LabVIEW 2013 Model Interface Toolkit Help Edition Date: August 2013. Download Help (Windows Only) Many models have parameters, which act as variables in the model. August 2013, 374160A-01. The LabVIEW Model Interface Toolkit allows you to integrate models from a variety of simulation environments and programming languages into your development, prototyping, and testing of control systems. Introduction The chipKIT development platform with prototyping-friendly 32-bit MCU packages (based on PIC32 microcontrollers) from is an open-source hardware and software solution intended for beginners and users with little or no knowledge of embedded controllers wanting to explore embedded applications. The chipKIT environment advances the art of open-source, physical computing by expanding support to more chip platforms and introducing new, high-performance libraries. It combines low-cost hardware with free software that is fast, powerful, and extendable. Inspired by Arduino™, chipKIT controller boards and software tools are easy to use by beginners of any age and specialists in any field. These boards and tools are compatible with the standards established for the hobbyist community and also offer a clear migration path to professional-grade tools for experienced engineers() Most recently LabVIEW Interface for ChipKit has been made available. The LabVIEW Interface for ChipKit (LIFCK) Toolkit is a FREE download that allows users to acquire data from a ChipKit development platform and process it in the LabVIEW Graphical Programming environment. LabVIEW (short for Laboratory Virtual Instrument Engineering Workbench) is a system-design platform and development environment for a from NI (). The graphical language is named “G” (not to be confused with ). Originally released for the in 1986, LabVIEW is commonly used for,, and on a variety of platforms including, various versions of,, and. The latest version of LabVIEW is LabVIEW 2013. () Objectives Install the required hardware and software to interface NI’s LabVIEW to Digilent’s chipKIT board, and test an application that blinks a LED. Requirements – Digilent Development Board – software – software NOTE: If you do not own a copy of LabVIEW, you can download a non-commercial and request. A free, 45 day evaluation of LabVIEW is available. You are required to obtain a NI user profile to extend the 7-day evaluation to 45-days! Procedure 1) chipKIT running on Windows The fundamental steps to get chipKIT running on a PC are: a) Download the MPIDE environment The MPIDE programming software can be dowloaded from. It is a zipped file that you can unzip to a location on your hard drive say C: chipkit. You will end up with following file structure: b) Connect UNO32 board Connect the USB cable to one of the PC’s USB ports and then to the mini-A USB connector of UNO32. UNO32 can be powered via USB connection, or with an external power supply. The power source is selected automatically by sensing circuitry on the board. So for this set up we will not need external power supply as UNO32 will be powered from USB port of your PC. C) Install the USB drivers The installation procedure will depend on the OS of your PC. UNO32 use a FTDI USB interface chip. Your OS should detect the device once it is connected: If you allow Windows to search online, it should locate the driver and install it properly. Nevertheless if you do not want to risk you can install the drivers from the folder of MPIDE. Within drivers sub-folder you will find FTDI USB Drivers: Alternatively drivers can be on FTDI’s website. Once the driver is installed check in Definitions -> Control Panel -> System -> Hardware -> Device Management -> Ports (COM and LPT) and check the port number of your USB connection. In my case it is port 21: d) Run MPIDE Now we are ready to run MPIDE programming environment. In your chipKIT folder you will find the MPIDE icon. Click the icon (in my Windows XP set up I have to, so you may have to do the same): When it is launched you will see the following screen: In Tools -> Board choose chipKIT UNO32: Next again in Tools -> Serial Port choose the serial port where your USB connection is made (in my set up is port 21): The codes for UNO32 are called sketches. The word “sketch” is inherited from Processing an. ![]()
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