Properties.h

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#pragma once
 
#include <string>
 
#include "BoundingBox.h"
 
class EntityMeshTet;
class EntityPropertiesEntityList;
 
class Properties
{
public:
    Properties();
    ~Properties() {};
 
    void readSettings(EntityMeshTet *mesh);
 
    bool        getCheckMaterial(void) { return checkMaterial; }
    bool        getBoundingSphereAbsolute(void) { return boundingSphereAbsolute; }
    int         getMeshAlg2D(void) { return meshAlg2D; }
    int         getMeshAlg3D(void) { return meshAlg3D; }
    double      getMaximumEdgeLengthValue(void) { return maximumEdgeLengthValue; }
    bool        getMeshOptimization(void) { return meshOptimization; }
    int         getProximityMeshing(void) { return proximityMeshing; }
    bool        getCurvatureRefinement(void) { return curvatureRefinement; }
    int         getNumberOfStepsPerCircle(void) { return numberOfStepsPerCircle; }
    double      getMinCurvatureRefRadius(void) { return minCurvatureRefRadius; }
    bool        getUsePriorities(void) { return usePriorities; }
    bool        getMergeShapes(void) { return mergeShapes; }
    double      getRefinementStep(void) { return refinementStep; }
    double      getRefinementRadius(void) { return refinementRadius; }
    std::string getRefinementList(void) { return refinementList; }
    double      getBoundingSphereRadius(void) { return boundingSphereRadius; }
    double      getStepsAlongDiagonal(void) { return stepsAlongDiagonal; }
    double      getMaximumDeviation(void) { return maximumDeviation; }
    bool        getVerbose(void) { return verbose; }
    double      getMeshStepsOnBoundingSphere(void) { return meshStepsOnBoundingSphere; }
    double      getTolerance(void) { return tolerance; }
    bool        getUseDistanceForVolumeMeshRefinement(void) { return useDistanceForVolumeMeshRefinement; }
    int         getElementOrder(void) { return elementOrder; }
 
    EntityPropertiesEntityList *getBoundingSphereMaterial(void) { return boundingSphereMaterial; }
 
private:
    bool        checkMaterial;
    bool        boundingSphereAbsolute;
    int         meshAlg2D;
    int         meshAlg3D;
    int         elementOrder;
    double      maximumEdgeLengthValue;
    bool        meshOptimization;
    int         proximityMeshing;
    bool        curvatureRefinement;
    int         numberOfStepsPerCircle;
    double      minCurvatureRefRadius;
    bool        usePriorities;
    bool        mergeShapes;
    double      refinementStep;
    double      refinementRadius;
    std::string refinementList;
    double      boundingSphereRadius;
    double      stepsAlongDiagonal;
    double      maximumDeviation;
    bool        verbose;
    double      meshStepsOnBoundingSphere;
    double      tolerance;
    bool        useDistanceForVolumeMeshRefinement;
 
    EntityPropertiesEntityList *boundingSphereMaterial;
};