National Instruments none Analysis

Chapter 3

• Plot three-dimensional data, including curves and surfaces.

• Use multiple plot styles—point-line, line-point, hidden-line, contour,

surface, surface-line, surface-contour, and surface-normal.

• Create multiple plots with individual properties, such as name, line and

point style, width, and base value.

• Configure the control to render directly to OpenGL-enabled hardware

accelerator cards.

• Bind the control to a DataSocket Server to enable automatic read and

write functionality.

• Configure the axes using customizable ticks, labels, value pairs, and

captions.

• Use legends and plane projections.

• Use cartesian, cylindrical, and spherical coordinate systems.

• Customize the control using color maps, transparency, and lighting.

• Display in orthographic and perspective views.

• Use built-in format styles for labels including scientific, symbolic

engineering, scaling, time, and date.

• Rotate, pan, and zoom interactively.

Tip For information about easily creating graphs with the 3D graph control library, refer

to the 3D Graph Visual C++ Class Library Overview topic in the NI Measurement Studio

Help.

Analysis

The Analysis class library includes a set of classes that provides various

digital signal processing, signal filtering, signal generation, peak detection,

and other general mathematical functionality. Use this library to analyze

acquired data or to generate data.

The functionality included in the Analysis library varies based on the

Measurement Studio package you purchased. Refer to the following

sections for information about the Standard, Professional, and Enterprise

Analysis class libraries.