// brick ball collision handler
void brick_ball(sprite_t* s1, sprite_t* s2)
{
sprite_t* ball;
sprite_t* brick;
unsigned int collision_direction;
ball = s1->type == BALL_SPRITE ? s1 : s2;
brick = s1->type == BRICK_SPRITE ? s1 : s2;
collision_direction = detect_collision(ball, brick);
if (collision_direction == NORTH_COLLISION ||
collision_direction == SOUTH_COLLISION )
breakout_data.ball_speed_y = -breakout_data.ball_speed_y;
if (collision_direction == EAST_COLLISION ||
collision_direction == WEST_COLLISION )
breakout_data.ball_speed_x = -breakout_data.ball_speed_x;
ball_tick(ball);
breakout_data.num_bricks--;
if (breakout_data.num_bricks)
{
//sound_play_enemy_killed();
sound_play_shoot();
}
else
{
sound_play_big_explosion();
}
sprite_release(&breakout_sprites_vector, brick);
}
// ball paddle collision handler
void ball_paddle(sprite_t* s1, sprite_t* s2)
{
sprite_t* ball;
sprite_t* paddle;
unsigned int collision_direction;
ball = s1->type == BALL_SPRITE ? s1 : s2;
paddle = s1->type == PADDLE_SPRITE ? s1 : s2;
sound_play_fast_invader(0);
collision_direction = detect_collision(paddle, ball);
if (collision_direction == NORTH_COLLISION && breakout_data.ball_speed_y > 0 )
//|| collision_direction == SOUTH_COLLISION )
{
breakout_data.ball_speed_y = -breakout_data.ball_speed_y;
breakout_data.ball_speed_x += breakout_data.paddle_speed_x / 8;
// Make sure the ball is above the paddle to avoid multiple collition between the ball and the paddle
ball->center_pos_y = paddle->center_pos_y - (paddle->size_y_div_2 + ball->size_y_div_2);
}
if (collision_direction == EAST_COLLISION ||
collision_direction == WEST_COLLISION )
{
breakout_data.ball_in_play = false;
sprite_release(&breakout_sprites_vector, ball);
}
}
void ball_tick(sprite_t* sprite)
{
sprite->center_pos_x += breakout_data.ball_speed_x;
sprite->center_pos_y += breakout_data.ball_speed_y;
if ( (sprite->center_pos_x <= sprite->size_x_div_2 && breakout_data.ball_speed_x < 0) ||
(sprite->center_pos_x >= ( (SCREENW << 8) - sprite->size_x_div_2 ) && breakout_data.ball_speed_x > 0 ) )
breakout_data.ball_speed_x = -breakout_data.ball_speed_x;
if ( sprite->center_pos_y <= sprite->size_y_div_2 && breakout_data.ball_speed_y < 0)
breakout_data.ball_speed_y = -breakout_data.ball_speed_y;
if (sprite->center_pos_y >= (SCREENH << 8) && breakout_data.ball_speed_y > 0 )
{
breakout_data.ball_in_play = false;
sprite_release(&breakout_sprites_vector, sprite);
}
}
void scorekeeper()
{
char cbuf[500];
char cbuf2[40];
sprite_t *s;
int i;
update_teams_score(nbTeams,nbPlayers);
int endOfGame=0;
int maxscore = 0;
/** une équipe atteint le score max**/
for (i = 0; i < nbTeams; i++){
if (teams[i].points>=max_points)
endOfGame=1;
if (teams[i].points>maxscore)
maxscore=teams[i].points;
}
/** le temps est écoulé **/
if (sprite_global.game_clock>timeToStop)
endOfGame=1;
if(endOfGame){
sprintf(cbuf,"Les gagnants sont :\n");
for (i = 0; i < nbTeams; i++){
if(teams[i].points==maxscore){
/*<string-array name="colors">
<item>vert Clair</item>
<item>Rouge</item>
<item>Bleu</item>
<item>Jaune</item>
<item>Turquoise</item>
<item>Violet</item>
<item>Orange</item>
<item>Gris</item>
<item>Vert Foncé</item>
<item>Bleu Foncé</item>
</string-array>*/
switch (i){
case 0:
sprintf(cbuf2," Les Verts Clairs \n");
break;
case 1:
sprintf(cbuf2," Les Rouges \n");
break;
case 2:
sprintf(cbuf2," Les Bleus \n");
break;
case 3:
sprintf(cbuf2," Les Jaunes \n");
break;
case 4:
sprintf(cbuf2," Les Turquoises \n");
break;
case 5:
sprintf(cbuf2," Les Violets \n");
break;
case 6:
sprintf(cbuf2," Les Oranges \n");
break;
case 7:
sprintf(cbuf2," Les Gris \n");
break;
case 8:
sprintf(cbuf2," Les Verts Foncés \n");
break;
case 9:
sprintf(cbuf2," Les Bleus Foncés \n");
break;
default:
break;
}
//sprintf(cbuf2," Team %d\n",i);
strcat(cbuf,cbuf2);
}
}
sprintf(cbuf2,"\n\n %d points\n",maxscore);
strcat(cbuf,cbuf2);
message_time(cbuf,10);
message_time("Starting in 3",1);
message_time("Starting in 2",1);
message_time("Starting in 1",1);
message_time("GO !",1);
init_spawn_delays();
int j;
for (j = 0; j< nbTeams; j++){
teams[j].points=0;
}
for (j = 0; j < playerCount; j++){
players[j].points=0;
sprite_kill(players[j].sprite);
}
timeToStop=sprite_global.game_clock+1000*cfgnum("game.max_duration",60);
return;
}
for (i = 0; i < playerCount; i++)
{
if (!sprite_isvalid(&(players[i].controller->target)))
{
if (!players[i].spawnTimer){
sprite_release(&(players[i].sprite));
sprite_timer_set(&(players[i].spawnTimer),players[i].timeBeforeRespawn);
printf("timer set player %d %d\n", i ,players[i].timeBeforeRespawn );
}else{
if (sprite_timer_finished(players[i].spawnTimer)){
s = sprite_create(players[i].sprite_type,&players[i]);
sprite_aquire(s, &(players[i].sprite));
sprite_aquire(players[i].sprite, &(players[i].controller->target));
assert(sprite_isvalid(&(players[i].controller->target)));
s = players[i].sprite;
sprite_group_insert(mech_group, s);
sprite_set_pos(s, players[i].startpos[0], players[i].startpos[1]);
players[i].spawnTimer=NULL;
}
}
}
}
}
