private void ConvertToRealValue(double x)
{
//string disData;
//位移传感器
Sensor disSensor;
disSensor = new Sensor(SensorType.displaceSensor, 4, 20, 29.8, 100, 20);
disSensor.readValue = x;
f = new FrontPivot(4, disSensor);
v = f.GetDisplace();
v = Math.Round(v, 1);
//转成实际值
}
/// <summary>
/// 增加模块，只需要改变这个方法中的算法就行了。
/// </summary>
private void ConvertToRealValue()
{
Dictionary <int, string> tempDic;
string forceData;
string disData;
Sensor forceSensor;
Sensor disSensor;
for (int i = 0; i < adamList.Count; i++)
{
allDataDic.TryGetValue(adamList[i].id, out tempDic);
if (i == 0)
{
////读取模块192.168.1.3数据，吊杆位移0，1，2，3与吊杆力4，5，6，7通道
//若更换 ？。；j=0 标号 17080383 空载 4.026mA
forceSensor = new Sensor(SensorType.forceSensor, 4, 20, 300, 1, 0);
tempDic.TryGetValue(4, out forceData);
forceSensor.readValue = double.Parse(forceData);
disSensor = new Sensor(SensorType.displaceSensor, 4, 20, 29.8, 100, 20);
tempDic.TryGetValue(0, out disData);
disSensor.readValue = double.Parse(disData);
Steeve steeve0 = new Steeve(0, forceSensor, disSensor);
steeveDic[steeve0.id] = steeve0;
//j=1标号17110130空载3.992mA
forceSensor = new Sensor(SensorType.forceSensor, 4, 20, 300, 1, 0);
tempDic.TryGetValue(5, out forceData);
forceSensor.readValue = double.Parse(forceData);
disSensor = new Sensor(SensorType.displaceSensor, 4, 20, 29.8, 100, 20);
tempDic.TryGetValue(1, out disData);
disSensor.readValue = double.Parse(disData);
Steeve steeve1 = new Steeve(1, forceSensor, disSensor);
steeveDic[steeve1.id] = steeve1;
//j=2 17080285 空载 4.012mA
forceSensor = new Sensor(SensorType.forceSensor, 4, 20, 300, 1, 0);
tempDic.TryGetValue(6, out forceData);
forceSensor.readValue = double.Parse(forceData);
disSensor = new Sensor(SensorType.displaceSensor, 4, 20, 29.8, 100, 20);
tempDic.TryGetValue(2, out disData);
disSensor.readValue = double.Parse(disData);
Steeve steeve2 = new Steeve(2, forceSensor, disSensor);
steeveDic[steeve2.id] = steeve2;
//j=3 17080386 空载4.014mA
forceSensor = new Sensor(SensorType.forceSensor, 4, 20, 300, 1, 0);
tempDic.TryGetValue(7, out forceData);
forceSensor.readValue = double.Parse(forceData);
disSensor = new Sensor(SensorType.displaceSensor, 4, 20, 29.8, 100, 20);
tempDic.TryGetValue(3, out disData);
disSensor.readValue = double.Parse(disData);
Steeve steeve3 = new Steeve(3, forceSensor, disSensor);
steeveDic[steeve3.id] = steeve3;
}
else if (i == 1)
{
int j = 0;
// int count = 0;
for (j = 0; j < 3; j++) //前支架位移电流
{
disSensor = new Sensor(SensorType.displaceSensor, 4, 20, 1.2, 1000, 0); //传感器量程0.2-4 m；//单位mm
tempDic.TryGetValue(j, out disData);
disSensor.readValue = double.Parse(disData);
FrontPivot pivot = new FrontPivot(j, disSensor);
frontPivotDic[pivot.id] = pivot;
}
disSensor = new Sensor(SensorType.displaceSensor, 4, 20, 1.2, 1000, 0);//传感器量程0.2-4 m；
tempDic.TryGetValue(3, out disData);
disSensor.readValue = double.Parse(disData);
FrontPivot pivot1 = new FrontPivot(3, disSensor);
frontPivotDic[pivot1.id] = pivot1;
#region 锚杆力，接收但不显示，不保存，不后台报警
// for (j = 4; j < 8; j++)//锚杆力
forceSensor = new Sensor(SensorType.forceSensor, 4, 20, 300, 1, 0);
tempDic.TryGetValue(4, out forceData);
forceSensor.readValue = double.Parse(forceData);
Anchor anchor0 = new Anchor(0, forceSensor);
anchorDic[anchor0.id] = anchor0;
forceSensor = new Sensor(SensorType.forceSensor, 4, 20, 300, 1, 0);
tempDic.TryGetValue(5, out forceData);
forceSensor.readValue = double.Parse(forceData);
Anchor anchor1 = new Anchor(1, forceSensor);
anchorDic[anchor1.id] = anchor1;
forceSensor = new Sensor(SensorType.forceSensor, 4, 20, 300, 1, 0);
tempDic.TryGetValue(6, out forceData);
forceSensor.readValue = double.Parse(forceData);
Anchor anchor2 = new Anchor(2, forceSensor);
anchorDic[anchor2.id] = anchor2;
forceSensor = new Sensor(SensorType.forceSensor, 4, 20, 300, 1, 0);
tempDic.TryGetValue(7, out forceData);
forceSensor.readValue = double.Parse(forceData);
Anchor anchor3 = new Anchor(3, forceSensor);
anchorDic[anchor3.id] = anchor3;
#endregion
}
}
}