#ifndef  ENTITY_SDAIDEFINITE_INTEGRAL_EXPRESSION_H
#define  ENTITY_SDAIDEFINITE_INTEGRAL_EXPRESSION_H

// This file was generated by exp2cxx,
// 0.8.1.
// You probably don't want to edit it since your modifications
// will be lost if exp2cxx is used to regenerate it.

class SC_SCHEMA_EXPORT SdaiDefinite_integral_expression : public SdaiQuantifier_expression {
     protected:
        SDAI_BOOLEAN _lower_limit_neg_infinity = false;
        SDAI_BOOLEAN _upper_limit_pos_infinity = false;
    public: 
        SdaiDefinite_integral_expression();
        SdaiDefinite_integral_expression( SDAI_Application_instance *se, bool addAttrs = true );
        SdaiDefinite_integral_expression( SdaiDefinite_integral_expression & e );
        ~SdaiDefinite_integral_expression();
        int opcode() {
            return 920;
        }
        Boolean   lower_limit_neg_infinity_() const;
        void lower_limit_neg_infinity_( const Boolean x );

        Boolean   upper_limit_pos_infinity_() const;
        void upper_limit_pos_infinity_( const Boolean x );

};

inline SdaiDefinite_integral_expression * create_SdaiDefinite_integral_expression() {
    return new SdaiDefinite_integral_expression;
}

void init_SdaiDefinite_integral_expression(Registry& reg);

namespace ap210_electronic_assembly_interconnect_and_packaging_design_mim_lf {
    extern EntityDescriptor *e_definite_integral_expression;
    extern AttrDescriptor *a_1029lower_limit_neg_infinity;
    extern AttrDescriptor *a_1030upper_limit_pos_infinity;
    extern Derived_attribute *a_1031Dintegrand;
    extern Derived_attribute *a_1032Dvariable_of_integration;
    extern Derived_attribute *a_1033Dquantifier_expression_variables;
}

#endif
