// -------------------------------------------------------------------------
#endregion
// -------------------------------------------------------------------------
// -------------------------------------------------------------------------
#region Unity Functions
// -------------------------------------------------------------------------
private void Update()
{
// Get the current value for the axis
float axisValue = Input.GetAxis(axisName);
// Each frame, check if we should perform actions
// Before we try to perform any actions, check if we are off cooldown
if (Time.time >= lastActivate + cooldown)
{
// Has the axis value changed?
if (axisValue != previousAxisValue)
{
// The axis has changed since last frame, so perform the actions.
onAxisChanged.Invoke(axisValue);
// Record this time in lastActivate so we can check
// when we next come off cooldown
lastActivate = Time.time;
}
// Did the axis just become active (non-zero)?
if (previousAxisValue == 0 && axisValue != 0)
{
// The axis just became non-zero, so perform actions.
onAxisStart.Invoke(axisValue);
// Record this time in lastActivate so we can check
// when we next come off cooldown
lastActivate = Time.time;
}
// Did the axis just become inactive (zero)?
if (previousAxisValue != 0 && axisValue == 0)
{
// The axis just became zero, so perform actions.
onAxisEnd.Invoke(axisValue);
// Record this time in lastActivate so we can check
// when we next come off cooldown
lastActivate = Time.time;
}
// Is the axis active (non-zero)?
if (axisValue != 0)
{
// The axis just became non-zero, so perform actions.
onAxisActive.Invoke(axisValue);
// Record this time in lastActivate so we can check
// when we next come off cooldown
lastActivate = Time.time;
}
// The current value for the axis now becomes the previous value
// for the next frame
previousAxisValue = axisValue;
}
}
public virtual void ReadPage(IPage page)
{
if (page is KeyInputEvent)
{
KeyInputEvent keyEvent = page as KeyInputEvent;
if (keyEvent.BindKey.ToString() == JoystickID + "TopFace")
{
if (OnTopButton != null)
{
OnTopButton.Invoke(keyEvent.KeyHitState);
}
}
if (keyEvent.BindKey.ToString() == JoystickID + "LeftFace")
{
if (OnLeftButton != null)
{
OnLeftButton.Invoke(keyEvent.KeyHitState);
}
}
if (keyEvent.BindKey.ToString() == JoystickID + "RightFace")
{
if (OnRightButton != null)
{
OnRightButton.Invoke(keyEvent.KeyHitState);
}
}
if (keyEvent.BindKey.ToString() == JoystickID + "BottomFace")
{
if (OnBottomButton != null)
{
OnBottomButton.Invoke(keyEvent.KeyHitState);
}
}
if (keyEvent.BindKey.ToString() == JoystickID + "LeftBump")
{
if (OnLeftBumper != null)
{
OnLeftBumper.Invoke(keyEvent.KeyHitState);
}
}
if (keyEvent.BindKey.ToString() == JoystickID + "RightBump")
{
if (OnRightBumper != null)
{
OnRightBumper.Invoke(keyEvent.KeyHitState);
}
}
if (keyEvent.BindKey.ToString() == JoystickID + "Start")
{
if (OnStart != null)
{
OnStart.Invoke(keyEvent.KeyHitState);
}
}
if (keyEvent.BindKey.ToString() == JoystickID + "Select")
{
if (OnSelect != null)
{
OnSelect.Invoke(keyEvent.KeyHitState);
}
}
if (keyEvent.BindKey.ToString() == JoystickID + "Home")
{
if (OnHome != null)
{
OnHome.Invoke(keyEvent.KeyHitState);
}
}
if (keyEvent.BindKey.ToString() == JoystickID + "LeftAnalogClick")
{
if (OnLeftAnalogButton != null)
{
OnLeftAnalogButton.Invoke(keyEvent.KeyHitState);
}
}
if (keyEvent.BindKey.ToString() == JoystickID + "RightAnalogClick")
{
if (OnRightAnalogButton != null)
{
OnRightAnalogButton.Invoke(keyEvent.KeyHitState);
}
}
{
// handle customs
foreach (KeyValuePair <string, KeyBind> pair in LayoutMap.CustomKeyBind.D)
{
if (keyEvent.BindKey.ToString() == JoystickID + pair.Key)
{
if (OnCustomKey != null)
{
OnCustomKey.Invoke(pair.Key, keyEvent.KeyHitState);
}
}
}
}
}
else if (page is AxisInputEvent)
{
AxisInputEvent AxisEvent = page as AxisInputEvent;
if (AxisEvent.BindKey.ToString() == JoystickID + "LeftAnalog")
{
if (OnLeftAnalog != null)
{
OnLeftAnalog.Invoke(new Vector2(AxisEvent.AxisMap[JoystickID + LayoutMap.LeftAnalogAxisX], AxisEvent.AxisMap[JoystickID + LayoutMap.LeftAnalogAxisY]));
}
}
else if (AxisEvent.BindKey.ToString() == JoystickID + "RightAnalog")
{
if (OnRightAnalog != null)
{
OnRightAnalog.Invoke(new Vector2(AxisEvent.AxisMap[JoystickID + LayoutMap.RightAnalogAxisX], AxisEvent.AxisMap[JoystickID + LayoutMap.RightAnalogAxisY]));
}
}
else if (AxisEvent.BindKey.ToString() == JoystickID + "DPad")
{
if (OnDPad != null)
{
OnDPad.Invoke(new Vector2(AxisEvent.AxisMap[JoystickID + LayoutMap.DirectionAxisX], AxisEvent.AxisMap[JoystickID + LayoutMap.DirectionAxisY]));
}
}
else if (AxisEvent.BindKey.ToString() == JoystickID + "LeftTrigger")
{
if (OnLeftTrigger != null)
{
OnLeftTrigger.Invoke(new Vector2(AxisEvent.AxisMap[JoystickID + LayoutMap.LeftTriggerAxis], 0.0f));
}
}
else if (AxisEvent.BindKey.ToString() == JoystickID + "RightTrigger")
{
if (OnRightTrigger != null)
{
OnRightTrigger.Invoke(new Vector2(AxisEvent.AxisMap[JoystickID + LayoutMap.RightTriggerAxis], 0.0f));
}
}
else
{
// handle customs
foreach (KeyValuePair <string, AxisBind> pair in LayoutMap.CustomAxisBind.D)
{
if (AxisEvent.BindKey.ToString() == JoystickID + pair.Key)
{
if (OnCustomAxis != null)
{
OnCustomAxis.Invoke(pair.Key, new Vector2(AxisEvent.AxisMap[JoystickID + pair.Value.PlatformAxisID], 0.0f));
}
}
}
}
}
}