Abstract Factory Generator Design Pattern for Managing Multiple Seismic Propagators on Different Computational Architectures

Design Patterns are frequently used models in Object-Oriented Software Design. Their primary purpose is to leverage successful software design practices. Design Patterns also play a crucial role in enhancing the understanding of application design and minimizing communication barriers by employing universally recognized terms for implemented solutions. They typically define a problem and provide a solution, often backed by examples. It is essential to rely on common sense when determining specific implementations, even when applying well-established Design Patterns. Regular critique and thorough, thoughtful testing are crucial in assessing a design’s effectiveness and quality [1], [2]. Identifying the optimal Design Pattern for a given software project often proves to be a rigorous and multifaceted endeavor. This challenge arises from the inherent disconnect between software requirements and the explicit characteristics of Design Patterns. Requirements rarely convey clear indicators of potential design issues, leaving developers to rely on their expertise and experience to anticipate challenges and select an appropriate solution. Furthermore, the selection process demands not only a thorough understanding of the Design Patterns themselves but also an ability to align them seamlessly with the project’s technical and functional goals. This underscores the importance of a meticulous approach in bridging the gap between abstract concepts and practical application in software engineering. The Abstract Factory design pattern addresses the instantiation of concrete classes through two distinct interfaces. The first interface is tasked with creating a family of related and dependent products, while the second interface is responsible for creating specific concrete products. By utilizing only the declared interfaces, the client remains unaware of the concrete families and products that are being created. This abstraction ensures a flexible and scalable system, allowing for easy modification and extension without affecting the client code.