bool keyboard_KeyReleased(KeyEvent arg)
{
if (arg.key.Equals(KeyCode.KC_ESCAPE))
{
CloseControlChangeWindow();
return(false);
}
String langKey = GetLanguageKeyById(currentKeyId);
// check for conflicts
if (!langKey.Equals(LanguageKey.Pitch) && !langKey.Equals(LanguageKey.AccelerateBreakTurn))
{
if (KeyMap.CheckKeyCodeConflict(langKey, arg.key, TypeOfControl.Keyboard))
{
// handle
return(true);
}
}
// keys
if (langKey.Equals(LanguageKey.Engine))
{
KeyMap.Instance.Engine = arg.key;
}
if (langKey.Equals(LanguageKey.Spin))
{
KeyMap.Instance.Spin = arg.key;
}
if (langKey.Equals(LanguageKey.Gear))
{
KeyMap.Instance.Gear = arg.key;
}
if (langKey.Equals(LanguageKey.Gun))
{
KeyMap.Instance.Gun = arg.key;
}
if (langKey.Equals(LanguageKey.Bombs))
{
KeyMap.Instance.Bombs = arg.key;
}
if (langKey.Equals(LanguageKey.Camera))
{
KeyMap.Instance.Camera = arg.key;
}
if (langKey.Equals(LanguageKey.Zoomin))
{
KeyMap.Instance.ZoomIn = arg.key;
}
if (langKey.Equals(LanguageKey.Zoomout))
{
KeyMap.Instance.ZoomOut = arg.key;
}
if (langKey.Equals(LanguageKey.BulletTimeEffect))
{
KeyMap.Instance.BulletTimeEffect = arg.key;
}
// pitch
if (langKey.Equals(LanguageKey.Pitch))
{
if (twoStep == 1)
{
if (KeyMap.CheckKeyCodeConflict("Up", arg.key, TypeOfControl.Keyboard, new [] { "Down" }))
{
return(true);
}
twoStep++;
KeyMap.Instance.Up = arg.key;
controlChangeWindow.createStaticText(new Vector4(GUI.OVERLAY_TITLE_MARGIN, GUI.OVERLAY_TITLE_MARGIN + parentGui.mFontSize * 2, controlChangeWindow.w, parentGui.mFontSize), KeyMap.Instance.Up.ToString(), new ColourValue(0.9f, 0.7f, 0.0f));
controlChangeWindow.createStaticText(new Vector4(GUI.OVERLAY_TITLE_MARGIN, GUI.OVERLAY_TITLE_MARGIN + parentGui.mFontSize * 3, controlChangeWindow.w, parentGui.mFontSize), LanguageResources.GetString(LanguageKey.Pitch) + " (2/2)");
return(true); // only first step
}
else
{
twoStep = 1;
if (KeyMap.CheckKeyCodeConflict("Down", arg.key, TypeOfControl.Keyboard, new [] { "Up" }))
{
return(true);
}
KeyMap.Instance.Down = arg.key;
// finish
}
}
if (langKey.Equals(LanguageKey.AccelerateBreakTurn))
{
if (twoStep == 1)
{
if (KeyMap.CheckKeyCodeConflict("Left", arg.key, TypeOfControl.Keyboard, new [] { "Right" }))
{
return(true);
}
twoStep++;
KeyMap.Instance.Left = arg.key;
controlChangeWindow.createStaticText(new Vector4(GUI.OVERLAY_TITLE_MARGIN, GUI.OVERLAY_TITLE_MARGIN + parentGui.mFontSize * 2, controlChangeWindow.w, parentGui.mFontSize), KeyMap.Instance.Left.ToString(), new ColourValue(0.9f, 0.7f, 0.0f));
controlChangeWindow.createStaticText(new Vector4(GUI.OVERLAY_TITLE_MARGIN, GUI.OVERLAY_TITLE_MARGIN + parentGui.mFontSize * 3, controlChangeWindow.w, parentGui.mFontSize), LanguageResources.GetString(LanguageKey.AccelerateBreakTurn) + " (2/2)");
return(true); // only first step
}
else
{
twoStep = 1;
if (KeyMap.CheckKeyCodeConflict("Right", arg.key, TypeOfControl.Keyboard, new [] { "Left" }))
{
// handle
return(true);
}
KeyMap.Instance.Right = arg.key;
// finish
}
}
KeyMap.Instance.Value = KeyMap.Instance.Value;
CloseControlChangeWindow();
// notify parent to refresh
if (onControlsChanged != null)
{
onControlsChanged();
}
return(true);
}