mao_merge_45m.antenna_50_sps module#

class Antenna(antenna_azimuth: Union[AntennaAzimuth, Any] = 0.0, antenna_elevation: Union[AntennaElevation, Any] = 0.0, collimator_azimuth: Union[CollimatorAzimuth, Any] = 0.0, collimator_elevation: Union[CollimatorElevation, Any] = 0.0, subref_X: Union[SubrefX, Any] = 0.0, subref_Y: Union[SubrefY, Any] = 0.0, subref_Z1: Union[SubrefZ1, Any] = 0.0, subref_Z2: Union[SubrefZ2, Any] = 0.0, prog_antenna_azimuth: Union[ProgAntennaAzimuth, Any] = 0.0, prog_antenna_elevation: Union[ProgAntennaElevation, Any] = 0.0, prog_subref_X: Union[ProgSubrefX, Any] = 0.0, prog_subref_Y: Union[ProgSubrefY, Any] = 0.0, prog_subref_Z1: Union[ProgSubrefZ1, Any] = 0.0, prog_subref_Z2: Union[ProgSubrefZ2, Any] = 0.0)[source]#

Bases: AsDataset

Representation of antenna logs in xarray.

Parameters

antenna_azimuth (Union[AntennaAzimuth, Any]) –
antenna_elevation (Union[AntennaElevation, Any]) –
collimator_azimuth (Union[CollimatorAzimuth, Any]) –
collimator_elevation (Union[CollimatorElevation, Any]) –
subref_X (Union[SubrefX, Any]) –
subref_Y (Union[SubrefY, Any]) –
subref_Z1 (Union[SubrefZ1, Any]) –
subref_Z2 (Union[SubrefZ2, Any]) –
prog_antenna_azimuth (Union[ProgAntennaAzimuth, Any]) –
prog_antenna_elevation (Union[ProgAntennaElevation, Any]) –
prog_subref_X (Union[ProgSubrefX, Any]) –
prog_subref_Y (Union[ProgSubrefY, Any]) –
prog_subref_Z1 (Union[ProgSubrefZ1, Any]) –
prog_subref_Z2 (Union[ProgSubrefZ2, Any]) –

Return type

None

antenna_azimuth: Union[mao_merge_45m.antenna_50_sps.AntennaAzimuth, Any] = 0.0#: Azimuth of the antenna.

antenna_elevation: Union[mao_merge_45m.antenna_50_sps.AntennaElevation, Any] = 0.0#: Elevation of the antenna.

collimator_azimuth: Union[mao_merge_45m.antenna_50_sps.CollimatorAzimuth, Any] = 0.0#: Azimuth of the collimator.

collimator_elevation: Union[mao_merge_45m.antenna_50_sps.CollimatorElevation, Any] = 0.0#: Elevation of the collimator.

prog_antenna_azimuth: Union[mao_merge_45m.antenna_50_sps.ProgAntennaAzimuth, Any] = 0.0#: Azimuth of the antenna (prog).

prog_antenna_elevation: Union[mao_merge_45m.antenna_50_sps.ProgAntennaElevation, Any] = 0.0#: Elevation of the antenna (prog).

prog_subref_X: Union[mao_merge_45m.antenna_50_sps.ProgSubrefX, Any] = 0.0#: X position of a subref (prog).

prog_subref_Y: Union[mao_merge_45m.antenna_50_sps.ProgSubrefY, Any] = 0.0#: Y position of a subref (prog).

prog_subref_Z1: Union[mao_merge_45m.antenna_50_sps.ProgSubrefZ1, Any] = 0.0#: Z1 position of a subref (prog).

prog_subref_Z2: Union[mao_merge_45m.antenna_50_sps.ProgSubrefZ2, Any] = 0.0#: Z2 position of a subref (prog).

subref_X: Union[mao_merge_45m.antenna_50_sps.SubrefX, Any] = 0.0#: X position of a subref.

subref_Y: Union[mao_merge_45m.antenna_50_sps.SubrefY, Any] = 0.0#: Y position of a subref.

subref_Z1: Union[mao_merge_45m.antenna_50_sps.SubrefZ1, Any] = 0.0#: Z1 position of a subref.

subref_Z2: Union[mao_merge_45m.antenna_50_sps.SubrefZ2, Any] = 0.0#: Z2 position of a subref.

class AntennaAzimuth(data: Annotated[Union[xarray_dataclasses.typing.Labeled[Literal['time']], Collection[float], float], <Role.DATA: 'data'>] = 0.0, long_name: typing.Annotated[str, <Role.ATTR: 'attr'>] = 'Antenna azimuth', units: typing.Annotated[str, <Role.ATTR: 'attr'>] = 'degree')[source]#

Bases: object

Parameters

data (Union[Labeled[Literal['time']], Collection[float], float]) –
long_name (str) –
units (str) –

Return type

None

data: Union[xarray_dataclasses.typing.Labeled[Literal['time']], Collection[float], float] = 0.0#

long_name: str = 'Antenna azimuth'#

units: str = 'degree'#

class AntennaElevation(data: Annotated[Union[xarray_dataclasses.typing.Labeled[Literal['time']], Collection[float], float], <Role.DATA: 'data'>] = 0.0, long_name: typing.Annotated[str, <Role.ATTR: 'attr'>] = 'Antenna elevation', units: typing.Annotated[str, <Role.ATTR: 'attr'>] = 'degree')[source]#

Bases: object

Parameters

data (Union[Labeled[Literal['time']], Collection[float], float]) –
long_name (str) –
units (str) –

Return type

None

data: Union[xarray_dataclasses.typing.Labeled[Literal['time']], Collection[float], float] = 0.0#

long_name: str = 'Antenna elevation'#

units: str = 'degree'#

class CollimatorAzimuth(data: Annotated[Union[xarray_dataclasses.typing.Labeled[Literal['time']], Collection[float], float], <Role.DATA: 'data'>] = 0.0, long_name: typing.Annotated[str, <Role.ATTR: 'attr'>] = 'Collimator azimuth', units: typing.Annotated[str, <Role.ATTR: 'attr'>] = 'degree')[source]#

Bases: object

Parameters

data (Union[Labeled[Literal['time']], Collection[float], float]) –
long_name (str) –
units (str) –

Return type

None

data: Union[xarray_dataclasses.typing.Labeled[Literal['time']], Collection[float], float] = 0.0#

long_name: str = 'Collimator azimuth'#

units: str = 'degree'#

class CollimatorElevation(data: Annotated[Union[xarray_dataclasses.typing.Labeled[Literal['time']], Collection[float], float], <Role.DATA: 'data'>] = 0.0, long_name: typing.Annotated[str, <Role.ATTR: 'attr'>] = 'Collimator elevation', units: typing.Annotated[str, <Role.ATTR: 'attr'>] = 'degree')[source]#

Bases: object

Parameters

data (Union[Labeled[Literal['time']], Collection[float], float]) –
long_name (str) –
units (str) –

Return type

None

data: Union[xarray_dataclasses.typing.Labeled[Literal['time']], Collection[float], float] = 0.0#

long_name: str = 'Collimator elevation'#

units: str = 'degree'#

class ProgAntennaAzimuth(data: Annotated[Union[xarray_dataclasses.typing.Labeled[Literal['time']], Collection[float], float], <Role.DATA: 'data'>] = 0.0, long_name: typing.Annotated[str, <Role.ATTR: 'attr'>] = 'Antenna azimuth (prog)', units: typing.Annotated[str, <Role.ATTR: 'attr'>] = 'degree')[source]#

Bases: object

Parameters

data (Union[Labeled[Literal['time']], Collection[float], float]) –
long_name (str) –
units (str) –

Return type

None

data: Union[xarray_dataclasses.typing.Labeled[Literal['time']], Collection[float], float] = 0.0#

long_name: str = 'Antenna azimuth (prog)'#

units: str = 'degree'#

class ProgAntennaElevation(data: Annotated[Union[xarray_dataclasses.typing.Labeled[Literal['time']], Collection[float], float], <Role.DATA: 'data'>] = 0.0, long_name: typing.Annotated[str, <Role.ATTR: 'attr'>] = 'Antenna elevation (prog)', units: typing.Annotated[str, <Role.ATTR: 'attr'>] = 'degree')[source]#

Bases: object

Parameters

data (Union[Labeled[Literal['time']], Collection[float], float]) –
long_name (str) –
units (str) –

Return type

None

data: Union[xarray_dataclasses.typing.Labeled[Literal['time']], Collection[float], float] = 0.0#

long_name: str = 'Antenna elevation (prog)'#

units: str = 'degree'#

class ProgSubrefX(data: Annotated[Union[xarray_dataclasses.typing.Labeled[Literal['time']], Collection[float], float], <Role.DATA: 'data'>] = 0.0, long_name: typing.Annotated[str, <Role.ATTR: 'attr'>] = 'Subref X (prog)', units: typing.Annotated[str, <Role.ATTR: 'attr'>] = 'mm')[source]#

Bases: object

Parameters

data (Union[Labeled[Literal['time']], Collection[float], float]) –
long_name (str) –
units (str) –

Return type

None

data: Union[xarray_dataclasses.typing.Labeled[Literal['time']], Collection[float], float] = 0.0#

long_name: str = 'Subref X (prog)'#

units: str = 'mm'#

class ProgSubrefY(data: Annotated[Union[xarray_dataclasses.typing.Labeled[Literal['time']], Collection[float], float], <Role.DATA: 'data'>] = 0.0, long_name: typing.Annotated[str, <Role.ATTR: 'attr'>] = 'Subref Y (prog)', units: typing.Annotated[str, <Role.ATTR: 'attr'>] = 'mm')[source]#

Bases: object

Parameters

data (Union[Labeled[Literal['time']], Collection[float], float]) –
long_name (str) –
units (str) –

Return type

None

data: Union[xarray_dataclasses.typing.Labeled[Literal['time']], Collection[float], float] = 0.0#

long_name: str = 'Subref Y (prog)'#

units: str = 'mm'#

class ProgSubrefZ1(data: Annotated[Union[xarray_dataclasses.typing.Labeled[Literal['time']], Collection[float], float], <Role.DATA: 'data'>] = 0.0, long_name: typing.Annotated[str, <Role.ATTR: 'attr'>] = 'Subref Z1 (prog)', units: typing.Annotated[str, <Role.ATTR: 'attr'>] = 'mm')[source]#

Bases: object

Parameters

data (Union[Labeled[Literal['time']], Collection[float], float]) –
long_name (str) –
units (str) –

Return type

None

data: Union[xarray_dataclasses.typing.Labeled[Literal['time']], Collection[float], float] = 0.0#

long_name: str = 'Subref Z1 (prog)'#

units: str = 'mm'#

class ProgSubrefZ2(data: Annotated[Union[xarray_dataclasses.typing.Labeled[Literal['time']], Collection[float], float], <Role.DATA: 'data'>] = 0.0, long_name: typing.Annotated[str, <Role.ATTR: 'attr'>] = 'Subref Z2 (prog)', units: typing.Annotated[str, <Role.ATTR: 'attr'>] = 'mm')[source]#

Bases: object

Parameters

data (Union[Labeled[Literal['time']], Collection[float], float]) –
long_name (str) –
units (str) –

Return type

None

data: Union[xarray_dataclasses.typing.Labeled[Literal['time']], Collection[float], float] = 0.0#

long_name: str = 'Subref Z2 (prog)'#

units: str = 'mm'#

class SubrefX(data: Annotated[Union[xarray_dataclasses.typing.Labeled[Literal['time']], Collection[float], float], <Role.DATA: 'data'>] = 0.0, long_name: typing.Annotated[str, <Role.ATTR: 'attr'>] = 'Subref X', units: typing.Annotated[str, <Role.ATTR: 'attr'>] = 'mm')[source]#

Bases: object

Parameters

data (Union[Labeled[Literal['time']], Collection[float], float]) –
long_name (str) –
units (str) –

Return type

None

data: Union[xarray_dataclasses.typing.Labeled[Literal['time']], Collection[float], float] = 0.0#

long_name: str = 'Subref X'#

units: str = 'mm'#

class SubrefY(data: Annotated[Union[xarray_dataclasses.typing.Labeled[Literal['time']], Collection[float], float], <Role.DATA: 'data'>] = 0.0, long_name: typing.Annotated[str, <Role.ATTR: 'attr'>] = 'Subref Y', units: typing.Annotated[str, <Role.ATTR: 'attr'>] = 'mm')[source]#

Bases: object

Parameters

data (Union[Labeled[Literal['time']], Collection[float], float]) –
long_name (str) –
units (str) –

Return type

None

data: Union[xarray_dataclasses.typing.Labeled[Literal['time']], Collection[float], float] = 0.0#

long_name: str = 'Subref Y'#

units: str = 'mm'#

class SubrefZ1(data: Annotated[Union[xarray_dataclasses.typing.Labeled[Literal['time']], Collection[float], float], <Role.DATA: 'data'>] = 0.0, long_name: typing.Annotated[str, <Role.ATTR: 'attr'>] = 'Subref Z1', units: typing.Annotated[str, <Role.ATTR: 'attr'>] = 'mm')[source]#

Bases: object

Parameters

data (Union[Labeled[Literal['time']], Collection[float], float]) –
long_name (str) –
units (str) –

Return type

None

data: Union[xarray_dataclasses.typing.Labeled[Literal['time']], Collection[float], float] = 0.0#

long_name: str = 'Subref Z1'#

units: str = 'mm'#

class SubrefZ2(data: Annotated[Union[xarray_dataclasses.typing.Labeled[Literal['time']], Collection[float], float], <Role.DATA: 'data'>] = 0.0, long_name: typing.Annotated[str, <Role.ATTR: 'attr'>] = 'Subref Z2', units: typing.Annotated[str, <Role.ATTR: 'attr'>] = 'mm')[source]#

Bases: object

Parameters

data (Union[Labeled[Literal['time']], Collection[float], float]) –
long_name (str) –
units (str) –

Return type

None

data: Union[xarray_dataclasses.typing.Labeled[Literal['time']], Collection[float], float] = 0.0#

long_name: str = 'Subref Z2'#

units: str = 'mm'#

convert(path_log: Union[Sequence[Path], Path], path_zarr: Optional[Path] = None, *, length_per_chunk: int = 1000000, overwrite: bool = False, progress: bool = False) → Path[source]#

Convert a raw 50 sps log file(s) to a formatted Zarr file.

This function will make a one-dimensional antenna log outputs with time metadata derived from the raw 50 sps log file.

Parameters

path_log (Union[Sequence[Path], Path]) – Path(s) of the raw 50 sps log file(s).
path_zarr (Optional[Path]) – Path of the formatted Zarr file (optional).
length_per_chunk (int) – Length per chunk in the Zarr file.
overwrite (bool) – Whether to overwrite the formatted Zarr file if exists.
progress (bool) – Whether to show a progress bar.

Returns

Path of the formatted Zarr file.

Raises

FileExistsError – Raised if the formatted Zarr file exists and overwriting is not allowed (default).

Return type

Path

Notes

The timezone of the Zarr file is not JST but UTC.

get_df_prog(path_log: Path, index: int = 9) → DataFrame[source]#

Helper function to read programmed values from a log.

Parameters

path_log (Path) –
index (int) –

Return type

DataFrame

get_df_real(path_log: Path, index: int) → DataFrame[source]#

Helper function to read measured values from a log.

Parameters

path_log (Path) –
index (int) –

Return type

DataFrame

mao_merge_45m.antenna module

mao_merge_45m.correlator module