c61b7a077e
Made it possible to separate the InputDevices by their provider and set a preffered provider. Otherwise you are restricted to only having one input Device provider. Improved the error message if the WindowHandle on the InputDeviceFactory is invalid. Improved AssemblyLoader which was skipping the InputDevices.OpenTK assembly because the OpenTK assembly was blocked. Added ANX.Framework and SharpDX.Direct3D11.Effects to the ignore list. The AssemblyLoader is not static anymore (Only used in AddinSystemFactory) and it doesn't add the same assembly multiple times anymore. Additionally, if a type of an assembly couldn't be loaded, it throws now a TypeLoadException with the hint that a dependency might have been loaded in the wrong version. Refactored RenderSystem.GL3 with the latest changes on the effect system that have been done in the ANX.Framework.
274 lines
11 KiB
C#
274 lines
11 KiB
C#
using ANX.Framework;
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using ANX.Framework.Input;
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using System;
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using System.Collections.Generic;
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using System.Linq;
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using System.Text;
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using Input = OpenTK.Input;
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namespace ANX.InputDevices.OpenTK
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{
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static class Extensions
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{
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#region GamePad
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public static GamePadState ToAnx(this Input.GamePadState state)
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{
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return new GamePadState(state.ThumbSticks.ToAnx(), state.Triggers.ToAnx(), state.Buttons.ToAnx(), state.DPad.ToAnx())
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{
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IsConnected = state.IsConnected,
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PacketNumber = state.PacketNumber,
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};
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}
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public static GamePadThumbSticks ToAnx(this Input.GamePadThumbSticks sticks)
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{
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return new GamePadThumbSticks(sticks.Left.ToAnx(), sticks.Right.ToAnx());
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}
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public static GamePadTriggers ToAnx(this Input.GamePadTriggers triggers)
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{
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return new GamePadTriggers(triggers.Left, triggers.Right);
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}
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public static GamePadDPad ToAnx(this Input.GamePadDPad dpad)
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{
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return new GamePadDPad(dpad.Up.ToAnx(), dpad.Down.ToAnx(), dpad.Left.ToAnx(), dpad.Right.ToAnx());
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}
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public static GamePadButtons ToAnx(this Input.GamePadButtons buttons)
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{
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return new GamePadButtons(buttons.ToButtons());
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}
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public static Buttons ToButtons(this Input.GamePadButtons buttons)
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{
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Buttons anxButtons = default(Buttons);
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if (buttons.A == Input.ButtonState.Pressed)
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anxButtons |= Buttons.A;
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if (buttons.B == Input.ButtonState.Pressed)
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anxButtons |= Buttons.B;
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if (buttons.Back == Input.ButtonState.Pressed)
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anxButtons |= Buttons.Back;
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if (buttons.BigButton == Input.ButtonState.Pressed)
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anxButtons |= Buttons.BigButton;
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if (buttons.LeftShoulder == Input.ButtonState.Pressed)
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anxButtons |= Buttons.LeftShoulder;
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if (buttons.LeftStick == Input.ButtonState.Pressed)
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anxButtons |= Buttons.LeftStick;
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if (buttons.RightShoulder == Input.ButtonState.Pressed)
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anxButtons |= Buttons.RightShoulder;
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if (buttons.RightStick == Input.ButtonState.Pressed)
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anxButtons |= Buttons.RightStick;
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if (buttons.Start == Input.ButtonState.Pressed)
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anxButtons |= Buttons.Start;
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if (buttons.X == Input.ButtonState.Pressed)
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anxButtons |= Buttons.X;
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if (buttons.Y == Input.ButtonState.Pressed)
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anxButtons |= Buttons.Y;
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return anxButtons;
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}
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#endregion
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#region Keyboard
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private static Dictionary<Input.Key, Keys> keyMap = null;
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private static void initKeyMap()
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{
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if (keyMap != null)
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return;
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keyMap = new Dictionary<Input.Key, Keys>();
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keyMap[Input.Key.A] = Keys.A;
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keyMap[Input.Key.AltLeft] = Keys.LeftAlt;
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keyMap[Input.Key.AltRight] = Keys.RightAlt;
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keyMap[Input.Key.B] = Keys.B;
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keyMap[Input.Key.Back] = Keys.Back;
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keyMap[Input.Key.BackSlash] = Keys.OemBackslash;
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//keyMap[Input.Key.BackSpace] = Keys.Back;
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keyMap[Input.Key.BracketLeft] = Keys.OemOpenBrackets;
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keyMap[Input.Key.BracketRight] = Keys.OemCloseBrackets;
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keyMap[Input.Key.C] = Keys.C;
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keyMap[Input.Key.CapsLock] = Keys.CapsLock;
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keyMap[Input.Key.Clear] = Keys.OemClear;
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keyMap[Input.Key.Comma] = Keys.OemComma;
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keyMap[Input.Key.ControlLeft] = Keys.LeftControl;
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keyMap[Input.Key.ControlRight] = Keys.RightControl;
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keyMap[Input.Key.D] = Keys.D;
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keyMap[Input.Key.Delete] = Keys.Delete;
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keyMap[Input.Key.Down] = Keys.Down;
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keyMap[Input.Key.E] = Keys.E;
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keyMap[Input.Key.End] = Keys.End;
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keyMap[Input.Key.Enter] = Keys.Enter;
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keyMap[Input.Key.Escape] = Keys.Escape;
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keyMap[Input.Key.F] = Keys.F;
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keyMap[Input.Key.F1] = Keys.F1;
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keyMap[Input.Key.F10] = Keys.F10;
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keyMap[Input.Key.F11] = Keys.F11;
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keyMap[Input.Key.F12] = Keys.F12;
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keyMap[Input.Key.F13] = Keys.F13;
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keyMap[Input.Key.F14] = Keys.F14;
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keyMap[Input.Key.F15] = Keys.F15;
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keyMap[Input.Key.F16] = Keys.F16;
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keyMap[Input.Key.F17] = Keys.F17;
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keyMap[Input.Key.F18] = Keys.F18;
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keyMap[Input.Key.F19] = Keys.F19;
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keyMap[Input.Key.F2] = Keys.F2;
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keyMap[Input.Key.F20] = Keys.F20;
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keyMap[Input.Key.F21] = Keys.F21;
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keyMap[Input.Key.F22] = Keys.F22;
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keyMap[Input.Key.F23] = Keys.F23;
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keyMap[Input.Key.F24] = Keys.F24;
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//keyMap[Input.Key.F25] = Keys.;
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//... F35
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keyMap[Input.Key.F3] = Keys.F3;
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keyMap[Input.Key.F4] = Keys.F4;
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keyMap[Input.Key.F5] = Keys.F5;
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keyMap[Input.Key.F6] = Keys.F6;
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keyMap[Input.Key.F7] = Keys.F7;
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keyMap[Input.Key.F8] = Keys.F8;
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keyMap[Input.Key.F9] = Keys.F9;
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keyMap[Input.Key.G] = Keys.G;
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keyMap[Input.Key.Grave] = Keys.OemTilde;
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keyMap[Input.Key.H] = Keys.H;
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keyMap[Input.Key.Home] = Keys.Home;
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keyMap[Input.Key.I] = Keys.I;
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keyMap[Input.Key.Insert] = Keys.Insert;
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keyMap[Input.Key.J] = Keys.J;
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keyMap[Input.Key.K] = Keys.K;
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keyMap[Input.Key.Keypad0] = Keys.NumPad0;
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keyMap[Input.Key.Keypad1] = Keys.NumPad1;
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keyMap[Input.Key.Keypad2] = Keys.NumPad2;
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keyMap[Input.Key.Keypad3] = Keys.NumPad3;
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keyMap[Input.Key.Keypad4] = Keys.NumPad4;
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keyMap[Input.Key.Keypad5] = Keys.NumPad5;
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keyMap[Input.Key.Keypad6] = Keys.NumPad6;
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keyMap[Input.Key.Keypad7] = Keys.NumPad7;
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keyMap[Input.Key.Keypad8] = Keys.NumPad8;
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keyMap[Input.Key.Keypad9] = Keys.NumPad9;
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keyMap[Input.Key.KeypadAdd] = Keys.Add;
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keyMap[Input.Key.KeypadDecimal] = Keys.Decimal;
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keyMap[Input.Key.KeypadDivide] = Keys.Divide;
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//keyMap[Input.Key.KeypadEnter] = Keys.Enter;
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keyMap[Input.Key.KeypadMinus] = Keys.Subtract;
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keyMap[Input.Key.KeypadMultiply] = Keys.Multiply;
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keyMap[Input.Key.KeypadPeriod] = Keys.OemPeriod;
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keyMap[Input.Key.KeypadPlus] = Keys.Add;
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keyMap[Input.Key.KeypadSubtract] = Keys.Subtract;
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keyMap[Input.Key.L] = Keys.L;
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keyMap[Input.Key.LAlt] = Keys.LeftAlt;
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keyMap[Input.Key.LBracket] = Keys.OemOpenBrackets;
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keyMap[Input.Key.LControl] = Keys.LeftControl;
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keyMap[Input.Key.Left] = Keys.Left;
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keyMap[Input.Key.LShift] = Keys.LeftShift;
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keyMap[Input.Key.LWin] = Keys.LeftWindows;
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keyMap[Input.Key.M] = Keys.M;
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//keyMap[Input.Key.Menu] = Keys.;
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keyMap[Input.Key.Minus] = Keys.OemMinus;
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keyMap[Input.Key.N] = Keys.N;
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//keyMap.Add(Input.Key.NonUSBackSlash);
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keyMap[Input.Key.Number0] = Keys.D0;
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keyMap[Input.Key.Number1] = Keys.D1;
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keyMap[Input.Key.Number2] = Keys.D2;
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keyMap[Input.Key.Number3] = Keys.D3;
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keyMap[Input.Key.Number4] = Keys.D4;
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keyMap[Input.Key.Number5] = Keys.D5;
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keyMap[Input.Key.Number6] = Keys.D6;
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keyMap[Input.Key.Number7] = Keys.D7;
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keyMap[Input.Key.Number8] = Keys.D8;
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keyMap[Input.Key.Number9] = Keys.D9;
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keyMap[Input.Key.NumLock] = Keys.NumLock;
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keyMap[Input.Key.O] = Keys.O;
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keyMap[Input.Key.P] = Keys.P;
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keyMap[Input.Key.PageDown] = Keys.PageDown;
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keyMap[Input.Key.PageUp] = Keys.PageUp;
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keyMap[Input.Key.Pause] = Keys.Pause;
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keyMap[Input.Key.Period] = Keys.OemPeriod;
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keyMap[Input.Key.Plus] = Keys.OemPlus;
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keyMap[Input.Key.PrintScreen] = Keys.PrintScreen;
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keyMap[Input.Key.Q] = Keys.Q;
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keyMap[Input.Key.Quote] = Keys.OemQuotes;
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keyMap[Input.Key.R] = Keys.R;
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keyMap[Input.Key.RAlt] = Keys.RightAlt;
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keyMap[Input.Key.RBracket] = Keys.OemCloseBrackets;
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keyMap[Input.Key.RControl] = Keys.RightControl;
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keyMap[Input.Key.Right] = Keys.Right;
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keyMap[Input.Key.RShift] = Keys.RightShift;
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keyMap[Input.Key.RWin] = Keys.RightWindows;
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keyMap[Input.Key.S] = Keys.S;
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keyMap[Input.Key.ScrollLock] = Keys.Scroll;
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keyMap[Input.Key.Semicolon] = Keys.OemSemicolon;
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keyMap[Input.Key.ShiftLeft] = Keys.LeftShift;
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keyMap[Input.Key.ShiftRight] = Keys.RightShift;
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//keyMap[Input.Key.Slash] = Keys.;
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keyMap[Input.Key.Sleep] = Keys.Sleep;
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keyMap[Input.Key.Space] = Keys.Space;
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keyMap[Input.Key.T] = Keys.T;
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keyMap[Input.Key.Tab] = Keys.Tab;
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keyMap[Input.Key.Tilde] = Keys.OemTilde;
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keyMap[Input.Key.U] = Keys.U;
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keyMap[Input.Key.Up] = Keys.Up;
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keyMap[Input.Key.V] = Keys.V;
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keyMap[Input.Key.W] = Keys.W;
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keyMap[Input.Key.WinLeft] = Keys.LeftWindows;
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keyMap[Input.Key.WinRight] = Keys.RightWindows;
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keyMap[Input.Key.X] = Keys.X;
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keyMap[Input.Key.Y] = Keys.Y;
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keyMap[Input.Key.Z] = Keys.Z;
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//TODO: Many XNA buttons are missing
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//like media and kanji
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}
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public static Keys ToAnx(this Input.Key key)
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{
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initKeyMap();
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Keys keys;
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if (keyMap.TryGetValue(key, out keys))
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return keys;
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else
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{
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Console.Error.WriteLine("Unknown key: " + key.ToString());
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return Keys.None;
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}
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}
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public static KeyboardState ToAnx(this Input.KeyboardState state)
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{
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List<Keys> downKeys = new List<Keys>();
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foreach (Input.Key key in Enum.GetValues(typeof(Input.Key)))
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{
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if (state.IsKeyDown(key))
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downKeys.Add(key.ToAnx());
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}
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return new KeyboardState(downKeys.ToArray());
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}
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#endregion
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public static ButtonState ToAnx(this Input.ButtonState state)
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{
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return (ButtonState)state;
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}
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public static Vector2 ToAnx(this global::OpenTK.Vector2 vector)
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{
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return new Vector2(vector.X, vector.Y);
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}
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}
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}
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