class Boring(AbstractDovType):
"""Class representing the DOV data type for boreholes."""
subtypes = [BoorMethode]
fields = [
WfsField(name='pkey_boring', source_field='fiche', datatype='string'),
WfsField(name='boornummer',
source_field='boornummer',
datatype='string'),
WfsField(name='x', source_field='X_mL72', datatype='float'),
WfsField(name='y', source_field='Y_mL72', datatype='float'),
XmlField(name='mv_mtaw',
source_xpath='/boring/oorspronkelijk_maaiveld/waarde',
definition='Maaiveldhoogte in mTAW op dag dat de boring '
'uitgevoerd werd.',
datatype='float'),
WfsField(name='start_boring_mtaw',
source_field='Z_mTAW',
datatype='float'),
WfsField(name='gemeente', source_field='gemeente', datatype='string'),
XmlField(name='diepte_boring_van',
source_xpath='/boring/diepte_van',
definition='Startdiepte van de boring (in meter).',
datatype='float',
notnull=True),
WfsField(name='diepte_boring_tot',
source_field='diepte_tot_m',
datatype='float'),
WfsField(name='datum_aanvang',
source_field='datum_aanvang',
datatype='date'),
WfsField(name='uitvoerder',
source_field='uitvoerder',
datatype='string'),
XmlField(name='boorgatmeting',
source_xpath='/boring/boorgatmeting/uitgevoerd',
definition='Is er een boorgatmeting uitgevoerd (ja/nee).',
datatype='boolean')
]
pkey_fieldname = 'fiche'
def __init__(self, pkey):
"""Initialisation.
Parameters
----------
pkey : str
Permanent key of the Boring (borehole), being a URI of the form
`https://www.dov.vlaanderen.be/data/boring/<id>`.
"""
super(Boring, self).__init__('boring', pkey)
class AbstractBoringInterpretatie(AbstractDovType):
"""Abstract base class for interpretations that are linked to boreholes
only."""
fields = [
WfsField(name='pkey_interpretatie',
source_field='Interpretatiefiche',
datatype='string'),
WfsField(name='pkey_boring',
source_field='Proeffiche',
datatype='string'),
WfsField(name='betrouwbaarheid_interpretatie',
source_field='Betrouwbaarheid',
datatype='string'),
WfsField(name='x', source_field='X_mL72', datatype='float'),
WfsField(name='y', source_field='Y_mL72', datatype='float')
]
pkey_fieldname = 'Interpretatiefiche'
def __init__(self, pkey):
"""Initialisation.
Parameters
----------
pkey : str
Permanent key of the Interpretatie (interpretations), being a
URI of the form
`https://www.dov.vlaanderen.be/data/interpretatie/<id>`.
"""
super(AbstractBoringInterpretatie,
self).__init__('interpretatie', pkey)
@classmethod
def from_wfs_element(cls, feature, namespace):
instance = cls(
feature.findtext('./{{{}}}{}'.format(namespace,
cls.pkey_fieldname)))
for field in cls.get_fields(source=('wfs', )).values():
instance.data[field['name']] = cls._parse(
func=feature.findtext,
xpath=field['sourcefield'],
namespace=namespace,
returntype=field.get('type', None))
return instance
class GrondwaterFilter(AbstractDovType):
"""Class representing the DOV data type for Groundwater screens."""
subtypes = [Peilmeting]
fields = [
WfsField(name='pkey_filter',
source_field='filterfiche',
datatype='string'),
WfsField(name='pkey_grondwaterlocatie',
source_field='putfiche',
datatype='string'),
WfsField(name='gw_id', source_field='GW_ID', datatype='string'),
WfsField(name='filternummer',
source_field='filternummer',
datatype='string'),
WfsField(name='filtertype',
source_field='filtertype',
datatype='string'),
WfsField(name='x', source_field='X_mL72', datatype='float'),
WfsField(name='y', source_field='Y_mL72', datatype='float'),
WfsField(name='start_grondwaterlocatie_mtaw',
source_field='Z_mTAW',
datatype='float'),
XmlField(name='mv_mtaw',
source_xpath='/grondwaterlocatie/puntligging/'
'oorspronkelijk_maaiveld/waarde',
definition='Maaiveldhoogte in mTAW op dag '
'dat de put/boring uitgevoerd werd',
datatype='float'),
WfsField(name='gemeente', source_field='gemeente', datatype='string'),
XmlField(name='meetnet_code',
source_xpath='/filter/meetnet',
definition='Tot welk meetnet behoort deze filter.',
datatype='string',
xsd_type=XsdType(xsd_schema=_filterDataCodes_xsd,
typename='MeetnetEnumType')),
XmlField(name='aquifer_code',
source_xpath='/filter/ligging/aquifer',
definition='In welke watervoerende laag hangt de filter '
'(code).',
datatype='string',
xsd_type=XsdType(xsd_schema=build_dov_url(
'xdov/schema/latest/xsd/kern/interpretatie/'
'HydrogeologischeStratigrafieDataCodes.xsd'),
typename='AquiferEnumType')),
XmlField(name='grondwaterlichaam_code',
source_xpath='/filter/ligging/grondwaterlichaam',
definition='',
datatype='string',
xsd_type=XsdType(xsd_schema=_filterDataCodes_xsd,
typename='GrondwaterlichaamEnumType')),
XmlField(name='regime',
source_xpath='/filter/ligging/regime',
definition='',
datatype='string'),
WfsField(name='diepte_onderkant_filter',
source_field='onderkant_filter_m',
datatype='float'),
WfsField(name='lengte_filter',
source_field='lengte_filter_m',
datatype='float')
]
def __init__(self, pkey):
"""Initialisation.
Parameters
----------
pkey : str
Permanent key of the Filter (screen), being a URI of the form
`https://www.dov.vlaanderen.be/data/filter/<id>`.
"""
super(GrondwaterFilter, self).__init__('filter', pkey)
@classmethod
def from_wfs_element(cls, feature, namespace):
"""Build `GrondwaterFilter` instance from a WFS feature element.
Parameters
----------
feature : etree.Element
XML element representing a single record of the WFS layer.
namespace : str
Namespace associated with this WFS featuretype.
Returns
-------
filter : GrondwaterFilter
An instance of this class populated with the data from the WFS
element.
"""
gwfilter = cls(
feature.findtext('./{{{}}}filterfiche'.format(namespace)))
for field in cls.get_fields(source=('wfs', )).values():
gwfilter.data[field['name']] = cls._parse(
func=feature.findtext,
xpath=field['sourcefield'],
namespace=namespace,
returntype=field.get('type', None))
return gwfilter
class AbstractCommonInterpretatie(AbstractDovType):
"""Abstract base class for interpretations that can be linked to
boreholes or cone penetration tests."""
fields = [
WfsField(name='pkey_interpretatie',
source_field='Interpretatiefiche',
datatype='string'),
_CustomField(name='pkey_boring',
definition='URL die verwijst naar de gegevens van de '
'boring waaraan deze informele stratigrafie '
'gekoppeld is (indien gekoppeld aan een '
'boring).',
datatype='string'),
_CustomField(name='pkey_sondering',
definition='URL die verwijst naar de gegevens van de '
'sondering waaraan deze informele '
'stratigrafie gekoppeld is (indien gekoppeld '
'aan een sondering).',
datatype='string'),
WfsField(name='betrouwbaarheid_interpretatie',
source_field='Betrouwbaarheid',
datatype='string'),
WfsField(name='x', source_field='X_mL72', datatype='float'),
WfsField(name='y', source_field='Y_mL72', datatype='float')
]
pkey_fieldname = 'Interpretatiefiche'
def __init__(self, pkey):
"""Initialisation.
Parameters
----------
pkey : str
Permanent key of the Interpretatie (interpretations), being a
URI of the form
`https://www.dov.vlaanderen.be/data/interpretatie/<id>`.
"""
super(AbstractCommonInterpretatie,
self).__init__('interpretatie', pkey)
@classmethod
def from_wfs_element(cls, feature, namespace):
instance = cls(
feature.findtext('./{{{}}}{}'.format(namespace,
cls.pkey_fieldname)))
typeproef = cls._parse(func=feature.findtext,
xpath='Type_proef',
namespace=namespace,
returntype='string')
if typeproef == 'Boring':
instance.data['pkey_boring'] = cls._parse(func=feature.findtext,
xpath='Proeffiche',
namespace=namespace,
returntype='string')
instance.data['pkey_sondering'] = np.nan
elif typeproef == 'Sondering':
instance.data['pkey_sondering'] = cls._parse(func=feature.findtext,
xpath='Proeffiche',
namespace=namespace,
returntype='string')
instance.data['pkey_boring'] = np.nan
else:
instance.data['pkey_boring'] = np.nan
instance.data['pkey_sondering'] = np.nan
for field in cls.get_fields(source=('wfs', )).values():
if field['name'] in ['pkey_boring', 'pkey_sondering']:
continue
instance.data[field['name']] = cls._parse(
func=feature.findtext,
xpath=field['sourcefield'],
namespace=namespace,
returntype=field.get('type', None))
return instance
class Grondmonster(AbstractDovType):
"""Class representing the DOV data type for ground samples."""
subtypes = [Korrelverdeling]
__grondmonsterDataCodesEnumType = XsdType(
xsd_schema='https://www.dov.vlaanderen.be/xdov/schema/latest/'
'xsd/kern/grondmonster/GrondmonsterDataCodes.xsd',
typename='MonsterEnumType')
fields = [
WfsField(name='pkey_grondmonster',
source_field='grondmonsterfiche',
datatype='string'),
WfsField(name='naam', source_field='naam', datatype='string'),
WfsField(name='pkey_boring',
source_field='boringfiche',
datatype='string'),
WfsField(name='boornummer',
source_field='boornummer',
datatype='string'),
XmlField(
name='datum',
source_xpath='/grondmonster/datum_monstername',
datatype='date',
),
WfsField(name='x', source_field='X_mL72', datatype='float'),
WfsField(name='y', source_field='Y_mL72', datatype='float'),
WfsField(name='gemeente', source_field='gemeente', datatype='string'),
WfsField(name='diepte_van_m',
source_field='diepte_van_m',
datatype='float'),
WfsField(name='diepte_tot_m',
source_field='diepte_tot_m',
datatype='float'),
WfsField(name='peil_van_mtaw',
source_field='peil_van_mTAW',
datatype='float'),
WfsField(name='peil_tot_mtaw',
source_field='peil_tot_mTAW',
datatype='float'),
WfsField(name='monstertype',
source_field='monstertype',
datatype='string'),
XmlField(name='astm_naam',
source_xpath='/grondmonster/observatieData/observatie['
'parameter="ASTM_NAAM"]/waarde_text',
definition='ASTM_naam',
datatype='string'),
XmlField(name='grondsoort_bggg',
source_xpath='/grondmonster/observatieData/observatie['
'parameter="BGGG"]/waarde_text',
definition='Grondsoort BGGG',
datatype='string'),
XmlField(name='humusgehalte',
source_xpath='/grondmonster/observatieData/observatie['
'parameter="HUMUSGEHALTE"]/waarde_numeriek',
definition='Humusgehalte',
datatype='float'),
XmlField(name='kalkgehalte',
source_xpath='/grondmonster/observatieData/observatie['
'parameter="KALKGEHALTE"]/waarde_numeriek',
definition='Kalkgehalte',
datatype='float'),
XmlField(name='uitrolgrens',
source_xpath='/grondmonster/observatieData/observatie['
'parameter="UITROLGRENS"]/waarde_numeriek',
definition='Uitrolgrens',
datatype='float'),
XmlField(name='vloeigrens',
source_xpath='/grondmonster/observatieData/observatie['
'parameter="VLOEIGRENS"]/waarde_numeriek',
definition='Vloeigrens',
datatype='float'),
XmlField(name='glauconiet',
source_xpath='/grondmonster/observatieData/observatie['
'parameter="GLAUCONIET_TOTAAL"]/waarde_numeriek',
definition='Glauconiet totaal',
datatype='float'),
XmlField(name='korrelvolumemassa',
source_xpath='/grondmonster/observatieData/observatie['
'parameter="korrelvolumemassa"]/waarde_numeriek',
definition='',
datatype='float'),
XmlField(name='volumemassa',
source_xpath='/grondmonster/observatieData/observatie['
'parameter="volumemassa"]/waarde_numeriek',
definition='',
datatype='float'),
XmlField(name='watergehalte',
source_xpath='/grondmonster/observatieData/observatie['
'parameter="watergehalte"]/waarde_numeriek',
definition='',
datatype='float')
]
def __init__(self, pkey):
"""Initialisation.
Parameters
----------
pkey : str
Permanent key of the Grondmonster, being a URI of the form
`https://www.dov.vlaanderen.be/data/grondmonster/<id>`.
"""
super(Grondmonster, self).__init__('grondmonster', pkey)
@classmethod
def from_wfs_element(cls, feature, namespace):
"""Build `Grondmonster` instance from a WFS feature element.
Parameters
----------
feature : etree.Element
XML element representing a single record of the WFS layer.
namespace : str
Namespace associated with this WFS featuretype.
Returns
-------
grondmonster : Grondmonster
An instance of this class populated with the data from the WFS
element.
"""
grondmonster = cls(
feature.findtext('./{{{}}}grondmonsterfiche'.format(namespace)))
for field in cls.get_fields(source=('wfs', )).values():
grondmonster.data[field['name']] = cls._parse(
func=feature.findtext,
xpath=field['sourcefield'],
namespace=namespace,
returntype=field.get('type', None))
return grondmonster
class AbstractBoringInterpretatie(AbstractDovType):
"""Abstract base class for interpretations that are linked to boreholes
only."""
fields = [
WfsField(name='pkey_interpretatie',
source_field='Interpretatiefiche',
datatype='string'),
WfsField(name='pkey_boring',
source_field='Proeffiche',
datatype='string'),
WfsField(name='betrouwbaarheid_interpretatie',
source_field='Betrouwbaarheid',
datatype='string'),
WfsField(name='x', source_field='X_mL72', datatype='float'),
WfsField(name='y', source_field='Y_mL72', datatype='float')
]
def __init__(self, pkey):
"""Initialisation.
Parameters
----------
pkey : str
Permanent key of the Interpretatie (interpretations), being a
URI of the form
`https://www.dov.vlaanderen.be/data/interpretatie/<id>`.
"""
super(AbstractBoringInterpretatie,
self).__init__('interpretatie', pkey)
@classmethod
def from_wfs_element(cls, feature, namespace):
"""Build an instance from a WFS feature element.
Parameters
----------
feature : etree.Element
XML element representing a single record of the WFS layer.
namespace : str
Namespace associated with this WFS featuretype.
Returns
-------
instance of this class
An instance of this class populated with the data from the WFS
element.
"""
instance = cls(
feature.findtext('./{{{}}}Interpretatiefiche'.format(namespace)))
for field in cls.get_fields(source=('wfs', )).values():
instance.data[field['name']] = cls._parse(
func=feature.findtext,
xpath=field['sourcefield'],
namespace=namespace,
returntype=field.get('type', None))
return instance
class GrondwaterMonster(AbstractDovType):
"""Class representing the DOV data type for Groundwater samples."""
subtypes = [Observatie]
fields = [
WfsField(name='pkey_grondwatermonster',
source_field='grondwatermonsterfiche',
datatype='string'),
WfsField(name='grondwatermonsternummer',
source_field='grondwatermonsternummer',
datatype='string'),
WfsField(name='pkey_grondwaterlocatie',
source_field='grondwaterlocatiefiche',
datatype='string'),
WfsField(name='gw_id', source_field='GW_ID', datatype='string'),
WfsField(name='pkey_filter',
source_field='filterfiche',
datatype='string'),
WfsField(name='filternummer',
source_field='filternr',
datatype='string'),
WfsField(name='x', source_field='X_mL72', datatype='float'),
WfsField(name='y', source_field='Y_mL72', datatype='float'),
WfsField(name='start_grondwaterlocatie_mtaw',
source_field='Z_mTAW',
datatype='float'),
WfsField(name='gemeente', source_field='gemeente', datatype='string'),
WfsField(name='datum_monstername',
source_field='datum_monstername',
datatype='date'),
]
pkey_fieldname = 'grondwatermonsterfiche'
def __init__(self, pkey):
"""Initialisation.
Parameters
----------
pkey : str
Permanent key of the GrondwaterMonster (groundwater sample), being
a URI of the form
`https://www.dov.vlaanderen.be/data/watermonster/<id>`.
"""
super(GrondwaterMonster, self).__init__('watermonster', pkey)
class Grondmonster(AbstractDovType):
"""Class representing the DOV data type for ground samples."""
subtypes = [Korrelverdeling]
__grondmonsterDataCodesEnumType = XsdType(
xsd_schema='https://www.dov.vlaanderen.be/xdov/schema/latest/'
'xsd/kern/grondmonster/GrondmonsterDataCodes.xsd',
typename='MonsterEnumType'
)
fields = [
WfsField(name='pkey_grondmonster',
source_field='grondmonsterfiche',
datatype='string'),
WfsField(name='naam',
source_field='naam',
datatype='string'),
WfsField(name='pkey_boring',
source_field='boringfiche',
datatype='string'),
WfsField(name='boornummer',
source_field='boornummer',
datatype='string'),
XmlField(name='datum',
source_xpath='/grondmonster/datum_monstername',
datatype='date',),
WfsField(name='x',
source_field='X_mL72',
datatype='float'),
WfsField(name='y',
source_field='Y_mL72',
datatype='float'),
WfsField(name='gemeente',
source_field='gemeente',
datatype='string'),
WfsField(name='diepte_van_m',
source_field='diepte_van_m',
datatype='float'),
WfsField(name='diepte_tot_m',
source_field='diepte_tot_m',
datatype='float'),
WfsField(name='peil_van_mtaw',
source_field='peil_van_mTAW',
datatype='float'),
WfsField(name='peil_tot_mtaw',
source_field='peil_tot_mTAW',
datatype='float'),
WfsField(name='monstertype',
source_field='monstertype',
datatype='string'),
XmlField(name='astm_naam',
source_xpath='/grondmonster/observatieData/observatie['
'parameter="ASTM_NAAM"]/waarde_text',
definition='ASTM_naam',
datatype='string'),
XmlField(name='grondsoort_bggg',
source_xpath='/grondmonster/observatieData/observatie['
'parameter="BGGG"]/waarde_text',
definition='Grondsoort BGGG',
datatype='string'),
XmlField(name='humusgehalte',
source_xpath='/grondmonster/observatieData/observatie['
'parameter="HUMUSGEHALTE"]/waarde_numeriek',
definition='Humusgehalte',
datatype='float'),
XmlField(name='kalkgehalte',
source_xpath='/grondmonster/observatieData/observatie['
'parameter="KALKGEHALTE"]/waarde_numeriek',
definition='Kalkgehalte',
datatype='float'),
XmlField(name='uitrolgrens',
source_xpath='/grondmonster/observatieData/observatie['
'parameter="UITROLGRENS"]/waarde_numeriek',
definition='Uitrolgrens',
datatype='float'),
XmlField(name='vloeigrens',
source_xpath='/grondmonster/observatieData/observatie['
'parameter="VLOEIGRENS"]/waarde_numeriek',
definition='Vloeigrens',
datatype='float'),
XmlField(name='glauconiet',
source_xpath='/grondmonster/observatieData/observatie['
'parameter="GLAUCONIET_TOTAAL"]/waarde_numeriek',
definition='Glauconiet totaal',
datatype='float'),
XmlField(name='korrelvolumemassa',
source_xpath='/grondmonster/observatieData/observatie['
'parameter="KORRELVOLUMEMASSA"]/waarde_numeriek',
definition='',
datatype='float'),
XmlField(name='volumemassa',
source_xpath='/grondmonster/observatieData/observatie['
'parameter="VOLUMEMASSA"]/waarde_numeriek',
definition='',
datatype='float'),
XmlField(name='watergehalte',
source_xpath='/grondmonster/observatieData/observatie['
'parameter="WATERGEHALTE"]/waarde_numeriek',
definition='',
datatype='float')
]
pkey_fieldname = 'grondmonsterfiche'
def __init__(self, pkey):
"""Initialisation.
Parameters
----------
pkey : str
Permanent key of the Grondmonster, being a URI of the form
`https://www.dov.vlaanderen.be/data/grondmonster/<id>`.
"""
super(Grondmonster, self).__init__('grondmonster', pkey)
class GrondwaterFilter(AbstractDovType):
"""Class representing the DOV data type for Groundwater screens."""
subtypes = [Peilmeting]
fields = [
WfsField(name='pkey_filter',
source_field='filterfiche',
datatype='string'),
WfsField(name='pkey_grondwaterlocatie',
source_field='putfiche',
datatype='string'),
WfsField(name='gw_id', source_field='GW_ID', datatype='string'),
WfsField(name='filternummer',
source_field='filternummer',
datatype='string'),
WfsField(name='filtertype',
source_field='filtertype',
datatype='string'),
WfsField(name='x', source_field='X_mL72', datatype='float'),
WfsField(name='y', source_field='Y_mL72', datatype='float'),
WfsField(name='start_grondwaterlocatie_mtaw',
source_field='Z_mTAW',
datatype='float'),
XmlField(name='mv_mtaw',
source_xpath='/grondwaterlocatie/puntligging/'
'oorspronkelijk_maaiveld/waarde',
definition='Maaiveldhoogte in mTAW op dag '
'dat de put/boring uitgevoerd werd',
datatype='float'),
WfsField(name='gemeente', source_field='gemeente', datatype='string'),
XmlField(name='meetnet_code',
source_xpath='/filter/meetnet',
definition='Tot welk meetnet behoort deze filter.',
datatype='string',
xsd_type=XsdType(xsd_schema=_filterDataCodes_xsd,
typename='MeetnetEnumType')),
XmlField(name='aquifer_code',
source_xpath='/filter/ligging/aquifer',
definition='In welke watervoerende laag hangt de filter '
'(code).',
datatype='string',
xsd_type=XsdType(xsd_schema=build_dov_url(
'xdov/schema/latest/xsd/kern/interpretatie/'
'HydrogeologischeStratigrafieDataCodes.xsd'),
typename='AquiferEnumType')),
XmlField(name='grondwaterlichaam_code',
source_xpath='/filter/ligging/grondwaterlichaam',
definition='',
datatype='string',
xsd_type=XsdType(xsd_schema=_filterDataCodes_xsd,
typename='GrondwaterlichaamEnumType')),
XmlField(name='regime',
source_xpath='/filter/ligging/regime',
definition='',
datatype='string'),
WfsField(name='diepte_onderkant_filter',
source_field='onderkant_filter_m',
datatype='float'),
WfsField(name='lengte_filter',
source_field='lengte_filter_m',
datatype='float')
]
pkey_fieldname = 'filterfiche'
def __init__(self, pkey):
"""Initialisation.
Parameters
----------
pkey : str
Permanent key of the Filter (screen), being a URI of the form
`https://www.dov.vlaanderen.be/data/filter/<id>`.
"""
super(GrondwaterFilter, self).__init__('filter', pkey)
class Boring(AbstractDovType):
"""Class representing the DOV data type for boreholes."""
subtypes = [BoorMethode]
fields = [
WfsField(name='pkey_boring', source_field='fiche', datatype='string'),
WfsField(name='boornummer',
source_field='boornummer',
datatype='string'),
WfsField(name='x', source_field='X_mL72', datatype='float'),
WfsField(name='y', source_field='Y_mL72', datatype='float'),
XmlField(name='mv_mtaw',
source_xpath='/boring/oorspronkelijk_maaiveld/waarde',
definition='Maaiveldhoogte in mTAW op dag dat de boring '
'uitgevoerd werd.',
datatype='float'),
WfsField(name='start_boring_mtaw',
source_field='Z_mTAW',
datatype='float'),
WfsField(name='gemeente', source_field='gemeente', datatype='string'),
XmlField(name='diepte_boring_van',
source_xpath='/boring/diepte_van',
definition='Startdiepte van de boring (in meter).',
datatype='float',
notnull=True),
WfsField(name='diepte_boring_tot',
source_field='diepte_tot_m',
datatype='float'),
WfsField(name='datum_aanvang',
source_field='datum_aanvang',
datatype='date'),
WfsField(name='uitvoerder',
source_field='uitvoerder',
datatype='string'),
XmlField(name='boorgatmeting',
source_xpath='/boring/boorgatmeting/uitgevoerd',
definition='Is er een boorgatmeting uitgevoerd (ja/nee).',
datatype='boolean')
]
def __init__(self, pkey):
"""Initialisation.
Parameters
----------
pkey : str
Permanent key of the Boring (borehole), being a URI of the form
`https://www.dov.vlaanderen.be/data/boring/<id>`.
"""
super(Boring, self).__init__('boring', pkey)
@classmethod
def from_wfs_element(cls, feature, namespace):
b = cls(feature.findtext('./{{{}}}fiche'.format(namespace)))
for field in cls.get_fields(source=('wfs', )).values():
b.data[field['name']] = cls._parse(func=feature.findtext,
xpath=field['sourcefield'],
namespace=namespace,
returntype=field.get(
'type', None))
return b
class GrondwaterMonster(AbstractDovType):
"""Class representing the DOV data type for Groundwater samples."""
subtypes = [Observatie]
fields = [
WfsField(name='pkey_grondwatermonster',
source_field='grondwatermonsterfiche',
datatype='string'),
WfsField(name='grondwatermonsternummer',
source_field='grondwatermonsternummer',
datatype='string'),
WfsField(name='pkey_grondwaterlocatie',
source_field='grondwaterlocatiefiche',
datatype='string'),
WfsField(name='gw_id', source_field='GW_ID', datatype='string'),
WfsField(name='pkey_filter', source_field='filterfiche',
datatype='string'),
WfsField(name='filternummer', source_field='filternr',
datatype='string'),
WfsField(name='x', source_field='X_mL72', datatype='float'),
WfsField(name='y', source_field='Y_mL72', datatype='float'),
WfsField(name='start_grondwaterlocatie_mtaw', source_field='Z_mTAW',
datatype='float'),
WfsField(name='gemeente', source_field='gemeente', datatype='string'),
WfsField(name='datum_monstername', source_field='datum_monstername',
datatype='date'),
]
def __init__(self, pkey):
"""Initialisation.
Parameters
----------
pkey : str
Permanent key of the GrondwaterMonster (groundwater sample), being
a URI of the form
`https://www.dov.vlaanderen.be/data/watermonster/<id>`.
"""
super(GrondwaterMonster, self).__init__('watermonster', pkey)
@classmethod
def from_wfs_element(cls, feature, namespace):
"""Build `GrondwaterMonster` instance from a WFS feature element.
Parameters
----------
feature : etree.Element
XML element representing a single record of the WFS layer.
namespace : str
Namespace associated with this WFS featuretype.
Returns
-------
gwmonster : GrondwaterMonster
An instance of this class populated with the data from the WFS
element.
"""
gwmonster = cls(
feature.findtext(
'./{{{}}}grondwatermonsterfiche'.format(namespace)))
for field in cls.get_fields(source=('wfs',)).values():
gwmonster.data[field['name']] = cls._parse(
func=feature.findtext,
xpath=field['sourcefield'],
namespace=namespace,
returntype=field.get('type', None)
)
return gwmonster
class Sondering(AbstractDovType):
"""Class representing the DOV data type for CPT measurements."""
subtypes = [Meetdata]
fields = [
WfsField(name='pkey_sondering',
source_field='fiche',
datatype='string'),
WfsField(name='sondeernummer',
source_field='sondeernummer',
datatype='string'),
WfsField(name='x', source_field='X_mL72', datatype='float'),
WfsField(name='y', source_field='Y_mL72', datatype='float'),
WfsField(name='start_sondering_mtaw',
source_field='Z_mTAW',
datatype='float'),
WfsField(name='diepte_sondering_van',
source_field='diepte_van_m',
datatype='float'),
WfsField(name='diepte_sondering_tot',
source_field='diepte_tot_m',
datatype='float'),
WfsField(name='datum_aanvang',
source_field='datum_aanvang',
datatype='date'),
WfsField(name='uitvoerder',
source_field='uitvoerder',
datatype='string'),
WfsField(name='sondeermethode',
source_field='sondeermethode',
datatype='string'),
WfsField(name='apparaat',
source_field='apparaat_type',
datatype='string'),
XmlField(name='datum_gw_meting',
source_xpath='/sondering/visueelonderzoek/'
'datumtijd_waarneming_grondwaterstand',
definition='Datum en tijdstip van waarneming van de '
'grondwaterstand.',
datatype='datetime'),
XmlField(name='diepte_gw_m',
source_xpath='/sondering/visueelonderzoek/grondwaterstand',
definition='Diepte water in meter ten opzicht van het '
'aanvangspeil.',
datatype='float')
]
pkey_fieldname = 'fiche'
def __init__(self, pkey):
"""Initialisation.
Parameters
----------
pkey : str
Permanent key of the Sondering (CPT measurement), being a URI of
the form `https://www.dov.vlaanderen.be/data/sondering/<id>`.
"""
super(Sondering, self).__init__('sondering', pkey)
class Sondering(AbstractDovType):
"""Class representing the DOV data type for CPT measurements."""
subtypes = [Meetdata]
fields = [
WfsField(name='pkey_sondering',
source_field='fiche',
datatype='string'),
WfsField(name='sondeernummer',
source_field='sondeernummer',
datatype='string'),
WfsField(name='x', source_field='X_mL72', datatype='float'),
WfsField(name='y', source_field='Y_mL72', datatype='float'),
WfsField(name='start_sondering_mtaw',
source_field='Z_mTAW',
datatype='float'),
WfsField(name='diepte_sondering_van',
source_field='diepte_van_m',
datatype='float'),
WfsField(name='diepte_sondering_tot',
source_field='diepte_tot_m',
datatype='float'),
WfsField(name='datum_aanvang',
source_field='datum_aanvang',
datatype='date'),
WfsField(name='uitvoerder',
source_field='uitvoerder',
datatype='string'),
WfsField(name='sondeermethode',
source_field='sondeermethode',
datatype='string'),
WfsField(name='apparaat',
source_field='apparaat_type',
datatype='string'),
XmlField(name='datum_gw_meting',
source_xpath='/sondering/visueelonderzoek/'
'datumtijd_waarneming_grondwaterstand',
definition='Datum en tijdstip van waarneming van de '
'grondwaterstand.',
datatype='datetime'),
XmlField(name='diepte_gw_m',
source_xpath='/sondering/visueelonderzoek/grondwaterstand',
definition='Diepte water in meter ten opzicht van het '
'aanvangspeil.',
datatype='float')
]
def __init__(self, pkey):
"""Initialisation.
Parameters
----------
pkey : str
Permanent key of the Sondering (CPT measurement), being a URI of
the form `https://www.dov.vlaanderen.be/data/sondering/<id>`.
"""
super(Sondering, self).__init__('sondering', pkey)
@classmethod
def from_wfs_element(cls, feature, namespace):
s = cls(feature.findtext('./{{{}}}fiche'.format(namespace)))
for field in cls.get_fields(source=('wfs', )).values():
s.data[field['name']] = cls._parse(func=feature.findtext,
xpath=field['sourcefield'],
namespace=namespace,
returntype=field.get(
'type', None))
return s