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This page describes all possible operations on state space objects
link to class description file
ltpda_ss_assemble
ltpda_ss_check
ltpda_ss_iir2ss
ltpda_ss_kalman_filter
ltpda_ss_make
ltpda_ss_modify
ltpda_ss_modify_time_setup
ltpda_ss_pz2ss
ltpda_ss_select
ltpda_ss_simulate_discrete
ltpda_ss_ss2iir
So for each function:
every function
syntax
in equations
code and coding issues
tests and requirements tested
one example
link to the automated help

States-space help tree :
Main page
State space help TOC
Related documents
what is the state space of a system
linear modelling in time domain
from state-space to transfer function, and vice versa
interest for MIMO system parametrized systems
The state space object
what is the state space object
link to class description file
table with different fields (name-optionnal?-class-meaning-default-constraints)
constructor ltpda_SS_make/ltpda_ss_check
Possible operations on state space objects
link to class description file
every function
syntax
in equations
code and coding issues
tests and requirements tested
one example
link to the auto-generated help file
What build in models are in memory?
Different models (1d, 3d)
For each setup (1D, 3D) the different submodels available (different noise shape filters, controllers, parametrizations)
their name, dimensions, parameters...
the equations inside, approximations...
how to assemble them in the loop
What happens if one models is not wanted
Examples
time series generation or filtering
simulate
filter
parameter identification
one example of state space study
building system and simulating data
making assumptions and verifying correctness