Logger pro 3.12 u of a serial number#
Logger pro 3.12 u of a generator#
Logger pro 3.12 u of a pro#

The nature of the LJM library makes it very easy to provide examples for a wide variety of interfaces.

Logger pro 3.12 u of a pro#

We are currently poring the LJM library (For the T7) over to various languages/programs and might look at doing Igor Pro support for that (For Windows & OSX). For Windows support I can look around but I think what is included in the download is all we have. Our experience with Igor Pro is fairly limited. On a last note I will express many thanks to LJ staff for the creation and support of a great set of products that have proven very helpful to me and my colleagues in our work. It would be wonderful if the LJ architects would provide the definitive information in this area. We've managed to pull this information out of the existing docs but it has taken a fair amount of work and we remain uncertain of the extent of our knowledge. While the LJ software support information is quite extensive and helpful it would be even more so if there is some architectural or system-level information on the various libraries (UD, LJM and U12) that explains succinctly the commonality and differences among them. Is there a comparable XOP for use on OSX machines? If not, is the source available for this XOP to provide a basis for end-customer development for this application? Are there other LJ staff suggestions for accomplishing this application?Ģ. The UD library includes an Igor Pro XOP which is usable only on Windows machines. We're talking to a U6 using a home-made C program.Īt this time we are interested in branching out to OSX-based machines and interfacing the U3 and U6 directly with the Igor Pro. We are currently in the process of implementing one instrument with a Linux machine. This represents a very successful configuration for us. The text files created by LDLogUD are easily imported in our hands into the Igor Pro data analysis and visualization program. I and my colleagues are avid users of both the U3 and U6 devices using LDLogUD on Windows-based machines and have implemented these devices on a number of instruments in my physical and analytic chemistry laboratories. Two separate and somewhat related questions:ġ. If the following examples are not sufficient, see the device datasheet for more details. There are often alternate ways to communicate with a LabJack. The list of examples below is not completely exhaustive. This includes C, C++, C#, Delphi, Java, LabVIEW, LabWindows/CVI, MATLAB, Python, and Visual Basic (VB6/VB.NET). If you know any language we probably support it. FlowStone - A free graphical program similar to LabVIEW.DAQFactory Express - A free graphical program with many capabilities.These applications are not included with the LabJack installer, but can be downloaded on their respective software site. LJSHTmulti 1.01 - Reads data from multiple EI-1050 temperature/humidity probes.LJSHT 1.04 - Reads data from a EI-1050 temperature/humidity probe.LJtest 1.18 - Testing program to verify hardware operation.LJstream 1.08 - Logs data up to 300Hz, from up to 4 channels.LJscope 1.08 - Simulated oscilloscope with 2 analog inputs.LJlogger 1.12 - Logs data up to 2Hz, performs basic trigger events.

Logger pro 3.12 u of a generator#

LJfg 1.07 - Analog output waveform generator.

LJcounter 1.07 - Reads a counter value and provides the frequency.

Logger pro 3.12 u of a serial number#

LJconfig 1.07 - Changes the local ID of the U12 with a serial number reference.