def check_missingvalid(self, data, original_data):
err_fields = []
if 'calculation_option' in data:
if (data['calculation_option']['_val'] == 'Tdb_RH_P'):
if xisMissing(original_data, 'RH'):
err_fields.append('RH')
if (data['calculation_option']['_val'] == 'Tdb_Twb_P'):
if xisMissing(original_data, 'Twb'):
err_fields.append('Twb')
if (data['calculation_option']['_val'] == 'Tdb_Tdp_P'):
if xisMissing(original_data, 'Tdp'):
err_fields.append('Tdp')
if (data['calculation_option']['_val'] == 'Tdb_W_P'):
if xisMissing(original_data, 'W'):
err_fields.append('W')
if (data['calculation_option']['_val'] == 'Tdb_h_P'):
if xisMissing(original_data, 'h'):
err_fields.append('h')
if (len(err_fields) > 0):
raise ValidationError("invalid number", err_fields)
def check_missingvalid(self, data, original_data):
err_fields = []
if 'convert' in data:
if (data['convert']['_val'] == 'nu2mu'):
if xisMissing(original_data, 'nu'):
err_fields.append('nu')
if xisMissing(original_data, 'rho'):
err_fields.append('rho')
if (data['convert']['_val'] == 'mu2nu'):
if xisMissing(original_data, 'mu'):
err_fields.append('mu')
if xisMissing(original_data, 'rho'):
err_fields.append('rho')
if (data['convert']['_val'] == 'nu2ssu'):
if xisMissing(original_data, 'nu'):
err_fields.append('nu')
if (data['convert']['_val'] == 'ssu2nu'):
if xisMissing(original_data, 'ssu'):
err_fields.append('ssu')
if (data['convert']['_val'] == 'mu2ssu'):
if xisMissing(original_data, 'mu'):
err_fields.append('mu')
if xisMissing(original_data, 'rho'):
err_fields.append('rho')
if (data['convert']['_val'] == 'ssu2mu'):
if xisMissing(original_data, 'ssu'):
err_fields.append('ssu')
if xisMissing(original_data, 'rho'):
err_fields.append('rho')
if (len(err_fields) > 0):
raise ValidationError("invalid number", err_fields)
def check_missingvalid(self, data, original_data):
err_fields = []
if 'source_option' in data:
if (data['source_option']['_val'] == 'wall'):
if xisMissing(original_data, 'width'):
err_fields.append('width')
if xisMissing(original_data, 'height'):
err_fields.append('height')
if (len(err_fields) > 0):
raise ValidationError("Field is required", err_fields)
def check_missingvalid(self, data, original_data):
err_fields = []
if 'convert' in data:
if (data['convert']['_val'] == 'cd2lux'):
if xisMissing(original_data, 'candela'):
err_fields.append('candela')
if (data['convert']['_val'] == 'lux2cd'):
if xisMissing(original_data, 'lux'):
err_fields.append('lux')
if (len(err_fields) > 0):
raise ValidationError("invalid number", err_fields)
def check_missingvalid(self, data, original_data):
err_fields = []
if 'convert' in data:
if (data['convert']['_val'] == 'watts2lumens'):
if xisMissing(original_data, 'watts'):
err_fields.append('watts')
if (data['convert']['_val'] == 'lumens2watts'):
if xisMissing(original_data, 'lumens'):
err_fields.append('lumens')
if (len(err_fields) > 0):
raise ValidationError("invalid number", err_fields)
def check_missingvalid(self, data, original_data):
err_fields = []
if 'viscosity_basis' in data:
if (data['viscosity_basis']['_val'] == 'kinematic'):
if xisMissing(original_data, 'nu'):
err_fields.append('nu')
if (data['viscosity_basis']['_val'] == 'dynamic'):
if xisMissing(original_data, 'mu'):
err_fields.append('mu')
if xisMissing(original_data, 'rho'):
err_fields.append('rho')
if (len(err_fields) > 0):
raise ValidationError("invalid number", err_fields)
def check_missing(self, data, original_data):
err_fields = []
if 'entry_type' in data:
if (data['entry_type']['_val'] == 'Rounded'):
if xisMissing(original_data, 'Rc'):
err_fields.append('Rc')
elif (data['entry_type']['_val'] == 'Angled'):
if xisMissing(original_data, 'angle'):
err_fields.append('angle')
elif (data['entry_type']['_val'] == 'Projecting'):
if xisMissing(original_data, 'wall_thickness'):
err_fields.append('wall_thickness')
if (len(err_fields) > 0):
raise ValidationError("Field is required", err_fields)
def check_missing(self, data, original_data):
err_fields = []
if 'calculation_option' in data:
if (data['calculation_option']['_val'] == 'NPS'):
if xisMissing(original_data, 'NPS'):
err_fields.append('NPS')
if (data['calculation_option']['_val'] == 'Di'):
if xisMissing(original_data, 'Di'):
err_fields.append('Di')
if (data['calculation_option']['_val'] == 'Do'):
if xisMissing(original_data, 'Do'):
err_fields.append('Do')
if (len(err_fields) > 0):
raise ValidationError("invalid number", err_fields)
def check_missing(self, data, original_data):
err_fields = []
if 'Kd_basis' in data:
if (data['Kd_basis']['_val'] == 'Manual'):
if xisMissing(original_data, 'Kd_manual'):
err_fields.append('Kd_manual')
if 'Kw_basis' in data:
if (data['Kw_basis']['_val'] == 'Manual'):
if xisMissing(original_data, 'Kw_manual'):
err_fields.append('Kw_manual')
if 'Kc_basis' in data:
if (data['Kc_basis']['_val'] == 'Manual'):
if xisMissing(original_data, 'Kc_manual'):
err_fields.append('Kc_manual')
if (len(err_fields) > 0):
raise ValidationError("Field is required", err_fields)
def check_missing(self, data, original_data):
err_fields = []
if 'roughness_basis' in data:
if (data['roughness_basis']['_val'] == 'Material'):
if xisMissing(original_data, 'material'):
err_fields.append('material')
elif (data['roughness_basis']['_val'] == 'Custom'):
if xisMissing(original_data, 'roughness'):
err_fields.append('roughness')
if 'size_definition' in data:
if (data['size_definition']['_val'] == 'NPS'):
if xisMissing(original_data, 'NPS'):
err_fields.append('NPS')
if xisMissing(original_data, 'schedule'):
err_fields.append('schedule')
elif (data['size_definition']['_val'] == 'Custom'):
if xisMissing(original_data, 'Dia_inner'):
err_fields.append('Dia_inner')
if (len(err_fields) > 0):
raise ValidationError("valid input required", err_fields)
def check_missing(self,data, original_data):
err_fields = []
if 'viscosity_basis' in data:
if (data['viscosity_basis']['_val']=='Dynamic'):
if xisMissing(original_data, 'mu'):
err_fields.append('mu')
if (data['viscosity_basis']['_val']=='Kinematic'):
if xisMissing(original_data, 'nu'):
err_fields.append('nu')
if (data['viscosity_basis']['_val']=='SSU'):
if xisMissing(original_data, 'ssu'):
err_fields.append('ssu')
if 'Kd_basis' in data:
if (data['Kd_basis']['_val']=='Manual'):
if xisMissing(original_data, 'Kd_manual'):
err_fields.append('Kd_manual')
if 'Kw_basis' in data:
if (data['Kw_basis']['_val']=='Manual'):
if xisMissing(original_data, 'Kw_manual'):
err_fields.append('Kw_manual')
if 'Kc_basis' in data:
if (data['Kc_basis']['_val']=='Manual'):
if xisMissing(original_data, 'Kc_manual'):
err_fields.append('Kc_manual')
if (len(err_fields)>0):
raise ValidationError("Field is required", err_fields)
def check_missingvalid(self, data, original_data):
err_fields = []
if 'state' in data:
if (data['state']['_val'] == 'Saturated_T'):
if xisMissing(original_data, 'T'):
err_fields.append('T')
if xisMissing(original_data, 'Q'):
err_fields.append('Q')
if (data['state']['_val'] == 'Saturated_P'):
if xisMissing(original_data, 'P'):
err_fields.append('P')
if xisMissing(original_data, 'Q'):
err_fields.append('Q')
if (data['state']['_val'] == 'Superheated_or_Compressed'):
if xisMissing(original_data, 'P'):
err_fields.append('P')
if xisMissing(original_data, 'T'):
err_fields.append('T')
if (len(err_fields) > 0):
raise ValidationError("Field is required", err_fields)
def check_missingvalid(self,data, original_data):
err_fields = []
if 'calculation_option' in data:
if (data['calculation_option']['_val']=='calcSPL'):
if xisMissing(original_data, 'PWL'):
err_fields.append('PWL')
if xisMissing(original_data, 'distance'):
err_fields.append('distance')
if (data['calculation_option']['_val']=='calcPWL'):
if xisMissing(original_data, 'SPL'):
err_fields.append('SPL')
if xisMissing(original_data, 'distance'):
err_fields.append('distance')
if (data['calculation_option']['_val']=='calcDistance'):
if xisMissing(original_data, 'PWL'):
err_fields.append('PWL')
if xisMissing(original_data, 'SPL'):
err_fields.append('SPL')
if (len(err_fields)>0):
raise ValidationError("Field is required", err_fields)
def check_missingvalid(self, data, original_data):
err_fields = []
if 'inlet_definition' in data:
if (data['inlet_definition']['_val'] == 'P-T'):
if xisMissing(original_data, 'T_inlet'):
err_fields.append('T_inlet')
if (data['inlet_definition']['_val'] == 'P-h'):
if xisMissing(original_data, 'h_inlet'):
err_fields.append('h_inlet')
if (data['inlet_definition']['_val'] == 'P-s'):
if xisMissing(original_data, 's_inlet'):
err_fields.append('s_inlet')
if (data['inlet_definition']['_val'] == 'P-Q'):
if xisMissing(original_data, 'Q_inlet'):
err_fields.append('Q_inlet')
if 'turbine_definition' in data:
if (data['turbine_definition']['_val'] == 'mass_flow'):
if xisMissing(original_data, 'mass_flow'):
err_fields.append('mass_flow')
if (data['turbine_definition']['_val'] == 'power_output'):
if xisMissing(original_data, 'power_output'):
err_fields.append('power_output')
if 'solve_for' in data:
if (data['solve_for']['_val'] == 'outlet_properties'):
if xisMissing(original_data, 'isentropic_efficiency'):
err_fields.append('isentropic_efficiency')
if (data['solve_for']['_val'] == 'isentropic_efficiency'):
if 'outlet_definition' in data:
if (data['outlet_definition']['_val'] == 'P-T'):
if xisMissing(original_data, 'T_outlet'):
err_fields.append('T_outlet')
if (data['outlet_definition']['_val'] == 'P-h'):
if xisMissing(original_data, 'h_outlet'):
err_fields.append('h_outlet')
if (data['outlet_definition']['_val'] == 'P-s'):
if xisMissing(original_data, 's_outlet'):
err_fields.append('s_outlet')
if (data['outlet_definition']['_val'] == 'P-Q'):
if xisMissing(original_data, 'Q_outlet'):
err_fields.append('Q_outlet')
if (len(err_fields) > 0):
raise ValidationError("invalid number", err_fields)