public void CameraAdjust(Vector3 offSet, float zSize, bool need)
{
if (mainCamCon != null)
{
if (need && first) // only set the first as original to be reset
{
if (route11 != null)
{
tempOffset = new Vector3(route11.camOffSetList[route11.camOffSetList.Length - 1].x, 0f, route11.camOffSetList[route11.camOffSetList.Length - 1].z);
}
if (route != null)
{
tempOffset = new Vector3(route.camOffSetList[route.camOffSetList.Length - 1].x, 0f, route.camOffSetList[route.camOffSetList.Length - 1].z);
}
tempSize = mainCamCon.GetComponent <Camera>().orthographicSize;
first = false;
}
mainCamCon.offsetX = offSet.x;
mainCamCon.offsetZ = offSet.z;
if (zSize != 0)
{
mainCamCon.Zoom(zSize);
}
}
}
public void CameraAdjust()
{
if (mainCamCon != null)
{
tempOffset = new Vector3(route11.camOffSetList[route11.camOffSetList.Length - 1].x, 0f, route11.camOffSetList[route11.camOffSetList.Length - 1].z);
tempSize = mainCamCon.GetComponent <Camera>().orthographicSize;
mainCamCon.offsetX = cameraOffset.x;
mainCamCon.offsetZ = cameraOffset.z;
if (zoomSize != 0)
{
mainCamCon.Zoom(zoomSize);
}
}
}
// Update is called once per frame
void Update()
{
monsters = GameObject.FindGameObjectsWithTag("Enemy");
distance = new float[monsters.Length];
if (distance.Length != 0)
{
//setup a temp destination for baby moving recovery. stable!
if (!switched)
{
tempDes = GetComponent <MoveCon>().des;
}
//setup a temp camera propotity for camera recovery.
if (!camSwitched)
{
mainCamCon = Camera.main.GetComponent <MainCamCon>();
if (mainCamCon != null)
{
camOffSetX = mainCamCon.offsetX;
camOffSetZ = mainCamCon.offsetZ;
camZoomSize = mainCamCon.GetComponent <Camera>().orthographicSize;
}
}
for (int i = 0; i < monsters.Length; i++)
{
distance[i] = Vector2.Distance(new Vector2(transform.position.x, transform.position.z), new Vector2(monsters[i].transform.position.x, monsters[i].transform.position.z));
}
Transform closestMonster;
float minDistance;
minDistance = Mathf.Min(distance); // closest distance
if (tempID != System.Array.IndexOf(distance, minDistance)) //in case found closer enemy!
{
needChange = true;
}
closestMonster = monsters[System.Array.IndexOf(distance, minDistance)].transform; // the closest monster!!
tempID = System.Array.IndexOf(distance, minDistance);
direction = new Vector2(transform.position.x - closestMonster.position.x, transform.position.z - closestMonster.position.z);
if (minDistance < alertRange)
{
if (!switched || needChange)
{
direction = direction.normalized; // got a nomralized direction for baby alert moving
//switch mode
babyRandomAround.runAway = true;
babyRandomAround.offsetX = direction.x;
babyRandomAround.offsetZ = direction.y;
babyRandomAround.enabled = true;
GetComponent <MoveCon>().des = babyRandomAround.transform;// set baby's moving directon to random(alert mode)
sweatDrop.RepeatDrop(true);
switched = true;
needChange = false;
}
}
else if (minDistance > alertRange + 1)
{
if (switched)
{
GetComponent <MoveCon>().des = tempDes; // if no close monster then nothing happened
sweatDrop.RepeatDrop(false);
babyRandomAround.enabled = false;
switched = false;
}
}
//zoom camera when the enemy is close.
if (minDistance < dangerRange)
{
if (!camSwitched)
{
//set camera position
mainCamCon.offsetX = -direction.x / 2;
mainCamCon.offsetZ = -direction.y / 2;// only vector2 y=z
//zoom in
mainCamCon.Zoom(ZoomSize);
camSwitched = true;
//Debug.Log(camZoomSize);
}
}
else if (minDistance > (dangerRange + 0.5f) || closestMonster == null)
{
if (camSwitched)
{
mainCamCon.offsetX = camOffSetX;
mainCamCon.offsetZ = camOffSetZ;
mainCamCon.Zoom(camZoomSize);
//Debug.Log(camZoomSize);
camSwitched = false;
}
}
}
}
