a30663e530
Upstream changes: v.2.18.1 (24 December 2018) ====================================================================== Bugfix release - major bug in threading where certain thread count and job size combinations could result in incorrect output. See https://discourse.mc-stan.org/t/bug-in-map-rect-with-threading-in-stan-2-18-0/7056 for more details. Bug Fixes -------------------------------------------------- * Fix threading batch size bug (#1075) v.2.18.0 (13 July 2018) ====================================================================== This is our first release with parallelism (through C++11 threads or MPI)! New Features -------------------------------------------------- * Support for MPI parallelization with map_rect * Support for threaded AD and a threaded map_rect implementation (#809) * New periodic covariance function (#921) * Integrated Boost's 1 dimensional integrator (#913) * Added thin QR decomposition (#900) * New `add_diag` function for adding a real or vector to the diagonal of a matrix (#871) * New `log_inv_logit_diff` function for the log of the difference of two inverse logits (#856) * New dot product kernel for GPs (#834) * Vectorized many more RNGs (#833, #722, #622) * Add `matrix_exp_action` to calculate `exp(At)*B` (#830) * `log_mix` vectorized (#751, #664) * New integrators from CVODES (`integrate_ode_adams`, `_bdf`) (#735) * New `std_normal` (#609) * New `std_normal_log` (#728) * New GLM primitive `normal_id_glm` (#665) * New `chol2inv` that computes a matrix's inverse from its Cholesky factor (#649) * New `poisson_log_glm` poisson regression with log link (#647) * New vectorized `ordered_probit` (#645) * New `log_modified_bessel_first_kind` that expands where Bessel 1 function can be used (#640) * New bernoulli logit GLM (#608) Bug Fixes -------------------------------------------------- * Rising and falling factorial were not accepting negative arguments (#636) * Fix normalizing constant for LKJ distribution (#628) Other -------------------------------------------------- * Tweaks to `effective_sample_size` for performance and upstream compatibility (#865) * Switch to sundials package combining CVODES and IDAS, updating versions (#779, #744) * Now publishing the Math doxygen (http://mc-stan.org/math/) * Faster `dirichlet_lpdf` accepting more vector types (#788) * Upgrade to Boost 1.66 (#766) * Improved derivatives for Gamma CDF (#780) * Sped up `multi_normal_cholesky` (#753) * More efficient `mdivide_right_tri` (#715) * More efficient `integrate_ode_rk45_grad_test` (#714) * Make algebraic solver easier to use (#703, #697) * Begin thinking about internal compatibility for complex numbers (#643) * Faster `pow` (#642)
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417 B
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6 lines
417 B
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$NetBSD: distinfo,v 1.2 2019/03/10 02:33:05 wen Exp $
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SHA1 (stan-math-2.18.1.tar.gz) = 75048a0480a07f7aad2acb449250295479792698
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RMD160 (stan-math-2.18.1.tar.gz) = 0bacbb412127195d7448c9c5ad595e70c8ea1c26
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SHA512 (stan-math-2.18.1.tar.gz) = bb6e809d1ec8b176235158b4856af17e489d26eb443e647db2b8e89a2671d5f23c91335b513b6ae83717c5f5a96e666e65fa1c0d888fe02e051d126399df7125
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Size (stan-math-2.18.1.tar.gz) = 17531114 bytes
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