intro(3G)
intro - description of routines in the Graphics Library and Distributed Graphics Library
As shipped in IRIX 6.5.7. Unchanged since IRIX 6.5.
NAME intro - description of routines in the Graphics Library and Distributed Graphics Library OVERVIEW This manual is the reference manual for the routines of the Graphics Library (GL). For a more tutorial introduction to the GL, see the Graphics Library Programming Guide. In general, all routines in the GL can run either on a local IRIS host, or on a remote host connected through a network to an IRIS host, to perform graphics operations on an IRIS graphics display. The capabilities of some routines vary between different IRIS graphics architectures, or between local and remote operation. Such differences are noted on these routines' manual pages. When a manual page refers to VGX, unless it is stated otherwise, it applies to VGX, VGXT, and SkyWriter graphics. Similarly, a reference to Personal Iris applies to Personal Iris G and TG graphics, and a reference to Elan graphics subsystem or Elan graphics architecture applies to XS, XS24, XZ, Elan and Extreme. Also, references to RealityEngine should also apply to VTX and RealityEngine2. The manual pages are available on-line. To view them, use the IRIX command: man routine-name <Enter> HOW THIS MANUAL IS ORGANIZED A manual page provides reference information for a routine of the GL. Because these pages are intended as on-line reference material, they tend to be terse. A page is divided into a number of sections: NAME lists the name of the routine or routines described by the manual page. FORTRAN SPECIFICATION lists the type declarations for the routine and its parameters. PARAMETERS describes the parameters of the routine. FUNCTION RETURN VALUE describes what the routine returns if it is a function. DESCRIPTION describes how to use the routine. SEE ALSO lists related routines or other sources of information. EXAMPLE gives an example of how the routine is used. NOTES highlights information concerning the limitations of the routine and differences in its behavior on the various IRIS-4D models. BUGS describes deviations from the specified behavior that may be fixed in a future release.