public override void Draw(SpriteBatch spriteBatch)
{
var offset = 11 + Index * (26 + (int)_font.MeasureString(Text.Value).X);
if (GameProvider.GameInstance.GetService <InputSystem>().GamePad.IsConnected())
{
spriteBatch.Draw(GetTexture(), new Rectangle(offset, GameProvider.GameInstance.ScreenBounds.Height - 48, 32, 32), _highlightColor);
offset += 32;
}
else
{
int boxWidth = 32;
string displayString = KeyboardKey.ToString();
if (_font.MeasureString(displayString).X + 10 > 32)
{
boxWidth = (int)(_font.MeasureString(displayString).X + 10);
}
GameProvider.GameInstance.GetService <ShapeRenderer>().DrawRectangle(new Rectangle(offset, GameProvider.GameInstance.ScreenBounds.Height - 48, boxWidth, 32), _highlightColor, filled: false);
spriteBatch.DrawString(_font, displayString, new Vector2(offset + 5, GameProvider.GameInstance.ScreenBounds.Height - 48), _highlightColor);
offset += boxWidth;
}
spriteBatch.DrawString(_font, Text.Value, new Vector2(offset + 10, GameProvider.GameInstance.ScreenBounds.Height - 48), _highlightColor);
}
public static string Pretty(this KeyboardKey key)
{
return(new Dictionary <KeyboardKey, string>()
{
{ KeyboardKey.KEY_LEFT_CONTROL, "Ctrl" },
{ KeyboardKey.KEY_LEFT_SUPER, "Cmd" }
}.GetValueOrDefault(key, key.ToString().Replace("KEY_", "")));
}
public static char ToChar(this KeyboardKey key, bool uppercase = false)
{
if (!key.IsAcceptableInput(AcceptableKeyboardKeyFlags.Alphabetical | AcceptableKeyboardKeyFlags.Punctuation))
{
throw new Exception("given key is not alphabetical or punctuation");
}
switch (key)
{
case KeyboardKey.Space:
return(' ');
case KeyboardKey.Dash:
return('-');
case KeyboardKey.Apostrophe:
return('\'');
default:
char chr = key.ToString()[0];
return(uppercase ? chr : char.ToLower(chr));
}
}
/// <summary>
/// Takes an input of a keyboard key and converts it
/// to Unitys KeyCode variant.
/// </summary>
/// <param name="key">The keyboard key to convert.</param>
/// <returns>The Unity keycode.</returns>
public static KeyCode ToKeyCode(this KeyboardKey key)
{
switch (key)
{
case KeyboardKey.A:
return(KeyCode.A);
case KeyboardKey.B:
return(KeyCode.B);
case KeyboardKey.C:
return(KeyCode.C);
case KeyboardKey.D:
return(KeyCode.D);
case KeyboardKey.E:
return(KeyCode.E);
case KeyboardKey.F:
return(KeyCode.F);
case KeyboardKey.G:
return(KeyCode.G);
case KeyboardKey.H:
return(KeyCode.H);
case KeyboardKey.I:
return(KeyCode.I);
case KeyboardKey.J:
return(KeyCode.J);
case KeyboardKey.K:
return(KeyCode.K);
case KeyboardKey.L:
return(KeyCode.L);
case KeyboardKey.M:
return(KeyCode.M);
case KeyboardKey.N:
return(KeyCode.N);
case KeyboardKey.O:
return(KeyCode.O);
case KeyboardKey.P:
return(KeyCode.P);
case KeyboardKey.Q:
return(KeyCode.Q);
case KeyboardKey.R:
return(KeyCode.R);
case KeyboardKey.S:
return(KeyCode.S);
case KeyboardKey.T:
return(KeyCode.T);
case KeyboardKey.U:
return(KeyCode.U);
case KeyboardKey.V:
return(KeyCode.V);
case KeyboardKey.W:
return(KeyCode.W);
case KeyboardKey.X:
return(KeyCode.X);
case KeyboardKey.Y:
return(KeyCode.Y);
case KeyboardKey.Z:
return(KeyCode.Z);
case KeyboardKey.Alpha0:
return(KeyCode.Alpha0);
case KeyboardKey.Alpha1:
return(KeyCode.Alpha1);
case KeyboardKey.Alpha2:
return(KeyCode.Alpha2);
case KeyboardKey.Alpha3:
return(KeyCode.Alpha3);
case KeyboardKey.Alpha4:
return(KeyCode.Alpha4);
case KeyboardKey.Alpha5:
return(KeyCode.Alpha5);
case KeyboardKey.Alpha6:
return(KeyCode.Alpha6);
case KeyboardKey.Alpha7:
return(KeyCode.Alpha7);
case KeyboardKey.Alpha8:
return(KeyCode.Alpha8);
case KeyboardKey.Alpha9:
return(KeyCode.Alpha9);
case KeyboardKey.BackQuote:
return(KeyCode.BackQuote);
case KeyboardKey.ForwardQuote:
return(KeyCode.Quote);
case KeyboardKey.DoubleQuote:
return(KeyCode.DoubleQuote);
case KeyboardKey.Semicolon:
return(KeyCode.Semicolon);
case KeyboardKey.LeftBracket:
return(KeyCode.LeftBracket);
case KeyboardKey.RightBracket:
return(KeyCode.RightBracket);
case KeyboardKey.ForwardSlash:
return(KeyCode.Slash);
case KeyboardKey.BackSlash:
return(KeyCode.Backslash);
case KeyboardKey.LeftShift:
return(KeyCode.LeftShift);
case KeyboardKey.RightShift:
return(KeyCode.RightShift);
case KeyboardKey.LeftControl:
return(KeyCode.LeftControl);
case KeyboardKey.RightControl:
return(KeyCode.RightControl);
case KeyboardKey.LeftAlt:
return(KeyCode.LeftAlt);
case KeyboardKey.RightAlt:
return(KeyCode.RightAlt);
case KeyboardKey.CapsLock:
return(KeyCode.CapsLock);
case KeyboardKey.Tab:
return(KeyCode.Tab);
case KeyboardKey.AlphaEnter:
return(KeyCode.Return);
case KeyboardKey.Backspace:
return(KeyCode.Backspace);
case KeyboardKey.Delete:
return(KeyCode.Delete);
case KeyboardKey.Escape:
return(KeyCode.Escape);
case KeyboardKey.Insert:
return(KeyCode.Insert);
case KeyboardKey.Home:
return(KeyCode.Home);
case KeyboardKey.PageUp:
return(KeyCode.PageUp);
case KeyboardKey.PageDown:
return(KeyCode.PageDown);
case KeyboardKey.End:
return(KeyCode.End);
case KeyboardKey.UpArrow:
return(KeyCode.UpArrow);
case KeyboardKey.DownArrow:
return(KeyCode.DownArrow);
case KeyboardKey.LeftArrow:
return(KeyCode.LeftArrow);
case KeyboardKey.RightArrow:
return(KeyCode.RightArrow);
case KeyboardKey.Minus:
return(KeyCode.Minus);
case KeyboardKey.Plus:
return(KeyCode.Plus);
case KeyboardKey.Keypad0:
return(KeyCode.Keypad0);
case KeyboardKey.Keypad1:
return(KeyCode.Keypad1);
case KeyboardKey.Keypad2:
return(KeyCode.Keypad2);
case KeyboardKey.Keypad3:
return(KeyCode.Keypad3);
case KeyboardKey.Keypad4:
return(KeyCode.Keypad4);
case KeyboardKey.Keypad5:
return(KeyCode.Keypad5);
case KeyboardKey.Keypad6:
return(KeyCode.Keypad6);
case KeyboardKey.Keypad7:
return(KeyCode.Keypad7);
case KeyboardKey.Keypad8:
return(KeyCode.Keypad8);
case KeyboardKey.Keypad9:
return(KeyCode.Keypad9);
case KeyboardKey.KeypadEnter:
return(KeyCode.KeypadEnter);
case KeyboardKey.KeypadPlus:
return(KeyCode.KeypadPlus);
case KeyboardKey.KeypadMinus:
return(KeyCode.KeypadMinus);
case KeyboardKey.KeypadMultiply:
return(KeyCode.KeypadMultiply);
case KeyboardKey.KeypadDivide:
return(KeyCode.KeypadDivide);
case KeyboardKey.KeypadPeriod:
return(KeyCode.KeypadPeriod);
default:
throw new NotSupportedException(string.Format("KeyboardKey: {0} is not supported.", key.ToString()));
}
}
public static KeyboardKeyComm Map(this KeyboardKey key)
{
Enum.TryParse(key.ToString(), out KeyboardKeyComm s);
return(s);
}
public static VirtualKeyCode Map(this KeyboardKey key)
{
Enum.TryParse(key.ToString(), out VirtualKeyCode k);
return(k);
}
public static string GetKeyContent(this KeyboardKey key, bool shift)
{
// Letters
if ((int)key >= (int)KeyboardKey.A && (int)key <= (int)KeyboardKey.Z)
{
if (shift)
{
return(key.ToString());
}
return(key.ToString().ToLower());
}
switch (key)
{
case KeyboardKey.Equal:
return(shift ? "+" : "=");
case KeyboardKey.Add:
return("+");
case KeyboardKey.Backslash:
return(shift ? "|" : "\\");
case KeyboardKey.Comma:
return(shift ? "<" : ",");
case KeyboardKey.Dash:
return(shift ? "_" : "-");
case KeyboardKey.Divide:
return("/");
case KeyboardKey.LBracket:
return(shift ? "{" : "[");
case KeyboardKey.Multiply:
return("*");
case KeyboardKey.Num0:
return(shift ? ")" : "0");
case KeyboardKey.Num1:
return(shift ? "!" : "1");
case KeyboardKey.Num2:
return(shift ? "@" : "2");
case KeyboardKey.Num3:
return(shift ? "#" : "3");
case KeyboardKey.Num4:
return(shift ? "$" : "4");
case KeyboardKey.Num5:
return(shift ? "%" : "5");
case KeyboardKey.Num6:
return(shift ? "^" : "6");
case KeyboardKey.Num7:
return(shift ? "&" : "7");
case KeyboardKey.Num8:
return(shift ? "*" : "8");
case KeyboardKey.Num9:
return(shift ? "(" : "9");
case KeyboardKey.Period:
return(shift ? ">" : ".");
case KeyboardKey.Quote:
return(shift ? "\"" : "'");
case KeyboardKey.RBracket:
return(shift ? "}" : "]");
case KeyboardKey.Semicolon:
return(shift ? ":" : ";");
case KeyboardKey.Slash:
return(shift ? "?" : "/");
case KeyboardKey.Subtract:
return("-");
case KeyboardKey.Tilde:
return(shift ? "~" : "`");
default:
return(string.Empty);
}
}
