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SkillsMP 已收集 ZhangXin8069/PyQCD 中的 18 个 Skill。打开任一 Skill 可查看来源和详情。
已展示 18 / 18 个已收集 Skill。
Use when extracting masses, energies, matrix elements, c0, ratios, effective masses, dispersion relations, or plots from existing PyQCD ensemble data; use pyqcd-statistics for the resampling and covariance contract, and do not use this skill to generate…
Use when a PyQCD task needs shared conventions for gamma matrices, tensor axes, lattice or physical units, temporal boundary conditions, signs, complex projections, metadata, or validation status; use the domain skill directly for an operator, solver, fit, or…
Use when writing or validating a Chinese PyQCD LaTeX note, analy/pure report, experiment report, or PDF deliverable, especially when xelatex, font coverage, source traceability, page rendering, Overfull, Float too large, or Missing character checks matter.
Use when a task involves only gauge links or pure-gauge observables such as Wilson loops, Polyakov loops, static potentials, topological charge, Wilson flow, or link smearing; route any Dirac solve or fermion correlator to pyqcd-propagator or…
Use when a PyQCD task crosses backend selection, tensor I/O, ASCII or VdV/VVV readers, MPI meta-task scheduling, rank-divergent failure handling, GPU binding, or memory planning; not for PyQUDA lattice-domain decomposition or physical-observable definitions.
Use when a lattice-QCD task must derive an observable into interpolating operators, two- or three-point correlators, Wick contractions, a propagator inventory, or an einsum contraction; use pyqcd-physics-spectrum for spectral forms and pyqcd-propagator for…
Use when a lattice-QCD task needs a spectral decomposition, dispersion likelihood, finite-time backward states, excited-state model, two- or three-point fit template, or a decision about identifiable energy or overlap parameters; use pyqcd-physics-correlator…
Use when running or validating the PyQCD distillation pipeline, reproducing the docker baseline, resuming configuration-level jobs, checking input/output guards or runtime cleanup, collecting ETA or environment snapshots, or coordinating examples/test0 and…
Use when a PyQCD task must solve Wilson or Clover quark propagators with PyQUDA, choose a source or multigrid setup, construct sequential sources, or implement a covariant nonlocal displacement; use pyqcd-physics-correlator for the required contractions and…
Use when a PyQCD result needs jackknife or bootstrap resampling, correlated covariance fits, SVD conditioning, fit-window selection, ratio or Feynman–Hellmann statistics, effective-mass diagnostics, or GEVP validation; use pyqcd-pipeline for orchestration and…
Use when implementing, porting, debugging, or validating PyQCD's gradient-flow renormalized nucleon gluon TMD-PDF algorithm, especially flowed Clover fields, explicit straight-line OPE channel identities, finite staple geometry, disconnected matrix elements,…
Use when planning or auditing the end-to-end PyQCD gradient-flow nucleon-gluon TMD-PDF chain, from flowed gauge fields and OPE operators through disconnected ratios, Z_R or hybrid renormalization, Fourier/CS/matching, and continuum limits; use…
Review and use the lqcddb lattice-QCD distillation package for Wick contractions, perambulators, eigenvector vertices, correlator construction, MPI execution, statistical analysis, effective masses, GEVPs, momentum conversion, and contraction performance.…
原文语言：英语
Lattice QCD analysis pipeline skill. Takes correlator data from lattice measurements and extracts physics results with statistical and systematic error control. Covers: source-time shifting, correlator folding, jackknife/bootstrap resampling, gvar/lsqfit…
原文语言：英语
Lattice QCD correlator reasoning skill. Derives the chain from a physics observable to a computable correlator: interpolating operator construction (mesons, baryons), correlator definition (two-point, three-point), Wick contraction with…
原文语言：英语
Lattice QCD physics reasoning skill. Starting from a correlator definition, derives its spectral decomposition: completeness relation, overlap factors, backward-state structure, and fit function templates for lqcd-analysis. Assumes the operator and correlator…
原文语言：英语
Generates code to compute pure-gauge observables (Wilson loops, Polyakov loops, topological charge, etc.) directly from gauge links. Does NOT involve fermion propagators, Dirac solvers, or inversions. This skill covers BOTH the physics reasoning (what to…
原文语言：英语
PyQUDA tool usage skill. Generates Python code that calls PyQUDA to solve quark propagators on lattice gauge configurations. Covers: configuration loading, quark parameter setup (Wilson/clover action, mass or kappa, clover coefficient, link smearing),…
原文语言：英语