MASS Fortran interface blocks for AIX

Product documentation


Abstract

This document provides Fortran interface blocks for MASS scalar and vector functions.

Content

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c     Fortran interface blocks for the MASS scalar functions.
c     Interface declarations for MASS scalar functions that are
c     not Fortran intrinsic functions are also available in
c     mass.include.
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c     Fortran interface block for the single-precision MASS
c     scalar functions.
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      interface

      real*4 function acosf (%val(x))
        real*4 x
c       Returns the arccosine of x.
      end function acosf

      real*4 function acoshf (%val(x))
        real*4 x
c       Returns the arc hyperbolic cosine of x.
      end function acoshf

      real*4 function asinf (%val(x))
        real*4 x
c       Returns the arcsine of x.
      end function asinf

      real*4 function asinhf (%val(x))
        real*4 x
c       Returns the arc hyperbolic sine of x.
      end function asinhf

      real*4 function atan2f (%val(x), %val(y))
        real*4 x, y
c       Returns the arctangent of x/y.
      end function atan2f

      real*4 function atanf (%val(x))
        real*4 x
c       Returns the arctangent of x.
      end function atanf

      real*4 function atanhf (%val(x))
        real*4 x
c       Returns the arc hyperbolic tangent of x.
      end function atanhf

      real*4 function cbrtf  (%val(x))
        real*4 x
c       Returns the cube root of x.
      end function cbrtf

      real*4 function copysignf (%val(x), %val(y))
        real*4 x, y
c       Returns a value with the magnitude of x and the sign of y.
      end function copysignf

      real*4 function cosf (%val(x))
        real*4 x
c       Returns the cosine of x.
      end function cosf

      real*4 function coshf (%val(x))
        real*4 x
c       Returns the hyperbolic cosine of x.
      end function coshf

      real*4 function erff (%val(x))
        real*4 x
c       Returns the error function of x.
      end function erff

      real*4 function erfcf (%val(x))
        real*4 x
c       Returns 1.0 - the error function of x.
      end function erfcf

      real*4 function expf (%val(x))
        real*4 x
c       Returns the exponential function of x.
      end function expf

      real*4 function expm1f (%val(x))
        real*4 x
c       Returns (the exponential function of x)-1.
      end function expm1f

      real*4 function hypotf (%val(x), %val(y))
        real*4 x, y
c       Returns the square root of x2+ y2   .
      end function hypotf

      real*4 function lgammaf (%val(x))
        real*4 x
c       Returns the natural logarithm of the absolute value of the
c       gamma function of x.
      end function lgammaf

      real*4 function logf (%val(x))
        real*4 x
c       Returns the natural logarithm of x.
      end function logf

      real*4 function log10f (%val(x))
        real*4 x
c       Returns the base-10 logarithm of x.
      end function log10f

      real*4 function log1pf (%val(x))
        real*4 x
c       Returns the natural logarithm of (x-1).
      end function log1pf

      real*4 function powf (%val(x), %val(y))
        real*4 x, y
c       Returns the value of x raised to the power y.
      end function powf

      real*4 function rintf (%val(x))
        real*4 x
c       Rounds x to an integer value according to the current
c       rounding mode.  The default rounding mode is to round
c       to the nearest integer.
      end function rintf

      real*4 function sinf (%val(x))
        real*4 x
c       Returns the sine of x.
      end function sinf

      real*4 function sinhf (%val(x))
        real*4 x
c       Returns the hyperbolic sine of x.
      end function sinhf

      real*4 function tanf  (%val(x))
        real*4 x
c       Returns the tangent of x.
      end function tanf

      real*4 function tanhf (%val(x))
        real*4 x
c       Returns the hyperbolic tangent of x.
      end function tanhf

      end interface

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c     Fortran interface block for the double-precision MASS
c     scalar functions.
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      interface

      real*8 function acos (%val(x))
        real*8 x
c       Returns the arccosine of x.
      end function acos

      real*8 function acosh (%val(x))
        real*8 x
c       Returns the arc hyperbolic cosine of x.
      end function acosh

      real*8 function asin (%val(x))
        real*8 x
c       Returns the arcsine of x.
      end function asin

      real*8 function asinh (%val(x))
        real*8 x
c       Returns the arc hyperbolic sine of x.
      end function asinh

      real*8 function atan (%val(x))
        real*8 x
c       Returns the arctangent of x.
      end function atan

      real*8 function atan2 (%val(x), %val(y))
        real*8 x, y
c       Returns the arctangent of x/y.
      end function atan2

      real*8 function atanh (%val(x))
        real*8 x
c       Returns the arc hyperbolic tangent of x.
      end function atanh

      real*8 function cbrt (%val(x))
        real*8 x
c       Returns the cube root of x.
      end function cbrt

      real*8 function copysign (%val(x), %val(y))
        real*8 x, y
c       Returns a value with the magnitude of x and the sign of y.
      end function copysign

      real*8 function cos (%val(x))
        real*8 x
c       Returns the cosine of x.
      end function cos

      real*8 function cosh (%val(x))
        real*8 x
c       Returns the hyperbolic cosine of x.
      end function cosh

      complex*16 function cosisin (%val(x))
        real*8 x
c       Returns a complex number with real part the sine of x and
c       imaginary part the cosine of x.
      end function cosisin

      real*8 function dnint (%val(x))
        real*8 x
c       Returns the nearest integer to x (as a real*8 value).
      end function dnint

      real*8 function erf (%val(x))
        real*8 x
c       Returns the error function of x.
      end function erf

      real*8 function erfc (%val(x))
        real*8 x
c       Returns 1.0 - the error function of x.
      end function erfc

      real*8 function exp (%val(x))
        real*8 x
c       Returns the exponential function of x.
      end function exp

      real*8 function expm1 (%val(x))
        real*8 x
c       Returns (the exponential function of x)-1
      end function expm1

      real*8 function hypot (%val(x), %val(y))
        real*8 x, y
c       Returns the square root of x*x + y*y.
      end function hypot

      real*8 function lgamma (%val(x))
        real*8 x
c       Returns the natural logarithm of the absolute value of the
c       gamma function of x.
      end function lgamma

      real*8 function log (%val(x))
        real*8 x
c       Returns the natural logarithm of x.
      end function log

      real*8 function log10 (%val(x))
        real*8 x
c       Returns the base-10 logarithm of x.
      end function log10

      real*8 function log1p (%val(x))
        real*8 x
c       Returns the natural logarithm of (x+1)
      end function log1p

c     ** operator
c     real*8 x, y
c     x**y returns x raised to the power y.

      real*8 function rsqrt (%val(x))
        real*8 x
c       Returns the reciprocal of the square root of x.
      end function rsqrt

      real*8 function sin (%val(x))
        real*8 x
c       Returns the sine of x.
      end function sin

      subroutine sincos (%val(x), s, c)
        real*8 x, s, c
c       Sets s to the sine of x and c to the cosine of x.
      end subroutine sincos

      real*8 function sinh (%val(x))
        real*8 x
c       Returns the hyperbolic sine of x.
      end function sinh

      real*8 function sqrt (%val(x))
        real*8 x
c       Returns the square root of x.
      end function sqrt

      real*8 function tan (%val(x))
        real*8 x
c       Returns the tangent of x.
      end function tan

      real*8 function tanh (%val(x))
        real*8 x
c       Returns the hyperbolic tangent of x.
      end function tanh

      end interface

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c     Fortran interface blocks for MASS vector functions.
c     These interface blocks are also in massv.include.
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c     Fortran interface block for MASS double-precision vector
c     functions.
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      interface

      subroutine vacos (y, x, n)
        real*8 y(*), x(*)
        integer n
c       Sets y(i) to the arccosine of x(i), for i=1,..,n
      end subroutine vacos

      subroutine vacosh (y, x, n)
        real*8 y(*), x(*)
        integer n
c       Sets y(i) to the arc hyperbolic cosine of x(i),
c       for i=1,..,n
      end subroutine vacosh

      subroutine vasin(y, x, n)
        real*8 y(*), x(*)
        integer n
c       Sets y(i) to the arcsine of x(i), for i=1,..,n
      end subroutine vasin

      subroutine vasinh (y, x, n)
        real*8 y(*), x(*)
        integer n
c       Sets y(i) to the arc hyperbolic sine of x(i), for i=1,..,n
      end subroutine vasinh

      subroutine vatan (y, x, n)
        real*8 y(*), x(*)
        integer n
c       Sets y(i) to the arc tangent of x(i), for i=1,..,n.
c       (libmassvp7.a only)
      end subroutine vatan

      subroutine vatan2 (z, x, y, n)
        real*8 z(*), x(*), y(*)
        integer n
c       Sets z(i) to the arctangent of x(i)/y(i), for i=1,..,n
      end subroutine vatan2

      subroutine vatanh (y, x, n)
        real*8 y(*), x(*)
        integer n
c       Sets y(i) to the arc hyperbolic tangent of x(i),
c       for i=1,..,n
      end subroutine vatanh

      subroutine vcbrt (y, x, n)
        real*8 y(*), x(*)
        integer n
c       Sets y(i) to the cube root of x(i), for i=1,..,n
      end subroutine vcbrt

      subroutine vcos (y, x, n)
        real*8 y(*), x(*)
        integer n
c       Sets y(i) to the cosine of x(i), for i=1,..,n
      end subroutine vcos

      subroutine vcosh (y, x, n)
        real*8 y(*), x(*)
        integer n
c       Sets y(i) to the hyperbolic cosine of x(i), for i=1,..,n
      end subroutine vcosh

      subroutine vcosisin (y, x, n)
        complex*16 y(*)
        real*8 x(*)
        integer n
c       Sets the real part of y(i) to the cosine of x(i) and the
c       imaginary part c of y(i) to the sine of x(i), for i=1,..,n
      end subroutine vcosisin

      subroutine vdint (y, x, n)
        real*8 y(*), x(*)
        integer n
c       Sets y(i) to the integer truncation of x(i), for i=1,..,n
      end subroutine vdint

      subroutine vdiv (z, x, y, n)
        real*8 z(*), x(*), y(*)
        integer n
c       Sets z(i) to x(i)/y(i), for i=1,..,n
      end subroutine vdiv

      subroutine vdnint (y, x, n)
        real*8 y(*), x(*)
        integer n
c       Sets y(i) to the nearest integer to x(i), for i=1,..,n
      end subroutine vdnint

      subroutine verf (y, x, n)
        real*8 y(*), x(*)
        integer n
c       Sets y(i) to the error function of x(i),
c       for i=1,..,n.  (libmassvp7.a only)
      end subroutine verf

      subroutine verfc (y, x, n)
        real*8 y(*), x(*)
        integer n
c       Sets y(i) to the complimentary error function of x(i),
c       for i=1,..,n.  (libmassvp7.a only)
      end subroutine verfc

      subroutine vexp (y, x, n)
        real*8 y(*), x(*)
        integer n
c       Sets y(i) to the exponential function of x(i),
c       for i=1,..,n
      end subroutine vexp

      subroutine vexpm1 (y, x, n)
        real*8 y(*), x(*)
        integer n
c       Sets y(i) to (the exponential function of x(i))-1,
c       for i=1,..,n
      end subroutine vexpm1

      subroutine vexp2 (y, x, n)
        real*8 y(*), x(*)
        integer n
c       Sets y(i) to 2 raised to the power of x(i),
c       for i=1,..,n.  (libmassvp7.a only)
      end subroutine vexp2

      subroutine vexp2m1 (y, x, n)
        real*8 y(*), x(*)
        integer n
c       Sets y(i) to (2 raised to the power of x(i))-1,
c       for i=1,..,n.  (libmassvp7.a only)
      end subroutine vexp2m1

      subroutine vhypot (z, x, y, n)
        real*8 z(*), x(*), y(*)
        integer n
c       Sets z(i) to the square root of the sum of the squares of
c       x(i) and y(i), for i=1,..,n.  (libmassvp7.a only)
      end subroutine vhypot

      subroutine vlgamma (y, x, n)
        real*8 y(*), x(*)
        integer n
c       Sets y(i) to the natural logarithm of the absolute value
c       of the gamma function of x(i), for i=1,..,n.
c       (libmassvp7.a only)
      end subroutine vlgamma

      subroutine vlog (y, x, n)
        real*8 y(*), x(*)
        integer n
c       Sets y(i) to the natural logarithm of x(i), for i=1,..,n
      end subroutine vlog

      subroutine vlog10 (y, x, n)
        real*8 y(*), x(*)
        integer n
c       Sets y(i) to the base-10 logarithm of x(i), for i=1,..,n
      end subroutine vlog10

      subroutine vlog1p (y, x, n)
        real*8 y(*), x(*)
        integer n
c       Sets y(i) to the natural logarithm of (x(i)+1),
c       for i=1,..,n
      end subroutine vlog1p

      subroutine vlog2 (y, x, n)
        real*8 y(*), x(*)
        integer n
c       Sets y(i) to the base-2 logarithm of x(i), for i=1,..,n.
c       (libmassvp7.a only)
      end subroutine vlog2

     subroutine vlog21p (y, x, n)
        real*8 y(*), x(*)
        integer n
c       Sets y(i) to the base-2 logarithm of (x(i)+1),
c       for i=1,..,n.  (libmassvp7.a only)
      end subroutine vlog21p

      subroutine vpow (z, x, y, n)
        real*8 z(*), x(*), y(*)
        integer n
c       Sets z(i) to x(i) raised to the power y(i), for i=1,..,n
      end subroutine vpow

      subroutine vqdrt (y, x, n)
        real*8 y(*), x(*)
        integer n
c       Sets y(i) to the 4th root of x(i), for i=1,..,n
      end subroutine vqdrt

      subroutine vrcbrt (y, x, n)
        real*8 y(*), x(*)
        integer n
c       Sets y(i) to the reciprocal of the cube root of x(i),
c       for i=1,..,n
      end subroutine vrcbrt

      subroutine vrec (y, x, n)
        real*8 y(*), x(*)
        integer n
c       Sets y(i) to the reciprocal of x(i), for i=1,..,n
      end subroutine vrec

      subroutine vrqdrt (y, x, n)
        real*8 y(*), x(*)
        integer n
c       Sets y(i) to the reciprocal of the 4th root of x(i),
c       for i=1,..,n
      end subroutine vrqdrt

      subroutine vrsqrt (y, x, n)
        real*8 y(*), x(*)
        integer n
c       Sets y(i) to the reciprocal of the square root of x(i),
c       for i=1,..,n
      end subroutine vrsqrt

      subroutine vsin (y, x, n)
        real*8 y(*), x(*)
        integer n
c       Sets y(i) to the sine of x(i), for i=1,..,n
      end subroutine vsin

      subroutine vsincos (y, z, x, n)
        real*8 y(*), z(*), x(*)
        integer n
c       Sets y(i) to the sine of x(i)
c       and z(i) to the cosine of x(i), i=1,..,n
      end subroutine vsincos

      subroutine vsinh (y, x, n)
        real*8 y(*), x(*)
        integer n
c       Sets y(i) to the hyperbolic sine of x(i), for i=1,..,n
      end subroutine vsinh

      subroutine vsqrt (y, x, n)
        real*8 y(*), x(*)
        integer n
c       Sets y(i) to the square root of x(i), for i=1,..,n
      end subroutine vsqrt

      subroutine vtan (y, x, n)
        real*8 y(*), x(*)
        integer n
c       Sets y(i) to the tangent of x(i), for i=1,..,n
      end subroutine vtan

      subroutine vtanh (y, x, n)
        real*8 y(*), x(*)
        integer n
c       Sets y(i) to the hyperbolic tangent of x(i), for i=1,..,n
      end subroutine vtanh

      end interface

cccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc
c     Fortran interface block for MASS single-precision vector
c     functions.
cccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc

      interface

      subroutine vsacos (y, x, n)
        real*4 y(*), x(*)
        integer n
c       Sets y(i) to the arccosine of x(i), for i=1,..,n
      end subroutine vsacos

      subroutine vsacosh (y, x, n)
        real*4 y(*), x(*)
        integer n
c       Sets y(i) to the arc hyperbolic cosine of x(i),
c       for i=1,..,n
      end subroutine vsacosh

      subroutine vsasin(y, x, n)
        real*4 y(*), x(*)
        integer n
c       Sets y(i) to the arcsine of x(i), for i=1,..,n
      end subroutine vsasin

      subroutine vsasinh (y, x, n)
        real*4 y(*), x(*)
        integer n
c       Sets y(i) to the arc hyperbolic sine of x(i), for i=1,..,n
      end subroutine vsasinh

      subroutine vsatan (y, x, n)
        real*4 y(*), x(*)
        integer n
c       Sets y(i) to the arc tangent of x(i), for i=1,..,n.
c       (libmassvp7.a only)
      end subroutine vsatan

      subroutine vsatan2 (z, x, y, n)
        real*4 z(*), x(*), y(*)
        integer n
c       Sets z(i) to the arctangent of x(i)/y(i), for i=1,..,n
      end subroutine vsatan2

      subroutine vsatanh (y, x, n)
        real*4 y(*), x(*)
        integer n
c       Sets y(i) to the arc hyperbolic tangent of x(i),
c       for i=1,..,n
      end subroutine vsatanh

      subroutine vscbrt (y, x, n)
        real*4 y(*), x(*)
        integer n
c       Sets y(i) to the cube root of x(i), for i=1,..,n
      end subroutine vscbrt

      subroutine vscos (y, x, n)
        real*4 y(*), x(*)
        integer n
c       Sets y(i) to the cosine of x(i), for i=1,..,n
      end subroutine vscos

      subroutine vscosh (y, x, n)
        real*4 y(*), x(*)
        integer n
c       Sets y(i) to the hyperbolic cosine of x(i), for i=1,..,n
      end subroutine vscosh

      subroutine vscosisin (y, x, n)
        complex*16 y(*)
        real*4 x(*)
        integer n
c       Sets the real part of y(i) to the cosine of x(i) and the
c       imaginary part c of y(i) to the sine of x(i), for i=1,..,n
      end subroutine vscosisin

      subroutine vsdiv (z, x, y, n)
        real*4 z(*), x(*), y(*)
        integer n
c       Sets z(i) to x(i)/y(i), for i=1,..,n
      end subroutine vsdiv

      subroutine vserf (y, x, n)
        real*4 y(*), x(*)
        integer n
c       Sets y(i) to the error function of x(i),
c       for i=1,..,n.  (libmassvp7.a only)
      end subroutine vserf

      subroutine vserfc (y, x, n)
        real*4 y(*), x(*)
        integer n
c       Sets y(i) to the complimentary error function of x(i),
c       for i=1,..,n.  (libmassvp7.a only)
      end subroutine vserfc

      subroutine vsexp (y, x, n)
        real*4 y(*), x(*)
        integer n
c       Sets y(i) to the exponential function of x(i),
c       for i=1,..,n
      end subroutine vsexp

      subroutine vsexpm1 (y, x, n)
        real*4 y(*), x(*)
        integer n
c       Sets y(i) to (the exponential function of x(i))-1,
c       for i=1,..,n
      end subroutine vsexpm1

      subroutine vsexp2 (y, x, n)
        real*4 y(*), x(*)
        integer n
c       Sets y(i) to 2 raised to the power of x(i),
c       for i=1,..,n.  (libmassvp7.a only)
      end subroutine vsexp2

      subroutine vsexp2m1 (y, x, n)
        real*4 y(*), x(*)
        integer n
c       Sets y(i) to (2 raised to the power of x(i))-1,
c       for i=1,..,n.  (libmassvp7.a only)
      end subroutine vsexp2m1

      subroutine vshypot (z, x, y, n)
        real*4 z(*), x(*), y(*)
        integer n
c       Sets z(i) to the square root of the sum of the squares of
c       x(i) and y(i), for i=1,..,n.  (libmassvp7.a only)
      end subroutine vshypot

      subroutine vslog (y, x, n)
        real*4 y(*), x(*)
        integer n
c       Sets y(i) to the natural logarithm of x(i), for i=1,..,n
      end subroutine vslog

      subroutine vslog10 (y, x, n)
        real*4 y(*), x(*)
        integer n
c       Sets y(i) to the base-10 logarithm of x(i), for i=1,..,n
      end subroutine vslog10

      subroutine vslog1p (y, x, n)
        real*4 y(*), x(*)
        integer n
c       Sets y(i) to the natural logarithm of (x(i)+1),
c       for i=1,..,n
      end subroutine vslog1p

      subroutine vslog2 (y, x, n)
        real*4 y(*), x(*)
        integer n
c       Sets y(i) to the base-2 logarithm of x(i), for i=1,..,n.
c       (libmassvp7.a only)
      end subroutine vslog2

     subroutine vslog21p (y, x, n)
        real*4 y(*), x(*)
        integer n
c       Sets y(i) to the base-2 logarithm of (x(i)+1),
c       for i=1,..,n.  (libmassvp7.a only)
      end subroutine vslog21p

      subroutine vspow (z, x, y, n)
        real*4 z(*), x(*), y(*)
        integer n
c       Sets z(i) to x(i) raised to the power y(i), for i=1,..,n
      end subroutine vspow

      subroutine vsqdrt (y, x, n)
        real*4 y(*), x(*)
        integer n
c       Sets y(i) to the 4th root of x(i), for i=1,..,n
      end subroutine vsqdrt

      subroutine vsrcbrt (y, x, n)
        real*4 y(*), x(*)
        integer n
c       Sets y(i) to the reciprocal of the cube root of x(i),
c       for i=1,..,n
      end subroutine vsrcbrt

      subroutine vsrec (y, x, n)
        real*4 y(*), x(*)
        integer n
c       Sets y(i) to the reciprocal of x(i), for i=1,..,n
      end subroutine vsrec

      subroutine vsrqdrt (y, x, n)
        real*4 y(*), x(*)
        integer n
c       Sets y(i) to the reciprocal of the 4th root of x(i),
c       for i=1,..,n
      end subroutine vsrqdrt

      subroutine vsrsqrt (y, x, n)
        real*4 y(*), x(*)
        integer n
c       Sets y(i) to the reciprocal of the square root of x(i),
c       for i=1,..,n
      end subroutine vsrsqrt

      subroutine vssin (y, x, n)
        real*4 y(*), x(*)
        integer n
c       Sets y(i) to the sine of x(i), for i=1,..,n
      end subroutine vssin

      subroutine vssincos (y, z, x, n)
        real*4 y(*), z(*), x(*)
        integer n
c       Sets y(i) to the sine of x(i) and z(i) to the cosine
c       of x(i), i=1,..,n
      end subroutine vssincos

      subroutine vssinh (y, x, n)
        real*4 y(*), x(*)
        integer n
c       Sets y(i) to the hyperbolic sine of x(i), for i=1,..,n
      end subroutine vssinh

      subroutine vssqrt (y, x, n)
        real*4 y(*), x(*)
        integer n
c       Sets y(i) to the square root of x(i), for i=1,..,n
      end subroutine vssqrt

      subroutine vstan (y, x, n)
        real*4 y(*), x(*)
        integer n
c       Sets y(i) to the tangent of x(i), for i=1,..,n
      end subroutine vstan

      subroutine vstanh (y, x, n)
        real*4 y(*), x(*)
        integer n
c       Sets y(i) to the hyperbolic tangent of x(i), for i=1,..,n
      end subroutine vstanh

      end interface

cccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc
c     Fortran interface block for MASS integer vector functions.
cccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccccc

      interface

      integer*4 function vpopcnt4 (x, n)
        integer*4 x(*), n
c       Returns the total number of 1 bits in the concatenation
c       of the binary representation of x(i), for i=1,...,n.
      end function vpopcnt4

      integer*4 function vpopcnt8 (x, n)
        integer*8 x(*), n
c       Returns the total number of 1 bits in the concatenation
c       of the binary representation of x(i), for i=1,...,n.
      end function vpopcnt8

      end interface

Cross Reference information
Segment Product Component Platform Version Edition
Operating System AIX family
pSeries Unix Servers (incl pSeries Intellistation) pSeries - Enterprise Servers
RS/6000 (Servers and Workstations) RS/6000 Enterprise Servers
Software Development XL C Enterprise Edition for AIX Not Applicable AIX All Versions
Software Development VisualAge C++ AIX All versions
Software Development XL Fortran AIX, AIXL All versions
Software Development XL C/C++ AIX, AIX5L, AIXL All Versions

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Document information


More support for:

Mathematical Acceleration Subsystem
Libraries

Software version:

6.0

Operating system(s):

AIX, AIX5L, AIXL

Reference #:

7005377

Modified date:

2010-04-13

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