public void CollectDirections(CollectDirectionsEvent evt, TargetingNode conicTargeting)
{
TargetingData targetingData = evt.TargetingData;
ConicTargetingComponent component = conicTargeting.conicTargeting;
CollectDirection(targetingData.Origin, targetingData.Dir, 0f, targetingData);
float angleStep = component.HalfConeAngle / ((float)component.HalfConeNumRays);
Vector3 leftDirectionWorld = new MuzzleLogicAccessor(conicTargeting.muzzlePoint, conicTargeting.weaponInstance).GetLeftDirectionWorld();
for (int i = 0; i < component.NumSteps; i++)
{
base.CollectSectorDirections(targetingData.Origin, targetingData.Dir, leftDirectionWorld, angleStep, component.HalfConeNumRays, targetingData);
base.CollectSectorDirections(targetingData.Origin, targetingData.Dir, leftDirectionWorld, -angleStep, component.HalfConeNumRays, targetingData);
leftDirectionWorld = (Vector3)(Quaternion.AngleAxis(180f / ((float)component.NumSteps), targetingData.Dir) * leftDirectionWorld);
}
}
public void CollectDirections(CollectDirectionsEvent evt, VerticalTargetingNode verticalTargeting)
{
TargetingData targetingData = evt.TargetingData;
VerticalTargetingComponent component = verticalTargeting.verticalTargeting;
CollectDirection(targetingData.Origin, targetingData.Dir, 0f, targetingData);
Vector3 leftDirectionWorld = new MuzzleLogicAccessor(verticalTargeting.muzzlePoint, verticalTargeting.weaponInstance).GetLeftDirectionWorld();
if (component.NumRaysUp > 0)
{
base.CollectSectorDirections(targetingData.Origin, targetingData.Dir, leftDirectionWorld, component.AngleUp / ((float)component.NumRaysUp), component.NumRaysUp, targetingData);
}
if (component.NumRaysDown > 0)
{
base.CollectSectorDirections(targetingData.Origin, targetingData.Dir, leftDirectionWorld, -component.AngleDown / ((float)component.NumRaysDown), component.NumRaysDown, targetingData);
}
}
