This article could go on for 20 pages about why almost anything harmful you can think of about operator overloading isn’t much different in the method-sphere. Following is an example of global operator function. As in, one function does one thing rather than having a single function littered with if statements trying to figure out what to do based on what was passed in. Use periodized planning to link into weekly and daily activities. Here, sum is overloaded with different parameter types, but with the exact same body. Instead of defining two methods that should do the same thing, it is better to overload one. The function sum could be overloaded for a lot of types, and it could make sense for all of them to have the same body. Coordinate all training activities and schedules. However, as overloading requires, you must have either different number of parameters or different types of parameters. Of course, you can use variable arguments in C++, too, yet overloading is used to keep code clean. Overloaded methods are generally used when they conceptually execute the same task but with a slightly different set of parameters. Now you have to calculate how much power those devices are using. – Nerdmaster Feb 13 '14 at 19:00 But I agree that the terms are mixed on occasion. Think for instance if you were the compiler. And need to be understood completely. Electricity is measured in watts; a 100-watt light bulb uses 100 watts of electricity. You might think it’s a good idea to do this, to bundle multiple implementations which accept different arguments into a single function but in reality it’s much worse than you can imagine. As you can see, in the above program, you can use the same argument label for the overloaded functions. Method Overloading. The const on the argument is only relevant to the function definition. I disagree that overloading was purely idiotic, you load a functions with parameters, and in it's first instance (very old I might add) overloading was used to increase the variables which were passed to a function, hence the terms overloading. You can't overload based only on the constness of a non pointer, non reference type. 8. Operator functions are same as normal functions. Fitness training loads should be adjusted for technical and tactical activities, travel, competitions, and other factors that could influence how overloading should occur. Faced with the line: cout <