MapData Class Reference

#include "MapData.h"

Inheritance diagram for MapData:

Collaboration diagram for MapData:

Public Member Functions
PyTuple *	GetStationExtraInfo ()
PyObject *	GetPseudoSecurities ()
Public Member Functions inherited from Singleton< MapData >
	Singleton ()
	Primary constructor. More...

Private Attributes
PyTuple *	m_stationExtraInfo
PyObject *	m_pseudoSecurities
std::multimap< uint32, uint32 >	m_regionJumps
std::multimap< uint32, uint32 >	m_constJumps
std::multimap< uint32, uint32 >	m_systemJumps

MapData.cpp
a group of methods and functions to get map info. this is mostly used for getting random points in system, system jumps, and misc mission destination info added static data for StationExtraInfo (from mapservice) : Allan Date : 13 November 2018
	MapData ()
	~MapData ()
int	Initialize ()
void	Clear ()
void	Close ()
void	GetInfo ()
void	GetMissionDestination (Agent *pAgent, uint8 misionType, MissionOffer &offer)
void	Populate ()

Additional Inherited Members
Static Public Member Functions inherited from Singleton< MapData >
static MapData &	get ()
Static Protected Attributes inherited from Singleton< MapData >
static std::shared_ptr< MapData >	mInstance

Detailed Description

Definition at line 20 of file MapData.h.

Constructor & Destructor Documentation

MapData::MapData

(

)

Definition at line 20 of file MapData.cpp.

References m_constJumps, m_regionJumps, and m_systemJumps.

: m_stationExtraInfo(nullptr),
m_pseudoSecurities(nullptr)
{
    m_regionJumps.clear();
    m_constJumps.clear();
    m_systemJumps.clear();
}

MapData::~MapData

(

)

Definition at line 29 of file MapData.cpp.

{
}

Member Function Documentation

void MapData::Clear

(

)

Definition at line 46 of file MapData.cpp.

References m_constJumps, m_regionJumps, and m_systemJumps.

{
    m_regionJumps.clear();
    m_constJumps.clear();
    m_systemJumps.clear();
}

void MapData::Close

(

)

Definition at line 33 of file MapData.cpp.

References m_pseudoSecurities, m_stationExtraInfo, and PySafeDecRef.

{
    PySafeDecRef(m_stationExtraInfo);
    PySafeDecRef(m_pseudoSecurities);
}

void MapData::GetInfo

(

)

Definition at line 53 of file MapData.cpp.

{
    // print out list of bad jumps
    // m_badJumps
}

void MapData::GetMissionDestination	(	Agent *	pAgent,
		uint8	misionType,
		MissionOffer &	offer
	)

Todo:

not sure why this is empty, but have segfaults from empty vector.

Todo:

make function to find route from origin to constellation/region jump point.

Definition at line 95 of file MapData.cpp.

References _log, Mission::Type::Anomic, Mission::Type::Arc, Mission::Type::Burner, StationData::corporationID, Mission::Type::Cosmos, Mission::Type::Courier, Mission::Type::Data, MissionOffer::destinationID, MissionOffer::destinationOwnerID, MissionOffer::destinationSystemID, MissionOffer::destinationTypeID, MissionOffer::dungeonLocationID, MissionOffer::dungeonSolarSystemID, Mission::Type::Encounter, Agent::GetLevel(), Agent::GetStationID(), Agent::GetSystemID(), IsEven(), m_systemJumps, MakeRandomInt(), Corp::ActivityType::Mining, Agents::Range::NearestCareerHub, Agents::Range::NearestEnemyCombatZone, Agents::Range::NeighboringConstellation, Agents::Range::NeighboringConstellationSameRegion, Agents::Range::NeighboringSystem, Agents::Range::NeighboringSystemSameConstellation, MissionOffer::range, Agents::Type::Research, Agents::Range::SameConstellation, Agents::Range::SameOrNeighboringConstellation, Agents::Range::SameOrNeighboringConstellationSameRegion, Agents::Range::SameOrNeighboringSystem, Agents::Range::SameOrNeighboringSystemSameConstellation, Agents::Range::SameSystem, sDataMgr, ship, stDataMgr, Mission::Type::Storyline, StationData::systemID, Mission::Type::Trade, Agents::Type::Tutorial, and StationData::typeID.

{
    using namespace Mission::Type;
    using namespace Agents::Range;

    uint8 destRange = offer.range;
    bool station = true, ship = false;    // will have to tweak this later for particular mission events

    // determine distance based on preset range from db or in some cases, mission type and agent level
    switch(misionType) {
        case Tutorial: {
            // always same system?
            destRange = SameSystem;
        } break;
        case Data:
        case Trade:
        case Courier:
        case Research: {
            //destRange += m_data.level *2;
        } break;
        case Arc:
        case Anomic:
        case Burner:
        case Cosmos: {
            station = false;
            destRange += pAgent->GetLevel();
        } break;
        case Mining:
        case Encounter:
        case Storyline: {
            station = false;
            //destRange = offer.range;
        } break;
    }

    switch(destRange) {
        case 0:
        case SameSystem: //1
        case SameOrNeighboringSystemSameConstellation:    //2
        case NeighboringSystemSameConstellation:  //4
        case SameConstellation:  {  //6
            uint32 systemID = pAgent->GetSystemID();
            if (station)
                if (sDataMgr.GetStationCount(systemID) < 2)
                    ++destRange;

            if ((destRange > 1) or (IsEven(MakeRandomInt(0, 100)))) {
                // neighboring system
                bool run = true;
                uint8 count = 0;
                std::vector<uint32> sysList;
                auto itr = m_systemJumps.equal_range(systemID);
                for (auto it = itr.first; it != itr.second; ++it)
                    sysList.push_back(it->second);
                if (sysList.empty()) {
                    StationData data = StationData();
                    stDataMgr.GetStationData(pAgent->GetStationID(), data);
                    offer.destinationOwnerID    = data.corporationID;
                    offer.destinationSystemID   = data.systemID;
                    offer.destinationTypeID     = data.typeID;
                    return;
                }

                while (run) {
                    run = false;
                    systemID = sysList.at(MakeRandomInt(0, (sysList.size() -1)));
                    if (station and (sDataMgr.GetStationCount(systemID) < 1)) {
                        run = true;
                        ++count;
                    }
                    if (run and (count > sysList.size())) {
                        // problem....no station found within one jump
                        offer.destinationID = 0;
                        _log(AGENT__ERROR, "Agent::GetMissionDestination() - no station found within 1 jump." );
                        return;
                    }
                }
            }
            if (station) {
                std::vector<uint32> list;
                sDataMgr.GetStationList(systemID, list);
                if (list.size() < 2) {
                    offer.destinationID = list.at(0);
                } else {
                    bool run = true;
                    while (run) {
                        offer.destinationID = list.at(MakeRandomInt(0, (list.size() -1)));
                        if (offer.destinationID != pAgent->GetStationID())
                            run = false;
                    }
                }
            } else if (ship) {
                ;  // code here for agent in ship
            }
        } break;

        //may have to create data objects based on constellation to do ranges in neighboring constellation
        // could use data from mapSolarSystemJumps - fromRegionID, fromConstellationID, fromSolarSystemID, toSolarSystemID, toConstellationID, toRegionID

        case SameOrNeighboringSystem:  //3
        case NeighboringSystem: {  //5
            uint32 systemID = pAgent->GetSystemID();
            if (IsEven(MakeRandomInt(0, 100))) {
                // same constellation
            } else {
                // neighboring constellation
                systemID = 0;
            }
            if (ship) {
                ;  // code here for agent in ship
            }
        } break;
        case SameOrNeighboringConstellationSameRegion:   //7
        case NeighboringConstellationSameRegion: {  //9
            if (station)
                sDataMgr.GetStationConstellation(pAgent->GetStationID());
        } break;
        case SameOrNeighboringConstellation:  //8
        case NeighboringConstellation: {    //10
            if (station)
                sDataMgr.GetStationRegion(pAgent->GetStationID());
        } break;
        // not sure how to do these two yet....
        case NearestEnemyCombatZone: {  //11
        } break;
        case NearestCareerHub: {    //12
        } break;
    }

    if (sDataMgr.IsStation(offer.destinationID)) {
        StationData data = StationData();
        stDataMgr.GetStationData(offer.destinationID, data);
        offer.destinationOwnerID    = data.corporationID;
        offer.destinationSystemID   = data.systemID;
        offer.destinationTypeID     = data.typeID;
    } else if (ship) {
        offer.destinationSystemID   = offer.destinationID;
        offer.destinationTypeID     = sDataMgr.GetStaticType(offer.destinationID);
        offer.dungeonLocationID     = offer.destinationID;
        offer.dungeonSolarSystemID  = offer.destinationID;
    } else {
        offer.destinationSystemID   = offer.destinationID;
        offer.destinationTypeID     = sDataMgr.GetStaticType(offer.destinationID);
        offer.dungeonLocationID     = offer.destinationID;
        offer.dungeonSolarSystemID  = offer.destinationID;
    }
}

Here is the call graph for this function:

PyObject* MapData::GetPseudoSecurities ( )

inline

Definition at line 35 of file MapData.h.

References m_pseudoSecurities, and PyIncRef.

{ PyIncRef(m_pseudoSecurities); return m_pseudoSecurities; }

PyTuple* MapData::GetStationExtraInfo ( )

inline

Definition at line 34 of file MapData.h.

References m_stationExtraInfo, and PyIncRef.

{ PyIncRef(m_stationExtraInfo); return m_stationExtraInfo; }

int MapData::Initialize

(

)

Definition at line 39 of file MapData.cpp.

References Populate(), and sLog.

{
    Populate();
    sLog.Blue("          MapData", "Map Data Manager Initialized.");
    return 1;
}

Here is the call graph for this function:

void MapData::Populate ( )

protected

Definition at line 59 of file MapData.cpp.

References Map::Jumptype::Constellation, DBResultRow::GetInt(), MapDB::GetPseudoSecurities(), DBQueryResult::GetRow(), MapDB::GetStationExtraInfo(), MapDB::GetStationOpServices(), MapDB::GetStationServiceInfo(), MapDB::GetSystemJumps(), GetTimeMSeconds(), PyTuple::items, m_constJumps, m_pseudoSecurities, m_regionJumps, m_stationExtraInfo, m_systemJumps, Map::Jumptype::Region, SafeDelete(), and sLog.

Referenced by Initialize().

{
    m_pseudoSecurities = MapDB::GetPseudoSecurities();

    double start = GetTimeMSeconds();

    m_stationExtraInfo = new PyTuple(3);
    m_stationExtraInfo->items[0] = MapDB::GetStationExtraInfo();
    m_stationExtraInfo->items[1] = MapDB::GetStationOpServices();
    m_stationExtraInfo->items[2] = MapDB::GetStationServiceInfo();
    sLog.Cyan("          MapData", "StationExtraInfo loaded in %.3fms.",(GetTimeMSeconds() - start));

    start = GetTimeMSeconds();
    DBQueryResult* res = new DBQueryResult();
    MapDB::GetSystemJumps(*res);
    DBResultRow row;
    while (res->GetRow(row)) {
        //SELECT ctype, fromsol, tosol FROM mapConnections
        if (row.GetInt(0) == Map::Jumptype::Region) {
            m_regionJumps.emplace(row.GetInt(1), row.GetInt(2));
        } else if (row.GetInt(0) == Map::Jumptype::Constellation) {
            m_constJumps.emplace(row.GetInt(1), row.GetInt(2));
        } else {
            m_systemJumps.emplace(row.GetInt(1), row.GetInt(2));
        }
    }

    sLog.Cyan("          MapData", "%u Region jumps, %u Constellation jumps and %u System jumps loaded in %.3fms.", //
              m_regionJumps.size(), m_constJumps.size(), m_systemJumps.size(), (GetTimeMSeconds() - start));

    // cleanup
    SafeDelete(res);
}

Here is the call graph for this function:

Here is the caller graph for this function:

Member Data Documentation

std::multimap<uint32, uint32> MapData::m_constJumps

private

Definition at line 48 of file MapData.h.

Referenced by Clear(), MapData(), and Populate().

PyObject* MapData::m_pseudoSecurities

private

Definition at line 45 of file MapData.h.

Referenced by Close(), GetPseudoSecurities(), and Populate().

std::multimap<uint32, uint32> MapData::m_regionJumps

private

Definition at line 47 of file MapData.h.

Referenced by Clear(), MapData(), and Populate().

PyTuple* MapData::m_stationExtraInfo

private

Definition at line 44 of file MapData.h.

Referenced by Close(), GetStationExtraInfo(), and Populate().

std::multimap<uint32, uint32> MapData::m_systemJumps

private

Definition at line 49 of file MapData.h.

Referenced by Clear(), GetMissionDestination(), MapData(), and Populate().

---

The documentation for this class was generated from the following files:

• /backups/local/src/eve/EvEmu_Crucible/src/eve-server/map/MapData.h
• /backups/local/src/eve/EvEmu_Crucible/src/eve-server/map/MapData.cpp