def calculateEto(self):
'''Method that calculates
the ETo given the arguments it requests
'''
print "You have selected Eto calculation"
tmax = float(raw_input("Insert Tmax: "))
tmin = float(raw_input("Insert Tmin: "))
ea = float(raw_input("Insert Ea: "))
speed= float(raw_input("Insert Air Speed: "))
monthNum= int(raw_input("Insert Month Number: "))
latDeg= int(raw_input("Insert Latitude Degrees: "))
latMin= int(raw_input("Insert Latitude Minutes: "))
monthlyAv= float(raw_input("Insert Monthly Average Temperature: "))
monthlyAvPrev= float(raw_input("Insert Previoud Monthly Average Temperature: "))
alt= float(raw_input("Insert Altitude: "))
sun= float(raw_input("Insert Sun Hours: "))
p=penm(tmax,tmin,ea,speed,15,monthNum,latDeg,latMin,monthlyAv,monthlyAvPrev,alt,sun)
print str(p.calculate())
def testEto(self):
"""Test eto
"""
p = penm(
self.tMin,
self.tMax,
self.ea,
self.speed,
15,
self.monthNum,
self.latDeg,
self.latMin,
self.monthlyAv,
self.monthlyAvPrev,
self.alt,
self.sun,
)
print "eTo calculated value:" + str(p.calculate()) + " reference value 5.72"
self.assertAlmostEqual(round(p.calculate(), 2), 5.72, 2)