def __init__(self, value, err2, units, selector, **kwargs):
"""
Class constructor
@param value: The values associated with the information
@type value: C{list} of C{tuple}s or C{tuple}
@param err2: The uncertainties squared associated with the values
@type err2: C{list} of C{tuple}s or C{tuple}
@param selector: The name of an index selector
@type selector: C{string}
@param kwargs: A list of key word arguments. This list is reserved for
the use of passing key words arguments to the index selector.
"""
import indexselector
self.__value__ = value
self.__err2__ = err2
self.__units__ = units
self.__selector__ = indexselector.getIndexSelector(selector, **kwargs)
def __init__(self, value, err2, units, selector, **kwargs):
"""
Class constructor
@param value: The values associated with the information
@type value: C{list} of C{tuple}s or C{tuple}
@param err2: The uncertainties squared associated with the values
@type err2: C{list} of C{tuple}s or C{tuple}
@param selector: The name of an index selector
@type selector: C{string}
@param kwargs: A list of key word arguments. This list is reserved for
the use of passing key words arguments to the index selector.
"""
import indexselector
self.__value__ = value
self.__err2__ = err2
self.__units__ = units
self.__selector__ = indexselector.getIndexSelector(selector, **kwargs)
def __init__(self, **kwargs):
"""
Class constructor
@param kwargs: A list of key word arguments that the class accepts:
@keyword instrument: The short name of the instrument.
@type instrument: C{string}
@keyword azimuthal: The values of the azimuthal angle.
@type azimuthal: C{list} of C{tuple}s or C{tuple}
@keyword azimuthal_err2: The values of the square of the uncertainty
in the azimuthal angle.
@type azimuthal_err2: C{list} of C{tuple}s or C{tuple}
@keyword azimuthal_selector: The name of the index selector for the
azimuthal angle.
@type azimuthal_selector: C{string}
@keyword det_secondary: The values of the detector bank secondary
flight path and it's associated uncertainty.
@type det_secondary: C{tuple}
@keyword polar: The values of the polar angle.
@type polar: C{list} of C{tuple}s or C{tuple}
@keyword polar_err2: The values of the square of the uncertainty in the
polar angle.
@type polar_err2: C{list} of C{tuple}s or C{tuple}
@keyword polar_selector: The name of the index selector for the polar
angle.
@type polar_selector: C{string}
@keyword secondary: The values of the secondary flight path.
@type secondary: C{list} of C{tuple}s or C{tuple}
@keyword secondary_err2: The values of the square of the uncertainty
in the secondary flight path.
@type secondary_err2: C{list} of C{tuple}s or C{tuple}
@keyword secondary_selector: The name of the index selector for the
secondary flight path.
@type secondary_selector: C{string}
@keyword extra: The maximum value for the fastest running index. This
is necessary if the L{IJSelector} is used.
@type extra: C{int}
@keyword diff_geom: A dictionary containing the differential geometry
for the instrument.
@type diff_geom: C{dict}
@keyword x_pix_offset: The values of the x pixel offsets.
@type x_pix_offset: C{list} of C{tuple}s or C{tuple}
@keyword y_pix_offset: The values of the y pixel offsets.
@type y_pix_offset: C{list} of C{tuple}s or C{tuple}
"""
# primary flight path
try:
self.__L0 = kwargs["primary"]
except KeyError:
self.__L0 = None
# detector secondary flight path
try:
self.__L1 = kwargs["det_secondary"]
except KeyError:
self.__L1 = None
#secondary flight path
try:
self.__secondary__ = kwargs["secondary"]
except KeyError:
self.__secondary__ = None
try:
self.__secondary_err2__ = kwargs["secondary_err2"]
if self.__secondary__ is None:
self.__secondary_err2__ = None
except KeyError:
self.__secondary_err2__ = None
# polar angle
try:
self.__polar__ = kwargs["polar"]
except KeyError:
self.__polar__ = None
try:
self.__polar_err2__ = kwargs["polar_err2"]
if self.__polar__ is None:
self.__polar_err2__ = None
except KeyError:
self.__polar_err2__ = None
# azimuthal angle
try:
self.__azimuthal__ = kwargs["azimuthal"]
except KeyError:
self.__azimuthal__ = None
try:
self.__azimuthal_err2__ = kwargs["azimuthal_err2"]
if self.__azimuthal__ is None:
self.__azimuthal_err2__ = None
except KeyError:
self.__azimuthal_err2__ = None
# set the instrument short name
try:
self.__inst__ = kwargs["instrument"]
try:
# uppercase version of instrument name
self.__inst__ = self.__inst__.upper()
except AttributeError:
self.__inst__ = ""
except KeyError:
self.__inst__ = ""
try:
extra = kwargs["extra"]
except KeyError:
extra = None
# Set the instrument differential geometry dictionary (if present)
try:
self.__diff_geom__ = kwargs["diff_geom"]
if self.__diff_geom__ is not None:
self.__diff_geom_keys__ = self.__diff_geom__.keys()
else:
self.__diff_geom_keys__ = None
except KeyError:
self.__diff_geom__ = None
self.__diff_geom_keys__ = None
# x pixel offsets
try:
self.__x_pix_offset__ = kwargs["x_pix_offset"]
except KeyError:
self.__x_pix_offset__ = None
# y pixel offsets
try:
self.__y_pix_offset__ = kwargs["y_pix_offset"]
except KeyError:
self.__y_pix_offset__ = None
# set the selectors
from indexselector import getIndexSelector
self.__azimuthal_selector__ = getIndexSelector("IJSelector", Nj=extra)
self.__polar_selector__ = getIndexSelector("IJSelector", Nj=extra)
self.__secondary_selector__ = getIndexSelector("IJSelector", Nj=extra)
self.__xoff_selector__ = getIndexSelector("ISelector")
self.__yoff_selector__ = getIndexSelector("JSelector")
# override capability mainly for backwards compatibility
try:
az_sel_name = kwargs["azimuthal_selector"]
if az_sel_name is not None:
self.__azimuthal_selector__ = getIndexSelector(az_sel_name,
Nj=extra)
except KeyError:
pass
try:
pol_sel_name = kwargs["polar_selector"]
if pol_sel_name is not None:
self.__polar_selector__ = getIndexSelector(pol_sel_name,
Nj=extra)
except KeyError:
pass
try:
sec_sel_name = kwargs["secondary_selector"]
if sec_sel_name is not None:
self.__secondary_selector__ = getIndexSelector(sec_sel_name,
Nj=extra)
except KeyError:
pass
def __init__(self, **kwargs):
"""
Class constructor
@param kwargs: A list of key word arguments that the class accepts:
@keyword instrument: The short name of the instrument.
@type instrument: C{string}
@keyword azimuthal: The values of the azimuthal angle.
@type azimuthal: C{list} of C{tuple}s or C{tuple}
@keyword azimuthal_err2: The values of the square of the uncertainty
in the azimuthal angle.
@type azimuthal_err2: C{list} of C{tuple}s or C{tuple}
@keyword azimuthal_selector: The name of the index selector for the
azimuthal angle.
@type azimuthal_selector: C{string}
@keyword det_secondary: The values of the detector bank secondary
flight path and it's associated uncertainty.
@type det_secondary: C{tuple}
@keyword polar: The values of the polar angle.
@type polar: C{list} of C{tuple}s or C{tuple}
@keyword polar_err2: The values of the square of the uncertainty in the
polar angle.
@type polar_err2: C{list} of C{tuple}s or C{tuple}
@keyword polar_selector: The name of the index selector for the polar
angle.
@type polar_selector: C{string}
@keyword secondary: The values of the secondary flight path.
@type secondary: C{list} of C{tuple}s or C{tuple}
@keyword secondary_err2: The values of the square of the uncertainty
in the secondary flight path.
@type secondary_err2: C{list} of C{tuple}s or C{tuple}
@keyword secondary_selector: The name of the index selector for the
secondary flight path.
@type secondary_selector: C{string}
@keyword extra: The maximum value for the fastest running index. This
is necessary if the L{IJSelector} is used.
@type extra: C{int}
@keyword diff_geom: A dictionary containing the differential geometry
for the instrument.
@type diff_geom: C{dict}
@keyword x_pix_offset: The values of the x pixel offsets.
@type x_pix_offset: C{list} of C{tuple}s or C{tuple}
@keyword y_pix_offset: The values of the y pixel offsets.
@type y_pix_offset: C{list} of C{tuple}s or C{tuple}
"""
# primary flight path
try:
self.__L0 = kwargs["primary"]
except KeyError:
self.__L0 = None
# detector secondary flight path
try:
self.__L1 = kwargs["det_secondary"]
except KeyError:
self.__L1 = None
#secondary flight path
try:
self.__secondary__ = kwargs["secondary"]
except KeyError:
self.__secondary__ = None
try:
self.__secondary_err2__ = kwargs["secondary_err2"]
if self.__secondary__ is None:
self.__secondary_err2__ = None
except KeyError:
self.__secondary_err2__ = None
# polar angle
try:
self.__polar__ = kwargs["polar"]
except KeyError:
self.__polar__ = None
try:
self.__polar_err2__ = kwargs["polar_err2"]
if self.__polar__ is None:
self.__polar_err2__ = None
except KeyError:
self.__polar_err2__ = None
# azimuthal angle
try:
self.__azimuthal__ = kwargs["azimuthal"]
except KeyError:
self.__azimuthal__ = None
try:
self.__azimuthal_err2__ = kwargs["azimuthal_err2"]
if self.__azimuthal__ is None:
self.__azimuthal_err2__ = None
except KeyError:
self.__azimuthal_err2__ = None
# set the instrument short name
try:
self.__inst__ = kwargs["instrument"]
try:
# uppercase version of instrument name
self.__inst__ = self.__inst__.upper()
except AttributeError:
self.__inst__ = ""
except KeyError:
self.__inst__ = ""
try:
extra = kwargs["extra"]
except KeyError:
extra = None
# Set the instrument differential geometry dictionary (if present)
try:
self.__diff_geom__ = kwargs["diff_geom"]
if self.__diff_geom__ is not None:
self.__diff_geom_keys__ = self.__diff_geom__.keys()
else:
self.__diff_geom_keys__ = None
except KeyError:
self.__diff_geom__ = None
self.__diff_geom_keys__ = None
# x pixel offsets
try:
self.__x_pix_offset__ = kwargs["x_pix_offset"]
except KeyError:
self.__x_pix_offset__ = None
# y pixel offsets
try:
self.__y_pix_offset__ = kwargs["y_pix_offset"]
except KeyError:
self.__y_pix_offset__ = None
# set the selectors
from indexselector import getIndexSelector
self.__azimuthal_selector__ = getIndexSelector("IJSelector", Nj=extra)
self.__polar_selector__ = getIndexSelector("IJSelector", Nj=extra)
self.__secondary_selector__ = getIndexSelector("IJSelector", Nj=extra)
self.__xoff_selector__ = getIndexSelector("ISelector")
self.__yoff_selector__ = getIndexSelector("JSelector")
# override capability mainly for backwards compatibility
try:
az_sel_name = kwargs["azimuthal_selector"]
if az_sel_name is not None:
self.__azimuthal_selector__ = getIndexSelector(az_sel_name,
Nj=extra)
except KeyError:
pass
try:
pol_sel_name = kwargs["polar_selector"]
if pol_sel_name is not None:
self.__polar_selector__ = getIndexSelector(pol_sel_name,
Nj=extra)
except KeyError:
pass
try:
sec_sel_name = kwargs["secondary_selector"]
if sec_sel_name is not None:
self.__secondary_selector__ = getIndexSelector(sec_sel_name,
Nj=extra)
except KeyError:
pass
