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personality_questionnaire

Administer, score and record validated personality and affect questionnaires.

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Python Code style: ruff License


What this is

Collecting validated self-reports is the unglamorous half of an affective-computing pipeline. This package administers published psychometric instruments, scores them correctly, and records every response with the provenance needed to reproduce the score months later.

It is built around one idea: an instrument is data, not code. Items, response ranges, subscale membership and reverse keys are declared as values; a single vectorised scorer turns responses into scores without knowing which questionnaire it is holding. Adding an instrument adds no arithmetic.

Instruments

Key Instrument Items Scale Scores
bfi2 Big Five Inventory-2 60 1–5 5 domains, 15 facets
bfi2-xs BFI-2 Extra-Short Form 15 1–5 5 domains
bfi10 Big Five Inventory-10 10 1–5 5 domains
panas Positive and Negative Affect Schedule 20 1–5 Positive/Negative Affect
vasf Visual Analogue Scale to Evaluate Fatigue Severity 18 0–10 Fatigue, Energy, composite

BFI-2 and BFI-2-XS: Soto & John (2017). BFI-10: Rammstedt & John (2007). PANAS: Watson, Clark & Tellegen (1988). VAS-F: Lee, Hicks & Nino-Murcia (1991). See docs/instruments.md for full citations and licence notes.

Landing page of the Personality Questionnaire application BFI-10 loaded on the Questionnaire tab

Quickstart

Score responses you already have:

pip install personality_questionnaire
import personality_questionnaire as pq

result = pq.score(pq.get("bfi2"), answers)  # answers: (n_participants, 60)
result.by_level("domain")  # {"openness": array([...]), ...}
result.as_dict()  # one participant, every subscale

Administer one at the terminal:

pq list                                  # what is available
pq info bfi2                             # items, subscales, citation
pq run bfi2 --participant P01            # ask, score, and store
pq score bfi2 --input answers.csv        # score a file

Collect and export a study:

pip install "personality_questionnaire[ui]"          # adds the record store
pq run bfi2 --participant P01 --experiment study-a
pq records                                            # what is stored
pq export --shape long --output study-a.csv

Records go to ~/.personality_questionnaire/records.db unless PQ_DATABASE_URL says otherwise. See docs/storage.md.

Or collect through the application, which binds to localhost and never reaches the network:

pq ui        # http://127.0.0.1:8080

Five tabs: an overview, setup, the questionnaire itself, the computed scores, and every record collected so far with its exports. See docs/ui.md.

How it works

flowchart LR
    I["instruments/<br/><i>pure data</i>"] --> R[registry]
    R --> S["scoring<br/><i>one vectorised scorer</i>"]
    S --> C[cli]
    S --> D[db]
    S --> U[ui]
Module Responsibility
registry.py Item, Subscale, Questionnaire — what an instrument is, plus validation
instruments/ One module per questionnaire. Data only, no arithmetic
scoring.py The single scorer: reverse-keying, subscale means, normalisation, pre/post deltas
io.py Reading and writing responses and scores
provenance.py Package version, git SHA, instrument hash for each record
db/ SQLAlchemy record store, and the JSON/wide/long export shapes
core/ Theme tokens, runtime settings, and the application's state
pages/, app.py The localhost data-collection application
cli/ pq list | info | run | score | records | export | ui

Design decisions

Instruments are Python literals, not data files. A literal is checked by the type checker, validated at import, and present in the wheel by construction. A shipped CSV is checked by nothing until a participant has already answered every item — and the two scale files this repo used to carry were never read by any code path and misspelled neuroticism, which is exactly how unread data drifts.

Reverse-keying belongs to the subscale, not the item. The VAS-F scores its five energy items forward in Energy and reversed in Fatigue (composite), so a per-item mask cannot express both. The reflection is folded into a signed weight matrix, which also means every subscale at every level is computed by one matrix multiplication.

Both hierarchy levels are declared flat. The BFI-2's five domains and fifteen facets are siblings, each listing its own item numbers, rather than domains being composed from facets. The arithmetic is identical and the flat form scores both levels in a single pass.

Polarity is recorded as data. Every subscale carries a higher_is string, so no consumer has to infer direction from a name — the inference that produced the bug below.

Development

make dev          # install everything
make fix          # format and autofix
make check        # lint, type-check, test, docs -- mirrors CI
make check-ci     # the same, in a throwaway venv built like CI's

Tests are unittest under coverage, mirroring the package layout in tests/.

Related work

PersonalityLinMulT predicts perceived Big Five traits from video. This package sits on the other side of that problem: it collects self-reported ground truth, on the same [0, 1] scale and in the same openness, conscientiousness, extraversion, agreeableness, neuroticism column order, so an exported BFI-2 record drops into a self-report-versus-perception comparison. The two are deliberately uncoupled in code — this package has no ML dependencies.

Citation

@software{fodor_personality_questionnaire,
  author = {Fodor, Ádám},
  title  = {personality_questionnaire: administering and scoring validated psychometric instruments},
  url    = {https://github.com/fodorad/personality_questionnaire},
}

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