/**
 * @RDE_HEADER@
 * AesHandler for AdlerJson Plugin
 * $Id: aes_handler.cpp 62899 2024-05-29 11:08:50Z ewert_j $
 * $HeadURL: svn://slssvn/TDS/branches/product/features/ufom/Lts/Proxies/TrainingAreaBase/Plugins/AdlerJson/aes_handler.cpp $
 * $Author: ewert_j $
 * Created by Julius Ewert, ESIM, 2024-03-20
 */

#include "aes_handler.h"
#include <utility>
#include "DDS/Core/function_reply_object.h"
#include "aes.hpp"
#include "json_dispatcher.h"
#include <QJsonArray>
#include <QJsonDocument>
#include <QPointF>
#include <QRectF>
#include <QString>
#include <QTransform>
#include <QVector>

#include <time.h>
#include <vector>

#include <AreaEffectSimulation/Trajectory/trajectory_generator.h>
#include <AreaEffectSimulation/Utils/polygons.h>
#include <AreaEffectSimulation/aes_operator_rights.h>

#include <LtsCoordTrans/lts_coord_trans.h>
#include <OperatorManagement/opm_dtc.h>
#include <ProjectDataManagement/pdm_enums.hpp>
#include <ProjectDataManagement/pdm_translation.h>

namespace AdlerJson
{
AesHandler::AesHandler(std::shared_ptr<TrainingAreaBase::Interface::Fts> ftsTab, QObject *parent)
  : QObject(parent)
  , m_requestHelper(new LtsUtils::RequestHelper(this))
  , m_logger(getLogger("AesHandler"))
{
  Q_UNUSED(ftsTab)
}

bool AesHandler::init(MainDispatcher *mainDispatcher)
{
  m_mainDispatcher = mainDispatcher;
  m_ftcAes = AreaEffectSimulation::Interface::Ftc::create(mainDispatcher->ddsHandler()->ddsConnector());
  m_dtcAes = AreaEffectSimulation::Interface::Dtc::create(mainDispatcher->ddsHandler()->ddsConnector());
  m_dtcPpm = ParticipantManagement::Interface::Dtc::create(mainDispatcher->ddsHandler()->ddsConnector());
  m_ddsHandler = mainDispatcher->ddsHandler();
  if (!m_ftcAes)
    return false;

  if (!m_ftcAes->enableAirSupportImpactModify() || !m_dtcAes->enableExplosionSingle())
  {
    ERROR_LOG(m_logger) << "Can not enableAirSupportImpactModify or enableExplosionSingle";
    //    return false;
  }

  if (!m_dtcAes->enableExplosionCluster() || !m_ftcAes->enableExplosionClusterModify() || !m_ftcAes->enableExplosionClusterReleaseReceived()
      || !m_ftcAes->enableExplosionClusterPauseResume() || !m_ftcAes->enableTrajectoryAdlerModify() || !m_ftcAes->enableEffectClusterFireHalt())
  {
    ERROR_LOG(m_logger) << "Can not enableExplosionCluster or enableExplosionClusterModify";
    //
  }
  if (!m_dtcAes->enableEffectCluster() || !m_ftcAes->enableEffectClusterModify() || !m_ftcAes->enableEffectClusterReleaseReceived()
      || !m_ftcAes->enableEffectClusterPauseResume() || !m_ftcAes->enableEffectClusterRemove())
  {
    ERROR_LOG(m_logger) << "Can not enableEffectnCluster or enableEffectClusterModify";
    //
  }

  DEBUG_LOG(m_logger) << "------ Connect Explosion Single Changed ------- ";
  connect(m_dtcAes.get(), &AreaEffectSimulation::Interface::Dtc::explosionSingleChanged, this, &AesHandler::onExplosionSingleChanged);
  connect(m_dtcAes.get(), &AreaEffectSimulation::Interface::Dtc::effectClusterChanged, this, &AesHandler::onEffectClusterChanged);

  return true;
}

void AesHandler::onOffRouteMineModifyReply(const Core::FunctionReplyObject &replyObject)
{
  DEBUG_LOG(m_logger) << "onOffRouteMineModifyReply"
                      << ", replyObject.id :" << replyObject.id() << ", str :" << replyObject.str() << ", tanslated :" << replyObject.translated();
};

void AesHandler::onEffectClusterModifyReply(const Core::FunctionReplyObject &replyObject)
{
  DEBUG_LOG(m_logger) << "onEffectClusterModifyReply"
                      << ", replyObject.id :" << replyObject.id() << ", str :" << replyObject.str() << ", tanslated :" << replyObject.translated()
                      << ", additinal Info :" << replyObject.additionalInfo();
  m_requestHelper->requestReply(replyObject);

  DEBUG_LOG(m_logger) << "Got Reply";

  if (replyObject.error())
  {
    // If the error isn't a json object (we use this to reply the reference and party id, as the object is not on dds yet)
    // send an ExTq something went wront, either Data inconistencies or effector is alreaedy assigned.
    DEBUG_LOG(m_logger) << "Got onEffectClusterModifyReply ERROR: " << replyObject.translated();
    ExTqTechnischeQuittung extq;
    extq.technischeDaten.beschreibung = replyObject.translated();
    extq.technischeDaten.status = Status_L32::DAT;
    // I dont Like it.. as we might get two request at the same time.. overriding  but should work most of the
    m_mainDispatcher->jsonDispatcher()->sendExTqTechnischeQuittung(extq, m_mainDispatcher->ppmHandler()->getDtc()->participant(m_participantId).partyId);
    return;
  }
  QJsonObject propertiesObject = QJsonDocument::fromJson(QByteArray::fromStdString(replyObject.additionalInfo())).object();

  ERROR_LOG(m_logger) << "Try send notification0";
  m_aesId = replyObject.id();
  ProjectDataManagement::EffectSource effectSource
      = static_cast<ProjectDataManagement::EffectSource>(propertiesObject.value(QStringLiteral("effectSource")).toInt());
  ERROR_LOG(m_logger) << "Try send notification1 " << effectSource;

  if (effectSource != ProjectDataManagement::EffectSource::ES_ADLER)
    return;

  QString feuerkampfReferenz = propertiesObject.value(QStringLiteral("feuerkampfReferenz")).toString();
  int partyId = propertiesObject.value(QStringLiteral("partyId")).toInt();

  m_aesIdToFeuerkampfReferenz.insert(replyObject.id(), feuerkampfReferenz);
  NotificationManagement::CreateNotificationRequest req;
  // The message of the Notification.
  QString content = QString::fromUtf8(tr_lts("Notification", "New Effect Cluster from SAA Verein= %1 <BR />[Open](//ExplosionGui/Adler/%2)"));
  QStringList argsList;
  argsList.append(m_wirkfeldPlanungsData.feuerkommando.verein);
  argsList.append(QString::number(replyObject.id()));

  std::vector<std::string> args;
  args.reserve(argsList.size());
  for (const auto &str : std::as_const(argsList))
    args.emplace_back(str.toStdString());

  req.notification.content = content.toStdString();
  req.notification.contentArgs = args;
  // Which Exercise should parse the notification
  req.notification.exerciseId = m_mainDispatcher->exerciseId();

  req.notification.timeStamp = m_mainDispatcher->ddsHandler()->partitionTime();
  // Priority: Highest: Klick Links immediatly
  // Priority: High: Show message Box
  req.notification.priority = NotificationManagement::Priority::High;

  // set priority after proccesed for all
  req.notification.processedPriority = NotificationManagement::Priority::Low;
  //req.notification().title(tr_lts("Notification", "Wirkfeldplanung"));
  req.notification.title = tr_lts("Notification", "AES-Planning");
  // Who is the sender, most of the time a Service
  NotificationManagement::Address addressSender;
  addressSender.addressType = NotificationManagement::AddressType::Service;
  auto saa = m_mainDispatcher->jsonDispatcher()->getSAAByParty(partyId);
  if (saa)
  {
    addressSender.name = saa->getSAAName().toStdString();
  }else
  {
    // use Backup
    addressSender.name = QStringLiteral("TAB").toStdString();
  }
  req.notification.sender = addressSender;
  req.notification.notificationType = NotificationManagement::NotificationType::CombatOrder;
  req.notification.messageType = NotificationManagement::MessageType(NotificationManagement::MessageType::Success);

  // Notify all Adler User for Party
  std::vector<NotificationManagement::Address> recipentVec;
  // Honestly... I don't know if this is the correct Right? but will do for now
  const QVector<int> recipientIds = m_mainDispatcher->ddsHandler()->dtcOpm()->getNotificationRecipents(m_mainDispatcher->exerciseId(),
                                                                                                       partyId,
                                                                                                       OperatorRights::AdlerExplosionClusterEdit,
                                                                                                       static_cast<int>(req.notification.notificationType));
  std::vector<NotificationManagement::Address> recipientIdsDds;
  recipientIdsDds.reserve(recipientIds.size());

  for (const auto &recipientId : std::as_const(recipientIds))
  {
    NotificationManagement::Address addr;
    addr.addressId = recipientId;
    addr.isRead = false;
    const OperatorManagement::User user = m_mainDispatcher->ddsHandler()->dtcOpm()->user(recipientId);
    addr.name = user.name;
    addr.addressType = NotificationManagement::AddressType::Operator;
    recipentVec.emplace_back(addr);
  }
  req.notification.recipientIds = recipentVec;
  if (req.notification.recipientIds.size() > 0)
  {
    m_mainDispatcher->ddsHandler()->ftcNom()->createNotificationRequest(req, this);
  }
  else
    WARNING_LOG(m_logger) << "No recipent found for exercise";
  // sendTrajectoryAdlerModifyRequest(m_wirkfeldPlanungsData, m_participantId, m_wirkmittelIndex, m_aesId);
}

void AesHandler::onCreateNotificationReply(const Core::FunctionReplyObject &replyObject)
{
  if (replyObject.error())
    ERROR_LOG(m_logger) << "Got onCreateNotificationReply ERROR: " << replyObject.translated();
}

bool AesHandler::sendAesModifyRequest(const QJsonObject &data)
{
  int equipmentNumber = data[QStringLiteral("header")].toObject()[QStringLiteral("equipmentNumber")].toInt();

  AreaEffectSimulation::AirSupportImpactModifyRequest request;
  request.chargeTypeId = data[QStringLiteral("chargeTypeId")].toInt();
  request.externalId = data[QStringLiteral("eventId")].toInt();
  request.name = data[QStringLiteral("name")].toString().toStdString();
  request.impactPosition = Core::GeoPosition2D(data[QStringLiteral("impactPosition")].toObject()[QStringLiteral("lon")].toDouble(),
      data[QStringLiteral("impactPosition")].toObject()[QStringLiteral("lat")].toDouble());
  request.flightTime = 0;
  qint64 requestedTime = static_cast<qint64>(data[QStringLiteral("header")].toObject()[QStringLiteral("timeStamp")].toDouble());
  if (requestedTime < m_mainDispatcher->ddsHandler()->partitionTime())
    requestedTime = m_mainDispatcher->ddsHandler()->partitionTime() + 500;
  request.effectStart = requestedTime;

  QJsonDocument doc(data);
  if (equipmentNumber)
    request.participantId = m_dtcPpm->participantIdByEquipmentNumber(equipmentNumber);
  m_requestHelper->startSingleRequest([this, request]() { return m_ftcAes->airSupportImpactModifyRequest(request, this); });
  return true;
}

bool AesHandler::sendExplosionArea(const QJsonObject &data)
{
  Q_UNUSED(data)

  AreaEffectSimulation::OffRouteMine orm;
  orm.id = 0;
  orm.name = QString(QStringLiteral("test_offRouteMine_02")).toStdString();
  orm.chargeStruct.chargeTypeId = 254;
  orm.effectDuration = 6000;
  orm.partyId = 2;
  orm.impactRadius = 10;

  orm.area.cornerBottomLeft = Core::GeoPosition2D(0, 0);
  orm.area.height = 50;
  orm.area.width = 1;
  orm.area.rotation = 85;

  orm.effectStart = (time(nullptr) + 10) * 1000;

  AreaEffectSimulation::OffRouteMineModifyRequest
      req(orm.id, orm.name, orm.effectDuration, orm.chargeStruct.chargeTypeId, orm.area, orm.impactRadius, orm.effectStart, orm.partyId);

  m_ftcAes->offRouteMineModifyRequest(req, this);

  return true;
}

void AesHandler::onAirSupportImpactModifyReply(const Core::FunctionReplyObject &reply) { m_requestHelper->requestReply(reply); }

void AesHandler::handleCreateSingleExplosion(const TrainingAreaBase::TetraIcd::CreateSingleExplosion &data)
{
  auto strFromObj = QJsonDocument(data.toJson()).toJson(QJsonDocument::Compact);
  m_singleExplosions.insert(data.aesDdsId, AreaEffectSimulation::AesEffectState::EsCreated);
  DEBUG_LOG(m_logger) << "TEST SINGLE EXPLOSION CREATED " << strFromObj;
}

void AesHandler::handleEXFire(const Feuerkampfdaten &data, int wsId)
{

  if (!m_mainDispatcher->jsonDispatcher()->getSAAByWs(wsId))
    return;

  auto saa = m_mainDispatcher->jsonDispatcher()->getSAAByWs(wsId);
  int particpantId = m_dtcPpm->getParticipantByInternalName(saa->getPartyId(), data.verein, waffensystemkennerMap.key(data.kenner)).id;
  TrainingAreaBase::EX_Fire outData;
  outData.equipmentNumber = particpantId;
  outData.reference = data.feuerkampfReferenz.toStdString();
  outData.identifier = data.verein.toStdString();
  outData.effectorId = data.kenner; // static_cast<L27_EffectorId_def>((int)data.kenner);
  m_ddsHandler->dtsTab()->publish(outData);
  QTimer::singleShot(3000, [this, particpantId]() { m_ddsHandler->dtsTab()->removeEX_FireByKey(particpantId); });

  const QString refTrimmed = data.feuerkampfReferenz.trimmed();
  handleAmmoCount(data, saa->getPartyId(), m_feuerkampfReferenzUsedFeuerHalt[refTrimmed]);
  // This is for pause Resume
  /*
  m_ftcAes->explosionClusterPauseResumeRequest(AreaEffectSimulation::ExplosionClusterPauseResumeRequest(aes.id(),
                                                                                                        false, // resumeExecution
                                                                                                        dds::core::optional<rti::core::int64>(),
                                                                                                        dds::core::optional<int32_t>(),
                                                                                                        dds::core::optional<int32_t>())
                                               , this);

  */
}

void AesHandler::handleEXDontFire(const Feuerkampfdaten &data, int wsId)
{
  if (!m_mainDispatcher->jsonDispatcher()->getSAAByWs(wsId))
    return;

  const auto saa = m_mainDispatcher->jsonDispatcher()->getSAAByWs(wsId);

  DEBUG_LOG(m_logger) << "[EX-FQ(nFN)] data from SSA " << wsId << " : "
                      << "verein: " << data.verein << " "
                      << "kenner: " << data.kenner << " "
                      << "feuerkampfReferenz: " << data.feuerkampfReferenz;

  handleAmmoCount(data, saa->getPartyId(), true);
  // The EX-FQ(nFN) message is used to count shots during a General CEASE FIRE or a Referenced CEASE FIRE.
  // After the CEASE FIRE is lifted, the remaining shots are transmitted again using an EX-FQ(FN) message.

  const QString refTrimmed = data.feuerkampfReferenz.trimmed();
  m_feuerkampfReferenzUsedFeuerHalt[refTrimmed] = true;
}

void AesHandler::onTrajectoryAdlerModifyReply(const Core::FunctionReplyObject &reply)
{
  DEBUG_LOG(m_logger) << "onTrajectoryAdlerModifyReply"
                      << ", aesId :" << reply.id() << ", str :" << reply.str() << ", m_wirkmittelIndex :" << m_wirkmittelIndex
                      << ", m_data.feuerkommando.wirkmittel.size() :" << m_wirkfeldPlanungsData.feuerkommando.wirkmittel.size();
  if (reply.error())
    ERROR_LOG(m_logger) << reply.translated();
  if (m_wirkmittelIndex == m_wirkfeldPlanungsData.feuerkommando.wirkmittel.size() - 1)
  {
    // TODO TAB->SAA EX-MQ
    DEBUG_LOG(m_logger) << "TAB->SAA EX-MQ"
                        << ", feuerkampfReferenz :" << m_wirkfeldPlanungsData.feuerkampfReferenz;

    DEBUG_LOG(m_logger) << "onTrajectoryAdlerModifyReply " << reply.id();
    ExFeuerbereit exFB;
    // exFB.feuerkampfdaten.feuerkampfReferenz = QString::fromStdString(data.element());
    exFB.feuerkampfdaten.feuerkampfReferenz = m_wirkfeldPlanungsData.feuerkampfReferenz;
    // exFB.feuerkampfdaten.verein = QString::fromStdString(m_dtcPpm->participant(data.participantId().get()).name());
    exFB.feuerkampfdaten.verein = m_wirkfeldPlanungsData.feuerkommando.verein;
    // exFB.feuerkampfdaten.kenner =
    // m_mainDispatcher->jsonDispatcher()->sendExFeuerbereit(exFB, data.partyId().get());
  }
  if (m_wirkmittelIndex < m_wirkfeldPlanungsData.feuerkommando.wirkmittel.size() - 1)
  {
    m_wirkmittelIndex++;
    DEBUG_LOG(m_logger) << "sendTrajectoryAdlerModifyRequest"
                        << ", m_participantId :" << m_participantId << ", m_wirkmittelIndex :" << m_wirkmittelIndex << ", m_aesId :" << m_aesId;
    sendTrajectoryAdlerModifyRequest(m_wirkfeldPlanungsData, m_participantId, m_wirkmittelIndex, m_aesId);
  }
}

void AesHandler::sendTrajectoryAdlerModifyRequest(const WirkfeldplanungData &data, int participantId, int wirkmittelIndex, int aesId)
{

  DEBUG_LOG(m_logger) << "sendTrajectoryAdlerModifyRequest"
                      << ", participantId :" << participantId << ", wirkmittelIndex :" << wirkmittelIndex << ", aesId:" << aesId;
  std::vector<Core::RelativePositionRelativeTime> geometryRef;
  geometryRef.clear();
  geometryRef.reserve(data.feuerkommando.wirkmittel.at(wirkmittelIndex).flugbahnpunkt.size());

  QVector<int> subordinates = m_dtcPpm->getSubordinatesByParticipant(participantId);
  QVector<ParticipantManagement::ParticipantPosition> subordinatePositions;

  for (int subordinate : std::as_const(subordinates))
  {
    DEBUG_LOG(m_logger) << "subordinates(" << participantId << ") :" << subordinate;
    subordinatePositions.append(m_dtcPpm->participantPosition(subordinate));
  }

  AreaEffectSimulation::TrajectoryAdlerModifyRequest *newRequest = new AreaEffectSimulation::TrajectoryAdlerModifyRequest();
  newRequest->aesItemId = aesId;
  newRequest->explosionIndex = wirkmittelIndex;

  int zone = -1;
  Core::GeoPosition positionLaunch = subordinatePositions.at(wirkmittelIndex).pos;
  auto utmLaunch = LtsCoordTrans::UtmCoordinate::fromGeographic(positionLaunch.lon, positionLaunch.lat, zone);

  double grad = (data.zieldaten.zielachse / 6400.) * 360.0;

  for (Flugbahnpunkt pos : std::as_const(data.feuerkommando.wirkmittel.at(wirkmittelIndex).flugbahnpunkt))
  {
    /*
        DEBUG_LOG(m_logger) << "Flugbahnpunkt:"
                            << ", xRelativ :" << pos.xRelativ
                            << ", yRelativ :" << pos.yRelativ
                            << ", zRelativ :" << pos.zRelativ
                            << ", zeit :" << pos.zeit
                            << ", positionLaunch :" << positionLaunch.lon()
                            << " / " << positionLaunch.lat()
                            << " / " << positionLaunch.z()
                            << "<< utmLaunch :" << utmLaunch.x
                            << " / " << utmLaunch.y
                            << " / " << utmLaunch.zone;
    */
    QPointF utm = QPointF(pos.xRelativ, pos.zRelativ);
    QPointF utmLaunchPt(utmLaunch.x, utmLaunch.y);

    utm += utmLaunchPt;
    double z = positionLaunch.z + pos.yRelativ;

    // see also: coordtrans_test::testRelativeMetricalOffet()
    LtsCoordTrans::UtmCoordinate utmCoord;
    utmCoord.x = utm.x();
    utmCoord.y = utm.y();
    utmCoord.zone = utmLaunch.zone;
    QPointF pntGeo = utmCoord.geographic();

    // Rotiert im Uhrzeigersinn um den Nullpunkt (0,0)
    // double grad =  (data.zieldaten.zielachse / 6400.) * 360;
    // DEBUG_LOG(m_logger) << " milli rad to degree" <<(data.zieldaten.zielachse / 6400.) * 360;

    // Rotiert im Uhrzeigersinn um den Nullpunkt (0,0)
    // DEBUG_LOG(m_logger) << " mmilirad: " <<data.zieldaten.zielachse;

    //  double shussrichtung = effectorAdler.schussrichtung;
    // DEBUG_LOG(m_logger) << " millii rad  to degree" <<grad;
    // use defatult degree from start to end! not target axis

    //  double shussrichtung = effectorAdler.schussrichtung;
    QTransform matrix;
    matrix.rotate(-grad);

    QPointF point(pntGeo.x(), pntGeo.y());
    DEBUG_LOG(m_logger) << " POS bevore rot: " << point;

    auto rotatePoint = matrix.map(point);
    DEBUG_LOG(m_logger) << " POS after rot: " << rotatePoint;

    pntGeo.setX(rotatePoint.x());
    pntGeo.setY(rotatePoint.y());

    // DEBUG_LOG(m_logger) << "utmCoord :" << utmCoord.x << " / " << utmCoord.y << ", utmCoord.zone :" << utmCoord.zone
    //                     << ", utmCoord.isValid() :" << utmCoord.isValid()
    //                     << ", pntGeo :" << pntGeo.x() << " / " << pntGeo.y() << " / " << z;


    // LS-669: Soweit ich das sehen kann, müssen hier relative Koordinaten übertragen werden.
    const Core::RelativePositionRelativeTime relPos(pntGeo.x(), pntGeo.y(), z,
                                                    std::round(pos.zeit * 1000.0));
    geometryRef.emplace_back(relPos);
  }

  Core::GeoPosition impactPosition;
  impactPosition.lat = data.zieldaten.koordinate.koordinate.latitude * M_PI / 180.0;
  impactPosition.lon = data.zieldaten.koordinate.koordinate.longitude * M_PI / 180.0;
  impactPosition.z = data.zieldaten.koordinate.hoehe;
  newRequest->impactPosition = impactPosition;
  newRequest->geometry = geometryRef;
  DEBUG_LOG(m_logger) << "geometryRef.size=" << geometryRef.size() << ", newRequest->geometry().size() :" << newRequest->geometry.size();

  if (newRequest->aesItemId <= 0)
  {
    ERROR_LOG(m_logger) << "newRequest->aesItemId() <=0"
                        << ", aesItemId :" << newRequest->aesItemId;
    return;
  }
  newRequest->peakAltitude = data.feuerkommando.wirkmittel.at(wirkmittelIndex).gipfelhoehe;
  newRequest->mhpScatterLenght = data.feuerkommando.wirkmittel.at(wirkmittelIndex).streuung.laengsstreuung;
  newRequest->mhpScatterWidth = data.feuerkommando.wirkmittel.at(wirkmittelIndex).streuung.seitenstreuung;
  newRequest->mhpScatterLengthDetonationHeight = data.feuerkommando.wirkmittel.at(wirkmittelIndex).streuung.laengsstreuungH;
  newRequest->mhpScatterWidthDetonationHeight = data.feuerkommando.wirkmittel.at(wirkmittelIndex).streuung.seitenstreuungH;
  m_ftcAes->trajectoryAdlerModifyRequest(*newRequest, this);
}

void AesHandler::handleEffectCluster(const WirkfeldplanungData &data, int wsId)
{
  DEBUG_LOG(m_logger) << "AesHandler::handleEffectCluster (Empfang WirkfeldplanungData)"
                      << ", feuerkampfReferenz :" << data.feuerkampfReferenz << ", wirkmittel.size() :" << data.feuerkommando.wirkmittel.size();
  // here we convert the FQBB to create EffectCluster
  if (!m_mainDispatcher->jsonDispatcher()->getSAAByWs(wsId))
  {
    ERROR_LOG(m_logger) << "!m_mainDispatcher->jsonDispatcher()->getSAAByWs(" << wsId << ") return";
    return;
  }
  const QString &verein = data.feuerkommando.verein;
  // #ifdef LTS_DEBUG
  //   const ParticipantManagement::Participant &part = m_dtcPpm->participant(89);
  //   DEBUG_LOG(m_logger) << "participantId :" << part.id()
  //                       << ", partyId :" << part.partyId();
  // #else
  const int partyId = m_mainDispatcher->jsonDispatcher()->getSAAByWs(wsId)->getPartyId();
  const bool isVerbund = m_mainDispatcher->jsonDispatcher()->getSAAByWs(wsId)->getIsVerbund();
  const ParticipantManagement::Participant &part = m_mainDispatcher->ppmHandler()->findParticipantByInternalName(verein, partyId, isVerbund);
  // #endif
  if (part.id <= 0)
  {
    ERROR_LOG(m_logger) << "Got EffectClusterData for " << verein << " but unit not found";
    return;
  }

  // get overall impacts
  m_wirkfeldPlanungsData = data;
  m_participantId = part.id;
  m_wirkmittelIndex = 0;

  // for (const auto &wm : data.feuerkommando.wirkmittel)
  // {
  // impactCount += wm.geschoss.anzahl;
  // mhpCount ++; //TODO we could get the correct point
  // //chargeTypeId = // TODO MAP wm.geschoss.geschosssorte
  // sendTrajectoryAdlerModifyRequest(data, part.id(), mhpCount);
  // }

  // The worst part about the SAA we don't even get all the data needed to create a usefull effect cluster.
  // Sometimes we will get a geometry (e.g. for mortar) but most of the time the "Target area" is lost
  // in that case we need to create our own area from the target points.. and probably "guess" the target geometry

  AreaEffectSimulation::AesExplosionGeometry geometry = AreaEffectSimulation::AesExplosionGeometry::EgArea;
  AreaEffectSimulation::Area area;
  const bool createArea = data.zieldaten.breiteRadius == 0 && data.zieldaten.tiefe == 0;
  ERROR_LOG(m_logger) << "create AREA??? " << createArea << "  breite " << data.zieldaten.breiteRadius << "  tiefe " << data.zieldaten.tiefe;

  if (!createArea && data.zieldaten.geometrie == ProjectDataManagement::L4_TargetGeometry::Point)
  {
    geometry = AreaEffectSimulation::AesExplosionGeometry::EgPoint;
    // we need to set the area from pdm so we use the first actors charge type
    const auto &chargeData = data.feuerkommando.wirkmittel.at(0).geschoss;

    const int chargeTypeId = m_mainDispatcher->pdmHandler()->getDtc()->getChargeTypeIdFromAdlerCharges(chargeData.geschosssorte);
    const int igniterTypeId = m_mainDispatcher->pdmHandler()->getDtc()->getIgniterTypeIdFromAdlerIgniter(chargeData.zuender);
    const int igniterFunctionId = m_mainDispatcher->pdmHandler()->getDtc()->getIgniterFunctionIdFromAdlerIgniterFunction(chargeData.zuenderFunktion);
    const int impactRadius = m_mainDispatcher->pdmHandler()->getDtc()->impactRadius(chargeTypeId, igniterTypeId, igniterFunctionId);

    DEBUG_LOG(m_logger) << "Impact Radius for " << chargeTypeId << " " << igniterTypeId << " " << igniterTypeId << "  is " << impactRadius;
    area.height = impactRadius * 2;
    area.width = impactRadius * 2;
  }
  if (!createArea && data.zieldaten.geometrie == ProjectDataManagement::L4_TargetGeometry::Radial)
  {
    geometry = AreaEffectSimulation::AesExplosionGeometry::EgRadial;
    // In Radial we need to double the radius and also set it as height/width
    area.height = data.zieldaten.breiteRadius * 2;
    area.width = data.zieldaten.breiteRadius * 2;
  }
  else if (!createArea) // we need the rect or the line
  {
    // maye wrong?
    // not only maybe.. we need to swap .. yes..
    area.height = data.zieldaten.breiteRadius;
    if (data.zieldaten.tiefe > 0)
      area.width = data.zieldaten.tiefe;
    else
      if (data.zieldaten.geometrie == ProjectDataManagement::L4_TargetGeometry::Linear)
        area.width = 5; // E01562-472 [Verbund] ImpactWidth invalid. Ein Wirkfeld mit der Zielgeometrie "Linear" kann nicht verarbeitet werden.
  }

  if (!createArea)
  {
    area.rotation = (data.zieldaten.zielachse / 6400.) * 360; // UTM STRICH?

    // point is center
    const QPointF centerPoint(data.zieldaten.koordinate.koordinate.longitude * (M_PI / 180.0), data.zieldaten.koordinate.koordinate.latitude * (M_PI / 180.0));
    QRectF rect(QPointF(), QSizeF(area.height, area.width));
    rect.moveCenter(QPointF());
    // Compass, not mathematical! "90-" left out as Polygon already is rotated by 90 degree
    const QPointF bl = QTransform().rotate(-area.rotation).map(rect.topLeft());
    const LtsCoordTrans::UtmCoordinate centerUtm = LtsCoordTrans::UtmCoordinate::fromGeographic(centerPoint);
    DEBUG_LOG(m_logger) << "centerUtm="
                        << ", x :" << centerUtm.x << ", y :" << centerUtm.y << ", zone :" << centerUtm.zone;
    const QPointF &bottomLeft = centerUtm.geographic(bl);
    DEBUG_LOG(m_logger) << "bl="
                        << ", x :" << bl.x() << ", y :" << bl.y();
    DEBUG_LOG(m_logger) << "bottomLeft="
                        << ", x :" << bottomLeft.x() << ", y :" << bottomLeft.y();
    area.cornerBottomLeft = Core::GeoPosition2D(bottomLeft.x(), bottomLeft.y());
    DEBUG_LOG(m_logger) << "area.cornerBottomLeft="
                        << ", lon :" << area.cornerBottomLeft.lon << ", lat :" << area.cornerBottomLeft.lat;

    const LtsCoordTrans::UtmCoordinate cornerBottomLeftUtm = LtsCoordTrans::UtmCoordinate::fromGeographic(area.cornerBottomLeft.lon, area.cornerBottomLeft.lat);
    DEBUG_LOG(m_logger) << "cornerBottomLeftUtm="
                        << ", x :" << cornerBottomLeftUtm.x << ", y :" << cornerBottomLeftUtm.y << ", zone :" << cornerBottomLeftUtm.zone;
  }
  else
  {
    DEBUG_LOG(m_logger) << " Need to generate area";
    if (data.feuerkommando.wirkmittel.size() == 1)
    {

      DEBUG_LOG(m_logger) << " Need to generate area SINGLE";
      geometry = AreaEffectSimulation::AesExplosionGeometry::EgPoint;

      // we need to set the area from pdm so we use the first actors charge type

      const auto &wirkmittel = data.feuerkommando.wirkmittel.at(0);
      const auto &chargeData = wirkmittel.geschoss;

      const int chargeTypeId = m_mainDispatcher->pdmHandler()->getDtc()->getChargeTypeIdFromAdlerCharges(chargeData.geschosssorte);
      const int igniterTypeId = m_mainDispatcher->pdmHandler()->getDtc()->getIgniterTypeIdFromAdlerIgniter(chargeData.zuender);
      const int igniterFunctionId = m_mainDispatcher->pdmHandler()->getDtc()->getIgniterFunctionIdFromAdlerIgniterFunction(chargeData.zuenderFunktion);
      const int impactRadius = m_mainDispatcher->pdmHandler()->getDtc()->impactRadius(chargeTypeId, igniterTypeId, igniterFunctionId);

      DEBUG_LOG(m_logger) << "Impact Radius for " << chargeTypeId << " " << igniterTypeId << " " << igniterTypeId << "  is " << impactRadius;
      area.height = impactRadius * 2;
      area.width = impactRadius * 2;

      // point is center

      const QPointF centerPoint(wirkmittel.auftreffpunkt.koordinate.longitude * (M_PI / 180.0), wirkmittel.auftreffpunkt.koordinate.latitude * (M_PI / 180.0));
      QRectF rect(QPointF(), QSizeF(area.height, area.width));
      rect.moveCenter(QPointF());
      // Compass, not mathematical! "90-" left out as Polygon already is rotated by 90 degree
      const QPointF bl = QTransform().rotate(-area.rotation).map(rect.topLeft());
      const LtsCoordTrans::UtmCoordinate centerUtm = LtsCoordTrans::UtmCoordinate::fromGeographic(centerPoint);
      DEBUG_LOG(m_logger) << "centerUtm="
                          << ", x :" << centerUtm.x << ", y :" << centerUtm.y << ", zone :" << centerUtm.zone;
      const QPointF bottomLeft = centerUtm.geographic(bl);
      DEBUG_LOG(m_logger) << "bl="
                          << ", x :" << bl.x() << ", y :" << bl.y();
      DEBUG_LOG(m_logger) << "bottomLeft="
                          << ", x :" << bottomLeft.x() << ", y :" << bottomLeft.y();
      area.cornerBottomLeft = Core::GeoPosition2D(bottomLeft.x(), bottomLeft.y());
      DEBUG_LOG(m_logger) << "area.cornerBottomLeft="
                          << ", lon :" << area.cornerBottomLeft.lon << ", lat :" << area.cornerBottomLeft.lat;

      const LtsCoordTrans::UtmCoordinate cornerBottomLeftUtm = LtsCoordTrans::UtmCoordinate::fromGeographic(area.cornerBottomLeft.lon, area.cornerBottomLeft.lat);
      ERROR_LOG(m_logger) << "cornerBottomLeftUtm="
                          << ", x :" << cornerBottomLeftUtm.x << ", y :" << cornerBottomLeftUtm.y << ", zone :" << cornerBottomLeftUtm.zone;
    }
    else if (data.feuerkommando.wirkmittel.size() > 1)
    {

      DEBUG_LOG(m_logger) << " Need to generate area AREA";
      // Area even though thez might all target the same point
      geometry = AreaEffectSimulation::AesExplosionGeometry::EgArea;
      // Now we take the charge data from the first effector
      // we need the impactradius to create an area
      const auto &chargeData = data.feuerkommando.wirkmittel.at(0).geschoss;
      const int chargeTypeId = m_mainDispatcher->pdmHandler()->getDtc()->getChargeTypeIdFromAdlerCharges(chargeData.geschosssorte);
      const int igniterTypeId = m_mainDispatcher->pdmHandler()->getDtc()->getIgniterTypeIdFromAdlerIgniter(chargeData.zuender);
      const int igniterFunctionId = m_mainDispatcher->pdmHandler()->getDtc()->getIgniterFunctionIdFromAdlerIgniterFunction(chargeData.zuenderFunktion);
      const int impactRadius = m_mainDispatcher->pdmHandler()->getDtc()->impactRadius(chargeTypeId, igniterTypeId, igniterFunctionId);

      DEBUG_LOG(m_logger) << "Impact Radius for " << chargeTypeId << " " << igniterTypeId << " " << igniterTypeId << "  is " << impactRadius;

      // Now that we know the impact radius we create a boundingbox around all impact areas
      QList<AreaEffectSimulation::Area> areas;
      QList<QRectF> rects;
      int zone = 0;
      QVector<QPointF> vecPoints;
      for (const WirkmittelFeuerkommando &effector : std::as_const(data.feuerkommando.wirkmittel))
      {
        // get the target point for the effector
        const QPointF centerPoint(effector.auftreffpunkt.koordinate.longitude * (M_PI / 180.0), effector.auftreffpunkt.koordinate.latitude * (M_PI / 180.0));

        AreaEffectSimulation::Area areaEffector;
        areaEffector.height = impactRadius * 2;
        areaEffector.width = impactRadius * 2;
        QRectF rect(QPointF(), QSizeF(areaEffector.height, areaEffector.width));
        rect.moveCenter(QPointF());

        // Compass, not mathematical! "90-" left out as Polygon already is rotated by 90 degree
        const QPointF bl = QTransform().rotate(90).map(rect.topLeft());

        const LtsCoordTrans::UtmCoordinate centerUtm = LtsCoordTrans::UtmCoordinate::fromGeographic(centerPoint);
        zone = centerUtm.zone;
        const QPointF bottomLeft = centerUtm.geographic(bl);
        areaEffector.cornerBottomLeft = Core::GeoPosition2D(bottomLeft.x(), bottomLeft.y());

        rect.moveCenter(QPointF(centerUtm.x, centerUtm.y));
        // now add Area to list
        areas.append(areaEffector);
        rects.append(rect);
        vecPoints.append(rect.topLeft());
        vecPoints.append(rect.topRight());
        vecPoints.append(rect.bottomLeft());
        vecPoints.append(rect.bottomRight());
      }

      // Finally use the rerturning rect as Area
      area = createMinimumRect(zone, vecPoints);
      DEBUG_LOG(m_logger) << "FINAL AREA " << area.cornerBottomLeft << "   " << area.height << " " << area.width;
    }
    else if (data.feuerkommando.wirkmittelRakete.size() > 0)
    {
      DEBUG_LOG(m_logger) << " Need to generate area AREA";
      // Area even though thez might all target the same point
      geometry = AreaEffectSimulation::AesExplosionGeometry::EgArea;
      // Now we take the charge data from the first effector
      // we need the impactradius to create an area
      const auto &chargeData = data.feuerkommando.wirkmittelRakete.at(0).geschoss;
      const int chargeTypeId = m_mainDispatcher->pdmHandler()->getDtc()->getChargeTypeIdFromAdlerCharges(chargeData.geschosssorte);
      const int igniterTypeId = m_mainDispatcher->pdmHandler()->getDtc()->getIgniterTypeIdFromAdlerIgniter(chargeData.zuender);
      const int igniterFunctionId = m_mainDispatcher->pdmHandler()->getDtc()->getIgniterFunctionIdFromAdlerIgniterFunction(chargeData.zuenderFunktion);
      const int impactRadius = m_mainDispatcher->pdmHandler()->getDtc()->impactRadius(chargeTypeId, igniterTypeId, igniterFunctionId);

      // Now that we know the impact radius we create a boundingbox around all impact areas
      int zone = 0;
      QVector<QPointF> vecPoints;
      for (const WirkmittelFeuerkommandoRakete &effector : std::as_const(data.feuerkommando.wirkmittelRakete))
      {
        for (const Treffpunkt &treffpunkt : std::as_const(effector.treffpunkte))
        {
          const QPointF centerPoint(treffpunkt.koordinate.koordinate.longitude * (M_PI / 180.0), treffpunkt.koordinate.koordinate.latitude * (M_PI / 180.0));

          AreaEffectSimulation::Area areaEffector;
          areaEffector.height = impactRadius * 2;
          areaEffector.width = impactRadius * 2;
          QRectF rect(QPointF(), QSizeF(areaEffector.height, areaEffector.width));
          rect.moveCenter(QPointF());

          // Compass, not mathematical! "90-" left out as Polygon already is rotated by 90 degree
          const QPointF bl = QTransform().rotate(90).map(rect.topLeft());

          const LtsCoordTrans::UtmCoordinate centerUtm = LtsCoordTrans::UtmCoordinate::fromGeographic(centerPoint);
          zone = centerUtm.zone;
          const QPointF bottomLeft = centerUtm.geographic(bl);
          areaEffector.cornerBottomLeft = Core::GeoPosition2D(bottomLeft.x(), bottomLeft.y());

          rect.moveCenter(QPointF(centerUtm.x, centerUtm.y));
          // now add Area to list
          vecPoints.append(rect.topLeft());
          vecPoints.append(rect.topRight());
          vecPoints.append(rect.bottomLeft());
          vecPoints.append(rect.bottomRight());
        }
      }

      // Finally use the returning rect as Area
      area = createMinimumRect(zone, vecPoints);
      DEBUG_LOG(m_logger) << "FINAL AREA " << area.cornerBottomLeft << "   " << area.height << " " << area.width;
    }
  }

  AreaEffectSimulation::EffectClusterModifyRequest req;
  for (const AreaEffectSimulation::EffectCluster &clus : m_dtcAes->effectClusters())
  {
    // ERROR_LOG(m_logger) << "Look for if: " << clus.element() << " is data: " << data.feuerkampfReferenz;
    if (clus.partyId != part.partyId)
      continue;
    if (clus.isDeleted)
      continue;
    if (clus.effectStateId != AreaEffectSimulation::AesEffectState::EsPrepared && clus.effectStateId != AreaEffectSimulation::AesEffectState::EsCreated
        && clus.effectStateId != AreaEffectSimulation::AesEffectState::EsReceived)
      continue;

    if (clus.element != data.feuerkampfReferenz.trimmed().toStdString())
      continue;
    req.id = clus.id;
  }

  QJsonObject obj;
  obj[AdlerJson::JsonKeys::FEUERKAMPFREFERENZ()] = data.feuerkampfReferenz;

  obj[QStringLiteral("useReceived")] = true;
  obj[QStringLiteral("effectSource")] = static_cast<int>(ProjectDataManagement::EffectSource::ES_ADLER);
  obj[AdlerJson::JsonKeys::ABFEUERUNGSART()] = static_cast<int>(data.abfeuerungsArt);
  // TargetData is often only optional
  obj[AdlerJson::JsonKeys::TYP()] = m_mainDispatcher->pdmHandler()->getDtc()->getTargetTypeIdFromAdlerTargetType(data.zieldaten.typ);
  obj[AdlerJson::JsonKeys::SUB_TYP()] = m_mainDispatcher->pdmHandler()->getDtc()->getTargetSubTypeIdFromAdlerTargetSubType(data.zieldaten.subTyp);
  obj[AdlerJson::JsonKeys::ELEMENTE()] = data.zieldaten.elemente;
  obj[AdlerJson::JsonKeys::NUMMER()] = data.zieldaten.nummer;

  obj[QStringLiteral("partyId")] = part.partyId;
  // fill EffectorData
  std::vector<AreaEffectSimulation::EffectorData> effectorVec;

  if (data.feuerkommando.wirkmittel.size() > 0)
  {
    for (const auto &effectorAdler : std::as_const(data.feuerkommando.wirkmittel))
    {
      AreaEffectSimulation::EffectorData effectorData;
      effectorData.angleOfFall = 0;
      effectorData.chargeAmount = effectorAdler.geschoss.anzahl;
      effectorData.chargeStruct.chargeTypeId = m_mainDispatcher->pdmHandler()->getDtc()->getChargeTypeIdFromAdlerCharges(effectorAdler.geschoss.geschosssorte);
      effectorData.chargeStruct.igniterTypeId = m_mainDispatcher->pdmHandler()->getDtc()->getIgniterTypeIdFromAdlerIgniter(effectorAdler.geschoss.zuender);
      effectorData.chargeStruct.igniterFunctionId
          = m_mainDispatcher->pdmHandler()->getDtc()->getIgniterFunctionIdFromAdlerIgniterFunction(effectorAdler.geschoss.zuenderFunktion);
      DEBUG_LOG(m_logger) << "FOUND chargeTypeId " << effectorData.chargeStruct.chargeTypeId << " for " << effectorAdler.geschoss.geschosssorte;
      DEBUG_LOG(m_logger) << "igniterTypeId: " << effectorData.chargeStruct.igniterTypeId;
      DEBUG_LOG(m_logger) << "igniterFunctionId: " << effectorData.chargeStruct.igniterFunctionId;
      effectorData.participantId
          = m_dtcPpm->getParticipantByInternalName(part.partyId, QString::fromStdString(part.name), waffensystemkennerMap.key(effectorAdler.kenner)).id;
      std::vector<Core::RelativePositionRelativeTime> flightCurve;
      flightCurve.reserve(effectorAdler.flugbahnpunkt.size());

      const auto &startPos = m_dtcPpm->participantPosition(effectorData.participantId);
      const auto coordStart = LtsCoordTrans::UtmCoordinate::fromGeographic(startPos.pos.lon, startPos.pos.lat);
      DEBUG_LOG(m_logger) << "Start point: " << coordStart;

      const auto coordEnd = LtsCoordTrans::UtmCoordinate::fromGeographic(effectorAdler.auftreffpunkt.koordinate.longitude * (M_PI / 180.0),
                                                                         effectorAdler.auftreffpunkt.koordinate.latitude * (M_PI / 180.0));
      DEBUG_LOG(m_logger) << "End point: " << coordEnd;
      LtsCoordTrans::UtmCoordinate coordDiff = coordEnd;

      coordDiff.x = coordDiff.x - coordStart.x;
      coordDiff.y = coordDiff.y - coordStart.y;
      DEBUG_LOG(m_logger) << "Last point: " << coordDiff.x << " " << coordDiff.y;
      DEBUG_LOG(m_logger) << "Last point ATAN: " << std::atan2(coordDiff.y, coordDiff.x);

      const double useNewGrad = -90 + std::atan2(coordDiff.y, coordDiff.x) * (180.0 / M_PI);
      DEBUG_LOG(m_logger) << "Atan2 Deg to: last point " << std::atan2(coordDiff.y, coordDiff.x) * (180.0 / M_PI);

      for (const auto &flightPointAdler : std::as_const(effectorAdler.flugbahnpunkt))
      {
        Core::RelativePositionRelativeTime flightPoint;
        flightPoint.offsetX = 0; // flightPointAdler.zRelativ;
        flightPoint.offsetY = flightPointAdler.xRelativ;
        flightPoint.offsetZ = flightPointAdler.yRelativ;
        flightPoint.relativeTime = flightPointAdler.zeit * 1000;

        QTransform matrix;
        matrix.rotate(useNewGrad);
        const QPointF point(flightPoint.offsetX, flightPoint.offsetY);
        TRACE_LOG(m_logger) << " POS bevore rot: " << point;

        const auto rotatePoint = matrix.map(point);
        TRACE_LOG(m_logger) << " POS after rot: " << rotatePoint;

        flightPoint.offsetX = rotatePoint.x();
        flightPoint.offsetY = rotatePoint.y();

        flightCurve.push_back(flightPoint);
      }
      effectorData.trajectoryRelative = flightCurve;
      effectorData.flightTime = effectorAdler.flugzeit * 1000;
      effectorData.chargeStruct.igniterTypeId = 1; // effectorAdler.geschoss.zuender; //XKCD
      effectorData.interval = effectorAdler.geschoss.intervall;
      Core::GeoPosition mhpPos;
      mhpPos.lat = effectorAdler.auftreffpunkt.koordinate.latitude * (M_PI / 180.0);
      mhpPos.lon = effectorAdler.auftreffpunkt.koordinate.longitude * (M_PI / 180.0);
      mhpPos.z = effectorAdler.auftreffpunkt.hoehe;
      effectorData.mhpPosition = mhpPos;
      effectorData.mhpRotation = 90.0 - (effectorAdler.schussrichtung / 6400.) * 360;
      effectorData.mhpScatterLenght = effectorAdler.streuung.laengsstreuung;
      effectorData.mhpScatterLengthDetonationHeight = effectorAdler.streuung.laengsstreuungH;
      effectorData.mhpScatterWidth = effectorAdler.streuung.seitenstreuung;
      effectorData.mhpScatterWidthDetonationHeight = effectorAdler.streuung.seitenstreuungH;
      DEBUG_LOG(m_logger) << effectorAdler.kenner;
      DEBUG_LOG(m_logger) << "Looking for participantID with stats = party: " << part.partyId << " unitname: " << part.name
                          << " effectorname: " << waffensystemkennerMap.key(effectorAdler.kenner);
      effectorData.peakHeight = effectorAdler.gipfelhoehe;
      effectorVec.push_back(effectorData);

      // We will override with the last one but okay should be suffice
      obj[AdlerJson::JsonKeys::LADUNG()] = m_mainDispatcher->pdmHandler()->getDtc()->getLoadTypeIdFromAdlerLoad(effectorAdler.geschoss.ladung);
      obj[AdlerJson::JsonKeys::LADUNGSNUMMER()] = effectorAdler.geschoss.ladungsNummer;
    }
  }
  else if (data.feuerkommando.wirkmittelRakete.size() > 0)
  {
    for (const auto &effectorAdler : std::as_const(data.feuerkommando.wirkmittelRakete))
    {
      AreaEffectSimulation::EffectorData effectorData;

      effectorData.chargeAmount = effectorAdler.geschoss.anzahl;
      effectorData.angleOfFall = effectorAdler.fallwinkel;
      effectorData.chargeStruct.chargeTypeId = m_mainDispatcher->pdmHandler()->getDtc()->getChargeTypeIdFromAdlerCharges(effectorAdler.geschoss.geschosssorte);
      effectorData.chargeStruct.igniterTypeId = m_mainDispatcher->pdmHandler()->getDtc()->getIgniterTypeIdFromAdlerIgniter(effectorAdler.geschoss.zuender);
      effectorData.chargeStruct.igniterFunctionId
          = m_mainDispatcher->pdmHandler()->getDtc()->getIgniterFunctionIdFromAdlerIgniterFunction(effectorAdler.geschoss.zuenderFunktion);

      DEBUG_LOG(m_logger) << "FOUND chargeTypeId " << effectorData.chargeStruct.chargeTypeId << " for " << effectorAdler.geschoss.geschosssorte;
      DEBUG_LOG(m_logger) << "igniterTypeId: " << effectorData.chargeStruct.igniterTypeId;
      DEBUG_LOG(m_logger) << "igniterFunctionId: " << effectorData.chargeStruct.igniterFunctionId;

      effectorData.participantId
          = m_dtcPpm->getParticipantByInternalName(part.partyId, QString::fromStdString(part.name), waffensystemkennerMap.key(effectorAdler.kenner)).id;
      if (effectorData.participantId == 0)
        WARNING_LOG(m_logger) << "Could not find participant for partiyId " << part.partyId << ", name " << part.name << ", kenner " << effectorAdler.kenner;
      effectorData.chargeStruct.igniterTypeId = m_mainDispatcher->pdmHandler()->getDtc()->getIgniterTypeIdFromAdlerIgniter(effectorAdler.geschoss.zuender);
      effectorData.interval = effectorAdler.geschoss.intervall;

      // create centroid
      Core::GeoPosition mhpPos;
      QPointF centroid;
      for (const auto &treffpunkt : std::as_const(effectorAdler.treffpunkte))
        centroid += {treffpunkt.koordinate.koordinate.latitude, treffpunkt.koordinate.koordinate.longitude};

      centroid /= effectorAdler.treffpunkte.size();

      mhpPos.lat = centroid.x() * (M_PI / 180.0);
      mhpPos.lon = centroid.y() * (M_PI / 180.0);
      mhpPos.z = effectorAdler.treffpunkte.at(0).koordinate.hoehe;
      effectorData.mhpPosition = mhpPos;
      effectorData.mhpRotation = 90.0 - (effectorAdler.schussrichtung / 6400.) * 360;
      effectorData.mhpScatterLenght = 0.0;
      effectorData.mhpScatterLengthDetonationHeight = 0.0;
      effectorData.mhpScatterWidth = 0.0;
      effectorData.mhpScatterWidthDetonationHeight = 0.0;
      effectorData.peakHeight = effectorAdler.gipfelhoehe;

      QJsonObject properties;
      AdlerJson::wirkmittelFeuerkommandoRaketeToJson(properties, effectorAdler);
      effectorData.properties = QJsonDocument(properties).toJson(QJsonDocument::Compact).toStdString();

      // trajectory without time start ------------------------------------------
      const ParticipantManagement::ParticipantPosition &participantPosition = m_dtcPpm->participantPosition(effectorData.participantId);
      const LtsUtils::QPoint3D trajectoryStart(participantPosition.pos.lon, participantPosition.pos.lat, participantPosition.pos.z);

      const LtsUtils::QPoint3D trajectoryEnd(effectorData.mhpPosition.lon, effectorData.mhpPosition.lat, effectorData.mhpPosition.z);

      AreaEffectSimulation::TrajectoryGeoPosition trajectoryWithoutTime;

      if (!AreaEffectSimulation::TrajectoryGenerator::getInstance()->generateTrajectoryBiedziak(trajectoryStart, trajectoryEnd, 45.0, trajectoryWithoutTime))
        ERROR_LOG(m_logger) << "Could not create trajectory for Feuerkommando " << data.feuerkommando.verein;
      // trajectory without time end -------------------------------------------

      // trajectory with time start -------------------------------------------
      effectorData.flightTime = effectorAdler.flugzeit * 1000;
      const double flightTimeStep = effectorData.flightTime / static_cast<double>(trajectoryWithoutTime.size());
      double currentFlightTime = 0.0;

      const LtsCoordTrans::UtmCoordinate utmStartPos = LtsCoordTrans::UtmCoordinate::fromGeographic(participantPosition.pos.lon, participantPosition.pos.lat);
      for (const Core::GeoPosition &pos : std::as_const(trajectoryWithoutTime))
      {
        const LtsCoordTrans::UtmCoordinate utmCurrentPos = LtsCoordTrans::UtmCoordinate::fromGeographic(pos.lon, pos.lat);

        effectorData.trajectoryRelative.emplace_back(utmCurrentPos.x - utmStartPos.x, utmCurrentPos.y - utmStartPos.y, pos.z,
                                                       currentFlightTime);

        currentFlightTime += flightTimeStep;
      }
      // trajectory with time end --------------------------------------------

      obj[AdlerJson::JsonKeys::LADUNG()] = m_mainDispatcher->pdmHandler()->getDtc()->getLoadTypeIdFromAdlerLoad(effectorAdler.geschoss.ladung);
      obj[AdlerJson::JsonKeys::LADUNGSNUMMER()] = effectorAdler.geschoss.ladungsNummer;

      effectorVec.push_back(effectorData);
    }
  }
  req.effectors = effectorVec;

  QString propertiesStr = QString::fromStdString(QJsonDocument(obj).toJson(QJsonDocument::Compact).toStdString());
  std::string properties = propertiesStr.toStdString();
  req.properties = properties;
  req.area = area;
  req.effectMarkingInTa = true;
  req.partyId = part.partyId;
  req.explosionGeometry = geometry;
  req.firePurposeId = static_cast<int>(data.forderung); // TODO Mapping
  req.effectSourceId = ProjectDataManagement::EffectSource::ES_ADLER;
  req.name = data.feuerkampfReferenz.toStdString();
  req.element = data.feuerkampfReferenz.toStdString();
  req.effectDuration = data.dauer * 1000;
  req.participantId = part.id;
  req.externalId = 7;
  req.tla = data.zieldaten.zog; // defaults to 0 if not set

  if (data.feuerkommando.wirkmittel.empty())
    DEBUG_LOG(m_logger) << "flugzeit :"
                        << " -";
  else
    DEBUG_LOG(m_logger) << "flugzeit :" << data.feuerkommando.wirkmittel.at(0).flugzeit;

  DEBUG_LOG(m_logger) << "SEND " << data.feuerkampfReferenz << " ";
  int ammoCounter = 0;
  std::vector<ProjectDataManagement::L27_EffectorId> refWirkmittel;
  refWirkmittel.reserve(data.feuerkommando.wirkmittel.size());

  for (const auto &wm : std::as_const(data.feuerkommando.wirkmittel))
  {
    ammoCounter += wm.geschoss.anzahl; // Counts every Ammo that will be shooted
    DEBUG_LOG(m_logger) << "INSERT KENNER INTO MAP: " << data.feuerkampfReferenz << "---------" << wm.kenner;
    refWirkmittel.push_back(wm.kenner);
  }

  m_feuerkampReferenzAmmoCounter.insert(data.feuerkampfReferenz, ammoCounter);
  m_feuerkampfReferenzWirkmittel.insert(data.feuerkampfReferenz, refWirkmittel);
  m_feuerkampfReferenzUsedFeuerHalt.insert(data.feuerkampfReferenz, false);

  m_ftcAes->effectClusterModifyRequest(req, this);
}

QList<qint32> AesHandler::findAllPendingEffectCluster(int partyId)
{
  // QList<AreaEffectSimulation::EffectCluster> ret;
  QList<qint32> ret;
  const auto &effectClusters = m_dtcAes->effectClusters();
  for (const auto &effectCluster : std::as_const(effectClusters))
  {
    if (effectCluster.partyId != partyId)
      continue;
    if (effectCluster.effectStateId != AreaEffectSimulation::AesEffectState::EsReceived
        && effectCluster.effectStateId != AreaEffectSimulation::AesEffectState::EsCreated)
      continue;
    if (effectCluster.effectSourceId != ProjectDataManagement::EffectSource::ES_ADLER /*&&
            effectCluster.effectSourceId() != ProjectDataManagement::EffectSource::ES_ADLER_STANDALONE*/)
      continue;

    ret.append(effectCluster.id);
  }
  return ret;
}

/**
 * * handleAmmoCount handhabt die Munitionszählung (AmmoCount).
 * TODO: Behebung des Persistenz-Problems:
 * Aktuell gehen die Map-Daten bei einem Service-Restart verloren.
 * ! 'm_feuerkampReferenzAmmoCounter' ist nach Restart leer.
 * Dies kann zu Inkonsistenzen führen, falls die SAA eine VM (Vollzugsmeldung) erwartet,
 * der Zählerstand aber zurückgesetzt wurde.
 * ? Refactoring-Option:
 * Sobald der 'EffectCluster' die reale Munition der Adler-Bekämpfungspläne führt,
 * sollte diese Map durch den 'EffectCluster'-Counter ersetzt werden, um eine
 * "Single Source of Truth" zu gewährleisten.
 *
 * STAND (16.04.2026)
 */
void AesHandler::handleAmmoCount(const Feuerkampfdaten &data, int saaPartyId, bool sendExVollzug)
{
  const QString refTrimmed = data.feuerkampfReferenz.trimmed();

  if (!m_feuerkampReferenzAmmoCounter.contains(refTrimmed))
    return;

  const auto &aesEffetClusters = m_dtcAes->effectClusters();

  for (const auto &aes : std::as_const(aesEffetClusters))
  {
    if (aes.isDeleted || aes.partyId != saaPartyId || aes.element != refTrimmed.toStdString())
    {
      continue;
    }

    int refAmmoCounter = 0;
    refAmmoCounter = m_feuerkampReferenzAmmoCounter.value(refTrimmed, -1);

    bool outOfAmmo = false;
    const int newAmmoAmount = std::max(0, refAmmoCounter - 1);

    DEBUG_LOG(m_logger) << "Handle ammo count - ID: " << aes.id << " | Ref: " << refTrimmed << " | PartyID: " << saaPartyId << " | oldAmmoCount: " << refAmmoCounter
                        << " | newAmmoCount: " << newAmmoAmount;

    if (newAmmoAmount <= 0)
    {
      m_feuerkampReferenzAmmoCounter.remove(refTrimmed);
    }
    else
    {
      m_feuerkampReferenzAmmoCounter[refTrimmed] = newAmmoAmount;
    }

    outOfAmmo = (newAmmoAmount == 0);

    if (outOfAmmo && sendExVollzug)
    {
      auto refKenners = m_feuerkampfReferenzWirkmittel.value(refTrimmed);

      for (const auto &kenner : std::as_const(refKenners))
      {
        ExVollzugsmeldung exvm;
        exvm.feuerkampfdaten.feuerkampfReferenz = data.feuerkampfReferenz;
        exvm.feuerkampfdaten.kenner = kenner;
        exvm.feuerkampfdaten.verein = data.verein;

        DEBUG_LOG(m_logger) << "------------ SENDE ExVollzugsmeldung für ------------ " << kenner;

        m_mainDispatcher->jsonDispatcher()->sendExVollzugsmeldung(exvm, saaPartyId);
      }

      Core::RemoveElementRequest req;
      req.id = aes.id;

      m_ftcAes->effectClusterRemoveRequest(req);
      // After remove effectCluster remove FeuerkampfReferenz from Maps
      m_feuerkampfReferenzUsedFeuerHalt.remove(refTrimmed);
      m_feuerkampfReferenzWirkmittel.remove(refTrimmed);
      m_feuerkampReferenzAmmoCounter.remove(refTrimmed);
    }
  }
}

void AesHandler::removeAllPendingEffectCluster(int partyId)
{
  const QList<qint32> &effectClusterIds = findAllPendingEffectCluster(partyId);
  if (effectClusterIds.isEmpty())
    return;

  INFO_LOG(m_logger) << "Pending effect cluster size: " << effectClusterIds.size();
  Core::RemoveElementRequest req;
  for (const qint32 id : std::as_const(effectClusterIds))
  {
    req.id = id;
    INFO_LOG(m_logger) << "Remove effect cluster id: " << id;

    qint32 ret = m_ftcAes->effectClusterRemoveRequest(req);
    INFO_LOG(m_logger) << "m_ftsAes->effectClusterRemoveRequest(req) --> " << ret;
  }
}

AreaEffectSimulation::Area AesHandler::createMinimumRect(int zone, const QVector<QPointF> &points)
{
  double angle = 0.0;
  AreaEffectSimulation::Area ret;

  auto rec = AreaEffectSimulation::Polygons::getMinAreaRect(points, angle);

  LtsCoordTrans::UtmCoordinate coord(zone, rec.bottomLeft().x(), rec.bottomLeft().y());
  ret.cornerBottomLeft = Core::GeoPosition2D(coord.geographic().x(), coord.geographic().y());
  ret.rotation = angle;
  ret.height = abs(rec.height());
  ret.width = abs(rec.width());

  return ret;
}
void AesHandler::onExplosionSingleChanged(const AreaEffectSimulation::ExplosionSingle &data, DataModification modType)
{

  if (modType == DataModification::eRemoved)
  {
    DEBUG_LOG(m_logger) << "----------------- remove area ------------- ";
    m_singleExplosions.remove(data.id);
    return;
  }
  if (modType == DataModification::eAdded)
  {
    DEBUG_LOG(m_logger) << "----------------- add area ------------- " << data.effectStateId;
    m_singleExplosions.insert(data.id, data.effectStateId);
    return;
  }
  if (data.effectStateId == AreaEffectSimulation::AesEffectState::EsActivated
      && m_singleExplosions.value(data.id, AreaEffectSimulation::AesEffectState::EsActivated) != AreaEffectSimulation::AesEffectState::EsActivated)
  {
    const auto state = data.effectStateId;
    DEBUG_LOG(m_logger) << "----------------- switch state ------------- " << state;
    m_singleExplosions.insert(data.id, state);
    QJsonObject telegram;
    telegram[QStringLiteral("typeId")] = 80082;
    telegram[QStringLiteral("type")] = QStringLiteral("UFomHlaExplosionSingleChanged");

    QJsonObject headerJson;
    headerJson[QStringLiteral("aesId")] = data.id;
    headerJson[QStringLiteral("timeStamp")] = m_mainDispatcher->ddsHandler()->partitionTime();

    QJsonObject impactPosition;
    impactPosition[QStringLiteral("lon")] = data.impactPosition.lon;
    impactPosition[QStringLiteral("lat")] = data.impactPosition.lat;

    QJsonObject jsonData;
    jsonData[QStringLiteral("header")] = headerJson;
    jsonData[QStringLiteral("impactPosition")] = impactPosition; // detonationLocation
    if (data.participantId.has_value())
    {
      jsonData[QStringLiteral("participantId")] = data.participantId.get(); // firingObjectIdentifier
    }

    telegram[QStringLiteral("data")] = jsonData;
    emit explosionSingleChanged(telegram);
  }
}

void AesHandler::onEffectClusterChanged(const AreaEffectSimulation::EffectCluster &data, DataModification modType)
{
  DEBUG_LOG(m_logger) << "Try auto handle effectCluster: " << data.name;

  if (modType == DataModification::eRemoved)
    return;

  DEBUG_LOG(m_logger) << "Try auto handle effectCluster: probs: " << data.properties;

  if (data.properties.empty())
    return;

  if (!data.partyId.has_value())
    return;

  DEBUG_LOG(m_logger) << "has PARTY " << data.properties;

  if (!data.participantId.has_value())
    return;

  if (data.effectSourceId != ProjectDataManagement::EffectSource::ES_ADLER)
    return;
  DEBUG_LOG(m_logger) << "has PARTICIPANTID " << data.properties;

  QJsonObject propertiesObject = QJsonDocument::fromJson(QByteArray::fromStdString(data.properties)).object();
  if (!propertiesObject.value(QStringLiteral("useReceived")).toBool())
    return;

  DEBUG_LOG(m_logger) << "has USE RECEIVED " << data.effectStateId;

  switch (data.effectStateId)
  {
  case AreaEffectSimulation::AesEffectState::EsCreated:
  {
    // Auftragsannahme (manuelle Quittung)
    // Could be send via notification managment??
    if (m_aesIdToFeuerkampfReferenz.contains(data.id))
    {
      const QJsonObject probObject = QJsonDocument::fromJson(QByteArray::fromStdString(data.properties)).object();
      const QString reference = probObject[AdlerJson::JsonKeys::FEUERKAMPFREFERENZ()].toString();

      ExMqManuelleQuittung exmq;
      // exmq.mqManuelleQuittungDaten.feuerkampfreferenz = QString::fromStdString(data.element());

      exmq.mqManuelleQuittungDaten.feuerkampfreferenz = reference;
      m_mainDispatcher->jsonDispatcher()->sendExMqManuelleQuittung(exmq, data.partyId.get());

      // After that we'll remove it form the list to not send an MQ again!
      m_aesIdToFeuerkampfReferenz.remove(data.id);
      DEBUG_LOG(m_logger) << "SEND MQ for " << data.name << " " << reference;
      break;
    }
  }
  case AreaEffectSimulation::AesEffectState::EsReceived:
  case AreaEffectSimulation::AesEffectState::EsPrepared:
  case AreaEffectSimulation::AesEffectState::EsFired:   // EsFired! will be handled by fired topic
  case AreaEffectSimulation::AesEffectState::EsExpired: // EX Expired is not for ADLER it just need the ConfirmationReport
  default:
    return;
  }
}

} // namespace AdlerJson