private void PPositionChanged(object sender, PositionChangedEventArgs args)
{
var xDatamodelCurrent = XforDb(args.Position.X);
var draggablePoint = (DraggablePoint)sender;
//add node to replace moving sidenode (left).
if (Math.Abs(args.PreviousPosition.X - CompXdBStart) < 3 && _points.First().Equals(draggablePoint))
{
AddPointToList(CompXdBStart, args.PreviousPosition.Y, false);
}
//add node to replace moving sidenode (right).
if (Math.Abs(args.PreviousPosition.X - (CompXdBStart + 96)) < 3 && _points.Last().Equals(draggablePoint))
{
AddPointToList(CompXdBStart + 96, args.PreviousPosition.Y, true);
}
//from previous to current
if (LineData.Any(q => q.Position.X < args.Position.X))
{
var xDatamodelPrevious =
XforDb(LineData.Where(q => q.Position.X < args.Position.X).Max(q => q.Position.X));
double positions = Math.Abs(xDatamodelPrevious - xDatamodelCurrent);
var previousdB = Compressor.CompressorValues[xDatamodelPrevious];
for (var position = 0; position <= positions; position++)
{
Compressor.CompressorValues[position + xDatamodelPrevious] = previousdB +
(args.Position.Y - previousdB) * (position / positions);
}
}
//from current to next
if (LineData.Any(q => q.Position.X > args.Position.X))
{
var xDatamodelNext = XforDb(LineData.Where(q => q.Position.X > args.Position.X).Min(q => q.Position.X));
double positions = Math.Abs(xDatamodelCurrent - xDatamodelNext);
var addition = 1 / positions;
var nextDb = Compressor.CompressorValues[xDatamodelNext];
for (var position = 0; position < positions; position++)
{
Compressor.CompressorValues[position + xDatamodelCurrent] = args.Position.Y + addition * (nextDb - args.Position.Y) * position;
}
}
SendCompressor(Id, Compressor);
}
//private void ScaleFont(Label lab)
//{
// SizeF extent = TextRenderer.MeasureText(lab.Text, lab.Font);
// float hRatio = lab.Height / extent.Height;
// float wRatio = lab.Width / extent.Width;
// float ratio = (hRatio < wRatio) ? hRatio : wRatio;
// float newSize = lab.Font.Size * ratio;
// lab.Font = new Font(lab.Font.FontFamily, newSize, lab.Font.Style);
//}
private void LoadDataERPMQCToShow()
{
//Load data from m_ERPMQC
LoadDataMQC dataMQC = new LoadDataMQC();
dept = "B01";
process = "MQC";
ListMQCshow = dataMQC.listMQCItemsOfDept(dateTimeFrom, dateTimeTo, dept, process);
var listshowline = ListMQCshow
.OrderBy(u => u.line)
.GroupBy(u => u.line)
.Select(grp => grp.ToList())
.ToList();
List <MQCItem1> ListShowbyLine = new List <MQCItem1>();
foreach (var LineData in listshowline)
{
MQCItem1 mQC = new MQCItem1();
DateTime maxDate = LineData.Select(d => d.DateRun).Max();
mQC = LineData.Where(d => d.DateRun == maxDate).ToList()[0];
ListShowbyLine.Add(mQC);
}
int topCount = CountColumn * CountRow;
//ListMQCTake = ListMQCshow.Take(topCount).ToList();
layoutMain.Controls.Clear();
if (ListShowbyLine.Count <= topCount)
{
int countList = 0;
for (int i = 0; i < CountRow; i++)
{
for (int j = 0; j < CountColumn; j++)
{
if (countList < ListShowbyLine.Count)
{
// line.Dispose();
if (this.WindowState == FormWindowState.Normal)
{
line = new LineUI(ListShowbyLine[countList], cb_Department.Text, 20);
}
else if (this.WindowState == FormWindowState.Maximized)
{
line = new LineUI(ListShowbyLine[countList], cb_Department.Text, 25);
}
line.Name = ListShowbyLine[countList].line;
line.Anchor = ((System.Windows.Forms.AnchorStyles)((((System.Windows.Forms.AnchorStyles.Top | System.Windows.Forms.AnchorStyles.Bottom)
| System.Windows.Forms.AnchorStyles.Left)
| System.Windows.Forms.AnchorStyles.Right)));
layoutMain.Controls.Add(line, j, i);
countList++;
}
}
}
}
lb_Clock.Text = DateTime.Now.ToString("dd-MM-yyyy HH:mm:ss");
}
