// Update is called once per frame
void Update()
{
if (allowMovement)
{
//Check for movement touch
if (TouchInput.TouchIsValid(TouchDefines.movementTouchID))
{
//Get the amount that that touch has moved in the last frame
Touch movementTouch = Input.GetTouch(TouchDefines.movementTouchID);
float platformMovement = TouchInput.GetDeltaTouchMovement(movementTouch).x *inputSensitivity;
//Update target postion based on player input, clamp to our max screen bounds
targetPosition += new Vector3(0f, 0f, platformMovement);
targetPosition = MathUtils.ClampVec3(targetPosition, minPosition, maxPosition);
}
//Update postion using dampening so that movement is smooth
Vector3.SmoothDamp(transform.position, targetPosition, ref currentVelocity, movementDampening, maxVelocity);
blockRB.velocity = currentVelocity;
}
}
//Do Movement
private void Update()
{
if (movementEnabled)
{
//Check for movement touch
if (TouchInput.TouchIsValid(TouchDefines.movementTouchID))
{
//Get the amount that that touch has moved in the last frame
Touch movementTouch = Input.GetTouch(TouchDefines.movementTouchID);
float shipMovement = TouchInput.GetDeltaTouchMovement(movementTouch).y *inputSensitivity;
//Update target postion based on player input, clamp to our max screen bounds
targetPostion += new Vector3(0, shipMovement, 0);
targetPostion = MathUtils.ClampVec3(targetPostion, minPosition, maxPosition);
}
//Update postion using dampening so that movement is smooth
transform.position = Vector3.SmoothDamp(transform.position, targetPostion, ref currentVelocity, movementDampening, maxYVelocity);
}
//Look at our target direction with an amount to look ahead (so we don't just look straight up)
//and add some randomness to the rotation
transform.LookAt(targetPostion + lookAheadDistance);
}
