Multifractal Fingerprints in the Visual Arts
J. R. Mureika, G. C. Cupchik, C. C. Dyer
Abstract
The similarity in fractal dimensions of paint ``blobs'' in samples of gestural expressionist art implies that these pigment structures are statistically indistinguishable from one another. This result suggests that such dimensions cannot be used as a ``fingerprint'' for identifying the work of a single artist. To overcome this limitation, the multifractal spectrum is adopted as an alternative tool for artwork analysis. For the pigment blobs, it is demonstrated that this spectrum can be used to isolate a construction paradigm or art style. Additionally, the fractal dimensions of edge structures created by luminance gradients on the canvas are analyzed, yielding a potential method for visual discrimination of fractally-similar paintings.
Create a lesson
Related papers
What We Could Lose by Trying to Make Mars Habitable
Ari Koeppel, Lonneke Roelofs, Santiago Vrech et al.
Postbiological intelligence, interstellar colonization of cyberspaces and the Fermi Paradox: implications for SETI and SETA
Irina K. Romanovskaya
Pulsars as natural launchers of interstellar probes
Zaza N. Osmanov
Spacetime Sentinels: a Qiskit game that exposes the competition between spacetime checks and magic in low-overhead quantum error detection
Sumit Tapas Chongder, Aditya Kumar
Six objects reported at 480 mph in a declassified military infrared video show brightness flicker at bird wingbeat rates
Jacob Haqq-Misra, Ravi Kopparapu, Richard Cloete et al.
The "Gate of Fate" - a quantum gaming concept
Deeptanshu Malu, Deevyanshu Malu, Bhaskaran Muralidharan