public void InitializeDataProfileExtTCTemp(double[] pointsProfileExtTCTemp)
{
m_dataProfileExtTCTemp.Clear();
for (int i = 0; i <= DataPoints - 1; i++)
{
DataSerie objDataSerie = new DataSerie();
objDataSerie.Value = CTemperature.ToCelsius(System.Convert.ToInt32(pointsProfileExtTCTemp[i]));
objDataSerie.Time = i;
m_dataProfileExtTCTemp.Add(objDataSerie);
}
}
public void getNextPoint(System.Drawing.PointF pt, bool last, string tempUnitsIfTemp, int filterGrade)
{
try
{
//reading the current line
if (initReadPoint)
{
string line = fReadPoint.ReadLine();
if (line.Length > 0)
{
pt.X = (float)(Convert.ToDouble(line.Substring(0, line.IndexOf(";"))));
pt.Y = (float)(Convert.ToDouble(line.Substring(line.IndexOf(";") + 1, line.Length - (line.IndexOf(";") + 1))));
// 13/04/2014 convert UTI to Celsius or Faharenheit
// do here to convert from UTI before filtering (result may be decimal)
if ((int)myAxis == Cplot.TEMPERATURE)
{
// convert UTI values to requested temp unit. if requested temp unit is blank or UTI, return UTI value
CTemperature auxTemp = new CTemperature(System.Convert.ToInt32(pt.Y));
if (tempUnitsIfTemp == ManRegGlobal.tempunitCELSIUS)
{
pt.Y = auxTemp.ToCelsius();
}
else if (tempUnitsIfTemp == ManRegGlobal.tempunitFAHRENHEIT)
{
pt.Y = auxTemp.ToFahrenheit();
}
}
//Add raw point
filterMemo.Add(pt.Y);
//Clearing the old points
while (filterMemo.Count > filterGrade)
{
filterMemo.RemoveAt(0);
}
//Filtering
if (filterMemo.Count >= filterGrade)
{
pt.Y = 0;
for (int i = filterMemo.Count - 1; i >= 0; i--)
{
pt.Y = pt.Y + (float)filterMemo[i];
}
pt.Y = pt.Y / filterGrade;
}
// 13/04/2014 convert UTI to Celsius or Faharenheit
// do here to convert from UTI after filtering (result will be always integer)
//If myAxis = Cplot.TEMPERATURE Then
// ' convert UTI values to requested temp unit. if requested temp unit is blank or UTI, return UTI value
// Dim auxTemp As JBC_ConnectRemote.Ctemperature = New JBC_ConnectRemote.Ctemperature(pt.Y)
// Select Case tempUnitsIfTemp
// Case tempunitCELSIUS
// pt.Y = auxTemp.ToCelsius
// Case tempunitFAHRENHEIT
// pt.Y = auxTemp.ToFahrenheit
// End Select
//End If
}
else
{
fReadPoint.Close();
initReadPoint = false;
}
//if the end of stream achieved
if (fReadPoint.EndOfStream)
{
fReadPoint.Close();
initReadPoint = false;
}
}
//if last point desired
if (last)
{
fReadPoint.Close();
initReadPoint = false;
}
}
catch (Exception ex)
{
Console.WriteLine("Cserie::getNextPoint . error:" + ex.Message);
}
}
public void getPoints(List <System.Drawing.PointF> lst, double tMin, double tMax, string tempUnitsIfTemp, int filterGrade = 0)
{
//if the points aren't lodaed, loading them
if (points.Count > 0)
{
if ((Math.Round(System.Convert.ToDouble(points[0].X), 3) > Math.Round(tMin, 3) && Math.Round(System.Convert.ToDouble(points[0].X), 3) > 0) || (Math.Round(System.Convert.ToDouble(points.Last().X), 3) < Math.Round(tMax, 3) && Math.Round(lastTimeInFile, 3) > Math.Round(System.Convert.ToDouble(points.Last().X), 3)))
{
//FileIO.FileSystem.WriteAllText("E:\Trabajo JBC\JBCstationPlotter\out.txt", _
// "tMin: " & tMin & "; tMax: " & tMax & "; last: " & _
// points.Last.X & "; first: " & points(0).X & "; file: " & lastTimeInFile & vbCrLf, True)
ulong initTime = (ulong)(Environment.TickCount & int.MaxValue);
loadPointsFromFile(tMin, tMax);
//If (Environment.TickCount And Int32.MaxValue) - initTime > 0 Then Debug.Print("getPoints: " & (Environment.TickCount And Int32.MaxValue) - initTime)
}
//determinating the index range for the raw points
int first = 0;
int last = 0;
getTimeIntervalPointIndex(ref first, ref last, tMin, tMax);
//getting the previous point of the interval if posible. It's to allow intervals concatenation
if (first > 0)
{
first--;
}
//the point list has the proper points loaded, filtering the points
int i = 0;
int j = 0;
double sum = 0;
double result = 0;
float y = 0;
lst.Clear();
try
{
for (i = first; i <= last; i++)
{
if (i - filterGrade + 1 >= 0)
{
//filter can be applied
sum = 0;
for (j = 0; j <= filterGrade - 1; j++)
{
if ((int)myAxis == Cplot.TEMPERATURE)
{
CTemperature auxTemp = new CTemperature(System.Convert.ToInt32(points[i - j].Y));
if (tempUnitsIfTemp == ManRegGlobal.tempunitCELSIUS)
{
y = auxTemp.ToCelsius();
//Debug.Print(String.Format("GetPoints as Celsius: UTI: {0} Celsius {1}", points.Item(i - j).Y.ToString, y.ToString))
}
else if (tempUnitsIfTemp == ManRegGlobal.tempunitFAHRENHEIT)
{
y = auxTemp.ToFahrenheit();
//Debug.Print(String.Format("GetPoints as Fahrenheit: UTI: {0} Fahr {1}", points.Item(i - j).Y.ToString, y.ToString))
}
else
{
y = System.Convert.ToSingle(points[i - j].Y);
//Debug.Print(String.Format("GetPoints as UTI: {0}", points.Item(i - j).Y.ToString))
}
}
else
{
y = System.Convert.ToSingle(points[i - j].Y);
}
sum = sum + y;
}
result = sum / filterGrade;
//assigning the point
lst.Add(new System.Drawing.PointF(System.Convert.ToSingle(points[i].X), (float)result));
}
}
}
catch (Exception ex)
{
Console.WriteLine("Cserie::getPoints . error:" + ex.Message);
}
}
}
private void exportData(string folder)
{
bool bHeader = false;
string sHeader = "";
string sRec = "";
int iMS = 0;
string currentUID = "";
string filename = "";
List <string> listFilenames = new List <string>();
string sSep = "";
Cursor = Cursors.WaitCursor;
if (rbSepComma.Checked)
{
sSep = ",";
}
if (rbSepSemicolon.Checked)
{
sSep = ";";
}
if (rbSepTab.Checked)
{
sSep = System.Convert.ToString("\t");
}
foreach (DataGridViewRow row in gridTraceData.Rows)
{
if (row.Cells["colgridUID"].Value != currentUID)
{
currentUID = System.Convert.ToString(row.Cells["colgridUID"].Value);
filename = Path.Combine(folder, getNameForFilename(currentUID) + "_" + DateTime.Now.ToString(EXPORT_TIME_FORMAT) + ".csv");
if (!listFilenames.Contains(filename))
{
listFilenames.Add(filename);
}
}
iMS += System.Convert.ToInt32(row.Cells["colgridInterval"].Value);
string jsonData = System.Convert.ToString(row.Cells["colgridPortsDataJson"].Value);
TracePortData[] portsData = getPortsData(jsonData);
if (!bHeader)
{
sHeader = "Time (ms)";
}
sRec = iMS.ToString();
foreach (TracePortData p in portsData)
{
if (!bHeader)
{
sHeader += sSep + "Tool_" + ((System.Convert.ToInt32(p.port)) + 1).ToString();
sHeader += sSep + "Temp_" + ((System.Convert.ToInt32(p.port)) + 1).ToString() + " (ºC)";
sHeader += sSep + "Power_" + ((System.Convert.ToInt32(p.port)) + 1).ToString() + " (%)";
sHeader += sSep + "Status_" + ((System.Convert.ToInt32(p.port)) + 1).ToString();
}
CTemperature temp = new CTemperature(p.temperature);
sRec += sSep + p.tool.ToString();
sRec += sSep + temp.ToCelsius().ToString();
sRec += sSep + (p.power / 10).ToString();
sRec += sSep + p.status.ToString();
}
if (!bHeader)
{
(new Microsoft.VisualBasic.Devices.ServerComputer()).FileSystem.WriteAllText(filename, sHeader + "\r\n", true);
bHeader = true;
}
(new Microsoft.VisualBasic.Devices.ServerComputer()).FileSystem.WriteAllText(filename, sRec + "\r\n", true);
}
foreach (string fil in listFilenames)
{
log("Exported to '" + System.IO.Path.GetFileName(fil) + "' in '" + System.IO.Path.GetDirectoryName(fil) + "'");
}
Cursor = Cursors.Default;
}
private void updatePortInstance(int port, PictureBox pcb, Label lbl)
{
// Required var's
bool sleep = false;
bool hiber = false;
bool extractor = false;
bool desolder = false;
GenericStationTools tool = default(GenericStationTools);
string status = "";
// If the port exists
if (port < nPorts)
{
// Setting the tool image
tool = jbc.GetPortToolID(myID, (Port)port);
pcb.BackgroundImage = (Image)My.Resources.Resources.ResourceManager.GetObject(tool.ToString() + "_mini");
// Determinating the tool status
sleep = jbc.GetPortToolSleepStatus(myID, (Port)port) == OnOff._ON;
hiber = jbc.GetPortToolHibernationStatus(myID, (Port)port) == OnOff._ON;
extractor = jbc.GetPortToolExtractorStatus(myID, (Port)port) == OnOff._ON;
desolder = jbc.GetPortToolDesolderStatus(myID, (Port)port) == OnOff._ON;
if (sleep)
{
status = Localization.getResStr(Configuration.PortsSleepId);
}
else if (hiber)
{
status = Localization.getResStr(Configuration.PortsHiberId);
}
else if (extractor)
{
status = Localization.getResStr(Configuration.PortsExtractorId);
}
else if (desolder)
{
status = Localization.getResStr(Configuration.PortsDesolderId);
}
else if (tool == GenericStationTools.NO_TOOL)
{
status = Localization.getResStr(Configuration.PortsNoToolId);
}
else
{
status = Localization.getResStr(Configuration.PortsWorkId);
}
// Getting the temperature string
string tempStr = "";
CTemperature temp = jbc.GetPortToolActualTemp(myID, (Port)port);
if (!Equals(temp, null))
{
if (temp.isValid())
{
if (Configuration.Tunits == Configuration.CELSIUS_STR)
{
tempStr = temp.ToCelsius().ToString() + Configuration.Tunits;
}
if (Configuration.Tunits == Configuration.FAHRENHEIT_STR)
{
tempStr = temp.ToFahrenheit().ToString() + Configuration.Tunits;
}
}
}
// Showing the port data depending on the status
int textW = System.Convert.ToInt32(lbl.CreateGraphics().MeasureString(Localization.getResStr(Configuration.PortsPortTitleId) + " " + (port + 1).ToString(), Configuration.PortsFont).Width);
int spaceW = System.Convert.ToInt32(lbl.CreateGraphics().MeasureString(" ", Configuration.PortsFont).Width);
int nSpaces = System.Convert.ToInt32((lbl.Width - textW) / spaceW);
string sTool = tool.ToString();
if (tool == GenericStationTools.NO_TOOL)
{
sTool = " ";
}
lbl.Text = new string(' ', nSpaces);
lbl.Text = lbl.Text + Localization.getResStr(Configuration.PortsPortTitleId) + " " + (port + 1).ToString() + "\r\n";
lbl.Text = lbl.Text + sTool + "\r\n";
if (status == Localization.getResStr(Configuration.PortsWorkId))
{
lbl.Text = lbl.Text + tempStr;
}
else
{
lbl.Text = lbl.Text + status;
}
}
}
