- #Xpc target configuration matlab 2014a software
- #Xpc target configuration matlab 2014a code
- #Xpc target configuration matlab 2014a download
\slrttestmdl.batĬ:\Work\Mid Tier\slrttestmdl_slrt_rtw>call "C:\Program Files (x86)\Microsoft Visual Studio 14.0\VC\VCVARSALL.BAT " x86 # slrttestmdl.mk which is generated from C:\Program Files\MATLAB\R2017a\toolbox\slrt\rtw\slrt_vc.tmf is up to date
# Processing Template Makefile: C:\Program Files\MATLAB\R2017a\toolbox\slrt\rtw\slrt_vc.tmf # Creating model Hierarchy xml slrttestmdl.xml # Creating xPC Options Header file xpcoptions.h. # Writing header file slrttestmdl_private.h # Writing header file zero_crossing_types.h # Writing header file builtin_typeid_types.h # Writing header file slrttestmdl_types.h
#Xpc target configuration matlab 2014a code
# Initial pass through model to cache user defined code The sample time in the original model, then rebuild the model. Warning: This model contains blocks that do not handle sample timeĬhanges at runtime. # Using System Target File: C:\Program Files\MATLAB\R2017a\toolbox\slrt\rtw\slrt.tlc # Invoking Target Language Compiler on slrttestmdl.rtw # Generating code into build folder: C:\Work\Mid Tier\slrttestmdl_slrt_rtw # Starting Simulink Real-Time build procedure for model: slrttestmdl The following is the log from Diagnostic Viewer: I was running the confidence test on xPC target configuration (>slrttest), and it stopped at Test 4. # Test 8, Upload logged data and compare with simulation results. # Test 7, Execute the Simulink Real-Time application for 0.2s.
#Xpc target configuration matlab 2014a download
# Test 6, Download a pre-built Simulink Real-Time application to target computer 'TargetPC1'. # Test 5, Check host-target command communications with 'TargetPC1'. # Test 4, Build and download a Simulink Real-Time application using model xpcosc to target computer 'TargetPC1'.
#Xpc target configuration matlab 2014a software
# Test 3, Software reboot the target computer 'TargetPC1'. # Test 2, Ping target computer 'TargetPC1' using SLRTPINGTARGET. # Test 1, Ping target computer 'TargetPC1' using system ping. # Host-Target interface is: TCP/IP (Ethernet) If all your setup is correct, you should get something like this: Make sure they are the same as what you configured. If your target has a monitor, you should see something like this:Ĭheck your host-target communication settings in the right-bottom corner: Then the target should run with Matlab xPC realtime kernel. Inserted the bootable usb flash drive to the target. Make sure Subnet mask and Gateway is the same as the target.įor more details, please check here: Boot the target and test xPCġ. It's related to the target network settings (step 2). More information of „Boot configuration“, please check here: ĥ. „Removable Disk“ option is the easiest way to test the setup. Then you'll get these two files in the usb drive Click Create boot disk and select the usb drive. Insert a preformatted usb flash drive (format has to be FAT32). For „Boot configuration“, select as Boot mode.
Here I also check „Multicore CPU“ because my target has a multicore CPU.Ĥ. In general, check „Graphic mode“, select „Auto“ for „RAM size“. Set „Target settings“ according to your target. For my setup, I select „INTEL_I8254x“ as „Target driver“, select „PCI“ as „Bus type“.ģ. Note: These settings are related to the host computer network settings (step 5).Ĭhange „Ethernet Device Settings“ according to your network card. Change „Target Network Settings“ according to your preference. Click „Host-to-Target communication“, select „TCP/IP“ as „Communication type“. Type slrtexplr in Matlab command window to open the Simulink Real-Time Explorer. Nummerierter ListenpunktOpen Matlab in the host computer. First of all, make sure the network card installed in the target is supported by Matlab xPC (check „Hardware Preparation“ section).ġ.