public void doDeathTest(AbstractEnvironmentType env)
{
//shuffleOrder();
/*
* System.Threading.Tasks.Parallel.ForEach(population, amo =>
* {
* if (amo._die )
* {
* _grid.clearGridCellByIndex(amo.curx, amo.cury, amo.curz);
* _todie_population.Add(amo);
* //population.Remove(amo);
* _current_population--;
* }
* });
*/
foreach (Amoeba amo in population)
{
if (amo._die)
{
env.clearGridCellByIndex(amo.curx, amo.cury, amo.curz);
_todie_id.Add(amo.ID);
//population.Remove(amo);
//_current_population--;
}
}
}
public void occupyCell(int x, int y, int z, AbstractEnvironmentType env)
{
env.clearGridCellByIndex(curx, cury, curz);
env.occupyGridCellByIndex(tempx, tempy, tempz, ID);
curx = tempx;
cury = tempy;
curz = tempz;
resetFloatingPointPosition(env);
if (_moved_successfully)
{
env.increaseTrailByIndex(curx, cury, curz, _ca_torealease);
}
}
public void occupyCell(int x, int y, int z, AbstractEnvironmentType env)
{
env.clearGridCellByIndex(curx, cury, curz);
env.occupyGridCellByIndex(tempx, tempy, tempz, ID);
curx = tempx;
cury = tempy;
curz = tempz;
resetFloatingPointPosition(env);
if (_moved_successfully)
env.increaseTrailByIndex(curx, cury, curz, _ca_torealease);
}
public void doMotorBehaviors(AbstractEnvironmentType env, Libutility util)
{
_distance_traveled++;
prev_loc = Location;
//_cur_speed = _max_speed * (1 - _distance_traveled / _deathDistance);
_cur_speed = PhysaSetting._speed;
if (env.getGriddataByIndex(curx, cury, curz) == 1)
_distance_traveled = 0;
_moved_successfully = false;
if (util.getRandDouble() < PhysaSetting._pcd)
{
selectRandomDirection(env, util);
resetFloatingPointPosition(env);
return;
}
Point3d curLoc = Location;
curLoc.Transform(Transform.Translation(orientation));
//Location = curLoc;
tempfloatx = (float)curLoc.X;
tempfloaty = (float)curLoc.Y;
tempfloatz = (float)curLoc.Z;
switch (PhysaSetting.border_type)
{
case 0:
if(env.constrainPos(ref tempfloatx, ref tempfloaty, ref tempfloatz,0))
selectRandomDirection(env, util);
break;
case 1:
env.constrainPos(ref tempfloatx, ref tempfloaty, ref tempfloatz, 1);
break;
case 2:
env.constrainPos(ref tempfloatx, ref tempfloaty, ref tempfloatz, 0);
orientation = env.bounceOrientation(curLoc, orientation);
break;
default:
break;
}
//if(env.constrainPos(ref tempfloatx, ref tempfloaty, ref tempfloatz))
// selectRandomDirection(util);
Point3d temppos = env.getIndexByPosition(tempfloatx, tempfloaty, tempfloatz);
tempx = (int)temppos.X;
tempy = (int)temppos.Y;
tempz = (int)temppos.Z;
if (env.isOccupidByParticleByIndex(tempx, tempy, tempz))
{
selectRandomDirection(env,util);
return;
}
else if (env.isWithinObstacleByIndex(tempx, tempy, tempz) && util.getRandDouble() > PhysaSetting.escape_p)
{
selectRandomDirection(env,util);
return;
}
else
{
_moved_successfully = true;
Location = env.projectLocationToEnv(new Point3d(tempfloatx, tempfloaty, tempfloatz));
env.clearGridCellByIndex(curx, cury, curz);
//env.agedata[curx, cury, curz]++;
env.occupyGridCellByIndex(tempx, tempy, tempz, ID);
curx = tempx;
cury = tempy;
curz = tempz;
//float trailIncrement = calculateTrailIncrement(util);
//env.increaseTrailByIndex(curx, cury, curz, trailIncrement);
env.increaseTrailByIndex(curx, cury, curz, _ca_torealease);
//if (_moved_successfully && !_die && _distance_traveled % division_frequency_test == 0)
if (_moved_successfully && !_die)
doDivisionTest(env);
}
}
public void doMotorBehaviors(AbstractEnvironmentType env, Libutility util)
{
_distance_traveled++;
prev_loc = Location;
//_cur_speed = _max_speed * (1 - _distance_traveled / _deathDistance);
_cur_speed = PhysaSetting._speed;
if (env.getGriddataByIndex(curx, cury, curz) == 1)
{
_distance_traveled = 0;
}
_moved_successfully = false;
if (util.getRandDouble() < PhysaSetting._pcd)
{
selectRandomDirection(env, util);
resetFloatingPointPosition(env);
return;
}
Point3d curLoc = Location;
curLoc.Transform(Transform.Translation(orientation));
//Location = curLoc;
tempfloatx = (float)curLoc.X;
tempfloaty = (float)curLoc.Y;
tempfloatz = (float)curLoc.Z;
switch (PhysaSetting.border_type)
{
case 0:
if (env.constrainPos(ref tempfloatx, ref tempfloaty, ref tempfloatz, 0))
{
selectRandomDirection(env, util);
}
break;
case 1:
env.constrainPos(ref tempfloatx, ref tempfloaty, ref tempfloatz, 1);
break;
case 2:
env.constrainPos(ref tempfloatx, ref tempfloaty, ref tempfloatz, 0);
orientation = env.bounceOrientation(curLoc, orientation);
break;
default:
break;
}
//if(env.constrainPos(ref tempfloatx, ref tempfloaty, ref tempfloatz))
// selectRandomDirection(util);
Point3d temppos = env.getIndexByPosition(tempfloatx, tempfloaty, tempfloatz);
tempx = (int)temppos.X;
tempy = (int)temppos.Y;
tempz = (int)temppos.Z;
if (env.isOccupidByParticleByIndex(tempx, tempy, tempz))
{
selectRandomDirection(env, util);
return;
}
else if (env.isWithinObstacleByIndex(tempx, tempy, tempz) && util.getRandDouble() > PhysaSetting.escape_p)
{
selectRandomDirection(env, util);
return;
}
else
{
_moved_successfully = true;
Location = env.projectLocationToEnv(new Point3d(tempfloatx, tempfloaty, tempfloatz));
env.clearGridCellByIndex(curx, cury, curz);
//env.agedata[curx, cury, curz]++;
env.occupyGridCellByIndex(tempx, tempy, tempz, ID);
curx = tempx;
cury = tempy;
curz = tempz;
//float trailIncrement = calculateTrailIncrement(util);
//env.increaseTrailByIndex(curx, cury, curz, trailIncrement);
env.increaseTrailByIndex(curx, cury, curz, _ca_torealease);
//if (_moved_successfully && !_die && _distance_traveled % division_frequency_test == 0)
if (_moved_successfully && !_die)
{
doDivisionTest(env);
}
}
}