--- name: oopsla-writing-style description: Use when revising a draft into OOPSLA's register — design insight stated before the artifact, claims written to be falsifiable, motivating examples that carry semantics, journal-article pacing inside the 23-page cap, and honest threats-to-validity prose that preempts the revision lever rather than triggering it. --- # OOPSLA Writing Style An OOPSLA paper is read twice by design: once by a committee choosing among four outcomes, and again — possibly by the same people — if a revision comes back. Style at this venue therefore optimizes for *checkability*: a paper whose claims can be verified paragraph by paragraph collects bounded revision demands (or none), while a paper that argues by adjective collects unbounded ones. The published form is a journal article (PACMPL), and the prose should carry that register: measured, self-contained, built to be cited. ## Voice calibration | Draft habit | OOPSLA replacement | | --- | --- | | "We present NovelTool, a novel system for..." | Name the design question and your answer; the tool arrives as evidence (see `resources/worked-examples/01-introduction.md`) | | "Our approach significantly outperforms..." | The number, the baseline, the workload, the dispersion — or nothing | | "To the best of our knowledge, first..." | A positioning sentence naming the nearest prior work and the delta (`oopsla-related-work`) | | "Due to space limitations, details are in the appendix" | A body-level statement of what the appendix establishes (`oopsla-supplementary`) | | A wall of formalism before any example | A running example that motivates each definition as it appears | ## The running example as load-bearing structure OOPSLA's classic papers — from type-system counterexamples to language-experience reports (`resources/exemplars/library.md`) — are built around concrete programs. Choose one small example early and make it do three jobs: expose the problem, exercise the mechanism, and mark the boundary (show the case the mechanism does *not* handle). If your example cannot demonstrate the limitation honestly, the limitation section will read as boilerplate — reviewers notice. ## Claims that survive two readings Write each contribution as a sentence with a built-in test: ```text Weak: "We propose an efficient analysis for X." Strong: "The analysis decides X for programs in fragment F in O(n log n); outside F it degrades to a sound approximation, evaluated in §6.3." Weak: "Our semantics is more expressive." Strong: "Every program typable under [prior] remains typable (Thm 4.1); the converse fails on the example of §2.2." ``` The strong forms give a Minor-Revision reviewer something bounded to check — which is exactly the outcome ladder you want to be standing on. ## Journal pacing inside 23 pages - Spend the first two pages entirely on problem, insight, and claims; a reader stopping there should be able to state your thesis. - Sections should alternate *mechanism* and *evidence*; ten pages of design followed by two of evaluation reads as unvalidated, the inverse as unmotivated. - Threats-to-validity and limitations get their own subsection with specific content: which claims depend on which assumptions, and what was not measured. Generic threats paragraphs are revision bait. - Prose must not lean on the appendix for coherence; the 23 pages are the paper (`oopsla-supplementary` for the layering rule). ## Revision-aware editing When revising for a second round, mark the diff in prose quality too: the change log tells reviewers *where* you changed; the writing must make each change locally self-justifying, because continuity means your examiners remember the old text. Never quietly weaken a claim a reviewer challenged — weaken it visibly, with the reason. ## Output format ```text [Register] design-insight-led: yes/no + first page diagnosis [Adjective sweep] unquantified evaluatives found: [Claim audit] contributions rewritten in falsifiable form [Example] running example present / missing / does not mark boundaries [Pacing] mechanism-evidence alternation + limitations specificity ```