def __init__(self, longitudinal, transverse=None, unit=unit):
if transverse == None: transverse = 0.0
for i in (longitudinal, transverse):
Scalar.verifyValue(self, i)
pass
self.value = (longitudinal, transverse)
return
def __init__(self, longitudinal, transverse = None, unit=unit):
if transverse == None: transverse = 0.0
for i in (longitudinal, transverse):
Scalar.verifyValue(self, i)
pass
self.value = (longitudinal, transverse)
return
def verifyValue(self, value):
Scalar.verifyValue(self, value)
if type(value) in [FloatType, IntType]:
if value >= (1. - 1.e-10):
msg = 'of Saturation Degree : \n '
msg += 'a 100% value cannot define a unique\n'
msg += 'value of water pressure.\n'
raise IncorrectValue(msg)
if value >= (1. + 1.e-10):
msg = 'of Saturation Degree : \n '
msg += 'the latter must be less than 1.\n'
raise IncorrectValue(msg)
return
def verifyValue(self, value):
Scalar.verifyValue(self, value)
if type(value) in [FloatType,IntType]:
if value>=(1.-1.e-10):
msg='of Saturation Degree : \n '
msg+='a 100% value cannot define a unique\n'
msg+='value of water pressure.\n'
raise IncorrectValue(msg)
if value>=(1.+1.e-10):
msg='of Saturation Degree : \n '
msg+='the latter must be less than 1.\n'
raise IncorrectValue(msg)
return
