The Howdy Glossary

Coopr is an optimization modeling language designed for formulating and solving mathematical programming problems. It offers a high-level, algebraic syntax that uses parameters and decision variables to represent the problem's structure, enabling users to construct optimization problems efficiently. Coopr interfaces with various solvers, including open-source options like GLPK, Ipopt, and Bonmin via Pyomo expressions, making it versatile and adaptable for different optimization needs. The language is integrated with Python, leveraging Python's functionality and creating a user-friendly environment for individuals familiar with Python programming.

Coopr stands out for its high-level, algebraic syntax that simplifies the formulation of complex optimization problems by using parameters and decision variables to define the problem's structure efficiently. This feature enables users to express optimization models in a concise and intuitive manner, enhancing readability and ease of use. Additionally, Coopr's ability to interface with various solvers such as GLPK, Ipopt, and Bonmin through Pyomo expressions provides flexibility and adaptability to accommodate different optimization requirements. The language's integration with Python not only makes it accessible to Python programmers but also takes advantage of Python's powerful capabilities, creating a seamless and versatile optimization modeling environment.

One of the significant competitive advantages of Coopr is its user-friendly algebraic syntax which simplifies the modeling process for optimization problems through the use of parameters and decision variables making it accessible for users. The integration with Python leverages its extensive capabilities while providing familiarity for those proficient in Python programming. Additionally, Coopr’s compatibility with various solvers including popular open-source options like GLPK, Ipopt, and Bonmin via Pyomo expressions enhances its flexibility in handling diverse optimization tasks effectively. These features position Coopr as a powerful adaptable tool within the field of mathematical programming amid competition from other platforms like AMPL or GAMS.