<br />using UnityEngine;<br />using System&#46;Collections;<br /><br /><br />&#91;RequireComponent(typeof(CharacterController))&#93;<br />public class DiveFPSController &#58; MonoBehaviour <br />{<br />	Vector3 inputMoveDirection;<br />	bool inputJump = false;<br />	bool grounded = false;<br />	float downmovement = 0&#46;1f;<br />	Vector3 velocity;<br /><br />	public float max_speed = 0&#46;1f;<br />	public float max_speed_air = 0&#46;13f;<br />	public float max_speed_ground = 0&#46;1f;<br />	public float acceleration = 10;<br />	public float acceleration_air = 10;<br />	public float gravity = -0&#46;18f;<br />	public float friction = 0&#46;8f;<br />	public GameObject cameraObject;<br />	private CharacterController controller;<br />	public Vector3 groundNormal;<br />	public float jumpspeed = 0&#46;16f;<br />	public bool stopmovingup = false;<br />	public float fallkillspeed = -0&#46;38f;<br />	public CollisionFlags collisionFlags; <br /><br />	public GameObject ground_gameobject=null;<br />	public Vector3 last_ground_pos;<br />	private float jumpcommand = 0;<br />	public bool floating = false;<br /><br />	public int autowalk=0;<br />	public float inhibit_autowalk = 1;<br />	public int reload_once=0;<br /><br />	void Awake ()<br />	{<br />		controller = GetComponent&lt;CharacterController&gt;();<br />		Debug&#46;Log(&quot;Controller Slopelimit&quot;+controller&#46;slopeLimit);<br />	}<br /><br />	void JumpUp ()<br />	{<br />		jumpcommand=1;<br />	}<br /><br />	void Start ()<br />	{<br />		reload_once=0;<br />	}<br /><br />	void OnControllerColliderHit (ControllerColliderHit hit)<br />	{<br />		if (hit&#46;normal&#46;y &gt; 0 &amp;&amp; hit&#46;moveDirection&#46;y &lt; 0) <br />		{<br />			groundNormal = hit&#46;normal;<br />			grounded=true;	<br />			ground_gameobject=hit&#46;gameObject;<br />			<br />			//print(&quot;Landed on&#58; ground&quot;+ground_gameobject&#46;name);<br />			stopmovingup=false;<br />		}<br />	}<br /><br />        float fadeduration = 2&#46;0f; // fade duration in seconds<br /><br />	void Update ()<br />	{<br />		Debug&#46;DrawLine (transform&#46;position, transform&#46;position+groundNormal, Color&#46;red);<br />		//print(&quot;GroundNormal y&quot; +groundNormal&#46;y);<br /><br />		Vector3 directionVector = new Vector3(Input&#46;GetAxis(&quot;Horizontal&quot;), 0, Input&#46;GetAxis(&quot;Vertical&quot;));<br /><br />		if (directionVector != Vector3&#46;zero) <br />		{<br />			// Get the length of the directon vector and then normalize it<br />			// Dividing by the length is cheaper than normalizing when we already have the length anyway<br />			float directionLength = directionVector&#46;magnitude;<br />			directionVector = directionVector / directionLength;<br />			<br />			// Make sure the length is no bigger than 1<br />			directionLength = Mathf&#46;Min(1, directionLength);<br />			<br />			// Make the input vector more sensitive towards the extremes and less sensitive in the middle<br />			// This makes it easier to control slow speeds when using analog sticks<br />			directionLength = directionLength * directionLength;<br />			<br />			// Multiply the normalized direction vector by the modified length<br />			directionVector = directionVector * directionLength;<br />		}<br /><br />		// Apply the direction to the CharacterMotor<br />		inputMoveDirection =  directionVector;<br />		inputJump = Input&#46;GetButton(&quot;Jump&quot;);<br />  <br />		if(jumpcommand==1)<br />		{<br />			inputJump=true;	<br />			jumpcommand=0;<br />		}<br />	<br />	<br />		if (floating)<br />		{<br />			velocity&#46;y=0&#46;1f;<br />		}<br /><br />		if (inputJump&amp;&amp;grounded)<br />		{<br />			velocity&#46;y+=jumpspeed;<br />			velocity&#46;z*=1&#46;5f;<br /><br />			//print (&quot;Jump&quot;);<br />			grounded=false;<br />		}<br />	<br />	<br />		if (grounded)<br />		{<br />			velocity+=inputMoveDirection*acceleration*Time&#46;deltaTime;<br />		}<br />		else<br />		{<br />			velocity+=inputMoveDirection*acceleration_air*Time&#46;deltaTime;<br />		}<br />	<br />		Vector3 translation = new Vector3(velocity&#46;x,0,velocity&#46;z);<br />	<br />		translation = Vector3&#46;Lerp(Vector3(0,0,0),translation,friction);<br />		<br />		velocity&#46;x=translation&#46;x;<br />		velocity&#46;z=translation&#46;z;<br />		velocity&#46;y = velocity&#46;y+gravity*Time&#46;deltaTime;<br />		//print (&quot;Time deltatime &quot;+Time&#46;deltaTime);<br />		<br />		<br />		if (grounded)<br />		{<br />			velocity&#46;y=0;<br />		//print (&quot;Vel y &quot;+velocity&#46;y);<br />		}<br />	<br />		if (grounded)<br />		{<br />			max_speed=max_speed_ground;<br />		}<br /><br />		if (!grounded)<br />		{<br />			max_speed=max_speed_air;<br />		}<br /><br />		if (translation&#46;magnitude&gt;max_speed)<br />		{<br />			translation=translation/translation&#46;magnitude;<br />			translation=translation*max_speed;<br />		}<br /><br />		velocity&#46;x=translation&#46;x;<br />		velocity&#46;z=translation&#46;z;<br />		translation&#46;y=velocity&#46;y;<br />	<br />		Quaternion yrotation_camera= Quaternion&#46;Euler(0, cameraObject&#46;transform&#46;rotation&#46;eulerAngles&#46;y, 0);<br />		//transform&#46;position+=yrotation_camera*translation;<br /><br />		Vector3 platformdelta;<br />		<br />		if(ground_gameobject!=null) <br />		{<br />			print(&quot;ground object ungleich null&quot;);<br />			platformdelta=ground_gameobject&#46;transform&#46;position-last_ground_pos;<br />		}<br />	<br />		//if (!grounded)platformdelta=Vector3&#46;zero;<br />	<br />	<br />		//MAKE A MOVE!<br />		<br />		collisionFlags=controller&#46;Move(yrotation_camera*translation+platformdelta);<br />		<br />		<br />		if (collisionFlags &amp; CollisionFlags&#46;CollidedAbove)<br />		{<br />			if (stopmovingup==false)<br />			{<br />				print (&quot;ControllerColliderHit&quot;);	<br />				velocity&#46;y=0;	<br />				stopmovingup=true;<br />			}<br />		}<br />	<br />		if (ground_gameobject!=null &amp;&amp; !grounded)<br />		{<br />			ground_gameobject=null;<br />		}<br /><br />		if(ground_gameobject!=null)<br />		{<br />			last_ground_pos=ground_gameobject&#46;transform&#46;position;	<br />		}<br />	}<br /><br /><br />	void LateUpdate ()<br />	{<br />		//groundNormal=Vector3&#46;zero;<br />	}<br />	void OnGUI ()<br />	{<br />	//	GUI&#46;Label ( new Rect(10, 10, 400, 20), &quot;isgrounded &quot;+grounded+   &quot; velocity&#46;y &quot;+velocity&#46;y+&quot; collsionbelow &quot;+ (collisionFlags &amp; CollisionFlags&#46;Below) );<br />		Event e = Event&#46;current;<br /><br />		if (e&#46;isKey) <br />		{<br />			Debug&#46;Log(&quot;Detected key code&#58; &quot; + e&#46;keyCode);<br />			GUI&#46;Label ( new Rect(10, 10, 400, 20), &quot;Keycode =&quot;+ e&#46;keyCode );<br />		}<br />							<br />	}<br /><br /><br />	void OnTriggerEnter (  Collider other   )<br />	{<br /><br />		if (other&#46;name == &quot;Float&quot;) <br />		{<br />			floating=true; 	 <br />			inhibit_autowalk=0&#46;1f;<br />		}<br />	}<br /><br />	void OnTriggerExit (  Collider other   )<br />	{<br />		if (other&#46;name == &quot;Float&quot;) <br />		{<br />			floating=false; 	 <br />			inhibit_autowalk=1;<br />		}<br />	}<br />}<br />