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https://github.com/swift-project/pilotclient.git
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Ref T298, matcher improvements by using setup
* setup configurable * made some functions "static" (future perspective threadsafe) * score/reduction use some reduction functions upfront
This commit is contained in:
Klaus Basan
@@ -91,14 +91,20 @@ namespace BlackCore
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CAircraftModel CAircraftMatcher::getClosestMatch(const CSimulatedAircraft &remoteAircraft, CStatusMessageList *log) const
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{
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const CAircraftModelList modelSet(m_modelSet); // Models for this matching
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const CAircraftMatcherSetup::MatchingMode mode = m_setup.getMatchingMode();
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CAircraftModelList modelSet(m_modelSet); // Models for this matching
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const CAircraftMatcherSetup setup = m_setup;
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static const QString format("hh:mm:ss.zzz");
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static const QString m1("--- Start matching: UTC %1 ---");
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static const QString m2("Input model: '%1' '%2'");
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static const QString m3("Matching uses model set of %1 models\n%2");
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static const QString m4("Setup %1");
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const QDateTime startTime = QDateTime::currentDateTimeUtc();
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CMatchingUtils::addLogDetailsToList(log, remoteAircraft, QString("--- Start matching: UTC %1 ---").arg(startTime.toString(format)));
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CMatchingUtils::addLogDetailsToList(log, remoteAircraft, QString("Input model: '%1' '%2'").arg(remoteAircraft.getCallsignAsString(), remoteAircraft.getModel().toQString()));
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CMatchingUtils::addLogDetailsToList(log, remoteAircraft, QString("Matching uses model set of %1 models\n%2").arg(modelSet.size()).arg(modelSet.extCoverageSummary(remoteAircraft.getModel())));
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CMatchingUtils::addLogDetailsToList(log, remoteAircraft, m1.arg(startTime.toString(format)));
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CMatchingUtils::addLogDetailsToList(log, remoteAircraft, m2.arg(remoteAircraft.getCallsignAsString(), remoteAircraft.getModel().toQString()));
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CMatchingUtils::addLogDetailsToList(log, remoteAircraft, m3.arg(modelSet.size()).arg(modelSet.extCoverageSummary(remoteAircraft.getModel())));
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CMatchingUtils::addLogDetailsToList(log, remoteAircraft, m4.arg(setup.toQString(true)));
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// Before I really search I check some special conditions
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// 1) Manually set model (by user)
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@@ -125,7 +131,7 @@ namespace BlackCore
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else if (remoteAircraft.hasModelString())
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{
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// try to find in installed models by model string
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if (mode.testFlag(CAircraftMatcherSetup::ByModelString))
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if (setup.getMatchingMode().testFlag(CAircraftMatcherSetup::ByModelString))
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{
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matchedModel = matchByExactModelString(remoteAircraft, modelSet, log);
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if (matchedModel.hasModelString())
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@@ -142,8 +148,36 @@ namespace BlackCore
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if (!resolvedInPrephase)
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{
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// matchedModel = this->getClosestMatchSearchImplementation(mode, modelSet, remoteAircraft, log);
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matchedModel = this->getClosestMatchScoreImplementation(mode, modelSet, remoteAircraft, log);
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// Reduce by ICAO if the flag is set
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bool reduced = false;
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if (setup.getMatchingMode().testFlag(CAircraftMatcherSetup::ByIcaoData))
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{
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modelSet = ifPossibleReduceByIcaoData(remoteAircraft, modelSet, setup, reduced, log);
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}
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else if (log)
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{
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CMatchingUtils::addLogDetailsToList(log, remoteAircraft, QStringLiteral("Skipping ICAO reduction"), getLogCategories());
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}
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// if not yet reduced, reduce to VTOL
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if (!reduced && remoteAircraft.isVtol() && modelSet.containsVtol())
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{
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modelSet = modelSet.findByVtolFlag(true);
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CMatchingUtils::addLogDetailsToList(log, remoteAircraft, "Aircraft is VTOL, reduced to VTOL", getLogCategories());
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}
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static const QString msInfo("Using '%1' with model set with %2 models");
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CMatchingUtils::addLogDetailsToList(log, remoteAircraft, msInfo.arg(setup.getMatchingAlgorithmAsString()).arg(modelSet.size()), getLogCategories());
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switch (setup.getMatchingAlgorithm())
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{
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case CAircraftMatcherSetup::MatchingStepwiseReduce:
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matchedModel = this->getClosestMatchStepwiseReduceImplementation(modelSet, setup, remoteAircraft, this->getDefaultModel(), log);
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break;
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case CAircraftMatcherSetup::MatchingScoreBased:
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default:
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matchedModel = this->getClosestMatchScoreImplementation(modelSet, setup, remoteAircraft, this->getDefaultModel(), log);
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break;
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}
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}
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// copy over callsign validate
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@@ -556,18 +590,19 @@ namespace BlackCore
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m_statistics.addAircraftAirlineCombination(type, sessionId, m_modelSetInfo, description, aircraftIcao, airlineIcao);
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}
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CAircraftModel CAircraftMatcher::getClosestMatchSearchImplementation(CAircraftMatcherSetup::MatchingMode mode, const CAircraftModelList &modelSet, const CSimulatedAircraft &remoteAircraft, CStatusMessageList *log) const
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CAircraftModel CAircraftMatcher::getClosestMatchStepwiseReduceImplementation(const CAircraftModelList &modelSet, const CAircraftMatcherSetup &setup, const CSimulatedAircraft &remoteAircraft, const CAircraftModel &defaultModel, CStatusMessageList *log)
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{
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CAircraftModelList matchedModels(modelSet);
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CAircraftModel matchedModel(remoteAircraft.getModel());
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// primary reduction
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const CAircraftMatcherSetup::MatchingMode mode = setup.getMatchingMode();
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bool reduced = false;
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do
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{
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// by livery, then by ICAO
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if (mode.testFlag(CAircraftMatcherSetup::ByLivery))
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{
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matchedModels = ifPossibleReduceByLiveryAndIcaoCode(remoteAircraft, matchedModels, reduced, log);
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matchedModels = ifPossibleReduceByLiveryAndAircraftIcaoCode(remoteAircraft, matchedModels, reduced, log);
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if (reduced) { break; }
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}
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else if (log)
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@@ -575,18 +610,6 @@ namespace BlackCore
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CMatchingUtils::addLogDetailsToList(log, remoteAircraft, "Skipping livery reduction", getLogCategories());
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}
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// by ICAO data from set
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if (mode.testFlag(CAircraftMatcherSetup::ByIcaoData))
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{
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// if already matched by livery skip
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matchedModels = ifPossibleReduceByIcaoData(remoteAircraft, matchedModels, false, reduced, log);
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if (reduced) { break; }
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}
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else if (log)
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{
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CMatchingUtils::addLogDetailsToList(log, remoteAircraft, "Skipping ICAO reduction", getLogCategories());
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}
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// family
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if (mode.testFlag(CAircraftMatcherSetup::ByFamily))
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{
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@@ -620,7 +643,7 @@ namespace BlackCore
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// the last resort is to use the combined type
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if (mode.testFlag(CAircraftMatcherSetup::ByCombinedType) && matchedModels.isEmpty() && remoteAircraft.getModel().getAircraftIcaoCode().hasValidCombinedType())
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{
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const CAircraftModel defaultModel = getCombinedTypeDefaultModel(modelSet, remoteAircraft, log);
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const CAircraftModel defaultModelCombined = getCombinedTypeDefaultModel(modelSet, remoteAircraft, defaultModel, log);
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matchedModels.push_back(defaultModel);
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}
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@@ -636,7 +659,7 @@ namespace BlackCore
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{
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// in any case return hardwired default
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// normally I would not expect this to be called, as the combined code default should at least yield one model
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matchedModel = getDefaultModel();
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matchedModel = defaultModel;
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CMatchingUtils::addLogDetailsToList(log, remoteAircraft, "Using default model (nothing else found)", getLogCategories());
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}
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else
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@@ -647,66 +670,20 @@ namespace BlackCore
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return matchedModel;
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}
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CAircraftModel CAircraftMatcher::getClosestMatchScoreImplementation(CAircraftMatcherSetup::MatchingMode mode, const CAircraftModelList &modelSet, const CSimulatedAircraft &remoteAircraft, CStatusMessageList *log) const
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CAircraftModel CAircraftMatcher::getClosestMatchScoreImplementation(const CAircraftModelList &modelSet, const CAircraftMatcherSetup &setup, const CSimulatedAircraft &remoteAircraft, const CAircraftModel &defaultModel, CStatusMessageList *log)
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{
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Q_UNUSED(mode);
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CAircraftModelList usedModelSet;
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// cppcheck-suppress variableScope
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static constexpr bool DoNotMindAboutColorLiveries = false;
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static constexpr bool NoZeroScores = true;
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static constexpr bool PreferColorLiveries = true;
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CAircraftMatcherSetup::MatchingMode mode = setup.getMatchingMode();
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const bool noZeroScores = mode.testFlag(CAircraftMatcherSetup::ScoreIgnoreZeros);
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const bool preferColorLiveries = mode.testFlag(CAircraftMatcherSetup::ScorePreferColorLiveries);
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// VTOL
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ScoredModels map;
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if (remoteAircraft.isVtol() && modelSet.containsVtol())
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{
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usedModelSet = modelSet.findByVtolFlag(true);
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}
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else
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{
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usedModelSet = modelSet;
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}
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// first decide what set to use for scoring, it should not be too large
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if (remoteAircraft.hasAircraftAndAirlineDesignator() && usedModelSet.containsModelsWithAircraftAndAirlineIcaoDesignator(remoteAircraft.getAircraftIcaoCodeDesignator(), remoteAircraft.getAirlineIcaoCodeDesignator()))
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{
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// Aircraft and airline ICAO
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const CAircraftModelList byAircraftAndAirline(usedModelSet.findByIcaoDesignators(remoteAircraft.getAircraftIcaoCode(), remoteAircraft.getAirlineIcaoCode()));
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CMatchingUtils::addLogDetailsToList(log, remoteAircraft, QString("Using reduced set of %1 models by aircraft/airline ICAOs '%2'/'%3' for scoring").arg(byAircraftAndAirline.size()).arg(remoteAircraft.getAircraftIcaoCode().getDesignatorDbKey(), remoteAircraft.getAirlineIcaoCode().getVDesignatorDbKey()), getLogCategories());
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// we have airline and aircraft ICAO, so use airline liveries
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map = byAircraftAndAirline.scoreFull(remoteAircraft.getModel(), DoNotMindAboutColorLiveries, NoZeroScores, log);
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}
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else if (remoteAircraft.hasAircraftDesignator() && usedModelSet.contains(&CAircraftModel::getAircraftIcaoCodeDesignator, remoteAircraft.getAircraftIcaoCodeDesignator()))
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{
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// Aircraft ICAO only
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const CAircraftModelList byAircraft(usedModelSet.findByIcaoDesignators(remoteAircraft.getAircraftIcaoCode(), CAirlineIcaoCode()));
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CMatchingUtils::addLogDetailsToList(log, remoteAircraft, QString("Using reduced set of %1 models by aircraft ICAO '%2' only (no airline in set) for scoring").arg(byAircraft.size()).arg(remoteAircraft.getAircraftIcaoCode().getDesignatorDbKey()), getLogCategories());
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// we do not have an airline for that aircraft, prefer color liveries
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// this could also become a setting
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map = byAircraft.scoreFull(remoteAircraft.getModel(), PreferColorLiveries, NoZeroScores, log);
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}
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else if (remoteAircraft.getAircraftIcaoCode().hasValidCombinedType() && usedModelSet.containsCombinedType(remoteAircraft.getAircraftIcaoCode().getCombinedType()))
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{
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const CAircraftModelList byAircraft(usedModelSet.findByCombinedType(remoteAircraft.getAircraftIcaoCode().getCombinedType()));
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CMatchingUtils::addLogDetailsToList(log, remoteAircraft, QString("Using reduced set of %1 models by combined type '%2' for scoring").arg(byAircraft.size()).arg(remoteAircraft.getAircraftIcaoCode().getCombinedType()), getLogCategories());
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// No aircraft / airline ICAO, we prefer color liveries
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map = byAircraft.scoreFull(remoteAircraft.getModel(), PreferColorLiveries, NoZeroScores, log);
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}
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else
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{
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CMatchingUtils::addLogDetailsToList(log, remoteAircraft, QString("Using set with %1 models").arg(usedModelSet.size()), getLogCategories());
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// Poor men`s matching
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map = usedModelSet.scoreFull(remoteAircraft.getModel(), PreferColorLiveries, NoZeroScores, log);
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}
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map = modelSet.scoreFull(remoteAircraft.getModel(), preferColorLiveries, noZeroScores, log);
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CAircraftModel matchedModel;
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if (map.isEmpty())
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{
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matchedModel = getCombinedTypeDefaultModel(modelSet, remoteAircraft, log);
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matchedModel = getCombinedTypeDefaultModel(modelSet, remoteAircraft, defaultModel, log);
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}
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else
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{
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@@ -724,18 +701,18 @@ namespace BlackCore
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return matchedModel;
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}
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CAircraftModel CAircraftMatcher::getCombinedTypeDefaultModel(const CAircraftModelList &modelSet, const CSimulatedAircraft &remoteAircraft, CStatusMessageList *log) const
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CAircraftModel CAircraftMatcher::getCombinedTypeDefaultModel(const CAircraftModelList &modelSet, const CSimulatedAircraft &remoteAircraft, const CAircraftModel &defaultModel, CStatusMessageList *log)
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{
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const QString combinedType = remoteAircraft.getAircraftIcaoCombinedType();
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if (combinedType.isEmpty())
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{
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CMatchingUtils::addLogDetailsToList(log, remoteAircraft, "No combined type, using default", getLogCategories(), CStatusMessage::SeverityInfo);
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return this->getDefaultModel();
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return defaultModel;
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}
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if (modelSet.isEmpty())
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{
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CMatchingUtils::addLogDetailsToList(log, remoteAircraft, "No models, using default", getLogCategories(), CStatusMessage::SeverityError);
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return this->getDefaultModel();
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return defaultModel;
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}
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CMatchingUtils::addLogDetailsToList(log, remoteAircraft, "Searching by combined type with color livery '" % combinedType % "'", getLogCategories());
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@@ -763,7 +740,7 @@ namespace BlackCore
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}
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// return
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if (matchedModels.isEmpty()) { return getDefaultModel(); }
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if (matchedModels.isEmpty()) { return defaultModel; }
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return matchedModels.front();
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}
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@@ -792,7 +769,7 @@ namespace BlackCore
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return model;
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}
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CAircraftModelList CAircraftMatcher::ifPossibleReduceByLiveryAndIcaoCode(const CSimulatedAircraft &remoteAircraft, const CAircraftModelList &inList, bool &reduced, CStatusMessageList *log)
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CAircraftModelList CAircraftMatcher::ifPossibleReduceByLiveryAndAircraftIcaoCode(const CSimulatedAircraft &remoteAircraft, const CAircraftModelList &inList, bool &reduced, CStatusMessageList *log)
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{
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reduced = false;
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if (!remoteAircraft.getLivery().hasCombinedCode())
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@@ -816,55 +793,36 @@ namespace BlackCore
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return byLivery;
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}
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CAircraftModelList CAircraftMatcher::ifPossibleReduceByIcaoData(const CSimulatedAircraft &remoteAircraft, const CAircraftModelList &inList, bool ignoreAirline, bool &reduced, CStatusMessageList *log)
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CAircraftModelList CAircraftMatcher::ifPossibleReduceByIcaoData(const CSimulatedAircraft &remoteAircraft, const CAircraftModelList &inList, const CAircraftMatcherSetup &setup, bool &reduced, CStatusMessageList *log)
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{
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reduced = false;
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if (inList.isEmpty())
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{
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if (log) { CMatchingUtils::addLogDetailsToList(log, remoteAircraft, "Empty list, skipping step", getLogCategories()); }
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return inList;
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}
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if (!remoteAircraft.hasAircraftDesignator())
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reduced = false;
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if (setup.getMatchingMode().testFlag(CAircraftMatcherSetup::ByIcaoOrderAirlineFirst))
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{
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if (log) { CMatchingUtils::addLogDetailsToList(log, remoteAircraft, "No aircraft designator, skipping step", getLogCategories()); }
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return inList;
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bool r;
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CAircraftModelList models = ifPossibleReduceByAirline(remoteAircraft, inList, "Reduce by airline first.", r, log);
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models = ifPossibleReduceByAircraft(remoteAircraft, models, "Reduce by aircraft ICAO second.", r, log);
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reduced = r;
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if (reduced) { return models; }
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}
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CAircraftModelList searchModels(inList.findByIcaoDesignators(
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remoteAircraft.getAircraftIcaoCode(),
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ignoreAirline ? CAirlineIcaoCode() : remoteAircraft.getAirlineIcaoCode()));
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const bool searchModelsEmpty = searchModels.isEmpty();
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if (!searchModelsEmpty)
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else if (setup.getMatchingMode().testFlag(CAircraftMatcherSetup::ByIcaoData))
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{
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if (log)
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{
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CMatchingUtils::addLogDetailsToList(log, remoteAircraft,
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"Possible aircraft " + QString::number(searchModels.size()) +
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", found by ICAO " + remoteAircraft.getAircraftIcaoCodeDesignator() + " " +
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(ignoreAirline ? "" : remoteAircraft.getAirlineIcaoCodeDesignator()), getLogCategories());
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}
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reduced = true;
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return searchModels;
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bool r;
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CAircraftModelList models = ifPossibleReduceByAircraft(remoteAircraft, inList, "Reduce by aircraft ICAO first.", r, log);
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models = ifPossibleReduceByAirline(remoteAircraft, models, "Reduce by airline second.", r, log);
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reduced = r;
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if (reduced) { return models; }
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}
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else
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{
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if (!ignoreAirline && remoteAircraft.hasAircraftAndAirlineDesignator())
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{
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// we have searched by aircraft and airline, but not found anything
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if (log)
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{
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CMatchingUtils::addLogDetailsToList(log, remoteAircraft,
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"Not found by ICAO '" +
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remoteAircraft.getAircraftIcaoCodeDesignator() + "' '" + remoteAircraft.getAirlineIcaoCodeDesignator() +
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"', relaxing to only ICAO " + remoteAircraft.getAircraftIcaoCodeDesignator());
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}
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// recursive lookup by ignoring airline
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return ifPossibleReduceByIcaoData(remoteAircraft, inList, true, reduced, log);
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}
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if (log) { CMatchingUtils::addLogDetailsToList(log, remoteAircraft, "Not found by ICAO " + remoteAircraft.getAircraftIcaoCodeDesignator() + " " + remoteAircraft.getAirlineIcaoCodeDesignator()); }
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if (log) { CMatchingUtils::addLogDetailsToList(log, remoteAircraft, "No reduction by ICAO data", getLogCategories()); }
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}
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return inList;
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}
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@@ -951,6 +909,33 @@ namespace BlackCore
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return outList;
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}
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CAircraftModelList CAircraftMatcher::ifPossibleReduceByAircraft(const CSimulatedAircraft &remoteAircraft, const CAircraftModelList &inList, const QString &info, bool &reduced, CStatusMessageList *log)
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{
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reduced = false;
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if (inList.isEmpty())
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{
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if (log) { CMatchingUtils::addLogDetailsToList(log, remoteAircraft, info % " Empty input list, cannot reduce", getLogCategories()); }
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return inList;
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}
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if (!remoteAircraft.hasAircraftDesignator())
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{
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if (log) { CMatchingUtils::addLogDetailsToList(log, remoteAircraft, info % " No aircraft designator, cannot reduce " % QString::number(inList.size()) % " entries", getLogCategories()); }
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return inList;
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}
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const CAircraftModelList outList(inList.findByIcaoDesignators(remoteAircraft.getAircraftIcaoCode(), CAirlineIcaoCode::null()));
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if (outList.isEmpty())
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{
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if (log) { CMatchingUtils::addLogDetailsToList(log, remoteAircraft, info % " Cannot reduce by '" % remoteAircraft.getAircraftIcaoCodeDesignator() % "' results: " % QString::number(outList.size()), getLogCategories()); }
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return inList;
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}
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if (log) { CMatchingUtils::addLogDetailsToList(log, remoteAircraft, info % " Reduced reduce by '" % remoteAircraft.getAircraftIcaoCodeDesignator() % "' to " % QString::number(outList.size()), getLogCategories()); }
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reduced = true;
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return outList;
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}
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CAircraftModelList CAircraftMatcher::ifPossibleReduceByAirline(const CSimulatedAircraft &remoteAircraft, const CAircraftModelList &inList, const QString &info, bool &reduced, CStatusMessageList *log)
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{
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reduced = false;
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@@ -966,7 +951,7 @@ namespace BlackCore
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return inList;
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}
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const CAircraftModelList outList(inList.findByIcaoDesignators(CAircraftIcaoCode(), remoteAircraft.getAirlineIcaoCode()));
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const CAircraftModelList outList(inList.findByIcaoDesignators(CAircraftIcaoCode::null(), remoteAircraft.getAirlineIcaoCode()));
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if (outList.isEmpty())
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{
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if (log) { CMatchingUtils::addLogDetailsToList(log, remoteAircraft, info % " Cannot reduce by '" % remoteAircraft.getAirlineIcaoCodeDesignator() % "' results: " % QString::number(outList.size()), getLogCategories()); }
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