gondola.monitoring

Monitoring and Housekeeping data structures

For each set of monitoring parameters, there exists 1) an individual set of parameters, taken at

a specific point in time ("MoniData")

2. a collection of these points ("MoniDataSeries")

The single set of parameters ("MoniData") can be obtained from Tof/TelemetryPackets.

The series allow to load such packets from entire files and specifically allows to translate the read data to polars dataframes.

Classes

CPUMoniData()
CPUMoniDataSeries()
CoolingMoniData()
CoolingMoniDataSeries()
DataSinkHB()
DataSinkHBSeries()
EventBuilderHB()
EventBuilderHBSeries()
GcuEvBldStatsMoniData()
GcuEvBldStatsMoniDataSeries()
LTBMoniData()	Sensors on the LTB
LTBMoniDataSeries()
MasterTriggerHB()
MasterTriggerHBSeries()
MtbMoniData()	Monitoring the MTB
MtbMoniDataSeries()
PAMoniData()	Preamp temperature and bias data
PAMoniDataSeries()
PBMoniData()	Sensors on the power boards (PB)
PBMoniDataSeries()
RBMoniData
RBMoniDataSeries
SipPosMoniData()
SipPosMoniDataSeries()
SipPresMoniData()
SipPresMoniDataSeries()
SipTimeMoniData()
SipTimeMoniDataSeries()
TrackerGpsMoniData()
TrackerGpsMoniDataSeries()
WastieMoniData()
WastieMoniDataSeries()

class gondola.monitoring.CPUMoniData

board_id

cpu0_temp

cpu1_temp

cpu_freq

cpu_temp

disk_usage

static from_bytestream(bytestream, pos)

static from_random()

static from_tofpacket(packet)

get(varname)

Access the (data) members by name

static keys()

mb_temp

pack()

Pack self into a TofPacket to be written on disk or sent over network

timestamp_py

uptime

class gondola.monitoring.DataSinkHB

board_id

evid_check_len

evid_missing

static from_bytestream(bytestream, pos)

static from_random()

static from_tofpacket(packet)

get(varname)

Access the (data) members by name

static keys()

met

Mission elapsed time

n_bytes_written

n_evid_chunksize

n_pack_write_disk

n_packets_incoming

n_packets_sent

pack()

Pack self into a TofPacket to be written on disk or sent over network

timestamp

class gondola.monitoring.EventBuilderHB

average_rbe_te

The average number of RBEvents per TofEvent, tis is the average number of active ReadoutBoards per TofEvent

board_id

drs_lost_frac

static from_bytestream(bytestream, pos)

static from_random()

static from_tofpacket(packet)

get(varname)

Access the (data) members by name

incoming_vs_outgoing_mte

static keys()

mangled_frac

nrbe_discarded_frac

pack()

Pack self into a TofPacket to be written on disk or sent over network

timed_out_combo_frac

timed_out_frac

class gondola.monitoring.GcuEvBldStatsMoniData

board_id

static from_telemetrypacket(packet)

Unpack Self from a TelemetryPacket.

get(varname)

Access the (data) members by name

static keys()

class gondola.monitoring.LTBMoniData

Sensors on the LTB

board_id

static from_bytestream(bytestream, pos)

static from_random()

static from_tofpacket(packet)

get(varname)

Access the (data) members by name

static keys()

ltb_temp

pack()

Pack self into a TofPacket to be written on disk or sent over network

thresh0

thresh1

thresh2

timestamp

trenz_temp

class gondola.monitoring.MasterTriggerHB

any_blocked_rate

board_id

clock_rate

combo_trig_type

evq_mum_events_last

evq_num_events_avg

static from_bytestream(bytestream, pos)

static from_random()

static from_tofpacket(packet)

gaps_blocked_rate

get(varname)

Access the (data) members by name

get_prescale_gaps

get_prescale_track

static keys()

lost_trate

n_ev_missed

n_ev_unsent

pack()

Pack self into a TofPacket to be written on disk or sent over network

prescale_bypass

rb_lost_rate

tiu_busy_rate

tiu_ignore_deadtime

tiu_timeout_cnt

total_elapsed

track_blocked_rate

track_central_blocked_rate

track_umb_central_blocked_rate

trate

trg_lost_trg_rate

trigger_type

class gondola.monitoring.MtbMoniData

Monitoring the MTB

board_id

daq_queue_len

fpga_temp

static from_bytestream(bytestream, pos)

static from_random()

static from_tofpacket(packet)

get(varname)

Access the (data) members by name

static keys()

lost_rate

pack()

Pack self into a TofPacket to be written on disk or sent over network

rate

timestamp

tiu_bad

tiu_busy_len

Length of the received BUSY signal from the TIU in nanoseconds

tiu_busy_stuck

tiu_emulation_mode

tiu_ignore_busy

tiu_use_aux_link

vccaux

vccbram

vccint

class gondola.monitoring.PAMoniData

Preamp temperature and bias data

biases

Pramp bias voltages (mV) for the 16 channels

board_id

static from_bytestream(bytestream, pos)

static from_random()

static from_tofpacket(packet)

get(varname)

Access the (data) members by name

static keys()

pack()

Pack self into a TofPacket to be written on disk or sent over network

temps

The temperature for the 16 preamp channels

class gondola.monitoring.PBMoniData

Sensors on the power boards (PB)

Each RAT has a single PB

board_id

static from_bytestream(bytestream, pos)

static from_random()

static from_tofpacket(packet)

get(varname)

Access the (data) members by name

static keys()

n1v6_ltb_vcp

n1v6_preamp_vcp

nas_temp

p3v4d_ltb_vcp

p3v4f_ltb_vcp

p3v6_ltb_vcp

p3v6_preamp_vcp

pack()

Pack self into a TofPacket to be written on disk or sent over network

pas_temp

pds_temp

shv_temp

timestamp

gondola.monitoring.RBMoniData

alias of PBMoniData

class gondola.monitoring.SipPosMoniData

board_id

get(varname)

Access the (data) members by name

static keys()

class gondola.monitoring.SipPresMoniData

board_id

get(varname)

Access the (data) members by name

static keys()

class gondola.monitoring.SipTimeMoniData

board_id

get(varname)

Access the (data) members by name

static keys()

class gondola.monitoring.TrackerGpsMoniData

board_id

static from_telemetrypacket(packet)

Unpack Self from a TelemetryPacket.

get(varname)

Access the (data) members by name

static keys()

class gondola.monitoring.CoolingMoniData

board_id

get(varname)

Access the (data) members by name

static keys()

class gondola.monitoring.WastieMoniData

board_id

static from_telemetrypacket(packet)

Unpack Self from a TelemetryPacket.

get(varname)

Access the (data) members by name

static keys()

class gondola.monitoring.CPUMoniDataSeries

add_crfile(filename, from_object=Ellipsis)

Add an additional (Caraspace) file to the series

# Arguments:

• filename : The name of the (caraspace) file to add

• from_objectSince this adds caraspace files, it is possible

  to choose from where to get the information. Either the telemetry packet, or the tofpacket, if either is present in the frame. When CRFrameObjectType = Unknown, it will figure it out automatically, preferring the telemetry since it has the gcu timestamp

add_telemetryfile(filename)

Add an additional (Telemetry) file to the series

# Arguments:

• filename : The name of the (telemetry) file to add

add_toffile(filename)

Add an additional (Tof) file to the series

# Arguments:

• filename : The name of the (caraspace) file to add

• from_objectSince this adds caraspace files, it is possible

  to choose from where to get the information. Either the telemetry packet, or the tofpacket, if either is present in the frame. When CRFrameObjectType = Unknown, it will figure it out automatically, preferring the telemetry since it has the gcu timestamp

first_ts

static from_tof_file(filename)

Generate a polars dataframe with monitoring data from the given TOF file. This will load ONLY data of the specific type of the MoniSeries itself

# Arguments:

• filenameA single .tof.gaps file with monitoring

  information

get_dataframe()

Reduces the MoniSeries to a single polars data frame The structure itself will not be changed

get_var_for_board(varname, rb_id)

max_size

The maximum size of the series. If more data are added, data from the front will be removed

timestamps

If monitoring is retrieved from telemetry, we save the gcu timestamp of the packet, wich herein can be accessed.

class gondola.monitoring.DataSinkHBSeries

add_crfile(filename, from_object=Ellipsis)

Add an additional (Caraspace) file to the series

# Arguments:

• filename : The name of the (caraspace) file to add

• from_objectSince this adds caraspace files, it is possible

  to choose from where to get the information. Either the telemetry packet, or the tofpacket, if either is present in the frame. When CRFrameObjectType = Unknown, it will figure it out automatically, preferring the telemetry since it has the gcu timestamp

add_telemetryfile(filename)

Add an additional (Telemetry) file to the series

# Arguments:

• filename : The name of the (telemetry) file to add

add_toffile(filename)

Add an additional (Tof) file to the series

# Arguments:

• filename : The name of the (caraspace) file to add

• from_objectSince this adds caraspace files, it is possible

  to choose from where to get the information. Either the telemetry packet, or the tofpacket, if either is present in the frame. When CRFrameObjectType = Unknown, it will figure it out automatically, preferring the telemetry since it has the gcu timestamp

first_ts

static from_tof_file(filename)

Generate a polars dataframe with monitoring data from the given TOF file. This will load ONLY data of the specific type of the MoniSeries itself

# Arguments:

• filenameA single .tof.gaps file with monitoring

  information

get_dataframe()

Reduces the MoniSeries to a single polars data frame The structure itself will not be changed

get_var_for_board(varname, rb_id)

max_size

The maximum size of the series. If more data are added, data from the front will be removed

timestamps

If monitoring is retrieved from telemetry, we save the gcu timestamp of the packet, wich herein can be accessed.

class gondola.monitoring.EventBuilderHBSeries

add_crfile(filename, from_object=Ellipsis)

Add an additional (Caraspace) file to the series

# Arguments:

• filename : The name of the (caraspace) file to add

• from_objectSince this adds caraspace files, it is possible

  to choose from where to get the information. Either the telemetry packet, or the tofpacket, if either is present in the frame. When CRFrameObjectType = Unknown, it will figure it out automatically, preferring the telemetry since it has the gcu timestamp

add_telemetryfile(filename)

Add an additional (Telemetry) file to the series

# Arguments:

• filename : The name of the (telemetry) file to add

add_toffile(filename)

Add an additional (Tof) file to the series

# Arguments:

• filename : The name of the (caraspace) file to add

• from_objectSince this adds caraspace files, it is possible

  to choose from where to get the information. Either the telemetry packet, or the tofpacket, if either is present in the frame. When CRFrameObjectType = Unknown, it will figure it out automatically, preferring the telemetry since it has the gcu timestamp

first_ts

static from_tof_file(filename)

Generate a polars dataframe with monitoring data from the given TOF file. This will load ONLY data of the specific type of the MoniSeries itself

# Arguments:

• filenameA single .tof.gaps file with monitoring

  information

get_dataframe()

Reduces the MoniSeries to a single polars data frame The structure itself will not be changed

get_var_for_board(varname, rb_id)

max_size

The maximum size of the series. If more data are added, data from the front will be removed

timestamps

If monitoring is retrieved from telemetry, we save the gcu timestamp of the packet, wich herein can be accessed.

class gondola.monitoring.GcuEvBldStatsMoniDataSeries

add_crfile(filename, from_object=Ellipsis)

Add an additional (Caraspace) file to the series

# Arguments:

• filename : The name of the (caraspace) file to add

• from_objectSince this adds caraspace files, it is possible

  to choose from where to get the information. Either the telemetry packet, or the tofpacket, if either is present in the frame. When CRFrameObjectType = Unknown, it will figure it out automatically, preferring the telemetry since it has the gcu timestamp

add_telemetryfile(filename)

Add an additional (Telemetry) file to the series

# Arguments:

• filename : The name of the (telemetry) file to add

first_ts

get_dataframe()

Reduces the MoniSeries to a single polars data frame The structure itself will not be changed

get_var_for_board(varname, rb_id)

max_size

The maximum size of the series. If more data are added, data from the front will be removed

timestamps

If monitoring is retrieved from telemetry, we save the gcu timestamp of the packet, wich herein can be accessed.

class gondola.monitoring.LTBMoniDataSeries

add_crfile(filename, from_object=Ellipsis)

Add an additional (Caraspace) file to the series

# Arguments:

• filename : The name of the (caraspace) file to add

• from_objectSince this adds caraspace files, it is possible

  to choose from where to get the information. Either the telemetry packet, or the tofpacket, if either is present in the frame. When CRFrameObjectType = Unknown, it will figure it out automatically, preferring the telemetry since it has the gcu timestamp

add_telemetryfile(filename)

Add an additional (Telemetry) file to the series

# Arguments:

• filename : The name of the (telemetry) file to add

add_toffile(filename)

Add an additional (Tof) file to the series

# Arguments:

• filename : The name of the (caraspace) file to add

• from_objectSince this adds caraspace files, it is possible

  to choose from where to get the information. Either the telemetry packet, or the tofpacket, if either is present in the frame. When CRFrameObjectType = Unknown, it will figure it out automatically, preferring the telemetry since it has the gcu timestamp

first_ts

static from_tof_file(filename)

Generate a polars dataframe with monitoring data from the given TOF file. This will load ONLY data of the specific type of the MoniSeries itself

# Arguments:

• filenameA single .tof.gaps file with monitoring

  information

get_dataframe()

Reduces the MoniSeries to a single polars data frame The structure itself will not be changed

get_var_for_board(varname, rb_id)

max_size

The maximum size of the series. If more data are added, data from the front will be removed

timestamps

If monitoring is retrieved from telemetry, we save the gcu timestamp of the packet, wich herein can be accessed.

class gondola.monitoring.MasterTriggerHBSeries

add_crfile(filename, from_object=Ellipsis)

Add an additional (Caraspace) file to the series

# Arguments:

• filename : The name of the (caraspace) file to add

• from_objectSince this adds caraspace files, it is possible

  to choose from where to get the information. Either the telemetry packet, or the tofpacket, if either is present in the frame. When CRFrameObjectType = Unknown, it will figure it out automatically, preferring the telemetry since it has the gcu timestamp

add_telemetryfile(filename)

Add an additional (Telemetry) file to the series

# Arguments:

• filename : The name of the (telemetry) file to add

add_toffile(filename)

Add an additional (Tof) file to the series

# Arguments:

• filename : The name of the (caraspace) file to add

• from_objectSince this adds caraspace files, it is possible

  to choose from where to get the information. Either the telemetry packet, or the tofpacket, if either is present in the frame. When CRFrameObjectType = Unknown, it will figure it out automatically, preferring the telemetry since it has the gcu timestamp

first_ts

static from_tof_file(filename)

Generate a polars dataframe with monitoring data from the given TOF file. This will load ONLY data of the specific type of the MoniSeries itself

# Arguments:

• filenameA single .tof.gaps file with monitoring

  information

get_dataframe()

Reduces the MoniSeries to a single polars data frame The structure itself will not be changed

get_var_for_board(varname, rb_id)

max_size

The maximum size of the series. If more data are added, data from the front will be removed

timestamps

If monitoring is retrieved from telemetry, we save the gcu timestamp of the packet, wich herein can be accessed.

class gondola.monitoring.MtbMoniDataSeries

add_crfile(filename, from_object=Ellipsis)

Add an additional (Caraspace) file to the series

# Arguments:

• filename : The name of the (caraspace) file to add

• from_objectSince this adds caraspace files, it is possible

  to choose from where to get the information. Either the telemetry packet, or the tofpacket, if either is present in the frame. When CRFrameObjectType = Unknown, it will figure it out automatically, preferring the telemetry since it has the gcu timestamp

add_telemetryfile(filename)

Add an additional (Telemetry) file to the series

# Arguments:

• filename : The name of the (telemetry) file to add

add_toffile(filename)

Add an additional (Tof) file to the series

# Arguments:

• filename : The name of the (caraspace) file to add

• from_objectSince this adds caraspace files, it is possible

  to choose from where to get the information. Either the telemetry packet, or the tofpacket, if either is present in the frame. When CRFrameObjectType = Unknown, it will figure it out automatically, preferring the telemetry since it has the gcu timestamp

first_ts

static from_tof_file(filename)

Generate a polars dataframe with monitoring data from the given TOF file. This will load ONLY data of the specific type of the MoniSeries itself

# Arguments:

• filenameA single .tof.gaps file with monitoring

  information

get_dataframe()

Reduces the MoniSeries to a single polars data frame The structure itself will not be changed

get_var_for_board(varname, rb_id)

max_size

The maximum size of the series. If more data are added, data from the front will be removed

timestamps

If monitoring is retrieved from telemetry, we save the gcu timestamp of the packet, wich herein can be accessed.

class gondola.monitoring.PAMoniDataSeries

add_crfile(filename, from_object=Ellipsis)

Add an additional (Caraspace) file to the series

# Arguments:

• filename : The name of the (caraspace) file to add

• from_objectSince this adds caraspace files, it is possible

  to choose from where to get the information. Either the telemetry packet, or the tofpacket, if either is present in the frame. When CRFrameObjectType = Unknown, it will figure it out automatically, preferring the telemetry since it has the gcu timestamp

add_telemetryfile(filename)

Add an additional (Telemetry) file to the series

# Arguments:

• filename : The name of the (telemetry) file to add

add_toffile(filename)

Add an additional (Tof) file to the series

# Arguments:

• filename : The name of the (caraspace) file to add

• from_objectSince this adds caraspace files, it is possible

  to choose from where to get the information. Either the telemetry packet, or the tofpacket, if either is present in the frame. When CRFrameObjectType = Unknown, it will figure it out automatically, preferring the telemetry since it has the gcu timestamp

first_ts

static from_tof_file(filename)

Generate a polars dataframe with monitoring data from the given TOF file. This will load ONLY data of the specific type of the MoniSeries itself

# Arguments:

• filenameA single .tof.gaps file with monitoring

  information

get_dataframe()

Reduces the MoniSeries to a single polars data frame The structure itself will not be changed

get_var_for_board(varname, rb_id)

max_size

The maximum size of the series. If more data are added, data from the front will be removed

timestamps

If monitoring is retrieved from telemetry, we save the gcu timestamp of the packet, wich herein can be accessed.

class gondola.monitoring.PBMoniDataSeries

add_crfile(filename, from_object=Ellipsis)

Add an additional (Caraspace) file to the series

# Arguments:

• filename : The name of the (caraspace) file to add

• from_objectSince this adds caraspace files, it is possible

  to choose from where to get the information. Either the telemetry packet, or the tofpacket, if either is present in the frame. When CRFrameObjectType = Unknown, it will figure it out automatically, preferring the telemetry since it has the gcu timestamp

add_telemetryfile(filename)

Add an additional (Telemetry) file to the series

# Arguments:

• filename : The name of the (telemetry) file to add

add_toffile(filename)

Add an additional (Tof) file to the series

# Arguments:

• filename : The name of the (caraspace) file to add

• from_objectSince this adds caraspace files, it is possible

  to choose from where to get the information. Either the telemetry packet, or the tofpacket, if either is present in the frame. When CRFrameObjectType = Unknown, it will figure it out automatically, preferring the telemetry since it has the gcu timestamp

first_ts

static from_tof_file(filename)

Generate a polars dataframe with monitoring data from the given TOF file. This will load ONLY data of the specific type of the MoniSeries itself

# Arguments:

• filenameA single .tof.gaps file with monitoring

  information

get_dataframe()

Reduces the MoniSeries to a single polars data frame The structure itself will not be changed

get_var_for_board(varname, rb_id)

max_size

The maximum size of the series. If more data are added, data from the front will be removed

timestamps

If monitoring is retrieved from telemetry, we save the gcu timestamp of the packet, wich herein can be accessed.

gondola.monitoring.RBMoniDataSeries

alias of PBMoniDataSeries

class gondola.monitoring.SipPosMoniDataSeries

add_crfile(filename, from_object=Ellipsis)

Add an additional (Caraspace) file to the series

# Arguments:

• filename : The name of the (caraspace) file to add

• from_objectSince this adds caraspace files, it is possible

  to choose from where to get the information. Either the telemetry packet, or the tofpacket, if either is present in the frame. When CRFrameObjectType = Unknown, it will figure it out automatically, preferring the telemetry since it has the gcu timestamp

add_telemetryfile(filename)

Add an additional (Telemetry) file to the series

# Arguments:

• filename : The name of the (telemetry) file to add

first_ts

get_dataframe()

Reduces the MoniSeries to a single polars data frame The structure itself will not be changed

get_var_for_board(varname, rb_id)

max_size

The maximum size of the series. If more data are added, data from the front will be removed

timestamps

If monitoring is retrieved from telemetry, we save the gcu timestamp of the packet, wich herein can be accessed.

class gondola.monitoring.SipPresMoniDataSeries

add_crfile(filename, from_object=Ellipsis)

Add an additional (Caraspace) file to the series

# Arguments:

• filename : The name of the (caraspace) file to add

• from_objectSince this adds caraspace files, it is possible

  to choose from where to get the information. Either the telemetry packet, or the tofpacket, if either is present in the frame. When CRFrameObjectType = Unknown, it will figure it out automatically, preferring the telemetry since it has the gcu timestamp

add_telemetryfile(filename)

Add an additional (Telemetry) file to the series

# Arguments:

• filename : The name of the (telemetry) file to add

first_ts

get_dataframe()

Reduces the MoniSeries to a single polars data frame The structure itself will not be changed

get_var_for_board(varname, rb_id)

max_size

The maximum size of the series. If more data are added, data from the front will be removed

timestamps

If monitoring is retrieved from telemetry, we save the gcu timestamp of the packet, wich herein can be accessed.

class gondola.monitoring.SipTimeMoniDataSeries

add_crfile(filename, from_object=Ellipsis)

Add an additional (Caraspace) file to the series

# Arguments:

• filename : The name of the (caraspace) file to add

• from_objectSince this adds caraspace files, it is possible

  to choose from where to get the information. Either the telemetry packet, or the tofpacket, if either is present in the frame. When CRFrameObjectType = Unknown, it will figure it out automatically, preferring the telemetry since it has the gcu timestamp

add_telemetryfile(filename)

Add an additional (Telemetry) file to the series

# Arguments:

• filename : The name of the (telemetry) file to add

first_ts

get_dataframe()

Reduces the MoniSeries to a single polars data frame The structure itself will not be changed

get_var_for_board(varname, rb_id)

max_size

The maximum size of the series. If more data are added, data from the front will be removed

timestamps

If monitoring is retrieved from telemetry, we save the gcu timestamp of the packet, wich herein can be accessed.

class gondola.monitoring.TrackerGpsMoniDataSeries

add_crfile(filename, from_object=Ellipsis)

Add an additional (Caraspace) file to the series

# Arguments:

• filename : The name of the (caraspace) file to add

• from_objectSince this adds caraspace files, it is possible

  to choose from where to get the information. Either the telemetry packet, or the tofpacket, if either is present in the frame. When CRFrameObjectType = Unknown, it will figure it out automatically, preferring the telemetry since it has the gcu timestamp

add_telemetryfile(filename)

Add an additional (Telemetry) file to the series

# Arguments:

• filename : The name of the (telemetry) file to add

first_ts

get_dataframe()

Reduces the MoniSeries to a single polars data frame The structure itself will not be changed

get_var_for_board(varname, rb_id)

max_size

The maximum size of the series. If more data are added, data from the front will be removed

timestamps

If monitoring is retrieved from telemetry, we save the gcu timestamp of the packet, wich herein can be accessed.

class gondola.monitoring.CoolingMoniDataSeries

add_crfile(filename, from_object=Ellipsis)

Add an additional (Caraspace) file to the series

# Arguments:

• filename : The name of the (caraspace) file to add

• from_objectSince this adds caraspace files, it is possible

  to choose from where to get the information. Either the telemetry packet, or the tofpacket, if either is present in the frame. When CRFrameObjectType = Unknown, it will figure it out automatically, preferring the telemetry since it has the gcu timestamp

add_telemetryfile(filename)

Add an additional (Telemetry) file to the series

# Arguments:

• filename : The name of the (telemetry) file to add

first_ts

get_dataframe()

Reduces the MoniSeries to a single polars data frame The structure itself will not be changed

get_var_for_board(varname, rb_id)

max_size

The maximum size of the series. If more data are added, data from the front will be removed

timestamps

If monitoring is retrieved from telemetry, we save the gcu timestamp of the packet, wich herein can be accessed.

class gondola.monitoring.WastieMoniDataSeries

add_crfile(filename, from_object=Ellipsis)

Add an additional (Caraspace) file to the series

# Arguments:

• filename : The name of the (caraspace) file to add

• from_objectSince this adds caraspace files, it is possible

  to choose from where to get the information. Either the telemetry packet, or the tofpacket, if either is present in the frame. When CRFrameObjectType = Unknown, it will figure it out automatically, preferring the telemetry since it has the gcu timestamp

add_telemetryfile(filename)

Add an additional (Telemetry) file to the series

# Arguments:

• filename : The name of the (telemetry) file to add

first_ts

get_dataframe()

Reduces the MoniSeries to a single polars data frame The structure itself will not be changed

get_var_for_board(varname, rb_id)

max_size

The maximum size of the series. If more data are added, data from the front will be removed

timestamps

If monitoring is retrieved from telemetry, we save the gcu timestamp of the packet, wich herein can be accessed.