public void birthNew(Amoeba agent, AbstractEnvironmentType env)
{
//if (agent.curx <= 4 || agent.curx >= env.u - 4 || agent.cury <= 4 || agent.cury >= env.v - 4 || agent.curz <= 4 || agent.curz >= env.w - 4)
// return;
if (env.isOutsideBorderRangeByIndex(agent.curx, agent.cury, agent.curz))
{
return;
}
//if (agent.curx == agent.cury || agent.curx == agent.curz)
// return;
Point3d newPos = env.getNeighbourhoodFreePosByIndex(agent.curx, agent.cury, agent.curz, 1, util);
if (newPos.X == -1 || newPos.Y == -1 || newPos.Y == -1)
{
return;
}
_current_id++;
int thisindex = _current_id - 1;
Amoeba newAmo = new Amoeba(thisindex);
newAmo.initializeAmoeba(newPos.X, newPos.Y, newPos.Z, env, util);
newAmo.prev_loc = agent.Location;
//newAmo.initializeAmoeba(agent.curx, agent.cury, agent.curz, 2, _grid, util);
newAmo.selectRandomDirection(env, util, agent.orientation);
//Amoeba newAmo = new Amoeba(_current_population - 1, _sense_angle, _rotate_angle, _sense_offset, _detectDir, _death_distance, _speed, _pcd, _depT);
//Point3d birthPlace = _grid.getRandomBirthPlace(util);
//newAmo.initializeAmoeba((int) birthPlace.X, (int) birthPlace.Y, (int) birthPlace.Z, 3, _grid, util);
//newAmo._guide_factor = guide_factor;
_toborn_population.Add(newAmo);
}