Difference between revisions of "Overview"

Revision as of 11:17, 3 June 2022

The user interface is written using PyQt5 - python binding for Qt v5.

The interface is divided into three sections.

Setup control - Displays current value of slow control parameter and their evolution since the start of measurement. Also provides an interface to control the motor in the allowed range.

Measurement - New measurements can be scheduled and started using this page. The details of the measurement completed are also shown in the bottom half of the page.

Results - Completed measurements from the current run can be accessed with a simple plot showing the count rate of photons measured by the SiPM. It is also possible to add existing measurements by providing the directory where the measurements are saved.

The stepper motor is controlled using Arduino.

The pressure is

The temperature is measured using a PT 100 sensor. The resistance of Pt100 is 100 ohms at 0°C and increases linearly with temperature.

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 ==User interface==
-The user interface is written using PyQt5 - python binding for Qt v5, a common GUI software.
+The user interface is written using PyQt5 - python binding for Qt v5.
+The interface is divided into three sections.
+* Setup control - Displays current value of slow control parameter and their evolution since the start of measurement. Also provides an interface to control the motor in the allowed range.
+* Measurement - New measurements can be scheduled and started using this page. The details of the measurement completed are also shown in the bottom half of the page.
+*Results - Completed measurements from the current run can be accessed with a simple plot showing the count rate of photons measured by the SiPM. It is also possible to add existing measurements by providing the directory where the measurements are saved.
 ==Motor control==