diff --git a/examples/Component/ODESolver/Forward/EulerSymplecticSolver.scn b/examples/Component/ODESolver/Forward/EulerSymplecticSolver.scn
index a82b531ff07..47e9608e636 100644
--- a/examples/Component/ODESolver/Forward/EulerSymplecticSolver.scn
+++ b/examples/Component/ODESolver/Forward/EulerSymplecticSolver.scn
@@ -21,7 +21,7 @@ trivially, it requires a linear solver, here SparseLDLSolver.
 
     <Node name="DeformableObject">
 
-        <EulerExplicitSolver name="odeExplicitSolver"/>
+        <EulerExplicitSolver name="odeExplicitSolver" symplectic="true"/>
         <SparseLDLSolver />
 
         <MeshGmshLoader name="loader" filename="mesh/truthcylinder1.msh" />
diff --git a/examples/Component/ODESolver/Forward/EulerSymplecticSolver_diagonal.scn b/examples/Component/ODESolver/Forward/EulerSymplecticSolver_diagonal.scn
index f8a7a002d4a..73bbc5ebfc3 100644
--- a/examples/Component/ODESolver/Forward/EulerSymplecticSolver_diagonal.scn
+++ b/examples/Component/ODESolver/Forward/EulerSymplecticSolver_diagonal.scn
@@ -22,7 +22,7 @@ trivially, it does not require a linear solver.
 
         <!-- Matrix system is diagonal because integration is explicit and Mass is diagonal -->
         <!-- No need for a LinearSolver -->
-        <EulerExplicitSolver name="odeExplicitSolver"/>
+        <EulerExplicitSolver name="odeExplicitSolver" symplectic="true"/>
 
         <MeshGmshLoader name="loader" filename="mesh/truthcylinder1.msh" />
         <TetrahedronSetTopologyContainer src="@loader" name="topologyContainer"/>