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_h(self, data):
fName = 'h'
vd.xRequired(data,fName,fName)
value = data[fName]
vd.xNumber(value, fName)
vd.xGrtThanEq(value, 0, fName)
vd.xDim(value, ['length','length_mili'], fName)
def check_qm(self, data):
fName = 'qm'
vd.xRequired(data, fName, fName)
value = data[fName]
vd.xNumber(value, fName)
vd.xGrtThanEq(value, 0, fName)
vd.xDim(value, ['massflow'], fName)
def check_K(self, data):
fName = 'K'
vd.xRequired(data, fName, fName)
value = data[fName]
vd.xNumber(value, fName)
vd.xGrtThan(value, 0, fName)
vd.xDim(value, ['intensity'], fName)
def check_R(self, data):
fName = 'R'
vd.xRequired(data, fName, fName)
value = data[fName]
vd.xNumber(value, fName)
vd.xGrtThan(value, 0, fName)
vd.xDim(value, ['length'], fName)
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_Qout(self, data):
fName = 'Qout'
vd.xRequired(data,fName,fName)
value = data[fName]
vd.xNumber(value, fName)
vd.xDim(value,['flow'],fName)
vd.xGrtThan(value, 0, fName)
def check_Uinf(self, data):
fName = 'Uinf'
vd.xRequired(data, fName, fName)
value = data[fName]
vd.xNumber(value, fName)
vd.xGrtThan(value, 0, fName)
vd.xDim(value, ['speed'], fName)
def check_LHV(self, data):
fName = 'LHV'
vd.xRequired(data, fName, fName)
value = data[fName]
vd.xNumber(value, fName)
vd.xGrtThan(value, 0, fName)
vd.xDim(value, ['specificEnergy'], fName)
def check_A(self, data):
fName = 'A'
vd.xRequired(data, fName, fName)
value = data[fName]
vd.xNumber(value, fName)
vd.xDim(value, ['area'], fName)
vd.xGrtThan(value, 0, fName)
def check_MW(self, data):
fName = 'MW'
vd.xRequired(data, fName, fName)
value = data[fName]
vd.xNumber(value, fName)
vd.xGrtThan(value, 0, fName)
vd.xDim(value, ['molecularMass'], fName)
def check_Pair(self, data):
fName = 'Pair'
vd.xRequired(data, fName, fName)
value = data[fName]
vd.xNumber(value, fName)
vd.xDim(value, ['pressure'], fName)
vd.xGrtThanEq(value, 0, fName)
def check_Tamb(self, value):
vd.xNumber(value)
value['_val'] = int(value['_val'])
item_options = [
10, 15, 20, 25, 30, 35, 40, 45, 50, 55, 60, 65, 70, 75, 80, 85, 90,
95
]
vd.xChoice(value, item_options)
def check_O2_measured(self, data):
if ('oxygen_correction' not in data):
return
if (data['oxygen_correction']['_val'] != 'yes'):
return
fName = 'O2_measured'
vd.xRequired(data, fName, fName)
value = data[fName]
vd.xNumber(value, fName)
vd.xGrtThanEq(value, 0, fName)
def check_fs(self, data):
if ('sizing_basis' not in data):
return
if (data['sizing_basis']['_val'] !='switching_frequency'):
return
fName = 'fs'
vd.xRequired(data,fName,fName)
value = data[fName]
vd.xNumber(value, fName)
vd.xGrtThan(value, 0, fName)
def check_t_fault(self, data):
if ('short_circuit_calculation' not in data):
return
if (data['short_circuit_calculation']['_val'] != 'yes'):
return
fName = 't_fault'
vd.xRequired(data, fName, fName)
value = data[fName]
vd.xNumber(value, fName)
vd.xGrtThanEq(value, 0, fName)
def check_I_sc(self, data):
if ('short_circuit_calculation' not in data):
return
if (data['short_circuit_calculation']['_val'] != 'yes'):
return
fName = 'I_sc'
vd.xRequired(data, fName, fName) #field is required
value = data[fName]
vd.xNumber(value, fName) # must be number
vd.xGrtThanEq(value, 0, fName)
def check_allowable_drop(self, data):
if ('voltage_drop_calculation' not in data):
return
if (data['voltage_drop_calculation']['_val'] != 'yes'):
return
fName = 'allowable_drop'
vd.xRequired(data, fName, fName) #field is required
value = data[fName]
vd.xNumber(value, fName) # must be number
vd.xGrtThanEq(value, 0, fName)
def check_MW(self, data):
if ('specie' not in data):
return
if (data['specie']['_val'] != 'Other'):
return
fName = 'MW'
vd.xRequired(data, fName, fName)
value = data[fName]
vd.xNumber(value, fName)
vd.xGrtThanEq(value, 0, fName)
def check_etaP(self, data):
if ('predict_etaP' not in data):
return
if (data['predict_etaP']['_val'] == 'Yes'):
return
fName = 'etaP'
vd.xRequired(data, fName, fName)
value = data[fName]
vd.xNumber(value, fName)
vd.xGrtThan(value, 0, fName)
def check_k2(self, data):
if ('kZ_basis' not in data):
return
if (data['kZ_basis']['_val'] != 'A'):
return
fName = 'k2'
vd.xRequired(data, fName, fName)
value = data[fName]
vd.xNumber(value, fName)
vd.xGrtThan(value, 0, fName)
def check_Tapproach(self, data):
if ('interstage_cooling' not in data):
return
if (data['interstage_cooling']['_val'] == 'No'):
return
fName = 'Tapproach'
vd.xRequired(data, fName, fName)
value = data[fName]
vd.xNumber(value, fName)
vd.xGrtThan(value, 0, fName)
def check_NPS(self, value):
if (xisBlank(value)):
return
vd.xNumber(value)
nps_options = [
"0.125", "0.25", "0.375", "0.5", "0.75", "1", "1.25", "1.5", "2",
"2.5", "3", "3.5", "4", "5", "6", "8", "10", "12", "14", "16",
"18", "20", "22", "24", "26", "28", "30", "32", "34", "36"
]
vd.xChoice(value, nps_options)
def check_kVAr(self,data):
if ('solve_using' not in data):
return
solve_using = data['solve_using']['_val']
if (solve_using != "reactive_power"):
return
fName = "kVAr"
vd.xRequired(data,fName,fName)
value = data[fName]
vd.xNumber(value,fName)
def check_I(self,data):
if ('solve_using' not in data):
return
solve_using = data['solve_using']['_val']
if (solve_using != "current"):
return
fName = "I"
vd.xRequired(data,fName,fName)
value = data[fName]
vd.xNumber(value,fName)
def check_deltaP_cooler(self, data):
if ('interstage_cooling' not in data):
return
if (data['interstage_cooling']['_val'] == 'No'):
return
fName = 'deltaP_cooler'
vd.xRequired(data, fName, fName)
value = data[fName]
vd.xNumber(value, fName)
vd.xGrtThan(value, 0, fName)
vd.xDim(value, ['pressure'], fName)
def check_Do(self, data):
if ('D_basis' not in data):
return
if (data['D_basis']['_val'] != 'outer'):
return
fName = 'Do'
vd.xRequired(data, fName, fName)
value = data[fName]
vd.xNumber(value, fName)
vd.xGrtThan(value, 0, fName)
vd.xDim(value, ['length'], fName)
def check_Ncell_manual(self, data):
if ('Ncell_basis' not in data):
return
if (data['Ncell_basis']['_val'] !='manual'):
return
fName = 'Ncell_manual'
vd.xRequired(data,fName,fName)
value = data[fName]
vd.xNumber(value, fName)
vd.xGrtThanEq(value, 0, fName)
def check_NPS(self, data):
if ('calculation_option' not in data):
return
if (data['calculation_option']['_val'] !='NPS'):
return
fName = 'NPS'
vd.xRequired(data,fName,fName)
value = data[fName]
vd.xNumber(value, fName)
nps_options = ["0.125", "0.25", "0.375", "0.5", "0.75", "1", "1.25", "1.5", "2", "2.5", "3", "3.5", "4", "5", "6", "8", "10", "12", "14", "16", "18", "20", "22", "24", "26", "28", "30", "32", "34", "36"]
vd.xChoice(value, nps_options, fName)
def check_D(self, data):
if ('calculation_option' not in data):
return
if (data['calculation_option']['_val'] !='D'):
return
fName = 'D'
vd.xRequired(data,fName,fName)
value = data[fName]
vd.xNumber(value, fName)
vd.xGrtThan(value, 0, fName)
vd.xDim(value, ['length','length_mili'], fName)
