Modify your Point class or use the one provided (will be posted 9/4, when PE 1 is due) to create a Point that can be n-dimensional. Your Point’s constructor should take a vector of integers as an argument. You should add a method that reports how many dimensions this Point object is. You should modify your getter methods so that they still work.
(Hint: make it so your getter method takes an int indicating which dimension the user is interested in the value of.)
(Hint: using a std::vector<int> to store your coordinates will be significantly easier than an int[].)
(Hint: read copying vectors in c++ for a sense of how to initialize your vector field in your constructor.)
Modify your Distance method so that it calculates the euclidean distance between two n-dimensional points where n is equal for both points. In the case in which Distance is called with a Point that doesn't match the dimensions of this, the behavior is up to you. One option is to throw an informative error.
If you'd like to throw an error, std::invalid_argument("message") will suffice:
#include <stdexcept>
....
// where you want to throw the exception:
// include in the comments for this function:
// @throws invalid_argument [describe condition here]
throw std::invalid_argument("informative message here");