Andor solis save as
- ANDOR SOLIS SAVE AS HOW TO
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G Poludniowski and PM Evans, Calculation of x-ray spectra emerging from an x-ray tube. X-ray production and filtration in x-ray targets. G Poludniowski, Calculation of x-ray spectra emerging from an x-ray tube. 2020 47(9):4005-4019Ī Omar, P Andreo and G Poludniowski, A model for the emission of K and L x rays from an x-ray tube. Validation of x-ray spectra from 20 to 300 kV. 2020 47(10):4763-4774Ī Omar, P Andreo and G Poludniowski, A model for the energy and angular distribution of x rays emitted from an x-ray tube. Secondary referencesĪ Omar, P Andreo and G Poludniowski, A model for the energy and angular distribution of x rays emitted from an x-ray tube.
ANDOR SOLIS SAVE AS SOFTWARE
R Bujila, A Omar and G Poludniowski, A validation of SpekPy: a software toolkit for modelling x-ray tube spectra. G Poludniowski, A Omar, R Bujila and P Andreo, Technical Note: SpekPy v2.0-a software toolkit for modeling x-ray tube spectra.
ANDOR SOLIS SAVE AS HOW TO
How to reference SpekPy Primary references You can either email or raise an issue using the Issues option in the left-hand panel. Contactsĭrop me an email if you have a query, suggestion or have found a bug:Įmail: do let us know about any bugs. Robert Bujila has now moved to GE Healthcare (Waukesha, WI, USA). Our academic associations are with Karolinska Universitet (both GP and AO) and the Royal Technical University (RB). The work was initiated (by GP) at the University of Surrey in the UK and continued in Sweden, at the Karolinska University Hospital (with RB and AO). SpekPy was developed by Gavin Poludniowski and Robert Bujila with help from Artur Omar. Yes, you could put it in your software application and make millions of dollars and not have to pay us a dime! Please do credit and reference us though. The software toolkit is available under the permissive MIT License. To see a complete list of SpekPy tools (methods and functions), please take a look at the Function glossary. get_hvl1 () # Get the 1st HVL in mm Al print ( hvl ) # Print out the HVL value (Python3 syntax)
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filter ( 'Al', 4.0 ) # Filter by 4 mm of Al hvl = s. Spek ( kvp = 80, th = 12 ) # Generate a spectrum (80 kV, 12 degree tube angle) s.
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You can do this by navigating to the SpekPy directory in a command window and typing:
ANDOR SOLIS SAVE AS INSTALL
We typically install and uninstall SpekPy using the standard Python pip utility. Note, however, that Python2 is officially depreciated by the Python Software Foundation as of 1st January 2020. SpekPy is designed to be compatible with both Python2 (2.6 or higher) and Python3 (3.6 or higher).
ANDOR SOLIS SAVE AS ZIP FILE
Alternatively, you can download the software as a zip file by clicking on Downloads. Then you can clone the git repository (click on the Clone button on that page for more info).
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Click on Source on the menu to the left to go to the source code. If the plot doesn't show after running the code-block, try pressing Run again It can be slow to load, but gives you a chance to try before installing.Ĭlick on a code-block and press Run to run the code snippet The following button launches a Jupyter notebook running SpekPy: This means that it shouldn't be used in any way that influences diagnosis, prevention, monitoring, prediction, prognosis, or treatment of human beings. SpekPy also isn't a "medical device" (or "software as a medical device").
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Fortunately, SpekPy is easy to use and both it and Python are free. If you want to use it you will have to write a Python script or type commands yourself. SpekPy is a toolkit, not a command-line program or a piece of software with a fancy Graphical User Interface (i.e. For more information on SpekPy, please see Further information. It can be used in a Python interpreter or from a Python script. The code is written in the Python programming language. SpekPy is a powerful and free software toolkit for calculating and manipulating x-ray tube spectra. Publications using SpekPy Welcome to the SpekPy homepage