140     OutDetail(msg);  in printVecFx32Msg()
141     OutDetail("( %.5f, %.5f, %.5f )", FX_FX32_TO_F32(v->x), FX_FX32_TO_F32(v->y),  in printVecFx32Msg()
143     OutDetail("\n");  in printVecFx32Msg()
152     OutDetail(msg);  in printVecDMsg()
153     OutDetail("( %.5f, %.5f, %.5f )", v->x, v->y, v->z);  in printVecDMsg()
154     OutDetail("\n");  in printVecDMsg()
368     OutDetail("**** VEC_Mag ::: FX     Result => %.10f\n");  in GetMagError_()
369     OutDetail("**** VEC_Mag ::: double Result => %.10f\n");  in GetMagError_()
387     OutDetail  in GetNormalizeError_()
397     OutDetail  in GetNormalizeError_()
400     OutDetail("\n");  in GetNormalizeError_()
560                 OutDetail("------------ input ---------------------\n");  in VEC_DotCrossProduct_test_()
565                 OutDetail("v1 . v2 Error   = %.10f \n", errDot);  in VEC_DotCrossProduct_test_()
566                 OutDetail("v1 X v3 Error   = %.10f \n", errCross);  in VEC_DotCrossProduct_test_()
627     OutDetail("                 v = %.10f \n", vd1);  in Unary_operator_test_()
631     OutDetail("sqrt( v1 )   Error = %.10f \n", diff);  in Unary_operator_test_()
635     OutDetail("InvSqrt( v1 )Error = %.10f \n", diff);  in Unary_operator_test_()
639     OutDetail("1.0 / v1     Error = %.10f \n", diff);  in Unary_operator_test_()
643     OutDetail("1.0 / v1 _64 Error = %.10f \n", diff);  in Unary_operator_test_()
659     OutDetail("v1 = %.10f, v2 = %.10f\n", vd1, vd2);  in Binary_operator_test_()
663     OutDetail("v1 * v2     Error = %.10f \n", diff);  in Binary_operator_test_()
667     OutDetail("v1 / v2     Error = %.10f \n", diff);  in Binary_operator_test_()
671     OutDetail("v1 * v2 _64 Error = %.10f \n", diff);  in Binary_operator_test_()
675     OutDetail("v1 / v2 _64 Error = %.10f \n", diff);  in Binary_operator_test_()