/home/docs/checkouts/readthedocs.org/user_builds/advanced-micro-devices-rocrand/checkouts/docs-6.1.2/library/include/rocrand/rocrand.hpp Source File

API library

• library
• include
• rocrand

rocrand.hpp

1 // Copyright (c) 2017-2023 Advanced Micro Devices, Inc. All rights reserved.

2 //

3 // Permission is hereby granted, free of charge, to any person obtaining a copy

4 // of this software and associated documentation files (the "Software"), to deal

5 // in the Software without restriction, including without limitation the rights

6 // to use, copy, modify, merge, publish, distribute, sublicense, and/or sell

7 // copies of the Software, and to permit persons to whom the Software is

8 // furnished to do so, subject to the following conditions:

9 //

10 // The above copyright notice and this permission notice shall be included in

11 // all copies or substantial portions of the Software.

12 //

13 // THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR

14 // IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY,

15 // FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE

16 // AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER

17 // LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM,

18 // OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN

19 // THE SOFTWARE.

20 

21 #ifndef ROCRAND_HPP_

22 #define ROCRAND_HPP_

23 

24 // At least C++11 required

25 #if defined(__cplusplus) && __cplusplus >= 201103L

26 

27  #include "rocrand/rocrand.h"

28  #include "rocrand/rocrand_kernel.h"

29 

30  #include <exception>

31  #include <limits>

32  #include <random>

33  #include <sstream>

34  #include <string>

35  #include <type_traits>

36 

37  #include <cassert>

38 

39 namespace rocrand_cpp {

40 

43 

49 class error : public std::exception

50 {

51 public:

53  typedef rocrand_status error_type;

54 

58  explicit error(error_type error) noexcept

59  : m_error(error),

60  m_error_string(to_string(error))

61  {

62  }

63 

65  error_type error_code() const noexcept

66  {

67  return m_error;

68  }

69 

71  std::string error_string() const noexcept

72  {

73  return m_error_string;

74  }

75 

77  const char* what() const noexcept override

78  {

79  return m_error_string.c_str();

80  }

81 

88  static std::string to_string(error_type error)

89  {

90  switch(error)

91  {

92  case ROCRAND_STATUS_SUCCESS:

93  return "Success";

94  case ROCRAND_STATUS_VERSION_MISMATCH:

95  return "Header file and linked library version do not match";

96  case ROCRAND_STATUS_NOT_CREATED:

97  return "Generator was not created using rocrand_create_generator";

98  case ROCRAND_STATUS_ALLOCATION_FAILED:

99  return "Memory allocation failed during execution";

100  case ROCRAND_STATUS_TYPE_ERROR:

101  return "Generator type is wrong";

102  case ROCRAND_STATUS_OUT_OF_RANGE:

103  return "Argument out of range";

104  case ROCRAND_STATUS_LENGTH_NOT_MULTIPLE:

105  return "Length requested is not a multiple of dimension";

106  case ROCRAND_STATUS_DOUBLE_PRECISION_REQUIRED:

107  return "GPU does not have double precision";

108  case ROCRAND_STATUS_LAUNCH_FAILURE:

109  return "Kernel launch failure";

110  case ROCRAND_STATUS_INTERNAL_ERROR:

111  return "Internal library error";

112  default: {

113  std::stringstream s;

114  s << "Unknown rocRAND error (" << error << ")";

115  return s.str();

116  }

117  }

118  }

119 

121  friend

122  bool operator==(const error& l, const error& r)

123  {

124  return l.error_code() == r.error_code();

125  }

126 

128  friend

129  bool operator!=(const error& l, const error& r)

130  {

131  return !(l == r);

132  }

133 

134 private:

135  error_type m_error;

136  std::string m_error_string;

137 };

138 

144 template<class IntType = unsigned int>

145 class uniform_int_distribution

146 {

147  static_assert(std::is_same<unsigned char, IntType>::value

148  || std::is_same<unsigned short, IntType>::value

149  || std::is_same<unsigned long long int, IntType>::value

150  || std::is_same<unsigned int, IntType>::value,

151  "Only unsigned char, unsigned short, unsigned int and unsigned long long int "

152  "types are supported in uniform_int_distribution");

153 

154 public:

156  typedef IntType result_type;

157 

159  uniform_int_distribution()

160  {

161  }

162 

164  static void reset()

165  {

166  }

167 

169  // cppcheck-suppress functionStatic

170  IntType min() const

171  {

172  return 0;

173  }

174 

176  IntType max() const

177  {

178  return std::numeric_limits<IntType>::max();

179  }

180 

198  template<class Generator>

199  void operator()(Generator& g, IntType * output, size_t size)

200  {

201  rocrand_status status;

202  status = this->generate(g, output, size);

203  if(status != ROCRAND_STATUS_SUCCESS) throw rocrand_cpp::error(status);

204  }

205 

207  bool operator==(const uniform_int_distribution<IntType>& other) const

208  {

209  (void) other;

210  return true;

211  }

212 

214  bool operator!=(const uniform_int_distribution<IntType>& other) const

215  {

216  return !(*this == other);

217  }

218 

219 private:

220  template<class Generator>

221  static rocrand_status generate(Generator& g, unsigned char * output, size_t size)

222  {

223  return rocrand_generate_char(g.m_generator, output, size);

224  }

225 

226  template<class Generator>

227  static rocrand_status generate(Generator& g, unsigned short * output, size_t size)

228  {

229  return rocrand_generate_short(g.m_generator, output, size);

230  }

231 

232  template<class Generator>

233  static rocrand_status generate(Generator& g, unsigned int * output, size_t size)

234  {

235  return rocrand_generate(g.m_generator, output, size);

236  }

237 

238  template<class Generator>

239  static rocrand_status generate(Generator& g, unsigned long long int* output, size_t size)

240  {

241  return rocrand_generate_long_long(g.m_generator, output, size);

242  }

243 };

244 

250 template<class RealType = float>

251 class uniform_real_distribution

252 {

253  static_assert(

254  std::is_same<float, RealType>::value

255  || std::is_same<double, RealType>::value

256  || std::is_same<half, RealType>::value,

257  "Only float, double, and half types are supported in uniform_real_distribution"

258  );

259 

260 public:

262  typedef RealType result_type;

263 

265  uniform_real_distribution()

266  {

267  }

268 

270  static void reset()

271  {

272  }

273 

275  // cppcheck-suppress functionStatic

276  RealType min() const

277  {

278  if(std::is_same<float, RealType>::value)

279  {

280  return static_cast<RealType>(ROCRAND_2POW32_INV);

281  }

282  return static_cast<RealType>(ROCRAND_2POW32_INV_DOUBLE);

283  }

284 

286  // cppcheck-suppress functionStatic

287  RealType max() const

288  {

289  return 1.0;

290  }

291 

309  template<class Generator>

310  void operator()(Generator& g, RealType * output, size_t size)

311  {

312  rocrand_status status;

313  status = this->generate(g, output, size);

314  if(status != ROCRAND_STATUS_SUCCESS) throw rocrand_cpp::error(status);

315  }

316 

318  bool operator==(const uniform_real_distribution<RealType>& other) const

319  {

320  (void) other;

321  return true;

322  }

323 

325  bool operator!=(const uniform_real_distribution<RealType>& other) const

326  {

327  return !(*this == other);

328  }

329 

330 private:

331  template<class Generator>

332  static rocrand_status generate(Generator& g, float * output, size_t size)

333  {

334  return rocrand_generate_uniform(g.m_generator, output, size);

335  }

336 

337  template<class Generator>

338  static rocrand_status generate(Generator& g, double * output, size_t size)

339  {

340  return rocrand_generate_uniform_double(g.m_generator, output, size);

341  }

342 

343  template<class Generator>

344  static rocrand_status generate(Generator& g, half * output, size_t size)

345  {

346  return rocrand_generate_uniform_half(g.m_generator, output, size);

347  }

348 };

349 

355 template<class RealType = float>

356 class normal_distribution

357 {

358  static_assert(

359  std::is_same<float, RealType>::value

360  || std::is_same<double, RealType>::value

361  || std::is_same<half, RealType>::value,

362  "Only float, double and half types are supported in normal_distribution"

363  );

364 

365 public:

367  typedef RealType result_type;

368 

371  class param_type

372  {

373  public:

375  using distribution_type = normal_distribution<RealType>;

376 

381  param_type(RealType mean = 0.0, RealType stddev = 1.0)

382  : m_mean(mean), m_stddev(stddev)

383  {

384  }

385 

387  param_type(const param_type& params) = default;

388 

392  RealType mean() const

393  {

394  return m_mean;

395  }

396 

400  RealType stddev() const

401  {

402  return m_stddev;

403  }

404 

406  bool operator==(const param_type& other) const

407  {

408  return m_mean == other.m_mean && m_stddev == other.m_stddev;

409  }

410 

412  bool operator!=(const param_type& other) const

413  {

414  return !(*this == other);

415  }

416  private:

417  RealType m_mean;

418  RealType m_stddev;

419  };

420 

424  normal_distribution(RealType mean = 0.0, RealType stddev = 1.0)

425  : m_params(mean, stddev)

426  {

427  }

428 

431  explicit normal_distribution(const param_type& params)

432  : m_params(params)

433  {

434  }

435 

437  static void reset()

438  {

439  }

440 

444  RealType mean() const

445  {

446  return m_params.mean();

447  }

448 

452  RealType stddev() const

453  {

454  return m_params.stddev();

455  }

456 

458  // cppcheck-suppress functionStatic

459  RealType min() const

460  {

461  return std::numeric_limits<RealType>::lowest();

462  }

463 

465  RealType max() const

466  {

467  return std::numeric_limits<RealType>::max();

468  }

469 

471  param_type param() const

472  {

473  return m_params;

474  }

475 

477  void param(const param_type& params)

478  {

479  m_params = params;

480  }

481 

500  template<class Generator>

501  void operator()(Generator& g, RealType * output, size_t size)

502  {

503  rocrand_status status;

504  status = this->generate(g, output, size);

505  if(status != ROCRAND_STATUS_SUCCESS) throw rocrand_cpp::error(status);

506  }

507 

511  bool operator==(const normal_distribution<RealType>& other) const

512  {

513  return this->m_params == other.m_params;

514  }

515 

519  bool operator!=(const normal_distribution<RealType>& other) const

520  {

521  return !(*this == other);

522  }

523 

524 private:

525  template<class Generator>

526  rocrand_status generate(Generator& g, float * output, size_t size)

527  {

528  return rocrand_generate_normal(

529  g.m_generator, output, size, this->mean(), this->stddev()

530  );

531  }

532 

533  template<class Generator>

534  rocrand_status generate(Generator& g, double * output, size_t size)

535  {

536  return rocrand_generate_normal_double(

537  g.m_generator, output, size, this->mean(), this->stddev()

538  );

539  }

540 

541  template<class Generator>

542  rocrand_status generate(Generator& g, half * output, size_t size)

543  {

544  return rocrand_generate_normal_half(

545  g.m_generator, output, size, this->mean(), this->stddev()

546  );

547  }

548 

549  param_type m_params;

550 };

551 

557 template<class RealType = float>

558 class lognormal_distribution

559 {

560  static_assert(

561  std::is_same<float, RealType>::value

562  || std::is_same<double, RealType>::value

563  || std::is_same<half, RealType>::value,

564  "Only float, double and half types are supported in lognormal_distribution"

565  );

566 

567 public:

569  typedef RealType result_type;

570 

573  class param_type

574  {

575  public:

577  using distribution_type = lognormal_distribution<RealType>;

578 

583  param_type(RealType m = 0.0, RealType s = 1.0)

584  : m_mean(m), m_stddev(s)

585  {

586  }

587 

589  param_type(const param_type& params) = default;

590 

594  RealType m() const

595  {

596  return m_mean;

597  }

598 

602  RealType s() const

603  {

604  return m_stddev;

605  }

606 

608  bool operator==(const param_type& other) const

609  {

610  return m_mean == other.m_mean && m_stddev == other.m_stddev;

611  }

612 

614  bool operator!=(const param_type& other) const

615  {

616  return !(*this == other);

617  }

618  private:

619  RealType m_mean;

620  RealType m_stddev;

621  };

622 

626  lognormal_distribution(RealType m = 0.0, RealType s = 1.0)

627  : m_params(m, s)

628  {

629  }

630 

633  explicit lognormal_distribution(const param_type& params)

634  : m_params(params)

635  {

636  }

637 

639  static void reset()

640  {

641  }

642 

646  RealType m() const

647  {

648  return m_params.m();

649  }

650 

654  RealType s() const

655  {

656  return m_params.s();

657  }

658 

660  param_type param() const

661  {

662  return m_params;

663  }

664 

666  void param(const param_type& params)

667  {

668  m_params = params;

669  }

670 

672  // cppcheck-suppress functionStatic

673  RealType min() const

674  {

675  return 0;

676  }

677 

679  RealType max() const

680  {

681  return std::numeric_limits<RealType>::max();

682  }

683 

703  template<class Generator>

704  void operator()(Generator& g, RealType * output, size_t size)

705  {

706  rocrand_status status;

707  status = this->generate(g, output, size);

708  if(status != ROCRAND_STATUS_SUCCESS) throw rocrand_cpp::error(status);

709  }

710 

714  bool operator==(const lognormal_distribution<RealType>& other) const

715  {

716  return this->m_params == other.m_params;

717  }

718 

722  bool operator!=(const lognormal_distribution<RealType>& other) const

723  {

724  return !(*this == other);

725  }

726 

727 private:

728  template<class Generator>

729  rocrand_status generate(Generator& g, float * output, size_t size)

730  {

731  return rocrand_generate_log_normal(

732  g.m_generator, output, size, this->m(), this->s()

733  );

734  }

735 

736  template<class Generator>

737  rocrand_status generate(Generator& g, double * output, size_t size)

738  {

739  return rocrand_generate_log_normal_double(

740  g.m_generator, output, size, this->m(), this->s()

741  );

742  }

743 

744  template<class Generator>

745  rocrand_status generate(Generator& g, half * output, size_t size)

746  {

747  return rocrand_generate_log_normal_half(

748  g.m_generator, output, size, this->m(), this->s()

749  );

750  }

751 

752  param_type m_params;

753 };

754 

760 template<class IntType = unsigned int>

761 class poisson_distribution

762 {

763  static_assert(

764  std::is_same<unsigned int, IntType>::value,

765  "Only unsigned int type is supported in poisson_distribution"

766  );

767 

768 public:

770  typedef IntType result_type;

771 

774  class param_type

775  {

776  public:

778  using distribution_type = poisson_distribution<IntType>;

779 

783  param_type(double mean = 1.0)

784  : m_mean(mean)

785  {

786  }

787 

789  param_type(const param_type& params) = default;

790 

795  double mean() const

796  {

797  return m_mean;

798  }

799 

801  bool operator==(const param_type& other) const

802  {

803  return m_mean == other.m_mean;

804  }

805 

807  bool operator!=(const param_type& other) const

808  {

809  return !(*this == other);

810  }

811 

812  private:

813  double m_mean;

814  };

815 

818  poisson_distribution(double mean = 1.0)

819  : m_params(mean)

820  {

821  }

822 

825  explicit poisson_distribution(const param_type& params)

826  : m_params(params)

827  {

828  }

829 

831  static void reset()

832  {

833  }

834 

839  double mean() const

840  {

841  return m_params.mean();

842  }

843 

845  // cppcheck-suppress functionStatic

846  IntType min() const

847  {

848  return 0;

849  }

850 

852  IntType max() const

853  {

854  return std::numeric_limits<IntType>::max();

855  }

856 

858  param_type param() const

859  {

860  return m_params;

861  }

862 

864  void param(const param_type& params)

865  {

866  m_params = params;

867  }

868 

887  template<class Generator>

888  void operator()(Generator& g, IntType * output, size_t size)

889  {

890  rocrand_status status;

891  status = rocrand_generate_poisson(g.m_generator, output, size, this->mean());

892  if(status != ROCRAND_STATUS_SUCCESS) throw rocrand_cpp::error(status);

893  }

894 

898  bool operator==(const poisson_distribution<IntType>& other) const

899  {

900  return this->m_params == other.m_params;

901  }

902 

906  bool operator!=(const poisson_distribution<IntType>& other) const

907  {

908  return !(*this == other);

909  }

910 

911 private:

912  param_type m_params;

913 };

914 

919 template<unsigned long long DefaultSeed = ROCRAND_PHILOX4x32_DEFAULT_SEED>

920 class philox4x32_10_engine

921 {

922 public:

925  typedef unsigned int result_type;

926  // \typedef order_type

931  typedef rocrand_ordering order_type;

938  typedef unsigned long long offset_type;

943  typedef unsigned long long seed_type;

945  static constexpr seed_type default_seed = DefaultSeed;

946 

954  philox4x32_10_engine(seed_type seed_value = DefaultSeed,

955  offset_type offset_value = 0,

956  order_type order_value = ROCRAND_ORDERING_PSEUDO_DEFAULT)

957  {

958  rocrand_status status;

959  status = rocrand_create_generator(&m_generator, this->type());

960  if(status != ROCRAND_STATUS_SUCCESS) throw rocrand_cpp::error(status);

961  try

962  {

963  if(offset_value > 0)

964  {

965  this->offset(offset_value);

966  }

967  this->order(order_value);

968  this->seed(seed_value);

969  }

970  catch(...)

971  {

972  (void)rocrand_destroy_generator(m_generator);

973  throw;

974  }

975  }

976 

985  explicit philox4x32_10_engine(rocrand_generator& generator)

986  : m_generator(generator)

987  {

988  if(generator == NULL)

989  {

990  throw rocrand_cpp::error(ROCRAND_STATUS_NOT_CREATED);

991  }

992  generator = NULL;

993  }

994 

995  philox4x32_10_engine(const philox4x32_10_engine&) = delete;

996 

997  philox4x32_10_engine& operator=(const philox4x32_10_engine&) = delete;

998 

1005  philox4x32_10_engine(philox4x32_10_engine&& rhs) noexcept : m_generator(rhs.m_generator)

1006  {

1007  rhs.m_generator = nullptr;

1008  }

1009 

1016  philox4x32_10_engine& operator=(philox4x32_10_engine&& rhs) noexcept

1017  {

1018  rocrand_status status = rocrand_destroy_generator(m_generator);

1019  assert(status == ROCRAND_STATUS_SUCCESS || status == ROCRAND_STATUS_NOT_CREATED);

1020  (void)status;

1021 

1022  m_generator = rhs.m_generator;

1023  rhs.m_generator = nullptr;

1024  return *this;

1025  }

1026 

1030  ~philox4x32_10_engine() noexcept(false)

1031  {

1032  rocrand_status status = rocrand_destroy_generator(m_generator);

1033  if(status != ROCRAND_STATUS_SUCCESS && status != ROCRAND_STATUS_NOT_CREATED)

1034  throw rocrand_cpp::error(status);

1035  }

1036 

1039  void stream(hipStream_t value)

1040  {

1041  rocrand_status status = rocrand_set_stream(m_generator, value);

1042  if(status != ROCRAND_STATUS_SUCCESS) throw rocrand_cpp::error(status);

1043  }

1044 

1056  void order(order_type value)

1057  {

1058  rocrand_status status = rocrand_set_ordering(this->m_generator, value);

1059  if(status != ROCRAND_STATUS_SUCCESS)

1060  throw rocrand_cpp::error(status);

1061  }

1062 

1074  void offset(offset_type value)

1075  {

1076  rocrand_status status = rocrand_set_offset(this->m_generator, value);

1077  if(status != ROCRAND_STATUS_SUCCESS) throw rocrand_cpp::error(status);

1078  }

1079 

1090  void seed(seed_type value)

1091  {

1092  rocrand_status status = rocrand_set_seed(this->m_generator, value);

1093  if(status != ROCRAND_STATUS_SUCCESS) throw rocrand_cpp::error(status);

1094  }

1095 

1109  template<class Generator>

1110  void operator()(result_type * output, size_t size)

1111  {

1112  rocrand_status status;

1113  status = rocrand_generate(m_generator, output, size);

1114  if(status != ROCRAND_STATUS_SUCCESS) throw rocrand_cpp::error(status);

1115  }

1116 

1118  // cppcheck-suppress functionStatic

1119  result_type min() const

1120  {

1121  return 0;

1122  }

1123 

1125  result_type max() const

1126  {

1127  return std::numeric_limits<unsigned int>::max();

1128  }

1129 

1131  static constexpr rocrand_rng_type type()

1132  {

1133  return ROCRAND_RNG_PSEUDO_PHILOX4_32_10;

1134  }

1135 

1136 private:

1137  rocrand_generator m_generator;

1138 

1140  template<class T>

1141  friend class ::rocrand_cpp::uniform_int_distribution;

1142 

1143  template<class T>

1144  friend class ::rocrand_cpp::uniform_real_distribution;

1145 

1146  template<class T>

1147  friend class ::rocrand_cpp::normal_distribution;

1148 

1149  template<class T>

1150  friend class ::rocrand_cpp::lognormal_distribution;

1151 

1152  template<class T>

1153  friend class ::rocrand_cpp::poisson_distribution;

1155 };

1156 

1158 template<unsigned long long DefaultSeed>

1159 constexpr typename philox4x32_10_engine<DefaultSeed>::seed_type philox4x32_10_engine<DefaultSeed>::default_seed;

1161 

1167 template<unsigned long long DefaultSeed = ROCRAND_XORWOW_DEFAULT_SEED>

1168 class xorwow_engine

1169 {

1170 public:

1172  typedef unsigned int result_type;

1174  typedef rocrand_ordering order_type;

1176  typedef unsigned long long offset_type;

1178  typedef unsigned long long seed_type;

1180  static constexpr seed_type default_seed = DefaultSeed;

1181 

1183  xorwow_engine(seed_type seed_value = DefaultSeed,

1184  offset_type offset_value = 0,

1185  order_type order_value = ROCRAND_ORDERING_PSEUDO_DEFAULT)

1186  {

1187  rocrand_status status;

1188  status = rocrand_create_generator(&m_generator, this->type());

1189  if(status != ROCRAND_STATUS_SUCCESS) throw rocrand_cpp::error(status);

1190  try

1191  {

1192  this->order(order_value);

1193  if(offset_value > 0)

1194  {

1195  this->offset(offset_value);

1196  }

1197  this->seed(seed_value);

1198  }

1199  catch(...)

1200  {

1201  (void)rocrand_destroy_generator(m_generator);

1202  throw;

1203  }

1204  }

1205 

1207  explicit xorwow_engine(rocrand_generator& generator)

1208  : m_generator(generator)

1209  {

1210  if(generator == NULL)

1211  {

1212  throw rocrand_cpp::error(ROCRAND_STATUS_NOT_CREATED);

1213  }

1214  generator = NULL;

1215  }

1216 

1217  xorwow_engine(const xorwow_engine&) = delete;

1218 

1219  xorwow_engine& operator=(const xorwow_engine&) = delete;

1220 

1222  xorwow_engine(xorwow_engine&& rhs) noexcept : m_generator(rhs.m_generator)

1223  {

1224  rhs.m_generator = nullptr;

1225  }

1226 

1228  xorwow_engine& operator=(xorwow_engine&& rhs) noexcept

1229  {

1230  rocrand_status status = rocrand_destroy_generator(m_generator);

1231  assert(status == ROCRAND_STATUS_SUCCESS || status == ROCRAND_STATUS_NOT_CREATED);

1232  (void)status;

1233 

1234  m_generator = rhs.m_generator;

1235  rhs.m_generator = nullptr;

1236  return *this;

1237  }

1238 

1240  ~xorwow_engine() noexcept(false)

1241  {

1242  rocrand_status status = rocrand_destroy_generator(m_generator);

1243  if(status != ROCRAND_STATUS_SUCCESS && status != ROCRAND_STATUS_NOT_CREATED)

1244  throw rocrand_cpp::error(status);

1245  }

1246 

1248  void stream(hipStream_t value)

1249  {

1250  rocrand_status status = rocrand_set_stream(m_generator, value);

1251  if(status != ROCRAND_STATUS_SUCCESS) throw rocrand_cpp::error(status);

1252  }

1253 

1255  void order(order_type value)

1256  {

1257  rocrand_status status = rocrand_set_ordering(this->m_generator, value);

1258  if(status != ROCRAND_STATUS_SUCCESS)

1259  throw rocrand_cpp::error(status);

1260  }

1261 

1263  void offset(offset_type value)

1264  {

1265  rocrand_status status = rocrand_set_offset(this->m_generator, value);

1266  if(status != ROCRAND_STATUS_SUCCESS) throw rocrand_cpp::error(status);

1267  }

1268 

1270  void seed(seed_type value)

1271  {

1272  rocrand_status status = rocrand_set_seed(this->m_generator, value);

1273  if(status != ROCRAND_STATUS_SUCCESS) throw rocrand_cpp::error(status);

1274  }

1275 

1277  template<class Generator>

1278  void operator()(result_type * output, size_t size)

1279  {

1280  rocrand_status status;

1281  status = rocrand_generate(m_generator, output, size);

1282  if(status != ROCRAND_STATUS_SUCCESS) throw rocrand_cpp::error(status);

1283  }

1284 

1286  // cppcheck-suppress functionStatic

1287  result_type min() const

1288  {

1289  return 0;

1290  }

1291 

1293  result_type max() const

1294  {

1295  return std::numeric_limits<unsigned int>::max();

1296  }

1297 

1299  static constexpr rocrand_rng_type type()

1300  {

1301  return ROCRAND_RNG_PSEUDO_XORWOW;

1302  }

1303 

1304 private:

1305  rocrand_generator m_generator;

1306 

1308  template<class T>

1309  friend class ::rocrand_cpp::uniform_int_distribution;

1310 

1311  template<class T>

1312  friend class ::rocrand_cpp::uniform_real_distribution;

1313 

1314  template<class T>

1315  friend class ::rocrand_cpp::normal_distribution;

1316 

1317  template<class T>

1318  friend class ::rocrand_cpp::lognormal_distribution;

1319 

1320  template<class T>

1321  friend class ::rocrand_cpp::poisson_distribution;

1323 };

1324 

1326 template<unsigned long long DefaultSeed>

1327 constexpr typename xorwow_engine<DefaultSeed>::seed_type xorwow_engine<DefaultSeed>::default_seed;

1329 

1335 template<unsigned long long DefaultSeed = ROCRAND_MRG31K3P_DEFAULT_SEED>

1336 class mrg31k3p_engine

1337 {

1338 public:

1340  typedef unsigned int result_type;

1342  typedef rocrand_ordering order_type;

1344  typedef unsigned long long offset_type;

1346  typedef unsigned long long seed_type;

1348  static constexpr seed_type default_seed = DefaultSeed;

1349 

1351  mrg31k3p_engine(seed_type seed_value = DefaultSeed,

1352  offset_type offset_value = 0,

1353  order_type order_value = ROCRAND_ORDERING_PSEUDO_DEFAULT)

1354  {

1355  rocrand_status status;

1356  status = rocrand_create_generator(&m_generator, this->type());

1357  if(status != ROCRAND_STATUS_SUCCESS)

1358  throw rocrand_cpp::error(status);

1359  try

1360  {

1361  this->order(order_value);

1362  if(offset_value > 0)

1363  {

1364  this->offset(offset_value);

1365  }

1366  this->seed(seed_value);

1367  }

1368  catch(...)

1369  {

1370  (void)rocrand_destroy_generator(m_generator);

1371  throw;

1372  }

1373  }

1374 

1376  explicit mrg31k3p_engine(rocrand_generator& generator) : m_generator(generator)

1377  {

1378  if(generator == NULL)

1379  {

1380  throw rocrand_cpp::error(ROCRAND_STATUS_NOT_CREATED);

1381  }

1382  generator = NULL;

1383  }

1384 

1385  mrg31k3p_engine(const mrg31k3p_engine&) = delete;

1386 

1387  mrg31k3p_engine& operator=(const mrg31k3p_engine&) = delete;

1388 

1390  mrg31k3p_engine(mrg31k3p_engine&& rhs) noexcept : m_generator(rhs.m_generator)

1391  {

1392  rhs.m_generator = nullptr;

1393  }

1394 

1396  mrg31k3p_engine& operator=(mrg31k3p_engine&& rhs) noexcept

1397  {

1398  rocrand_status status = rocrand_destroy_generator(m_generator);

1399  assert(status == ROCRAND_STATUS_SUCCESS || status == ROCRAND_STATUS_NOT_CREATED);

1400  (void)status;

1401 

1402  m_generator = rhs.m_generator;

1403  rhs.m_generator = nullptr;

1404  return *this;

1405  }

1406 

1408  ~mrg31k3p_engine() noexcept(false)

1409  {

1410  rocrand_status status = rocrand_destroy_generator(m_generator);

1411  if(status != ROCRAND_STATUS_SUCCESS && status != ROCRAND_STATUS_NOT_CREATED)

1412  throw rocrand_cpp::error(status);

1413  }

1414 

1416  void stream(hipStream_t value)

1417  {

1418  rocrand_status status = rocrand_set_stream(m_generator, value);

1419  if(status != ROCRAND_STATUS_SUCCESS)

1420  throw rocrand_cpp::error(status);

1421  }

1422 

1424  void order(order_type value)

1425  {

1426  rocrand_status status = rocrand_set_ordering(this->m_generator, value);

1427  if(status != ROCRAND_STATUS_SUCCESS)

1428  throw rocrand_cpp::error(status);

1429  }

1430 

1432  void offset(offset_type value)

1433  {

1434  rocrand_status status = rocrand_set_offset(this->m_generator, value);

1435  if(status != ROCRAND_STATUS_SUCCESS)

1436  throw rocrand_cpp::error(status);

1437  }

1438 

1440  void seed(seed_type value)

1441  {

1442  rocrand_status status = rocrand_set_seed(this->m_generator, value);

1443  if(status != ROCRAND_STATUS_SUCCESS)

1444  throw rocrand_cpp::error(status);

1445  }

1446 

1448  template<class Generator>

1449  void operator()(result_type* output, size_t size)

1450  {

1451  rocrand_status status;

1452  status = rocrand_generate(m_generator, output, size);

1453  if(status != ROCRAND_STATUS_SUCCESS)

1454  throw rocrand_cpp::error(status);

1455  }

1456 

1458  // cppcheck-suppress functionStatic

1459  result_type min() const

1460  {

1461  return 1;

1462  }

1463 

1465  result_type max() const

1466  {

1467  return std::numeric_limits<unsigned int>::max();

1468  }

1469 

1471  static constexpr rocrand_rng_type type()

1472  {

1473  return ROCRAND_RNG_PSEUDO_MRG31K3P;

1474  }

1475 

1476 private:

1477  rocrand_generator m_generator;

1478 

1480  template<class T>

1481  friend class ::rocrand_cpp::uniform_int_distribution;

1482 

1483  template<class T>

1484  friend class ::rocrand_cpp::uniform_real_distribution;

1485 

1486  template<class T>

1487  friend class ::rocrand_cpp::normal_distribution;

1488 

1489  template<class T>

1490  friend class ::rocrand_cpp::lognormal_distribution;

1491 

1492  template<class T>

1493  friend class ::rocrand_cpp::poisson_distribution;

1495 };

1496 

1498 template<unsigned long long DefaultSeed>

1499 constexpr

1500  typename mrg31k3p_engine<DefaultSeed>::seed_type mrg31k3p_engine<DefaultSeed>::default_seed;

1502 

1508 template<unsigned long long DefaultSeed = ROCRAND_MRG32K3A_DEFAULT_SEED>

1509 class mrg32k3a_engine

1510 {

1511 public:

1513  typedef unsigned int result_type;

1515  typedef rocrand_ordering order_type;

1517  typedef unsigned long long offset_type;

1519  typedef unsigned long long seed_type;

1521  static constexpr seed_type default_seed = DefaultSeed;

1522 

1524  mrg32k3a_engine(seed_type seed_value = DefaultSeed,

1525  offset_type offset_value = 0,

1526  order_type order_value = ROCRAND_ORDERING_PSEUDO_DEFAULT)

1527  {

1528  rocrand_status status;

1529  status = rocrand_create_generator(&m_generator, this->type());

1530  if(status != ROCRAND_STATUS_SUCCESS) throw rocrand_cpp::error(status);

1531  try

1532  {

1533  this->order(order_value);

1534  if(offset_value > 0)

1535  {

1536  this->offset(offset_value);

1537  }

1538  this->seed(seed_value);

1539  }

1540  catch(...)

1541  {

1542  (void)rocrand_destroy_generator(m_generator);

1543  throw;

1544  }

1545  }

1546 

1548  explicit mrg32k3a_engine(rocrand_generator& generator)

1549  : m_generator(generator)

1550  {

1551  if(generator == NULL)

1552  {

1553  throw rocrand_cpp::error(ROCRAND_STATUS_NOT_CREATED);

1554  }

1555  generator = NULL;

1556  }

1557 

1558  mrg32k3a_engine(const mrg32k3a_engine&) = delete;

1559 

1560  mrg32k3a_engine& operator=(const mrg32k3a_engine&) = delete;

1561 

1563  mrg32k3a_engine(mrg32k3a_engine&& rhs) noexcept : m_generator(rhs.m_generator)

1564  {

1565  rhs.m_generator = nullptr;

1566  }

1567 

1569  mrg32k3a_engine& operator=(mrg32k3a_engine&& rhs) noexcept

1570  {

1571  rocrand_status status = rocrand_destroy_generator(m_generator);

1572  assert(status == ROCRAND_STATUS_SUCCESS || status == ROCRAND_STATUS_NOT_CREATED);

1573  (void)status;

1574 

1575  m_generator = rhs.m_generator;

1576  rhs.m_generator = nullptr;

1577  return *this;

1578  }

1579 

1581  ~mrg32k3a_engine() noexcept(false)

1582  {

1583  rocrand_status status = rocrand_destroy_generator(m_generator);

1584  if(status != ROCRAND_STATUS_SUCCESS && status != ROCRAND_STATUS_NOT_CREATED)

1585  throw rocrand_cpp::error(status);

1586  }

1587 

1589  void stream(hipStream_t value)

1590  {

1591  rocrand_status status = rocrand_set_stream(m_generator, value);

1592  if(status != ROCRAND_STATUS_SUCCESS) throw rocrand_cpp::error(status);

1593  }

1594 

1596  void order(order_type value)

1597  {

1598  rocrand_status status = rocrand_set_ordering(this->m_generator, value);

1599  if(status != ROCRAND_STATUS_SUCCESS)

1600  throw rocrand_cpp::error(status);

1601  }

1602 

1604  void offset(offset_type value)

1605  {

1606  rocrand_status status = rocrand_set_offset(this->m_generator, value);

1607  if(status != ROCRAND_STATUS_SUCCESS) throw rocrand_cpp::error(status);

1608  }

1609 

1611  void seed(seed_type value)

1612  {

1613  rocrand_status status = rocrand_set_seed(this->m_generator, value);

1614  if(status != ROCRAND_STATUS_SUCCESS) throw rocrand_cpp::error(status);

1615  }

1616 

1618  template<class Generator>

1619  void operator()(result_type * output, size_t size)

1620  {

1621  rocrand_status status;

1622  status = rocrand_generate(m_generator, output, size);

1623  if(status != ROCRAND_STATUS_SUCCESS) throw rocrand_cpp::error(status);

1624  }

1625 

1627  // cppcheck-suppress functionStatic

1628  result_type min() const

1629  {

1630  return 1;

1631  }

1632 

1634  result_type max() const

1635  {

1636  return std::numeric_limits<unsigned int>::max();

1637  }

1638 

1640  static constexpr rocrand_rng_type type()

1641  {

1642  return ROCRAND_RNG_PSEUDO_MRG32K3A;

1643  }

1644 

1645 private:

1646  rocrand_generator m_generator;

1647 

1649  template<class T>

1650  friend class ::rocrand_cpp::uniform_int_distribution;

1651 

1652  template<class T>

1653  friend class ::rocrand_cpp::uniform_real_distribution;

1654 

1655  template<class T>

1656  friend class ::rocrand_cpp::normal_distribution;

1657 

1658  template<class T>

1659  friend class ::rocrand_cpp::lognormal_distribution;

1660 

1661  template<class T>

1662  friend class ::rocrand_cpp::poisson_distribution;

1664 };

1665 

1667 template<unsigned long long DefaultSeed>

1668 constexpr typename mrg32k3a_engine<DefaultSeed>::seed_type mrg32k3a_engine<DefaultSeed>::default_seed;

1670 

1677 template<unsigned long long DefaultSeed = 0>

1678 class mtgp32_engine

1679 {

1680 public:

1682  typedef unsigned int result_type;

1684  typedef rocrand_ordering order_type;

1686  typedef unsigned long long offset_type;

1688  typedef unsigned long long seed_type;

1690  static constexpr seed_type default_seed = DefaultSeed;

1691 

1700  mtgp32_engine(seed_type seed_value = DefaultSeed,

1701  order_type order_value = ROCRAND_ORDERING_PSEUDO_DEFAULT)

1702  {

1703  rocrand_status status;

1704  status = rocrand_create_generator(&m_generator, this->type());

1705  if(status != ROCRAND_STATUS_SUCCESS) throw rocrand_cpp::error(status);

1706  try

1707  {

1708  this->order(order_value);

1709  this->seed(seed_value);

1710  }

1711  catch(...)

1712  {

1713  (void)rocrand_destroy_generator(m_generator);

1714  throw;

1715  }

1716  }

1717 

1719  explicit mtgp32_engine(rocrand_generator& generator)

1720  : m_generator(generator)

1721  {

1722  if(generator == NULL)

1723  {

1724  throw rocrand_cpp::error(ROCRAND_STATUS_NOT_CREATED);

1725  }

1726  generator = NULL;

1727  }

1728 

1729  mtgp32_engine(const mtgp32_engine&) = delete;

1730 

1731  mtgp32_engine& operator=(const mtgp32_engine&) = delete;

1732 

1734  mtgp32_engine(mtgp32_engine&& rhs) noexcept : m_generator(rhs.m_generator)

1735  {

1736  rhs.m_generator = nullptr;

1737  }

1738 

1740  mtgp32_engine& operator=(mtgp32_engine&& rhs) noexcept

1741  {

1742  rocrand_status status = rocrand_destroy_generator(m_generator);

1743  assert(status == ROCRAND_STATUS_SUCCESS || status == ROCRAND_STATUS_NOT_CREATED);

1744  (void)status;

1745 

1746  m_generator = rhs.m_generator;

1747  rhs.m_generator = nullptr;

1748  return *this;

1749  }

1750 

1752  ~mtgp32_engine() noexcept(false)

1753  {

1754  rocrand_status status = rocrand_destroy_generator(m_generator);

1755  if(status != ROCRAND_STATUS_SUCCESS && status != ROCRAND_STATUS_NOT_CREATED)

1756  throw rocrand_cpp::error(status);

1757  }

1758 

1760  void stream(hipStream_t value)

1761  {

1762  rocrand_status status = rocrand_set_stream(m_generator, value);

1763  if(status != ROCRAND_STATUS_SUCCESS) throw rocrand_cpp::error(status);

1764  }

1765 

1767  void order(order_type value)

1768  {

1769  rocrand_status status = rocrand_set_ordering(this->m_generator, value);

1770  if(status != ROCRAND_STATUS_SUCCESS)

1771  throw rocrand_cpp::error(status);

1772  }

1773 

1775  void seed(seed_type value)

1776  {

1777  rocrand_status status = rocrand_set_seed(this->m_generator, value);

1778  if(status != ROCRAND_STATUS_SUCCESS) throw rocrand_cpp::error(status);

1779  }

1780 

1782  template<class Generator>

1783  void operator()(result_type * output, size_t size)

1784  {

1785  rocrand_status status;

1786  status = rocrand_generate(m_generator, output, size);

1787  if(status != ROCRAND_STATUS_SUCCESS) throw rocrand_cpp::error(status);

1788  }

1789 

1791  // cppcheck-suppress functionStatic

1792  result_type min() const

1793  {

1794  return 0;

1795  }

1796 

1798  result_type max() const

1799  {

1800  return std::numeric_limits<unsigned int>::max();

1801  }

1802 

1804  static constexpr rocrand_rng_type type()

1805  {

1806  return ROCRAND_RNG_PSEUDO_MTGP32;

1807  }

1808 

1809 private:

1810  rocrand_generator m_generator;

1811 

1813  template<class T>

1814  friend class ::rocrand_cpp::uniform_int_distribution;

1815 

1816  template<class T>

1817  friend class ::rocrand_cpp::uniform_real_distribution;

1818 

1819  template<class T>

1820  friend class ::rocrand_cpp::normal_distribution;

1821 

1822  template<class T>

1823  friend class ::rocrand_cpp::lognormal_distribution;

1824 

1825  template<class T>

1826  friend class ::rocrand_cpp::poisson_distribution;

1828 };

1829 

1831 template<unsigned long long DefaultSeed>

1832 constexpr typename mtgp32_engine<DefaultSeed>::seed_type mtgp32_engine<DefaultSeed>::default_seed;

1834 

1840 template<unsigned int DefaultSeedX = ROCRAND_LFSR113_DEFAULT_SEED_X,

1841  unsigned int DefaultSeedY = ROCRAND_LFSR113_DEFAULT_SEED_Y,

1842  unsigned int DefaultSeedZ = ROCRAND_LFSR113_DEFAULT_SEED_Z,

1843  unsigned int DefaultSeedW = ROCRAND_LFSR113_DEFAULT_SEED_W>

1844 class lfsr113_engine

1845 {

1846 public:

1848  typedef unsigned int result_type;

1850  typedef rocrand_ordering order_type;

1852  typedef uint4 seed_type;

1854  static constexpr seed_type default_seed

1855  = {DefaultSeedX, DefaultSeedY, DefaultSeedZ, DefaultSeedW};

1856 

1865  lfsr113_engine(seed_type seed_value = {DefaultSeedX, DefaultSeedY, DefaultSeedZ, DefaultSeedW},

1866  order_type order_value = ROCRAND_ORDERING_PSEUDO_DEFAULT)

1867  {

1868  rocrand_status status;

1869  status = rocrand_create_generator(&m_generator, this->type());

1870  if(status != ROCRAND_STATUS_SUCCESS)

1871  throw rocrand_cpp::error(status);

1872  try

1873  {

1874  this->order(order_value);

1875  this->seed(seed_value);

1876  }

1877  catch(...)

1878  {

1879  (void)rocrand_destroy_generator(m_generator);

1880  throw;

1881  }

1882  }

1883 

1885  explicit lfsr113_engine(rocrand_generator& generator) : m_generator(generator)

1886  {

1887  if(generator == NULL)

1888  {

1889  throw rocrand_cpp::error(ROCRAND_STATUS_NOT_CREATED);

1890  }

1891  generator = NULL;

1892  }

1893 

1894  lfsr113_engine(const lfsr113_engine&) = delete;

1895 

1896  lfsr113_engine& operator=(const lfsr113_engine&) = delete;

1897 

1899  lfsr113_engine(lfsr113_engine&& rhs) noexcept : m_generator(rhs.m_generator)

1900  {

1901  rhs.m_generator = nullptr;

1902  }

1903 

1905  lfsr113_engine& operator=(lfsr113_engine&& rhs) noexcept

1906  {

1907  rocrand_status status = rocrand_destroy_generator(m_generator);

1908  assert(status == ROCRAND_STATUS_SUCCESS || status == ROCRAND_STATUS_NOT_CREATED);

1909  (void)status;

1910 

1911  m_generator = rhs.m_generator;

1912  rhs.m_generator = nullptr;

1913  return *this;

1914  }

1915 

1917  ~lfsr113_engine() noexcept(false)

1918  {

1919  rocrand_status status = rocrand_destroy_generator(m_generator);

1920  if(status != ROCRAND_STATUS_SUCCESS && status != ROCRAND_STATUS_NOT_CREATED)

1921  throw rocrand_cpp::error(status);

1922  }

1923 

1925  void stream(hipStream_t value)

1926  {

1927  rocrand_status status = rocrand_set_stream(m_generator, value);

1928  if(status != ROCRAND_STATUS_SUCCESS)

1929  throw rocrand_cpp::error(status);

1930  }

1931 

1933  void order(order_type value)

1934  {

1935  rocrand_status status = rocrand_set_ordering(this->m_generator, value);

1936  if(status != ROCRAND_STATUS_SUCCESS)

1937  throw rocrand_cpp::error(status);

1938  }

1939 

1941  void seed(unsigned long long value)

1942  {

1943  rocrand_status status = rocrand_set_seed(this->m_generator, value);

1944  if(status != ROCRAND_STATUS_SUCCESS)

1945  throw rocrand_cpp::error(status);

1946  }

1947 

1949  void seed(seed_type value)

1950  {

1951  rocrand_status status = rocrand_set_seed_uint4(this->m_generator, value);

1952  if(status != ROCRAND_STATUS_SUCCESS)

1953  throw rocrand_cpp::error(status);

1954  }

1955 

1957  template<class Generator>

1958  void operator()(result_type* output, size_t size)

1959  {

1960  rocrand_status status;

1961  status = rocrand_generate(m_generator, output, size);

1962  if(status != ROCRAND_STATUS_SUCCESS)

1963  throw rocrand_cpp::error(status);

1964  }

1965 

1967  // cppcheck-suppress functionStatic

1968  result_type min() const

1969  {

1970  return 0;

1971  }

1972 

1974  result_type max() const

1975  {

1976  return std::numeric_limits<unsigned int>::max();

1977  }

1978 

1980  static constexpr rocrand_rng_type type()

1981  {

1982  return ROCRAND_RNG_PSEUDO_LFSR113;

1983  }

1984 

1985 private:

1986  rocrand_generator m_generator;

1987 

1989  template<class T>

1990  friend class ::rocrand_cpp::uniform_int_distribution;

1991 

1992  template<class T>

1993  friend class ::rocrand_cpp::uniform_real_distribution;

1994 

1995  template<class T>

1996  friend class ::rocrand_cpp::normal_distribution;

1997 

1998  template<class T>

1999  friend class ::rocrand_cpp::lognormal_distribution;

2000 

2001  template<class T>

2002  friend class ::rocrand_cpp::poisson_distribution;

2004 };

2005 

2007 template<unsigned int DefaultSeedX,

2008  unsigned int DefaultSeedY,

2009  unsigned int DefaultSeedZ,

2010  unsigned int DefaultSeedW>

2011 constexpr typename lfsr113_engine<DefaultSeedX, DefaultSeedY, DefaultSeedZ, DefaultSeedW>::seed_type

2012  lfsr113_engine<DefaultSeedX, DefaultSeedY, DefaultSeedZ, DefaultSeedW>::default_seed;

2014 

2021 template<unsigned long long DefaultSeed = 0ULL>

2022 class mt19937_engine

2023 {

2024 public:

2026  typedef unsigned int result_type;

2028  typedef unsigned long long seed_type;

2030  static constexpr seed_type default_seed = DefaultSeed;

2031 

2035  mt19937_engine(seed_type seed_value = DefaultSeed)

2036  {

2037  rocrand_status status;

2038  status = rocrand_create_generator(&m_generator, this->type());

2039  if(status != ROCRAND_STATUS_SUCCESS)

2040  throw rocrand_cpp::error(status);

2041  try

2042  {

2043  this->seed(seed_value);

2044  }

2045  catch(...)

2046  {

2047  (void)rocrand_destroy_generator(m_generator);

2048  throw;

2049  }

2050  }

2051 

2053  explicit mt19937_engine(rocrand_generator& generator) : m_generator(generator)

2054  {

2055  if(generator == NULL)

2056  {

2057  throw rocrand_cpp::error(ROCRAND_STATUS_NOT_CREATED);

2058  }

2059  generator = NULL;

2060  }

2061 

2062  mt19937_engine(const mt19937_engine&) = delete;

2063 

2064  mt19937_engine& operator=(const mt19937_engine&) = delete;

2065 

2067  mt19937_engine(mt19937_engine&& rhs) noexcept : m_generator(rhs.m_generator)

2068  {

2069  rhs.m_generator = nullptr;

2070  }

2071 

2073  mt19937_engine& operator=(mt19937_engine&& rhs) noexcept

2074  {

2075  rocrand_status status = rocrand_destroy_generator(m_generator);

2076  assert(status == ROCRAND_STATUS_SUCCESS || status == ROCRAND_STATUS_NOT_CREATED);

2077  (void)status;

2078 

2079  m_generator = rhs.m_generator;

2080  rhs.m_generator = nullptr;

2081  return *this;

2082  }

2083 

2085  ~mt19937_engine() noexcept(false)

2086  {

2087  rocrand_status status = rocrand_destroy_generator(m_generator);

2088  if(status != ROCRAND_STATUS_SUCCESS && status != ROCRAND_STATUS_NOT_CREATED)

2089  throw rocrand_cpp::error(status);

2090  }

2091 

2093  void stream(hipStream_t value)

2094  {

2095  rocrand_status status = rocrand_set_stream(m_generator, value);

2096  if(status != ROCRAND_STATUS_SUCCESS)

2097  throw rocrand_cpp::error(status);

2098  }

2099 

2101  void seed(seed_type value)

2102  {

2103  rocrand_status status = rocrand_set_seed(this->m_generator, value);

2104  if(status != ROCRAND_STATUS_SUCCESS)

2105  throw rocrand_cpp::error(status);

2106  }

2107 

2109  template<class Generator>

2110  void operator()(result_type* output, size_t size)

2111  {

2112  rocrand_status status;

2113  status = rocrand_generate(m_generator, output, size);

2114  if(status != ROCRAND_STATUS_SUCCESS)

2115  throw rocrand_cpp::error(status);

2116  }

2117 

2119  // cppcheck-suppress functionStatic

2120  result_type min() const

2121  {

2122  return 0;

2123  }

2124 

2126  result_type max() const

2127  {

2128  return std::numeric_limits<unsigned int>::max();

2129  }

2130 

2132  static constexpr rocrand_rng_type type()

2133  {

2134  return ROCRAND_RNG_PSEUDO_MT19937;

2135  }

2136 

2137 private:

2138  rocrand_generator m_generator;

2139 

2141  template<class T>

2142  friend class ::rocrand_cpp::uniform_int_distribution;

2143 

2144  template<class T>

2145  friend class ::rocrand_cpp::uniform_real_distribution;

2146 

2147  template<class T>

2148  friend class ::rocrand_cpp::normal_distribution;

2149 

2150  template<class T>

2151  friend class ::rocrand_cpp::lognormal_distribution;

2152 

2153  template<class T>

2154  friend class ::rocrand_cpp::poisson_distribution;

2156 };

2157 

2159 template<unsigned long long DefaultSeed>

2160 constexpr typename mt19937_engine<DefaultSeed>::seed_type mt19937_engine<DefaultSeed>::default_seed;

2162 

2168 template<unsigned int DefaultNumDimensions = 1>

2169 class sobol32_engine

2170 {

2171 public:

2173  typedef unsigned int result_type;

2175  typedef rocrand_ordering order_type;

2177  typedef unsigned long long offset_type;

2182  typedef unsigned int dimensions_num_type;

2184  static constexpr dimensions_num_type default_num_dimensions = DefaultNumDimensions;

2185 

2193  sobol32_engine(dimensions_num_type num_of_dimensions = DefaultNumDimensions,

2194  offset_type offset_value = 0,

2195  order_type order_value = ROCRAND_ORDERING_QUASI_DEFAULT)

2196  {

2197  rocrand_status status;

2198  status = rocrand_create_generator(&m_generator, this->type());

2199  if(status != ROCRAND_STATUS_SUCCESS) throw rocrand_cpp::error(status);

2200  try

2201  {

2202  this->order(order_value);

2203  if(offset_value > 0)

2204  {

2205  this->offset(offset_value);

2206  }

2207  this->dimensions(num_of_dimensions);

2208  }

2209  catch(...)

2210  {

2211  (void)rocrand_destroy_generator(m_generator);

2212  throw;

2213  }

2214  }

2215 

2217  explicit sobol32_engine(rocrand_generator& generator)

2218  : m_generator(generator)

2219  {

2220  if(generator == NULL)

2221  {

2222  throw rocrand_cpp::error(ROCRAND_STATUS_NOT_CREATED);

2223  }

2224  generator = NULL;

2225  }

2226 

2227  sobol32_engine(const sobol32_engine&) = delete;

2228 

2229  sobol32_engine& operator=(const sobol32_engine&) = delete;

2230 

2232  sobol32_engine(sobol32_engine&& rhs) noexcept : m_generator(rhs.m_generator)

2233  {

2234  rhs.m_generator = nullptr;

2235  }

2236 

2238  sobol32_engine& operator=(sobol32_engine&& rhs) noexcept

2239  {

2240  rocrand_status status = rocrand_destroy_generator(m_generator);

2241  assert(status == ROCRAND_STATUS_SUCCESS || status == ROCRAND_STATUS_NOT_CREATED);

2242  (void)status;

2243 

2244  m_generator = rhs.m_generator;

2245  rhs.m_generator = nullptr;

2246  return *this;

2247  }

2248 

2250  ~sobol32_engine() noexcept(false)

2251  {

2252  rocrand_status status = rocrand_destroy_generator(m_generator);

2253  if(status != ROCRAND_STATUS_SUCCESS && status != ROCRAND_STATUS_NOT_CREATED)

2254  throw rocrand_cpp::error(status);

2255  }

2256 

2258  void stream(hipStream_t value)

2259  {

2260  rocrand_status status = rocrand_set_stream(m_generator, value);

2261  if(status != ROCRAND_STATUS_SUCCESS) throw rocrand_cpp::error(status);

2262  }

2263 

2265  void order(order_type value)

2266  {

2267  rocrand_status status = rocrand_set_ordering(this->m_generator, value);

2268  if(status != ROCRAND_STATUS_SUCCESS)

2269  throw rocrand_cpp::error(status);

2270  }

2271 

2273  void offset(offset_type value)

2274  {

2275  rocrand_status status = rocrand_set_offset(this->m_generator, value);

2276  if(status != ROCRAND_STATUS_SUCCESS) throw rocrand_cpp::error(status);

2277  }

2278 

2289  void dimensions(dimensions_num_type value)

2290  {

2291  rocrand_status status =

2292  rocrand_set_quasi_random_generator_dimensions(this->m_generator, value);

2293  if(status != ROCRAND_STATUS_SUCCESS) throw rocrand_cpp::error(status);

2294  }

2295 

2311  template<class Generator>

2312  void operator()(result_type * output, size_t size)

2313  {

2314  rocrand_status status;

2315  status = rocrand_generate(m_generator, output, size);

2316  if(status != ROCRAND_STATUS_SUCCESS) throw rocrand_cpp::error(status);

2317  }

2318 

2320  // cppcheck-suppress functionStatic

2321  result_type min() const

2322  {

2323  return 0;

2324  }

2325 

2327  result_type max() const

2328  {

2329  return std::numeric_limits<unsigned int>::max();

2330  }

2331 

2333  static constexpr rocrand_rng_type type()

2334  {

2335  return ROCRAND_RNG_QUASI_SOBOL32;

2336  }

2337 

2338 private:

2339  rocrand_generator m_generator;

2340 

2342  template<class T>

2343  friend class ::rocrand_cpp::uniform_int_distribution;

2344 

2345  template<class T>

2346  friend class ::rocrand_cpp::uniform_real_distribution;

2347 

2348  template<class T>

2349  friend class ::rocrand_cpp::normal_distribution;

2350 

2351  template<class T>

2352  friend class ::rocrand_cpp::lognormal_distribution;

2353 

2354  template<class T>

2355  friend class ::rocrand_cpp::poisson_distribution;

2357 };

2358 

2360 template<unsigned int DefaultNumDimensions>

2361 constexpr typename sobol32_engine<DefaultNumDimensions>::dimensions_num_type

2362  sobol32_engine<DefaultNumDimensions>::default_num_dimensions;

2364 

2370 template<unsigned int DefaultNumDimensions = 1>

2371 class scrambled_sobol32_engine

2372 {

2373 public:

2375  typedef unsigned int result_type;

2377  typedef unsigned long long offset_type;

2379  typedef rocrand_ordering order_type;

2384  typedef unsigned int dimensions_num_type;

2386  static constexpr dimensions_num_type default_num_dimensions = DefaultNumDimensions;

2387 

2395  scrambled_sobol32_engine(dimensions_num_type num_of_dimensions = DefaultNumDimensions,

2396  offset_type offset_value = 0,

2397  order_type order_value = ROCRAND_ORDERING_QUASI_DEFAULT)

2398  {

2399  rocrand_status status;

2400  status = rocrand_create_generator(&m_generator, this->type());

2401  if(status != ROCRAND_STATUS_SUCCESS)

2402  throw rocrand_cpp::error(status);

2403  try

2404  {

2405  this->order(order_value);

2406  if(offset_value > 0)

2407  {

2408  this->offset(offset_value);

2409  }

2410  this->dimensions(num_of_dimensions);

2411  }

2412  catch(...)

2413  {

2414  (void)rocrand_destroy_generator(m_generator);

2415  throw;

2416  }

2417  }

2418 

2420  explicit scrambled_sobol32_engine(rocrand_generator& generator) : m_generator(generator)

2421  {

2422  if(generator == NULL)

2423  {

2424  throw rocrand_cpp::error(ROCRAND_STATUS_NOT_CREATED);

2425  }

2426  generator = NULL;

2427  }

2428 

2429  scrambled_sobol32_engine(const scrambled_sobol32_engine&) = delete;

2430 

2431  scrambled_sobol32_engine& operator=(const scrambled_sobol32_engine&) = delete;

2432 

2434  scrambled_sobol32_engine(scrambled_sobol32_engine&& rhs) noexcept : m_generator(rhs.m_generator)

2435  {

2436  rhs.m_generator = nullptr;

2437  }

2438 

2440  scrambled_sobol32_engine& operator=(scrambled_sobol32_engine&& rhs) noexcept

2441  {

2442  rocrand_status status = rocrand_destroy_generator(m_generator);

2443  assert(status == ROCRAND_STATUS_SUCCESS || status == ROCRAND_STATUS_NOT_CREATED);

2444  (void)status;

2445 

2446  m_generator = rhs.m_generator;

2447  rhs.m_generator = nullptr;

2448  return *this;

2449  }

2450 

2452  ~scrambled_sobol32_engine() noexcept(false)

2453  {

2454  rocrand_status status = rocrand_destroy_generator(m_generator);

2455  if(status != ROCRAND_STATUS_SUCCESS && status != ROCRAND_STATUS_NOT_CREATED)

2456  throw rocrand_cpp::error(status);

2457  }

2458 

2460  void stream(hipStream_t value)

2461  {

2462  rocrand_status status = rocrand_set_stream(m_generator, value);

2463  if(status != ROCRAND_STATUS_SUCCESS)

2464  throw rocrand_cpp::error(status);

2465  }

2466 

2468  void order(order_type value)

2469  {

2470  rocrand_status status = rocrand_set_ordering(this->m_generator, value);

2471  if(status != ROCRAND_STATUS_SUCCESS)

2472  throw rocrand_cpp::error(status);

2473  }

2474 

2476  void offset(offset_type value)

2477  {

2478  rocrand_status status = rocrand_set_offset(this->m_generator, value);

2479  if(status != ROCRAND_STATUS_SUCCESS)

2480  throw rocrand_cpp::error(status);

2481  }

2482 

2493  void dimensions(dimensions_num_type value)

2494  {

2495  rocrand_status status

2496  = rocrand_set_quasi_random_generator_dimensions(this->m_generator, value);

2497  if(status != ROCRAND_STATUS_SUCCESS)

2498  throw rocrand_cpp::error(status);

2499  }

2500 

2516  template<class Generator>

2517  void operator()(result_type* output, size_t size)

2518  {

2519  rocrand_status status;

2520  status = rocrand_generate(m_generator, output, size);

2521  if(status != ROCRAND_STATUS_SUCCESS)

2522  throw rocrand_cpp::error(status);

2523  }

2524 

2526  // cppcheck-suppress functionStatic

2527  result_type min() const

2528  {

2529  return 0;

2530  }

2531 

2533  result_type max() const

2534  {

2535  return std::numeric_limits<unsigned int>::max();

2536  }

2537 

2539  static constexpr rocrand_rng_type type()

2540  {

2541  return ROCRAND_RNG_QUASI_SCRAMBLED_SOBOL32;

2542  }

2543 

2544 private:

2545  rocrand_generator m_generator;

2546 

2548  template<class T>

2549  friend class ::rocrand_cpp::uniform_int_distribution;

2550 

2551  template<class T>

2552  friend class ::rocrand_cpp::uniform_real_distribution;

2553 

2554  template<class T>

2555  friend class ::rocrand_cpp::normal_distribution;

2556 

2557  template<class T>

2558  friend class ::rocrand_cpp::lognormal_distribution;

2559 

2560  template<class T>

2561  friend class ::rocrand_cpp::poisson_distribution;

2563 };

2564 

2566 template<unsigned int DefaultNumDimensions>

2567 constexpr typename scrambled_sobol32_engine<DefaultNumDimensions>::dimensions_num_type

2568  scrambled_sobol32_engine<DefaultNumDimensions>::default_num_dimensions;

2570 

2576 template<unsigned int DefaultNumDimensions = 1>

2577 class sobol64_engine

2578 {

2579 public:

2581  typedef unsigned long long int result_type;

2583  typedef unsigned long long int offset_type;

2585  typedef rocrand_ordering order_type;

2590  typedef unsigned int dimensions_num_type;

2592  static constexpr dimensions_num_type default_num_dimensions = DefaultNumDimensions;

2593 

2601  sobol64_engine(dimensions_num_type num_of_dimensions = DefaultNumDimensions,

2602  offset_type offset_value = 0,

2603  order_type order_value = ROCRAND_ORDERING_QUASI_DEFAULT)

2604  {

2605  rocrand_status status;

2606  status = rocrand_create_generator(&m_generator, this->type());

2607  if(status != ROCRAND_STATUS_SUCCESS) throw rocrand_cpp::error(status);

2608  try

2609  {

2610  this->order(order_value);

2611  if(offset_value > 0)

2612  {

2613  this->offset(offset_value);

2614  }

2615  this->dimensions(num_of_dimensions);

2616  }

2617  catch(...)

2618  {

2619  (void)rocrand_destroy_generator(m_generator);

2620  throw;

2621  }

2622  }

2623 

2625  explicit sobol64_engine(rocrand_generator& generator)

2626  : m_generator(generator)

2627  {

2628  if(generator == NULL)

2629  {

2630  throw rocrand_cpp::error(ROCRAND_STATUS_NOT_CREATED);

2631  }

2632  generator = NULL;

2633  }

2634 

2635  sobol64_engine(const sobol64_engine&) = delete;

2636 

2637  sobol64_engine& operator=(const sobol64_engine&) = delete;

2638 

2640  sobol64_engine(sobol64_engine&& rhs) noexcept : m_generator(rhs.m_generator)

2641  {

2642  rhs.m_generator = nullptr;

2643  }

2644 

2646  sobol64_engine& operator=(sobol64_engine&& rhs) noexcept

2647  {

2648  rocrand_status status = rocrand_destroy_generator(m_generator);

2649  assert(status == ROCRAND_STATUS_SUCCESS || status == ROCRAND_STATUS_NOT_CREATED);

2650  (void)status;

2651 

2652  m_generator = rhs.m_generator;

2653  rhs.m_generator = nullptr;

2654  return *this;

2655  }

2656 

2658  ~sobol64_engine() noexcept(false)

2659  {

2660  rocrand_status status = rocrand_destroy_generator(m_generator);

2661  if(status != ROCRAND_STATUS_SUCCESS && status != ROCRAND_STATUS_NOT_CREATED)

2662  throw rocrand_cpp::error(status);

2663  }

2664 

2666  void stream(hipStream_t value)

2667  {

2668  rocrand_status status = rocrand_set_stream(m_generator, value);

2669  if(status != ROCRAND_STATUS_SUCCESS) throw rocrand_cpp::error(status);

2670  }

2671 

2673  void order(order_type value)

2674  {

2675  rocrand_status status = rocrand_set_ordering(this->m_generator, value);

2676  if(status != ROCRAND_STATUS_SUCCESS)

2677  throw rocrand_cpp::error(status);

2678  }

2679 

2681  void offset(offset_type value)

2682  {

2683  rocrand_status status = rocrand_set_offset(this->m_generator, value);

2684  if(status != ROCRAND_STATUS_SUCCESS) throw rocrand_cpp::error(status);

2685  }

2686 

2697  void dimensions(dimensions_num_type value)

2698  {

2699  rocrand_status status =

2700  rocrand_set_quasi_random_generator_dimensions(this->m_generator, value);

2701  if(status != ROCRAND_STATUS_SUCCESS) throw rocrand_cpp::error(status);

2702  }

2703 

2719  template<class Generator>

2720  void operator()(result_type * output, size_t size)

2721  {

2722  rocrand_status status;

2723  status = rocrand_generate_long_long(m_generator, output, size);

2724  if(status != ROCRAND_STATUS_SUCCESS) throw rocrand_cpp::error(status);

2725  }

2726 

2728  // cppcheck-suppress functionStatic

2729  result_type min() const

2730  {

2731  return 0;

2732  }

2733 

2735  result_type max() const

2736  {

2737  return std::numeric_limits<result_type>::max();

2738  }

2739 

2741  static constexpr rocrand_rng_type type()

2742  {

2743  return ROCRAND_RNG_QUASI_SOBOL64;

2744  }

2745 

2746 private:

2747  rocrand_generator m_generator;

2748 

2750  template<class T>

2751  friend class ::rocrand_cpp::uniform_int_distribution;

2752 

2753  template<class T>

2754  friend class ::rocrand_cpp::uniform_real_distribution;

2755 

2756  template<class T>

2757  friend class ::rocrand_cpp::normal_distribution;

2758 

2759  template<class T>

2760  friend class ::rocrand_cpp::lognormal_distribution;

2761 

2762  template<class T>

2763  friend class ::rocrand_cpp::poisson_distribution;

2765 };

2766 

2768 template<unsigned int DefaultNumDimensions>

2769 constexpr typename sobol64_engine<DefaultNumDimensions>::dimensions_num_type

2770  sobol64_engine<DefaultNumDimensions>::default_num_dimensions;

2772 

2778 template<unsigned int DefaultNumDimensions = 1>

2779 class scrambled_sobol64_engine

2780 {

2781 public:

2783  typedef unsigned long long int result_type;

2785  typedef rocrand_ordering order_type;

2787  typedef unsigned long long int offset_type;

2792  typedef unsigned int dimensions_num_type;

2794  static constexpr dimensions_num_type default_num_dimensions = DefaultNumDimensions;

2795 

2803  scrambled_sobol64_engine(dimensions_num_type num_of_dimensions = DefaultNumDimensions,

2804  offset_type offset_value = 0,

2805  order_type order_value = ROCRAND_ORDERING_QUASI_DEFAULT)

2806  {

2807  rocrand_status status;

2808  status = rocrand_create_generator(&m_generator, this->type());

2809  if(status != ROCRAND_STATUS_SUCCESS)

2810  throw rocrand_cpp::error(status);

2811  try

2812  {

2813  this->order(order_value);

2814  if(offset_value > 0)

2815  {

2816  this->offset(offset_value);

2817  }

2818  this->dimensions(num_of_dimensions);

2819  }

2820  catch(...)

2821  {

2822  (void)rocrand_destroy_generator(m_generator);

2823  throw;

2824  }

2825  }

2826 

2828  explicit scrambled_sobol64_engine(rocrand_generator& generator) : m_generator(generator)

2829  {

2830  if(generator == NULL)

2831  {

2832  throw rocrand_cpp::error(ROCRAND_STATUS_NOT_CREATED);

2833  }

2834  generator = NULL;

2835  }

2836 

2837  scrambled_sobol64_engine(const scrambled_sobol64_engine&) = delete;

2838 

2839  scrambled_sobol64_engine& operator=(const scrambled_sobol64_engine&) = delete;

2840 

2842  scrambled_sobol64_engine(scrambled_sobol64_engine&& rhs) noexcept : m_generator(rhs.m_generator)

2843  {

2844  rhs.m_generator = nullptr;

2845  }

2846 

2848  scrambled_sobol64_engine& operator=(scrambled_sobol64_engine&& rhs) noexcept

2849  {

2850  rocrand_status status = rocrand_destroy_generator(m_generator);

2851  assert(status == ROCRAND_STATUS_SUCCESS || status == ROCRAND_STATUS_NOT_CREATED);

2852  (void)status;

2853 

2854  m_generator = rhs.m_generator;

2855  rhs.m_generator = nullptr;

2856  return *this;

2857  }

2858 

2860  ~scrambled_sobol64_engine() noexcept(false)

2861  {

2862  rocrand_status status = rocrand_destroy_generator(m_generator);

2863  if(status != ROCRAND_STATUS_SUCCESS && status != ROCRAND_STATUS_NOT_CREATED)

2864  throw rocrand_cpp::error(status);

2865  }

2866 

2868  void stream(hipStream_t value)

2869  {

2870  rocrand_status status = rocrand_set_stream(m_generator, value);

2871  if(status != ROCRAND_STATUS_SUCCESS)

2872  throw rocrand_cpp::error(status);

2873  }

2874 

2876  void order(order_type value)

2877  {

2878  rocrand_status status = rocrand_set_ordering(this->m_generator, value);

2879  if(status != ROCRAND_STATUS_SUCCESS)

2880  throw rocrand_cpp::error(status);

2881  }

2882 

2884  void offset(offset_type value)

2885  {

2886  rocrand_status status = rocrand_set_offset(this->m_generator, value);

2887  if(status != ROCRAND_STATUS_SUCCESS)

2888  throw rocrand_cpp::error(status);

2889  }

2890 

2901  void dimensions(dimensions_num_type value)

2902  {

2903  rocrand_status status

2904  = rocrand_set_quasi_random_generator_dimensions(this->m_generator, value);

2905  if(status != ROCRAND_STATUS_SUCCESS)

2906  throw rocrand_cpp::error(status);

2907  }

2908 

2924  template<class Generator>

2925  void operator()(result_type* output, size_t size)

2926  {

2927  rocrand_status status;

2928  status = rocrand_generate_long_long(m_generator, output, size);

2929  if(status != ROCRAND_STATUS_SUCCESS)

2930  throw rocrand_cpp::error(status);

2931  }

2932 

2934  // cppcheck-suppress functionStatic

2935  result_type min() const

2936  {

2937  return 0;

2938  }

2939 

2941  result_type max() const

2942  {

2943  return std::numeric_limits<result_type>::max();

2944  }

2945 

2947  static constexpr rocrand_rng_type type()

2948  {

2949  return ROCRAND_RNG_QUASI_SCRAMBLED_SOBOL64;

2950  }

2951 

2952 private:

2953  rocrand_generator m_generator;

2954 

2956  template<class T>

2957  friend class ::rocrand_cpp::uniform_int_distribution;

2958 

2959  template<class T>

2960  friend class ::rocrand_cpp::uniform_real_distribution;

2961 

2962  template<class T>

2963  friend class ::rocrand_cpp::normal_distribution;

2964 

2965  template<class T>

2966  friend class ::rocrand_cpp::lognormal_distribution;

2967 

2968  template<class T>

2969  friend class ::rocrand_cpp::poisson_distribution;

2971 };

2972 

2974 template<unsigned int DefaultNumDimensions>

2975 constexpr typename scrambled_sobol64_engine<DefaultNumDimensions>::dimensions_num_type

2976  scrambled_sobol64_engine<DefaultNumDimensions>::default_num_dimensions;

2978 

2983 template<unsigned long long DefaultSeed = 0>

2984 class threefry2x32_20_engine

2985 {

2986 public:

2988  typedef unsigned int result_type;

2990  typedef rocrand_ordering order_type;

2992  typedef unsigned long long offset_type;

2994  typedef unsigned long long seed_type;

2996  static constexpr seed_type default_seed = DefaultSeed;

2997 

2999  threefry2x32_20_engine(seed_type seed_value = DefaultSeed,

3000  offset_type offset_value = 0,

3001  order_type order_value = ROCRAND_ORDERING_PSEUDO_DEFAULT)

3002  {

3003  rocrand_status status;

3004  status = rocrand_create_generator(&m_generator, this->type());

3005  if(status != ROCRAND_STATUS_SUCCESS)

3006  throw rocrand_cpp::error(status);

3007  try

3008  {

3009  if(offset_value > 0)

3010  {

3011  this->offset(offset_value);

3012  }

3013  this->order(order_value);

3014  this->seed(seed_value);

3015  }

3016  catch(...)

3017  {

3018  (void)rocrand_destroy_generator(m_generator);

3019  throw;

3020  }

3021  }

3022 

3024  explicit threefry2x32_20_engine(rocrand_generator& generator) : m_generator(generator)

3025  {

3026  if(generator == NULL)

3027  {

3028  throw rocrand_cpp::error(ROCRAND_STATUS_NOT_CREATED);

3029  }

3030  generator = NULL;

3031  }

3032 

3033  threefry2x32_20_engine(const threefry2x32_20_engine&) = delete;

3034 

3035  threefry2x32_20_engine& operator=(const threefry2x32_20_engine&) = delete;

3036 

3038  threefry2x32_20_engine(threefry2x32_20_engine&& rhs) noexcept : m_generator(rhs.m_generator)

3039  {

3040  rhs.m_generator = nullptr;

3041  }

3042 

3044  threefry2x32_20_engine& operator=(threefry2x32_20_engine&& rhs) noexcept

3045  {

3046  rocrand_status status = rocrand_destroy_generator(m_generator);

3047  assert(status == ROCRAND_STATUS_SUCCESS || status == ROCRAND_STATUS_NOT_CREATED);

3048  (void)status;

3049 

3050  m_generator = rhs.m_generator;

3051  rhs.m_generator = nullptr;

3052  return *this;

3053  }

3054 

3056  ~threefry2x32_20_engine() noexcept(false)

3057  {

3058  rocrand_status status = rocrand_destroy_generator(m_generator);

3059  if(status != ROCRAND_STATUS_SUCCESS && status != ROCRAND_STATUS_NOT_CREATED)

3060  throw rocrand_cpp::error(status);

3061  }

3062 

3064  void stream(hipStream_t value)

3065  {

3066  rocrand_status status = rocrand_set_stream(m_generator, value);

3067  if(status != ROCRAND_STATUS_SUCCESS)

3068  throw rocrand_cpp::error(status);

3069  }

3070 

3072  void order(order_type value)

3073  {

3074  rocrand_status status = rocrand_set_ordering(this->m_generator, value);

3075  if(status != ROCRAND_STATUS_SUCCESS)

3076  throw rocrand_cpp::error(status);

3077  }

3078 

3080  void offset(offset_type value)

3081  {

3082  rocrand_status status = rocrand_set_offset(this->m_generator, value);

3083  if(status != ROCRAND_STATUS_SUCCESS)

3084  throw rocrand_cpp::error(status);

3085  }

3086 

3088  void seed(seed_type value)

3089  {

3090  rocrand_status status = rocrand_set_seed(this->m_generator, value);

3091  if(status != ROCRAND_STATUS_SUCCESS)

3092  throw rocrand_cpp::error(status);

3093  }

3094 

3096  template<class Generator>

3097  void operator()(result_type* output, size_t size)

3098  {

3099  rocrand_status status;

3100  status = rocrand_generate(m_generator, output, size);

3101  if(status != ROCRAND_STATUS_SUCCESS)

3102  throw rocrand_cpp::error(status);

3103  }

3104 

3106  // cppcheck-suppress functionStatic

3107  result_type min() const

3108  {

3109  return 0;

3110  }

3111 

3113  result_type max() const

3114  {

3115  return std::numeric_limits<unsigned int>::max();

3116  }

3117 

3119  static constexpr rocrand_rng_type type()

3120  {

3121  return ROCRAND_RNG_PSEUDO_THREEFRY2_32_20;

3122  }

3123 

3124 private:

3125  rocrand_generator m_generator;

3126 

3128  template<class T>

3129  friend class ::rocrand_cpp::uniform_int_distribution;

3130 

3131  template<class T>

3132  friend class ::rocrand_cpp::uniform_real_distribution;

3133 

3134  template<class T>

3135  friend class ::rocrand_cpp::normal_distribution;

3136 

3137  template<class T>

3138  friend class ::rocrand_cpp::lognormal_distribution;

3139 

3140  template<class T>

3141  friend class ::rocrand_cpp::poisson_distribution;

3143 };

3144 

3146 template<unsigned long long DefaultSeed>

3147 constexpr typename threefry2x32_20_engine<DefaultSeed>::seed_type

3148  threefry2x32_20_engine<DefaultSeed>::default_seed;

3150 

3155 template<unsigned long long DefaultSeed = 0>

3156 class threefry2x64_20_engine

3157 {

3158 public:

3160  typedef unsigned long long result_type;

3162  typedef rocrand_ordering order_type;

3164  typedef unsigned long long offset_type;

3166  typedef unsigned long long seed_type;

3168  static constexpr seed_type default_seed = DefaultSeed;

3169 

3171  threefry2x64_20_engine(seed_type seed_value = DefaultSeed,

3172  offset_type offset_value = 0,

3173  order_type order_value = ROCRAND_ORDERING_PSEUDO_DEFAULT)

3174  {

3175  rocrand_status status;

3176  status = rocrand_create_generator(&m_generator, this->type());

3177  if(status != ROCRAND_STATUS_SUCCESS)

3178  throw rocrand_cpp::error(status);

3179  try

3180  {

3181  if(offset_value > 0)

3182  {

3183  this->offset(offset_value);

3184  }

3185  this->order(order_value);

3186  this->seed(seed_value);

3187  }

3188  catch(...)

3189  {

3190  (void)rocrand_destroy_generator(m_generator);

3191  throw;

3192  }

3193  }

3194 

3196  explicit threefry2x64_20_engine(rocrand_generator& generator) : m_generator(generator)

3197  {

3198  if(generator == NULL)

3199  {

3200  throw rocrand_cpp::error(ROCRAND_STATUS_NOT_CREATED);

3201  }

3202  generator = NULL;

3203  }

3204 

3205  threefry2x64_20_engine(const threefry2x64_20_engine&) = delete;

3206 

3207  threefry2x64_20_engine& operator=(const threefry2x64_20_engine&) = delete;

3208 

3210  threefry2x64_20_engine(threefry2x64_20_engine&& rhs) noexcept : m_generator(rhs.m_generator)

3211  {

3212  rhs.m_generator = nullptr;

3213  }

3214 

3216  threefry2x64_20_engine& operator=(threefry2x64_20_engine&& rhs) noexcept

3217  {

3218  rocrand_status status = rocrand_destroy_generator(m_generator);

3219  assert(status == ROCRAND_STATUS_SUCCESS || status == ROCRAND_STATUS_NOT_CREATED);

3220  (void)status;

3221 

3222  m_generator = rhs.m_generator;

3223  rhs.m_generator = nullptr;

3224  return *this;

3225  }

3226 

3228  ~threefry2x64_20_engine() noexcept(false)

3229  {

3230  rocrand_status status = rocrand_destroy_generator(m_generator);

3231  if(status != ROCRAND_STATUS_SUCCESS && status != ROCRAND_STATUS_NOT_CREATED)

3232  throw rocrand_cpp::error(status);

3233  }

3234 

3236  void stream(hipStream_t value)

3237  {

3238  rocrand_status status = rocrand_set_stream(m_generator, value);

3239  if(status != ROCRAND_STATUS_SUCCESS)

3240  throw rocrand_cpp::error(status);

3241  }

3242 

3244  void order(order_type value)

3245  {

3246  rocrand_status status = rocrand_set_ordering(this->m_generator, value);

3247  if(status != ROCRAND_STATUS_SUCCESS)

3248  throw rocrand_cpp::error(status);

3249  }

3250 

3252  void offset(offset_type value)

3253  {

3254  rocrand_status status = rocrand_set_offset(this->m_generator, value);

3255  if(status != ROCRAND_STATUS_SUCCESS)

3256  throw rocrand_cpp::error(status);

3257  }

3258 

3260  void seed(seed_type value)

3261  {

3262  rocrand_status status = rocrand_set_seed(this->m_generator, value);

3263  if(status != ROCRAND_STATUS_SUCCESS)

3264  throw rocrand_cpp::error(status);

3265  }

3266 

3268  template<class Generator>

3269  void operator()(result_type* output, size_t size)

3270  {

3271  rocrand_status status;

3272  status = rocrand_generate_long_long(m_generator, output, size);

3273  if(status != ROCRAND_STATUS_SUCCESS)

3274  throw rocrand_cpp::error(status);

3275  }

3276 

3278  // cppcheck-suppress functionStatic

3279  result_type min() const

3280  {

3281  return 0;

3282  }

3283 

3285  result_type max() const

3286  {

3287  return std::numeric_limits<unsigned int>::max();

3288  }

3289 

3291  static constexpr rocrand_rng_type type()

3292  {

3293  return ROCRAND_RNG_PSEUDO_THREEFRY2_64_20;

3294  }

3295 

3296 private:

3297  rocrand_generator m_generator;

3298 

3300  template<class T>

3301  friend class ::rocrand_cpp::uniform_int_distribution;

3302 

3303  template<class T>

3304  friend class ::rocrand_cpp::uniform_real_distribution;

3305 

3306  template<class T>

3307  friend class ::rocrand_cpp::normal_distribution;

3308 

3309  template<class T>

3310  friend class ::rocrand_cpp::lognormal_distribution;

3311 

3312  template<class T>

3313  friend class ::rocrand_cpp::poisson_distribution;

3315 };

3316 

3318 template<unsigned long long DefaultSeed>

3319 constexpr typename threefry2x64_20_engine<DefaultSeed>::seed_type

3320  threefry2x64_20_engine<DefaultSeed>::default_seed;

3322 

3327 template<unsigned long long DefaultSeed = 0>

3328 class threefry4x32_20_engine

3329 {

3330 public:

3332  typedef unsigned int result_type;

3334  typedef rocrand_ordering order_type;

3336  typedef unsigned long long offset_type;

3338  typedef unsigned long long seed_type;

3340  static constexpr seed_type default_seed = DefaultSeed;

3341 

3343  threefry4x32_20_engine(seed_type seed_value = DefaultSeed,

3344  offset_type offset_value = 0,

3345  order_type order_value = ROCRAND_ORDERING_PSEUDO_DEFAULT)

3346  {

3347  rocrand_status status;

3348  status = rocrand_create_generator(&m_generator, this->type());

3349  if(status != ROCRAND_STATUS_SUCCESS)

3350  throw rocrand_cpp::error(status);

3351  try

3352  {

3353  if(offset_value > 0)

3354  {

3355  this->offset(offset_value);

3356  }

3357  this->order(order_value);

3358  this->seed(seed_value);

3359  }

3360  catch(...)

3361  {

3362  (void)rocrand_destroy_generator(m_generator);

3363  throw;

3364  }

3365  }

3366 

3368  explicit threefry4x32_20_engine(rocrand_generator& generator) : m_generator(generator)

3369  {

3370  if(generator == NULL)

3371  {

3372  throw rocrand_cpp::error(ROCRAND_STATUS_NOT_CREATED);

3373  }

3374  generator = NULL;

3375  }

3376 

3377  threefry4x32_20_engine(const threefry4x32_20_engine&) = delete;

3378 

3379  threefry4x32_20_engine& operator=(const threefry4x32_20_engine&) = delete;

3380 

3382  threefry4x32_20_engine(threefry4x32_20_engine&& rhs) noexcept : m_generator(rhs.m_generator)

3383  {

3384  rhs.m_generator = nullptr;

3385  }

3386 

3388  threefry4x32_20_engine& operator=(threefry4x32_20_engine&& rhs) noexcept

3389  {

3390  rocrand_status status = rocrand_destroy_generator(m_generator);

3391  assert(status == ROCRAND_STATUS_SUCCESS || status == ROCRAND_STATUS_NOT_CREATED);

3392  (void)status;

3393 

3394  m_generator = rhs.m_generator;

3395  rhs.m_generator = nullptr;

3396  return *this;

3397  }

3398 

3400  ~threefry4x32_20_engine() noexcept(false)

3401  {

3402  rocrand_status status = rocrand_destroy_generator(m_generator);

3403  if(status != ROCRAND_STATUS_SUCCESS && status != ROCRAND_STATUS_NOT_CREATED)

3404  throw rocrand_cpp::error(status);

3405  }

3406 

3408  void stream(hipStream_t value)

3409  {

3410  rocrand_status status = rocrand_set_stream(m_generator, value);

3411  if(status != ROCRAND_STATUS_SUCCESS)

3412  throw rocrand_cpp::error(status);

3413  }

3414 

3416  void order(order_type value)

3417  {

3418  rocrand_status status = rocrand_set_ordering(this->m_generator, value);

3419  if(status != ROCRAND_STATUS_SUCCESS)

3420  throw rocrand_cpp::error(status);

3421  }

3422 

3424  void offset(offset_type value)

3425  {

3426  rocrand_status status = rocrand_set_offset(this->m_generator, value);

3427  if(status != ROCRAND_STATUS_SUCCESS)

3428  throw rocrand_cpp::error(status);

3429  }

3430 

3432  void seed(seed_type value)

3433  {

3434  rocrand_status status = rocrand_set_seed(this->m_generator, value);

3435  if(status != ROCRAND_STATUS_SUCCESS)

3436  throw rocrand_cpp::error(status);

3437  }

3438 

3440  template<class Generator>

3441  void operator()(result_type* output, size_t size)

3442  {

3443  rocrand_status status;

3444  status = rocrand_generate(m_generator, output, size);

3445  if(status != ROCRAND_STATUS_SUCCESS)

3446  throw rocrand_cpp::error(status);

3447  }

3448 

3450  // cppcheck-suppress functionStatic

3451  result_type min() const

3452  {

3453  return 0;

3454  }

3455 

3457  result_type max() const

3458  {

3459  return std::numeric_limits<unsigned int>::max();

3460  }

3461 

3463  static constexpr rocrand_rng_type type()

3464  {

3465  return ROCRAND_RNG_PSEUDO_THREEFRY4_32_20;

3466  }

3467 

3468 private:

3469  rocrand_generator m_generator;

3470 

3472  template<class T>

3473  friend class ::rocrand_cpp::uniform_int_distribution;

3474 

3475  template<class T>

3476  friend class ::rocrand_cpp::uniform_real_distribution;

3477 

3478  template<class T>

3479  friend class ::rocrand_cpp::normal_distribution;

3480 

3481  template<class T>

3482  friend class ::rocrand_cpp::lognormal_distribution;

3483 

3484  template<class T>

3485  friend class ::rocrand_cpp::poisson_distribution;

3487 };

3488 

3490 template<unsigned long long DefaultSeed>

3491 constexpr typename threefry4x32_20_engine<DefaultSeed>::seed_type

3492  threefry4x32_20_engine<DefaultSeed>::default_seed;

3494 

3499 template<unsigned long long DefaultSeed = 0>

3500 class threefry4x64_20_engine

3501 {

3502 public:

3504  typedef unsigned long long result_type;

3506  typedef rocrand_ordering order_type;

3508  typedef unsigned long long offset_type;

3510  typedef unsigned long long seed_type;

3512  static constexpr seed_type default_seed = DefaultSeed;

3513 

3515  threefry4x64_20_engine(seed_type seed_value = DefaultSeed,

3516  offset_type offset_value = 0,

3517  order_type order_value = ROCRAND_ORDERING_PSEUDO_DEFAULT)

3518  {

3519  rocrand_status status;

3520  status = rocrand_create_generator(&m_generator, this->type());

3521  if(status != ROCRAND_STATUS_SUCCESS)

3522  throw rocrand_cpp::error(status);

3523  try

3524  {

3525  if(offset_value > 0)

3526  {

3527  this->offset(offset_value);

3528  }

3529  this->order(order_value);

3530  this->seed(seed_value);

3531  }

3532  catch(...)

3533  {

3534  (void)rocrand_destroy_generator(m_generator);

3535  throw;

3536  }

3537  }

3538 

3540  explicit threefry4x64_20_engine(rocrand_generator& generator) : m_generator(generator)

3541  {

3542  if(generator == NULL)

3543  {

3544  throw rocrand_cpp::error(ROCRAND_STATUS_NOT_CREATED);

3545  }

3546  generator = NULL;

3547  }

3548 

3549  threefry4x64_20_engine(const threefry4x64_20_engine&) = delete;

3550 

3551  threefry4x64_20_engine& operator=(const threefry4x64_20_engine&) = delete;

3552 

3554  threefry4x64_20_engine(threefry4x64_20_engine&& rhs) noexcept : m_generator(rhs.m_generator)

3555  {

3556  rhs.m_generator = nullptr;

3557  }

3558 

3560  threefry4x64_20_engine& operator=(threefry4x64_20_engine&& rhs) noexcept

3561  {

3562  rocrand_status status = rocrand_destroy_generator(m_generator);

3563  assert(status == ROCRAND_STATUS_SUCCESS || status == ROCRAND_STATUS_NOT_CREATED);

3564  (void)status;

3565 

3566  m_generator = rhs.m_generator;

3567  rhs.m_generator = nullptr;

3568  return *this;

3569  }

3570 

3572  ~threefry4x64_20_engine() noexcept(false)

3573  {

3574  rocrand_status status = rocrand_destroy_generator(m_generator);

3575  if(status != ROCRAND_STATUS_SUCCESS && status != ROCRAND_STATUS_NOT_CREATED)

3576  throw rocrand_cpp::error(status);

3577  }

3578 

3580  void stream(hipStream_t value)

3581  {

3582  rocrand_status status = rocrand_set_stream(m_generator, value);

3583  if(status != ROCRAND_STATUS_SUCCESS)

3584  throw rocrand_cpp::error(status);

3585  }

3586 

3588  void order(order_type value)

3589  {

3590  rocrand_status status = rocrand_set_ordering(this->m_generator, value);

3591  if(status != ROCRAND_STATUS_SUCCESS)

3592  throw rocrand_cpp::error(status);

3593  }

3594 

3596  void offset(offset_type value)

3597  {

3598  rocrand_status status = rocrand_set_offset(this->m_generator, value);

3599  if(status != ROCRAND_STATUS_SUCCESS)

3600  throw rocrand_cpp::error(status);

3601  }

3602 

3604  void seed(seed_type value)

3605  {

3606  rocrand_status status = rocrand_set_seed(this->m_generator, value);

3607  if(status != ROCRAND_STATUS_SUCCESS)

3608  throw rocrand_cpp::error(status);

3609  }

3610 

3612  template<class Generator>

3613  void operator()(result_type* output, size_t size)

3614  {

3615  rocrand_status status;

3616  status = rocrand_generate_long_long(m_generator, output, size);

3617  if(status != ROCRAND_STATUS_SUCCESS)

3618  throw rocrand_cpp::error(status);

3619  }

3620 

3622  // cppcheck-suppress functionStatic

3623  result_type min() const

3624  {

3625  return 0;

3626  }

3627 

3629  result_type max() const

3630  {

3631  return std::numeric_limits<unsigned int>::max();

3632  }

3633 

3635  static constexpr rocrand_rng_type type()

3636  {

3637  return ROCRAND_RNG_PSEUDO_THREEFRY4_64_20;

3638  }

3639 

3640 private:

3641  rocrand_generator m_generator;

3642 

3644  template<class T>

3645  friend class ::rocrand_cpp::uniform_int_distribution;

3646 

3647  template<class T>

3648  friend class ::rocrand_cpp::uniform_real_distribution;

3649 

3650  template<class T>

3651  friend class ::rocrand_cpp::normal_distribution;

3652 

3653  template<class T>

3654  friend class ::rocrand_cpp::lognormal_distribution;

3655 

3656  template<class T>

3657  friend class ::rocrand_cpp::poisson_distribution;

3659 };

3660 

3662 template<unsigned long long DefaultSeed>

3663 constexpr typename threefry4x64_20_engine<DefaultSeed>::seed_type

3664  threefry4x64_20_engine<DefaultSeed>::default_seed;

3666 

3669 typedef philox4x32_10_engine<> philox4x32_10;

3672 typedef xorwow_engine<> xorwow;

3675 typedef mrg31k3p_engine<> mrg31k3p;

3678 typedef mrg32k3a_engine<> mrg32k3a;

3681 typedef mtgp32_engine<> mtgp32;

3685 typedef lfsr113_engine<> lfsr113;

3688 typedef mt19937_engine<> mt19937;

3691 typedef threefry2x32_20_engine<> threefry2x32;

3694 typedef threefry2x64_20_engine<> threefry2x64;

3697 typedef threefry4x32_20_engine<> threefry4x32;

3700 typedef threefry4x64_20_engine<> threefry4x64;

3703 typedef sobol32_engine<> sobol32;

3706 typedef scrambled_sobol32_engine<> scrambled_sobol32;

3709 typedef sobol64_engine<> sobol64;

3712 typedef scrambled_sobol64_engine<> scrambled_sobol64;

3713 

3716 typedef xorwow default_random_engine;

3717 

3745 typedef std::random_device random_device;

3746 

3749 inline int version()

3750 {

3751  int x;

3752  rocrand_status status = rocrand_get_version(&x);

3753  if(status != ROCRAND_STATUS_SUCCESS)

3754  {

3755  throw rocrand_cpp::error(status);

3756  }

3757  return x;

3758 }

3759 

3761 

3762 } // end namespace rocrand_cpp

3763 

3764 #endif // #if __cplusplus >= 201103L

3765 #endif // ROCRAND_HPP_

rocrand_cpp::error

A run-time rocRAND error.

Definition: rocrand.hpp:50

rocrand_cpp::error::error_code

error_type error_code() const noexcept

Returns the numeric error code.

Definition: rocrand.hpp:65

rocrand_cpp::error::error_string

std::string error_string() const noexcept

Returns a string description of the error.

Definition: rocrand.hpp:71

rocrand_cpp::error::operator!=

friend bool operator!=(const error &l, const error &r)

Compares two error objects for inequality.

Definition: rocrand.hpp:129

rocrand_cpp::error::to_string

static std::string to_string(error_type error)

Definition: rocrand.hpp:88

rocrand_cpp::error::what

const char * what() const noexcept override

Returns a C-string description of the error.

Definition: rocrand.hpp:77

rocrand_cpp::error::error

error(error_type error) noexcept

Definition: rocrand.hpp:58

rocrand_cpp::error::error_type

rocrand_status error_type

rocRAND error code type

Definition: rocrand.hpp:53

rocrand_cpp::error::operator==

friend bool operator==(const error &l, const error &r)

Compares two error objects for equality.

Definition: rocrand.hpp:122

rocrand_cpp::lfsr113_engine

Random number engine based on the LFSR113 algorithm.

Definition: rocrand.hpp:1845

rocrand_cpp::lfsr113_engine::operator=

lfsr113_engine & operator=(lfsr113_engine &&rhs) noexcept

Move assign from an other engine, moving the state over.

Definition: rocrand.hpp:1905

rocrand_cpp::lfsr113_engine::operator()

void operator()(result_type *output, size_t size)

Fills output with uniformly distributed random integer values.

Definition: rocrand.hpp:1958

rocrand_cpp::lfsr113_engine::lfsr113_engine

lfsr113_engine(lfsr113_engine &&rhs) noexcept

Move construct from an other engine, moving the state over.

Definition: rocrand.hpp:1899

rocrand_cpp::lfsr113_engine::min

result_type min() const

Returns the smallest possible value that can be generated by the engine.

Definition: rocrand.hpp:1968

rocrand_cpp::lfsr113_engine::seed_type

uint4 seed_type

Definition: rocrand.hpp:1852

rocrand_cpp::lfsr113_engine::type

static constexpr rocrand_rng_type type()

Returns type of the rocRAND pseudo-random number generator associated with the engine.

Definition: rocrand.hpp:1980

rocrand_cpp::lfsr113_engine::seed

void seed(unsigned long long value)

Sets the seed of the pseudo-random number engine.

Definition: rocrand.hpp:1941

rocrand_cpp::lfsr113_engine::seed

void seed(seed_type value)

Sets the seed of the pseudo-random number engine.

Definition: rocrand.hpp:1949

rocrand_cpp::lfsr113_engine::default_seed

static constexpr seed_type default_seed

The default seed equal to DefaultSeed.

Definition: rocrand.hpp:1855

rocrand_cpp::lfsr113_engine::result_type

unsigned int result_type

Definition: rocrand.hpp:1848

rocrand_cpp::lfsr113_engine::lfsr113_engine

lfsr113_engine(seed_type seed_value={DefaultSeedX, DefaultSeedY, DefaultSeedZ, DefaultSeedW}, order_type order_value=ROCRAND_ORDERING_PSEUDO_DEFAULT)

Constructs the pseudo-random number engine.

Definition: rocrand.hpp:1865

rocrand_cpp::lfsr113_engine::lfsr113_engine

lfsr113_engine(rocrand_generator &generator)

Constructs the pseudo-random number engine.

Definition: rocrand.hpp:1885

rocrand_cpp::lfsr113_engine::stream

void stream(hipStream_t value)

Sets the random number engine's hipStream for kernel launches.

Definition: rocrand.hpp:1925

rocrand_cpp::lfsr113_engine::max

result_type max() const

Returns the largest possible value that can be generated by the engine.

Definition: rocrand.hpp:1974

rocrand_cpp::lfsr113_engine::order

void order(order_type value)

Sets the order of a random number engine.

Definition: rocrand.hpp:1933

rocrand_cpp::lfsr113_engine::order_type

rocrand_ordering order_type

Definition: rocrand.hpp:1850

rocrand_cpp::lfsr113_engine::~lfsr113_engine

~lfsr113_engine() noexcept(false)

Definition: rocrand.hpp:1917

rocrand_cpp::lognormal_distribution::param_type

The type of the distribution parameter set.

Definition: rocrand.hpp:574

rocrand_cpp::lognormal_distribution::param_type::m

RealType m() const

Returns the deviation distribution parameter.

Definition: rocrand.hpp:594

rocrand_cpp::lognormal_distribution::param_type::param_type

param_type(RealType m=0.0, RealType s=1.0)

Constructs a param_type object with the given distribution parameters.

Definition: rocrand.hpp:583

rocrand_cpp::lognormal_distribution::param_type::operator!=

bool operator!=(const param_type &other) const

Returns true if the param_type is different from other.

Definition: rocrand.hpp:614

rocrand_cpp::lognormal_distribution::param_type::s

RealType s() const

Returns the deviation distribution parameter.

Definition: rocrand.hpp:602

rocrand_cpp::lognormal_distribution::param_type::param_type

param_type(const param_type &params)=default

Copy constructor.

rocrand_cpp::lognormal_distribution::param_type::operator==

bool operator==(const param_type &other) const

Returns true if the param_type is the same as other.

Definition: rocrand.hpp:608

rocrand_cpp::lognormal_distribution

Produces positive random numbers according to a log-normal distribution.

Definition: rocrand.hpp:559

rocrand_cpp::lognormal_distribution::param

void param(const param_type &params)

Sets the distribution parameter object.

Definition: rocrand.hpp:666

rocrand_cpp::lognormal_distribution::result_type

RealType result_type

See description for RealType template parameter.

Definition: rocrand.hpp:565

rocrand_cpp::lognormal_distribution::operator==

bool operator==(const lognormal_distribution< RealType > &other) const

Returns true if the distribution is the same as other.

Definition: rocrand.hpp:714

rocrand_cpp::lognormal_distribution::min

RealType min() const

Returns the smallest possible value that can be generated.

Definition: rocrand.hpp:673

rocrand_cpp::lognormal_distribution::reset

static void reset()

Resets distribution's internal state if there is any.

Definition: rocrand.hpp:639

rocrand_cpp::lognormal_distribution::max

RealType max() const

Returns the largest possible value that can be generated.

Definition: rocrand.hpp:679

rocrand_cpp::lognormal_distribution::m

RealType m() const

Returns the mean distribution parameter.

Definition: rocrand.hpp:646

rocrand_cpp::lognormal_distribution::operator()

void operator()(Generator &g, RealType *output, size_t size)

Fills output with log-normally distributed random floating-point values.

Definition: rocrand.hpp:704

rocrand_cpp::lognormal_distribution::lognormal_distribution

lognormal_distribution(RealType m=0.0, RealType s=1.0)

Constructs a new distribution object.

Definition: rocrand.hpp:626

rocrand_cpp::lognormal_distribution::s

RealType s() const

Returns the standard deviation distribution parameter.

Definition: rocrand.hpp:654

rocrand_cpp::lognormal_distribution::operator!=

bool operator!=(const lognormal_distribution< RealType > &other) const

Returns true if the distribution is different from other.

Definition: rocrand.hpp:722

rocrand_cpp::lognormal_distribution::lognormal_distribution

lognormal_distribution(const param_type &params)

Constructs a new distribution object.

Definition: rocrand.hpp:633

rocrand_cpp::lognormal_distribution::param

param_type param() const

Returns the distribution parameter object.

Definition: rocrand.hpp:660

rocrand_cpp::mrg31k3p_engine

Pseudorandom number engine based MRG31k3p CMRG.

Definition: rocrand.hpp:1337

rocrand_cpp::mrg31k3p_engine::mrg31k3p_engine

mrg31k3p_engine(mrg31k3p_engine &&rhs) noexcept

Move construct from an other engine, moving the state over.

Definition: rocrand.hpp:1390

rocrand_cpp::mrg31k3p_engine::operator()

void operator()(result_type *output, size_t size)

Fills output with uniformly distributed random integer values.

Definition: rocrand.hpp:1449

rocrand_cpp::mrg31k3p_engine::max

result_type max() const

Returns the largest possible value that can be generated by the engine.

Definition: rocrand.hpp:1465

rocrand_cpp::mrg31k3p_engine::offset

void offset(offset_type value)

Sets the offset of a random number engine.

Definition: rocrand.hpp:1432

rocrand_cpp::mrg31k3p_engine::operator=

mrg31k3p_engine & operator=(mrg31k3p_engine &&rhs) noexcept

Move assign from an other engine, moving the state over.

Definition: rocrand.hpp:1396

rocrand_cpp::mrg31k3p_engine::order_type

rocrand_ordering order_type

Definition: rocrand.hpp:1342

rocrand_cpp::mrg31k3p_engine::mrg31k3p_engine

mrg31k3p_engine(seed_type seed_value=DefaultSeed, offset_type offset_value=0, order_type order_value=ROCRAND_ORDERING_PSEUDO_DEFAULT)

Constructs the pseudo-random number engine.

Definition: rocrand.hpp:1351

rocrand_cpp::mrg31k3p_engine::seed_type

unsigned long long seed_type

Definition: rocrand.hpp:1346

rocrand_cpp::mrg31k3p_engine::min

result_type min() const

Returns the smallest possible value that can be generated by the engine.

Definition: rocrand.hpp:1459

rocrand_cpp::mrg31k3p_engine::offset_type

unsigned long long offset_type

Definition: rocrand.hpp:1344

rocrand_cpp::mrg31k3p_engine::result_type

unsigned int result_type

Definition: rocrand.hpp:1340

rocrand_cpp::mrg31k3p_engine::~mrg31k3p_engine

~mrg31k3p_engine() noexcept(false)

Definition: rocrand.hpp:1408

rocrand_cpp::mrg31k3p_engine::order

void order(order_type value)

Sets the order of a random number engine.

Definition: rocrand.hpp:1424

rocrand_cpp::mrg31k3p_engine::default_seed

static constexpr seed_type default_seed

The default seed equal to DefaultSeed.

Definition: rocrand.hpp:1348

rocrand_cpp::mrg31k3p_engine::stream

void stream(hipStream_t value)

Sets the random number engine's hipStream for kernel launches.

Definition: rocrand.hpp:1416

rocrand_cpp::mrg31k3p_engine::type

static constexpr rocrand_rng_type type()

Returns type of the rocRAND pseudo-random number generator associated with the engine.

Definition: rocrand.hpp:1471

rocrand_cpp::mrg31k3p_engine::seed

void seed(seed_type value)

Sets the seed of the pseudo-random number engine.

Definition: rocrand.hpp:1440

rocrand_cpp::mrg31k3p_engine::mrg31k3p_engine

mrg31k3p_engine(rocrand_generator &generator)

Constructs the pseudo-random number engine.

Definition: rocrand.hpp:1376

rocrand_cpp::mrg32k3a_engine

Pseudorandom number engine based MRG32k3a CMRG.

Definition: rocrand.hpp:1510

rocrand_cpp::mrg32k3a_engine::max

result_type max() const

Returns the largest possible value that can be generated by the engine.

Definition: rocrand.hpp:1634

rocrand_cpp::mrg32k3a_engine::mrg32k3a_engine

mrg32k3a_engine(mrg32k3a_engine &&rhs) noexcept

Move construct from an other engine, moving the state over.

Definition: rocrand.hpp:1563

rocrand_cpp::mrg32k3a_engine::min

result_type min() const

Returns the smallest possible value that can be generated by the engine.

Definition: rocrand.hpp:1628

rocrand_cpp::mrg32k3a_engine::type

static constexpr rocrand_rng_type type()

Returns type of the rocRAND pseudo-random number generator associated with the engine.

Definition: rocrand.hpp:1640

rocrand_cpp::mrg32k3a_engine::offset

void offset(offset_type value)

Sets the offset of a random number engine.

Definition: rocrand.hpp:1604

rocrand_cpp::mrg32k3a_engine::seed_type

unsigned long long seed_type

Definition: rocrand.hpp:1519

rocrand_cpp::mrg32k3a_engine::offset_type

unsigned long long offset_type

Definition: rocrand.hpp:1517

rocrand_cpp::mrg32k3a_engine::order_type

rocrand_ordering order_type

Definition: rocrand.hpp:1515

rocrand_cpp::mrg32k3a_engine::result_type

unsigned int result_type

Definition: rocrand.hpp:1513

rocrand_cpp::mrg32k3a_engine::seed

void seed(seed_type value)

Sets the seed of the pseudo-random number engine.

Definition: rocrand.hpp:1611

rocrand_cpp::mrg32k3a_engine::order

void order(order_type value)

Sets the order of a random number engine.

Definition: rocrand.hpp:1596

rocrand_cpp::mrg32k3a_engine::default_seed

static constexpr seed_type default_seed

The default seed equal to DefaultSeed.

Definition: rocrand.hpp:1521

rocrand_cpp::mrg32k3a_engine::~mrg32k3a_engine

~mrg32k3a_engine() noexcept(false)

Definition: rocrand.hpp:1581

rocrand_cpp::mrg32k3a_engine::mrg32k3a_engine

mrg32k3a_engine(rocrand_generator &generator)

Constructs the pseudo-random number engine.

Definition: rocrand.hpp:1548

rocrand_cpp::mrg32k3a_engine::stream

void stream(hipStream_t value)

Sets the random number engine's hipStream for kernel launches.

Definition: rocrand.hpp:1589

rocrand_cpp::mrg32k3a_engine::operator=

mrg32k3a_engine & operator=(mrg32k3a_engine &&rhs) noexcept

Move assign from an other engine, moving the state over.

Definition: rocrand.hpp:1569

rocrand_cpp::mrg32k3a_engine::operator()

void operator()(result_type *output, size_t size)

Fills output with uniformly distributed random integer values.

Definition: rocrand.hpp:1619

rocrand_cpp::mrg32k3a_engine::mrg32k3a_engine

mrg32k3a_engine(seed_type seed_value=DefaultSeed, offset_type offset_value=0, order_type order_value=ROCRAND_ORDERING_PSEUDO_DEFAULT)

Constructs the pseudo-random number engine.

Definition: rocrand.hpp:1524

rocrand_cpp::mt19937_engine

Random number engine based on the Mersenne Twister algorithm.

Definition: rocrand.hpp:2023

rocrand_cpp::mt19937_engine::max

result_type max() const

Returns the largest possible value that can be generated by the engine.

Definition: rocrand.hpp:2126

rocrand_cpp::mt19937_engine::operator=

mt19937_engine & operator=(mt19937_engine &&rhs) noexcept

Move assign from an other engine, moving the state over.

Definition: rocrand.hpp:2073

rocrand_cpp::mt19937_engine::seed

void seed(seed_type value)

Sets the seed of the pseudo-random number engine.

Definition: rocrand.hpp:2101

rocrand_cpp::mt19937_engine::~mt19937_engine

~mt19937_engine() noexcept(false)

Definition: rocrand.hpp:2085

rocrand_cpp::mt19937_engine::seed_type

unsigned long long seed_type

Definition: rocrand.hpp:2028

rocrand_cpp::mt19937_engine::operator()

void operator()(result_type *output, size_t size)

Fills output with uniformly distributed random integer values.

Definition: rocrand.hpp:2110

rocrand_cpp::mt19937_engine::stream

void stream(hipStream_t value)

Sets the random number engine's hipStream for kernel launches.

Definition: rocrand.hpp:2093

rocrand_cpp::mt19937_engine::mt19937_engine

mt19937_engine(rocrand_generator &generator)

Constructs the pseudo-random number engine.

Definition: rocrand.hpp:2053

rocrand_cpp::mt19937_engine::mt19937_engine

mt19937_engine(mt19937_engine &&rhs) noexcept

Move construct from an other engine, moving the state over.

Definition: rocrand.hpp:2067

rocrand_cpp::mt19937_engine::type

static constexpr rocrand_rng_type type()

Returns type of the rocRAND pseudo-random number generator associated with the engine.

Definition: rocrand.hpp:2132

rocrand_cpp::mt19937_engine::default_seed

static constexpr seed_type default_seed

The default seed equal to DefaultSeed.

Definition: rocrand.hpp:2030

rocrand_cpp::mt19937_engine::min

result_type min() const

Returns the smallest possible value that can be generated by the engine.

Definition: rocrand.hpp:2120

rocrand_cpp::mt19937_engine::mt19937_engine

mt19937_engine(seed_type seed_value=DefaultSeed)

Constructs the pseudo-random number engine.

Definition: rocrand.hpp:2035

rocrand_cpp::mt19937_engine::result_type

unsigned int result_type

Definition: rocrand.hpp:2026

rocrand_cpp::mtgp32_engine

Random number engine based on the Mersenne Twister for Graphic Processors algorithm.

Definition: rocrand.hpp:1679

rocrand_cpp::mtgp32_engine::min

result_type min() const

Returns the smallest possible value that can be generated by the engine.

Definition: rocrand.hpp:1792

rocrand_cpp::mtgp32_engine::~mtgp32_engine

~mtgp32_engine() noexcept(false)

Definition: rocrand.hpp:1752

rocrand_cpp::mtgp32_engine::seed

void seed(seed_type value)

Sets the seed of the pseudo-random number engine.

Definition: rocrand.hpp:1775

rocrand_cpp::mtgp32_engine::operator=

mtgp32_engine & operator=(mtgp32_engine &&rhs) noexcept

Move assign from an other engine, moving the state over.

Definition: rocrand.hpp:1740

rocrand_cpp::mtgp32_engine::type

static constexpr rocrand_rng_type type()

Returns type of the rocRAND pseudo-random number generator associated with the engine.

Definition: rocrand.hpp:1804

rocrand_cpp::mtgp32_engine::seed_type

unsigned long long seed_type

Definition: rocrand.hpp:1688

rocrand_cpp::mtgp32_engine::max

result_type max() const

Returns the largest possible value that can be generated by the engine.

Definition: rocrand.hpp:1798

rocrand_cpp::mtgp32_engine::mtgp32_engine

mtgp32_engine(rocrand_generator &generator)

Constructs the pseudo-random number engine.

Definition: rocrand.hpp:1719

rocrand_cpp::mtgp32_engine::stream

void stream(hipStream_t value)

Sets the random number engine's hipStream for kernel launches.

Definition: rocrand.hpp:1760

rocrand_cpp::mtgp32_engine::mtgp32_engine

mtgp32_engine(seed_type seed_value=DefaultSeed, order_type order_value=ROCRAND_ORDERING_PSEUDO_DEFAULT)

Constructs the pseudo-random number engine.

Definition: rocrand.hpp:1700

rocrand_cpp::mtgp32_engine::order

void order(order_type value)

Sets the order of a random number engine.

Definition: rocrand.hpp:1767

rocrand_cpp::mtgp32_engine::offset_type

unsigned long long offset_type

Definition: rocrand.hpp:1686

rocrand_cpp::mtgp32_engine::default_seed

static constexpr seed_type default_seed

The default seed equal to DefaultSeed.

Definition: rocrand.hpp:1690

rocrand_cpp::mtgp32_engine::result_type

unsigned int result_type

Definition: rocrand.hpp:1682

rocrand_cpp::mtgp32_engine::mtgp32_engine

mtgp32_engine(mtgp32_engine &&rhs) noexcept

Move construct from an other engine, moving the state over.

Definition: rocrand.hpp:1734

rocrand_cpp::mtgp32_engine::operator()

void operator()(result_type *output, size_t size)

Fills output with uniformly distributed random integer values.

Definition: rocrand.hpp:1783

rocrand_cpp::mtgp32_engine::order_type

rocrand_ordering order_type

Definition: rocrand.hpp:1684

rocrand_cpp::normal_distribution::param_type

The type of the distribution parameter set.

Definition: rocrand.hpp:372

rocrand_cpp::normal_distribution::param_type::param_type

param_type(const param_type &params)=default

Copy constructor.

rocrand_cpp::normal_distribution::param_type::mean

RealType mean() const

Returns the deviation distribution parameter.

Definition: rocrand.hpp:392

rocrand_cpp::normal_distribution::param_type::param_type

param_type(RealType mean=0.0, RealType stddev=1.0)

Constructs a param_type object with the given distribution parameters.

Definition: rocrand.hpp:381

rocrand_cpp::normal_distribution::param_type::operator==

bool operator==(const param_type &other) const

Returns true if the param_type is the same as other.

Definition: rocrand.hpp:406

rocrand_cpp::normal_distribution::param_type::stddev

RealType stddev() const

Returns the standard deviation distribution parameter.

Definition: rocrand.hpp:400

rocrand_cpp::normal_distribution::param_type::operator!=

bool operator!=(const param_type &other) const

Returns true if the param_type is different from other.

Definition: rocrand.hpp:412

rocrand_cpp::normal_distribution

Produces random numbers according to a normal distribution.

Definition: rocrand.hpp:357

rocrand_cpp::normal_distribution::max

RealType max() const

Returns the largest possible value that can be generated.

Definition: rocrand.hpp:465

rocrand_cpp::normal_distribution::normal_distribution

normal_distribution(const param_type &params)

Constructs a new distribution object.

Definition: rocrand.hpp:431

rocrand_cpp::normal_distribution::param

void param(const param_type &params)

Sets the distribution parameter object.

Definition: rocrand.hpp:477

rocrand_cpp::normal_distribution::reset

static void reset()

Resets distribution's internal state if there is any.

Definition: rocrand.hpp:437

rocrand_cpp::normal_distribution::param

param_type param() const

Returns the distribution parameter object.

Definition: rocrand.hpp:471

rocrand_cpp::normal_distribution::mean

RealType mean() const

Returns the mean distribution parameter.

Definition: rocrand.hpp:444

rocrand_cpp::normal_distribution::operator()

void operator()(Generator &g, RealType *output, size_t size)

Fills output with normally distributed random floating-point values.

Definition: rocrand.hpp:501

rocrand_cpp::normal_distribution::operator==

bool operator==(const normal_distribution< RealType > &other) const

Returns true if the distribution is the same as other.

Definition: rocrand.hpp:511

rocrand_cpp::normal_distribution::result_type

RealType result_type

See description for RealType template parameter.

Definition: rocrand.hpp:363

rocrand_cpp::normal_distribution::min

RealType min() const

Returns the smallest possible value that can be generated.

Definition: rocrand.hpp:459

rocrand_cpp::normal_distribution::normal_distribution

normal_distribution(RealType mean=0.0, RealType stddev=1.0)

Constructs a new distribution object.

Definition: rocrand.hpp:424

rocrand_cpp::normal_distribution::stddev

RealType stddev() const

Returns the standard deviation distribution parameter.

Definition: rocrand.hpp:452

rocrand_cpp::normal_distribution::operator!=

bool operator!=(const normal_distribution< RealType > &other) const

Returns true if the distribution is different from other.

Definition: rocrand.hpp:519

rocrand_cpp::philox4x32_10_engine

Pseudorandom number engine based Philox algorithm.

Definition: rocrand.hpp:921

rocrand_cpp::philox4x32_10_engine::type

static constexpr rocrand_rng_type type()

Returns type of the rocRAND pseudo-random number generator associated with the engine.

Definition: rocrand.hpp:1131

rocrand_cpp::philox4x32_10_engine::max

result_type max() const

Returns the largest possible value that can be generated by the engine.

Definition: rocrand.hpp:1125

rocrand_cpp::philox4x32_10_engine::default_seed

static constexpr seed_type default_seed

The default seed equal to DefaultSeed.

Definition: rocrand.hpp:945

rocrand_cpp::philox4x32_10_engine::philox4x32_10_engine

philox4x32_10_engine(philox4x32_10_engine &&rhs) noexcept

Move construct from an other engine, moving the state over.

Definition: rocrand.hpp:1005

rocrand_cpp::philox4x32_10_engine::offset

void offset(offset_type value)

Sets the offset of a random number engine.

Definition: rocrand.hpp:1074

rocrand_cpp::philox4x32_10_engine::operator=

philox4x32_10_engine & operator=(philox4x32_10_engine &&rhs) noexcept

Move assign from an other engine, moving the state over.

Definition: rocrand.hpp:1016

rocrand_cpp::philox4x32_10_engine::offset_type

unsigned long long offset_type

Definition: rocrand.hpp:938

rocrand_cpp::philox4x32_10_engine::philox4x32_10_engine

philox4x32_10_engine(rocrand_generator &generator)

Constructs the pseudo-random number engine.

Definition: rocrand.hpp:985

rocrand_cpp::philox4x32_10_engine::stream

void stream(hipStream_t value)

Sets the random number engine's hipStream for kernel launches.

Definition: rocrand.hpp:1039

rocrand_cpp::philox4x32_10_engine::seed

void seed(seed_type value)

Sets the seed of the pseudo-random number engine.

Definition: rocrand.hpp:1090

rocrand_cpp::philox4x32_10_engine::seed_type

unsigned long long seed_type

Definition: rocrand.hpp:943

rocrand_cpp::philox4x32_10_engine::~philox4x32_10_engine

~philox4x32_10_engine() noexcept(false)

Definition: rocrand.hpp:1030

rocrand_cpp::philox4x32_10_engine::min

result_type min() const

Returns the smallest possible value that can be generated by the engine.

Definition: rocrand.hpp:1119

rocrand_cpp::philox4x32_10_engine::operator()

void operator()(result_type *output, size_t size)

Fills output with uniformly distributed random integer values.

Definition: rocrand.hpp:1110

rocrand_cpp::philox4x32_10_engine::order

void order(order_type value)

Sets the order of a random number engine.

Definition: rocrand.hpp:1056

rocrand_cpp::philox4x32_10_engine::philox4x32_10_engine

philox4x32_10_engine(seed_type seed_value=DefaultSeed, offset_type offset_value=0, order_type order_value=ROCRAND_ORDERING_PSEUDO_DEFAULT)

Constructs the pseudo-random number engine.

Definition: rocrand.hpp:954

rocrand_cpp::philox4x32_10_engine::result_type

unsigned int result_type

Definition: rocrand.hpp:925

rocrand_cpp::philox4x32_10_engine::order_type

rocrand_ordering order_type

Definition: rocrand.hpp:931

rocrand_cpp::poisson_distribution::param_type

The type of the distribution parameter set.

Definition: rocrand.hpp:775

rocrand_cpp::poisson_distribution::param_type::mean

double mean() const

Returns the mean distribution parameter.

Definition: rocrand.hpp:795

rocrand_cpp::poisson_distribution::param_type::param_type

param_type(double mean=1.0)

Constructs a param_type object with the given mean.

Definition: rocrand.hpp:783

rocrand_cpp::poisson_distribution::param_type::param_type

param_type(const param_type &params)=default

Copy constructor.

rocrand_cpp::poisson_distribution::param_type::operator==

bool operator==(const param_type &other) const

Returns true if the param_type is the same as other.

Definition: rocrand.hpp:801

rocrand_cpp::poisson_distribution::param_type::operator!=

bool operator!=(const param_type &other) const

Returns true if the param_type is different from other.

Definition: rocrand.hpp:807

rocrand_cpp::poisson_distribution

Produces random non-negative integer values distributed according to Poisson distribution.

Definition: rocrand.hpp:762

rocrand_cpp::poisson_distribution::mean

double mean() const

Returns the mean distribution parameter.

Definition: rocrand.hpp:839

rocrand_cpp::poisson_distribution::operator==

bool operator==(const poisson_distribution< IntType > &other) const

Returns true if the distribution is the same as other.

Definition: rocrand.hpp:898

rocrand_cpp::poisson_distribution::result_type

IntType result_type

See description for IntType template parameter.

Definition: rocrand.hpp:766

rocrand_cpp::poisson_distribution::reset

static void reset()

Resets distribution's internal state if there is any.

Definition: rocrand.hpp:831

rocrand_cpp::poisson_distribution::param

param_type param() const

Returns the distribution parameter object.

Definition: rocrand.hpp:858

rocrand_cpp::poisson_distribution::operator()

void operator()(Generator &g, IntType *output, size_t size)

Fills output with random non-negative integer values distributed according to Poisson distribution.

Definition: rocrand.hpp:888

rocrand_cpp::poisson_distribution::poisson_distribution

poisson_distribution(const param_type &params)

Constructs a new distribution object.

Definition: rocrand.hpp:825

rocrand_cpp::poisson_distribution::max

IntType max() const

Returns the largest possible value that can be generated.

Definition: rocrand.hpp:852

rocrand_cpp::poisson_distribution::poisson_distribution

poisson_distribution(double mean=1.0)

Constructs a new distribution object.

Definition: rocrand.hpp:818

rocrand_cpp::poisson_distribution::param

void param(const param_type &params)

Sets the distribution parameter object.

Definition: rocrand.hpp:864

rocrand_cpp::poisson_distribution::operator!=

bool operator!=(const poisson_distribution< IntType > &other) const

Returns true if the distribution is different from other.

Definition: rocrand.hpp:906

rocrand_cpp::poisson_distribution::min

IntType min() const

Returns the smallest possible value that can be generated.

Definition: rocrand.hpp:846

rocrand_cpp::scrambled_sobol32_engine

Sobol's scrambled quasi-random sequence generator.

Definition: rocrand.hpp:2372

rocrand_cpp::scrambled_sobol32_engine::result_type

unsigned int result_type

Definition: rocrand.hpp:2375

rocrand_cpp::scrambled_sobol32_engine::scrambled_sobol32_engine

scrambled_sobol32_engine(rocrand_generator &generator)

Constructs the pseudo-random number engine.

Definition: rocrand.hpp:2420

rocrand_cpp::scrambled_sobol32_engine::dimensions_num_type

unsigned int dimensions_num_type

Definition: rocrand.hpp:2384

rocrand_cpp::scrambled_sobol32_engine::order

void order(order_type value)

Sets the order of a random number engine.

Definition: rocrand.hpp:2468

rocrand_cpp::scrambled_sobol32_engine::scrambled_sobol32_engine

scrambled_sobol32_engine(scrambled_sobol32_engine &&rhs) noexcept

Move construct from an other engine, moving the state over.

Definition: rocrand.hpp:2434

rocrand_cpp::scrambled_sobol32_engine::max

result_type max() const

Returns the largest possible value that can be generated by the engine.

Definition: rocrand.hpp:2533

rocrand_cpp::scrambled_sobol32_engine::scrambled_sobol32_engine

scrambled_sobol32_engine(dimensions_num_type num_of_dimensions=DefaultNumDimensions, offset_type offset_value=0, order_type order_value=ROCRAND_ORDERING_QUASI_DEFAULT)

Constructs the pseudo-random number engine.

Definition: rocrand.hpp:2395

rocrand_cpp::scrambled_sobol32_engine::offset_type

unsigned long long offset_type

Definition: rocrand.hpp:2377

rocrand_cpp::scrambled_sobol32_engine::stream

void stream(hipStream_t value)

Sets the random number engine's hipStream for kernel launches.

Definition: rocrand.hpp:2460

rocrand_cpp::scrambled_sobol32_engine::min

result_type min() const

Returns the smallest possible value that can be generated by the engine.

Definition: rocrand.hpp:2527

rocrand_cpp::scrambled_sobol32_engine::~scrambled_sobol32_engine

~scrambled_sobol32_engine() noexcept(false)

Definition: rocrand.hpp:2452

rocrand_cpp::scrambled_sobol32_engine::offset

void offset(offset_type value)

Sets the offset of a random number engine.

Definition: rocrand.hpp:2476

rocrand_cpp::scrambled_sobol32_engine::default_num_dimensions

static constexpr dimensions_num_type default_num_dimensions

The default number of dimenstions, equal to DefaultNumDimensions.

Definition: rocrand.hpp:2386

rocrand_cpp::scrambled_sobol32_engine::order_type

rocrand_ordering order_type

Definition: rocrand.hpp:2379

rocrand_cpp::scrambled_sobol32_engine::operator=

scrambled_sobol32_engine & operator=(scrambled_sobol32_engine &&rhs) noexcept

Move assign from an other engine, moving the state over.

Definition: rocrand.hpp:2440

rocrand_cpp::scrambled_sobol32_engine::type

static constexpr rocrand_rng_type type()

Returns type of the rocRAND pseudo-random number generator associated with the engine.

Definition: rocrand.hpp:2539

rocrand_cpp::scrambled_sobol32_engine::operator()

void operator()(result_type *output, size_t size)

Fills output with uniformly distributed random integer values.

Definition: rocrand.hpp:2517

rocrand_cpp::scrambled_sobol32_engine::dimensions

void dimensions(dimensions_num_type value)

Set the number of dimensions of a quasi-random number generator.

Definition: rocrand.hpp:2493

rocrand_cpp::scrambled_sobol64_engine

Sobol's scrambled quasi-random sequence generator.

Definition: rocrand.hpp:2780

rocrand_cpp::scrambled_sobol64_engine::dimensions_num_type

unsigned int dimensions_num_type

Definition: rocrand.hpp:2792

rocrand_cpp::scrambled_sobol64_engine::scrambled_sobol64_engine

scrambled_sobol64_engine(scrambled_sobol64_engine &&rhs) noexcept

Move construct from an other engine, moving the state over.

Definition: rocrand.hpp:2842

rocrand_cpp::scrambled_sobol64_engine::scrambled_sobol64_engine

scrambled_sobol64_engine(dimensions_num_type num_of_dimensions=DefaultNumDimensions, offset_type offset_value=0, order_type order_value=ROCRAND_ORDERING_QUASI_DEFAULT)

Constructs the pseudo-random number engine.

Definition: rocrand.hpp:2803

rocrand_cpp::scrambled_sobol64_engine::offset_type

unsigned long long int offset_type

Definition: rocrand.hpp:2787

rocrand_cpp::scrambled_sobol64_engine::result_type

unsigned long long int result_type

Definition: rocrand.hpp:2783

rocrand_cpp::scrambled_sobol64_engine::dimensions

void dimensions(dimensions_num_type value)

Set the number of dimensions of a quasi-random number generator.

Definition: rocrand.hpp:2901

rocrand_cpp::scrambled_sobol64_engine::offset

void offset(offset_type value)

Sets the offset of a random number engine.

Definition: rocrand.hpp:2884

rocrand_cpp::scrambled_sobol64_engine::default_num_dimensions

static constexpr dimensions_num_type default_num_dimensions

The default number of dimenstions, equal to DefaultNumDimensions.

Definition: rocrand.hpp:2794

rocrand_cpp::scrambled_sobol64_engine::max

result_type max() const

Returns the largest possible value that can be generated by the engine.

Definition: rocrand.hpp:2941

rocrand_cpp::scrambled_sobol64_engine::order_type

rocrand_ordering order_type

Definition: rocrand.hpp:2785

rocrand_cpp::scrambled_sobol64_engine::min

result_type min() const

Returns the smallest possible value that can be generated by the engine.

Definition: rocrand.hpp:2935

rocrand_cpp::scrambled_sobol64_engine::operator()

void operator()(result_type *output, size_t size)

Fills output with uniformly distributed random integer values.

Definition: rocrand.hpp:2925

rocrand_cpp::scrambled_sobol64_engine::operator=

scrambled_sobol64_engine & operator=(scrambled_sobol64_engine &&rhs) noexcept

Move assign from an other engine, moving the state over.

Definition: rocrand.hpp:2848

rocrand_cpp::scrambled_sobol64_engine::order

void order(order_type value)

Sets the order of a random number engine.

Definition: rocrand.hpp:2876

rocrand_cpp::scrambled_sobol64_engine::stream

void stream(hipStream_t value)

Sets the random number engine's hipStream for kernel launches.

Definition: rocrand.hpp:2868

rocrand_cpp::scrambled_sobol64_engine::~scrambled_sobol64_engine

~scrambled_sobol64_engine() noexcept(false)

Definition: rocrand.hpp:2860

rocrand_cpp::scrambled_sobol64_engine::scrambled_sobol64_engine

scrambled_sobol64_engine(rocrand_generator &generator)

Constructs the pseudo-random number engine.

Definition: rocrand.hpp:2828

rocrand_cpp::scrambled_sobol64_engine::type

static constexpr rocrand_rng_type type()

Returns type of the rocRAND pseudo-random number generator associated with the engine.

Definition: rocrand.hpp:2947

rocrand_cpp::sobol32_engine

Sobol's quasi-random sequence generator.

Definition: rocrand.hpp:2170

rocrand_cpp::sobol32_engine::sobol32_engine

sobol32_engine(sobol32_engine &&rhs) noexcept

Move construct from an other engine, moving the state over.

Definition: rocrand.hpp:2232

rocrand_cpp::sobol32_engine::result_type

unsigned int result_type

Definition: rocrand.hpp:2173

rocrand_cpp::sobol32_engine::sobol32_engine

sobol32_engine(dimensions_num_type num_of_dimensions=DefaultNumDimensions, offset_type offset_value=0, order_type order_value=ROCRAND_ORDERING_QUASI_DEFAULT)

Constructs the pseudo-random number engine.

Definition: rocrand.hpp:2193

rocrand_cpp::sobol32_engine::dimensions

void dimensions(dimensions_num_type value)

Set the number of dimensions of a quasi-random number generator.

Definition: rocrand.hpp:2289

rocrand_cpp::sobol32_engine::sobol32_engine

sobol32_engine(rocrand_generator &generator)

Constructs the pseudo-random number engine.

Definition: rocrand.hpp:2217

rocrand_cpp::sobol32_engine::~sobol32_engine

~sobol32_engine() noexcept(false)

Definition: rocrand.hpp:2250

rocrand_cpp::sobol32_engine::order

void order(order_type value)

Sets the order of a random number engine.

Definition: rocrand.hpp:2265

rocrand_cpp::sobol32_engine::offset

void offset(offset_type value)

Sets the offset of a random number engine.

Definition: rocrand.hpp:2273

rocrand_cpp::sobol32_engine::offset_type

unsigned long long offset_type

Definition: rocrand.hpp:2177

rocrand_cpp::sobol32_engine::operator()

void operator()(result_type *output, size_t size)

Fills output with uniformly distributed random integer values.

Definition: rocrand.hpp:2312

rocrand_cpp::sobol32_engine::operator=

sobol32_engine & operator=(sobol32_engine &&rhs) noexcept

Move assign from an other engine, moving the state over.

Definition: rocrand.hpp:2238

rocrand_cpp::sobol32_engine::dimensions_num_type

unsigned int dimensions_num_type

Definition: rocrand.hpp:2182

rocrand_cpp::sobol32_engine::type

static constexpr rocrand_rng_type type()

Returns type of the rocRAND pseudo-random number generator associated with the engine.

Definition: rocrand.hpp:2333

rocrand_cpp::sobol32_engine::order_type

rocrand_ordering order_type

Definition: rocrand.hpp:2175

rocrand_cpp::sobol32_engine::default_num_dimensions

static constexpr dimensions_num_type default_num_dimensions

The default number of dimenstions, equal to DefaultNumDimensions.

Definition: rocrand.hpp:2184

rocrand_cpp::sobol32_engine::min

result_type min() const

Returns the smallest possible value that can be generated by the engine.

Definition: rocrand.hpp:2321

rocrand_cpp::sobol32_engine::max

result_type max() const

Returns the largest possible value that can be generated by the engine.

Definition: rocrand.hpp:2327

rocrand_cpp::sobol32_engine::stream

void stream(hipStream_t value)

Sets the random number engine's hipStream for kernel launches.

Definition: rocrand.hpp:2258

rocrand_cpp::sobol64_engine

Sobol's quasi-random sequence generator.

Definition: rocrand.hpp:2578

rocrand_cpp::sobol64_engine::dimensions

void dimensions(dimensions_num_type value)

Set the number of dimensions of a quasi-random number generator.

Definition: rocrand.hpp:2697

rocrand_cpp::sobol64_engine::offset

void offset(offset_type value)

Sets the offset of a random number engine.

Definition: rocrand.hpp:2681

rocrand_cpp::sobol64_engine::order

void order(order_type value)

Sets the order of a random number engine.

Definition: rocrand.hpp:2673

rocrand_cpp::sobol64_engine::result_type

unsigned long long int result_type

Definition: rocrand.hpp:2581

rocrand_cpp::sobol64_engine::type

static constexpr rocrand_rng_type type()

Returns type of the rocRAND pseudo-random number generator associated with the engine.

Definition: rocrand.hpp:2741

rocrand_cpp::sobol64_engine::sobol64_engine

sobol64_engine(dimensions_num_type num_of_dimensions=DefaultNumDimensions, offset_type offset_value=0, order_type order_value=ROCRAND_ORDERING_QUASI_DEFAULT)

Constructs the pseudo-random number engine.

Definition: rocrand.hpp:2601

rocrand_cpp::sobol64_engine::dimensions_num_type

unsigned int dimensions_num_type

Definition: rocrand.hpp:2590

rocrand_cpp::sobol64_engine::default_num_dimensions

static constexpr dimensions_num_type default_num_dimensions

The default number of dimenstions, equal to DefaultNumDimensions.

Definition: rocrand.hpp:2592

rocrand_cpp::sobol64_engine::operator=

sobol64_engine & operator=(sobol64_engine &&rhs) noexcept

Move assign from an other engine, moving the state over.

Definition: rocrand.hpp:2646

rocrand_cpp::sobol64_engine::stream

void stream(hipStream_t value)

Sets the random number engine's hipStream for kernel launches.

Definition: rocrand.hpp:2666

rocrand_cpp::sobol64_engine::offset_type

unsigned long long int offset_type

Definition: rocrand.hpp:2583

rocrand_cpp::sobol64_engine::sobol64_engine

sobol64_engine(sobol64_engine &&rhs) noexcept

Move construct from an other engine, moving the state over.

Definition: rocrand.hpp:2640

rocrand_cpp::sobol64_engine::sobol64_engine

sobol64_engine(rocrand_generator &generator)

Constructs the pseudo-random number engine.

Definition: rocrand.hpp:2625

rocrand_cpp::sobol64_engine::order_type

rocrand_ordering order_type

Definition: rocrand.hpp:2585

rocrand_cpp::sobol64_engine::~sobol64_engine

~sobol64_engine() noexcept(false)

Definition: rocrand.hpp:2658

rocrand_cpp::sobol64_engine::operator()

void operator()(result_type *output, size_t size)

Fills output with uniformly distributed random integer values.

Definition: rocrand.hpp:2720

rocrand_cpp::sobol64_engine::max

result_type max() const

Returns the largest possible value that can be generated by the engine.

Definition: rocrand.hpp:2735

rocrand_cpp::sobol64_engine::min

result_type min() const

Returns the smallest possible value that can be generated by the engine.

Definition: rocrand.hpp:2729

rocrand_cpp::threefry2x32_20_engine

Pseudorandom number engine based on 2 state ThreeFry.

Definition: rocrand.hpp:2985

rocrand_cpp::threefry2x32_20_engine::min

result_type min() const

Returns the smallest possible value that can be generated by the engine.

Definition: rocrand.hpp:3107

rocrand_cpp::threefry2x32_20_engine::result_type

unsigned int result_type

Definition: rocrand.hpp:2988

rocrand_cpp::threefry2x32_20_engine::stream

void stream(hipStream_t value)

Sets the random number engine's hipStream for kernel launches.

Definition: rocrand.hpp:3064

rocrand_cpp::threefry2x32_20_engine::threefry2x32_20_engine

threefry2x32_20_engine(rocrand_generator &generator)

Constructs the pseudo-random number engine.

Definition: rocrand.hpp:3024

rocrand_cpp::threefry2x32_20_engine::type

static constexpr rocrand_rng_type type()

Returns type of the rocRAND pseudo-random number generator associated with the engine.

Definition: rocrand.hpp:3119

rocrand_cpp::threefry2x32_20_engine::operator=

threefry2x32_20_engine & operator=(threefry2x32_20_engine &&rhs) noexcept

Move assign from an other engine, moving the state over.

Definition: rocrand.hpp:3044

rocrand_cpp::threefry2x32_20_engine::threefry2x32_20_engine

threefry2x32_20_engine(seed_type seed_value=DefaultSeed, offset_type offset_value=0, order_type order_value=ROCRAND_ORDERING_PSEUDO_DEFAULT)

Constructs the pseudo-random number engine.

Definition: rocrand.hpp:2999

rocrand_cpp::threefry2x32_20_engine::~threefry2x32_20_engine

~threefry2x32_20_engine() noexcept(false)

Definition: rocrand.hpp:3056

rocrand_cpp::threefry2x32_20_engine::seed_type

unsigned long long seed_type

Definition: rocrand.hpp:2994

rocrand_cpp::threefry2x32_20_engine::operator()

void operator()(result_type *output, size_t size)

Fills output with uniformly distributed random integer values.

Definition: rocrand.hpp:3097

rocrand_cpp::threefry2x32_20_engine::seed

void seed(seed_type value)

Sets the seed of the pseudo-random number engine.

Definition: rocrand.hpp:3088

rocrand_cpp::threefry2x32_20_engine::offset

void offset(offset_type value)

Sets the offset of a random number engine.

Definition: rocrand.hpp:3080

rocrand_cpp::threefry2x32_20_engine::default_seed

static constexpr seed_type default_seed

The default seed equal to DefaultSeed.

Definition: rocrand.hpp:2996

rocrand_cpp::threefry2x32_20_engine::order_type

rocrand_ordering order_type

Definition: rocrand.hpp:2990

rocrand_cpp::threefry2x32_20_engine::offset_type

unsigned long long offset_type

Definition: rocrand.hpp:2992

rocrand_cpp::threefry2x32_20_engine::max

result_type max() const

Returns the largest possible value that can be generated by the engine.

Definition: rocrand.hpp:3113

rocrand_cpp::threefry2x32_20_engine::order

void order(order_type value)

Sets the order of a random number engine.

Definition: rocrand.hpp:3072

rocrand_cpp::threefry2x32_20_engine::threefry2x32_20_engine

threefry2x32_20_engine(threefry2x32_20_engine &&rhs) noexcept

Move construct from an other engine, moving the state over.

Definition: rocrand.hpp:3038

rocrand_cpp::threefry2x64_20_engine

Pseudorandom number engine based 2 state ThreeFry.

Definition: rocrand.hpp:3157

rocrand_cpp::threefry2x64_20_engine::seed_type

unsigned long long seed_type

Definition: rocrand.hpp:3166

rocrand_cpp::threefry2x64_20_engine::default_seed

static constexpr seed_type default_seed

The default seed equal to DefaultSeed.

Definition: rocrand.hpp:3168

rocrand_cpp::threefry2x64_20_engine::operator=

threefry2x64_20_engine & operator=(threefry2x64_20_engine &&rhs) noexcept

Move assign from an other engine, moving the state over.

Definition: rocrand.hpp:3216

rocrand_cpp::threefry2x64_20_engine::result_type

unsigned long long result_type

Definition: rocrand.hpp:3160

rocrand_cpp::threefry2x64_20_engine::seed

void seed(seed_type value)

Sets the seed of the pseudo-random number engine.

Definition: rocrand.hpp:3260

rocrand_cpp::threefry2x64_20_engine::~threefry2x64_20_engine

~threefry2x64_20_engine() noexcept(false)

Definition: rocrand.hpp:3228

rocrand_cpp::threefry2x64_20_engine::threefry2x64_20_engine

threefry2x64_20_engine(seed_type seed_value=DefaultSeed, offset_type offset_value=0, order_type order_value=ROCRAND_ORDERING_PSEUDO_DEFAULT)

Constructs the pseudo-random number engine.

Definition: rocrand.hpp:3171

rocrand_cpp::threefry2x64_20_engine::order_type

rocrand_ordering order_type

Definition: rocrand.hpp:3162

rocrand_cpp::threefry2x64_20_engine::type

static constexpr rocrand_rng_type type()

Returns type of the rocRAND pseudo-random number generator associated with the engine.

Definition: rocrand.hpp:3291

rocrand_cpp::threefry2x64_20_engine::offset

void offset(offset_type value)

Sets the offset of a random number engine.

Definition: rocrand.hpp:3252

rocrand_cpp::threefry2x64_20_engine::threefry2x64_20_engine

threefry2x64_20_engine(threefry2x64_20_engine &&rhs) noexcept

Move construct from an other engine, moving the state over.

Definition: rocrand.hpp:3210

rocrand_cpp::threefry2x64_20_engine::operator()

void operator()(result_type *output, size_t size)

Fills output with uniformly distributed random integer values.

Definition: rocrand.hpp:3269

rocrand_cpp::threefry2x64_20_engine::max

result_type max() const

Returns the largest possible value that can be generated by the engine.

Definition: rocrand.hpp:3285

rocrand_cpp::threefry2x64_20_engine::order

void order(order_type value)

Sets the order of a random number engine.

Definition: rocrand.hpp:3244

rocrand_cpp::threefry2x64_20_engine::min

result_type min() const

Returns the smallest possible value that can be generated by the engine.

Definition: rocrand.hpp:3279

rocrand_cpp::threefry2x64_20_engine::offset_type

unsigned long long offset_type

Definition: rocrand.hpp:3164

rocrand_cpp::threefry2x64_20_engine::threefry2x64_20_engine

threefry2x64_20_engine(rocrand_generator &generator)

Constructs the pseudo-random number engine.

Definition: rocrand.hpp:3196

rocrand_cpp::threefry2x64_20_engine::stream

void stream(hipStream_t value)

Sets the random number engine's hipStream for kernel launches.

Definition: rocrand.hpp:3236

rocrand_cpp::threefry4x32_20_engine

Pseudorandom number engine based on 2 state ThreeFry.

Definition: rocrand.hpp:3329

rocrand_cpp::threefry4x32_20_engine::operator=

threefry4x32_20_engine & operator=(threefry4x32_20_engine &&rhs) noexcept

Move assign from an other engine, moving the state over.

Definition: rocrand.hpp:3388

rocrand_cpp::threefry4x32_20_engine::~threefry4x32_20_engine

~threefry4x32_20_engine() noexcept(false)

Definition: rocrand.hpp:3400

rocrand_cpp::threefry4x32_20_engine::seed_type

unsigned long long seed_type

Definition: rocrand.hpp:3338

rocrand_cpp::threefry4x32_20_engine::threefry4x32_20_engine

threefry4x32_20_engine(threefry4x32_20_engine &&rhs) noexcept

Move construct from an other engine, moving the state over.

Definition: rocrand.hpp:3382

rocrand_cpp::threefry4x32_20_engine::max

result_type max() const

Returns the largest possible value that can be generated by the engine.

Definition: rocrand.hpp:3457

rocrand_cpp::threefry4x32_20_engine::threefry4x32_20_engine

threefry4x32_20_engine(seed_type seed_value=DefaultSeed, offset_type offset_value=0, order_type order_value=ROCRAND_ORDERING_PSEUDO_DEFAULT)

Constructs the pseudo-random number engine.

Definition: rocrand.hpp:3343

rocrand_cpp::threefry4x32_20_engine::stream

void stream(hipStream_t value)

Sets the random number engine's hipStream for kernel launches.

Definition: rocrand.hpp:3408

rocrand_cpp::threefry4x32_20_engine::result_type

unsigned int result_type

Definition: rocrand.hpp:3332

rocrand_cpp::threefry4x32_20_engine::min

result_type min() const

Returns the smallest possible value that can be generated by the engine.

Definition: rocrand.hpp:3451

rocrand_cpp::threefry4x32_20_engine::offset

void offset(offset_type value)

Sets the offset of a random number engine.

Definition: rocrand.hpp:3424

rocrand_cpp::threefry4x32_20_engine::seed

void seed(seed_type value)

Sets the seed of the pseudo-random number engine.

Definition: rocrand.hpp:3432

rocrand_cpp::threefry4x32_20_engine::order_type

rocrand_ordering order_type

Definition: rocrand.hpp:3334

rocrand_cpp::threefry4x32_20_engine::threefry4x32_20_engine

threefry4x32_20_engine(rocrand_generator &generator)

Constructs the pseudo-random number engine.

Definition: rocrand.hpp:3368

rocrand_cpp::threefry4x32_20_engine::offset_type

unsigned long long offset_type

Definition: rocrand.hpp:3336

rocrand_cpp::threefry4x32_20_engine::operator()

void operator()(result_type *output, size_t size)

Fills output with uniformly distributed random integer values.

Definition: rocrand.hpp:3441

rocrand_cpp::threefry4x32_20_engine::type

static constexpr rocrand_rng_type type()

Returns type of the rocRAND pseudo-random number generator associated with the engine.

Definition: rocrand.hpp:3463

rocrand_cpp::threefry4x32_20_engine::default_seed

static constexpr seed_type default_seed

The default seed equal to DefaultSeed.

Definition: rocrand.hpp:3340

rocrand_cpp::threefry4x32_20_engine::order

void order(order_type value)

Sets the order of a random number engine.

Definition: rocrand.hpp:3416

rocrand_cpp::threefry4x64_20_engine

Pseudorandom number engine based 2 state ThreeFry.

Definition: rocrand.hpp:3501

rocrand_cpp::threefry4x64_20_engine::threefry4x64_20_engine

threefry4x64_20_engine(seed_type seed_value=DefaultSeed, offset_type offset_value=0, order_type order_value=ROCRAND_ORDERING_PSEUDO_DEFAULT)

Constructs the pseudo-random number engine.

Definition: rocrand.hpp:3515

rocrand_cpp::threefry4x64_20_engine::threefry4x64_20_engine

threefry4x64_20_engine(rocrand_generator &generator)

Constructs the pseudo-random number engine.

Definition: rocrand.hpp:3540

rocrand_cpp::threefry4x64_20_engine::default_seed

static constexpr seed_type default_seed

The default seed equal to DefaultSeed.

Definition: rocrand.hpp:3512

rocrand_cpp::threefry4x64_20_engine::seed_type

unsigned long long seed_type

Definition: rocrand.hpp:3510

rocrand_cpp::threefry4x64_20_engine::operator=

threefry4x64_20_engine & operator=(threefry4x64_20_engine &&rhs) noexcept

Move assign from an other engine, moving the state over.

Definition: rocrand.hpp:3560

rocrand_cpp::threefry4x64_20_engine::offset

void offset(offset_type value)

Sets the offset of a random number engine.

Definition: rocrand.hpp:3596

rocrand_cpp::threefry4x64_20_engine::~threefry4x64_20_engine

~threefry4x64_20_engine() noexcept(false)

Definition: rocrand.hpp:3572

rocrand_cpp::threefry4x64_20_engine::type

static constexpr rocrand_rng_type type()

Returns type of the rocRAND pseudo-random number generator associated with the engine.

Definition: rocrand.hpp:3635

rocrand_cpp::threefry4x64_20_engine::stream

void stream(hipStream_t value)

Sets the random number engine's hipStream for kernel launches.

Definition: rocrand.hpp:3580

rocrand_cpp::threefry4x64_20_engine::min

result_type min() const

Returns the smallest possible value that can be generated by the engine.

Definition: rocrand.hpp:3623

rocrand_cpp::threefry4x64_20_engine::order

void order(order_type value)

Sets the order of a random number engine.

Definition: rocrand.hpp:3588

rocrand_cpp::threefry4x64_20_engine::offset_type

unsigned long long offset_type

Definition: rocrand.hpp:3508

rocrand_cpp::threefry4x64_20_engine::operator()

void operator()(result_type *output, size_t size)

Fills output with uniformly distributed random integer values.

Definition: rocrand.hpp:3613

rocrand_cpp::threefry4x64_20_engine::threefry4x64_20_engine

threefry4x64_20_engine(threefry4x64_20_engine &&rhs) noexcept

Move construct from an other engine, moving the state over.

Definition: rocrand.hpp:3554

rocrand_cpp::threefry4x64_20_engine::max

result_type max() const

Returns the largest possible value that can be generated by the engine.

Definition: rocrand.hpp:3629

rocrand_cpp::threefry4x64_20_engine::result_type

unsigned long long result_type

Definition: rocrand.hpp:3504

rocrand_cpp::threefry4x64_20_engine::order_type

rocrand_ordering order_type

Definition: rocrand.hpp:3506

rocrand_cpp::threefry4x64_20_engine::seed

void seed(seed_type value)

Sets the seed of the pseudo-random number engine.

Definition: rocrand.hpp:3604

rocrand_cpp::uniform_int_distribution

Produces random integer values uniformly distributed on the interval [0, 2^(sizeof(IntType)*8) - 1].

Definition: rocrand.hpp:146

rocrand_cpp::uniform_int_distribution::max

IntType max() const

Returns the largest possible value that can be generated.

Definition: rocrand.hpp:176

rocrand_cpp::uniform_int_distribution::operator!=

bool operator!=(const uniform_int_distribution< IntType > &other) const

Returns true if the distribution is different from other.

Definition: rocrand.hpp:214

rocrand_cpp::uniform_int_distribution::min

IntType min() const

Returns the smallest possible value that can be generated.

Definition: rocrand.hpp:170

rocrand_cpp::uniform_int_distribution::operator()

void operator()(Generator &g, IntType *output, size_t size)

Fills output with uniformly distributed random integer values.

Definition: rocrand.hpp:199

rocrand_cpp::uniform_int_distribution::result_type

IntType result_type

See description for IntType template parameter.

Definition: rocrand.hpp:152

rocrand_cpp::uniform_int_distribution::operator==

bool operator==(const uniform_int_distribution< IntType > &other) const

Returns true if the distribution is the same as other.

Definition: rocrand.hpp:207

rocrand_cpp::uniform_int_distribution::uniform_int_distribution

uniform_int_distribution()

Default constructor.

Definition: rocrand.hpp:159

rocrand_cpp::uniform_int_distribution::reset

static void reset()

Resets distribution's internal state if there is any.

Definition: rocrand.hpp:164

rocrand_cpp::uniform_real_distribution

Produces random floating-point values uniformly distributed on the interval (0, 1].

Definition: rocrand.hpp:252

rocrand_cpp::uniform_real_distribution::min

RealType min() const

Returns the smallest possible value that can be generated.

Definition: rocrand.hpp:276

rocrand_cpp::uniform_real_distribution::reset

static void reset()

Resets distribution's internal state if there is any.

Definition: rocrand.hpp:270

rocrand_cpp::uniform_real_distribution::result_type

RealType result_type

See description for RealType template parameter.

Definition: rocrand.hpp:258

rocrand_cpp::uniform_real_distribution::max

RealType max() const

Returns the largest possible value that can be generated.

Definition: rocrand.hpp:287

rocrand_cpp::uniform_real_distribution::uniform_real_distribution

uniform_real_distribution()

Default constructor.

Definition: rocrand.hpp:265

rocrand_cpp::uniform_real_distribution::operator!=

bool operator!=(const uniform_real_distribution< RealType > &other) const

Returns true if the distribution is different from other.

Definition: rocrand.hpp:325

rocrand_cpp::uniform_real_distribution::operator()

void operator()(Generator &g, RealType *output, size_t size)

Fills output with uniformly distributed random floating-point values.

Definition: rocrand.hpp:310

rocrand_cpp::uniform_real_distribution::operator==

bool operator==(const uniform_real_distribution< RealType > &other) const

Returns true if the distribution is the same as other.

Definition: rocrand.hpp:318

rocrand_cpp::xorwow_engine

Pseudorandom number engine based XORWOW algorithm.

Definition: rocrand.hpp:1169

rocrand_cpp::xorwow_engine::order

void order(order_type value)

Sets the order of a random number engine.

Definition: rocrand.hpp:1255

rocrand_cpp::xorwow_engine::stream

void stream(hipStream_t value)

Sets the random number engine's hipStream for kernel launches.

Definition: rocrand.hpp:1248

rocrand_cpp::xorwow_engine::type

static constexpr rocrand_rng_type type()

Returns type of the rocRAND pseudo-random number generator associated with the engine.

Definition: rocrand.hpp:1299

rocrand_cpp::xorwow_engine::min

result_type min() const

Returns the smallest possible value that can be generated by the engine.

Definition: rocrand.hpp:1287

rocrand_cpp::xorwow_engine::seed

void seed(seed_type value)

Sets the seed of the pseudo-random number engine.

Definition: rocrand.hpp:1270

rocrand_cpp::xorwow_engine::order_type

rocrand_ordering order_type

Definition: rocrand.hpp:1174

rocrand_cpp::xorwow_engine::xorwow_engine

xorwow_engine(xorwow_engine &&rhs) noexcept

Move construct from an other engine, moving the state over.

Definition: rocrand.hpp:1222

rocrand_cpp::xorwow_engine::xorwow_engine

xorwow_engine(seed_type seed_value=DefaultSeed, offset_type offset_value=0, order_type order_value=ROCRAND_ORDERING_PSEUDO_DEFAULT)

Constructs the pseudo-random number engine.

Definition: rocrand.hpp:1183

rocrand_cpp::xorwow_engine::xorwow_engine

xorwow_engine(rocrand_generator &generator)

Constructs the pseudo-random number engine.

Definition: rocrand.hpp:1207

rocrand_cpp::xorwow_engine::operator=

xorwow_engine & operator=(xorwow_engine &&rhs) noexcept

Move assign from an other engine, moving the state over.

Definition: rocrand.hpp:1228

rocrand_cpp::xorwow_engine::~xorwow_engine

~xorwow_engine() noexcept(false)

Definition: rocrand.hpp:1240

rocrand_cpp::xorwow_engine::operator()

void operator()(result_type *output, size_t size)

Fills output with uniformly distributed random integer values.

Definition: rocrand.hpp:1278

rocrand_cpp::xorwow_engine::max

result_type max() const

Returns the largest possible value that can be generated by the engine.

Definition: rocrand.hpp:1293

rocrand_cpp::xorwow_engine::offset

void offset(offset_type value)

Sets the offset of a random number engine.

Definition: rocrand.hpp:1263

rocrand_cpp::xorwow_engine::result_type

unsigned int result_type

Definition: rocrand.hpp:1172

rocrand_cpp::xorwow_engine::default_seed

static constexpr seed_type default_seed

The default seed equal to DefaultSeed.

Definition: rocrand.hpp:1180

rocrand_cpp::xorwow_engine::seed_type

unsigned long long seed_type

Definition: rocrand.hpp:1178

rocrand_cpp::xorwow_engine::offset_type

unsigned long long offset_type

Definition: rocrand.hpp:1176

ROCRAND_LFSR113_DEFAULT_SEED_Y

#define ROCRAND_LFSR113_DEFAULT_SEED_Y

Default Y seed for LFSR113 PRNG.

Definition: rocrand_lfsr113.h:39

ROCRAND_LFSR113_DEFAULT_SEED_W

#define ROCRAND_LFSR113_DEFAULT_SEED_W

Default W seed for LFSR113 PRNG.

Definition: rocrand_lfsr113.h:45

ROCRAND_LFSR113_DEFAULT_SEED_Z

#define ROCRAND_LFSR113_DEFAULT_SEED_Z

Default Z seed for LFSR113 PRNG.

Definition: rocrand_lfsr113.h:42

ROCRAND_LFSR113_DEFAULT_SEED_X

#define ROCRAND_LFSR113_DEFAULT_SEED_X

Default X seed for LFSR113 PRNG.

Definition: rocrand_lfsr113.h:36

rocrand_generate_short

rocrand_status ROCRANDAPI rocrand_generate_short(rocrand_generator generator, unsigned short *output_data, size_t n)

Generates uniformly distributed 16-bit unsigned integers.

rocrand_generate_normal

rocrand_status ROCRANDAPI rocrand_generate_normal(rocrand_generator generator, float *output_data, size_t n, float mean, float stddev)

Generates normally distributed float values.

rocrand_set_offset

rocrand_status ROCRANDAPI rocrand_set_offset(rocrand_generator generator, unsigned long long offset)

Sets the offset of a random number generator.

rocrand_generate_normal_double

rocrand_status ROCRANDAPI rocrand_generate_normal_double(rocrand_generator generator, double *output_data, size_t n, double mean, double stddev)

Generates normally distributed double values.

rocrand_ordering

rocrand_ordering

rocRAND generator ordering

Definition: rocrand.h:108

rocrand_generate_char

rocrand_status ROCRANDAPI rocrand_generate_char(rocrand_generator generator, unsigned char *output_data, size_t n)

Generates uniformly distributed 8-bit unsigned integers.

rocrand_generate_log_normal

rocrand_status ROCRANDAPI rocrand_generate_log_normal(rocrand_generator generator, float *output_data, size_t n, float mean, float stddev)

Generates log-normally distributed float values.

rocrand_status

rocrand_status

rocRAND function call status type

Definition: rocrand.h:60

rocrand_create_generator

rocrand_status ROCRANDAPI rocrand_create_generator(rocrand_generator *generator, rocrand_rng_type rng_type)

Creates a new random number generator.

rocrand_rng_type

rocrand_rng_type

rocRAND generator type

Definition: rocrand.h:79

rocrand_generate_long_long

rocrand_status ROCRANDAPI rocrand_generate_long_long(rocrand_generator generator, unsigned long long int *output_data, size_t n)

Generates uniformly distributed 64-bit unsigned integers.

rocrand_generate_uniform_half

rocrand_status ROCRANDAPI rocrand_generate_uniform_half(rocrand_generator generator, half *output_data, size_t n)

Generates uniformly distributed half-precision floating-point values.

rocrand_set_stream

rocrand_status ROCRANDAPI rocrand_set_stream(rocrand_generator generator, hipStream_t stream)

Sets the current stream for kernel launches.

rocrand_generate_normal_half

rocrand_status ROCRANDAPI rocrand_generate_normal_half(rocrand_generator generator, half *output_data, size_t n, half mean, half stddev)

Generates normally distributed half values.

rocrand_generate_uniform_double

rocrand_status ROCRANDAPI rocrand_generate_uniform_double(rocrand_generator generator, double *output_data, size_t n)

Generates uniformly distributed double-precision floating-point values.

rocrand_generate_uniform

rocrand_status ROCRANDAPI rocrand_generate_uniform(rocrand_generator generator, float *output_data, size_t n)

Generates uniformly distributed float values.

rocrand_set_ordering

rocrand_status ROCRANDAPI rocrand_set_ordering(rocrand_generator generator, rocrand_ordering order)

Sets the ordering of a random number generator.

rocrand_generate_poisson

rocrand_status ROCRANDAPI rocrand_generate_poisson(rocrand_generator generator, unsigned int *output_data, size_t n, double lambda)

Generates Poisson-distributed 32-bit unsigned integers.

rocrand_set_quasi_random_generator_dimensions

rocrand_status ROCRANDAPI rocrand_set_quasi_random_generator_dimensions(rocrand_generator generator, unsigned int dimensions)

Set the number of dimensions of a quasi-random number generator.

rocrand_get_version

rocrand_status ROCRANDAPI rocrand_get_version(int *version)

Returns the version number of the library.

rocrand_set_seed_uint4

rocrand_status ROCRANDAPI rocrand_set_seed_uint4(rocrand_generator generator, uint4 seed)

Sets the seeds of a pseudo-random number generator.

rocrand_generate

rocrand_status ROCRANDAPI rocrand_generate(rocrand_generator generator, unsigned int *output_data, size_t n)

Generates uniformly distributed 32-bit unsigned integers.

rocrand_generate_log_normal_double

rocrand_status ROCRANDAPI rocrand_generate_log_normal_double(rocrand_generator generator, double *output_data, size_t n, double mean, double stddev)

Generates log-normally distributed double values.

rocrand_set_seed

rocrand_status ROCRANDAPI rocrand_set_seed(rocrand_generator generator, unsigned long long seed)

Sets the seed of a pseudo-random number generator.

rocrand_generate_log_normal_half

rocrand_status ROCRANDAPI rocrand_generate_log_normal_half(rocrand_generator generator, half *output_data, size_t n, half mean, half stddev)

Generates log-normally distributed half values.

rocrand_destroy_generator

rocrand_status ROCRANDAPI rocrand_destroy_generator(rocrand_generator generator)

Destroys random number generator.

ROCRAND_ORDERING_PSEUDO_DEFAULT

@ ROCRAND_ORDERING_PSEUDO_DEFAULT

Default ordering for pseudorandom results.

Definition: rocrand.h:110

ROCRAND_ORDERING_QUASI_DEFAULT

@ ROCRAND_ORDERING_QUASI_DEFAULT

n-dimensional ordering for quasirandom results

Definition: rocrand.h:114

ROCRAND_STATUS_NOT_CREATED

@ ROCRAND_STATUS_NOT_CREATED

Generator was not created using rocrand_create_generator.

Definition: rocrand.h:63

ROCRAND_STATUS_LAUNCH_FAILURE

@ ROCRAND_STATUS_LAUNCH_FAILURE

Kernel launch failure.

Definition: rocrand.h:71

ROCRAND_STATUS_VERSION_MISMATCH

@ ROCRAND_STATUS_VERSION_MISMATCH

Header file and linked library version do not match.

Definition: rocrand.h:62

ROCRAND_STATUS_LENGTH_NOT_MULTIPLE

@ ROCRAND_STATUS_LENGTH_NOT_MULTIPLE

Definition: rocrand.h:67

ROCRAND_STATUS_DOUBLE_PRECISION_REQUIRED

@ ROCRAND_STATUS_DOUBLE_PRECISION_REQUIRED

GPU does not have double precision.

Definition: rocrand.h:70

ROCRAND_STATUS_SUCCESS

@ ROCRAND_STATUS_SUCCESS

No errors.

Definition: rocrand.h:61

ROCRAND_STATUS_INTERNAL_ERROR

@ ROCRAND_STATUS_INTERNAL_ERROR

Internal library error.

Definition: rocrand.h:72

ROCRAND_STATUS_OUT_OF_RANGE

@ ROCRAND_STATUS_OUT_OF_RANGE

Argument out of range.

Definition: rocrand.h:66

ROCRAND_STATUS_ALLOCATION_FAILED

@ ROCRAND_STATUS_ALLOCATION_FAILED

Memory allocation failed during execution.

Definition: rocrand.h:64

ROCRAND_STATUS_TYPE_ERROR

@ ROCRAND_STATUS_TYPE_ERROR

Generator type is wrong.

Definition: rocrand.h:65

ROCRAND_RNG_QUASI_SOBOL64

@ ROCRAND_RNG_QUASI_SOBOL64

Sobol64 quasirandom generator.

Definition: rocrand.h:99

ROCRAND_RNG_PSEUDO_LFSR113

@ ROCRAND_RNG_PSEUDO_LFSR113

LFSR113 pseudorandom generator.

Definition: rocrand.h:86

ROCRAND_RNG_PSEUDO_THREEFRY2_64_20

@ ROCRAND_RNG_PSEUDO_THREEFRY2_64_20

ThreeFry 64 bit state size 2 pseudorandom generator.

Definition: rocrand.h:90

ROCRAND_RNG_PSEUDO_XORWOW

@ ROCRAND_RNG_PSEUDO_XORWOW

XORWOW pseudorandom generator.

Definition: rocrand.h:81

ROCRAND_RNG_PSEUDO_THREEFRY4_32_20

@ ROCRAND_RNG_PSEUDO_THREEFRY4_32_20

ThreeFry 32 bit state size 4 pseudorandom generator.

Definition: rocrand.h:92

ROCRAND_RNG_PSEUDO_MRG31K3P

@ ROCRAND_RNG_PSEUDO_MRG31K3P

MRG31k3p pseudorandom generator.

Definition: rocrand.h:85

ROCRAND_RNG_PSEUDO_MT19937

@ ROCRAND_RNG_PSEUDO_MT19937

Mersenne Twister MT19937 pseudorandom generator.

Definition: rocrand.h:87

ROCRAND_RNG_PSEUDO_PHILOX4_32_10

@ ROCRAND_RNG_PSEUDO_PHILOX4_32_10

PHILOX-4x32-10 pseudorandom generator.

Definition: rocrand.h:84

ROCRAND_RNG_PSEUDO_THREEFRY2_32_20

@ ROCRAND_RNG_PSEUDO_THREEFRY2_32_20

ThreeFry 32 bit state size 2 pseudorandom generator.

Definition: rocrand.h:88

ROCRAND_RNG_PSEUDO_THREEFRY4_64_20

@ ROCRAND_RNG_PSEUDO_THREEFRY4_64_20

ThreeFry 64 bit state size 4 pseudorandom generator.

Definition: rocrand.h:94

ROCRAND_RNG_PSEUDO_MTGP32

@ ROCRAND_RNG_PSEUDO_MTGP32

Mersenne Twister MTGP32 pseudorandom generator.

Definition: rocrand.h:83

ROCRAND_RNG_QUASI_SOBOL32

@ ROCRAND_RNG_QUASI_SOBOL32

Sobol32 quasirandom generator.

Definition: rocrand.h:97

ROCRAND_RNG_QUASI_SCRAMBLED_SOBOL32

@ ROCRAND_RNG_QUASI_SCRAMBLED_SOBOL32

Scrambled Sobol32 quasirandom generator.

Definition: rocrand.h:98

ROCRAND_RNG_QUASI_SCRAMBLED_SOBOL64

@ ROCRAND_RNG_QUASI_SCRAMBLED_SOBOL64

Scrambled Sobol64 quasirandom generator.

Definition: rocrand.h:100

ROCRAND_RNG_PSEUDO_MRG32K3A

@ ROCRAND_RNG_PSEUDO_MRG32K3A

MRG32k3a pseudorandom generator.

Definition: rocrand.h:82

rocrand_cpp::threefry2x32

threefry2x32_20_engine threefry2x32

Typedef of rocrand_cpp::threefry2x32_20_engine PRNG engine with default seed (0).

Definition: rocrand.hpp:3691

rocrand_cpp::mrg31k3p

mrg31k3p_engine mrg31k3p

Typedef of rocrand_cpp::mrg31k3p_engine PRNG engine with default seed (ROCRAND_MRG31K3P_DEFAULT_SEED)...

Definition: rocrand.hpp:3675

rocrand_cpp::version

int version()

Returns rocRAND version.

Definition: rocrand.hpp:3749

rocrand_cpp::mrg32k3a

mrg32k3a_engine mrg32k3a

Typedef of rocrand_cpp::mrg32k3a_engine PRNG engine with default seed (ROCRAND_MRG32K3A_DEFAULT_SEED)...

Definition: rocrand.hpp:3678

rocrand_cpp::scrambled_sobol64

scrambled_sobol64_engine scrambled_sobol64

Typedef of rocrand_cpp::scrambled_sobol64_engine QRNG engine with default number of dimensions (1).

Definition: rocrand.hpp:3712

rocrand_cpp::scrambled_sobol32

scrambled_sobol32_engine scrambled_sobol32

Typedef of rocrand_cpp::scrambled_sobol32_engine QRNG engine with default number of dimensions (1).

Definition: rocrand.hpp:3706

rocrand_cpp::sobol64

sobol64_engine sobol64

Typedef of rocrand_cpp::sobol64_engine QRNG engine with default number of dimensions (1).

Definition: rocrand.hpp:3709

rocrand_cpp::mt19937

mt19937_engine mt19937

Typedef of rocrand_cpp::mt19937_engine PRNG engine with default seed (0).

Definition: rocrand.hpp:3688

rocrand_cpp::sobol32

sobol32_engine sobol32

Typedef of rocrand_cpp::sobol32_engine QRNG engine with default number of dimensions (1).

Definition: rocrand.hpp:3703

rocrand_cpp::lfsr113

lfsr113_engine lfsr113

Typedef of rocrand_cpp::lfsr113_engine PRNG engine with default seed (ROCRAND_LFSR113_DEFAULT_SEED_X,...

Definition: rocrand.hpp:3685

rocrand_cpp::threefry4x64

threefry4x64_20_engine threefry4x64

Typedef of rocrand_cpp::threefry4x64_20_engine PRNG engine with default seed (0).

Definition: rocrand.hpp:3700

rocrand_cpp::xorwow

xorwow_engine xorwow

Typedef of rocrand_cpp::xorwow_engine PRNG engine with default seed (ROCRAND_XORWOW_DEFAULT_SEED).

Definition: rocrand.hpp:3672

rocrand_cpp::threefry4x32

threefry4x32_20_engine threefry4x32

Typedef of rocrand_cpp::threefry4x32_20_engine PRNG engine with default seed (0).

Definition: rocrand.hpp:3697

rocrand_cpp::threefry2x64

threefry2x64_20_engine threefry2x64

Typedef of rocrand_cpp::threefry2x64_20_engine PRNG engine with default seed (0).

Definition: rocrand.hpp:3694

rocrand_cpp::default_random_engine

xorwow default_random_engine

Default random engine.

Definition: rocrand.hpp:3716

rocrand_cpp::philox4x32_10

philox4x32_10_engine philox4x32_10

Typedef of rocrand_cpp::philox4x32_10_engine PRNG engine with default seed (ROCRAND_PHILOX4x32_DEFAUL...

Definition: rocrand.hpp:3669

rocrand_cpp::mtgp32

mtgp32_engine mtgp32

Typedef of rocrand_cpp::mtgp32_engine PRNG engine with default seed (0).

Definition: rocrand.hpp:3681

rocrand_cpp::random_device

std::random_device random_device

A non-deterministic uniform random number generator.

Definition: rocrand.hpp:3745

---

Generated by  1.9.1