figures_ready

#include <iostream>
#include <clocale>
using namespace std;

#define FIGURE_NUM 2
enum tFigure
{
    circle,
    rectangle,
    triangle
};

enum tColor
{
    red,
    green,
    blue
};

struct tPoint
{
    float x;
    float y;
};

struct tCircle
{
    tPoint* center;
    float radius;
};

struct tRectangle
{
    tPoint* s1;
    tPoint* s2;
};

struct tTriangle
{
    tPoint* t1;
    tPoint* t2;
    tPoint* t3;
};

union uFigures
{
    tCircle* Circle;
    tRectangle* Rectangle;
    tTriangle* Triangle;
};

struct tFigures
{
    tColor color;
    tFigure figureType;
    uFigures figures;
};

tPoint* inputPoint()
{
    tPoint* point1 = new tPoint;
    cout<<"x=";
    cin>>point1->x;
    cout<<"y=";
    cin>>point1->y;
    return point1;
}

tFigures* inputFigure()
{
    tFigures* fig1 = new tFigures;
    int num;
    cout<<"Введите цвет фигуры (0-красный, 1-зеленый, 2-синий) ";
    cin>>num;
    fig1->color=tColor(num);
    cout<<"Введите тип фигуры (0-круг, 1-прямоугольник, 2-треугольник) ";
    cin>>num;
    fig1->figureType=tFigure(num);
    switch(fig1->figureType)
    {
    case circle:
        {
            cout<<"Введите координату центра и радиус круга"<<endl;
            fig1->figures.Circle->center=inputPoint();
            cout<<"r=";
            cin>>fig1->figures.Circle->radius;
            break;
        }
    case rectangle:
        {
            cout<<"Ведите координаты верхней левой и нижнего правой вершины"<<endl;
            fig1->figures.Rectangle->s1=inputPoint();
            fig1->figures.Rectangle->s2=inputPoint();
            break;
        }
    case triangle:
        {
            cout<<"Введите координаты вершин треугольника"<<endl;
            fig1->figures.Triangle->t1=inputPoint();
            fig1->figures.Triangle->t2=inputPoint();
            fig1->figures.Triangle->t3=inputPoint();
            break;
        }
    }
    return fig1;
}

int outputFigure(tFigures fig)
{
    switch (fig.color)
    {
    case blue:
        cout<<"Blue ";
        break;
    case red:
        cout<<"Red ";
        break;
    case green:
        cout<<"Green ";
        break;
    }

    switch (fig.figureType)
    {
    case circle:
        cout<<"Circle"<<endl;
        cout<<fig.figures.Circle->center->x<<" ";
        cout<<fig.figures.Circle->center->y<<endl;
        cout<<fig.figures.Circle->radius<<endl<<endl;
        break;
    case rectangle:
        cout<<"Rectangle"<<endl;
        cout<<fig.figures.Rectangle->s1->x<<" ";
        cout<<fig.figures.Rectangle->s1->y<<endl;
        cout<<fig.figures.Rectangle->s2->x<<" ";
        cout<<fig.figures.Rectangle->s2->y<<endl;
        break;
    case triangle:
        cout<<"Triangle"<<endl;
        cout<<fig.figures.Triangle->t1->x<<" ";
        cout<<fig.figures.Triangle->t1->y<<endl;
        cout<<fig.figures.Triangle->t2->x<<" ";
        cout<<fig.figures.Triangle->t2->y<<endl;
        cout<<fig.figures.Triangle->t3->x<<" ";
        cout<<fig.figures.Triangle->t3->y<<endl;
        break;
    }
    return 0;
}

bool checkFigure(tFigures* fig1, tFigures* fig2)
{
    if (fig1->figureType==circle)
    {
        return (fig1->figures.Circle->center->x + fig1->figures.Circle->radius < fig2->figures.Rectangle->s2->x &&
               fig1->figures.Circle->center->x - fig1->figures.Circle->radius > fig2->figures.Rectangle->s1->x &&
               fig1->figures.Circle->center->y + fig1->figures.Circle->radius < fig2->figures.Rectangle->s1->y &&
               fig1->figures.Circle->center->y - fig1->figures.Circle->radius > fig2->figures.Rectangle->s2->y);
    }
    else
    {
        return (fig2->figures.Circle->center->x + fig2->figures.Circle->radius < fig1->figures.Rectangle->s2->x &&
               fig2->figures.Circle->center->x - fig2->figures.Circle->radius > fig1->figures.Rectangle->s1->x &&
               fig2->figures.Circle->center->y + fig2->figures.Circle->radius < fig1->figures.Rectangle->s1->y &&
               fig2->figures.Circle->center->y - fig2->figures.Circle->radius > fig1->figures.Rectangle->s2->y);
    }

}
int main()
{
    setlocale(LC_ALL,"rus");
    tFigures* List = new tFigures[FIGURE_NUM];
    for(int i=0;i<FIGURE_NUM;i++)
    {
        cout<<"Введите данные об "<<i+1<<"-ой фигуре"<<endl;
        List[i] = *inputFigure();
    }

    for(int i=0;i<FIGURE_NUM;i++)
        outputFigure(List[i]);

    bool checkResult = false;
    for(int i=0;i<FIGURE_NUM;i++)
    {
        for(int j=i;j<FIGURE_NUM;j++)
            if(((List[i].figureType==circle) && (List[j].figureType==rectangle))||((List[i].figureType==rectangle) && (List[j].figureType==circle)))
            {
                checkResult = checkFigure(&List[i], &List[j]);
                if(checkResult)
                    break;
            }
            else
                continue;
        if (checkResult)
            break;
    }

    if(checkResult)
        cout<<"есть круг вписанный в прямоугольник";
    else
        cout<<"нет круга вписанного в прямоугольник";
    return 0;
}