74         quantile(g, P), k, tol);  in test_spot()
84         BOOST_CHECK(quantile(g, P) < boost::math::tools::epsilon<RealType>() * 10);  in test_spot()
90         quantile(complement(g, Q)), k, tol);  in test_spot()
100         BOOST_CHECK(quantile(complement(g, Q)) < boost::math::tools::epsilon<RealType>() * 10);  in test_spot()
212   using boost::math::quantile;  in test_spots()
580   quantile(  // zero P < cdf(0) so should be exactly zero.  in test_spots()
586   quantile(  // min P < cdf(0) so should be exactly zero.  in test_spots()
592   quantile(  // Small P < cdf(0) so should be near zero.  in test_spots()
599   quantile(  // Small P < cdf(0) so should be exactly zero.  in test_spots()
622     quantile(  // At P == 1 so k failures should be infinite.  in test_spots()
629     quantile(  // At 1 == P  so should be infinite.  in test_spots()
635     quantile(complement(  // Q zero 1 so P == 1 < cdf(0) so should be exactly infinity.  in test_spots()
643     quantile(  // At P == 1 so k failures should be infinite.  in test_spots()
649     quantile(complement(  // Q zero 1 so P == 1 < cdf(0) so should be exactly infinity.  in test_spots()
656   quantile(complement(  // Q near to 1 so P nearly 1, so should be large > 300.  in test_spots()
662   quantile(  //  P ==  0 < cdf(0) so should be zero.  in test_spots()
670   quantile(complement(  // Q = 1 so P = 0 < cdf(0) so should be exactly zero.  in test_spots()
677   quantile(complement(  // Q very near 1 so P == epsilon < cdf(0) so should be exactly zero.  in test_spots()
718   quantile(  // Negative success_fraction!  in test_spots()
722   quantile( // Success_fraction > 1!  in test_spots()