--- language: en license: cc-by-4.0 pretty_name: ProScout Players (Synthetic Football Scouting Dataset) size_categories: 1K **Core use case:** a scout types a brief (e.g., “22–25 left‑footed inverted winger with pace+dribbling in European competition”), the system ranks candidates, and returns the **top 3** with bios and attributes. --- ## 1) Dataset Summary - **Rows:** 1,112 players - **Source:** programmatically generated (no real players) - **Format:** CSV (tabular) - **Primary consumer:** ProScout (text query → recommendation) ### Columns - `name` — realistic football-style first + last name - `Nation` — country string (e.g., Spain, Brazil) - `position` — one of: `GK, RB, LB, CB, CDM, CM, CAM, RW, LW, ST` - `dominant_foot` — `Right | Left | Two-footed` - `age` — integer 17–39 - `Goals and Assists` — string, e.g. `"12G 7A"` - `height_cm` — integer 165–200 - `weight_kg` — integer 60–95 - `play_style` — e.g., *Pressing forward, Box‑to‑box, Inverted winger, Regista, Ball‑playing defender, Sweeper keeper…* - `key_strengths` — **3 strengths** (comma‑separated) chosen from: pace, dribbling, finishing, vision, passing, strength, stamina, tackling, positioning, heading, first touch, off the ball, composure, work rate, aggression, long shots, crossing, set pieces, 1v1 defending, interceptions - `league_context` — `Domestic league | European competition | International` - `bio` — 2 short sentences auto‑generated from the row fields --- ## 2) Intended Uses - **IR / Retrieval:** rank players against a natural‑language brief - **Recommendation:** shortlist top‑3 candidates for a role - **Pedagogy:** demos of vector search, re‑ranking, rule‑based filters - **Prototyping:** LLM prompts and RAG over structured attributes Not intended for real‑world transfer decisions or media reporting about real players. --- ## 3) Example Usage ### Load with pandas ```python import pandas as pd df = pd.read_csv("proscout_players_1112.csv") df.head() ``` ### Simple rules + ranking sketch ```python query = { "position": "LW", "foot": "Left", "must_strengths": {"Pace","Dribbling","Crossing"}, "age_min": 22, "age_max": 25, "league": "European competition" } def score(row): s = 0 s += 10 if row["position"] == query["position"] else 0 s += 6 if query["foot"].lower() in row["dominant_foot"].lower() else 0 strengths = {x.strip().lower() for x in row["key_strengths"].split(",")} s += 3 * len({k.lower() for k in query["must_strengths"]} & strengths) s += 4 if query["league"].lower() in row["league_context"].lower() else 0 s += 2 if query["age_min"] <= row["age"] <= query["age_max"] else 0 return s df["score"] = df.apply(score, axis=1) top3 = df.sort_values("score", ascending=False).head(3) print(top3[["name","Nation","position","dominant_foot","age","key_strengths","league_context","bio","score"]]) ``` --- ## 4) Generation Process (Synthetic) - Names sampled from common football‑style first/last names. - Positions, feet, play styles, contexts sampled from curated vocabularies. - Ages, heights, weights sampled within realistic pro ranges. - Goals/assists and key strengths randomized but **constrained** to plausible values. - Bios programmatically assembled from each row’s attributes. No external scraping. No real player matching. --- ## 5) Quality, Limitations & Ethics - **Quality:** realistic enough for demos; not statistically calibrated to any specific league. - **Bias:** distributions are synthetic; do **not** infer real‑world prevalence from them. - **Limitations:** no time dimension, team assignment, injury history, wages, or contracts. - **Ethics:** purely synthetic; safe for teaching and prototyping. Avoid portraying rows as real people. --- ## 6) Licensing & Citation - **License:** CC‑BY‑4.0 (data and docs). - **How to cite:** > ProScout Players (2025). Synthetic football scouting dataset (1,112 rows). CC‑BY‑4.0. --- ## 7) Maintainers - Course project: *ProScout* — European scouting recommender (text → top‑3). - Contact: add your names / emails or course channel here.