class BenthicPITMethodObsFilterSet(BaseTransectFilterSet):
depth = RangeFilter()
sample_unit_id = BaseInFilter(method="id_lookup")
observers = BaseInFilter(method="json_name_lookup")
transect_len_surveyed = RangeFilter()
reef_slope = BaseInFilter(method="char_lookup")
interval_size = RangeFilter()
interval = RangeFilter()
class Meta:
model = BenthicPITObsView
fields = [
"depth",
"sample_unit_id",
"observers",
"transect_len_surveyed",
"reef_slope",
"transect_number",
"interval_size",
"interval",
"benthic_category",
"benthic_attribute",
"growth_form",
"data_policy_benthicpit",
]
class BleachingQCMethodSUFilterSet(BaseTransectFilterSet):
sample_unit_id = BaseInFilter(method="id_lookup")
depth = RangeFilter()
observers = BaseInFilter(method="json_name_lookup")
count_genera = RangeFilter()
count_total = RangeFilter()
percent_normal = RangeFilter()
percent_pale = RangeFilter()
percent_bleached = RangeFilter()
quadrat_count = RangeFilter()
percent_hard_avg = RangeFilter()
percent_soft_avg = RangeFilter()
percent_algae_avg = RangeFilter()
class Meta:
model = BleachingQCSUView
fields = [
"depth",
"sample_unit_id",
"observers",
"label",
"quadrat_size",
"data_policy_bleachingqc",
"count_genera",
"count_total",
"percent_normal",
"percent_pale",
"percent_bleached",
"quadrat_count",
"percent_hard_avg",
"percent_soft_avg",
"percent_algae_avg",
]
class BleachingQCMethodColoniesBleachedObsFilterSet(BaseTransectFilterSet):
sample_unit_id = BaseInFilter(method="id_lookup")
depth = RangeFilter()
observers = BaseInFilter(method="json_name_lookup")
count_normal = RangeFilter()
count_pale = RangeFilter()
count_20 = RangeFilter()
count_50 = RangeFilter()
count_80 = RangeFilter()
count_100 = RangeFilter()
count_dead = RangeFilter()
class Meta:
model = BleachingQCColoniesBleachedObsView
fields = [
"depth",
"sample_unit_id",
"observers",
"label",
"quadrat_size",
"benthic_attribute",
"growth_form",
"data_policy_bleachingqc",
"count_normal",
"count_pale",
"count_20",
"count_50",
"count_80",
"count_100",
"count_dead",
]
class BaseSUObsFilterSet(BaseSEFilterSet):
label = BaseInFilter(method="char_lookup")
depth = RangeFilter()
relative_depth = BaseInFilter(method="char_lookup")
observers = BaseInFilter(method="json_name_lookup")
class Meta:
fields = [
"label",
"depth",
"relative_depth",
"observers",
]
class AggregatedViewFilterSet(OrFilterSetMixin, GeoFilterSet):
site_id = BaseInFilter(method="id_lookup")
site_name = BaseInFilter(method="char_lookup")
site_within = GeometryFilter(field_name="location", lookup_expr="within")
country_id = BaseInFilter(method="id_lookup")
country_name = BaseInFilter(method="char_lookup")
tag_id = BaseInFilter(field_name="tags", method="json_id_lookup")
tag_name = BaseInFilter(field_name="tags", method="json_name_lookup")
management_id = BaseInFilter(method="id_lookup")
management_name = BaseInFilter(method="full_management_name")
class Meta:
fields = [
"site_id",
"site_name",
"site_within",
"country_id",
"country_name",
"tag_id",
"tag_name",
"reef_type",
"reef_zone",
"reef_exposure",
"management_id",
"management_name",
]
def full_management_name(self, queryset, name, value):
fields = ["management_name", "management_name_secondary"]
return self.str_or_lookup(queryset, fields, value, lookup_expr="icontains")
class BaseSEFilterSet(AggregatedViewFilterSet):
id = BaseInFilter(method="id_lookup")
sample_event_id = BaseInFilter(method="id_lookup")
sample_date = DateFromToRangeFilter()
management_est_year = RangeFilter()
management_size = RangeFilter()
management_party = BaseInFilter(
field_name="management_parties", method="char_lookup"
)
management_compliance = BaseInFilter(method="char_lookup")
management_rule = BaseInFilter(field_name="management_rules", method="char_lookup")
current_name = BaseInFilter(method="char_lookup")
tide_name = BaseInFilter(method="char_lookup")
visibility_name = BaseInFilter(method="char_lookup")
class Meta:
fields = [
"sample_event_id",
"sample_date",
"management_est_year",
"management_size",
"management_party",
"management_compliance",
"management_rule",
"current_name",
"tide_name",
"visibility_name",
]
class BenthicLITMethodSUFilterSet(BaseTransectFilterSet):
transect_len_surveyed = RangeFilter()
depth = RangeFilter()
observers = BaseInFilter(method="json_name_lookup")
reef_slope = BaseInFilter(method="char_lookup")
class Meta:
model = BenthicLITSUView
fields = [
"depth",
"observers",
"transect_len_surveyed",
"reef_slope",
"transect_number",
"data_policy_benthiclit",
]
class UsuariosFilterSet(FilterSet):
permissao__in = BaseInFilter(field_name='permissao', lookup_expr='in')
class Meta:
model = Usuarios
fields = ('id', 'nome', 'apelido', 'matricula', 'cpf', 'email',
'funcao_1', 'funcao_2', 'login', 'permissao')
class RateCardPositionFilter(FilterSet):
rate_card_ids = BaseInFilter(name="rate_card__id",
lookup_expr="in",
label="rateCardIds")
class Meta:
model = RateCardPosition
fields = ['rate_card_ids']
class HabitatComplexityMethodSUFilterSet(BaseTransectFilterSet):
transect_len_surveyed = RangeFilter()
depth = RangeFilter()
observers = BaseInFilter(method="json_name_lookup")
reef_slope = BaseInFilter(method="char_lookup")
interval_size = RangeFilter()
class Meta:
model = HabitatComplexitySUView
fields = [
"depth",
"observers",
"transect_len_surveyed",
"reef_slope",
"transect_number",
"score_avg",
"data_policy_habitatcomplexity",
]
class BeltFishMethodSUFilterSet(BaseTransectFilterSet):
transect_len_surveyed = RangeFilter()
depth = RangeFilter()
observers = BaseInFilter(method="json_name_lookup")
reef_slope = BaseInFilter(method="char_lookup")
biomass_kgha = RangeFilter()
class Meta:
model = BeltFishSUView
fields = [
"depth",
"observers",
"transect_len_surveyed",
"reef_slope",
"transect_number",
"size_bin",
"biomass_kgha",
"data_policy_beltfish",
]
class AddressFilter(FilterSet):
"""Фильтры для AddressViewSet.
Добавляет фильтрацию по списку id.
"""
ids = BaseInFilter(field_name='id')
class Meta:
model = Address
fields = ('id', 'ids', )
class BenthicLITMethodSUFilterSet(BaseSUObsFilterSet):
transect_len_surveyed = RangeFilter()
reef_slope = BaseInFilter(method="char_lookup")
class Meta:
model = BenthicLITSUSQLModel
fields = [
"transect_len_surveyed",
"reef_slope",
"transect_number",
]
class HabitatComplexityMethodObsFilterSet(BaseTransectFilterSet):
depth = RangeFilter()
sample_unit_id = BaseInFilter(method="id_lookup")
observers = BaseInFilter(method="json_name_lookup")
transect_len_surveyed = RangeFilter()
reef_slope = BaseInFilter(method="char_lookup")
interval = RangeFilter()
class Meta:
model = HabitatComplexityObsView
fields = [
"depth",
"sample_unit_id",
"observers",
"transect_len_surveyed",
"reef_slope",
"transect_number",
"interval",
"score",
"data_policy_habitatcomplexity",
]
class QualityStatFilter(BaseFilterSet):
genes_in = BaseInFilter(label='Genes', method='filter_genes_in')
quality_filters = BaseInFilter(
label='Quality Filter',
method='filter_quality_filters',
help_text=
'Quality filters comma separated. Format: min_coverage,avg_mapping_quality.',
)
class Meta:
model = QualityStat
fields = '__all__'
def filter_genes_in(self, qs, field_name, value):
return qs.filter(gene__in=[x.upper() for x in value]).distinct()
def filter_quality_filters(self, queryset, name, value):
return queryset.filter(
Q(min_coverage__lte=value[0])
| Q(avg_mapping_quality__lte=value[1]))
class BeltFishMethodObsFilterSet(BaseSUObsFilterSet):
transect_len_surveyed = RangeFilter()
reef_slope = BaseInFilter(method="char_lookup")
fish_family = BaseInFilter(method="char_lookup")
fish_genus = BaseInFilter(method="char_lookup")
fish_taxon = BaseInFilter(method="char_lookup")
trophic_group = BaseInFilter(method="char_lookup")
trophic_level = RangeFilter()
functional_group = BaseInFilter(method="id_lookup")
vulnerability = RangeFilter()
size = RangeFilter()
count = RangeFilter()
biomass_kgha = RangeFilter()
class Meta:
model = BeltFishObsSQLModel
fields = [
"transect_len_surveyed",
"reef_slope",
"transect_number",
"fish_taxon",
"fish_family",
"fish_genus",
"trophic_group",
"trophic_level",
"functional_group",
"vulnerability",
"size",
"count",
"biomass_kgha",
]
class BaseFilterSet(FilterSet):
FILTER_DEFAULTS = dict(itertools.chain(
FILTER_FOR_DBFIELD_DEFAULTS.items(),
FILTER_OVERRIDES.items(),
GRAPHENE_FILTER_SET_OVERRIDES.items(),
))
id__in = GlobalIDInFilter(field_name='pk', distinct=True)
pk__in = BaseInFilter(field_name='pk', distinct=True)
sort_by = CharFilter(label='filter_sort_by', method='filter_sort_by')
def filter_sort_by(self, queryset, name, value):
return queryset.order_by(*value.strip().split(','))
class BeltFishMethodSUFilterSet(BaseSUObsFilterSet):
transect_len_surveyed = RangeFilter()
reef_slope = BaseInFilter(method="char_lookup")
biomass_kgha = RangeFilter()
class Meta:
model = BeltFishSUSQLModel
fields = [
"transect_len_surveyed",
"reef_slope",
"transect_number",
"biomass_kgha",
]
class BleachingQCMethodQuadratBenthicPercentObsFilterSet(
BaseTransectFilterSet):
sample_unit_id = BaseInFilter(method="id_lookup")
depth = RangeFilter()
observers = BaseInFilter(method="json_name_lookup")
percent_hard = RangeFilter()
percent_soft = RangeFilter()
percent_algae = RangeFilter()
class Meta:
model = BleachingQCQuadratBenthicPercentObsView
fields = [
"depth",
"sample_unit_id",
"observers",
"label",
"quadrat_size",
"data_policy_bleachingqc",
"quadrat_number",
"percent_hard",
"percent_soft",
"percent_algae",
]
class HabitatComplexityMethodSUFilterSet(BaseSUObsFilterSet):
transect_len_surveyed = RangeFilter()
reef_slope = BaseInFilter(method="char_lookup")
interval_size = RangeFilter()
score_avg = RangeFilter()
class Meta:
model = HabitatComplexitySUSQLModel
fields = [
"transect_len_surveyed",
"reef_slope",
"transect_number",
"score_avg",
]
class BenthicLITMethodObsFilterSet(BaseSUObsFilterSet):
transect_len_surveyed = RangeFilter()
reef_slope = BaseInFilter(method="char_lookup")
length = RangeFilter()
class Meta:
model = BenthicLITObsSQLModel
fields = [
"transect_len_surveyed",
"reef_slope",
"transect_number",
"length",
"benthic_category",
"benthic_attribute",
"growth_form",
]
class TerritoryFilter(FilterSet):
bounds = Filter(method="filter_bounds")
date = DateFilter(method="filter_date")
exclude_ids = BaseInFilter(
field_name="id", exclude=True, widget=widgets.CSVWidget()
)
def filter_bounds(self, queryset, field_name, value):
geom = Polygon(make_tuple(value), srid=4326)
return queryset.filter(geo__intersects=geom)
def filter_date(self, queryset, field_name, value):
return queryset.filter(start_date__lte=value, end_date__gte=value)
class Meta:
model = Territory
fields = ("entity",)
class UserFilterAPI(FilterSet):
date_joined = DateTimeFromToRangeFilter(
label='Date joined range',
field_name='created',
lookup_expr='date',
widget=DateRangeWidget(attrs={
'class': 'form-control datetimepicker-input',
'type': 'date',
}))
is_active = BooleanFilter()
user_id = BaseInFilter(field_name='id', label='User id')
class Meta:
model = User
fields = {
'email': ['icontains'],
'first_name': ['icontains'],
'last_name': ['icontains'],
}
class BeltFishMethodObsFilterSet(BaseTransectFilterSet):
depth = RangeFilter()
sample_unit_id = BaseInFilter(method="id_lookup")
observers = BaseInFilter(method="json_name_lookup")
transect_len_surveyed = RangeFilter()
reef_slope = BaseInFilter(method="char_lookup")
fish_family = BaseInFilter(method="id_lookup")
fish_genus = BaseInFilter(method="id_lookup")
fish_taxon = BaseInFilter(method="id_lookup")
trophic_group = BaseInFilter(method="id_lookup")
trophic_level = RangeFilter()
functional_group = BaseInFilter(method="id_lookup")
vulnerability = RangeFilter()
size = RangeFilter()
count = RangeFilter()
biomass_kgha = RangeFilter()
class Meta:
model = BeltFishObsView
fields = [
"depth",
"sample_unit_id",
"observers",
"transect_len_surveyed",
"reef_slope",
"transect_number",
"label",
"fish_taxon",
"fish_family",
"fish_genus",
"trophic_group",
"trophic_level",
"functional_group",
"vulnerability",
"size",
"count",
"size_bin",
"biomass_kgha",
"data_policy_beltfish",
]
class BaseTransectFilterSet(OrFilterSetMixin, GeoFilterSet):
id = BaseInFilter(method="id_lookup")
site_id = BaseInFilter(method="id_lookup")
site_name = BaseInFilter(method="char_lookup")
site_within = GeometryFilter(field_name="location", lookup_expr='within')
country_id = BaseInFilter(method='id_lookup')
country_name = BaseInFilter(method="char_lookup")
sample_date = DateFromToRangeFilter()
tag_id = BaseInFilter(field_name='tags', method='json_id_lookup')
tag_name = BaseInFilter(field_name='tags', method='json_name_lookup')
management_id = BaseInFilter(method="id_lookup")
management_name = BaseInFilter(method="full_management_name")
management_est_year = DateFromToRangeFilter()
management_size = RangeFilter()
management_party = BaseInFilter(field_name="management_parties",
method="char_lookup")
management_compliance = BaseInFilter(method="char_lookup")
management_rule = BaseInFilter(field_name="management_rules",
method="char_lookup")
current_name = BaseInFilter(method="char_lookup")
tide_name = BaseInFilter(method="char_lookup")
visibility_name = BaseInFilter(method="char_lookup")
class Meta:
fields = [
"site_id",
"site_name",
"site_within",
"country_id",
"country_name",
"sample_date",
"tag_id",
"tag_name",
"reef_type",
"reef_zone",
"reef_exposure",
"management_id",
"management_name",
"management_est_year",
"management_size",
"management_party",
"management_compliance",
"management_rule",
"current_name",
"tide_name",
"visibility_name",
]
def full_management_name(self, queryset, name, value):
fields = ["management_name", "management_name_secondary"]
return self.str_or_lookup(queryset,
fields,
value,
lookup_expr="icontains")
