private static void Init()
{
// Any setup
if (Settings.UnlimitedFPS)
{
SadConsole.Game.Instance.Components.Add(new SadConsole.Game.FPSCounterComponent(SadConsole.Game.Instance));
}
// Setup our custom theme.
Theme.SetupThemes();
SadConsole.Game.Instance.Window.Title = "DemoProject OpenGL";
// By default SadConsole adds a blank ready-to-go console to the rendering system.
// We don't want to use that for the sample project so we'll remove it.
//Global.MouseState.ProcessMouseWhenOffScreen = true;
Console ctx = new Console(10, 10);
MainConsole = new Container();
// We'll instead use our demo consoles that show various features of SadConsole.
Global.CurrentScreen = MainConsole;
// Initialize the windows
_characterWindow = new Windows.CharacterViewer();
}
protected override void Initialize()
{
// Let the XNA framework show the mouse.
IsMouseVisible = true;
IsFixedTimeStep = true;
// Uncomment these two lines to run as fast as possible
//_graphics.SynchronizeWithVerticalRetrace = false;
//IsFixedTimeStep = false;
// Initialize the SadConsole engine and the first effects library (provided by the SadConsole.Effects.dll binary)
SadConsole.Engine.Initialize(GraphicsDevice);
// Tell SadConsole to track the mouse.
SadConsole.Engine.UseMouse = true;
// Load the default font.
using (var stream = System.IO.File.OpenRead("Fonts/IBM.font"))
SadConsole.Engine.DefaultFont = SadConsole.Serializer.Deserialize <Font>(stream);
// Using the default font, resize the window to a Width,Height of cells. This example uses the MS-DOS default of 80 columns by 25 rows.
SadConsole.Engine.DefaultFont.ResizeGraphicsDeviceManager(_graphics, 80, 25, 0, 0);
// Create the default console, show the cursor, and let the console accept keyboard input.
_defaultConsole = new Console(80, 25);
_defaultConsole.VirtualCursor.IsVisible = true;
_defaultConsole.CanUseKeyboard = true;
// Add the default console to the list of consoles.
SadConsole.Engine.ConsoleRenderStack.Add(_defaultConsole);
// If you want to use the custom console demo provided by this starter project, uncomment out the line below.
SadConsole.Engine.ConsoleRenderStack = new ConsoleList()
{
new CustomConsoles.CursorConsole(),
new CustomConsoles.WorldGenerationConsole(),
new CustomConsoles.StaticConsole(),
new CustomConsoles.StretchedConsole(),
new CustomConsoles.BorderedConsole(80, 25),
new CustomConsoles.DOSConsole(),
new CustomConsoles.WindowTestConsole(),
new CustomConsoles.EntityAndConsole(),
new CustomConsoles.RandomScrollingConsole(),
new CustomConsoles.SplashScreen(),
};
SadConsole.Engine.ConsoleRenderStack[0].IsVisible = true;
// Set the first console in the console list as the "active" console. This allows the keyboard to be processed on the console.
SadConsole.Engine.ActiveConsole = SadConsole.Engine.ConsoleRenderStack[0];
// Initialize the windows
_characterWindow = new Windows.CharacterViewer();
//Components.Add(new FPSCounterComponent(this));
// Call the default initialize of the base class.
base.Initialize();
}
private static void Init()
{
// Any setup
if (Settings.UnlimitedFPS)
{
SadConsole.Game.Instance.Components.Add(new SadConsole.Game.FPSCounterComponent(SadConsole.Game.Instance));
}
// Setup our custom theme.
Theme.SetupThemes();
SadConsole.Game.Instance.Window.Title = "DemoProject Core";
// By default SadConsole adds a blank ready-to-go console to the rendering system.
// We don't want to use that for the sample project so we'll remove it.
//Global.MouseState.ProcessMouseWhenOffScreen = true;
MainConsole = new Container();
// We'll instead use our demo consoles that show various features of SadConsole.
Global.CurrentScreen = MainConsole;
// Initialize the windows
_characterWindow = new Windows.CharacterViewer();
Console con = new Console(80, 25);
con.Print(1, 1, "Hello, welcome to SadConsole", Color.Yellow);
con.SetForeground(4, 1, Color.Brown);
con.SetForeground(5, 1, Color.Brown);
con.SetGlyph(6, 1, '!');
con.Cursor.Move(1, 20).Print("Printing with cursor");
}
protected override void Initialize()
{
// Let the XNA framework show the mouse.
IsMouseVisible = true;
IsFixedTimeStep = true;
// Initialize the SadConsole engine and the first effects library (provided by the SadConsole.Effects.dll binary)
SadConsole.Engine.Initialize(GraphicsDevice);
// Tell SadConsole to track the mouse.
SadConsole.Engine.UseMouse = true;
// Load the default font.
using (var stream = System.IO.File.OpenRead("Fonts/IBM.font"))
SadConsole.Engine.DefaultFont = SadConsole.Serializer.Deserialize<Font>(stream);
// Using the default font, resize the window to a Width,Height of cells. This example uses the MS-DOS default of 80 columns by 25 rows.
SadConsole.Engine.DefaultFont.ResizeGraphicsDeviceManager(_graphics, 80, 25, 0, 0);
// Create the default console, show the cursor, and let the console accept keyboard input.
_defaultConsole = new Console(80, 25);
_defaultConsole.VirtualCursor.IsVisible = true;
_defaultConsole.CanUseKeyboard = true;
// Add the default console to the list of consoles.
SadConsole.Engine.ConsoleRenderStack.Add(_defaultConsole);
// If you want to use the custom console demo provided by this starter project, uncomment out the line below.
SadConsole.Engine.ConsoleRenderStack = new ConsoleList() { new CustomConsoles.CursorConsole(),
new CustomConsoles.StaticConsole(),
new CustomConsoles.StretchedConsole(),
new CustomConsoles.BorderedConsole(80, 25),
new CustomConsoles.DOSConsole(),
new CustomConsoles.WindowTestConsole(),
new CustomConsoles.EntityAndConsole(),
new CustomConsoles.RandomScrollingConsole(),
new CustomConsoles.SplashScreen(),
};
SadConsole.Engine.ConsoleRenderStack[0].IsVisible = true;
// Set the first console in the console list as the "active" console. This allows the keyboard to be processed on the console.
SadConsole.Engine.ActiveConsole = SadConsole.Engine.ConsoleRenderStack[0];
// Initialize the windows
_characterWindow = new Windows.CharacterViewer();
// Call the default initialize of the base class.
base.Initialize();
}
private static void Engine_EngineStart(object sender, EventArgs e)
{
// Setup our custom theme.
Theme.SetupThemes();
// By default SadConsole adds a blank ready-to-go console to the rendering system.
// We don't want to use that for the sample project so we'll remove it.
SadConsole.Engine.ConsoleRenderStack.Clear();
SadConsole.Engine.ActiveConsole = null;
// We'll instead use our demo consoles that show various features of SadConsole.
SadConsole.Engine.ConsoleRenderStack
= new ConsoleList()
{
new ScrollingConsole(10, 10, 20),
new CustomConsoles.SplashScreen()
{
SplashCompleted = () => { MoveNextConsole(); }
},
new CustomConsoles.StretchedConsole(),
//new CustomConsoles.CachedConsoleConsole(),
new CustomConsoles.StringParsingConsole(),
//new CustomConsoles.CursorConsole(),
//new CustomConsoles.DOSConsole(),
//new CustomConsoles.SceneProjectionConsole(),
new CustomConsoles.ControlsTest(),
new CustomConsoles.ViewsAndSubViews(),
new CustomConsoles.StaticConsole(),
new CustomConsoles.BorderedConsole(),
new CustomConsoles.GameObjectConsole(),
new CustomConsoles.RandomScrollingConsole(),
new CustomConsoles.WorldGenerationConsole(),
};
// Show the first console (by default all of our demo consoles are hidden)
SadConsole.Engine.ConsoleRenderStack[0].IsVisible = true;
// Set the first console in the console list as the "active" console. This allows the keyboard to be processed on the console.
SadConsole.Engine.ActiveConsole = SadConsole.Engine.ConsoleRenderStack[0];
// Initialize the windows
_characterWindow = new Windows.CharacterViewer();
//SadConsole.Effects.Fade a = new SadConsole.Effects.Fade();
//a.DestinationForeground = Microsoft.Xna.Framework.Color.Turquoise;
//SadConsole.Engine.MonoGameInstance.Components.Add(new FPSCounterComponent(SadConsole.Engine.MonoGameInstance));
}
private static void Engine_EngineStart(object sender, EventArgs e)
{
// Setup our custom theme.
Theme.SetupThemes();
// By default SadConsole adds a blank ready-to-go console to the rendering system.
// We don't want to use that for the sample project so we'll remove it.
SadConsole.Engine.ConsoleRenderStack.Clear();
SadConsole.Engine.ActiveConsole = null;
SadConsole.Engine.ProcessMouseWhenOffScreen = true;
// We'll instead use our demo consoles that show various features of SadConsole.
SadConsole.Engine.ConsoleRenderStack
= new ConsoleList() {
//new CustomConsoles.CachedConsoleConsole(),
new CustomConsoles.AutoTypingConsole(),
//new CustomConsoles.SplashScreen() { SplashCompleted = () => { MoveNextConsole(); } },
new CustomConsoles.StringParsingConsole(),
new CustomConsoles.ControlsTest(),
new CustomConsoles.DOSConsole(),
new CustomConsoles.FadingExample(),
new CustomConsoles.AnsiConsole(),
new CustomConsoles.ViewsAndSubViews(),
new CustomConsoles.StaticConsole(),
new CustomConsoles.StretchedConsole(),
new CustomConsoles.RandomScrollingConsole(),
new CustomConsoles.SceneProjectionConsole(),
new CustomConsoles.BorderedConsole(),
new CustomConsoles.GameObjectConsole(),
new CustomConsoles.WorldGenerationConsole(),
};
// Show the first console (by default all of our demo consoles are hidden)
SadConsole.Engine.ConsoleRenderStack[0].IsVisible = true;
// Set the first console in the console list as the "active" console. This allows the keyboard to be processed on the console.
SadConsole.Engine.ActiveConsole = SadConsole.Engine.ConsoleRenderStack[0];
// Initialize the windows
_characterWindow = new Windows.CharacterViewer();
//SadConsole.Effects.Fade a = new SadConsole.Effects.Fade();
//a.DestinationForeground = Microsoft.Xna.Framework.Color.Turquoise;
//SadConsole.Engine.MonoGameInstance.Components.Add(new FPSCounterComponent(SadConsole.Engine.MonoGameInstance));
}
private static void Init()
{
// Any setup
if (Settings.UnlimitedFPS)
{
SadConsole.Game.Instance.Components.Add(new SadConsole.Game.FPSCounterComponent(SadConsole.Game.Instance));
}
// Setup our custom theme.
Theme.SetupThemes();
SadConsole.Game.Instance.Window.Title = "DemoProject Core";
// By default SadConsole adds a blank ready-to-go console to the rendering system.
// We don't want to use that for the sample project so we'll remove it.
//Global.MouseState.ProcessMouseWhenOffScreen = true;
MainConsole = new Container();
// We'll instead use our demo consoles that show various features of SadConsole.
Global.CurrentScreen = MainConsole;
//Global.CurrentScreen.Print(1, 1, "Test".CreateColored(ColorAnsi.CyanBright, ColorAnsi.Cyan), ColorAnsi.BlueBright, ColorAnsi.Blue);
var console = new SadConsole.ControlsConsole(50, 30)
{
new SadConsole.Controls.Button(7, 1)
{
Text = "Click",
Position = new Point(5, 5)
}
};
console.Invalidated += (s, e) =>
{
Rectangle boxArea = console.Controls[0].Bounds;
boxArea.Inflate(1, 1);
((ControlsConsole)s).DrawBox(boxArea, new Cell(Color.Yellow), null, CellSurface.ConnectedLineThin);
};
// Initialize the windows
_characterWindow = new Windows.CharacterViewer();
}
private static void Engine_EngineStart(object sender, EventArgs e)
{
// Setup our custom theme.
Theme.SetupThemes();
// By default SadConsole adds a blank ready-to-go console to the rendering system.
// We don't want to use that for the sample project so we'll remove it.
SadConsole.Engine.ConsoleRenderStack.Clear();
SadConsole.Engine.ActiveConsole = null;
// We'll instead use our demo consoles that show various features of SadConsole.
SadConsole.Engine.ConsoleRenderStack
= new ConsoleList()
{
new CustomConsoles.RandomScrollingConsole(),
new CustomConsoles.SplashScreen()
{
SplashCompleted = () => { MoveNextConsole(); }
},
new CustomConsoles.StretchedConsole(),
new CustomConsoles.StringParsingConsole(),
new CustomConsoles.ControlsTest(),
new CustomConsoles.FadingExample(),
new CustomConsoles.DOSConsole(),
new CustomConsoles.ViewsAndSubViews(),
new CustomConsoles.AnsiConsole(),
new CustomConsoles.StaticConsole(),
new CustomConsoles.BorderedConsole(),
new CustomConsoles.GameObjectConsole(),
new CustomConsoles.WorldGenerationConsole(),
};
// Show the first console (by default all of our demo consoles are hidden)
SadConsole.Engine.ConsoleRenderStack[0].IsVisible = true;
// Set the first console in the console list as the "active" console. This allows the keyboard to be processed on the console.
SadConsole.Engine.ActiveConsole = SadConsole.Engine.ConsoleRenderStack[0];
// Initialize the windows
_characterWindow = new Windows.CharacterViewer();
}
private static void Init()
{
// Any setup
if (Settings.UnlimitedFPS)
{
SadConsole.Game.Instance.Components.Add(new SadConsole.Game.FPSCounterComponent(SadConsole.Game.Instance));
}
// Setup our custom theme.
Theme.SetupThemes();
SadConsole.Game.Instance.Window.Title = "DemoProject FNA";
// We'll instead use our demo consoles that show various features of SadConsole.
MainConsole = new Container();
Global.CurrentScreen = MainConsole;
// Initialize the windows
_characterWindow = new Windows.CharacterViewer();
}
private static void Init()
{
// Any setup
if (Settings.UnlimitedFPS)
{
SadConsole.Game.Instance.Components.Add(new SadConsole.Game.FPSCounterComponent(SadConsole.Game.Instance));
}
// Setup our custom theme.
StarterProject.Theme.SetupThemes();
// By default SadConsole adds a blank ready-to-go console to the rendering system.
// We don't want to use that for the sample project so we'll remove it.
//Global.MouseState.ProcessMouseWhenOffScreen = true;
// We'll instead use our demo consoles that show various features of SadConsole.
Global.CurrentScreen.Children.Add(new CustomConsoles.RandomScrollingConsole());
Global.CurrentScreen.Children.Add(new CustomConsoles.AutoTypingConsole());
Global.CurrentScreen.Children.Add(new CustomConsoles.StringParsingConsole());
Global.CurrentScreen.Children.Add(new CustomConsoles.ControlsTest());
//Global.CurrentScreen.Children.Add(new CustomConsoles.AnsiConsole()); //Code to load ansi files is not platform independent yet.
Global.CurrentScreen.Children.Add(new CustomConsoles.StretchedConsole());
Global.CurrentScreen.Children.Add(new CustomConsoles.SubConsoleCursor());
Global.CurrentScreen.Children.Add(new CustomConsoles.CursorConsole());
Global.CurrentScreen.Children.Add(new CustomConsoles.ViewsAndSubViews());
Global.CurrentScreen.Children.Add(new CustomConsoles.GameObjectConsole());
Global.CurrentScreen.Children.Add(new CustomConsoles.DOSConsole());
Global.CurrentScreen.Children.Add(new CustomConsoles.BorderedConsole());
Global.CurrentScreen.Children.Add(new CustomConsoles.ScrollableConsole(25, 6, 70));
// Not working... it was...
Global.CurrentScreen.Children.Add(new CustomConsoles.SceneProjectionConsole());
//= new ConsoleList() {
// //new CustomConsoles.CachedConsoleConsole(),
// //new CustomConsoles.RandomScrollingConsole(),
// new CustomConsoles.AutoTypingConsole(),
// //new CustomConsoles.SplashScreen() { SplashCompleted = () => { MoveNextConsole(); } },
// new CustomConsoles.StretchedConsole(),
// new CustomConsoles.StringParsingConsole(),
// new CustomConsoles.ControlsTest(),
// //new CustomConsoles.FadingExample(),
// new CustomConsoles.DOSConsole(),
// new CustomConsoles.AnsiConsole(),
// new CustomConsoles.ViewsAndSubViews(),
// new CustomConsoles.StaticConsole(),
// new CustomConsoles.SceneProjectionConsole(),
// new CustomConsoles.BorderedConsole(),
// new CustomConsoles.GameObjectConsole(),
// new CustomConsoles.WorldGenerationConsole(),
// };
// Show the first console (by default all of our demo consoles are hidden)
Global.CurrentScreen.Children[0].IsVisible = true;
// Set the first console in the console list as the "active" console. This allows the keyboard to be processed on the console.
Console.ActiveConsole = (IConsole)Global.CurrentScreen.Children[0];
// Initialize the windows
_characterWindow = new Windows.CharacterViewer();
//SadConsole.Effects.Fade a = new SadConsole.Effects.Fade();
//a.DestinationForeground = Microsoft.Xna.Framework.Color.Turquoise;
//SadConsole.Engine.MonoGameInstance.Components.Add(new FPSCounterComponent(SadConsole.Engine.MonoGameInstance));
}
