What This Document Is
This is a Software Requirements Specification (SRS) document for Pier436, a common infrastructure project developed by the Common Infrastructure Team at Washington University in St. Louis (CSE 436S). It outlines the foundational elements needed to build a variety of simulation applications, including building security, exploration, and traffic flow systems. The document details the necessary components and functionalities for a robust and adaptable software platform. It serves as a blueprint for developers intending to create applications leveraging this shared infrastructure.
Why This Document Matters
This specification is crucial for software engineering students and professionals involved in collaborative development projects. It’s particularly valuable for those tasked with building applications on a pre-defined platform, ensuring compatibility and efficient resource utilization. Understanding these requirements is essential before beginning development, as it defines the scope and capabilities of the underlying system. Anyone contributing to or building upon the Pier436 infrastructure will find this document indispensable for aligning their work with the overall project goals. It’s most useful during the initial planning and design phases of a software project.
Common Limitations or Challenges
This document focuses on *what* the system should do, not *how* to implement it. It doesn’t contain code examples, detailed algorithms, or specific implementation strategies. It also doesn’t cover application-specific requirements – those will be defined in separate specifications for each simulation (building security, exploration, etc.). The SRS provides a high-level overview and may require further clarification and refinement during the development process. It also represents a specific version (v3.0) and may be subject to change.
What This Document Provides
* A detailed overview of the core components of the Pier436 platform.
* Specifications for a game engine, including support for 2D and 3D graphics.
* Requirements for a world model to manage game state and time.
* Details regarding communication management within the platform.
* A defined structure for handling user interface interactions.
* Considerations for collision detection and entity selection.
* A timeline and references to existing technologies used for validation.
* A table of figures for quick reference to architectural diagrams.
