Miniker 102 manual

Variables, macros and functions index

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	Index Entry	Section

A
	`aspha`	End of time step

B
	`Bb`	End of time step
	`Bt`	End of time step

C
	`couplage(.)`	End of time step
	`cout_l`	Cost function coding and adjoint modeling
	`cout_Psi`	Cost function coding and adjoint modeling
	`covana(.,.)`	Executing code after the analysis
	`coveta(.,.)`	Error and observation matrices
	`covfor(.,.)`	Error and observation matrices
	`covobs(.,.)`	Error and observation matrices

D
	`D`	End of time step
	`dEta(.)`	Simulation and output
	`deta_tef(.)`	Model with explicit size
	`dneta`	End of time step
	`dphi`	End of time step
	`dt`	Model equation and parameters
	`dt`	Simulation and output
	`d_pi_aspha(.,.)`	Advance matrix sensitivity

E
	`eqn:`	Model equation and parameters
	`eta(.)`	Model equation and parameters
	`eta(.), explicit sizes`	Model with explicit size
	`etafor(.)`	Executing code after the analysis

F
	`ff(.)`	Model equation and parameters
	`ff(.), explicit sizes`	Model with explicit size
	`ffl(.)`	End of time step
	`Free_parameter`	Parameters
	`fun:`	Model equation and parameters
	`f_set`	Model with explicit size
	`f_set`	Model with explicit size
	`f_set`	Cost function coding and adjoint modeling
	`f_set`	Cost function coding and adjoint modeling

H
	`H`	End of time step

I
	`index_ff_gain`	Specifying the Borel sweep
	`innobs(.)`	Executing code after the analysis
	`istep`	End of time step
	`istep_B_deb`	Specifying the Borel sweep
	`istep_B_fin`	Specifying the Borel sweep
	`istep_B_inc`	Specifying the Borel sweep
	`itau_max`	Specifying the Borel sweep

K
	`kgain(.)`	Executing code after the analysis

M
	`maxstep`	Size sequence
	`mereta(.,.)`	Error and observation matrices
	`mobs`	Observations
	`model_file_name`	Setting up a model with make
	`modzprint`	Model equation and parameters
	`modzprint`	Controlling the printout and data output
	`mp`	Model equation and parameters
	`mp`	Size sequence
	`m_dwn`	1D gridded Model size
	`m_mult`	1D gridded Model size
	`m_node`	1D gridded Model size
	`m_up`	1D gridded Model size

N
	`np`	Model equation and parameters
	`np`	Size sequence
	`nstep`	Model equation and parameters
	`n_dwn`	1D gridded Model size
	`n_mult`	1D gridded Model size
	`n_node`	1D gridded Model size
	`n_up`	1D gridded Model size

O
	`obspha(.,.)`	Executing code after the analysis

P
	`Phi_tef(.)`	Model with explicit size
	`principal`	The model subroutine

S
	`set_dwn_eta`	1D gridded model code
	`set_dwn_phi`	1D gridded model code
	`set_eta`	Model equation and parameters
	`set_node_eta`	1D gridded model code
	`set_node_Phi`	1D gridded model code
	`set_Phi`	Model equation and parameters
	`set_up_eta`	1D gridded model code
	`set_up_phi`	1D gridded model code

T
	`tau_B_ini`	Specifying the Borel sweep
	`tau_B_mult`	Specifying the Borel sweep
	`time`	Model equation and parameters

V
	`var:`	Model equation and parameters
	`vobs(.)`	Data
	`vobs(.)`	Feeding the observations

Z
	`zback`	Cost function coding and adjoint modeling
	`ZBorel`	Specifying the Borel sweep
	`zborel for`	Specifying the Borel sweep
	`zcommand`	Control laws
	`zgetobs`	Data
	`zgetobs`	Feeding the observations
	`zkalman`	Coding the Kalman filter
	`zlaw`	Control laws
	`zprint`	Controlling the printout and data output

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