.Date('M', '2002-11'), 1:ts.Date('M', '2002-2'), 2:ts.Date('M', '2001-12')}
self.pyscross = {0:ts.Date('M', '1999-10')}
data = np.matrix(list(csv.reader(open("test.csv", "r"))))
data = cs.dataFormat(data)
self.pdssuite.append(cs.Cusum(data[0], 4, fcn = "pds", para = (1,"twoside", 36)))
self.pdssuite.append(cs.Cusum(data[1], 4, fcn = "pds", para = (1,"upper", 36)))
self.pdssuite.append(cs.Cusum(data[2], 4, fcn = "pds", para = (1,"lower", 36)))
self.pyssuite.append(cs.Cusum(data[3], 4, fcn = "pys", para = (7.5, 0.5, 0., 0.9, 1.0)))
def setUp(self):
data = np.matrix(list(csv.reader(open("handletest.csv", "r"))))
self.data = cs.dataFormat(data)
self.na = cs.Cusum(self.data[0], 4, fcn = "pds", para = (1, "twoside", 36))