- NET.ADDASSEMBLY MATLAB FOR MAC HOW TO
- NET.ADDASSEMBLY MATLAB FOR MAC SERIAL NUMBER
- NET.ADDASSEMBLY MATLAB FOR MAC CODE
%.NET/LJM code (don't use coder.You can start a new Matlab instance from Matlab itself with a system call and the Matlab command line options. NET/LJM related code, and have the Simulink function block call that function with coder.entrinsic so you don't have to call that throughout your code. You could however make a MATLAB function/script to run the. If using only the LJM.OpenS and eRead/eWrite Name/s LJM. As for, you can try using code.extrinsic to make it available or comment out that line. That should help with problem 2 as the NET.addAssembly sets/returns ljmAsm. It does look like you can use coder.extrinsic to run the. For a definite answer you will want to ask MathWorks. NET, but it seems like there might be a limitation with code generation and building a standalone application. I'm not 100% sure about the Simulink function block and.
NET.ADDASSEMBLY MATLAB FOR MAC HOW TO
So can you tell us what it is that goes wrong, and more important how to make the Wait routine work? Again we have no error if we do not try to use a 'Wait' We experience the same if we use eWriteAddresses, using what we understand to be the 'Wait' routines address 61590. T7 sends out its pulses as it should by doing this. It works without ' WAIT_US_BLOCKING', which we have tested by out commenting the part in the code containing aNames(5)=' WAIT_US_BLOCKING' and aValues(5)=100, redefine NumFrames from 7 to 6, and removing one entry from aNames and aValues, such that num 6 and 7 becomes 5 and 6. The only thing edited in the code is the ethernet address of the LabJack. ''LabJack.LJMExceptions: LJME_OLD_Firmware, Error in using: (code line containing ()), Messeage: LJME_OLD_FIRMWARE, Source: LabJack.LJM'' NET version 4.0 and matlab 2013b. Our problem is that we can't seem to make the 'Wait' routine work. When using your example code 'eWriteNames.m' it reports the error: We have bought your LabJack T7, and installed it, and we are able to control it from our computer through Ethernet connection. We have a problem that we hope that you can help us with. MATLAB_LJM_2017_12_04.zip contains: LICENSE.txtĮxamples\More\Config\ReadDeviceNameString.mĮxamples\More\Config\WriteDeviceNameString.mĮxamples\More\Ethernet\ReadEthernetConfig.mĮxamples\More\Ethernet\WriteEthernetConfig.mĮxamples\More\Stream\StreamBasicWithStreamOut.mĮxamples\More\Stream\StreamSequentialAIN.mĮxamples\More\Watchdog\ReadWatchdogConfig.mĮxamples\More\Watchdog\WriteWatchdogConfig.m
eReadName (handle, name, 0 ) disp ( 'eReadName result:' ) disp ( ) catch e
NET.ADDASSEMBLY MATLAB FOR MAC SERIAL NUMBER
OpenS ( 'ANY', 'ANY', 'ANY', handle ) %Call eReadNames to read the serial number from the LabJack. Handle = 0 try %Open first found LabJack = 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.Ĭode Snippet %Make the LJM. Or just use "Write Read Loop with Config", which provides the basic structure used by many user applications.
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.