/// <summary>
/// 连接到 接收输出
/// </summary>
/// <param name="dutChanAndAtt"> dutchannel + Att*4</param>
private void RInConnect(int toSensorPort, int ThroughPort)
{
//PXA
if (toSensorPort == 1)
{
//RNFCH1();
RNFReceive();
}
//PNAPORT2
else if (toSensorPort == 5)
{
RPNAReceive();
}
//CH2
else if (toSensorPort == 7)
{
OutputThroughMatix tempOut = (OutputThroughMatix)ThroughPort;
if (tempOut == OutputThroughMatix.R_PA)
{
ROSCReceive_PM();
}
else
{
ROSCReceive();
}
}
}
public override void MatrixConnection(int SourcePortNum, int ThroughPathNum, int GoalPortNum)
{
//输出部分
if (ThroughPathNum > 10)
{
OutputThroughMatix tempOutput = (OutputThroughMatix)ThroughPathNum;
switch (tempOutput)
{
case OutputThroughMatix.T_ATT1:
connectATT1(SourcePortNum, GoalPortNum);
break;
case OutputThroughMatix.T_Att2:
connectATT2(SourcePortNum, GoalPortNum);
break;
case OutputThroughMatix.T_Normal:
connectNormal(SourcePortNum, GoalPortNum);
break;
case OutputThroughMatix.T_Normal_PA:
break;
case OutputThroughMatix.R_Noraml:
RInConnect(GoalPortNum, ThroughPathNum);
break;
case OutputThroughMatix.R_PA:
RInConnect(GoalPortNum, ThroughPathNum);
break;
default:
throw new Exception("开关切换路径有误！");
}
}
else //输入部分
{
InputThroughMatix tempInput = (InputThroughMatix)ThroughPathNum;
switch (tempInput)
{
case InputThroughMatix.T_PA:
TPNASourceOutputChan_PM();
break;
case InputThroughMatix.T_Normal:
TPNASourceOutputChan();
break;
case InputThroughMatix.R_Normal:
if (SourcePortNum == 4)
{
connetRNFIn(GoalPortNum);
}
else if (SourcePortNum == 5)
{
connectRPNAIn(GoalPortNum);
}
else if (SourcePortNum == 1 || SourcePortNum == 2 || SourcePortNum == 3)
{
RSGINCHAll_PM();
}
break;
default:
throw new Exception("开关切换路径有误！");
}
}
}