+ Batch-Textusgabe der Stabilitätsberechnung um Plattendimensionen, R…

…andbedingungen und Termanzahlen ergänzt;
AndiMb · Nov 14, 2024 · aef2b83 · aef2b83
1 parent 1fc28d8
commit aef2b83
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diff --git a/Classical_Laminated_Plate_Theory_Plate_UI/src/de/elamx/clt/plateui/buckling/InputPanel.java b/Classical_Laminated_Plate_Theory_Plate_UI/src/de/elamx/clt/plateui/buckling/InputPanel.java
@@ -497,4 +497,8 @@ protected void setUhOhText(String uhOhText, Font normalFont) {
             setText(uhOhText);
         }
     }
+
+    public static String getBoundaryConditionString(int bc){
+        return boundary_cond[bc];
+    }
 }
diff --git a/..._Plate_UI/src/de/elamx/clt/plateui/buckling/batchrun/BucklingOutputWriterServiceImpl.java b/..._Plate_UI/src/de/elamx/clt/plateui/buckling/batchrun/BucklingOutputWriterServiceImpl.java
@@ -28,6 +28,7 @@
 import de.elamx.clt.CLT_Laminate;
 import de.elamx.clt.plate.BucklingResult;
 import de.elamx.clt.plateui.buckling.BucklingModuleData;
+import de.elamx.clt.plateui.buckling.InputPanel;
 import de.elamx.laminate.Laminat;
 import de.elamx.utilities.Utilities;
 import java.io.PrintStream;
@@ -66,6 +67,18 @@ public void writeResults(PrintStream out, BucklingModuleData data, Laminat lamin
             out.printf(lo,"  alpha_bar  = - (stiffeners specified)");
         }
         out.println();
+        out.println("Plate geometry:");
+        out.printf(lo,"  length     = %17.10E%n"  , data.getBucklingInput().getLength());
+        out.printf(lo,"  width      = %17.10E%n"  , data.getBucklingInput().getWidth());
+        out.println();
+        out.println("Boundary conditions:");
+        out.printf(lo,"  x          : %s%n", InputPanel.getBoundaryConditionString(data.getBucklingInput().getBcx()));
+        out.printf(lo,"  x          : %s%n", InputPanel.getBoundaryConditionString(data.getBucklingInput().getBcy()));
+        out.println();
+        out.println("Number of terms:");
+        out.printf(lo,"  n_x        = %3d%n"  , data.getBucklingInput().getM());
+        out.printf(lo,"  n_y        = %3d%n"  , data.getBucklingInput().getN());
+        out.println();
         out.println("critical load");
         double[] ncrit = result.getN_crit();
         out.printf(lo,"  nx_crit  = %17.10E%n"  , ncrit[0]);