message: Some tweaks in the doxygen documentation of class TimeDependentOperator.
diff: @@ -280,13 +280,15 @@ public:
  details, see the PETSc Manual. */
  virtual Operator& GetExplicitGradient(const Vector &x) const;
  - /** Setup the ODE linear system A(x,t) = (I - gamma J) or A = (M - gamma J).
  - @param[in] t The time at which A(x,t) should be evaluated
  - @param[in] x The state at which A(x,t) should be evaluated
  - @param[in] fx The current value of the ODE Rhs function, f(x,t)
  - @param[in] jok Flag indicating if the Jacobian should be updated
  - @param[out] jcur Flag to signal if the Jacobian was updated
  - @param[in] gamma The scaled time step value
  + /** @brief Setup the ODE linear system A(x,t) = (I - gamma J) or
  + A = (M - gamma J), where J(x,t) = df/dt(x,t).
  +
  + @param[in] t The time at which A(x,t) should be evaluated.
  + @param[in] x The state at which A(x,t) should be evaluated.
  + @param[in] fx The current value of the ODE rhs function, f(x,t).
  + @param[in] jok Flag indicating if the Jacobian should be updated.
  + @param[out] jcur Flag to signal if the Jacobian was updated.
  + @param[in] gamma The scaled time step value.
  If not re-implemented, this method simply generates an error.
  @@ -295,10 +297,12 @@ public:
  virtual int ImplicitSetup(const double t, const Vector &x, const Vector &fx,
  int jok, int *jcur, double gamma);
  - /** Solve the ODE linear system A x = b.
  - @param[in,out] x On input, the initial guess. On output, the solution
  - @param[in] b The linear system right-hand side
  - @param[in] tol Linear solve tolerance
  + /** @brief Solve the ODE linear system A x = b as setup by the method
  + ImplicitSetup().
  +
  + @param[in,out] x On input, the initial guess. On output, the solution.
  + @param[in] b The linear system right-hand side.
  + @param[in] tol Linear solve tolerance.
  If not re-implemented, this method simply generates an error.
  @@ -306,8 +310,9 @@ public:
  details, see the SUNDIALS User Guides. */
  virtual int ImplicitSolve(Vector &x, const Vector &b, double tol);
  - /** Setup the mass matrix in the ODE system M y' = f(y,t)
  - @param[in] t The time at which A(y,t) should be evaluated
  + /** @brief Setup the mass matrix in the ODE system M y' = f(y,t).
  +
  + @param[in] t The time at which M(t) should be evaluated.
  If not re-implemented, this method simply generates an error.
  @@ -315,10 +320,12 @@ public:
  details, see the ARKode User Guide. */
  virtual int MassSetup(const double t);
  - /** Solve the mass matrix linear system M x = b.
  - @param[in,out] x On input, the initial guess. On output, the solution
  - @param[in] b The linear system right-hand side
  - @param[in] tol Linear solve tolerance
  + /** @brief Solve the mass matrix linear system M x = b as setup by the method
  + MassSetup().
  +
  + @param[in,out] x On input, the initial guess. On output, the solution.
  + @param[in] b The linear system right-hand side.
  + @param[in] tol Linear solve tolerance.
  If not re-implemented, this method simply generates an error.
  