Part2/Task_2_4_2/Task_2_4_2.cpp - master - ArtT/Netology

Part2/Task_2_4_2/Task_2_4_2.cpp
147 строк5 KB
ArtT
Корректировка четвёртого задания
15 ноя 2025, 09:32
15 ноя 2025, 09:320833e66
#include <iostream>
#include <string>
using namespace std;

class Figure
{
private:
	string name = "Фигура";
	int sides_count{ 0 };

protected:
	Figure(const string setName, const int setSidesCount) : name{ setName }, sides_count{ setSidesCount }
	{};

	int getSidesCount() {
		return sides_count;
	}

	string getName() {
		return name;
	}

public:
	Figure() = default;
};

class Triangle : public Figure {
private:
	int a{ 0 }, b{ 0 }, c{ 0 };
	int A{ 0 }, B{ 0 }, C{ 0 };

protected:
	Triangle(string setName, int set_a, int set_b, int set_c, int set_A, int set_B, int set_C) : Figure(setName, 3), a{ set_a }, b{ set_b }, c{ set_c }, A{ set_A }, B{ set_B }, C{ set_C }
	{}

public:
	Triangle(int set_a, int set_b, int set_c, int set_A, int set_B, int set_C) : Figure("Треугольник", 3), a{ set_a }, b{ set_b }, c{ set_c }, A{ set_A }, B{ set_B }, C{ set_C }
	{}

	string printInfo() {
		return 
			this->getName() + ": \n"+
			"Стороны: a = " + to_string(this->a) + ", b = " + to_string(this->b) + ", c = " + to_string(this->c) + "\n" +
			"Углы: A = " + to_string(this->A) + ", B = " + to_string(this->B) + ", C = " + to_string(this->C);
	}
};

class RectangularTriangle : public Triangle {
public:
	RectangularTriangle(int set_a, int set_b, int set_c, int set_A, int set_B): Triangle("Прямоугольный треугольник", set_a , set_b, set_c, set_A, set_B, 90) {}
};

class IsoscelesTriangle : public Triangle {
public:
	IsoscelesTriangle(int set_a, int set_b, int set_A, int set_B) : Triangle("Равнобедренный треугольник", set_a, set_b, set_b, set_A, set_B, set_B) {}
};

class EquilateralTriangle : public Triangle {
public:
	EquilateralTriangle(int set_a) : Triangle("Равносторонний треугольник", set_a, set_a, set_a, 60, 60, 60) {}
};


class Quadrangle : public Figure {
private:
	int a{ 0 }, b{ 0 }, c{ 0 }, d{ 0 };
	int A{ 0 }, B{ 0 }, C{ 0 }, D{ 0 };

protected:
	Quadrangle(string setName, int set_a, int set_b, int set_c, int set_d, int set_A, int set_B, int set_C, int set_D) : Figure(setName, 4), a{ set_a }, b{ set_b }, c{ set_c }, d{ set_d }, A{ set_A }, B{ set_B }, C{ set_C }, D{ set_D }
	{}

public:
	Quadrangle(int set_a, int set_b, int set_c, int set_d, int set_A, int set_B, int set_C, int set_D) : Figure("Четырёхугольник", 4), a{ set_a }, b{ set_b }, c{ set_c }, d{ set_d }, A{ set_A }, B{ set_B }, C{ set_C }, D{ set_D }
	{}

	string printInfo() {
		return
			this->getName() + ": \n" +
			"Стороны: a = " + to_string(this->a) + ", b = " + to_string(this->b) + ", c = " + to_string(this->c) + ", d = " + to_string(this->d) + "\n" +
			"Углы: A = " + to_string(this->A) + ", B = " + to_string(this->B) + ", C = " + to_string(this->C) + ", D = " + to_string(this->D);
	}
};

class Parallelogram : public Quadrangle {
protected:
	Parallelogram(string setName, int set_a, int set_b, int set_A, int set_B) : Quadrangle(setName, set_a, set_b, set_a, set_b, set_A, set_B, set_A, set_B)
	{}
public:
	Parallelogram(int set_a, int set_b, int set_A, int set_B) : Quadrangle("Параллелограмм", set_a, set_b, set_a, set_b, set_A, set_B, set_A, set_B)
	{}
};

class Rectangle : public Parallelogram {
protected:
	Rectangle(string setName, int set_a, int set_b) : Parallelogram(setName, set_a, set_b, 90, 90)
	{}
public: 
	Rectangle(int set_a, int set_b) : Parallelogram("Прямоугольник", set_a, set_b, 90, 90)
	{}
};

class Square : public Rectangle {
public:
	Square(int set_a) : Rectangle("Квадрат", set_a, set_a)
	{}
};

class Rhomb : public Parallelogram {
public:
	Rhomb(int set_a, int set_A, int set_B) : Parallelogram("Ромб", set_a, set_a, set_A, set_B)
	{}
};

int main()
{
	setlocale(LC_ALL, "rus");

	Triangle triangle(10, 20, 30, 50, 60, 70);
	cout << triangle.printInfo() << endl << endl;

	RectangularTriangle rectangularTriangle(20, 30, 40, 50, 60);
	cout << rectangularTriangle.printInfo() << endl << endl;
	
	IsoscelesTriangle isoscelesTriangle(20, 30, 50, 60);
	cout << isoscelesTriangle.printInfo() << endl << endl;

	EquilateralTriangle equilateralTriangle(20);
	cout << equilateralTriangle.printInfo() << endl << endl;

	Quadrangle quadrangle(10, 20, 30, 40, 50, 60, 70, 80);
	cout << quadrangle.printInfo() << endl << endl;

	Parallelogram parallelogram(20, 30, 30, 40);
	cout << parallelogram.printInfo() << endl << endl;

	Rectangle rectangle(10, 20);
	cout << rectangle.printInfo() << endl << endl;	
	
	Square square(20);
	cout << square.printInfo() << endl << endl;

	Rhomb rhomb(30, 30, 40);
	cout << rhomb.printInfo() << endl << endl;

	return EXIT_SUCCESS;
}