std::unique_ptr<dick::GUI::Widget> m_make_score_container()
{
const double text_height = al_get_font_line_height(m_context->m_const.menu_font);
double max_width = 0;
std::vector<HighScoreEntry> entries =
m_high_score.get_entries_for_balls(m_ball_counts[m_ball_index]);
std::reverse(begin(entries), end(entries));
auto name_rail = m_context->m_gui.make_container_rail(
dick::GUI::Direction::DOWN,
text_height * 1.125);
auto score_rail = m_context->m_gui.make_container_rail(
dick::GUI::Direction::DOWN,
text_height * 1.125);
for (const auto& entry: entries) {
double name_width = al_get_text_width(
m_context->m_const.menu_font,
entry.name.c_str());
if (name_width > max_width) {
max_width = name_width;
}
name_rail->insert(
m_context->m_gui.make_label_ex(
entry.name,
m_context->m_const.menu_font));
score_rail->insert(
m_context->m_gui.make_label_ex(
std::to_string(entry.score),
m_context->m_const.menu_font));
}
score_rail->set_offset({ 2 * max_width, 0.0 });
auto container = m_context->m_gui.make_container_free();
container->insert(std::move(name_rail));
container->insert(std::move(score_rail));
auto panel = m_context->m_gui.make_container_panel();
panel->insert(std::unique_ptr<dick::GUI::Widget> { container.release() });
std::unique_ptr<dick::GUI::Widget> result = std::move(panel);
return result;
}
