// Use this for initialization
void Start()
{
mapdynamicloading = transform.GetComponent <MapDynamicLoading> ();
state = mapStates.WaitforReset;
SecondsOfWaitReset = mapdynamicloading.originTimeToReset;
timeOfReset = mapdynamicloading.originTimeToReset;
SecondsOfWaitCollapse = mapdynamicloading.originTimeToCollapse;
timeOfCollapse = mapdynamicloading.originTimeToReset + mapdynamicloading.originTimeToCollapse;
SecondsOfCollapse = mapdynamicloading.originTimeToCFinish;
timeOfFinishCollapse = mapdynamicloading.originTimeToReset + mapdynamicloading.originTimeToCollapse + mapdynamicloading.originTimeToCFinish;
}
// Use this for initialization
void Start () {
state = mapStates.WaitforReset;
combineMesh = gameObject_map.GetComponent<CombineMesh>();
mapdynamicloading = gameObject_map.GetComponent<MapDynamicLoading>();
eachChunckSize = combineMesh.ChunkSize;
SecondsOfWaitReset = mapdynamicloading.originTimeToReset;
timeOfReset = mapdynamicloading.originTimeToReset;
SecondsOfWaitCollapse = mapdynamicloading.originTimeToCollapse;
timeOfCollapse = mapdynamicloading.originTimeToReset + mapdynamicloading.originTimeToCollapse;
SecondsOfCollapse = mapdynamicloading.originTimeToCFinish;
timeOfFinishCollapse = mapdynamicloading.originTimeToReset + mapdynamicloading.originTimeToCollapse + mapdynamicloading.originTimeToCFinish;
circle_green.SetActive(false);
circle_red.SetActive(false);
GameOver.SetActive(false);
}
// Update is called once per frame
void Update()
{
currentFPS = 1 / Time.deltaTime;
switch (state)
{
case (mapStates.WaitforReset):
{
if (mapdynamicloading.elapsed >= timeOfReset)
{
state = mapStates.WaitforCollapse;
SecondsOfWaitReset *= mapdynamicloading.shrinkRatio;
timeOfReset = timeOfFinishCollapse + SecondsOfWaitReset;
}
break;
}
case (mapStates.WaitforCollapse):
{
if (mapdynamicloading.elapsed >= timeOfCollapse)
{
state = mapStates.Collapse;
SecondsOfWaitCollapse *= mapdynamicloading.shrinkRatio;
timeOfCollapse = timeOfReset + SecondsOfWaitCollapse;
}
break;
}
case (mapStates.Collapse):
{
if (mapdynamicloading.elapsed >= timeOfFinishCollapse)
{
state = mapStates.WaitforReset;
SecondsOfCollapse *= mapdynamicloading.shrinkRatio;
timeOfFinishCollapse = timeOfCollapse + SecondsOfCollapse;
}
break;
}
}
}
// Update is called once per frame
void Update () {
currentFPS = 1 / Time.deltaTime;
switch (state)
{
case (mapStates.WaitforReset):
{
if (mapdynamicloading.elapsed >= timeOfReset)
{
state = mapStates.WaitforCollapse;
SecondsOfWaitReset *= mapdynamicloading.shrinkRatio;
timeOfReset = timeOfFinishCollapse + SecondsOfWaitReset;
if (list_circles.Count != 0)
{
nowf = new float[] { list_circles.First.Value.circle_now[0] * eachChunckSize, list_circles.First.Value.circle_now[1] * eachChunckSize, list_circles.First.Value.circle_now[2] * eachChunckSize };
beff = new float[] { list_circles.First.Value.circle_bef[0] * eachChunckSize, list_circles.First.Value.circle_bef[1] * eachChunckSize, list_circles.First.Value.circle_bef[2] * eachChunckSize };
moveSpeed_center_x = (beff[0] - nowf[0]) / list_circles.First.Value.shrinkTime;
moveSpeed_center_z = (beff[1] - nowf[1]) / list_circles.First.Value.shrinkTime;
shrinkSpeed_radius = (beff[2] - nowf[2]) / list_circles.First.Value.shrinkTime;
list_circles.RemoveFirst();
}
}
break;
}
case (mapStates.WaitforCollapse):
{
if (mapdynamicloading.elapsed >= timeOfCollapse)
{
state = mapStates.Collapse;
SecondsOfWaitCollapse *= mapdynamicloading.shrinkRatio;
timeOfCollapse = timeOfReset + SecondsOfWaitCollapse;
}
break;
}
case (mapStates.Collapse):
{
if (mapdynamicloading.elapsed >= timeOfFinishCollapse)
{
state = mapStates.WaitforReset;
SecondsOfCollapse *= mapdynamicloading.shrinkRatio;
timeOfFinishCollapse = timeOfCollapse + SecondsOfCollapse;
}
break;
}
}
if (state == mapStates.Collapse) {
beff[0] -= moveSpeed_center_x * Time.deltaTime;
beff[1] -= moveSpeed_center_z * Time.deltaTime;
beff[2] -= shrinkSpeed_radius * Time.deltaTime;
}
if (nowf!=null&&beff!=null) {
if (!circle_green.activeSelf) {
circle_green.SetActive(true);
}
if (!circle_red.activeSelf)
{
circle_red.SetActive(true);
}
circle_green.transform.position = new Vector3(nowf[0], 190, nowf[1]);
circle_green.transform.localScale = new Vector3(nowf[2] * 2, nowf[2] * 2, 1);
circle_red.transform.position = new Vector3(beff[0], 190, beff[1]);
circle_red.transform.localScale = new Vector3(beff[2] * 2, beff[2] * 2, 1);
}
if (_target.isAlive == false&&dynamicUI.GetActive()==true) {
dynamicUI.SetActive (false);
}else if(_target.isAlive == true&&dynamicUI.GetActive()==false){
dynamicUI.SetActive (true);
}
// Reflect the Player Health
if (PlayerHealthSlider != null)
{
PlayerHealthSlider.value = _target.Health;
}
if (PlayerDirectionSignal != null) {
PlayerDirectionSignal.GetComponent<RawImage> ().uvRect = new Rect (_target.Direction/360+0.25f, 0, 0.5f, 1);
}
// Destroy itself if the target is null, It's a fail safe when Photon is destroying Instances of a Player over the network
if (_target == null)
{
Destroy(this.gameObject);
return;
}
if (Kill != null) {
Kill.text = _target.numOfkill.ToString();
}
if (Alive != null) {
Alive.text = survivors.transform.childCount.ToString();
}
}
