private void UpdateRightHand()
{
if (targetRightHand == LimbState.Up)
{
currentRightHand += Time.deltaTime * speed;
if (currentRightHand > lastRightHand + rungDistance)
{
currentRightHand = lastRightHand + rungDistance;
lastRightHand = currentRightHand;
targetRightHand = LimbState.Stationary;
}
}
else if (targetRightHand == LimbState.Down)
{
currentRightHand -= Time.deltaTime * speed;
if (currentRightHand < lastRightHand - rungDistance)
{
currentRightHand = lastRightHand - rungDistance;
lastRightHand = currentRightHand;
targetRightHand = LimbState.Stationary;
}
}
Vector3 rightHandPosition = RightHand.transform.position;
rightHandPosition.y = currentRightHand;
RightHand.transform.position = rightHandPosition;
}
// Use this for initialization
void Start()
{
LeftFoot = GameObject.Find("Left Foot Logic");
LeftHand = GameObject.Find("Left Hand Logic");
RightFoot = GameObject.Find("Right Foot Logic");
RightHand = GameObject.Find("Right Hand Logic");
rungDistance = 0.3f;
speed = 0.5f;
lastLeftFoot = currentLeftFoot = 0.0f * rungDistance;
lastLeftHand = currentLeftHand = 4.0f * rungDistance;
lastRightFoot = currentRightFoot = 0.0f * rungDistance;
lastRightHand = currentRightHand = 4.0f * rungDistance;
targetLeftFoot = LimbState.Stationary;
targetLeftHand = LimbState.Stationary;
targetRightFoot = LimbState.Stationary;
targetRightHand = LimbState.Stationary;
falling = false;
fallVelocity = 0.0f;
taskCompleted = false;
}
private void UpdateRightFoot()
{
if (targetRightFoot == LimbState.Up)
{
currentRightFoot += Time.deltaTime * speed;
if (currentRightFoot > lastRightFoot + rungDistance)
{
currentRightFoot = lastRightFoot + rungDistance;
lastRightFoot = currentRightFoot;
targetRightFoot = LimbState.Stationary;
}
}
else if (targetRightFoot == LimbState.Down)
{
currentRightFoot -= Time.deltaTime * speed;
if (currentRightFoot < lastRightFoot - rungDistance)
{
currentRightFoot = lastRightFoot - rungDistance;
lastRightFoot = currentRightFoot;
targetRightFoot = LimbState.Stationary;
}
}
Vector3 rightFootPosition = RightFoot.transform.position;
rightFootPosition.y = currentRightFoot;
RightFoot.transform.position = rightFootPosition;
}
private void UpdateLeftFoot()
{
if (!falling)
{
if (targetLeftFoot == LimbState.Up)
{
currentLeftFoot += Time.deltaTime * speed;
if (currentLeftFoot > lastLeftFoot + rungDistance)
{
currentLeftFoot = lastLeftFoot + rungDistance;
lastLeftFoot = currentLeftFoot;
targetLeftFoot = LimbState.Stationary;
}
}
else if (targetLeftFoot == LimbState.Down)
{
currentLeftFoot -= Time.deltaTime * speed;
if (currentLeftFoot < lastLeftFoot - rungDistance)
{
currentLeftFoot = lastLeftFoot - rungDistance;
lastLeftFoot = currentLeftFoot;
targetLeftFoot = LimbState.Stationary;
}
}
Vector3 leftFootPosition = LeftFoot.transform.position;
leftFootPosition.y = currentLeftFoot;
LeftFoot.transform.position = leftFootPosition;
}
}
public void RightHandDown()
{
targetRightHand = LimbState.Down;
}
public void RightHandUp()
{
targetRightHand = LimbState.Up;
}
public void RightFootDown()
{
targetRightFoot = LimbState.Down;
}
public void RightFootUp()
{
targetRightFoot = LimbState.Up;
}
public void LeftHandDown()
{
targetLeftHand = LimbState.Down;
}
public void LeftHandUp()
{
targetLeftHand = LimbState.Up;
}
public void LeftFootDown()
{
targetLeftFoot = LimbState.Down;
}
public void LeftFootUp()
{
targetLeftFoot = LimbState.Up;
}
///<exclude/>
public bool Equals(LimbState other)
{
if (ReferenceEquals(null, other)) return false;
if (ReferenceEquals(this, other)) return true;
return other._Tm.Equals(_Tm) && other._OapMatrix.Equals(_OapMatrix) && other._Status.Equals(_Status);
}