| name | topology-analysis |
| description | Use when the task is to analyze topological quantities from DFT or Wannier-based outputs, including compact topological invariant summaries, Wilson-loop winding summaries, surface-state or arc-spectrum summaries, evidence consistency scoring, mode-specific candidate ranking, and markdown reports from finished calculations. |
Topology Analysis
Use this skill for topology-oriented post-processing rather than generic workflow setup.
When to use
- summarize a topological invariant result
- inspect Wilson-loop winding output
- summarize a surface-state or Fermi-arc spectrum
- combine invariant, Wilson-loop, and surface evidence into a compact confidence-style screening view
- rank multiple topological candidates in balanced, bulk, or surface-focused modes
- write a compact topology-analysis report from existing results
Use the bundled helpers
scripts/analyze_topological_invariant.py
Summarize a simple invariant result.scripts/analyze_wilson_loop.py
Summarize a Wilson-loop winding dataset.scripts/analyze_surface_spectrum.py
Summarize a surface-state or arc spectrum.scripts/compare_topology_candidates.py
Rank multiple topological candidates from invariant, Wilson-loop, and surface-spectrum descriptors.scripts/export_topology_report.py
Export a markdown topology-analysis report.
Guardrails
- Do not confuse a single descriptor with a full topological classification.
- State whether the result comes from a band-structure, Wannier, or surface-spectrum source.
- Distinguish raw post-processing output from a full physical interpretation.
