private void influenceSingleObjectByWind(IInfluenceableByWind _influencableObject)
{
if(m_listExistingLinearWinds.Count > 0)
{
Vector3 v3ObjectPosition = _influencableObject.Position;
Vector3 v3ResultngWindDirection = new Vector3();
float fResultingWindForce = 0f;
foreach(LinearWind wind in m_listExistingLinearWinds)
{
Ray ray = new Ray(wind.Position, wind.Direction);
Vector3 v3NearestPointOnRay = MathHelper.v3GetNearestPointOnRay(ray, v3ObjectPosition);
float fSmallestDistanceObjectWind = MathHelper.fGetSmallestDistanceToStraight(ray, v3NearestPointOnRay, v3ObjectPosition);
if(fSmallestDistanceObjectWind < wind.Radius) {
fResultingWindForce += (wind.Radius / fSmallestDistanceObjectWind * wind.Force);
v3ResultngWindDirection += wind.Direction.normalized;
}
}
if (fResultingWindForce > 0) {
_influencableObject.influence(v3ResultngWindDirection.normalized, fResultingWindForce);
}
}
}
private void addBalloonToInfluenceableByWindList()
{
IInfluenceableByWind goInfluenceableByWind = m_goBalloon.GetComponent<IInfluenceableByWind>();
if (!m_listInfluenceablesByWind.Contains(goInfluenceableByWind))
{
m_listInfluenceablesByWind.Add(goInfluenceableByWind);
}
}
public void addObjectInfluenceableByWind(IInfluenceableByWind _influenceableObject)
{
m_listInfluenceablesByWind.Add(_influenceableObject);
}
