MVTec.HALCON.13.0 Major New Features of HALCON 13.0 Speedups Shape-based matching is now significantly faster. For example, speedups of more than 300% can be achieved on machines with AVX2-compatible processors when searching in byte images with a small number of pyramid levels. Abstract: Halcon is a machine vision software. It can process all kinds of image processing problem. In this paper, Halcon is used to process moving targets detection, from which it can be seen how the software Halcon is used to process digital image. The algorithm includes region_ growing algorithm, image filtering and morphological operators, etc.

Setelah itu klik Finish. Download basara pc. • Pertama: Hilangkan tanda centang pada tulisan ‘use default setting’ lalu klik open in explorer, pilih lokasi folder BIOS yang sudah didownload tadi, kemudian double klik nama BIOS yang muncul. • Kedua: Letakan file BIOS di direktori C: Users Nama Anda Documents PCSX2 bios, kemudian klik Refresh list dan tandai salah satu dari 6 file bios yang ada, misalnya saya memilih yang usa 2004, setelah itu klik Finish.

MTrivedi Great news for you! After I have done some tests on Halcon 13, I've re-read the manuals and saw this: HALCON Programmer's Guide: 3.2 Terminate HALCON Library In applications where DLLs are unloaded in a thread-exclusive context (such as applications using COM), the HALCON library will not terminate properly if the thread pool is still active, except when using the HALCON/COM interface. A possible scenario where the problem may occur is, e.g., when using HALCON/C++ to implement an ATL control. To overcome this problem, it is necessary to call the function FinalizeHALCONLibrary() before unloading the DLL. Make sure that the call to FinalizeHALCONLibrary() is not from within any other DLL’s DllMain function.

Please note that once FinalizeHALCONLibrary() has been called, no further HALCON functions may be called. And here's the quote from: Since HALCON 12.0.2, the mechanism to terminate the HALCON library has been changed by introducing a new function FinalizeHALCONLibrary(). Now, the correct way to close all HALCON threads and free resources is to call the function FinalizeHALCONLibrary() before unloading halcon.dll. The Programmer's Guide missed this information. This problem has been fixed. So, sometimes it's worth reading manuals and developer's notes to know the way our software works flawlessly.

MTrivedi wrote: I have one another question it that, when I am call this dll multiple times parallel, it takes more process time, so I try to set my dll as a reentrant but it can't work Well, I'm not sure for 100% but I think, you should move to 64-bit LabVIEW, Halcon and write 64-bit DLL. If you set CLFN as running in any thread and you're sure that your code is able to run reentrantly (no global vars etc.) it likely goes to threading issues. Because you work in 32-bit environment, you don't have 'real' parallelization between the threads. Your program uses one processor core and all the threads run sequentially by interruption.

To have all the cores involved into the task you definitely should try 64-bit software. Wrote: MTrivedi wrote: I have one another question it that, when I am call this dll multiple times parallel, it takes more process time, so I try to set my dll as a reentrant but it can't work Well, I'm not sure for 100% but I think, you should move to 64-bit LabVIEW, Halcon and write 64-bit DLL. If you set CLFN as running in any thread and you're sure that your code is able to run reentrantly (no global vars etc.) it likely goes to threading issues. Because you work in 32-bit environment, you don't have 'real' parallelization between the threads. Your program uses one processor core and all the threads run sequentially by interruption. To have all the cores involved into the task you definitely should try 64-bit software. That doesn't quite sound right.

Dec 27, 2013 - Poultry Feed Formulation MS Excel Software- Broiler, Layer and Breeder's. Least cost Feed Formulation software for the poultry farmer, nutritionist, feed manufacturers, etc. FEED FORMULATION SOFTWARE SPESFEED supply and support two different feed formulation systems, each with their own advantages.

32 bit processes can just as well use parallel threads that get distributed on multiple cores if the software in question allows that. 64 bit processes mainly profit from a linear virtual address space that goes beyond 4GB if that much physical memory is available. For processing large images that could be a significant benefit.

However I guess the problem here might be the Halcon library which might or might not contain some specific code that makes it single core executable. If that is the case, there is not much you can do from within LabVIEW but you might have to call additional Halcon functions in your DLL to inform the Halcon kernel that it should use multiple cores. Wrote: Hello dadreamer I tried this operators, but reentrant and parallelize_operators are by default true. So is it necessary to set it? I tried this but can't show it's effect. I set LabVIEW vi execution in preallocated clone reentrant execution and my CLFN in >>>UI thread.