Questions about GMP.

[A Z]

Dear GMP,

I have a few questions to pose in regards to your famous C library.

-Is it possible to pre download already compiled versions of GMP
for Win64, Lin64 Operating Systems?

-Is the GMP library compatible with available Win64 implementations
 of GCC, for example, TDM (Twilight Dragon Media)?

-Does GMP support an Arbitrary Precision, or High Precision,
positive, negative, or zero, Base 10 Integer type?

-Does GMP support an Arbitrary Precision, or High Precision,
positive, negative, or zero, Base 10 Rational Number
(Integer and/or Decimal) type?

-Does GMP support casting in between two such types?

-Does GMP Support functions that correspond to the following,
upon Arbitrary Precision Integer, I or Arbitrary Precision Rational,
R numbers?


sign(R input)  returns I;

abs(R input)   returns I;

ceil(R input)  returns I;

floor(R input) returns I;

round(R input) returns I;

recip(R input) returns R;

pi(BIGINT precision) returns R;

e(BIGINT precision)  returns R;

power(R base, R exponent) returns R;

sqrt(R input) returns R;

nroot(I theroot, R input) returns R;

log10(R input) returns R;

ln(R input) returns R;

log2(R input) returns R;

factorial(I input) returns I;

nCr(I objects, I selectionSize) returns I;

nPr(I objects, I selectionSize) returns I;


degrees(R input) returns R;

radians(R input) returns R;

sind(R input)    returns R;

cosd(R input)    returns R;

tand(R input)    returns R;

asind(R input)   returns R;

acosd(R input)   returns R;

atand(R input)   returns R;

sinr(R input)    returns R;

cosr(R input)    returns R;

tanr(R input)    returns R;

asinr(R input)   returns R;

acosr(R input)   returns R;

atanr(R input)   returns R;


Many Thanks for a specific reply!

Z.M.