/// <summary>
/// 计算释放
/// </summary>
public void OnComputeRelesae()
{
foreach (var receive in Distanceing.ToList())
{
if (receive.Interaction == null)
{
continue;
}
if (!InteractionDistanceController.IsEnter(sendData, receive))
{
sendData.OnNotRelease();
receive.OnNotRelease();
continue;
}
switch (sendData.detectType)
{
case InteractionDetectType.And:
if (receive.Interaction.IsCanInteraction(sendData.Interaction) &&
sendData.Interaction.IsCanInteraction(receive.Interaction))
{
//Distanceing.Remove(receive);
InteractionDistanceController.OnRelease(sendData, receive);
}
break;
case InteractionDetectType.Receive:
if (receive.Interaction.IsCanInteraction(sendData.Interaction))
{
//Distanceing.Remove(receive);
InteractionDistanceController.OnRelease(sendData, receive);
}
break;
case InteractionDetectType.Send:
if (sendData.Interaction.IsCanInteraction(receive.Interaction))
{
//Distanceing.Remove(receive);
InteractionDistanceController.OnRelease(sendData, receive);
}
break;
default:
break;
}
}
sendData.Interaction.IsGrab = false;
}
void OnExit(DistanceInteraction receive)
{
//要加一层判断，否则一直执行是不好的
InteractionDistanceController.OnExit(sendData, receive);
if (Distanceing.Count == 0)
{
return;
}
if (Distanceing.Contains(receive))
{
Distanceing.Remove(receive);
}
}
/// <summary>
/// 计算距离
/// </summary>
public void OnComputeDistance()
{
foreach (var receive in Distances)
{
if (receive.Interaction == null)
{
continue;
}
//如果在距离范围内
if (OnDistance(receive, sendData))
{
switch (sendData.detectType)
{
//并且关系
case InteractionDetectType.And:
//如果都没有移入，则
if (!InteractionDistanceController.IsEnter(sendData, receive))
{
//判断两者的条件是否都可以进行交互。
if (receive.Interaction.IsCanInteraction(sendData.Interaction) &&
sendData.Interaction.IsCanInteraction(receive.Interaction))
{
InteractionDistanceController.OnEnter(sendData, receive);
if (!Distanceing.Contains(receive))
{
Distanceing.Add(receive);
}
}
}
if (InteractionDistanceController.IsEnter(sendData, receive))
{
InteractionDistanceController.OnStay(sendData, receive);
}
break;
case InteractionDetectType.Receive:
//如果是接收端，那么只需要计算接收端的IsEnter和receiveData看是否可以进行交互。
if (!InteractionDistanceController.IsEnter(sendData, receive) &&
receive.Interaction.IsCanInteraction(sendData.Interaction))
{
InteractionDistanceController.OnEnter(sendData, receive);
if (!Distanceing.Contains(receive))
{
Distanceing.Add(receive);
}
}
if (InteractionDistanceController.IsEnter(sendData, receive))
{
InteractionDistanceController.OnStay(sendData, receive);
}
break;
case InteractionDetectType.Send:
//如果是发送端为主，那么只需要计算发射端的IsEnter和sendData看是否可以进行交互
if (!InteractionDistanceController.IsEnter(sendData, receive) &&
sendData.Interaction.IsCanInteraction(receive.Interaction))
{
InteractionDistanceController.OnEnter(sendData, receive);
if (!Distanceing.Contains(receive))
{
Distanceing.Add(receive);
}
}
if (InteractionDistanceController.IsEnter(sendData, receive))
{
InteractionDistanceController.OnStay(sendData, receive);
}
break;
default:
break;
}
}
else
{
//要加一层判断，否则一直执行是不好的
InteractionDistanceController.OnExit(sendData, receive);
if (Distanceing.Count == 0)
{
continue;
}
if (Distanceing.Contains(receive))
{
Distanceing.Remove(receive);
}
}
}
}
/// <summary>
/// 计算释放
/// </summary>
public void OnComputeRelesae(bool isAuto = false)
{
if (Distanceing.Count == 0)
{
sendData.OnInteractionNotRelease();
return;
}
bool isNotRelease = false;
foreach (var receive in Distanceing.ToList())
{
if (receive == null)
{
continue;
}
//检测是否有正在交互中，如果没有，则执行notRelease释放。
if (!InteractionDistanceController.IsEnter(sendData, receive))
{
isNotRelease = true;
continue;
}
isNotRelease = false;
switch (sendData.distanceData.detectType)
{
case InteractionDetectType.And:
if (receive.IsCanInteraction(sendData) &&
sendData.IsCanInteraction(receive))
{
InteractionDistanceController.OnRelease(sendData, receive, isAuto);
}
break;
case InteractionDetectType.Receive:
if (receive.IsCanInteraction(sendData))
{
InteractionDistanceController.OnRelease(sendData, receive, isAuto);
}
break;
case InteractionDetectType.Send:
if (sendData.IsCanInteraction(receive))
{
InteractionDistanceController.OnRelease(sendData, receive, isAuto);
}
break;
default:
break;
}
}
//Debug.Log("SendData IsGrab");
sendData.IsGrab = false;
sendData.HandIndex = -1;
//如果不存在有交互的，就进行无释放。
if (isNotRelease)
{
sendData.OnInteractionNotRelease();
}
}
void OnEnter(DistanceInteraction receive)
{
switch (sendData.distanceData.detectType)
{
//并且关系
case InteractionDetectType.And:
//如果都没有移入，则
if (!InteractionDistanceController.IsEnter(sendData, receive))
{
//判断两者的条件是否都可以进行交互。
if (receive.IsCanInteraction(sendData) &&
sendData.IsCanInteraction(receive))
{
InteractionDistanceController.OnEnter(sendData, receive);
if (!Distanceing.Contains(receive))
{
Distanceing.Add(receive);
}
}
}
if (InteractionDistanceController.IsEnter(sendData, receive))
{
if (!Distanceing.Contains(receive))
{
Distanceing.Add(receive);
}
InteractionDistanceController.OnStay(sendData, receive);
}
break;
case InteractionDetectType.Receive:
//如果是接收端，那么只需要计算接收端的IsEnter和receiveData看是否可以进行交互。
if (!InteractionDistanceController.IsEnter(sendData, receive) &&
receive.IsCanInteraction(sendData))
{
InteractionDistanceController.OnEnter(sendData, receive);
if (!Distanceing.Contains(receive))
{
Distanceing.Add(receive);
}
}
if (InteractionDistanceController.IsEnter(sendData, receive))
{
if (!Distanceing.Contains(receive))
{
Distanceing.Add(receive);
}
InteractionDistanceController.OnStay(sendData, receive);
}
break;
case InteractionDetectType.Send:
//如果是发送端为主，那么只需要计算发射端的IsEnter和sendData看是否可以进行交互
if (!InteractionDistanceController.IsEnter(sendData, receive) &&
sendData.IsCanInteraction(receive))
{
InteractionDistanceController.OnEnter(sendData, receive);
if (!Distanceing.Contains(receive))
{
Distanceing.Add(receive);
}
}
if (InteractionDistanceController.IsEnter(sendData, receive))
{
if (!Distanceing.Contains(receive))
{
Distanceing.Add(receive);
}
InteractionDistanceController.OnStay(sendData, receive);
}
break;
default:
break;
}
}
