Bump the all-julia-packages group across 1 directory with 2 updates

[dependabot]

Updates the requirements on TimerOutputs and TensorKitTensors to permit the latest version.
Updates TimerOutputs to 1.1.0

Release notes

Sourced from TimerOutputs's releases.

v1.1.0

TimerOutputs v1.1.0

Diff since v1.0.1

Merged pull requests:

• add min max avg std (#227) (@​KristofferC)

Closed issues:

• Should enable_debug_timings be recursive? (#75)
• print_timer: show minima instead of avg, and switch off totals and/or %tot ? (#160)

Changelog

Sourced from TimerOutputs's changelog.

TimerOutputs changelog

Version 1.0.0

TimerOutputs 1.0.0 is a rewrite of the package internals with a number of new features. The documented API keeps working; code that relied on undocumented internals may need updating (see "Internal changes" below).

New features

• Zero-overhead timer disabling: the new NoTimerOutput is a dummy timer where all operations are no-ops. When its type is known to the compiler (a const, or a type parameter of the struct holding it), @timeit sections compile away entirely — a per-timer alternative to @timeit_debug. Runtime-disabled regular timers also became ~10x cheaper (~1.4 ns per section).
• Tables.jl interface: timers are tables — DataFrame(to), CSV.write("timings.csv", to) and any other Tables.jl consumer work directly, with one row per section holding the raw measurements (path, section, depth, ncalls, time_ns, gc_time_ns, allocated_bytes, firstexec_ns).
• New table layout (now built on PrettyTables.jl): tree guides (├─, └─) instead of plain indentation, and an optional %par column showing each section's share of its enclosing section (columns = [..., :time_par]).
• Heat bars: the default table shows a small bar per section visualizing its share of the total time / allocations, colored from blue (cheap) to red (expensive) in color-capable terminals. Displaying a subsection rescales the bars to that subsection's total. Hide them with bars = false (compact = true also drops them), or select them explicitly through the columns keyword (:time_bar, :allocs_bar).
• Column selection: print_timer(to; columns = [:ncalls, :time, :time_pct]) picks exactly which columns to show, in order; allocations and compact remain as shorthands.
• GC time column: print_timer(to; gc = true) (or the :gc_time column) adds a column with the time spent in garbage collection within each section. Off by default. Also available programmatically as TimerOutputs.gctime(to).
• Call shorthand: @timeit to foo(args) times the call under a label derived from the callee (here "foo"), a shorthand for @timeit to "foo" foo(args). Works with the default timer too (@timeit foo(args)). Qualified calls keep their qualification (Mod.foo → "Mod.foo"); operators and other non-name calls still need an explicit label.
• @timed_testset: a drop-in replacement for Test.@testset that times each set (nested sets nest in the timer), so print_timer() after the tests shows where the test time went. Test stays a non-dependency; the emitted @testset is resolved at the call site.
• Recursive debug timings: enable_debug_timings/disable_debug_timings now recurse into submodules by default, so one call on a package's top module instruments the whole package (#75). Pass recursive = false for the old single-module behavior.

... (truncated)

Commits

• 8c0d876 Bump version from 1.0.1 to 1.1.0
• 135cb7b add min max avg std (#227)
• fe50905 Bump version from 1.0.0 to 1.0.1
• 84ed9fd tweak printing of sections with 0 allocations (#226)
• 2b20568 update version in CHANGELOG
• 6d2bfac make debug timeit recursive (#224)
• e1e8de8 Bump version from 0.5.30 to 1.0.0 (#225)
• 510aa26 add @​timed_testset, a timed drop-in for Test.@​testset (#223)
• d058753 allow one to directly time a call, using the call as the section name (#222)
• 1283939 add possibility of seeing GC percentage (default to off) (#221)
• Additional commits viewable in compare view

Updates TensorKitTensors to 0.3.0

Release notes

Sourced from TensorKitTensors's releases.

v0.3.0

TensorKitTensors v0.3.0

Diff since v0.2.5

All operator modules are now built dense-first — one non-symmetric reference definition per operator, with the symmetric versions generated by a basis transformation and projection — and the release adds a new QuantumGates module, singlet-pair operators, and per-module documentation.

Highlights

• Symmetric operators through basis transformations (#52, #51, #57). Each operator is defined once in a dense reference basis; every symmetric variant is obtained by rotating with a per-module basis_transform and projecting onto the symmetric subspace, wired up by a new internal @operator macro. symmetrize/desymmetrize are exported so custom operators can use the same route, and operators incompatible with a requested symmetry now throw an informative ArgumentError instead of failing obscurely.
• New QuantumGates module (#50): standard qubit gates as TensorMaps on qubit_space. Paulis, hadamard, s_gate/t_gate, phase_shift, u3, rotations Rx/Ry/Rz and two-site Rxx/Ryy/Rzz/Rzx, controlled gates cnot/cy/cz/ch/cs/cphase, swap/iswap/dcx/ecr, toffoli, fredkin, and a generic function for creating controlled gates.
• Singlet-pair hopping and correlations for Hubbard and t-J (#44, #53).
• Documentation pages for every operator module (#58, #50), spelling out the reference basis ordering and the sector structure per symmetry.

Fixed

• e_plus_e_min/e_min_e_plus with SU2Irrep spin symmetry were transposed in HubbardOperators and TJOperators; the old spectral tests could not see this (#52).
• Three misaligned t-J aliases: u⁺u⁺/d⁻d⁻ were bound to d_min_d_min/u_plus_u_plus, and S⁺S⁻/S⁻S⁺ were swapped with each other (#57).
• tj_space now rejects SU2Irrep particle symmetry with a dedicated error rather than a generic "Invalid symmetry" (#57).

Changed

• Symmetric operators are no longer hand-written per symmetry. Transforms stay exact where possible (integer and RationalRoot entries), but non-abelian symmetries inherit the precision of the Clebsch-Gordan coefficients, so entries can differ from previous releases at the level of floating-point noise. Construction is also somewhat more expensive — cache operators rather than rebuilding them in tight loops.
• TensorKit compat is now 0.14, 0.15, 0.16, 0.17 (support for 0.13 dropped).
• New dependencies: RationalRoots and Logging.

Full changelog: QuantumKitHub/TensorKitTensors.jl@v0.2.5...v0.3.0

Merged pull requests:

• Singlet pair NN-hopping (3-site) and correlation (4-site) in Hubbard and t-J models (#44) (@​Yue-Zhengyuan)
• Bump actions/checkout from 6 to 7 (#49) (@​dependabot[bot])
• Add QuantumGates module (#50) (@​lkdvos)
• Add @​operator macro to reduce operator boilerplate (#51) (@​lkdvos)
• Implement symmetric operators by basis transformation + projection (#52) (@​lkdvos)
• Docstring for alias of singlet pair correlation (#53) (@​Yue-Zhengyuan)
• Make Format check safe for fork PRs (pull_request trigger) (#56) (@​lkdvos)
• Refactor TJOperators to the dense-first strategy (#57) (@​lkdvos)
• Fill out the docs for the Boson, Fermion, Hubbard and t-J operators (#58) (@​lkdvos)

Closed issues:

• More detailed explanation of Hubbard and tJ operators in docs (#45)
• More robust way to test symmetric operators (#46)

Commits

• e3be3c0 Fill out the docs for the Boson, Fermion, Hubbard and t-J operators (#58)
• 8c34c2d Refactor TJOperators to the dense-first strategy (#57)
• 8cd5ce9 Add QuantumGates module (#50)
• de7fc22 Make Format check safe for fork PRs (pull_request trigger) (#56)
• 5e564a0 Docstring for alias of singlet pair correlation (#53)
• 5b56908 Singlet pair NN-hopping (3-site) and correlation (4-site) in Hubbard and t-J ...
• fb3d857 Add @​operator macro to reduce operator boilerplate (#51)
• 1524458 Implement symmetric operators by basis transformation + projection (#52)
• cb3798d Bump actions/checkout from 6 to 7 (#49)
• 744b23a Support for TensorKit v0.17 (#43)
• Additional commits viewable in compare view

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