diff --git a/WebHostLib/stats.py b/WebHostLib/stats.py
index 2ce25c2cc7a2..e5f350f125f7 100644
--- a/WebHostLib/stats.py
+++ b/WebHostLib/stats.py
@@ -35,19 +35,21 @@ def get_db_data(known_games: set[str]) -> tuple[Counter[str], defaultdict[date,
 
 def get_color_palette(colors_needed: int) -> list[RGB]:
     colors = []
-    # colors_needed +1 to prevent first and last color being too close to each other
-    colors_needed += 1
 
-    for x in range(0, 361, 360 // colors_needed):
+    step = (5 ** 0.5 - 1)/2 # golden ratio to maximize color separation
+    for n in range(colors_needed):
         # a bit of noise on value to add some luminosity difference
-        colors.append(RGB(*(val * 255 for val in hsv_to_rgb(x / 360, 0.8, 0.8 + (x / 1800)))))
-
-    # splice colors for maximum hue contrast.
-    colors = colors[::2] + colors[1::2]
+        colors.append(RGB(*(val * 255 for val in hsv_to_rgb(step * n, 0.8, 0.8 + (step * n % 0.2)))))
 
     return colors
 
 
+def truncated_name(game: str) -> str:
+    if len(game) > 20:
+        return f"{game[:18]}…"
+    return game
+
+
 def create_game_played_figure(all_games_data: dict[date, dict[str, int]], game: str, color: RGB) -> figure:
     occurences = []
     days = [day for day, game_data in all_games_data.items() if game_data[game]]
@@ -59,39 +61,38 @@ def create_game_played_figure(all_games_data: dict[date, dict[str, int]], game:
     }
 
     plot = figure(
-        title=f"{game} Played Per Day", x_axis_type='datetime', x_axis_label="Date",
+        title=f"{game} Played Per Day", x_axis_type="datetime", x_axis_label="Date",
         y_axis_label="Games Played", sizing_mode="scale_both", width=PLOT_WIDTH, height=500,
         toolbar_location=None, tools="",
-        # setting legend to False seems broken in bokeh currently?
-        # legend=False
     )
 
     hover = HoverTool(tooltips=[("Date:", "@days{%F}"), ("Played:", "@played")], formatters={"@days": "datetime"})
     plot.add_tools(hover)
-    plot.vbar(x="days", top="played", legend_label=game, color=color, source=ColumnDataSource(data=data), width=1)
+    plot.vbar(x="days", top="played", color=color, source=ColumnDataSource(data=data), width=timedelta(days=0.5))
     return plot
 
 
-@app.route('/stats')
+@app.route("/stats")
 @cache.memoize(timeout=60 * 60)  # regen once per hour should be plenty
 def stats():
     from worlds import network_data_package
     known_games = set(network_data_package["games"])
-    plot = figure(title="Games Played Per Day", x_axis_type='datetime', x_axis_label="Date",
+    plot = figure(title="Games Played Per Day", x_axis_type="datetime", x_axis_label="Date",
                   y_axis_label="Games Played", sizing_mode="scale_both", width=PLOT_WIDTH, height=500)
 
     total_games, games_played = get_db_data(known_games)
     days = sorted(games_played)
 
     color_palette = get_color_palette(len(total_games))
-    game_to_color: dict[str, RGB] = {game: color for game, color in zip(total_games, color_palette)}
+    # give in order of most common so colors next to each other on pie chart can't randomly be similar
+    game_to_color: dict[str, RGB] = {game: color for (game, _), color in zip(total_games.most_common(), color_palette)}
 
     for game in sorted(total_games):
         occurences = []
         for day in days:
             occurences.append(games_played[day][game])
         plot.line([datetime.combine(day, datetime.min.time()) for day in days],
-                  occurences, legend_label=game, line_width=2, color=game_to_color[game])
+                  occurences, legend_label=truncated_name(game), line_width=2, color=game_to_color[game])
 
     total = sum(total_games.values())
     pie = figure(title=f"Games Played in the Last 30 Days (Total: {total})", toolbar_location=None,
@@ -103,6 +104,7 @@ def stats():
 
     data = {
         "games": [],
+        "games_abbrev": [],
         "count": [],
         "start_angles": [],
         "end_angles": [],
@@ -110,6 +112,7 @@ def stats():
     current_angle = 0
     for i, (game, count) in enumerate(total_games.most_common()):
         data["games"].append(game)
+        data["games_abbrev"].append(truncated_name(game))
         data["count"].append(count)
         data["start_angles"].append(current_angle)
         angle = count / total * tau
@@ -120,7 +123,7 @@ def stats():
 
     pie.wedge(x=0, y=0, radius=0.5,
               start_angle="start_angles", end_angle="end_angles", fill_color="colors",
-              source=ColumnDataSource(data=data), legend_field="games")
+              source=ColumnDataSource(data=data), legend_field="games_abbrev")
 
     per_game_charts = [create_game_played_figure(games_played, game, game_to_color[game]) for game in
                        sorted(total_games, key=lambda game: total_games[game])