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.

This mod is just a dependency for other mods, it doesn't add content, but it allows mods to add keybinds.

Depends on the version of InputUtils:

• >= 0.7.0 Global: AppData/LocalLow/ZeekerssRBLX/Lethal Company/InputUtils/controls Local: BepInEx/config/controls
• >= 0.4.1 BepInEx/config/controls
• <= 0.4.0 BepInEx/controls

InputUtils only officially supports the latest version of Lethal Company, except when there's a public beta, in which case both the non-beta and beta version are included.

InputUtils is only guaranteed to work on these versions, older versions of Lethal Company and InputUtils are not supported by me, and issues found when using older versions of Lethal Company will not be provided support for.

If you choose to use an unsupported version of Lethal Company, you do so at your own risk.

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.

This Api/Mod is still in beta, please keep in mind that stuff may change. Feedback is appreciated.

Add the nuget package to your project, if you want a copy and paste solution:

add this to your project .csproj

<ItemGroup>
  <!-- Make sure the 'Version="..."' is set to the latest version -->
  <PackageReference Include="Rune580.Mods.LethalCompany.InputUtils" Version="0.7.3" />
</ItemGroup>

That should be all you need to get started.

Otherwise if you don't want to use nuget, you can download the latest release from either the Thunderstore or the Releases. Extract the zip and add a reference to the dll file of the mod in Visual Studio or Rider.

• Create a subclass of LcInputActions
  • An instance of this class will contain all InputActions your mod wishes to bind inputs for
  • Name the class appropriately
• Create InputActions using Attributes and/or at Runtime

public class MyExampleInputClass : LcInputActions 
{
    [InputAction(KeyboardControl.G, Name = "Explode")]
    public InputAction ExplodeKey { get; set; }
    [InputAction("<Keyboard>/h", Name = "Another")]
    public InputAction AnotherKey { get; set; }
}

• Create instance properties for all desired InputActions
• Annotate the instance properties with the [InputAction(...)] annotation

[InputAction("YourkbmPath" /* You can also use a KeyboardControl or MouseControl */, Name = "", GamepadPath = "", GamepadControl = GamepadControl.None, KbmInteractions = "", GamepadInteractions = "", ActionID = "", ActionType = InputActionType...)]

You only need to use one of the following overloads:

• kbmPath: The default bind for Keyboard and Mouse devices
• keyboardControl: The default bind for Keyboard devices, uses the KeyboardControl Enum
• mouseControl: The default bind for Mouse devices, uses the MouseControl Enum

• Name: The Displayed text in the game keybinds menu

• GamepadPath or GamepadControl: The default bind for Gamepad devices. When both are set, GamepadPath will take priority.

• KbmInteractions: Sets the interactions of the kbm binding. See Interactions Docs

• GamepadInteractions: Sets the interactions of the gamepad binding. See Interactions Docs

• 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

So your Attribute could be written like this:

[InputAction(KeyboardControl.Minus, Name = "Explode")]
public InputAction ExplodeKey { get; set; }

Or with any combination of optional parameters:

[InputAction(KeyboardControl.Minus, Name = "Explode", GamepadControl = GamepadControl.ButtonNorth, KbmInteractions = "hold(duration = 5)")]
public InputAction ExplodeKey { get; set; }

• Override Method void CreateInputActions(in InputActionMapBuilder builder)
• Use the builder to create InputActions
• Reference InputAction by calling Asset["actionId"] in your class

Here's an example usage of the runtime api

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)
            .WithKeyboardControl(KeyboardControl.J) // or .WithKbmPath("<Keyboard>/j")
            .WithGamepadControl(GamepadControl.ButtonNorth) // or .WithGamepadPath("<Gamepad>/buttonNorth")
            .WithBindingName("Explode")
            .Finish();
    }
}

To use your InputActions class, you need to instantiate it.

The easiest (opinionated) way to do so would be to have a static instance in your plugin class.

[BepInPlugin(...)]
[BepInDependency("com.rune580.LethalCompanyInputUtils", BepInDependency.DependencyFlags.HardDependency)]
public class MyExamplePlugin : BaseUnityPlugin
{
    internal static MyExampleInputClass InputActionsInstance;

    public void Awake()
    {
        InputActionsInstance = new MyExampleInputClass();
    }
}

You could then simply reference the instance anywhere you need to have your actions at.

public class MyOtherClassOrMonoBehavior
{
    public void DoSomething()
    {
        MyExamplePlugin.InputActionsInstance.ExplodeKey ...
    }
}

or

public class MyOtherClassOrMonoBehavior
{
    public void DoSomething()
    {
        MyExampleInputClass.Instance.ExplodeKey ...
    }
}

It is common to see tutorials call InputAction.ReadValue<>() or InputAction.triggered from mono-behaviour Update() functions.

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.

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
    }
}

First make sure to add the [BepInDependency(...)] attribute to your mods Plugin class, mark it as a SoftDependency. If you already have the attribute set as a HardDependency make sure to replace that.

[BepInPlugin(...)]
[BepInDependency("com.rune580.LethalCompanyInputUtils", BepInDependency.DependencyFlags.SoftDependency)]
public class MyExamplePlugin : BaseUnityPlugin

Create your InputActions class as you would following the guide above. Make a class specifically for when the mod is loaded

internal static class InputUtilsCompat
{
    public static bool Enabled =>
        BepInEx.Bootstrap.Chainloader.PluginInfos.ContainsKey("com.rune580.LethalCompanyInputUtils");

    public static InputAction ExplodeKey =>
        MyExampleInputClass.Instance.ExplodeKey;
}

Finally whenever you reference stuff from InputUtilsCompat, make sure to check its Enabled Property first.

if (InputUtilsCompat.Enabled)
    InputUtilsCompat.ExplodeKey...

Reference Best Practices for details on how to best use the InputAction

var types = Assembly.GetExecutingAssembly().GetTypes();

IEnumerable<Type> types;
try
{
    types = Assembly.GetExecutingAssembly().GetTypes();
}
catch (ReflectionTypeLoadException e)
{
    types = e.Types.Where(t => t != null);
}

Check out Unity's documentation for their InputSystem

Clone and enter the repo.

git clone https://github.com/Rune580/LethalCompanyInputUtils && cd LethalCompanyInputUtils

(Optional) Copy and rename LethalCompanyInputUtils.csproj.user.example to LethalCompanyInputUtils.csproj.user. Edit LethalCompanyInputUtils/LethalCompanyInputUtils.csproj.user to fit your needs.

cp LethalCompanyInputUtils/LethalCompanyInputUtils.csproj.user.example LethalCompanyInputUtils/LethalCompanyInputUtils.csproj.user

Build the project using your IDE of choice or with the following command

dotnet build

Discord: @rune

Github: Rune580

When making a PR make sure your changes are on a different branch. Do not make a PR with your changes on the master branch.

Thanks to the following contributers:

• @Boxofbiscuits97 for reworking most of the documentation.
• @Lordfirespeed for housekeeping and additional documentation cleanup.
• @Singularia - Russian Translation.

• Reset to default icon from: @AinaVT
• PS5, Xbox Series X, Switch Glyph Source files from: https://thoseawesomeguys.com/prompts/
• Mouse Glyph Source files from: https://www.kenney.nl/assets/input-prompts