< Master index Index for classes/@ssm >

Index for classes/@ssm

Matlab files in this directory:

 B_a2wconstructs the conversion matrix from differentiated Kardan angles to rotation rates
 B_a2w_invconstructs the conversion matrix from differentiated Kardan angles to rotation rates
 Contents%%%%%%%%%%%%%%%%%%% class: ssm %%%%%%%%%%%%%%%%%%%%
 T_ZYX_rotbuilds the direction cosine matrix out of an input vector containing the cardan angles
 assembleassembles embedded subsytems, with exogenous inputs
 cell_addadds corresponding matrices of same sizes or empty inside cell array
 cell_fusionfusions a block defined matrix stored inside cell array into one matrix
 cell_multmultiplies block defined matrix stored inside cell array
 cell_recutcuts a matrix into blocks stored inside cell array
 cell_selectselects lines and columns of a blck defined matrix stored in a cell array
 cellstrfindcellstrfind finds matching strings inside a cellstr array
 charCHAR convert a ssm object into a string.
 copyCOPY Make copy of ssm objects depending of the second input
 displayDISPLAY display ssm object.
 doubleConvert a statespace model object to double arrays for given i/o
 isstabletells if ssm is numerically stable
 kalmankalman applies Kalman filtering to a discrete ssm with given i/o
 minrealminreal gives a minimal realization of a ssm object by deleting state
 model_DFACS_1_Normal_Modedefines the DFACS controller, loads DFACS matrices from a mat-file
 model_DFACS_2_Science_Mode_1_M3defines the DFACS controller, loads DFACS matrices from a mat-file
 model_DFACS_3_Science_Mode_2_M1_Transitiondefines the DFACS controller loads DFACS matrices from a mat-file
 model_DFACS_4_Science_Mode_2_M1_Performancedefines the DFACS controller loads DFACS matrices from a mat-file
 model_DFACS_5_Science_Mode_1_All_Optical_Readoutsdefines the DFACS controller loads DFACS matrices from a mat-file
 model_IS_readoutdefines the read out from the inertial sensor without cross coupling
 model_IS_readout_xcpldefines the read out from the inertial sensor without cross coupling
 model_Interferometer_readoutdefines a model for the laser read out without cross talk
 model_Interferometer_readout_xcpldefines a model for the laser read out cross talk
 model_LPF_Dynamicsdefines the LPF dynamic system
 model_LPF_Dynamics_noparamsdefines the LPF dynamic system without params (substituted with nominal
 model_MPSdefines a simple 1st order linear model with cross talk for the
 model_NSF_IS_readoutdefines a noise model for the inertial sensor
 model_NSF_Interferometer_readoutdefines a noise model for the laser read out
 model_NSF_ST_readoutdefines a noise model for the startracker
 model_NSF_TMdefines a force noise TM applied on both Test masses
 model_NSF_TMActuationdefines a capacitive actuation noise model
 model_NSF_TM_SCdefines a noise model for the force between the TMs and the SC
 model_NSF_infrareddefines an infrared noise model for the spacecraft
 model_NSF_solardefines a solar noise model for the spacecraft
 model_ST_readoutdefines a simple 2nd order stable system with a control and a noise input
 model_TMActuationdefines a simple model_Capcitive_Actuation without cross talk
 model_TMActuation_xcpldefines a simple model_Capcitive_Actuation cross talk
 model_delaydefines a delay block, discrete
 model_delay_IS_readoutdefines a delay block for inertial sensor readout, discrete
 model_delay_Ifo_readoutdefines a delay block for inertial sensor readout, discrete
 model_delay_ST_readoutdefines a delay block for star tracker readout, discrete
 model_standard_system_noparamsdefines a simple 2nd order stable system with a control and a noise input
 model_standard_system_paramsdefines a simple 2nd order stable system with a control and a noise input
 modifparamsmodifparams enables to options(i_options)y and substitute parameters
 modiftimestepmodiftime modifies the timestep of a ssm object
 modifymodify allows to exectue a string to modify a ssm object
 reducereduce enables to do model simplification
 reduce_modelreduce_model enables to do model simplification
 simulatesimulate simulates a discrete ssm with given inputs
 skewComputes the 3X3 skew symetric matix S based on a 3D vector V
 ssmSSM statespace model class constructor.
 ssm2iirpzssm2iirpz converts a statespace model object to a miir or a pz
 ssm2ssSSM2SS converts a statespace model object to a MATLAB statespace object.
 ssmFromBuiltinSystem%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
 ssmFromDescription%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
 ssmFromFilename%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
 ssmFromMiir%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
 ssmFromPzmodel%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
 ssmFromRepository%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
 ssm_reduced_builtInbuilds a reduced order ssm model
 stringSTRING writes a command string that can be used to recreate the input statespace model object.
 update_structUPDATE_STRUCT update the input structure to the current ltpda version
 validate%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

Other Matlab-specific files in this directory:

Subsequent directories:


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