public Form1()
{
InitializeComponent();
panel1.Controls.Add(DPP1.spmGraph);
DPP1.numkeV.Enabled = false;
DPP1.AutoConnect(Text);
Tube1.AutoConnect(Text);
FW1.AutoConnect(Text);
DPP1.LoadSettings(
$@"{ Tube1.configFolder }PS564 RH3 XPIN_BT\MX-02r00us.dxp",
$@"{ Tube1.configFolder }start upcalibration\Ringo calibration.txt"
);
Text = Tube1.testbox;
Tube1.numSetkV.ValueChanged += NumSetkV_ValueChanged;
}
private void DoTest(bool justVerify = false)
{
int testID = GenerateTestID(Tube1.tub.serialNum, Tube1.testboxShort);
double maxkV = Tube1.tub.maxkV;
btnStart.Enabled = btnVerify.Enabled = false;
Tube1.tub.status = Devices.Tube.Status.Testing;
Tube1.tub.maxkV = 55;
int n = 0;
double[] kV;
double[] kVSet;
double[] kVMon;
double[] kVEdge;
bool[] pass;
List <double> verifyKV = new List <double>();
if (Tube1.tub.maxkV == 35)
{
verifyKV.Add(35);
}
else
{
verifyKV.Add(8);
verifyKV.Add(13);
verifyKV.Add(15);
verifyKV.Add(25);
verifyKV.Add(35);
verifyKV.Add(40);
if (Tube1.tub.maxkV > 40)
{
verifyKV.Add(50);
}
}
if (justVerify)
{
n = 1;
}
for (int j = n; j < 2; j++)
{
if (n == 0)
{
kV = new double[48];
kVSet = new double[48];
kVMon = new double[48];
kVEdge = new double[48];
pass = new bool[48];
dataGridView1.Columns["Pass"].Visible = false;
Tube1.tub.DeleteCalibration();
}
else
{
kV = new double[verifyKV.Count];
kVSet = new double[verifyKV.Count];
kVMon = new double[verifyKV.Count];
kVEdge = new double[verifyKV.Count];
pass = new bool[verifyKV.Count];
dataGridView1.Columns["Pass"].Visible = true;
}
Tube1.tub.setuA = Tube1.tub.maxuA;
Tube1.tub.on = true;
dataGridView1.Rows.Clear();
for (int i = 0; i < kV.Length; i++)
{
if (n == 0)
{
kV[i] = i + 5;
}
else
{
kV[i] = verifyKV[i];
}
if (kV[i] <= 11)
{
FW1.ChangeFilter(1);
}
else if (kV[i] >= 12 && kV[i] <= 16)
{
FW1.ChangeFilter(2);
}
else if (kV[i] >= 17 && kV[i] <= 24)
{
FW1.ChangeFilter(3);
}
else if (kV[i] >= 25)
{
FW1.ChangeFilter(3);
}
Tube1.tub.setkV = kV[i];
Tools.WaitSync(1000);
DPP1.GetSpectrum();
if (DPP1.stopper)
{
break;
}
kVSet[i] = Tube1.tub.setkV;
kVMon[i] = Tube1.tub.monkV;
kVEdge[i] = DPP1.keVEdge;
if (n == 0)
{
dataGridView1.Rows.Add(kV[i], kVSet[i], kVMon[i], kVEdge[i]);
}
else
{
pass[i] = (kVEdge[i] < kV[i] + 0.2) && (kVEdge[i] > kV[i] - 0.2);
dataGridView1.Rows.Add(kV[i], kVSet[i], kVMon[i], kVEdge[i], pass[i]);
}
}
Tube1.tub.on = false;
if (DPP1.stopper)
{
break;
}
if (n == 0)
{
Tube1.tub.Calibrate(kVEdge);
n++;
Tools.WaitSync(2000);
for (int i = 0; i < kV.Length; i++)
{
DBHelper.Insert("TSCBPreCalData",
testID,
Tube1.tub.serialNum,
kV[i],
kVSet[i],
kVMon[i],
kVEdge[i]
);
}
for (int i = 0; i < Tube1.tub.keVFit.Length; i++)
{
DBHelper.Insert("TSCBSourceCalibration",
testID,
Tube1.tub.serialNum,
Tube1.tub.keVFit[i],
Tube1.tub.keVFitByte[i],
Tube1.tub.page1keVAddresses[i],
Tube1.tub.keVSetFitByte[i],
Tube1.tub.page1SetAddresses[i],
Tube1.tub.keVMonFitByte[i],
Tube1.tub.page1MonAddresses[i]
);
}
}
else if (n == 1)
{
for (int i = 0; i < kV.Length; i++)
{
DBHelper.Insert("TSCBSourceCalValidation",
testID,
Tube1.tub.serialNum,
kV[i],
kVSet[i],
kVMon[i],
kVEdge[i],
0,
0,
pass[i]
);
}
Tube1.tub.status = Devices.Tube.Status.Done;
string result = "";
for (int i = 0; i < kV.Length; i++)
{
result += $"{ kV[i] } { kVEdge[i] } { pass[i] }\r\n";
}
result = result.Replace("True", "Yes");
result = result.Replace("False", "No");
MessageBox.Show(
"kV keVEdge Pass?\r\n" +
result, "Test Results");
}
}
Tube1.tub.maxkV = maxkV;
Tube1.tub.status = Devices.Tube.Status.Idle;
DPP1.stopper = false;
btnStart.Enabled = btnVerify.Enabled = true;
btnStart.BackColor = btnVerify.BackColor = Color.LightBlue;
}
