| Index Entry | | Section |
|
$ | | |
| $dimetaphi | | Setting up a model with cmz |
| $zinit | | Setting up a model with cmz |
|
A | | |
| adjoint | | Overview of optimisation with Miniker |
| aspha.data | | Simulation and output |
| aspha.data, GTLS | | GTLS run and output |
| aspha.data, SVD | | SVD run and output |
|
B | | |
| Borel sweep | | Feedback gain |
| Borel sweep graphics | | Borel sweep results |
| Borel sweep results | | Borel sweep results |
|
C | | |
| cells | | Introduction |
| cernlib | | Common requisites |
| command law | | Control laws |
| compilation | | Setting up a model with make |
| configuration of source | | Configuration |
| controlling the run | | Controlling the run |
|
D | | |
| data.data | | Data |
| data.data | | Kalman filter results |
| dimetaphi | | Size sequence |
| dimetaphi | | Size sequence |
| dimetaphi, Kalman filter | | Kalman filter vectors dimensions |
| down node | | 1D gridded model |
| dres.data | | Simulation and output |
| dres.data | | Simulation and output |
| dres.data, GTLS | | GTLS run and output |
|
E | | |
| equations, grid | | 1D gridded model code |
| error vector dimension | | Kalman filter vectors dimensions |
|
F | | |
| FDL, GNU Free Documentation License | | GNU Free Documentation License |
| feature setting | | Selecting features |
| Feedback gain | | Feedback gain |
| ffl (linearity test) | | End of time step |
| final cost | | Overview of optimisation with Miniker |
|
G | | |
| Generalized linear tangent system | | Generalized TLS |
| gradpj.data | | Sensitivity of cost function to parameters |
| graphics | | Graphics |
| graphics with gnuplot | | Graphics |
| graphics with PAW | | Graphics |
| graphics, Borel sweep | | Borel sweep results |
| GTLS | | Generalized TLS |
| GTLS output | | GTLS run and output |
| GTLS run | | GTLS run and output |
|
H | | |
| Heaviside function | | Rule of programming non continuous models |
|
I | | |
| initial variance-covariance on states | | Error and observation matrices |
| installation with make | | Installation with make |
| integrand cost | | Overview of optimisation with Miniker |
|
K | | |
| Kalman filter | | Kalman filter |
| Kalman filter output | | Kalman filter results |
| Kalman filter results | | Kalman filter results |
|
L | | |
| lapack | | Common requisites |
| limiting conditions | | 1D gridded model code |
| linearity test | | End of time step |
| logical flags | | Selecting features |
| Lyapunov exponents | | Generalized TLS |
|
M | | |
| Makefile.miniker | | Make variables |
| Makefile.sltc | | SVD with make |
| Makefile.sltcirc | | GTLS with make |
| mini_ker.cmz | | Miniker with cmz |
| mod | | Setting up a model with cmz |
| model equations | | Model with explicit size |
| model size | | Size sequence |
| Model.hlp | | Simulation and output |
| mortran | | Introduction |
| mortran | | A note about mortran and cmz directives |
| mortran , with make | | Additional requirements |
|
O | | |
| obs.data | | Observations |
| observation function | | Observations |
| observations | | Error and observation matrices |
| observations, general | | Kalman filter |
| optimisation | | Overview of optimisation with Miniker |
| output file | | Simulation and output |
| output, GTLS | | GTLS run and output |
| output, Kalman filter | | Kalman filter results |
| output, sensitivity | | Sensitivities |
| output, SVD | | SVD run and output |
|
P | | |
| printing | | Controlling the printout and data output |
| Programming environments | | Programming environments |
| propagator | | Generalized TLS |
|
R | | |
| requirements, with make | | Additional requirements |
| res.data | | Simulation and output |
| results, Borel sweep | | Borel sweep results |
| results, Kalman filter | | Kalman filter results |
| run, GTLS | | GTLS run and output |
| run, SVD | | SVD run and output |
| running model | | Simulation and output |
|
S | | |
| select flag | | Selecting features |
| selseq.kumac | | Selecting features |
| selseq.kumac | | Miniker with cmz |
| sens.data | | Sensitivities |
| sensitivities | | Sensitivities |
| sensitivity, output | | Sensitivities |
| sequence | | Structure of the code |
| sequences | | A model with Miniker |
| sigma.data | | Sensitivities |
| Singular Value Decomposition | | Stability of fastest modes |
| sltc.exe | | Stability of fastest modes |
| sltc.exe | | SVD run and output |
| sltcirc.exe | | Generalized TLS |
| sltcirc.exe | | GTLS run and output |
| smod | | SVD with cmz |
| smod | | GTLS with cmz |
| starting point | | Model equation and parameters |
| state matrix | | Stability of fastest modes |
| SVD | | Stability of fastest modes |
| SVD output | | SVD run and output |
| SVD run | | SVD run and output |
|
T | | |
| TEF | | Introduction |
| TEF | | A model description |
| title file | | Model equation and parameters |
| title.tex | | Model equation and parameters |
| title.tex, GTLS | | GTLS run and output |
| title.tex, SVD | | SVD run and output |
| tr.data | | Simulation and output |
| transfers | | Introduction |
|
U | | |
| up node | | 1D gridded model |
| uxcom.data | | Control laws |
| uycom.data | | Control laws |
|
V | | |
| variance-covariance error | | Error and observation matrices |
| variance-covariance matrices | | Error and observation matrices |
| variance-covariance matrices, general | | Kalman filter |
| variance-covariance matrix on state | | Error and observation matrices |
|
Z | | |
| zcmd_law | | Control laws |
| zcmd_law.inc | | Control laws |
| zinit | | Model equation and parameters |
| zinit, general | | Structure of the code |
| zinit, Kalman filter | | Error and observation matrices |
| zinit.mti | | Setting up a model with make |
| ZOOM | | Introduction |
| zsteer | | End of time step |
| zsteer, Kalman filter | | Feeding the observations |
| zsteer.inc | | End of time step |
|