public void FireProjectile(AffectedProjectile projectile)
{
int index = -1;
//{TODO} Could redo this with 'LinqE.FindIndex()'
for (int i = 0; i < projectilePool.Length; i++)
{
if (projectilePool[i] == null || !projectilePool[i].Active)
{
index = i;
break;
}
}
if (index != -1)
{
projectilePool[index] = projectile;
projectile.Active = true;
}
else
{
projectileOverflow.Enqueue(projectile);
}
//if (PoolSize == 0)
// Debug.LogError("Must have a poolsize of atleast '1' to fire a projectile");
//AffectedProjectile projectile = projectilePool.First(n => !n.Active);
//projectile.Initial(position, direction, pd, twist);
//projectile.Active = true;
}
public TerminalBallisticsData Tick(AffectedProjectile proj, bool debugHits = false)
{
RaycastHit rayHitInfo;
//projectile.physicsTransform
if (Physics.Raycast(
proj.physicsTransform.PrevPosition,
proj.physicsTransform.Position - proj.physicsTransform.PrevPosition,
out rayHitInfo,
Vector3.Distance(proj.physicsTransform.Position, proj.physicsTransform.PrevPosition),
layerMask)
)
{
if (debugHits)
{
Debug.DrawRay(
proj.physicsTransform.PrevPosition,
proj.physicsTransform.PrevPosition - proj.physicsTransform.Position,
Color.cyan,
10.0f,
false
);
}
return(new TerminalBallisticsData()
{
projectile = proj, hitInfo = rayHitInfo
});
}
return(null);
}
public virtual object Clone()
{
AffectedProjectile newProj = (AffectedProjectile)MemberwiseClone();
newProj.physicsTransform = physicsTransform.Clone() as VirtualPhysicsTransform;
//newProj.affectors = affectors.Select(n => n.Clone() as AffectorBase).ToArray();
newProj.affGravity = affGravity.Clone() as Affector_Gravity;
newProj.affCoriolis = affCoriolis.Clone() as Affector_Coriolis;
newProj.affSpinTwist = affSpinTwist.Clone() as Affector_SpinTwist;
newProj.affWindDrag = affWindDrag.Clone() as Affector_WindDrag;
newProj.termCalc = termCalc.Clone() as Default_TerminalCalculator;
newProj.terminalDetector = this.terminalDetector.Clone() as TerminalBallisticDetector;
//newProj.terminalCalculators = terminalCalculators.Select(n => n.Clone() as TerminalBallisticCalculator).ToArray();
newProj.Initial();
return(newProj);
}
