致命公司mod-by狛枝凪斗-封包v3.1.zip

# LethalCompany InputUtils Utilities for creating InputActions and having them be accessible in-game. InputActions created through this mod are accessible in-game via the keybinds menu added in update v45. #### For feature requests or issues head over to my [repo](https://github.com/Rune580/LethalCompanyInputUtils) ## General Users This mod is just a dependency for other mods, it doesn't add content, but it allows mods to add keybinds. ### Where are my bind overrides stored? Depends on the version of InputUtils: - **>= 0.4.1** `BepInEx/config/controls` - **<= 0.4.0** `BepInEx/controls` ### Recommended Install Use a Mod manager. I won't provide support if a mod manager wasn't used, a mod manager makes it far easier to debug issues since users can just share a modpack code. ## Developer Quick-Start *This Api/Mod is still in beta, please keep in mind that stuff may change.* Feedback is appreciated. Download the latest release from either the [Thunderstore](https://thunderstore.io/c/lethal-company/p/Rune580/LethalCompany_InputUtils) or the [Releases](https://github.com/Rune580/LethalCompanyInputUtils/releases). Extract the zip and add a reference to the dll file of the mod in Visual Studio or Rider. ### Initializing Your Binds - Create a **subclass of `LcInputActions`** - An instance of this class will contain all `InputAction`s your mod wishes to bind inputs for - Name the class appropriately - Create InputActions [using Attributes](#using-attributes) and/or [at Runtime](#at-runtime) ```csharp public class MyExampleInputClass : LcInputActions { [InputAction("<Keyboard>/g", Name = "Explode")] public InputAction ExplodeKey { get; set; } [InputAction("<Keyboard>/h", Name = "Another")] public InputAction AnotherKey { get; set; } } ``` ### Using Attributes - **Create instance properties** for all desired `InputActions` - **Annotate** the instance properties with the `[InputAction(...)]` annotation > [!IMPORTANT] > For actions to be registered to the API, **Properties MUST be annotated with `[InputAction(...)]`** >```csharp >[InputAction("YourkbmPath", Name = "", GamepadPath = "", KbmInteractions = "", GamepadInteractions = "", ActionID = "", ActionType = InputActionType...)] >``` #### Required Parameters * `kbmPath`: The default bind for Keyboard and Mouse devices #### Optional Parameters * `Name`: The Displayed text in the game keybinds menu * `GamepadPath`: The default bind for Gamepad devices * `KbmInteractions`: Sets the interactions of the kbm binding. See [Interactions Docs](https://docs.unity3d.com/Packages/com.unity.inputsystem@1.7/api/UnityEngine.InputSystem.Interactions.html) * `GamepadInteractions`: Sets the interactions of the gamepad binding. See [Interactions Docs](https://docs.unity3d.com/Packages/com.unity.inputsystem@1.7/api/UnityEngine.InputSystem.Interactions.html) * `ActionID`: Overrides the generated actionId (Generally you don't want to change this) * `ActionType`: Determines the behavior with which the action triggers. See [ActionType Docs](https://docs.unity3d.com/Packages/com.unity.inputsystem@1.0/api/UnityEngine.InputSystem.InputActionType.html) So your Attribute could be written like this: ```csharp [InputAction("<Keyboard>/minus", Name = "Explode")] public InputAction ExplodeKey { get; set; } ``` Or with any combination of optional parameters: ```csharp [InputAction("<Keyboard>/minus", Name = "Explode", GamepadPath = "<Gamepad>/Button North", KbmInteractions = "hold(duration = 5)")] public InputAction ExplodeKey { get; set; } ``` > [!NOTE] > In this case above the Hold Interaction is being used. This keybind triggers after being held for *5* seconds. See [Interactions Docs](https://docs.unity3d.com/Packages/com.unity.inputsystem@1.7/api/UnityEngine.InputSystem.Interactions.html) ### At Runtime - **Override Method** `void CreateInputActions(in InputActionMapBuilder builder)` - Use the builder to create InputActions - **Reference InputAction** by calling `Asset["actionId"]` in your class > [!IMPORTANT] > Make sure you call `Finish()` after you're done creating each InputAction. Here's an example usage of the runtime api ```csharp public class MyExampleInputClass : LcInputActions { public static readonly MyExampleInputClass Instance = new(); public InputAction ExplodeKey => Asset["explodekey"]; public override void CreateInputActions(in InputActionMapBuilder builder) { builder.NewActionBinding() .WithActionId("explodekey") .WithActionType(InputActionType.Button) .WithKbmPath("<Keyboard>/j") .WithBindingName("Explode") .Finish(); } } ``` ### Referencing Your Binds To use your InputActions class, you need to instantiate it. > [!IMPORTANT] > Do **not** create more than one instance of your InputActions class. > If your class is instantiated more than once, your InputActions are unlikely to work as intended. The easiest (opinionated) way to do so would be to have a static instance in your plugin class. ```csharp [BepInPlugin(...)] [BepInDependency("com.rune580.LethalCompanyInputUtils", BepInDependency.DependencyFlags.HardDependency)] public class MyExamplePlugin : BaseUnityPlugin { internal static MyExampleInputClass InputActionsInstance = new MyExampleInputClass(); } ``` You could also opt for instantiating the instance in the InputActions class (Singleton-style). ```csharp public class MyExampleInputClass : LcInputActions { public static MyExampleInputClass Instance = new(); [InputAction("explodekey", "<Keyboard>/j", "<Gamepad>/Button North", Name = "Explode")] public InputAction ExplodeKey { get; set; } } ``` > [!IMPORTANT] > #### But How Do I Get My Binds String? > You may have noticed that `<keyboard>/yourKey` can be a little confusing for the special buttons. So try this: > 1. First, arbitrarily set the value to some regular value or just an empty string > 2. Then, load up your mod and change the keybind to the desired key > 3. After, look in your `.../BepInEx/controls/YOURMODID.json` file > 4. Find the `{"action":"myaction","origPath":"","path":"<Keyboard>/f8"}]}` > 5. Last, copy that `path:""` from the far right i.e. `"<Keyboard>/f8"` ### Using Your Binds You could then simply reference the instance anywhere you need to have your actions at. ```csharp public class MyOtherClassOrMonoBehavior { public void DoSomething() { MyExamplePlugin.InputActionsInstance.ExplodeKey ... } } ``` or ```csharp public class MyOtherClassOrMonoBehavior { public void DoSomething() { MyExampleInputClass.Instance.ExplodeKey ... } } ``` #### Best Practices It is common to see tutorials call `InputAction.ReadValue<>()` or `InputAction.triggered` from mono-behaviour `Update()` functions. ```csharp public class MyOtherClassOrMonoBehavior { public void Update() { DoSomething(); } public void DoSomething() { if (!MyExamplePlugin.InputActionsInstance.ExplodeKey.triggered) return; //Your executing code here } } ``` This approach is sufficient for 'continuous' actions, e.g. movement. For 'discrete' actions, it's more appropriate to create event listeners that accept an `InputAction.CallbackContext` and subscribe to `InputAction.performed`. ```csharp public class MyOtherClassOrMonoBehavior { public void Awake() { SetupKeybindCallbacks(); } // Name this whatever you like. It needs to be called exactly once, so public void SetupKeybindCallbacks() { MyExamplePlugin.InputActionsInstance.ExplodeKey.performed += OnExplodeKeyPressed; } public void OnExplodeKeyPressed(InputAction.CallbackContext explodeConext) { if (!explodeConext.performed) return; // Add more context checks if desired // Your executing code here } } ``` ### Using InputUtils as an Optional or Soft Dependency First make sure to add the `[BepInDepe