nazar-korinnyi · September 24, 2014 13:36
diff --git a/controller b/controller

 #pragma strict

 @script RequireComponent( CharacterController )

 // This script must be attached to a GameObject that has a CharacterController
 var moveTouchPad : Joystick;
 var rotateTouchPad : Joystick;						// If unassigned, tilt is used

 var cameraPivot : Transform;						// The transform used for camera rotation

 var forwardSpeed : float = 4;
 var backwardSpeed : float = 1;
 var sidestepSpeed : float = 1;
 var jumpSpeed : float = 8;
 var inAirMultiplier : float = 0.25;					// Limiter for ground speed while jumping
 var rotationSpeed : Vector2 = Vector2( 50, 25 );	// Camera rotation speed for each axis
 var tiltPositiveYAxis = 0.6;
 var tiltNegativeYAxis = 0.4;
 var tiltXAxisMinimum = 0.1;

 private var thisTransform : Transform;
 private var character : CharacterController;
 private var cameraVelocity : Vector3;
 private var velocity : Vector3;						// Used for continuing momentum while in air
 private var canJump = true;

 function Start()
 {
 	// Cache component lookup at startup instead of doing this every frame		
 	thisTransform = GetComponent( Transform );
 	character = GetComponent( CharacterController );	

 	// Move the character to the correct start position in the level, if one exists
 	var spawn = GameObject.Find( "PlayerSpawn" );
 	if ( spawn )
 		thisTransform.position = spawn.transform.position;
 }

 function OnEndGame()
 {
 	// Disable joystick when the game ends	
 	moveTouchPad.Disable();
 	
 	if ( rotateTouchPad )
 		rotateTouchPad.Disable();	

 	// Don't allow any more control changes when the game ends
 	this.enabled = false;
 }

 function Update()
 {
 	var movement = thisTransform.TransformDirection( Vector3( moveTouchPad.position.x, 0, moveTouchPad.position.y ) );

 	// We only want horizontal movement
 	movement.y = 0;
 	movement.Normalize();

 	// Apply movement from move joystick
 	var absJoyPos = Vector2( Mathf.Abs( moveTouchPad.position.x ), Mathf.Abs( moveTouchPad.position.y ) );	
 	if ( absJoyPos.y > absJoyPos.x )
 	{
 		if ( moveTouchPad.position.y > 0 )
 			movement *= forwardSpeed * absJoyPos.y;
 		else
 			movement *= backwardSpeed * absJoyPos.y;
 	}
 	else
 		movement *= sidestepSpeed * absJoyPos.x;		
 	
 	// Check for jump
 	if ( character.isGrounded )
 	{		
 		var jump = false;
 		var touchPad : Joystick;
 		if ( rotateTouchPad )
 			touchPad = rotateTouchPad;
 		else
 			touchPad = moveTouchPad;
 	
 		if ( !touchPad.IsFingerDown() )
 			canJump = true;
 		
 	 	if ( canJump && touchPad.tapCount >= 2 )
 	 	{
 			jump = true;
 			canJump = false;
 	 	}	
 		
 		if ( jump )
 		{
 			// Apply the current movement to launch velocity		
 			velocity = character.velocity;
 			velocity.y = jumpSpeed;	
 		}
 	}
 	else
 	{			
 		// Apply gravity to our velocity to diminish it over time
 		velocity.y += Physics.gravity.y * Time.deltaTime;
 				
 		// Adjust additional movement while in-air
 		movement.x *= inAirMultiplier;
 		movement.z *= inAirMultiplier;
 	}
 		
 	movement += velocity;	
 	movement += Physics.gravity;
 	movement *= Time.deltaTime;
 	
 	// Actually move the character	
 	character.Move( movement );
 	
 	if ( character.isGrounded )
 		// Remove any persistent velocity after landing	
 		velocity = Vector3.zero;
 	
 	// Apply rotation from rotation joystick
 	if ( character.isGrounded )
 	{
 		var camRotation = Vector2.zero;
 		
 		if ( rotateTouchPad )
 			camRotation = rotateTouchPad.position;
 		else
 		{
 			// Use tilt instead
 //			print( iPhoneInput.acceleration );
 			var acceleration = Input.acceleration;
 			var absTiltX = Mathf.Abs( acceleration.x );
 			if ( acceleration.z < 0 && acceleration.x < 0 )
 			{
 				if ( absTiltX >= tiltPositiveYAxis )
 					camRotation.y = (absTiltX - tiltPositiveYAxis) / (1 - tiltPositiveYAxis);
 				else if ( absTiltX <= tiltNegativeYAxis )
 					camRotation.y = -( tiltNegativeYAxis - absTiltX) / tiltNegativeYAxis;
 			}
 			
 			if ( Mathf.Abs( acceleration.y ) >= tiltXAxisMinimum )
 				camRotation.x = -(acceleration.y - tiltXAxisMinimum) / (1 - tiltXAxisMinimum);
 		}
 		
 		camRotation.x *= rotationSpeed.x;
 		camRotation.y *= rotationSpeed.y;
 		camRotation *= Time.deltaTime;
 		
 		// Rotate the character around world-y using x-axis of joystick
 		thisTransform.Rotate( 0, camRotation.x, 0, Space.World );
 		
 		// Rotate only the camera with y-axis input
 		cameraPivot.Rotate( -camRotation.y, 0, 0 );
 	}
 }

	#pragma strict

	@script RequireComponent( CharacterController )

	// This script must be attached to a GameObject that has a CharacterController
	var moveTouchPad : Joystick;
	var rotateTouchPad : Joystick; // If unassigned, tilt is used

	var cameraPivot : Transform; // The transform used for camera rotation

	var forwardSpeed : float = 4;
	var backwardSpeed : float = 1;
	var sidestepSpeed : float = 1;
	var jumpSpeed : float = 8;
	var inAirMultiplier : float = 0.25; // Limiter for ground speed while jumping
	var rotationSpeed : Vector2 = Vector2( 50, 25 ); // Camera rotation speed for each axis
	var tiltPositiveYAxis = 0.6;
	var tiltNegativeYAxis = 0.4;
	var tiltXAxisMinimum = 0.1;

	private var thisTransform : Transform;
	private var character : CharacterController;
	private var cameraVelocity : Vector3;
	private var velocity : Vector3; // Used for continuing momentum while in air
	private var canJump = true;

	function Start()
	{
	// Cache component lookup at startup instead of doing this every frame
	thisTransform = GetComponent( Transform );
	character = GetComponent( CharacterController );

	// Move the character to the correct start position in the level, if one exists
	var spawn = GameObject.Find( "PlayerSpawn" );
	if ( spawn )
	thisTransform.position = spawn.transform.position;
	}

	function OnEndGame()
	{
	// Disable joystick when the game ends
	moveTouchPad.Disable();

	if ( rotateTouchPad )
	rotateTouchPad.Disable();

	// Don't allow any more control changes when the game ends
	this.enabled = false;
	}

	function Update()
	{
	var movement = thisTransform.TransformDirection( Vector3( moveTouchPad.position.x, 0, moveTouchPad.position.y ) );

	// We only want horizontal movement
	movement.y = 0;
	movement.Normalize();

	// Apply movement from move joystick
	var absJoyPos = Vector2( Mathf.Abs( moveTouchPad.position.x ), Mathf.Abs( moveTouchPad.position.y ) );
	if ( absJoyPos.y > absJoyPos.x )
	{
	if ( moveTouchPad.position.y > 0 )
	movement = forwardSpeed absJoyPos.y;
	else
	movement = backwardSpeed absJoyPos.y;
	}
	else
	movement = sidestepSpeed absJoyPos.x;

	// Check for jump
	if ( character.isGrounded )
	{
	var jump = false;
	var touchPad : Joystick;
	if ( rotateTouchPad )
	touchPad = rotateTouchPad;
	else
	touchPad = moveTouchPad;

	if ( !touchPad.IsFingerDown() )
	canJump = true;

	if ( canJump && touchPad.tapCount >= 2 )
	{
	jump = true;
	canJump = false;
	}

	if ( jump )
	{
	// Apply the current movement to launch velocity
	velocity = character.velocity;
	velocity.y = jumpSpeed;
	}
	}
	else
	{
	// Apply gravity to our velocity to diminish it over time
	velocity.y += Physics.gravity.y * Time.deltaTime;

	// Adjust additional movement while in-air
	movement.x *= inAirMultiplier;
	movement.z *= inAirMultiplier;
	}

	movement += velocity;
	movement += Physics.gravity;
	movement *= Time.deltaTime;

	// Actually move the character
	character.Move( movement );

	if ( character.isGrounded )
	// Remove any persistent velocity after landing
	velocity = Vector3.zero;

	// Apply rotation from rotation joystick
	if ( character.isGrounded )
	{
	var camRotation = Vector2.zero;

	if ( rotateTouchPad )
	camRotation = rotateTouchPad.position;
	else
	{
	// Use tilt instead
	// print( iPhoneInput.acceleration );
	var acceleration = Input.acceleration;
	var absTiltX = Mathf.Abs( acceleration.x );
	if ( acceleration.z < 0 && acceleration.x < 0 )
	{
	if ( absTiltX >= tiltPositiveYAxis )
	camRotation.y = (absTiltX - tiltPositiveYAxis) / (1 - tiltPositiveYAxis);
	else if ( absTiltX <= tiltNegativeYAxis )
	camRotation.y = -( tiltNegativeYAxis - absTiltX) / tiltNegativeYAxis;
	}

	if ( Mathf.Abs( acceleration.y ) >= tiltXAxisMinimum )
	camRotation.x = -(acceleration.y - tiltXAxisMinimum) / (1 - tiltXAxisMinimum);
	}

	camRotation.x *= rotationSpeed.x;
	camRotation.y *= rotationSpeed.y;
	camRotation *= Time.deltaTime;

	// Rotate the character around world-y using x-axis of joystick
	thisTransform.Rotate( 0, camRotation.x, 0, Space.World );

	// Rotate only the camera with y-axis input
	cameraPivot.Rotate( -camRotation.y, 0, 0 );
	}
	}