def species_range(filename=None, exporter=generic_species_exporter,
dataset_id=None):
header = COMMON_HEADER + (
'Areal favorabil referinta',
'Operator - areal',
'Necunoscut',
'U1',
'U2',
)
def format_row(sp, sr):
name = None
if sp.lu:
name = sp.lu.display_name
name = name or ''
return [
sp.code,
name,
sr.region,
unicode(sr.complementary_favourable_range)
if sr.complementary_favourable_range else '',
unicode(sr.complementary_favourable_range_op)
if sr.complementary_favourable_range_unknown else '',
'x' if sr.complementary_favourable_range_unknown else '',
'',
'',
]
columns = exporter(format_row, dataset_id=dataset_id)
do_csv_export(header, columns, filename)
def habitat_coverage_magnitude(filename=None, dataset_id=None):
header = COMMON_HEADER + (
'Magn. min scurt', 'Magn. max scurt', 'Interval incredere scurt',
'Magn. min lung', 'Magn. max lung', 'Interval incredere lung',
)
def format_row(sp, sr):
name = None
if sp.lu:
name = sp.lu.display_name
name = name or ''
return [
sp.code,
name,
sr.region,
unicode(sr.coverage_trend_magnitude_min or ''),
unicode(sr.coverage_trend_magnitude_max or ''),
unicode(sr.coverage_trend_magnitude_ci or ''),
unicode(sr.coverage_trend_long_magnitude_min or ''),
unicode(sr.coverage_trend_long_magnitude_max or ''),
unicode(sr.coverage_trend_long_magnitude_ci or ''),
]
columns = generic_habitat_exporter(format_row, dataset_id=dataset_id)
do_csv_export(header, columns, filename)
def species_magnitude(filename=None, exporter=generic_species_exporter,
dataset_id=None):
header = COMMON_HEADER + (
'Magn. min scurt', 'Magn. max scurt', 'Magn. min lung',
'Magn. max lung',
)
def format_row(sp, sr):
name = None
if sp.lu:
name = sp.lu.display_name
name = name or ''
row = [
sp.code,
name,
sr.region,
unicode(sr.range_trend_magnitude_min or ''),
unicode(sr.range_trend_magnitude_max or ''),
unicode(sr.range_trend_long_magnitude_min or ''),
unicode(sr.range_trend_long_magnitude_max or ''),
]
return row
columns = exporter(format_row, dataset_id=dataset_id)
do_csv_export(header, columns, filename)
def species_population_units(filename=None, dataset_id=None):
header = COMMON_HEADER + (
u'Unit. de măsură',
u'Metoda conversie',
u'Definiția localității',
u'Dificultăți întâmpinate',
)
def format_row(sp, sr):
name = sp.lu.display_name if sp.lu else None
name = name or ''
units = [sr.population_size_unit, sr.population_alt_size_unit]
units = [str(unit) for unit in units if unit]
return [
sp.code,
name,
sr.region,
';'.join(units),
sr.population_additional_method or '',
sr.population_additional_locality or '',
sr.population_additional_problems or '',
]
columns = generic_species_exporter(format_row, dataset_id=dataset_id)
do_csv_export(header, columns, filename)
def habitat_coverage_range(filename=None, dataset_id=None):
header = COMMON_HEADER + (
'Suprafata favorabila referinta',
'Operator',
'Necunoscut',
'U1',
'U2',
)
def format_row(sp, sr):
name = None
if sp.lu:
name = sp.lu.display_name
name = name or ''
return [
sp.code,
name,
sr.region,
unicode(sr.complementary_favourable_area)
if sr.complementary_favourable_area else '',
unicode(sr.complementary_favourable_area_op)
if sr.complementary_favourable_area_unknown else '',
'x' if sr.complementary_favourable_area_unknown else '',
'',
'',
]
columns = generic_habitat_exporter(format_row, dataset_id=dataset_id)
do_csv_export(header, columns, filename)
def species_range(filename=None,
exporter=generic_species_exporter,
dataset_id=None):
header = COMMON_HEADER + (
'Areal favorabil referinta',
'Operator - areal',
'Necunoscut',
'U1',
'U2',
)
def format_row(sp, sr):
name = None
if sp.lu:
name = sp.lu.display_name
name = name or ''
return [
sp.code,
name,
sr.region,
unicode(sr.complementary_favourable_range)
if sr.complementary_favourable_range else '',
unicode(sr.complementary_favourable_range_op)
if sr.complementary_favourable_range_unknown else '',
'x' if sr.complementary_favourable_range_unknown else '',
'',
'',
]
columns = exporter(format_row, dataset_id=dataset_id)
do_csv_export(header, columns, filename)
def species_habitat(filename=None, dataset_id=None):
header = COMMON_HEADER + (
u'Suprafața habitat',
u'Suprafața adecvata',
u'U1',
u'U2',
)
def format_row(sp, sr):
name = None
if sp.lu:
name = sp.lu.display_name
name = name or ''
return [
sp.code,
name,
sr.region,
unicode(sr.habitat_surface_area or ''),
unicode(sr.habitat_area_suitable or ''),
'', ''
]
columns = generic_species_exporter(format_row, dataset_id=dataset_id)
do_csv_export(header, columns, filename)
def species_magnitude(filename=None,
exporter=generic_species_exporter,
dataset_id=None):
header = COMMON_HEADER + (
'Magn. min scurt',
'Magn. max scurt',
'Magn. min lung',
'Magn. max lung',
)
def format_row(sp, sr):
name = None
if sp.lu:
name = sp.lu.display_name
name = name or ''
row = [
sp.code,
name,
sr.region,
unicode(sr.range_trend_magnitude_min or ''),
unicode(sr.range_trend_magnitude_max or ''),
unicode(sr.range_trend_long_magnitude_min or ''),
unicode(sr.range_trend_long_magnitude_max or ''),
]
return row
columns = exporter(format_row, dataset_id=dataset_id)
do_csv_export(header, columns, filename)
def habitat_coverage_magnitude(filename=None, dataset_id=None):
header = COMMON_HEADER + (
'Magn. min scurt',
'Magn. max scurt',
'Interval incredere scurt',
'Magn. min lung',
'Magn. max lung',
'Interval incredere lung',
)
def format_row(sp, sr):
name = None
if sp.lu:
name = sp.lu.display_name
name = name or ''
return [
sp.code,
name,
sr.region,
unicode(sr.coverage_trend_magnitude_min or ''),
unicode(sr.coverage_trend_magnitude_max or ''),
unicode(sr.coverage_trend_magnitude_ci or ''),
unicode(sr.coverage_trend_long_magnitude_min or ''),
unicode(sr.coverage_trend_long_magnitude_max or ''),
unicode(sr.coverage_trend_long_magnitude_ci or ''),
]
columns = generic_habitat_exporter(format_row, dataset_id=dataset_id)
do_csv_export(header, columns, filename)
def habitat_coverage_range(filename=None, dataset_id=None):
header = COMMON_HEADER + (
'Suprafata favorabila referinta',
'Operator',
'Necunoscut',
'U1',
'U2',
)
def format_row(sp, sr):
name = None
if sp.lu:
name = sp.lu.display_name
name = name or ''
return [
sp.code,
name,
sr.region,
unicode(sr.complementary_favourable_area)
if sr.complementary_favourable_area else '',
unicode(sr.complementary_favourable_area_op)
if sr.complementary_favourable_area_unknown else '',
'x' if sr.complementary_favourable_area_unknown else '',
'',
'',
]
columns = generic_habitat_exporter(format_row, dataset_id=dataset_id)
do_csv_export(header, columns, filename)
def species_population_units(filename=None, dataset_id=None):
header = COMMON_HEADER + (
u'Unit. de măsură',
u'Metoda conversie',
u'Definiția localității',
u'Dificultăți întâmpinate',
)
def format_row(sp, sr):
name = sp.lu.display_name if sp.lu else None
name = name or ''
units = [sr.population_size_unit, sr.population_alt_size_unit]
units = [str(unit) for unit in units if unit]
return [
sp.code,
name,
sr.region,
';'.join(units),
sr.population_additional_method or '',
sr.population_additional_locality or '',
sr.population_additional_problems or '',
]
columns = generic_species_exporter(format_row, dataset_id=dataset_id)
do_csv_export(header, columns, filename)
def species_habitat(filename=None, dataset_id=None):
header = COMMON_HEADER + (
u'Suprafața habitat',
u'Suprafața adecvata',
u'U1',
u'U2',
)
def format_row(sp, sr):
name = None
if sp.lu:
name = sp.lu.display_name
name = name or ''
return [
sp.code, name, sr.region,
unicode(sr.habitat_surface_area or ''),
unicode(sr.habitat_area_suitable or ''), '', ''
]
columns = generic_species_exporter(format_row, dataset_id=dataset_id)
do_csv_export(header, columns, filename)