// ==============================================================
// MonoBehaviour Methods
// ==============================================================
void Start()
{
PlayerTransform = GetComponent <Transform>();
_rb2dPlayer = GetComponent <Rigidbody2D>();
// assign the speed values from configuration data
//_vertSpeed = ConfigUtils.VertSpeed;
//_horiSpeed = ConfigUtils.HoriSpeed;
//_horiSpeedBuffed = ConfigUtils.HoriSpeedBuffed;
// Android platform has trouble reading config streaming assets, thus directly assign
_vertSpeed = 10.0f;
_horiSpeed = 0.2f;
_horiSpeedBuffed = 0.6f;
// initialise the vertical movement state with still where the player keeps the altitude
VertMvtState = new VertMvtState();
VertMvtState = VertMvtState.Still;
// initialise the horizontal movement state with normal where the player keeps steady speed
HoriMvtState = new HoriMvtState();
HoriMvtState = HoriMvtState.Normal;
// assign the player movement upper lower limits
_playerMvtUpperLimit = ScreenUtils.ScreenTop - 1.5f;
_playerMvtLowerLimit = ScreenUtils.ScreenBottom + 2.0f;
}
// ----- Keyboard Control -----
private void KeyboardControl()
{
if (Input.GetKey(KeyCode.S))
{
VertMvtState = VertMvtState.MovingDown;
}
else if (Input.GetKey(KeyCode.W))
{
VertMvtState = VertMvtState.MovingUp;
}
else
{
VertMvtState = VertMvtState.Still;
}
}
// ----- Phone Sensor Control -----
private void PhoneSensorControl()
{
if (Input.acceleration.y < -0.60)
{
VertMvtState = VertMvtState.MovingDown;
}
else if (Input.acceleration.y > -0.25)
{
VertMvtState = VertMvtState.MovingUp;
}
else
{
VertMvtState = VertMvtState.Still;
}
}
