Data

class pyR2D2.Data(datadir, verbose=False, self_old=None)

Bases: object

Class for managing R2D2 data

Variables:

• p (pyR2D2.Parameters) – Instance of pyR2D2.Parameters

• qx (pyR2D2.XSelect) – Instance of pyR2D2.XSelect

• qz (pyR2D2.ZSelect) – Instance of pyR2D2.ZSelect

• qm (pyR2D2.MPIRegion) – Instance of pyR2D2.MPIRegion

• qf (pyR2D2.FullData) – Instance of pyR2D2.FullData

• qr (pyR2D2.RestrictedData) – Instance of pyR2D2.RestrictedData

• qt (pyR2D2.OpticalDepth) – Instance of pyR2D2.OpticalDepth

• vc (pyR2D2.OnTheFly) – Instance of pyR2D2.OnTheFly

• qs (pyR2D2.Slice) – Instance of pyR2D2.Slice

• ms (pyR2D2.ModelS) – Instance of pyR2D2.ModelS

• time (float) – Time at a selected time step. See pyR2D2.Data.time_read()

• qc (numpy.ndarray, float) – 3D full data for checkpoint. See pyR2D2.Data.qc_read()

• sync (pyR2D2.Sync) – Instance of pyR2D2.Sync

Methods Summary

qc_read(n[, end_step])	Reads 3D full data for checkpoint The data is stored in self.qc dictionary
time_read(n[, tau, verbose])	Reads time at a selected time step The data is stored in self.t

Methods Documentation

qc_read(n, end_step=False)

Reads 3D full data for checkpoint The data is stored in self.qc dictionary

Parameters:

• n (int) – A selected time step for data

• end_step (bool) – If true, checkpoint of end step is read.

time_read(n, tau=False, verbose=True)

Reads time at a selected time step The data is stored in self.t

Parameters:

• n (int) – selected time step for data

• tau (bool) – if True time for optical depth (high cadence)

Returns:

time – time at a selected time step

Return type:

float

__init__(datadir, verbose=False, self_old=None)

Initialize pyR2D2.Data