/// <summary>
/// 给吊杆力和吊杆位移文本框赋值
/// </summary>
private void RefreshSteeveText()
{
try
{ //自己加吊杆锚杆互换
Dictionary <int, Steeve> dicSteeve = adamHelper.steeveDic; //得到吊杆的字典集合，用方法得到力和位移
double[] steeveForce = new double[dicSteeve.Count]; //吊杆力数组，元素为double
double[] steeveDis = new double[dicSteeve.Count]; //吊杆位移数组，元素为double
double[] realSteeveDis = new double[4];
for (int i = 0; i < 4; i++)
{
steeveForce[i] = dicSteeve[i].GetForce(); //为吊杆力数组赋值值
realSteeveDis[i] = Math.Round(dicSteeve[i].GetDisplace(), 1); //真实距离
steeveDis[i] = dicSteeve[i].GetDisplace() - adamHelper.standardlist[i]; //升降位移
steeveDis[i] = Math.Round(steeveDis[i], 1); //保留一位小数
}
double sum = 0;
for (int i = 0; i < 4; i++)
{
sum += steeveDis[i];//求上升位移和
}
double AverageOfFour = Math.Round(sum / 4, 1);
//平均上升位移
SetTextValueManager.SetValueToText(steeveForce, ref txtSteeveF1, ref txtSteeveF2, ref txtSteeveF3, ref txtSteeveF4, ref txtMaxSteeveForce, ref txtMaxSteeveForceDiff);
txtSteeveForceLimit.Text = steeveForceLimit.ToString();
txtSteeveForceDiffLimit.Text = steeveForceDiffLimit.ToString();
SetTextValueManager.SetValueToText(steeveDis, ref txtSteeveDis1, ref txtSteeveDis2, ref txtSteeveDis3, ref txtSteeveDis4, ref txtMaxSteeveDis, ref txtMaxSteeveDisDiff);
txtSteeveDisLimit.Text = steeveDisLimit.ToString(); //吊杆位移上限
txtSteeveDisDiffLimit.Text = steeveDisDiffLimit.ToString(); //吊杆位移差上限
//
txtSteeveDis9.Text = realSteeveDis[0].ToString(); //真实距离和平均位移赋值
txtSteeveDis10.Text = realSteeveDis[1].ToString();
txtSteeveDis11.Text = realSteeveDis[2].ToString();
txtSteeveDis12.Text = realSteeveDis[3].ToString();
txtAver.Text = AverageOfFour.ToString();
}
catch (Exception ex)
{
timer1.Enabled = false;
MessageBox.Show("采集吊杆力，位移数据失败，请检查硬件后重启软件。" + ex.Message);
}
}
/// <summary>
/// 给前支点位移文本框赋值
/// </summary>
private void RefreshFrontPivotText()
{
try
{
firstStandard = adamHelper.first_frontPivotDisStandard;
secondStanard = adamHelper.second_frontPivotDisStandard;
threeStandard = adamHelper.three_standard;
fourStandard = adamHelper.four_standard;
Dictionary <int, FrontPivot> dicFrontPivot = adamHelper.frontPivotDic;
double[] frontPivotDis = new double[4]; //前支点沉降位移
double[] realFront = new double[4]; //真实距离
for (int i = 0; i < 4; i++)
{
realFront[i] = dicFrontPivot[i].GetDisplace();
realFront[i] = Math.Round(realFront[i], 1);
}
frontPivotDis[0] = Math.Round(firstStandard - dicFrontPivot[0].GetDisplace(), 1);
frontPivotDis[1] = Math.Round(secondStanard - dicFrontPivot[1].GetDisplace(), 1);
frontPivotDis[2] = Math.Round(threeStandard - dicFrontPivot[2].GetDisplace(), 1);
frontPivotDis[3] = Math.Round(fourStandard - dicFrontPivot[3].GetDisplace(), 1);
for (int k = 0; k < 4; k++)
{
frontPivotDis[k] = Math.Abs(frontPivotDis[k]);
}
double maxfront = frontPivotDis.Max();
txtFrontPivotDis1.Text = frontPivotDis[0].ToString();
txtFrontPivotDis2.Text = frontPivotDis[1].ToString();
txtFrontPivotDis3.Text = frontPivotDis[2].ToString();
txtFrontPivotDis4.Text = frontPivotDis[3].ToString();
SetTextValueManager.set4(realFront, ref txtReal1, ref txtReal2, ref txtReal3, ref txtReal4);
txtMaxFrontDis.Text = maxfront.ToString();
txtFrontDisLimit.Text = FrontDisLimit.ToString();
}
catch (Exception ex)
{
timer1.Enabled = false;
MessageBox.Show("采集前支点位移数据失败，请检查硬件后重启软件。" + ex.Message);
}
}
/// <summary>
/// 给锚杆力文本框赋值
/// </summary>
private void RefreshAnchorText()
{
// Dictionary<int, Anchor> dicAnchor = adamHelper.anchorDic;
try
{
Dictionary <int, Anchor> dicAnchor = adamHelper.anchorDic;
double[] anchorForce = new double[4];
for (int i = 0; i < 4; i++)
{
anchorForce[i] = dicAnchor[i].GetForce();
}
SetTextValueManager.SetValueToText(anchorForce, ref txtAnchorF1, ref txtAnchorF2, ref txtAnchorF3, ref txtAnchorF4, ref txtMaxAnchorForce, ref txtMaxAnchorForceDiff);
txtAnchorForceLimit.Text = anchorForceLimit.ToString();
txtAnchorForceDiffLimit.Text = anchorForceDiffLimit.ToString();
}
catch (Exception ex)
{
timer1.Enabled = false;
MessageBox.Show("采集锚杆力数据失败，请检查硬件后重启软件。" + ex.Message);
}
}
