Compiler Defines. Include Paths. Instrument Directories. Run Options. Command Line. Library Options. Tools Menu Options. Source Code Control Options. Project Move Options. Using the Help Menu.
File Menu. Save Copy As. Add File to Project. Read Only. Edit Menu. Undo and Redo. Cut, Copy, and Paste.
Cut Panel and Copy Panel. Tab Order. Set Default Font. Apply Default Font. Control Style. Create Menu. View Menu. Find UIR Objects. Bring Panel to Front. Next Panel. Previous Panel. Preview User Interface Header File. Arrange Menu. Code Menu. Set Target File. All Callbacks. Panel Callback. Control Callbacks. Menu Callbacks. Always Append Code To End.
Run Menu. Library Menu. Tools Menu. Window Menu. Options Menu. Operate Visible Panels. Next Tool. Edit Color Preferences. Preferences for New Panels.
Preferences for New Controls. Save in Text Format. Load from Text. Help Menu. Introduction to Formatting and Scanning Functions. Formatting Functions. Format Code Specifiers. Formatting Modifiers. Formatting Examples for the Fmt Function.
Integer to String. Short Integer to String. Real to String in Floating Point Notation. Real to String in Scientific Notation. Integer and Real to String with Literals. Concatenating Two Strings. Appending to a String. Converting Decimal Integer to Hexadecimal String. Scanning Functions. Scan Functions—Format String. String to String. Converting String to Integer and String.
Converting Integer Arrays to Real Arrays. Converting Hexadecimal String to Decimal Integer. ScanFile Function. ScanIn Function. Status Functions. Using the Format Wizard. Bmath Demo Version. Using Parametric Run. Iterative Evaluation. Using the Plot Utility. Using the Solver Utility. System Test Demo. System Test Start Up Procedure.
How to Use Permission Levels. System Test Window Main Window. System Self Tests Window. System Selective Testing Window. Sequencer Window. Test Builder Window. Last Test Window. Vars Window. Pearson offers affordable and accessible purchase options to meet the needs of your students.
Connect with us to learn more. He is presently a software engineer at Boeing, Canoga Park, California, where he works on testing the embedded software for the rocket engine control unit on the Delta IV program. He has worked as an analog circuit design engineer and computer programmer at various companies in Kansas, Tennessee, and New Jersey. He is married and has two daughters and a son. His hobbies include photography, traveling, swimming, reading self-study books on computers and programming languages, and playing with the computer.
We're sorry! We don't recognize your username or password. The library provides higher-level functions to simplify the process of writing data to Excel and using that data to create charts, but if you need more customizations in your Excel report, you will need to use the Excel ActiveX interface directly. We will not be discussing using the Excel ActiveX object library directly in this paper.
Some of these tasks are:. Excel maintains backwards compatibility for their ActiveX object library much like you can open an. The Excel Reports library ships with its source code so you can view the source if you are interested in learning how it was implemented or if you wanted to extend its functionality. The functions in the Excel Reports library are broken down into 5 categories. The Excel Reports library does not provide the ability to access every single function available in Microsoft Excel, just the ones that are used most commonly.
For the purpose of this paper, we will create a report with three worksheets. The first sheet will contain the raw and processed data. The second sheet will be a chart that plots the raw and processed data. We will then used some advanced Excel features to further customize the report, specifically, annotate the min and the max data points on the graph. During the process of report generation, several types of handles to various resources will be generated.
It is important to identify how these resources will be dealt with in case of errors or failures. One macro defined in cviauto. It is very important to discard these handles or any other handles generated during the report generation process to ensure no leaks occur.
First we need to launch Excel and create a new workbook for this report using the following functions from the Excel Reports library. It will end up looking like the following in Excel:. Now that we have the handle to the worksheet, we can start writing some data to it:.
Each routine corresponds to a programmatic operation such as configuring, reading from, writing to, and triggering the instrument. Instrument drivers simplify instrument control and reduce test program development time by eliminating the need to learn the programming protocol for each instrument. If you find one, follow the procedure below to load it into CVI You can load and unload instrument drivers manually using the Instruments Folder in the Library Tree or using the Instrument menu.
Agilent Function Tree Layout For example, if you double-click on the Initialize function, that function panel will open. Performs an identification query on the instrument. Resets the instrument to a known state. Sends initialization commands to the instrument that set any necessary programmatic variables such as Headers Off, Short Command form, and Data Transfer Binary to the state necessary for the operation of the instrument driver.
Returns an Instrument Handle which is used to differentiate between different sessions of this instrument driver. Each time this function is invoked a Unique Session is opened. It is possible to have more than one session open for the same resource.
Agilent Initialize Function Instrument Driver Organization The following figure shows the organization of a typical instrument driver.
The function panels are in a. For instrument drivers that use an attribute model, such as IVI drivers, there can be an additional. The function, variable, and defined constant declarations are in a. The instrument driver program can be in one of several different types of files.
Data Functions: Class This class of functions transfers data to or from the instrument. Close: This function takes the instrument offline. Open a service request.
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