/// <summary>
/// One-time initialization for a player controller.
/// </summary>
/// <remarks>
/// Once spawned, we are reusing player instances over and over. The setup we perform in here,
/// however, is done only once.
/// </remarks>
public void PerformOneTimeInitialization(bool isFirstPlayer)
{
// Each player gets a separate action setup. The first player simply uses
// the actions as is but for any additional player, we need to duplicate
// the original actions.
if (isFirstPlayer)
{
controls.MakePrivateCopyOfActions();
}
// Wire our callbacks into gameplay actions. We don't need to do the same
// for menu actions as it's the UI using those and not us.
controls.gameplay.SetCallbacks(this);
////REVIEW: we have to figure out who controls the enabling/disabling of actions used by UIs
// Wire our input actions into the UI. Doing this manually here instead of setting it up
// in the inspector ensure that when we duplicate DemoControls.inputactions above, we
// end up with the UI using the right actions.
//
// NOTE: Our bindings will be effective on the devices assigned to the user which in turn
// means that the UI will react only to input from that same user.
var uiInput = ui.GetComponent <UIActionInputModule>();
Debug.Assert(uiInput != null);
uiInput.move = new InputActionProperty(controls.menu.navigate);
uiInput.leftClick = new InputActionProperty(controls.menu.click);
}
/// <summary>
/// One-time initialization for a player controller.
/// </summary>
/// <remarks>
/// Once spawned, we are reusing player instances over and over. The setup we perform in here,
/// however, is done only once.
/// </remarks>
public void PerformOneTimeInitialization()
{
Debug.Assert(uiActions != null);
Debug.Assert(projectilePrefab != null);
Debug.Assert(controls != null);
// Each player gets a separate action setup. This makes the state of actions and bindings
// local to each player and also ensures we're not stepping on the action setup used by
// DemoGame itself for the main menu (where we are not using control schemes and just blindly
// bind to whatever devices are available locally).
controls.MakePrivateCopyOfActions();
// Wire our callbacks into gameplay actions. We don't need to do the same
// for menu actions as it's the UI using those and not us.
controls.gameplay.SetCallbacks(this);
// Wire our input actions into the UI. Doing this manually here instead of setting it up
// in the inspector ensure that when we duplicate DemoControls.inputactions above, we
// end up with the UI using the right actions.
//
// NOTE: Our bindings will be effective on the devices assigned to the user which in turn
// means that the UI will react only to input from that same user.
uiActions.BindUIActions(controls.menu);
}