def check_loss_radiation(self, data):
fName = 'loss_radiation'
vd.xRequired(data, fName, fName)
value = data[fName]
vd.xNumber(value, fName)
vd.xGrtThanEq(value, 0, fName)
vd.xLessThanEq(value, 100, fName)
def check_RH(self, data):
fName = 'RH'
vd.xRequired(data, fName, fName)
value = data[fName]
vd.xNumber(value, fName)
vd.xGrtThanEq(value, 0, fName)
vd.xLessThanEq(value, 100, fName)
def check_El(self, data):
if ('Shape' not in data):
return
if (data['Shape']['_val'] != 'cylindrical'):
return
fName = 'El'
vd.xRequired(data, fName, fName)
value = data[fName]
vd.xNumber(value, fName)
vd.xGrtThan(value, 0, fName)
vd.xLessThanEq(value, 1, fName)
def check_Z(self, value):
vd.xNumber(value)
vd.xGrtThan(value, 0)
vd.xLessThanEq(value, 1)
def check_Pover(self, value):
vd.xNumber(value)
vd.xGrtThanEq(value, 0)
vd.xLessThanEq(value, 100)
def check_Kc_manual(self, value):
if (xisBlank(value)):
return
vd.xNumber(value)
vd.xGrtThan(value, 0)
vd.xLessThanEq(value, 1)
def check_generator_efficiency(self, value):
vd.xNumber(value)
vd.xGrtThanEq(value, 0)
vd.xLessThanEq(value, 100)
def check_isentropic_efficiency(self, value):
if (xisBlank(value)):
return
vd.xNumber(value)
vd.xGrtThanEq(value, 0)
vd.xLessThanEq(value, 100)
def check_load_efficiency(self, value):
vd.xNumber(value)
vd.xGrtThan(value, 0)
vd.xLessThanEq(value, 1)
def check_power_factor(self, value):
vd.xNumber(value)
vd.xGrtThanEq(value, 0)
vd.xLessThanEq(value, 1)
