def q5c_species(self):
v = self.mpr['.//Q5c_RelevantFeaturesPressuresImpacts' \
'/SpeciesList/text()'][0]
other = self.mpr['.//Q5c_RelevantFeaturesPressuresImpacts/SpeciesList'\
'/Q5c_SpeciesOther/text()']
return ItemListFiltered(v.split(' ') + other)
def q5c_habitats(self):
v = self.mpr['.//Q5c_RelevantFeaturesPressuresImpacts' \
'/Habitats/text()']
other = self.mpr['.//Q5c_RelevantFeaturesPressuresImpacts/Habitats' \
'/Q5c_HabitatsOther/text()']
return ItemListFiltered(v + other)
def q5c_pressures(self):
v = self.mpr['.//Q5c_RelevantFeaturesPressuresImpacts' \
'/Pressures/text()'][0]
other = self.mpr['.//Q5c_RelevantFeaturesPressuresImpacts' \
'/Pressures/Q5c_PressureOther/text()']
return ItemListFiltered(v.split(' ') + other)
def q5c_physical(self):
v = self.mpr['.//Q5c_RelevantFeaturesPressuresImpacts' \
'/PhysicalChemicalFeatures/text()'][0]
other = self.mpr['.//Q5c_RelevantFeaturesPressuresImpacts' \
'/PhysicalChemicalFeatures' \
'/Q5c_PhysicalChemicalOther/text()']
return ItemListFiltered(v.split(' ') + other)
def q2a_public_dates(self):
nodes = self.r['Q2a_PublicConsultationDates']
v = []
for node in nodes:
start = node.xpath('StartDate/text()')[0]
end = node.xpath('EndDate/text()')[0]
v.append('{} / {}'.format(start, end))
return ItemListFiltered(v)
def _rows_from_children_nodes(self, nodes):
res = []
for node in nodes.getchildren():
name = node.tag
value = node.xpath('AddressedByProgramme/text()')[0]
other = node.xpath('DescriptionOther/text()')
if other:
v = [value] + other
res.append((name, ItemListFiltered(v)))
continue
res.append((name, value))
return res
def q9b_other(self):
v = self.subr['.//Other/MeasurementParameter/text()'][0]
return ItemListFiltered(v.split(' '))
def q9b_pres_output(self):
v = self.subr['.//Pressure_output/MeasurementParameter/text()'][0]
return ItemListFiltered(v.split(' '))
def q9b_activity(self):
v = self.subr['.//Activity/MeasurementParameter/text()'][0]
return ItemListFiltered(v.split(' '))
def q7c_measures(self):
v = self.mpr['.//Q7c_RelevantMeasure/text()']
return ItemListFiltered(v)
def q9b_hab_impact(self):
v = self.subr['.//Habitat_impacts/MeasurementParameter/text()'][0]
return ItemListFiltered(v.split(' '))
def q9e_quality(self):
v = self.subr['.//Q9e_QualityAssurance/text()'][0]
other = self.subr['.//Q9e_QualityAssurance/Q9e_Other/text()']
return ItemListFiltered(v.split(' ') + other)
def q4b_responsible_org(self):
v = self.r['Q4b_ResponsibleOrganisations' \
'/Q4b_ResponsibleOrganisation/text()']
return ItemListFiltered(v)
def q9b_spec_popsize(self):
v = self.subr['.//Species_population_size/MeasurementParameter' \
'/text()'][0]
return ItemListFiltered(v.split(' '))
def q2b_public_description(self):
v = self.r['Q2b_PublicConsultationDescription/text()']
return ItemListFiltered(v)
def q5a_gesindicator(self):
v = self.mpr['.//Q5b_RelevantGESIndicators/text()'][0]
other = self.mpr['.//Q5b_RelevantGESIndicators' \
'/Q5b_DescriptionOther/text()']
return ItemListFiltered(v.split(' ') + other)
def q9b_spec_distr(self):
v = self.subr['.//Species_distribution/MeasurementParameter/text()'][0]
return ItemListFiltered(v.split(' '))
def q5a_gescrit(self):
v = self.mpr['.//Q5a_RelevantGESCriteria/text()'][0]
other = self.mpr['.//Q5a_RelevantGESCriteria' \
'/Q5a_DescriptionOther/text()']
return ItemListFiltered(v.split(' ') + other)
def q9a_element(self):
v = self.subr['.//Q9a_ElementMonitored/text()']
return ItemListFiltered(v)
def q7a_activities(self):
v = self.mpr['.//Q7a_RelevantActivities/text()'][0]
other = self.mpr['.//Q7a_UsesActivitiesOther/text()']
return ItemListFiltered(v.split(' ') + other)
def mru_mp(self):
v = self.mpr['.//MonitoringProgramme//MarineUnitID/text()']
return ItemListFiltered(v)
def q5e_natural(self):
v = self.mpr['MonitoringProgramme/Q5e_NaturalVariablity/text()'][0]
other = self.mpr['.//Q5e_NaturalVariablity/Q5e_Other/text()']
return ItemListFiltered(v.split(' ') + other)
def q9h_temporal(self):
v = self.subr['.//Q9h_TemporalResolutionSampling/text()'][0]
other = self.subr['.//Q9h_TemporalResolutionSampling/Q9h_Other/text()']
return ItemListFiltered(v.split(', ') + other)
def q9b_hab_distr(self):
v = self.subr['.//Habitat_distribution/MeasurementParameter/text()'][0]
return ItemListFiltered(v.split(' '))
def q10a_aggregation(self):
v = self.subr['.//Q10a_AggregationData/text()'][0]
other = self.subr['.//Q10a_AggregationData/Q10a_Other/text()']
return ItemListFiltered(v.split(' ') + other)
def q9b_hab_cond_bio(self):
v = self.subr['.//Habitat_condition_biological' \
'/MeasurementParameter/text()'][0]
return ItemListFiltered(v.split(' '))
def q9b_spec_popchar(self):
v = self.subr['.//Species_population_characteristics' \
'/MeasurementParameter/text()'][0]
return ItemListFiltered(v.split(' '))
def q8a_links(self):
v = self.mpr['.//Q8a_LinksExistingMonitoringProgrammes/text()'][0]
other = self.mpr['.//Q8a_Other/text()']
return ItemListFiltered(v.split(' ') + other)
def q9b_spec_impact(self):
v = self.subr['.//Species_impacts/MeasurementParameter/text()'][0]
return ItemListFiltered(v.split(' '))
def mru(self):
v = self.mpr['ReferenceExistingProgramme//MarineUnitID/text()']
return ItemListFiltered(v)