inline
void SchoolFish::applySeparation(Vector &accumulator)
{
FlockEntity *e = getNearestFlockEntity();
if (e)
{
const float dist = getNearestFlockEntityDist();
if (dist < separationDistance)
{
float ratio = dist / separationDistance;
if (ratio < minUrgency) ratio = minUrgency;
else if (ratio > maxUrgency) ratio = maxUrgency;
ratio *= strengthSeparation;
Vector change(e->position - this->position);
if (!change.isZero())
{
change.setLength2D(-ratio);
accumulator += change;
}
}
// Are we too far from nearest flockmate? Then Move Closer
/*
else if (dist > separationDistance)
change |= ratio;
*/
}
}
inline
void SchoolFish::applySeparation(Vector &accumulator)
{
FlockEntity *e = getNearestFlockEntity();
if (e)
{
Vector change;
float ratio;
change = e->position - this->position;
float nearestFlockEntityDist = change.getLength2D();
ratio = nearestFlockEntityDist / separationDistance;
if (ratio < minUrgency) ratio = minUrgency;
else if (ratio > maxUrgency) ratio = maxUrgency;
ratio *= strengthSeparation;
if (nearestFlockEntityDist < separationDistance)
{
if (!change.isZero())
change.setLength2D(-ratio);
//Change.SetMagnitudeOfVector(-Ratio)
// Are we too far from nearest flockmate? Then Move Closer
/*
else if (nearestFlockEntityDist > separationDistance)
change |= ratio;
*/
}
else
change = Vector(0,0,0);
// Add Change to Accumulator
/*
if Flock <> nil then
Flock.BoidApplyRule( Self, fbSeparation, Accumulator, Change );
*/
accumulator += change;
}
}
