class CIndicatorKursVor12M(CIndicator):
def __init__(self):
CIndicator.__init__(self)
self.__FinanzenNet = CFinanzenNet()
self.__StockDict = dict()
self._Name = str(self.__class__)
def getPoints(self, stock):
'''
check if this stock has already been processed
'''
if stock in self.__StockDict:
return self.__StockDict[stock]
self.__FinanzenNet.parseFinanzenNet(stock)
if (self.__FinanzenNet.AktienkursVor12Monaten > 0):
ratio = self.__FinanzenNet.AktienkursHeute / self.__FinanzenNet.AktienkursVor12Monaten
if ratio > 1.05:
result = 1
elif ratio < 0.95:
result = -1
else:
result = 0
else:
result = 0
self.__StockDict[stock] = result
return result
class CImporterSMI(CImporter):
def __init__(self):
self.__FN = CFinanzenNet()
self.__Onvista = COnvista()
self.__StockList = list()
self.__AnzahlAktienInIndex = 20
self._strIndexFinanzenNet = "SMI"
self.__strBoerseFinanzenNet = "FSE"
def getListOfStocks(self):
self.__StockList = self.__FN.getEinzelwerteListe(
self._strIndexFinanzenNet)
self.validateListeLaenge(self.__StockList, self.__AnzahlAktienInIndex,
self._strIndexFinanzenNet)
for i in self.__StockList:
i.strBoerseFinanzenNet = self.__strBoerseFinanzenNet
i.strIndexFinanzenNet = self._strIndexFinanzenNet
i.FinanzenNetId = self.__FN.getFinanzenNetId(i)
i.OnvistaId = self.__Onvista.getOnvistaId(i)
mkap = self.__Onvista.getMarktkapitalisierungInEuro(i)
if mkap > 5 * pow(10, 9):
i.isLargeCap = True
else:
i.isLargeCap = False
return self.__StockList
class CIndicatorKBV(CIndicator):
def __init__(self):
CIndicator.__init__(self)
self.__FinanzenNet = CFinanzenNet()
self.__StockDict = dict()
self._Name = str(self.__class__)
def getPoints(self, stock):
"""
check if this stock has already been processed
"""
if stock in self.__StockDict:
kbv = self.__StockDict[stock]
else:
self.__FinanzenNet.parseFinanzenNet(stock)
kbv = self.__FinanzenNet.KBV
self.__StockDict[stock] = kbv
result = 0
if kbv == "NA":
result = 0
print "Warnung: " + self._Name + ": " + stock.Name + ": Wert nicht verfuegbar"
elif kbv < 0.6:
result = 2
elif kbv < 0.9 and kbv >= 0.6:
result = 1
elif kbv < 1.3 and kbv >= 0.9:
result = 0
else:
result = -1
return result
class CImporterEuroStoxx50(CImporter):
def __init__(self):
self.__FN = CFinanzenNet()
self.__Onvista= COnvista()
self.__StockList = list()
self.__AnzahlAktienInIndex = 50
self._strIndexFinanzenNet = "Euro_Stoxx_50"
self.__strBoerseFinanzenNet = "FSE"
def getListOfStocks(self):
self.__StockList = self.__FN.getEinzelwerteListe(self._strIndexFinanzenNet)
self.validateListeLaenge(self.__StockList, self.__AnzahlAktienInIndex, self._strIndexFinanzenNet)
for i in self.__StockList:
i.strBoerseFinanzenNet = self.__strBoerseFinanzenNet
i.strIndexFinanzenNet = self._strIndexFinanzenNet
i.FinanzenNetId = self.__FN.getFinanzenNetId(i)
i.OnvistaId = self.__Onvista.getOnvistaId(i)
mkap = self.__Onvista.getMarktkapitalisierungInEuro(i)
if mkap > 5*pow(10,9):
i.isLargeCap = True
else:
i.isLargeCap= False
return self.__StockList
class CIndicatorKursVor6M(CIndicator):
def __init__(self):
CIndicator.__init__(self)
self.__FinanzenNet = CFinanzenNet()
self.__StockDict = dict()
self._Name = str(self.__class__)
def getPoints(self, stock):
"""
check if this stock has already been processed
"""
if stock in self.__StockDict:
return self.__StockDict[stock]
self.__FinanzenNet.parseFinanzenNet(stock)
if self.__FinanzenNet.AktienkursVor6Monaten > 0:
ratio = self.__FinanzenNet.AktienkursHeute / self.__FinanzenNet.AktienkursVor6Monaten
if ratio > 1.05:
result = 1
elif ratio < 0.95:
result = -1
else:
result = 0
else:
result = 0
self.__StockDict[stock] = result
return result
def __init__(self):
self.__FN = CFinanzenNet()
self.__Onvista = COnvista()
self.__StockList = list()
self.__AnzahlAktienInIndex = 20
self._strIndexFinanzenNet = "SMI"
self.__strBoerseFinanzenNet = "FSE"
def printData(self, StockList, PointList, IndicatorList, Importer):
finanzenNet = CFinanzenNet()
print "Aktie \t ISIN \t Punkte \t KBV"
c = 0
for i in StockList:
print i.Name + " \t " + str(i.ISIN) + " \t " + str(
PointList[c]) + " \t " + str(finanzenNet.getKBV(i))
c = c + 1
class CIndicator3MonatsReversal(CIndicator):
def __init__(self):
CIndicator.__init__(self)
self.__FinanzenNet = CFinanzenNet()
self.__StockDict = dict()
self._Name = str(self.__class__)
def getPoints(self, stock):
if stock.isLargeCap == False:
return 0
if stock in self.__StockDict:
return self.__StockDict[stock]
self.__FinanzenNet.parseFinanzenNet(stock)
aktieAenderung = [0, 0, 0]
indexAenderung = [0, 0, 0]
kleiner = 0
groesser = 0
if (self.__FinanzenNet.AktieList[3] > 0):
for i in [0, 1, 2]:
aktieAenderung[i] = self.__FinanzenNet.AktieList[
i] / self.__FinanzenNet.AktieList[i + 1]
indexAenderung[i] = self.__FinanzenNet.IndexList[
i] / self.__FinanzenNet.IndexList[i + 1]
if aktieAenderung[i] < indexAenderung[i]:
kleiner = kleiner + 1
elif aktieAenderung[i] > indexAenderung[i]:
groesser = groesser + 1
if kleiner == len(aktieAenderung):
result = 1
elif groesser == len(aktieAenderung):
result = -1
else:
result = 0
else:
result = 0
self.__StockDict[stock] = result
return result
class CIndicator3MonatsReversal(CIndicator):
def __init__(self):
CIndicator.__init__(self)
self.__FinanzenNet = CFinanzenNet()
self.__StockDict = dict()
self._Name = str(self.__class__)
def getPoints(self, stock):
if stock.isLargeCap == False:
return 0
if stock in self.__StockDict:
return self.__StockDict[stock]
self.__FinanzenNet.parseFinanzenNet(stock)
aktieAenderung = [0, 0, 0]
indexAenderung = [0,0,0]
kleiner = 0
groesser = 0
if(self.__FinanzenNet.AktieList[3] > 0):
for i in [0,1,2]:
aktieAenderung[i] = self.__FinanzenNet.AktieList[i] / self.__FinanzenNet.AktieList[i+1]
indexAenderung[i] = self.__FinanzenNet.IndexList[i] / self.__FinanzenNet.IndexList[i+1]
if aktieAenderung[i] < indexAenderung[i]:
kleiner = kleiner + 1
elif aktieAenderung[i] > indexAenderung[i]:
groesser = groesser + 1
if kleiner == len(aktieAenderung):
result = 1
elif groesser == len(aktieAenderung):
result = -1
else:
result = 0
else:
result = 0
self.__StockDict[stock] = result
return result
def __init__(self):
self.__FN = CFinanzenNet()
self.__Onvista= COnvista()
self.__StockList = list()
self.__AnzahlAktienInIndex = 50
self._strIndexFinanzenNet = "Euro_Stoxx_50"
self.__strBoerseFinanzenNet = "FSE"
def printData(self, StockList, PointList, IndicatorList, Importer):
finanzenNet = CFinanzenNet()
print "Aktie \t ISIN \t Punkte \t KBV"
c = 0
for i in StockList:
print i.Name + " \t " + str(i.ISIN) + " \t " + str(PointList[c]) + " \t " + str(finanzenNet.getKBV(i))
c =c + 1
class CIndicatorKBV(CIndicator):
def __init__(self):
CIndicator.__init__(self)
self.__FinanzenNet = CFinanzenNet()
self.__StockDict = dict()
self._Name = str(self.__class__)
def getPoints(self, stock):
'''
check if this stock has already been processed
'''
if stock in self.__StockDict:
kbv= self.__StockDict[stock]
else:
self.__FinanzenNet.parseFinanzenNet(stock)
kbv = self.__FinanzenNet.KBV
self.__StockDict[stock] = kbv
result = 0
if kbv == "NA":
result = 0
print "Warnung: " + self._Name + ": " + stock.Name + ": Wert nicht verfuegbar"
elif kbv < 0.6:
result = 2
elif (kbv < 0.9 and kbv >= 0.6):
result = 1
elif (kbv < 1.3 and kbv >= 0.9):
result = 0
else:
result = -1
return result
def __init__(self):
CIndicator.__init__(self)
self.__FinanzenNet = CFinanzenNet()
self.__StockDict = dict()
self._Name = str(self.__class__)
def __init__(self):
CIndicator.__init__(self)
self.__FinanzenNet = CFinanzenNet()
self.__StockDict = dict()
self._Name = str(self.__class__)
