Domain-Specific Language for structured meal planning and fitness regimen automation

Abstract

This article describes a computational methodology for integrating meal scheduling and exercise management through a Domain Specific Language (DSL). The proposed DSL attempts to solve the nutrition and fitness imbalance problem by offering a single system that develops unique solutions for each individual based on their purpose, eating habits, and nutrition needs. The use of constraint satisfaction and optimization problem-solving allows the DSL to provide specific meal and exercise plans that comply with the user's requirements. The article presents some parts of formal language theory of the DSL, such as the Backus-Naur Form (BNF) definition of its grammar and the corresponding analyzing technique, while studying its effectiveness in computation and complexity in comparison with other methodologies. Hence, via this study of our DSL strives to foster better health management by providing a relatively simple means to achieve fitness and nutrition objectives through a consolidated comprehensive framework.