void VectorialFunction::clear()
{
m_is_parsed = false;
m_result.resize(0);
for(Uint i = 0; i < m_parsers.size(); i++) {
delete_ptr(m_parsers[i]);
}
vector<FunctionParser*>().swap(m_parsers);
}
void attach_popup_menu_item_set(popup_t& control,
name_t cell,
Sheet& sheet,
assemblage_t& assemblage,
eve_client_holder& /*client_holder*/)
{
dynamic_menu_item_set_view_t* tmp = new dynamic_menu_item_set_view_t(control);
assemblage.cleanup(boost::bind(delete_ptr(), tmp));
attach_view(assemblage, cell, *tmp, sheet);
}
widget_node_t make_optional_panel(const dictionary_t& parameters,
const widget_node_t& parent,
const factory_token_t& token,
const widget_factory_t& factory)
{
size_enum_t size(parameters.count(key_size) ?
implementation::enumerate_size(get_value(parameters, key_size).cast<name_t>()) :
parent.size_m);
optional_panel_t* widget(NULL);
create_widget(parameters, size, widget);
token.client_holder_m.assemblage_m.cleanup(boost::bind(delete_ptr(), widget));
//
// Call display_insertion to embed the new widget within the view heirarchy
//
platform_display_type display_token(insert(get_main_display(), parent.display_token_m, *widget));
//
// As per SF.net bug 1428833, we want to attach the poly_placeable_t
// to Eve before we attach the controller and view to the model
//
eve_t::iterator eve_token;
eve_token = attach_placeable<poly_placeable_t>(parent.eve_token_m,
*widget, parameters, token,
factory.is_container("optional"_name),
factory.layout_attributes("optional"_name));
widget->set_optional_display_procs(boost::bind(&optional_display_show,
boost::ref(token.client_holder_m.visible_change_queue_m),
boost::ref(token.client_holder_m.eve_m),
eve_token,
_1),
boost::bind(&optional_display_hide,
boost::ref(token.client_holder_m.visible_change_queue_m),
boost::ref(token.client_holder_m.eve_m),
eve_token,
_1));
attach_view_and_controller(*widget, parameters, token);
//
// Return the widget_node_t that comprises the tokens created for this widget by the various components
//
return widget_node_t(size, eve_token, display_token, parent.keyboard_token_m);
}
void subscribe_view_to_model(toggle_t& control,
name_t cell,
sheet_t* layout_sheet,
sheet_t* model_sheet,
assemblage_t& assemblage,
visible_change_queue_t& visible_queue)
{
typedef force_relayout_view_adaptor<toggle_t> adaptor_type;
adaptor_type* view_adaptor(new adaptor_type(control, visible_queue));
assemblage.cleanup(boost::bind(delete_ptr(), view_adaptor));
if (layout_sheet)
{
attach_view(assemblage, cell, *view_adaptor, *layout_sheet);
return;
}
attach_view(assemblage, cell, *view_adaptor, *model_sheet);
}
widget_node_t make_button(const dictionary_t& parameters,
const widget_node_t& parent,
const factory_token_t& token,
const widget_factory_t& factory)
{
size_enum_t size(parameters.count(key_size) ?
implementation::enumerate_size(get_value(parameters, key_size).cast<name_t>()) :
parent.size_m);
button_t* widget = implementation::create_button_widget(parameters, token, size);
token.client_holder_m.assemblage_m.cleanup(boost::bind(delete_ptr(),widget));
//
// Call display_insertion to embed the new widget within the view heirarchy
//
platform_display_type display_token(insert(get_main_display(), parent.display_token_m, *widget));
// set up key handler code. We do this all the time because we want the button to be updated
// when modifier keys are pressed during execution of the dialog.
keyboard_t::iterator keyboard_token(keyboard_t::get().insert(parent.keyboard_token_m, poly_key_handler_t(boost::ref(*widget))));
//
// As per SF.net bug 1428833, we want to attach the poly_placeable_t
// to Eve before we attach the controller and view to the model
//
eve_t::iterator eve_token;
eve_token = attach_placeable<poly_placeable_t>(parent.eve_token_m, *widget, parameters,
token, factory.is_container("button"_name),
factory.layout_attributes("button"_name));
//
// Return the widget_node_t that comprises the tokens created for this widget by the various components
//
return widget_node_t(size, eve_token, display_token, keyboard_token);
}
void clearFilms()
{
for(size_t i = 0;i < films.size(); ++i)
delete_ptr(films[i]);
films.clear();
}
~BSDF(){
while(nBxDFs--)delete_ptr(bxdfs[nBxDFs]);
}
AssFile::AssFile(const AssFile &from) {
Line.clone_from(from.Line, std::mem_fun_ref(&AssEntry::Clone), delete_ptr());
}
void Component::removeChildren()
{
for_each(m_children.begin(), m_children.end(), delete_ptr());
m_children.clear();
}
