void mp_staging::add_side_node(window& window, ng::side_engine_ptr side)
{
tree_view& tree = find_widget<tree_view>(&window, "side_list", false);
static const std::map<std::string, string_map> empty_map;
std::map<std::string, string_map> data;
string_map item;
item["label"] = std::to_string(side->index() + 1);
data.emplace("side_number", item);
// TODO: don't hardcode meganta?
item["label"] = "units/unknown-unit.png~RC(magenta>" + std::to_string(side->color() + 1) + ")";
data.emplace("leader_image", item);
item["label"] = "icons/icon-random.png";
data.emplace("leader_gender", item);
// Check to see whether we've added a toplevel tree node for this team. If not, add one
if(team_tree_map_.find(side->team_name()) == team_tree_map_.end()) {
std::map<std::string, string_map> data;
string_map item;
item["label"] = (formatter() << _("Team:") << " " << side->user_team_name()).str();
data.emplace("tree_view_node_label", item);
tree_view_node& team_node = tree.add_node("team_header", data);
team_node.add_sibling("side_spacer", empty_map);
team_tree_map_[side->team_name()] = &team_node;
}
tree_view_node& node = team_tree_map_[side->team_name()]->add_child("side_panel", data);
side_tree_map_[side] = &node;
grid& row_grid = node.get_grid();
update_leader_display(side, row_grid);
// Status variables
const bool fls = connect_engine_.force_lock_settings();
const bool ums = connect_engine_.params().use_map_settings;
const bool lock_gold = side->cfg()["gold_lock"].to_bool(fls);
const bool lock_income = side->cfg()["income_lock"].to_bool(fls);
const bool lock_team = side->cfg()["team_lock"].to_bool(fls);
const bool lock_color = side->cfg()["color_lock"].to_bool(fls);
const bool saved_game = connect_engine_.params().saved_game;
//
// AI Algorithm
//
int selection = 0;
// We use an index-based loop in order to get the index of the selected option
std::vector<config> ai_options;
for(unsigned i = 0; i < ai_algorithms_.size(); i++) {
ai_options.push_back(config_of("label", ai_algorithms_[i]->text));
if(ai_algorithms_[i]->id == side->ai_algorithm()) {
selection = i;
}
}
menu_button& ai_selection = find_widget<menu_button>(&row_grid, "ai_controller", false);
ai_selection.set_values(ai_options, selection);
ai_selection.connect_click_handler(std::bind(&mp_staging::on_ai_select, this, side, std::ref(ai_selection)));
on_ai_select(side, ai_selection);
//
// Controller
//
std::vector<config> controller_names;
for(const auto& controller : side->controller_options()) {
controller_names.push_back(config_of("label", controller.second));
}
menu_button& controller_selection = find_widget<menu_button>(&row_grid, "controller", false);
controller_selection.set_values(controller_names, side->current_controller_index());
controller_selection.set_active(controller_names.size() > 1);
controller_selection.connect_click_handler(std::bind(&mp_staging::on_controller_select, this, side, std::ref(row_grid)));
on_controller_select(side, row_grid);
//
// Leader controls
//
button& leader_select = find_widget<button>(&row_grid, "select_leader", false);
leader_select.set_active(!saved_game);
connect_signal_mouse_left_click(leader_select,
std::bind(&mp_staging::select_leader_callback, this, std::ref(window), side, std::ref(row_grid)));
//
// Team
//
std::vector<config> team_names;
for(const auto& team : side->player_teams()) {
team_names.push_back(config_of("label", team));
}
menu_button& team_selection = find_widget<menu_button>(&row_grid, "side_team", false);
// HACK: side->team() does not get its index from side->player_teams(), but rather side->team_names().
// As such, the index is off if there is only 1 playable team. This is a hack to make sure the menu_button
// widget doesn't assert with the invalid initial selection. The connect_engine should be fixed once the GUI1
// dialog is dropped
team_selection.set_values(team_names, std::min<int>(team_names.size() - 1, side->team()));
team_selection.set_active(!saved_game);
team_selection.connect_click_handler(std::bind(&mp_staging::on_team_select, this, std::ref(window), side, std::ref(team_selection), _3, _4));
//
// Colors
//
std::vector<config> color_options;
for(const auto& color : side->color_options()) {
color_options.push_back(config_of
("label", font::get_color_string_pango(color))
("icon", (formatter() << "misc/status.png~RC(magenta>" << color << ")").str())
);
}
menu_button& color_selection = find_widget<menu_button>(&row_grid, "side_color", false);
color_selection.set_values(color_options, side->color());
color_selection.set_active(!saved_game);
color_selection.set_use_markup(true);
color_selection.connect_click_handler(std::bind(&mp_staging::on_color_select, this, side, std::ref(row_grid)));
//
// Gold and Income
//
slider& slider_gold = find_widget<slider>(&row_grid, "side_gold_slider", false);
slider_gold.set_value(side->cfg()["gold"].to_int(100));
connect_signal_notify_modified(slider_gold, std::bind(
&mp_staging::on_side_slider_change<&ng::side_engine::set_gold>, this, side, std::ref(slider_gold)));
slider& slider_income = find_widget<slider>(&row_grid, "side_income_slider", false);
slider_income.set_value(side->cfg()["income"]);
connect_signal_notify_modified(slider_income, std::bind(
&mp_staging::on_side_slider_change<&ng::side_engine::set_income>, this, side, std::ref(slider_income)));
// TODO: maybe display the saved values
if(saved_game) {
slider_gold.set_visible(widget::visibility::invisible);
slider_income.set_visible(widget::visibility::invisible);
}
//
// Gold, income, team, and color are only suggestions unless explicitly locked
//
if(!saved_game && ums) {
team_selection.set_active(!lock_team);
color_selection.set_active(!lock_color);
slider_gold.set_active(!lock_gold);
slider_income.set_active(!lock_income);
}
}
void mp_staging::add_side_node(window& window, ng::side_engine_ptr side)
{
std::map<std::string, string_map> data;
string_map item;
item["label"] = std::to_string(side->index() + 1);
data.emplace("side_number", item);
// TODO: don't hardcode magenta?
item["label"] = "units/unknown-unit.png~RC(magenta>" + side->color_id() + ")";
data.emplace("leader_image", item);
item["label"] = "icons/icon-random.png";
data.emplace("leader_gender", item);
tree_view_node& node = team_tree_map_[side->team_name()]->add_child("side_panel", data, get_side_node_position(side));
side_tree_map_[side] = &node;
grid& row_grid = node.get_grid();
update_leader_display(side, row_grid);
// Status variables
const bool fls = connect_engine_.force_lock_settings();
const bool ums = connect_engine_.params().use_map_settings;
const bool lock_gold = side->cfg()["gold_lock"].to_bool(fls);
const bool lock_income = side->cfg()["income_lock"].to_bool(fls);
const bool lock_team = side->cfg()["team_lock"].to_bool(fls);
const bool lock_color = side->cfg()["color_lock"].to_bool(fls);
const bool saved_game = connect_engine_.params().saved_game == mp_game_settings::SAVED_GAME_MODE::MIDGAME;
//
// AI Algorithm
//
int selection = 0;
// We use an index-based loop in order to get the index of the selected option
std::vector<config> ai_options;
// If this is loading a saved game, we add an option at the beginning of the menu.
// This results in a mismatch between the indices of ai_options and ai_algorithms_
// that we need to account for later.
if(saved_game) {
ai_options.emplace_back("label", "Keep saved AI");
}
for(unsigned i = 0; i < ai_algorithms_.size(); ++i) {
ai_options.emplace_back("label", ai_algorithms_[i]->text);
if(ai_algorithms_[i]->id == side->ai_algorithm()) {
selection = i;
}
}
menu_button& ai_selection = find_widget<menu_button>(&row_grid, "ai_controller", false);
ai_selection.set_values(ai_options, selection);
connect_signal_notify_modified(ai_selection,
std::bind(&mp_staging::on_ai_select, this, side, std::ref(ai_selection), saved_game));
on_ai_select(side, ai_selection, saved_game);
//
// Controller
//
std::vector<config> controller_names;
for(const auto& controller : side->controller_options()) {
controller_names.emplace_back("label", controller.second);
}
menu_button& controller_selection = find_widget<menu_button>(&row_grid, "controller", false);
controller_selection.set_values(controller_names, side->current_controller_index());
controller_selection.set_active(controller_names.size() > 1);
connect_signal_notify_modified(controller_selection,
std::bind(&mp_staging::on_controller_select, this, side, std::ref(row_grid)));
on_controller_select(side, row_grid);
//
// Leader controls
//
button& leader_select = find_widget<button>(&row_grid, "select_leader", false);
//todo: shouldn't this also be disabled when the flg settings are locked.
leader_select.set_active(!saved_game);
connect_signal_mouse_left_click(leader_select,
std::bind(&mp_staging::select_leader_callback, this, side, std::ref(row_grid)));
//
// Team
//
std::vector<config> team_names;
unsigned initial_team_selection = 0;
for(unsigned i = 0; i < connect_engine_.team_data().size(); ++i) {
const ng::connect_engine::team_data_pod& tdata = connect_engine_.team_data()[i];
if(!tdata.is_player_team && !game_config::debug) {
continue;
}
config entry;
entry["label"] = t_string::from_serialized(tdata.user_team_name);
// Since we're not necessarily displaying every every team, we need to store the
// index a displayed team has in the connect_engine's team_data vector. This is
// then utilized in the click callback.
entry["team_index"] = i;
team_names.push_back(std::move(entry));
// Since, again, every team might not be displayed, and side_engine::team() returns
// an index into the team_data vector, get an initial selection index for the menu
// adjusted for the displayed named.
if(side->team() == i) {
initial_team_selection = team_names.size() - 1;
}
}
menu_button& team_selection = find_widget<menu_button>(&row_grid, "side_team", false);
team_selection.set_values(team_names, initial_team_selection);
//todo: shouldn't this also be disabled when team settings are locked.
team_selection.set_active(!saved_game);
connect_signal_notify_modified(team_selection,
std::bind(&mp_staging::on_team_select, this, std::ref(window), side, std::ref(team_selection)));
//
// Colors
//
std::vector<config> color_options;
for(const auto& color : side->color_options()) {
color_options.emplace_back(
"label", font::get_color_string_pango(color),
"icon", (formatter() << "misc/status.png~RC(magenta>" << color << ")").str()
);
}
menu_button& color_selection = find_widget<menu_button>(&row_grid, "side_color", false);
color_selection.set_values(color_options, side->color());
color_selection.set_active(!saved_game);
color_selection.set_use_markup(true);
connect_signal_notify_modified(color_selection,
std::bind(&mp_staging::on_color_select, this, side, std::ref(row_grid)));
//
// Gold and Income
//
const auto slider_setup_helper = [](slider& slider, const int value) {
// For the gold and income sliders, the usual min and max values are set in
// the dialog WML. However, if a side specifies a value out of that range,
// we adjust the bounds to accommodate it.
slider.set_value_range(
std::min(value, slider.get_minimum_value()),
std::max(value, slider.get_maximum_value())
);
slider.set_value(value);
};
slider& slider_gold = find_widget<slider>(&row_grid, "side_gold_slider", false);
slider_setup_helper(slider_gold, side->gold());
connect_signal_notify_modified(slider_gold, std::bind(
&mp_staging::on_side_slider_change<&ng::side_engine::set_gold>, this, side, std::ref(slider_gold)));
slider& slider_income = find_widget<slider>(&row_grid, "side_income_slider", false);
slider_setup_helper(slider_income, side->income());
connect_signal_notify_modified(slider_income, std::bind(
&mp_staging::on_side_slider_change<&ng::side_engine::set_income>, this, side, std::ref(slider_income)));
// TODO: maybe display the saved values
if(saved_game) {
slider_gold.set_visible(widget::visibility::invisible);
slider_income.set_visible(widget::visibility::invisible);
}
//
// Gold, income, team, and color are only suggestions unless explicitly locked
//
if(!saved_game && ums) {
team_selection.set_active(!lock_team);
color_selection.set_active(!lock_color);
slider_gold.set_active(!lock_gold);
slider_income.set_active(!lock_income);
}
}
