def check_full_vacuum(self, data):
fName = 'full_vacuum'
# vd.xRequired(data,fName,fName)
value = data[fName]
vd.xString(value, fName)
full_vacuum_options = ["yes", "no"]
vd.xChoice(value, full_vacuum_options, fName)
def check_Ncell_basis(self, data):
fName = 'Ncell_basis'
vd.xRequired(data,fName,fName)
value = data[fName]
vd.xString(value, fName)
Ncell_basis_options = ["manual","max_possible"]
vd.xChoice(value, Ncell_basis_options, fName)
def check_specie(self, data):
fName = 'specie'
vd.xRequired(data, fName, fName)
value = data[fName]
vd.xString(value, fName)
specie_options = ["NOx", "SOx", "CO", "Other"]
vd.xChoice(value, specie_options, fName)
def check_emission_units(self, data):
fName = 'emission_units'
vd.xRequired(data, fName, fName)
value = data[fName]
vd.xString(value, fName)
unit_options = ["ppmv", "mg/Nm3", "mg/Sm3"]
vd.xChoice(value, unit_options, fName)
def check_D_basis(self, data):
fName = 'D_basis'
vd.xRequired(data, fName, fName)
value = data[fName]
vd.xString(value, fName)
D_basis_options = ["inner", "outer"]
vd.xChoice(value, D_basis_options, fName)
def check_Orientation(self, data):
fName = 'Orientation'
vd.xRequired(data, fName, fName)
value = data[fName]
vd.xString(value, fName)
Orientation_options = ["horizontal", "vertical"]
vd.xChoice(value, Orientation_options, fName)
def check_Shape(self, data):
fName = 'Shape'
vd.xRequired(data, fName, fName)
value = data[fName]
vd.xString(value, fName)
Shape_options = ["cylindrical", "spherical"]
vd.xChoice(value, Shape_options, fName)
def check_flue_as(self, data):
fName = 'flue_as'
vd.xRequired(data, fName, fName)
value = data[fName]
vd.xString(value, fName)
fuel_as_options = ["mole_per_fuelmole", "mass_per_fuelmass"]
vd.xChoice(value, fuel_as_options, fName)
def check_schedule(self, value):
vd.xString(value)
schedule_options = [
'5', '10', '20', '30', '40', '60', '80', '100', '120', '140',
'160', 'STD', 'XS', 'XXS', '5S', '10S', '40S', '80S'
]
vd.xChoice(value, schedule_options)
def check_sampling_basis(self, data):
fName = 'sampling_basis'
vd.xRequired(data, fName, fName)
value = data[fName]
vd.xString(value, fName)
sampling_basis_options = ["wet", "dry"]
vd.xChoice(value, sampling_basis_options, fName)
def check_sizing_basis(self, data):
fName = 'sizing_basis'
vd.xRequired(data,fName,fName)
value = data[fName]
vd.xString(value, fName)
sizing_basis_options = ["buffer_time", "switching_frequency"]
vd.xChoice(value, sizing_basis_options, fName)
def check_calculation_option(self, data):
fName = 'calculation_option'
vd.xRequired(data,fName,fName)
value = data[fName]
vd.xString(value, fName)
calculation_options = ["NPS","d","D"]
vd.xChoice(value, calculation_options, fName)
def check_schedule(self, data):
fName = 'Schedule'
vd.xRequired(data,fName,fName)
value = data[fName]
vd.xString(value, fName)
schedule_options= ['5', '10', '20', '30', '40', '60', '80', '100', '120', '140', '160', 'STD', 'XS', 'XXS', '5S', '10S', '40S', '80S']
vd.xChoice(value, schedule_options, fName)
def check_oxygen_correction(self, data):
fName = 'oxygen_correction'
vd.xRequired(data, fName, fName)
value = data[fName]
vd.xString(value, fName)
sampling_options = ["yes", "no"]
vd.xChoice(value, sampling_options, fName)
def check_d_basis(self, data):
fName = 'd_basis'
vd.xRequired(data, fName, fName)
value = data[fName]
vd.xString(value, fName)
calculation_options = ["calculated", "manual"]
vd.xChoice(value, calculation_options, fName)
def check_cell_range(self, data):
fName = 'cell_range'
vd.xRequired(data,fName,fName)
value = data[fName]
vd.xString(value, fName)
cell_range_options = ["L","M","H"]
vd.xChoice(value, cell_range_options, fName)
def check_calculation_option(self, value):
vd.xString(value)
calculation_options = [
"Tdb_RH_P", "Tdb_Twb_P", "Tdb_Tdp_P", "Tdb_W_P", "Tdb_h_P"
]
vd.xChoice(value, calculation_options)
def check_composition_type(self, data):
fName = 'composition_type'
vd.xRequired(data, fName, fName)
value = data[fName]
vd.xString(value, fName)
composition_type_options = ["mole_percent", "mass_percent"]
vd.xChoice(value, composition_type_options, fName)
def check_insulation_type(self, value):
vd.xString(value)
item_options = [
"PVC", "XLPE", "MIN_LT_500", "MIN_LT_750", "MIN_HT_500",
"MIN_HT_750"
]
vd.xChoice(value, item_options)
def check_calculation_option(self, value):
vd.xString(value)
calculation_options = [
"calcSPL",
"calcPWL",
"calcDistance"
]
vd.xChoice(value, calculation_options)
def check_material(self, value):
vd.xString(value)
material_options = [
"Carbon Steel(non-corroded)", "Carbon Steel(corroded)",
"Stainless Steel", "Titanium and Cu-Ni", "Glass Reinforced Pipe",
"Polyethylene (PVC)"
]
vd.xChoice(value, material_options)
def check_MOC(self, data):
fName = 'MOC'
vd.xRequired(data, fName, fName)
value = data[fName]
vd.xString(value, fName)
MOC_options = [
"SA285-GrC", "SA516-Gr55", "SA516-Gr60", "SA516-Gr70",
"SA240-Tp304L", "SA240-Tp316L", "Other"
]
vd.xChoice(value, MOC_options, fName)
def check_Tc_basis(self, data):
if ('short_circuit_calculation' not in data):
return
if (data['short_circuit_calculation']['_val'] != 'yes'):
return
fName = 'Tc_basis'
vd.xRequired(data, fName, fName)
value = data[fName]
vd.xString(value, fName)
item_options = ["default", "custom"]
vd.xChoice(value, item_options, fName)
def check_Pinlet_cooler_basis(self, data):
if ('interstage_cooling' not in data):
return
if (data['interstage_cooling']['_val'] == 'No'):
return
fName = 'Pinlet_cooler_basis'
vd.xRequired(data, fName, fName)
value = data[fName]
vd.xString(value, fName)
Pinlet_cooler_basis_options = ["as_specified", "geometric_mean"]
vd.xChoice(value, Pinlet_cooler_basis_options, fName)
def check_conductor_type(self, data):
if ('insulation_type' not in data):
return
fName = 'conductor_type'
vd.xRequired(data, fName, fName)
value = data[fName]
vd.xString(value, fName)
insulation_type = data['insulation_type']['_val']
item_options = get_available_conductors(insulation_type)
vd.xChoice(value, item_options, fName)
def check_underground_spacing(self, data):
if ('installation_method' not in data):
return
if (data['installation_method']['_val'] not in ["D1", "D2"]):
return
fName = 'underground_spacing'
vd.xRequired(data, fName, fName)
value = data[fName]
vd.xString(value, fName)
installation_method = data['installation_method']['_val']
item_options = get_available_underground_spacing(installation_method)
vd.xChoice(value, item_options, fName)
def check_Head1(self, data):
if ('Shape' not in data):
return
if (data['Shape']['_val'] != 'cylindrical'):
return
fName = 'Head1'
vd.xRequired(data, fName, fName)
value = data[fName]
vd.xString(value, fName)
head_options = [
"ellipsoidal", "torispherical", "hemispherical", "conical",
"toriconical"
]
vd.xChoice(value, head_options, fName)
def check_installation_method(self, data):
if ('insulation_type' not in data):
return
if ('cable_type' not in data):
return
fName = 'installation_method'
vd.xRequired(data, fName, fName)
value = data[fName]
vd.xString(value, fName)
insulation_type = data['insulation_type']['_val']
cable_type = data['cable_type']['_val']
item_options = get_available_installationMethods(
insulation_type, cable_type)
vd.xChoice(value, item_options, fName)
def check_installation_type(self, data):
if ('installation_method' not in data):
return
if (data['installation_method']['_val'] not in ["C", "E", "F", "G"]):
return
if ('cable_type' not in data):
return
fName = 'installation_type'
vd.xRequired(data, fName, fName)
value = data[fName]
vd.xString(value, fName)
installation_method = data['installation_method']['_val']
cable_type = data['cable_type']['_val']
item_options = get_available_installationTypes(installation_method,
cable_type)
vd.xChoice(value, item_options, fName)
def check_convert(self, value):
vd.xString(value)
convert_options = ["cd2lux", "lux2cd"]
vd.xChoice(value, convert_options)
