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| #include "graphics.h"
struct BRIQUE
{
COULEUR coul;
POINT PBG,PHD;
int etat;
};
typedef struct BRIQUE BRI;
BRI BR[6][18];
void initialise_brique()
{
int l,c,L=35;
COULEUR color;
for(l=0;l<6;l++)
{
int ytmp = 300+l*L;
for(c=0;c<18;c++)
{
BR[l][c].PBG.y = ytmp;
BR[l][c].PBG.x = c*75;
BR[l][c].PHD.y = ytmp+L;
BR[l][c].PHD.x = c*75+75;
do
{ color = couleur_RGB(alea_int(250),alea_int(250),alea_int(250));
}while(color == bleu);
BR[l][c].coul = color;
draw_fill_rectangle(BR[l][c].PBG,BR[l][c].PHD,BR[l][c].coul);
}
}
}
struct RAQ
{
POINT P1,P2;
};
typedef struct RAQ RAQ;
struct ball
{
POINT centre,bd,bg,bh,bb;
int rn,dx,dy;
};
typedef struct ball BL;
POINT efface_affiche(int r,int dx,int dy,POINT ancien)
{
POINT nouveau;
draw_fill_circle(ancien,r,bleu);
nouveau.x = ancien.x + dx;
nouveau.y = ancien.y + dy;
draw_fill_circle(nouveau,r,rouge);
return nouveau;
}
void initialise_ball(BL *bal)
{
bal->centre.x = 450;bal->centre.y = 300;
bal->rn=5;bal->dx=1;bal->dy=1;
}
void deplace_bal(BL *bal)
{
bal->bd.y = bal->bg.y = bal->centre.y;
bal->bg.x = bal->centre.x - bal->rn;
bal->bd.x = bal->centre.x + bal->rn;
bal->bh.x = bal->bb.x = bal->centre.x;
bal->bh.y = bal->centre.y + bal->rn;
bal->bb.y = bal->centre.y - bal->rn;
POINT ancien = bal->centre;
if((bal->bh.y>=HEIGHT && bal->dy>0) || (bal->bb.y<=0 && bal->dy<0))
{
bal->dy=-bal->dy;
}
if((bal->bd.x>=WIDTH && bal->dx>0) || (bal->bg.x<=0 && bal->dx<0))
{
bal->dx=-bal->dx;
}
bal->centre = efface_affiche(bal->rn,bal->dx,bal->dy,ancien);
}
/*void efface_RAQ(RAQ RK)
{
draw_fill_rectangle(RK.P1,RK.P2,bleu);
}
void affiche_RAQ(RAQ RK)
{
draw_fill_rectangle(RK.P1,RK.P2,rouge);
}*/
void deplace_Raq(RAQ *R,int dx)
{
if(R->P2.x>900 && dx>0)
{
R->P1.x = 800;R->P1.y = 30;
R->P2.x = 900;R->P2.y = 45;
draw_fill_rectangle(R->P1,R->P2,rouge);
}
else if(R->P1.x<0 && dx<0)
{
R->P1.x = 0;R->P1.y = 30;
R->P2.x = 100;R->P2.y = 45;
draw_fill_rectangle(R->P1,R->P2,rouge);}
draw_fill_rectangle(R->P1,R->P2,bleu);
R->P1.x+=dx;
R->P2.x+=dx;
draw_fill_rectangle(R->P1,R->P2,rouge);
}
//&& bal->bd.x <=RK->P2.x && bal->bg.x >= RK->P1.x
void choc_Raq_ball(RAQ *RK, BL *bal)
{
if(bal->bb.y <= (RK->P2.y+1) && bal->bb.y > RK->P1.y && bal->dy<0 && bal->bb.x <=RK->P2.x && bal->bb.x >= RK->P1.x)
bal->dy = -bal->dy;
if(bal->bh.y >= (RK->P1.y-1) && bal->bb.y < RK->P2.y && bal->dy>0 && bal->bh.x <=RK->P2.x && bal->bh.x >= RK->P1.x)
bal->dy = -bal->dy;
if(bal->bd.x >= RK->P1.x && bal->bd.x < RK->P1.x+10 && bal->dx>0 && bal->bd.y <= RK->P2.y && bal->bd.y >= RK->P1.y)
bal->dx = -bal->dx;
if(bal->bg.x <= RK->P2.x && bal->bg.x > RK->P2.x-10 && bal->dx<0 && bal->bg.y <= RK->P2.y && bal->bg.y >= RK->P1.y)
bal->dx = -bal->dx;
}
void choc_ball_brique(BL *bal)
{
int l,c;
for(l=0;l<6;l++)
{
for(c=0;c<18;c++)
{
/*if(bal->bh.y>=BR[l][c].PBG.y && bal->dy > 0 && bal->bh.x>=BR[l][c].PBG.x && bal->bh.x<=BR[l][c].PHD.x && BR[l][c].coul != bleu)
{
draw_fill_rectangle(BR[l][c].PBG,BR[l][c].PHD,bleu);
bal->dy = -bal->dy;
BR[l][c].coul = bleu;
}*/
if(bal->bh.y>=BR[l][c].PBG.y && bal->bb.y < BR[l][c].PBG.y && bal->dy > 0 && bal->bh.x>=BR[l][c].PBG.x && bal->bh.x<=BR[l][c].PHD.x && BR[l][c].coul != bleu)
{
draw_fill_rectangle(BR[l][c].PBG,BR[l][c].PHD,bleu);
bal->dy = -bal->dy;
BR[l][c].coul = bleu;
}
if(bal->bb.y<=BR[l][c].PHD.y && bal->bb.y > BR[l][c].PBG.y && bal->dy<0 && bal->bb.x>=BR[l][c].PBG.x && bal->bb.x<=BR[l][c].PHD.x && BR[l][c].coul != bleu)
{draw_fill_rectangle(BR[l][c].PBG,BR[l][c].PHD,bleu);
bal->dy = -bal->dy;
BR[l][c].coul = bleu;}
/*else if(bal->bd.x >= BR[l][c].PBG.x && bal->bd.x < BR[l][c].PBG.x + 10 && bal->bd.y <= BR[l][c].PHD.y && bal->bd.y >= BR[l][c].PBG.y && BR[l][c].coul != bleu)
{draw_fill_rectangle(BR[l][c].PBG,BR[l][c].PHD,bleu);
bal->dx = -bal->dx;
BR[l][c].coul = bleu;}
else if(bal->bg.x <= BR[l][c].PHD.x && bal->bg.x < BR[l][c].PHD.x - 10 && bal->bd.y <= BR[l][c].PHD.y && bal->bd.y >= BR[l][c].PBG.y && BR[l][c].coul != bleu)
{draw_fill_rectangle(BR[l][c].PBG,BR[l][c].PHD,bleu);
bal->dx = -bal->dx;
BR[l][c].coul = bleu;}*/
}
}
}
int main()
{
init_graphics(900,600);
fill_screen(bleu);
POINT P;
affiche_auto_off();
RAQ RK;
BL bal;
initialise_ball(&bal);
RK.P1.x = 400;RK.P1.y = 30;
RK.P2.x = 500;RK.P2.y = 45;
draw_fill_rectangle(RK.P1,RK.P2,rouge);
initialise_brique();
while(1)
{
choc_Raq_ball(&RK,&bal);
choc_ball_brique(&bal);
deplace_bal(&bal);
choc_Raq_ball(&RK,&bal);
P = get_arrow();
if(P.x!=0)
{
deplace_Raq(&RK,P.x*2);
}
affiche_all();
}
wait_escape();
exit(0);
} |
