//标记元器件
public override void stamp()
{
for (int i = 0; i < getPostCount() - 1; i++)
{
CirSim.stampResistor(nodes[i], nodes[8], resistance); //每个端点都与正极之间有一个电阻
}
}
//标记元器件
public override void stamp()
{
if (isRun)
{
CirSim.stampVoltageSource(0, nodes[1], voltSource[0], 999); //输出电压为999
isRun = false; //运行标志位置false
}
else
{
CirSim.stampVoltageSource(0, nodes[1], voltSource[0], 0); //输出电压为0
}
CirSim.stampResistor(nodes[0], nodes[3], 10); //0 3结点间为10欧姆的电阻
}
//标记元器件
public override void stamp()
{
if (ICState == -1) //开始录音，在连接话筒的两个端口施加电压
{
CirSim.stampVoltageSource(nodes[3], nodes[5], voltSource[0], 0.0555f); //标记两个连接话筒的端点 0.0555位话筒接收的电压值
Debug.Log("ICState状态为-1");
}
if (ICState == 1) //播放录音，在输出端口施加电压
{
CirSim.stampVoltageSource(0, nodes[4], voltSource[0], 998f); //输出电压为998
Debug.Log("ICState状态为1");
}
Debug.Log("ICState状态为0");
//标记电阻
CirSim.stampResistor(nodes[6], nodes[0], resistance); //6 0结点间为5欧姆的电阻
CirSim.stampResistor(nodes[6], nodes[1], resistance); //6 1结点间为5欧姆的电阻
CirSim.stampResistor(nodes[6], nodes[2], resistance); //6 2结点间为5欧姆的电阻
}
//标记元器件
public override void stamp()
{
CirSim.stampResistor(nodes [0], nodes [1], resistance);
}
//标记元器件
public override void stamp()
{
CirSim.stampResistor(nodes[0], nodes[2], maxResistance * ratio);
CirSim.stampResistor(nodes[1], nodes[2], maxResistance * (1 - ratio));
}
