Intensity Tracing Changelog
Version 2.2
- Fix Time Tagger functionality
- Improve Card Detection user experience
Version 2.1
- Add automatic channels connections detection
Version 2.0
- Add automatic card connection detection
- Improvements/simplification on exported data naming system
Version 1.9
- Time Tagger feature (.bin export/reader script) added
Version 1.8
- Realtime improvements during acquisition
Version 1.7
- Fixes on binned intensity counts granularity
- User can choose “Reader” mode to read external intensity .bin acquisitions
- User can set a CPS threshold to highlight values that exceed the limit
- User can view the acquisition time countdown
- Enhanced user-friendliness of bin file/scripts export
- UI library updated to the latest version
Version 1.6
- Fixes on time span
- Fixes on exported .bin file size calculation
- Make console mode script more customizable and user-friendly
- Fixes on console mode photons counts prints, based on the correct bin-width parameter
- GUI improvements and restyling
- Add plot visualization/only CPS dual mode configuration, in order to avoid cluttering the interface
- Make controls bar collapsible
Version 1.5
- Fixes and improvements of realtime performances
- No more need of update rate user input to calculate plots draw frequency
Version 1.4
- Automated saving and loading of parameters configuration
- Add download acquired data functionality (python and matlab plot data scripts + data bin file)
- Add a GUI helper to preview exported data .bin file size
- GUI flows stability improved with e2e tests
Version 1.3
- Ring buffer adaptations and realtime improvements
- User can visualize cps value on charts
Version 1.2
- Improve data processing and implement QTimer
- Recalibration of GUI parameters related to max points on the chart and draw frequency to prevent overload
- Max acquisition time value set to 1800s (30m)
- Update data handling and improve plot visual in tracing photons
Version 1.1
- Add export/load parameters configuration functionality
- User can specify
time_span parameter in order to control X axis range
max_points automatically calculated depending on bin_width, time_span and draw_frequency- Warning message system improvement
Version 1.0
- UI/UX improvements
- GUI parameterization
- Reset parameters button added
- Free running and Fixed acquisition mode choice
- Bin width, Max points and acquisition time customization
- Plots of single-photon counts as a function of time
- Automatically set the correct firmware based on the connection channel selected (USB/SMA)
- UI errors handling improvements
- Export data functionality added
- Add
plot_data_file.py script to analyze and plot exported data
- Add header and metadata information to the binary exported data
- GUI now has a link to the technical documentation for more info