PieceSet::PieceSet()
{
for (int i = 0; i < NUM_PIECES; i++)
for (int j = 0; j < NUM_ROTATIONS; j++)
pieces[i][j] = 0;
POINT apt[NUM_ROTATIONS];
// 0, I piece, red
apt[0].x = 0; apt[0].y = 0;
apt[1].x = 0; apt[1].y = 1;
apt[2].x = 0; apt[2].y = 2;
apt[3].x = 0; apt[3].y = 3;
pieces[0][0] = new Piece(0, 0, RGB(255,0,0), apt);
// 1, L piece, orange
apt[0].x = 0; apt[0].y = 0;
apt[1].x = 1; apt[1].y = 0;
apt[2].x = 0; apt[2].y = 1;
apt[3].x = 0; apt[3].y = 2;
pieces[1][0] = new Piece(1, 0, RGB(230,130,24), apt);
// 2, counter-L piece, yellow
apt[0].x = 0; apt[0].y = 0;
apt[1].x = 1; apt[1].y = 0;
apt[2].x = 1; apt[2].y = 1;
apt[3].x = 1; apt[3].y = 2;
pieces[2][0] = new Piece(2, 0, RGB(255,255,0), apt);
// 3, S piece, green
apt[0].x = 0; apt[0].y = 0;
apt[1].x = 1; apt[1].y = 0;
apt[2].x = 1; apt[2].y = 1;
apt[3].x = 2; apt[3].y = 1;
pieces[3][0] = new Piece(3, 0, RGB(120,200,80), apt);
// 4, Z piece, blue
apt[0].x = 1; apt[0].y = 0;
apt[1].x = 2; apt[1].y = 0;
apt[2].x = 0; apt[2].y = 1;
apt[3].x = 1; apt[3].y = 1;
pieces[4][0] = new Piece(4, 0, RGB(100,180,255), apt);
// 5, Square piece, dark blue
apt[0].x = 0; apt[0].y = 0;
apt[1].x = 1; apt[1].y = 0;
apt[2].x = 0; apt[2].y = 1;
apt[3].x = 1; apt[3].y = 1;
pieces[5][0] = new Piece(5, 0, RGB(20,100,200), apt);
// 6, T piece, purple
apt[0].x = 0; apt[0].y = 0;
apt[1].x = 1; apt[1].y = 0;
apt[2].x = 2; apt[2].y = 0;
apt[3].x = 1; apt[3].y = 1;
pieces[6][0] = new Piece(6, 0, RGB(220,180,255), apt);
// Create piece rotations
rotateAll();
}
int main()
{
/* request autodetection */
int gdriver = DETECT, gmode;
/* initialize graphics mode */
initgraph(&gdriver, &gmode, "");
drawAxis(WHITE);
Point o = {0,0};
Circle c = {o,130};
c.bressenPlot(RED);
Point p[NUM_VERTICES]=
{
Point{129,10}, Point{28,10},
Point{-28,10}, Point{-129,10},
Point{129,-10}, Point{28,-10},
Point{-28,-10}, Point{-129,-10},
Point{10,129}, Point{10,28},
Point{10,-129}, Point{10, -28},
Point{-10,129}, Point{-10,28},
Point{-10,-129}, Point{-10, -28}
};
Circle inCircle = {o, 30};
inCircle.bressenPlot(RED);
seedFill4(o, RED, RED);
double theta = -(3.142857*10)/180.0;
do
{
for(int i = 0; i<16; i+=2)
{
Line l = Line {p[i], p[i+1]};
l.plotLineDDA(YELLOW);
}
delay(15);
for(int i = 0; i<16; i+=2)
{
Line l = Line {p[i], p[i+1]};
l.plotLineDDA(BLACK);
}
rotateAll(p, theta);
c.bressenPlot(RED);
}
while(1);
getch();
closegraph();
return 0;
}
