gaps_online.db#

Higher level functions to access the sqlite database shipped with this project.

Functions

`get_HG_for_LG`(dsi, j, ch)	Get the high gain (HG) connection for a given low gain connection (LG)
`get_cube_paddles`()
`get_tof_paddles`([panel_id])	Get all TOF paddles
`get_tracker_strip_mask`(name)	Get a tracker mask from the db and return a dictionary strip_id -> bool
`get_tracker_strips`()	Get a list of all tracker strips
`get_umbrella_paddles`()
`get_vid_hid_map`()	Return a map of volume id to hardware id.

gaps_online.db.get_HG_for_LG(dsi, j, ch)#

Get the high gain (HG) connection for a given low gain connection (LG)

LG => LTB HG => RB For a dsi/j/channel connection as emitted by the MTB, get the respective RB/CH

# Arguments:

dsi - LG DSI connection on the MTB

j - LG DSI/J connection on the MTB

ch - channel on the connected LTB

# Returns:

RB ID, RB channel

gaps_online.db.get_tof_paddles(panel_id=None) → dict#: Get all TOF paddles

gaps_online.db.get_tracker_strips() → list[TrackerStrip]#: Get a list of all tracker strips

gaps_online.db.get_tracker_strip_mask(name) → dict#

Get a tracker mask from the db and return a dictionary strip_id -> bool

# Arguments:

nameEach strip mask has a unique name
under which it can be retrieved from the db

gaps_online.db.get_vid_hid_map() → dict#: Return a map of volume id to hardware id. This is in case of tof paddles a number from 1-160 and for the tracker it is a number per strip which contains layer, row, module, strip