public void Drawing()
{
var options = new GraphOptions(null, null, 0.01, new GraphSize(0, 720, -40, _sizeY / 2), new SvgFileSize((int)(_sizeY * 3.4 * 2.2 * 4), (int)(_sizeY * 3.4 * 4 / 2)), AppDomain.CurrentDomain.BaseDirectory + @"\Graph\Temp\gr4.tmp", "");
options.PosX = App.CurrentEngineType == EngineType.Petrol ? 3000 : 4000;
options.PosY = 4000;
Graph = new Graph(InitPlot(options), options);
Graph.DrawLine(new DataPoint(180, _sizeY), new DataPoint(180, -30), LineStyle.Dash);
Graph.DrawLine(new DataPoint(360, _sizeY), new DataPoint(360, -30), LineStyle.Dash);
Graph.DrawLine(new DataPoint(540, _sizeY), new DataPoint(540, -30), LineStyle.Dash);
Graph.DrawLine(new DataPoint(720, _sizeY), new DataPoint(720, -30), LineStyle.Dash);
Graph.DrawCurve(MainCurve());
}
public void Drawing()
{
var options = new GraphOptions(null, null, 0.01, new GraphSize(0, 720, -40, _sizeY), new SvgFileSize((int)(_sizeY * 3.4 * 2.2 * 4), (int)(_sizeY * 3.4 * 4)), AppDomain.CurrentDomain.BaseDirectory + @"\Graph\Temp\gr2.tmp", "");
options.PosX = App.CurrentEngineType == EngineType.Petrol ? 3000 : 4000;
options.PosY = 400;
Graph = new Graph(InitPlot(options), options);
Graph.DrawLine(new DataPoint(180, _sizeY), new DataPoint(180, -30), LineStyle.Dash);
Graph.DrawLine(new DataPoint(360, _sizeY), new DataPoint(360, -30), LineStyle.Dash);
Graph.DrawLine(new DataPoint(540, _sizeY), new DataPoint(540, -30), LineStyle.Dash);
Graph.DrawLine(new DataPoint(720, _sizeY), new DataPoint(720, -30), LineStyle.Dash);
//Inlet
var mainLine1Start = new DataPoint(0, -_p0);
var mainLine1End = new DataPoint(180, -_p0);
Graph.DrawLine(mainLine1Start, mainLine1End);
//Outlet
var mainLine2Start = new DataPoint(540, _p0);
var mainLine2End = new DataPoint(720, _p0);
Graph.DrawLine(mainLine2Start, mainLine2End);
//Compression and Working stroke lines
var pointsCompression = CompressionCurve();
_pointsCompression = pointsCompression;
Graph.DrawCurve(pointsCompression);
var pointsWorkingStroke = WorkingStrokeCurve();
_pointsWorkingStroke = pointsWorkingStroke;
Graph.DrawCurve(pointsWorkingStroke);
//Connection line between compression and working stroke lines
var connectionLineStart = new DataPoint(360, pointsCompression[pointsCompression.Count - 1].Y);
var connectionLineEnd = new DataPoint(360, pointsWorkingStroke[0].Y);
Graph.DrawLine(connectionLineStart, connectionLineEnd);
Graph.DrawLine(new DataPoint(0, _sizeY - _sizeY * 0.05), new DataPoint(720, _sizeY - _sizeY * 0.05));
//Pj line
PjCurve();
//Ro line
if (App.CurrentEngineType == EngineType.Diesel)
Graph.DrawLine(new DataPoint(360, pointsWorkingStroke[0].Y),
new DataPoint(360 + _data["Ro"].Val, pointsWorkingStroke[0].Y));
}
public void Drawing()
{
var delta = _data["CorrectionOfBrix"].Val;
var radius = _data["RadiusOfCrank"].Val;
var points = new List<PointInfo>
{
new PointInfo(new DataPoint(0, 0), "O"),
new PointInfo(new DataPoint(delta, 0), "O͵")
};
var scaleX = _data["PistonStroke"].Val > 80 ? 1 : 0.5;
radius /= scaleX;
DrawAnglesVal(radius, ref points);
var sizeX = (int)((_data["PistonStroke"].Val + _data["PistonStroke2"].Val) / scaleX);
sizeX += (int)(sizeX * 0.2);
var zoyebalo = sizeX - _data["PistonStroke"].Val/scaleX - _data["PistonStroke2"].Val/scaleX;
var options = new GraphOptions(null, points, 0.01, new GraphSize((int)(_diapason.FromX - _sc - _radius), (int)(_radius + zoyebalo), -(int)(_radius + zoyebalo), 10), new SvgFileSize((int)((sizeX) * 5 * 4 - 35 /*Shit*/), (int)(_radius * 5 * 4 - 35)), AppDomain.CurrentDomain.BaseDirectory + @"\Graph\Temp\gr3.tmp", "");
options.PosX = 423; //Shit
options.PosY = 3500;
Graph = new Graph(InitPlot(options), options);
//Main line
Graph.DrawLine(new DataPoint(-_radius, 0), new DataPoint(_radius, 0));
//Helper lines
Graph.DrawLine(new DataPoint(-_radius, 0), new DataPoint(-_radius, 10));
Graph.DrawLine(new DataPoint(_radius, 0), new DataPoint(_radius, 10));
//Main lines (half of chardas)
for (var i = 30; i <= 150; i += 30)
{
Graph.DrawLine(new DataPoint(delta, 0), 360 - i, CalculateChordaLen(i, delta, radius));
}
DrawSemicircle(radius);
//Save to svg
Graph.DrawPoints();
//Exemption of memory
GC.Collect();
}
public void Drawing()
{
//Calculating scale and size of axes
var scaleX = _data["PistonStroke"].Val > 80 ? 1 : 0.5;
var sizeX = (int)((_data["PistonStroke"].Val + _data["PistonStroke2"].Val) / scaleX);
sizeX += (int)(sizeX * 0.2);
var scaleY = _data["MaxPressure"].Val < 5 ? 0.025 :
_data["MaxPressure"].Val > 8 ? 0.05 : 0.04;
var sizeY = (int)(_data["MaxPressure"].Val / scaleY);
sizeY += (int)(sizeY * 0.1);
if(App.CurrentEngineType == EngineType.Petrol)
_sizeX = (int)(_data["PistonStroke"].Val / scaleX);
else
_sizeX = (int) ((_data["PistonStroke"].Val - _data["Sigma"].Val) / scaleX);
_sizeY = sizeY;
_sc = (_data["PistonStroke2"].Val/scaleX);
_radius = _data["RadiusOfCrank"].Val / scaleX;
//Main points
var pointZ = _data["MaxPressure"].Val/scaleY;
var pointc = _data["PressureCompression"].Val / scaleY;
var pistonStroke2Val = _data["PistonStroke2"].Val/scaleX;
var points = new List<PointInfo>
{
new PointInfo(new DataPoint(pistonStroke2Val, pointZ), "z"),
new PointInfo(new DataPoint(pistonStroke2Val, pointc), "с"),
new PointInfo(new DataPoint((_data["PistonStroke"].Val + _data["PistonStroke2"].Val) / scaleX, _data["PressureInlet"].Val / scaleY), "a"),
new PointInfo(new DataPoint((_data["PistonStroke"].Val + _data["PistonStroke2"].Val) / scaleX, _data["PressureExtension"].Val / scaleY), "b")
};
//Main curves
var curves = new List<CurveInfo>
{
new CurveInfo(n => pistonStroke2Val, LineStyle.Solid, "", true),
};
//
var options = new GraphOptions(curves, points, 0.01, new GraphSize(-80, sizeX, -40, sizeY),
new SvgFileSize((int) (sizeX*5*4), (int) (sizeY*3.4*4)), AppDomain.CurrentDomain.BaseDirectory + @"\Graph\Temp\gr1.tmp", "");
options.PosX = 400;
options.PosY = 400;
Graph = new Graph(InitPlot(options), options);
Graph.DrawLine(new DataPoint((_data["PistonStroke"].Val + _data["PistonStroke2"].Val) / scaleX, _data["PressureExtension"].Val / scaleY), new DataPoint((_data["PistonStroke"].Val + _data["PistonStroke2"].Val) / scaleX, -40));
//Drawing pa horizontal line
Graph.DrawLine(new DataPoint(0, _data["PressureInlet"].Val / scaleY), 0, sizeX);
//Drawing β-lines and "ChristmasTree" by recursive method DrawChristmasTreeVertical(angle, startPoint)
var forMainCurveY1 = new List<double>();
var forMainCurveY2 = new List<double>();
DrawChristmasTreeVertical(_data["TgB2"].Val, new DataPoint(0, _data["MaxPressure"].Val / scaleY), ref forMainCurveY1);
DrawChristmasTreeVertical(_data["TgB1"].Val, new DataPoint(0, _data["PressureCompression"].Val / scaleY), ref forMainCurveY2);
Graph.DrawLine(new DataPoint(0, 0), 90 + _data["TgB1"].Val, sizeY / Math.Cos(Graph.DegreeToRadian(_data["TgB1"].Val)) - sizeY * 0.1);
Graph.DrawLine(new DataPoint(0, 0), 90 + _data["TgB2"].Val, sizeY / Math.Cos(Graph.DegreeToRadian(_data["TgB2"].Val)) - sizeY * 0.1);
//Ro line
if (App.CurrentEngineType == EngineType.Diesel)
Graph.DrawLine(new DataPoint(_data["PistonStroke2"].Val / scaleX, _data["MaxPressure"].Val / scaleY), new DataPoint((_data["PistonStroke2"].Val + _data["Sigma"].Val) / scaleX, _data["MaxPressure"].Val / scaleY));
//Drawing 20 deg line and horizontal "ChristmasTree"
Graph.DrawLine(new DataPoint(0, 0), 360 - 20, sizeX);
var forMainCurveX = new List<double>();
var forMainCurveXDiesel = new List<double>();
DrawChristmasTreeHorizontal(20, new DataPoint(_data["PistonStroke2"].Val / scaleX, 0), ref forMainCurveX);
if (App.CurrentEngineType == EngineType.Diesel)
{
DrawChristmasTreeHorizontalDiesel(20, new DataPoint((_data["PistonStroke2"].Val + _data["Sigma"].Val) / scaleX, 0), ref forMainCurveXDiesel);
}
//Drawing curves and dots
Graph.DrawCurves();
Graph.DrawPoints();
#region Draw main curves
var x1 = new List<double>();
var x2 = new List<double>();
var y1 = new List<double>();
var y2 = new List<double>();
int smallerList1;
if (App.CurrentEngineType == EngineType.Petrol)
smallerList1 = forMainCurveX.Count < forMainCurveY1.Count ? forMainCurveX.Count : forMainCurveY1.Count;
else
smallerList1 = forMainCurveXDiesel.Count < forMainCurveY1.Count ? forMainCurveXDiesel.Count : forMainCurveY1.Count;
var smallerList2 = forMainCurveX.Count < forMainCurveY2.Count ? forMainCurveX.Count : forMainCurveY2.Count;
for (var i = 0; i < smallerList1; i++)
{
if (App.CurrentEngineType == EngineType.Petrol)
x1.Add(forMainCurveX[forMainCurveX.Count - i - 1]);
else
x1.Add(forMainCurveXDiesel[forMainCurveXDiesel.Count - i - 1]);
y1.Add(forMainCurveY1[forMainCurveY1.Count - i - 1]);
}
for (var i = 0; i < smallerList2; i++)
{
x2.Add(forMainCurveX[forMainCurveX.Count - i - 1]);
y2.Add(forMainCurveY2[forMainCurveY2.Count - i - 1]);
}
//Just must be for alignment last point!
x1[x1.Count - 1] = (_data["PistonStroke"].Val + _data["PistonStroke2"].Val) / scaleX;
y1[y1.Count - 1] = _data["PressureExtension"].Val / scaleY;
x2[x2.Count - 1] = (_data["PistonStroke"].Val + _data["PistonStroke2"].Val) / scaleX;
y2[y2.Count - 1] = _data["PressureInlet"].Val / scaleY;
_mainCurve1X = new List<double>(x1);
_mainCurve2X = new List<double>(x2);
_mainCurve1Y = new List<double>(y1);
_mainCurve2Y = new List<double>(y2);
_p0 = _data["PressureInlet"].Val/scaleY;
Graph.DrawCurve(x1, y1);
Graph.DrawCurve(x2, y2);
#endregion
}