chore(deps): update dependency numpy to v2.2.0 #1682
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This PR contains the following updates:
>=1.16.0, <2.2->>=2.2, <3>=1.16.0,<1.24->>=2.2,<2.3Release Notes
numpy/numpy (numpy)
v2.2.0: 2.2.0 (Dec 8, 2024)Compare Source
NumPy 2.2.0 Release Notes
The NumPy 2.2.0 release is quick release that brings us back into sync
with the usual twice yearly release cycle. There have been an number of
small cleanups, as well as work bringing the new StringDType to
completion and improving support for free threaded Python. Highlights
are:
matvecandvecmat, see below.This release supports Python versions 3.10-3.13.
Deprecations
_add_newdoc_ufuncis now deprecated.ufunc.__doc__ = newdocshould be used instead.
(gh-27735)
Expired deprecations
bool(np.array([]))and other empty arrays will now raise an error.Use
arr.size > 0instead to check whether an array has noelements.
(gh-27160)
Compatibility notes
numpy.covnow properly transposes single-row (2darray) design matrices when
rowvar=False. Previously, single-rowdesign matrices would return a scalar in this scenario, which is not
correct, so this is a behavior change and an array of the
appropriate shape will now be returned.
(gh-27661)
New Features
New functions for matrix-vector and vector-matrix products
Two new generalized ufuncs were defined:
numpy.matvec- matrix-vector product, treating thearguments as stacks of matrices and column vectors,
respectively.
numpy.vecmat- vector-matrix product, treating thearguments as stacks of column vectors and matrices,
respectively. For complex vectors, the conjugate is taken.
These add to the existing
numpy.matmulas well as tonumpy.vecdot, which was added in numpy 2.0.Note that
numpy.matmulnever takes a complexconjugate, also not when its left input is a vector, while both
numpy.vecdotandnumpy.vecmatdo takethe conjugate for complex vectors on the left-hand side (which are
taken to be the ones that are transposed, following the physics
convention).
(gh-25675)
np.complexfloating[T, T]can now also be written asnp.complexfloating[T](gh-27420)
UFuncs now support
__dict__attribute and allow overriding__doc__(either directly or viaufunc.__dict__["__doc__"]).__dict__can be used to also override other properties, such as__module__or__qualname__.(gh-27735)
The "nbit" type parameter of
np.numberand its subtypes nowdefaults to
typing.Any. This way, type-checkers will inferannotations such as
x: np.floatingasx: np.floating[Any], evenin strict mode.
(gh-27736)
Improvements
The
datetime64andtimedelta64hashes now correctly match thePythons builtin
datetimeandtimedeltaones. The hashes nowevaluated equal even for equal values with different time units.
(gh-14622)
Fixed a number of issues around promotion for string ufuncs with
StringDType arguments. Mixing StringDType and the fixed-width DTypes
using the string ufuncs should now generate much more uniform
results.
(gh-27636)
Improved support for empty
memmap. Previously an emptymemmapwould fail unless a non-zerooffsetwas set.Now a zero-size
memmapis supported even ifoffset=0. To achieve this, if amemmapis mapped toan empty file that file is padded with a single byte.
(gh-27723)
A regression has been fixed which allows F2PY users to expose variables
to Python in modules with only assignments, and also fixes situations
where multiple modules are present within a single source file.
(gh-27695)
Performance improvements and changes
Improved multithreaded scaling on the free-threaded build when many
threads simultaneously call the same ufunc operations.
(gh-27896)
NumPy now uses fast-on-failure attribute lookups for protocols. This
can greatly reduce overheads of function calls or array creation
especially with custom Python objects. The largest improvements will
be seen on Python 3.12 or newer.
(gh-27119)
OpenBLAS on x86_64 and i686 is built with fewer kernels. Based on
benchmarking, there are 5 clusters of performance around these
kernels:
PRESCOTT NEHALEM SANDYBRIDGE HASWELL SKYLAKEX.OpenBLAS on windows is linked without quadmath, simplifying
licensing
Due to a regression in OpenBLAS on windows, the performance
improvements when using multiple threads for OpenBLAS 0.3.26 were
reverted.
(gh-27147)
NumPy now indicates hugepages also for large
np.zerosallocationson linux. Thus should generally improve performance.
(gh-27808)
Changes
numpy.fixnow won't perform casting to a floatingdata-type for integer and boolean data-type input arrays.
(gh-26766)
The type annotations of
numpy.float64andnumpy.complex128nowreflect that they are also subtypes of the built-in
floatandcomplextypes, respectively. This update prevents statictype-checkers from reporting errors in cases such as:
(gh-27334)
The
reprof arrays large enough to be summarized (i.e., whereelements are replaced with
...) now includes theshapeof thearray, similar to what already was the case for arrays with zero
size and non-obvious shape. With this change, the shape is always
given when it cannot be inferred from the values. Note that while
written as
shape=..., this argument cannot actually be passed into the
np.arrayconstructor. If you encounter problems, e.g., dueto failing doctests, you can use the print option
legacy=2.1toget the old behaviour.
(gh-27482)
Calling
__array_wrap__directly on NumPy arrays or scalars nowdoes the right thing when
return_scalaris passed (Added in NumPy2). It is further safe now to call the scalar
__array_wrap__on anon-scalar result.
(gh-27807)
Bump the musllinux CI image and wheels to 1_2 from 1_1. This is because
1_1 is end of life.
(gh-27088)
The NEP 50 promotion state settings are now removed. They were always
meant as temporary means for testing. A warning will be given if the
environment variable is set to anything but
NPY_PROMOTION_STATE=weakwhile
_set_promotion_stateand_get_promotion_stateare removed. Incase code used
_no_nep50_warning, acontextlib.nullcontextcould beused to replace it when not available.
(gh-27156)
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