public void CheckTargetPoint(FixedUpdateEvent evt, ShaftAimingTargetPointWorkingStateNode weapon, [JoinByTank] SelfTankNode selfTank, [JoinAll] ICollection <SingleNode <TankPartIntersectedWithCameraStateComponent> > intersectedTankParts)
{
ShaftAimingTargetPointComponent shaftAimingTargetPoint = weapon.shaftAimingTargetPoint;
ShaftAimingTargetPointContainerComponent shaftAimingTargetPointContainer = weapon.shaftAimingTargetPointContainer;
MuzzleLogicAccessor accessor = new MuzzleLogicAccessor(weapon.muzzlePoint, weapon.weaponInstance);
bool isInsideTankPart = weapon.shaftAimingTargetPoint.IsInsideTankPart;
Vector3 barrelOriginWorld = accessor.GetBarrelOriginWorld();
float verticalAngle = weapon.shaftAimingWorkingState.VerticalAngle;
Vector3 point = weapon.shaftAimingTargetPoint.Point;
shaftAimingTargetPointContainer.Point = this.GetTargetPoint(barrelOriginWorld, weapon.shaftAimingWorkingState.WorkingDirection, weapon.verticalSectorsTargeting.WorkDistance, weapon.targetCollector);
shaftAimingTargetPointContainer.IsInsideTankPart = intersectedTankParts.Count > 1;
this.CheckTargetPointDiff(point, verticalAngle, shaftAimingTargetPoint, shaftAimingTargetPointContainer, isInsideTankPart, !weapon.shaftAimingWorkingState.IsActive ? this.EPS_INACTIVE : this.EPS_ACTIVE);
}
public void CreateTargetPoint(NodeAddedEvent evt, ShaftAimingWorkingStateNode weapon, [JoinByTank] SelfTankNode selfTank, [JoinAll] ICollection <SingleNode <TankPartIntersectedWithCameraStateComponent> > intersectedTankParts)
{
bool flag = intersectedTankParts.Count > 1;
Vector3 barrelOriginWorld = new MuzzleLogicAccessor(weapon.muzzlePoint, weapon.weaponInstance).GetBarrelOriginWorld();
Vector3 vector3 = this.GetTargetPoint(barrelOriginWorld, weapon.shaftAimingWorkingState.WorkingDirection, weapon.verticalSectorsTargeting.WorkDistance, weapon.targetCollector);
ShaftAimingTargetPointContainerComponent component = new ShaftAimingTargetPointContainerComponent {
Point = vector3,
IsInsideTankPart = flag,
PrevVerticalAngle = weapon.shaftAimingWorkingState.VerticalAngle
};
weapon.Entity.AddComponent(component);
ShaftAimingTargetPointComponent component3 = new ShaftAimingTargetPointComponent {
Point = vector3,
IsInsideTankPart = flag
};
weapon.Entity.AddComponent(component3);
}
private void UpdateAndShareTargetPoint(ShaftAimingTargetPointComponent targetPointComponent, ShaftAimingTargetPointContainerComponent targetPointContainerComponent, Vector3 actualPoint, bool isInsideTankPart, float currentVerticalAngle)
{
targetPointContainerComponent.PrevVerticalAngle = currentVerticalAngle;
targetPointComponent.Point = actualPoint;
targetPointComponent.IsInsideTankPart = isInsideTankPart;
targetPointComponent.OnChange();
}
private void CheckTargetPointDiff(Vector3 currentPoint, float currentVerticalAngle, ShaftAimingTargetPointComponent targetPointComponent, ShaftAimingTargetPointContainerComponent targetPointContainerComponent, bool currentIntersectionTankPartStatus, float eps)
{
Vector3 point = targetPointContainerComponent.Point;
bool isInsideTankPart = targetPointContainerComponent.IsInsideTankPart;
if (currentIntersectionTankPartStatus != isInsideTankPart)
{
this.UpdateAndShareTargetPoint(targetPointComponent, targetPointContainerComponent, point, isInsideTankPart, currentVerticalAngle);
}
else if ((targetPointContainerComponent.PrevVerticalAngle != currentVerticalAngle) && !MathUtil.NearlyEqual(point, currentPoint, eps))
{
this.UpdateAndShareTargetPoint(targetPointComponent, targetPointContainerComponent, point, isInsideTankPart, currentVerticalAngle);
}
}
