using UnityEngine;

using Unity;

using System;

​

public class spaceBehaviour : MonoBehaviour

{

    public float spaceBeginHeight = 4000f;

    public float spaceTransition = 500f;

    public float spaceHeight= 500f;

    public bool enteringSpace = false;

    public bool inSpace = false;

    public GameObject Rocket;

    private GameObject player;

    public Material spaceMat;

    public GameObject droid;

    //rocket script

    public void Start()

    {

        //player = ObjectManager.Player;

        //Add empty gameObject to rocket stations, have rocket go to station

    }

    public void Update()

    {

        enteringSpace = false;

        if (Rocket.transform.position.y >= spaceBeginHeight)

        {

            enteringSpace = true;

            ChangeOpacityFromRange(spaceMat.color, spaceBeginHeight, Rocket.transform.position.y, spaceTransition);

        }

        inSpace = false;

        if(enteringSpace)

        {

            if (Rocket.transform.position.y >= spaceBeginHeight + spaceTransition)

            {

                inSpace = true;

                //rocket script . disable rocket control

                //player.GetComponent<Rigidbody>().useGravity = false;

                //CameraManager.SetCameraTo(SpaceCamera);

            }

        }

    }

    public void ChangeOpacityFromRange(Color color, float begin, float pos, float transitionHeight)

    {

        color = new Color(color.r, color.g, color.b, Mathf.Clamp((spaceBeginHeight - Rocket.transform.position.y)/spaceTransition, 0, 1f)*255f);

    }

}

​

public class myAnimation

{

    public myAnimation()

    {

        Equation = OriginalEquation;

        Load();

    }

​

    public myAnimation(Func<float, float> func)

    {

        Equation = func;

        Load();

    }

​

    private void Load()

    {

    }

​

    public void Start()

    {

        PropertiesSet = false;

        PerformAnimation = true;

        CurrentVector = StartVector;

        CurrentTime = 0;

        PropertiesSet = true;

    }

​

    public void Start(int time)

    {

        TotalTime = time;

        Start();

    }

​

    public void Start(int time, Vector3 startVector, Vector3 targetVector)

    {

        StartVector = startVector;

        TargetVector = targetVector;

        Start(time);

    }

​

    public void End()

    {

        PerformAnimation = false;

    }

​

    public Func<float, float> Equation;

    public int TotalTime = 400;

    public float CurrentTime = 0;

    public float LinearRatio;

    public float Ratio;

    public Vector3 StartVector;

    public Vector3 TargetVector;

    public Vector3 CurrentVector;

    public bool PropertiesSet = false;

    public bool PerformAnimation;

    public void Update()

    {

        if (PerformAnimation)

        {

            if (!PropertiesSet)

            {

            }

​

            LinearRatio = (CurrentTime / TotalTime);

            Ratio = GetValueOfEquation(LinearRatio);

            CurrentVector = Vector3.Lerp(StartVector, TargetVector, Ratio);

            if (CurrentTime >= TotalTime)

            {

                PerformAnimation = false;

                CurrentVector = TargetVector;

            }

            CurrentTime += Time.deltaTime * 1000f;

        }

    }

​

    public float GetValueOfEquation(float value)

    {

        return Equation(value);

    }

​

    public float OriginalEquation(float value)

    {

        return value;

    }

}