public void Awake()
{
instance = this;
Physics.autoSimulation = false;
boxTransform = box.transform;
// Define and read arguments
ArgumentParser argParser = new ArgumentParser();
argParser.AddArgument("-targetFrameRate", false, "50");
argParser.AddArgument("-portAgentSend", false, "26001");
argParser.AddArgument("-portAgentReceive", false, "26000");
argParser.AddArgument("-controlRotation", false, "1");
argParser.AddArgument("-controlVelocity", false, "0");
argParser.AddArgument("-autoRollTarget", false, "1");
argParser.AddArgument("-autoTargetMin", false, "-45");
argParser.AddArgument("-autoTargetMax", false, "45");
argParser.AddArgument("-rotStartMin", false, "-20");
argParser.AddArgument("-rotStartMax", false, "20");
argParser.AddArgument("-angVelStartMin", false, "-5");
argParser.AddArgument("-angVelStartMax", false, "5");
argParser.AddArgument("-velStartMin", false, "-10");
argParser.AddArgument("-velStartMax", false, "10");
argParser.ParseArguments();
// Read arguments
Application.targetFrameRate = argParser.GetIntArgument("-targetFrameRate");
QualitySettings.vSyncCount = 0;
externalAgent = argParser.arguments["-portAgentSend"].isSupplied && argParser.arguments["-portAgentReceive"].isSupplied;
portAgentSend = argParser.arguments["-portAgentSend"].valueInt;
portAgentReceive = argParser.arguments["-portAgentReceive"].valueInt;
controlRotation = argParser.arguments["-controlRotation"].valueInt == 1;
controlVelocity = argParser.arguments["-controlVelocity"].valueInt == 1;
autoRollTarget = argParser.arguments["-autoRollTarget"].valueInt == 1;
autoTargetMin = argParser.arguments["-autoTargetMin"].valueFloat;
autoTargetMax = argParser.arguments["-autoTargetMax"].valueFloat;
rotStartMin = argParser.arguments["-rotStartMin"].valueFloat;
rotStartMax = argParser.arguments["-rotStartMax"].valueFloat;
angVelStartMin = argParser.arguments["-angVelStartMin"].valueFloat;
angVelStartMax = argParser.arguments["-angVelStartMax"].valueFloat;
velStartMin = argParser.arguments["-velStartMin"].valueFloat;
velStartMax = argParser.arguments["-velStartMax"].valueFloat;
// Instantiate agent controller (external or local human controller)
if (externalAgent)
{
agentController = new BoxExternalAgentController(observationDimension, actionDimension, portAgentSend, portAgentReceive);
}
else
{
agentController = new BoxHumanAgentController(boxInputReader);
}
// Initiate environment
ResetEnvironment();
}
private void CheckScoreAndEvent()
{
BoxGameManager.onLandDele();
if (!BoxGameManager.isGameOver)
{
BoxGameManager.GetInstance().SendScore();
}
}
public static Vector3 CalculateCreatePos(BoxGameManager bgm)
{
Transform tmp = bgm.landedBox.transform;
float newPosX = Mathf.Abs(tmp.localScale.x) + Mathf.Abs(tmp.position.x);
Vector3 pos = new Vector3(CheckSign(tmp.position.x, bgm) * newPosX, tmp.position.y, -5);
return(pos);
}
private void Start()
{
boxParent = GameObject.Find("BoxParent");
bgm = GameObject.Find("GameManager").GetComponent <BoxGameManager>();
boxParent.GetComponent <BoxParent>().AddBox(gameObject);
gameObject.transform.SetParent(boxParent.transform);
}
private void CreateObj()
{
if (BoxGameManager.GetInstance().currentBox == null)
{
BoxGameManager.GetInstance().currentBox = box;
}
newBox = Instantiate(BoxGameManager.GetInstance().currentBox, genPos.position, Quaternion.identity);
newBox.gameObject.tag = "Box";
IsLanded = !IsLanded;
}
public void SetBoxSize()
{
moverBox.transform.position = BoxGameManager.GetInstance().currentBox.transform.position;
moverBox.transform.localScale = BoxGameManager.GetInstance().currentBox.transform.localScale;
GeneratorMove.correctionValue = (basicValue - moverBox.transform.localScale.x) / 2f; // 제너레이터 무브의 이동 수치 증감
Debug.Log((basicValue - moverBox.transform.localScale.x) / 2f);
moverBox.transform.localPosition = Vector3.zero;
}
//// 잘라진박스의 색갈 트리거등 잡설정셋팅
public static void CalculateScatter(GameObject scattering, BoxGameManager bgm)
{
Transform tmp = bgm.landedBox.transform;
float newScaleX = bgm.prevBox.transform.localScale.x - tmp.localScale.x;
scattering.transform.localScale = new Vector3(newScaleX, tmp.localScale.y, tmp.localScale.z);
scattering.tag = "Player";
scattering.AddComponent <ScatteringMovement>().sign = CheckSign(tmp.position.x, bgm);
SetScattering(scattering);
}
public static int CheckSign(float landTrX, BoxGameManager bgm)
{
int sign = 1;
//크면 오른쪽 작으면 왼쪽에서 생성됨
if (landTrX > bgm.prevBox.transform.position.x)
{
sign = 1;
}
else
{
sign = -1;
}
return(sign);
}
//현재 박스를 이전 땅에 닿은 박스와 계산해서 자르는 것
public static void CaculateCurrentBox(GameObject obj, BoxGameManager bgm)
{
Transform currentBoxTr = obj.transform;
Transform landedBox = bgm.landedBox.transform;
float trX = (landedBox.position.x - currentBoxTr.position.x);
currentBoxTr.position = new Vector3(currentBoxTr.position.x + (trX / 2), currentBoxTr.position.y, currentBoxTr.position.z);
currentBoxTr.localScale = new Vector3(currentBoxTr.localScale.x - Mathf.Abs(trX), currentBoxTr.localScale.y, currentBoxTr.localScale.z);
bgm.currentBox = obj;
obj.name = "LandedBox";
}
// Use this for initialization
void Start()
{
if (instance == null)
{
instance = this;
}
else if (instance != this)
{
Destroy(gameObject);
}
ExitWindow.SetActive(false);
WinWindow.SetActive(false);
LoseWindow.SetActive(false);
isClosedBettingWindow = false;
arrowCount = 0;
timeCount = 0;
tempArrow = "";
whatTimesLeft.text = "남은 시간 : " + (26 - timeCount);
getMoney = false;
SoundManager.PlaySound("bgm_floor2");
//StartCoroutine(CreateArrowBox());
}
public void OnClickRestart()
{
BoxGameManager.GetInstance().RestartGame();
}
private void Awake()
{
instance = this;
}
