# -*- coding: utf-8 -*-
#-------------------------------------------------------------------------------
# This file is part of Code_Saturne, a general-purpose CFD tool.
#
# Copyright (C) 1998-2019 EDF S.A.
#
# This program is free software; you can redistribute it and/or modify it under
# the terms of the GNU General Public License as published by the Free Software
# Foundation; either version 2 of the License, or (at your option) any later
# version.
#
# This program is distributed in the hope that it will be useful, but WITHOUT
# ANY WARRANTY; without even the implied warranty of MERCHANTABILITY or FITNESS
# FOR A PARTICULAR PURPOSE. See the GNU General Public License for more
# details.
#
# You should have received a copy of the GNU General Public License along with
# this program; if not, write to the Free Software Foundation, Inc., 51 Franklin
# Street, Fifth Floor, Boston, MA 02110-1301, USA.
#-------------------------------------------------------------------------------
import sys, unittest, copy
from code_saturne.model.XMLvariables import Model
from code_saturne.model.XMLengine import *
from code_saturne.model.XMLmodel import *
from code_saturne.model.Common import LABEL_LENGTH_MAX
from code_saturne.model.ProfilesModel import ProfilesModel
from code_saturne.model.TimeAveragesModel import TimeAveragesModel
from code_saturne.model.GlobalNumericalParametersModel import GlobalNumericalParametersModel
#-------------------------------------------------------------------------------
# EOS
#-------------------------------------------------------------------------------
EOS = 1
try:
import eosAva
except:
EOS = 0
class PredefinedFlowsModel:
"""
This class manages the Field objects for a predefined flow in the XML file
"""
fieldsCouple = ["None" ,
"free_surface",
"boiling_flow",
"droplet_flow",
"particles_flow"]
fieldsCoupleProperties = {}
fieldsCoupleProperties[fieldsCouple[0]] = ("","")
fieldsCoupleProperties[fieldsCouple[1]] = (("continuous", "continuous"),
("liquid", "gas"))
fieldsCoupleProperties[fieldsCouple[2]] = (("continuous", "dispersed"),
("liquid", "gas"))
fieldsCoupleProperties[fieldsCouple[3]] = (("continuous", "dispersed"),
("gas", "liquid"))
fieldsCoupleProperties[fieldsCouple[4]] = (("continuous", "dispersed"),
("gas", "solid"))
#-------------------------------------------------------------------------------
# Description of fields attribute
#-------------------------------------------------------------------------------
class FieldAttributesDescription:
"""
"""
typeChoiceValues = ['continuous', 'dispersed', 'auto']
phaseValues = ['liquid', 'gas', 'particle']
#-------------------------------------------------------------------------------
# Model for main fields
#-------------------------------------------------------------------------------
class MainFieldsModel(Variables, Model):
"""
This class manages the Field objects in the XML file
"""
def __init__(self, case):
"""
Constuctor.
"""
# XML file parameters
self.case = case
self.XMLNodethermo = self.case.xmlGetNode('thermophysical_models')
self.__XMLNodefields = self.XMLNodethermo.xmlInitNode('fields')
self.XMLNodeVariable = self.XMLNodethermo.xmlInitNode('variables')
self.XMLNodeproperty = self.XMLNodethermo.xmlInitNode('properties')
self.XMLClosure = self.case.xmlGetNode('closure_modeling')
self.XMLturbulence = self.XMLClosure.xmlInitNode('turbulence')
self.XMLforces = self.XMLClosure.xmlInitNode('interfacial_forces')
self.node_anal = self.case.xmlInitNode('analysis_control')
self.node_average = self.node_anal.xmlInitNode('time_averages')
self.node_profile = self.node_anal.xmlInitNode('profiles')
pressure_node = self.XMLNodethermo.xmlGetNode('variable',
name='pressure')
if pressure_node == None:
pressure_node = self.XMLNodethermo.xmlGetNode('variable',
name='Pressure')
if pressure_node == None:
Variables(self.case).setNewVariableProperty("variable",
"",
self.XMLNodeVariable,
"none",
"pressure",
"Pressure",
post = True)
porosity_node = self.XMLNodethermo.xmlGetNode('property',
name='porosity')
if porosity_node == None:
Variables(self.case).setNewVariableProperty("property",
"",
self.XMLNodeproperty,
"none",
"porosity",
"porosity")
def defaultValues(self):
default = {}
default['id'] = ""
default['label'] = "defaultLabel"
default['enthalpyResolutionStatus'] = "on"
default['enthalpyResolutionModel'] = "total_enthalpy"
default['typeChoice'] = FieldAttributesDescription.typeChoiceValues[0]
default['phase'] = FieldAttributesDescription.phaseValues[0]
default['carrierField'] = "off"
default['compressibleStatus'] = "off"
default['defaultPredefinedFlow'] = "None"
return default
def getFieldIdList(self):
"""
Return the id field list
"""
list = []
for node in self.__XMLNodefields.xmlGetNodeList('field'):
list.append(node['field_id'])
return list
@Variables.undoGlobal
def addField(self,fieldId=None):
"""
add a new field
"""
label = ""
labNum= 0
if fieldId not in self.getFieldIdList():
label = "Field" + str(len(self.getFieldIdList())+1)
labNum = len(self.getFieldIdList())+1
if label in self.getFieldLabelsList():
labelNumber = 1
label = "Field" + str(labelNumber)
labNum = labelNumber
while label in self.getFieldLabelsList():
labelNumber += 1
label = "Field" + str(labelNumber)
labNum = labelNumber
fieldId = len(self.getFieldIdList())+1
type = self.defaultValues()['typeChoice']
phase = self.defaultValues()['phase']
hmodel = self.defaultValues()['enthalpyResolutionModel']
compressible = self.defaultValues()['compressibleStatus']
carrierfield = self.defaultValues()['carrierField']
self.addDefinedField(fieldId,
label,
type,
phase,
carrierfield,
hmodel,
compressible,
labNum)
return fieldId
@Variables.undoGlobal
def addDefinedField(self, fieldId, label, typeChoice, phase, carrierField,
hmodel, compressible, labNum):
"""
add field for predefined flow
"""
self.isInList(phase,['solid','liquid','gas'])
self.isInList(typeChoice,['dispersed','continuous'])
# Check that the field does not allreay exist
nf = self.__XMLNodefields.xmlGetNode('field', field_id=fieldId)
if nf == None:
self.__XMLNodefields.xmlInitChildNode('field', field_id = fieldId, label = label)
else:
nf['label'] = label
self.setCriterion(fieldId, typeChoice)
self.setFieldNature(fieldId, phase)
self.setEnergyModel(fieldId, hmodel)
self.setCompressibleStatus(fieldId, compressible)
self.setCarrierField(fieldId, carrierField)
self.iniVariableProperties(fieldId, labNum)
@Variables.undoLocal
def iniVariableProperties(self, fieldNumber, labNum):
"""
add XML variable and properties
"""
field_name = self.getFieldLabelsList()[int(fieldNumber)-1]
Variables(self.case).setNewVariableProperty("variable", "", self.XMLNodeVariable, fieldNumber, "volume_fraction", "vol_f_"+field_name, post = True)
Variables(self.case).setNewVariableProperty("variable", "", self.XMLNodeVariable, fieldNumber, "velocity", "U_"+field_name, dim='3', post = True)
Variables(self.case).setNewVariableProperty("variable", "", self.XMLNodeVariable, fieldNumber, "enthalpy", "enthalpy_"+field_name, post = True)
# Physical properties are set by default to "constant" to avoid uninitialized states with the GUI
Variables(self.case).setNewVariableProperty("property", "constant", self.XMLNodeproperty, fieldNumber, "density", "density_"+field_name)
Variables(self.case).setNewVariableProperty("property", "constant", self.XMLNodeproperty, fieldNumber, "molecular_viscosity", "molecular_viscosity_"+field_name)
Variables(self.case).setNewVariableProperty("property", "constant", self.XMLNodeproperty, fieldNumber, "specific_heat", "specific_heat_"+field_name)
Variables(self.case).setNewVariableProperty("property", "constant", self.XMLNodeproperty, fieldNumber, "thermal_conductivity", "thermal_conductivity_"+field_name)
Variables(self.case).setNewVariableProperty("property", "", self.XMLNodeproperty, fieldNumber, "mass_trans", "mass_trans_"+field_name)
Variables(self.case).setNewVariableProperty("property", "", self.XMLNodeproperty, fieldNumber, "wall_distance", "y_plus_"+field_name, support = "boundary")
if self.getCompressibleStatus(fieldNumber) == "on":
Variables(self.case).setNewVariableProperty("property", "", self.XMLNodeproperty, fieldNumber, "drodp", "drodp_"+field_name)
Variables(self.case).setNewVariableProperty("property", "", self.XMLNodeproperty, fieldNumber, "drodh", "drodh_"+field_name)
if self.getFieldNature(fieldNumber) == "solid":
Variables(self.case).setNewVariableProperty("property", "", self.XMLNodeproperty, fieldNumber, "emissivity", "emissivity_"+field_name)
Variables(self.case).setNewVariableProperty("property", "", self.XMLNodeproperty, fieldNumber, "elasticity", "elasticity_"+field_name)
if self.getEnergyResolution(fieldNumber) == "on":
Variables(self.case).setNewVariableProperty("property", "", self.XMLNodeproperty, fieldNumber, "temperature", "temp_"+field_name, post = True)
if self.getCriterion(fieldNumber) == "dispersed":
Variables(self.case).setNewVariableProperty("property", "", self.XMLNodeproperty, fieldNumber, "diameter", "diam_"+field_name)
Variables(self.case).setNewVariableProperty("property", "", self.XMLNodeproperty, fieldNumber, "drift_component", "drift_component_"+field_name, dim='3')
def getFieldLabelsList(self):
"""
return list of label for field
"""
list = []
for node in self.__XMLNodefields.xmlGetNodeList('field'):
list.append(node['label'])
return list
def getContinuousFieldList(self):
"""
return list of id for field
"""
list = []
for node in self.__XMLNodefields.xmlGetNodeList('field'):
childNode = node.xmlInitChildNode('type')
if childNode['choice'] == "continuous" :
list.append(node['field_id'])
return list
def getDispersedFieldList(self):
"""
return list of id for field
"""
list = []
for node in self.__XMLNodefields.xmlGetNodeList('field'):
childNode = node.xmlInitChildNode('type')
if childNode['choice'] == "dispersed" :
list.append(node['field_id'])
return list
def getGasPhaseList(self):
"""
return list of id for field
"""
list = []
for node in self.__XMLNodefields.xmlGetNodeList('field'):
childNode = node.xmlInitChildNode('phase')
if childNode['choice'] == "gas" :
list.append(node['field_id'])
return list
def getSolidFieldIdList(self):
"""
return list of id for solid field
"""
list = []
for node in self.__XMLNodefields.xmlGetNodeList('field'):
childNode = node.xmlInitChildNode('phase')
if childNode['choice'] == "solid" :
list.append(node['field_id'])
return list
def getFirstContinuousField(self) :
"""
return id of first continuous field
"""
id = 0
if len(self.getContinuousFieldList()) > 0:
id = self.getContinuousFieldList()[0]
return id
def getFirstGasField(self) :
"""
return id of first continuous field
"""
id = 0
if len(self.getGasPhaseList()) > 0:
id = self.getGasPhaseList()[0]
return id
@Variables.noUndo
def getEnthalpyResolvedField(self) :
"""
return list of id for field with enthalpy resolution
"""
list = []
for node in self.__XMLNodefields.xmlGetNodeList('field'):
childNode = node.xmlInitChildNode('hresolution')
if childNode['status'] == "on" :
list.append(node['field_id'])
return list
@Variables.undoLocal
def setLabel(self, fieldId, label):
"""
Put label
"""
self.isInList(str(fieldId),self.getFieldIdList())
old_label = label
label_new = label[:LABEL_LENGTH_MAX]
if label_new not in self.getFieldLabelsList():
node = self.__XMLNodefields.xmlGetNode('field', field_id = fieldId)
if node :
old_label = node['label']
node['label'] = label
# Renaming of variables and properties after field label change
for node in self.case.xmlGetNodeList('variable') \
+ self.case.xmlGetNodeList('property'):
if node['field_id'] == str(fieldId):
li = node['label'].rsplit(old_label, 1)
node['label'] = label.join(li)
@Variables.noUndo
def getLabel(self, fieldId):
"""
get label
"""
self.isInList(str(fieldId),self.getFieldIdList())
label = ""
node = self.__XMLNodefields.xmlGetNode('field', field_id = fieldId)
if node:
label = node['label']
return label
@Variables.undoLocal
def setCriterion(self, fieldId, type):
"""
Put type of field
"""
self.isInList(str(fieldId),self.getFieldIdList())
field_name = self.getFieldLabelsList()[int(fieldId)-1]
node = self.__XMLNodefields.xmlGetNode('field', field_id = fieldId)
childNode = node.xmlInitChildNode('type')
oldtype = childNode['choice']
childNode.xmlSetAttribute(choice = type)
# update carrier field
if type == "continuous" :
self.setCarrierField(fieldId,self.defaultValues()['carrierField'])
else :
self.setCarrierField(fieldId,self.getFirstContinuousField())
if oldtype != type :
for id in self.getDispersedFieldList() :
if self.getCarrierField(id) == str(fieldId) :
self.setCarrierField(id,self.getFirstContinuousField())
# if number of continuous field < 2 suppress coupling and momentum forces
if len(self.getContinuousFieldList()) < 2 :
node = self.XMLturbulence.xmlGetNode('continuous_field_coupling')
if node :
node.xmlRemoveNode()
node = self.XMLforces.xmlGetNode('continuous_field_momentum_transfer')
if node :
node.xmlRemoveNode()
# remove closure law linked to field for coherence of XML
if oldtype != type :
for node in self.__nodesWithFieldIDAttribute():
try :
if (node['field_id_a'] == str(fieldId) or node['field_id_b'] == str(fieldId)):
node.xmlRemoveNode()
except :
pass
# TODO mettre en coherence pour les aires interf., tout ce qui est closure law a faire aussi pour la nature.
# Activated if dispersed or second continuous phase of GLIM
if self.getCriterion(fieldId) == "dispersed":
Variables(self.case).setNewVariableProperty("property", "", self.XMLNodeproperty, fieldId, "diameter", "diam_"+field_name)
Variables(self.case).setNewVariableProperty("property", "", self.XMLNodeproperty, fieldId, "drift_component", "drift_component_"+field_name, dim='3')
else :
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, fieldId, "diameter")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, fieldId, "drift_component")
self.updateXML()
@Variables.noUndo
def getCriterion(self, fieldId):
"""
get type of field
"""
self.isInList(str(fieldId),self.getFieldIdList())
node = self.__XMLNodefields.xmlGetNode('field', field_id = fieldId)
nodet = node.xmlGetNode('type')
if nodet == None :
type = self.defaultValues()['typeChoice']
self.setCriterion(fieldId,type)
type = node.xmlGetNode('type')['choice']
return type
@Variables.undoLocal
def setFieldNature(self, fieldId, phase):
"""
put nature of field
"""
self.isInList(str(fieldId),self.getFieldIdList())
self.isInList(phase,('liquid','solid','gas'))
field_name = self.getFieldLabelsList()[int(fieldId)-1]
node = self.__XMLNodefields.xmlGetNode('field', field_id = fieldId)
childNode = node.xmlInitChildNode('phase')
if childNode != None:
oldstatus = childNode['choice']
if phase != oldstatus:
if phase == "solid":
Variables(self.case).setNewVariableProperty("property", "", self.XMLNodeproperty, fieldId, "emissivity", "emissivity_"+field_name)
Variables(self.case).setNewVariableProperty("property", "", self.XMLNodeproperty, fieldId, "elasticity", "elasticity_"+field_name)
self.setCriterion(fieldId, "dispersed")
else :
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, fieldId, "emissivity")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, fieldId, "elasticity")
childNode.xmlSetAttribute(choice = phase)
self.updateXML()
@Variables.noUndo
def getFieldNature(self, fieldId):
"""
get nature of field
"""
#~ self.isInList(str(fieldId),self.getFieldIdList())
node = self.__XMLNodefields.xmlGetNode('field', field_id = fieldId)
nodep = node.xmlGetNode('phase')
if nodep == None :
phase = self.defaultValues()['phase']
self.setFieldNature(fieldId,phase)
phase = node.xmlGetNode('phase')['choice']
return phase
@Variables.undoLocal
def setEnergyResolution(self, fieldId, status):
"""
set status for energy resolution
"""
self.isInList(str(fieldId),self.getFieldIdList())
self.isOnOff(status)
field_name = self.getFieldLabelsList()[int(fieldId)-1]
node = self.__XMLNodefields.xmlGetNode('field', field_id = fieldId)
childNode = node.xmlInitChildNode('hresolution')
if childNode != None:
oldstatus = childNode['status']
if status != oldstatus:
if status == "on":
Variables(self.case).setNewVariableProperty("variable", "", self.XMLNodeVariable, fieldId, "enthalpy", "enthalpy_"+field_name, post = True)
Variables(self.case).setNewVariableProperty("property", "", self.XMLNodeproperty, fieldId, "temperature", "temp_"+field_name, post = True)
else :
Variables(self.case).removeVariableProperty("variable", self.XMLNodeVariable, fieldId, "enthalpy")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, fieldId, "temperature")
childNode.xmlSetAttribute(status = status)
@Variables.noUndo
def getEnergyResolution(self, fieldId):
"""
get status for energy resolution
"""
self.isInList(str(fieldId),self.getFieldIdList())
node = self.__XMLNodefields.xmlGetNode('field', field_id = fieldId)
nodeh= node.xmlGetNode('hresolution')
if nodeh == None :
hres = self.defaultValues()['enthalpyResolutionStatus']
self.setEnergyResolution(fieldId,hres)
hres= node.xmlGetNode('hresolution')['status']
return hres
@Variables.undoLocal
def setEnergyModel(self, fieldId, mdl):
"""
set model for energy resolution
"""
self.isInList(str(fieldId),self.getFieldIdList())
self.isInList(mdl, ('off', 'total_enthalpy', 'specific_enthalpy'))
if mdl != 'off':
self.setEnergyResolution(fieldId, 'on')
else:
self.setEnergyResolution(fieldId, 'off')
node = self.__XMLNodefields.xmlGetNode('field', field_id = fieldId)
childNode = node.xmlInitChildNode('hresolution')
childNode.xmlSetAttribute(model = mdl)
@Variables.noUndo
def getEnergyModel(self, fieldId):
"""
get model for energy resolution
"""
self.isInList(str(fieldId),self.getFieldIdList())
node = self.__XMLNodefields.xmlGetNode('field', field_id = fieldId)
nodeh= node.xmlGetNode('hresolution')
if nodeh == None :
self.getEnergyResolution(fieldId)
hmdl = self.defaultValues()['enthalpyResolutionModel']
self.setEnergyModel(fieldId,hmdl)
hres= node.xmlGetNode('hresolution')['model']
return hres
@Variables.undoLocal
def setCompressibleStatus(self, fieldId, status):
"""
set status for compressible resolution
"""
self.isInList(str(fieldId),self.getFieldIdList())
self.isOnOff(status)
field_name = self.getFieldLabelsList()[int(fieldId)-1]
node = self.__XMLNodefields.xmlGetNode('field', field_id = fieldId)
childNode = node.xmlInitChildNode('compressible')
if childNode != None:
oldstatus = childNode['status']
if status != oldstatus:
if status == "on":
Variables(self.case).setNewVariableProperty("property", "", self.XMLNodeproperty, fieldId, "d_rho_d_P", "drho_dP_"+field_name)
Variables(self.case).setNewVariableProperty("property", "", self.XMLNodeproperty, fieldId, "d_rho_d_h", "drho_dh_"+field_name)
else :
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, fieldId, "d_rho_d_P")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, fieldId, "d_rho_d_h")
childNode.xmlSetAttribute(status = status)
@Variables.noUndo
def getCompressibleStatus(self, fieldId):
"""
get status for compressible resolution
"""
self.isInList(str(fieldId),self.getFieldIdList())
node = self.__XMLNodefields.xmlGetNode('field', field_id = fieldId)
nodec = node.xmlGetNode('compressible')
if nodec == None :
compress = self.defaultValues()['compressibleStatus']
self.setCompressibleStatus(fieldId,compress)
compress = node.xmlGetNode('compressible')['status']
return compress
@Variables.undoLocal
def setCarrierField(self, fieldId, carrierfield):
self.isInList(str(fieldId),self.getFieldIdList())
node = self.__XMLNodefields.xmlGetNode('field', field_id = fieldId)
childNode = node.xmlInitChildNode('carrier_field')
childNode.xmlSetAttribute(field_id = str(carrierfield))
@Variables.noUndo
def getCarrierField(self, fieldId):
self.isInList(str(fieldId),self.getFieldIdList())
node = self.__XMLNodefields.xmlGetNode('field', field_id = fieldId)
nodec = node.xmlGetNode('carrier_field')
if nodec == None :
carrier = self.defaultValues()['carrierField']
self.setCarrierField(fieldId,carrier)
carrier = node.xmlGetNode('carrier_field')['field_id']
return carrier
@Variables.undoGlobal
def deleteField(self, row):
"""
delete a field in XML and update
"""
fieldId = row + 1
self.isInList(str(fieldId),self.getFieldIdList())
#suppress profile
for node in reversed(self.node_profile.xmlGetNodeList('profile')) :
suppress = 0
for child in node.xmlGetNodeList('var_prop') :
if (child['field_id'] == str(fieldId)) :
suppress = 1
if suppress == 1 :
label = node['label']
ProfilesModel(self.case).deleteProfile(label)
#suppress average
for node in reversed(self.node_average.xmlGetNodeList('time_average')) :
suppress = 0
for child in node.xmlGetNodeList('var_prop') :
if (child['field_id'] == str(fieldId)) :
suppress = 1
break
if suppress == 1 :
label = node['label']
TimeAveragesModel(self.case).deleteTimeAverage(label)
for node in self.__nodesWithFieldIDAttribute():
try :
if (node['field_id'] == str(fieldId) or ( fieldId == 1 and node['field_id'] == "none")):
node.xmlRemoveNode()
elif (node['field_id_a'] == str(fieldId) or node['field_id_b'] == str(fieldId)):
node.xmlRemoveNode()
except :
pass
# Update 'field_id' attributes for other fields in XML file
for node in self.__nodesWithFieldIDAttribute():
try :
if node['field_id'] != "none" and node['field_id'] != "off":
if int(node['field_id']) > fieldId :
node['field_id'] = str(int(node['field_id']) - 1)
else:
if node['field_id_a'] > str(fieldId):
node['field_id_a'] = str(int(node['field_id_a']) - 1)
if node['field_id_b'] > str(fieldId):
node['field_id_b'] = str(int(node['field_id_b']) - 1)
except:
pass
# Update for field Id
for node in self.__XMLNodefields.xmlGetNodeList('field'):
nodec = node.xmlGetNode('carrier_field')
if nodec != None :
if str(nodec['field_id']) == str(fieldId) :
id = self.getFirstContinuousField()
if id > 0 :
nodec['field_id'] = id
else :
# only dispersed field -> change to continuous field
currentId = node['field_id']
self.setCriterion(currentId, "continuous")
self.setCarrierField(currentId, self.defaultValues()['carrierField'])
self.updateXML()
def updateXML(self):
"""
method for update in case of suppress or change attribute
"""
# suppress solid information
if (len(self.getSolidFieldIdList()) < 1) :
node = self.XMLNodethermo.xmlGetNode('solid_compaction')
if node:
node.xmlRemoveNode()
# suppress continuous-continuous information
if (len(self.getContinuousFieldList()) < 2) :
node = self.XMLforces.xmlGetNode('continuous_field_coupling')
if node:
node.xmlRemoveNode()
node = self.XMLforces.xmlGetNode('continuous_field_momentum_transfer')
if node:
node.xmlRemoveNode()
# suppress continuous-dispersed information
if (len(self.getDispersedFieldList()) < 1) :
node = self.XMLClosure.xmlGetNode('interfacial_area_diameter')
if node:
node.xmlRemoveNode()
def __nodesWithFieldIDAttribute(self) :
"""
Return a list of nodes whose one of atributes is 'field_id'
"""
root = self.case.root()
list = []
tagNodesWithFileIdAttribute = ('field', 'inlet', 'outlet', 'variable',
'property', 'scalar',
'initialization', 'var_prop',
'wall', 'symetry', 'transfer', 'force',
'closure_modeling', 'interfacial_area_diameter')
for node in tagNodesWithFileIdAttribute :
list1 = root.xmlGetNodeList(node)
for n in list1:
list.append(n)
return list
@Variables.undoGlobal
def setPredefinedFlow(self, value): # <=> setPredefinedFlow
"""
"""
self.isInList(value, PredefinedFlowsModel.fieldsCouple)
node = self.XMLNodethermo.xmlInitChildNode('predefined_flow')
node.xmlSetAttribute(choice = value)
from code_saturne.model.ThermodynamicsModel import ThermodynamicsModel
self.XMLNodeclosure = self.case.xmlGetNode('closure_modeling')
self.XMLMassTrans = self.XMLNodeclosure.xmlInitNode('mass_transfer_model')
#Variables : neptune_cfd.core.XMLvariables.Variables
Variables(self.case).setNewVariableProperty("property", "constant", self.XMLNodeproperty, "none", "surface_tension", "Surf_tens")
if value != "None": #avant: "None"
# Create the first field
fieldId = "1"
label = "Field1"
typeChoice = PredefinedFlowsModel.fieldsCoupleProperties[value][0][0]
phase = PredefinedFlowsModel.fieldsCoupleProperties[value][1][0]
if typeChoice == "dispersed" :
carrierField = "2"
else :
carrierField = "off"
hmodel = "total_enthalpy"
compressible = "off"
self.case.undoStop()
self.addDefinedField(fieldId, label, typeChoice, phase, carrierField, hmodel, compressible, 1)
if value != "particles_flow":
# initialisation for thermodynamique material
if EOS == 1 :
material = 'Water'
self.ava = eosAva.EosAvailable()
self.ava.setMethods(material)
self.case.undoStop()
ThermodynamicsModel(self.case).setMaterials(fieldId, material)
fls = self.ava.whichMethods()
if "Cathare" in fls:
ThermodynamicsModel(self.case).setMethod(fieldId, "Cathare")
else:
for fli in fls:
if fli != "Ovap" and fli != "Flica4" and fli != "StiffenedGas":
ThermodynamicsModel(self.case).setMethod(fieldId, fli)
break
Variables(self.case).setNewVariableProperty("property", "", self.XMLNodeproperty, "none", "wall_total_flux", "wall_total_flux", support = "boundary")
Variables(self.case).setNewVariableProperty("property", "", self.XMLNodeproperty, "none", "wall_liquid_total_flux", "wall_liquid_total_flux", support = "boundary")
Variables(self.case).setNewVariableProperty("property", "", self.XMLNodeproperty, "none", "wall_evaporation_flux", "wall_evaporation_flux", support = "boundary")
Variables(self.case).setNewVariableProperty("property", "", self.XMLNodeproperty, "none", "wall_quenching_flux", "wall_quenching_flux", support = "boundary")
Variables(self.case).setNewVariableProperty("property", "", self.XMLNodeproperty, "none", "wall_liquid_convective_flux", "wall_liquid_convective_flux", support = "boundary")
Variables(self.case).setNewVariableProperty("property", "", self.XMLNodeproperty, "none", "wall_steam_convective_flux", "wall_steam_convective_flux", support = "boundary")
Variables(self.case).setNewVariableProperty("property", "", self.XMLNodeproperty, "none", "boundary_temperature", "wall_temperature", support = "boundary")
Variables(self.case).setNewVariableProperty("property", "", self.XMLNodeproperty, "none", "wall_liquid_temperature", "wall_liquid_temperature", support = "boundary")
Variables(self.case).setNewVariableProperty("property", "", self.XMLNodeproperty, "none", "wall_oversaturation", "wall_oversaturation", support = "boundary")
Variables(self.case).setNewVariableProperty("property", "", self.XMLNodeproperty, "none", "unal_diameter", "unal_diameter", support = "boundary")
Variables(self.case).setNewVariableProperty("property", "", self.XMLNodeproperty, "none", "wall_diameter_mesh_independancy", "wall_diameter_mesh_independancy", support = "boundary")
Variables(self.case).setNewVariableProperty("property", "", self.XMLNodeproperty, "none", "wall_roughness", "wall_roughness", support = "boundary")
Variables(self.case).setNewVariableProperty("property", "", self.XMLNodeproperty, "none", "wall_dispersed_phase_mass_source_term", "wall_dispersed_phase_mass_source_term", support = "boundary")
Variables(self.case).setNewVariableProperty("property", "", self.XMLNodeproperty, "none", "boiling_criteria", "boiling_criteria", support = "boundary")
Variables(self.case).setNewVariableProperty("property", "", self.XMLNodeproperty, "none", "exchange_coefficient", "exchange_coefficient", support = "boundary")
Variables(self.case).setNewVariableProperty("property", "", self.XMLNodeproperty, "none", "uninfluenced_part", "uninfluenced_part", support = "boundary")
# Create the second field
fieldId = "2"
label = "Field2"
typeChoice = PredefinedFlowsModel.fieldsCoupleProperties[value][0][1]
phase = PredefinedFlowsModel.fieldsCoupleProperties[value][1][1]
if typeChoice == "dispersed" :
carrierField = "1"
else :
carrierField = "off"
hmodel = "total_enthalpy"
compressible = "off"
self.case.undoStop()
self.addDefinedField(fieldId, label, typeChoice, phase, carrierField, hmodel, compressible, 2)
if value != "particles_flow":
# initialisation for thermodynamique material
if EOS == 1 :
self.case.undoStop()
ThermodynamicsModel(self.case).setMaterials(fieldId, material)
fls = self.ava.whichMethods()
if "Cathare" in fls:
ThermodynamicsModel(self.case).setMethod(fieldId, "Cathare")
else:
for fli in fls:
if fli != "Ovap" and fli != "Flica4" and fli != "StiffenedGas":
ThermodynamicsModel(self.case).setMethod(fieldId, fli)
break
#TODO attention a modifier lors de la generalisation des modeles
Variables(self.case).setNewVariableProperty("property", "", self.XMLNodeproperty, "none", "SaturationTemperature", "TsatK", post = True)
Variables(self.case).setNewVariableProperty("property", "", self.XMLNodeproperty, "none", "SaturationEnthalpyLiquid", "Hsat_Liquid")
Variables(self.case).setNewVariableProperty("property", "", self.XMLNodeproperty, "none", "SaturationEnthalpyGas", "Hsat_Gas")
Variables(self.case).setNewVariableProperty("property", "", self.XMLNodeproperty, "none", "d_Hsat_d_P_Liquid", "dHsat_dp_Liquid")
Variables(self.case).setNewVariableProperty("property", "", self.XMLNodeproperty, "none", "d_Hsat_d_P_Gas", "dHsat_dp_Gas")
Variables(self.case).setNewVariableProperty("property", "", self.XMLNodeproperty, "none", "d_Tsat_d_P", "dTsat_dp")
Variables(self.case).setNewVariableProperty("property", "", self.XMLNodeproperty, "none", "LatentHeat", "Hlat")
else :
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "SaturationTemperature")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "SaturationEnthalpyLiquid")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "SaturationEnthalpyGas")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "d_Hsat_d_P_Liquid")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "d_Hsat_d_P_Gas")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "d_Tsat_d_P")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "LatentHeat")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "wall_total_flux")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "wall_liquid_total_flux")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "wall_evaporation_flux")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "wall_quenching_flux")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "wall_liquid_convective_flux")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "wall_steam_convective_flux")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "boundary_temperature")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "wall_liquid_temperature")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "wall_oversaturation")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "unal_diameter")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "wall_diameter_mesh_independancy")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "wall_roughness")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "wall_dispersed_phase_mass_source_term")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "boiling_criteria")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "exchange_coefficient")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "uninfluenced_part")
# modification du choix pour le predicteur de vitesse
self.case.undoStop()
if (value == "boiling_flow") :
GlobalNumericalParametersModel(self.case).setVelocityPredictorAlgo(GlobalNumericalParametersModel(self.case).defaultValues()['velocity_predictor_algorithm_bubble'])
else :
GlobalNumericalParametersModel(self.case).setVelocityPredictorAlgo(GlobalNumericalParametersModel(self.case).defaultValues()['velocity_predictor_algorithm_std'])
if value != "boiling_flow" and value != "free_surface":
self.XMLMassTrans.xmlRemoveChild('nucleate_boiling')
else :
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "SaturationTemperature")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "SaturationEnthalpyLiquid")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "SaturationEnthalpyGas")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "d_Hsat_d_P_Liquid")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "d_Hsat_d_P_Gas")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "d_Tsat_d_P")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "LatentHeat")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "wall_total_flux")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "wall_liquid_total_flux")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "wall_evaporation_flux")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "wall_quenching_flux")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "wall_liquid_convective_flux")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "wall_steam_convective_flux")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "boundary_temperature")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "wall_liquid_temperature")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "wall_oversaturation")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "unal_diameter")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "wall_diameter_mesh_independancy")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "wall_roughness")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "wall_dispersed_phase_mass_source_term")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "boiling_criteria")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "exchange_coefficient")
Variables(self.case).removeVariableProperty("property", self.XMLNodeproperty, "none", "uninfluenced_part")
GlobalNumericalParametersModel(self.case).setVelocityPredictorAlgo(GlobalNumericalParametersModel(self.case).defaultValues()['velocity_predictor_algorithm_std'])
self.XMLMassTrans.xmlRemoveChild('nucleate_boiling')
# create two field flow continuous/continuous by default
# Create the first field
fieldId = "1"
label = "Field1"
typeChoice = "continuous"
phase = "liquid"
carrierField = "off"
hmodel = "total_enthalpy"
compressible = "off"
self.case.undoStop()
self.addDefinedField(fieldId, label, typeChoice, phase, carrierField, hmodel, compressible, 1)
# Create the second field
fieldId = "2"
label = "Field2"
typeChoice = "continuous"
phase = "gas"
carrierField = "off"
hmodel = "total_enthalpy"
compressible = "off"
self.case.undoStop()
self.addDefinedField(fieldId, label, typeChoice, phase, carrierField, hmodel, compressible, 2)
self.case.undoStart()
return node
@Variables.noUndo
def getPredefinedFlow(self) :
"""
"""
node = self.XMLNodethermo.xmlGetNode('predefined_flow')
if node == None:
node = self.setPredefinedFlow(self.defaultValues()['defaultPredefinedFlow'])
return node['choice']
@Variables.noUndo
def getFieldId(self, label):
"""
return field id for a label
"""
self.isInList(label,self.getFieldLabelsList())
for node in self.__XMLNodefields.xmlGetNodeList('field'):
if node['label'] == label :
return node['field_id']
def getXMLNodefields(self):
return self.__XMLNodefields
#-------------------------------------------------------------------------------
# DefineUsersScalars test case
#-------------------------------------------------------------------------------
class MainFieldsTestCase(ModelTest):
"""
"""
def checkMainFieldsInstantiation(self):
"""Check whether the MainFieldsModel class could be instantiated"""
model = None
model = MainFieldsModel(self.case)
assert model != None, 'Could not instantiate MainFieldsModel'
def checkGetFieldIdList(self):
"""Check whether the MainFieldsInitiaziationModel class could set and get FieldIdList"""
mdl = MainFieldsModel(self.case)
mdl.addField()
mdl.addField()
assert mdl.getFieldIdList() == ['1', '2'],\
'Could not get Field id list'
def checkaddField(self):
"""Check whether the MainFieldsModel class could add field"""
mdl = MainFieldsModel(self.case)
mdl.addField()
doc = '''
'''
assert mdl.getXMLNodefields() == self.xmlNodeFromString(doc),\
'Could not add field'
def checkaddDefinedField(self):
"""Check whether the MainFieldsModel class could add defined field"""
mdl = MainFieldsModel(self.case)
mdl.addDefinedField('1', 'field1', 'dispersed', 'gas', 'on', 'on', 'off', 1)
doc = '''
'''
assert mdl.getXMLNodefields() == self.xmlNodeFromString(doc),\
'Could not defined field'
def checkGetFieldLabelsList(self):
"""Check whether the MainFieldsModel class could set and get FieldLabelsList"""
mdl = MainFieldsModel(self.case)
mdl.addField()
mdl.addField()
assert mdl.getFieldLabelsList() == ['Field1', 'Field2'],\
'Could not get Field label list'
def checkGetContinuousFieldList(self):
"""Check whether the MainFieldsModel class could set and get ContinuousFieldList"""
mdl = MainFieldsModel(self.case)
mdl.addField()
mdl.addDefinedField('2', 'field2', 'dispersed', 'gas', 'on', 'on', 'off', 2)
assert mdl.getContinuousFieldList() == ['1'],\
'Could not get continuous field list'
def checkGetDispersedFieldList(self):
"""Check whether the MainFieldsModel class could set and get DispersedFieldList"""
mdl = MainFieldsModel(self.case)
mdl.addField()
mdl.addDefinedField('2', 'field2', 'dispersed', 'gas', 'on', 'on', 'off', 2)
assert mdl.getDispersedFieldList() == ['2'],\
'Could not get dispersed field list'
def checkGetGasPhaseList(self):
"""Check whether the MainFieldsModel class could set and get FieldIdList"""
mdl = MainFieldsModel(self.case)
mdl.addField()
mdl.addDefinedField('2', 'field2', 'dispersed', 'gas', 'on', 'on', 'off', 2)
assert mdl.getGasPhaseList() == ['2'],\
'Could not get GasPhaseList'
def checkGetSolidFieldIdList(self):
"""Check whether the MainFieldsModel class could set and get SolidFieldIdList"""
mdl = MainFieldsModel(self.case)
mdl.addField()
mdl.addDefinedField('2', 'field2', 'dispersed', 'solid', 'on', 'on', 'off', 2)
assert mdl.getSolidFieldIdList() == ['2'],\
'Could not get SolidFieldIdList'
def checkGetFirstContinuousField(self):
"""Check whether the MainFieldsModel class could set and get FirstContinuousField"""
mdl = MainFieldsModel(self.case)
mdl.addField()
mdl.addField()
assert mdl.getFirstContinuousField() == '1',\
'Could not get FirstContinuousField'
def checkGetFirstGasField(self):
"""Check whether the MainFieldsModel class could set and get FirstGasField"""
mdl = MainFieldsModel(self.case)
mdl.addField()
mdl.addDefinedField('2', 'field2', 'dispersed', 'gas', 'on', 'on', 'off', 2)
assert mdl.getFirstGasField() == '2' ,\
'Could not get FirstGasField'
def checkGetandSetLabel(self):
"""Check whether the MainFieldsModel class could set and get Label"""
mdl = MainFieldsModel(self.case)
mdl.addField()
mdl.setLabel('1','example_label')
doc = '''
'''
assert mdl.getXMLNodefields() == self.xmlNodeFromString(doc),\
'Could not set Label'
assert mdl.getLabel('1') == 'example_label',\
'Could not get Label'
def checkGetandSetCriterion(self):
"""Check whether the MainFieldsModel class could set and get Criterion"""
mdl = MainFieldsModel(self.case)
mdl.addField()
mdl.setCriterion('1','dispersed')
doc = '''
'''
assert mdl.getXMLNodefields() == self.xmlNodeFromString(doc),\
'Could not set Criterion'
assert mdl.getCriterion('1') == 'dispersed',\
'Could not get Criterion'
def checkGetandSetFieldNature(self):
"""Check whether the MainFieldsModel class could set and get FieldNature"""
mdl = MainFieldsModel(self.case)
mdl.addField()
mdl.setFieldNature('1','gas')
doc = '''
'''
assert mdl.getXMLNodefields() == self.xmlNodeFromString(doc),\
'Could not set FieldNature'
assert mdl.getFieldNature('1') == 'gas',\
'Could not get FieldNature'
def checkGetandSetEnergyResolution(self):
"""Check whether the MainFieldsModel class could set and get EnergyResolution"""
mdl = MainFieldsModel(self.case)
mdl.addField()
mdl.setEnergyResolution('1','off')
doc = '''
'''
assert mdl.getXMLNodefields() == self.xmlNodeFromString(doc),\
'Could not set EnergyResolution'
assert mdl.getEnergyResolution('1') == 'off',\
'Could not get EnergyResolution'
def checkGetandSetCompressibleStatus(self):
"""Check whether the MainFieldsModel class could set and get CompressibleStatus"""
mdl = MainFieldsModel(self.case)
mdl.addField()
mdl.setCompressibleStatus('1','on')
doc = '''
'''
assert mdl.getXMLNodefields() == self.xmlNodeFromString(doc),\
'Could not set CompressibleStatus'
assert mdl.getCompressibleStatus('1') == 'on',\
'Could not get CompressibleStatus'
def checkGetandSetCarrierField(self):
"""Check whether the MainFieldsModel class could set and get CarrierField"""
mdl = MainFieldsModel(self.case)
mdl.addField()
mdl.addField()
mdl.setFieldNature('2','gas')
mdl.setCarrierField('2','1')
doc = '''
'''
assert mdl.getXMLNodefields() == self.xmlNodeFromString(doc),\
'Could not set CarrierField'
assert mdl.getCarrierField('2') == '1',\
'Could not get CarrierField'
def checkDeleteField(self):
"""Check whether the MainFieldsModel class could DeleteField"""
mdl = MainFieldsModel(self.case)
mdl.addField()
mdl.deleteField(0)
doc = ''''''
assert mdl.getXMLNodefields() == self.xmlNodeFromString(doc),\
'Could not delete field'
def checkGetandSetPredefinedFlow(self):
"""Check whether the MainFieldsModel class could set and get PredefinedFlow"""
mdl = MainFieldsModel(self.case)
mdl.addField()
mdl.setPredefinedFlow('free_surface')
doc = '''
'''
assert mdl.getXMLNodefields() == self.xmlNodeFromString(doc),\
'Could not set PredefinedFlow'
assert mdl.getPredefinedFlow() == 'free_surface',\
'Could not get PredefinedFlow'
def checkGetFieldId(self):
"""Check whether the MainFieldsModel class could set and get field id"""
mdl = MainFieldsModel(self.case)
mdl.addField()
assert mdl.getFieldId('Field1') == '1',\
'Could not get field id'
def suite():
testSuite = unittest.makeSuite(MainFieldsTestCase, "check")
return testSuite
def runTest():
print("MainFieldsTestCase")
runner = unittest.TextTestRunner()
runner.run(suite())