RealFun:  Real & Complex Math Libraries for QuickBASIC

REALLIST.TXT



        Realfun.lib:  Alphabetic Function Listing





Function    No.   S/D    Comments



acos         1     s     inverse cosine, radians

acosd        1     s     inverse cosine, degrees

acosh        1     s     inverse hyperbolic cosine

amax         2     s     maximum

amin         2     s     minimum

amod         2     s     modulo, floating point

asin         1     s     inverse sine, radians

asind        1     s     inverse sine, degrees

asinh        1     s     inverse hyperbolic sine

atan         2     s     inverse tangent, radians, quadrant specific

atand        2     s     inverse tangent, degrees, quadrant specific

atanh        1     s     inverse hyperbolic tangent

atnd         1     s     inverse tangent, degrees, non-quadrant specific

cosd         1     s     cosine, degrees

cosh         1     s     hyperbolic cosine

dacos#       1     d     inverse cosine, radians

dacosd#      1     d     inverse cosine, degrees

dacosh#      1     d     inverse hyperbolic cosine

dasin#       1     d     inverse sine, radians

dasind#      1     d     inverse sine, degrees

dasinh#      1     d     inverse hyperbolic sine

datan#       2     d     inverse tangent, radians, quadrant specific

datand#      2     d     inverse tangent, degrees, quadrant specific

datanh#      1     d     inverse hyperbolic tangent

datnd#       1     d     inverse tangent, degrees, non-quadrant specific

dcosd#       1     d     cosine, degrees

dcosh#       1     d     hyperbolic cosine

dmax#        2     d     maximum

dmin#        2     d     minimum

dmod#        2     d     modulo, floating point

dsind#       1     d     sine, degrees

dsinh#       1     d     hyperbolic sine

dtand#       1     d     tangent, degrees

dtanh#       1     d     hyperbolic tangent

sind         1     s     sine, degrees

sinh         1     s     hyperbolic sine

tand         1     s     tangent, degrees

tanh         1     s     hyperbolic tangent





Notes:

- No. refers to the number of arguments needed in the calling and declaration

        statements.

- S/D referes to the precision of the arguments and returned values--

        s = single-precision, d = double-precision.