Unity Asset Store地址：点击

Github地址：点击

百度云地址（unity project）：链接：http://pan.baidu.com/s/1bpjvpt9 密码：yc2p

百度云（unitypackage)：链接：http://pan.baidu.com/s/1eS7BECU 密码：necl

官网： http://www.gallantgames.com/pages/incontrol-introduction

该插件在unity asset store里售价是35$，不过可以通过上面的Github地址下载整个unity项目，还是特别良心的。

• Xbox 360 controller
• PS3 & PS4 controllers
• PlayStation Vita PSM
• Apple MFi controller (iOS 7+)
• OUYA, Amazon Fire  and many more!
•  Touch  controls
•  Keyboard and Mouse
•  XInput , with rumble! (Windows)

InControl makes it a snap to add controller support to your game with a simple, powerful API. All the heavy lifting of mappings are handled for you with dozens of controllers handled cross-platform, and more being added continually. Add virtual touch controls, or keyboard mappings to your game with just a few clicks, and have it feed right into the API you're already using as a virtual controller.

通过此插件只需要简单的编写代码即可使用，特别方便，同时项目包含了几个示例即可非常容易的了解和使用。甚至多玩家多手柄也特别容易识别和控制，相当方便。

using System;
using UnityEngine;
using InControl;


namespace BasicExample
{
	public class CubeController : MonoBehaviour
	{
		void Update()
		{
			// Use last device which provided input.
			var inputDevice = InputManager.ActiveDevice;

			// Rotate target object with left stick.
			transform.Rotate( Vector3.down,  500.0f * Time.deltaTime * inputDevice.LeftStickX, Space.World );
			transform.Rotate( Vector3.right, 500.0f * Time.deltaTime * inputDevice.LeftStickY, Space.World );
		}
	}
}

注意事项：

导入之后需要设置一下方可使用，操作如图：

如图，Custom Profiles添加自定义配置文件，为类完整路径，如namespace.AAA。参考Examples/CustomProfile/CustomProfile.unity示例

using System;
using System.Collections;
using UnityEngine;
using InControl;


namespace CustomProfileExample
{
	// This custom profile is enabled by adding it to the Custom Profiles list
	// on the InControlManager component, or you can attach it yourself like so:
	// InputManager.AttachDevice( new UnityInputDevice( "KeyboardAndMouseProfile" ) );
	// 
	public class KeyboardAndMouseProfile : UnityInputDeviceProfile
	{
		public KeyboardAndMouseProfile()
		{
			Name = "Keyboard/Mouse";
			Meta = "A keyboard and mouse combination profile appropriate for FPS.";

			// This profile only works on desktops.
			SupportedPlatforms = new[]
			{
				"Windows",
				"Mac",
				"Linux"
			};

			Sensitivity = 1.0f;
			LowerDeadZone = 0.0f;
			UpperDeadZone = 1.0f;

			ButtonMappings = new[]
			{
				new InputControlMapping
				{
					Handle = "Fire - Mouse",
					Target = InputControlType.Action1,
					Source = MouseButton0
				},
				new InputControlMapping
				{
					Handle = "Fire - Keyboard",
					Target = InputControlType.Action1,
					// KeyCodeButton fires when any of the provided KeyCode params are down.
					Source = KeyCodeButton( KeyCode.F, KeyCode.Return )
				},
				new InputControlMapping
				{
					Handle = "AltFire",
					Target = InputControlType.Action2,
					Source = MouseButton2
				},
				new InputControlMapping
				{
					Handle = "Middle",
					Target = InputControlType.Action3,
					Source = MouseButton1
				},
				new InputControlMapping
				{
					Handle = "Jump",
					Target = InputControlType.Action4,
					Source = KeyCodeButton( KeyCode.Space )
				},
				new InputControlMapping
				{
					Handle = "Combo",
					Target = InputControlType.LeftBumper,
					// KeyCodeComboButton requires that all KeyCode params are down simultaneously.
					Source = KeyCodeComboButton( KeyCode.LeftAlt, KeyCode.Alpha1 )
				},
			};

			AnalogMappings = new[]
			{
				new InputControlMapping
				{
					Handle = "Move X",
					Target = InputControlType.LeftStickX,
					// KeyCodeAxis splits the two KeyCodes over an axis. The first is negative, the second positive.
					Source = KeyCodeAxis( KeyCode.A, KeyCode.D )
				},
				new InputControlMapping
				{
					Handle = "Move Y",
					Target = InputControlType.LeftStickY,
					// Notes that up is positive in Unity, therefore the order of KeyCodes is down, up.
					Source = KeyCodeAxis( KeyCode.S, KeyCode.W )
				},
				new InputControlMapping {
					Handle = "Move X Alternate",
					Target = InputControlType.LeftStickX,
					Source = KeyCodeAxis( KeyCode.LeftArrow, KeyCode.RightArrow )
				},
				new InputControlMapping {
					Handle = "Move Y Alternate",
					Target = InputControlType.LeftStickY,
					Source = KeyCodeAxis( KeyCode.DownArrow, KeyCode.UpArrow )
				},
				new InputControlMapping
				{
					Handle = "Look X",
					Target = InputControlType.RightStickX,
					Source = MouseXAxis,
					Raw    = true,
					Scale  = 0.1f
				},
				new InputControlMapping
				{
					Handle = "Look Y",
					Target = InputControlType.RightStickY,
					Source = MouseYAxis,
					Raw    = true,
					Scale  = 0.1f
				},
				new InputControlMapping
				{
					Handle = "Look Z",
					Target = InputControlType.ScrollWheel,
					Source = MouseScrollWheel,
					Raw    = true,
					Scale  = 0.1f
				}
			};
		}
	}
}