A Consider the example class hierarchies (the A, V, and Y hierarchies) from the below image. Rework the problem, using the method of creating an ordered list of most derived functions, with the following change: the order of the parameters in the function f is reversed (i.e., the Y argument comes first, then the V argument, then the A argument). Then rewrite multimeth.cpp to correctly handle the new version of f by changing how and in what order you try downcasts to find the most derived method. Turn in the work you did in developing the ordered list as well as working code and the associated printed output. The ordering work can be placed in comments within the code, if you like. Reorder your function calls in main to reflect the proper most-general to most-specific type combinations (f(y,v,a); f(y,v,b); ...).

Multiple Dispatch Example - See multimeth.lsp/py/cpp/d Multiple Dispatch Example - See multimeth.lsp/py/cpp/d