private void initializeMovementParameters(int inchesMoving, AccelerationDirection accelerationDirection)
{
VelocityChangedThisMove = 0;
AccelerationDirection = accelerationDirection;
InchesMovingThisPhase = (int)(inchesMoving * GravityMovementBonus);
}
public StepView(AccelerationDirection acceleration, SteeringWheel direction, ApplicationStep currentStep, double distance, int totalSteps, int step)
{
Distance = distance;
this.currentStep = currentStep;
this.ViewModel = new StepViewModel(acceleration, direction, currentStep, distance, totalSteps, step, this);
BindingContext = ViewModel;
ConfigureScreen();
ConfigureModals();
}
public void MoveCharacter(int inchesMoving,
AccelerationDirection accelerationDirection = AccelerationDirection.Accelerate
)
{
if (IsActive)
{
initializeMovementParameters(inchesMoving, accelerationDirection);
limitInchesMovingToAvailableMovementAllowance();
move();
updateMovementAllowanceAndNotifyMovementManueverOfCompletion();
}
}
private void ResetAccelerationDirection()
{
mCurrentAccelerationDirection = AccelerationDirection.Hold;
}
// Use this for initialization
void Start()
{
this.CurrentSpeed = 0f;
this.mCurrentAccelerationDirection = AccelerationDirection.Forward;
}
/// <summary>
/// Функция ускорения, увеличивает значение текущей скорости.
/// </summary>
public void Accelerate()
{
mCurrentAccelerationDirection = AccelerationDirection.Forward;
}
/// <summary>
/// Функция торможения, уменьшает значение текущей скорости.
/// </summary>
public void Brake()
{
mCurrentAccelerationDirection = AccelerationDirection.Backward;
}
public TurnDirection TurnTowards(YawHexFacing targetYaw, PitchHexFacing targetPitch = 0,
AccelerationDirection accelerationDirection = AccelerationDirection.Accelerate,
int maxVelocityChangeCharacterWantsToMake = 0)
{
TurnDirection combineDirection = new TurnDirection(0, 0);
TurnDirection yawDirectionToTurn = new TurnDirection(0, 0);
TurnDirection pitchDirectionToTurn = new TurnDirection(0, 0);
if (targetYaw != 0)
{
int completeYaw = YawHexFacing.NorthEast - YawHexFacing.North + 1;
int yawDelta = yawDelta = Math.Abs(Facing.Yaw - targetYaw);
int YawDeltaTurningOppositeDirection = 0;
if (yawDelta > completeYaw / 2)
{
YawDeltaTurningOppositeDirection = Math.Abs((int)targetYaw - yawDelta);
}
if (YawDeltaTurningOppositeDirection == 0)
{
if (Facing.Yaw > targetYaw)
{
yawDirectionToTurn = TurnDirection.Left;
}
else
{
yawDirectionToTurn = TurnDirection.Right;
}
}
else
{
if (Facing.Yaw > targetYaw)
{
yawDirectionToTurn = TurnDirection.Right;
}
else
{
yawDirectionToTurn = TurnDirection.Left;
}
;
}
}
if (targetPitch != 0)
{
int completePitch = PitchHexFacing.DiagonalDown - PitchHexFacing.Level + 1;
int pitchDelta = Math.Abs(Facing.Pitch - targetPitch);
int PitchDeltaTurningOppositeDirection = 0;
if (pitchDelta > completePitch / 2)
{
PitchDeltaTurningOppositeDirection = Math.Abs((int)targetPitch - pitchDelta);
}
;
if (PitchDeltaTurningOppositeDirection == 0)
{
if (Facing.Pitch > targetPitch)
{
pitchDirectionToTurn = TurnDirection.Down;
}
else
{
pitchDirectionToTurn = TurnDirection.Up;
}
}
else
{
if (Facing.Pitch > targetPitch)
{
pitchDirectionToTurn = TurnDirection.Up;
}
else
{
pitchDirectionToTurn = TurnDirection.Down;
}
;
}
}
combineDirection = yawDirectionToTurn + pitchDirectionToTurn;
TurnDirection originaTurnDirection = new TurnDirection(0, 0) + combineDirection;
TurnsMade = 0;
while (true)
{
if (CanTurn == false)
{
MoveCharacter(TurnMode, accelerationDirection);
}
Turn(combineDirection);
TurnsMade++;
if (Facing.Yaw == targetYaw)
{
combineDirection = combineDirection - yawDirectionToTurn;
if (Facing.Pitch == targetPitch || targetPitch == 0)
{
break;
}
}
if (Facing.Pitch == targetPitch)
{
combineDirection = combineDirection - pitchDirectionToTurn;
if (Facing.Yaw == targetYaw || targetYaw == 0)
{
break;
}
}
}
return(originaTurnDirection);
}
public void MoveCharacter(int inchesMoving, AccelerationDirection accelerationDirection = AccelerationDirection.Accelerate, int maxVelocityChangeCharacterWantsToMake = 0)
{
ActiveMovement?.MoveCharacter(inchesMoving, accelerationDirection);
}
