private void PumpListView_ItemTapped(object sender, ItemTappedEventArgs e)
{
var SelectedPumpInfo = PumpListView.SelectedItem as PumpInfo;
var TempList = SelectedPumpInfo.PSList as List <PressureSpeed>;
var ListViewID = sender as ViewCell;
RowPumpingSpeed.Clear();
RowDeliverySpeed.Clear();
RowConductance.Clear();
FinePumpingSpeed.Clear();
FinePDTimeNoL.Clear();
FinePDTimeLoss.Clear();
FinePDTimeOutG.Clear();
//page3
//
//載入Puming curve
for (int i = 0; i < TempList.Count; i++)
{
RowPumpingSpeed.Add(new PressureSpeed()
{
ValueX = TempList[i].ValueX, ValueY = TempList[i].ValueY
});
RowDeliverySpeed.Add(new PressureSpeed()
{
ValueX = TempList[i].ValueX, ValueY = 0
});
RowConductance.Add(new PressureSpeed()
{
ValueX = TempList[i].ValueX, ValueY = 0
});
FinePumpingSpeed.Add(new PressureSpeed()
{
ValueX = TempList[i].ValueX, ValueY = TempList[i].ValueY
});
}
rowPumpCanvas = drawGrid.FormXlogYnature(rowPumpCanvas, RowPumpingSpeed);
rowPumpCanvas = drawGrid.CurveXlogYnature(rowPumpCanvas, RowPumpingSpeed);
//page4
//
//計算各壓力流導
float alpha;
float viscousBody;
float molecularBody;
for (int i = 0; i < RowConductance.Count; i++)
{
alpha = 4 * tubeDia / 3 / tubeLength;
viscousBody = 0.0327f * (float)Math.Pow(tubeDia, 4) * RowConductance[i].ValueX / (tubeLength * 0.0001708f);
molecularBody = 11.43f * alpha * (float)(Math.Sqrt(293.15 / 28.966f) * Math.Pow(tubeDia / 2f, 2));
RowConductance[i].ValueY = viscousBody + molecularBody;
}
rowTubeCanvas = drawGrid.FormXlogYlog(rowTubeCanvas, RowConductance);
rowTubeCanvas = drawGrid.CurveXlogYlog(rowTubeCanvas, RowConductance);
//refine page3
//
//calculate delivery speed
for (int i = 0; i < RowPumpingSpeed.Count; i++)
{
RowDeliverySpeed[i].ValueY = RowPumpingSpeed[i].ValueY * RowConductance[i].ValueY / (RowPumpingSpeed[i].ValueY + RowConductance[i].ValueY);
}
rowPumpCanvas = drawGrid.CurveXlogYnature(rowPumpCanvas, RowDeliverySpeed);
//page 5
//
//高於startPressure的座標只留最接近那個
while (FinePumpingSpeed[1].ValueX >= startPressure)
{
FinePumpingSpeed.RemoveAt(0);
}
//低於endPressure的座標只留最接近那個
while (FinePumpingSpeed[FinePumpingSpeed.Count - 2].ValueX <= endPressure)
{
FinePumpingSpeed.RemoveAt(FinePumpingSpeed.Count - 1);
}
//高於startPressure的座標Pressur=startPressure;Spee=線性內插
//低於endPressure的座標Pressur=endPressure;Spee=線性內插
int Idx = FinePumpingSpeed.Count - 1;
FinePumpingSpeed[0].ValueY = MidPoint(FinePumpingSpeed[0].ValueX, FinePumpingSpeed[0].ValueY, FinePumpingSpeed[1].ValueX, FinePumpingSpeed[1].ValueY, startPressure);
FinePumpingSpeed[0].ValueX = startPressure;
FinePumpingSpeed[Idx].ValueY = MidPoint(FinePumpingSpeed[Idx - 1].ValueX, FinePumpingSpeed[Idx - 1].ValueY, FinePumpingSpeed[Idx].ValueX, FinePumpingSpeed[Idx].ValueY, endPressure);
FinePumpingSpeed[Idx].ValueX = endPressure;
for (int i = 0; i < FinePumpingSpeed.Count; i++)
{
FinePumpingSpeed[i].ValueX = (float)Math.Log10(FinePumpingSpeed[i].ValueX);
}
//計算內差的刻度
incrementPress = (FinePumpingSpeed[0].ValueX - FinePumpingSpeed[Idx].ValueX) / incrementNum;
float speedMax = FinePumpingSpeed[0].ValueY;
for (int i = 1; i < FinePumpingSpeed.Count; i++)
{
if (speedMax < FinePumpingSpeed[i].ValueY)
{
speedMax = FinePumpingSpeed[i].ValueY;
}
}
incrementSpeed = speedMax / incrementNum;
//距離太遠的兩點插入點
float insX, insY;
Idx = 1;
while (Idx < FinePumpingSpeed.Count)
{
//大於1代表兩點距離太寬;
insX = (FinePumpingSpeed[Idx - 1].ValueX - FinePumpingSpeed[Idx].ValueX) / incrementPress;
insY = Math.Abs(FinePumpingSpeed[Idx - 1].ValueY - FinePumpingSpeed[Idx].ValueY) / incrementSpeed;
if (insX > 1f ^ insY > 1f)
{
//兩點之間是X比較寬還是Y比較寬
if (insX > insY)
{
insX = FinePumpingSpeed[Idx - 1].ValueX - incrementPress;
insY = MidPoint(FinePumpingSpeed[Idx - 1].ValueX, FinePumpingSpeed[Idx - 1].ValueY, FinePumpingSpeed[Idx].ValueX, FinePumpingSpeed[Idx].ValueY, insX);
FinePumpingSpeed.Insert(Idx, new PressureSpeed()
{
ValueX = insX, ValueY = insY
});
}
else
{
//insY已經是絕對值,要重新判斷正負
if (FinePumpingSpeed[Idx - 1].ValueY > FinePumpingSpeed[Idx].ValueY)
{
insY = FinePumpingSpeed[Idx - 1].ValueY - incrementSpeed;
}
else
{
insY = FinePumpingSpeed[Idx - 1].ValueY + incrementSpeed;
}
insX = MidPoint(FinePumpingSpeed[Idx - 1].ValueY, FinePumpingSpeed[Idx - 1].ValueX, FinePumpingSpeed[Idx].ValueY, FinePumpingSpeed[Idx].ValueX, insY);
FinePumpingSpeed.Insert(Idx, new PressureSpeed()
{
ValueX = insX, ValueY = insY
});
}
}
Idx++;
}
for (int i = 0; i < FinePumpingSpeed.Count; i++)
{
FinePumpingSpeed[i].ValueX = (float)Math.Pow(10, FinePumpingSpeed[i].ValueX);
}
//FinePDTimeNoL = FinePumpingSpeed;
FinePDTimeNoL.Add(new PressureSpeed()
{
ValueX = 0, ValueY = FinePumpingSpeed[0].ValueX
});
for (int i = 1; i < FinePumpingSpeed.Count; i++)
{
FinePDTimeNoL.Add(new PressureSpeed()
{
ValueX = FinePDTimeNoL[i - 1].ValueX + chamberVolume * 2 / (FinePumpingSpeed[i - 1].ValueY + FinePumpingSpeed[i].ValueY) * (float)Math.Log(FinePumpingSpeed[i - 1].ValueX / FinePumpingSpeed[i].ValueX),
ValueY = FinePumpingSpeed[i].ValueX
});
}
finePumpCanvas = drawGrid.FormXnatureYlog(finePumpCanvas, FinePDTimeNoL);
finePumpCanvas = drawGrid.CurveXnatureYlog(finePumpCanvas, FinePDTimeNoL);
canvasViewPS.InvalidateSurface();
}
