void Update()
{
if (blueC.CheckActive())
{
// Change Camera
currChange = blueC.butTop;
// Ensures that the function is only called once, even if the button is held down
if (currChange && (currChange != prevChange))
{
changeCamera();
}
prevChange = currChange;
// Pan Camera
pan = Map(blueC.joyTopRightX, 0, joystickMax, -joystickNewRange, joystickNewRange);
PanCamera(pan);
// Pitch Camera
pitch = Map(blueC.joyTopRightY, 0, joystickMax, -joystickNewRange, joystickNewRange);
PitchCamera(-pitch);
// Change Camera Zoom
zoom = Map(blueC.joyTopLeftY, 0, joystickMax, -joystickNewRange, joystickNewRange);
ajustZoomLevel(zoom);
}
}
void Update()
{
if (blueC.CheckActive())
{
Buttons();
pan = Map(blueC.joyLeftX, 0, joystickMax, -joystickNewRange, joystickNewRange);
pitch = Map(blueC.joyLeftY, 0, joystickMax, -joystickNewRange, joystickNewRange);
RotateCannon(pan, pitch);
}
}
// Update is called once per frame
void Update()
{
if (running)
{
rotationValue = (int)(70 * Mathf.Sin(x[index] / speedFactor));
needleRect.rotation = Quaternion.Euler(0, 0, rotationValue);
index++;
index %= x.Length;
if (bluetoothConnection.CheckActive() || active)
{
if (bluetoothConnection.butMid || Input.GetKeyDown(KeyCode.Space) || Input.GetButtonDown("LeftTrigger"))
{
Fire(GetSegment());
StartCoroutine(Pause());
}
}
}
}