Diagnostics.

@lp

 : Type @lp to list the value of the ``limit point function'' in the output-file fort.9. This function vanishes at a limit point (fold).

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Type @lp xxx to list the value of the ``limit point function'' in the data-file d.xxx. This function vanishes at a limit point (fold).

@bp

 : Type @bp to list the value of the ``branch-point function'' in the output-file fort.9. This function vanishes at a branch point.

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Type @bp xxx to list the value of the ``branch-point function'' in the data-file d.xxx. This function vanishes at a branch point.

@hb

 : Type @hb to list the value of the ``Hopf function'' in the output-file fort.9. This function vanishes at a Hopf bifurcation point.

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Type @hb xxx to list the value of the ``Hopf function'' in the data-file d.xxx. This function vanishes at a Hopf bifurcation point.

@sp

 : Type @sp to list the value of the ``secondary-periodic bifurcation function'' in the output-file fort.9. This function vanishes at period-doubling and torus bifurcations.

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Type @sp xxx to list the value of the ``secondary-periodic bifurcation function'' in the data-file d.xxx. This function vanishes at period-doubling and torus bifurcations.

@it

 : Type @it to list the number of Newton iterations per continuation step in fort.9.

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Type @it xxx to list the number of Newton iterations per continuation step in d.xxx.

@st

 : Type @st to list the number of stable eigenvalues or stable Floquet multipliers per continuation step in fort.9.

@ss

 : Type @st to list the continuation step size for each continuation step in fort.9.

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Type @st xxx to list the continuation step size for each continuation step in d.xxx.

@ev

 : Type @ev to list the eigenvalues of the Jacobian in fort.9. (Algebraic problems.)

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Type @ev xxx to list the eigenvalues of the Jacobian in d.xxx. (Algebraic problems.)

@fl

 : Type @fl to list the Floquet multipliers in the output-file fort.9. (Differential equations.)

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Type @fl xxx to list the Floquet multipliers in the data-file d.xxx. (Differential equations.)