public void RemoveSelfFromRopesByBalloonsController(bool p_canCreateNewInstanceFromController = true)
{
//Clear All Nodes To Recalc
List <RopesByBallons> v_structsThatContainBallon = RopesByBalloonsController.GetAllStructsWithBallon(this, p_canCreateNewInstanceFromController);
foreach (RopesByBallons v_struct in v_structsThatContainBallon)
{
if (v_struct != null && v_struct.Rope != null)
{
List <BalloonProperty> v_newDirectBallonsList = new List <BalloonProperty>(); // Used to Remove Nulls and Self;
List <BalloonProperty> v_newIndirectBallonsList = new List <BalloonProperty>(); // Used to Remove Nulls and Self;
foreach (BalloonProperty v_ballon in v_struct.DirectBallons)
{
if (v_ballon != null && v_ballon != this)
{
v_newDirectBallonsList.Add(v_ballon);
v_ballon.MarkToRecalcForce(false);
}
}
foreach (BalloonProperty v_ballon in v_struct.IndirectBallons)
{
if (v_ballon != null && v_ballon != this)
{
v_newIndirectBallonsList.Add(v_ballon);
v_ballon.MarkToRecalcForce(false);
}
}
v_struct.DirectBallons = v_newDirectBallonsList;
v_struct.IndirectBallons = v_newIndirectBallonsList;
}
}
}
public virtual void RecalcRopesMass()
{
float v_indirectSum = 0;
float v_directSum = 0;
List <RopesByBallons> v_structsThatContainBallon = RopesByBalloonsController.GetAllStructsWithBallon(this);
foreach (RopesByBallons v_struct in v_structsThatContainBallon)
{
if (v_struct != null && v_struct.Rope != null)
{
if (v_struct.DirectBallons.Contains(this))
{
float v_sumOfDirectIntensitys = 0;
foreach (BalloonProperty v_ballon in v_struct.DirectBallons)
{
if (v_ballon != null)
{
v_sumOfDirectIntensitys += v_ballon.GetIndependentForceIntensity();
}
}
float v_percent = v_sumOfDirectIntensitys == 0? 1 / v_struct.DirectBallons.Count : GetIndependentForceIntensity() / v_sumOfDirectIntensitys;
v_directSum += v_struct.Rope.GetMassAttachedToObject(this.gameObject) * v_percent; // Mass Of The Rope will be divided to all Direct Ballon
}
else if (v_struct.DirectBallons.Count <= 0 && v_struct.IndirectBallons.Contains(this)) // Only if no direct ballons plugged in this rope
{
float v_sumOfIndirectIntensitys = 0;
foreach (BalloonProperty v_ballon in v_struct.IndirectBallons)
{
if (v_ballon != null)
{
v_sumOfIndirectIntensitys += v_ballon.GetIndependentForceIntensity();
}
}
float v_percent = v_sumOfIndirectIntensitys == 0? 1 / v_struct.IndirectBallons.Count : GetIndependentForceIntensity() / v_sumOfIndirectIntensitys;
v_indirectSum += v_struct.Rope.GetRopeMass(true) * v_percent; // Mass Of The Rope will be divided to all Indirect Ballon
}
}
}
_sumOfPluggedRopesMass = v_directSum;
if (m_includeIndirectRopesInMassCalc)
{
_sumOfIndirectRopesMass = v_indirectSum;
}
else
{
_sumOfIndirectRopesMass = 0;
}
}
//Used To Calculate amount of Direct/Indirect Ballons plugged in Ropes(Need this to know correct amount of force needed to void ropes mass
public virtual void UpdateRopesByBalloonsController()
{
_waitOneCycle = true;
RemoveSelfFromRopesByBalloonsController();
List <RopesByBallons> v_structsThatContainBallon = RopesByBalloonsController.GetAllStructsWithBallon(this);
foreach (RopesByBallons v_struct in v_structsThatContainBallon)
{
if (v_struct != null && v_struct.Rope != null)
{
if (!v_struct.DirectBallons.RemoveChecking(this))
{
v_struct.IndirectBallons.RemoveChecking(this);
}
}
}
if (m_includeIndirectRopesInMassCalc)
{
//Get Indirect Ropes and Add in Ballons indirect Plugged in this ropes
foreach (Rope2D v_indirectRope in RopesAttachedComponent.IndirectRopes)
{
if (v_indirectRope != null)
{
RopesByBallons v_struct = RopesByBalloonsController.GetRopeByBallonStructure(v_indirectRope, true);
if (v_struct != null)
{
v_struct.IndirectBallons.AddChecking(this);
}
}
}
}
//Get direct Ropes and Add in Ballons Plugged in this ropes
foreach (Rope2D v_directRope in RopesAttachedComponent.PluggedRopes)
{
if (v_directRope != null)
{
RopesByBallons v_struct = RopesByBalloonsController.GetRopeByBallonStructure(v_directRope, true);
if (v_struct != null)
{
v_struct.DirectBallons.AddChecking(this);
}
}
}
}
