public Clock()
{
// 初回生成時は実行時の前フレームの時間分減らして補正する。
// フレームに入ってからの誤差の補正はこのフレームではできないのでしない。
dateTime = System.DateTime.Now.AddSeconds(-Time.deltaTime);
frame = Time.frameCount;
ClockBehaviour.GetInstance().clocks.Add(this);
}
// Use this for initialization
void Start ()
{
clock = GameObject.Find("Clock").GetComponent<ClockBehaviour>();
acamera = Camera.main.GetComponent<AdvancedCamera>();
bigEventTimer = 0;
bigEventMaxTimer = Random.Range(200, 400);
bigEventObject = Global.getChildGameObject(Camera.main.gameObject, "Clash Event");
}
void Awake()
{
clockBehaviour = GameObject.Find("Clock").GetComponent<ClockBehaviour>();
onClickChange = GameObject.Find("Main Camera").GetComponent<OnClickChange>();
randomAllocation = GameObject.Find("ListController").GetComponent<RandomAllocation>();
controlLists = GameObject.Find("ListController").GetComponent<ControlLists>();
wrong = false;
show = false;
}
// Use this for initialization
void Start()
{
clock = GameObject.Find("Clock").GetComponent <ClockBehaviour>();
acamera = Camera.main.GetComponent <AdvancedCamera>();
bigEventTimer = 0;
bigEventMaxTimer = Random.Range(200, 400);
bigEventObject = Global.getChildGameObject(Camera.main.gameObject, "Clash Event");
}
public static ClockBehaviour GetInstance()
{
if (instance == null)
{
var g = new GameObject("ClockBehaviour");
instance = g.AddComponent <ClockBehaviour>();
DontDestroyOnLoad(g);
}
return(instance);
}
override public void OnStateEnter(Animator animator, AnimatorStateInfo stateInfo, int layerIndex)
{
if (hasEnteredBefore == false)
{
hasEnteredBefore = true;
clockBehaviour = new ClockBehaviour();
clockBehaviour.executionTimerFinish += executionTimerFinish;
clockBehaviour.executionTimerStart += executionTimerStart;
clockBehaviour.pauseBetweenRepetitionsStart += pauseBetweenRepetitionsStart;
clockBehaviour.pauseBetweenRepetitionsFinish += pauseBetweenRepetitionsFinish;
}
if (this._BehaviourState == AnimationBehaviourState.INITIAL_POSE)
{
return;
}
defaultAnimationLength = stateInfo.length;
//Está la animación en caché
if (PreparedExercises.tryGetPreparedExercise(new Exercise(movement, limb), out this._timeAndAngles, stateInfo.length))
{
//Repetición de preparación
if (this._BehaviourState != AnimationBehaviourState.PREPARING_DEFAULT && this._BehaviourState != AnimationBehaviourState.PREPARING_WEB)
{
this.StartLerp();
}
else if (this._BehaviourState == AnimationBehaviourState.PREPARING_DEFAULT)
{
//OnRepetitionEnd();
_BehaviourState = AnimationBehaviourState.PREPARING_WITH_PARAMS;
timeSinceCapture = 0;
this.StartLerp();
}
else if (this._BehaviourState == AnimationBehaviourState.PREPARING_WEB)
{
OnRepetitionEnd();
Stop();
}
}
//No está la animación en caché
else
{
if (this._BehaviourState == AnimationBehaviourState.PREPARING_DEFAULT || this._BehaviourState == AnimationBehaviourState.PREPARING_WEB)
{
this._timeAndAngles = new List <AnimationInfo>();
this.StartLerp();
}
else
{
throw new Exception("Animation not prepared");
}
}
}
override public void OnStateEnter(Animator animator, AnimatorStateInfo stateInfo, int layerIndex)
{
if (_BehaviourState == AnimationBehaviourState.INITIAL_POSE)
{
if (this.IsCentralNode)
{
animator.speed = 0;
}
return;
}
if (this._BehaviourState == AnimationBehaviourState.RUNNING_WITH_PARAMS && !IsCentralNode && !IsWeb)
{
this.CentralNode.OnRepetitionReallyStart();
}
if (!this.IsCentralNode && this.CentralNode.randomAnimations[0] == this.movement)
{
IsRewinding = false;
}
if (this.IsCentralNode && hasEnteredBefore == false)
{
hasEnteredBefore = true;
clockBehaviour = new ClockBehaviour();
clockBehaviour.executionTimerFinish += executionTimerFinish;
clockBehaviour.executionTimerStart += executionTimerStart;
clockBehaviour.pauseBetweenRepetitionsStart += pauseBetweenRepetitionsStart;
clockBehaviour.pauseBetweenRepetitionsFinish += pauseBetweenRepetitionsFinish;
}
if (this._BehaviourState == AnimationBehaviourState.PREPARING_WEB || this._BehaviourState == AnimationBehaviourState.PREPARING_WITH_PARAMS)
{
OnRepetitionEnd();
Stop();
}
else if (this._BehaviourState == AnimationBehaviourState.PREPARING_WITH_PARAMS || this._BehaviourState == AnimationBehaviourState.RUNNING_WITH_PARAMS ||
this._BehaviourState == AnimationBehaviourState.INITIAL_POSE)
{
//Como en este behaviour se utiliza animation.Play para cada repetición, se entra más de una vez al metodo OnStateEnter,
//por lo que si ya se ha entrado alguna vez, la velocidad se asigna como 0 para que se respete el tiempo entre ejecución
//antes de comenzar la siguiente repetición.
//Se asume que si el ejercicio utiliza solo un tipo de velocidad, el forwardspeed y backwardspeed serán iguales.
animator.speed = this.CentralNode._RealParams.ForwardSpeed;
}/*
* if (IsCentralNode)
* Debug.Log("entre central ");
* else
* Debug.Log("entre ");*/
}
private void OnEnable()
{
if (textObj != null)
{
text = textObj.GetComponent <TextMeshProUGUI>();
}
c = new ClockBehaviour();
s = new StopwatchBehaviour();
//t = new TimerBehaviour();
AddBehaviour(c);
AddBehaviour(s);
//AddBehaviour(t);
}
override public void OnStateEnter(Animator animator, AnimatorStateInfo stateInfo, int layerIndex)
{
if (hasEnteredBefore == false)
{
hasEnteredBefore = true;
clockBehaviour = new ClockBehaviour();
clockBehaviour.executionTimerFinish += executionTimerFinish;
clockBehaviour.executionTimerStart += executionTimerStart;
clockBehaviour.pauseBetweenRepetitionsStart += pauseBetweenRepetitionsStart;
clockBehaviour.pauseBetweenRepetitionsFinish += pauseBetweenRepetitionsFinish;
}
if (this._BehaviourState == AnimationBehaviourState.INITIAL_POSE)
{
return;
}
defaultAnimationLength = stateInfo.length;
//Está la animación en caché
if(PreparedExercises.tryGetPreparedExercise(new Exercise(movement, limb), out this._timeAndAngles, stateInfo.length))
{
//Repetición de preparación
if (this._BehaviourState != AnimationBehaviourState.PREPARING_DEFAULT && this._BehaviourState != AnimationBehaviourState.PREPARING_WEB)
{
this.StartLerp();
}
else if (this._BehaviourState == AnimationBehaviourState.PREPARING_DEFAULT)
{
//OnRepetitionEnd();
_BehaviourState = AnimationBehaviourState.PREPARING_WITH_PARAMS;
timeSinceCapture = 0;
this.StartLerp();
}
else if (this._BehaviourState == AnimationBehaviourState.PREPARING_WEB)
{
OnRepetitionEnd();
Stop();
}
}
//No está la animación en caché
else
{
if (this._BehaviourState == AnimationBehaviourState.PREPARING_DEFAULT || this._BehaviourState == AnimationBehaviourState.PREPARING_WEB)
{
this._timeAndAngles = new List<AnimationInfo>();
this.StartLerp();
}
else
{
throw new Exception("Animation not prepared");
}
}
}
// private bool allowSelect;
void Start()
{
clockBehaviour = GameObject.Find("Clock").GetComponent<ClockBehaviour>();
//if(Application.loadedLevelName=="SelectTask")
// clockBehaviour.StartTimer=true;
}
void Start()
{
guiS3 = GameObject.Find("Main Camera").GetComponent<GUIS3>();
clockBehaviour = guiS3.clockBehaviour;
Debug.Log("clockb " + clockBehaviour);
scene1 = GetComponent<Scene1>();
scene2 = GetComponent<Scene2>();
scene3 = GameObject.Find("Main Camera").GetComponent<Scene3>();
company = GameObject.Find("Company");
left = GameObject.Find("Left");
bottomLeft = GameObject.Find("BottomLeft");
extraBottomLeft = GameObject.Find("ExtraBottomLeft");
top = GameObject.Find("Top");
middle = GameObject.Find("Middle");
bottom = GameObject.Find("Bottom");
topRight = GameObject.Find("TopRight");
right = GameObject.Find("Right");
bottomRight = GameObject.Find("BottomRight");
extraTopRight = GameObject.Find("ExtraTopRight");;
terrain = GameObject.Find("HGVTerrain");
//terrainHint = GameObject.Find("TerrainHint");
// time = 0;
//
startPosition = transform.position;
startRotation = transform.eulerAngles;
//
// initialRotation = 90;
// rotation = initialRotation;
rotSecond = 3;
moveAmount = 40;
moveSecond = 0;
nonDiagonalTime = 1;
diagonalTime = Mathf.Sqrt(nonDiagonalTime * nonDiagonalTime * 2);
// clicked = false;
//
// x = -40;
// z = 40;
//
// xCounter = 0;
// zCounter = 0;
//
locationCounter = new int[2];
//
// locationCounter[0] = 0;
//
// locationCounter[1] = 0;
arrivedLocation = new List<int[]>();
//arrivedLocation.Add(new int[]{locationCounter[0], locationCounter[1]});
scene = Scene.scene1;
}
void Start()
{
clockBehaviour = GameObject.Find("Clock").GetComponent<ClockBehaviour>();
onClickChange = GameObject.Find("Main Camera").GetComponent<OnClickChange>();
rctQuestionLabel=new Rect(Screen.width/2-250,275,500,100);
rctButtonRectOne=new Rect(Screen.width/2-100,375,50,50);
rctButtonRectTwo=new Rect(Screen.width/2+50,375,50,50);
rctButtonRectThree=new Rect(760,210,50,50);
rctSubmitButton=new Rect(Screen.width/2-100,475,200,50);
rctAnswerlabel = new Rect(Screen.width/2-250,525,500,50);
strQ1Exp = "Dyslexia is not associated with IQ, but a difference between IQ and reading ability. ";
strQ2Exp = "Though there is a limited understanding as to why, dyslexia is commonly reported to run in families. ";
strQ3Exp = "People with dyslexia can have success in any career if the right support and accomodations are put in place. ";
rctQ1label = new Rect(Screen.width/2-150,440,150,50);
strA1 = "True ";
rctQ2label = new Rect(Screen.width/2,440,150,50);
strA2 = "False ";
rctQ3label = new Rect(760,210,150,50);
response = new bool[3];
checkMark=new string[3];
for(int i=0;i<checkMark.Length;i++)
checkMark[i]=strUnchecked;
QsComplete = new bool[3];
Invoke("PlayClip",1);
Invoke("StartClock",2);
orderTasksDone = new int[3];
orderAnswers1 = new int[3];
//Email: 2, Phone: 0, Report: 1.
orderAnswers1[0]=2;
orderAnswers1[1]=0;
orderAnswers1[2]=1;
orderAnswers2 =new int[3];
orderAnswers2[0]=0;
orderAnswers2[1]=1;
orderAnswers2[2]=2;
orderAnswers3=new int[3];
orderAnswers3[0]=1;
orderAnswers3[1]=2;
orderAnswers3[2]=0;
}
override public void OnStateEnter(Animator animator, AnimatorStateInfo stateInfo, int layerIndex)
{
if (_BehaviourState == AnimationBehaviourState.INITIAL_POSE)
{
if (this.IsCentralNode)
animator.speed = 0;
return;
}
if(this._BehaviourState == AnimationBehaviourState.RUNNING_WITH_PARAMS && !IsCentralNode && !IsWeb)
{
this.CentralNode.OnRepetitionReallyStart();
}
if (!this.IsCentralNode && this.CentralNode.randomAnimations[0] == this.movement)
IsRewinding = false;
if (this.IsCentralNode && hasEnteredBefore == false)
{
hasEnteredBefore = true;
clockBehaviour = new ClockBehaviour();
clockBehaviour.executionTimerFinish += executionTimerFinish;
clockBehaviour.executionTimerStart += executionTimerStart;
clockBehaviour.pauseBetweenRepetitionsStart += pauseBetweenRepetitionsStart;
clockBehaviour.pauseBetweenRepetitionsFinish += pauseBetweenRepetitionsFinish;
}
if (this._BehaviourState == AnimationBehaviourState.PREPARING_WEB || this._BehaviourState == AnimationBehaviourState.PREPARING_WITH_PARAMS)
{
OnRepetitionEnd();
Stop();
}
else if (this._BehaviourState == AnimationBehaviourState.PREPARING_WITH_PARAMS || this._BehaviourState == AnimationBehaviourState.RUNNING_WITH_PARAMS
|| this._BehaviourState == AnimationBehaviourState.INITIAL_POSE)
{
//Como en este behaviour se utiliza animation.Play para cada repetición, se entra más de una vez al metodo OnStateEnter,
//por lo que si ya se ha entrado alguna vez, la velocidad se asigna como 0 para que se respete el tiempo entre ejecución
//antes de comenzar la siguiente repetición.
//Se asume que si el ejercicio utiliza solo un tipo de velocidad, el forwardspeed y backwardspeed serán iguales.
animator.speed = this.CentralNode._RealParams.ForwardSpeed;
}/*
if (IsCentralNode)
Debug.Log("entre central ");
else
Debug.Log("entre ");*/
}