private void DrawPositionedCylinder(PositionedCylinder _positionedCylinder, double crankshaftRotation_deg)
{
Stroke _stroke = _positionedCylinder.GetStroke(crankshaftRotation_deg);
Color _color;
#region "določimo barvo glede na takt"
if (_stroke.Equals(Stroke.Intake))
{
_color = this.intakeColor;
}
else if (_stroke.Equals(Stroke.Compression))
{
_color = this.compressionColor;
}
else if (_stroke.Equals(Stroke.Combustion))
{
_color = this.combustionColor;
}
else if (_stroke.Equals(Stroke.Exhaust))
{
_color = this.exhaustColor;
}
else if (_stroke.Equals(Stroke.WashCompression))
{
_color = this.washCompressionColor;
}
else if (_stroke.Equals(Stroke.CombustionExhaust))
{
_color = this.combustionExhaustColor;
}
else
{
_color = this.blackColor;
}
#endregion "določimo barvo glede na takt"
double _crankThrowRotation_deg = _positionedCylinder.GetAbsoluteCrankThrowRotation_deg(crankshaftRotation_deg);
_crankThrowRotation_deg = EngineDesigner.Common.Mathematics.GetAbsoluteAngle_deg(_crankThrowRotation_deg, true);
base.DrawLine(
_crankThrowRotation_deg,
null,
_color,
false,
this.lineThickness);
base.DrawMarker(
_crankThrowRotation_deg,
_positionedCylinder.Position.ToString(),
_color,
false,
MarkerStyle.Circle,
this.lineThickness * 5);
}
protected override Polygon GetCrankThrowView(PositionedCylinder _positionedCylinder, double _crankshaftRotation_deg)
{
double _absoluteCrankThrowRotation_deg = _positionedCylinder.GetAbsoluteCrankThrowRotation_deg(_crankshaftRotation_deg);
double _absoluteCrankThrowRotation_rad = Conversions.DegToRad(_absoluteCrankThrowRotation_deg);
return(Polygon.Line(
0d,
0d,
Math.Sin(_absoluteCrankThrowRotation_rad) * _positionedCylinder.CrankThrow.CrankRotationRadius_mm,
Math.Cos(_absoluteCrankThrowRotation_rad) * _positionedCylinder.CrankThrow.CrankRotationRadius_mm));
}
protected override Polygon GetCrankThrowView(PositionedCylinder _positionedCylinder, double _crankshaftRotation_deg)
{
double _TDC = (Math.Cos(Conversions.DegToRad(_positionedCylinder.GetAbsoluteCrankThrowRotation_deg(_crankshaftRotation_deg))) * _positionedCylinder.CrankThrow.CrankRotationRadius_mm);
return(Polygon.Line(
_positionedCylinder.Offset_mm,
0,
_positionedCylinder.Offset_mm,
_TDC));
}
protected override Polygon GetConnectingRodView(PositionedCylinder _positionedCylinder, double _crankshaftRotation_deg)
{
double _absoluteCrankThrowRotation_deg = _positionedCylinder.GetAbsoluteCrankThrowRotation_deg(_crankshaftRotation_deg);
double _absoluteCrankThrowRotation_rad = Conversions.DegToRad(_absoluteCrankThrowRotation_deg);
double _cylinderRelativeCrankThrowRotation_deg = _positionedCylinder.GetCylinderRelativeCrankThrowRotation_deg(_crankshaftRotation_deg);
double _pistonTravelFromCeter_mm = _positionedCylinder.GetPistonTravelFromCrankCenter_mm(_cylinderRelativeCrankThrowRotation_deg);
double _offset_rad = Conversions.DegToRad(_positionedCylinder.Tilt_deg);
//zgornja točka ojnice
double _xTDC = (Math.Sin(_offset_rad) * _pistonTravelFromCeter_mm);
double _yTDC = (Math.Cos(_offset_rad) * _pistonTravelFromCeter_mm);
//spodnja točka ojnice
double _xBDC = (Math.Sin(_absoluteCrankThrowRotation_rad) * _positionedCylinder.CrankThrow.CrankRotationRadius_mm);
double _yBDC = (Math.Cos(_absoluteCrankThrowRotation_rad) * _positionedCylinder.CrankThrow.CrankRotationRadius_mm);
return(Polygon.Line(_xTDC, _yTDC, _xBDC, _yBDC));
}
protected override Polygon GetConnectingRodView(PositionedCylinder _positionedCylinder, double _crankshaftRotation_deg)
{
double _cylinderRelativeCrankThrowRotation_deg = _positionedCylinder.GetCylinderRelativeCrankThrowRotation_deg(_crankshaftRotation_deg);
double _offset_rad = Conversions.DegToRad(_positionedCylinder.Tilt_deg);
double _cosOffset = Math.Cos(_offset_rad);
double _pistonTravelFromCeter_mm = _positionedCylinder.GetPistonTravelFromCrankCenter_mm(_cylinderRelativeCrankThrowRotation_deg);
double _absoluteCrankThrowRotation_deg = _positionedCylinder.GetAbsoluteCrankThrowRotation_deg(_crankshaftRotation_deg);
double _absoluteCrankThrowRotation_rad = Conversions.DegToRad(_absoluteCrankThrowRotation_deg);
double _TDC = (_cosOffset * _pistonTravelFromCeter_mm);
double _BDC = (Math.Cos(_absoluteCrankThrowRotation_rad) * _positionedCylinder.CrankThrow.CrankRotationRadius_mm);
return(Polygon.Line(
_positionedCylinder.Offset_mm,
_TDC,
_positionedCylinder.Offset_mm,
_BDC));
}