bridge/class-master/depend/pari/src/basemath/mellininv.c
/* Compute m-th derivative of inverse Mellin at s2d = s^(d/2) using
 * initialization data. Use Taylor expansion at 0 for |s2d| < tmax, and
 * asymptotic expansion at oo otherwise. WARNING: assume that accuracy
 * has been increased according to tmax by the CALLING program. */
Compute m-th derivative of inverse Mellin at s2d = s^(d/2) using
initialization data. Use Taylor expansion at 0 for |s2d| < tmax, and
asymptotic expansion at oo otherwise. WARNING: assume that accuracy
has been increased according to tmax by the CALLING program.
Compute m - th derivative of inverse Mellin at s2d = s^ ( d / 2 ) using initialization data . Use Taylor expansion at 0 for |s2d| < tmax and asymptotic expansion at oo otherwise . WARNING : assume that accuracy has been increased according to tmax by the CALLING program .
GEN
gammamellininvrt(GEN K, GEN s2d, long bitprec)
{
  if (dblmodulus(s2d) < GMi_get_tmax(K, bitprec))
    return Kderivsmall(K, NULL, s2d, bitprec);
  else
    return Kderivlarge(K, NULL, s2d, bitprec);
}
GEN gammamellininvrt ( GEN K , GEN s2d , long bitprec ) { if ( dblmodulus ( s2d ) < GMi_get_tmax ( K , bitprec ) ) return Kderivsmall ( K , NULL , s2d , bitprec ) ; else return Kderivlarge ( K , NULL , s2d , bitprec ) ; }
Compute m-th derivative of inverse Mellin at s2d = s^(d/2) using
 initialization data.
Compute m - th derivative of inverse Mellin at s2d = s^ ( d / 2 ) using initialization data .