- got rid of .nb files from windows Setup.vdproj

- added Switch.mo to the Setup.vdproj
- moved all non-overlapping models from testmodels/*.mo to Examples/*.mo
  + preparing to delete Setup/testmodels/
- moved UsersGuideExamples.onb from testmodels/ to Examples/


git-svn-id: https://openmodelica.org/svn/OpenModelica/trunk@2367 f25d12d1-65f4-0310-ae8a-bbce733d8d8e

Examples/HelloWorld.mo

@@ -0,0 +1,6 @@
+class HelloWorld
+  Real x(start = 1);
+  parameter Real a = 1;
+equation
+  der(x) = - a * x;
+end HelloWorld;

Examples/Influenza.mo

@@ -0,0 +1,135 @@
+// Influenza model
+
+connector Port = Real;
+
+model Population 
+  input Port in_1;
+  input Port in_2;
+  output Port out_1;
+  output Real p(start=10);
+equation 
+  der(p)=in_1 - in_2;
+  out_1 = p;
+end Population;
+
+
+model Division 
+  input Port in_1;
+  input Port in_2;
+  output Port out_1;
+  parameter Real c=1.00;
+equation 
+  out_1 = c*in_1/in_2;
+end Division;
+
+
+model Constants 
+  output Port out_1;
+  parameter Real c=1.0;
+equation 
+  out_1 = c;
+end Constants;
+
+
+model Product1 
+  input Port in_1;
+  output Port out_1;
+  parameter Real c=0.10;
+equation 
+  out_1=c*in_1;
+end Product1;
+
+
+model Product2 
+  input Port in_1;
+  input Port in_2;
+  output Port out_1;
+  parameter Real c=1.00;
+equation 
+  out_1=c*in_1*in_2;
+end Product2;
+
+
+model Sum 
+  input Port in_1;
+  input Port in_2;
+  output Port out_1;
+equation 
+  out_1 = in_1 + in_2;
+end Sum;
+
+
+model Minimum 
+  input Port in_1;
+  input Port in_2;
+  output Port out_1;
+equation 
+  out_1 = if (in_1 < in_2) then in_1 else in_2;
+end Minimum;
+
+
+model Influenza 
+  input Real Introduction = 77;
+
+  Population Immune_Popul(p(start = 10));
+  Population Non_Infected_Popul(p(start = 100));
+  Population Infected_Popul(p(start = 50));
+  Population Sick_Popul(p(start = 0));
+
+  Division Incubation;
+  Division Cure_Rate;
+  Division Activation;
+  Division Perc_Infected;
+
+  Constants Time_to_Breakdown;
+  Constants Sickness_Duration;
+  Constants Contraction_Rate;
+  Constants Immune_Period;
+
+  Sum Contagious_Popul;
+  Sum Non_Contagious_Popul;
+  Sum Total_Popul;
+  Sum Temp3;
+
+  Product1 Contacts_Wk;
+
+  Product2 Temp1;
+  Product2 Temp2;
+
+  Minimum Infection_Rate;
+
+equation 
+  connect(Incubation.in_1,Infected_Popul.out_1);
+  connect(Incubation.in_2,Time_to_Breakdown.out_1);
+  connect(Infected_Popul.in_2,Incubation.out_1);
+  connect(Sick_Popul.in_1,Incubation.out_1);
+  connect(Cure_Rate.in_1,Sick_Popul.out_1);
+  connect(Cure_Rate.in_2,Sickness_Duration.out_1);
+  connect(Immune_Popul.in_1,Cure_Rate.out_1);
+  connect(Sick_Popul.in_2,Cure_Rate.out_1);
+  connect(Activation.in_1,Immune_Popul.out_1);
+  connect(Activation.in_2,Immune_Period.out_1);
+  connect(Immune_Popul.in_1,Activation.out_1);
+  connect(Non_Infected_Popul.in_1,Activation.out_1);
+  connect(Temp2.in_1,Contraction_Rate.out_1);
+  connect(Contagious_Popul.in_1,Infected_Popul.out_1);
+  connect(Contagious_Popul.in_2,Sick_Popul.out_1);
+  connect(Perc_Infected.in_1,Contagious_Popul.out_1);
+  connect(Total_Popul.in_1,Contagious_Popul.out_1);
+  connect(Non_Contagious_Popul.in_1,Non_Infected_Popul.out_1);
+  connect(Non_Contagious_Popul.in_2,Immune_Popul.out_1);
+  connect(Total_Popul.in_2,Non_Contagious_Popul.out_1);
+  connect(Perc_Infected.in_2,Total_Popul.out_1);
+  connect(Temp1.in_1,Perc_Infected.out_1);
+  connect(Contacts_Wk.in_1,Non_Infected_Popul.out_1);
+  connect(Temp1.in_2,Contacts_Wk.out_1);
+  connect(Temp2.in_2,Temp1.out_1);
+  connect(Temp3.in_1,Temp2.out_1);
+  Temp3.in_2 = Introduction;
+  connect(Infection_Rate.in_1,Temp3.out_1);
+  connect(Infection_Rate.in_2,Non_Infected_Popul.out_1);
+  connect(Infected_Popul.in_1,Infection_Rate.out_1);
+  connect(Non_Infected_Popul.in_2,Infection_Rate.out_1);
+
+end Influenza;
+

Examples/Switch.mo

@@ -0,0 +1,17 @@
+model Switch
+  Real v;
+  Real i;
+  Real i1;
+  Real itot;
+  Boolean open;
+equation
+  itot = i + i1;
+  if open then
+    v = 0;
+  else
+    i = 0;
+  end if;
+   1 - i1 = 0;
+   1 - v - i = 0;
+   open = time >= 0.5;
+end Switch;

Examples/sim_Influenza.mos

@@ -0,0 +1,3 @@
+loadFile("Influenza.mo");
+simulate(Influenza,startTime=0.0,stopTime=4.0);
+plot({Infected_Popul.p});