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NYC RESTAURANT INSPECTIONS: The Artometrics of NYC Restaurant Inspections

This report analyzes the TidyTuesday 2018-12-11 release on NYC Restaurant Inspections — 100,000 rows after cleaning and merge.

Artometrics Editorial5 min read
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NYC RESTAURANT INSPECTIONS: The Artometrics of NYC Restaurant Inspections
This report analyzes the TidyTuesday 2018-12-11 release on NYC Restaurant Inspections — 100,000 rows after cleaning and merge.

This report analyzes the TidyTuesday 2018-12-11 release on NYC Restaurant Inspections100,000 rows after cleaning and merge. Which cuisines score highest — and how grades distribute?

Five charts track Score across time, category, and named entities — trend, leaders, distribution, tiers, and relationships. Where companion files exist in the repo, they are joined before analysis so reception, geography, or metadata columns are not left on the table.

FAST FACTS

100,000Records in the working dataset
15.0Median Score
156Highest observed Score
NOUS LES AMIS RESTAURANT & BTop Dba by Score
1900–2018Year span covered in the file
AMost common Grade

DATASET CONTEXT

The source is the TidyTuesday release from 2018-12-11 (R for Data Science community). This working file contains 100,000 rows and 14 columns after merging all available CSV/XLSX tables in the week folder.

Charts are exported as Plotly JSON with PNG fallbacks. Medians are used for robustness where distributions skew. Index-style fields (row numbers, sequential IDs) are excluded from metric selection.

How to read this report: start with the chart caption, then ask what the metric actually means, what a non-expert should notice first, and what an expert would challenge in the source. The goal is not to memorize every number; it is to leave with a sharper question than the one you arrived with.

Reader path: if you are new to the topic, treat each chart as a guided tour of one question: who leads, how concentrated the field is, what changes over time, and where the outliers sit. If you already know the domain, use the same charts as a challenge: check whether the metric is the right proxy, whether the source omits an important population, and whether the headline survives the limitations section.

CHART 1 — TREND

Median Score Over Time

Median score is rising from 7.00 in the opening period to 17.0 at the close.

Annual medians filter one-off spikes so the structural slope — not viral outliers — drives the story.

CHART 2 — LEADERS

The Slope Lounge and Restaurant leads at 152 — 122 marks the median among the top dozen

The Slope Lounge and Restaurant leads at 152122 marks the median among the top dozen.

Head-of-field concentration is where quality, scale, or brand visibly separates from the pack.

CHART 3 — DISTRIBUTION

Score by Grade

Category boxes reveal whether score consensus is shared or contested across tiers.

Wide whiskers flag segments where outliers — not averages — drive reputation.

CHART 4 — GAP ANALYSIS

Score vs median by Grade

C sits 20.0 above the median; P trails by 10.0.

Diverging from the median exposes which tiers over- or under-perform — not just who ranks first.

SUPPLEMENT — RELATIONSHIP

Score vs Camis

Joint plot of score and camis surfaces clusters the averages erase.

Bubble size tracks repeat presence — outliers are archetypes, not noise.

LIMITATIONS

Community-cleaned TidyTuesday snapshots are not live APIs. Missing values, spelling variants, and week-of-export coverage limits apply. Merged tables may fan out or duplicate rows when join keys are imperfect.

Findings describe the file on hand — treat them as structural signals about NYC Restaurant Inspections, not exhaustive truth about the full domain.

CONCLUSION

Read as a teaching map, NYC Restaurant Inspections shows why one metric is rarely enough: leaders, tails, trends, and relationships each answer a different question about score.

The best reading is modest: use the chart to sharpen the question, then check the source and limits before turning it into a claim.

REFERENCES

Data Science Learning Community. (2018). TidyTuesday: NYC Restaurant Inspections. https://raw.githubusercontent.com/rfordatascience/tidytuesday/main/data/2018/2018-12-11/nyc_restaurants.csv

EDITOR'S NOTE

Artometrics data report from the TidyTuesday research pipeline. Charts and aggregates are reproducible from the embedded exhibits and public source files.

View TidyTuesday source on GitHub