void GuessMyNumber::OnGuessClick() {
// Validate number.
unsigned int buf_number( 0 );
std::stringstream sstr( static_cast<std::string>( m_number_entry->GetText() ) );
sstr >> buf_number;
if( buf_number < 1 || buf_number > 100 ) {
m_hint_label->SetText( "Enter a number from 1 to 100." );
return;
}
++m_tries;
UpdateUI();
unsigned char number( static_cast<unsigned char>( buf_number ) );
if( number < m_number ) {
m_hint_label->SetText( "My number is higher." );
}
else if( number > m_number ) {
m_hint_label->SetText( "My number is lower." );
}
else {
m_hint_label->SetText( "Correct!" );
m_guess_button->Show( false );
}
m_number_entry->SetText( "" );
}
void GuessMyNumber::ResetGame() {
m_tries = 0;
m_number = static_cast<unsigned char>( std::rand() % 100 + 1 );
m_hint_label->SetText( "-" );
UpdateUI();
m_guess_button->Show( true );
}
void GuessMyNumber::UpdateUI() {
std::stringstream sstr;
sstr << m_tries;
m_tries_label->SetText( sstr.str() );
}
void OnComboSelect() {
std::stringstream sstr;
sstr << "Item " << combo_box->GetSelectedItem() << " selected with text \"" << static_cast<std::string>( combo_box->GetSelectedText() ) << "\"";
sel_label->SetText( sstr.str() );
}
void EntryExample::ButtonClick() {
// When the button is clicked set the contents of the label
// to the contents of the entry widget.
m_label->SetText( m_entry->GetText() );
}
void EntryExample::Run() {
// Create the main SFML window
sf::RenderWindow app_window( sf::VideoMode( 800, 600 ), "SFGUI Entry Example", sf::Style::Titlebar | sf::Style::Close );
// We have to do this because we don't use SFML to draw.
app_window.resetGLStates();
// Create our main SFGUI window
auto window = sfg::Window::Create();
window->SetTitle( "Title" );
// Create our box.
auto box = sfg::Box::Create( sfg::Box::Orientation::HORIZONTAL );
// Create a button.
auto button = sfg::Button::Create();
button->SetLabel( "Set" );
// Connect the button.
button->GetSignal( sfg::Widget::OnLeftClick ).Connect( std::bind( &EntryExample::ButtonClick, this ) );
// Create a label.
m_label = sfg::Label::Create();
m_label->SetText( "no text yet" );
// Create our entry widget itself.
m_entry = sfg::Entry::Create();
// Until now all widgets only expanded to fit the text inside of it.
// This is not the case with the entry widget which can be empty
// but still has to have a reasonable size.
// To disable the automatic sizing of widgets in general you can
// use the SetRequisition() method. it takes an sf::Vector as it's
// parameter. Depending on which side you want to have a minimum size,
// you set the corresponding value in the vector.
// Here we chose to set the minimum x size of the widget to 80.
m_entry->SetRequisition( sf::Vector2f( 80.f, 0.f ) );
// Setting sizing back to automatic is as easy as setting
// x and y sizes to 0.
// Pack into box
box->Pack( m_entry );
box->Pack( button );
box->Pack( m_label );
// Set box spacing
box->SetSpacing( 5.f );
// Add our box to the window
window->Add( box );
sf::Clock clock;
// Update an initial time to construct the GUI before drawing begins.
// This makes sure that there are no frames in which no GUI is visible.
window->Update( 0.f );
// Start the game loop
while ( app_window.isOpen() ) {
// Process events
sf::Event event;
while ( app_window.pollEvent( event ) ) {
// Handle events
window->HandleEvent( event );
// Close window : exit
if ( event.type == sf::Event::Closed ) {
app_window.close();
}
}
// Update the GUI every 5ms
if( clock.getElapsedTime().asMicroseconds() >= 5000 ) {
// Update() takes the elapsed time in seconds.
window->Update( static_cast<float>( clock.getElapsedTime().asMicroseconds() ) / 1000000.f );
clock.restart();
}
// Clear screen
app_window.clear();
// Draw the GUI
m_sfgui.Display( app_window );
// Update the window
app_window.display();
}
}
int main() {
// Create the main SFML window
sf::RenderWindow app_window( sf::VideoMode( 800, 600 ), "SFGUI Entry Example" );
// Create our main SFGUI window
sfg::Window::Ptr window;
window = sfg::Window::Create();
window->SetTitle( "Title" );
// Create our box.
sfg::Box::Ptr box = sfg::Box::Create( sfg::Box::Horizontal );
// Create a button.
sfg::Button::Ptr button = sfg::Button::Create();
button->SetLabel( "Set" );
// Connect the button.
button->OnClick.Connect( &ButtonClick );
// Create a label.
label = sfg::Label::Create();
label->SetText( "no text yet" );
// Create our entry widget itself.
entry = sfg::Entry::Create();
// Until now all widgets only expanded to fit the text inside of it.
// This is not the case with the entry widget which can be empty
// but still has to have a reasonable size.
// To disable the automatic sizing of widgets in general you can
// use the SetRequisition() method. it takes an sf::Vector as it's
// parameter. Depending on which side you want to have a minimum size,
// you set the corresponding value in the vector.
// Here we chose to set the minimum x size of the widget to 80.
entry->SetRequisition( sf::Vector2f( 80.f, 0.f ) );
// Setting sizing back to automatic is as easy as setting
// x and y sizes to 0.
// Pack into box
box->Pack( entry );
box->Pack( button );
box->Pack( label );
// Set box spacing
box->SetSpacing( 5.f );
// Add our box to the window
window->Add( box );
window->SetBorderWidth( 10.f );
// Start the game loop
while ( app_window.IsOpened() ) {
// Process events
sf::Event event;
while ( app_window.PollEvent( event ) ) {
// Handle events
window->HandleEvent( event );
// Close window : exit
if(
(event.Type == sf::Event::Closed) ||
(event.Type == sf::Event::KeyPressed && event.Key.Code == sf::Keyboard::Escape)
) {
app_window.Close();
}
}
// Clear screen
app_window.Clear();
// Draw the window
window->Expose( app_window );
// Update the window
app_window.Display();
}
return EXIT_SUCCESS;
}
void ButtonClick() {
// When the button is clicked set the contents of the label
// to the contents of the entry widget.
label->SetText( entry->GetText() );
}
int main() {
// Create the main SFML window
sf::RenderWindow app_window( sf::VideoMode( 800, 600 ), "SFGUI Range Example" );
// Create our main SFGUI window
sfg::Window::Ptr window;
window = sfg::Window::Create();
window->SetTitle( "Title" );
// Create our box.
sfg::Box::Ptr box = sfg::Box::Create( sfg::Box::Horizontal );
// Create a label.
label = sfg::Label::Create();
label->SetText( "20" );
// Scale and Scrollbar widgets are subclasses of the Range class.
// They have a common data representation object known as an
// Adjustment. The Adjustment that each range widget is bound to
// determines it's current state (where the slider is, what max
// and min values are, how much to scroll per step etc.). Because
// range widgets share this common data object they can also be
// linked together by a common Adjustment instance. An Adjustment
// is created automatically for you when you create a range widget.
// Create our scale smart pointer.
sfg::Scale::Ptr scale;
// Create the scale itself.
// We want a horizontal scale.
scale = sfg::Scale::Create( sfg::Scale::Horizontal );
// Create our scrollbar smart pointer.
sfg::Scrollbar::Ptr scrollbar;
// Create the scrollbar itself.
// We want a vertical scrollbar.
scrollbar = sfg::Scrollbar::Create( sfg::Scrollbar::Vertical );
// We can link both widgets together by their adjustments.
adjustment = scrollbar->GetAdjustment();
scale->SetAdjustment( adjustment );
// Tune the adjustment parameters.
adjustment->SetLower( 20.f );
adjustment->SetUpper( 100.f );
// How much it should change when clicked on the stepper.
adjustment->SetMinorStep( 3.f );
// How much it should change when clicked on the trough.
adjustment->SetMajorStep( 12.f );
// CAUTION:
// Normally you would only set the page size for scrollbar adjustments.
// For demonstration purposes we do this for our scale widget too.
// If page size isn't 0 a scale widget won't be able to be set to it's
// maximum value. This is in fact also true for scrollbars, however
// because they are used to scroll the page size must be subtracted from
// the maximum.
adjustment->SetPageSize( 20.f );
// Additionally you can connect to the OnChange signal of an adjustment
// to get notified when any of it's parameters are changed.
adjustment->OnChange.Connect( &AdjustmentChange );
// Just as with the entry widget we set custom requisitions for our
// range widgets to make sure they don't look strange.
scale->SetRequisition( sf::Vector2f( 80.f, 20.f ) );
scrollbar->SetRequisition( sf::Vector2f( 0.f, 80.f ) );
// To keep our scale's slider from expanding too much we use another box
// set to verticle orientation.
sfg::Box::Ptr scalebox = sfg::Box::Create( sfg::Box::Vertical );
scalebox->Pack( scale, false, false );
// Pack into box
box->Pack( scalebox );
box->Pack( scrollbar );
box->Pack( label );
// Set box spacing
box->SetSpacing( 5.f );
// Add our box to the window
window->Add( box );
window->SetBorderWidth( 10.f );
// Start the game loop
while ( app_window.IsOpened() ) {
// Process events
sf::Event event;
while ( app_window.PollEvent( event ) ) {
// Handle events
window->HandleEvent( event );
// Close window : exit
if(
(event.Type == sf::Event::Closed) ||
(event.Type == sf::Event::KeyPressed && event.Key.Code == sf::Keyboard::Escape)
) {
app_window.Close();
}
}
// Clear screen
app_window.Clear();
// Draw the window
window->Expose( app_window );
// Update the window
app_window.Display();
}
return EXIT_SUCCESS;
}
void AdjustmentChange() {
std::stringstream sstr;
sstr << adjustment->GetValue();
label->SetText( sstr.str() );
}
void ComboBoxExample::OnComboSelect() {
std::stringstream sstr;
sstr << "Item " << m_combo_box->GetSelectedItem() << " selected with text \"" << static_cast<std::string>( m_combo_box->GetSelectedText() ) << "\"";
m_sel_label->SetText( sstr.str() );
}