Labview python
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The hello_world executes a simple yet useful measurement that demonstrates many essential features of the Time Tagger programming interface: Run the hello_world.py script by entering run hello_world Start an ipython shell with plotting support by entering ipython -pylab \examples\python\1-Quickstart folder in your Time Tagger installation directory Open a command shell and navigate to the.
#Labview python software
Make sure the Time Tagger software and a Python distribution (we recommend Anaconda) are installed.
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Make sure that your Time Tagger device is connected to your computer and the Time Tagger Web Application (especially the server window) is closed. \examples\\ folders of your Time Tagger installation. To learn more about the Time Tagger you are encouraged to consult the following resources.Ĭheck out the Application Programmer’s Interface chapter.Ĭheck out the following sections to get started using the Time Tagger software library in the programming language of your choice. You have just verified the time resolution (detection jitter) of your Time Tagger. The detection jitter of a single channel is sqrt(2) times the standard deviation of this two-channel measurement (the FWHM of the Gaussian peak is 2.35 times its standard deviation). You can zoom in using the controls on the plot. On the far right, check Test signal for channels 1 and 2, click Ok.Ī Gaussian peak should be displayed. On the top left, click on the settings wheel next to Time Tagger. We will now enable its internal test signal. The Time Tagger is now acquiring data, but it does not yet have a signal. Set Binwidth to 10 ps and leave Number of data points at 1000, click Initialize. Select Rising edge 1 for Channel 1 and Rising edge 2 for Channel 2. We will now use the Time Tagger’s internal test signal to measure a cross correlation between two channels as an example.Ĭlick Add TimeTagger, click Init (select resolution if available) on any of the available Time TaggersĬlick Create measurement, look for Bidirectional Histogram (Class: Correlation) and click Create next to it. The Web Application allows you to work with your Time Tagger interactively. If this collides with another application you can change the port with passing the argument TimeTaggerServer.exe -p 50120. The Web Application has the port 50120 as default port.