Szekvenciakalkulus

Szekvenciakalkulus is a programming paradigm that focuses on the construction and manipulation of sequences. It treats sequences as first-class citizens, allowing for a high degree of abstraction and expressive power when dealing with ordered collections of data. This approach emphasizes the composition of functions that operate on sequences, leading to elegant and concise code for tasks involving data transformation, filtering, and aggregation.

The core idea behind szekvenciakalkulus is to break down complex operations into smaller, manageable steps, each represented by a function. These functions are then chained together to form a sequence of operations. This functional composition allows for a declarative style of programming, where the programmer specifies *what* needs to be done rather than *how* to do it. This can lead to more readable and maintainable code, especially for intricate data processing pipelines.

Libraries and frameworks implementing szekvenciakalkulus often provide a rich set of pre-defined sequence operations, such as mapping, filtering, reducing, and sorting. These operations can be combined in various ways to achieve sophisticated results with minimal code. The emphasis on immutability is also common, meaning that operations typically produce new sequences rather than modifying existing ones, which helps to prevent unintended side effects and simplifies reasoning about program state. This paradigm is particularly well-suited for scenarios involving large datasets, stream processing, and parallel computation due to its inherent composability and potential for optimization.