qt5-legatus-legacy/Lts/Proxies/HighLevelArchitecture/Guez/ngs_connector.cpp

/**
  * Connect to ngs / hla and provide the basic interface
  * $Id$
  * $HeadURL$
  * $Author$
  * Created by Christian Ehrlicher, SLSE, 2017-04-07
  */


#include "ngs_connector.h"
#include "ngs_handler.h"
#include "ppm_handler.h"
#include "damage_model.h"
#include <Common/settings.h>
#include <Common/player_callback.h>
#include <Common/identifierstruct.h>
#include <Common/participantinformation.h>

#include "rpr/rpr_observer_guez_human_cb_notifier.h"
#include "rpr/rpr_observer_guez_groundvehicle_cb_notifier.h"
#include "rpr/rpr_observer_guez_observer_controller_cb_notifier.h"

#include "rpr/rpr_observer_guez_minefield_cb_notifier.h"
#include "rpr/rpr_observer_guez_minefield_breach_cb_notifier.h"
#include "rpr/rpr_observer_guez_fire_support_single_shot_cb_notifier.h"

#include "rpr/rpr_ia_munitiondetonation.h"
#include "rpr/rpr_ia_weaponfire.h"
#include "rpr/rpr_ia_guez_hit.h"
#include "rpr/rpr_ia_guez_init.h"
#include "rpr/rpr_ia_guez_exconengagement.h"
#include "rpr/rpr_ia_guez_bitereport.h"
#include "rpr/rpr_ia_guez_requestbitereport.h"

#include <NGSException.h>

#include <QTimer>
#include <QPolygonF>
#include <QTransform>
#include <QDateTime>
#include <LtsCoordTrans/lts_coord_trans.h>
#include <AreaEffectSimulation/aes_enums.hpp>

#include <SimulatedWorldAPI.h>
#include <EventIdentifierStruct.h>
#include <SpatialStruct.h>
#include <IsPartOfStruct.h>
#include <EnvironmentObjectTypeStruct.h>
#include <BiteResultStruct.h>

#include <IObserverGuezHumanObjClass.h>
#include <IObserverGuezObserverControllerObjClass.h>
#include <IObserverGuezGroundVehicleObjClass.h>

#include <IObserverGuezMineFieldObjClass.h>
#include <IObserverGuezMineFieldBreachObjClass.h>

#include <IObserverMunitionDetonationIntClass.h>
#include <IObserverMunitionDetonationIntInstance.h>
#include <IObserverWeaponFireIntClass.h>
#include <IObserverWeaponFireIntInstance.h>
#include <IObserverGuezHitIntClass.h>
#include <IObserverGuezHitIntInstance.h>
#include <IObserverGuezInitIntClass.h>
#include <IObserverGuezInitIntInstance.h>
#include <IObserverGuezBiteReportIntClass.h>
#include <IObserverGuezRequestBiteReportIntClass.h>

#include <IPlayerGuezHumanObjClass.h>
#include <IPlayerGuezHumanObjInstance.h>
#include <IPlayerGuezObserverControllerObjClass.h>
#include <IPlayerGuezObserverControllerObjInstance.h>
#include <IPlayerGuezGroundVehicleObjClass.h>
#include <IPlayerGuezGroundVehicleObjInstance.h>

#include <IPlayerGuezMineFieldBreachObjClass.h>
#include <IPlayerGuezMineFieldBreachObjInstance.h>
#include <IPlayerGuezMineFieldObjClass.h>
#include <IPlayerGuezMineFieldObjInstance.h>
#include <IPlayerGuezChemicalAgentAreaObjClass.h>
#include <IPlayerGuezChemicalAgentAreaObjInstance.h>
#include <IPlayerGuezNuclearAgentAreaObjClass.h>
#include <IPlayerGuezNuclearAgentAreaObjInstance.h>
#include <IPlayerWeaponFireIntClass.h>
#include <IPlayerWeaponFireIntInstance.h>

#include <IPlayerGuezHitIntClass.h>
#include <IPlayerGuezHitIntInstance.h>
#include <IPlayerMunitionDetonationIntClass.h>
#include <IPlayerMunitionDetonationIntInstance.h>

#include <IPlayerGuezRequestBiteReportIntClass.h>
#include <IPlayerGuezRequestBiteReportIntInstance.h>
#include <IPlayerGuezBiteReportIntClass.h>
#include <IPlayerGuezBiteReportIntInstance.h>
#include <IPlayerGuezInitIntClass.h>
#include <IPlayerGuezInitIntInstance.h>

#include <IPlayerSOM.h>

using namespace AreaEffectSimulation;

namespace HighLevelArchitecture
{

static inline qint64 simTimeToMSec(const ngs::SimTime &st)
{
  qint64 mSecs = st.getSeconds() * 1000LL;
  mSecs += st.getMicroSeconds() / 1000;
  return mSecs;
}

static inline rpr2::SpatialStruct spatialStructFromWorldLocation(const rpr2::WorldLocationStruct &wls)
{
  rpr2::SpatialStaticStruct sss;
  sss.WorldLocation = wls;
  sss.IsFrozen = false;

  Settings::Orientation orientation = Settings::spatialStructOrientation();
  sss.Orientation.Phi   =  orientation.phi;
  sss.Orientation.Psi   =  orientation.psi;
  sss.Orientation.Theta =  orientation.theta;

  rpr2::SpatialStruct ss;

  ss.DeadReckoningAlgorithm__A__Alternatives.discriminant(rpr2::DeadReckoningAlgorithmEnum8::Static);
  ss.DeadReckoningAlgorithm__A__Alternatives.SpatialStatic(sss);

  return ss;
}

static inline rpr2::EnvironmentObjectTypeStruct dummyEOS()
{
  return {2, 3, 4, 5};
}

//
// NgsConnector
//

NgsConnector::NgsConnector(const QString &fedName, NgsHandler *ngsHandler)
  : m_ngsHandler(ngsHandler)
  , m_fedName(fedName)
  , m_swadmin(&ngs::SimulatedWorldAPI::getSimulatedWorldAdmin())
  , m_master(nullptr)
  , m_somPlayer(nullptr)
  , m_playerCallback(new PlayerCallback())
  , m_humanCallback(new ObserverGuezHumanCBNotifier())
  , m_observerControllerCallback(new ObserverGuezObserverControllerCBNotifier())
  , m_groundVehicleCallback(new ObserverGuezGroundVehicleCBNotifier())
  , m_minefieldCallback(new ObserverGuezMineFieldCBNotifier())
  , m_minefieldBreachCallback(new ObserverGuezMineFieldBreachCBNotifier())
  , m_munitionDetonationCallback(new ObserverMunitionDetonationCBNotifier())
  , m_weaponfireCallback(new ObserverWeaponFireCBNotifier())
  , m_hitCallback(new ObserverGuezHitCBNotifier())
  , m_initCallback(new ObserverGuezInitCBNotifier())
  , m_biteReportCallback(new ObserverGuezBiteReportCBNotifier())
  , m_requestBiteReportCallback(new ObserverGuezRequestBiteReportCBNotifier())
  , m_bInitialized(false)
  , m_bCanPublishData(false)
  , m_timer(new QTimer(this))
  , m_logger(getLogger("NgsConnector"))
{
  connect(m_timer, &QTimer::timeout,
          this, &NgsConnector::go);
  connect(m_playerCallback, &PlayerCallback::firstTick,
          this, &NgsConnector::onFirstTickFinished);

  // Ground Vehicle
  connectObserverGuezGroundVehicleObjectSignals(m_groundVehicleCallback);

  // Human
  connectObserverGuezHumanObjectSignals(m_humanCallback);

  // Observer / Controller
  connectObserverGuezObserverControllerObjectSignals(m_observerControllerCallback);

  // Mine Field
  connectObserverGuezMineFieldObjectSignals(m_minefieldCallback);

  // Mine Field Breach
  connectObserverGuezMineFieldBreachObjectSignals(m_minefieldBreachCallback);

  // Munition Detonation
  connect(m_munitionDetonationCallback, &ObserverMunitionDetonationCBNotifier::newMunitionDetonation,
          this,                         &NgsConnector::onNewMunitionDetonation);

  // Weapon Fire
  connect(m_weaponfireCallback, &ObserverWeaponFireCBNotifier::newWeaponFire,
          this,                 &NgsConnector::onNewWeaponFire);

  // Hit
  connect(m_hitCallback, &ObserverGuezHitCBNotifier::newGuezHit,
          this,          &NgsConnector::onNewGuezHit);

  // Init
  connect(m_initCallback, &ObserverGuezInitCBNotifier::newGuezInit,
          this,           &NgsConnector::onNewGuezInit);

  // Request Bite Report
  connect(m_requestBiteReportCallback, &ObserverGuezRequestBiteReportCBNotifier::newGuezRequestBiteReport,
          this,                        &NgsConnector::onNewGuezRequestBiteReport);

  // Bite Report
  connect(m_biteReportCallback, &ObserverGuezBiteReportCBNotifier::newGuezBiteReport,
          this,                 &NgsConnector::onNewGuezBiteReport);
}

NgsConnector::~NgsConnector()
{
  uninitialize();

  delete m_playerCallback;

  delete m_humanCallback;
  delete m_observerControllerCallback;
  delete m_groundVehicleCallback;
  delete m_minefieldCallback;
  delete m_minefieldBreachCallback;
  delete m_munitionDetonationCallback;
  delete m_weaponfireCallback;
  delete m_initCallback;
  delete m_hitCallback;
  delete m_requestBiteReportCallback;
  delete m_biteReportCallback;

  delete m_timer;
}

bool NgsConnector::initialize(ngs::IObserver::ProtocolType protocol, const QString &playerName, const QString &appDirPath)
{
  QString swconf = appDirPath + QLatin1Char('/') + Settings::swConfFileName();
  m_bInitialized = true;

  // NGS Initialisation
  try
  {
    m_master = &m_swadmin->getIFederationMaster(protocol, qPrintable(swconf), Settings::fomIdentifier().toStdString(), Settings::rtiIdentifier().toStdString()); // "", "MAK"
  }
  catch (const ngs::NGSSimWorldException &e)
  {
    ERROR_LOG(m_logger) << "caught exception during init (getIFederationMaster): " << e.print();
    return false;
  }

  ngs::IPlayer *player = nullptr;
  switch (protocol)
  {
  case ngs::IObserver::HLA:
  {
    try
    {
      m_master->createFederation(m_fedName.toStdString());
    }
    catch (const NGSException &e)
    {
      ERROR_LOG(m_logger) << "caught exception during init (createFederation): " << e.print();
      return false;
    }
    player = &m_swadmin->getIPlayer(m_fedName.toStdString(), playerName.toStdString(), *m_playerCallback, Settings::swConfFileName().toLatin1().data(), Settings::fomIdentifier().toStdString(), Settings::rtiIdentifier().toStdString());
    break;
  }
  case ngs::IObserver::CORBANOTIFY:
  case ngs::IObserver::DIS:
  {
    unsigned char federationId = m_fedName.toUShort();
    m_master->createFederation(federationId);
    player = &m_swadmin->getIPlayer(federationId, playerName.toStdString(), *m_playerCallback, protocol, Settings::swConfFileName().toLatin1().data(), Settings::fomIdentifier().toStdString());
    break;
  }
  }
  m_somPlayer = dynamic_cast<rpr2::IPlayerSOM *>(player);

  m_somPlayer->configureSimTime(ngs::IObserver::REALTIMECLOCK, ngs::SimTime(0, 0));

  m_timer->start(10);

  return true;
}

void NgsConnector::uninitialize()
{
  if (!m_bInitialized)
    return;
  m_bInitialized = false;

  m_timer->stop();

  unsubscribeFromNgs();
  if (m_swadmin)
    m_swadmin->resignInterface();
  if (m_somPlayer)
    m_somPlayer->resignSimulatedWorld();
  if (m_master)
  {
    m_master->destroyFederation(m_fedName.toStdString());
    m_master->resignInterface();
    m_master = nullptr;
  }
}

void NgsConnector::subscribeAtNgs()
{
  m_enitityNumberCounter = 1; // restart
  m_eventCount = 1;

  INFO_LOG(m_logger) << "Subscribe at NGS - Guez Human Objects";
  rpr2::IObserverGuezHumanObjClass &humanObjClass = m_somPlayer->getObserverGuezHumanObjClass(*m_humanCallback);
  humanObjClass.subscribeAllAttributes();
  humanObjClass.subscribe();

  INFO_LOG(m_logger) << "Subscribe at NGS - Guez ObserverController Objects";
  rpr2::IObserverGuezObserverControllerObjClass &observerControllerObjClass = m_somPlayer->getObserverGuezObserverControllerObjClass(*m_observerControllerCallback);
  observerControllerObjClass.subscribeAllAttributes();
  observerControllerObjClass.subscribe();

  INFO_LOG(m_logger) << "Subscribe at NGS - Guez GroundVehicle Objects";
  rpr2::IObserverGuezGroundVehicleObjClass &groundVehicleObjClass = m_somPlayer->getObserverGuezGroundVehicleObjClass(*m_groundVehicleCallback);
  groundVehicleObjClass.subscribeAllAttributes();
  groundVehicleObjClass.subscribe();

  INFO_LOG(m_logger) << "Subscribe at NGS - Guez MineField Objects";
  rpr2::IObserverGuezMineFieldObjClass &minefieldObjClass = m_somPlayer->getObserverGuezMineFieldObjClass(*m_minefieldCallback);
  minefieldObjClass.subscribeAllAttributes();
  minefieldObjClass.subscribe();

  INFO_LOG(m_logger) << "Subscribe at NGS - Guez MineField Breach Objects";
  rpr2::IObserverGuezMineFieldBreachObjClass &minefieldBreachObjClass = m_somPlayer->getObserverGuezMineFieldBreachObjClass(*m_minefieldBreachCallback);
  minefieldBreachObjClass.subscribeAllAttributes();
  minefieldBreachObjClass.subscribe();


  rpr2::IObserverMunitionDetonationIntClass &md = m_somPlayer->getObserverMunitionDetonationIntClass(*m_munitionDetonationCallback);
  md.subscribe();

  rpr2::IObserverWeaponFireIntClass &wfic = m_somPlayer->getObserverWeaponFireIntClass(*m_weaponfireCallback);
  wfic.subscribe();

  rpr2::IObserverGuezInitIntClass &giic = m_somPlayer->getObserverGuezInitIntClass(*m_initCallback);
  giic.subscribe();

  rpr2::IObserverGuezHitIntClass &ghic = m_somPlayer->getObserverGuezHitIntClass(*m_hitCallback);
  ghic.subscribe();

  rpr2::IObserverGuezRequestBiteReportIntClass &grbric = m_somPlayer->getObserverGuezRequestBiteReportIntClass(*m_requestBiteReportCallback);
  grbric.subscribe();

  rpr2::IObserverGuezBiteReportIntClass &gbric = m_somPlayer->getObserverGuezBiteReportIntClass(*m_biteReportCallback);
  gbric.subscribe();

  m_timer->start();

  m_bCanPublishData = true;
}


void NgsConnector::unsubscribeFromNgs()
{
  m_bCanPublishData = false;

  if (m_somPlayer)
  {
    INFO_LOG(m_logger) << "Unsubscribe at NGS - Guez Human Objects";
    rpr2::IObserverGuezHumanObjClass &humanObjClass = m_somPlayer->getObserverGuezHumanObjClass(*m_humanCallback);
    humanObjClass.unsubscribe();

    INFO_LOG(m_logger) << "Unsubscribe at NGS - Guez ObserverController Objects";
    rpr2::IObserverGuezObserverControllerObjClass &observerControllerObjClass = m_somPlayer->getObserverGuezObserverControllerObjClass(*m_observerControllerCallback);
    observerControllerObjClass.unsubscribe();

    INFO_LOG(m_logger) << "Unsubscribe at NGS - Guez GroundVehicle Objects";
    rpr2::IObserverGuezGroundVehicleObjClass &groundVehicleObjClass = m_somPlayer->getObserverGuezGroundVehicleObjClass(*m_groundVehicleCallback);
    groundVehicleObjClass.unsubscribe();

    INFO_LOG(m_logger) << "Unsubscribe at NGS - Guez MineField Objects";
    rpr2::IObserverGuezMineFieldObjClass &minefieldObjClass = m_somPlayer->getObserverGuezMineFieldObjClass(*m_minefieldCallback);
    minefieldObjClass.unsubscribe();

    INFO_LOG(m_logger) << "Unsubscribe at NGS - Guez MineField Breach Objects";
    rpr2::IObserverGuezMineFieldBreachObjClass &minefieldBreachObjClass = m_somPlayer->getObserverGuezMineFieldBreachObjClass(*m_minefieldBreachCallback);
    minefieldBreachObjClass.unsubscribe();
  }

  for (rpr2::IPlayerBaseEntityObjInstance *player : qAsConst(m_playerMap))
    player->deleteObjectInstance(getSimTime());

  m_playerMap.clear();

  for (rpr2::IPlayerEnvironmentObjectObjInstance *environmentObject : qAsConst(m_environmentObjects))
    environmentObject->deleteObjectInstance(getSimTime());

  m_environmentObjects.clear();

  for (auto it = m_observerPlayerInstances.cbegin(); it != m_observerPlayerInstances.cend(); ++it)
    emit virtualParticipantDeleted(it.key());

  for (auto it = m_observerEnvironmentObjects.cbegin(); it != m_observerEnvironmentObjects.cend(); ++it)
    emit virtualParticipantDeleted(it.key());

  m_observerPositions.clear();
  m_newObjectsWithoutParticipantIdSet.clear();
  m_observerPlayerInstances.clear();
  m_observerEnvironmentObjects.clear();
  qDeleteAll(m_damageModelMap);
  m_damageModelMap.clear();

  m_enitityNumberCounter = 1; // restart
  m_eventCount = 1;
}

bool NgsConnector::addHuman(const ParticipantInformation &participantData,
                            const rpr2::TacticalStatusStruct &state)
{
  if (m_playerMap.contains(participantData.equipmentNo) || participantData.equipmentNo == 0)
    return false;

  DEBUG_LOG(getLogger("NgsConnector.Outbound.Startup"))
      << "addHuman("
      << participantData.equipmentNo << ", "
      << participantData.partyId << ", "
      << participantData.typeStruct.toString() << ", "
      << state.TacticalStatus << ")";

  rpr2::IPlayerGuezHumanObjClass &player = m_somPlayer->getPlayerGuezHumanObjClass();
  rpr2::IPlayerGuezHumanObjInstance *playerInstance = &player.newGuezHumanObjInstance();

  DamageModel dm(state);
  playerInstance->setDamageState(dm.damageState(-1));
  playerInstance->setImmobilized(dm.immobilized(-1));
  playerInstance->setFirePowerDisabled(dm.firePowerDisabled(-1));
  playerInstance->setTacticalStatus(state);

  return addPhysicalEntity(playerInstance, participantData);
}

bool NgsConnector::addObserverController(const ParticipantInformation &participantData)
{
  if (m_playerMap.contains(participantData.equipmentNo) || participantData.equipmentNo == 0)
    return false;

  DEBUG_LOG(getLogger("NgsConnector.Outbound.Startup"))
      << "addObserverController("
      << participantData.equipmentNo << ", "
      << participantData.partyId << ", "
      << participantData.typeStruct.toString() << ")";

  rpr2::IPlayerGuezObserverControllerObjClass &player = m_somPlayer->getPlayerGuezObserverControllerObjClass();
  rpr2::IPlayerGuezObserverControllerObjInstance *playerInstance = &player.newGuezObserverControllerObjInstance();

  return addPhysicalEntity(playerInstance, participantData);
}

bool NgsConnector::addGroundVehicle(const ParticipantInformation &participantData,
                                    const rpr2::TacticalStatusStruct &state)
{
  if (m_playerMap.contains(participantData.equipmentNo) || participantData.equipmentNo == 0)
    return false;

  DEBUG_LOG(getLogger("NgsConnector.Outbound.Startup"))
      << "addGroundVehicle("
      << participantData.equipmentNo << ", "
      << participantData.partyId << ", "
      << participantData.typeStruct.toString() << ", "
      << state.TacticalStatus << ")";

  rpr2::IPlayerGuezGroundVehicleObjClass &player = m_somPlayer->getPlayerGuezGroundVehicleObjClass();
  rpr2::IPlayerGuezGroundVehicleObjInstance *playerInstance = &player.newGuezGroundVehicleObjInstance();

  DamageModel dm(state);
  playerInstance->setDamageState(dm.damageState(-1));
  playerInstance->setImmobilized(dm.immobilized(-1));
  playerInstance->setFirePowerDisabled(dm.firePowerDisabled(-1));
  playerInstance->setTacticalStatus(state);

  return addPhysicalEntity(playerInstance, participantData);
}

bool NgsConnector::addBaseEntity(rpr2::IPlayerBaseEntityObjInstance *playerInstance,
                                 const ParticipantInformation &participantData)
{
  if (m_playerMap.contains(participantData.equipmentNo) || participantData.equipmentNo == 0)
    return false;

  if (participantData.equipmentNo == 0)
    return false;

  IdentifierStruct is(participantData.equipmentNo);

  m_playerMap.insert(participantData.equipmentNo, playerInstance);

  playerInstance->setEntityType(participantData.typeStruct.toETS());
  playerInstance->setEntityIdentifier(is.toEIS());

  playerInstance->publish(getSimTime(participantData.position.msec));
  DEBUG_LOG(getLogger("NgsConnector.Outbound.Startup")) << "Published Participant " << is.toString();

  return true;
}


bool NgsConnector::addPhysicalEntity(rpr2::IPlayerPhysicalEntityObjInstance *playerInstance,
                                     const ParticipantInformation &playerData)
{
  rpr2::MarkingStruct ms = toMarkingStruct(playerData.designator);
  playerInstance->setMarking(ms);

  rpr2::ForceIdentifierEnum8::ET forceId = m_ngsHandler->ppmHandler()->forceIdentifierFromPartyId(playerData.partyId);
  playerInstance->setForceIdentifier(forceId);

  rpr2::SpatialStruct ss(spatialStructFromWorldLocation(playerData.position.toWorldLocation()));

  playerInstance->setSpatial(ss);

  return addBaseEntity(playerInstance, playerData);
}

bool NgsConnector::removeBaseEntity(int eqNo)
{
  if (!m_playerMap.contains(eqNo))
    return false;

  DEBUG_LOG(getLogger("NgsConnector.Outbound.ShutDonw")) << "Participant " << eqNo << " removed.";
  m_playerMap[eqNo]->deleteObjectInstance(getSimTime());
  return (m_playerMap.remove(eqNo) > 0);
}

bool NgsConnector::setParticipantName(int eqNo, const QString &designator)
{
  rpr2::IPlayerPhysicalEntityObjInstance *playerInstance = dynamic_cast<rpr2::IPlayerPhysicalEntityObjInstance *>(m_playerMap.value(eqNo, nullptr));
  if (!playerInstance)
    return false;

  DEBUG_LOG(getLogger("NgsConnector.Outbound.Participant")) << "Participant " << eqNo << " changed MARKING to " << designator;
  playerInstance->setMarking(toMarkingStruct(designator));
  playerInstance->publish(getSimTime());
  return true;
}

bool NgsConnector::setParticipantForce(int eqNo, const rpr2::ForceIdentifierEnum8::ET forceIdentifier)
{
  rpr2::IPlayerPhysicalEntityObjInstance *playerInstance = dynamic_cast<rpr2::IPlayerPhysicalEntityObjInstance *>(m_playerMap.value(eqNo, nullptr));
  if (!playerInstance)
    return false;

  DEBUG_LOG(getLogger("NgsConnector.Outbound.Participant")) << "Participant " << eqNo << "changed FORCE to " << forceIdentifier;
  playerInstance->setForceIdentifier(forceIdentifier);
  playerInstance->publish(getSimTime());
  return true;
}

// DDS -> HLA
void NgsConnector::sendMunitionDetonation(const ParticipantPosition &pos, int chargeTypeId, rpr2::ForceIdentifierEnum8::ET forceId)
{
  DEBUG_LOG(getLogger("NgsConnector.Outbound.MunitionDetonation"))
      << "Munition Detonation: "
      << "Location: " << pos.toString()
      << ", Charge Type: " << TypeStruct(getEtsCharge(chargeTypeId)).toString()
      << ", fired by Force " << forceId << " (Force unused)";

  rpr2::IPlayerMunitionDetonationIntClass    &icx = m_somPlayer->getPlayerMunitionDetonationIntClass();
  rpr2::IPlayerMunitionDetonationIntInstance *icb = &icx.newMunitionDetonationIntInstance();
  icb->setDetonationLocation(pos.toWorldLocation());
  icb->setDetonationResultCode(rpr2::DetonationResultCodeEnum8::Detonation);
  icb->setEventIdentifier(getEventIdentifierStruct());
  // Todo: Ask Saab if and how we should encode the Party Id
  rpr2::RTIObjectIdStruct os;
  Q_UNUSED(forceId);
  os.ID = std::to_string(IdentifierStruct(0).toInt64()); // Own ExCon
  icb->setFiringObjectIdentifier(os);
  icb->setFuseType(rpr2::FuseTypeEnum16::Contact);
  icb->setMunitionType(getEtsCharge(chargeTypeId));
  icb->setQuantityFired(1);
  icb->setRateOfFire(0);
//    icb.setTargetObjectIdentifier("");
  icb->setWarheadType(rpr2::WarheadTypeEnum16::Kinetic);
  icb->publish(getSimTime(pos.msec));
}

IdentifierStruct NgsConnector::getIdentifierStructbyEquipmentNo(const int eqId) const
{
  const rpr2::IObserverBaseEntityObjInstance *beObject = nullptr;

  if (m_observerPlayerInstances.contains(eqId))
    beObject = dynamic_cast<const rpr2::IObserverBaseEntityObjInstance *>(m_observerPlayerInstances[eqId]);
  else if (m_playerMap.contains(eqId))
    beObject = m_playerMap[eqId];

  if (!beObject || !beObject->isValidEntityIdentifier())
    return IdentifierStruct();

  return IdentifierStruct(beObject->getEntityIdentifier());
}

void NgsConnector::sendParticipantInitRequest(const int eqId, bool resetManipulation, bool resetVulnerabilityState, bool restockCharges, qint64 simTimeMSecs)
{
  IdentifierStruct is = getIdentifierStructbyEquipmentNo(eqId);
  if (is.isNull() || is.isOwnElement())
    return;

  if (!resetVulnerabilityState)
  {
    WARNING_LOG(getLogger("NgsConnector.Outbound.GuezInit"))
        << "Request to "
        << (resetManipulation ? "reset Manipulation" : "")
        << (resetManipulation && restockCharges ? " and " : "")
        << (restockCharges ? "restock Charges" : "")
        << " without resetting the Player " << eqId << " to CombatReady. Not supported.";
    return;
  }

  // Hack as Saab returns with GuezHit -> Combat Ready, but doesn't change status if not restockCharges is true:
  restockCharges = true;

  DEBUG_LOG(getLogger("NgsConnector.Outbound.GuezInit"))
      << "Request to "
//      << (resetManipulation ? "reset Manipulation" : "")
//      << (resetManipulation && restockCharges ? " and " : "")
      << (restockCharges ? "restock Charges" : "")
      << " for Player " << eqId << " to Combat Ready. (Reset Manipulation is implicit for SAAB).";

  rpr2::IPlayerGuezInitIntClass    &icx = m_somPlayer->getPlayerGuezInitIntClass();
  rpr2::IPlayerGuezInitIntInstance *icb = &icx.newGuezInitIntInstance();

  icb->setActivateHelmetObservation(rpr2::ActivateHelmetObservationEnum8::NoChange);
  icb->setEntityIdentifier(is.toEIS());
  icb->setResetPlayer(restockCharges ? rpr2::ResetPlayerEnum8::CombatReadyWithReammunition : rpr2::ResetPlayerEnum8::CombatReadyWithoutReammunition);
  icb->publish(getSimTime(simTimeMSecs));
}

void NgsConnector::sendParticipantBiteRequest(const int eqId, bool withSelfTest, qint64 simTimeMsecs)
{
  IdentifierStruct is = getIdentifierStructbyEquipmentNo(eqId);
  if (is.isNull() || is.isOwnElement())
    return;

  rpr2::IPlayerGuezRequestBiteReportIntClass    &icx = m_somPlayer->getPlayerGuezRequestBiteReportIntClass();
  rpr2::IPlayerGuezRequestBiteReportIntInstance *icb = &icx.newGuezRequestBiteReportIntInstance();

  icb->setBiteReportType(withSelfTest ? rpr2::BiteReportTypeEnum8::StatusAfterSelftest : rpr2::BiteReportTypeEnum8::CurrentStatus);
  icb->setEntityIdentifier(is.toEIS());
  icb->publish(getSimTime(simTimeMsecs));
  DEBUG_LOG(getLogger("NgsConnector.Outbound.GuezBiteRequest"))
      << "Request for Bite Report for Player " << eqId << " with" << (withSelfTest ?  "" : "out") << " selftest.";
}

bool NgsConnector::guezMineField(const AreaEffectSimulation::MineArea &data)
{
  IdentifierStruct is = IdentifierStruct::fromInt64(data.externalId());
  if (!is.isOwnElement())
    return false;

  rpr2::IPlayerGuezMineFieldObjClass                &ic  = m_somPlayer->getPlayerGuezMineFieldObjClass();
  const QList<rpr2::IPlayerEnvironmentObjectObjInstance *> icbs = m_environmentObjects.values(data.id());

  // Check if it is expired or removed (now), then delete the segments.
  if (data.effectStateId() == AreaEffectSimulation::AesEffectState_def::EsExpired ||
      data.effectStateId() == AreaEffectSimulation::AesEffectState_def::EsRemoved)
  {
    for (rpr2::IPlayerEnvironmentObjectObjInstance *item : icbs)
      item->deleteObjectInstance(ngs::SimTime(true));
    // And we're done. Don't publish anything if called by startup.
    m_environmentObjects.remove(data.id());
    return true;
  }

  if (data.effectStateId() != AreaEffectSimulation::AesEffectState_def::EsCreated &&
      data.effectStateId() != AreaEffectSimulation::AesEffectState_def::EsPrepared &&
      data.effectStateId() != AreaEffectSimulation::AesEffectState_def::EsActivated &&
      data.effectStateId() != AreaEffectSimulation::AesEffectState_def::EsPaused &&
      data.effectStateId() != AreaEffectSimulation::AesEffectState_def::EsReceived)
    return false;

  QVector<rpr2::IPlayerGuezMineFieldObjInstance *> minefields;
  minefields.reserve(std::max(icbs.size(), int(data.segments().size())));
  for (rpr2::IPlayerEnvironmentObjectObjInstance *item : icbs)
    minefields.push_back(dynamic_cast<rpr2::IPlayerGuezMineFieldObjInstance *>(item));

  int offset = 0;
  // If size increased, add the needed segments.
  while (minefields.size() < int(data.segments().size()))
  {
    rpr2::IPlayerGuezMineFieldObjInstance *icb = &ic.newGuezMineFieldObjInstance();
    // Todo: Generate an external ID
    is.setEntityNumber(offset++ + 10 * data.id());
    icb->setObjectIdentifier(is.toEIS());
    icb->setObjectType(dummyEOS());
    minefields.push_back(icb);
  }

  // If size is reduced, remove those that are too many.
  while (minefields.size() > int(data.segments().size()))
  {
    rpr2::IPlayerGuezMineFieldObjInstance *icb = minefields.takeLast();
    if (icb)
      icb->deleteObjectInstance(ngs::SimTime(true));
    DEBUG_LOG(getLogger("NgsConnector.Outbound.MineField"))
        << "Minefield: Id: " << is.toString()
        << ", Name: " << data.name()
        << ", number of segments reduced, removing earlier published segment";
  }

  rpr2::ForceIdentifierEnum8::ET forceId = data.partyId().is_set() ? m_ngsHandler->ppmHandler()->forceIdentifierFromPartyId(data.partyId().get()) : rpr2::ForceIdentifierEnum8::Other;

  m_environmentObjects.remove(data.id());
  for (int i = 0; i < minefields.size(); ++i)
  {
    rpr2::IPlayerGuezMineFieldObjInstance *icb = minefields.at(i);
    if (!icb)
      continue; // should not happen

    const AreaEffectSimulation::MineSegment &segment = data.segments()[i];

    icb->setActivationTime(getClockTimeStruct(data.effectStart().is_set() ? data.effectStart().get() : 0));
    icb->setDeactivated(data.effectStateId().underlying() != AreaEffectSimulation::AesEffectState_def::EsActivated);
    if (data.effectStateId().underlying() == AreaEffectSimulation::AesEffectState_def::EsExpired ||
        data.effectStateId().underlying() == AreaEffectSimulation::AesEffectState_def::EsRemoved)
      icb->setPercentComplete(100);
    else
      icb->setPercentComplete(0);
    icb->setAreaEffectSimulationName(rpr2::OMT13string(data.name()));
    icb->setDuration(data.effectDuration() / 1000 / 60 / 60);
    icb->setMineType(getEtsCharge(data.chargeStruct().chargeTypeId()));
    icb->setMineCount((data.density() - 0.1) / 0.008);
    icb->setForceIdentifier(forceId);
    icb->setPointsData(positionArray(mineAreaSegment(segment, data.width(), data.density(), data.isCenterLine())));
    icb->setObjectType(dummyEOS());
    icb->publish(getSimTime(data.sampleTime()));
    DEBUG_LOG(getLogger("NgsConnector.Outbound.MineField"))
        << "Minefield: Id: " << is.toString()
        << ", Name: " << data.name()
        << ". Published Segment.";
    m_environmentObjects.insertMulti(data.id(), icb);
  }

  return true;
}

bool NgsConnector::guezMineFieldBreach(const AreaEffectSimulation::MineCorridor &data)
{
  IdentifierStruct is = IdentifierStruct::fromInt64(data.externalId());
  if (!is.isOwnElement())
    return false;

  rpr2::IPlayerGuezMineFieldBreachObjClass    &ic  = m_somPlayer->getPlayerGuezMineFieldBreachObjClass();
  const QList<rpr2::IPlayerEnvironmentObjectObjInstance *> icbs = m_environmentObjects.values(data.id());

  // Check if it is expired or removed (now), then delete the segments.
  if (data.effectStateId() == AreaEffectSimulation::AesEffectState_def::EsExpired ||
      data.effectStateId() == AreaEffectSimulation::AesEffectState_def::EsRemoved)
  {
    for (rpr2::IPlayerEnvironmentObjectObjInstance *item : icbs)
      item->deleteObjectInstance(ngs::SimTime(true));
    m_environmentObjects.remove(data.id());
    // And we're done. Don't publish anything if called by startup.
    return true;
  }

  if (data.effectStateId() != AreaEffectSimulation::AesEffectState_def::EsCreated &&
      data.effectStateId() != AreaEffectSimulation::AesEffectState_def::EsReceived &&
      data.effectStateId() != AreaEffectSimulation::AesEffectState_def::EsPrepared &&
      data.effectStateId() != AreaEffectSimulation::AesEffectState_def::EsActivated &&
      data.effectStateId() != AreaEffectSimulation::AesEffectState_def::EsPaused)
    return false;

  QMap<int, rpr2::IPlayerGuezMineFieldBreachObjInstance *> map;
  int c = 0;
  for (rpr2::IPlayerEnvironmentObjectObjInstance *item : icbs)
    map.insert(c++, dynamic_cast<rpr2::IPlayerGuezMineFieldBreachObjInstance *>(item));


  // If size increased, add the needed segments.
  if (map.size() < int(data.segments().size()))
  {
    int offset = 0;
    for (int i = map.size(); i < int(data.segments().size()); ++i)
    {
      rpr2::IPlayerGuezMineFieldBreachObjInstance *icb = &ic.newGuezMineFieldBreachObjInstance();
      // TODO: why not is.setEntityNumber(offset++ + 10 * data.id()); as in guezMineField() ?
      const IdentifierStruct isSegment(offset++ + 10 * data.id());
      icb->setObjectIdentifier(isSegment.toEIS());
      map.insert(i, icb);
    }
  }

  // If size is reduced, remove those that are too many.
  for (int i = int(data.segments().size()); i < map.size(); ++i)
  {
    rpr2::IPlayerGuezMineFieldBreachObjInstance *icb = map.value(i);
    if (icb)
      icb->deleteObjectInstance(ngs::SimTime(true));
    DEBUG_LOG(getLogger("NgsConnector.Outbound.MineFieldBreach"))
        << "Minefield Breach: Id: " << is.toString()
        << ", Name: " << data.name()
        << ", number of segments reduced, removing earlier published segment";
    map.remove(i);
  }

  m_environmentObjects.remove(data.id());

  for (int i = 0; i < map.size() - 1; ++i)
  {
    rpr2::IPlayerGuezMineFieldBreachObjInstance *icb = map.value(i);
    if (!icb)
      continue; // should not happen
    icb->setActivationTime(getClockTimeStruct(data.effectStart().is_set() ? data.effectStart().get() : 0));
    icb->setAreaEffectSimulationName(rpr2::OMT13string(data.name()));
    icb->setPointsData(positionArray(mineCorridorSegment(data.segments().at(i), data.segments().at(i + 1), data.width())));
    icb->setDeactivated(data.effectStateId().underlying() != AreaEffectSimulation::AesEffectState_def::EsActivated);
    if (data.effectStateId().underlying() == AreaEffectSimulation::AesEffectState_def::EsExpired ||
        data.effectStateId().underlying() == AreaEffectSimulation::AesEffectState_def::EsRemoved)
      icb->setPercentComplete(100);
    else
      icb->setPercentComplete(0);
    icb->setObjectType(dummyEOS());
    icb->publish(getSimTime(data.sampleTime()));
    DEBUG_LOG(getLogger("NgsConnector.Outbound.MineFieldBreach"))
        << "Minefield Breach: Id: " << is.toString()
        << ", Name: " << data.name()
        << ". Published Segment.";
    m_environmentObjects.insertMulti(data.id(), icb);
  }
  return true;
}

bool NgsConnector::guezNuclearAgent(const AreaEffectSimulation::NContamination &data)
{
  IdentifierStruct is = IdentifierStruct::fromInt64(data.externalId());
  if (!is.isOwnElement())
    return false;

  rpr2::IPlayerGuezNuclearAgentAreaObjClass    &ic  = m_somPlayer->getPlayerGuezNuclearAgentAreaObjClass();
  rpr2::IPlayerGuezNuclearAgentAreaObjInstance *icb = dynamic_cast<rpr2::IPlayerGuezNuclearAgentAreaObjInstance *>(m_environmentObjects.value(data.id()));

  // Check if it is expired or removed (now), then delete the segments.
  if (icb &&
      (data.effectStateId() == AreaEffectSimulation::AesEffectState_def::EsExpired ||
       data.effectStateId() == AreaEffectSimulation::AesEffectState_def::EsRemoved))
  {
    icb->deleteObjectInstance(ngs::SimTime(true));
    m_environmentObjects.remove(data.id());
    // And we're done. Don't publish anything if called by startup.
    return true;
  }

  if (data.effectStateId() != AreaEffectSimulation::AesEffectState_def::EsCreated &&
      data.effectStateId() != AreaEffectSimulation::AesEffectState_def::EsReceived &&
      data.effectStateId() != AreaEffectSimulation::AesEffectState_def::EsPrepared &&
      data.effectStateId() != AreaEffectSimulation::AesEffectState_def::EsActivated &&
      data.effectStateId() != AreaEffectSimulation::AesEffectState_def::EsPaused)
    return false;

  if (!icb)
    icb = &ic.newGuezNuclearAgentAreaObjInstance();

  ParticipantPosition pos;
  pos.lon = data.impactPosition().lon();
  pos.lat = data.impactPosition().lat();

  // Todo: Generate an external ID
  is.setEntityNumber(10 * data.id());
  icb->setObjectIdentifier(is.toEIS());
  icb->setActivationTime(getClockTimeStruct(data.effectStart().is_set() ? data.effectStart().get() : 0));
  icb->setAreaEffectSimulationName(rpr2::OMT13string(data.name()));
  icb->setDuration(data.effectDuration());
  icb->setDetonationLocation(pos.toWorldLocation());
  icb->setPointsData(positionArray(nContamination(data)));
  icb->setRadius(data.impactRadius());
  icb->setObjectType(dummyEOS());
  icb->publish(getSimTime(data.sampleTime()));
  m_environmentObjects.insert(data.id(), icb);

  DEBUG_LOG(getLogger("NgsConnector.Outbound.NuclearAgentArea"))
      << "Nuclear Agent Area: Id: " << is.toString()
      << ", Name: " << data.name()
      << ". Published Area.";
  return true;
}

bool NgsConnector::guezChemicalAgent(const AreaEffectSimulation::BCContamination &data)
{
  IdentifierStruct is = IdentifierStruct::fromInt64(data.externalId());
  if (!is.isOwnElement())
    return false;

  rpr2::IPlayerGuezChemicalAgentAreaObjClass    &ic  = m_somPlayer->getPlayerGuezChemicalAgentAreaObjClass();
  rpr2::IPlayerGuezChemicalAgentAreaObjInstance *icb = dynamic_cast<rpr2::IPlayerGuezChemicalAgentAreaObjInstance *>(m_environmentObjects.value(data.id()));

  // Check if it is expired or removed (now), then delete the item.
  if (icb &&
      (data.effectStateId() == AreaEffectSimulation::AesEffectState_def::EsExpired ||
       data.effectStateId() == AreaEffectSimulation::AesEffectState_def::EsRemoved))
  {
    icb->deleteObjectInstance(ngs::SimTime(true));
    m_environmentObjects.remove(data.id());
    // And we're done. Don't publish anything if called by startup.
    return true;
  }

  if (data.effectStateId() != AreaEffectSimulation::AesEffectState_def::EsCreated &&
      data.effectStateId() != AreaEffectSimulation::AesEffectState_def::EsReceived &&
      data.effectStateId() != AreaEffectSimulation::AesEffectState_def::EsPrepared &&
      data.effectStateId() != AreaEffectSimulation::AesEffectState_def::EsActivated &&
      data.effectStateId() != AreaEffectSimulation::AesEffectState_def::EsPaused)
    return false;

  if (!icb)
    icb = &ic.newGuezChemicalAgentAreaObjInstance();

  ParticipantPosition pos;
  pos.lon = data.impactPosition().lon();
  pos.lat = data.impactPosition().lat();

  // Better: Don't use 400x, obtain volatility type from chargeType-Topic
  rpr2::ChemicalAgentTypeEnum8::ET type = rpr2::ChemicalAgentTypeEnum8::Other;
  switch (data.chargeStruct().chargeTypeId())
  {
  case 341:
    type = rpr2::ChemicalAgentTypeEnum8::Sarin;
    break;
  case 342:
    type = rpr2::ChemicalAgentTypeEnum8::VX;
    break;
  case 343:
    type = rpr2::ChemicalAgentTypeEnum8::SLost;
    break;
  default:
    type = rpr2::ChemicalAgentTypeEnum8::Other;
  }
  is.setEntityNumber(10 * data.id());
  icb->setObjectIdentifier(is.toEIS());
  icb->setDeactivated(data.effectStateId().underlying() != AreaEffectSimulation::AesEffectState_def::EsActivated);
  icb->setActivationTime(getClockTimeStruct(data.effectStart().is_set() ? data.effectStart().get() : 0));
  icb->setAreaEffectSimulationName(rpr2::OMT13string(data.name()));
  icb->setDuration(data.effectDuration() / 1000 / 60); // Duration in Minutes...
  icb->setDetonationLocation(pos.toWorldLocation());
  if (data.effectStateId().underlying() == AreaEffectSimulation::AesEffectState_def::EsExpired ||
      data.effectStateId().underlying() == AreaEffectSimulation::AesEffectState_def::EsRemoved)
    icb->setPercentComplete(100);
  else
    icb->setPercentComplete(0);
  // PointsData will be set by AesItemViewChanged()
  icb->setChemicalAgentType(type);
  icb->setRadius(data.impactRadius());
  rpr2::ForceIdentifierEnum8::ET forceId = data.partyId().is_set() ? m_ngsHandler->ppmHandler()->forceIdentifierFromPartyId(data.partyId().get()) : rpr2::ForceIdentifierEnum8::Other;
  icb->setForceIdentifier(forceId);
  icb->setIsPermanentAgent(type != rpr2::ChemicalAgentTypeEnum8::Sarin);
  icb->setObjectType(dummyEOS());
  icb->publish(getSimTime(data.sampleTime()));
  m_environmentObjects.insert(data.id(), icb);

  DEBUG_LOG(getLogger("NgsConnector.Outbound.ChemicalAgentArea"))
      << "Chemical Agent Area: Id: " << is.toString()
      << ", Name: " << data.name()
      << ". Published Area.";
  return true;
}
bool NgsConnector::setItemForm(int aesItemId, int aesTypeId, const std::vector<Core::GeoPosition> &form)
{
  if (form.size() == 0)
    m_arealObjectForms.remove(aesItemId);
  else
    m_arealObjectForms.insert(aesItemId, form);

  if (!m_environmentObjects.contains(aesItemId))
    return true;

  std::vector<Core::GeoPosition> reducedForm;
  switch (aesTypeId)
  {
  case AesType_def::AtBCContamination:
    reducedForm = bcReduction(form);
    break;
  case AesType_def::AtMineCorridor:
  case AesType_def::AtExplosionArea:
  case AesType_def::AtExplosionSingle:
  case AesType_def::AtMineArea:
  case AesType_def::AtNContamination:
    // Change only occurs when changing base data.
    return true;
  case AesType_def::AtUnknown:
  case AesType_def::AtDangerArea:
  case AesType_def::AtFunctionalArea:
  case AesType_def::AtBorderline:
  case AesType_def::AtTechnicalArea:
  case AesType_def::AtReconArea:
  case AesType_def::AtDusSingleMine:
  case AesType_def::AtExplosionAreaSingleExplosions:
  case AesType_def::AtMineAreaSingleMines:
  case AesType_def::AtGasPipe:
    // Not published.
    return true;
  }


  rpr2::IPlayerArealObjectObjInstance *ao = dynamic_cast<rpr2::IPlayerArealObjectObjInstance *>(m_environmentObjects.value(aesItemId));
  if (!ao)
    return false;

  ao->setPointsData(positionArray(reducedForm));
  ao->publish(getSimTime()); // No time given, take current time
  // Note: Case returns whenever Type is NOT Chemical Agent. If that changes, we have to update the logger channel
  DEBUG_LOG(getLogger("NgsConnector.Outbound.ChemicalAgentArea"))
      << "Chemical Agent Area: Id: " << aesItemId
      << ". Shape Changed. Updated on HLA.";

  return true;
}
bool NgsConnector::setWorldLocation(int eqNo, const ParticipantPosition &pos, int eqNoHost)
{
  rpr2::IPlayerPhysicalEntityObjInstance *playerInstance = dynamic_cast<rpr2::IPlayerPhysicalEntityObjInstance *>(m_playerMap.value(eqNo, nullptr));
  if (!playerInstance)
    return false;

  rpr2::SpatialStruct ss(spatialStructFromWorldLocation(pos.toWorldLocation()));

  rpr2::ConstituentPartRelationshipStruct cprs;
  cprs.Nature = rpr2::ConstituentPartNatureEnum16::Other;
  cprs.Position = rpr2::ConstituentPartPositionEnum16::Inside;

  rpr2::RTIObjectIdStruct rtiObjectIdHost;

  rpr2::RelativeRangeBearingStruct rrbs;
  rrbs.Bearing = 0.0;
  rrbs.Range = 0.0;

  // NGS Codegen does not automatically fill structure with 8 Bytes, when NamedLocationStruct is not defined with
  // a valid alternative:

  rpr2::NamedLocationStruct__StationName nlssn(rpr2::ConstituentPartStationNameEnum16::OnStationRangeBearing);
  nlssn.RelativeRangeAndBearing(rrbs);

  rpr2::NamedLocationStruct nlStruct;
  nlStruct.StationNumber = 0;
  nlStruct.StationName__A__Alternatives = nlssn;

  rpr2::EntityIdentifierStruct eis;
  eis.EntityNumber = 0;
  eis.FederateIdentifier.ApplicationID = 0;
  eis.FederateIdentifier.SiteID = 0;

  // Mounted?
  if (eqNoHost > 0)
  {
    // Get host from our players
    const rpr2::IObserverBaseEntityObjInstance *observerInstanceHost = m_playerMap.value(eqNoHost);

    // Not ours? Get from their players (our observed ones)
    if (!observerInstanceHost)
      observerInstanceHost = dynamic_cast<const rpr2::IObserverBaseEntityObjInstance *>(m_observerPlayerInstances.value(eqNoHost));

    // If found and valid data, fill IsPartOf struct and apply to player
    if (observerInstanceHost && observerInstanceHost->isValidObjectName() && observerInstanceHost->isValidEntityIdentifier())
    {
      cprs.Position = rpr2::ConstituentPartPositionEnum16::Inside;

      rtiObjectIdHost.ID = observerInstanceHost->getObjectName();
      eis = observerInstanceHost->getEntityIdentifier();
    }
  }

  rpr2::IsPartOfStruct ipos;
  ipos.HostEntityIdentifier = eis;
  ipos.HostRTIObjectIdentifier = rtiObjectIdHost;
  ipos.NamedLocation = nlStruct;
  ipos.Relationship = cprs;

  playerInstance->setIsPartOf(ipos);
  playerInstance->setSpatial(ss);
  playerInstance->publish(getSimTime(pos.msec));
  DEBUG_LOG(getLogger("NgsConnector.Outbound.Player.Position"))
      << "Player: " << eqNo << ", Position: " << pos.toString() << ", Time: " << pos.msec << ", Mounted on: " << eqNoHost;

  DEBUG_LOG(getLogger("NgsConnector.Outbound.Player.Orientation"))
      << "Player: " << eqNo << ", Orientation(Phi, Psi, Theta): "
      << ss.DeadReckoningAlgorithm__A__Alternatives.SpatialStatic().Orientation.Phi << ", "
      << ss.DeadReckoningAlgorithm__A__Alternatives.SpatialStatic().Orientation.Psi << ", "
      << ss.DeadReckoningAlgorithm__A__Alternatives.SpatialStatic().Orientation.Theta;

  return true;
}

ngs::SimTime NgsConnector::getSimTime(qint64 msecsSinceEpoch)
{
  if (msecsSinceEpoch == 0)
    msecsSinceEpoch = QDateTime::currentDateTimeUtc().toMSecsSinceEpoch();
  return ngs::SimTime(msecsSinceEpoch / 1000, (msecsSinceEpoch % 1000) * 1000);
}

ngs::SimTime NgsConnector::getSimTime(const QDateTime &dateTime)
{
  return getSimTime(dateTime.toMSecsSinceEpoch());
}

void NgsConnector::go()
{
  if (!m_somPlayer)
    return;

  try
  {
    m_somPlayer->go(ngs::IObserver::GOSTEP);
  }
  catch (const NGSException &ex)
  {
    ERROR_LOG(m_logger) << "NGS Exception caught in Event Loop" << ex.print();
  }
  catch (const std::exception &e)
  {
    ERROR_LOG(m_logger) << "Standard Exception caught in Event Loop: " << e.what();
  }
  catch (...)
  {
    // ERROR_LOG(m_logger) << "Generic Exception caught in Event Loop";
  }
}

void NgsConnector::onFirstTickFinished()
{
  unsubscribeFromNgs();
  m_bCanPublishData = true;
  subscribeAtNgs();
  emit firstTickFinished();
}

void NgsConnector::connectObserverObjectSignals(ObserverObjectCB *entity)
{
  connect(entity, &ObserverObjectCB::newObjectInstance2,
          this,   &NgsConnector::addObserverObjectInstance, Qt::UniqueConnection);
  connect(entity, &ObserverObjectCB::objectInstanceDeleted,
          this,   &NgsConnector::removeObserverObjectInstance, Qt::UniqueConnection);
}

void NgsConnector::connectObserverBaseEntityObjectSignals(ObserverBaseEntityObjectCB *entity)
{
  connectObserverObjectSignals(entity);

  connect(entity, &ObserverBaseEntityObjectCB::entityIdentifierChanged,
          this,   &NgsConnector::onEntityIdentifierChanged, Qt::UniqueConnection);
  connect(entity, &ObserverBaseEntityObjectCB::spatialChanged,
          this,   &NgsConnector::onSpatialChanged, Qt::UniqueConnection);
  connect(entity, &ObserverBaseEntityObjectCB::entityTypeChanged,
          this,   &NgsConnector::onEntityTypeChanged, Qt::UniqueConnection);
  connect(entity, &ObserverBaseEntityObjectCB::isPartOfChanged,
          this,   &NgsConnector::onIsPartOfChanged, Qt::UniqueConnection);
}

void NgsConnector::connectObserverPhysicalEntityObjectSignals(ObserverPhysicalEntityObjectCB *entity)
{
  connectObserverBaseEntityObjectSignals(entity);

  connect(entity, &ObserverPhysicalEntityObjectCB::markingChanged,
          this,   &NgsConnector::onMarkingChanged, Qt::UniqueConnection);
  connect(entity, &ObserverPhysicalEntityObjectCB::forceIdentifierChanged,
          this,   &NgsConnector::onForceIdentifierChanged, Qt::UniqueConnection);
}

void NgsConnector::connectObserverPlatformObjectSignals(ObserverPlatformObjectCB *entity)
{
  connectObserverPhysicalEntityObjectSignals(entity);

  // No extra signals
}

void NgsConnector::connectObserverGroundVehicleObjectSignals(ObserverGroundVehicleObjectCB *entity)
{
  connectObserverPlatformObjectSignals(entity);

  // No extra signals
}

void NgsConnector::connectObserverGuezGroundVehicleObjectSignals(ObserverGuezGroundVehicleObjectCB *entity)
{
  connectObserverGroundVehicleObjectSignals(entity);

  connect(entity, &ObserverGuezGroundVehicleObjectCB::tacticalStatusChanged,
          this,   &NgsConnector::onTacticalStatusChanged, Qt::UniqueConnection);
}

void NgsConnector::connectObserverLifeformObjectSignals(ObserverLifeformObjectCB *entity)
{
  connectObserverPhysicalEntityObjectSignals(entity);

  // No extra signals
}


void NgsConnector::connectObserverHumanObjectSignals(ObserverHumanObjectCB *entity)
{
  connectObserverLifeformObjectSignals(entity);

  // No extra signals
}

void NgsConnector::connectObserverGuezHumanObjectSignals(ObserverGuezHumanObjectCB *entity)
{
  connectObserverHumanObjectSignals(entity);

  connect(entity, &ObserverGuezHumanObjectCB::tacticalStatusChanged,
          this,   &NgsConnector::onTacticalStatusChanged, Qt::UniqueConnection);
}

void NgsConnector::connectObserverGuezObserverControllerObjectSignals(ObserverGuezObserverControllerObjectCB *entity)
{
  connectObserverHumanObjectSignals(entity);

  // No extra signals
}

void NgsConnector::connectObserverEnvironmentObjectObjectSignals(ObserverEnvironmentObjectObjectCB *entity)
{
  connectObserverObjectSignals(entity);

  connect(entity, &ObserverEnvironmentObjectObjectCB::objectIdentifierChanged,
          this,   &NgsConnector::onObjectIdentifierChanged, Qt::UniqueConnection);
  connect(entity, &ObserverEnvironmentObjectObjectCB::forceIdentifierChangedEO,
          this,   &NgsConnector::onForceIdentifierChangedEO, Qt::UniqueConnection);
  connect(entity, &ObserverEnvironmentObjectObjectCB::spatialChanged,
          this,   &NgsConnector::onSpatialChanged, Qt::UniqueConnection);
}

void NgsConnector::connectObserverArealObjectObjectSignals(ObserverArealObjectObjectCB *entity)
{
  connectObserverEnvironmentObjectObjectSignals(entity);

  connect(entity, &ObserverArealObjectObjectCB::pointsDataChanged,
          this,   &NgsConnector::onPointsDataChanged, Qt::UniqueConnection);
  connect(entity, &ObserverArealObjectObjectCB::percentCompleteChanged,
          this,   &NgsConnector::onPercentCompleteChanged, Qt::UniqueConnection);
  connect(entity, &ObserverArealObjectObjectCB::deactivatedChanged,
          this,   &NgsConnector::onDeactivatedChanged, Qt::UniqueConnection);
}

void NgsConnector::connectObserverPointObjectObjectSignals(ObserverPointObjectObjectCB *entity)
{
  connectObserverEnvironmentObjectObjectSignals(entity);
}

void NgsConnector::connectObserverOtherArealObjectObjectSignals(ObserverOtherArealObjectObjectCB *entity)
{
  connectObserverArealObjectObjectSignals(entity);
}

void NgsConnector::connectObserverOtherPointObjectObjectSignals(ObserverOtherPointObjectObjectCB *entity)
{
  connectObserverPointObjectObjectSignals(entity);
}

void NgsConnector::connectObserverGuezMineFieldObjectSignals(ObserverGuezMineFieldObjectCB *entity)
{
  connectObserverOtherArealObjectObjectSignals(entity);

  connect(entity, &ObserverGuezMineFieldObjectCB::areaEffectSimulationNameChanged,
          this,   &NgsConnector::onAreaEffectSimulationNameChanged, Qt::UniqueConnection);
  connect(entity, &ObserverGuezMineFieldObjectCB::activationTimeChanged,
          this,   &NgsConnector::onActivationTimeChanged, Qt::UniqueConnection);
  connect(entity, &ObserverGuezMineFieldObjectCB::durationChanged,
          this,   &NgsConnector::onDurationChanged, Qt::UniqueConnection);
  connect(entity, &ObserverGuezMineFieldObjectCB::mineTypeChanged,
          this,   &NgsConnector::onMineTypeChanged, Qt::UniqueConnection);
}

void NgsConnector::connectObserverGuezMineFieldBreachObjectSignals(ObserverGuezMineFieldBreachObjectCB *entity)
{
  connectObserverOtherArealObjectObjectSignals(entity);

  connect(entity, &ObserverGuezMineFieldBreachObjectCB::areaEffectSimulationNameChanged,
          this,   &NgsConnector::onAreaEffectSimulationNameChanged, Qt::UniqueConnection);
  connect(entity, &ObserverGuezMineFieldBreachObjectCB::activationTimeChanged,
          this,   &NgsConnector::onActivationTimeChanged, Qt::UniqueConnection);
}

void NgsConnector::addObserverObjectInstance(const ngs::IObserverObjectInstance &obj)
{
  // Put it into the Observer list later on, when the slot "onEntityIdentifierChanged()" is called
  // Then we can be sure, the EntityIdentifier is definetely set.
  const rpr2::IObserverBaseEntityObjInstance *beObject = dynamic_cast<const rpr2::IObserverBaseEntityObjInstance *>(&obj);
  if (beObject && beObject->isValidEntityIdentifier())
  {
    IdentifierStruct is(beObject->getEntityIdentifier());
    DEBUG_LOG(getLogger("NgsConnector.Inbound.Player"))
        << "Player: " << is.toString() << " added.";
    m_newObjectsWithoutParticipantIdSet.insert(&obj);
    onEntityIdentifierChanged(beObject->getEntityIdentifier(), beObject);
  }

  const rpr2::IObserverEnvironmentObjectObjInstance *eoObject = dynamic_cast<const rpr2::IObserverEnvironmentObjectObjInstance *>(&obj);
  if (eoObject && eoObject->isValidObjectIdentifier())
  {
    IdentifierStruct is(eoObject->getObjectIdentifier());
    DEBUG_LOG(getLogger("NgsConnector.Inbound.Object"))
        << "Object: " << is.toString() << " added.";
    m_newObjectsWithoutParticipantIdSet.insert(&obj);
    onObjectIdentifierChanged(eoObject->getObjectIdentifier(), eoObject);
  }
}

void NgsConnector::removeObserverObjectInstance(const ngs::IObserverObjectInstance &obj)
{
  const rpr2::IObserverBaseEntityObjInstance        *beObject = dynamic_cast<const rpr2::IObserverBaseEntityObjInstance *>(&obj);
  const rpr2::IObserverEnvironmentObjectObjInstance *eoObject = dynamic_cast<const rpr2::IObserverEnvironmentObjectObjInstance *>(&obj);

  IdentifierStruct is;
  if (beObject && beObject->isValidEntityIdentifier())
  {
    is = IdentifierStruct(beObject->getEntityIdentifier());
    DEBUG_LOG(getLogger("NgsConnector.Inbound.Player")) << "Player: " << is.toString() << " removed.";
  }
  else if (eoObject && eoObject->isValidObjectIdentifier())
  {
    is = IdentifierStruct(eoObject->getObjectIdentifier());
    DEBUG_LOG(getLogger("NgsConnector.Inbound.Object")) << "Object: " << is.toString() << " removed.";
  }
  else
    return;

  if (is.isOwnElement())
  {
    // TODO: handle signal
    emit virtualParticipantDeleted(is.entityNumber());
  }

  // really neccessary?
  //int *ptr = static_cast<int *>(obj.getUserObjectID());
  //delete[] ptr;

  m_newObjectsWithoutParticipantIdSet.remove(&obj);

  if (beObject)
  {
    m_observerPlayerInstances.remove(is.entityNumber());
    auto it = m_damageModelMap.find(is.entityNumber());
    if (it != m_damageModelMap.end())
    {
      delete it.value();
      m_damageModelMap.erase(it);
    }
  }

  if (eoObject)
  {
    m_observerEnvironmentObjects.remove(is.entityNumber());
    emit aesRemoveItem(is.toInt64());
  }

}

void NgsConnector::ensureDamageModelExists(const IdentifierStruct &is)
{
  if (m_damageModelMap.contains(is.entityNumber()))
    return;

  DamageModel *dmgModel(new DamageModel(is));
//  connect(dmgModel, &DamageModel::damageStateChanged,
//          this, &NgsConnector::onDamageStateChangedTimeout);
  connect(dmgModel, &DamageModel::playerManipulationChanged,
          this, &NgsConnector::playerManipulationChanged);
  m_damageModelMap.insert(is.entityNumber(), dmgModel);
}

rpr2::MarkingStruct NgsConnector::toMarkingStruct(const QString &designator)
{
  rpr2::MarkingStruct ms;
  const QString string = designator.leftJustified(ms.MarkingData.size(), QLatin1Char('\0'), true);
  const QByteArray ba = string.toUtf8();
  for (size_t i = 0; i < ms.MarkingData.size(); ++i)
    ms.MarkingData[i] = ba.at(i);
  // this is wrong but there is no 'UTF8' ...
  ms.MarkingEncodingType = rpr2::MarkingEncodingEnum8::ASCII;
  return ms;
}

rpr2::ClockTimeStruct NgsConnector::getClockTimeStruct(qint64 msecsSinceEpoch)
{
  // Todo: Wrong!
  rpr2::ClockTimeStruct cts;
// New:
//  cts.Hours = msecsSinceEpoch / (1000LL * 60 * 60);
//  qint64 msecsAfterTheHour = msecsSinceEpoch - (cts.Hours * 1000 * 60 * 60);
//  double portionOfAnHour = msecsAfterTheHour / (1000 * 60 * 60);
//  cts.TimePastTheHour = lrint(portionOfAnHour * (2LL<<31);
  cts.Hours = msecsSinceEpoch / (1000 * 60 * 60);
  cts.TimePastTheHour = msecsSinceEpoch - (cts.Hours * 1000 * 60 * 60) ; // This is wrong!
  return cts;
}

qint64 NgsConnector::getMSecsSinceEpoch(const rpr2::ClockTimeStruct &cts)
{
  // Todo: Wrong!
  qint64 time = 0;
  time += (1000LL * 60 * 60 * cts.Hours);
  time += cts.TimePastTheHour; // Contains MSecs at the moment
// New:
//   time += 1000LL * 60 * 60 * (cts.TimePastTheHour / (2LL<<31)) ;
  return time;
}

rpr2::EntityTypeStruct NgsConnector::getEtsCharge(int chargeType) const
{
  const auto ct = m_ngsHandler->ppmHandler()->chargeTypeFromId(chargeType);
  if (ct.disEntity().size() == 0)
    return TypeStruct::fromString(QLatin1String("2.0.0.0.0.0.1")).toETS(); // Default
  return TypeStruct::fromString(QString::fromStdString(ct.disEntity())).toETS();
}

template<typename T>
rpr2::ArrayOfWorldLocationStructDynamicHLAlengthlessVarArray NgsConnector::positionArray(const T &data)
{
  rpr2::ArrayOfWorldLocationStructDynamicHLAlengthlessVarArray positions;
  if (data.size() == 0)
    return positions;

  positions.resize(data.size());
  unsigned int i = 0;
  for (const auto &item : data)
    positions[i++] = ParticipantPosition(item).toWorldLocation();

  return positions;
}

QPolygonF NgsConnector::mineAreaSegment(const AreaEffectSimulation::MineSegment &segment, double width, double density, bool bIsCenterline)
{
  if (qFuzzyIsNull(density))
    return QPolygonF();

  LtsCoordTrans::UtmCoordinate startPositionUtm = LtsCoordTrans::UtmCoordinate::fromGeographic(segment.positionStart().lon(), segment.positionStart().lat());
  LtsCoordTrans::UtmCoordinate endPositionUtm = LtsCoordTrans::UtmCoordinate::fromGeographic(segment.positionEnd().lon(), segment.positionEnd().lat(), startPositionUtm.zone);

   const QLineF line({startPositionUtm.x, startPositionUtm.y}, {endPositionUtm.x, endPositionUtm.y});


  const auto yOfs1 = bIsCenterline ? (width / 2) : -width;
  const auto yOfs2 = bIsCenterline ? -(width / 2) : 0;
  QPolygonF polyUtm = QPolygonF({QPointF(0,             yOfs2),
                                 QPointF(0,             yOfs1),
                                 QPointF(line.length(), yOfs1),
                                 QPointF(line.length(), yOfs2)
                                });

  // Compass, not mathematical!
  polyUtm = fromRotation(0.0 - line.angle()).map(polyUtm);

  const QPolygonF poly(utmToGeogrphic(polyUtm, startPositionUtm));
  return poly;
}

QPolygonF NgsConnector::mineCorridorSegment(const Core::GeoPosition2D &start, const Core::GeoPosition2D &end, double width)
{
  QPointF startPoint(start.lon(), start.lat());
  QPointF endPoint(end.lon(), end.lat());
  LtsCoordTrans::UtmCoordinate startPositionUtm = LtsCoordTrans::UtmCoordinate::fromGeographic(startPoint);

  LtsCoordTrans::UtmCoordinate   endPositionUtm = LtsCoordTrans::UtmCoordinate::fromGeographic(endPoint, startPositionUtm.zone);

  QLineF  lengthVector(QPointF(startPositionUtm.x, startPositionUtm.y),
                       QPointF(endPositionUtm.x,   endPositionUtm.y));

  QPolygonF segment = QPolygonF({QPointF(0,                     width),
                                 QPointF(lengthVector.length(), width),
                                 QPointF(lengthVector.length(), 0),
                                 QPointF(0,                     0)
                                });

  segment.translate(QPointF(0, -(width / 2)));

  segment = fromRotation(0 - lengthVector.angle()).map(segment);

  return utmToGeogrphic(segment, startPositionUtm);
}


template <class T>
static inline T compass2rad(T degree)
{
  static_assert(!std::is_integral<T>::value, "Floating Point Value Required! Integer may be in Centidegree?!?");
  return (M_PI / 2.0) - (degree * M_PI / 180.0);
}

template <class T>
static inline T deg2rad(T degree)
{
  static_assert(!std::is_integral<T>::value, "Floating Point Value Required! Integer may be in Centidegree?!?");
  return  degree * M_PI / 180.0;
}

QPolygonF NgsConnector::nContamination(const AreaEffectSimulation::NContamination &awf)
{
  // Special Case: BorderLengthInner == 0
  LtsCoordTrans::UtmCoordinate impactPositionUtm = LtsCoordTrans::UtmCoordinate::fromGeographic(awf.impactPosition().lon(), awf.impactPosition().lat());
  if (qFuzzyIsNull(awf.borderLengthInner()))
  {
    if (!qFuzzyIsNull(awf.borderLengthOuter()))
      return QPolygonF();
    QPolygonF poly;
    poly.reserve(8);
    for (int i = 0; i < 360; i += 45)
    {
      double angle = compass2rad(double(i));
      poly << impactPositionUtm.geographic(QPointF(cos(angle) * awf.impactRadius(), sin(angle) * awf.impactRadius()));
    }
    return poly;
  }
  if (awf.impactRadius() > awf.borderLengthInner())
    return QPolygonF();

  double halfSpanAngleRad = deg2rad(awf.spanAngle()) / 2.0;   // Angle between MCC and MCT at C
  double acos_val = awf.impactRadius() / awf.borderLengthInner(); // Adjacent / Hypotenuse (Angle between SCT and MCT at C)
  double scAngleRad = acos(acos_val) + halfSpanAngleRad;          // Thus, Angle between MCC and SCT at C. ("Small Circle Angle")

  // Calculate Points:
  QPointF sct(cos(scAngleRad) * awf.impactRadius(),  sin(scAngleRad) * awf.impactRadius());
  QPointF scb(cos(scAngleRad) * awf.impactRadius(), -sin(scAngleRad) * awf.impactRadius());

  QPointF mct(cos(halfSpanAngleRad) * (awf.borderLengthInner()),  sin(halfSpanAngleRad) * (awf.borderLengthInner()));
  QPointF mcb(cos(halfSpanAngleRad) * (awf.borderLengthInner()), -sin(halfSpanAngleRad) * (awf.borderLengthInner()));

  QPointF bct(cos(halfSpanAngleRad) * (awf.borderLengthInner() + awf.borderLengthOuter()),
              sin(halfSpanAngleRad) * (awf.borderLengthInner() + awf.borderLengthOuter()));
  QPointF bcb(cos(halfSpanAngleRad) * (awf.borderLengthInner() + awf.borderLengthOuter()),
              -sin(halfSpanAngleRad) * (awf.borderLengthInner() + awf.borderLengthOuter()));

  QPolygonF polyUtm;
  polyUtm.reserve(8);

  polyUtm << sct;
  polyUtm << mct;
  polyUtm << bct; // In For
  polyUtm << QPointF(awf.borderLengthInner() + awf.borderLengthOuter(), 0);
  polyUtm << bcb; // May not be in for, if (spanAngle % steps != 0)
  polyUtm << mcb;
  polyUtm << scb; // In For
  polyUtm << QPointF(-awf.impactRadius(), 0);


  polyUtm = fromRotation(90.0 - awf.rotationAngle()).map(polyUtm); // The cunstructed poly ist heading eastwards but must be rotated as from north

  const QPolygonF poly(utmToGeogrphic(polyUtm, impactPositionUtm));
  return poly;
}

std::vector<Core::GeoPosition> NgsConnector::bcReduction(const std::vector<Core::GeoPosition> &form)
{
  std::vector<Core::GeoPosition> vec;
  vec.resize(8);
  if (form.size() == 72) // 0, 45, 90, 135, 180, 225, 270, 315° (Kreis!)
  {
    vec[0] = form[0];
    vec[1] = form[9];
    vec[2] = form[18];
    vec[3] = form[27];
    vec[4] = form[36];
    vec[5] = form[45];
    vec[6] = form[54];
    vec[7] = form[63];
  }
  else if (form.size() == 74) // 0, 60, 120, 180° (rechts), 180, 240, 300, 360° (links) (Wurscht!)
  {
    vec[0] = form[0];
    vec[1] = form[12];
    vec[2] = form[24];
    vec[3] = form[36];
    vec[4] = form[37];
    vec[5] = form[49];
    vec[6] = form[61];
    vec[7] = form[73];
  }
  return vec;
}
rpr2::ArrayOfHLAoctetN_slsh_AperfectalwaysN_slsh_ADynamicHLApaddingTo32Array NgsConnector::triggeredImpactsArray(const std::vector<uint8_t> &data)
{
  rpr2::ArrayOfHLAoctetN_slsh_AperfectalwaysN_slsh_ADynamicHLApaddingTo32Array impacts;
  if (data.size() == 0)
    return impacts;

  impacts.resize(data.size());
  unsigned int i = 0;
  for (const auto &item : data)
    impacts[i++] = static_cast<ngs::CHAR8>(item);

  return impacts;
}

rpr2::HitResultEnum16::ET NgsConnector::getHitResultEnum(const ProjectDataManagement::VulnerabilityState &ts)
{
  switch (ts.underlying())
  {
  case ProjectDataManagement::VulnerabilityState_def::CombatReady:
    return rpr2::HitResultEnum16::Reset;
  case ProjectDataManagement::VulnerabilityState_def::LightDamage:
    return rpr2::HitResultEnum16::LightDamage;
  case ProjectDataManagement::VulnerabilityState_def::MediumDamage:
    return rpr2::HitResultEnum16::MediumDamage;
  case ProjectDataManagement::VulnerabilityState_def::HeavyDamage:
    return rpr2::HitResultEnum16::HeavyDamage;
  case ProjectDataManagement::VulnerabilityState_def::MobilityKill:
    return rpr2::HitResultEnum16::MobilityKill;
  case ProjectDataManagement::VulnerabilityState_def::VisibleMobilityKill:
    return rpr2::HitResultEnum16::MobilityKillVisible;
  case ProjectDataManagement::VulnerabilityState_def::WeaponSystemDamage:
    return rpr2::HitResultEnum16::WeaponDamage;
  case ProjectDataManagement::VulnerabilityState_def::VisibleWeaponSystemDamage:
    return rpr2::HitResultEnum16::WeaponDamageVisible;
  case ProjectDataManagement::VulnerabilityState_def::CatastrophicKill:
    return rpr2::HitResultEnum16::TotalKill;
  case ProjectDataManagement::VulnerabilityState_def::TemporarySeverance:
    return rpr2::HitResultEnum16::TemporaryFailure;
  case ProjectDataManagement::VulnerabilityState_def::NearMiss:
    return rpr2::HitResultEnum16::NearMiss;
  case ProjectDataManagement::VulnerabilityState_def::HitWithNoEffect:
    return rpr2::HitResultEnum16::HitWithNoEffect;
  case ProjectDataManagement::VulnerabilityState_def::NContamination:
  case ProjectDataManagement::VulnerabilityState_def::BContamination:
  case ProjectDataManagement::VulnerabilityState_def::CContamination:
    return rpr2::HitResultEnum16::Contaminated;
  default:
    return rpr2::HitResultEnum16::Reset;
  }
  return rpr2::HitResultEnum16::Reset;
}

ProjectDataManagement::VulnerabilityState NgsConnector::getTacticalStatusEnum(const rpr2::HitResultEnum16::ET &hr)
{
  switch (hr)
  {
  case rpr2::HitResultEnum16::Reset:
    return ProjectDataManagement::VulnerabilityState_def::CombatReady;
  case rpr2::HitResultEnum16::LightDamage:
    return ProjectDataManagement::VulnerabilityState_def::LightDamage;
  case rpr2::HitResultEnum16::MediumDamage:
    return ProjectDataManagement::VulnerabilityState_def::MediumDamage;
  case rpr2::HitResultEnum16::HeavyDamage:
    return ProjectDataManagement::VulnerabilityState_def::HeavyDamage;
  case rpr2::HitResultEnum16::MobilityKill:
    return ProjectDataManagement::VulnerabilityState_def::MobilityKill;
  case rpr2::HitResultEnum16::MobilityKillVisible:
    return ProjectDataManagement::VulnerabilityState_def::VisibleMobilityKill;
  case rpr2::HitResultEnum16::WeaponDamage:
    return ProjectDataManagement::VulnerabilityState_def::WeaponSystemDamage;
  case rpr2::HitResultEnum16::WeaponDamageVisible:
    return ProjectDataManagement::VulnerabilityState_def::VisibleWeaponSystemDamage;
  case rpr2::HitResultEnum16::TotalKill:
    return ProjectDataManagement::VulnerabilityState_def::CatastrophicKill;
  case rpr2::HitResultEnum16::CheatingKill:
    return ProjectDataManagement::VulnerabilityState_def::CatastrophicKill;
  case rpr2::HitResultEnum16::NearMiss:
    return ProjectDataManagement::VulnerabilityState_def::NearMiss;
  case rpr2::HitResultEnum16::HitWithNoEffect:
    return ProjectDataManagement::VulnerabilityState_def::HitWithNoEffect;
  case rpr2::HitResultEnum16::Contaminated:
    return ProjectDataManagement::VulnerabilityState_def::CContamination;
  case rpr2::HitResultEnum16::TemporaryFailure:
    return ProjectDataManagement::VulnerabilityState_def::TemporarySeverance;
  default:
    return ProjectDataManagement::VulnerabilityState_def::NoChange;
  }
  return ProjectDataManagement::VulnerabilityState_def::NoChange;
}

QPolygonF NgsConnector::utmToGeogrphic(const QPolygonF &polyUtm, const LtsCoordTrans::UtmCoordinate &base)
{
  QPolygonF poly;
  poly.reserve(polyUtm.size());
  for (const QPointF &point : qAsConst(polyUtm))
    poly << base.geographic(point);
  return poly;
}

void NgsConnector::onEntityIdentifierChanged(const rpr2::EntityIdentifierStruct &eis,
                                             const rpr2::IObserverBaseEntityObjInstance *obj)
{
  IdentifierStruct is(eis);
  // Own players are irrelevant here
  if (is.isOwnElement())
  {
    m_newObjectsWithoutParticipantIdSet.remove(obj);
    return;
  }

  // We cannot do anything here then. Who was it before?
  if (m_observerPlayerInstances.contains(is.entityNumber()))
    return;

  DEBUG_LOG(getLogger("NgsConnector.Inbound.Player"))
      << "Player: " << is.toString() << " will be added.";

  m_observerPlayerInstances.insert(is.entityNumber(), obj);
  m_newObjectsWithoutParticipantIdSet.remove(obj);


  GuezHitStruct hs;
  hs.originatorType = ProjectDataManagement::StateChangeOriginator_def::Initialization;
  hs.sampleTime     = QDateTime::currentDateTimeUtc().toMSecsSinceEpoch(); // We don't have anything better
  hs.targetId       = is.entityNumber();
  hs.vulnerabilityState = ProjectDataManagement::VulnerabilityState_def::VulnerabilityBitsChanged; // --> Evaluate State from Bits (done in PPM Service).

  QTimer::singleShot(STATUS_WAIT_INTERVAL, this, [this, hs, obj]() mutable
  {
    auto ptr = m_damageModelMap.value(hs.targetId);
    if (!ptr)
    {
      ERROR_LOG(getLogger("NgsConnector.Inbound.Player"))
          << "Damage State of entity " << hs.targetId
          << " didn't exist 50msecs after EntityIdentifier Changed. Setting Initial Status not possible!";
      return;
    }

    DEBUG_LOG(getLogger("NgsConnector.Inbound.Player"))
        << "Player: " << hs.targetId << ". Setting initial Status, initial Position and Manipulation.";

    const auto vulnerabilityBits = ptr->totalState(hs.sampleTime);
    hs.vulnerabilityBits = (vulnerabilityBits & ~rpr2::TotalStatusEnum32::Manipulation);

    DEBUG_LOG(getLogger("NgsConnector.Inbound.Player.Status"))
        << "Player: " << hs.targetId
        << " New Total Status: " << hs.vulnerabilityBits;
    emit guezHit(hs);

    ParticipantPosition pos(obj->getSpatial().DeadReckoningAlgorithm__A__Alternatives.SpatialStatic().WorldLocation);
    long time = obj->getLatestTimeStamp().getSeconds() * 1000;
    if (time == 0)
      time = getSimTime().getSeconds() * 1000;

    DEBUG_LOG(getLogger("NgsConnector.Inbound.Player.Position"))
        << "Player: " << hs.targetId << ", Initial Position: " << pos.toString() << ", Time: " << pos.msec;

    emit spatialChanged(hs.targetId, pos, time);

    // That may be too much but better safe than sorry...
    // TODO: set to DamageModel, use emit from there?
    emit playerManipulationChanged(hs.targetId, vulnerabilityBits & rpr2::TotalStatusEnum32::Manipulation, hs.sampleTime);

  });
}

bool NgsConnector::onObjectIdentifierChanged(const rpr2::EntityIdentifierStruct &eis,
                                             const rpr2::IObserverEnvironmentObjectObjInstance *obj)
{
  IdentifierStruct is(eis);
  // Own players are irrelevant here
  if (is.isOwnElement())
  {
    m_newObjectsWithoutParticipantIdSet.remove(obj);
    return false;
  }

  // Already created -> ignore
  if (m_observerEnvironmentObjects.contains(is.entityNumber()))
    return true;

  DEBUG_LOG(getLogger("NgsConnector.Inbound.Object"))
      << "Object: " << is.toString() << " will be added.";

  m_observerEnvironmentObjects.insert(is.entityNumber(), obj);
  m_nonpublishedEnvironmentObjects.insert(is.entityNumber());
  m_newObjectsWithoutParticipantIdSet.remove(obj);

  const rpr2::IObserverGuezMineFieldObjInstance *minefield = dynamic_cast<const rpr2::IObserverGuezMineFieldObjInstance *>(obj);
  if (minefield)
    return addMinefield(minefield);

  const rpr2::IObserverGuezMineFieldBreachObjInstance *minefieldBreach = dynamic_cast<const rpr2::IObserverGuezMineFieldBreachObjInstance *>(obj);
  if (minefieldBreach)
    return addMinefieldBreach(minefieldBreach);

  return false;
}

bool getCorridorSegment(const rpr2::ArrayOfWorldLocationStructDynamicHLAlengthlessVarArray &pointsDataIn,
                        std::vector<Core::GeoPosition2D> &segmentsOut,
                        double &widthOut)
{
  //   P0                 P3
  // L *-------------------* L
  // i |                   | i
  // n * S0             S1 * n
  // e |                   | e
  // 1 *-------------------* 2
  //   P1                 P2

  // Calculate width = P0->P1
  // Calculate S0, S1

  if (pointsDataIn.size() != 4)
    return false;

  ParticipantPosition p0(pointsDataIn[0]);
  ParticipantPosition p1(pointsDataIn[1]);
  ParticipantPosition p2(pointsDataIn[2]);
  ParticipantPosition p3(pointsDataIn[3]);

  LtsCoordTrans::UtmCoordinate utmP0 = LtsCoordTrans::UtmCoordinate::fromGeographic(p0.toPoint());
  LtsCoordTrans::UtmCoordinate utmP1 = LtsCoordTrans::UtmCoordinate::fromGeographic(p1.toPoint(), utmP0.zone);
  LtsCoordTrans::UtmCoordinate utmP2 = LtsCoordTrans::UtmCoordinate::fromGeographic(p2.toPoint(), utmP0.zone);
  LtsCoordTrans::UtmCoordinate utmP3 = LtsCoordTrans::UtmCoordinate::fromGeographic(p3.toPoint(), utmP0.zone);

  QLineF line1(utmP0.x, utmP0.y, utmP1.x, utmP1.y);
  widthOut = line1.length();
  line1.setLength(0.5 * line1.length());

  LtsCoordTrans::UtmCoordinate utmS0(utmP0.zone, line1.p2().x(), line1.p2().y(), utmP0.northp);

  QLineF line2(utmP2.x, utmP2.y, utmP3.x, utmP3.y);
  widthOut = line2.length();
  line2.setLength(0.5 * line2.length());

  LtsCoordTrans::UtmCoordinate utmS1(utmP0.zone, line2.p2().x(), line2.p2().y(), utmP0.northp);

  segmentsOut.resize(2);
  segmentsOut[0] = Core::GeoPosition2D(utmS0.geographic().x(), utmS0.geographic().y());
  segmentsOut[1] = Core::GeoPosition2D(utmS1.geographic().x(), utmS1.geographic().y());

  return true;
}

bool NgsConnector::addMinefield(const rpr2::IObserverGuezMineFieldObjInstance *minefield)
{
  int id = minefield->isValidObjectIdentifier() ? IdentifierStruct(minefield->getObjectIdentifier()).entityNumber() : 0;
  QTimer::singleShot(STATUS_WAIT_INTERVAL, this, [this, minefield, id]() mutable
  {
    if (!m_observerEnvironmentObjects.contains(id))
      return;

    if (!minefield->isValidObjectIdentifier() ||
        !minefield->isValidMineType() ||
        !minefield->isValidMineCount() ||
        !minefield->isValidActivationTime() ||
        !minefield->isValidAreaEffectSimulationName() ||
        !minefield->isValidForceIdentifier() ||
        !minefield->isValidPointsData())
    {
      ERROR_LOG(getLogger("NgsConnector.Inbound.MineField"))
          << "Wanted to create Minefield but not all necessary data is available yet. :(";
      return;
    }

    if (minefield->isValidPercentComplete() && minefield->getPercentComplete() > 99)
      return;

    IdentifierStruct is(minefield->getObjectIdentifier());

    AreaEffectSimulation::MineAreaModifyRequest ma;

    const auto ct = m_ngsHandler->ppmHandler()->chargeTypeFromDisEntity(TypeStruct(minefield->getMineType()).toString());

    ma.externalId(is.toInt64());
    ma.chargeStruct().chargeTypeId(ct.id());
    ma.density(0.008 * minefield->getMineCount() + 0.1); // 0 -> 0.1 , 100 -> 0.9
    ma.effectStart(getMSecsSinceEpoch(minefield->getActivationTime()));
    ma.effectSourceId(ProjectDataManagement::EffectSource::ES_HLA);
    ma.name(minefield->getAreaEffectSimulationName().str());
    if (minefield->isValidDuration())
      ma.effectDuration(60LL * 60 * 1000 * minefield->getDuration()); // Hours to MSecs
    else
      ma.effectDuration(60LL * 60 * 1000 * 4); // 4 Hour Default
    int partyId = m_ngsHandler->ppmHandler()->partyIdFromForceIdentifier(minefield->getForceIdentifier());
    ma.partyId(partyId);
    double width;
    std::vector<Core::GeoPosition2D> segments;
    if (!getCorridorSegment(minefield->getPointsData(), segments, width))
    {
      ERROR_LOG(getLogger("NgsConnector.Inbound.MineField"))
          << "Minefield Id: " << is.toString()
          << ", Name: " << ma.name()
          << ". Could not calculate segment from given points data.";
      return;
    }

    DEBUG_LOG(getLogger("NgsConnector.Inbound.MineField"))
        << "Minefield added/changed: Id: " << is.toString()
        << ", Name: " << ma.name();

    ma.segments(segments);
    ma.width(width);
    ma.isCenterLine(true);

    emit newMinefield(ma);
    m_nonpublishedEnvironmentObjects.remove(id);

  });
  return true;
}

bool NgsConnector::addMinefieldBreach(const rpr2::IObserverGuezMineFieldBreachObjInstance *minefieldBreach)
{
  QTimer::singleShot(STATUS_WAIT_INTERVAL, this, [this, minefieldBreach]() mutable
  {
    if (!minefieldBreach->isValidObjectIdentifier() ||
        !minefieldBreach->isValidActivationTime() ||
        !minefieldBreach->isValidAreaEffectSimulationName() ||
        !minefieldBreach->isValidForceIdentifier() ||
        !minefieldBreach->isValidPointsData())
      return;

    IdentifierStruct is(minefieldBreach->getObjectIdentifier());
    // If it was deleted, don't do anything!
    if (!m_observerEnvironmentObjects.contains(is.entityNumber()))
      return;

    AreaEffectSimulation::MineCorridorModifyRequest mc;

    mc.externalId(is.toInt64());
    mc.effectStart(getMSecsSinceEpoch(minefieldBreach->getActivationTime()));
    mc.effectSourceId(ProjectDataManagement::EffectSource::ES_HLA);
    mc.name(minefieldBreach->getAreaEffectSimulationName().str());

    std::vector<Core::GeoPosition2D> vec;
    double width;

    if (!getCorridorSegment(minefieldBreach->getPointsData(), vec, width))
    {
      ERROR_LOG(getLogger("NgsConnector.Inbound.MineFieldBreach"))
          << "Minefield Breach Id: " << is.toString()
          << ", Name: " << mc.name()
          << ". Could not calculate segment from given points data.";
      return;
    }
    mc.segments(vec);
    mc.width(width);
    int partyId = m_ngsHandler->ppmHandler()->partyIdFromForceIdentifier(minefieldBreach->getForceIdentifier());
    mc.partyId(partyId);

    DEBUG_LOG(getLogger("NgsConnector.Inbound.MineFieldBreach"))
        << "Minefield added/changed: Id: " << is.toString()
        << ", Name: " << mc.name();

    emit newMinefieldBreach(mc);
    m_nonpublishedEnvironmentObjects.remove(is.entityNumber());

  });
  return true;
}

bool NgsConnector::onSpatialChanged(const rpr2::EntityIdentifierStruct &eis, const rpr2::WorldLocationStruct &wl, qint64 simTimeMSecs)
{
  IdentifierStruct is(eis);
  ParticipantPosition newParticipantPosition(wl);

  if (is.isOwnElement())
    return true;

  ParticipantPosition &posInMapRef = m_observerPositions[is.entityNumber()];
  if (!posInMapRef.hasMoved(newParticipantPosition)) //Hat sich die Position zum letzen Mal signifkant geändert?
    return true;

  DEBUG_LOG(getLogger("NgsConnector.Inbound.Player.Position"))
      << "Player: " << is.toString() << ", Position: " << newParticipantPosition.toString() << ", Time: " << newParticipantPosition.msec;

  posInMapRef = newParticipantPosition;

  emit spatialChanged(is.entityNumber(), newParticipantPosition, simTimeMSecs);

  return true;
}

void NgsConnector::onEntityTypeChanged(const rpr2::EntityIdentifierStruct &eis, const rpr2::EntityTypeStruct &ets, qint64 simTimeMSecs)
{
  Q_UNUSED(simTimeMSecs);
  IdentifierStruct is(eis);
  if (is.isOwnElement())
    return;

  TypeStruct ts(ets);

  WARNING_LOG(getLogger("NgsConnector.Inbound.Player"))
      << "Player: " << is.toString() << ". New Entity Type: " << ts.toString() << ". This has no effect!";

  // Todo?
}

void NgsConnector::onIsPartOfChanged(const rpr2::EntityIdentifierStruct &eis, const rpr2::IsPartOfStruct &ipos, qint64 simTimeMSecs)
{
  // We cannot handle Saab players being mounted on GUEZ vehicles and vice versa as on radio the HOST (party A) tells about its mounted players,
  // whereas on HLA the player (party B) has to tell where he's mounted on. Party A's Excon cannot publish (IsPartOf) data of the player that
  // belongs to party B.

  IdentifierStruct is(eis);
  if (is.isOwnElement())
    return;


  int eqNo     = is.entityNumber();
  int eqNoHost = ipos.HostEntityIdentifier.EntityNumber;
  DEBUG_LOG(getLogger("NgsConnector.Inbound.Player"))
      << "Player: " << is.toString() << " is now part of " << IdentifierStruct(ipos.HostEntityIdentifier).toString();
  emit isPartOfChanged(eqNo, eqNoHost, simTimeMSecs);
}

bool NgsConnector::onMarkingChanged(const rpr2::EntityIdentifierStruct &eis, const rpr2::MarkingStruct &marking, qint64 simTimeMSecs)
{
  IdentifierStruct is(eis);
  if (is.isOwnElement())
    return true;

  QByteArray ba;
  for (size_t i = 0; i < marking.MarkingData.size(); ++i)
    ba += marking.MarkingData[i];
  const QString str(QString::fromUtf8(ba));

  DEBUG_LOG(getLogger("NgsConnector.Inbound.Object"))
      << "Object: " << is.toString() << " has new Marking: '" << str << "'.";

  emit markingChanged(eis.EntityNumber, str, simTimeMSecs);

  return true;
}

bool NgsConnector::onPointsDataChanged(const rpr2::EntityIdentifierStruct &eis, const rpr2::ArrayOfWorldLocationStructDynamicHLAlengthlessVarArray &points, qint64 simTimeMSecs)
{
  IdentifierStruct is(eis);
  if (is.isOwnElement())
    return true;

  if (!m_observerEnvironmentObjects.contains(is.entityNumber()))
    return false;

  if (m_nonpublishedEnvironmentObjects.contains(is.entityNumber()))
    return false;

  std::vector<Core::GeoPosition2D> pointsData;

  for (size_t i = 0; i < points.size(); ++i)
    pointsData.resize(pointsData.size() + 1, ParticipantPosition(points[i]).toGeoPosition2D());

  DEBUG_LOG(getLogger("NgsConnector.Inbound.Object"))
      << "Object: " << is.toString() << " has new Points data (not printed) of size " << pointsData.size();

  emit aesPointsDataChanged(is.toInt64(), pointsData, simTimeMSecs);

  return true;
}
bool NgsConnector::onForceIdentifierChanged(const rpr2::EntityIdentifierStruct &eis, rpr2::ForceIdentifierEnum8::ET identifier, qint64 simTimeMSecs)
{
  Q_UNUSED(simTimeMSecs);
  IdentifierStruct is(eis);
  if (is.isOwnElement())
    return true;

  WARNING_LOG(getLogger("NgsConnector.Inbound.Player"))
      << "Player: " << is.toString() << " has new Force Identifier: " << identifier << ". This has NO EFFECT.";

  return true;
}

bool NgsConnector::onForceIdentifierChangedEO(const rpr2::EntityIdentifierStruct &eis, rpr2::ForceIdentifierEnum8::ET identifier, qint64 simTimeMSecs)
{
  Q_UNUSED(simTimeMSecs);
  IdentifierStruct is(eis);
  if (is.isOwnElement())
    return true;

  if (!m_observerEnvironmentObjects.contains(is.entityNumber()))
    return false;

  if (m_nonpublishedEnvironmentObjects.contains(is.entityNumber()))
    return false;

  DEBUG_LOG(getLogger("NgsConnector.Inbound.Object"))
      << "Object: " << is.toString() << " has new Force Identifier: " << identifier << ". Updating AES Item.";

  int partyId = m_ngsHandler->ppmHandler()->partyIdFromForceIdentifier(identifier);

  emit aesForceIdentifierChanged(is.toInt64(), partyId);
  return true;
}

bool NgsConnector::onTacticalStatusChanged(const rpr2::EntityIdentifierStruct &eis,
                                           const rpr2::TacticalStatusStruct &rprStatus,
                                           qint64 simTimeMSecs)
{
  IdentifierStruct is(eis);
  if (is.isOwnElement())
    return true;

  ensureDamageModelExists(is);
  m_damageModelMap[is.entityNumber()]->setTacticalStatusStruct(rprStatus, simTimeMSecs);

  DEBUG_LOG(getLogger("NgsConnector.Inbound.Player.Status"))
      << "Player: " << is.toString() << " New Total Status: " << rprStatus.TotalStatus << ", Tactical Status (unused): " << rprStatus.TacticalStatus;

  if (rprStatus.TotalStatus == rpr2::TotalStatusEnum32::CombatReady)
  {
    DEBUG_LOG(getLogger("NgsConnector.Inbound.Player.Status")) << "New Status is CombarReady. Therfore we 'init' the player.";
    emit participantReceivedInit(is.entityNumber(), simTimeMSecs);
    return true;
  }
  // Todo: Tactical Status Change on SAAB players can occur at any time (without known reason). Therefore, we MUST handle this.
  // Change of Tactical Status with no other Interaction cannot be handled (at the moment). The Interaction forwards the status change to PPM.
  // Note: We could start a timer per eqNo. If the Timer is not deleted by an interaction that handles it, send it out.

  GuezHitStruct hitStruct;
  hitStruct.originatorChargeTypeEtsString = TypeStruct::fromDisInt(0).toString();
  hitStruct.originatorId = 0;
  hitStruct.originatorType = ProjectDataManagement::StateChangeOriginator_def::Unknown;
  hitStruct.position = m_observerPositions[is.entityNumber()].toGeoPosition();
  hitStruct.sampleTime = simTimeMSecs;
  hitStruct.targetId = is.entityNumber();
  hitStruct.vulnerabilityState = ProjectDataManagement::VulnerabilityState_def::VulnerabilityBitsChanged; // --> Evaluate State from Bits (done in PPM Service).
  hitStruct.vulnerabilityKind = 0;

  const auto vulnerabilityBits = m_damageModelMap[is.entityNumber()]->totalState(hitStruct.sampleTime);
  hitStruct.vulnerabilityBits = (vulnerabilityBits & ~rpr2::TotalStatusEnum32::Manipulation);

  if (m_guezHitActive.contains(hitStruct.targetId))
  {
    DEBUG_LOG(getLogger("NgsConnector.Inbound.Player.StatusChange")) << "Tactical Status changed, but GuezHit was detected before. Not doing anything!";
    return true;
  }

  QTimer::singleShot(Settings::guezHitGraceTimeMSecs(), this, [this, hitStruct]() mutable
  {
    if (m_guezHitActive.contains(hitStruct.targetId))
    {
      DEBUG_LOG(getLogger("NgsConnector.Inbound.Player.StatusChange")) << "Tactical Status changed, Timeout happened, but GuezHit was detected before. Not doing anything!";
      return;
    }
    WARNING_LOG(getLogger("NgsConnector.Inbound.Player.StatusChange")) << "Tactical Status changed, Timeout happened. NO corresponding GuezHit detected";
    emit guezHit(hitStruct);
  });
  return true;
}


bool NgsConnector::onDeactivatedChanged(const rpr2::EntityIdentifierStruct &eis, bool state, qint64 simTimeMSecs)
{
  Q_UNUSED(simTimeMSecs);
  IdentifierStruct is(eis);
  if (is.isOwnElement())
    return true;

  if (!m_observerEnvironmentObjects.contains(is.entityNumber()))
    return false;

  if (m_nonpublishedEnvironmentObjects.contains(is.entityNumber()))
    return false;

  DEBUG_LOG(getLogger("NgsConnector.Inbound.Object"))
      << "Object: " << is.toString() << " has changed 'Deactivated' State. New State: " << state;

  if (state) // deactivated
  {
    qint64 activationTime = 0;

    const rpr2::IObserverGuezMineFieldObjInstance *minefield = dynamic_cast<const rpr2::IObserverGuezMineFieldObjInstance * >(m_observerEnvironmentObjects[is.entityNumber()]);
    if (minefield && minefield->isValidActivationTime())
      activationTime = getMSecsSinceEpoch(minefield->getActivationTime());

    const rpr2::IObserverGuezMineFieldBreachObjInstance *minefieldBreach = dynamic_cast<const rpr2::IObserverGuezMineFieldBreachObjInstance * >(m_observerEnvironmentObjects[is.entityNumber()]);
    if (minefieldBreach && minefieldBreach->isValidActivationTime())
      activationTime = getMSecsSinceEpoch(minefieldBreach->getActivationTime());

    // again!
    if (activationTime > 0)
      emit aesRemoveItem(is.toInt64());
  }

  return true;
}

bool NgsConnector::onPercentCompleteChanged(const rpr2::EntityIdentifierStruct &eis, ngs::UINT32 state, qint64 simTimeMSecs)
{
  Q_UNUSED(simTimeMSecs);
  IdentifierStruct is(eis);
  if (is.isOwnElement())
    return true;

  DEBUG_LOG(getLogger("NgsConnector.Inbound.Object"))
      << "Object: " << is.toString() << " has changed 'Percent Complete'. New Completeness: " << state;

  // Find out, if it was active before
  // Todo: This might not work as the instance's deactivated flag most likely already is set...
  if (!m_observerEnvironmentObjects.contains(is.entityNumber()))
    return false;

  if (state > 99)
    emit aesRemoveItem(is.toInt64());

  return true;
}

// Minefield
// Minefield Breach
void NgsConnector::onAreaEffectSimulationNameChanged(const rpr2::EntityIdentifierStruct &eis, const rpr2::OMT13string &value, qint64 simTimeMSecs)
{
  Q_UNUSED(simTimeMSecs);
  IdentifierStruct is(eis);

  if (is.isOwnElement())
    return;

  if (m_nonpublishedEnvironmentObjects.contains(is.entityNumber()))
    return;

  if (!m_observerEnvironmentObjects.contains(eis.EntityNumber))
    return;

  DEBUG_LOG(getLogger("NgsConnector.Inbound.Object"))
      << "Object: " << is.toString() << " has changed Name. New Name: " << QString::fromStdString(value);

  emit aesNameChanged(is.toInt64(), value);
}

// Minefield
// Minefield Breach
void NgsConnector::onActivationTimeChanged(const rpr2::EntityIdentifierStruct &eis, const rpr2::ClockTimeStruct &value, qint64 simTimeMSecs)
{
  Q_UNUSED(simTimeMSecs);
  IdentifierStruct is(eis);
  if (is.isOwnElement())
    return;

  if (m_nonpublishedEnvironmentObjects.contains(is.entityNumber()))
    return;

  if (!m_observerEnvironmentObjects.contains(eis.EntityNumber))
    return;

  qint64 msecs = getMSecsSinceEpoch(value);
  DEBUG_LOG(getLogger("NgsConnector.Inbound.Object"))
      << "Object: " << is.toString() << " has changed Activation Time: " << msecs;

  emit aesActivationTimeChanged(is.toInt64(), msecs);
}

// Minefield
void NgsConnector::onDurationChanged(const rpr2::EntityIdentifierStruct &eis, ngs::UINT32 value, qint64 simTimeMSecs)
{
  Q_UNUSED(simTimeMSecs);
  IdentifierStruct is(eis);
  if (is.isOwnElement())
    return;

  if (m_nonpublishedEnvironmentObjects.contains(is.entityNumber()))
    return;

  if (!m_observerEnvironmentObjects.contains(eis.EntityNumber))
    return;

  DEBUG_LOG(getLogger("NgsConnector.Inbound.Object"))
      << "Object: " << is.toString() << " has changed Duration: " << value;

  emit aesDurationChanged(is.toInt64(), value);
}

// Minefield
void NgsConnector::onMineTypeChanged(const rpr2::EntityIdentifierStruct &eis, const rpr2::EntityTypeStruct &ets, qint64 simTimeMSecs)
{
  IdentifierStruct is(eis);
  Q_UNUSED(simTimeMSecs);

  if (is.isOwnElement())
    return;

  if (!m_observerEnvironmentObjects.contains(is.entityNumber()))
    return;

  if (m_observerEnvironmentObjects.contains(eis.EntityNumber))
    return;

  const auto ct = m_ngsHandler->ppmHandler()->chargeTypeFromDisEntity(TypeStruct(ets).toString());

  DEBUG_LOG(getLogger("NgsConnector.Inbound.Object"))
      << "Object: " << is.toString() << " has changed Munition: " << ct.disEntity() << " / internal id: " << ct.id();
  emit aesChargeChanged(is.toInt64(), ct.id());
}

// HLA -> DDS
void NgsConnector::onNewMunitionDetonation(const rpr2::IObserverMunitionDetonationIntInstance &interaction)
{
  // Own Item?
  if (std::stol(interaction.getEventIdentifier().IssuingObjectIdentifier.ID) == IdentifierStruct(0).toInt64())
    return;

  //
  // create effect at EXCON ...
  //

  //
  // ... based on ExplosionClusterSingleEffectOnly
  //

   {
    // try to create an ExplosionCluster 'light' (point geometry, no trajectory)
    ExplosionClusterSingleEffectOnlyRequest request;
    // id
    request.id(0);

    // externalId
    IdentifierStruct is(interaction.getEventIdentifier().EventCount);
    is.setSiteId(255); // Dummy - Must not be of either site.
    request.externalId(is.toInt64()); // dummy val, inserted to prevent aes_handler from dropping this telegram

    // effectStart, duration
    request.effectStart(QDateTime::currentDateTimeUtc().toMSecsSinceEpoch() + ACTIVATION_LEAD_TIME);

    // geometry
    request.impactPosition( ParticipantPosition(interaction.getDetonationLocation()).toGeoPosition2D() );

    // charge
    const auto ct = m_ngsHandler->ppmHandler()->chargeTypeFromDisEntity(TypeStruct(interaction.getMunitionType()).toString());
    request.chargeTypeId(ct.id());

    // names
    const QString name = tr("SAAB Fire: %1").arg(interaction.getEventIdentifier().EventCount);
    request.name(name.toStdString());   // ZpNummer
    request.element(request.name());    // element

    DEBUG_LOG(getLogger("NgsConnector.Inbound.MunitionDetonation"))
        << "Munition Detonation: "
        << "Location: " << ParticipantPosition(interaction.getDetonationLocation()).toString()
        << ", Charge Type: " << ct.disEntity();

    emit munitionDetonationExplosionClusterSingleEffectOnly(request);

    return;
  }
  

  //
  // ... based on ExplosionSingleModifyRequest
  //
  AreaEffectSimulation::ExplosionSingleModifyRequest req;

  // req.altitude();
  const auto ct = m_ngsHandler->ppmHandler()->chargeTypeFromDisEntity(TypeStruct(interaction.getMunitionType()).toString());
  req.chargeTypeId(ct.id());
  req.id(0);
  req.effectStart(QDateTime::currentDateTimeUtc().toMSecsSinceEpoch() + ACTIVATION_LEAD_TIME);
  req.effectSourceId(ProjectDataManagement::EffectSource::ES_HLA);
  IdentifierStruct is(interaction.getEventIdentifier().EventCount);
  is.setSiteId(255); // Dummy - Must not be of either site.
  req.externalId(is.toInt64()); // dummy val, inserted to prevent aes_handler from dropping this telegram
  req.fireRequestTime(QDateTime::currentDateTimeUtc().toMSecsSinceEpoch());
  req.impactPosition(ParticipantPosition(interaction.getDetonationLocation()).toGeoPosition2D());
  // IdentifierStruct is = IdentifierStruct::fromInt64(QString::fromStdString(interaction.getEventIdentifier().IssuingObjectIdentifier.ID).toLongLong());
  req.name(tr("SAAB Fire: %1").arg(interaction.getEventIdentifier().EventCount).toStdString());
  // Todo: If SAAB sends the Party in interaction.getFiringObjectIdentifier().ID like "F12" -> "ForceIdentifierEnum -> Value 12"
  // req.partyId(interaction.getFiringObjectIdentifier())
  // req.purpose()
  // req.rotation()
  DEBUG_LOG(getLogger("NgsConnector.Inbound.MunitionDetonation"))
      << "Munition Detonation: "
      << "Location: " << ParticipantPosition(interaction.getDetonationLocation()).toString()
      << ", Charge Type: " << ct.disEntity();

  emit munitionDetonation(req);
}

int NgsConnector::getEquipmentNoByRTIObjectId(const std::string &sender) const
{
  // Own Players
  for (auto it(m_playerMap.cbegin()); it != m_playerMap.cend(); ++it)
  {
    if (it.value()->isValidObjectName())
    {
      if (it.value()->getObjectName() == sender)
        return it.key();
    }
  }
  // Saab Players
  for (auto it(m_observerPlayerInstances.cbegin()); it != m_observerPlayerInstances.cend(); ++it)
  {
    if (it.value()->isValidObjectName())
    {
      if (it.value()->getObjectName() == sender)
        return it.key();
    }
  }
  return 0;
}

// HLA -> DDS
void NgsConnector::onNewWeaponFire(const rpr2::IObserverWeaponFireIntInstance &interaction)
{
  // Self issued?
  if (std::stol(interaction.getEventIdentifier().IssuingObjectIdentifier.ID) == IdentifierStruct(0).toInt64())
    return;

  TrainingAreaBase::EquipmentGearEvent event;
  event.equipmentNumber(getEquipmentNoByRTIObjectId(interaction.getFiringObjectIdentifier().ID));
  // only send for others, not for own players
  if (m_playerMap.contains(event.equipmentNumber()))
    return;

  TrainingAreaBase::GearCharge charge;
  const auto ct = m_ngsHandler->ppmHandler()->chargeTypeFromDisEntity(TypeStruct(interaction.getMunitionType()).toString());
  charge.chargeTypeId(ct.id());
  // charge.gearId();
  // charge.gearTypeId();
  // charge.remain();

  event.charge(charge);
  event.chargeAmount(interaction.getQuantityFired());
  event.sampleTime(simTimeToMSec(interaction.getReceiveTimeStamp()));

  DEBUG_LOG(getLogger("NgsConnector.Inbound.WeaponFire"))
      << "Weapon Fire: EventID: " << interaction.getEventIdentifier().EventCount
      << ", Charge Type: " << ct.disEntity()
      << ", Shooter: " << event.equipmentNumber()
      << ", Rounds: " << interaction.getQuantityFired() << ")";

  emit weaponFire(event);
}

void NgsConnector::onNewGuezHit(const rpr2::IObserverGuezHitIntInstance &interaction)
{
  IdentifierStruct is(interaction.getTargetIdentifier());
  if (is.isOwnElement())
    return;

  if (!m_observerPlayerInstances.contains(is.entityNumber()))
  {
    ERROR_LOG(getLogger("NgsConnector.Inbound.GuezHit"))
        << "Player: " << is.toString()
        << ", but there's no observer Object for it.";
    return;
  }

  const int eqNo = interaction.getTargetIdentifier().EntityNumber;
  auto ptr = m_damageModelMap.value(eqNo);
  if (!ptr)
  {
    WARNING_LOG(getLogger("NgsConnector.Inbound.GuezHit"))
        << "Player: " << eqNo
        << ", Damage Model no longer exists. Not processing GuezHit!";
    return;
  }
  ptr->setTacticalStatus(interaction.getHitResult(), simTimeToMSec(interaction.getReceiveTimeStamp()));


  GuezHitStruct hitStruct;
  hitStruct.originatorChargeTypeEtsString = TypeStruct(interaction.getMunition()).toString();
  hitStruct.originatorId = interaction.getOriginatorIdentifier().EntityNumber;
  hitStruct.originatorType = ProjectDataManagement::StateChangeOriginator_def::Unknown;
  switch (interaction.getOriginatorType())
  {
  case rpr2::OriginatorTypeEnum16::Unknown:
    hitStruct.originatorType = ProjectDataManagement::StateChangeOriginator_def::Unknown;
    break;
  case rpr2::OriginatorTypeEnum16::NoMedicalTreatment: // If no medical treatment has been conducted, and there's no originator, he's bleeding for himself...
    hitStruct.originatorType = ProjectDataManagement::StateChangeOriginator_def::Participant;
    if (hitStruct.originatorId == 0)  // for sanity, there can't be a participant with EqId = 0
      hitStruct.originatorId   = hitStruct.targetId;
    break;
  case rpr2::OriginatorTypeEnum16::Participant:
    hitStruct.originatorType = ProjectDataManagement::StateChangeOriginator_def::Participant;
    if (hitStruct.originatorId == 0)  // for sanity, there can't be a participant with EqId = 0
      hitStruct.originatorType = ProjectDataManagement::StateChangeOriginator_def::ExerciseControl;
    break;
  case rpr2::OriginatorTypeEnum16::AreaEffectSimulation:
    hitStruct.originatorType = ProjectDataManagement::StateChangeOriginator_def::AreaEffectSimulation;
    hitStruct.originatorId = IdentifierStruct(interaction.getOriginatorIdentifier()).toInt64();
    break;
  case rpr2::OriginatorTypeEnum16::ObserverController:
    hitStruct.originatorType = ProjectDataManagement::StateChangeOriginator_def::ObserverController;
    break;
  case rpr2::OriginatorTypeEnum16::ExerciseControl:
    hitStruct.originatorType = ProjectDataManagement::StateChangeOriginator_def::ExerciseControl;
    break;
  }
  hitStruct.position = ParticipantPosition(interaction.getTargetLocation()).toGeoPosition();
  hitStruct.sampleTime = simTimeToMSec(interaction.getReceiveTimeStamp());
  hitStruct.targetId = interaction.getTargetIdentifier().EntityNumber;
//  hitStruct.vulnerabilityState = ProjectDataManagement::VulnerabilityState_def::VulnerabilityBitsChanged; // --> Evaluate State from Bits (done in PPM Service).
//  hitStruct.vulnerabilityKind = 0;
  hitStruct.vulnerabilityState = getTacticalStatusEnum(interaction.getHitResult());

  // HAck for resetting a player, whilst SAAB does not send the correct HitResult...
  if ((hitStruct.originatorType == ProjectDataManagement::StateChangeOriginator_def::ExerciseControl ||
       hitStruct.originatorType == ProjectDataManagement::StateChangeOriginator_def::ObserverController
       )
      && hitStruct.vulnerabilityState == ProjectDataManagement::VulnerabilityState_def::HitWithNoEffect)
  {
    auto ptr = m_damageModelMap.value(eqNo);
    if (ptr)
    {
      hitStruct.vulnerabilityState = ptr->vulnerabilityState(hitStruct.sampleTime);
      if (hitStruct.vulnerabilityState == ProjectDataManagement::VulnerabilityState_def::CombatReady)
        ptr->setTacticalStatus(rpr2::HitResultEnum16::Reset, simTimeToMSec(interaction.getReceiveTimeStamp()));
    }
  }

  DEBUG_LOG(getLogger("NgsConnector.Inbound.GuezHit"))
      << "Player: " << is.toString()
      << ", Originator Type: " << hitStruct.originatorType
      << ", Originator Id: " << hitStruct.originatorId
      << ", Charge Type: " << hitStruct.originatorChargeTypeEtsString
      << ", HitResult: " << hitStruct.vulnerabilityState;

  m_guezHitActive.insert(hitStruct.targetId);

  QTimer::singleShot(Settings::guezHitGraceTimeMSecs(), this, [this, hitStruct, eqNo]() mutable
  {
    auto ptr = m_damageModelMap.value(eqNo);
    if (!ptr)
    {
      WARNING_LOG(getLogger("NgsConnector.Inbound.GuezHit"))
          << "Player: " << eqNo
          << ", Damage Model no longer exists. Not processing GuezHit!";
      return;
    }
    const auto vulnerabilityBits = ptr->totalState(hitStruct.sampleTime);
    hitStruct.vulnerabilityBits = (vulnerabilityBits & ~rpr2::TotalStatusEnum32::Manipulation);
    DEBUG_LOG(getLogger("NgsConnector.Inbound.GuezHit")) << "vBits: " << vulnerabilityBits;
    DEBUG_LOG(getLogger("NgsConnector.Inbound.GuezHit")) << "vState: " << hitStruct.vulnerabilityState;
    m_guezHitActive.remove(hitStruct.targetId);
    emit guezHit(hitStruct);
  });
}

void NgsConnector::onNewGuezInit(const rpr2::IObserverGuezInitIntInstance &interaction)
{
  // ExConEngagement FROM HLA TO US! Our Player shall be affected!
  IdentifierStruct is(interaction.getEntityIdentifier());
  if (!is.isOwnElement())
    return;

  if (!m_playerMap.contains(is.entityNumber()))
  {
    ERROR_LOG(getLogger("NgsConnector.Inbound.GuezInit"))
        << "Player: " << is.toString()
        << " is not our player...";
    return;
  }
  rpr2::ResetPlayerEnum8::ET               rp  = interaction.getResetPlayer();
  rpr2::ActivateHelmetObservationEnum8::ET aho = interaction.getActivateHelmetObservation();
  bool resetVulnerabilityState = true;
  if (rp != rpr2::ResetPlayerEnum8::CombatReadyWithoutReammunition &&
      rp != rpr2::ResetPlayerEnum8::CombatReadyWithReammunition)
    resetVulnerabilityState = false;

  if (aho != rpr2::ActivateHelmetObservationEnum8::NoChange)
  {
    WARNING_LOG(getLogger("NgsConnector.Inbound.GuezInit"))
        << "Player: " << is.toString()
        << "Incoming Activation Helmet/Vest on GuezInit not supported yet";
  }
  DEBUG_LOG(getLogger("NgsConnector.Inbound.GuezInit"))
      << "Player: " << is.toString()
      << ", Reset Type: " << rp;

  emit guezInit(is.entityNumber(), false, rp == rpr2::ResetPlayerEnum8::CombatReadyWithReammunition, resetVulnerabilityState);

}

void NgsConnector::onNewGuezBiteReport(const rpr2::IObserverGuezBiteReportIntInstance &interaction)
{
  IdentifierStruct is(interaction.getEntityIdentifier());
  if (is.isOwnElement())
    return;

  TrainingAreaBase::EquipmentBite eb;

  QStringList result;
  bool leave = false;
  if (!interaction.isValidBiteResult())
  {
    result << QStringLiteral("BiteResult not valid");
    leave = true;
  }
  if (!interaction.isValidConfigurationComparisonResult())
  {
    result << QStringLiteral("ConfigurationComparison not valid");
    leave = true;
  }
  if (!interaction.isValidDiscoveredDevices())
  {
    result << QStringLiteral("DiscoveredDevices not valid");
    leave = true;
  }
  if (!interaction.isValidEntityIdentifier())
  {
    result << QStringLiteral("EntityIdentifier not valid");
    leave = true;
  }
  if (!interaction.isValidRegistrationType())
  {
    result << QStringLiteral("RegistrationType not valid");
    leave = true;
  }
  if (!interaction.isValidReportTime())
  {
    result << QStringLiteral("ReportTime not valid");
    leave = true;
  }
  if (leave)
  {
    ERROR_LOG(getLogger("NgsConnector.Inbound.GuezBiteReport"))
        << "Player: " << is.toString()
        << ", Cannot process Interaction. Reason(s): " << result.join(QLatin1String(", "));
    return;
  }

  rpr2::BiteResultStruct brs = interaction.getBiteResult();

  eb.configState(brs.DeviceOkay);
  eb.batteryState(brs.BatteryWarning);

  std::vector<TrainingAreaBase::EquipmentBiteError> be;
  be.resize(brs.ErrorCodes.size());
  for (unsigned int i = 0; i < brs.ErrorCodes.size(); ++i)
    be[i].canDeviceNumber(brs.ErrorCodes[i].DeviceId);

  eb.biteErrors(be);
  eb.biteState(interaction.getDiscoveredDevices());
  eb.configError(interaction.getConfigurationComparisonResult());
  eb.equipmentNumber(is.entityNumber());
  eb.registerType(interaction.getRegistrationType());
  eb.sampleTime(getMSecsSinceEpoch(interaction.getReportTime()));

  DEBUG_LOG(getLogger("NgsConnector.Inbound.GuezBiteReport"))
      << "Player: " << is.toString()
      << ", Device Okay: " << brs.DeviceOkay
      << ", Battery Warning: " << brs.BatteryWarning
      << ", Bite Error Count: " << be.size()
      << ", Registration Type: " << eb.registerType()
      << ", Config Error: " << eb.configError();

  emit biteReport(eb);

}

void NgsConnector::onNewGuezRequestBiteReport(const rpr2::IObserverGuezRequestBiteReportIntInstance &interaction)
{
  IdentifierStruct is(interaction.getEntityIdentifier());
  if (!is.isOwnElement())
    return;

  DEBUG_LOG(getLogger("NgsConnector.Inbound.GuezBiteRequest"))
      << "Player: " << is.toString()
      << ", Bite Report Type: " << interaction.getBiteReportType();

  TrainingAreaBase::DemandBiteRequest dbr;
  dbr.equipmentNumbers().push_back(is.entityNumber());
  dbr.requestId(1);
  dbr.withSelfTest(interaction.getBiteReportType() == rpr2::BiteReportTypeEnum8::StatusAfterSelftest);
  emit biteRequest(dbr);
}

rpr2::EventIdentifierStruct NgsConnector::getEventIdentifierStruct()
{
  rpr2::EventIdentifierStruct evis;
  evis.EventCount = m_eventCount++ % std::numeric_limits<ngs::UINT16>::max();
  evis.IssuingObjectIdentifier.ID = std::to_string(IdentifierStruct(0).toInt64());
  if (m_eventCount > std::numeric_limits<ngs::UINT16>::max())
    emit eventCountOverflow();
  return evis;
}

rpr2::TacticalStatusStruct NgsConnector::getTacticalStatusFromState(const ParticipantManagement::StateInformation &state)
{
  rpr2::TacticalStatusStruct ts;
  ts.TacticalStatus    = static_cast<rpr2::TacticalStatusEnum8::ET>(state.vulnerabilityState().underlying());
  ts.TotalStatus       = static_cast<rpr2::TotalStatusEnum32::ET>(state.vulnerabilityBits());
  ts.VulnerabilityKind = state.vulnerabilityKindId();
  return ts;
}

bool NgsConnector::setVulnerabilityState(int eqNo, const ParticipantManagement::StateInformation &state)
{
  rpr2::TacticalStatusStruct ts = getTacticalStatusFromState(state);
  rpr2::IPlayerPhysicalEntityObjInstance *playerInstance = dynamic_cast<rpr2::IPlayerPhysicalEntityObjInstance *>(m_playerMap.value(eqNo, nullptr));
  if (!playerInstance)
    return false;

  DamageModel dm(ts);
  playerInstance->setDamageState(dm.damageState(-1));
  playerInstance->setImmobilized(dm.immobilized(-1));
  playerInstance->setFirePowerDisabled(dm.firePowerDisabled(-1));

  DEBUG_LOG(getLogger("NgsConnector.Outbound.Player.Status"))
      << "Player: " << eqNo
      << ", New Total Status: " << ts.TotalStatus
      << ", New Tactical Status (shall be unused): " << ts.TacticalStatus;

  rpr2::IPlayerGuezHumanObjInstance *humanInstance = dynamic_cast<rpr2::IPlayerGuezHumanObjInstance *>(playerInstance);
  if (humanInstance)
  {
    humanInstance->setTacticalStatus(ts);
    playerInstance->publish(getSimTime(state.stateTime()));
    return true;
  }

  rpr2::IPlayerGuezGroundVehicleObjInstance *groundVehicleInstance = dynamic_cast<rpr2::IPlayerGuezGroundVehicleObjInstance *>(playerInstance);
  if (groundVehicleInstance)
  {
    groundVehicleInstance->setTacticalStatus(ts);
    playerInstance->publish(getSimTime(state.stateTime()));
    return true;
  }

  ERROR_LOG(getLogger("NgsConnector.Outbound.Player.Status"))
      << "Player: " << eqNo
      << " is not Human or GroundVehicle. Cannot set status.";
  return false;
}

// Hit from Participant Management
bool NgsConnector::setParticipantHit(int eqNo, const ParticipantManagement::StateInformation &state,
                                     const ParticipantPosition &partPos, int chargeType,
                                     ProjectDataManagement::StateChangeOriginator originatorType, int originatorEqNo)
{
  // Set Tactical Status on Player
  auto *playerInstanceDest = m_playerMap.value(eqNo, nullptr);
  if (!playerInstanceDest || !playerInstanceDest->isValidEntityIdentifier())
    return false;

  if (!setVulnerabilityState(eqNo, state))
    return false;

  // Put Munition Detonation on HLA
  rpr2::IPlayerGuezHitIntClass    &ic  = m_somPlayer->getPlayerGuezHitIntClass();
  rpr2::IPlayerGuezHitIntInstance &icb = ic.newGuezHitIntInstance();

  icb.setMunition(getEtsCharge(chargeType));
  icb.setTargetIdentifier(playerInstanceDest->getEntityIdentifier());
  icb.setTargetLocation(partPos.toWorldLocation());
  icb.setHitResult(getHitResultEnum(state.vulnerabilityState()));
  IdentifierStruct is(0); // own excon

  rpr2::OriginatorTypeEnum16::ET originatorTypeRpr = rpr2::OriginatorTypeEnum16::Unknown;

  switch (originatorType.underlying())
  {
  case ProjectDataManagement::StateChangeOriginator_def::AreaEffectSimulation:
  {
    if (m_environmentObjects.contains(originatorEqNo)) // It's our AesItem, originatorEqNo is AesItemId is Entity Number
      is = IdentifierStruct(10 * originatorEqNo);
    else
    {
      // Obtain ExternalId
      int64_t externalId = m_ngsHandler->aesHandler()->externalId(originatorEqNo);

      // At this map, Entities and Objects are
      if (m_observerPlayerInstances.contains(externalId))
      {
        const rpr2::IObserverBaseEntityObjInstance *instance = dynamic_cast<const rpr2::IObserverBaseEntityObjInstance * >(m_observerPlayerInstances[originatorEqNo]);
        if (instance->isValidEntityIdentifier())
          is = IdentifierStruct(instance->getEntityIdentifier());
      }
    }
    originatorTypeRpr = rpr2::OriginatorTypeEnum16::AreaEffectSimulation;
    break;
  }
  case ProjectDataManagement::StateChangeOriginator_def::ExerciseControl:
    originatorTypeRpr = rpr2::OriginatorTypeEnum16::ExerciseControl;
    break;
  case ProjectDataManagement::StateChangeOriginator_def::ObserverController:
    originatorTypeRpr = rpr2::OriginatorTypeEnum16::ObserverController;
    break;
  case ProjectDataManagement::StateChangeOriginator_def::Participant:
    if (originatorType == ProjectDataManagement::StateChangeOriginator_def::Participant)
    {
      if (m_playerMap.contains(originatorEqNo))
        is = IdentifierStruct(originatorEqNo);
      else if (m_observerPlayerInstances.contains(originatorEqNo))
      {
        // Works as long as externalID == equipmentNo
        const rpr2::IObserverBaseEntityObjInstance *instance = dynamic_cast<const rpr2::IObserverBaseEntityObjInstance * >(m_observerPlayerInstances[originatorEqNo]);
        if (instance->isValidEntityIdentifier())
          is = IdentifierStruct(instance->getEntityIdentifier());
      }
      originatorTypeRpr = rpr2::OriginatorTypeEnum16::Participant;
      break;
    }
    Q_FALLTHROUGH();
  case ProjectDataManagement::StateChangeOriginator_def::Initialization:
  case ProjectDataManagement::StateChangeOriginator_def::FunctionalArea:
  case ProjectDataManagement::StateChangeOriginator_def::MaintainanceDevice:
  case ProjectDataManagement::StateChangeOriginator_def::Unknown:
  case ProjectDataManagement::StateChangeOriginator_def::WoundTreatmentDevice:
  case ProjectDataManagement::StateChangeOriginator_def::MedicalTimeout:
  case ProjectDataManagement::StateChangeOriginator_def::Sanitation:
  // Todo: Check, if IED and DUSMine actually can be handled correctly:
  case ProjectDataManagement::StateChangeOriginator_def::ImprovisedExplosiveDevice:
  case ProjectDataManagement::StateChangeOriginator_def::DusMine:
    originatorTypeRpr = rpr2::OriginatorTypeEnum16::Unknown;
    break;
  }
  icb.setOriginatorIdentifier(is.toEIS());
  icb.setOriginatorType(originatorTypeRpr);

  DEBUG_LOG(getLogger("NgsConnector.Outbound.GuezHit"))
      << "Player: " << eqNo
      << ", Originator Type: " << originatorType
      << ", Originator EIS: " << is.toString()
      << ", Charge Type: " << TypeStruct(getEtsCharge(chargeType)).toString()
      << ", Vulnerability State: " << state.vulnerabilityState();

  try
  {
    icb.publish(getSimTime(state.stateTime()));
  }
  catch (...)
  {
    ERROR_LOG(getLogger("NgsConnector.Outbound.GuezHit"))
        << "Player: " << eqNo
        << ", could not publish GuezHit!";
  }

  return true;
}

bool NgsConnector::setWeaponFire(int eqNo, const ParticipantManagement::ParticipantGearEvent &data)
{
  rpr2::IPlayerWeaponFireIntClass &ic = m_somPlayer->getPlayerWeaponFireIntClass();
  rpr2::IPlayerWeaponFireIntInstance &icb = ic.newWeaponFireIntInstance();

  // FiringInstance ermitteln
  rpr2::RTIObjectIdStruct rSource;
  rSource.ID = std::to_string(IdentifierStruct(0).toInt64()); // Own Excon
  if (eqNo > 0)
  {
    auto *playerInstanceSource = m_playerMap.value(eqNo);
    if (!playerInstanceSource || !playerInstanceSource->isValidObjectName() || !playerInstanceSource->isValidSpatial())
      return false;
    rSource.ID = playerInstanceSource->getObjectName();
    icb.setFiringLocation(playerInstanceSource->getSpatial().DeadReckoningAlgorithm__A__Alternatives.SpatialStatic().WorldLocation);
  }

  icb.setEventIdentifier(getEventIdentifierStruct());
//  icb.setFireControlSolutionRange();
//  icb.setFireMissionIndex();
  icb.setFiringObjectIdentifier(rSource);
  icb.setFuseType(rpr2::FuseTypeEnum16::Other);
  icb.setInitialVelocityVector(rpr2::VelocityVectorStruct());
//  icb.setMunitionObjectIdentifier();
  icb.setMunitionType(getEtsCharge(data.charge().chargeTypeId()));
  icb.setQuantityFired(data.chargeAmount());
//  icb.setRateOfFire();
//  icb.setTargetObjectIdentifier();
  icb.setWarheadType(rpr2::WarheadTypeEnum16::Kinetic);

  icb.publish(getSimTime(data.sampleTime()));

  DEBUG_LOG(getLogger("NgsConnector.Outbound.WeaponFire"))
      << "Weapon Fire: "
      << "Charge Type: " << data.charge().chargeTypeId()
      << ", Shooter: " << eqNo
      << ", Rounds: " << data.chargeAmount();

  return true;
}

bool NgsConnector::setEquipmentBite(int eqNo, const TrainingAreaBase::EquipmentBite &data)
{
  IdentifierStruct is = getIdentifierStructbyEquipmentNo(eqNo);

  if (is.isNull() || !is.isOwnElement())
    return false;

  rpr2::IPlayerGuezBiteReportIntClass    &icx = m_somPlayer->getPlayerGuezBiteReportIntClass();
  rpr2::IPlayerGuezBiteReportIntInstance *icb = &icx.newGuezBiteReportIntInstance();
  rpr2::BiteResultStruct brs;

  brs.BatteryWarning = static_cast<rpr2::BatteryWarningEnum32::ET>(data.batteryState());
  brs.DeviceOkay = static_cast<rpr2::CanDeviceEnum32::ET>(data.configState());
  rpr2::ErrorStructVariableArray errorCodes;
  errorCodes.resize(data.biteErrors().size());
  int i = 0;
  for (const auto &error : data.biteErrors())
  {
    errorCodes[i].DeviceId          = error.canDeviceNumber();
    errorCodes[i].SubDeviceId       = error.subdeviceNumber();
    errorCodes[i].UniqueSubdeviceId = error.uniqueId();
    errorCodes[i].ErrorId           = error.errorNumber();
    ++i;
  }
  brs.ErrorCodes = errorCodes;
  icb->setBiteResult(brs);
  icb->setConfigurationComparisonResult(data.configError());
  icb->setDiscoveredDevices(static_cast<rpr2::CanDeviceEnum32::ET>(data.biteState()));
  icb->setEntityIdentifier(is.toEIS());
  icb->setRegistrationType(static_cast<rpr2::RegistrationTypeEnum8::ET>(data.registerType()));
  icb->setReportTime(getClockTimeStruct(data.sampleTime()));
  icb->publish(getSimTime(data.sampleTime()));

  DEBUG_LOG(getLogger("NgsConnector.Outbound.GuezBiteReport"))
      << "Player: " << is.toString()
      << ", Device Okay: " << brs.DeviceOkay
      << ", Battery Warning: " << brs.BatteryWarning
      << ", Bite Error Count: " << errorCodes.size()
      << ", Registration Type: " << data.registerType()
      << ", Config Error: " << data.configError();

  return true;
}

} // namespace HighLevelArchitecture