int affichage_apres_tournoi (combattant * cbt, int nb_combattants){
temps current_time, refresh_diff_time, refresh_previous_time;
bool quitter;
/* On remplit la fenetre de la couleur de fond */
buff_rect(0,0,W_FENETRE,H_FENETRE,CLR_BACKGROUND);
/* On met le logo */
buff_element (EL_LOGO, (W_FENETRE-400)/2 ,0);
buff_ecrire_texte_xaligncenter ("Voici le classement final des combattants",120,2,CLR_TEXTE_DEFAUT);
buff_classement_combattants (cbt, nb_combattants, 10, 150, W_FENETRE-20, H_FENETRE -200 );
buff_ecrire_texte_xaligncenter ("Appuyez sur n'importe quelle touche pour quitter.",H_FENETRE-20,1,CLR_TEXTE_INFO);
refresh_previous_time=get_temps();
quitter=FAUX;
while(!quitter)
{
current_time=get_temps();
quitter = pressanykey();
if(quitter==QUITTER_AFFICHAGE)
return QUITTER_AFFICHAGE;
refresh_diff_time=current_time-refresh_previous_time;
if(refresh_diff_time > REFRESH_TIME)
{
flip();
refresh_previous_time=current_time;
}
else
if(!quitter)
{
delay(REFRESH_TIME - refresh_diff_time); // pause le temps qu'il reste
}
}
return 0;
}
int init_local() {
// Connect to SQL database
dbmsg_connect();
// Populate the temperature array
get_temps();
// Get Product Temperature Setting
desired_product_temp = get_desired_temp();
// Initialize the hardware interface
if (!bcm2835_init()) {
return -1;
}
// Set all appropriate GPIO pins to outputs
bcm2835_gpio_fsel(HEAT1, GPOUT);
bcm2835_gpio_fsel(HEAT2, GPOUT);
bcm2835_gpio_fsel(HEAT3, GPOUT);
bcm2835_gpio_fsel(HEAT4, GPOUT);
bcm2835_gpio_fsel(FAN, GPOUT);
// Determine message source
source = LOCAL;
return 0;
}
int main(void)
{
while (TRUE)
{
printf("\nTemperature Plotting Program Menu\n");
printf("\tE - Enter temperatures for scratchpad\n");
printf("\tS - Store scratchpad to disk\n");
printf("\tR - Read disk file to scratchpad\n");
printf("\tT - Table view of current data\n");
printf("\tG - Graph view of current data\n");
printf("\tX - Exit the program\n");
printf("\nPress one of the above keys: ");
switch (toupper(getche()))
{
case 'E':
get_temps();
break;
case 'S':
save_temps();
break;
case 'R':
read_temps();
break;
case 'T':
table_view();
break;
case 'G':
graph_view();
break;
case 'X':
exit(0);
}
}
}
float retourner_fps (void)
{
temps t = get_temps()-env.dernier_rafraichissement;
if(t)
return (1000000.0/(float)(t));
else
return 0.0;
}
int affichage_apres_execution_instruction (int num_programme)
{
actions_sur_pression_touche_combat ();
if(env.mode == MODE_MAXSPEED_NODISPLAY)
return 0;
temps debut;
temps refresh_previous_time, current_time, refresh_diff_time, temps_fin;
bool quitter;
buff_zone_mem();
buff_stepbar(env.current_step, LIMIT_CYCLE, CLR_STEPBAR);
buff_stat_prog(num_programme);
buff_instruction_prog(num_programme);
buff_instruction_selection(!num_programme); // prochain prog
flip();
refresh_previous_time=debut=get_temps();
temps_fin=env.waitingtime;
if(env.mode == MODE_MAXSPEED_WITHDISPLAY)
quitter=VRAI;
else
quitter=FAUX;
while(!quitter)
{
if(actions_sur_pression_touche_combat ()==QUITTER_AFFICHAGE)
return QUITTER_AFFICHAGE;
current_time=get_temps();
refresh_diff_time=current_time-refresh_previous_time;
quitter = ((current_time-debut) > temps_fin);
if(env.mode != MODE_NORMAL)
quitter=VRAI;
if(refresh_diff_time > REFRESH_TIME)
{
//printf("%f\n",retourner_fps());
flip(); // update_dernier_rafraichissement();
refresh_previous_time=current_time;
}
else
if(!quitter)
{
delay(REFRESH_TIME - refresh_diff_time); // pause le temps qu'il reste
}
}
return 0;
}
int affichage_apres_round(int gagnant)
{
if(actions_sur_pression_touche_combat ()==QUITTER_AFFICHAGE)
return QUITTER_AFFICHAGE;
if(env.mode == MODE_MAXSPEED_NODISPLAY)
return 0;
temps debut;
temps refresh_previous_time, current_time, refresh_diff_time, temps_fin;
bool quitter;
// On travaille avec un cycle de taille limit_clign
int limit_clign = TIME_END_MATCH / (REFRESH_TIME*NB_CLIGN);
int iclign = 0;
bool affiche_texte=FAUX;
char * inf = info_fin_round2string( gagnant );
int x,y,w,h; // zone prise par le texte
x = (W_FENETRE - TailleChaineEcran(inf,2))/2;
y = H_FENETRE/2 - 50 - TailleSupPolice(2);
w = TailleChaineEcran(inf,2);
h = TailleSupPolice(2) + TailleInfPolice(2);
x=x-5;
y=y-4;
w=w+10;
h=h+10;
couleur_role clr_back, clr_texte;
if(gagnant==-1)
{
clr_back=CLR_BACKGROUND;
clr_texte=CLR_TEXTE_INFO;
}
else if(gagnant==0)
{
clr_back=CLR_CASE_P0;
clr_texte=CLR_PROG0;
env.mem_owner [ env.ip[1] ] = OWNER_P1_KILL;
env.need_rebuff[ env.ip[1] ] = VRAI;
buff_zone_mem();
}
else if(gagnant==1)
{
clr_back=CLR_CASE_P1;
clr_texte=CLR_PROG1;
env.mem_owner [ env.ip[0] ] = OWNER_P0_KILL;
env.need_rebuff[ env.ip[0] ] = VRAI;
buff_zone_mem();
}
/* On sauvegarde la zone 'sans texte' dans save (depuis buffer),
* On ecrit le texte dans buffer,
* On copie la zone 'avec texte' dans save
*/
save_buff_zone (x,y,w,h,0,0);
buff_rect (x,y,w,h,clr_back);
buff_combat_text_info (inf, clr_texte);
free(inf);
inf=NULL;
save_buff_zone (x,y,w,h,0,100);
refresh_previous_time=debut=get_temps();
temps_fin=env.waitingtime;
quitter=FAUX;
while(!quitter)
{
current_time=get_temps();
quitter = ((current_time-debut) > TIME_END_MATCH);
if(actions_sur_pression_touche_combat ()==QUITTER_AFFICHAGE)
return QUITTER_AFFICHAGE;
if ( iclign==limit_clign )
{
iclign= 0;
buff_save_zone (0,(affiche_texte)?100:0,w,h,x,y);
affiche_texte = !affiche_texte;
}
else
iclign ++;
refresh_diff_time=current_time-refresh_previous_time;
if(refresh_diff_time > REFRESH_TIME)
{
flip();
refresh_previous_time=current_time;
}
else
if(!quitter)
{
delay(REFRESH_TIME - refresh_diff_time); // pause le temps qu'il reste
}
}
return 0;
}
int affichage_avant_combat (liste_combat l, combattant * cbt, int nb_combattants)
{
temps current_time, refresh_diff_time, refresh_previous_time;
bool quitter;
char * s = malloc(sizeof(char) * 128);
int count;
/* On remplit la fenetre de la couleur de fond */
buff_rect(0,0,W_FENETRE,H_FENETRE,CLR_BACKGROUND);
/* On met le logo */
buff_element (EL_LOGO, (W_FENETRE-400)/2 ,0);
buff_ecrire_texte_xaligncenter ("Tournoi en cours",120,2,CLR_TEXTE_DEFAUT);
buff_ecrire_texte("combats :",100,200,2,CLR_TEXTE_DEFAUT);
buff_liste_combat (l,10,220,350,300);
count=count_combat_restant(l);
if(count>=2)
snprintf(s,127,"Il reste %d combats.",count);
else if(count==1)
snprintf(s,127,"Il reste un combat.");
else
snprintf(s,127,"Il ne reste plus de combats.");
buff_ecrire_texte(s,50,550,2,CLR_TEXTE_DEFAUT);
buff_ecrire_texte("TOP 5 des combattants :",440,200,2,CLR_TEXTE_DEFAUT);
buff_top5_combattants(cbt, nb_combattants, 500, 250, 300, 350);
buff_ecrire_texte_xaligncenter ("Appuyez sur n'importe quelle touche pour Lancer le combat.",H_FENETRE-20,1,CLR_TEXTE_INFO);
free(s);
refresh_previous_time=get_temps();
quitter=FAUX;
while(!quitter)
{
current_time=get_temps();
quitter = pressanykey();
if(quitter==QUITTER_AFFICHAGE)
return QUITTER_AFFICHAGE;
refresh_diff_time=current_time-refresh_previous_time;
if(refresh_diff_time > REFRESH_TIME)
{
flip();
refresh_previous_time=current_time;
}
else
if(!quitter)
{
delay(REFRESH_TIME - refresh_diff_time); // pause le temps qu'il reste
}
}
// Apres l'affichage de la liste
buff_combat_new();
buff_waitingtime();
buff_changemode();
return 0;
}
void DEBUG_temps_perdu (void)
{
printf("temps perdu: %f\n",(get_temps()-env.dernier_rafraichissement)/1000000.0); update_dernier_rafraichissement();
}
temps retourner_temps_passe (void)
{
return get_temps()-env.dernier_rafraichissement;
}
void update_dernier_rafraichissement (void)
{
env.dernier_rafraichissement = get_temps();
}