protected override void Start()
{
blinkingText = GetComponent <BlinkingText>();
isBlinking = false;
string minutes = (((int)timeLeft) / 60).ToString();
float secondsFloat = (timeLeft % 60);
string seconds = secondsFloat.ToString("f2");
timerText.text = minutes + ". " + seconds;
}
public TitleScreen(int x, int y, int width, int height) : base(x, y, width, height, false)
{
this.background = SeasideScramble.self.textureUtils.getExtendedTexture("SSCMaps", "TitleScreenBackground");
this.menuText = new BlinkingText("Sea Side Scramble: Lite Edition" + System.Environment.NewLine + "Click or press A to start.", 1000);
}
public MultiLanguageTextInput()
{
this.InitializeComponent();
// The CoreTextEditContext processes text input, but other keys are
// the apps's responsibility.
_coreWindow = CoreWindow.GetForCurrentThread();
_coreWindow.KeyDown += CoreWindow_KeyDown;
_coreWindow.PointerPressed += CoreWindow_PointerPressed;
// Create a CoreTextEditContext for our custom edit control.
CoreTextServicesManager manager = CoreTextServicesManager.GetForCurrentView();
_editContext = manager.CreateEditContext();
// Get the Input Pane so we can programmatically hide and show it.
_inputPane = InputPane.GetForCurrentView();
// For demonstration purposes, this sample sets the Input Pane display policy to Manual
// so that it can manually show the software keyboard when the control gains focus and
// dismiss it when the control loses focus. If you leave the policy as Automatic, then
// the system will hide and show the Input Pane for you. Note that on Desktop, you will
// need to implement the UIA text pattern to get expected automatic behavior.
_editContext.InputPaneDisplayPolicy = CoreTextInputPaneDisplayPolicy.Manual;
// Set the input scope to Text because this text box is for any text.
// This also informs software keyboards to show their regular
// text entry layout. There are many other input scopes and each will
// inform a keyboard layout and text behavior.
_editContext.InputScope = CoreTextInputScope.Text;
// The system raises this event to request a specific range of text.
_editContext.TextRequested += EditContext_TextRequested;
// The system raises this event to request the current selection.
_editContext.SelectionRequested += EditContext_SelectionRequested;
// The system raises this event when it wants the edit control to remove focus.
_editContext.FocusRemoved += EditContext_FocusRemoved;
// The system raises this event to update text in the edit control.
_editContext.TextUpdating += EditContext_TextUpdating;
// The system raises this event to change the selection in the edit control.
_editContext.SelectionUpdating += EditContext_SelectionUpdating;
// The system raises this event when it wants the edit control
// to apply formatting on a range of text.
_editContext.FormatUpdating += EditContext_FormatUpdating;
// The system raises this event to request layout information.
// This is used to help choose a position for the IME candidate window.
_editContext.LayoutRequested += EditContext_LayoutRequested;
// The system raises this event to notify the edit control
// that the string composition has started.
_editContext.CompositionStarted += EditContext_CompositionStarted;
// The system raises this event to notify the edit control
// that the string composition is finished.
_editContext.CompositionCompleted += EditContext_CompositionCompleted;
// The system raises this event when the NotifyFocusLeave operation has
// completed. Our sample does not use this event.
// _editContext.NotifyFocusLeaveCompleted += EditContext_NotifyFocusLeaveCompleted;
// Set our initial UI.
UpdateTextUI();
UpdateFocusUI();
BlinkingText.Begin();
}
// Use this for initialization
void Start()
{
audioSource = GetComponent<AudioSource> ();
blinkingText = GameObject.Find("Blink").GetComponent<BlinkingText> ();
musicManager = GameObject.FindObjectOfType<MusicManager> ();
}
