Mfg0BvrWeldPoint.hxx

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//Copyright 2022 Siemens Digital Industries Software
//==================================================
//Copyright $2023.
//Siemens Product Lifecycle Management Software Inc.
//All Rights Reserved.
//==================================================
//Copyright 2022 Siemens Digital Industries Software

/*==================================================================================================
File description:
    This file contains the declaration for the Business Object, Mfg0BvrWeldPoint
    Filename:   Mfg0BvrWeldPoint.hxx
    Module:     mfgbvr
    @BMIDE autogenerated
==================================================================================================*/

#ifndef TEAMCENTER__MFG0BVRWELDPOINT__HXX
#define TEAMCENTER__MFG0BVRWELDPOINT__HXX

#include <string>
#include <common/tc_deprecation_macros.h>
#include <mfgbvr/Mfg0BvrManufacturingFeature.hxx>

#include <mfgbvr/libmfgbvr_exports.h>

namespace Teamcenter
{
    class Mfg0BvrWeldPoint;
}
namespace Teamcenter
{
    class Mfg0BvrWeldPointImpl;
}
namespace Teamcenter
{
    class Mfg0BvrWeldPointDelegate;
}
namespace Teamcenter
{
    class Mfg0BvrWeldPointDispatch;
}
namespace Teamcenter
{
    class Mfg0BvrWeldPointGenImpl;
}
namespace Teamcenter
{
    class RootObjectImpl;
}

class  MFGBVR_API  Teamcenter::Mfg0BvrWeldPoint
     : public  ::Teamcenter::Mfg0BvrManufacturingFeature
{
public:

    static const std::string&  getInterfaceName();


    int  getMfg0cool_time1( double &value, bool &isNull ) const;

    int  getMfg0cool_time2( double &value, bool &isNull ) const;

    int  getMfg0designation( std::string &value, bool &isNull ) const;

    int  getMfg0feat_comment( std::string &value, bool &isNull ) const;

    int  getMfg0gov_mtl_thk( std::string &value, bool &isNull ) const;

    int  getMfg0group_id( std::string &value, bool &isNull ) const;

    int  getMfg0hold_time( double &value, bool &isNull ) const;

    int  getMfg0id( std::string &value, bool &isNull ) const;

    int  getMfg0max_current( double &value, bool &isNull ) const;

    int  getMfg0metal_comb( std::string &value, bool &isNull ) const;

    int  getMfg0min_current1( double &value, bool &isNull ) const;

    int  getMfg0min_current2( double &value, bool &isNull ) const;

    int  getMfg0nugget_dia( double &value, bool &isNull ) const;

    int  getMfg0num_of_welds_in_group( int &value, bool &isNull ) const;

    int  getMfg0number_of_sheets_welded( int &value, bool &isNull ) const;

    int  getMfg0output_type( std::string &value, bool &isNull ) const;

    int  getMfg0pulse_num1( int &value, bool &isNull ) const;

    int  getMfg0pulse_num2( int &value, bool &isNull ) const;

    int  getMfg0pulse_time1( double &value, bool &isNull ) const;

    int  getMfg0pulse_time2( double &value, bool &isNull ) const;

    int  getMfg0resistance( double &value, bool &isNull ) const;

    int  getMfg0spot_dimensional_ctrl( std::string &value, bool &isNull ) const;

    int  getMfg0spot_kpc( std::string &value, bool &isNull ) const;

    int  getMfg0spot_kpc_justification( std::string &value, bool &isNull ) const;

    int  getMfg0spot_process_ctrl( std::string &value, bool &isNull ) const;

    int  getMfg0squeeze_time( double &value, bool &isNull ) const;

    int  getMfg0stackup( std::string &value, bool &isNull ) const;

    int  getMfg0standard( std::string &value, bool &isNull ) const;

    int  getMfg0symbol_name( std::string &value, bool &isNull ) const;

    int  getMfg0tol( int &value, bool &isNull ) const;

    int  getMfg0weld_class( std::string &value, bool &isNull ) const;

    int  getMfg0weld_force( double &value, bool &isNull ) const;

    int  getMfg0weld_group_min( int &value, bool &isNull ) const;

    int  getMfg0weld_group_total( int &value, bool &isNull ) const;

    int  getMfg0weld_i_value( double &value, bool &isNull ) const;

    int  getMfg0weld_j_value( double &value, bool &isNull ) const;

    int  getMfg0weld_k_value( double &value, bool &isNull ) const;

    int  getMfg0weld_time( double &value, bool &isNull ) const;

    int  getMfg0weld_type( std::string &value, bool &isNull ) const;

    int  setMfg0cool_time1( double value, bool isNull=false );

    int  setMfg0cool_time2( double value, bool isNull=false );

    int  setMfg0designation( const std::string &value, bool isNull=false );

    int  setMfg0feat_comment( const std::string &value, bool isNull=false );

    int  setMfg0gov_mtl_thk( const std::string &value, bool isNull=false );

    int  setMfg0group_id( const std::string &value, bool isNull=false );

    int  setMfg0hold_time( double value, bool isNull=false );

    int  setMfg0id( const std::string &value, bool isNull=false );

    int  setMfg0max_current( double value, bool isNull=false );

    int  setMfg0metal_comb( const std::string &value, bool isNull=false );

    int  setMfg0min_current1( double value, bool isNull=false );

    int  setMfg0min_current2( double value, bool isNull=false );

    int  setMfg0nugget_dia( double value, bool isNull=false );

    int  setMfg0num_of_welds_in_group( int value, bool isNull=false );

    int  setMfg0number_of_sheets_welded( int value, bool isNull=false );

    int  setMfg0output_type( const std::string &value, bool isNull=false );

    int  setMfg0pulse_num1( int value, bool isNull=false );

    int  setMfg0pulse_num2( int value, bool isNull=false );

    int  setMfg0pulse_time1( double value, bool isNull=false );

    int  setMfg0pulse_time2( double value, bool isNull=false );

    int  setMfg0resistance( double value, bool isNull=false );

    int  setMfg0spot_dimensional_ctrl( const std::string &value, bool isNull=false );

    int  setMfg0spot_kpc( const std::string &value, bool isNull=false );

    int  setMfg0spot_kpc_justification( const std::string &value, bool isNull=false );

    int  setMfg0spot_process_ctrl( const std::string &value, bool isNull=false );

    int  setMfg0squeeze_time( double value, bool isNull=false );

    int  setMfg0stackup( const std::string &value, bool isNull=false );

    int  setMfg0standard( const std::string &value, bool isNull=false );

    int  setMfg0symbol_name( const std::string &value, bool isNull=false );

    int  setMfg0tol( int value, bool isNull=false );

    int  setMfg0weld_class( const std::string &value, bool isNull=false );

    int  setMfg0weld_force( double value, bool isNull=false );

    int  setMfg0weld_group_min( int value, bool isNull=false );

    int  setMfg0weld_group_total( int value, bool isNull=false );

    int  setMfg0weld_i_value( double value, bool isNull=false );

    int  setMfg0weld_j_value( double value, bool isNull=false );

    int  setMfg0weld_k_value( double value, bool isNull=false );

    int  setMfg0weld_time( double value, bool isNull=false );

    int  setMfg0weld_type( const std::string &value, bool isNull=false );
protected:
    //  Method to initialize
    virtual void initialize( ::Teamcenter::RootObjectImpl*  impl );

    Mfg0BvrWeldPoint();

    virtual ~Mfg0BvrWeldPoint();

private:
    //  Getter method for the Implementation Object
    Mfg0BvrWeldPointImpl*  getMfg0BvrWeldPointImpl() const;
    //  Setter method for the Implementation Object
    ::Teamcenter::RootObjectImpl*  setMfg0BvrWeldPointImpl( ::Teamcenter::RootObjectImpl*  impl );

    //  Method to set the delete impl boolean
    void setDeleteImpl( bool  del );

    // Pointer to the Implementation object
    Mfg0BvrWeldPointImpl*  m_mfg0bvrweldpointImpl;

    //  Flag to indicate if Implementation object needs to be deleted
    bool  m_deleteImpl;

    static std::string  name;

    Mfg0BvrWeldPoint( const Mfg0BvrWeldPoint& );
    Mfg0BvrWeldPoint& operator=( const Mfg0BvrWeldPoint& );

    friend class  Mfg0BvrWeldPointDelegate;
    friend class  Mfg0BvrWeldPointGenImpl;
};

#include <mfgbvr/libmfgbvr_undef.h>
#endif //   TEAMCENTER__MFG0BVRWELDPOINT__HXX