void ThreadFunction_Indent()
{
pParent.send_Data_Frame_To_Arduino_SetSystemIdle_Multi();
pParent.set_AFM_parameters('T', pParent.mCParameter.TriggerForce_nN);
pParent.set_AFM_parameters('k', pParent.mCParameter.PRCStiffness_nN_per_nm);
pParent.set_AFM_parameters('s', pParent.mCParameter.PRC_ADCValue_per_nm);
pParent.set_AFM_parameters('d', pParent.mCParameter.MaxIndentationDepth_nm);
pParent.set_AFM_parameters('e', pParent.mCParameter.StepSize_nm);
pParent.set_AFM_parameters('f', pParent.mCParameter.LoopDelay_uS - CParameter.mI_LoopDelay_Min_uS);
pParent.set_AFM_parameters('g', pParent.mCParameter.NumberOfSamplingPoints);
pParent.mIndentData = new double[3, 6000];//25*1024
pParent.mIndentData_index = -1;
mSwitch_CancelIndent = false;
pParent.mSwitch_IndentTrue_FinishFalse = true;
pParent.send_Data_Frame_To_Arduino('C', 'I', 'D');
while (pParent.mSwitch_IndentTrue_FinishFalse == true)
{
Thread.Sleep(5);
if (mSwitch_CancelIndent == true)
{
return;
}
}
string paras = pParent.mCParameter.GetParaString()
+ pParent.para_XL.ToString() + "%XL\r\n"
+ pParent.para_YL.ToString() + "%YL\r\n"
+ "\r\n";
SaveIndentDataToTextFile(mDataPath,
"_" + pParent.mCParameter.SampleName,
"_" + pParent.GetCurrentTimeString(),
paras,
//"_step_size" + step_size.ToString() +
//"_start_position" + start_position.ToString() +
//"_depth" + depth.ToString() +
//"_time" + pParent.TOC().ToString() + "_",
pParent.mIndentData,
pParent.mIndentData.Rank + 1,
pParent.mIndentData_index
);
SaveIndentDataToTextFile(mDataPath, null,
null,
paras,
pParent.mIndentData,
pParent.mIndentData.Rank + 1,
pParent.mIndentData_index);
//button_StartIndent.Enabled = true;
System.Media.SystemSounds.Hand.Play();
Thread.Sleep(300);
System.Media.SystemSounds.Exclamation.Play();// ok
//MessageBox.Show("done");
Thread.Sleep(800);
pParent.send_Data_Frame_To_Arduino_SetSystemIdle_Multi();
try
{
// ShowIndentData();
}
catch { MessageBox.Show("show indentation data error"); }
}
private void button_Read_StrainGauge_Continue_Click(object sender, EventArgs e)
{
pParent.send_Data_Frame_To_Arduino('G', 's', 'g', 2);
}
