645     invCubeRootNorm2(FIXP_DBL op_m, INT* op_e)  in invCubeRootNorm2()  argument
648     invCubeRootNorm2(FIXP_DBL op_m, INT* op_e)  in invCubeRootNorm2()
651   FDK_ASSERT(op_m > FIXP_DBL(0));  in invCubeRootNorm2()
654   INT exponent = (INT)fNormz(op_m) - 1;  in invCubeRootNorm2()
655   op_m <<= exponent;  in invCubeRootNorm2()
657   INT index = (INT)(op_m >> (DFRACT_BITS - 1 - (CUBE_ROOT_BITS + 1))) &  in invCubeRootNorm2()
659   FIXP_DBL fract = (FIXP_DBL)(((INT)op_m & CUBE_ROOT_FRACT_BITS_MASK)  in invCubeRootNorm2()
662   op_m = fMultAddDiv2(invCubeRootTab[index], diff << 1, fract);  in invCubeRootNorm2()
670     op_m = fMultAddDiv2(op_m, fract, diff);  in invCubeRootNorm2()
689   op_m = fMultDiv2(op_m, invCubeRootCorrection[rem]) << 2;  in invCubeRootNorm2()
691   return (op_m);  in invCubeRootNorm2()
767     invFourthRootNorm2(FIXP_DBL op_m, INT* op_e)  in invFourthRootNorm2()  argument
770     invFourthRootNorm2(FIXP_DBL op_m, INT* op_e)  in invFourthRootNorm2()
773   FDK_ASSERT(op_m > FL2FXCONST_DBL(0.0));  in invFourthRootNorm2()
776   INT exponent = (INT)fNormz(op_m) - 1;  in invFourthRootNorm2()
777   op_m <<= exponent;  in invFourthRootNorm2()
779   INT index = (INT)(op_m >> (DFRACT_BITS - 1 - (FOURTHROOT_BITS + 1))) &  in invFourthRootNorm2()
781   FIXP_DBL fract = (FIXP_DBL)(((INT)op_m & FOURTHROOT_FRACT_BITS_MASK)  in invFourthRootNorm2()
784   op_m = invFourthRootTab[index] + (fMultDiv2(diff, fract) << 1);  in invFourthRootNorm2()
793     op_m = fMultAddDiv2(op_m, fract, diff);  in invFourthRootNorm2()
802   op_m = fMultDiv2(op_m, invFourthRootCorrection[rem]) << 2;  in invFourthRootNorm2()
804   return (op_m);  in invFourthRootNorm2()
883     inv3EigthRootNorm2(FIXP_DBL op_m, INT* op_e)  in inv3EigthRootNorm2()  argument
886     inv3EigthRootNorm2(FIXP_DBL op_m, INT* op_e)  in inv3EigthRootNorm2()
889   FDK_ASSERT(op_m > FL2FXCONST_DBL(0.0));  in inv3EigthRootNorm2()
892   INT exponent = (INT)fNormz(op_m) - 1;  in inv3EigthRootNorm2()
893   op_m <<= exponent;  in inv3EigthRootNorm2()
895   INT index = (INT)(op_m >> (DFRACT_BITS - 1 - (THREEIGTHROOT_BITS + 1))) &  in inv3EigthRootNorm2()
897   FIXP_DBL fract = (FIXP_DBL)(((INT)op_m & THREEIGTHROOT_FRACT_BITS_MASK)  in inv3EigthRootNorm2()
900   op_m = inv3EigthRootTab[index] + (fMultDiv2(diff, fract) << 1);  in inv3EigthRootNorm2()
909     op_m = fMultAddDiv2(op_m, fract, diff);  in inv3EigthRootNorm2()
918   op_m = fMultDiv2(op_m, inv3EigthRootCorrection[rem]) << 2;  in inv3EigthRootNorm2()
920   return (fMult(op_m, fMult(op_m, op_m)));  in inv3EigthRootNorm2()