def get_bathymetry(lat, lon, resolution="5min"):
"""Interpolate bathymetry from ETOPO
For a given (lat, lon), interpolates the bathymetry from ETOPO
"""
assert np.shape(lat) == np.shape(lon), "Lat & Lon shape mismatch"
db = oceansdb.ETOPO(resolution=resolution)
etopo = db["topography"].track(var="height", lat=lat, lon=lon)
return {"bathymetry": -etopo["height"].astype("i")}
def location_at_sea(data, cfg=None):
""" Evaluate if location is at sea.
Interpolate the depth from ETOPO for the data position.
If local "height" is negative, means lower than sea
level, hence at sea.
FIXME: It must allow to check Lat/Lon from data to work with
TSGs, i.e. one location for each measurement.
Double check other branches, I thought I had already done
this before.
"""
try:
flag_bad = cfg['flag_bad']
except:
flag_bad = 3
assert hasattr(data, 'attributes'), "Missing attributes"
# Temporary solution while migrating to OceanSites variables syntax
if ('LATITUDE' not in data.attributes) and \
('latitude' in data.attributes):
print("Deprecated. In the future it will not accept latitude anymore. It'll must be LATITUDE")
data.attributes['LATITUDE'] = data.attributes['latitude']
if ('LONGITUDE' not in data.attributes) and \
('longitude' in data.attributes):
print("Deprecated. In the future it will not accept longitude anymore. It'll must be LONGITUDE")
data.attributes['LONGITUDE'] = data.attributes['longitude']
if ('LATITUDE' not in data.attributes) or \
('LONGITUDE' not in data.attributes):
print("Missing geolocation (lat/lon)")
return 0
ETOPO = oceansdb.ETOPO()
try:
etopo = ETOPO.extract(
var='elevation',
lat=data.attributes['LATITUDE'],
lon=data.attributes['LONGITUDE'])
if etopo['elevation'] <= 0:
return 1
elif etopo['elevation'] > 0:
return flag_bad
except:
return 0
def location_at_sea(data, cfg=None):
""" Evaluate if location is at sea.
Interpolate the depth from ETOPO for the data position.
If local "height" is negative, means lower than sea
level, hence at sea.
FIXME: It must allow to check Lat/Lon from data to work with
TSGs, i.e. one location for each measurement.
Double check other branches, I thought I had already done
this before.
ATTENTION: This is old code that was completely replaced by LocationAtSea
and it will be removed.
"""
try:
flag_good = cfg["flag_good"]
except:
flag_good = 1
try:
flag_bad = cfg["flag_bad"]
except:
flag_bad = 3
assert hasattr(data, "attrs"), "Missing attributes"
# Temporary solution while migrating to OceanSites variables syntax
if ("LATITUDE" not in data.attrs) and ("latitude" in data.attrs):
module_logger.debug(
"Deprecated. In the future it will not accept latitude anymore. It'll must be LATITUDE"
)
data.attrs["LATITUDE"] = data.attrs["latitude"]
if ("LONGITUDE" not in data.attrs) and ("longitude" in data.attrs):
module_logger.debug(
"Deprecated. In the future it will not accept longitude anymore. It'll must be LONGITUDE"
)
data.attrs["LONGITUDE"] = data.attrs["longitude"]
if (
("LATITUDE" not in data.attrs)
or (data.attrs["LATITUDE"] == None)
or ("LONGITUDE" not in data.attrs)
or (data.attrs["LONGITUDE"] == None)
):
module_logger.debug("Missing geolocation (lat/lon)")
return 0
if (
(data.attrs["LATITUDE"] > 90)
or (data.attrs["LATITUDE"] < -90)
or (data.attrs["LONGITUDE"] > 360)
or (data.attrs["LONGITUDE"] < -180)
):
return flag_bad
try:
ETOPO = oceansdb.ETOPO()
etopo = ETOPO["topography"].extract(
var="height", lat=data.attrs["LATITUDE"], lon=data.attrs["LONGITUDE"]
)
h = etopo["height"]
flag = np.zeros(h.shape, dtype="i1")
flag[np.nonzero(h <= 0)] = flag_good
flag[np.nonzero(h > 0)] = flag_bad
return flag
except:
return 0
def find_depth(latitude, longitude):
db = oceansdb.ETOPO()
return db.extract(lat=latitude, lon=longitude)['elevation'][0]
def find_depth(latitude, longitude):
db = oceansdb.ETOPO()
return db['topography'].extract(lat=latitude, lon=longitude)['height'][0]
def location_at_sea(data, cfg=None):
""" Evaluate if location is at sea.
Interpolate the depth from ETOPO for the data position.
If local "height" is negative, means lower than sea
level, hence at sea.
FIXME: It must allow to check Lat/Lon from data to work with
TSGs, i.e. one location for each measurement.
Double check other branches, I thought I had already done
this before.
"""
try:
flag_good = cfg['flag_good']
except:
flag_good = 1
try:
flag_bad = cfg['flag_bad']
except:
flag_bad = 3
assert hasattr(data, 'attrs'), "Missing attributes"
# Temporary solution while migrating to OceanSites variables syntax
if ('LATITUDE' not in data.attrs) and ('latitude' in data.attrs):
module_logger.debug(
"Deprecated. In the future it will not accept latitude anymore. It'll must be LATITUDE"
)
data.attrs['LATITUDE'] = data.attrs['latitude']
if ('LONGITUDE' not in data.attrs) and ('longitude' in data.attrs):
module_logger.debug(
"Deprecated. In the future it will not accept longitude anymore. It'll must be LONGITUDE"
)
data.attrs['LONGITUDE'] = data.attrs['longitude']
if ('LATITUDE' not in data.attrs) or \
(data.attrs['LATITUDE'] == None) or \
('LONGITUDE' not in data.attrs) or \
(data.attrs['LONGITUDE'] == None):
module_logger.debug("Missing geolocation (lat/lon)")
return 0
if (data.attrs['LATITUDE'] > 90) or \
(data.attrs['LATITUDE'] < -90) or \
(data.attrs['LONGITUDE'] > 360) or \
(data.attrs['LONGITUDE'] < -180):
return flag_bad
try:
ETOPO = oceansdb.ETOPO()
etopo = ETOPO['topography'].extract(var='height',
lat=data.attrs['LATITUDE'],
lon=data.attrs['LONGITUDE'])
h = etopo['height']
flag = np.zeros(h.shape, dtype='i1')
flag[np.nonzero(h <= 0)] = flag_good
flag[np.nonzero(h > 0)] = flag_bad
return flag
except:
return 0
