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stage1.c
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stage1.c
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#include "stage1.h"
void afficherscore(int score, SDL_Surface *fenetre)
{
char ch[10];
SDL_Rect poscore;
SDL_Surface *scoring;
poscore.x=600;
poscore.y=600;
TTF_Font *police = NULL;
SDL_Color noir = {0, 0, 0};
police = TTF_OpenFont("western.ttf", 32);
sprintf(ch,"%d",score);
scoring=TTF_RenderText_Blended(police, ch, noir);
SDL_BlitSurface(scoring, NULL, fenetre,&poscore);
}
void pershud(int score, SDL_Surface *fenetre)
{
SDL_Rect posstar;
posstar.x=638;
posstar.y=322;
SDL_Surface *star[]={NULL,NULL,NULL};
star[0]=IMG_Load("entities/star1.png");
star[1]=IMG_Load("entities/star2.png");
star[2]=IMG_Load("entities/star3.png");
if(score>0 && score<=100)
SDL_BlitSurface(star[0], NULL, fenetre,&posstar);
if(score>100 && score<=200)
SDL_BlitSurface(star[1], NULL, fenetre,&posstar);
if(score>200 && score<=300)
SDL_BlitSurface(star[2], NULL, fenetre,&posstar);
}
void mouvement_souris (int X, int Y, SDL_Rect *pospers, SDL_Surface *imageDeFondCollision)
{
int i ;
//if (!detecter_collision_background (imageDeFondCollision, *positionpers))
// {
if (pospers->x < X)
{for (i=pospers->x;i<=X;i++)
{pospers->x=pospers->x+1;
pospers->y=(-1/9)*pospers->x+2;
}
}
if (pospers->x > X)
{for (i=pospers->x;i>=X;i=i--)
{pospers->x=pospers->x-1;
pospers->y=(-1/9)*pospers->x+2;
}
}
//}
}
void afficherpin(SDL_Surface* destination)
{
SDL_Surface *pin;
SDL_Rect pospin;
pin=IMG_Load("entities/pins/pin1.png");
pospin.x= -3091;
pospin.y= -3597;
SDL_BlitSurface(pin, NULL, destination, &pospin);
}
void init_vitesse (int *v1, int *v2, int *v3, int *v4)
{
*v4=1;
*v3=1;
*v2=1;
*v1=1;
}
void vitesse (int ok, int *vit1, int *vit2, int *vit3, int *vit4)
{
if (ok)
*vit1= *vit1 +1;
*vit2=1;
*vit3=1;
*vit4=1;
}
void mvt_clavier (SDLKey bouton, SDL_Rect *bg, SDL_Surface *imageDeFondCollision, SDL_Rect *positionpers, int *mouvement, SDL_Rect *pospers, SDL_Surface **image, int *vit1, int *vit2, int *vit3, int *vit4, int *ok, SDL_Rect *positionennemi, int *dir, int *quit, int *save)
{
int i,cond;
switch(bouton)
{
case SDLK_RETURN :
if(detecter_Pin(imageDeFondCollision, *pospers))
{
Reunion();
printf("1");
}
break;
case SDLK_RIGHT:
{ *dir=1;
init_vitesse (vit1,vit2,vit3,vit4);
pospers->x=-bg->x+positionpers->x;
pospers->y=-bg->y+positionpers->y;
if (!detecter_collision_background (imageDeFondCollision, *pospers))
{
*image=anim_right(mouvement);
(*mouvement)++;
bg->x -= 3;
bg->y +=(-1/9)*bg->x+2;
positionennemi->x = positionennemi->x - 3;
positionennemi->y +=(-1/9)*positionennemi->x+2;
SDL_Delay(40);
}
else
{
while (detecter_collision_background (imageDeFondCollision, *pospers))
{
bg->x+=25;
bg->y-=25;
positionennemi->x+=25;
positionennemi->y-=25;
pospers->x=-bg->x+positionpers->x;
pospers->y=-bg->y+positionpers->y;
}
}
if(bg->x <-7000)
bg->x+=2;
}
break;
case SDLK_LEFT:
{ *dir=2;
init_vitesse (vit1,vit2,vit3,vit4);
pospers->x=-bg->x+positionpers->x;
pospers->y=-bg->y+positionpers->y;
if (!detecter_collision_background (imageDeFondCollision, *pospers))
{
*image=anim_left(mouvement);
(*mouvement)++;
bg->x += 3;
bg->y -=(-1/9)*bg->x+2;
positionennemi->x += 3;
positionennemi->y -=(-1/9)*positionennemi->x+2;
SDL_Delay(40);
}
else
{
while (detecter_collision_background (imageDeFondCollision, *pospers))
{
bg->x-=25;
bg->y+=25;
positionennemi->x-=25;
positionennemi->y+=25;
pospers->x=-bg->x+positionpers->x;
pospers->y=-bg->y+positionpers->y;
}
}
if(bg->x>0)
bg->x-=2;
break;
}
case SDLK_UP:
{ *dir=3;
init_vitesse (vit1,vit2,vit3,vit4);
pospers->x=-bg->x+positionpers->x;
pospers->y=-bg->y+positionpers->y;
if (!detecter_collision_background (imageDeFondCollision, *pospers))
{
*image=anim_up(mouvement);
(*mouvement)++;
bg->x += 3;
bg->y +=(-1/9)*bg->x+2;
positionennemi->x += 3;
positionennemi->y +=(-1/9)*positionennemi->x+2;
SDL_Delay(40);
}
else
{
while (detecter_collision_background (imageDeFondCollision, *pospers))
{
bg->x-=25;
bg->y-=25;
positionennemi->x-=25;
positionennemi->y-=25;
pospers->x=-bg->x+positionpers->x;
pospers->y=-bg->y+positionpers->y;
}
}
if(bg->y>0)
bg->y-=2;
}
break;
case SDLK_DOWN:
{ *dir=4;
init_vitesse (vit1,vit2,vit3,vit4);
pospers->x=-bg->x+positionpers->x;
pospers->y=-bg->y+positionpers->y;
if (!detecter_collision_background (imageDeFondCollision, *pospers))
{
*image=anim_down(mouvement);
(*mouvement)++;
bg->x -= 3;
bg->y -=(-1/9)*bg->x+2;
positionennemi->x -= 3;
positionennemi->y -=(-1/9)*positionennemi->x+2;
SDL_Delay(40);
}
else
{
while (detecter_collision_background (imageDeFondCollision, *pospers))
{
bg->x+=25;
bg->y+=25;
positionennemi->x+=25;
positionennemi->y+=25;
pospers->x=-bg->x+positionpers->x;
pospers->y=-bg->y+positionpers->y;
}
}
if(bg->y<-5000)
bg->y+=2;
}
break;
case SDLK_KP6 :
*dir=1;
pospers->x=-bg->x+positionpers->x;
pospers->y=-bg->y+positionpers->y;
if (!detecter_collision_background (imageDeFondCollision, *pospers))
{
*image=anim_right(mouvement);
(*mouvement)++;
*ok=-(*ok);
vitesse(*ok, vit1,vit2,vit3,vit4);
for (i=0; i<*vit1; i++)
{
bg->x -= 3;
bg->y +=(-1/9)*bg->x+2;
positionennemi->x -= 3;
positionennemi->y +=(-1/9)*positionennemi->x+2;
pospers->x=-bg->x+positionpers->x;
pospers->y=-bg->y+positionpers->y;
if (detecter_collision_background (imageDeFondCollision, *pospers))
break;
}
SDL_Delay(40);
break ;
}
else
{
while (detecter_collision_background (imageDeFondCollision, *pospers))
{
bg->x+=25;
bg->y-=25;
positionennemi->x+=25;
positionennemi->y-=25;
pospers->x=-bg->x+positionpers->x;
pospers->y=-bg->y+positionpers->y;
}
}
if(bg->x <-7000)
bg->x+=2;
break;
case SDLK_KP4 :
*dir=2;
pospers->x=-bg->x+positionpers->x;
pospers->y=-bg->y+positionpers->y;
if (!detecter_collision_background (imageDeFondCollision, *pospers))
{
*image=anim_left(mouvement);
(*mouvement)++;
*ok=-(*ok);
vitesse(*ok, vit2,vit1,vit3,vit4);
for (i=0; i<*vit2; i++)
{
bg->x += 3;
bg->y -=(-1/9)*bg->x+2;
positionennemi->x += 3;
positionennemi->y -=(-1/9)*positionennemi->x+2;
pospers->x=-bg->x+positionpers->x;
pospers->y=-bg->y+positionpers->y;
if (detecter_collision_background (imageDeFondCollision, *pospers))
break;
}
SDL_Delay(40);
break ;
}
else
{
while (detecter_collision_background (imageDeFondCollision, *pospers))
{
bg->x-=25;
bg->y+=25;
positionennemi->x-=25;
positionennemi->y+=25;
pospers->x=-bg->x+positionpers->x;
pospers->y=-bg->y+positionpers->y;
}
}
if(bg->x>0)
bg->x-=2;
break;
case SDLK_KP8 :
*dir=3;
pospers->x=-bg->x+positionpers->x;
pospers->y=-bg->y+positionpers->y;
if (!detecter_collision_background (imageDeFondCollision, *pospers))
{
*image=anim_up(mouvement);
(*mouvement)++;
*ok=-(*ok);
vitesse(*ok, vit3,vit2,vit1,vit4);
for (i=0; i<*vit3; i++)
{
bg->x += 3;
bg->y +=(-1/9)*bg->x+2;
positionennemi->x += 3;
positionennemi->y +=(-1/9)*positionennemi->x+2;
pospers->x=-bg->x+positionpers->x;
pospers->y=-bg->y+positionpers->y;
if (detecter_collision_background (imageDeFondCollision, *pospers))
break;
}
SDL_Delay(40);
break ;
}
else
{
while (detecter_collision_background (imageDeFondCollision, *pospers))
{
bg->x-=25;
bg->y-=25;
positionennemi->x-=25;
positionennemi->y-=25;
pospers->x=-bg->x+positionpers->x;
pospers->y=-bg->y+positionpers->y;
}
}
if(bg->y>0)
bg->y-=2;
break;
case SDLK_KP2 :
*dir=4;
pospers->x=-bg->x+positionpers->x;
pospers->y=-bg->y+positionpers->y;
if (!detecter_collision_background (imageDeFondCollision, *pospers))
{
*image=anim_down(mouvement);
(*mouvement)++;
*ok=-(*ok);
vitesse(*ok, vit4,vit2,vit3,vit1);
for (i=0; i<*vit4; i++)
{
bg->x -= 3;
bg->y -=(-1/9)*bg->x+2;
positionennemi->x -= 3;
positionennemi->y -=(-1/9)*positionennemi->x+2;
pospers->x=-bg->x+positionpers->x;
pospers->y=-bg->y+positionpers->y;
if (detecter_collision_background (imageDeFondCollision, *pospers))
break;
}
SDL_Delay(40);
break ;
}
else
{
while (detecter_collision_background (imageDeFondCollision, *pospers))
{
bg->x+=25;
bg->y+=25;
positionennemi->x+=25;
positionennemi->y+=25;
pospers->x=-bg->x+positionpers->x;
pospers->y=-bg->y+positionpers->y;
}
}
if(bg->y>0)
bg->y-=2;
break;
case SDLK_ESCAPE:
{
Smain(&cond);
if (cond==1)
{
break;
}
if (cond==2)
{
*save=1;
*quit=1;
}
if (cond==3)
{
*quit=1;
}
}
break;
}
// case SDL_MOUSEBUTTONUP :
// X=event.button.x;
// Y=event.button.y;
// sprintf(ch,"%d %d",pospers.x,pospers.y);
// texte = TTF_RenderText_Blended(police, ch, noir);
//mouvement_souris(X,Y,&pospers,imageDeFondCollision);
}
void sauvegarde (int *save,SDL_Rect *bg)
{
FILE *f=fopen("chemin","w");
fprintf (f," %d %d",bg->x,bg->y);
fclose(f);
}
void Reunion()
{
SDL_Surface *texte[]={NULL,NULL,NULL,NULL,NULL,NULL}, *fenetre=NULL;
TTF_Font *police = NULL;
SDL_Color noir = {0, 0, 0};
SDL_Init(SDL_INIT_VIDEO);
TTF_Init();
fenetre = SDL_SetVideoMode(1300, 700, 32, SDL_HWSURFACE | SDL_DOUBLEBUF);
police = TTF_OpenFont("western.ttf", 32);
SDL_Event event1;
SDL_Surface *restaurant,*question;
int compteur=1,R=0,Question=0,check=0;
SDL_Rect posquestion,posrestaurant,posq1uestion,posq1,posq2,posq3;
SDL_Rect posperso;
posquestion.x=450;
posquestion.y=200;
posrestaurant.x=200;
posrestaurant.y=-100;
posq1uestion.x=400;
posq1uestion.y=0;
posq1.x=450;
posq1.y=250;
posq2.x=450;
posq2.y=350;
posq3.x=450;
posq3.y=450;
restaurant=IMG_Load("map/kojina.png");
question= IMG_Load("entities/liste.png");
texte[0] = TTF_RenderText_Blended(police, "question ?", noir);
texte[1] = TTF_RenderText_Blended(police, "question1 ?", noir);
texte[2] = TTF_RenderText_Blended(police, "question2 ?", noir);
texte[3] = TTF_RenderText_Blended(police, "question3 ?", noir);
texte[4] = TTF_RenderText_Blended(police, "question4 ?", noir);
while(compteur != 0)
{
SDL_WaitEvent(&event1);
if(event1.key.keysym.sym == SDLK_ESCAPE)
compteur =0;
switch (event1.type)
{
case SDL_MOUSEBUTTONUP :
if (event1.button.button == SDL_BUTTON_LEFT)
{
if(check==0)
if (posq1.x <= event1.button.x && event1.button.x <= posq1.x + texte[1]->w && posq1.y <= event1.button.y && event1.button.y <= posq1.y + texte[1]->h)
{
texte[1] = TTF_RenderText_Blended(police, "question ?X", noir);
R=1;
check=1;
}
if(check==0)
if (posq2.x <= event1.button.x && event1.button.x <= posq2.x + texte[2]->w && posq2.y <= event1.button.y && event1.button.y <= posq2.y + texte[2]->h)
{
texte[2] = TTF_RenderText_Blended(police, "question ?X", noir);
R=2;
check=1;
}
if(check==0)
if (posq3.x <= event1.button.x && event1.button.x <= posq3.x + texte[3]->w && posq3.y <= event1.button.y && event1.button.y <= posq3.y + texte[3]->h)
{
texte[3] = TTF_RenderText_Blended(police, "question ?X", noir);
R=3;
check=1;
}
}
}
SDL_BlitSurface(restaurant,NULL, fenetre, &posrestaurant);
SDL_BlitSurface(question,NULL, fenetre, &posq1uestion);
SDL_BlitSurface(texte[0], NULL, fenetre, &posq1);
SDL_BlitSurface(texte[1], NULL, fenetre, &posq2);
SDL_BlitSurface(texte[2], NULL, fenetre, &posq3);
SDL_BlitSurface(texte[3], NULL,fenetre, &posquestion);
SDL_Flip(fenetre);
}
if(R==1 && Question==1)
{
printf("1");
}
else if(R==2 && Question==1)
{
printf("3");
}
else if(R==3 && Question==1)
{
printf("4");
}
else if(R==1 && Question==2)
{
printf("5");
}
else if(R==2 && Question==2)
{
printf("6");
}
else if(R==3 && Question==2)
{
printf("7");
}
else if(R==1 && Question==3)
{
printf("8");
}
else if(R==2 && Question==3)
{
printf("9");
}
else if(R==3 && Question==3)
{
printf("10");
}
TTF_CloseFont(police);
TTF_Quit();
}
int arduinoReadData(char *c)
{
char chemin[]="/dev/ttyACM0";
FILE*f;
f=fopen(chemin,"r");
if(f == NULL)
return(-1);
else
fscanf(f,"%c",c);
fclose(f);
return(0);
}
int arduinoWriteData(int k)
{
char chemin[]="/dev/ttyACM0";
FILE*f;
f=fopen(chemin,"w");
if(f == NULL)
return(-1);
fprintf(f,"%d\n",k);
fclose(f);
return(0);
}
void mvt_arduino (SDL_Rect *bg, SDL_Surface *imageDeFondCollision, SDL_Rect *positionpers, int *mouvement, SDL_Rect *pospers, SDL_Surface **image)
{
char a;
arduinoReadData(&a);
("%c",a);
if(strcmp(&a,"r")==0)
{
pospers->x=-bg->x+positionpers->x;
pospers->y=-bg->y+positionpers->y;
if (!detecter_collision_background (imageDeFondCollision, *pospers))
{
if(detecter_Pin(imageDeFondCollision, *pospers))
{
printf("1");
}
*image=anim_right(mouvement);
(*mouvement)++;
bg->x -= 3;
bg->y +=(-1/9)*bg->x+2;
SDL_Delay(40);
}
else
{
bg->x+=15;
bg->y-=15;
}
if(bg->x <-7000)
bg->x+=2;
}
if(strcmp(&a,"l")==0)
{
pospers->x=-bg->x+positionpers->x;
pospers->y=-bg->y+positionpers->y;
if (!detecter_collision_background (imageDeFondCollision, *pospers))
{
if(detecter_Pin(imageDeFondCollision, *pospers))
{
Reunion();
printf("1");
}
*image=anim_left(mouvement);
(*mouvement)++;
bg->x += 3;
bg->y -=(-1/9)*bg->x+2;
SDL_Delay(40);
}
else
{
bg->x-=15;
bg->y+=15;
}
if(bg->x>0)
bg->x-=2;
}
if(strcmp(&a,"u")==0)
{
pospers->x=-bg->x+positionpers->x;
pospers->y=-bg->y+positionpers->y;
if (!detecter_collision_background (imageDeFondCollision, *pospers))
{
if(detecter_Pin(imageDeFondCollision, *pospers))
{
Reunion();
printf("1");
}
*image=anim_up(mouvement);
(*mouvement)++;
bg->x += 3;
bg->y +=(-1/9)*bg->x+2;
SDL_Delay(40);
}
else
{
bg->x-=15;
bg->y-=15;
}
if(bg->y>0)
bg->y-=2;
}
if(strcmp(&a,"d")==0)
{
pospers->x=-bg->x+positionpers->x;
pospers->y=-bg->y+positionpers->y;
if (!detecter_collision_background (imageDeFondCollision, *pospers))
{
if(detecter_Pin(imageDeFondCollision, *pospers))
{
Reunion();
printf("1");
}
*image=anim_down(mouvement);
(*mouvement)++;
bg->x -= 3;
bg->y -=(-1/9)*bg->x+2;
SDL_Delay(40);
}
else
{
bg->x+=15;
bg->y+=15;
}
if(bg->y<-5000)
bg->y+=2;
}
}
void intro(SDL_Surface *fenetre)
{
SDL_Rect posintro;
posintro.x=200;
posintro.y=0;
SDL_Surface *introduction=IMG_Load("entities/intro_level1.png");
SDL_BlitSurface(introduction,NULL,fenetre,&posintro);
SDL_Flip(fenetre);
SDL_Delay(20000);
}