菜单
Use when a coding agent needs to explain, derive, or run finite element analysis workflows, including mesh discretization, element and basis selection, PDE strong-to-weak form conversion, matrix assembly, boundary-condition handling, sparse solves, and result review for teaching or small reproducible examples.
用 Codex 或 Claude 帮你安装 复制这段 Prompt，粘贴到 Codex、Claude 或其他助手里，让它检查 Skill 页面并帮你完成安装。
基于 SOC 职业分类
Route AI4Math computational mathematics tasks to the appropriate bundled skill package.
Use when reproducing, deploying, diagnosing, tuning, visualizing, or reporting computational math research code with a coding agent
This skill should be used when the user asks to search for external algorithms, find related implementations, discover alternative approaches, or look up papers and code for computational math optimization methods.
This skill should be used when the user asks to tune parameters, run hyperparameter search, optimize algorithm settings, or find the best configuration for a computational math method.
Use when classifying a computational math repository or task into a broad domain before choosing specialist Skills, references, runtimes, and validation evidence.
Use when a user starts an end-to-end computational math research-code reproduction, deployment, tuning, visualization, or reporting workflow with a coding agent.
| name | finite-element-analysis |
| description | Use when a coding agent needs to explain, derive, or run finite element analysis workflows, including mesh discretization, element and basis selection, PDE strong-to-weak form conversion, matrix assembly, boundary-condition handling, sparse solves, and result review for teaching or small reproducible examples. |
Use this top-level entrypoint for finite element analysis tasks. Route to the package-local modules instead of duplicating their detailed rules.
SKILL1.md: geometry discretization, element choice, and basis/shape
function selection.SKILL2.md: converting PDE strong forms into standard finite element weak
forms.SKILL3.md: assembly, boundary conditions, sparse linear solves, and result
review for small FEM workflows.Use README.md and examples.md for package overview and examples.