protected float GetJumpVerticalVelocity(Vector3 velocity, bool canJump, out bool hasJumped
, ButtonPressState allowedJumpButtonPressState = ButtonPressState.IsDown)
{
float value = velocity.y;
hasJumped = false;
_hasPerformedGroundJumpThisFrame = false;
if (_playerController.characterPhysicsManager.lastMoveCalculationResult.collisionState.below)
{
_hadDashPressedWhileJumpOff = false; // we set this to false here as the value is only used when player jumps off, not when he is grounded
value = 0f;
}
if (canJump &&
(_gameManager.inputStateManager.GetButtonState("Jump").buttonPressState & allowedJumpButtonPressState) != 0
)
{
if (this.CanJump())
{
value = CalculateJumpHeight(velocity);
hasJumped = true;
_hasPerformedGroundJumpThisFrame = true;
_hadDashPressedWhileJumpOff = (_gameManager.inputStateManager.GetButtonState("Dash").buttonPressState & ButtonPressState.IsPressed) != 0;
_playerController.JumpedThisFrame();
}
}
return(value);
}
public void Update()
{
ButtonPressState state = ButtonPressState.Idle;
if (Input.GetButton(_buttonName))
{
state |= ButtonPressState.IsPressed;
}
if (((state & ButtonPressState.IsPressed) != 0) && // IF currently pressed
((ButtonPressState & ButtonPressState.IsPressed) == 0)) // AND previously not pressed
{
_pressStarted = Time.time;
state |= ButtonPressState.IsDown;
}
if (((state & ButtonPressState.IsPressed) == 0) && // IF currently not pressed
((ButtonPressState & ButtonPressState.IsPressed) != 0)) // AND previously pressed
{
state |= ButtonPressState.IsUp;
}
if ((state & (ButtonPressState.IsUp | ButtonPressState.IsDown | ButtonPressState.IsPressed)) != 0)
{
state &= ~ButtonPressState.Idle;
}
ButtonPressState = state;
}
private void SetButtonColor(FrameworkElement button, ButtonPressEventArgs e, ButtonPressState buttonState)
{
var outerColor = e.Button.RedBrightness == ButtonBrightness.Full ? overlayColor : radialOuterColor;
var fillColor = e.Button.RedBrightness == ButtonBrightness.Full ? overlayColor : radialInnerColor;
var redBrightness = e.Button.RedBrightness == ButtonBrightness.Full
? ButtonBrightness.Off
: ButtonBrightness.Full;
var newBrush = new RadialGradientBrush(fillColor, outerColor);
newBrush.RadiusX = .6;
newBrush.RadiusY = .6;
if (e.Type == ButtonType.Grid)
{
((Border)button).Child = GetPath(e.Y, e.X, newBrush);
}
else
{
((Border)button).Child = GetProfilePath(newBrush);
}
_launchPadService.SetButtonBrightness(e.Button, redBrightness, ButtonBrightness.Off);
}
protected float GetJumpVerticalVelocity(
Vector3 velocity,
bool canJump,
out bool hasJumped,
ButtonPressState allowedJumpButtonPressState = ButtonPressState.IsDown)
{
var value = velocity.y;
hasJumped = false;
HasPerformedGroundJumpThisFrame = false;
if (PlayerController.IsGrounded())
{
HadDashPressedWhileJumpOff = false; // we set this to false here as the value is only used when player jumps off, not when he is grounded
value = 0f;
}
if (canJump &&
(GameManager.InputStateManager.GetButtonState("Jump").ButtonPressState & allowedJumpButtonPressState) != 0)
{
if (CanJump())
{
value = CalculateJumpHeight(velocity);
hasJumped = true;
HasPerformedGroundJumpThisFrame = true;
HadDashPressedWhileJumpOff = (GameManager.InputStateManager.GetButtonState("Dash").ButtonPressState & ButtonPressState.IsPressed) != 0;
PlayerController.OnJumpedThisFrame();
}
}
return(value);
}
public void Update()
{
switch (state)
{
case ButtonPressState.PRESSING:
currAnimTime += Time.deltaTime;
float weight;
if (currAnimTime > maxTime)
{
currAnimTime = maxTime;
weight = 1;
state = ButtonPressState.RETURNING;
DoorController dc = currentPinPad.parent.gameObject.GetComponent<DoorController>();
if (dc != null)
{
dc.ToggleDoor();
}
}
else
{
float normTime = currAnimTime / maxTime;
weight = Mathf.Sin(normTime * Mathf.PI / 2);
}
ikSecondary.solver.leftHandEffector.positionWeight = weight;
break;
case ButtonPressState.RETURNING:
currAnimTime -= Time.deltaTime;
if (currAnimTime < 0)
{
currAnimTime = 0;
weight = 0;
state = ButtonPressState.INACTIVE;
}
else
{
float normTime = currAnimTime / maxTime;
weight = Mathf.Sin(normTime * Mathf.PI / 2);
}
ikSecondary.solver.leftHandEffector.positionWeight = weight;
break;
case ButtonPressState.INACTIVE:
default:
break;
}
}
public void PressButton(Transform pinPad)
{
if (!IsActive())
{
currentPinPad = pinPad;
ikSecondary.solver.leftHandEffector.position = pinPad.position;
state = ButtonPressState.PRESSING;
}
}
public ButtonIKController(CrossfadeFBBIK[] iks)
{
this.ikSecondary = iks[1];
this.state = ButtonPressState.INACTIVE;
this.currAnimTime = 0.0f;
this.maxTime = 0.6f;
}
//public bool IsDown;
//public bool IsUp;
//public bool IsPressed;
public void Update()
{
ButtonPressState state = ButtonPressState.Idle;
//bool isPressed = Input.GetButton(_buttonName);
if (Input.GetButton(_buttonName))
{
state |= ButtonPressState.IsPressed;
}
if (((state & ButtonPressState.IsPressed) != 0) && // IF currently pressed
((buttonPressState & ButtonPressState.IsPressed) == 0)) // AND previously not pressed
{
_pressStarted = Time.time;
state |= ButtonPressState.IsDown;
Logger.Trace(TRACE_TAG, "Button " + _buttonName + " is down.");
}
if (((state & ButtonPressState.IsPressed) == 0) && // IF currently not pressed
((buttonPressState & ButtonPressState.IsPressed) != 0)) // AND previously pressed
{
state |= ButtonPressState.IsUp;
}
if ((state & (ButtonPressState.IsUp | ButtonPressState.IsDown | ButtonPressState.IsPressed)) != 0)
{
state &= ~ButtonPressState.Idle;
}
buttonPressState = state;
//bool isPressed = Input.GetButton(_buttonName);
//if (isPressed && !this.IsPressed)
//{
// _pressStarted = Time.time;
// this.IsDown = true;
// Logger.Trace(TRACE_TAG, "Button " + _buttonName + " is down.");
//}
//else
//{
// this.IsDown = false;
//}
//this.IsUp = (this.IsPressed && !isPressed);
//this.IsPressed = isPressed;
//if (this.IsDown)
// Logger.Assert(((state & ButtonPressState.IsDown) != 0), "DOWN wrong");
//else
// Logger.Assert(((state & ButtonPressState.IsDown) == 0), "DOWN wrong");
//if (this.IsUp)
// Logger.Assert(((state & ButtonPressState.IsUp) != 0), "IsUp wrong");
//else
// Logger.Assert(((state & ButtonPressState.IsUp) == 0), "IsUp wrong");
//if (this.IsPressed)
// Logger.Assert(((state & ButtonPressState.IsPressed) != 0), "IsPressed wrong");
//else
// Logger.Assert(((state & ButtonPressState.IsPressed) == 0), "IsPressed wrong");
//if (this.IsPressed || this.IsUp || this.IsDown)
// Logger.Assert(((state & ButtonPressState.Idle) == 0), "Idle wrong");
//else
// Logger.Assert(((state & ButtonPressState.Idle) != 0), "Idle wrong");
//Debug.Log("test done");
}
