private void startButton_Click(object sender, EventArgs e)
{
fv.Show();
fvo.Show();
fvos[0] = new FullViewOutput();
fvos[1] = new FullViewOutput();
fvos[2] = new FullViewOutput();
fvos[3] = new FullViewOutput();
fvs[0] = new FullView();
fvs[1] = new FullView();
fvs[2] = new FullView();
fvs[3] = new FullView();
fvos[0].Show();
fvos[1].Show();
fvos[2].Show();
fvs[0].Show();
fvs[1].Show();
fvs[2].Show();
targetTemp[0] = int.Parse(targetTemp1Box.Text);
targetTemp[1] = int.Parse(targetTemp2Box.Text);
targetTemp[2] = int.Parse(targetTemp3Box.Text);
targetTemp[3] = 0;
sampleRate = int.Parse(sampleRateBox.Text);
maxReadError = int.Parse(readErrorBox.Text);
tempIncreaseRate = double.Parse(tempIncreaseBox1.Text);
tempDecreaseRate = double.Parse(tempDecreaseBox2.Text);
maxTemperature = double.Parse(maxTempBox.Text);
minTemperature = double.Parse(minTempBox.Text);
kpvalue = double.Parse(kpBox.Text);
kivalue = double.Parse(kiBox.Text);
kdvalue = double.Parse(kdBox.Text);
currentTemp1 = minTemperature;
oldTemp1 = minTemperature;
delayTime = int.Parse(delayBox.Text);
for (int i = 0; i < delayTime; i++)
{
outputDelayList1.Add(0);
}
double tempIncreaseDelta = 100 - maxTemperature;
tempIncreaseKvalue = tempIncreaseRate / tempIncreaseDelta;
tempIncreaseMvalue = maxTemperature * (-tempIncreaseKvalue);
double tempDecreaseDelta = 1000 - minTemperature;
tempDecreaseKvalue = tempDecreaseRate / tempIncreaseDelta;
tempDecreaseMvalue = minTemperature * (-tempDecreaseKvalue);
backgroundWorker1.RunWorkerAsync();
}
private void startButton_Click(object sender, EventArgs e)
{
fv.Show();
fvo.Show();
fvos[0] = new FullViewOutput();
fvos[1] = new FullViewOutput();
fvos[2] = new FullViewOutput();
fvos[3] = new FullViewOutput();
fvs[0] = new FullView();
fvs[1] = new FullView();
fvs[2] = new FullView();
fvs[3] = new FullView();
fvos[0].Show();
fvos[1].Show();
fvos[2].Show();
fvs[0].Show();
fvs[1].Show();
fvs[2].Show();
targetTemp[0] = int.Parse(targetTemp1Box.Text);
targetTemp[1] = int.Parse(targetTemp2Box.Text);
targetTemp[2] = int.Parse(targetTemp3Box.Text);
targetTemp[3] = 0;
sampleRate = int.Parse(sampleRateBox.Text);
maxReadError = int.Parse(readErrorBox.Text);
tempIncreaseRate = double.Parse(tempIncreaseBox1.Text);
tempDecreaseRate = double.Parse(tempDecreaseBox2.Text);
maxTemperature = double.Parse(maxTempBox.Text);
minTemperature = double.Parse(minTempBox.Text);
kpvalue = double.Parse(kpBox.Text);
kivalue = double.Parse(kiBox.Text);
kdvalue = double.Parse(kdBox.Text);
currentTemp1 = minTemperature;
oldTemp1 = minTemperature;
delayTime = int.Parse(delayBox.Text);
for (int i = 0; i < delayTime; i++)
{
outputDelayList1.Add(0);
}
double tempIncreaseDelta = 100 - maxTemperature;
tempIncreaseKvalue = tempIncreaseRate / tempIncreaseDelta;
tempIncreaseMvalue = maxTemperature * (-tempIncreaseKvalue);
double tempDecreaseDelta = 1000 - minTemperature;
tempDecreaseKvalue = tempDecreaseRate / tempIncreaseDelta;
tempDecreaseMvalue = minTemperature * (-tempDecreaseKvalue);
backgroundWorker1.RunWorkerAsync();
}
