class SegmentType(Enum):
"""
CLOSE: 0
LINE: 1
MOVE: 2
"""
CLOSE = int_32(0)
LINE = int_32(1)
MOVE = int_32(2)
class CalibrationLevel(Enum):
"""
PLANNED: -1
RAW_INSTRUMENT: 0
RAW_STANDARD: 1
CALIBRATED: 2
PRODUCT: 3
"""
PLANNED = int_32(-1)
RAW_INSTRUMENT = int_32(0)
RAW_STANDARD = int_32(1)
CALIBRATED = int_32(2)
PRODUCT = int_32(3)
ANALYSIS_PRODUCT = int_32(4)
def observable_axis(self, value):
caom_util.type_check(value, int_32, 'obserable_axis')
# util.valueCheck(value, 0, 1E10, 'observable_axis')
self._observable_axis = int_32(value) if value is not None else None
def time_axis(self, value):
caom_util.type_check(value, int_32, 'polarization_axis')
# util.valueCheck(value, 0, self._naxis, 'polarization_axis')
self._time_axis = int_32(value) if value is not None else None
def polarization_axis(self, value):
caom_util.type_check(value, int_32, 'polarization_axis')
caom_util.value_check(value, 0, 2**32, 'polariztion_axis')
self._polarization_axis = int_32(value) if value is not None else None
def position_axis_2(self, value):
caom_util.type_check(value, int_32, 'position_axis_2')
# util.valueCheck(value, 0, self.naxis, 'position_axis_2')
self._position_axis_2 = int_32(value) if value is not None else None
def energy_axis(self, value):
caom_util.type_check(value, int_32, 'energy_axis')
# util.valueCheck(value, 0, self.naxis, 'energy_axis')
self._energy_axis = int_32(value) if value is not None else None
def custom_axis(self, value):
caom_util.type_check(value, int_32, 'custom_axis')
self._custom_axis = int_32(value) if value is not None else None
def naxis(self, value):
caom_util.type_check(value, int_32, 'naxis')
caom_util.value_check(value, 0, 5, 'naxis')
self._naxis = int_32(value) if value is not None else None
def observable_axis(self, value):
caom_util.type_check(value, int_32, 'obserable_axis')
# util.valueCheck(value, 0, 1E10, 'observable_axis')
self._observable_axis = int_32(value) if value is not None else None
def time_axis(self, value):
caom_util.type_check(value, int_32, 'time_axis')
self._time_axis = int_32(value) if value is not None else None
def polarization_axis(self, value):
caom_util.type_check(value, int_32, 'polarization_axis')
caom_util.value_check(value, 0, 2 ** 32, 'polariztion_axis')
self._polarization_axis = int_32(value) if value is not None else None
def time_axis(self, value):
caom_util.type_check(value, int_32, 'polarization_axis')
# util.valueCheck(value, 0, self._naxis, 'polarization_axis')
self._time_axis = int_32(value) if value is not None else None
def energy_axis(self, value):
caom_util.type_check(value, int_32, 'energy_axis')
# util.valueCheck(value, 0, self.naxis, 'energy_axis')
self._energy_axis = int_32(value) if value is not None else None
def position_axis_2(self, value):
caom_util.type_check(value, int_32, 'position_axis_2')
# util.valueCheck(value, 0, self.naxis, 'position_axis_2')
self._position_axis_2 = int_32(value) if value is not None else None
def naxis(self, value):
caom_util.type_check(value, int_32, 'naxis')
caom_util.value_check(value, 0, 6, 'naxis')
self._naxis = int_32(value) if value is not None else None
