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Removing Dymola leftovers Fixing paths on automation functions
ALSETLab · Mar 13, 2024 · 3200306 · 3200306
1 parent 7a97689
commit 3200306
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Showing 44 changed files with 4 additions and 1,822 deletions.
diff --git a/Example2/Analysis/AutomationFunctions/linearize_KchangeLinRamping_pf.bak-mo b/Example2/Analysis/AutomationFunctions/linearize_KchangeLinRamping_pf.bak-mo
diff --git a/Example2/Analysis/KchangeLinRamping_pf.bak-mo b/Example2/Analysis/KchangeLinRamping_pf.bak-mo
diff --git a/Example2/Analysis/PFVariants/AutomationFunctions/linearize_KchangeLinRamping.mo b/Example2/Analysis/PFVariants/AutomationFunctions/linearize_KchangeLinRamping.mo
@@ -3,7 +3,7 @@ function linearize_KchangeLinRamping
   "Function to linearize the model KchangeLinRamping at any point in time."
   extends Modelica.Icons.Function;
   input Real tlin = 600 "[s], time for linearization.";
-  input String pathToNonlinearPlantModel = "Example2.Analysis.KchangeLinRamping";
+  input String pathToNonlinearPlantModel = "Example2.Analysis.PFVariants.KchangeLinRamping_pf";
 algorithm
   // turn off flags to avoid issues in the generated linear model
   Modelica.Utilities.Streams.print("Setting up things...");
@@ -39,7 +39,7 @@ ss := Modelica_LinearSystems2.ModelAnalysis.Linearize(
 <ol>
 <li>In the Package Browser, right click on the function and select &quot;Call function...&quot;. This will open the function&apos;s window. </li>
 <p><img src=\"modelica://Example2/Resources/linfun.png\"/></p>
-<li>Enter the time for linearization, <span style=\"font-family: Courier New;\"><a href=\"Example2.Analysis.KchangeLinRamping\">Example2.Analysis.KchangeLinRamping</a></span> will be simulated until that point in time and linearized.</li>
+<li>Enter the time for linearization, <span style=\"font-family: Courier New;\"><a href=\"modelica://Example2.Analysis.KchangeLinRamping\">Example2.Analysis.KchangeLinRamping</a></span> will be simulated until that point in time and linearized.</li>
 <li>In the new function window, click on &quot;Execute&quot;, if successful, messages/results are displayed in the command window and plots will appear in Simulation tab.</li>
 <li>Go back to the function&apos;s own window and click on &quot;Close&quot;. </li>
 </ol>

diff --git a/...nctions/linearize_KchangeLinRamping_pf.mo → ...ons/linearize_KchangeLinRamping_pf.bak-mo b/...nctions/linearize_KchangeLinRamping_pf.mo → ...ons/linearize_KchangeLinRamping_pf.bak-mo
diff --git a/Example2/Analysis/PFVariants/AutomationFunctions/package.order b/Example2/Analysis/PFVariants/AutomationFunctions/package.order
@@ -1,4 +1,3 @@
 simulate_and_plot_ramping
 simulate_and_plot_inputs
 linearize_KchangeLinRamping
-linearize_KchangeLinRamping_pf
diff --git a/Example2/Analysis/PFVariants/AutomationFunctions/simulate_and_plot_inputs.mo b/Example2/Analysis/PFVariants/AutomationFunctions/simulate_and_plot_inputs.mo
@@ -8,7 +8,7 @@ algorithm
   Example2.Utilities.SetupSolverSettings.On(corenum);
   // run the simulation
   simulateModel(
-    "Example2.Analysis.RampingRandomLoadAndInput",
+    "Example2.Analysis.PFVariants.RampingRandomLoadAndInput_pf",
     stopTime=4050,
     numberOfIntervals=5000,
     tolerance=1e-06,

diff --git a/Example2/Analysis/PFVariants/AutomationFunctions/simulate_and_plot_ramping.mo b/Example2/Analysis/PFVariants/AutomationFunctions/simulate_and_plot_ramping.mo
@@ -7,7 +7,7 @@ algorithm
   Example2.Utilities.SetupSolverSettings.On();
   // run the simulation
   simulateModel(
-    "Example2.Analysis.Ramping",
+    "Example2.Analysis.PFVariants.Ramping_pf",
     stopTime=4050,
     numberOfIntervals=5000,
     tolerance=1e-06,

diff --git a/Example2/Analysis/PFVariants/KchangeLinRamping.bak-mo b/Example2/Analysis/PFVariants/KchangeLinRamping.bak-mo
diff --git a/Example2/Analysis/Ramping_pf.bak-mo b/Example2/Analysis/Ramping_pf.bak-mo
diff --git a/Example2/Analysis/Ramping_pf_1.bak-mo b/Example2/Analysis/Ramping_pf_1.bak-mo