private void Broadcast(ECgInputEvent e, MonoBehaviour mb)
{
CgInputAction_Event del;
Events.TryGetValue(e, out del);
del.Broadcast(mb);
}
private void Broadcast(ECgInputEvent e, MonoBehaviour mb, float val)
{
FCgInputAxis_Event del;
Events.TryGetValue(e, out del);
del.Broadcast(mb, val);
}
private void Broadcast(ECgInputEvent e, MonoBehaviour mb, Vector3 rotation)
{
FCgInputRotation_Event del;
Events.TryGetValue(e, out del);
del.Broadcast(mb, rotation);
}
public void AddEvent(ECgInputEvent e, CgInputAction_Event.Event del)
{
CgInputAction_Event handler;
Events.TryGetValue(e, out handler);
handler.Add(del);
}
public void AddEvent(ECgInputEvent e, FCgInputAxis_Event.Event del)
{
FCgInputAxis_Event handler;
Events.TryGetValue(e, out handler);
handler.Add(del);
}
public void Set(ECgInputEvent e, float time, float realTime, ulong frame)
{
Event = e;
Time = time;
RealTime = realTime;
Frame = frame;
Execute(e);
}
public void Set(FECgInputAction action, ECgInputEvent e, float value, Vector3 location, Vector3 rotation)
{
Action = action;
Event = e;
Value = value;
Location = location;
Rotation = rotation;
}
public void Moved(float val)
{
ECgInputEvent e = ECgInputEvent.Moved;
Info.Set(e, val);
Manager_Input.AddInput(Action, e, val);
Broadcast(e, Manager_Input.InputOwner, val);
}
public void Stationary(Vector3 rotation)
{
ECgInputEvent e = ECgInputEvent.Stationary;
Info.Set(e, rotation);
Manager_Input.AddInput(Action, e, 0.0f, Vector3.zero, rotation);
Broadcast(e, Manager_Input.InputOwner, rotation);
}
public void Stationary(float val)
{
ECgInputEvent e = ECgInputEvent.Stationary;
Info.Set(e, val);
Manager_Input.AddInput(Action, e, val);
Broadcast(e, Manager_Input.InputOwner, val);
}
public void Moved(Vector3 location)
{
ECgInputEvent e = ECgInputEvent.Moved;
Info.Set(e, location);
Manager_Input.AddInput(Action, e, 0.0f, location);
Broadcast(e, Manager_Input.InputOwner, location);
}
public void FirstStationary(Vector3 location)
{
ECgInputEvent e = ECgInputEvent.FirstStationary;
Info.Set(e, location);
Manager_Input.AddInput(Action, e, 0.0f, location);
Broadcast(e, Manager_Input.InputOwner, location);
}
public FCgInput GetInput(FECgInputAction action, ECgInputEvent e)
{
FCgInput input = GetInput(action);
if (input != null)
{
return(input.Event == e ? input : null);
}
return(null);
}
public void Reset()
{
IsAllocated = false;
IsConsumed = false;
Action = null;
Event = ECgInputEvent.MAX;
Value = Mathf.Infinity;
Location = Vector3.zero;
Rotation = Vector3.zero;
Duration = 0f;
}
public void Execute(ECgInputEvent e)
{
Dictionary <FECgInputAction, FCgKeyInputHandler> map = HandlerMap[(byte)e];
Dictionary <FECgInputAction, FCgKeyInputHandler> .ValueCollection handles = map.Values;
foreach (FCgKeyInputHandler h in handles)
{
h.Broadcast();
}
}
public void AddAndInput(FECgInputAction action, ECgInputEvent e, float value, Vector3 location, Vector3 rotation)
{
AndInputs.Add(new FCgInput());
int index = AndInputs.Count - 1;
AndInputs[index].Action = action;
AndInputs[index].Event = e;
AndInputs[index].Value = value;
AndInputs[index].Location = location;
AndInputs[index].Rotation = rotation;
}
public void Pressed()
{
ECgInputEvent e = ECgInputEvent.Pressed;
if (Info.Last_Event == ECgInputEvent.FirstPressed)
{
Info.Event = e;
}
Manager_Input.AddInput(Action, e);
Broadcast(e, Manager_Input.InputOwner);
}
public void Init(ushort poolIndex)
{
PoolIndex = poolIndex;
IsAllocated = false;
IsConsumed = false;
Action = null;
Event = ECgInputEvent.MAX;
Value = Mathf.Infinity;
Location = Vector3.zero;
Rotation = Vector3.zero;
Duration = 0f;
}
public FCgInput()
{
PoolIndex = INVALID_POOL_INDEX;
IsAllocated = false;
IsConsumed = false;
Action = null;
Event = ECgInputEvent.MAX;
Value = Mathf.Infinity;
Location = Vector3.zero;
Rotation = Vector3.zero;
Duration = 0f;
}
public FCgInputInfo(ECgInputType type, ECgInputValue valueType)
{
Type = type;
ValueType = valueType;
Event = ECgInputEvent.MAX;
Last_Event = ECgInputEvent.MAX;
Value = 0f;
Location = Vector3.zero;
Rotation = Quaternion.identity;
Euler = Vector3.zero;
Duration = 0f;
}
public void AddOrInputToWord(int index, FECgInputAction action, ECgInputEvent e, float value = 0.0f, Vector3 location = new Vector3(), Vector3 rotation = new Vector3())
{
int count = Words.Count;
if (index >= count)
{
for (int i = 0; i < index - count + 1; ++i)
{
Words.Add(new FCgInputWord());
}
}
Words[index].AddOrInput(action, e, value, location, rotation);
}
public void FirstReleased()
{
if ((Manager_Input.CurrentInputActionMap & ActionMap) == NONE)
{
return;
}
ECgInputEvent e = ECgInputEvent.FirstReleased;
Info.Event = e;
Manager_Input.AddInput(Action, e);
Broadcast(e, Manager_Input.InputOwner);
}
public bool UnBind(ECgInputEvent e, FCgDelegateHandle handle)
{
Dictionary <FECgInputAction, FCgKeyInputHandler> map = HandlerMap[(byte)e];
Dictionary <FECgInputAction, FCgKeyInputHandler> .ValueCollection handles = map.Values;
bool success = false;
foreach (FCgKeyInputHandler h in handles)
{
success |= h.Remove(handle);
}
return(success);
}
public FCgKeyInput(KeyCode key)
{
Key = key;
Event = ECgInputEvent.MAX;
Time = 0f;
RealTime = 0f;
DeltaTime = 0f;
Frame = 0;
HandlerMap = new Dictionary <FECgInputAction, FCgKeyInputHandler> [(byte)ECgInputEvent.MAX];
int len = (int)ECgInputEvent.MAX;
for (int i = 0; i < len; ++i)
{
HandlerMap[i] = new Dictionary <FECgInputAction, FCgKeyInputHandler>(new FECgInputActionEqualityComparer());
}
}
public FCgDelegateHandle Bind(FECgInputAction action, ECgInputEvent e, FCgMulticastDelegate.Event del)
{
Dictionary <FECgInputAction, FCgKeyInputHandler> map = HandlerMap[(byte)e];
FCgKeyInputHandler handle = null;
bool found = map.TryGetValue(action, out handle);
if (found)
{
return(handle.Add(del));
}
else
{
handle = new FCgKeyInputHandler(action);
map.Add(action, handle);
return(handle.Add(del));
}
}
public void AddAndInput(FECgInputAction action, ECgInputEvent e, float value)
{
AddAndInput(action, e, value, Vector3.zero, Vector3.zero);
}
public void AddAndInput(FECgInputAction action, ECgInputEvent e)
{
AddAndInput(action, e, 0.0f, Vector3.zero, Vector3.zero);
}
public void Set(ECgInputEvent e, Quaternion rotation)
{
Event = e;
Rotation = rotation;
Euler = Rotation.eulerAngles;
}
public void Set(ECgInputEvent e, Vector3 location)
{
Event = e;
Location = location;
}
public void Set(ECgInputEvent e, float value)
{
Event = e;
Value = value;
}
