This Python software module is designed to solve Constraint Solving Problems (CSPs), providing a framework for modeling and efficiently solving them. It streamlines the process of finding solutions to CSPs, offering a comprehensive set of tools for developers and users alike.
Python-constraint is a powerful software tool for solving Constraint Solving Problems (CSPs) over finite domains. Offering a free and open-source Python library, this tool provides a variety of solvers that are simple and easy to use. The library is specifically designed to help solve problems that fall under the CSP class.
CSP problems are typically represented in terms of variables, domains, and constraints. Python-constraint simplifies the process of working with these types of representations. Variables, such as a and b, for instance, are represented using finite domains which are collections of values. Domains are further represented using simple lists of integers, for example, [1, 2, 3]. Constraints, on the other hand, represent rules and logical relationships between variables.
With Python-constraint, users can easily create and manipulate these representations within simple and pure Python code. This allows for the development of streamlined and efficient solutions to even the most complex CSP problems. Overall, this free and open-source library provides a flexible and powerful software solution for solving CSPs over finite domains.
CSP problems are typically represented in terms of variables, domains, and constraints. Python-constraint simplifies the process of working with these types of representations. Variables, such as a and b, for instance, are represented using finite domains which are collections of values. Domains are further represented using simple lists of integers, for example, [1, 2, 3]. Constraints, on the other hand, represent rules and logical relationships between variables.
With Python-constraint, users can easily create and manipulate these representations within simple and pure Python code. This allows for the development of streamlined and efficient solutions to even the most complex CSP problems. Overall, this free and open-source library provides a flexible and powerful software solution for solving CSPs over finite domains.
What's New
Version 1.1: N/A