YunTemp package¶

Subpackages¶

YunTemp.helpers package

Submodules¶

YunTemp.blacs_tabs module¶

The file that generates the GUI for the YunTemp.

class YunTemp.blacs_tabs.YunTempTab(notebook, settings, restart=False)[source]¶

Bases: blacs.device_base_class.DeviceTab

The class behind the GUI. It inherits from DeviceTab.

settings¶: Not sure here.

worker¶: Not sure here.

initialise_GUI()[source]¶

Define the layout of the tab.

Returns: Nothing really. Just sets things up.

initialise_workers()[source]¶

Connects the Tab to the worker.

Reads out the ip adress of the Yun. Sets the Worker and initializes the properties of the GUI.

YunTemp.blacs_workers module¶

This is where BLACS really connects to the hardware.

Everything elso is just sending it here.

class YunTemp.blacs_workers.YunTempWorker(*args, **kwargs)[source]¶

Bases: blacs.tab_base_classes.Worker

The class behind the Output Worker. It inherits from Worker.

connection¶: Not sure here.

shot_file¶: Not sure here.

abort_buffered()[source]¶

Called when BLACS closes.

Called when a shot is aborted. We may or may not want to run transition_to_manual in this case. If not, then this method should do whatever else it needs to, and then return True. It should make sure to clear any state were storing about this shot (e.g. it should set self.shot_file = None)

abort_transition_to_buffered()[source]¶

This is called if transition_to_buffered fails with an exception or returns False.

Returns: True, which indicates success.

check_remote_values()[source]¶

Called when remote values are checked.

Returns: dictionary of remote values, keyed by hardware channel name.

init()[source]¶

Initialize the Worker.

Initializes the IP socket and resets everything properly. Do NOT rename it to __init__ . There is something specific about Blacs that remains a bit mystical to me.

program_manual(front_panel_values)[source]¶

Performans manual updates from BLACS front panel.

front_panel_values¶: Not where they come from.

Returns: Which are the values the Arduino gives us back after we programmed it.
Return type: dict

set_differential()[source]¶

set_gain()[source]¶

Set the proportional.

Returns: success of the communication.

set_integral()[source]¶

Set the integral.

Returns: success of the communication.

set_setpoint()[source]¶

Set the setpoint.

Returns: success of the communication.

shutdown()[source]¶

Called when BLACS closes.

We are not using it here right now.

temp_http_str()[source]¶: Return the string representation for getting all vals.

transition_to_buffered(device_name, h5_file, initial_values, fresh)[source]¶

Required - Read commands from the shot file and send them to the device.

Not sure about the right description here.

Parameters

device_name – Not sure here.
h5_file – Not sure here.
initial_values – Not sure here.
fresh – Not sure here.

Returns

Empty dict.

transition_to_manual()[source]¶

Required - Not sure what it does.

Not sure about the right description here.

Returns: Empty dict.

YunTemp.connectiontable_yuntemp module¶

YunTemp.labscript_devices module¶

YunTemp.register_classes module¶

Register the YunTemp to blacs.

This is boilerplate and should be only minimally changed.

Module contents¶

The temperature control module based on the Arduino Yun.

Typical usage example:

YunTemp(name=”temp_control_0”)