High-risk tools in Pypi:labmcp Alicat

Abort the running measurement or script immediately (communication command Z) and make sure

acquire_spectrum

acquire_time_lapse

acquire_z_stack

Turn every output off (heater range 0 on outputs 1-4), like the front-panel All Off key,

Switch every output OFF (emergency stop for the whole supply). Each channel is switched

aspirate_ul

Run Auto Phase (APHS): shift the reference phase so that Y ≈ 0 and X ≈ R. The outputs then

Optimise the input stage for the present signal: SR830 Auto Reserve (ARSV) or SR86x

Run the configured autofocus device (e.g. a hardware focus lock) once; it moves the focus drive.

Run the scope's automatic setup (AUTO key): it picks vertical scales, timebase and trigger

calibrate

call_command

cancel_command

Close the shutter (stop illuminating the sample) and abort any running acquisition.

Send a board-specific configuration command through BrainFlow's config_board (e.g. OpenBCI

Switch attached modules off: stop heating/cooling (Temperature Module, Thermocycler block and

device_clear

Cancel watchdog mode 2 (OUT_WD2@0) and stop the background refresh. Watchdog mode 1 has

dispense_ul

enable_watchdog

Force one trigger (FORCE key). Only has an effect in NORMal or SINGle sweep while waiting.

frequency_sweep

Freeze the controller's valve(s) at their current position (HLD): closed-loop control stops,

Home all axes of the robot (the gantry and pipettes move to their home positions). Refused

infuse

initialize

move_stage_xy

move_z

Switch a channel's output ON, energising the connected load at the present setpoints.

Pause a running protocol. The robot finishes its current step and then holds; resume_run

Close and re-open the connection to the instrument (e.g. after it was power

Abort whatever the balance is doing (an adjustment, a repeating weight stream, a pending

reset_instrument

Cancel any valve hold and resume closed-loop control to the current setpoint. Flow restarts

resume_run

Start continuous acquisition (RUN).

run_chronoamperometry

run_cyclic_voltammetry

run_differential_pulse_voltammetry

Adjust (calibrate) the balance with its built-in reference weight (MT-SICS C3).

run_iv_sweep

run_linear_sweep_voltammetry

run_methodscript

scpi_batch

scpi_query

scpi_write

Open or close the motorised draft-shield doors. Make sure nothing (and no one's

set_shutter

set_temperature

Arm a single acquisition (SINGLE key): the scope triggers once, then stops. With wait_s > 0

snap_image

start_circulation

Switch the hotplate heater on (START_1). It heats towards the current setpoint, which is

start_run

Start the stirring motor (START_4) at the current speed setpoint, which is checked against

Start continuous acquisition into BrainFlow's ring buffer (the board's radio/LEDs switch on;

Stop acquisition (STOP) and freeze the current waveforms, e.g. before reading deep memory.

Emergency stop: switch the heater off (hotplates) and stop the motor. Every stop command

Stop temperature control and the pump (out_mode_05 0), then confirm with in_mode_05.

Switch the hotplate heater off (STOP_1). Stirring continues. The plate stays hot for a

Stop the pump immediately (STP). A paused program is also cancelled so it cannot resume.

Immediately stop XY and Z stage motion and abort any z-stack or time-lapse in progress.

Stop the stirring motor (STOP_4). Heating (if on) continues.

Stop acquisition (saves battery). Data already in the buffer is kept until the session is

Switch an ionisation gauge off (e.g. before venting, or if the pressure is rising). Always

Tare (zero) the flow reading. ONLY run with no flow through the device: upstream shut off

Stop any plunger move, loop or delay immediately (DT command T). A valve move in progress

wait_for_blood_pressure

wait_for_stable_temperature

wait_for_temperature

Wait until the instrument has finished all pending operations (*OPC? returns 1),

Dark-zero the sensor (removes dark current / thermal offset). BEFORE calling, ask the user