// /////////////////////////////////////////////////////////////////////////////////
/// <summary>
/// Construct a Window instance from the given template.
/// </summary>
/// <param name="template"></param>
public Window(WindowTemplate template)
: base(template)
{
this.controlList = new List<Control>();
this.managerList = new List<Manager>();
HasFrame = template.HasFrame;
TooltipBGAlpha = template.TooltipBGAlpha;
TooltipFGAlpha = template.TooltipFGAlpha;
}
// /////////////////////////////////////////////////////////////////////////////////
/// <summary>
/// Construct a Window instance from the given template.
/// </summary>
/// <param name="template"></param>
public Window(WindowTemplate template)
: base(template)
{
this.controlList = new List <Control>();
this.managerList = new List <Manager>();
HasFrame = template.HasFrame;
TooltipBGAlpha = template.TooltipBGAlpha;
TooltipFGAlpha = template.TooltipFGAlpha;
}
/// Setup() gets called immediately after Application.Start(), and we can override this to provide custom
/// initialization code.
///
/// The first thing we need to do in this method, however, is call the base method - this
/// initializes libtcod, opening the system window and setting the font, all according to the options provided in
/// the ApplicationInfo parameter.
///
/// After calling the base method, we add our setup code, in this case creating the MyWindow (defined below) object
/// and setting it as the current Window.
protected override void Setup(ApplicationInfo info)
{
/// One thing to note: in almost all cases, when overriding a framework method it is necessary
/// to call the base method first. The base methods handle most of the gritty details of triggering
/// events, propagating messages, and calling the necessary stub methods.
base.Setup(info);
/// Just use the default options in the WindowTemplate.
WindowTemplate mainWindowTemplate = new WindowTemplate();
/// Create the mainWindow with the options specified in mainWindowInfo. We define MyWindow below.
MyWindow mainWindow = new MyWindow(mainWindowTemplate);
/// Set the mainWindow to be MyApplication's window. Note that if we don't set the application window,
/// a default one is created and set automatically.
SetWindow(mainWindow);
}
/// Any subclass of Window (actually, of Widget, of which Window is derived from) must call the base constructor
/// with a single parameter of type WindowTemplate, or a class derived from WindowTemplate. We are
/// keeping this simple, so we will use the default WindowTemplate class instead of deriving our own.
public MyWindow(WindowTemplate template)
: base(template)
{
}
/// The constructor has been modified so that it must be passed a Player object, which
/// we will store in a field for later use.
public MyWindow(WindowTemplate template,Player player)
: base(template)
{
this.player = player;
}