# Meridional velocity
'v3d': {
'id': 'v'
},
# Sea surface zonal velocity
'usurf': {
'inherit': 'u3d',
'select': {
'level': slice(0, 1)
},
'squeeze': 'z',
},
# Sea surface meridional velocity
'vsurf': {
'inherit': 'v3d',
'select': {
'level': slice(0, 1)
},
'squeeze': 'z',
}
}
positive = 'down'
# Register the class
register_dataset(HYCOMZ)
register_dataset(HYCOMZ, 'hycom') # backward compat for the moment
# therefore means that it is reserved for developers and experienced
# professionals having in-depth computer knowledge. Users are therefore
# encouraged to load and test the software's suitability as regards their
# requirements in conditions enabling the security of their systems and/or
# data to be ensured and, more generally, to use and operate it in the
# same conditions as regards security.
#
# The fact that you are presently reading this means that you have had
# knowledge of the CeCILL license and that you accept its terms.
#
from vacumm.data import register_dataset
from vacumm.data.misc.dataset import OceanSurfaceDataset
class SWAN(OceanSurfaceDataset):
""":class:`~vacumm.data.misc.dataset.Dataset` class to read the
SWAN wave model outputs
Read the :class:`~vacumm.data.misc.dataset.Dataset` for more information
"""
name = 'swan'
domain = 'wave'
description = "SWAN wave model"
ncobj_specs = {}
# Register the class
register_dataset(SWAN, warn=False)
class CFSR(AtmosDataset):
""":class:`~vacumm.data.misc.dataset.Dataset` class to read the
CFSR atmospheric model outputs
Read the :class:`~vacumm.data.misc.dataset.Dataset` for more information
"""
name = 'cfsr'
domain='atmos'
description = "The CFSR atmospheric model"
ncobj_specs = {
# surface wind
'u10m':{
'search':{'id':['10u', 'u10'], 'standard_names':['U-component_of_wind']},
'squeeze':'z'
},
'v10m':{
'search':{'id':['10v', 'v10'], 'standard_names':['V-component_of_wind']},
'squeeze':'z'
},
}
# Register the class
register_dataset(CFSR, warn=False)
class GlobCurrent(OceanDataset, AtmosSurfaceDataset):
""":class:`~vacumm.data.misc.dataset.Dataset` class to read the
GlobCurrent satellite-derived currents
Read the :class:`~vacumm.data.misc.dataset.Dataset` for more information
"""
name = 'globcurrent'
domain = 'ocean'
description = 'The GlobCurrent currents dataset (http://www.globcurrent.org/)'
#: Grid type
arakawa_grid_type = 'A'
# Local specs
ncobj_specs = {
'ugbt': {
'search': {
'id': ['eastward_geostrophic_current_velocity']
}
},
'vgbt': {
'search': {
'id': ['northward_geostrophic_current_velocity']
}
},
}
# Register the class
register_dataset(GlobCurrent, warn=False)
'inherit': 'v3d',
'select': {
'level': slice(0, 1)
},
'squeeze': 'z',
}
}
positive = 'down'
#: Alias for :class:`Nemo`
NEMO = Nemo
# Register the class
register_dataset(NEMO, warn=False)
if __name__ == '__main__':
from vacumm.data import setup_dataset
from vacumm.misc.plot import map2 as map
f = setup_dataset(
'nemo',
dataset=
'/tmp/oo7/oo/mfstep_sys4/best_estimate/2004/INGV_MFSTEP-SYS4_20040702_ASLV.nc'
)
sshmod = f.get_ssh()
#map(sshmod[0, Ellipsis], res=None)
f = setup_dataset(
'nemo',
dataset=
'/tmp/oo7/oo/mfstep_sys4/best_estimate/2004/INGV_MFSTEP-SYS4_20040702_TEMP.nc'
# remplacer names par id a priori ?
# depth
# 'depth':{'search':{'id':['depth_t']}},
}
positive = 'up'
# A revoir avec un object
# imin=1
# imax=-1
# jmin=1
# jmax=-1
#: Alias for :class:`WW3`
ww3 = WW3
# Register the class
register_dataset(ww3)
if __name__ == '__main__':
from vacumm.data import DS
from vacumm.misc.plot import map2 as map
#map(sshmod[0, Ellipsis], res=None)
print "test utus"
f = DS('/home1/caparmor/vgarnier/ww3.190012.nc', 'ww3')
stokes = f.get_utus()
xxx
#f.get_depth()
xxxx
"""
list_nb_cells = []
for l in range(10):
for m in range(10):
for n in range(10):
list_nb_cells.append((2**l * 3**m * 5**n, l, m, n))
return sorted(list_nb_cells)
#: Alias for :class:`MesoNH`
mesonh = MesoNH
# Register the class
register_dataset(mesonh)
if __name__ == '__main__':
nb_cell = mesonh.mesonh().nb_cells()
print nb_cell[0:100]
from vacumm.data import DS
from vacumm.misc.plot import map2 as map
#map(sshmod[0, Ellipsis], res=None)
print "test utus"
f = DS(
'/temp/vgarnier/AMICO/WORKENV_METHODO/AROME/./AROME_IROISE_20110901-0000_20110910-0000.nc',
'mesonh')
xwind = f.get_u10m()
xxx
#f.get_depth()
},
# sea surface zonal velocity
'usurf': {
'inherit':
'u3d', # relatif a la methode get_u3d et non au nom de variable
'select': {
'level': slice(-1, None)
},
'squeeze': 'z',
},
# sea surface meridional velocity
'vsurf': {
'inherit': 'v3d', # heritage des specs
'select': {
'level': slice(-1, None)
},
'squeeze': 'z',
}
}
# ncobj_specs = dict_merge(_local_obj_specs, OceanDataset.ncobj_specs)
# ncobj_specs = dict_merge(ncobj_specs, AtmosSurfaceDataset.ncobj_specs)
# del _local_obj_specs
#: Alias for :class:`Mars3D`
MARS3D = Mars3D
# Register the class
register_dataset(MARS3D)
# meridional current (3d)
#useless ? 'v3d':{'search':{'id':['v']}},
# meridional current (2d)
#'vbt':{'search':{'id':['vomecrty']}}
}
positive = 'up'
#: Alias for :class:`Symphonie`
symp = Symphonie
# Register the class
register_dataset(symp)
if __name__ == '__main__':
from vacumm.data import setup_dataset
from vacumm.misc.plot import map2 as map
#f = setup_dataset('symphonie', dataset='/home2/creizic/pgarreau/SIMED/SYMPHONIE/LION/GV_MFSTEP-SYS4_20040702_ASLV.nc')
#sshmod = f.get_ssh()
#map(sshmod[0, Ellipsis], res=None)
# f = DS('symphonie', dataset='/home2/creizic/pgarreau/SIMED/SYMPHONIE/SST/20100501_000118.nc')
print "test temperature"
f = setup_dataset(
'symp',
'/home2/creizic/pgarreau/SIMED/SYMPHONIE/SST/20100501_000118.nc')
# f = setup_dataset('symphonie', '/home2/creizic/pgarreau/SIMED/SYMPHONIE/SST/20100501_000118.nc')
temp = f.get_temp()
xxx
