private const double baseLine = 1.4; //loop baseline voltage=1.4v
private void timerDrawSignal_Tick(object sender, EventArgs e) //start timer and draw
{
double analogDataIn = analogIn1() + baseLine;
txtAnalogIn.Text = analogDataIn.ToString();//display in textbox
x1.Add(DrawSingalIndex);
y1.Add((float)analogDataIn);
DrawSingalIndex = (float)(DrawSingalIndex + 0.25); //for each count the x add 0.1
Graph1D.f_Refresh(); //sampling
}
private const double baseLine = 1.4; //loop baseline voltage=1.4v
private void timerDraw_Tick(object sender, EventArgs e) //start timer and draw
{
double analogDataIn = analogIn1() + baseLine;
//double setTemp = tempFunction(25, 10, 10, 10);
double setTemp = 0;
double actualTemp = analogIn2() * 175000 / 7 + 35000; //thermal couple:25C voltage=0mv, 200C voltage=7mv
txtAnalogIn.Text = analogDataIn.ToString(); //display in textbox
x1.Add(timerDrawI);
y1.Add((float)analogDataIn);
x2.Add(timerDrawI);
y2.Add((float)setTemp);
x3.Add(timerDrawI);
y3.Add((float)actualTemp);
timerDrawI = (float)(timerDrawI + 0.25); //for each count the x add 0.1
Graph1D.f_Refresh(); //sampling
TempGraph.f_Refresh();
}
private const double baseLine = 1.4; //loop baseline voltage=1.4v
private void timerDrawSignal_Tick(object sender, EventArgs e) //start timer and draw
{
double analogDataIn = analogIn1() + baseLine;
double analogDataIn2 = analogIn3() + baseLine;
x1.Add(DrawSingalIndex);
y1.Add((float)analogDataIn);
if (heartcuttingNumber > 0)
{
x4.Add(DrawSingalIndex);
y4.Add((float)analogDataIn2);
//file.WriteLine(DrawSingalIndex.ToString() + " " + analogDataIn.ToString() + " " + analogDataIn2.ToString());
}
else
{
//file.WriteLine(DrawSingalIndex.ToString() + " " + analogDataIn.ToString());
}
DrawSingalIndex = (float)(DrawSingalIndex + 0.25); //for each count the x add 0.1
Graph1D.f_Refresh(); //sampling
}