source: mauRepo/MolesManager/trunk/src/ea_model/moles3_4/observation/mo_observation.py @ 8091

from ea_model.iso_19156_2011_observations_and_measurements.observation_schema.observation.om_observation import  OM_Observation 
from ascore.utils import has_value

'''
Created on 16-Feb-2012 16:18:11

@author: mnagni
'''

class MO_Observation(OM_Observation):
    '''
        Represents a data entity defined in a UML diagram and supposed to 
        be persisted in a relational database. 
 
        This class has been genererated automatically using the Apache Velocity project.
    '''
    '''
        Please note that any access to the inner attributes should be done using 
        the given get/set methods and NOT accessing them directly.
    '''
    def __init__(self):
        self._om_observation = OM_Observation()         

        self.resolution = None
        self._geographicExtent_ex_boundingpolygon = []
        self._geographicExtent_ex_geographicdescription = []
        self._geographicExtent_ex_geographicboundingbox = []
        self._procedure_ceda_compositeprocess = None
        self._procedure_ceda_acquisition = None
        self._procedure_ceda_processing = None
        self.relatedParty = []
        self._permission_md_securityconstraints = None
        self._permission_md_legalconstraints = None
        self.result = None
        self.resultTime = None
        self.verticalExtent = []
        self._observedProperty_gf_attributetype = None
        self._observedProperty_gf_associationrole = None
        self._observedProperty_gf_operation = None
        self.resultAccumulation = None
        self.parameter = []
        self.inSupportOf = None
        self.metadata = None
        self.publicationState = None
        self.identifier = []
        self._featureOfInterest_sf_samplingfeature = None
        self._featureOfInterest_mo_featureofinterest = None
        self._featureOfInterest_gfi_domainfeature = None
        self._relatedObservation_om_discretecoverageobservation = []
        self._relatedObservation_om_temporalobservation = []
        self._relatedObservation_om_measurement = []
        self._relatedObservation_mo_observation = []
        self._relatedObservation_om_truthobservation = []
        self._relatedObservation_om_countobservation = []
        self._relatedObservation_om_categoryobservation = []
        self._relatedObservation_om_geometryobservation = []
        self._relatedObservation_om_complexobservation = []
        self._phenomenonTime_tm_primitive = None
        self._phenomenonTime_tm_complex = None
        self.status = None
        self.documentation = []
        self.validTime = None
        self._resultQuality_dq_logicalconsistency = []
        self._resultQuality_dq_thematicaccuracy = []
        self._resultQuality_qe_usability = []
        self._resultQuality_dq_completeness = []
        self._resultQuality_dq_positionalaccuracy = []
        self._resultQuality_dq_temporalaccuracy = []
        self.description = None
        super(MO_Observation, self).__init__()

    @property
    def geographicExtent(self): 
        ret = []
        for item in self._geographicExtent_ex_boundingpolygon:
            ret.append(item)
        for item in self._geographicExtent_ex_geographicdescription:
            ret.append(item)
        for item in self._geographicExtent_ex_geographicboundingbox:
            ret.append(item)
        return ret

    @geographicExtent.setter
    def geographicExtent(self, value):  
        if isinstance(value, list):
            self._geographicExtent_ex_boundingpolygon[:]
            self._geographicExtent_ex_geographicdescription[:]
            self._geographicExtent_ex_geographicboundingbox[:]
            for item in value:
                valueClass = "%s.%s" % (type(item).__module__,type(item).__name__)
                if valueClass == "ea_model.iso_19115_2006_metadata_corrigendum.extent_information.ex_boundingpolygon.EX_BoundingPolygon":
                    self._geographicExtent_ex_boundingpolygon.append(item)
                    continue
                if valueClass == "ea_model.iso_19115_2006_metadata_corrigendum.extent_information.ex_geographicdescription.EX_GeographicDescription":
                    self._geographicExtent_ex_geographicdescription.append(item)
                    continue
                if valueClass == "ea_model.iso_19115_2006_metadata_corrigendum.extent_information.ex_geographicboundingbox.EX_GeographicBoundingBox":
                    self._geographicExtent_ex_geographicboundingbox.append(item)
                    continue

    @property
    def procedure(self):        
        return self._om_observation.procedure

    @procedure.setter
    def procedure(self, value): 
            self._om_observation.procedure = value

    @property
    def permission(self):       
        if(has_value(self._permission_md_securityconstraints)):
            return self._permission_md_securityconstraints
        if(has_value(self._permission_md_legalconstraints)):
            return self._permission_md_legalconstraints
        return  None

    @permission.setter
    def permission(self, value):        
        valueClass = "%s.%s" % (type(value).__module__,type(value).__name__)
        if valueClass == "ea_model.iso_19115_2006_metadata_corrigendum.constraint_information.md_securityconstraints.MD_SecurityConstraints":
            self._permission_md_securityconstraints = value
            self._permission_md_legalconstraints = None
        if valueClass == "ea_model.iso_19115_2006_metadata_corrigendum.constraint_information.md_legalconstraints.MD_LegalConstraints":
            self._permission_md_legalconstraints = value
            self._permission_md_securityconstraints = None

    @property
    def resultTime(self):       
        return self._om_observation.resultTime

    @resultTime.setter
    def resultTime(self, value):        
            self._om_observation.resultTime = value

    @property
    def observedProperty(self): 
        return self._om_observation.observedProperty

    @observedProperty.setter
    def observedProperty(self, value):  
            self._om_observation.observedProperty = value

    @property
    def parameter(self):        
        return self._om_observation.parameter

    @parameter.setter
    def parameter(self, value): 
            self._om_observation.parameter = value

    @property
    def metadata(self): 
        return self._om_observation.metadata

    @metadata.setter
    def metadata(self, value):  
            self._om_observation.metadata = value

    @property
    def featureOfInterest(self):        
        return self._om_observation.featureOfInterest

    @featureOfInterest.setter
    def featureOfInterest(self, value): 
            self._om_observation.featureOfInterest = value

    @property
    def relatedObservation(self):       
        return self._om_observation.relatedObservation

    @relatedObservation.setter
    def relatedObservation(self, value):        
            self._om_observation.relatedObservation = value

    @property
    def phenomenonTime(self):   
        return self._om_observation.phenomenonTime

    @phenomenonTime.setter
    def phenomenonTime(self, value):    
            self._om_observation.phenomenonTime = value

    @property
    def validTime(self):        
        return self._om_observation.validTime

    @validTime.setter
    def validTime(self, value): 
            self._om_observation.validTime = value

    @property
    def resultQuality(self):    
        return self._om_observation.resultQuality

    @resultQuality.setter
    def resultQuality(self, value):     
            self._om_observation.resultQuality = value

    def __key(self):
        return (self.resolution, self.geographicExtent, self.procedure, self.relatedParty, self.permission, self.result, self.resultTime, self.verticalExtent, self.observedProperty, self.resultAccumulation, self.parameter, self.inSupportOf, self.metadata, self.publicationState, self.identifier, self.featureOfInterest, self.relatedObservation, self.phenomenonTime, self.status, self.documentation, self.validTime, self.resultQuality, self.description)

    def __eq__(self, y):
        '''
        Cannot compare classes which do not define a "__key" attribute 
        '''
        if hasattr(self, '_%s__key' % (type(self).__name__)) and hasattr(y, '_%s__key' % (type(y).__name__)):
            return self.__key() == y.__key()
        return id(self) == id(y)

    def __hash__(self):
        return hash(self.__key())