Coverage for /pythoncovmergedfiles/medio/medio/usr/local/lib/python3.8/site-packages/pygments/lexers/_stan

1"""

2 pygments.lexers._stan_builtins

3 ~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~

5 This file contains the names of functions for Stan used by

6 ``pygments.lexers.math.StanLexer. This is for Stan language version 2.29.0.

9 :license: BSD, see LICENSE for details.

10"""

12KEYWORDS = (

13 'break',

14 'continue',

15 'else',

16 'for',

17 'if',

18 'in',

19 'print',

20 'reject',

21 'return',

22 'while',

23)

25TYPES = (

26 'cholesky_factor_corr',

27 'cholesky_factor_cov',

28 'corr_matrix',

29 'cov_matrix',

30 'int',

31 'matrix',

32 'ordered',

33 'positive_ordered',

34 'real',

35 'row_vector',

36 'simplex',

37 'unit_vector',

38 'vector',

39 'void',

40 'array',

41 'complex'

42)

44FUNCTIONS = (

45 'abs',

46 'acos',

47 'acosh',

48 'add_diag',

49 'algebra_solver',

50 'algebra_solver_newton',

51 'append_array',

52 'append_col',

53 'append_row',

54 'arg',

55 'asin',

56 'asinh',

57 'atan',

58 'atan2',

59 'atanh',

60 'bernoulli_cdf',

61 'bernoulli_lccdf',

62 'bernoulli_lcdf',

63 'bernoulli_logit_glm_lpmf',

64 'bernoulli_logit_glm_lupmf',

65 'bernoulli_logit_glm_rng',

66 'bernoulli_logit_lpmf',

67 'bernoulli_logit_lupmf',

68 'bernoulli_logit_rng',

69 'bernoulli_lpmf',

70 'bernoulli_lupmf',

71 'bernoulli_rng',

72 'bessel_first_kind',

73 'bessel_second_kind',

74 'beta',

75 'beta_binomial_cdf',

76 'beta_binomial_lccdf',

77 'beta_binomial_lcdf',

78 'beta_binomial_lpmf',

79 'beta_binomial_lupmf',

80 'beta_binomial_rng',

81 'beta_cdf',

82 'beta_lccdf',

83 'beta_lcdf',

84 'beta_lpdf',

85 'beta_lupdf',

86 'beta_proportion_lccdf',

87 'beta_proportion_lcdf',

88 'beta_proportion_rng',

89 'beta_rng',

90 'binary_log_loss',

91 'binomial_cdf',

92 'binomial_coefficient_log',

93 'binomial_lccdf',

94 'binomial_lcdf',

95 'binomial_logit_lpmf',

96 'binomial_logit_lupmf',

97 'binomial_lpmf',

98 'binomial_lupmf',

99 'binomial_rng',

100 'block',

101 'categorical_logit_glm_lpmf',

102 'categorical_logit_glm_lupmf',

103 'categorical_logit_lpmf',

104 'categorical_logit_lupmf',

105 'categorical_logit_rng',

106 'categorical_lpmf',

107 'categorical_lupmf',

108 'categorical_rng',

109 'cauchy_cdf',

110 'cauchy_lccdf',

111 'cauchy_lcdf',

112 'cauchy_lpdf',

113 'cauchy_lupdf',

114 'cauchy_rng',

115 'cbrt',

116 'ceil',

117 'chi_square_cdf',

118 'chi_square_lccdf',

119 'chi_square_lcdf',

120 'chi_square_lpdf',

121 'chi_square_lupdf',

122 'chi_square_rng',

123 'chol2inv',

124 'cholesky_decompose',

125 'choose',

126 'col',

127 'cols',

128 'columns_dot_product',

129 'columns_dot_self',

130 'conj',

131 'cos',

132 'cosh',

133 'cov_exp_quad',

134 'crossprod',

135 'csr_extract_u',

136 'csr_extract_v',

137 'csr_extract_w',

138 'csr_matrix_times_vector',

139 'csr_to_dense_matrix',

140 'cumulative_sum',

141 'dae',

142 'dae_tol',

143 'determinant',

144 'diag_matrix',

145 'diag_post_multiply',

146 'diag_pre_multiply',

147 'diagonal',

148 'digamma',

149 'dims',

150 'dirichlet_lpdf',

151 'dirichlet_lupdf',

152 'dirichlet_rng',

153 'discrete_range_cdf',

154 'discrete_range_lccdf',

155 'discrete_range_lcdf',

156 'discrete_range_lpmf',

157 'discrete_range_lupmf',

158 'discrete_range_rng',

159 'distance',

160 'dot_product',

161 'dot_self',

162 'double_exponential_cdf',

163 'double_exponential_lccdf',

164 'double_exponential_lcdf',

165 'double_exponential_lpdf',

166 'double_exponential_lupdf',

167 'double_exponential_rng',

168 'e',

169 'eigenvalues_sym',

170 'eigenvectors_sym',

171 'erf',

172 'erfc',

173 'exp',

174 'exp2',

175 'exp_mod_normal_cdf',

176 'exp_mod_normal_lccdf',

177 'exp_mod_normal_lcdf',

178 'exp_mod_normal_lpdf',

179 'exp_mod_normal_lupdf',

180 'exp_mod_normal_rng',

181 'expm1',

182 'exponential_cdf',

183 'exponential_lccdf',

184 'exponential_lcdf',

185 'exponential_lpdf',

186 'exponential_lupdf',

187 'exponential_rng',

188 'fabs',

189 'falling_factorial',

190 'fdim',

191 'floor',

192 'fma',

193 'fmax',

194 'fmin',

195 'fmod',

196 'frechet_cdf',

197 'frechet_lccdf',

198 'frechet_lcdf',

199 'frechet_lpdf',

200 'frechet_lupdf',

201 'frechet_rng',

202 'gamma_cdf',

203 'gamma_lccdf',

204 'gamma_lcdf',

205 'gamma_lpdf',

206 'gamma_lupdf',

207 'gamma_p',

208 'gamma_q',

209 'gamma_rng',

210 'gaussian_dlm_obs_lpdf',

211 'gaussian_dlm_obs_lupdf',

212 'generalized_inverse',

213 'get_imag',

214 'get_lp',

215 'get_real',

216 'gumbel_cdf',

217 'gumbel_lccdf',

218 'gumbel_lcdf',

219 'gumbel_lpdf',

220 'gumbel_lupdf',

221 'gumbel_rng',

222 'head',

223 'hmm_hidden_state_prob',

224 'hmm_latent_rng',

225 'hmm_marginal',

226 'hypergeometric_lpmf',

227 'hypergeometric_lupmf',

228 'hypergeometric_rng',

229 'hypot',

230 'identity_matrix',

231 'inc_beta',

232 'int_step',

233 'integrate_1d',

234 'integrate_ode',

235 'integrate_ode_adams',

236 'integrate_ode_bdf',

237 'integrate_ode_rk45',

238 'inv',

239 'inv_chi_square_cdf',

240 'inv_chi_square_lccdf',

241 'inv_chi_square_lcdf',

242 'inv_chi_square_lpdf',

243 'inv_chi_square_lupdf',

244 'inv_chi_square_rng',

245 'inv_cloglog',

246 'inv_erfc',

247 'inv_gamma_cdf',

248 'inv_gamma_lccdf',

249 'inv_gamma_lcdf',

250 'inv_gamma_lpdf',

251 'inv_gamma_lupdf',

252 'inv_gamma_rng',

253 'inv_logit',

254 'inv_Phi',

255 'inv_sqrt',

256 'inv_square',

257 'inv_wishart_lpdf',

258 'inv_wishart_lupdf',

259 'inv_wishart_rng',

260 'inverse',

261 'inverse_spd',

262 'is_inf',

263 'is_nan',

264 'lambert_w0',

265 'lambert_wm1',

266 'lbeta',

267 'lchoose',

268 'ldexp',

269 'lgamma',

270 'linspaced_array',

271 'linspaced_int_array',

272 'linspaced_row_vector',

273 'linspaced_vector',

274 'lkj_corr_cholesky_lpdf',

275 'lkj_corr_cholesky_lupdf',

276 'lkj_corr_cholesky_rng',

277 'lkj_corr_lpdf',

278 'lkj_corr_lupdf',

279 'lkj_corr_rng',

280 'lmgamma',

281 'lmultiply',

282 'log',

283 'log10',

284 'log1m',

285 'log1m_exp',

286 'log1m_inv_logit',

287 'log1p',

288 'log1p_exp',

289 'log2',

290 'log_determinant',

291 'log_diff_exp',

292 'log_falling_factorial',

293 'log_inv_logit',

294 'log_inv_logit_diff',

295 'log_mix',

296 'log_modified_bessel_first_kind',

297 'log_rising_factorial',

298 'log_softmax',

299 'log_sum_exp',

300 'logistic_cdf',

301 'logistic_lccdf',

302 'logistic_lcdf',

303 'logistic_lpdf',

304 'logistic_lupdf',

305 'logistic_rng',

306 'logit',

307 'loglogistic_cdf',

308 'loglogistic_lpdf',

309 'loglogistic_rng',

310 'lognormal_cdf',

311 'lognormal_lccdf',

312 'lognormal_lcdf',

313 'lognormal_lpdf',

314 'lognormal_lupdf',

315 'lognormal_rng',

316 'machine_precision',

317 'map_rect',

318 'matrix_exp',

319 'matrix_exp_multiply',

320 'matrix_power',

321 'max',

322 'mdivide_left_spd',

323 'mdivide_left_tri_low',

324 'mdivide_right_spd',

325 'mdivide_right_tri_low',

326 'mean',

327 'min',

328 'modified_bessel_first_kind',

329 'modified_bessel_second_kind',

330 'multi_gp_cholesky_lpdf',

331 'multi_gp_cholesky_lupdf',

332 'multi_gp_lpdf',

333 'multi_gp_lupdf',

334 'multi_normal_cholesky_lpdf',

335 'multi_normal_cholesky_lupdf',

336 'multi_normal_cholesky_rng',

337 'multi_normal_lpdf',

338 'multi_normal_lupdf',

339 'multi_normal_prec_lpdf',

340 'multi_normal_prec_lupdf',

341 'multi_normal_rng',

342 'multi_student_t_lpdf',

343 'multi_student_t_lupdf',

344 'multi_student_t_rng',

345 'multinomial_logit_lpmf',

346 'multinomial_logit_lupmf',

347 'multinomial_logit_rng',

348 'multinomial_lpmf',

349 'multinomial_lupmf',

350 'multinomial_rng',

351 'multiply_log',

352 'multiply_lower_tri_self_transpose',

353 'neg_binomial_2_cdf',

354 'neg_binomial_2_lccdf',

355 'neg_binomial_2_lcdf',

356 'neg_binomial_2_log_glm_lpmf',

357 'neg_binomial_2_log_glm_lupmf',

358 'neg_binomial_2_log_lpmf',

359 'neg_binomial_2_log_lupmf',

360 'neg_binomial_2_log_rng',

361 'neg_binomial_2_lpmf',

362 'neg_binomial_2_lupmf',

363 'neg_binomial_2_rng',

364 'neg_binomial_cdf',

365 'neg_binomial_lccdf',

366 'neg_binomial_lcdf',

367 'neg_binomial_lpmf',

368 'neg_binomial_lupmf',

369 'neg_binomial_rng',

370 'negative_infinity',

371 'norm',

372 'normal_cdf',

373 'normal_id_glm_lpdf',

374 'normal_id_glm_lupdf',

375 'normal_lccdf',

376 'normal_lcdf',

377 'normal_lpdf',

378 'normal_lupdf',

379 'normal_rng',

380 'not_a_number',

381 'num_elements',

382 'ode_adams',

383 'ode_adams_tol',

384 'ode_adjoint_tol_ctl',

385 'ode_bdf',

386 'ode_bdf_tol',

387 'ode_ckrk',

388 'ode_ckrk_tol',

389 'ode_rk45',

390 'ode_rk45_tol',

391 'one_hot_array',

392 'one_hot_int_array',

393 'one_hot_row_vector',

394 'one_hot_vector',

395 'ones_array',

396 'ones_int_array',

397 'ones_row_vector',

398 'ones_vector',

399 'ordered_logistic_glm_lpmf',

400 'ordered_logistic_glm_lupmf',

401 'ordered_logistic_lpmf',

402 'ordered_logistic_lupmf',

403 'ordered_logistic_rng',

404 'ordered_probit_lpmf',

405 'ordered_probit_lupmf',

406 'ordered_probit_rng',

407 'owens_t',

408 'pareto_cdf',

409 'pareto_lccdf',

410 'pareto_lcdf',

411 'pareto_lpdf',

412 'pareto_lupdf',

413 'pareto_rng',

414 'pareto_type_2_cdf',

415 'pareto_type_2_lccdf',

416 'pareto_type_2_lcdf',

417 'pareto_type_2_lpdf',

418 'pareto_type_2_lupdf',

419 'pareto_type_2_rng',

420 'Phi',

421 'Phi_approx',

422 'pi',

423 'poisson_cdf',

424 'poisson_lccdf',

425 'poisson_lcdf',

426 'poisson_log_glm_lpmf',

427 'poisson_log_glm_lupmf',

428 'poisson_log_lpmf',

429 'poisson_log_lupmf',

430 'poisson_log_rng',

431 'poisson_lpmf',

432 'poisson_lupmf',

433 'poisson_rng',

434 'polar',

435 'positive_infinity',

436 'pow',

437 'print',

438 'prod',

439 'proj',

440 'qr_Q',

441 'qr_R',

442 'qr_thin_Q',

443 'qr_thin_R',

444 'quad_form',

445 'quad_form_diag',

446 'quad_form_sym',

447 'quantile',

448 'rank',

449 'rayleigh_cdf',

450 'rayleigh_lccdf',

451 'rayleigh_lcdf',

452 'rayleigh_lpdf',

453 'rayleigh_lupdf',

454 'rayleigh_rng',

455 'reduce_sum',

456 'reject',

457 'rep_array',

458 'rep_matrix',

459 'rep_row_vector',

460 'rep_vector',

461 'reverse',

462 'rising_factorial',

463 'round',

464 'row',

465 'rows',

466 'rows_dot_product',

467 'rows_dot_self',

468 'scale_matrix_exp_multiply',

469 'scaled_inv_chi_square_cdf',

470 'scaled_inv_chi_square_lccdf',

471 'scaled_inv_chi_square_lcdf',

472 'scaled_inv_chi_square_lpdf',

473 'scaled_inv_chi_square_lupdf',

474 'scaled_inv_chi_square_rng',

475 'sd',

476 'segment',

477 'sin',

478 'singular_values',

479 'sinh',

480 'size',

481 'skew_double_exponential_cdf',

482 'skew_double_exponential_lccdf',

483 'skew_double_exponential_lcdf',

484 'skew_double_exponential_lpdf',

485 'skew_double_exponential_lupdf',

486 'skew_double_exponential_rng',

487 'skew_normal_cdf',

488 'skew_normal_lccdf',

489 'skew_normal_lcdf',

490 'skew_normal_lpdf',

491 'skew_normal_lupdf',

492 'skew_normal_rng',

493 'softmax',

494 'sort_asc',

495 'sort_desc',

496 'sort_indices_asc',

497 'sort_indices_desc',

498 'sqrt',

499 'sqrt2',

500 'square',

501 'squared_distance',

502 'std_normal_cdf',

503 'std_normal_lccdf',

504 'std_normal_lcdf',

505 'std_normal_lpdf',

506 'std_normal_lupdf',

507 'std_normal_rng',

508 'step',

509 'student_t_cdf',

510 'student_t_lccdf',

511 'student_t_lcdf',

512 'student_t_lpdf',

513 'student_t_lupdf',

514 'student_t_rng',

515 'sub_col',

516 'sub_row',

517 'sum',

518 'svd_U',

519 'svd_V',

520 'symmetrize_from_lower_tri',

521 'tail',

522 'tan',

523 'tanh',

524 'target',

525 'tcrossprod',

526 'tgamma',

527 'to_array_1d',

528 'to_array_2d',

529 'to_complex',

530 'to_matrix',

531 'to_row_vector',

532 'to_vector',

533 'trace',

534 'trace_gen_quad_form',

535 'trace_quad_form',

536 'trigamma',

537 'trunc',

538 'uniform_cdf',

539 'uniform_lccdf',

540 'uniform_lcdf',

541 'uniform_lpdf',

542 'uniform_lupdf',

543 'uniform_rng',

544 'uniform_simplex',

545 'variance',

546 'von_mises_cdf',

547 'von_mises_lccdf',

548 'von_mises_lcdf',

549 'von_mises_lpdf',

550 'von_mises_lupdf',

551 'von_mises_rng',

552 'weibull_cdf',

553 'weibull_lccdf',

554 'weibull_lcdf',

555 'weibull_lpdf',

556 'weibull_lupdf',

557 'weibull_rng',

558 'wiener_lpdf',

559 'wiener_lupdf',

560 'wishart_lpdf',

561 'wishart_lupdf',

562 'wishart_rng',

563 'zeros_array',

564 'zeros_int_array',

565 'zeros_row_vector'

566)

567

568DISTRIBUTIONS = (

569 'bernoulli',

570 'bernoulli_logit',

571 'bernoulli_logit_glm',

572 'beta',

573 'beta_binomial',

574 'binomial',

575 'binomial_logit',

576 'categorical',

577 'categorical_logit',

578 'categorical_logit_glm',

579 'cauchy',

580 'chi_square',

581 'dirichlet',

582 'discrete_range',

583 'double_exponential',

584 'exp_mod_normal',

585 'exponential',

586 'frechet',

587 'gamma',

588 'gaussian_dlm_obs',

589 'gumbel',

590 'hypergeometric',

591 'inv_chi_square',

592 'inv_gamma',

593 'inv_wishart',

594 'lkj_corr',

595 'lkj_corr_cholesky',

596 'logistic',

597 'loglogistic',

598 'lognormal',

599 'multi_gp',

600 'multi_gp_cholesky',

601 'multi_normal',

602 'multi_normal_cholesky',

603 'multi_normal_prec',

604 'multi_student_t',

605 'multinomial',

606 'multinomial_logit',

607 'neg_binomial',

608 'neg_binomial_2',

609 'neg_binomial_2_log',

610 'neg_binomial_2_log_glm',

611 'normal',

612 'normal_id_glm',

613 'ordered_logistic',

614 'ordered_logistic_glm',

615 'ordered_probit',

616 'pareto',

617 'pareto_type_2',

618 'poisson',

619 'poisson_log',

620 'poisson_log_glm',

621 'rayleigh',

622 'scaled_inv_chi_square',

623 'skew_double_exponential',

624 'skew_normal',

625 'std_normal',

626 'student_t',

627 'uniform',

628 'von_mises',

629 'weibull',

630 'wiener',

631 'wishart',

632)

633

634RESERVED = (

635 'repeat',

636 'until',

637 'then',

638 'true',

639 'false',

640 'var',

641 'struct',

642 'typedef',

643 'export',

644 'auto',

645 'extern',

646 'var',

647 'static',

648)

Coverage for /pythoncovmergedfiles/medio/medio/usr/local/lib/python3.8/site-packages/pygments/lexers/_stan_builtins.py: 100%

5 statements