Miniker 102 manual: Footnotes

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# Footnotes

### (1)

In fact the variables names are transformed into fortran array elements by mortran generated macros, so the symbolic names defined in the mortran blocks never appears in the generated fortran code, they are replaced by the fortran arrays.

### (2)

‘`dres.data`’ has another time related variable as second column: `dt`, the time step that can vary in the course of a simulation.

### (3)

This naming is a joke for “Inert” Heaviside function.

### (4)

`fun_set`, or equivalently `f_set`, is a general mortran macro associating a symbol with a fortran expression. Here, it is the name of the symbol (`eta`) that has a particular meaning for the building of the model.

### (5)

For a short introduction to automatic sensitivity analysis, see the document:
http://lmd.jussieu.fr/zoom/doc/sensibilite.ps, in French, or ask for the more complete research document to a member of the TEF-ZOOM collaboration

### (6)

General Tangent Linear System, i.e. the TLS circulating along a trajectory. See the explanation in the document http://www.lmd.jussieu.fr/Zoom/doc/Adjoint.pdf (in French).

### (7)

For detailed explanation of the adjoint model, see the document in pdf or .ps.gz

### (8)

More generally, the Borel sweep allows the numerical study of the dependency in τ of the Borel transform of various coefficients in the system coupling matrix.

### (9)

Explanation in the research paper about SLTC (Al1 2003) available on request.

### (10)

cf our research texts about propagator analyses in SLTC, and “les Gains sur champs (Al1 2003-2004)”

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