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Mvtec Halcon 12.0 Crack 78


What is MVTec HALCON 12.0 and why you should use it for your machine vision applications




MVTec HALCON is a comprehensive machine vision standard software that offers a wide range of features and tools for image processing, analysis, and inspection. HALCON is used by thousands of customers worldwide in various industries, such as automotive, pharmaceutical, semiconductor, robotics, and food. HALCON supports hundreds of image acquisition devices, including cameras, frame grabbers, 3D sensors, and scanners. HALCON also provides interfaces to popular programming languages, such as C++, C#, Visual Basic, Python, and MATLAB.


In this article, we will introduce some of the major new features and improvements of MVTec HALCON 12.0, which was released in November 2014. We will also show you how to download and install HALCON 12.0 on your computer.


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Major new features of HALCON 12.0




HALCON 12.0 introduces many new features and enhancements that make it easier and more powerful to solve machine vision applications. Here are some of the highlights:


  • Automatic text reader: HALCON now provides an automatic text reader that is able to segment and read characters of any size robustly without the need for extensive parameter tuning. The text reader can handle various fonts, languages, orientations, and backgrounds. It can also read text from images with low resolution, noise, or distortion.



  • Deformable surface-based 3D matching: HALCON now provides a deformable surface-based 3D matching that finds objects and determines their poses and deformation in 2.5D as well as in 3D data. This feature is useful for applications that require flexible alignment of objects with varying shapes, such as rubber parts, fabrics, or organic materials.



  • Sheet-of-light calibration: HALCON now provides operators to support sheet-of-light calibration with a 3D calibration object. This allows for accurate measurement of objects using a laser line scanner or a structured light projector.



  • Camera model for tilt lenses: HALCON now supports a camera model for tilt lenses (also called Scheimpflug optics) both for regular lenses and for bilaterally telecentric lenses. This enables the correction of perspective distortions and the improvement of depth of field for applications that require oblique viewing angles.



  • Generic interface for I/O devices: HALCON now provides a generic interface for accessing I/O devices. This allows you to control digital input and output devices from various vendors using a unified syntax. HALCON also supports OPC UA and OPC Classic interfaces that enable communication with virtually every PLC.



  • New easy to use calibration plates: HALCON now supports new easy to use calibration plates that simplify the camera calibration process. The calibration plates have a QR code that contains information about the plate size and the number of marks. You can use your smartphone to scan the QR code and automatically set the parameters for the calibration.



How to download and install HALCON 12.0




If you want to try out HALCON 12.0 for yourself, you can download it from the MVTec website. You will need to register or log in to access the download area. There you can find the software packages of the latest versions of HALCON, MERLIC, and the Deep Learning Tool. You can also download the interfaces for image acquisition and digital I/O devices, dongles and standards.


To install HALCON 12.0 on your computer, you can use the MVTec Software Manager, which is a lightweight, browser-based online installer that allows you to efficiently download and install MVTec products. The Software Manager also allows you to register default HALCON applications and manage other installed MVTec products.


Alternatively, you can download the full installer package of HALCON 12.0 from the MVTec website and run it on your computer. You will need to enter your license key or connect your dongle during the installation process.


Conclusion




MVTec HALCON 12.0 is a powerful machine vision software that offers many new features and improvements that make it easier and more robust to solve machine vision applications. Whether you need to read text, match deformable objects, measure with sheet-of-light systems, correct tilt lens distortions, control I/O devices, or calibrate cameras easily, HALCON 12.0 has you covered. You can download and install HALCON 12.0 from the MVTec website and start using it for your machine vision projects. How to use HALCON 12.0 for your machine vision applications




Once you have installed HALCON 12.0 on your computer, you can start using it for your machine vision applications. You can use HALCON in different ways, depending on your preferences and needs:


  • HALCON Operator Window: The HALCON Operator Window is a graphical user interface that allows you to interactively execute HALCON operators and visualize the results. You can use the Operator Window to quickly test and debug your image processing algorithms, or to create simple applications without programming.



  • HALCON HDevelop: HDevelop is an integrated development environment (IDE) that allows you to create, edit, and run HALCON programs. You can use HDevelop to develop complex machine vision applications using a high-level scripting language that is easy to learn and use. HDevelop also provides features such as syntax highlighting, code completion, debugging tools, and documentation.



  • HALCON Library: The HALCON Library is a collection of functions that implement the HALCON operators. You can use the HALCON Library to integrate HALCON functionality into your own applications written in C++, C#, Visual Basic, Python, or MATLAB. The HALCON Library provides interfaces for various platforms, such as Windows, Linux, macOS, and embedded systems.



No matter which way you choose to use HALCON, you can benefit from its rich set of features and tools for machine vision. Here are some examples of what you can do with HALCON:


  • Image acquisition: You can acquire images from hundreds of image acquisition devices, such as cameras, frame grabbers, 3D sensors, and scanners. You can also load images from files or streams in various formats.



  • Image processing: You can apply various image processing operations to enhance, transform, filter, segment, or analyze images. You can also perform operations on regions of interest (ROIs), contours, or XLDs (extended line descriptions).



  • Image analysis: You can extract features and information from images, such as edges, corners, blobs, lines, circles, ellipses, rectangles, bar codes, data codes, text, or color. You can also perform measurements on objects or distances.



  • Image inspection: You can compare images or objects against reference models or templates to detect defects or deviations. You can also perform classification or identification tasks using machine learning techniques.



  • Image registration: You can align images or objects in different coordinate systems or perspectives using geometric transformations or camera models. You can also perform stereo reconstruction or 3D surface reconstruction from multiple images.



  • Image visualization: You can display images or objects in various ways using windows, graphics modes, colors, or overlays. You can also create interactive GUIs with buttons, sliders, menus, or dialogs.



  • Image communication: You can exchange images or data with other applications or devices using sockets, files, shared memory, OPC UA/Classic interfaces, or generic I/O devices. You can also control external hardware such as robots or PLCs.



For more information about how to use HALCON 12.0 for your machine vision applications, you can refer to the online documentation that provides detailed descriptions and examples of all the features and tools of HALCON. You can also visit the MVTec website to find tutorials, videos, webinars, forums, and support services that can help you get started with HALCON. How to get the most out of HALCON 12.0 for your machine vision applications




Now that you have learned how to use HALCON 12.0 for your machine vision applications, you might be wondering how to get the most out of it. Here are some tips and tricks that can help you optimize your performance and productivity with HALCON:


  • Use the HALCON Operator Window to explore and experiment: The HALCON Operator Window is a great tool to quickly test and debug your image processing algorithms, or to create simple applications without programming. You can use the Operator Window to interactively execute HALCON operators and visualize the results. You can also use the Operator Window to inspect the parameters and values of variables, regions, contours, or XLDs. You can also save and load your operator sequences as HDevelop programs.



  • Use HDevelop to develop and debug your machine vision applications: HDevelop is an integrated development environment (IDE) that allows you to create, edit, and run HALCON programs. You can use HDevelop to develop complex machine vision applications using a high-level scripting language that is easy to learn and use. HDevelop also provides features such as syntax highlighting, code completion, debugging tools, and documentation. You can also use HDevelop to create graphical user interfaces (GUIs) with buttons, sliders, menus, or dialogs.



Use the HALCON Library to integrate HALCON functionality into your own applications: The HALCON Library is a collection of functions that implement the HALCON operators. You can use the HALCON Library to integrate HALCON


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