Structured α-Neutrosophic Symbolic Conformance: A Formal Design Quality Evaluation Model for Digital Cultural and Creative Products Based on Paper Cutting Art

Abstract

This paper proposes a new mathematical model to evaluate symbolic accuracy 
and cultural integrity in digital creative works inspired by traditional paper-cutting art. 
The model is based on a structured neutrosophic framework that combines aesthetic 
consistency, symbolic meaning, and cultural alignment into a unified quantitative system. 
Using a novel α-weighted approach, we define symbolic conformance functions that 
integrate the levels of geometric similarity, interpretive ambiguity, and semantic 
distortion. These components are mapped into structured neutrosophic equations that 
allow precise measurement of symbolic deviation from cultural references. A matrix
based representation is introduced to compute multi-element conformity, followed by 
fully solved examples demonstrating the model’s functionality. This work offers a 
practical, rigorous tool for artists, designers, and digital humanities researchers to assess 
and improve cultural faithfulness in creative digitization processes. 

DOI: 10.5281/zenodo.15926590