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Function palette

The functions palette lists the common frmctions, constants, and subVIs available in LabVIEW. The functions are the frmdamental operating elements of Lab VIEW. The subVIs are normally developed using the functions. The function palette can also be used to invoke user-defined subVIs. The functions do not have a front panel or block diagram, but the subVIs have both. The user can search for required function or subVI using the search button present in the top-left comer of the functions palette. The customize button present next to it can be used to show/hide... [Pg.254]

The front panel and block diagram objects that are required for the VI are chosen from the controls palette and the functions palette, respectively. Then the objects are dragged from their palettes and placed in their respective windows. Common operations such as cut, copy, paste, and delete are supported in Lab VIEW. The objects can be selected individually or as a group using the mouse pointer. [Pg.256]

Locate the DAQ Assistant Express VI by right-cUcking the block diagram window and selecting Measurement I/O NI DAQmx DAQ Assist from the Functions palette. [Pg.269]

In the front panel, add an XY graph from the functions palette shown in Figure 5.20. [Pg.271]

Add Bundle function node from the functions palette by selecting Programming Cluster, Class Variant Bimdle. Connect the input terminals of the Bundle function node to the input of the DAQ Assistant2 and output of the DAQ Assistant as shown in the figure. Wire the output of the cluster to the XY graph. [Pg.272]

In the block diagram, add a Linear Fit function node from Mathematics Fitting -Linear Fit from the functions palette. [Pg.272]

Tbiecalculatorlevelof Mathematica comesintbieformofPalettes,wbiicbiareverybiandytools. Palettes are found under the File menu and there are several of them. If one wants to use a trigonometric function, for example, we can either type in its name or go to the Basic... [Pg.2]

Thomson, . V Click Organic Interactive to use a web-based palette to synthesize new functional groups beginning with afkenes. [Pg.251]

When red cabbage is boiled in water, pigments called anthocyanins are extracted. These pigments can be used to indicate pH. In this laboratory exercise, you will observe the color of red cabbage extract as a function of pH, match each color with a color in the color palette of Microsoft PowerPoint, and, using Microsoft PowerPoint, present your findings to the class. You will work in groups of two or three for this activity. [Pg.412]

Local functional buttons (Linear, Log., Intens. Rng, Threshold, Palette)... [Pg.126]

Ochre is very common in the Terminal Archaic-Early Formative archaeological site of Jiskairumoko, (Rio Have, Lake Titicaca Basin, southern Peru). Within the site, ochre was found on tools, palettes, and in burials and soil deposits within structures in several contexts, suggesting both symbolic and functional uses of ochre. Variations in the color and contexts imply possibilities for different uses of ochre.. Instrumental neutron activation analysis was used to analyze the ochre samples found in Jiskairumoko. Multivariate analysis of the elemental data by principal components analysis suggests trends in the data related to the compositional variation of ochres on the site. Further analysis of the ochre will lead to conclusions about the variation in composition of the ochres from Jiskairumoko and possible archaeological conclusions about ancient technologies and uses of ochre on the site. [Pg.480]

Building additional subunits using symmetry operations, either to complete a functional unit (Chapter 8, Section H.D) or to examine crystal packing. SPV allows you to build additional subunits by selecting symmetry operations from a palette, clicking on symmetry operations listed in a PDB file, or typing in the components of a transformation matrix. [Pg.262]

Some materials are of natural origin, others are purely synthetic and some are available from both sources, natural and synthetic. Almost all kinds of organic functionalities are represented in the broad palette of the flavorist and perfumer - alcohols, aldehydes, ketones, esters, hydrocarbons, olefins, amines, phenols, heterocy-clics, etc. Alcohols are particularly important because they are prominent among the relatively inexpensive and readily available materials which make up the bulk of flavors and especially fragrances. [Pg.200]

Olenych SG, Claxton NS, Ottenberg GK, Davidson MW. The fluorescent protein color palette. In Current Protocols in Cell Biology. Bonifacino JS, Dasso M, Harford JB, Lippincott-Schwartz J, Yamada KM, eds. 2006. John Wiley Sons, Inc. New York. Giepmans BN, Adams SR, Ellisman MH, Tsien RY. The fluorescent toolbox for assessing protein location and function. Science 2006 312 217-224. [Pg.205]

For Excel s built-in functions, the Formula Palette (Step 2 of Paste Function) provides help information about each argument as you begin to enter it. There s no way to provide similar information about arguments in the Formula Palette for custom functions. But since the same description text appears in the Step 1 and the Step 2 dialog boxes, you can provide information about the arguments in the description. Unfortunately the limit for Description is 255 characters. You can provide line breaks in the text by using Chr(lO) or Chr(13), but the Formula Palette can only display two lines of text. [Pg.306]

F Display the Formula Palette (the Insert Function Step 2 dialog box) after typing a function name in a formula... [Pg.445]


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