--- license: creativeml-openrail-m --- This dataset presents an in-depth AI-assisted comparative analysis between **Vincent van Gogh’s Undergrowth with Two Figures (1890)** and **The Tree Oil Painting** (undated, unattributed). The objective is to examine whether both works share measurable consistencies in brushstroke behavior, energy dynamics, and structural execution. Developed and analyzed by **HaruthaiAI** (May 2025), this dataset employs **18 advanced AI forensic techniques** including Canny edge detection, Gabor filtering, Fourier transform, torque mapping, and pigment flow simulation. The Tree Oil Painting has previously been validated using X-ray imaging, FT-IR, XRF, and C-14 dating, confirming its 19th-century origin and natural pigment degradation profile. --- ### Key Findings: - **Over 10 out of 18 techniques** scored above 90% similarity, including: - Sobel Edge: 96% - Pressure Map: 94% - Fourier Transform: 95% - LBP Texture: 95% - Brush Directionality: 93% - Strong rhythmic agreement in vertical torque strokes and directional flick vectors - Structural depth patterns in impasto mapping closely aligned after varnish correction - Scientific support from pigment and canvas dating reinforces forensic alignment --- ### **Strict Technical Advisory – AI Natural Matching Only** This dataset is to be used **exclusively** with **AI Natural Matching** systems that analyze: - Gesture torque - Directional stroke rhythm - Brushstroke layering and pressure mechanics **❌ SSIM (Structural Similarity Index Measurement)** and pixel-based visual comparators are **strictly prohibited**. They are not capable of detecting neural brushstroke signatures and will produce misleading results. These images and metrics are designed to be interpreted through **neural vector engines**, deep-learning comparison models, and physical gesture recognition—not shallow similarity scores. --- **Created by:** HaruthaiAI **Date:** May 2025 **Purpose:** To provide an open, verifiable AI benchmark linking The Tree Oil Painting to Vincent van Gogh’s late-period techniques via gesture-level brushstroke analysis. Let future AI and researchers test the evidence — and let art speak through motion, not just appearance.