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eReadName (handle, name ) print ( "\neReadName result: " ) print ( " %s = %f" % (name, result ) ) File list
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openS ( "ANY", "ANY", "ANY" ) # Call eReadName to read the serial number from the LabJack. Stream mode and other operations that don't fit in "Write Read Loop with Config" will usually have specific examples, and if something seems to be missing let us know. Or just use "Write Read Loop with Config", which provides the basic structure used by many user applications. Use eWriteName (or eWriteNames) to write the desired registers and eReadName (or eReadNames) to read the desired registers.This step is optional and not always applicable. Use the Register Matrix in Kipling to test writing and reading your desired registers and confirm you see what you expect to see.Look at the T-series Datasheet or the Modbus Map to determine what registers you need to write and read.If we had examples for every operation, they would just be copies of the example "Write Read Loop with Config" with different registers. The typical workflow to do almost anything beside stream is:
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Most operations simply involve writing and reading different registers, so you really just need examples that show you how to write and read any register. The reason for this stems from the "Overview" section above. You will find lots of examples in this archive, but there is not an example for everything the LabJack can do. The following examples in the Basic folder are a great place to start: Look at the device's datasheet ( T7 or T4) or the Modbus Map to determine what registers you need to write and read, then use eWriteName (or eWriteNames) to write the desired registers and eReadName (or eReadNames) to read the desired registers. With the LJM library, pretty much everything you might want to do with a device is accomplished by writing and/or reading some registers.
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Another option is to manually add the Python executable path to the Windows path as described in the Python documentation. Usually Python is added to the user path, as shown above. Make sure you use the correct path for your installation of Python. The above command uses the Python 2.7 path. For example:Ĭ:\Python27\python.exe -m pip labjack-ljm Running Python without adding it to the pathĪfter Python is installed you can run the Python executable from its path without adding it to the path. To refresh the path, you may need to first open a new terminal or console.
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Then continue the installation as normal: Go through the above instructions to install labjack-ljm again. As shown below, click "Add python.exe to Path" (you may have to scroll down) and select "Will be installed on local hard drive". To resolve this, run the Python Windows installer. In this case, either Python is not installed on your computer or the Python executable was added to the path. 'python' is not recognized as an internal or external command, operable program or batch file. Running python setup.py install may cause the following error: Windows - Make sure Python is installed and added to the path For example: where python3 or which python3 You can also check where python3 is, or any other version of Python.
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Refer to the download's README.TXT file for requirements, installation, installation troubleshooting, documentation, and license information. zip file attached at the top of this page. Run the command with sudo on Linux and Mac. In a terminal or console, navigate to the extracted folder and run the following command: Run the command with sudo on Linux and Mac.Īlternately, labjack-ljm can be installed via the. To use pip, open a terminal or console window and use the following command: Labjack-ljm is typically installed using pip. To run LJM using Python, both the LJM library and the labjack-ljm Python package must be installed. This package is available on GitHub: /labjack/labjack-ljm-python Installing labjack-ljm