public void AddPoint(float x, float y)
{
if (samples == null)
{
samples = new List <cPoint>();
}
cPoint p = new cPoint();
p.x = x;
p.y = y;
samples.Add(p);
}
public void AddPoint(float x, float y, DateTime?dtPoint, int measureState = -1)
{
if (samples == null)
{
samples = new List <cPoint>();
}
cPoint p = new cPoint();
p.x = x;
p.y = y;
p.PointFlag = measureState;
if (dtPoint.HasValue)
{
p.dtPoint = dtPoint.Value;
}
samples.Add(p);
}
/// <summary>
/// Draw graph
/// </summary>
/// <param name="collection"></param>
private void DrawGraph(ArrayList collection)
{
PlotterDisplayEx graphControl1 = new PlotterDisplayEx();
PlotterDisplayEx graphControl2 = new PlotterDisplayEx();
lock (m_objLockConfig)
{
int channel = 1;
List<ConfigurationVO> configlist = (List<ConfigurationVO>)collection[0];
int channel_ref = configlist[0].ChannelValue;
int channelA = 0;
int channelB = 0;
if ((ConfigurationVO.GetInstance().mode_operation != EnumAndConstants.CONTINEOUS))
{
if (((List<ADCVO>)collection[1])[0].Channel != 0)
{
channelA = ((List<ADCVO>)collection[1])[0].Channel;
}
if (collection.Count > 2)
{
channelB = ((List<ADCVO>)collection[2])[2].Channel;
}
}
else
{
List<int> channels = new List<int>();
ApplicationUtil.ApplicationUtil.GetValueFromNumber((UInt16)channel_ref, out channels);
channelA = channels[0];
}
// chek for channel values being -1
if (channelA != 0)
{
graphControl1 = GetTargetGraphControlForChannelB(channelA);
}
if (channelB != 0)
{
graphControl2 = GetTargetGraphControlForChannelB(channelB);
}
else
graphControl2 = null;
List<ADCVO> adclist = (List<ADCVO>)collection[1];
//Calculate the max and min y axis values to initialize the graph
ApplicationUtil.ApplicationUtil.CalculateMinMaxADCValues(adclist);
int adcResolution = configlist[0].adcresolution;
if (adclist.Count == 0)
{
return;
}
repeatCount = adclist.Count;
int maxadcForChannelTwo = 0;
List<ADCVO> adclistChannelTwo = new List<ADCVO>();
if (collection.Count == 3)
{
adclistChannelTwo = (List<ADCVO>)collection[2];
if (adclistChannelTwo.Count > 0)
maxadcForChannelTwo = adclistChannelTwo[adclistChannelTwo.Count - 1].AdcValue;
}
else
{
channel = channel_ref;
}
DateTime minDate = DateTime.Now;
minDate = adclist[0].AdcDate;
if (null != firstChannelArray)
{
if (firstChannelArray.Count >= 100000)
{
firstChannelArray.RemoveRange(0, 25000);
}
}
graphControl1.DataSources[0].GraphColor = Color.Green;
if (firstChannelArray == null)
{
firstChannelArray = new List<cPoint>();
firstChannelY = 0;
}
if (Program.Mode_Operation != EnumAndConstants.CONTINEOUS)
{
firstChannelArray = new List<cPoint>();
firstChannelY = 0;
}
if (Program.IsOnlineMode && Program.Mode_Operation != configlist[0].mode_operation)
return;
if (configlist[0].mode_operation != EnumAndConstants.CONTINEOUS)
{
firstChannelArray = new List<cPoint>();
firstChannelY = 0;
}
int tempCounter = 0;
while (tempCounter < adclist.Count)
{
ADCVO point = adclist.ElementAt(tempCounter);
double adv = Convert.ToDouble(point.AdcValue);
firstChannelY += ApplicationUtil.ApplicationUtil.SAMPLING_RATE_DATE_ADD_VALUE;
string d = string.Format("{0:0.00}", firstChannelY);
double xPoint = double.Parse(d);
cPoint cpoint = new cPoint();
cpoint.x = xPoint;
cpoint.y = adv;
firstChannelArray.Add(cpoint);
tempCounter++;
}
if ((ConfigurationVO.GetInstance().mode_operation != EnumAndConstants.CONTINEOUS))
{
xDisplayRange = (int)(firstChannelArray.ElementAt(firstChannelArray.Count - 1)).x;
}
//xDisplayRange =(int)((0.30 * maxX));
if (graphControl1.DataSources.Count > 1)
graphControl1.DataSources.RemoveRange(1, graphControl1.DataSources.Count - 1);
//initialize the control as per the adc values and x axis values.
graphControl1.DataSources[0].Samples = firstChannelArray.ToArray<cPoint>();
if (graphControl1.DataSources[0].YMax == 0 && graphControl1.DataSources[0].YMin == 0)
{
graphControl1.DataSources[0].YMax = ApplicationUtil.ApplicationUtil.maxADC;
graphControl1.DataSources[0].YD1 = ApplicationUtil.ApplicationUtil.maxADC;
graphControl1.DataSources[0].YMin = ApplicationUtil.ApplicationUtil.minADC;
graphControl1.DataSources[0].YD0 = ApplicationUtil.ApplicationUtil.minADC;
}
else
{
if (graphControl1.gPane.maxY < ApplicationUtil.ApplicationUtil.maxADC)
{
graphControl1.DataSources[0].YMax = ApplicationUtil.ApplicationUtil.maxADC;
graphControl1.DataSources[0].YD1 = ApplicationUtil.ApplicationUtil.maxADC;
}
if (graphControl1.gPane.minY > ApplicationUtil.ApplicationUtil.minADC)
{
graphControl1.DataSources[0].YMin = ApplicationUtil.ApplicationUtil.minADC;
graphControl1.DataSources[0].YD0 = ApplicationUtil.ApplicationUtil.minADC;
}
}
//graphControl1.DataSources[0].AutoScaleY = true;
graphControl1.DataSources[0].off_Y = 0;
graphControl1.gPane.off_X = 0;
graphControl1.gPane.grid_distance_y = 5;
List<PlotterDisplayEx> graphList = new List<PlotterDisplayEx>();
graphList.Add(graphControl1);
DrawGraphWithZoom(graphList,ZoomMultiplier);
if (graphControl2 != null)
{
if (graphControl2.DataSources.Count > 1)
graphControl2.DataSources.RemoveRange(1, graphControl2.DataSources.Count - 1);
}
if (collection.Count == 3)
{
if (adclistChannelTwo.Count == 0)
return;
minDate = adclistChannelTwo[0].AdcDate;
ApplicationUtil.ApplicationUtil.CalculateMinMaxADCValues(adclistChannelTwo);
if (channelB != -1)
{
if (graphControl2 != null)
{
if (secondChannelArray == null || configlist[0].mode_operation == EnumAndConstants.TRIGGER || configlist[0].mode_operation == EnumAndConstants.EXTERNAL_SIMULATION || configlist[0].mode_operation == EnumAndConstants.EXTERNAL_RECORDING || configlist[0].mode_operation == EnumAndConstants.LOOK_AHEAD)
{
secondChannelArray = new List<cPoint>();
secondChannelY = 0;
}
tempCounter = 0;
while (tempCounter < adclistChannelTwo.Count)
{
ADCVO point = adclistChannelTwo.ElementAt(tempCounter);
double adv = Convert.ToDouble(point.AdcValue);
secondChannelY += ApplicationUtil.ApplicationUtil.SAMPLING_RATE_DATE_ADD_VALUE;
string d = string.Format("{0:0.00}", secondChannelY);
double yPoint = double.Parse(d);
cPoint cpoint = new cPoint();
cpoint.x = yPoint;
cpoint.y = adv;
secondChannelArray.Add(cpoint);
tempCounter++;
}
// Changes:MAITREYEE
graphControl2.DataSources[0].Samples = secondChannelArray.ToArray<cPoint>();
graphControl2.DataSources[0].SetGridOriginY(0f);
graphControl2.DataSources[0].GraphColor = Color.Green;
// graphControl2.DataSources[0].Samples = firstChannelArray.ToArray<cPoint>();
if (graphControl2.DataSources[0].YMax == 0 && graphControl2.DataSources[0].YMin == 0)
{
graphControl2.DataSources[0].YMax = ApplicationUtil.ApplicationUtil.maxADC;
graphControl2.DataSources[0].YD1 = ApplicationUtil.ApplicationUtil.maxADC;
graphControl2.DataSources[0].YMin = ApplicationUtil.ApplicationUtil.minADC;
graphControl2.DataSources[0].YD0 = ApplicationUtil.ApplicationUtil.minADC;
}
else
{
if (graphControl2.gPane.maxY < ApplicationUtil.ApplicationUtil.maxADC)
{
graphControl2.DataSources[0].YMax = ApplicationUtil.ApplicationUtil.maxADC;
graphControl2.DataSources[0].YD1 = ApplicationUtil.ApplicationUtil.maxADC;
}
if (graphControl2.gPane.minY > ApplicationUtil.ApplicationUtil.minADC)
{
graphControl2.DataSources[0].YMin = ApplicationUtil.ApplicationUtil.minADC;
graphControl2.DataSources[0].YD0 = ApplicationUtil.ApplicationUtil.minADC;
}
}
graphControl2.DataSources[0].off_Y = 0;
graphControl2.gPane.off_X = 0;
graphControl2.gPane.grid_distance_y = 5;
graphList = new List<PlotterDisplayEx>();
graphList.Add(graphControl2);
DrawGraphWithZoom(graphList, ZoomMultiplier);
}
}
}
}
if ((DateTime.Now - secondGraphRefreshTime).TotalMilliseconds > graphRefreshTime)
{
this.Invoke(graphdelegate, graphControl1, graphControl2);
secondGraphRefreshTime = DateTime.Now;
}
}
