/*private void load_figures(List<serializable.Figure> figures) {
* figure_storage = persistence.figure_storage;
* foreach (serializable.Figure figure in figures) {
* if (figure.subfigures.Any()) {
* create_figure_having(figure.subfigures);
* }
* else {
* figure_storage.provide_pattern_for_base_input(pattern.id);
* }
* }
* }
* private void create_figure_having(IList<string> subfigures_ids) {
* List<IFigure> subfigures = new List<IFigure>();
* foreach (string subfigure_id in subfigures_ids) {
* subfigures.Add(figure_storage.provide_pattern_for_base_input(subfigure_id));
* }
* figure_storage.provide_pattern_having(subfigures);
* }*/
#endregion figures
#region action_groups
private void load_action_groups(IList <serializable.Action_group> action_groups)
{
Action_history history = persistence.action_history;
foreach (serializable.Action_group group in action_groups)
{
Action_group new_group =
history.create_next_action_group(group.mood);
new_group.transform.position = group.position.to_unity();
}
}
private void load_figure_appearances(IList <serializable.Figure_appearance> appearances)
{
Action_history history = persistence.action_history;
Figure_provider figure_provider = persistence.figure_provider;
foreach (serializable.Figure_appearance appearance in appearances)
{
IFigure figure = figure_provider.find_figure_with_id(
appearance.appeared_figure
);
Contract.Ensures(
figure != null,
"figures should be loaded before their appearances"
);
history.create_figure_appearance(
figure,
history.get_action_group_at_moment(appearance.get_start_moment()),
history.get_action_group_at_moment(appearance.get_end_moment())
);
}
}
