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PyVISApy 0.7.2
A PyVISA backend that implements a large part of the “Virtual Instrument Software
Architecture” (VISA) in pure Python (with the help of some nice cross platform
libraries python packages!).
Description
PyVISA started as wrapper for the IVI-VISA library and therefore you need to install
a VISA library in your system (National Instruments, Keysight, etc). This works
most of the time, for most people. But IVI-VISA implementations are proprietary
libraries that only works on certain systems. That is when PyVISA-py jumps in.
Starting from version 1.6, PyVISA allows to use different backends. These
backends can be dynamically loaded. PyVISA-py is one of such backends. It
implements most of the methods for Message Based communication
(Serial/USB/GPIB/Ethernet) using Python and some well developed, easy to deploy
and cross platform libraries
VISA and Python
Python has a couple of features that make it very interesting for measurement
controlling:
Python is an easy-to-learn scripting language with short development cycles.
It represents a high abstraction level, which perfectly blends with the
abstraction level of measurement programs.
It has a very rich set of native libraries, including numerical and plotting
modules for data analysis and visualisation.
A large set of books (in many languages) and on-line publications is available.
Requirements
Python (tested with 3.6+)
PyVISA 1.11+
Optionally:
PySerial (to interface with Serial instruments)
PyUSB (to interface with USB instruments)
linux-gpib (to interface with gpib instruments, only on linux)
gpib-ctypes (to interface with GPIB instruments on Windows and Linux)
psutil (to discover TCPIP devices across multiple interfaces)
zeroconf (for HiSLIP and VICP devices discovery)
pyvicp (to enable the Teledyne LeCroy proprietary VICP protocol)
Installation
Using pip:
$ pip install pyvisa-py
Documentation
The documentation can be read online at https://pyvisa-py.readthedocs.org
For personal and professional use. You cannot resell or redistribute these repositories in their original state.
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