RealFun: Real & Complex Math Libraries for QuickBASIC

COMPLIST.TXT

Compfun.lib: Alphabetic Function Listing

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

atand 2 s inverse tangent, degrees, quadrant specific

atanh 1 s inverse hyperbolic tangent

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

cabs 3 s magnitude

cacos 4 s complex inverse cosine

cacosh 4 s complex inverse hyperbolic cosine

casin 4 s complex inverse sine

casinh 4 s complex inverse hyperbolic sine

catan 4 s complex inverse tangent

catanh 4 s complex inverse hyperbolic tangent

ccart 4 s polar to rectangular coordinates

ccartd 4 s polar to rectangular coordinates, degrees

ccos 4 s complex cosine

ccosh 4 s complex hyperbolic cosine

cdabs 3 d magnitude

cdacos 4 d complex inverse cosine

cdacosh 4 d complex inverse hyperbolic cosine

cdasin 4 d complex inverse sine

cdasinh 4 d complex inverse hyperbolic sine

cdatan 4 d complex inverse tangent

cdatanh 4 d complex inverse hyperbolic tangent

cdcart 4 d polar to rectangular coordinates

cdcartd 4 d polar to rectangular coordinates, degrees

cdcos 4 d complex cosine

cdcosh 4 d complex hyperbolic cosine

cddiv 6 d divide

cdexp 4 d exponentiation

cdiv 6 s divide

cdlog 4 d logarithm

cdmod 6 d complex modulo

cdmult 6 d multiply

cdpolar 4 d rectangular to polar coordinates

cdpolard 4 d rectangular to polar coordinates, degrees

cdpower 6 d raise complex number to complex power

cdsin 4 d complex sine

cdsinh 4 d complex hyperbolic sine

cdtan 4 d complex tangent

cdtanh 4 d complex hyperbolic tangent

cexp 4 s exponentiation

clog 4 s logarithm

cmod 6 s complex modulo

cmult 6 s multiply

cosd 1 s cosine, degrees

cosh 1 s hyperbolic cosine

cpolar 4 s rectangular to polar coordinates

cpolard 4 s rectangular to polar coordinates, degrees

cpower 6 s raise complex number to complex power

csin 4 s complex sine

csinh 4 s complex hyperbolic sine

ctan 4 s complex tangent

ctanh 4 s complex hyperbolic tangent

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

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

dnearint 4 d nearest integer, returns long integers

drpower 5 d raise complex number to real power

dsind# 1 d sine, degrees

dsinh# 1 d hyperbolic sine

dtand# 1 d tangent, degrees

dtanh# 1 d hyperbolic tangent

nearint 4 s nearest integer, returns short integers

rpower 5 s raise complex number to real power

sind 1 s sine, degrees

sinh 1 s hyperbolic sine

tand 1 s tangent, degrees

tanh 1 s hyperbolic tangent

Notes:

- Fun/Sub refers to the function or subprogram name. Items that deal with

real numbers are functions (DECLARE FUNCTON); those that deal with

complex numbers are subprograms (DECLARE SUB).

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

statements.

- S/D refers to the precision of the arguments and return values: s = single-

precision, d = double-precision.