Derivative 3.0

Project was created for programing class at Warsaw University of Technology.

To make a driffrent matematical function you need to create one of the smart pointers:

• To create a Math Constant with number inside brackets

std::make_shared <Const>(1);

• To create a Math Variable X

std::make_shared <X>();

• To create a Math Addition

std::make_shared <Add>(std::make_shared<X>(), std::make_shared<X> ());

• To create a Math Subtraciton

std::make_shared <Minus>(std::make_shared<X>(), std::make_shared<X> ());

• To create a Math Multipliaction

std::make_shared <Times>(std::make_shared<X>(), std::make_shared<X> ());

• To create a Math Division

std::make_shared <Divide>(std::make_shared<X>(), std::make_shared<X> ());

• To create a Math Exponential

std::make_shared <Exp>(std::make_shared<X>(), std::make_shared<Const> (2));

If you want to get a derivatived function you have to use a special Math Container which simplify usage of objects.

AtomPtr root = std::make_shared<Times>(std::make_shared <Times>(std::make_shared<X>(), 
std::make_shared<X>()), std::make_shared<X>());
	
MathContainer mtc;
mtc.setTree(root);
std::cout << mtc.getTree().get()->get() << std::endl;
mtc.print();
std::cout << mtc.derivate().get()->get() << std::endl;
mtc.print();