FueraDeEscala/Assets/Game Kit Controller/Scripts/Gravity/gravitySystem.cs

using UnityEngine;
using System.Collections;
using UnityEngine.UI;
using System.Collections.Generic;
using UnityEngine.Events;
using System.Linq;

public class gravitySystem : gravityObjectManager
{
    public bool gravityPowerEnabled;
    public bool gravityPowerInputEnabled;

    public Transform gravityCenter;
    public GameObject playerCameraGameObject;

    public bool liftToSearchEnabled;
    public bool randomRotationOnAirEnabled;
    public GameObject cursor;
    public LayerMask layer;
    public float searchSurfaceSpeed = 5;
    public float accelerateSpeed = 20;
    public float airControlSpeed = 5;

    bool cursorActive;
    bool cursorLocated;

    public bool preserveVelocityWhenDisableGravityPower;

    float extraMultiplierPreserveVelocity;

    public float highGravityMultiplier;
    public List<bool> materialToChange = new List<bool> ();
    public bool changeModelColor;
    public Color powerColor;
    public float hoverSpeed;
    public float hoverAmount;
    public float hoverSmooth;
    public GameObject arrow;

    bool arrowLocated;

    public bool powerActivated;
    public bool recalculatingSurface;
    public bool searchingSurface;
    public bool searchingNewSurfaceBelow;
    public bool searchAround;

    public Vector3 currentNormal = new Vector3 (0, 1, 0);
    public bool dead;
    public bool firstPersonView;
    public Renderer playerRenderer;
    public bool usedByAI;

    public string tagForCircumnavigate = "sphere";
    public string tagForMovingObjects = "moving";

    public float rotateToSurfaceSpeed = 2;
    public float rotateToRegularGravitySpeed = 2;

    public Vector3 regularGravity = new Vector3 (0, 1, 0);

    public bool gravityPowerActive;

    public bool startWithNewGravity;
    public bool usePlayerRotation;
    public bool adjustRotationToSurfaceFound;
    public Vector3 newGravityToStart;

    public bool zeroGravityModeOn;
    public bool startWithZeroGravityMode;
    public bool canResetRotationOnZeroGravityMode;
    public bool canAdjustToForwardSurface;
    public Transform forwardSurfaceRayPosition;
    public float maxDistanceToAdjust;
    public float resetRotationZeroGravitySpeed;
    public float adjustToForwardSurfaceSpeed;

    public bool canActivateFreeFloatingMode;
    public bool freeFloatingModeOn;

    public bool useCustomDirectionOnResetZeroGravityRotation;
    public Vector3 customDirectionOnResetZeroGravityRotation;

    public bool useEventsOnFreeFloatingModeStateChange;
    public UnityEvent evenOnFreeFloatingModeStateEnabled;
    public UnityEvent eventOnFreeFloatingModeStateDisabled;

    public bool useEventsOnZeroGravityModeStateChange;
    public UnityEvent evenOnZeroGravityModeStateEnabled;
    public UnityEvent eventOnZeroGravityModeStateDisabled;

    public bool useEventsOnUseGravityPowerStateChange;
    public UnityEvent eventsOnUseGravityPowerStateEnabled;
    public UnityEvent eventsOnUseGravityPowerStateDisabled;

    public float circumnavigateRotationSpeed = 10;
    public bool circumnavigateCurrentSurfaceActive;
    public bool useLerpRotation;

    public Transform gravityAdherenceRaycastParent;

    public bool checkSurfaceBelowLedge;
    public float surfaceBelowLedgeRaycastDistance = 3;
    public float belowLedgeRotationSpeed = 10;
    public Transform surfaceBelowRaycastTransform;

    public bool checkSurfaceInFront;
    public float surfaceInFrontRaycastDistance = 0.5f;
    public float surfaceInFrontRotationSpeed = 10;
    public Transform surfaceInFrontRaycastTransform;

    public bool checkCircumnavigateSurfaceOnZeroGravity = true;

    public bool searchNewSurfaceOnHighFallSpeed = true;
    public float minSpeedToSearchNewSurface = 15;

    bool searchNewSurfaceOnHighFallSpeedPaused;

    public bool pauseSearchNewSurfaceOnHighFallSpeedOnReverseGravityInput = true;

    public bool shakeCameraOnHighFallSpeed = true;
    public float minSpeedToShakeCamera = 15;
    bool cameraShakeCanBeUsed = true;

    public bool checkSurfaceBelowOnRegularState;
    public float timeToSetNullParentOnAir = 0.5f;
    float lastTimeParentFound;

    public bool stopAimModeWhenSearchingSurface;

    public Transform pivotCameraTransform;
    public SphereCollider gravityCenterCollider;
    public playerController playerControllerManager;
    public otherPowers powers;
    public CapsuleCollider playerCollider;
    public playerInputManager playerInput;

    public playerWeaponsManager weaponsManager;
    public Rigidbody mainRigidbody;
    public playerCamera playerCameraManager;
    public Transform mainCameraTransform;

    public Vector3 debugGravityDirection;

    public bool hovering;
    public bool turning;

    public bool checkGravityArrowStateActive = true;


    public float raycastDistanceToCheckBelowPlayer = 10;

    public bool useInfiniteRaycastDistanceToCheckBelowPlayer;


    public bool updateCurrentNormalByExternalTransformActive;

    Transform currentUpdateCurrentNormalByExternalTransform;

    public bool allowCircumnavigationOnAllSurfacesWithIgnoretagList;

    public List<string> circumnavigationOnAllSurfacesWithIgnoretagList = new List<string> ();

    bool circumnavigationOnAllSurfacesWithIgnoretagListAssigned;


    bool ignoreUseGravityCenterForRotationActive;
    public bool setOnGroundStateOnTeleportToSurfaceOnZeroGravity;


    bool ignoreRecalculateSurface;
    Transform currentCenterPoint;

    bool currentCenterPointAssigned;

    zeroGravityRoomSystem currentZeroGravityRoom;

    Transform playerCameraTransform;

    Vector3 currentPlayerPosition;
    Quaternion arrowRotation;
    Color originalPowerColor;
    bool accelerating;

    bool rotating = false;

    Vector3 gravityDirection;
    Vector3 rightAxis;
    float timer = 0.75f;
    float rotateAmount = 40;
    float normalGravityMultiplier;
    Vector3 surfaceNormal;
    Vector3 turnDirection;

    bool playerIsChildOfParentActive;
    GameObject fatherDetected;
    bool circumnavigableSurfaceFound;

    RaycastHit hit;
    Ray ray;

    public bool choosingDirection;
    bool onGround;
    bool lifting;

    Coroutine rotateCharacterState;
    Coroutine rotateToSurfaceState;

    Transform externalGravityCenter;

    Transform currentSurfaceBelowPlayer;
    Transform previousSurfaceBelowPlayer;

    Vector3 currentPosition;

    bool preservingVelocity;
    Vector3 previousRigidbodyVelocity;

    bool playerInsideGravityRoom;

    Vector3 rayPosition;
    Vector3 rayDirection;

    Vector3 currentRotatingNormal;
    Coroutine colorCoroutine;

    public setGravity currentSetGravityManager;

    bool currentSetGravityManagerAssigned;

    bool surfaceFound;
    RaycastHit currentSurfaceFound;

    float currentCircumnagivateRotationSpeed;

    Vector2 axisValues;
    float verticalInput;
    float horizontalInput;
    Vector3 moveInput;
    float gravityAdherenceRaycastParentAngleRotation;

    Coroutine zeroGravityModeRotateCharacterCoroutine;
    Coroutine teleportCoroutine;

    Coroutine freeFloatingModeCoroutine;

    bool gravityArrowCurrentlyActive;

    Transform playerTransform;

    bool teleportInProcess;

    bool startWithZeroGravityModeChecked;

    bool cameraShakeActive;

    public bool showDebugPrint;

    //Editor variables
    public bool showCircumnavigationhSettings;
    public bool showZeroGravitySettings;
    public bool showFreeFloatingModeSettings;
    public bool showEventsSettings;
    public bool showOtherSettings;
    public bool showDebugSettings;
    public bool showAllSettings;
    public bool showComponents;

    public bool showGizmo;

    Vector3 vector3Zero = Vector3.zero;
    Quaternion quaternionIdentity = Quaternion.identity;

    float currentTime;


    void Awake ()
    {
        normalGravityMultiplier = playerControllerManager.getGravityMultiplier ();

        playerTransform = transform;

        //get the pivot of the camera
        playerCameraTransform = playerCameraGameObject.transform;
    }

    void Start ()
    {
        mainRigidbody.freezeRotation = true;

        //the gravity center has a sphere collider, that surrounds completly the player to use it when the player searchs a new surface, 
        //detecting the collision with any object to rotate the player to that surface
        //this is done like this to avoid that the player cross a collider when he moves while he searchs a new surface
        //get all the neccessary components in the player

        //get the original value of some parameters
        originalPowerColor = powerColor;

        GameObject newGravityCenter = new GameObject ();
        externalGravityCenter = newGravityCenter.transform;
        externalGravityCenter.name = "External Gravity Center";
        externalGravityCenter.SetParent (playerTransform);

        if (startWithNewGravity) {
            if (usePlayerRotation) {
                Vector3 normalDirection = -playerTransform.up;

                if (adjustRotationToSurfaceFound) {
                    if (Physics.Raycast (playerTransform.position, -playerTransform.up, out hit, Mathf.Infinity, layer)) {
                        normalDirection = hit.normal;
                    }
                }

                if (playerTransform.up != currentNormal) {
                    setNormal (normalDirection);
                }
            } else {
                setNormal (newGravityToStart);
            }
        }

        currentRotatingNormal = currentNormal;

        if (arrow != null) {
            arrowLocated = true;

            if (checkGravityArrowStateActive) {
                if (arrow.activeSelf) {
                    arrow.SetActive (false);
                }
            } else {
                gravityArrowCurrentlyActive = true;
            }
        }

        if (cursor != null) {
            cursorLocated = true;
        }
    }

    //void FixedUpdate ()
    void Update ()
    {
        currentTime = Time.fixedDeltaTime;

        //rotate randomly the mesh of the player in the air, also make that mesh float while chooses a direction in the air
        if (turning) {
            if (randomRotationOnAirEnabled || powerActivated) {
                gravityCenter.transform.Rotate ((rotateAmount * currentTime) * turnDirection);
            }

            if (weaponsManager.isCarryingWeaponInThirdPerson () || powers.isAimingPowerInThirdPerson ()) {
                turning = false;

                checkRotateCharacter (vector3Zero);
            }
        }

        if (hovering) {
            float posTargetY = Mathf.Sin (Time.time * hoverSpeed) * hoverAmount;
            mainRigidbody.position = Vector3.MoveTowards (mainRigidbody.position,
                mainRigidbody.position + posTargetY * playerTransform.up, currentTime * hoverSmooth);
        }

        currentPosition = playerTransform.position;

        checkGravityArrowState ();

        if (!startWithZeroGravityModeChecked) {
            if (startWithZeroGravityMode) {
                setZeroGravityModeOnState (true);
            }

            startWithZeroGravityModeChecked = true;
        }

        //elevate the player above the ground when the gravity power is enabled and the player was in the ground before it
        if (lifting) {
            bool surfaceAbove = false;
            //check if there is any obstacle above the player while he is being elevated, to prevent he can cross any collider
            ray = new Ray (currentPosition + 1.5f * playerTransform.up, playerTransform.up);

            if (Physics.SphereCast (ray, 0.4f, out hit, 0.5f, layer)) {
                surfaceAbove = true;
            } else {
                //if the ray doesn't found any surface, keep lifting the player until the timer reachs its target value
                timer -= currentTime;

                playerTransform.Translate ((currentTime * 4) * Vector3.up);

                playerCameraTransform.Translate ((currentTime * 4) * Vector3.up);
            }

            //if the timer ends or a surface is found, stop the lifting and start rotate the player to float in the air
            if (surfaceAbove || timer < 0) {
                lifting = false;

                timer = 0.75f;

                searchingSurface = false;

                searchAround = false;

                if (canRotatePlayer ()) {
                    rotateMeshPlayer ();
                }

                setHoverState (true);
            }
        }

        //moving in the air with the power gravity activated looking for a new surface
        if (searchingSurface) {
            //parameters to store the position and the direction of the raycast that checks any close surface to the player
            rayPosition = vector3Zero;
            rayDirection = vector3Zero;

            //set the size of the ray
            float rayDistance = 0;

            //if the player has set the direction of the air movement, the raycast starts in camera pivot position
            //else the player is falling and reach certain amount of velocity, so the next surface that he will touch becomes in his new ground
            //and the raycast starts in the player position
            if (!searchingNewSurfaceBelow) {
                rayDistance = 2;

                Vector3 newVelocity = (Mathf.Abs (playerControllerManager.getGravityForce ()) * mainRigidbody.mass * searchSurfaceSpeed) * gravityDirection;

                //when the player searchs a new surface using the gravity force, the player can moves like when he falls
                if (!playerControllerManager.isPlayerRunning ()) {
                    //get the global input and convert it to the local direction, using the axis in the changegravity script
                    Vector3 forwardAxis = Vector3.Cross (gravityDirection, rightAxis);
                    Vector3 newMoveInput = playerControllerManager.getVerticalInput () * forwardAxis + playerControllerManager.getHorizontalInput () * rightAxis;

                    if (newMoveInput.magnitude > 1) {
                        newMoveInput.Normalize ();
                    }

                    if (newMoveInput.magnitude > 0) {
                        newVelocity += airControlSpeed * newMoveInput;
                    }
                }

                //apply and extra force if the player increase his movement
                if (accelerating) {
                    newVelocity += accelerateSpeed * gravityDirection;
                }

                //make a lerp of the velocity applied to the player to move him smoothly
                mainRigidbody.linearVelocity = Vector3.Lerp (mainRigidbody.linearVelocity, newVelocity, currentTime * 2);

                //set the direction of the ray that checks any surface
                rayPosition = pivotCameraTransform.position;
                rayDirection = gravityDirection;

                if (currentNormal == regularGravity) {
                    rayDistance = GKC_Utils.distance (rayPosition, currentPosition) + 0.5f;
                }
            }

            //else, the player is falling in his ground direction, so the ray to check a new surface is below his feet
            else {
                rayPosition = currentPosition;
                rayDirection = -playerTransform.up;
                rayDistance = 0.6f;
            }

            if (showGizmo) {
                //launch a raycast to check any surface
                Debug.DrawRay (rayPosition, rayDistance * rayDirection, Color.yellow);
            }

            if (Physics.Raycast (rayPosition, rayDirection, out hit, rayDistance, layer)) {
                //if the object detected has not trigger and rigidbody, then
                if (!hit.collider.isTrigger && hit.rigidbody == null) {
                    //disable the search of the surface and rotate the player to that surface

                    playerControllerManager.setGravityPowerActiveState (false);

                    playerCameraManager.sethorizontalCameraLimitActiveOnAirState (true);

                    setPowerActivateState (false);

                    searchingNewSurfaceBelow = false;
                    searchingSurface = false;
                    searchAround = false;
                    mainRigidbody.linearVelocity = vector3Zero;

                    //disable the collider in the gravity center and enable the capsule collider in the player
                    gravityCenterCollider.enabled = false;
                    playerCollider.isTrigger = false;

                    //check if the object detected can be circumnavigate
                    if (hit.collider.gameObject.CompareTag (tagForCircumnavigate) || canCircumnavigateObject (hit.collider.transform)) {
                        circumnavigableSurfaceFound = true;
                    }

                    //check if the object is moving to parent the player inside it
                    if (hit.collider.gameObject.CompareTag (tagForMovingObjects)) {
                        addParent (hit.collider.gameObject);
                    }

                    //set the camera in its regular position
                    playerCameraManager.changeCameraFov (false);

                    //if the new normal is different from the previous normal in the gravity power, then rotate the player
                    if (hit.normal != currentNormal) {
                        checkRotateToSurface (hit.normal, rotateToSurfaceSpeed);
                    }

                    //if the player back to the regular gravity value, change its color to the regular state
                    if (hit.normal == regularGravity) {
                        changeColor (false);
                    }
                }
            }

            if (!turning && canRotatePlayer ()) {
                rotateMeshPlayer ();
            }
        }

        //if the player falls and reachs certain velocity, the camera shakes and the mesh of the player rotates
        //also, if the gravity power is activated, look a new surface to change the gravity to the found surface
        if (!freeFloatingModeOn &&
            !zeroGravityModeOn &&
            !onGround &&
            !searchingNewSurfaceBelow &&
            !choosingDirection &&
            !powerActivated &&
            !playerControllerManager.isFlyingActive () &&
            !playerControllerManager.isSwimModeActive () &&
            !playerControllerManager.isPauseCameraShakeFromGravityActive ()) {

            if (shakeCameraOnHighFallSpeed && playerTransform.InverseTransformDirection (mainRigidbody.linearVelocity).y < -minSpeedToShakeCamera) {
                if (!playerControllerManager.isSlowFallExternallyActive ()) {

                    enableCameraShake ();

                    if (!weaponsManager.isCarryingWeaponInThirdPerson ()) {
                        rotateMeshPlayer ();
                    }
                }
            }

            if (searchNewSurfaceOnHighFallSpeed &&
                !searchNewSurfaceOnHighFallSpeedPaused &&
                playerTransform.InverseTransformDirection (mainRigidbody.linearVelocity).y < -minSpeedToSearchNewSurface) {

                //if the gravity of the player is different from the regular gravity, start searchin the new surface
                if (currentNormal != regularGravity) {
                    searchingNewSurfaceBelow = true;
                    searchingSurface = true;

                    setRecalculatingSurfaceState (false);

                    circumnavigableSurfaceFound = false;
                }
            }
        }

        //walk in spheres and moving objects, recalculating his new normal and lerping the player to the new rotation
        if (!lifting &&
            !searchingSurface &&
            (circumnavigableSurfaceFound || playerIsChildOfParentActive) &&
            recalculatingSurface &&
            !rotating) {

            float rayDistance = 0.5f;

            if (!onGround) {
                if (!freeFloatingModeOn && !zeroGravityModeOn) {
                    rayDistance = raycastDistanceToCheckBelowPlayer;

                    if (useInfiniteRaycastDistanceToCheckBelowPlayer) {
                        rayDistance = 1000;
                    }
                }
            }

            surfaceFound = false;

            //get the normal direction of the object below the player, to recalculate the rotation of the player
            if (Physics.Raycast (playerTransform.position + 0.1f * playerTransform.up, -playerTransform.up, out hit, rayDistance, layer)) {
                currentSurfaceFound = hit;

                surfaceFound = true;

                currentCircumnagivateRotationSpeed = circumnavigateRotationSpeed;
            }
            //else {
            //    print ("no surface found");

            //    Debug.DrawRay (playerTransform.position + 0.1f * playerTransform.up - playerTransform.up * rayDistance, playerTransform.up * 1000, Color.red, 3);
            //}

            //Get the correct raycast orientation according to input, for example, it is no the same ray position and direction if the player is walking forward or backward on 
            //first person or if he is aiming
            if (checkSurfaceBelowLedge || checkSurfaceInFront) {
                rayPosition = playerTransform.position + 0.1f * playerTransform.up;

                if (playerControllerManager.isLookingInCameraDirection ()) {

                    axisValues = playerInput.getPlayerRawMovementAxis ();
                    verticalInput = axisValues.y;
                    horizontalInput = axisValues.x;

                    rayPosition += (verticalInput * 0.2f) * playerTransform.forward;
                    rayPosition += (horizontalInput * 0.2f) * playerTransform.right;

                    moveInput = (verticalInput * playerTransform.forward + horizontalInput * playerTransform.right);

                    gravityAdherenceRaycastParentAngleRotation = Vector3.SignedAngle (playerTransform.forward, moveInput, playerTransform.up);

                    if (verticalInput == 0 && horizontalInput == 0) {
                        gravityAdherenceRaycastParentAngleRotation = 0;
                    }

                } else {
                    rayPosition += 0.2f * playerTransform.forward;
                    gravityAdherenceRaycastParentAngleRotation = 0;
                }

                gravityAdherenceRaycastParent.localRotation = Quaternion.Euler (new Vector3 (0, gravityAdherenceRaycastParentAngleRotation, 0));
            }

            if (checkSurfaceBelowLedge) {
                rayDirection = -playerTransform.up;

                if (showGizmo) {
                    Debug.DrawRay (rayPosition, rayDirection, Color.white);
                }

                if (!Physics.Raycast (rayPosition, rayDirection, out hit, 1, layer)) {
                    if (showGizmo) {
                        Debug.DrawRay (rayPosition, rayDirection, Color.green);
                    }

                    rayPosition = surfaceBelowRaycastTransform.position;
                    rayDirection = surfaceBelowRaycastTransform.forward;

                    if (Physics.Raycast (rayPosition, rayDirection, out hit, surfaceBelowLedgeRaycastDistance, layer)) {
                        if (showGizmo) {
                            Debug.DrawRay (rayPosition, hit.distance * rayDirection, Color.yellow);
                        }

                        currentSurfaceFound = hit;
                        surfaceFound = true;
                        currentCircumnagivateRotationSpeed = belowLedgeRotationSpeed;
                    } else {
                        if (showGizmo) {
                            Debug.DrawRay (rayPosition, surfaceBelowLedgeRaycastDistance * rayDirection, Color.red);
                        }
                    }
                } else {
                    if (showGizmo) {
                        Debug.DrawRay (rayPosition, hit.distance * rayDirection, Color.red);
                    }
                }
            }

            if (checkSurfaceInFront) {
                rayPosition = surfaceInFrontRaycastTransform.position;
                rayDirection = surfaceInFrontRaycastTransform.forward;

                if (Physics.Raycast (rayPosition, rayDirection, out hit, surfaceInFrontRaycastDistance, layer)) {
                    currentSurfaceFound = hit;
                    surfaceFound = true;
                    currentCircumnagivateRotationSpeed = surfaceInFrontRotationSpeed;
                }
            }

            bool surfaceNormalFound = false;

            if (surfaceFound) {
                if (!currentSurfaceFound.collider.isTrigger && currentSurfaceFound.rigidbody == null) {
                    //the object detected can be circumnavigate, so get the normal direction
                    if (currentSurfaceFound.collider.gameObject.CompareTag (tagForCircumnavigate) || canCircumnavigateObject (currentSurfaceFound.transform)) {
                        surfaceNormal = currentSurfaceFound.normal;

                        surfaceNormalFound = true;
                    }

                    //the object is moving, so get the normal direction and set the player as a children of the moving obejct
                    else if (currentSurfaceFound.collider.gameObject.CompareTag (tagForMovingObjects)) {
                        surfaceNormal = currentSurfaceFound.normal;

                        if (!playerIsChildOfParentActive) {
                            addParent (currentSurfaceFound.collider.gameObject);
                        }

                        surfaceNormalFound = true;
                    }
                }
            } else {
                if (playerIsChildOfParentActive) {
                    removeParent ();
                }
            }

            if (currentCenterPointAssigned) {
                if (surfaceNormalFound) {
                    Vector3 heading = playerTransform.position - currentCenterPoint.position;

                    float distance = heading.magnitude;

                    Vector3 direction = heading / distance;

                    surfaceNormal = direction;
                }
            }

            if ((!zeroGravityModeOn && !freeFloatingModeOn) || onGround) {
                if (useLerpRotation) {
                    //recalculate the rotation of the player and the camera according to the normal of the surface under the player
                    currentNormal = Vector3.Lerp (currentNormal, surfaceNormal, currentCircumnagivateRotationSpeed * currentTime);
                    Vector3 myForward = Vector3.Cross (playerTransform.right, currentNormal);
                    Quaternion dstRot = Quaternion.LookRotation (myForward, currentNormal);

                    playerTransform.rotation = Quaternion.Lerp (playerTransform.rotation, dstRot, currentCircumnagivateRotationSpeed * currentTime);

                    Vector3 myForwardCamera = Vector3.Cross (playerCameraTransform.right, currentNormal);
                    Quaternion dstRotCamera = Quaternion.LookRotation (myForwardCamera, currentNormal);

                    playerCameraTransform.rotation = Quaternion.Lerp (playerCameraTransform.rotation, dstRotCamera, currentCircumnagivateRotationSpeed * currentTime);
                } else {
                    currentNormal = Vector3.Slerp (currentNormal, surfaceNormal, currentCircumnagivateRotationSpeed * currentTime);
                    Vector3 myForward = Vector3.Cross (playerTransform.right, currentNormal);
                    Quaternion dstRot = Quaternion.LookRotation (myForward, currentNormal);

                    playerTransform.rotation = Quaternion.Slerp (playerTransform.rotation, dstRot, currentCircumnagivateRotationSpeed * currentTime);

                    Vector3 myForwardCamera = Vector3.Cross (playerCameraTransform.right, currentNormal);
                    Quaternion dstRotCamera = Quaternion.LookRotation (myForwardCamera, currentNormal);

                    playerCameraTransform.rotation = Quaternion.Slerp (playerCameraTransform.rotation, dstRotCamera, currentCircumnagivateRotationSpeed * currentTime);
                }

                updateCurrentRotatingNormal (currentNormal);
            }

            //set the normal in the playerController component
            playerControllerManager.setCurrentNormalCharacter (currentNormal);
        }

        if (updateCurrentNormalByExternalTransformActive) {
            currentNormal = currentUpdateCurrentNormalByExternalTransform.up;

            playerControllerManager.setCurrentNormalCharacter (currentNormal);

            updateCurrentRotatingNormal (currentNormal);
        }

        if (ignoreRecalculateSurface) {
            setRecalculatingSurfaceState (false);

            gravityPowerActive = false;
        }

        if (zeroGravityModeOn && !onGround && !rotating) {
            currentNormal = playerTransform.up;

            playerControllerManager.setCurrentNormalCharacter (currentNormal);

            updateCurrentRotatingNormal (currentNormal);
        }

        //set a cursor in the screen when the character can choose a direction to change his gravity
        if (!usedByAI) {
            if (cursorLocated) {
                if (choosingDirection) {
                    if (!cursorActive) {
                        cursor.SetActive (true);

                        cursorActive = true;
                    }
                }

                if (!choosingDirection) {
                    if (cursorActive) {
                        cursor.SetActive (false);

                        cursorActive = false;
                    }
                }
            }
        }

        //if the player can choosed a direction, lerp his velocity to zero
        if (choosingDirection) {
            mainRigidbody.linearVelocity = Vector3.Lerp (mainRigidbody.linearVelocity, vector3Zero, currentTime * 2);
        }

        if (rotating && !playerControllerManager.isPlayerRunning ()) {
            mainRigidbody.linearVelocity = vector3Zero;
        }

        if ((gravityPowerActive || circumnavigateCurrentSurfaceActive || (zeroGravityModeOn && checkCircumnavigateSurfaceOnZeroGravity)) && !powerActivated) {
            currentSurfaceBelowPlayer = playerControllerManager.getCurrentSurfaceBelowPlayer ();

            if (currentSurfaceBelowPlayer != null) {
                //check if the object detected can be circumnavigate
                if (currentSurfaceBelowPlayer.CompareTag (tagForCircumnavigate) || canCircumnavigateObject (currentSurfaceBelowPlayer)) {
                    circumnavigableSurfaceFound = true;
                } else {
                    circumnavigableSurfaceFound = false;

                    if (checkSurfaceInFront) {
                        rayPosition = surfaceInFrontRaycastTransform.position;
                        rayDirection = surfaceInFrontRaycastTransform.forward;

                        if (Physics.Raycast (rayPosition, rayDirection, out hit, surfaceInFrontRaycastDistance, layer)) {
                            currentSurfaceBelowPlayer = hit.collider.transform;

                            if (currentSurfaceBelowPlayer.CompareTag (tagForCircumnavigate) || canCircumnavigateObject (currentSurfaceBelowPlayer)) {
                                circumnavigableSurfaceFound = true;
                            }
                        }
                    }
                }

                //check if the object is moving to parent the player inside it
                if (currentSurfaceBelowPlayer.CompareTag (tagForMovingObjects)) {
                    if (previousSurfaceBelowPlayer != currentSurfaceBelowPlayer) {
                        previousSurfaceBelowPlayer = currentSurfaceBelowPlayer;

                        addParent (currentSurfaceBelowPlayer.gameObject);
                    } else {
                        if (!playerIsChildOfParentActive) {
                            if (currentSetGravityManagerAssigned) {
                                if (showDebugPrint) {
                                    print ("no parent found, refresing current surface below to check state");
                                }

                                if (previousSurfaceBelowPlayer != null) {
                                    previousSurfaceBelowPlayer = null;
                                }
                            }
                        }
                    }
                } else if (playerIsChildOfParentActive && !currentSurfaceBelowPlayer.IsChildOf (fatherDetected.transform)) {
                    removeParent ();
                }

                //if the surface where the player lands can be circumnavigated or an moving/rotating object, then keep recalculating the player throught the normal surface
                if (circumnavigableSurfaceFound || playerIsChildOfParentActive) {
                    setRecalculatingSurfaceState (true);
                }
                //else disable this state
                else {
                    setRecalculatingSurfaceState (false);
                }
            } else {
                if (previousSurfaceBelowPlayer != null) {
                    previousSurfaceBelowPlayer = null;
                }

                if (rotating) {
                    circumnavigableSurfaceFound = false;
                }
            }
        } else {
            if ((circumnavigableSurfaceFound || playerIsChildOfParentActive) && rotating) {
                circumnavigableSurfaceFound = false;
            }

            if (checkSurfaceBelowOnRegularState && !gravityPowerActive && !zeroGravityModeOn && !playerControllerManager.isPlayerSetAsChildOfParent ()) {

                currentSurfaceBelowPlayer = playerControllerManager.getCurrentSurfaceBelowPlayer ();

                if (currentSurfaceBelowPlayer != null) {
                    //check if the object is moving to parent the player inside it
                    if (previousSurfaceBelowPlayer != currentSurfaceBelowPlayer) {
                        previousSurfaceBelowPlayer = currentSurfaceBelowPlayer;

                        if (currentSurfaceBelowPlayer.CompareTag (tagForMovingObjects)) {
                            addParent (currentSurfaceBelowPlayer.gameObject);

                            lastTimeParentFound = Time.time;

                        } else if (playerIsChildOfParentActive && !currentSurfaceBelowPlayer.IsChildOf (fatherDetected.transform)) {
                            removeParent ();
                        }
                    }
                } else {
                    if (previousSurfaceBelowPlayer != null) {
                        previousSurfaceBelowPlayer = null;
                    }

                    if (Time.time > timeToSetNullParentOnAir + lastTimeParentFound) {
                        if (playerIsChildOfParentActive) {
                            removeParent ();
                        }
                    }
                }
            } else {
                if (currentSurfaceBelowPlayer != null) {
                    currentSurfaceBelowPlayer = null;
                }

                if (previousSurfaceBelowPlayer != null) {
                    previousSurfaceBelowPlayer = null;
                }
            }
        }
    }

    public void setAllowCircumnavigationOnAllSurfacesWithIgnoretagListState (bool state)
    {
        allowCircumnavigationOnAllSurfacesWithIgnoretagList = state;
    }

    public void setCircumnavigationOnAllSurfacesWithIgnoretagList (List<string> newList)
    {
        circumnavigationOnAllSurfacesWithIgnoretagList = newList;

        circumnavigationOnAllSurfacesWithIgnoretagListAssigned = circumnavigationOnAllSurfacesWithIgnoretagList.Count != 0;
    }

    bool canCircumnavigateObject (Transform objectToCheck)
    {
        bool result = false;

        if (allowCircumnavigationOnAllSurfacesWithIgnoretagList) {
            if (circumnavigationOnAllSurfacesWithIgnoretagListAssigned) {
                if (!circumnavigationOnAllSurfacesWithIgnoretagList.Contains (objectToCheck.tag)) {
                    result = true;
                }
            } else {
                result = true;
            }
        }

        return result;
    }

    public void setUpdateCurrentNormalByExternalTransformState (bool state, Transform newTransform, bool ignoreRecalculateSurfaceValue)
    {
        updateCurrentNormalByExternalTransformActive = state;

        currentUpdateCurrentNormalByExternalTransform = newTransform;

        ignoreRecalculateSurface = ignoreRecalculateSurfaceValue;

        if (!state) {
            Vector3 newNormal = currentUpdateCurrentNormalByExternalTransform.up;

            float currentAngleDifference = Vector3.Angle (regularGravity, newNormal);

            if (Mathf.Abs (currentAngleDifference) < 1) {
                newNormal = regularGravity;
            }

            currentNormal = newNormal;

            playerControllerManager.setCurrentNormalCharacter (currentNormal);

            updateCurrentRotatingNormal (currentNormal);

            ignoreRecalculateSurface = false;
        }
    }

    public void setIgnoreRecalculateSurfaceState (bool state)
    {
        ignoreRecalculateSurface = state;
    }

    void checkGravityArrowState ()
    {
        //the arrow in the back of the player looks to the direction of the real gravity
        if (arrowLocated) {
            if (gravityArrowCurrentlyActive) {
                currentPlayerPosition = new Vector3 (currentPosition.x, 0, currentPosition.z);

                if (currentPlayerPosition != vector3Zero) {
                    arrowRotation = Quaternion.LookRotation (currentPlayerPosition);

                    if (arrowRotation.eulerAngles != vector3Zero) {
                        arrow.transform.rotation = arrowRotation;
                    }
                }

                if (checkGravityArrowStateActive) {
                    if (!powerActivated && !searchingSurface && currentNormal == regularGravity) {
                        gravityArrowCurrentlyActive = false;
                        arrow.SetActive (false);
                    }
                }
            } else {
                if (powerActivated || searchingSurface || currentNormal != regularGravity) {
                    gravityArrowCurrentlyActive = true;
                    arrow.SetActive (true);
                }
            }
        }
    }

    public void checkOnGroundOrAirState ()
    {
        onGroundOrOnAir (playerControllerManager.isPlayerOnGround ());
    }

    //playerController set the values of ground in this script and in the camera code
    public override void onGroundOrOnAir (bool state)
    {
        onGround = state;

        if (onGround) {
            //the player is on the ground
            //set the states in the camera, on ground, stop any shake of the camera, and back the camera to its regular position if it has been moved
            playerCameraManager.onGroundOrOnAir (true);

            disableCameraShake ();

            playerCameraManager.changeCameraFov (false);

            //stop rotate the player
            turning = false;

            //if the surface where the player lands can be circumnavigated or an moving/rotating object, then keep recalculating the player throught the normal surface
            if ((circumnavigableSurfaceFound || playerIsChildOfParentActive) && (gravityPowerActive || circumnavigateCurrentSurfaceActive || (zeroGravityModeOn && checkCircumnavigateSurfaceOnZeroGravity))) {
                setRecalculatingSurfaceState (true);
            }

            //else disable this state
            else {
                setRecalculatingSurfaceState (false);
            }

            //set the gravity force applied to the player to its regular state
            playerControllerManager.setGravityMultiplierValueFromExternalFunction (normalGravityMultiplier);

            //set the model rotation to the regular state
            checkRotateCharacter (vector3Zero);

            accelerating = false;

            if (currentNormal != regularGravity) {
                gravityPowerActive = true;
            }
        } else {
            //the player is on the air
            playerCameraManager.onGroundOrOnAir (false);
        }
    }

    //when the player searchs a new surface using the gravity power on button, check the collisions in the gravity center sphere collider, to change the
    //gravity of the player to the detected normal direction
    void OnCollisionEnter (Collision collision)
    {
        //check that the player is searching a surface, the player is not running, and that he is searching around
        if (searchingSurface && turning && searchAround && !playerControllerManager.isPlayerRunning ()) {
            //check that the detected object is not a trigger or the player himself
            if (!collision.gameObject.CompareTag ("Player") && collision.rigidbody == null && !collision.collider.isTrigger) {
                //get the collision contant point to change the direction of the ray that searchs a new direction, setting the direction from the player 
                //to the collision point as the new direction
                Vector3 hitDirection = collision.contacts [0].point - pivotCameraTransform.position;
                hitDirection = hitDirection / hitDirection.magnitude;
                gravityDirection = hitDirection;

                searchAround = false;
            }
        }
    }

    //now the gravity power is in a function, so it can be called from keyboard and a touch button
    public void activateGravityPower ()
    {
        gravityPowerActive = true;

        //		print ("activate gravity power");

        //if the option to lift the player when he uses the gravity power is disable, then searchs an new surface in the camera direction 
        if (!liftToSearchEnabled) {
            changeOnTrigger (mainCameraTransform.TransformDirection (Vector3.forward), mainCameraTransform.TransformDirection (Vector3.right));
        }

        //else lift the player, and once that he has been lifted, then press again the gravit power on button to search an new surface
        //or disable the gravity power
        else {
            //enable the sphere collider in the gravity center
            gravityCenterCollider.enabled = true;

            //disable the capsule collider in the player
            playerCollider.isTrigger = true;

            //get the last time that the player was in the air
            playerControllerManager.setLastTimeFalling ();

            setRecalculatingSurfaceState (false);

            accelerating = false;

            //change the color of the player's textures
            changeColor (true);

            searchingNewSurfaceBelow = false;

            removeParent ();

            circumnavigableSurfaceFound = false;

            playerControllerManager.setGravityPowerActiveState (true);

            playerCameraManager.sethorizontalCameraLimitActiveOnAirState (false);

            setPowerActivateState (true);

            //calibrate the accelerometer to rotate the camera in this mode
            playerCameraManager.calibrateAccelerometer ();

            //drop any object that the player is holding and disable aim mode
            if (stopAimModeWhenSearchingSurface) {
                checkKeepPower ();

                checkKeepWeapons ();
            }

            playerCameraManager.checkIfDropObjectIfNotPhysical (false);

            //the player is in the ground, so he is elevated above it
            if (onGround) {
                lifting = true;
                choosingDirection = true;
            }

            //the player set the direction of the movement in the air to search a new surface
            if (!lifting && choosingDirection) {
                enableCameraShake ();

                setHoverState (false);

                if (canRotatePlayer ()) {
                    rotateMeshPlayer ();
                }

                searchingSurface = true;

                circumnavigableSurfaceFound = false;

                removeParent ();

                choosingDirection = false;

                searchAround = true;

                gravityDirection = mainCameraTransform.forward;

                //get direction and right axis of the camera, so when the player searchs a new surface, this is used to get the local movement, 
                //which allows to move the player in his local right, left, forward and back while he also displaces in the air
                rightAxis = mainCameraTransform.right;

                if (canRotatePlayer ()) {
                    checkRotateCharacter (-gravityDirection);
                }

                return;
            }

            //the player is in the air, so he is stopped in it to choose a direction
            if (!onGround && !choosingDirection && !lifting) {
                disableCameraShake ();

                playerCameraManager.changeCameraFov (false);

                setHoverState (true);

                if (canRotatePlayer ()) {
                    rotateMeshPlayer ();
                }

                choosingDirection = true;

                searchingSurface = false;

                searchAround = false;
            }
        }
    }

    //now the gravity power is in a function, so it can be called from keyboard and a touch button
    public void deactivateGravityPower ()
    {
        //check that the power gravity is already enabled
        if ((choosingDirection || searchingSurface || currentNormal != regularGravity) && !playerControllerManager.isUsingDevice ()) {
            //			print ("deactivate gravity power");

            //disable the sphere collider in the gravity center
            gravityCenterCollider.enabled = false;

            //enable the capsule collider in the player
            playerCollider.isTrigger = false;

            //get the last time that the player was in the air
            playerControllerManager.setLastTimeFalling ();

            accelerating = false;

            //set the force of the gravity in the player to its regular state
            playerControllerManager.setGravityMultiplierValueFromExternalFunction (normalGravityMultiplier);

            //change the color of the player
            changeColor (false);

            choosingDirection = false;

            circumnavigableSurfaceFound = false;

            removeParent ();

            setHoverState (false);

            turning = false;

            searchingSurface = false;

            searchAround = false;

            lifting = false;

            setRecalculatingSurfaceState (false);

            timer = 0.75f;

            //stop to shake the camera and set its position to the regular state
            disableCameraShake ();

            playerCameraManager.changeCameraFov (false);

            //if the normal of the player is different from the regular gravity, rotate the player
            if (currentNormal != regularGravity) {

                if (preserveVelocityWhenDisableGravityPower) {
                    previousRigidbodyVelocity = mainRigidbody.linearVelocity;
                    preservingVelocity = true;

                    extraMultiplierPreserveVelocity = 1;
                }

                checkRotateToSurface (regularGravity, rotateToRegularGravitySpeed);
            }

            //rotate the mesh of the player also
            checkRotateCharacter (regularGravity);

            playerControllerManager.setGravityPowerActiveState (false);

            playerCameraManager.sethorizontalCameraLimitActiveOnAirState (true);

            setPowerActivateState (false);

            //set the value of the normal in the playerController component to its regular state
            playerControllerManager.setCurrentNormalCharacter (regularGravity);

            gravityPowerActive = false;

            setCurrentSetGravityManager (null);

            searchNewSurfaceOnHighFallSpeedPaused = false;
        }
    }

    public void checkKeepWeapons ()
    {
        if (weaponsManager.isAimingInThirdPerson () || weaponsManager.isCarryingWeaponInThirdPerson ()) {
            weaponsManager.checkIfKeepSingleOrDualWeapon ();
        }
    }

    public void checkKeepPower ()
    {
        if (powers.isAimingPowerInThirdPerson ()) {
            powers.deactivateAimMode ();
        }
    }

    //now the change of velocity is in a function, so it can be called from keyboard and a touch button
    public void changeMovementVelocity (bool value)
    {
        //if the player is not choosing a gravity direction and he is searching a surface or the player is not in the ground and with a changed normal, then
        if (!choosingDirection && (powerActivated || (!playerControllerManager.isPlayerOnGround () && currentNormal != regularGravity))) {
            accelerating = value;

            //move the camera to a further away position, and add extra force to the player's velocity
            if (accelerating) {
                playerCameraManager.changeCameraFov (true);

                playerControllerManager.setGravityMultiplierValueFromExternalFunction (highGravityMultiplier);

                //when the player accelerates his movement in the air, the camera shakes
                //if the player accelerates his movement in the air and shake camera is enabled
                if (playerCameraManager.settings.enableShakeCamera) {
                    playerCameraManager.accelerateShake (true);
                }
            }

            //else, set the camera to its regular position, reset the force applied to the player's velocity
            else {
                playerCameraManager.changeCameraFov (false);

                playerControllerManager.setGravityMultiplierValueFromExternalFunction (normalGravityMultiplier);

                playerCameraManager.accelerateShake (false);
            }
        }
    }

    //convert the character in a child of the moving object
    public void addParent (GameObject obj)
    {
        fatherDetected = obj;

        parentAssignedSystem currentParentAssignedSystem = obj.GetComponent<parentAssignedSystem> ();

        if (currentParentAssignedSystem != null) {
            fatherDetected = currentParentAssignedSystem.getAssignedParent ();
        }

        if (rotating) {
            externalGravityCenter.SetParent (fatherDetected.transform);
        } else {
            setFatherDetectedAsParent ();
        }

        if (fatherDetected != null) {
            playerIsChildOfParentActive = true;
        } else {
            playerIsChildOfParentActive = false;
        }

        //print ("addParent " + playerIsChildOfParentActive);
    }

    //remove the parent of the player, so he moves freely again
    public void removeParent ()
    {
        if (rotating) {
            setExternalGravityCenterAsParent ();
        } else {
            setNullParent ();
        }

        fatherDetected = null;

        playerIsChildOfParentActive = false;

        //print ("removeParent");
    }

    public void setExternalGravityCenterAsParent ()
    {
        setNewParent (externalGravityCenter);
    }

    public void setFatherDetectedAsParent ()
    {
        setNewParent (fatherDetected.transform);
    }

    public void setNullParent ()
    {
        setNewParent (null);
    }

    public void setNewParent (Transform newParent)
    {
        if (playerTransform == null) {
            playerTransform = transform;
        }

        //		if (newParent != null) {
        //			print (newParent.name);
        //		} else {
        //			print ("removing parent");
        //		}

        playerTransform.SetParent (newParent);
        playerCameraTransform.SetParent (newParent);
    }

    public void setCorrectParent ()
    {
        if (playerIsChildOfParentActive) {
            setFatherDetectedAsParent ();
        } else {
            setNullParent ();
        }
    }

    //the funcion to change camera view, to be called from a key or a touch button
    public void changeCameraView (bool state)
    {
        firstPersonView = state;

        //disable or enable the mesh of the player
        setGravityArrowState (!firstPersonView);
    }

    //set a random direction to rotate the character
    void rotateMeshPlayer ()
    {
        if (!turning) {
            turning = true;

            turnDirection = new Vector3 (Random.Range (-1, 1), Random.Range (-1, 1), Random.Range (-1, 1));

            if (turnDirection.magnitude == 0) {
                turnDirection.x = 1;
            }
        }
    }

    //set if the player is hovering or not
    void setHoverState (bool state)
    {
        hovering = state;
    }

    public bool canRotatePlayer ()
    {
        return (stopAimModeWhenSearchingSurface || (!weaponsManager.isCarryingWeaponInThirdPerson () && !powers.isAimingPowerInThirdPerson ()));
    }

    //change the gravity of the player when he touchs the arrow trigger
    public void changeOnTrigger (Vector3 dir, Vector3 right)
    {
        //set the parameters needed to change the player's gravity without using the gravity power buttons
        searchingNewSurfaceBelow = false;

        removeParent ();

        circumnavigableSurfaceFound = false;

        searchingSurface = true;

        searchAround = true;

        changeColor (true);

        playerControllerManager.setGravityMultiplierValueFromExternalFunction (normalGravityMultiplier);

        playerControllerManager.setGravityPowerActiveState (true);

        playerCameraManager.sethorizontalCameraLimitActiveOnAirState (false);

        setPowerActivateState (true);

        playerCameraManager.calibrateAccelerometer ();

        if (canRotatePlayer ()) {
            rotateMeshPlayer ();
        }

        enableCameraShake ();

        gravityDirection = dir;

        rightAxis = right;

        if (canRotatePlayer ()) {
            checkRotateCharacter (-gravityDirection);
        }

        gravityPowerActive = true;

        if (showDebugPrint) {
            print ("changeOnTrigger ");
        }
    }

    //stop the gravity power when the player is going to drive a vehicle
    public void stopGravityPower ()
    {
        //disable the sphere collider in the gravity center
        gravityCenterCollider.enabled = false;

        //get the last time that the player was in the air
        playerControllerManager.setLastTimeFalling ();

        accelerating = false;

        //set the force of the gravity in the player to its regular state
        playerControllerManager.setGravityMultiplierValueFromExternalFunction (normalGravityMultiplier);

        choosingDirection = false;

        circumnavigableSurfaceFound = false;

        removeParent ();

        setHoverState (false);

        turning = false;

        searchingSurface = false;

        searchAround = false;

        lifting = false;

        setRecalculatingSurfaceState (false);

        timer = 0.75f;

        //stop to shake the camera and set its position to the regular state
        disableCameraShake ();

        playerCameraManager.changeCameraFov (false);

        playerControllerManager.setGravityPowerActiveState (false);

        playerCameraManager.sethorizontalCameraLimitActiveOnAirState (true);

        setPowerActivateState (false);

        //reset the player's rotation
        playerTransform.rotation = quaternionIdentity;
        gravityCenter.transform.localRotation = quaternionIdentity;

        //set to 0 the current velocity of the player
        mainRigidbody.linearVelocity = vector3Zero;
        gravityPowerActive = false;
    }

    //rotate the player, camera and mesh of the player to the new surface orientation
    //public
    public void checkRotateToSurface (Vector3 normal, float rotSpeed)
    {
        stopRotateToSurfaceCoroutine ();

        rotateCharacterState = StartCoroutine (rotateToSurface (normal, rotSpeed));
    }

    public void stopRotateToSurfaceCoroutine ()
    {
        //get the coroutine, stop it and play it again
        if (rotateCharacterState != null) {
            StopCoroutine (rotateCharacterState);
        }
    }

    public IEnumerator rotateToSurface (Vector3 normal, float rotSpeed)
    {
        updateCurrentRotatingNormal (normal);

        externalGravityCenter.SetParent (null);

        if (ignoreUseGravityCenterForRotationActive) {
            if (playerControllerManager.isPlayerOnGround ()) {
                externalGravityCenter.position = playerTransform.position + 1.1f * playerTransform.up;
            } else {
                externalGravityCenter.position = gravityCenter.position;
            }
        } else {
            externalGravityCenter.position = gravityCenter.position;
        }

        ignoreUseGravityCenterForRotationActive = false;

        externalGravityCenter.rotation = playerTransform.rotation;

        setExternalGravityCenterAsParent ();

        setRotatingToSurfaceState (true);

        Quaternion currentPlayerRotation = externalGravityCenter.rotation;
        Vector3 currentPlayerForward = Vector3.Cross (externalGravityCenter.right, normal);

        if (currentPlayerForward == Vector3.zero) {
            externalGravityCenter.eulerAngles += externalGravityCenter.up * 2;

            currentPlayerRotation = externalGravityCenter.rotation;
            currentPlayerForward = Vector3.Cross (externalGravityCenter.right, normal);
        }

        Quaternion playerTargetRotation = Quaternion.LookRotation (currentPlayerForward, normal);

        Quaternion currentGravityCenterRotation = gravityCenter.localRotation;
        Quaternion gravityCenterTargetRotation = quaternionIdentity;

        bool resetCameraTransformRotationResult = false;

        if (deactivatingZeroGravityModeActive) {
            float playerCameraAngle = Vector3.Angle (playerTransform.up, playerCameraTransform.up);

            if (Mathf.Abs (playerCameraAngle) > 0.0000001f) {
                resetCameraTransformRotationResult = true;
            }

            deactivatingZeroGravityModeActive = false;
        }

        bool targetReached = false;

        float currentTimer = 0;

        float normalAngle = 0;

        float rotateTimer = 0;

        while (!targetReached) {

            rotateTimer += Time.deltaTime * rotSpeed;

            currentTimer += Time.deltaTime;

            externalGravityCenter.rotation = Quaternion.Slerp (currentPlayerRotation, playerTargetRotation, rotateTimer);
            gravityCenter.transform.localRotation = Quaternion.Slerp (currentGravityCenterRotation, gravityCenterTargetRotation, rotateTimer);

            if (resetCameraTransformRotationResult) {
                playerCameraTransform.localRotation = Quaternion.Slerp (playerCameraTransform.localRotation, quaternionIdentity, rotateTimer);
            }

            normalAngle = Vector3.Angle (playerTransform.up, normal);

            if (normalAngle < 0.001f || currentTimer > 3) {
                targetReached = true;
            }

            yield return null;
        }

        //for (float t = 0; t < 1;) {
        //    t += Time.deltaTime * rotSpeed;

        //    externalGravityCenter.rotation = Quaternion.Slerp (currentPlayerRotation, playerTargetRotation, t);
        //    gravityCenter.transform.localRotation = Quaternion.Slerp (currentGravityCenterRotation, gravityCenterTargetRotation, t);

        //    yield return null;
        //}

        setCorrectParent ();

        externalGravityCenter.SetParent (playerTransform);

        currentNormal = normal;

        playerControllerManager.setGravityMultiplierValueFromExternalFunction (normalGravityMultiplier);

        playerControllerManager.setCurrentNormalCharacter (normal);

        if (currentNormal == regularGravity) {
            gravityPowerActive = false;
        }

        setRotatingToSurfaceState (false);

        //adjust gravity rotation for locked camera
        playerCameraManager.setLockedMainCameraTransformRotation (normal);

        if (zeroGravityModeOn || freeFloatingModeOn) {
            disableCameraShake ();
        }

        if (preservingVelocity) {
            preservingVelocity = false;

            yield return new WaitForSeconds (0.02f);

            playerControllerManager.addExternalForce (extraMultiplierPreserveVelocity * previousRigidbodyVelocity);
        }

        checkOnGroundOrAirState ();
    }

    public override bool isPlayerSearchingGravitySurface ()
    {
        return powerActivated;
    }

    public bool isCharacterRotatingToSurface ()
    {
        return rotating;
    }

    void setRotatingToSurfaceState (bool state)
    {
        rotating = state;

        playerControllerManager.setCharacterRotatingToSurfaceState (state);

        playerCameraManager.setCharacterRotatingToSurfaceState (state);
    }

    public void checkRotateToSurfaceWithoutParent (Vector3 normal, float rotSpeed)
    {
        stopRotateToSurfaceWithOutParentCoroutine ();

        rotateCharacterState = StartCoroutine (rotateToSurfaceWithOutParent (normal, rotSpeed));
    }

    public void stopRotateToSurfaceWithOutParentCoroutine ()
    {
        //get the coroutine, stop it and play it again
        if (rotateCharacterState != null) {
            StopCoroutine (rotateCharacterState);
        }
    }

    public IEnumerator rotateToSurfaceWithOutParent (Vector3 normal, float rotSpeed)
    {
        updateCurrentRotatingNormal (normal);

        setRotatingToSurfaceState (true);

        Quaternion currentPlayerRotation = playerTransform.rotation;
        Vector3 currentPlayerForward = Vector3.Cross (playerTransform.right, normal);
        Quaternion playerTargetRotation = Quaternion.LookRotation (currentPlayerForward, normal);

        Quaternion currentCameraRotation = playerCameraTransform.rotation;
        Vector3 currentCameraForward = Vector3.Cross (playerCameraTransform.right, normal);
        Quaternion cameraTargetRotation = Quaternion.LookRotation (currentCameraForward, normal);

        Quaternion currentGravityCenterRotation = gravityCenter.localRotation;
        Quaternion gravityCenterTargetRotation = quaternionIdentity;

        for (float t = 0; t < 1;) {
            t += Time.deltaTime * rotSpeed;

            playerTransform.rotation = Quaternion.Slerp (currentPlayerRotation, playerTargetRotation, t);

            playerCameraTransform.rotation = Quaternion.Slerp (currentCameraRotation, cameraTargetRotation, t);

            gravityCenter.transform.localRotation = Quaternion.Slerp (currentGravityCenterRotation, gravityCenterTargetRotation, t);

            yield return null;
        }

        currentNormal = normal;

        playerControllerManager.setGravityMultiplierValueFromExternalFunction (normalGravityMultiplier);

        playerControllerManager.setCurrentNormalCharacter (normal);

        if (currentNormal == regularGravity) {
            gravityPowerActive = false;
        }

        setRotatingToSurfaceState (false);

        //adjust gravity rotation for locked camera
        playerCameraManager.setLockedMainCameraTransformRotation (normal);

        if (zeroGravityModeOn || freeFloatingModeOn) {
            disableCameraShake ();
        }

        if (preservingVelocity) {
            preservingVelocity = false;
            mainRigidbody.linearVelocity = 2 * previousRigidbodyVelocity;
        }
    }

    public void setNormal (Vector3 normal)
    {
        Vector3 myForwardPlayer = Vector3.Cross (playerTransform.right, normal);
        Vector3 myForwardCamera = Vector3.Cross (playerCameraTransform.right, normal);
        Quaternion dstRotPlayer = Quaternion.LookRotation (myForwardPlayer, normal);
        Quaternion dstRotCamera = Quaternion.LookRotation (myForwardCamera, normal);

        playerTransform.rotation = dstRotPlayer;
        playerCameraTransform.rotation = dstRotCamera;

        currentNormal = normal;

        playerControllerManager.setCurrentNormalCharacter (normal);

        if (currentNormal != regularGravity) {
            gravityPowerActive = true;

            changeColor (true);
        } else {
            changeColor (false);
        }

        updateCurrentRotatingNormal (currentNormal);

        setCurrentSetGravityManager (null);
    }

    public override Vector3 getCurrentNormal ()
    {
        return currentNormal;
    }

    public void setCurrentNormal (Vector3 newValue)
    {
        currentNormal = newValue;
    }

    public override bool isUsingRegularGravity ()
    {
        return currentNormal == regularGravity;
    }

    public Vector3 getRegularGravity ()
    {
        return regularGravity;
    }

    public void updateCurrentRotatingNormal (Vector3 newNormal)
    {
        currentRotatingNormal = newNormal;
    }

    public Vector3 getCurrentRotatingNormal ()
    {
        return currentRotatingNormal;
    }

    //rotate the mesh of the character in the direction of the camera when he selects a gravity direction in the air
    // and to the quaternion identity when he is on ground
    public void checkRotateCharacter (Vector3 normal)
    {
        float angle = Vector3.Angle (gravityCenter.up, playerTransform.up);

        if (Mathf.Abs (angle) > 0 || currentNormal == regularGravity) {
            //get the coroutine, stop it and play it again
            if (rotateToSurfaceState != null) {
                StopCoroutine (rotateToSurfaceState);
            }

            rotateToSurfaceState = StartCoroutine (rotateCharacter (normal));
        }
    }

    public IEnumerator rotateCharacter (Vector3 normal)
    {
        Quaternion orgRotCenter = gravityCenter.transform.localRotation;
        Quaternion dstRotCenter = new Quaternion (0, 0, 0, 1);

        //check that the normal is different from zero, to rotate the player's mesh in the direction of the new gravity when he use the gravity power button
        //and select the camera direction to search a new surface
        //else, the player's mesh is rotated to its regular state
        if (normal != vector3Zero) {
            orgRotCenter = gravityCenter.transform.rotation;
            Vector3 myForward = Vector3.Cross (gravityCenter.transform.right, normal);
            dstRotCenter = Quaternion.LookRotation (myForward, normal);
        }

        for (float t = 0; t < 1;) {
            t += Time.deltaTime * 3;
            if (normal == vector3Zero) {
                gravityCenter.transform.localRotation = Quaternion.Slerp (orgRotCenter, dstRotCenter, t);
            } else {
                gravityCenter.transform.rotation = Quaternion.Slerp (orgRotCenter, dstRotCenter, t);
            }

            yield return null;
        }
    }

    public void changeGravityDirectionDirectlyInvertedValue (Vector3 gravityDirection, bool preserveVelocity)
    {
        changeGravityDirectionDirectly (-gravityDirection, preserveVelocity);
    }

    public void changeGravityDirectionDirectly (Vector3 gravityDirection, bool preserveVelocity)
    {
        if (!rotating) {
            //disable the search of the surface and rotate the player to that surface
            playerControllerManager.setGravityPowerActiveState (false);

            playerCameraManager.sethorizontalCameraLimitActiveOnAirState (true);

            setPowerActivateState (false);

            searchingNewSurfaceBelow = false;
            searchingSurface = false;
            searchAround = false;

            if (preserveVelocity) {
                previousRigidbodyVelocity = mainRigidbody.linearVelocity;
                preservingVelocity = true;

                extraMultiplierPreserveVelocity = 2;
            }

            mainRigidbody.linearVelocity = vector3Zero;

            //disable the collider in the gravity center and enable the capsule collider in the player
            gravityCenterCollider.enabled = false;
            playerCollider.isTrigger = false;

            //set the camera in its regular position
            playerCameraManager.changeCameraFov (false);

            //if the new normal is different from the previous normal in the gravity power, then rotate the player
            if (gravityDirection != currentNormal) {
                checkRotateToSurface (gravityDirection, rotateToSurfaceSpeed);
            }

            //if the player back to the regular gravity value, change its color to the regular state
            if (gravityDirection == regularGravity) {
                changeColor (false);
            } else {
                changeColor (true);
            }
        }
    }

    public void setCurrentSetGravityManager (setGravity currentSetGravity)
    {
        currentSetGravityManager = currentSetGravity;

        currentSetGravityManagerAssigned = currentSetGravityManager != null;
    }

    public void setCurrentGravityCenterPoint (Transform newTransform)
    {
        currentCenterPoint = newTransform;

        currentCenterPointAssigned = currentCenterPoint != null;
    }

    public setGravity getCurrentSetGravityManager ()
    {
        return currentSetGravityManager;
    }

    public void changeColor (bool state)
    {
        if (!changeModelColor) {
            return;
        }

        if (colorCoroutine != null) {
            StopCoroutine (colorCoroutine);
        }

        colorCoroutine = StartCoroutine (changeColorCoroutine (state));
    }

    //change the mesh color of the character according to the gravity power
    public IEnumerator changeColorCoroutine (bool value)
    {
        if (playerRenderer != null) {
            if (value) {
                powerColor = originalPowerColor;
            } else {
                powerColor = Color.white;
            }

            int propertyNameID = Shader.PropertyToID ("_Color");

            for (float t = 0; t < 1;) {
                t += Time.deltaTime;

                for (int i = 0; i < materialToChange.Count; i++) {
                    if (playerRenderer.materials.Length >= materialToChange.Count) {
                        if (materialToChange [i] == true && playerRenderer.materials [i].HasProperty (propertyNameID)) {
                            playerRenderer.materials [i].color = Color.Lerp (playerRenderer.materials [i].color, powerColor, t);
                        }
                    }
                }

                yield return null;
            }
        }
    }

    public void setMeshCharacter (SkinnedMeshRenderer currentMeshCharacter)
    {
        if (currentMeshCharacter != null) {
            playerRenderer = currentMeshCharacter.GetComponent<Renderer> ();
        }

        updateComponent ();
    }

    //change the object which the camera follows and disable or enabled the powers according to the player state
    public void death (bool state)
    {
        dead = state;

        if (state) {
            deactivateGravityPower ();

            turning = false;

            setHoverState (false);

            checkRotateCharacter (vector3Zero);
        }
    }

    public void setGravityArrow (GameObject obj)
    {
        arrow = obj;
    }

    public void setGravityArrowState (bool state)
    {
        if (arrow != null) {
            if (arrow.activeSelf != state) {
                arrow.SetActive (state);
            }

            gravityArrowCurrentlyActive = state;
        }
    }

    public void setFirstPersonView (bool state)
    {
        firstPersonView = state;
    }

    public override Transform getGravityCenter ()
    {
        return gravityCenter;
    }

    public bool isCurcumnavigating ()
    {
        return circumnavigableSurfaceFound;
    }

    public override bool isSearchingSurface ()
    {
        return searchingSurface;
    }

    public bool isGravityPowerActive ()
    {
        return gravityPowerActive;
    }

    public void startOverride ()
    {
        overrideTurretControlState (true);
    }

    public void stopOverride ()
    {
        overrideTurretControlState (false);
    }

    public void overrideTurretControlState (bool state)
    {
        usedByAI = !state;
    }

    public bool isZeroGravityModeOn ()
    {
        return zeroGravityModeOn;
    }

    public void toggleZeroGravityModeOnState ()
    {
        setZeroGravityModeOnState (!zeroGravityModeOn);
    }

    bool deactivatingZeroGravityModeActive;

    public void setZeroGravityModeOnState (bool state)
    {
        if (freeFloatingModeOn) {
            setfreeFloatingModeOnState (false);
        }

        zeroGravityModeOn = state;

        disableCameraShake ();

        playerControllerManager.setZeroGravityModeOnState (zeroGravityModeOn);

        playerCameraManager.setZeroGravityModeOnState (zeroGravityModeOn);

        if (!zeroGravityModeOn) {
            if (currentNormal != regularGravity) {
                deactivatingZeroGravityModeActive = true;

                deactivateGravityPower ();
            }
        }

        checkEventsOnZeroGravityModeStateChange (zeroGravityModeOn);
    }

    public void setZeroGravityModeOnStateWithOutRotation (bool state)
    {
        if (freeFloatingModeOn) {
            setfreeFloatingModeOnState (false);
        }

        zeroGravityModeOn = state;

        disableCameraShake ();

        playerControllerManager.setZeroGravityModeOnState (zeroGravityModeOn);

        playerCameraManager.setZeroGravityModeOnState (zeroGravityModeOn);

        checkEventsOnZeroGravityModeStateChange (zeroGravityModeOn);
    }

    public void disableFreeFloatingModeOnIfActive ()
    {
        if (freeFloatingModeOn) {
            setfreeFloatingModeOnState (false);
        }
    }

    public void setfreeFloatingModeOnState (bool state)
    {
        if (zeroGravityModeOn) {
            return;
        }

        if (!canActivateFreeFloatingMode) {
            return;
        }

        freeFloatingModeOn = state;

        disableCameraShake ();

        checkEventsOnFreeFloatingModeStateChange (freeFloatingModeOn);

        playerControllerManager.setfreeFloatingModeOnState (freeFloatingModeOn);

        playerCameraManager.setfreeFloatingModeOnState (freeFloatingModeOn);

        stopSetfreeFloatingModeOnStateWithDelayCoroutine ();
    }

    public void checkEventsOnFreeFloatingModeStateChange (bool state)
    {
        if (useEventsOnFreeFloatingModeStateChange) {
            if (state) {
                evenOnFreeFloatingModeStateEnabled.Invoke ();
            } else {
                eventOnFreeFloatingModeStateDisabled.Invoke ();
            }
        }
    }

    public void checkEventsOnZeroGravityModeStateChange (bool state)
    {
        if (useEventsOnZeroGravityModeStateChange) {
            if (state) {
                evenOnZeroGravityModeStateEnabled.Invoke ();
            } else {
                eventOnZeroGravityModeStateDisabled.Invoke ();
            }
        }
    }

    public void checkEventsOnUseGravityPowerStateChange (bool state)
    {
        if (useEventsOnUseGravityPowerStateChange) {
            if (state) {
                eventsOnUseGravityPowerStateEnabled.Invoke ();
            } else {
                eventsOnUseGravityPowerStateDisabled.Invoke ();
            }
        }
    }

    public void setPowerActivateState (bool state)
    {
        powerActivated = state;

        checkEventsOnUseGravityPowerStateChange (state);
    }

    public void changeFreeFloatingModeOnState ()
    {
        setfreeFloatingModeOnState (!freeFloatingModeOn);
    }

    public void setfreeFloatingModeOnStateWithDelay (float delayAmount, bool state)
    {
        stopSetfreeFloatingModeOnStateWithDelayCoroutine ();

        freeFloatingModeCoroutine = StartCoroutine (setfreeFloatingModeOnStateWithDelayCoroutine (delayAmount, state));
    }

    public void stopSetfreeFloatingModeOnStateWithDelayCoroutine ()
    {
        if (freeFloatingModeCoroutine != null) {
            StopCoroutine (freeFloatingModeCoroutine);
        }
    }

    public IEnumerator setfreeFloatingModeOnStateWithDelayCoroutine (float delayAmount, bool state)
    {
        yield return new WaitForSeconds (delayAmount);

        setfreeFloatingModeOnState (state);
    }

    public void setCanActivateFreeFloatingModeState (bool state)
    {
        canActivateFreeFloatingMode = state;
    }

    public void rotateCharacterInZeroGravityMode (Vector3 normal, float rotSpeed)
    {
        //get the coroutine, stop it and play it again
        if (zeroGravityModeRotateCharacterCoroutine != null) {
            StopCoroutine (zeroGravityModeRotateCharacterCoroutine);
        }

        zeroGravityModeRotateCharacterCoroutine = StartCoroutine (rotateCharacterInZeroGravityModeCoroutine (normal, rotSpeed));
    }

    public IEnumerator rotateCharacterInZeroGravityModeCoroutine (Vector3 normal, float rotSpeed)
    {
        externalGravityCenter.SetParent (null);
        externalGravityCenter.position = playerTransform.position + playerTransform.up;
        externalGravityCenter.rotation = playerCameraTransform.rotation;

        setExternalGravityCenterAsParent ();

        setRotatingToSurfaceState (true);

        Quaternion currentPlayerRotation = playerCameraTransform.rotation;
        Vector3 currentPlayerForward = Vector3.Cross (playerCameraTransform.right, normal);
        Quaternion playerTargetRotation = Quaternion.LookRotation (currentPlayerForward, normal);

        Quaternion currentGravityCenterRotation = gravityCenter.localRotation;
        Quaternion gravityCenterTargetRotation = quaternionIdentity;

        for (float t = 0; t < 1;) {
            t += Time.deltaTime * rotSpeed;

            externalGravityCenter.rotation = Quaternion.Lerp (currentPlayerRotation, playerTargetRotation, t);
            gravityCenter.transform.localRotation = Quaternion.Lerp (currentGravityCenterRotation, gravityCenterTargetRotation, t);

            yield return null;
        }

        setCorrectParent ();

        externalGravityCenter.SetParent (playerTransform);

        setRotatingToSurfaceState (false);
    }

    public void teleportPlayer (Vector3 teleportPosition, float teleportSpeed, Vector3 normal, float rotSpeed)
    {
        stopTeleporting ();

        teleportCoroutine = StartCoroutine (teleportPlayerCoroutine (teleportPosition, teleportSpeed, normal, rotSpeed));
    }

    public void stopTeleporting ()
    {
        if (teleportCoroutine != null) {
            StopCoroutine (teleportCoroutine);
        }

        setPlayerControlState (true);
    }

    public void setPlayerControlState (bool state)
    {
        playerControllerManager.changeScriptState (state);
        playerControllerManager.setGravityForcePuase (!state);
        playerControllerManager.setRigidbodyVelocityToZero ();
        playerControllerManager.setPhysicMaterialAssigmentPausedState (!state);

        if (!state) {
            playerControllerManager.setZeroFrictionMaterial ();

            if (!playerControllerManager.isPauseCheckOnGroundStateZGActive ()) {
                playerControllerManager.setCheckOnGrundStatePausedFFOrZGState (false);
            }
        }
    }

    IEnumerator teleportPlayerCoroutine (Vector3 targetPosition, float currentTeleportSpeed, Vector3 normal, float rotSpeed)
    {
        teleportInProcess = true;

        externalGravityCenter.SetParent (null);
        externalGravityCenter.position = playerTransform.position + playerTransform.up;
        externalGravityCenter.rotation = playerCameraTransform.rotation;

        setExternalGravityCenterAsParent ();

        setPlayerControlState (false);

        if (setOnGroundStateOnTeleportToSurfaceOnZeroGravity) {
            playerControllerManager.setIgnoreSetCheckOnGrundStatePausedFFOrZGStateActive (true);
        }

        setRotatingToSurfaceState (true);

        Quaternion currentPlayerRotation = playerCameraTransform.rotation;
        Vector3 currentPlayerForward = Vector3.Cross (playerCameraTransform.right, normal);
        Quaternion playerTargetRotation = Quaternion.LookRotation (currentPlayerForward, normal);


        float dist = GKC_Utils.distance (externalGravityCenter.position, targetPosition);
        float duration = dist / currentTeleportSpeed;
        float translateTimer = 0;
        float rotateTimer = 0;

        float teleportTimer = 0;

        float normalAngle = 0;

        Vector3 targetPositionDirection = targetPosition - externalGravityCenter.position;
        targetPositionDirection = targetPositionDirection / targetPositionDirection.magnitude;

        bool targetReached = false;

        while (!targetReached) {
            translateTimer += Time.deltaTime / duration;
            externalGravityCenter.position = Vector3.Lerp (externalGravityCenter.position, targetPosition, translateTimer);

            rotateTimer += Time.deltaTime * rotSpeed;

            externalGravityCenter.rotation = Quaternion.Lerp (currentPlayerRotation, playerTargetRotation, rotateTimer);

            teleportTimer += Time.deltaTime;

            normalAngle = Vector3.Angle (playerTransform.up, normal);

            if ((GKC_Utils.distance (externalGravityCenter.position, targetPosition) < 0.2f && normalAngle < 1) || teleportTimer > (duration + 5)) {
                targetReached = true;
            }
            yield return null;
        }

        setPlayerControlState (true);

        setRotatingToSurfaceState (false);

        setCorrectParent ();

        externalGravityCenter.SetParent (playerTransform);

        teleportInProcess = false;

        if (setOnGroundStateOnTeleportToSurfaceOnZeroGravity) {

            playerControllerManager.setCheckOnGrundStatePausedFFOrZGState (false);
        }
    }

    public bool isTeleportInProcess ()
    {
        return teleportInProcess;
    }

    public void setGravityPowerEnabledState (bool state)
    {
        gravityPowerEnabled = state;
    }

    public void setGravityPowerState (bool enablePower)
    {
        //activate the power of change gravity
        //one press=the player elevates above the surface if he was in the ground or stops him in the air if he was not in the ground
        //two press=make the player moves in straight direction of the camera, looking a new surface
        //three press=stops the player again in the air
        if (!dead && !playerControllerManager.isUsingDevice () && gravityPowerEnabled) {
            if (enablePower) {
                activateGravityPower ();
            } else {
                deactivateGravityPower ();
            }
        }
    }

    public void disableGravityPowerIfOnAir ()
    {
        if (choosingDirection || searchingSurface) {
            deactivateGravityPower ();
        }
    }

    public void enableCameraShake ()
    {
        if (cameraShakeCanBeUsed) {
            playerCameraManager.startShakeCamera ();

            cameraShakeActive = true;
        }
    }

    public void disableCameraShake ()
    {
        if (cameraShakeCanBeUsed) {
            if (cameraShakeActive) {
                playerCameraManager.stopShakeCamera ();

                cameraShakeActive = false;
            }
        }
    }

    public void setCameraShakeCanBeUsedState (bool state)
    {
        cameraShakeCanBeUsed = state;

        if (!cameraShakeCanBeUsed) {
            playerCameraManager.stopShakeCamera ();
        }
    }

    public void setGravityPowerInputEnabledState (bool state)
    {
        gravityPowerInputEnabled = state;
    }

    //CALL INPUT FUNCTIONS
    public void inputSetGravityPowerState (bool enablePower)
    {
        if (gravityPowerInputEnabled) {
            setGravityPowerState (enablePower);
        }
    }

    public void inputChangeGravitySpeed (bool increaseSpeed)
    {
        if (!dead && !playerControllerManager.isUsingDevice () && gravityPowerEnabled) {
            if (increaseSpeed) {
                changeMovementVelocity (true);
            } else {
                changeMovementVelocity (false);
            }
        }
    }

    public void inputAdjustToSurfaceOnZeroGravity ()
    {
        if (!dead && !playerControllerManager.isUsingDevice () && zeroGravityModeOn && !onGround && !rotating && canAdjustToForwardSurface) {
            if (playerControllerManager.isPlayerMovingOn2_5dWorld ()) {
                return;
            }

            if (Physics.Raycast (forwardSurfaceRayPosition.position, forwardSurfaceRayPosition.forward, out hit, maxDistanceToAdjust, layer)) {
                if (currentNormal != regularGravity) {
                    teleportPlayer (hit.point + 0.6f * hit.normal, adjustToForwardSurfaceSpeed, hit.normal, resetRotationZeroGravitySpeed);
                }
            }
        }
    }

    public void setCustomDirectionOnResetZeroGravityRotationValue (Vector3 newValue)
    {
        customDirectionOnResetZeroGravityRotation = newValue;
    }

    public void setCustomDirectionOnResetZeroGravityRotationValue (Transform newTransform)
    {
        setCustomDirectionOnResetZeroGravityRotationValue (newTransform.up);
    }

    public void inputResetRotationOnZeroGravity ()
    {
        if (!dead &&
            !playerControllerManager.isUsingDevice () &&
            zeroGravityModeOn &&
            !onGround &&
            !rotating &&
            canResetRotationOnZeroGravityMode) {

            bool canResetRotationResult = false;

            Vector3 targetGravityDirection = regularGravity;

            if (useCustomDirectionOnResetZeroGravityRotation) {
                targetGravityDirection = customDirectionOnResetZeroGravityRotation;
            }

            if (currentNormal != targetGravityDirection) {
                canResetRotationResult = true;
            }

            if (canResetRotationResult) {
                rotateCharacterInZeroGravityMode (targetGravityDirection, resetRotationZeroGravitySpeed);
            }
        }
    }

    public void inputToggleReverseGravity ()
    {
        if (!dead && !playerControllerManager.isUsingDevice () && gravityPowerEnabled) {
            ignoreUseGravityCenterForRotationActive = true;

            if (currentNormal != regularGravity) {
                deactivateGravityPower ();
            } else {
                changeGravityDirectionDirectlyInvertedValue (currentNormal, true);

                if (pauseSearchNewSurfaceOnHighFallSpeedOnReverseGravityInput) {
                    searchNewSurfaceOnHighFallSpeedPaused = true;
                }
            }
        }
    }

    public void setCurrentZeroGravityRoom (zeroGravityRoomSystem gravityRoom)
    {
        currentZeroGravityRoom = gravityRoom;

        if (currentZeroGravityRoom != null) {
            playerInsideGravityRoom = true;
        } else {
            playerInsideGravityRoom = false;
        }
    }

    public bool isPlayerInsiderGravityRoom ()
    {
        return playerInsideGravityRoom;
    }

    public zeroGravityRoomSystem getCurrentZeroGravityRoom ()
    {
        return currentZeroGravityRoom;
    }

    public Transform getCurrentSurfaceBelowPlayer ()
    {
        return currentSurfaceBelowPlayer;
    }

    public void addObjectToCurrentZeroGravityRoomSystem (GameObject objectToAdd)
    {
        if (currentZeroGravityRoom != null) {
            currentZeroGravityRoom.addObjectToRoom (objectToAdd);
        }
    }

    public void setCircumnavigateSurfaceState (bool state)
    {
        circumnavigateCurrentSurfaceActive = state;

        if (!circumnavigateCurrentSurfaceActive) {
            if (circumnavigableSurfaceFound || playerIsChildOfParentActive) {
                circumnavigableSurfaceFound = false;

                if (playerIsChildOfParentActive) {
                    removeParent ();
                }
            }

            setRecalculatingSurfaceState (false);
        }
    }

    void setRecalculatingSurfaceState (bool state)
    {
        recalculatingSurface = state;

        if (showDebugPrint) {
            print ("setRecalculatingSurfaceState " + state);
        }
    }

    public void setCheckSurfaceInFrontState (bool state)
    {
        checkSurfaceInFront = state;
    }

    public void setCheckSurfaceBelowLedgeState (bool state)
    {
        checkSurfaceBelowLedge = state;
    }

    public void setUsedByAIState (bool state)
    {
        usedByAI = state;
    }

    void updateComponent ()
    {
        GKC_Utils.updateComponent (this);
    }
}