Function LoadClassUnitVector

src/Core/Bindings/obe/Transform/Transform.cpp:280–345

            = &obe::Transform::UnitBasedObject::getWorkingUnit;
    }
    void LoadClassUnitVector(sol::state_view state)
    {
        sol::table TransformNamespace = state["obe"]["Transform"].get<sol::table>();
        sol::usertype<obe::Transform::UnitVector> bindUnitVector
            = TransformNamespace.new_usertype<obe::Transform::UnitVector>("UnitVector",
                sol::call_constructor,
                sol::constructors<obe::Transform::UnitVector(),
                    obe::Transform::UnitVector(obe::Transform::Units),
                    obe::Transform::UnitVector(double, double),
                    obe::Transform::UnitVector(double, double, obe::Transform::Units)>());
        bindUnitVector["set"] = sol::overload(
            static_cast<void (obe::Transform::UnitVector::*)(
                const obe::Transform::UnitVector&)>(&obe::Transform::UnitVector::set),
            static_cast<void (obe::Transform::UnitVector::*)(double, double)>(
                &obe::Transform::UnitVector::set));
        bindUnitVector["add"] = sol::overload(
            static_cast<void (obe::Transform::UnitVector::*)(
                const obe::Transform::UnitVector&)>(&obe::Transform::UnitVector::add),
            static_cast<void (obe::Transform::UnitVector::*)(double, double)>(
                &obe::Transform::UnitVector::add));
        bindUnitVector[sol::meta_function::addition] = sol::overload(
            static_cast<obe::Transform::UnitVector (obe::Transform::UnitVector::*)(
                const obe::Transform::UnitVector&) const>(
                &obe::Transform::UnitVector::operator+),
            static_cast<obe::Transform::UnitVector (obe::Transform::UnitVector::*)(double)
                    const>(&obe::Transform::UnitVector::operator+));
        bindUnitVector[sol::meta_function::subtraction] = sol::overload(
            static_cast<obe::Transform::UnitVector (obe::Transform::UnitVector::*)(
                const obe::Transform::UnitVector&) const>(
                &obe::Transform::UnitVector::operator-),
            static_cast<obe::Transform::UnitVector (obe::Transform::UnitVector::*)(double)
                    const>(&obe::Transform::UnitVector::operator-),
            static_cast<obe::Transform::UnitVector (obe::Transform::UnitVector::*)()
                    const>(&obe::Transform::UnitVector::operator-));
        bindUnitVector[sol::meta_function::multiplication] = sol::overload(
            static_cast<obe::Transform::UnitVector (obe::Transform::UnitVector::*)(
                const obe::Transform::UnitVector&) const>(
                &obe::Transform::UnitVector::operator*),
            static_cast<obe::Transform::UnitVector (obe::Transform::UnitVector::*)(double)
                    const>(&obe::Transform::UnitVector::operator*));
        bindUnitVector[sol::meta_function::division] = sol::overload(
            static_cast<obe::Transform::UnitVector (obe::Transform::UnitVector::*)(
                const obe::Transform::UnitVector&) const>(
                &obe::Transform::UnitVector::operator/),
            static_cast<obe::Transform::UnitVector (obe::Transform::UnitVector::*)(double)
                    const>(&obe::Transform::UnitVector::operator/));
        bindUnitVector[sol::meta_function::equal_to]
            = &obe::Transform::UnitVector::operator==;
        bindUnitVector["to"]
            = static_cast<obe::Transform::UnitVector (obe::Transform::UnitVector::*)(
                obe::Transform::Units) const>(&obe::Transform::UnitVector::to);
        bindUnitVector["unpack"] = &obe::Transform::UnitVector::unpack;
        bindUnitVector["rotate"] = sol::overload(
            [](obe::Transform::UnitVector* self, double angle)
                -> obe::Transform::UnitVector { return self->rotate(angle); },
            [](obe::Transform::UnitVector* self, double angle,
                obe::Transform::UnitVector zero) -> obe::Transform::UnitVector {
                return self->rotate(angle, zero);