#include "gtl_gui_cross_spec_series.h"

namespace gtl {
    namespace gui {

        cross_spec_series::cross_spec_series(bool is_updating, gtl::math::cross_spec* cross_spec, gtl::analog_data* ai, ::chart::axis_horz* axis_x, ::chart::axis_vert* axis_y)
        : chart_series(ai, axis_x, axis_y)
        , _cross_spec(cross_spec)
        {
            _is_updating = is_updating;

            connect(_cross_spec, &gtl::math::cross_spec::changed, this, &cross_spec_series::update);
            connect(_cross_spec, &gtl::math::cross_spec::initialized, this, &cross_spec_series::update);
        }

        cross_spec_series::~cross_spec_series()
        {

        }

        void cross_spec_series::set_cross_spec(math::cross_spec *cross_spec)
        {
            disconnect(_cross_spec, &gtl::math::cross_spec::changed, this, &cross_spec_series::update);
            disconnect(_cross_spec, &gtl::math::cross_spec::initialized, this, &cross_spec_series::update);
            _cross_spec = cross_spec;
            connect(_cross_spec, &gtl::math::cross_spec::changed, this, &cross_spec_series::update);
            connect(_cross_spec, &gtl::math::cross_spec::initialized, this, &cross_spec_series::update);
        }

        QString cross_spec_series::name() const
        {
            return _name;
        }

        void cross_spec_series::set_name(const QString &newName)
        {
            _name = newName;
        }

        void cross_spec_series::update()
        {
            if(_cross_spec)
            {
                axis_x()->set_boundaries(0, _cross_spec->frequency());
                set_y(&(*_cross_spec)[0], _cross_spec->size(), _cross_spec->resolution());
                emit  data_changed();
            }
        }

    } // namespace gui
} // namespace gtl