Dear MPIR, I have a few questions to pose in regards to your famous C library.
-Is it possible to pre download already compiled versions of MPIR for Win64, Lin64 Operating Systems? -Is MPIR library compatible with available Win64 implementations of GCC, for example, TDM (Twilight Dragon Media)? -Does MPIR support an Arbitrary Precision, or High Precision, positive, negative, or zero, Base 10 Integer type? -Does MPIR support an Arbitrary Precision, or High Precision, positive, negative, or zero, Base 10 Rational Number (Integer and/or Decimal) type? -Does MPIR support casting in between two such types? -Does MPIR 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! Z.M. -- You received this message because you are subscribed to the Google Groups "mpir-devel" group. To unsubscribe from this group and stop receiving emails from it, send an email to mpir-devel+unsubscr...@googlegroups.com. To view this discussion on the web visit https://groups.google.com/d/msgid/mpir-devel/6d65767d-d5da-4c8a-8994-0f1d559cc59en%40googlegroups.com.
