convertUNICADO2CPACS.h

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/*  Copyright (C) 2016-2022 Institute of Aerospace Systems, RWTH Aachen University - All rights reserved.
    This file is part of UNICADO.
 
    UNICADO is free software: you can redistribute it and/or modify
    it under the terms of the GNU General Public License as published by
    the Free Software Foundation, either version 3 of the License, or
    (at your option) any later version.
 
    UNICADO is distributed in the hope that it will be useful,
    but WITHOUT ANY WARRANTY; without even the implied warranty of
    MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
    GNU General Public License for more details.
 
    You should have received a copy of the GNU General Public License
    along with UNICADO.  If not, see <http://www.gnu.org/licenses/>.
*/
#ifndef CPACSINTERFACE_CONVERTUNICADO2CPACS_SRC_CONVERTUNICADO2CPACS_H_
#define CPACSINTERFACE_CONVERTUNICADO2CPACS_SRC_CONVERTUNICADO2CPACS_H_
 
#include <string>
#include <vector>
#include "convertUNICADO2CPACS/src/cpacsAcftXML.h"
#include "convertUNICADO2CPACS/src/unicadoAcftXML.h"
#include "convertUNICADO2CPACS/src/lib/aircraftGeometry/liftingsurface.h"
#include "convertUNICADO2CPACS/src/lib/aircraftGeometry/verticalsurface.h"
#include "convertUNICADO2CPACS/src/lib/aixml/node.h"
 
class convertUNICADO2CPACSSettings;
class landingGear;
class nacelle;
class pylon;
 
class convertUNICADO2CPACS {
 public:
    explicit convertUNICADO2CPACS(const convertUNICADO2CPACSSettings &mySettings);
 
    virtual ~convertUNICADO2CPACS();
 
    void initialize();
 
    void run();
 
    unicadoAcft *myUnicadoAcftPt;
    cpacsAcft *myCpacsAcftPt;
    std::vector<cpacsAcft::cpacsMaterial> theUsedMaterials;
    std::vector<double> range;
 private:
    const convertUNICADO2CPACSSettings *mySettingsPt;
    void createEmptyCpacsFile(const std::string& aFilename);
 
    std::string getMaterial(const std::string& aMaterialName);
 
    /* Read Functions (From UNICADO-File) */
    //Mass information
    void convertMassesAndLoadings();
 
    void convertMassBreakdown();
 
    //Geometry
    void convertGeometry();
 
    void convertFuselage();
 
    void convertWing();
 
    void convertStabiliser();
 
    void convertLiftingSurface(liftingSurface* unicadoLiftingSurfacePt,
                               cpacsAcft::cpacsWing* cpacsWingPt);
 
    void convertFin();
 
    void convertVerticalSurface(verticalsurface* verticalSurfacePt,
                                cpacsAcft::cpacsWing* cpacsFinPt);
 
    void convertPropulsionGeometry();
 
    void convertEngines(unicadoAcft::unicadoPropulsion* unicadoEnginedPt, cpacsAcft::cpacsEngine* cpacsEnginePt,
                        int index);
 
    void convertScaledPerformance(unicadoAcft::unicadoPropulsion* unicadoEnginedPt, cpacsAcft::cpacsEngine* cpacsEnginePt, std::string type);
 
    void convertPylons(pylon* unicadoPylonPt, cpacsAcft::cpacsPylon* cpacsPylonPt);
 
    void convertNacelles();
 
    void convertlandingGear();
 
    void createWheelGeometry(cpacsAcft::cpacsGear::wheel* thisWheelPt, const std::string& theGearName,
                             const Vec3& theWheelGroupReferencePt, const double& theWheelTrack);
    void createStrutGeometry(cpacsAcft::cpacsGear::mainStrut* thisStrutPt, const std::string& theGearName,
                             const Vec3& theStrutGroupReferencePt, const double& strutLength, const double& strutRadius);
 
    //Auxiliary functions for geometry
    double calculateUnicadoLGRelHeight(double spanPos, double relChordPos, double globalLandingGearZRef);
 
    void convertFuseDatProfile(std::string profileFilePath, std::string profileName);
 
    void convertWingDatProfile(std::string profileFilePath, std::string profileName, cpacsAcft::cpacsWing* cpacsWingPt,
                               liftingSurface::segment* SegmentPt);
 
    void convertVerticalWingDatProfile(std::string profileFilePath, std::string profileName, cpacsAcft::cpacsWing* cpacsWingPt,
                                       verticalsurface::segment* SegmentPt);
 
    void convertNacelleDatProfile(const std::string& profileFilePath, const std::string& profileName, const std::string& profileUID);
 
 
    void collectVerticalWingDatProfilePoints(std::vector<Vec3> coords);
 
    //Accommodation
    void convertAccommodation();
 
    //Propulsion
    void convertPropulsion();
 
    //Systems
    void convertSystems();
 
    //Aerodynamics
    void convertAerodynamics();
 
    //Stability and Control characteristics
    void convertStabilityAndControl();
 
    //Performance
    void convertPerformance();
 
    void convertMission(unicadoAcft::unicadoPerformance::missionAnalysis *thisUnicadoMissionPt, cpacsAcft::cpacsMission *thisCpacsMissionPt);
 
    //MonetaryValues
    void convertMonetaryValues();
 
    void convertRC();
 
    void convertDOC();
 
    void convertEOLCosts();
 
    //Ecological Values
    void convertEcologicalValues();
 
    //Requirements
    void convertRequirements();
 
    //Design Specifications
    void convertDesignSpecs();
 
    void convertConfiguration();
 
    void convertDesignSpecsAccommodation();
 
    void convertDesignSpecsCargo();
 
    void convertDesignSpecPropulsion();
};
#endif // CPACSINTERFACE_CONVERTUNICADO2CPACS_SRC_CONVERTUNICADO2CPACS_H_