void interpolator::create(std::string const& datafilename,
std::string const& symbolic_name_base, std::size_t num_instances)
{
// Get the component type of the partition backend.
hpx::components::component_type type =
hpx::components::get_component_type<server::partition3d>();
typedef hpx::components::distributing_factory distributing_factory;
// Create distributing factory and let it create num_instances
// objects.
distributing_factory factory =
distributing_factory::create(hpx::find_here());
// Asynchronously create the components. They will be distributed
// fairly across all available localities.
distributing_factory::async_create_result_type result =
factory.create_components_async(type, num_instances);
// Initialize the partitions and store the mappings.
partitions_.reserve(num_instances);
fill_partitions(datafilename, symbolic_name_base, std::move(result));
was_created_ = true;
}
// create one partition on each of the localities, initialize the partitions
interpolate1d::interpolate1d(std::string datafilename,
std::size_t num_instances)
: num_elements_(0), minval_(0), delta_(0)
{
// we want to create 'partition' instances
hpx::future<std::vector<partition> > result = hpx::new_<partition[]>(
hpx::default_layout(hpx::find_all_localities()), num_instances);
// initialize the partitions and store the mappings
fill_partitions(datafilename, std::move(result));
}
// create one partition on each of the localities, initialize the partitions
interpolate1d::interpolate1d(std::string datafilename,
std::size_t num_instances)
: num_elements_(0), minval_(0), delta_(0)
{
// we want to create 'partition' instances
hpx::components::component_type type =
hpx::components::get_component_type<server::partition>();
// create distributing factory and let it create the required amount
// of 'partition' objects
typedef hpx::components::distributing_factory distributing_factory;
distributing_factory factory(
distributing_factory::create_sync(hpx::find_here()));
distributing_factory::async_create_result_type result =
factory.create_components_async(type, num_instances);
// initialize the partitions and store the mappings
partitions_.reserve(num_instances);
fill_partitions(datafilename, result);
}
