public void DisplayView()
{
chart.Update();
int scrollVal = hScrollBar.Value;
if (scrollVal < hScrollBar.Minimum)
{
scrollVal = hScrollBar.Minimum;
}
if (scrollVal > hScrollBar.Maximum)
{
scrollVal = hScrollBar.Maximum;
}
int trackView = trackBar.Value;
int displayItemCount = DisplayPointCount * trackView;
List <T_QuantumItemData> viewLists = null;
List <T_QuantumItemData> viewAvgLists = null;
List <T_QuantumItemData> viewAvgBLists = null;
List <SmartCandleData> viewSmartLists = null;
List <SmartCandleData> viewSmartBLists = null;
List <double> viewPMForceLists = null;
int maxDisplayIndex = 0;
int minDisplayIndex = 0;
if (scrollVal == hScrollBar.Minimum)
{
int maxIndex = ChartData.Count > displayItemCount ? displayItemCount - 1 : ChartData.Count;
if (displayItemCount > ChartData.Count)
{
displayItemCount = ChartData.Count;
}
viewLists = ChartData.GetRange(0, maxIndex);
viewAvgLists = ChartDataSub.GetRange(0, maxIndex);
viewAvgBLists = ChartDataSub2.GetRange(0, maxIndex);
viewSmartLists = smartDataList.GetRange(0, maxIndex);
viewSmartBLists = smartBDataList.GetRange(0, maxIndex);
viewPMForceLists = pmForceList.GetRange(0, maxIndex);
maxDisplayIndex = displayItemCount;
minDisplayIndex = 0;
}
else if (scrollVal == hScrollBar.Maximum)
{
int minIndex = ChartData.Count < displayItemCount ? 0 : ChartData.Count - displayItemCount;
if (displayItemCount > ChartData.Count)
{
displayItemCount = ChartData.Count;
}
viewLists = ChartData.GetRange(minIndex, ChartData.Count < displayItemCount ? ChartData.Count : displayItemCount);
viewAvgLists = ChartDataSub.GetRange(minIndex, ChartData.Count < displayItemCount ? ChartData.Count : displayItemCount);
viewAvgBLists = ChartDataSub2.GetRange(minIndex, ChartData.Count < displayItemCount ? ChartData.Count : displayItemCount);
viewSmartLists = smartDataList.GetRange(minIndex, ChartData.Count < displayItemCount ? ChartData.Count : displayItemCount);
viewSmartBLists = smartBDataList.GetRange(minIndex, ChartData.Count < displayItemCount ? ChartData.Count : displayItemCount);
viewPMForceLists = pmForceList.GetRange(minIndex, ChartData.Count < displayItemCount ? ChartData.Count : displayItemCount);
maxDisplayIndex = ChartData.Count;
minDisplayIndex = minIndex;
}
else
{
//int currentIndex = (scrollVal - 1) * displayItemCount;
int currentIndex = (scrollVal - 1);
if (ChartData.Count < currentIndex + displayItemCount)
{
displayItemCount = ChartData.Count - currentIndex;
}
viewLists = ChartData.GetRange(currentIndex, displayItemCount);
viewAvgLists = ChartDataSub.GetRange(currentIndex, displayItemCount);
viewAvgBLists = ChartDataSub2.GetRange(currentIndex, displayItemCount);
viewSmartLists = smartDataList.GetRange(currentIndex, displayItemCount);
viewSmartBLists = smartBDataList.GetRange(currentIndex, displayItemCount);
viewPMForceLists = pmForceList.GetRange(currentIndex, displayItemCount);
maxDisplayIndex = currentIndex + displayItemCount;
minDisplayIndex = currentIndex;
}
if (viewLists != null)
{
foreach (var ca in chart.ChartAreas)
{
ca.AxisX.Maximum = maxDisplayIndex - 3;
ca.AxisX.Minimum = minDisplayIndex - 1;
}
double maxPrice = viewLists.Max(m => m.HighPrice);
double minPrice = viewLists.Min(m => m.LowPrice);
double devation = (maxPrice - minPrice) / 10.0;
maxPrice = maxPrice + SpaceMaxMin;
minPrice = minPrice - SpaceMaxMin;
chart.ChartAreas["ca1"].AxisY2.Maximum = maxPrice;
chart.ChartAreas["ca1"].AxisY2.Minimum = minPrice;
chart.ChartAreas["ca1"].AxisY.Maximum = viewAvgLists.Max(m => m.T_ElectronForceAvg) + 0.5;
chart.ChartAreas["ca1"].AxisY.Minimum = viewAvgLists.Min(m => m.T_ElectronForceAvg) - 0.5;
maxPrice = viewAvgLists.Max(m => m.HighPrice);
minPrice = viewAvgLists.Min(m => m.LowPrice);
double devationAvg = (maxPrice - minPrice) / 10.0;
maxPrice = maxPrice + SpaceMaxMin;
minPrice = minPrice - SpaceMaxMin;
chart.ChartAreas["ca2"].AxisY2.Maximum = maxPrice;
chart.ChartAreas["ca2"].AxisY2.Minimum = minPrice;
maxPrice = viewAvgBLists.Max(m => m.HighPrice);
minPrice = viewAvgBLists.Min(m => m.LowPrice);
maxPrice = maxPrice + SpaceMaxMin + 1;
minPrice = minPrice - SpaceMaxMin - 1;
chart.ChartAreas["ca3"].AxisY2.Maximum = maxPrice;
chart.ChartAreas["ca3"].AxisY2.Minimum = minPrice;
maxPrice = viewSmartLists.Max(m => m.Variance_ChartPrice3);
minPrice = viewSmartLists.Min(m => m.Variance_ChartPrice3);
maxPrice = maxPrice + SpaceMaxMin + 1;
minPrice = minPrice - SpaceMaxMin - 1;
//maxPrice = smartDataList.GetRange(2, smartDataList.Count - 3).Max(m => m.Variance_ChartPrice2);
//maxPrice = smartDataList.GetRange(2, smartDataList.Count - 3).Min(m => m.Variance_ChartPrice2);
chart.ChartAreas["ca4"].AxisY2.Maximum = maxPrice;
chart.ChartAreas["ca4"].AxisY2.Minimum = minPrice;
maxPrice = viewSmartBLists.Max(m => m.Variance_ChartPrice3);
minPrice = viewSmartBLists.Min(m => m.Variance_ChartPrice3);
maxPrice = maxPrice + SpaceMaxMin;
minPrice = minPrice - SpaceMaxMin;
//maxPrice = smartBDataList.GetRange(2, smartBDataList.Count - 3).Max(m => m.Variance_ChartPrice2);
//maxPrice = smartBDataList.GetRange(2, smartBDataList.Count - 3).Min(m => m.Variance_ChartPrice2);
chart.ChartAreas["ca5"].AxisY2.Maximum = maxPrice;
chart.ChartAreas["ca5"].AxisY2.Minimum = minPrice;
chart.ChartAreas["ca6"].AxisY2.Maximum = viewPMForceLists.Max();
chart.ChartAreas["ca6"].AxisY2.Minimum = viewPMForceLists.Min();
var pList = PPUtils.GetExceptPlusMinusList(ChartData, PlusMinusTypeEnum.양);
var mList = PPUtils.GetExceptPlusMinusList(ChartData, PlusMinusTypeEnum.음);
//double devation = ItemCodeSet.GetDeviation(ItemCode);
resistanceList = PPUtils.GetResistancePrices(pList, devation, 3, 3);
supportList = PPUtils.GetSupportPrices(mList, devation, 3, 3);
resistanceAvgList = PPUtils.GetResistancePrices(ChartDataSub, devationAvg, 3, 3);
supportAvgList = PPUtils.GetSupportPrices(ChartDataSub, devationAvg, 3, 3);
RemoveAnnotationsByTag("RS");
DisplayResistanceAndSupportLine();
DisplayAvgResistanceAndSupportLine();
}
}