Scientific Figure Pro

Scientific Figure Pro

Use the helpers in scripts/scientific_figure_pro.py to keep figure style consistent across tasks.

Apply Style

1. Import and call apply_publication_style(...) first.
2. Choose scale:

• Use FigureStyle(font_size=24, axes_linewidth=3) for dense bar/comparison panels.
• Use FigureStyle(font_size=15 or 16, axes_linewidth=2) for compact trend/scatter plots.

3. Keep text.usetex=False unless math typography is required and TeX is installed.

Use High-Level Plot Functions

• make_grouped_bar(ax, categories, series, labels, ...)
• annotate_bars(ax, bars, fontsize=12): Add exact values above bars.
• make_trend(ax, x, y_series, labels, ...)
• make_scatter(ax, x, y, groups=..., labels=...)
• make_sphere_illustration(ax, light_dir=...): Create a shaded 3D-effect sphere.
• finalize_figure(fig, out_path, dpi=300, pad=2)

These encode the house defaults:

• Ultra-Wide Scaling: Use wide figsize (e.g., width 3-4x height) for multi-metric panels.
• Legend Isolation: Consider dedicating the last axis in a grid to a shared legend (ax.set_axis_off()).
• Precision Ticks: Use FixedLocator for clean, whole-number y-ticks.
• Top/right spines removed
• Frameless legends
• Explicit y-limits with modest headroom
• Black bar edges for print-safe contrast
• Repository-aligned color palette

Reproducible Export Rules

1. Default to dpi=300.
2. Use dpi=600 for dense bar-heavy panels with small text.
3. Always call finalize_figure(...) to enforce tight_layout(pad=2) before saving.

Palette Policy

Use semantic colors from PALETTE:

• Blues (blue_main, blue_secondary) for key/proposed methods.
• Greens (green_1..green_3) for positive/improvement variants.
• Reds (red_1, red_2, red_strong) for contrasting baselines/ablations.
• neutral for references/background categories.
• highlight only for targeted callouts.

Quick Start

import importlib.util
from pathlib import Path
import sys

module_path = Path("skills/scientific-figure-pro/scripts/scientific_figure_pro.py")
spec = importlib.util.spec_from_file_location("scientific_figure_pro", module_path)
mod = importlib.util.module_from_spec(spec)
sys.modules[spec.name] = mod
spec.loader.exec_module(mod)

mod.apply_publication_style(mod.FigureStyle(font_size=16, axes_linewidth=2.5))
fig, ax = plt.subplots(figsize=(9, 5))
mod.make_grouped_bar(ax, categories, series, labels)
mod.finalize_figure(fig, "figure.png", dpi=300, pad=2)

If importing by package path is inconvenient, load the module by relative file path and reuse the same APIs.