Function LoadClassPolygon

src/Core/Bindings/obe/Transform/Transform.cpp:61–119

        bindMovable["getPosition"] = &obe::Transform::Movable::getPosition;
    }
    void LoadClassPolygon(sol::state_view state)
    {
        sol::table TransformNamespace = state["obe"]["Transform"].get<sol::table>();
        sol::usertype<obe::Transform::Polygon> bindPolygon
            = TransformNamespace.new_usertype<obe::Transform::Polygon>("Polygon",
                sol::call_constructor, sol::default_constructor, sol::base_classes,
                sol::bases<obe::Transform::UnitBasedObject, obe::Transform::Movable>());
        bindPolygon["addPoint"] = sol::overload(
            [](obe::Transform::Polygon* self, const obe::Transform::UnitVector& position)
                -> void { return self->addPoint(position); },
            [](obe::Transform::Polygon* self, const obe::Transform::UnitVector& position,
                int pointIndex) -> void { return self->addPoint(position, pointIndex); });
        bindPolygon["findClosestSegment"] = &obe::Transform::Polygon::findClosestSegment;
        bindPolygon["findClosestPoint"] = sol::overload(
            [](obe::Transform::Polygon* self, const obe::Transform::UnitVector& position)
                -> obe::Transform::PolygonPoint& {
                return self->findClosestPoint(position);
            },
            [](obe::Transform::Polygon* self, const obe::Transform::UnitVector& position,
                bool neighbor) -> obe::Transform::PolygonPoint& {
                return self->findClosestPoint(position, neighbor);
            },
            [](obe::Transform::Polygon* self, const obe::Transform::UnitVector& position,
                bool neighbor,
                const std::vector<obe::Transform::point_index_t>& excludedPoints)
                -> obe::Transform::PolygonPoint& {
                return self->findClosestPoint(position, neighbor, excludedPoints);
            });
        bindPolygon["getAllPoints"] = &obe::Transform::Polygon::getAllPoints;
        bindPolygon["getCentroid"] = &obe::Transform::Polygon::getCentroid;
        bindPolygon["getPointsAmount"] = &obe::Transform::Polygon::getPointsAmount;
        bindPolygon["getPosition"] = &obe::Transform::Polygon::getPosition;
        bindPolygon["getRotation"] = &obe::Transform::Polygon::getRotation;
        bindPolygon["getSegment"] = &obe::Transform::Polygon::getSegment;
        bindPolygon["getSegmentContainingPoint"] = sol::overload(
            [](obe::Transform::Polygon* self, const obe::Transform::UnitVector& position)
                -> std::optional<obe::Transform::PolygonSegment> {
                return self->getSegmentContainingPoint(position);
            },
            [](obe::Transform::Polygon* self, const obe::Transform::UnitVector& position,
                double tolerance) -> std::optional<obe::Transform::PolygonSegment> {
                return self->getSegmentContainingPoint(position, tolerance);
            });
        bindPolygon["isCentroidAroundPosition"]
            = &obe::Transform::Polygon::isCentroidAroundPosition;
        bindPolygon["getPointAroundPosition"]
            = &obe::Transform::Polygon::getPointAroundPosition;
        bindPolygon["move"] = &obe::Transform::Polygon::move;
        bindPolygon["rotate"] = &obe::Transform::Polygon::rotate;
        bindPolygon["setPosition"] = &obe::Transform::Polygon::setPosition;
        bindPolygon["setRotation"] = &obe::Transform::Polygon::setRotation;
        bindPolygon["setPositionFromCentroid"]
            = &obe::Transform::Polygon::setPositionFromCentroid;
        bindPolygon[sol::meta_function::index] = &obe::Transform::Polygon::operator[];
        bindPolygon["get"] = &obe::Transform::Polygon::get;
        bindPolygon["getBoundingBox"] = &obe::Transform::Polygon::getBoundingBox;
        bindPolygon["DefaultTolerance"]
            = sol::var(obe::Transform::Polygon::DefaultTolerance);