/*- -------------------------------------------------------------- -*/
void ResearchRobot::operate(Map& m){
flagDeployedThisRound = false;
checkRobotDeath(); // checking to see if the robot must be removed from the map
if (m.dangers[get_pos_x()][get_pos_y()] >= 0.6) { // this area is considered dangerous
m.flags[get_pos_x()][get_pos_y()] = true; // setting down a flag so that other robots can avoid this area
flagsDeployed++; // increase the flags counter for this robot
flagDeployedThisRound = true; // deployed a flag
}
}
void map::Tower3::fire(){
time=clock.getElapsedTime();
timeInt=time.asMilliseconds()+20;
if(timeInt%600<20){
int destination=int(rand())%4+1;
Projectile1 *wsk=new Projectile1(get_pos_x()+10, get_pos_y()+5, "Grafika/fball.png", speed, 10, 10, destination);
projectiles.push_back(wsk);
clock.restart();
}
}
float get_y(t_scene *scene, t_grille *grille, int pos)
{
t_bunny_position palier;
float y;
y = 0;
palier.x = grille->start_y + 10 + get_pos_y(y, grille);
palier.y = grille->start_y + 10 + get_pos_y(++y, grille);
if (pos < palier.x)
return (-1);
while (pos > palier.y && y < scene->size.y)
{
palier.x = palier.y;
palier.y = grille->start_y + 10 + get_pos_y(++y, grille);
}
if (pos > palier.y)
return (-1);
y += (float)((float)(pos - palier.x) / (float)(palier.y - palier.x));
return (y - 1);
}