sin(3I)
SIN, DSIN, QSIN, CSIN, CDSIN, CQSIN, SIND, DSIND, QSIND - Computes sine
As shipped in IRIX 6.5.19. Last changed in IRIX 6.5.19.
NAME SIN, DSIN, QSIN, CSIN, CDSIN, CQSIN, SIND, DSIND, QSIND - Computes sine SYNOPSIS SIN ([X=]x) DSIN ([X=]x) QSIN ([X=]x) CSIN ([X=]x) CDSIN ([X=]x) CQSIN ([X=]x) SIND ([X=]x) DSIND ([X=]x) QSIND ([X=]x) STANDARDS Fortran Fortran extensions: QSIN, CDSIN, CQSIN, SIND, DSIND, QSIND DESCRIPTION These functions evaluate y = sin(x). SIN and SIND are the generic function names; the others are specifics. These are elemental intrinsic functions. They accept the following argument: x Must be of type real or complex. For SIN, DSIN, QSIN, CSIN, CDSIN, and CQSIN, x must be specified in radians and is treated as modulo 2 * pi. For SIND, DSIND, and QSIND, x must be specified in degrees and is treated as modulo 360. A vector version of the single-precision and double-precision SIN intrinsic exists and is used when -O3 is specified on the compiler command line. NOTES The SIN, DSIN, and CSIN intrinsic function names can be passed as arguments; the others cannot. Return values differ depending on your platform. On IRIX systems, SIN(x) yields NaN if |x| > 219. On all systems that support the IEEE standard for floating-point arithmetic, SIN(NaN) yields NaN. RETURN VALUES SIN returns the real sine of its real arguments. DSIN returns the double-precision real sine of its double-precision real argument. QSIN return the quad-precision real sine of its quad-precision real argument. CSIN returns the complex sine of its complex argument. CDSIN returns the double-precision complex sine of its double-precision complex argument. CQSIN returns the quad-precision complex sine of its quad-precision complex argument. SIND returns the single-precision real sine of its single-precision real argument. DSIND returns the double-precision real sine of its double-precision real argument. QSIND returns the quad-precision real sine of its quad-precision real argument. The terms single precision, double precision, and quad precision differ depending on your platform. For platform-specific information, see the TERMINOLOGY section of the INTRO_INTRIN(3I) man page.