Currently, when we want to perform a polynomial computation with DDFunctions, we do each power, product and addition 1 by 1. However, the same idea of the closure properties could be applied to differential polynomials where the variables are DDFunctions.
Currently, when we want to perform a polynomial computation with
DDFunctions, we do each power, product and addition 1 by 1. However, the same idea of the closure properties could be applied to differential polynomials where the variables areDDFunctions.polynomial_evaluationto the module ddFunction.py