@@ -45,30 +45,32 @@ equation
4545 der (H) = flowPort.H_flow + Q_flow;
4646 //pressure at bottom
4747 flowPort.p = pAmbient + m* g/ ATank;
48- annotation (Icon(coordinateSystem(preserveAspectRatio=false), graphics={
48+ annotation (Icon(graphics={
4949 Ellipse(
5050 extent={{-80,-60},{80,-100}},
5151 fillColor={170,170,255},
5252 fillPattern=FillPattern.Sphere),
5353 Rectangle(
54- extent={{-80,0 },{80,-80}},
54+ extent={{-80,80 },{80,-80}},
5555 fillPattern=FillPattern.VerticalCylinder,
56- fillColor={170,170 ,255}),
56+ fillColor={255,255 ,255}),
5757 Rectangle(
58- extent={{-80,80},{80,0}},
58+ extent=DynamicSelect({{-80,0},{80,-80}},
59+ {{-80,(-80+160*level/hTank)},{80,-80}}),
5960 fillPattern=FillPattern.VerticalCylinder,
60- fillColor={255,255 ,255}),
61+ fillColor={170,170 ,255}),
6162 Ellipse(
62- extent={{-80,100},{80,60}},
63- fillColor={255,255,255},
63+ extent=DynamicSelect({{-80,20},{80,-20}},
64+ {{-80,(-60+160*level/hTank)},{80,(-100+160*level/hTank)}}),
65+ fillColor={170,170,255},
6466 fillPattern=FillPattern.Sphere),
6567 Ellipse(
66- extent={{-80,20 },{80,-20 }},
67- fillColor={170,170 ,255},
68+ extent={{-80,100 },{80,60 }},
69+ fillColor={255,255 ,255},
6870 fillPattern=FillPattern.Sphere),
6971 Line(points={{100,0},{80,0}}, thickness=0.5),
7072 Line(points={{100,-60},{80,-60}},
71- color={238,46,47},
73+ color={238,46,47},
7274 thickness=0.5),
7375 Ellipse(
7476 extent={{72,-56},{80,-64}},
@@ -103,7 +105,17 @@ equation
103105 Line(visible=useHeatPort,
104106 points={{-90,-100},{-56,-100},{-56,-88}},
105107 color={238,46,47},
106- thickness=0.5)}), Documentation(info="<html>
108+ thickness=0.5),
109+ Text(
110+ extent={{-95,50},{95,30}},
111+ textString="level =" ),
112+ Text(
113+ extent={{-95,-30},{95,-50}},
114+ textString=DynamicSelect("%level.start" , String(
115+ level,
116+ minimumLength=1,
117+ significantDigits=2)))}),
118+ Documentation(info="<html>
107119<p>This is a simple model of an open tank with volume A*h. The level and the temperature of the medium are measured and provided as output.</p>
108120<p>Note: If the level of the medium reaches 0 (minimum) or h (maximum), an assertion is triggered.</p>
109121<p>Note: The flowPort is assumed to be at the bottom. Therefore the pressure at the flowPort is ambient pressure + level*rho*g.</p>
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