SaraP
401 lines
12 KiB
C++
401 lines
12 KiB
C++
////////////////////////////////////////////////////////////////////////////////
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/**
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\file
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\brief Объекты для передачи поверхностей StepEntity.
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*/
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////////////////////////////////////////////////////////////////////////////////
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#ifndef __SE_SURFACE_H
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#define __SE_SURFACE_H
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#include <se_elementary.h>
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namespace c3d
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{
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namespace converter
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{
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//------------------------------------------------------------------------------
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/** \brief \ru Форма тора STEP.
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\en STEP Torus form. \~
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\note \ru ЭКСПЕРИМЕНТАЛЬНАЯ.
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\en EXPEREIMENTAL. \~
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*/
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enum class SeTorusForm {
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Donut, ///< \ru Тор. \en Donut.
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Apple, ///< \ru Яблоко. \en Apple.
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Lemon, ///< \ru Лимон. \en Lemon.
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};
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//------------------------------------------------------------------------------
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/** \brief \ru Плоскость.
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\en Plane. \~
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*/
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class CONV_CLASS SePlane : public SeBase
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{
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size_t m_placement; ///< \ru Локальная система координат. \en Location.
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public:
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/// \ru . \en .
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static std::shared_ptr<SePlane> Create( size_t thisId, size_t placement );
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/// \ru . \en .
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size_t GetPlacement() const;
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VISITING_CLASS( SePlane )
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void Accept( Visitor & visitor ) const override
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{
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auto * impl = dynamic_cast<VisitorImpl<const SePlane> *>(&visitor);
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if( impl )
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impl->Visit( *this );
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}
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private:
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/// \ru Конструктор. \en Constructor.
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SePlane( size_t thisId, size_t placement );
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};
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//------------------------------------------------------------------------------
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/** \brief \ru Цилиндр.
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\en Cylinder surface. \~
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*/
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class CONV_CLASS SeCylinderSurface : public SeBase
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{
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size_t m_placement; ///< \ru Локальная система координат. \en Location.
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double m_radius; ///< \ru . \en .
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public:
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/// \ru . \en .
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static std::shared_ptr<SeCylinderSurface> Create( size_t thisId, size_t placement, double radius );
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/// \ru . \en .
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size_t GetPlacement() const;
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/// \ru . \en .
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double GetRadius() const;
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VISITING_CLASS( SeCylinderSurface )
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void Accept( Visitor & visitor ) const override
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{
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auto * impl = dynamic_cast<VisitorImpl<const SeCylinderSurface> *>(&visitor);
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if( impl )
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impl->Visit( *this );
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}
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private:
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/// \ru Конструктор. \en Constructor.
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SeCylinderSurface( size_t thisId, size_t placement, double radius );
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};
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//------------------------------------------------------------------------------
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/** \brief \ru Конус.
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\en Cone surface. \~
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*/
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class CONV_CLASS SeConeSurface : public SeBase
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{
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size_t m_placement; ///< \ru Локальная система координат. \en Location.
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double m_radius, ///< \ru . \en .
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m_semiAngle; ///< \ru . \en .
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public:
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/// \ru . \en .
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static std::shared_ptr<SeConeSurface> Create( size_t thisId, size_t placement, double radius, double semiAngle );
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/// \ru . \en .
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size_t GetPlacement() const;
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/// \ru . \en .
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double GetRadius() const;
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/// \ru . \en .
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double GetSemiAngle() const;
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VISITING_CLASS( SeConeSurface )
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void Accept( Visitor & visitor ) const override
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{
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auto * impl = dynamic_cast<VisitorImpl<const SeConeSurface> *>(&visitor);
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if( impl )
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impl->Visit( *this );
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}
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private:
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/// \ru Конструктор. \en Constructor.
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SeConeSurface( size_t thisId, size_t placement, double radius, double semiAngle );
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};
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//------------------------------------------------------------------------------
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/** \brief \ru Сфера.
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\en Sphere surface. \~
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*/
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class CONV_CLASS SeSphereSurface : public SeBase
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{
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size_t m_placement; ///< \ru Локальная система координат. \en Location.
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double m_radius; ///< \ru . \en .
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public:
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/// \ru . \en .
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static std::shared_ptr<SeSphereSurface> Create( size_t thisId, size_t placement, double radius );
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/// \ru . \en .
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size_t GetPlacement() const;
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/// \ru . \en .
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double GetRadius() const;
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VISITING_CLASS( SeSphereSurface )
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void Accept( Visitor & visitor ) const override
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{
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auto * impl = dynamic_cast<VisitorImpl<const SeSphereSurface> *>(&visitor);
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if( impl )
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impl->Visit( *this );
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}
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private:
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/// \ru Конструктор. \en Constructor.
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SeSphereSurface( size_t thisId, size_t placement, double radius );
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};
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//------------------------------------------------------------------------------
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/** \brief \ru Тор.
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\en Torus surface. \~
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*/
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class CONV_CLASS SeTorusSurface : public SeBase
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{
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size_t m_placement; ///< \ru Локальная система координат. \en Location.
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double m_majorRadius, ///< \ru Радиус. \en Radius.
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m_minorRadius; ///< \ru Толщина. \en Thickness.
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SeTorusForm m_torusForm; ///< \ru Torus form. \en Form.
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public:
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/// \ru Создать поверхность тора. \en Create toroidal surace.
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static std::shared_ptr<SeTorusSurface> Create( size_t thisId, size_t placement, double majorRadius, double minorRadius );
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/// \ru . \en .
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size_t GetPlacement() const;
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/// \ru Получить радиус. \en Get radius.
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double GetMajorRadius() const;
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/// \ru Получить толщину. \en GetThickness.
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double GetMinorRadius() const;
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/// \ru Получить форму. \en Get form.
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SeTorusForm GetTorusForm() const;
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VISITING_CLASS( SeTorusSurface )
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void Accept( Visitor & visitor ) const override
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{
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auto * impl = dynamic_cast<VisitorImpl<const SeTorusSurface> *>(&visitor);
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if( impl )
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impl->Visit( *this );
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}
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private:
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/// \ru Конструктор. \en Constructor.
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SeTorusSurface( size_t thisId, size_t placement, double majorRadius, double minorRadius, SeTorusForm torusForm );
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};
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//------------------------------------------------------------------------------
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/** \brief \ru Сплайновая поверхность.
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\en Spline surface. \~
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*/
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class CONV_CLASS SeSplineSurface : public SeBase
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{
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size_t m_uDegree, ///< \ru . \en .
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m_vDegree; ///< \ru . \en .
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std::vector<size_t> m_uMultipliers, ///< \ru . \en .
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m_vMultipliers; ///< \ru . \en .
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std::vector<double> m_uKnots, ///< \ru . \en .
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m_vKnots; ///< \ru . \en .
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std::vector<std::vector<size_t>> m_Points;
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std::vector<std::vector<double>> m_Weights;
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bool m_uClosed, m_vClosed;
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public:
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/// \ru . \en .
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static std::shared_ptr<SeSplineSurface> Create(size_t thisId, size_t uDegree, size_t vDegree,
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std::vector<size_t>&& uMultipliers, std::vector<size_t>&& vMultipliers,
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std::vector<double>&& uKnots, std::vector<double>&& vKnots,
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std::vector<std::vector<size_t>>&& points,
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std::vector<std::vector<double>>&& weights,
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bool uClosed, bool vClosed);
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/// \ru . \en .
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size_t GetUDegree() const;
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/// \ru . \en .
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size_t GetVDegree() const;
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/// \ru . \en .
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size_t UMultipliersCount() const;
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/// \ru . \en .
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size_t GetUMultiplier( size_t index ) const;
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/// \ru . \en .
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size_t VMultipliersCount() const;
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/// \ru . \en .
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size_t GetVMultiplier( size_t index ) const;
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/// \ru . \en .
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size_t UKnotsCount() const;
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/// \ru . \en .
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double GetUKnot( size_t index ) const;
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/// \ru . \en .
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size_t VKnotsCount() const;
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/// \ru . \en .
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double GetVKnot( size_t index ) const;
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/// \ru . \en .
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size_t PointLinesCount() const;
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/// \ru . \en .
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size_t PointColumnsCount() const;
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/// \ru . \en .
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size_t GetPoint( size_t i, size_t j ) const;
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/// \ru . \en .
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size_t WeightLinesCount() const;
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/// \ru . \en .
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size_t WeightColumnsCount() const;
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/// \ru . \en .
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double GetWeight( size_t i, size_t j ) const;
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/// \ru . \en .
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bool IsUClosed() const;
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/// \ru . \en .
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bool IsVClosed() const;
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VISITING_CLASS( SeSplineSurface )
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void Accept( Visitor & visitor ) const override
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{
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auto * impl = dynamic_cast<VisitorImpl<const SeSplineSurface> *>(&visitor);
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if( impl )
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impl->Visit( *this );
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}
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private:
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/// \ru Конструктор. \en Constructor.
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SeSplineSurface( size_t thisId, size_t uDegree, size_t vDegree,
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std::vector<size_t> && uMultipliers, std::vector<size_t> && vMultipliers,
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std::vector<double> && uKnots, std::vector<double> && vKnots,
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std::vector<std::vector<size_t>> && points,
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std::vector<std::vector<double>> && weights,
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bool uClosed, bool vClosed );
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};
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//------------------------------------------------------------------------------
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/** \brief \ru Поверхность выдавливания.
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\en Extrusion surface. \~
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*/
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class CONV_CLASS SeExtrusionSurface : public SeBase
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{
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size_t m_curve;
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size_t m_direction;
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public:
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/// \ru . \en .
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static std::shared_ptr<SeExtrusionSurface> Create( size_t thisId, size_t curve, size_t direction );
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/// \ru . \en .
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size_t GetCurve() const;
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/// \ru . \en .
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size_t GetDirection() const;
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VISITING_CLASS( SeExtrusionSurface )
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void Accept( Visitor & visitor ) const override
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{
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auto * impl = dynamic_cast<VisitorImpl<const SeExtrusionSurface> *>(&visitor);
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if( impl )
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impl->Visit( *this );
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}
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private:
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/// \ru Конструктор. \en Constructor.
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SeExtrusionSurface( size_t thisId, size_t curve, size_t direction );
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};
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//------------------------------------------------------------------------------
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/** \brief \ru Поверхность вращения.
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\en Revolution surface. \~
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*/
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class CONV_CLASS SeRevolutionSurface : public SeBase
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{
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size_t m_curve;
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size_t m_axis;
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public:
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/// \ru . \en .
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static std::shared_ptr<SeRevolutionSurface> Create( size_t thisId, size_t curve, size_t axis );
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/// \ru . \en .
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size_t GetCurve() const;
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/// \ru . \en .
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size_t GetAxis() const;
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VISITING_CLASS( SeRevolutionSurface )
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void Accept( Visitor & visitor ) const override
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{
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auto * impl = dynamic_cast<VisitorImpl<const SeRevolutionSurface> *>(&visitor);
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if( impl )
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impl->Visit( *this );
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}
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private:
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/// \ru Конструктор. \en Constructor.
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SeRevolutionSurface( size_t thisId, size_t curve, size_t axis );
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};
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//------------------------------------------------------------------------------
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/** \brief \ru Эквидистантная поверхность.
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\en Offset surface. \~
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*/
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class CONV_CLASS SeOffsetSurface : public SeBase
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{
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size_t m_basisSurface;
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double m_distance;
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public:
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/// \ru . \en .
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static std::shared_ptr<SeOffsetSurface> Create( size_t thisId, size_t basisSurface, double distance );
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/// \ru . \en .
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size_t GetBasisSurface() const;
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/// \ru . \en .
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double GetDistance() const;
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VISITING_CLASS( SeOffsetSurface )
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void Accept( Visitor & visitor ) const override
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{
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auto * impl = dynamic_cast<VisitorImpl<const SeOffsetSurface> *>(&visitor);
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if( impl )
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impl->Visit( *this );
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}
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private:
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/// \ru Конструктор. \en Constructor.
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SeOffsetSurface( size_t thisId, size_t basisSurface, double distance );
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};
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}
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}
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#endif //__SE_SURFACE_H
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