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- RealFun: Real & Complex Math Libraries for QuickBASIC
- COMPLIST.TXT
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- Compfun.lib: Alphabetic Function Listing
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- Fun/Sub No. S/D Comments
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- 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
- 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
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- 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
- 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
- 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
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- 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.
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