Structures a technical paper's full logical skeleton using a thinking-template table (research background, limitations, key idea or goal, challenges, methodology modules, contributions), positions the paper as Technique or New Problem/Setting, and runs a four-point self-consistency check. Use when the user is brainstorming a paper, discussing progress with an advisor, or planning the paper before drafting. Also use for 'paper skeleton', 'paper logic chain', 'thinking template', 'paper-structure planning'.
80
100%
Does it follow best practices?
Run evals on this skill
Adds up to 20 points to the overall score
View guide
Passed
No findings from the security scan
Before drafting any prose, a technical paper needs a full logical skeleton: the research background, the specific limitations of prior work, the key idea or research goal, the technical challenges that prevent a naive solution, the methodology modules that address each challenge, and the contributions that the paper will claim. This skill fills in that skeleton via a standardised thinking-template table, positions the paper type, and runs four self-consistency checks on the logic chain.
The output is a filled-in thinking template plus a consistency
report. It is suitable for advisor-student brainstorming sessions,
weekly progress meetings, and the final planning step before writing
begins. It does not draft Introduction prose (use intro-drafter for
that); it operates at the logical-skeleton layer.
idea-evaluator returns Strong Accept.benchmark-paper-template (separate plugin).intro-drafter (typically run this skill first, then
intro-drafter).pre-submission-reviewer.idea-evaluator first.See: references/paper-types.md for the positioning criteria and worked examples.
Decide Technique versus New Problem/Setting. In Technique, the Key Idea carries the narrative and Our Goal is a short bridge. In New Problem/Setting, Our Goal is the contribution and the Key Idea justifies feasibility.
If the user's inputs describe a benchmark, stop and redirect to
benchmark-paper-template (separate plugin).
See: references/thinking-template.md for each template cell's content contract, what a strong cell looks like, and common failure modes.
Fill the seven cells:
If a cell is incomplete given the user's inputs, mark it as a gap with severity.
See: references/consistency-checks.md for the detailed checking procedure and examples of chain breaks.
Run each check:
Every failure is CRITICAL.
See: references/thinking-template.md for the methodology-outline template.
From the challenges, derive a methodology outline: topic sentence, per-module subsection names, and per-module one-sentence summary. This becomes the skeleton for Section 3 or 4 of the paper.
Before emitting, run the checks in the Integrity gate section below.
Emit the filled template plus the consistency report in the Output format below.
All seven bullets are [inspection] class: the LLM verifies each directly from the filled template (counting, pattern-matching, or comparing cells). No user-side attestation required.
Before returning the filled template:
If any check fails, mark the skeleton as "needs user attention".
| Stage | Your content |
|---|---|
| Research background | ... |
| Limitation 1 | ... |
| Limitation 2 | ... |
| Limitation 3 (if applicable) | ... |
| Key Idea / Our Goal | ... |
| Challenge 1 | ... |
| Challenge 2 | ... |
| Challenge 3 (if applicable) | ... |
| Methodology topic sentence | ... |
| Module A (addresses Challenge 1) | ... |
| Module B (addresses Challenge 2) | ... |
| Module C (addresses Challenge 3) | ... |
| Contribution 1 | ... (Section ) |
| Contribution 2 | ... (Section ) |
| Contribution 3 | ... (Section ) |
intro-drafter to produce the Introduction
paragraph outline.aff5de9
If you maintain this skill, you can claim it as your own. Once claimed, you can manage eval scenarios, bundle related skills, attach documentation or rules, and ensure cross-agent compatibility.