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CI Health Check & Quality Gate / Code, dbt & Live App Health Check (pull_request) Successful in 1m11s
CI Health Check & Quality Gate / Code, dbt & Live App Health Check (pull_request) Successful in 1m11s
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import plotly.express as px
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import streamlit as st
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from streamlit_echarts import st_echarts
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from utils.charts import apply_arena_theme
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from utils.db import get_selected_season, query
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SEASON, SEASON_LABEL = get_selected_season()
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st.title(f":material/science: Player Lab — {SEASON_LABEL}")
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min_games = st.sidebar.slider("Min Games", 5, 60, 20, key="player_min_games")
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players = query(
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"""
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SELECT player_name, team, count(*) AS games,
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round(avg(points), 1) AS ppg,
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round(avg(assists), 1) AS apg,
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round(avg(total_rebounds), 1) AS rpg,
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round(avg(steals), 1) AS spg,
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round(avg(blocks), 1) AS bpg,
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round(avg(box_plus_minus), 2) AS bpm,
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round(avg(usage_pct), 1) AS usage,
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round(avg(true_shooting_pct) * 100, 1) AS ts_pct,
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round(avg(net_rating), 1) AS net_rtg,
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sum(CASE WHEN is_double_double THEN 1 ELSE 0 END) AS double_doubles,
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sum(CASE WHEN is_triple_double THEN 1 ELSE 0 END) AS triple_doubles
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FROM main_intermediate.int_player_performance
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WHERE season_start_year = ? AND minutes_played >= 20
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GROUP BY player_name, team
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HAVING count(*) >= ?
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ORDER BY bpm DESC
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""",
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[SEASON, min_games],
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)
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tab_board, tab_compare, tab_archetypes = st.tabs(
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[
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":material/leaderboard: Leaderboard",
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":material/compare_arrows: Comparison",
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":material/hub: Archetypes",
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]
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)
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with tab_board:
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if not players.empty:
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fig = px.scatter(
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players,
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x="usage",
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y="ts_pct",
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size="ppg",
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hover_name="player_name",
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color="bpm",
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color_continuous_scale="RdYlGn",
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title="Usage vs True Shooting % (size = PPG, color = BPM)",
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)
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fig.update_layout(xaxis_title="Usage %", yaxis_title="True Shooting %")
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fig.add_hline(y=players["ts_pct"].median(), line_dash="dot", line_color="gray", opacity=0.4)
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fig.add_vline(x=players["usage"].median(), line_dash="dot", line_color="gray", opacity=0.4)
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apply_arena_theme(fig, height=500)
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st.plotly_chart(fig, width="stretch")
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col1, col2 = st.columns(2)
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with col1:
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fig2 = px.scatter(
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players,
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x="ppg",
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y="apg",
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hover_name="player_name",
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color="bpm",
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color_continuous_scale="RdYlGn",
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size="usage",
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title="Scoring vs Playmaking",
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)
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apply_arena_theme(fig2)
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st.plotly_chart(fig2, width="stretch")
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with col2:
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top_scorers = players.nlargest(15, "ppg")
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fig3 = px.bar(
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top_scorers,
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x="ppg",
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y="player_name",
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orientation="h",
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color="ts_pct",
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color_continuous_scale="RdYlGn",
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title="Top 15 Scorers (color = TS%)",
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)
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fig3.update_layout(yaxis=dict(autorange="reversed"))
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apply_arena_theme(fig3, height=450)
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st.plotly_chart(fig3, width="stretch")
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st.dataframe(
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players,
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column_config={
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"ts_pct": st.column_config.ProgressColumn(
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"TS%", min_value=40, max_value=75, format="%.1f%%"
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),
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"usage": st.column_config.ProgressColumn(
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"USG%", min_value=5, max_value=40, format="%.1f%%"
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),
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"bpm": st.column_config.NumberColumn("BPM", format="%.2f"),
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},
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width="stretch",
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hide_index=True,
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)
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with tab_compare:
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player_list = players["player_name"].tolist()
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selected_players = st.multiselect(
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"Select players to compare", player_list, default=player_list[:3]
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)
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if selected_players:
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comp = players[players["player_name"].isin(selected_players)]
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categories = ["ppg", "apg", "rpg", "spg", "bpg", "usage", "ts_pct"]
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labels = ["PPG", "APG", "RPG", "SPG", "BPG", "USG%", "TS%"]
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RADAR_COLORS = [
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"#E09F3E",
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"#10B981",
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"#38BDF8",
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"#F43F5E",
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"#A855F7",
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"#42D4F4",
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"#F032E6",
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"#BFEF45",
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"#FABED4",
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"#469990",
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]
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radar_indicators = [
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{"name": labels[i], "max": float(players[c].max() * 1.15)}
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for i, c in enumerate(categories)
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]
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radar_data = [
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{
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"value": [float(row[c]) for c in categories],
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"name": row["player_name"],
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"lineStyle": {"color": RADAR_COLORS[i % len(RADAR_COLORS)], "width": 2.5},
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"areaStyle": {"color": RADAR_COLORS[i % len(RADAR_COLORS)], "opacity": 0.3},
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"itemStyle": {"color": RADAR_COLORS[i % len(RADAR_COLORS)]},
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}
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for i, (_, row) in enumerate(comp.iterrows())
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]
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echarts_option = {
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"legend": {"data": [d["name"] for d in radar_data], "top": "bottom"},
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"color": RADAR_COLORS[: len(radar_data)],
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"radar": {
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"indicator": radar_indicators,
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"shape": "polygon",
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"splitArea": {
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"areaStyle": {
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"color": ["#0B0F17", "#151D2A", "#1E293B", "#0B0F17", "#151D2A"]
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}
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},
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"axisLine": {"lineStyle": {"color": "rgba(200, 200, 200, 0.3)"}},
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"splitLine": {"lineStyle": {"color": "rgba(200, 200, 200, 0.2)"}},
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},
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"series": [{"type": "radar", "data": radar_data}],
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}
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st_echarts(options=echarts_option, height="500px")
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st.dataframe(
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comp.set_index("player_name")[categories + ["bpm", "net_rtg", "games"]].rename(
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columns=dict(zip(categories, labels))
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),
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width="stretch",
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)
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st.subheader("Parallel Coordinates (Top 15 BPM)")
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top_parallel = players.nlargest(15, "bpm")
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parallel_dims = ["ppg", "apg", "rpg", "usage", "ts_pct", "bpm", "net_rtg"]
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parallel_labels = ["PPG", "APG", "RPG", "USG%", "TS%", "BPM", "Net Rtg"]
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parallel_option = {
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"parallelAxis": [
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{
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"dim": i,
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"name": parallel_labels[i],
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"min": float(top_parallel[parallel_dims[i]].min()),
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"max": float(top_parallel[parallel_dims[i]].max()),
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}
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for i in range(len(parallel_dims))
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],
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"tooltip": {"trigger": "item"},
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"series": [
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{
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"type": "parallel",
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"lineStyle": {"width": 2, "opacity": 0.6},
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"data": [
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[float(row[c]) for c in parallel_dims]
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for _, row in top_parallel.iterrows()
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],
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}
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],
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}
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st_echarts(options=parallel_option, height="400px")
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with tab_archetypes:
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archetype_players = query(
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"""
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WITH player_archetype_counts AS (
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SELECT player_name, team, usage_tier, impact_tier, shooting_efficiency_tier,
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count(*) AS games_in_archetype
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FROM main_intermediate.int_player_performance
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WHERE season_start_year = ? AND minutes_played >= 20
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AND usage_tier != 'Insufficient Minutes'
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GROUP BY player_name, team, usage_tier, impact_tier, shooting_efficiency_tier
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),
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player_modal AS (
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SELECT *, ROW_NUMBER() OVER (
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PARTITION BY player_name, team ORDER BY games_in_archetype DESC
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) AS rn
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FROM player_archetype_counts
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)
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SELECT player_name, team, usage_tier, impact_tier, shooting_efficiency_tier,
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games_in_archetype
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FROM player_modal
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WHERE rn = 1
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""",
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[SEASON],
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)
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if not archetype_players.empty:
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archetypes = (
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archetype_players.groupby(["usage_tier", "impact_tier", "shooting_efficiency_tier"])
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.agg(players=("player_name", "count"))
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.reset_index()
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.query("players >= 2")
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.sort_values("players", ascending=False)
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)
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fig_arch = px.sunburst(
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archetypes,
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path=["usage_tier", "impact_tier", "shooting_efficiency_tier"],
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values="players",
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title="Player Archetype Hierarchy (click segments, then filter below)",
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color="players",
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color_continuous_scale="Blues",
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)
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apply_arena_theme(fig_arch, height=600)
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st.plotly_chart(fig_arch, width="stretch")
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st.subheader(":material/manage_search: Drill Into Archetype")
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usage_tiers = ["All"] + sorted(archetype_players["usage_tier"].unique().tolist())
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sel_usage = st.selectbox("Usage Tier", usage_tiers, key="arch_usage")
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filtered = archetype_players
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if sel_usage != "All":
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filtered = filtered[filtered["usage_tier"] == sel_usage]
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impact_tiers = ["All"] + sorted(filtered["impact_tier"].unique().tolist())
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sel_impact = st.selectbox("Impact Tier", impact_tiers, key="arch_impact")
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if sel_impact != "All":
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filtered = filtered[filtered["impact_tier"] == sel_impact]
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eff_tiers = ["All"] + sorted(filtered["shooting_efficiency_tier"].unique().tolist())
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sel_eff = st.selectbox("Shooting Efficiency Tier", eff_tiers, key="arch_eff")
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if sel_eff != "All":
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filtered = filtered[filtered["shooting_efficiency_tier"] == sel_eff]
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st.caption(f"Showing {len(filtered)} players matching selection")
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st.dataframe(
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filtered[
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[
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"player_name",
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"team",
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"usage_tier",
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"impact_tier",
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"shooting_efficiency_tier",
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"games_in_archetype",
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]
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]
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.sort_values("games_in_archetype", ascending=False)
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.reset_index(drop=True),
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width="stretch",
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hide_index=True,
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)
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st.subheader("Player Specialists")
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specialists = query(
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"""
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SELECT player_name, team, count(*) AS games,
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round(avg(points), 1) AS ppg,
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round(avg(box_plus_minus), 2) AS bpm,
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round(100.0 * sum(CASE WHEN is_versatile THEN 1 ELSE 0 END) / count(*), 1) AS pct_versatile,
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round(100.0 * sum(CASE WHEN is_defensive_specialist THEN 1 ELSE 0 END) / count(*), 1) AS pct_def_spec,
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round(100.0 * sum(CASE WHEN is_three_and_d THEN 1 ELSE 0 END) / count(*), 1) AS pct_three_and_d
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FROM main_intermediate.int_player_performance
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WHERE season_start_year = ? AND minutes_played >= 20
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GROUP BY player_name, team
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HAVING count(*) >= ?
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""",
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[SEASON, min_games],
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)
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col1, col2, col3 = st.columns(3)
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with col1:
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versatile = specialists[specialists["pct_versatile"] >= 25].sort_values(
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"pct_versatile", ascending=False
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)
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st.metric("Versatile", len(versatile))
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st.caption("≥25% of games with double-double stats")
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st.dataframe(
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versatile[["player_name", "team", "ppg", "pct_versatile"]],
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hide_index=True,
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width="stretch",
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)
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with col2:
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def_spec = specialists[specialists["pct_def_spec"] >= 25].sort_values(
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"pct_def_spec", ascending=False
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)
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st.metric("Defensive Specialists", len(def_spec))
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st.caption("≥25% of games as defensive specialist")
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st.dataframe(
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def_spec[["player_name", "team", "ppg", "pct_def_spec"]],
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hide_index=True,
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width="stretch",
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)
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with col3:
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three_d = specialists[specialists["pct_three_and_d"] >= 25].sort_values(
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"pct_three_and_d", ascending=False
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)
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st.metric("Three-and-D", len(three_d))
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st.caption("≥25% of games as 3-and-D player")
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st.dataframe(
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three_d[["player_name", "team", "ppg", "pct_three_and_d"]],
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hide_index=True,
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width="stretch",
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)
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