Index C++ Code Documentation minlab::kernel::LabBase Derived from: virtual lab::kernel::LabBase2 Children: minspecial::Costa, minspecial::Riemann File: LAB/minlab/kernel/LabBase.H public: LabBase(); constructor virtual ~LabBase(); destructor void set_associate( double theta ); void function( math::VectorX<Complex,3U> &y, Complex const &z, math::VectorX<Complex,3U> const & ); IntegrationMode _mode; protected: void initialize_data(); virtual void start_all_v( uint vertex_count, uint edge_count, uint thread_count ); virtual void end_all_v( uint vertex_count, uint edge_count, uint thread_count); enum IntegrationMode; IntegrationMode _mode; uint _integrator_count; uint _initial_integrator_count; Complex _zstart; math::VectorX<Complex,3U> _Xstart; static Complex const I; private: class Integrator : public math::RungeKutta<Complex, math::VectorX<Complex,3U> >; LabBase *_parent; uint _thread_id; }; friend class Integrator; struct MultiData; base::vector<MultiData> _multidata; void compute_segment( math::VectorX<Complex,3U> &S, Complex &z, Complex const &dz, uint steps, uint thread_id ); static void spinor( Complex &s1, Complex &s2, Complex const &z ); virtual Complex zstart_v() const; virtual void start_v( Complex const &z0, uint k0, uint thread_id ); virtual void end_v(); virtual void step_v( Complex const &z0, Complex const &z1, uint k0, uint k1, uint thread_id ); virtual void export_fn_v( base::vector<Real> &v, uint k ); Complex _lambda; virtual void integration_function( math::VectorX<Complex,3U> &y, Complex const &z, uint thread_id ) = 0; int to_real( base::vector<Real> &v, math::VectorX<Complex,3U> const &S ) const; LabBase( LabBase const & ); disabled copy constructor LabBase &operator=( LabBase const & ); disabled assignment operator
	minlab::kernel::LabBase GANG