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| """Document processing for the MESA task tree. | |
| Two jobs: | |
| 1. Tier/domain routing. Each tier lives in its own dataset config, so a leaf | |
| task loads only its tier and filters by domain here. The filters also drop | |
| the contamination canary, which is the first record of every data file and | |
| has no ``domain`` field. | |
| 2. Item rendering for continuation loglikelihood. MESA has two stem shapes and | |
| they must not be rendered the same way: | |
| * **Cloze** stems carry a ``___`` blank mid-sentence (567 of the 727 English | |
| items). The option belongs IN the blank, not after the stem. Appending | |
| instead of substituting leaves the blank unfilled and makes every option | |
| -- the key included -- ungrammatical, which is not a measurement of | |
| anything. The context is the text before the blank and the continuation is | |
| ``option + text after the blank``. | |
| * **Question** stems are complete questions. These get an ``Answer:`` cue | |
| and the option is appended. | |
| The four options of a single item always render through the same branch, so | |
| the ranking within an item is never comparing two different formats. | |
| """ | |
| import datasets | |
| BLANK = "___" | |
| # ---------------------------------------------------------------- rendering | |
| def _split_stem(stem): | |
| """Return (before_blank, after_blank), or (None, None) for a question.""" | |
| if BLANK not in stem: | |
| return None, None | |
| head, _, tail = stem.partition(BLANK) | |
| return head.rstrip(), tail | |
| def doc_to_text(doc): | |
| head, _ = _split_stem(doc["stem"]) | |
| if head is not None: | |
| return head | |
| return doc["stem"].rstrip() + "\nAnswer:" | |
| def doc_to_choice(doc): | |
| _, tail = _split_stem(doc["stem"]) | |
| if tail is not None: | |
| return [" " + c + tail for c in doc["choices"]] | |
| return [" " + c for c in doc["choices"]] | |
| # ---------------------------------------------------------------- routing | |
| def _by_domain(domain): | |
| def fn(dataset: datasets.Dataset) -> datasets.Dataset: | |
| return dataset.filter(lambda d: d.get("domain") == domain) | |
| return fn | |
| filter_math = _by_domain("Math") | |
| filter_english = _by_domain("English") | |
| filter_science = _by_domain("Science") | |
| filter_art = _by_domain("Art") | |