public void Activate(ICamera oldCamera)
{
IMouseKeyboardInputSource src = InputSystem.GetInstance().MouseKeyboard;
src.MouseDown += _OnMouseDown;
src.MouseUp += _OnMouseUp;
if (oldCamera != null)
{
var data = oldCamera.GetCameraData();
m_isLeftDrugging = false;
m_isRightDrugging = false;
var gaze = data.lookAt - data.eye;
Zoom = gaze.Length();
gaze.Normalize();
var right = Vector3.Cross(data.up, gaze);
var position = data.eye;
m_cameraTrans.Row1 = new Vector4(right, 0);
m_cameraTrans.Row2 = new Vector4(data.up, 0);
m_cameraTrans.Row3 = new Vector4(gaze, 0);
m_cameraTrans.Row4 = new Vector4(position, 1);
}
}
public void Deactivate()
{
IMouseKeyboardInputSource src = InputSystem.GetInstance().MouseKeyboard;
src.MouseDown -= _OnMouseDown;
src.MouseUp -= _OnMouseUp;
}
public void Update(double dt)
{
IMouseKeyboardInputSource src = InputSystem.GetInstance().MouseKeyboard;
int dWheel = src.WheelDelta;
Zoom = MathUtil.Clamp(Zoom + dWheel * -ZoomFactor, MinZoom, MaxZoom);
Vector2 dPos = src.MousePositionDelta;
if (m_isLeftDrugging)
{
// update angle
float hAngle = dPos.X * AngleFactor;
float vAngle = dPos.Y * AngleFactor;
m_cameraTrans = Matrix.RotationYawPitchRoll(hAngle, vAngle, 0) * m_cameraTrans;
}
if (m_isRightDrugging)
{
// update look at position
float xOffset = -dPos.X * PositionFactor;
float yOffset = dPos.Y * PositionFactor;
m_cameraTrans = Matrix.Translation(xOffset, yOffset, 0) * m_cameraTrans;
}
}
/// <summary>
/// Update component
/// </summary>
/// <param name="dT">spend time [sec]</param>
public override void Update(double dT)
{
var cameraSys = CameraSystem.GetInstance();
var drawSys = DrawSystem.GetInstance();
// Calc camera
var viewHeadMat = cameraSys.GetCameraData().GetViewMatrix() * drawSys.GetDrawContext().GetHeadMatrix();
viewHeadMat.Invert();
var moveDirection = new Vector3(viewHeadMat.Backward.X, 0, viewHeadMat.Backward.Z);
moveDirection.Normalize();
var gameSys = GameSystem.GetInstance();
switch (gameSys.Config.InputDevice)
{
case GameConfig.UserInputDevices.MouseKeyboard:
{
IMouseKeyboardInputSource src = InputSystem.GetInstance().MouseKeyboard;
var v = Vector3.Zero;
if (src.TestKeyState(Keys.W))
{
v.Z += PositionFactor;
}
if (src.TestKeyState(Keys.A))
{
v.X -= PositionFactor;
}
if (src.TestKeyState(Keys.D))
{
v.X += PositionFactor;
}
if (src.TestKeyState(Keys.S))
{
v.Z -= PositionFactor;
}
if (v.X != 0 || v.Z != 0)
{
float angleY = (float)Math.Atan2(moveDirection.X, moveDirection.Z);
v = Vector3.Transform(v, Matrix3x3.RotationY(angleY));
m_behaviorC.RequestMove(v);
m_behaviorC.RequestTurn(v);
}
}
break;
case GameConfig.UserInputDevices.Pad:
{
IPadInputSource src = InputSystem.GetInstance().Pad;
float angleY = (float)Math.Atan2(moveDirection.X, moveDirection.Z);
var thumbDir = src.LeftThumbInput.Direction;
float magnitude = src.LeftThumbInput.NormalizedMagnitude;
if (magnitude >= MinimumPadMagnitude)
{
var v = new Vector3(thumbDir.X, 0, thumbDir.Y);
v = Vector3.Transform(v, Matrix3x3.RotationY(angleY));
v = v * magnitude;
m_behaviorC.RequestMove(v);
m_behaviorC.RequestTurn(v);
}
}
break;
default:
Debug.Fail("unsupported input device type : " + gameSys.Config.InputDevice);
break;
}
}
/// <summary>
/// Update component
/// </summary>
/// <param name="dT">spend time [sec]</param>
public override void Update(double dT)
{
var mapSys = MapSystem.GetInstance();
m_coroutine.Update(dT);
if (!m_coroutine.HasCompleted())
{
// wait for end of character operation
return;
}
var cameraSys = CameraSystem.GetInstance();
var drawSys = DrawSystem.GetInstance();
var gameSys = GameSystem.GetInstance();
switch (gameSys.Config.InputDevice)
{
case GameConfig.UserInputDevices.MouseKeyboard:
{
IMouseKeyboardInputSource src = InputSystem.GetInstance().MouseKeyboard;
var v = Vector3.Zero;
if (src.TestKeyState(Keys.W))
{
v.Z += PositionFactor;
}
if (src.TestKeyState(Keys.A))
{
v.X -= PositionFactor;
}
if (src.TestKeyState(Keys.D))
{
v.X += PositionFactor;
}
if (src.TestKeyState(Keys.S))
{
v.Z -= PositionFactor;
}
if (v.X != 0 || v.Z != 0)
{
// @todo
}
}
break;
case GameConfig.UserInputDevices.Pad:
{
IPadInputSource src = InputSystem.GetInstance().Pad;
// update move
{
_InputType inputType = _InputType.None;
var thumbDir = src.LeftThumbInput.Direction;
float magnitude = src.LeftThumbInput.NormalizedMagnitude;
if (magnitude >= MinimumPadMagnitude)
{
// use pad stick
if (thumbDir.Y <= -0.851)
{
inputType = _InputType.Backward;
}
else if (thumbDir.Y >= 0.851)
{
inputType = _InputType.Forward;
}
else
{
if (thumbDir.X < 0)
{
inputType = _InputType.Left;
}
else
{
inputType = _InputType.Right;
}
}
}
else
{
// use pad cross key
if (src.TestButtonState(InputSystem.PadButtons.Down))
{
inputType = _InputType.Backward;
}
else if (src.TestButtonState(InputSystem.PadButtons.Up))
{
inputType = _InputType.Forward;
}
else if (src.TestButtonState(InputSystem.PadButtons.Left))
{
inputType = _InputType.Left;
}
else if (src.TestButtonState(InputSystem.PadButtons.Right))
{
inputType = _InputType.Right;
}
}
#if true
switch (inputType)
{
case _InputType.Forward:
{
var nextDir = MapLocation.GetForwardDirection(m_currentLocation.Direction);
MapLocation?nextLocation = mapSys.Walk(m_currentLocation, nextDir);
if (nextLocation.HasValue)
{
m_currentLocation = nextLocation.Value;
var pose = mapSys.GetPose(m_currentLocation);
m_coroutine.Start(new _MoveToTask(this, pose.TranslationVector)); // no turn
}
}
break;
case _InputType.Backward:
{
var nextDir = MapLocation.GetBackwardDirection(m_currentLocation.Direction);
m_currentLocation.Direction = nextDir;
var pose = mapSys.GetPose(m_currentLocation);
m_coroutine.Start(new _TurnToTask(this, pose.Forward));
}
break;
case _InputType.Left:
{
var nextDir = MapLocation.GetLeftDirection(m_currentLocation.Direction);
m_currentLocation.Direction = nextDir;
var pose = mapSys.GetPose(m_currentLocation);
m_coroutine.Start(new _TurnToTask(this, pose.Forward));
}
break;
case _InputType.Right:
{
var nextDir = MapLocation.GetRightDirection(m_currentLocation.Direction);
m_currentLocation.Direction = nextDir;
var pose = mapSys.GetPose(m_currentLocation);
m_coroutine.Start(new _TurnToTask(this, pose.Forward));
}
break;
}
#else
switch (inputType)
{
case _InputType.Forward:
{
var nextDir = MapLocation.GetForwardDirection(m_currentLocation.Direction);
MapLocation?nextLocation = mapSys.Walk(m_currentLocation, nextDir);
if (nextLocation.HasValue)
{
m_currentLocation = nextLocation.Value;
var pose = mapSys.GetPose(m_currentLocation);
m_coroutine.Start(new _MoveToTask(this, pose.TranslationVector)); // no turn
}
}
break;
case _InputType.Backward:
{
var nextDir = MapLocation.GetBackwardDirection(m_currentLocation.Direction);
MapLocation?nextLocation = mapSys.Walk(m_currentLocation, nextDir);
if (nextLocation.HasValue)
{
m_currentLocation = nextLocation.Value;
var pose = mapSys.GetPose(m_currentLocation);
m_coroutine.Start(Coroutine.Join(new _TurnToTask(this, pose.Forward), new _MoveToTask(this, pose.TranslationVector)));
}
}
break;
case _InputType.Left:
{
var nextDir = MapLocation.GetLeftDirection(m_currentLocation.Direction);
MapLocation?nextLocation = mapSys.Walk(m_currentLocation, nextDir);
if (nextLocation.HasValue)
{
m_currentLocation = nextLocation.Value;
var pose = mapSys.GetPose(m_currentLocation);
m_coroutine.Start(Coroutine.Join(new _TurnToTask(this, pose.Forward), new _MoveToTask(this, pose.TranslationVector)));
}
}
break;
case _InputType.Right:
{
var nextDir = MapLocation.GetRightDirection(m_currentLocation.Direction);
MapLocation?nextLocation = mapSys.Walk(m_currentLocation, nextDir);
if (nextLocation.HasValue)
{
m_currentLocation = nextLocation.Value;
var pose = mapSys.GetPose(m_currentLocation);
m_coroutine.Start(Coroutine.Join(new _TurnToTask(this, pose.Forward), new _MoveToTask(this, pose.TranslationVector)));
}
}
break;
}
#endif
}
}
break;
default:
Debug.Fail("unsupported input device type : " + gameSys.Config.InputDevice);
break;
}
}
