public SvgDocument RectangleToSVG(FigureSettings settings, int width, int height, string filepath)
{
SvgDocument svg = new SvgDocument();
svg.Width = width;
svg.Height = height;
SvgLinearGradientServer gradientFill = new SvgLinearGradientServer
{
ID = "lgradient"
};
SvgGradientStop from = new SvgGradientStop();
from.Offset = new SvgUnit(SvgUnitType.Percentage, 0.0f);
from.StopColor = new SvgColourServer(settings.ColorFrom);
SvgGradientStop to = new SvgGradientStop();
to.Offset = new SvgUnit(SvgUnitType.Percentage, 100.0f);
to.StopColor = new SvgColourServer(settings.ColorTo);
gradientFill.Children.Add(from);
gradientFill.Children.Add(to);
SvgRectangle rectangle = new SvgRectangle();
rectangle.SetRectangle(new RectangleF(getTopLeft(settings, width, height), settings.Dimensions));
rectangle.Fill = gradientFill;
SvgDefinitionList defs = new SvgDefinitionList();
defs.Children.Add(gradientFill);
svg.Children.Add(defs);
svg.Children.Add(rectangle);
File.WriteAllText(filepath, svg.GetXML());
return(svg);
}
public void Refresh()
{
foreach (Component component in _session.Mapping.Components())
{
SvgText text = null;
if (component.GraphicID != null && _svgElements.ContainsKey(component.GraphicID))
{
text = (SvgText)_svgElements[component.GraphicID];
FindTextByID(component.GraphicID + "_NAME").Color = nominalColor;
if (!component.Enabled)
{
FindTextByID(component.GraphicID + "_NAME").Color = disabledColor;
text.Text = "N/A";
text.Color = disabledColor;
continue;
}
}
switch (component)
{
case PressureComponent pt:
bool showAbsolute = PreferenceManager.Manager.Preferences.Visual.ShowAbsolutePressure;
if (showAbsolute)
{
float pressure = pt.Absolute(PreferenceManager.Manager.Preferences.Fluid.TodaysPressure);
text.Text = Component.ToRounded(pressure, 2) + " bara";
text.Color = pt.IsNominal(pressure) ? nominalColor : warningColor;
}
else
{
text.Text = Component.ToRounded(pt.Relative(), 2) + " barg";
text.Color = pt.IsNominal(pt.Relative()) ? nominalColor : warningColor;
}
break;
case TemperatureComponent tc:
text.Text = tc.ToDisplay() + " °C";
text.Color = tc.IsNominal(tc.Celcius()) ? nominalColor : warningColor;
break;
case LoadComponent load:
text.Text = load.ToDisplay() + " N";
text.Color = load.IsNominal(load.Newtons()) ? nominalColor : warningColor;
break;
case LevelComponent level:
text.Text = level.ToDisplay() + " %";
float levelGradientStop = 1 - (level.PercentageFull() / 100.0f);
SvgLinearGradientServer levelGradient = (SvgLinearGradientServer)_svgElements[level.GraphicIDGradient];
levelGradient.Stops[0].Offset = 0.0f;
levelGradient.Stops[1].Offset = levelGradientStop;
levelGradient.Stops[2].Offset = levelGradientStop;
levelGradient.Stops[3].Offset = 1.0f;
break;
case TankComponent tank:
text.Text = tank.ToDisplay();
float gradientStop = 1 - (tank.ToPercentage() / 100.0f);
SvgLinearGradientServer gradient = (SvgLinearGradientServer)_svgElements[tank.GraphicIDGradient];
gradient.Stops[0].Offset = 0.0f;
gradient.Stops[1].Offset = gradientStop;
gradient.Stops[2].Offset = gradientStop;
gradient.Stops[3].Offset = 1.0f;
break;
case ServoComponent servo:
text.Text = servo.ToDisplay() + " %";
break;
case SolenoidComponent solenoid:
text.Text = solenoid.State().ToString();
break;
case VoltageComponent voltage:
float volts = voltage.Volts();
text.Text = string.Format(CultureInfo.InvariantCulture, "{0} V / {1} %", volts, Math.Floor(voltage.Percentage() * 100) / 100);
text.Color = voltage.IsNominal(voltage.Volts()) ? nominalColor : warningColor;
break;
case FlowComponent flow:
text.Text = flow.ToDisplay() + " kg/s";
text.Color = flow.IsNominal(flow.MassFlow) ? nominalColor : warningColor;
break;
case StackHealthComponent health:
bool isActive = (DateTime.Now - _session.LastReceived).TotalMilliseconds < 4000;
_svgElements[health.GraphicId2].Fill = (_session.Connected && isActive && health.IsMainAlive) ? aliveColor : warningColor;
_svgElements[health.GraphicId4].Fill = (_session.Connected && isActive && health.IsSensorAlive) ? aliveColor : warningColor;
_svgElements[health.GraphicId3].Fill = (_session.Connected && isActive && health.IsActuatorAlive) ? aliveColor : warningColor;
break;
}
}
SvgText ofRatioText = FindTextByID("MASS_FLOW_RATIO");
FlowComponent fuelFlow = _session.Mapping.ComponentsByID()[100] as FlowComponent;
FlowComponent oxidFlow = _session.Mapping.ComponentsByID()[101] as FlowComponent;
if (ofRatioText != null && fuelFlow != null && oxidFlow != null)
{
float ofRatio = (oxidFlow.MassFlow / fuelFlow.MassFlow);
ofRatioText.Text = !float.IsNaN(ofRatio) ?
Component.ToRounded(oxidFlow.MassFlow / fuelFlow.MassFlow, 2)
: "0.00";
}
UpdateImage();
}
