private void StartDraw()//start getting signal without click
{
TempGraph.f_ClearAllPix();
TempGraph.f_reXY();
TempGraph.f_LoadOnePix(ref x1, ref y1, Color.Red, 2);
TempGraph.f_AddPix(ref x_b, ref y_b, Color.Blue, 2);
TempGraph.f_AddPix(ref x_p, ref y_p, Color.Green, 2);
}
private void StartGetTemp() //start getting signal without click
{
timerDrawTemp.Start(); //start timer
TempGraph.f_ClearAllPix();
TempGraph.f_reXY();
TempGraph.f_LoadOnePix(ref x2, ref y2, Color.Red, 2);
TempGraph.f_AddPix(ref x3, ref y3, Color.Blue, 2);
}
/*******************************************************************************************************************/
private void btnGetAnalogIn_Click(object sender, EventArgs e) //start the timer when click the button
{
timerDraw.Start(); //start timer
Graph1D.f_ClearAllPix();
TempGraph.f_ClearAllPix();
Graph1D.f_reXY();
TempGraph.f_reXY();
Graph1D.f_LoadOnePix(ref x1, ref y1, Color.Red, 2);
TempGraph.f_LoadOnePix(ref x2, ref y2, Color.Red, 2);
TempGraph.f_AddPix(ref x3, ref y3, Color.Blue, 2);
}
private void timerDrawTemp_Tick(object sender, EventArgs e)//start timer and draw
{
double setTemp = tempFunction();
double actualTemp = analogIn2() * 175000 / 7 + 35000;//thermal couple:25C voltage=0mv, 200C voltage=7mv
x2.Add(DrawTempIndex);
y2.Add((float)setTemp);
x3.Add(DrawTempIndex);
y3.Add((float)actualTemp);
DrawTempIndex = (float)(DrawTempIndex + 0.25);//for each count the x add 0.1
TempGraph.f_Refresh();
}
private void button1_Click(object sender, EventArgs e)
{
x1.Clear();
y1.Clear();
x_b.Clear();
y_b.Clear();
StartDraw();
RawDataDatFileReader(FileNameText.Text);
int SignalLength = x1.Count();
SignalLengthText.Text = SignalLength.ToString();
SNIPBaseline();
TempGraph.f_Refresh();
}
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 void initial_set_Ports_Low()
{
for (int i = 0; i < 8; i++)
{
digitalOutLow(i);
}
digitalOutLow(10);
digitalOutLow(11);
digitalOutLow(12);
digitalOutLow(13);
pumpIndicator.BackColor = Color.Gray;//clear all expected
valveIndicator1.BackColor = Color.Gray;
preconOnIndicator1.BackColor = Color.Gray;
preconHighIndicator1.BackColor = Color.Gray;
columnIndicator.BackColor = Color.Gray;
valvaIndicator2.BackColor = Color.Gray;
preconOnIndicator2.BackColor = Color.Gray;
preconHighIndicator2.BackColor = Color.Gray;
//TempGraph initial
TempGraph.f_ClearAllPix();
TempGraph.f_reXY();
TempGraph.f_LoadOnePix(ref x2, ref y2, Color.Red, 2);
TempGraph.f_AddPix(ref x3, ref y3, Color.Blue, 2);
}
private void overallStart_Click(object sender, EventArgs e)
{
x1.Clear();
x2.Clear();
x3.Clear();
x4.Clear();
y1.Clear();
y2.Clear();
y3.Clear();
y4.Clear();
initial_set_Ports_Low();
DrawSingalIndex = 0;
DrawTempIndex = 0;
SignalOnFlag = 0;
heartcuttingNumber = 0;
heartcuttingflag = 0;
Graph1D.f_ClearAllPix();
TempGraph.f_ClearAllPix();
Graph1D.f_reXY();
TempGraph.f_reXY();
timerMenu.Start();
StartGetTemp();
startTime = System.DateTime.Now;
//ports control
pumpingTvalue = float.Parse(pumpingTime.Text); //s
waitingTvalue = float.Parse(waitingTime.Text); //s
preconHighTvalue = float.Parse(preconHighTime.Text); //s
preconLowTvalue = float.Parse(preconLowTime.Text); //s
lowestTempvalue = float.Parse(lowestTemp.Text); //C
lowestTvalue = float.Parse(lowestHold.Text) * 60; //s
HighestTempvalue = float.Parse(highestTemp.Text); //C
HighestTvalue = float.Parse(highestHold.Text) * 60; //s
RampSpeedvalue = float.Parse(rampSpeed.Text) / 60; //c/s
analysisTotalT = lowestTvalue + HighestTvalue + (HighestTempvalue - lowestTempvalue) / RampSpeedvalue; //s
cleaningPvalue = float.Parse(cleaningPreconTime.Text); //s
cleaningTvalue = float.Parse(cleaningTotalTime.Text) * 60; //s
if (Start1.Text != "" && End1.Text != "")
{
if (float.Parse(Start1.Text) > float.Parse(End1.Text))
{
EndBeforeStartError();
}
else
{
heartcuttingStartList[1] = float.Parse(Start1.Text); //s
heartcuttingEndList[1] = float.Parse(End1.Text); //s
heartcuttingNumber++;
}
}
if (Start2.Text != "" && End2.Text != "")
{
if (float.Parse(Start2.Text) > float.Parse(End2.Text))
{
EndBeforeStartError();
}
else if (heartcuttingNumber != 1)
{
EmptyBetweenError();
}
else if (float.Parse(Start2.Text) < heartcuttingEndList[1] + preconHighTvalue + preconLowTvalue)
{
TooCloseError();
}
else
{
heartcuttingStartList[2] = float.Parse(Start2.Text); //s
heartcuttingEndList[2] = float.Parse(End2.Text); //s
heartcuttingNumber++;
}
}
if (Start3.Text != "" && End3.Text != "")
{
if (float.Parse(Start3.Text) > float.Parse(End3.Text))
{
EndBeforeStartError();
}
else if (heartcuttingNumber != 2)
{
EmptyBetweenError();
}
else if (float.Parse(Start3.Text) < heartcuttingEndList[2] + preconHighTvalue + preconLowTvalue)
{
TooCloseError();
}
else
{
heartcuttingStartList[3] = float.Parse(Start3.Text); //s
heartcuttingEndList[3] = float.Parse(End3.Text); //s
heartcuttingNumber++;
}
}
if (Start4.Text != "" && End4.Text != "")
{
if (float.Parse(Start4.Text) > float.Parse(End4.Text))
{
EndBeforeStartError();
}
else if (heartcuttingNumber != 3)
{
EmptyBetweenError();
}
else if (float.Parse(Start4.Text) < heartcuttingEndList[3] + preconHighTvalue + preconLowTvalue)
{
TooCloseError();
}
else
{
heartcuttingStartList[4] = float.Parse(Start4.Text); //s
heartcuttingEndList[4] = float.Parse(End4.Text); //s
heartcuttingNumber++;
}
}
if (Start5.Text != "" && End5.Text != "")
{
if (float.Parse(Start5.Text) > float.Parse(End5.Text))
{
EndBeforeStartError();
}
else if (heartcuttingNumber != 4)
{
EmptyBetweenError();
}
else if (float.Parse(Start5.Text) < heartcuttingEndList[4] + preconHighTvalue + preconLowTvalue)
{
TooCloseError();
}
else
{
heartcuttingStartList[5] = float.Parse(Start5.Text); //s
heartcuttingEndList[5] = float.Parse(End5.Text); //s
heartcuttingNumber++;
}
}
if (ExperienceName.Text == "")
{
timerMenu.Stop();
timerDrawSignal.Stop();
timerDrawTemp.Stop();
MessageBox.Show("Experience Name cannot be empty.", "Heartcutting Input Error");
}
else
{
ExperienceNamevalue = ExperienceName.Text;
file = new System.IO.StreamWriter(@"C:\Users\Nanova\Documents\Software\GC\c#\TestOutputs\" + ExperienceNamevalue + ".dat");
}
}
private void timerMenu_Tick(object sender, EventArgs e)//flow control loop
{
//temp graph
double setTemp = 0;
float TempTime = (float)System.DateTime.Now.Subtract(startTime).TotalMilliseconds;
double actualTemp = analogIn2() * 175000 / 7 + 35000;//thermal couple:25C voltage=0mv, 200C voltage=7mv
x2.Add(TempTime);
y2.Add((float)setTemp);
x3.Add(TempTime);
y3.Add((float)actualTemp);
TempGraph.f_Refresh();
//ports control
double pumpingT = float.Parse(pumpingTime.Text);
double waitingT = float.Parse(waitingTime.Text);
double preconHighT = float.Parse(preconHighTime.Text);
double preconLowT = float.Parse(preconLowTime.Text);
timeUsed.Text = System.DateTime.Now.Subtract(startTime).TotalSeconds.ToString();// time has been used
if (System.DateTime.Now.Subtract(startTime).TotalMilliseconds < (pumpingT * 1000))
{
digitalOutHigh(12); pumpIndicator.BackColor = Color.Green;
digitalOutHigh(0); valveIndicator1.BackColor = Color.Green;
digitalOutHigh(4); columnIndicator.BackColor = Color.Green;
//indicator bars, pumping progress indicator range from 0-100 while analyze bar not change
pumpProgress.Value = (int)((System.DateTime.Now.Subtract(startTime).TotalMilliseconds) / (pumpingT * 10));
analyzeProgress.Value = 0;
}
else if (System.DateTime.Now.Subtract(startTime).TotalMilliseconds < ((pumpingT + waitingT) * 1000))
{
digitalOutLow(12); pumpIndicator.BackColor = Color.Gray;
digitalOutLow(0); valveIndicator1.BackColor = Color.Gray;
pumpProgress.Value = 100;
analyzeProgress.Value = 0;
}
else if (System.DateTime.Now.Subtract(startTime).TotalMilliseconds < ((pumpingT + waitingT + preconHighT) * 1000))
{
pumpProgress.Value = 100;
digitalOutLow(12); pumpIndicator.BackColor = Color.Gray;
digitalOutLow(0); valveIndicator1.BackColor = Color.Gray;
digitalOutHigh(13); preconOnIndicator1.BackColor = Color.Green;
digitalOutHigh(1); preconHighIndicator1.BackColor = Color.Green;
}
else if (System.DateTime.Now.Subtract(startTime).TotalMilliseconds < ((pumpingT + waitingT + preconHighT + preconLowT) * 1000))
{
digitalOutLow(12); pumpIndicator.BackColor = Color.Gray;
digitalOutLow(0); valveIndicator1.BackColor = Color.Gray;
digitalOutLow(13); preconOnIndicator1.BackColor = Color.Gray;
pwmout(50, 1); preconHighIndicator1.BackColor = Color.Gray;
flashIndicatorForPWM(1, System.DateTime.Now.Subtract(startTime).TotalMilliseconds % 2000 < 1000);
}
else
{
initial_set_Ports_Low();
return;
}
if (System.DateTime.Now.Subtract(startTime).TotalMilliseconds - ((pumpingT + waitingT) * 1000) > 0 && SignalOnFlag == 0)
{
StartGetSignal();
SignalOnFlag = 1;
}
}
/*******************************************************************************************************************/
private void overallStart_Click(object sender, EventArgs e)
{
x1.Clear();
x2.Clear();
x3.Clear();
y1.Clear();
y2.Clear();
y3.Clear();
initial_set_Ports_Low();
DrawSingalIndex = 0;
DrawTempIndex = 0;
SignalOnFlag = 0;
heartcuttingNumber = 0;
Graph1D.f_ClearAllPix();
TempGraph.f_ClearAllPix();
Graph1D.f_reXY();
TempGraph.f_reXY();
timerMenu.Start();
StartGetTemp();
startTime = System.DateTime.Now;
//ports control
pumpingTvalue = float.Parse(pumpingTime.Text); //s
waitingTvalue = float.Parse(waitingTime.Text); //s
preconHighTvalue = float.Parse(preconHighTime.Text); //s
preconLowTvalue = float.Parse(preconLowTime.Text); //s
lowestTempvalue = float.Parse(lowestTemp.Text); //C
lowestTvalue = float.Parse(lowestHold.Text) * 60; //s
HighestTempvalue = float.Parse(highestTemp.Text); //C
HighestTvalue = float.Parse(highestHold.Text) * 60; //s
RampSpeedvalue = float.Parse(rampSpeed.Text) / 60; //c/s
analysisTotalT = lowestTvalue + HighestTvalue + (HighestTempvalue - lowestTempvalue) / RampSpeedvalue; //s
cleaningPvalue = float.Parse(cleaningPreconTime.Text); //s
cleaningTvalue = float.Parse(cleaningTotalTime.Text) * 60; //s
if (Start1.Text != "" && float.Parse(Start1.Text) < float.Parse(End1.Text))
{
heartcuttingStartList[1] = float.Parse(Start1.Text); //s
heartcuttingEndList[1] = float.Parse(End1.Text); //s
heartcuttingNumber++;
}
if (Start2.Text != "" && float.Parse(Start2.Text) > heartcuttingEndList[1] && float.Parse(Start2.Text) < float.Parse(End2.Text))
{
heartcuttingStartList[2] = float.Parse(Start2.Text); //s
heartcuttingEndList[2] = float.Parse(End2.Text); //s
heartcuttingNumber++;
}
if (Start3.Text != "" && float.Parse(Start3.Text) > heartcuttingEndList[2] && float.Parse(Start3.Text) < float.Parse(End3.Text))
{
heartcuttingStartList[3] = float.Parse(Start3.Text); //s
heartcuttingEndList[3] = float.Parse(End3.Text); //s
heartcuttingNumber++;
}
if (Start4.Text != "" && float.Parse(Start4.Text) > heartcuttingEndList[3] && float.Parse(Start4.Text) < float.Parse(End4.Text))
{
heartcuttingStartList[4] = float.Parse(Start4.Text); //s
heartcuttingEndList[4] = float.Parse(End4.Text); //s
heartcuttingNumber++;
}
if (Start5.Text != "" && float.Parse(Start5.Text) > heartcuttingEndList[4] && float.Parse(Start5.Text) < float.Parse(End5.Text))
{
heartcuttingStartList[5] = float.Parse(Start5.Text); //s
heartcuttingEndList[5] = float.Parse(End5.Text); //s
heartcuttingNumber++;
}
}
