Hello everyone!
As part of my final project in my computer science degree I would like to develop a class for linear inequalities simplifying. The class's main algorithm is that for given a set of linear inequalities in m variables, it returns a simplified set. "Simplified" may mean an equivalent set with a smallest number of inequalities. As an example, given the inequalities: x+y≥1 x+y≤0 the algorithm should return the empty set. Given the inequalities: x+y≥1 2x+2y≥3 the algorithm should return e.g. 2x+2y≥3 The class will also implement operator overloading for + (adding one set to another) and – (removing a subset from original set) and more. For this project to work I need to fully understand the implemented inequality classes in SymPy which are in *sympy.core.relational*, so I would know how to manipulate SymPy's inequalities. The problem is that when I am trying to go through the code of those classes I get lost. There are so many subclasses there and every subclass is inheriting from some other base class. Is there a way to see a class diagram of those classes so it would be more clear what the purpose of each class is? Does anyone have another idea for understanding those classes? -- You received this message because you are subscribed to the Google Groups "sympy" group. To unsubscribe from this group and stop receiving emails from it, send an email to [email protected]. To view this discussion on the web visit https://groups.google.com/d/msgid/sympy/26b88a29-785b-49fa-a86a-fb3fa968d428n%40googlegroups.com.
