CObject *CGame::add_enemy_car(int type,long y)
{
CObject *o=0;
int i,j;
int left=0,right=dx;
bool coll,last_coll;
if (type==0) o=(CObject *)new CEnemyNormalCarObject(0,y,enemy_tiles[1],0,this);
if (type==1) o=(CObject *)new CEnemyRacerCarObject(0,y,enemy_tiles[0],0,this);
if (type==2) o=(CObject *)new CEnemySlidderCarObject(0,y,enemy_tiles[2],0,this);
if (type==3) o=(CObject *)new CEnemyTruckObject(0,y,enemy_tiles[3],0,this);
if (type==4) o=(CObject *)new CFuelObject(0,y,extra_tiles[0],this);
if (type==5) o=(CObject *)new CEnemyFastCarObject(0,y,enemy_tiles[0],0,this);
if (o==0) return 0;
/* Find a proper 'x': */
coll=last_coll=false;
for(i=0,j=0;i<dx && j<2;i+=4) {
coll=(object_collision(i,0,o,CONSTITUTION_SOLID|CONSTITUTION_CAR)!=0 ? true:false);
if (j==0 && last_coll && !coll) {
left=i;
j=1;
} /* if */
if (j==1 && !last_coll && coll) {
right=i-4;
j=2;
} /* if */
last_coll=coll;
} /* for */
if (left==0 || right==dx || left>right) {
delete o;
return 0;
} /* if */
if (type==0 ||
type==1 ||
type==2 ||
type==5) {
CEnemyCarObject *po=(CEnemyCarObject *)o;
po->x=int(left+8+(rand()%(right-left-16)));
if (abs(po->x-left)<abs(po->x-right)) {
po->following_right_border=false;
po->distance_to_border=(po->x-left);
} else {
po->following_right_border=true;
po->distance_to_border=(right-po->x);
} /* if */
} /* if */
if (type==3) o->x=int(left+8+(rand()%(right-left-16)));
if (type==4) o->x=(left+right)/2;
objects.Insert(o);
return o;
} /* CGame::add_enemy_car */
CObject *CGame::add_obstacle(int type,long y)
{
CObject *o=0;
int i,j;
int left=0,right=dx;
bool coll,last_coll;
if (type==0) o=(CObject *)new CObject(0,y,extra_tiles[6],CONSTITUTION_OIL,this);
if (type==1) o=(CObject *)new CObject(0,y,extra_tiles[7],CONSTITUTION_WATER,this);
if (type==2) o=(CObject *)new CObject(0,y,extra_tiles[8],CONSTITUTION_SOLID,this);
if (o==0) return 0;
/* Find a proper 'x': */
coll=last_coll=false;
for(i=0,j=0;i<dx && j<2;i+=4) {
coll=(object_collision(i,0,o,CONSTITUTION_SOLID)!=0 ? true:false);
if (j==0 && last_coll && !coll) {
left=i;
j=1;
} /* if */
if (j==1 && !last_coll && coll) {
right=i-4;
j=2;
} /* if */
last_coll=coll;
} /* for */
if ((right-left)<80) {
/* There's no space: */
delete o;
return 0;
} /* if */
o->x=int(left+8+(rand()%(right-left-16)));
objects.Insert(o);
return o;
} /* CGame::add_obstacle */
void update_gamestate(Outbreak * outbreak) {
if (!outbreak->paused) {
object_update_position(outbreak->player);
if (object_offscreen(outbreak->player)) {
set_object_x(outbreak->player, (object_direction_x(outbreak->player) == DIRECTION_LEFT) ? 0 : SCREEN_WIDTH - object_width(outbreak->player));
}
if (ball_magnetized(outbreak->ball)) {
set_object_x(outbreak->ball, object_x(outbreak->player) + (object_width(outbreak->player) - object_width(outbreak->ball)) / 2.0f);
}
object_update_x(outbreak->ball);
if (object_offscreen(outbreak->ball)) {
set_object_x(outbreak->ball, (object_direction_x(outbreak->ball) == DIRECTION_LEFT) ? 0 : SCREEN_WIDTH - object_width(outbreak->ball));
object_bounce_x(outbreak->ball);
} else if (object_collision(outbreak->player, outbreak->ball)) {
object_rollback_x(outbreak->ball);
object_bounce_x(outbreak->ball);
} else {
int i;
for (i = 0; i < outbreak->num_blocks; i++) {
if (object_collision(outbreak->ball, outbreak->blocks[i])) {
hit_block(outbreak->blocks[i]);
if (outbreak->blocks[i]->health == 0) {
remove_block(outbreak, outbreak->blocks[i]);
}
object_rollback_x(outbreak->ball);
object_bounce_x(outbreak->ball);
break;
}
}
}
object_update_y(outbreak->ball);
if (object_y(outbreak->ball) >= SCREEN_HEIGHT) {
outbreak->quit = TRUE;
} else if (object_y(outbreak->ball) < 0) {
set_object_y(outbreak->ball, 0);
object_bounce_y(outbreak->ball);
} else if (object_collision(outbreak->player, outbreak->ball)) {
object_rollback_y(outbreak->ball);
object_bounce_y(outbreak->ball);
set_object_angle(outbreak->ball, object_angle(outbreak->ball) - ((object_x(outbreak->ball) - object_x(outbreak->player)) - (object_width(outbreak->player) + object_width(outbreak->ball)) / 2.0f) * PADDLE_CURVINESS);
} else {
int i;
for (i = 0; i < outbreak->num_blocks; i++) {
if (object_collision(outbreak->ball, outbreak->blocks[i])) {
hit_block(outbreak->blocks[i]);
if (outbreak->blocks[i]->health == 0) {
remove_block(outbreak, outbreak->blocks[i]);
}
object_rollback_y(outbreak->ball);
object_bounce_y(outbreak->ball);
break;
}
}
}
if (!ball_magnetized(outbreak->ball)) {
set_object_speed(outbreak->ball, object_speed(outbreak->ball) + BALL_ACCELERATION);
}
}
}
