Changelog for apache-commons-numbers-1.2-1.4.noarch.rpm :

* Wed Sep 04 2024 Anton Shvetz - Update to v1.2
* Changes in this version include: + New features: ~ NUMBERS-206: \"Selection\": Add selection of the k-th ordered element from an array. ~ NUMBERS-205: \"Addition/Multiplication\": Introduces isZero to Addition and isOne to Multiplication interfaces. Override the default implementation in implementing classes to avoid expensive equals(Object) operations. Thanks to Harald Kirsch. ~ NUMBERS-203: \"DDField\": Add a field for the DD number. ~ NUMBERS-193: \"DD\": Add an extended precision floating-point number. A double-double (DD) number is an unevaluated sum of two IEEE double precision numbers capable of representing at least 106 bits of significand. ~ NUMBERS-192: \"Sum\": Add subtract(Sum) method. ~ NUMBERS-191: \"Stirling\": Compute Stirling numbers of the first kind. ~ NUMBERS-29: Add \"Stirling\" class to compute Stirling numbers of the second kind. + Fixed Bugs: ~ NUMBERS-204: \"Sum\": Correct sub-normal round-off computation in sum of products. ~ NUMBERS-201: \"FP64\": Make equals consistent with hashCode. ~ NUMBERS-200: \"Sum\": Avoid a NaN result when combining Sum instances with infinite sums of the same sign. Thanks to Anirudh Joshi. + Changes: ~ \"ArithmeticUtils\": Improve performance of GCD for longs. Thanks to Matthias Langer. ~ \"ArithmeticUtils\": Improve performance of remainderUnsigned and divideUnsigned. Thanks to Sebb, Alex Herbert. ~ NUMBERS-199: \"Precision\": Document inaccurate decimal value representation when converting to and from a double in the round method.- Reproducible builds: use SOURCE_DATE_EPOCH for timestamp
* Sun Dec 11 2022 Anton Shvetz - Update to v1.1
* Changes in this version include: + New features: ~ NUMBERS-70: Add a user guide. ~ NUMBERS-190: Add a Bill of Materials (BOM) to aid in dependency management when referencing multiple Apache Commons Numbers artifacts. The BOM should be used to ensure all imported artifacts are compatible. ~ NUMBERS-181: Updated support for the beta functions. \"RegularizedBeta\": Added the complement and derivative of the regularized beta function. Added \"IncompleteBeta\" and \"Beta\" classes. Functionality is ported from the Boost C++ library. ~ NUMBERS-180: \"GammaRatio\": Compute the ratio of two gamma functions. ~ NUMBERS-177: \"Erfcx\": Compute a scaled complementary error function: erfcx(z) = erfc(z)
* exp(z
*z). ~ NUMBERS-175: \"GeneralizedContinuedFraction\": A continued fraction class to compute using a generator. Allows evaluation of continued fractions from a regular series where coefficients can be computed iteratively from the previous coefficients. + Fixed Bugs: ~ NUMBERS-185: \"Precision\": Allow Precision.compareTo using a maxUlps to be used for sorting. This corrects handling of NaN comparisons. ~ NUMBERS-182: \"LogBeta\": Avoid overflow for tiny arguments. ~ \"BrentSolver\": Avoid overflow creating the initial value between the lower and upper. ~ NUMBERS-173: \"ContinuedFraction\": Set a minimum bound on the relative error epsilon. Prevents an infinite loop when the epsilon is zero. ~ \"FactorialDouble\": Prevent caching values that are infinite. The cache will support factorials up to 170. ~ NUMBERS-170: \"RegularizedBeta\": Detect edge cases for arguments that can be evaluated by exploiting properties of the regularized beta function. ~ NUMBERS-168: \"BrentSolver\": Identify brackets with small objective values. ~ Fix wrong javadoc. Thanks to Arturo Bernal. + Changes: ~ NUMBERS-184: \"Precision\": Reduce number of operations in Precision.equals using a maxUlps. ~ NUMBERS-183: Improve the binomial coefficient classes. Avoid recursive method calls. Avoid overflow for BinomialCoefficientDouble for large results close to infinity. Use precomputed factorials and the LogBeta function for efficiency. ~ NUMBERS-178: \"Factorial/FactorialDouble\": Tabulate all factorials with exact 64-bit double representations of n! up to n=170. This change deprecates the FactorialDouble class and removes obsolete caching functionality. ~ NUMBERS-176: \"ContinuedFraction\": Update to use a shared implementation with GeneralizedContinuedFraction. ~ NUMBERS-174: \"Gamma/LogGamma/RegularizedGamma\": Update the gamma function implementations to increase accuracy and support for extreme values. Functionality is ported from the Boost C++ library. ~ NUMBERS-172: \"Erf/Erfc\": Use a rational function approximation accurate to 53-bits of precision. This replaces the use of the regularized gamma functions P and Q and increases accuracy at extreme limits of the function. Execution speed is improved. Functionality is ported from the Boost C++ library. ~ NUMBERS-171: \"InverseErfc\": Support full range of [0, 2]. This lowers the supported minimum value from 2^-53 to double min value. Execution speed is improved. Functionality is ported from the Boost C++ library.- Add build dependency on mvn(org.apache.commons:commons-rng-bom:pom:)
* Thu Apr 28 2022 Anton Shvetz - Initial packaging with v1.0