Deploy blueapi

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No description provided.

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need to call the scan from api with a scanspec string that describes the grid trajectory.

need to supply the diode device

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from @iain-hall 's notes:

Beamline script : /dls_sw/i18/scripts/beamlinestuff/I18Scans/Create_deg_Lookuptabledcm.py
Old version of beamline script in GDA : scripts/create_lookuptable_deg.py
Procedure is as follows :
Adjust undulator gap to using current lookup table for initial Bragg angle
Scan across desired range of Bragg angles, for each angle :
Scan undulator gap (current gap value ± small range) and measure on d7bdiode (Diode PV is BL18I-DI-PHDGN-07:B:DIODE:I)
Find undulator gap that gives peak d7bdiode value (fit gaussian curve, store peak position).
Fit quadratic curve to the set of Bragg angle - undulator gap values. These values are used to generate the lookup table of undulator gap vs. Bragg angle.
Scan is currently done by GDA using Jython; quadratic curve fit is done using IDL.
Undulator gap scans are are carried out at each harmonic.
Beamline staff manually update the lookup table - copy-pasting updated section (i.e. values for a range of bragg angles) into text file to replace old values.

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the deployment part is done

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will need to re-do the deployment part for the new release

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regardless of the lookup tables, which are more complicated, it should be possible to do this part on the Tuesday machine day.

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update - the gridscan is not in relation to the table, but in relation to the dcm. possibly useful for the pinhole alignment?

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24.09 testing update - the table device fails to load into the /devices blueapi endpoint

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troubleshooting with dodal connect

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 dodal connect i18
Attempting connection to i18 (using dodal.beamlines.i18)
5 devices connected:

        dcm
        diodad7bdiode
        hfm
        synchrotron
Traceback (most recent call last):
  File "/scratch/xma12127/projects/beamlines/i18-bluesky/.venv/bin/dodal", line 8, in <module>
    sys.exit(main())
             ^^^^^^
  File "/scratch/xma12127/projects/beamlines/i18-bluesky/.venv/lib/python3.11/site-packages/click/core.py", line 1157, in __call__
    return self.main(*args, **kwargs)
           ^^^^^^^^^^^^^^^^^^^^^^^^^^
  File "/scratch/xma12127/projects/beamlines/i18-bluesky/.venv/lib/python3.11/site-packages/click/core.py", line 1078, in main
    rv = self.invoke(ctx)
         ^^^^^^^^^^^^^^^^
  File "/scratch/xma12127/projects/beamlines/i18-bluesky/.venv/lib/python3.11/site-packages/click/core.py", line 1688, in invoke
    return _process_result(sub_ctx.command.invoke(sub_ctx))
                           ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
  File "/scratch/xma12127/projects/beamlines/i18-bluesky/.venv/lib/python3.11/site-packages/click/core.py", line 1434, in invoke
    return ctx.invoke(self.callback, **ctx.params)
           ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
  File "/scratch/xma12127/projects/beamlines/i18-bluesky/.venv/lib/python3.11/site-packages/click/core.py", line 783, in invoke
    return __callback(*args, **kwargs)
           ^^^^^^^^^^^^^^^^^^^^^^^^^^^
  File "/scratch/xma12127/projects/forks/dodal/src/dodal/cli.py", line 71, in connect
    raise NotConnected(exceptions)
ophyd_async.core._utils.NotConnected: 
raster_stage: NotConnected:
    coros: NotConnected:
        x: NotConnected:
            motor_egu: NotConnected: ca://BL18I-MO-SIM-01:M1.EGU
            velocity: NotConnected: ca://BL18I-MO-SIM-01:M1.VELO
            user_readback: NotConnected: ca://BL18I-MO-SIM-01:M1.RBV
            user_setpoint: NotConnected: ca://BL18I-MO-SIM-01:M1.VAL
            max_velocity: NotConnected: ca://BL18I-MO-SIM-01:M1.VMAX
            acceleration_time: NotConnected: ca://BL18I-MO-SIM-01:M1.ACCL
            precision: NotConnected: ca://BL18I-MO-SIM-01:M1.PREC
            deadband: NotConnected: ca://BL18I-MO-SIM-01:M1.RDBD
            motor_done_move: NotConnected: ca://BL18I-MO-SIM-01:M1.DMOV
            low_limit_travel: NotConnected: ca://BL18I-MO-SIM-01:M1.LLM
            high_limit_travel: NotConnected: ca://BL18I-MO-SIM-01:M1.HLM
            motor_stop: NotConnected: ca://BL18I-MO-SIM-01:M1.STOP
        y: NotConnected:
            motor_egu: NotConnected: ca://BL18I-MO-SIM-01:M2.EGU
            velocity: NotConnected: ca://BL18I-MO-SIM-01:M2.VELO
            user_readback: NotConnected: ca://BL18I-MO-SIM-01:M2.RBV
            user_setpoint: NotConnected: ca://BL18I-MO-SIM-01:M2.VAL
            max_velocity: NotConnected: ca://BL18I-MO-SIM-01:M2.VMAX
            acceleration_time: NotConnected: ca://BL18I-MO-SIM-01:M2.ACCL
            precision: NotConnected: ca://BL18I-MO-SIM-01:M2.PREC
            deadband: NotConnected: ca://BL18I-MO-SIM-01:M2.RDBD
            motor_done_move: NotConnected: ca://BL18I-MO-SIM-01:M2.DMOV
            low_limit_travel: NotConnected: ca://BL18I-MO-SIM-01:M2.LLM
            high_limit_travel: NotConnected: ca://BL18I-MO-SIM-01:M2.HLM
            motor_stop: NotConnected: ca://BL18I-MO-SIM-01:M2.STOP
undulator: TypeError: Undulator.__init__() missing 1 required positional argument: 'id_gap_lookup_table_path'

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table was simply missing the line for super().__init__(name=name)

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everything is connecting now

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this can be considered done, the scope was too large and the testing time is scarce