1d7d01132954e05ba41137195f26a265e7e255e6aHoward Hinnant//===----------------------------------------------------------------------===// 2d7d01132954e05ba41137195f26a265e7e255e6aHoward Hinnant// 3d7d01132954e05ba41137195f26a265e7e255e6aHoward Hinnant// The LLVM Compiler Infrastructure 4d7d01132954e05ba41137195f26a265e7e255e6aHoward Hinnant// 5b64f8b07c104c6cc986570ac8ee0ed16a9f23976Howard Hinnant// This file is dual licensed under the MIT and the University of Illinois Open 6b64f8b07c104c6cc986570ac8ee0ed16a9f23976Howard Hinnant// Source Licenses. See LICENSE.TXT for details. 7d7d01132954e05ba41137195f26a265e7e255e6aHoward Hinnant// 8d7d01132954e05ba41137195f26a265e7e255e6aHoward Hinnant//===----------------------------------------------------------------------===// 9d7d01132954e05ba41137195f26a265e7e255e6aHoward Hinnant 10d7d01132954e05ba41137195f26a265e7e255e6aHoward Hinnant// <random> 11d7d01132954e05ba41137195f26a265e7e255e6aHoward Hinnant 12d7d01132954e05ba41137195f26a265e7e255e6aHoward Hinnant// template<class RealType = double> 13d7d01132954e05ba41137195f26a265e7e255e6aHoward Hinnant// class cauchy_distribution 14d7d01132954e05ba41137195f26a265e7e255e6aHoward Hinnant 15d7d01132954e05ba41137195f26a265e7e255e6aHoward Hinnant// explicit cauchy_distribution(result_type a = 0, result_type b = 1); 16d7d01132954e05ba41137195f26a265e7e255e6aHoward Hinnant 17d7d01132954e05ba41137195f26a265e7e255e6aHoward Hinnant#include <random> 18d7d01132954e05ba41137195f26a265e7e255e6aHoward Hinnant#include <cassert> 19d7d01132954e05ba41137195f26a265e7e255e6aHoward Hinnant 20d7d01132954e05ba41137195f26a265e7e255e6aHoward Hinnantint main() 21d7d01132954e05ba41137195f26a265e7e255e6aHoward Hinnant{ 22d7d01132954e05ba41137195f26a265e7e255e6aHoward Hinnant { 23d7d01132954e05ba41137195f26a265e7e255e6aHoward Hinnant typedef std::cauchy_distribution<> D; 24d7d01132954e05ba41137195f26a265e7e255e6aHoward Hinnant D d; 25d7d01132954e05ba41137195f26a265e7e255e6aHoward Hinnant assert(d.a() == 0); 26d7d01132954e05ba41137195f26a265e7e255e6aHoward Hinnant assert(d.b() == 1); 27d7d01132954e05ba41137195f26a265e7e255e6aHoward Hinnant } 28d7d01132954e05ba41137195f26a265e7e255e6aHoward Hinnant { 29d7d01132954e05ba41137195f26a265e7e255e6aHoward Hinnant typedef std::cauchy_distribution<> D; 30d7d01132954e05ba41137195f26a265e7e255e6aHoward Hinnant D d(14.5); 31d7d01132954e05ba41137195f26a265e7e255e6aHoward Hinnant assert(d.a() == 14.5); 32d7d01132954e05ba41137195f26a265e7e255e6aHoward Hinnant assert(d.b() == 1); 33d7d01132954e05ba41137195f26a265e7e255e6aHoward Hinnant } 34d7d01132954e05ba41137195f26a265e7e255e6aHoward Hinnant { 35d7d01132954e05ba41137195f26a265e7e255e6aHoward Hinnant typedef std::cauchy_distribution<> D; 36d7d01132954e05ba41137195f26a265e7e255e6aHoward Hinnant D d(14.5, 5.25); 37d7d01132954e05ba41137195f26a265e7e255e6aHoward Hinnant assert(d.a() == 14.5); 38d7d01132954e05ba41137195f26a265e7e255e6aHoward Hinnant assert(d.b() == 5.25); 39d7d01132954e05ba41137195f26a265e7e255e6aHoward Hinnant } 40d7d01132954e05ba41137195f26a265e7e255e6aHoward Hinnant} 41