Sequence

class georges_core.sequences.Sequence(name: str = '', data=None, metadata: Optional[georges_core.sequences.sequence.SequenceMetadata] = None, element_keys: Optional[Mapping[str, str]] = None)

Bases: object

Sequence.

Parameters

• name – the name of the physics

• data –

• metadata –

• element_keys –

Attributes Summary

betablock	TODO
df	TODO
kinematics	Provides the kinematics data associated with the sequence metadata.
metadata	Provides the metadata associated with the sequence.
name	Provides the name of the sequence.
particle	Provides the particle type associated with the sequence metadata.

Methods Summary

apply(func[, axis])	param func
from_bdsim([filename, path])	TODO
from_madx_twiss([filename, path, columns, …])	TODO
from_survey()	TODO
from_transport([filename, path])	TODO
to_df([df, strip_units])	TODO

Attributes Documentation

betablock

TODO

df

TODO

kinematics

Provides the kinematics data associated with the sequence metadata.

metadata

Provides the metadata associated with the sequence.

name

Provides the name of the sequence.

particle

Provides the particle type associated with the sequence metadata.

Methods Documentation

apply(func, axis=0)

Parameters

• func –

• axis –

Returns:

static from_bdsim(filename: str = 'output.root', path: str = '.')

TODO

Returns:

static from_madx_twiss(filename: str = 'twiss.outx', path: str = '.', columns: Optional[List] = None, from_element: Optional[str] = None, to_element: Optional[str] = None) → georges_core.sequences.sequence.Sequence

TODO

Parameters

• filename – name of the Twiss table file

• path – path to the Twiss table file

• columns – the list of columns in the Twiss file

• from_element –

• to_element –

Returns:

Examples

TODO

static from_survey()

TODO

Returns:

static from_transport(filename: str = 'transport.txt', path: str = '.')

TODO

Parameters

• filename –

• path –

Returns:

to_df(df: Optional[pandas.core.frame.DataFrame] = None, strip_units: bool = False) → pandas.core.frame.DataFrame

TODO