What is the main purpose of modularisation in programming?

The main purpose of modularisation in programming is to create independent modules that can be recombined. This approach allows developers to break down complex systems into smaller, manageable parts, known as modules. Each module typically encompasses specific functionality or data and can be developed, tested, and maintained independently of other modules. This independent nature not only improves code readability and organization but also enhances reusability, as the same modules can be utilized in different programs or projects without needing to be rewritten.

Moreover, modularisation promotes better collaboration among developers, as different team members can work on separate modules simultaneously. It also facilitates easier debugging and updating since changes made to one module do not necessarily affect others. This is a vital practice in software development as it supports scalability and streamlined project management.

The other options focus on aspects that, while related to programming, do not capture the primary objective of modularisation as effectively. For instance, developing a single comprehensive solution is more aligned with traditional programming practices where the entire system is built as one unit. Simplifying complex datasets into single forms pertains more to data processing than to modular design, and enhancing pattern recognition in algorithms relates to specific algorithmic improvements rather than the structural benefits offered by modularity.