}//
void calculateSpeed()
{
speed.x = xAccelerator.move(0, m_InputData.horizontalMove, false);
speed.y = yAccelerator.move(0, m_InputData.mouseButton, false);
speed.z = zAccelerator.move(0, m_InputData.verticalMove, false);
Vector3 temp = speed.x * transform.right + speed.y * transform.up + speed.z * transform.forward;
speed = temp / boundsScale * 2;
}
void calculateWalkSpeeds()
{
relativeWalkingSpeed.x = xAccelerator.move(relativeWalkingSpeed.x, m_InputData.horizontalMove, m_fall.getIsFloored());
relativeWalkingSpeed.z = zAccelerator.move(relativeWalkingSpeed.z, m_InputData.verticalMove, m_fall.getIsFloored());
//normalise x z movement if necessary and point them in their appropriate global direction
Vector3 temp = (transform.right * relativeWalkingSpeed.x + transform.forward * relativeWalkingSpeed.z);
absoluteWalkingSpeed = temp;
}