private void VirtualPadAnalogStick_Load(object sender, EventArgs e)
{
AnalogStick.Name = Name;
AnalogStick.XName = Name;
AnalogStick.YName = Name.Replace("X", "Y"); // TODO: allow schema to dictate this but this is a convenient default
AnalogStick.SetRangeX(RangeX);
AnalogStick.SetRangeY(RangeY);
ManualX.Minimum = (decimal)RangeX[0];
ManualX.Maximum = (decimal)RangeX[2];
ManualY.Minimum = (decimal)RangeX[0];
ManualY.Maximum = (decimal)RangeX[2];
MaxXNumeric.Minimum = 1;
MaxXNumeric.Maximum = 100;
MaxXNumeric.Value = 100;
MaxYNumeric.Minimum = 1;
MaxYNumeric.Maximum = 100;
MaxYNumeric.Value = 100; // Note: these trigger change events that change the analog stick too
rangeAverageX = (int)((RangeX[0] + RangeX[2]) / 2);
rangeAverageY = (int)((RangeY[0] + RangeY[2]) / 2);
}
void MyOwnInput() //Better than normal stuff as it supports having two input devices simultaneosly
{
AnalogStick leftAnalogStick = gamePad.LeftStick;
if ((InputManager.Keyboard.KeyDown(Keys.D) || InputManager.Keyboard.KeyDown(Keys.Right) || gamePad.ButtonDown(Xbox360GamePad.Button.DPadRight) || leftAnalogStick.AsDPadDown(Xbox360GamePad.DPadDirection.Right)) && InputActive)
{
input.HorinzontalInputa(1);
}
else if ((InputManager.Keyboard.KeyDown(Keys.A) || InputManager.Keyboard.KeyDown(Keys.Left) || gamePad.ButtonDown(Xbox360GamePad.Button.DPadLeft) || leftAnalogStick.AsDPadDown(Xbox360GamePad.DPadDirection.Left)) && InputActive)
{
input.HorinzontalInputa(-1);
}
else if ((InputManager.Keyboard.KeyDown(Keys.W) || InputManager.Keyboard.KeyDown(Keys.Up) || gamePad.ButtonDown(Xbox360GamePad.Button.DPadUp) || leftAnalogStick.AsDPadDown(Xbox360GamePad.DPadDirection.Up)) && InputActive)
{
input.VerticalInputb(1);
}
//else if (InputManager.Keyboard.KeyDown(Keys.S) || InputManager.Keyboard.KeyDown(Keys.Down) || gamePad.ButtonDown(Xbox360GamePad.Button.DPadDown) || leftAnalogStick.AsDPadDown(Xbox360GamePad.DPadDirection.Down))
//{
// input.VerticalInputb(-1);
//}
else
{
input.HorinzontalInputa(0);
input.VerticalInputb(0);
}
InitializePlatformerInput(input);
}
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
// * New Method: Get Analog Stick Axis
//~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
public static float GetAnalogAxis(AnalogStick eStick, Direction eDir)
{
if (eStick == AnalogStick.Left)
{
if (eDir == Direction.Horizontal)
{
return(Input.GetAxisRaw(m_sLeftStickHorizontal));
}
else
{
return(Input.GetAxisRaw(m_sLeftStickVertical));
}
}
else
{
if (eDir == Direction.Horizontal)
{
return(Input.GetAxisRaw(m_sRightStickHorizontal));
}
else
{
return(Input.GetAxisRaw(m_sRightStickVertical));
}
}
}
private void SetAnalogMaxFromNumerics()
{
if (!_programmaticallyUpdatingNumerics)
{
AnalogStick.SetUserRange((sbyte)MaxXNumeric.Value, (sbyte)MaxYNumeric.Value);
}
}
// read the calibration data and undo obfuscation transformation
private void ReadCalibrationData()
{
byte[] buffer = new byte[16];
// 0x04A40020 is the address of the calibration data on the wiimote
_Wiimote.ReadMemory(0x04A40020, buffer, 0, 16);
for (int i = 0; i < 16; i++)
{
buffer[i] = (byte)((buffer[i] ^ 0x17) + 0x17 & 0xFF);
}
AccelerometerCalibration accelerometerCalibration = new AccelerometerCalibration(
(ushort)((buffer[0] << 2) + ((buffer[3]) & 0x3)),
(ushort)((buffer[4] << 2) + ((buffer[7]) & 0x3)),
(ushort)((buffer[1] << 2) + ((buffer[3] >> 2) & 0x3)),
(ushort)((buffer[5] << 2) + ((buffer[7] >> 2) & 0x3)),
(ushort)((buffer[2] << 2) + ((buffer[3] >> 4) & 0x3)),
(ushort)((buffer[6] << 2) + ((buffer[7] >> 4) & 0x3)));
_Accelerometer = new Accelerometer(accelerometerCalibration);
AnalogStickCalibration stickCalibration = new AnalogStickCalibration(buffer[9], buffer[10], buffer[8],
buffer[12], buffer[13], buffer[11]);
_Stick = new AnalogStick(stickCalibration);
}
private void SetAnalogMaxFromNumerics()
{
if (!_programmaticallyUpdatingNumerics)
{
AnalogStick.SetUserRange(ReverseX ? -MaxXNumeric.Value : MaxXNumeric.Value, ReverseY ? -MaxYNumeric.Value : MaxYNumeric.Value);
}
}
private int[] getMouseMovement(AnalogStick stick)
{
var stickMovement = stick.Movement;
var mouseMovement = new int[2];
mouseMovement[0] = 0;
mouseMovement[1] = 0;
if (stickMovement[(int)Direction.LEFT] > minSymmetricThreshold)
{
mouseMovement[0] = -whichIndex(minSymmetricThreshold, maxSymmetricDirectionValue, maxMouseMovementSpeed, stickMovement[(int)Direction.LEFT]);
}
if (stickMovement[(int)Direction.RIGHT] > minSymmetricThreshold)
{
mouseMovement[0] = whichIndex(minSymmetricThreshold, maxSymmetricDirectionValue, maxMouseMovementSpeed, stickMovement[(int)Direction.RIGHT]);
}
if (stickMovement[(int)Direction.TOP] > minSymmetricThreshold)
{
mouseMovement[1] = -whichIndex(minSymmetricThreshold, maxSymmetricDirectionValue, maxMouseMovementSpeed, stickMovement[(int)Direction.TOP]);
}
if (stickMovement[(int)Direction.DOWN] > minSymmetricThreshold)
{
mouseMovement[1] = whichIndex(minSymmetricThreshold, maxSymmetricDirectionValue, maxMouseMovementSpeed, stickMovement[(int)Direction.DOWN]);
}
return(mouseMovement);
}
private void VirtualPadAnalogStick_Load(object sender, EventArgs e)
{
AnalogStick.Name = Name;
AnalogStick.XName = Name;
AnalogStick.YName = !string.IsNullOrEmpty(SecondaryName)
? SecondaryName
: Name.Replace("X", "Y"); // Fallback
AnalogStick.SetRangeX(RangeX);
AnalogStick.SetRangeY(RangeY);
ManualX.Minimum = (decimal)RangeX[0];
ManualX.Maximum = (decimal)RangeX[2];
ManualY.Minimum = (decimal)RangeX[0];
ManualY.Maximum = (decimal)RangeX[2];
MaxXNumeric.Minimum = 1;
MaxXNumeric.Maximum = 100;
MaxXNumeric.Value = 100;
MaxYNumeric.Minimum = 1;
MaxYNumeric.Maximum = 100;
MaxYNumeric.Value = 100; // Note: these trigger change events that change the analog stick too
rangeAverageX = (int)((RangeX[0] + RangeX[2]) / 2);
rangeAverageY = (int)((RangeY[0] + RangeY[2]) / 2);
}
//-----------------------------------------------------------------------------
// Constructor
//-----------------------------------------------------------------------------
// Initializes the controls for the game
public static void Initialize()
{
Controls.arrows = new MultiGameButton[4];
Controls.arrows[Directions.Up] = new MultiGameButton(new GameButton(Keys.Up), new GameButton(Buttons.LeftStickUp));
Controls.arrows[Directions.Down] = new MultiGameButton(new GameButton(Keys.Down), new GameButton(Buttons.LeftStickDown));
Controls.arrows[Directions.Left] = new MultiGameButton(new GameButton(Keys.Left), new GameButton(Buttons.LeftStickLeft));
Controls.arrows[Directions.Right] = new MultiGameButton(new GameButton(Keys.Right), new GameButton(Buttons.LeftStickRight));
Controls.analogMovement = GamePad.GetStick(Buttons.LeftStick);
/*
* Controls.a = new MultiGameButton(new GameButton(Keys.X), new GameButton(Buttons.A));
* Controls.b = new MultiGameButton(new GameButton(Keys.Z), new GameButton(Buttons.B));
* Controls.x = new MultiGameButton(new GameButton(Keys.S), new GameButton(Buttons.X));
* Controls.y = new MultiGameButton(new GameButton(Keys.A), new GameButton(Buttons.Y));
* Controls.start = new MultiGameButton(new GameButton(Keys.Enter), new GameButton(Buttons.Start));
* Controls.select = new MultiGameButton(new GameButton(Keys.Backslash), new GameButton(Buttons.Back));
*/
// David's preffered control scheme:
Controls.a = new MultiGameButton(new GameButton(Keys.Z), new GameButton(Buttons.A));
Controls.b = new MultiGameButton(new GameButton(Keys.X), new GameButton(Buttons.B));
Controls.x = new MultiGameButton(new GameButton(Keys.S), new GameButton(Buttons.X));
Controls.y = new MultiGameButton(new GameButton(Keys.A), new GameButton(Buttons.Y));
Controls.start = new MultiGameButton(new GameButton(Keys.Enter), new GameButton(Buttons.Start));
Controls.select = new MultiGameButton(new GameButton(Keys.RShift), new GameButton(Buttons.Back));
}
void OperateAnalogStick(AnalogStick stick, AnalogStickOperation operation, Vector3 point)
{
//Debug.Log(stick.ToString() + "" + operation.ToString());
switch (operation)
{
case AnalogStickOperation.FadeIn:
{
if (stick == leftStick)
{
leftStickPosition = point;
}
else if (stick == rightStick)
{
rightStickPosition = point;
}
}
break;
case AnalogStickOperation.Move:
{
stick.moveDirection = point;
stick.Move();
}
break;
case AnalogStickOperation.Leave:
{
stick.ReturnToZero();
}
break;
}
}
private void SetAnalogMaxFromNumerics()
{
if (!_programmaticallyUpdatingNumerics)
{
//blehh,... this damn feature
AnalogStick.SetUserRange((float)MaxXNumeric.Value, (float)MaxYNumeric.Value);
}
}
public AnalogInputRepeater(PlayerIndex player, AnalogStick stick, float threshold, int minMillisPerRepeat, int maxMillisPerRepeat)
: base(player, stick)
{
this.threshold = threshold;
this.millisRemaining = 0;
this.minMillisPerRepeat = minMillisPerRepeat;
this.maxMillisPerRepeat = maxMillisPerRepeat;
this.isDown = false;
}
private void SetAnalogControlFromNumerics()
{
if (!_programmaticallyUpdatingNumerics)
{
AnalogStick.X = (int)ManualX.Value;
AnalogStick.Y = (int)ManualY.Value;
AnalogStick.HasValue = true;
AnalogStick.Refresh();
}
}
bool[] getDirectionStatus(AnalogStick stick)
{
var directionsPressed = new bool[4];
var movement = stick.Movement;
directionsPressed[(int)Direction.TOP] = movement[(int)Direction.TOP] > thresholdVertical;
directionsPressed[(int)Direction.RIGHT] = movement[(int)Direction.RIGHT] > thresholdHorizontal;
directionsPressed[(int)Direction.DOWN] = movement[(int)Direction.DOWN] > thresholdVertical;
directionsPressed[(int)Direction.LEFT] = movement[(int)Direction.LEFT] > thresholdHorizontal;
return(directionsPressed);
}
public override Vector2 getAnalogVector(AnalogStick a, PlayerIndex?pi)
{
if (a == AnalogStick.Left)
{
Vector2 v = Vector2.Zero;
if (CurrentKeyboardState.IsKeyDown(Keys.A))
{
v += new Vector2(-1.0f, 0.0f);
}
if (CurrentKeyboardState.IsKeyDown(Keys.D))
{
v += new Vector2(1.0f, 0.0f);
}
if (CurrentKeyboardState.IsKeyDown(Keys.S))
{
v += new Vector2(0.0f, -1.0f);
}
if (CurrentKeyboardState.IsKeyDown(Keys.W))
{
v += new Vector2(0.0f, 1.0f);
}
return(v);
}
else
{
Vector2 v = Vector2.Zero;
if (CurrentKeyboardState.IsKeyDown(Keys.Left))
{
v += new Vector2(-1.0f, 0.0f);
}
if (CurrentKeyboardState.IsKeyDown(Keys.Right))
{
v += new Vector2(1.0f, 0.0f);
}
if (CurrentKeyboardState.IsKeyDown(Keys.Down))
{
v += new Vector2(0.0f, -1.0f);
}
if (CurrentKeyboardState.IsKeyDown(Keys.Up))
{
v += new Vector2(0.0f, 1.0f);
}
return(v);
}
}
private void PolarNumeric_Changed(object sender, EventArgs e)
{
ManualX.ValueChanged -= manualXYValueChangedEventHandler;
ManualY.ValueChanged -= manualXYValueChangedEventHandler;
ManualX.Value = Math.Ceiling(manualR.Value * (decimal)Math.Cos(Math.PI * (double)manualTheta.Value / 180)).Clamp(-127, 127);
ManualY.Value = Math.Ceiling(manualR.Value * (decimal)Math.Sin(Math.PI * (double)manualTheta.Value / 180)).Clamp(-127, 127);
AnalogStick.X = (int)ManualX.Value;
AnalogStick.Y = (int)ManualY.Value;
AnalogStick.HasValue = true;
AnalogStick.Refresh();
ManualX.ValueChanged += manualXYValueChangedEventHandler;
ManualY.ValueChanged += manualXYValueChangedEventHandler;
}
public Joystick(IntPtr window_handle)
{
hWnd = window_handle;
AnalogStick leftStick = new AnalogStick(0, 65535, 8, s => s.X, s => s.Y);
leftStick.Mapping = new AnalogStickToKeyMapping();
AnalogStick rightStick = new AnalogStick(0, 65535, 9, s => s.Rx, s => s.Ry);
rightStick.Mapping = new AnalogStickToMouseMapping();
modules = new List <IControllerModule>();
modules.Add(leftStick);
modules.Add(rightStick);
var buttonsToKeys = new Dictionary <int, int>();
buttonsToKeys[0] = (int)FormsKeys.Space; // A
buttonsToKeys[1] = (int)FormsKeys.Alt; // B
buttonsToKeys[2] = (int)FormsKeys.Control; // X
buttonsToKeys[3] = (int)FormsKeys.R; // Y
buttonsToKeys[4] = (int)FormsKeys.Q; // Linker Bumper
buttonsToKeys[5] = (int)FormsKeys.E; // Rechter Bumper
buttonsToKeys[6] = (int)FormsKeys.Escape; // Back
buttonsToKeys[7] = (int)FormsKeys.Enter; // Start
//buttonsToKeys[8] = (int)FormsKeys.I; // Klick Linker Stick
//buttonsToKeys[9] = (int)FormsKeys.J; // Klick Rechter Stick
List <ControllerButton> buttons = new List <ControllerButton>();
for (int i = 0; i <= 7; ++i)
{
ControllerButton b = new ControllerButton(i);
b.Mapping = new ButtonToKeyMapping((short)buttonsToKeys[i]);
buttons.Add(b);
}
ButtonSet bSet = new ButtonSet(buttons);
modules.Add(bSet);
Trigger t = new Trigger(0, 65535);
t.Mapping = new TriggerToTemporaryCustomMapping(20000);
modules.Add(t);
}
public void map(AnalogStick stick)
{
var currentDirectionStatus = getDirectionStatus(stick);
var releasedDirections = getReleasedDirections(currentDirectionStatus);
var pressedDirections = getPressedDirections(currentDirectionStatus);
//s += "Release:\t";
//foreach (bool b in releasedDirections)
//{
// s += b + "\t";
//}
//s += "\n";
//s += "Pressed:\t";
//foreach (bool b in pressedDirections)
//{
// s += b + "\t";
//}
//s += "\n";
for (int i = 0; i < releasedDirections.Length; ++i)
{
//string t = " ";
if (releasedDirections[i] == true)
{
InputInterface.ReleaseKey((short)directionsToKeys[(Direction)i]);
//t = "rel";
}
//s += t + "\t";
}
//s += "\n";
for (int i = 0; i < pressedDirections.Length; ++i)
{
//string t = " ";
if (pressedDirections[i] == true)
{
InputInterface.PressKey((short)directionsToKeys[(Direction)i]);
// t = "prs";
}
//s += t + "\t";
}
update(currentDirectionStatus);
}
public override Vector2 getAnalogVector(AnalogStick a, PlayerIndex?pi)
{
if (pi.HasValue)
{
if (a == AnalogStick.Left)
{
return(CurrentGamepadStates[(int)pi.Value].ThumbSticks.Left);
}
else
{
return(CurrentGamepadStates[(int)pi.Value].ThumbSticks.Right);
}
}
else
{
return(getAnalogVector(a, PlayerIndex.One));
}
}
//TODO: Aktion beim Klick variabel maachen
public void map(AnalogStick stick)
{
var m = getMouseMovement(stick);
InputInterface.MoveMouse(m[0], m[1]);
if (stick.Clicked && !previousClicked)
{
InputInterface.SendMouseClick(InputInterface.MOUSEEVENTF.LEFTDOWN);
}
if (!stick.Clicked && previousClicked)
{
InputInterface.SendMouseClick(InputInterface.MOUSEEVENTF.LEFTUP);
}
update(stick);
}
/** <summary> True if the gamepad is disabled. </summary> */
//private static bool disabled; // I commented 'disabled' out because it is unused.
#endregion
//========= CONSTRUCTORS =========
#region Constructors
/** <summary> Initializes the gamepad listener. </summary> */
public static void Initialize()
{
// States
buttons = new InputControl[4, NumButtons];
sticks = new AnalogStick[4, NumSticks];
triggers = new Trigger[4, NumTriggers];
//disabled = false;
// Setup
for (int i = 0; i < 4; i++)
{
for (int j = 0; j < NumButtons; j++)
{
buttons[i, j] = new InputControl();
}
for (int j = 0; j < NumSticks; j++)
{
sticks[i, j] = new AnalogStick();
}
for (int j = 0; j < NumTriggers; j++)
{
triggers[i, j] = new Trigger();
}
buttons[i, (int)Buttons.LeftStickRight] = sticks[i, (int)Buttons.LeftStick].Right;
buttons[i, (int)Buttons.LeftStickDown] = sticks[i, (int)Buttons.LeftStick].Down;
buttons[i, (int)Buttons.LeftStickLeft] = sticks[i, (int)Buttons.LeftStick].Left;
buttons[i, (int)Buttons.LeftStickUp] = sticks[i, (int)Buttons.LeftStick].Up;
buttons[i, (int)Buttons.RightStickRight] = sticks[i, (int)Buttons.RightStick].Right;
buttons[i, (int)Buttons.RightStickDown] = sticks[i, (int)Buttons.RightStick].Down;
buttons[i, (int)Buttons.RightStickLeft] = sticks[i, (int)Buttons.RightStick].Left;
buttons[i, (int)Buttons.RightStickUp] = sticks[i, (int)Buttons.RightStick].Up;
buttons[i, (int)Buttons.DPadRight] = sticks[i, (int)Buttons.DPad].Right;
buttons[i, (int)Buttons.DPadDown] = sticks[i, (int)Buttons.DPad].Down;
buttons[i, (int)Buttons.DPadLeft] = sticks[i, (int)Buttons.DPad].Left;
buttons[i, (int)Buttons.DPadUp] = sticks[i, (int)Buttons.DPad].Up;
sticks[i, (int)Buttons.DPad].DirectionDeadZone = Vector2F.Zero;
buttons[i, (int)Buttons.LeftTriggerButton] = triggers[i, (int)Buttons.LeftTrigger].Button;
buttons[i, (int)Buttons.RightTriggerButton] = triggers[i, (int)Buttons.RightTrigger].Button;
}
}
public static float GetCurrentValue(PlayerIndex player, AnalogStick stick)
{
switch (stick) {
case AnalogStick.LEFT_X:
return GamePad.GetState(player).ThumbSticks.Left.X;
case AnalogStick.LEFT_Y:
return GamePad.GetState(player).ThumbSticks.Left.Y;
case AnalogStick.RIGHT_X:
return GamePad.GetState(player).ThumbSticks.Right.X;
case AnalogStick.RIGHT_Y:
return GamePad.GetState(player).ThumbSticks.Right.Y;
case AnalogStick.LEFT_TRIGGER:
return GamePad.GetState(player).Triggers.Left;
case AnalogStick.RIGHT_TRIGGER:
return GamePad.GetState(player).Triggers.Right;
default:
return 0.0f;
}
}
private void ReadCalibrationData()
{
byte[] buffer = new byte[16];
_Wiimote.ReadMemory(0x04A40020, buffer, 0, 16);
for (int i = 0; i < 16; i++)
{
buffer[i] = (byte)((buffer[i] ^ 0x17) + 0x17 & 0xFF);
}
AnalogStickCalibration leftStickCalibration = new AnalogStickCalibration((byte)(buffer[1] >> 2), (byte)(buffer[2] >> 2), (byte)(buffer[0] >> 2),
(byte)(buffer[4] >> 2), (byte)(buffer[5] >> 2), (byte)(buffer[3] >> 2));
_LeftStick = new AnalogStick(leftStickCalibration);
AnalogStickCalibration rightStickCalibration = new AnalogStickCalibration((byte)(buffer[7] >> 3), (byte)(buffer[8] >> 3), (byte)(buffer[6] >> 3),
(byte)(buffer[10] >> 3), (byte)(buffer[11] >> 3), (byte)(buffer[9] >> 3));
_RightStick = new AnalogStick(rightStickCalibration);
}
void InitializeObjects()
{
if (!leftStick)
{
leftStick = transform.Find("left_analogStick").GetComponent <AnalogStick>();
}
if (!rightStick)
{
rightStick = transform.Find("right_analogStick").GetComponent <AnalogStick>();
}
if (!referencePlane)
{
referencePlane = transform.Find("referencePlane").transform;
}
if (!leftStickAreaPlane)
{
leftStickAreaPlane = transform.Find("leftStickArea").transform;
}
if (!rightStickAreaPlane)
{
rightStickAreaPlane = transform.Find("rightStickArea").transform;
}
if (!buttonsAreaPlane)
{
buttonsAreaPlane = transform.Find("buttonsArea").transform;
}
if (buttons == null)
{
buttons = transform.GetComponentsInChildren <ButtonController>();
}
if (!controllerCamera)
{
controllerCamera = Camera.main;
}
mainCameraTransform = controllerCamera.transform;
}
private void PolarNumeric_Changed(object sender, EventArgs e)
{
ManualX.ValueChanged -= ManualXY_ValueChanged; //TODO is setting and checking a bool faster than subscription?
ManualY.ValueChanged -= ManualXY_ValueChanged;
var rect = PolarRectConversion.PolarDegToRect((double)manualR.Value, (double)manualTheta.Value);
rect = new Tuple <double, double>(
rangeAverageX + Math.Ceiling(rect.Item1).Clamp(-127, 127),
rangeAverageY + Math.Ceiling(rect.Item2).Clamp(-127, 127));
ManualX.Value = (decimal)rect.Item1;
ManualY.Value = (decimal)rect.Item2;
AnalogStick.X = (int)rect.Item1;
AnalogStick.Y = (int)rect.Item2;
AnalogStick.HasValue = true;
AnalogStick.Refresh();
ManualX.ValueChanged += ManualXY_ValueChanged;
ManualY.ValueChanged += ManualXY_ValueChanged;
}
private void VirtualPadAnalogStick_Load(object sender, EventArgs e)
{
AnalogStick.Init(
Name,
RangeX,
!string.IsNullOrEmpty(SecondaryName) ? SecondaryName : Name.Replace("X", "Y"),
RangeY
);
ManualX.Minimum = RangeX.Min;
ManualX.Maximum = RangeX.Max;
ManualY.Minimum = RangeY.Min;
ManualY.Maximum = RangeY.Max;
MaxXNumeric.Minimum = 1;
MaxXNumeric.Maximum = 100;
MaxYNumeric.Minimum = 1;
MaxYNumeric.Maximum = 100;
// these trigger Change events that set the analog stick's values too
MaxXNumeric.Value = 100;
MaxYNumeric.Value = 100;
}
/// <summary>
///
/// </summary>
public Analog(AnalogStick analogStick)
{
Horizontal = Vertical = 0;
AnalogStick = analogStick;
}
public void SetPrevious(IController previous)
{
AnalogStick.SetPrevious(previous);
}
public Vector2 getAnalogVector(AnalogStick a, PlayerIndex? pi)
{
return controller.getAnalogVector(a, pi);
}
private void ReadCalibrationData()
{
byte[] buffer = new byte[16];
_Wiimote.ReadMemory(0x04A40020, buffer, 0, 16);
for (int i = 0; i < 16; i++)
{
buffer[i] = (byte)((buffer[i] ^ 0x17) + 0x17 & 0xFF);
}
AnalogStickCalibration leftStickCalibration = new AnalogStickCalibration((byte)(buffer[1] >> 2), (byte)(buffer[2] >> 2), (byte)(buffer[0] >> 2),
(byte)(buffer[4]>>2),(byte)(buffer[5]>>2),(byte)(buffer[3]>>2));
_LeftStick = new AnalogStick(leftStickCalibration);
AnalogStickCalibration rightStickCalibration = new AnalogStickCalibration((byte)(buffer[7] >> 3), (byte)(buffer[8] >> 3), (byte)(buffer[6] >> 3),
(byte)(buffer[10]>>3),(byte)(buffer[11]>>3),(byte)(buffer[9]>>3));
_RightStick = new AnalogStick(rightStickCalibration);
}
public void Clear()
{
AnalogStick.Clear();
}
public AnalogInput(PlayerIndex player, AnalogStick stick)
{
this.player = player;
this.stick = stick;
}
public override Vector2 getAnalogVector(AnalogStick a, PlayerIndex? pi)
{
if (pi.HasValue)
{
if (a == AnalogStick.Left)
{
return CurrentGamepadStates[(int)pi.Value].ThumbSticks.Left;
}
else
{
return CurrentGamepadStates[(int)pi.Value].ThumbSticks.Right;
}
}
else
{
return getAnalogVector(a, PlayerIndex.One);
}
}
public abstract Vector2 getAnalogVector(AnalogStick a, PlayerIndex? pi);
public override Vector2 getAnalogVector(AnalogStick a, PlayerIndex? pi)
{
if (a == AnalogStick.Left)
{
Vector2 v = Vector2.Zero;
if (CurrentKeyboardState.IsKeyDown(Keys.A)) v += new Vector2(-1.0f, 0.0f);
if (CurrentKeyboardState.IsKeyDown(Keys.D)) v += new Vector2(1.0f, 0.0f);
if (CurrentKeyboardState.IsKeyDown(Keys.S)) v += new Vector2(0.0f, -1.0f);
if (CurrentKeyboardState.IsKeyDown(Keys.W)) v += new Vector2(0.0f, 1.0f);
return v;
}
else
{
Vector2 v = Vector2.Zero;
if (CurrentKeyboardState.IsKeyDown(Keys.Left)) v += new Vector2(-1.0f, 0.0f);
if (CurrentKeyboardState.IsKeyDown(Keys.Right)) v += new Vector2(1.0f, 0.0f);
if (CurrentKeyboardState.IsKeyDown(Keys.Down)) v += new Vector2(0.0f, -1.0f);
if (CurrentKeyboardState.IsKeyDown(Keys.Up)) v += new Vector2(0.0f, 1.0f);
return v;
}
}
public Vector2 getAnalogVector(AnalogStick a, PlayerIndex?pi)
{
return(controller.getAnalogVector(a, pi));
}
public abstract Vector2 getAnalogVector(AnalogStick a, PlayerIndex?pi);
// read the calibration data and undo obfuscation transformation
private void ReadCalibrationData()
{
byte[] buffer = new byte[16];
// 0x04A40020 is the address of the calibration data on the wiimote
_Wiimote.ReadMemory(0x04A40020, buffer, 0, 16);
for (int i = 0; i < 16; i++)
{
buffer[i] = (byte)((buffer[i] ^ 0x17) + 0x17 & 0xFF);
}
AccelerometerCalibration accelerometerCalibration = new AccelerometerCalibration(
(ushort)((buffer[0] << 2) + ((buffer[3]) & 0x3)),
(ushort)((buffer[4] << 2) + ((buffer[7]) & 0x3)),
(ushort)((buffer[1] << 2) + ((buffer[3] >> 2) & 0x3)),
(ushort)((buffer[5] << 2) + ((buffer[7] >> 2) & 0x3)),
(ushort)((buffer[2] << 2) + ((buffer[3] >> 4) & 0x3)),
(ushort)((buffer[6] << 2) + ((buffer[7] >> 4) & 0x3)));
_Accelerometer = new Accelerometer(accelerometerCalibration);
AnalogStickCalibration stickCalibration = new AnalogStickCalibration(buffer[9], buffer[10], buffer[8],
buffer[12],buffer[13], buffer[11]);
_Stick = new AnalogStick(stickCalibration);
}
public void Set(IController controller)
{
AnalogStick.Set(controller);
SetNumericsFromAnalog();
}
private PlayerMotionType moveModeWater; // For swimming.
//-----------------------------------------------------------------------------
// Constructors
//-----------------------------------------------------------------------------
public PlayerMoveComponent(Player player)
{
this.player = player;
// Default settings.
autoAccelerate = false;
moveSpeedScale = 1.0f;
moveCondition = PlayerMoveCondition.FreeMovement;
canLedgeJump = true;
canJump = true;
canPush = true;
canUseWarpPoint = true;
isStrafing = false;
isSprinting = false;
sprintTimer = 0;
sprintSpeedScale = 1.5f;
// Internal.
allowMovementControl = true;
moveAxes = new bool[] { false, false };
motion = Vector2F.Zero;
isMoving = false;
velocityPrev = Vector2F.Zero;
moveAngle = Angles.South;
mode = new PlayerMotionType();
jumpStartTile = -Point2I.One;
isCapeDeployed = false;
doomedToFallInHole = false;
holeTile = null;
holeDoomTimer = 0;
holeSlipVelocity = Vector2F.Zero;
fallingInHole = false;
isOnColorBarrier = false;
isOnSideScrollLadder = false;
climbCollisionBox = new Rectangle2F(-1, -7, 2, 9);
// Controls.
analogMode = false;
analogStick = GamePad.GetStick(Buttons.LeftStick);
analogAngle = 0.0f;
moveButtons = new InputControl[4];
moveButtons[Directions.Up] = Controls.Up;
moveButtons[Directions.Down] = Controls.Down;
moveButtons[Directions.Left] = Controls.Left;
moveButtons[Directions.Right] = Controls.Right;
// Normal movement.
moveModeNormal = new PlayerMotionType();
moveModeNormal.MoveSpeed = 1.0f;
moveModeNormal.CanLedgeJump = true;
moveModeNormal.CanRoomChange = true;
// Slow movement.
moveModeSlow = new PlayerMotionType(moveModeNormal);
moveModeSlow.MoveSpeed = 0.5f;
// Grass movement.
moveModeGrass = new PlayerMotionType(moveModeNormal);
moveModeGrass.MoveSpeed = 0.75f;
// Ice movement.
moveModeIce = new PlayerMotionType();
moveModeIce.MoveSpeed = 1.0f;
moveModeIce.CanLedgeJump = true;
moveModeIce.CanRoomChange = true;
moveModeIce.IsSlippery = true;
moveModeIce.Acceleration = 0.02f;
moveModeIce.Deceleration = 0.05f;
moveModeIce.MinSpeed = 0.05f;
moveModeIce.DirectionSnapCount = 32;
// Air/jump movement.
moveModeAir = new PlayerMotionType();
moveModeAir.IsStrafing = true;
moveModeAir.MoveSpeed = 1.0f;
moveModeAir.CanLedgeJump = false;
moveModeAir.CanRoomChange = false;
moveModeAir.IsSlippery = true;
moveModeAir.Acceleration = 0.1f;
moveModeAir.Deceleration = 0.0f;
moveModeAir.MinSpeed = 0.05f;
moveModeAir.DirectionSnapCount = 8; //32;
// Water/swim movement.
moveModeWater = new PlayerMotionType();
moveModeWater.MoveSpeed = 0.5f;
moveModeWater.CanLedgeJump = true;
moveModeWater.CanRoomChange = true;
moveModeWater.IsSlippery = true;
moveModeWater.Acceleration = 0.08f;
moveModeWater.Deceleration = 0.05f;
moveModeWater.MinSpeed = 0.05f;
moveModeWater.DirectionSnapCount = 32;
mode = moveModeNormal;
}