| Project Description |
| The "Development of C++ Library for Matrix Calculations" project aims to create a robust, efficient, and versatile C++ library designed specifically for matrix operations. This library will provide essential functionalities for handling matrix calculations, integrity checks, and file operations. The goal is to deliver a high-performance library that can be easily integrated into other C++ projects, supporting developers in implementing complex matrix operations without the need for a graphical user interface (GUI).
|
| Problem |
Benefits of Solving |
| Modular Design. |
The library will be structured into separate classes for calculations, checks, and file operations to ensure ease of maintenance and extensibility. |
| Ease of Integration. |
The library will be designed to integrate seamlessly with existing C++ projects, providing a comprehensive documentation to support developers. |
| High Performance. |
The library will utilize efficient algorithms and data structures to perform matrix operations quickly and accurately, suitable for computationally intensive applications. |
| Robust Error Handling. |
Implementation of comprehensive error handling and reporting mechanisms to facilitate integration and usage in larger projects, providing clear errors and exceptions messages. |
| Indicative Schedule |
| Project Start Date: 12.08.2024 |
First MVP End Date: 13.09.2024 |
| MVP Updates Start Date: 14.09.2024 |
Final Project End Date: 30.11.2024 |
| Solution Scope |
During implementation the developer will:
- Develop a Comprehensive Matrix Calculations Class.
- Create a Matrix Validation and Checking Class.
- Design a class to handle saving and loading matrices to and from files.
- Implement the tests and example usages of the library.
- Prepare the software documentation of project.
|
| Project Assumptions |
- Developers integrating the library will have a basic understanding of C++ programming and matrix operations.
- The library will be used primarily in scientific, engineering, and data processing applications where matrix operations are common.
|
| Key Risks |
Rating |
| Difficulty integrating the library into other projects. |
Low |
| The project may face delays due to underestimation of complexity or lack of resources. |
Medium |