void HookSomething(Vector3 hookContactPoint)
{
// hook something
if (nodes.Count >= minUpdateOrderNum)
{
keepPosition = hookContactPoint;
hookStatus = HookStatus.reverseInit;
}
}
/* Explanation:
* 0 0 shooting hook
* 0 1 holding player
* 1 0 ready
* 1 1 cooldown
*/
private void setHookStatus(HookStatus newStatus)
{
currentStatus = newStatus;
switch (newStatus)
{
case HookStatus.shooting_hook: { retracted = false; inUse = false; break; }
case HookStatus.holding_player: { retracted = false; inUse = true; break; }
case HookStatus.ready: { retracted = true; inUse = false; break; }
case HookStatus.cooldown: { retracted = true; inUse = true; break; }
default: { Debug.Log("Wrong Status assigned!", this); retracted = inUse = true; break; }
}
}
// Codigo UI sensor del gancho (hook sensor)
public void setHookSensorStatus(HookStatus status)
{
switch (status)
{
case HookStatus.Free:
txtHookStatus.text = "Estado: Libre";
break;
case HookStatus.Loaded:
txtHookStatus.text = "Estado: Con carga";
break;
case HookStatus.CloseToLoad:
txtHookStatus.text = "Estado: Detectada carga cerca. Listo para coger";
break;
}
}
/* Explanation:
* 0 0 0 shooting Hook
* 0 0 1 holding Player
* 0 1 0 ready for next shot
* 0 1 1 ERROR
* 1 0 0 pulling Hook
* 1 0 1 pulling Player
* 1 1 0 retracting completed
* 1 1 1 TRUE (=ERROR)
*/
private void setHookStatus(HookStatus newStatus)
{
currentStatus = newStatus;
switch (newStatus)
{
case HookStatus.shooting_hook: { retracting = false; retracted = false; inUse = false; break; }
case HookStatus.holding_player: { retracting = false; retracted = false; inUse = true; break; }
case HookStatus.ready_for_shot: { retracting = false; retracted = true; inUse = false; break; }
case HookStatus.error: { retracting = false; retracted = true; inUse = true; break; }
case HookStatus.pulling_hook: { retracting = true; retracted = false; inUse = false; break; }
case HookStatus.pulling_player: { retracting = true; retracted = false; inUse = true; break; }
case HookStatus.retracting_complete: { retracting = true; retracted = true; inUse = false; break; }
default: { Debug.Log("Wrong Status assigned!", this); retracting = retracted = inUse = true; break; }
}
}
void HookLogic()
{
if (!shouldKeepPosition)
{
// keep hook leader follow owner's position
mTransform.position = hookStartTransform.position;
}
// Pull back hook owner
if (hookStatus == HookStatus.reverseInit)
{
shouldKeepPosition = true;
// set leader position to hook contact point
mTransform.position = keepPosition;
// set leader rotation to hook contact point
//mTransform.rotation = Quaternion.LookRotation (hook.transform.position - keepPosition, Vector3.up);
// reverse hook nodes
nodes.Reverse();
// start reverse hook
hookStatus = HookStatus.reverse;
// Owner can not be controlled
ownerController.Control(false);
}
// Hook shooting
if (hookStatus == HookStatus.shooting)
{
if (nodeCount < maxNodes)
{
if (extendInterval > 0)
{
if (Time.time - extendTime > extendInterval)
{
extendTime = Time.time;
addHookNode(shootHookSpeed);
nodeCount += shootHookSpeed;
}
}
else
{
addHookNode(shootHookSpeed);
nodeCount += shootHookSpeed;
}
}
else
{
hookStatus = HookStatus.takeback;
}
}
// Adjust hook nodes transform when owner position change
if (hookStatus != HookStatus.reverse && nodes.Count >= minUpdateOrderNum)
{
float angle = Quaternion.Angle(hookStartTransform.rotation, mTransform.rotation);
if (ownerController.IsMoving() && angle < updateOrderAngle)
{
bool updateNodeOrder = false;
if (updateOrderInterval > 0)
{
if (Time.time - updateOrderTime > updateOrderInterval)
{
updateOrderTime = Time.time;
updateNodeOrder = true;
}
}
else
{
updateNodeOrder = true;
}
if (updateNodeOrder)
{
takeBackHook(updateOrderSpeed);
addHookNode(updateOrderSpeed);
}
}
}
// Pull back hook or reverse pull back hook.
if (hookStatus == HookStatus.takeback || hookStatus == HookStatus.reverse)
{
if (nodes.Count > 0)
{
int speed = takeBackHookSpeed;
if (takeBackInterval > 0)
{
if (Time.time - takeBackTime > takeBackInterval)
{
takeBackTime = Time.time;
takeBackHook(speed);
}
}
else
{
takeBackHook(speed);
}
if (hookStatus == HookStatus.reverse && hook != null) //pull back hook owner
{
FollowPrev(hook.transform, ownerTransform);
}
}
if (nodes.Count <= 0)
{
Destroy(hook);
Destroy(gameObject);
}
}
}
private Vector3 keepPosition; // The position that hook should keep
void StartTakeBackHook()
{
// pull back hook
hookStatus = HookStatus.takeback;
}
void StartTakeBackHook()
{
// pull back hook
hookStatus = HookStatus.takeback;
}
void HookSomething(Vector3 hookContactPoint)
{
// hook something
if (nodes.Count >= minUpdateOrderNum) {
keepPosition = hookContactPoint;
hookStatus = HookStatus.reverseInit;
}
}
void HookLogic()
{
if (!shouldKeepPosition) {
// keep hook leader follow owner's position
mTransform.position = hookStartTransform.position;
}
// Pull back hook owner
if (hookStatus == HookStatus.reverseInit) {
shouldKeepPosition = true;
// set leader position to hook contact point
mTransform.position = keepPosition;
// set leader rotation to hook contact point
//mTransform.rotation = Quaternion.LookRotation (hook.transform.position - keepPosition, Vector3.up);
// reverse hook nodes
nodes.Reverse ();
// start reverse hook
hookStatus = HookStatus.reverse;
// Owner can not be controlled
ownerController.Control(false);
}
// Hook shooting
if (hookStatus == HookStatus.shooting) {
if (nodeCount < maxNodes) {
if(extendInterval > 0){
if (Time.time - extendTime > extendInterval) {
extendTime = Time.time;
addHookNode (shootHookSpeed);
nodeCount += shootHookSpeed;
}
}else{
addHookNode (shootHookSpeed);
nodeCount += shootHookSpeed;
}
} else {
hookStatus = HookStatus.takeback;
}
}
// Adjust hook nodes transform when owner position change
if (hookStatus != HookStatus.reverse && nodes.Count >= minUpdateOrderNum) {
float angle = Quaternion.Angle (hookStartTransform.rotation, mTransform.rotation);
if (ownerController.IsMoving () && angle < updateOrderAngle) {
bool updateNodeOrder = false;
if (updateOrderInterval > 0) {
if (Time.time - updateOrderTime > updateOrderInterval) {
updateOrderTime = Time.time;
updateNodeOrder = true;
}
} else {
updateNodeOrder = true;
}
if (updateNodeOrder) {
takeBackHook (updateOrderSpeed);
addHookNode (updateOrderSpeed);
}
}
}
// Pull back hook or reverse pull back hook.
if (hookStatus == HookStatus.takeback || hookStatus == HookStatus.reverse) {
if (nodes.Count > 0) {
int speed = takeBackHookSpeed;
if (takeBackInterval > 0) {
if (Time.time - takeBackTime > takeBackInterval) {
takeBackTime = Time.time;
takeBackHook (speed);
}
} else {
takeBackHook (speed);
}
if (hookStatus == HookStatus.reverse && hook != null) {//pull back hook owner
FollowPrev (hook.transform, ownerTransform);
}
}
if (nodes.Count <= 0) {
Destroy (hook);
Destroy (gameObject);
}
}
}
