Code covered by the BSD License
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ForceCal(varargin)
FORCECAL M-file for ForceCal.fig
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rov_property2(varargin)
ROV_PROPERTY2 M-file for rov_property2.fig
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Cr=drag(mr,mo,lo,lr)
Determine the quadratic drag forces of RRC ROV2 in 6 directions
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DSRV(in)
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[Fx,Fy]=cablesolxy
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[mag, phase,wm]=plotbode
Bode frequency response of LTI models on mag and phase data file from DSA.
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[mp_x,mp_y,mp_z,mp_phi,mp_the...
Mp - PERCENT OVERSHOOT OF THE TIME RESPONSE
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[txudot,tyvdot,tzwdot,tkpdot,...
Determine the added mass of RRC ROV2 in 6 directions using Strip theory
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[xpre,xpost,xgs,blocks,block]...
NORMALISE permutation and scaling to normalise and diagonalise a matrix
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euler2p(ptp)
EULER2P Converts an Euler rotation to a principal rotation.
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lqr(a,b,q,r,varargin)
LQR Linear-quadratic regulator design for continuous-time systems.
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myeuler2p(ptp)
EULER2P Converts an Euler rotation to a principal rotation.
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npsauv(x,ui)
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slblocks
SLBLOCKS Defines the block library for a specific Toolbox or Blockset.
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sol=cable3dbvp(EndP,L)
EndP=Boundary point for second end.
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tset(eoutd,posd,t)
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vrga(Gf);
VRGA RGA=vrga(G) returns a frequency-varying matrix (in mu-toolbox)
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Analy_band.m
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Analy_ger.m
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Analy_ss.m
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MOR_analy.m
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MOR_analy.m
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addedmass.m
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bode_fit_general.m
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bode_fit_thruster.m
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cont_analy.m
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control_analy.m
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control_analy2.m
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control_analy_heave.m
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control_analy_surge.m
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control_analy_sway.m
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control_analy_yaw.m
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corollary1.m
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corollary2.m
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couple_analy.m
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energy_analy.m
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ida.m
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kalman_data.m
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nonlin_resp6.m
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nonlin_resp6_comp.m
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numerical.m
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observer_data.m
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optimal_cont.m
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row_col_domin.m
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state_coupling.m
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unique_analy.m
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unique_analy_plane.m
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Adaptive_cascade_rov
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IDA
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MBNLC_cascade_rov
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PID_earth
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PID_earth_NCD
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P_decouple_cascade_rov
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P_decouple_single_rov
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Slidingmode_cascade_rov
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controllable_property
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demorig
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freq24
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freq_thruster
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hybrid_cont
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nonlin_unique
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nonlin_unique_plane
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rov_design_analysis
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rov_openloop
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rov_property
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rrcrov2_para
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thruster_controller
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thruster_openloop
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View all files
from
ROV Design and Analysis (RDA) - Simulink
by Cheng Chin
ROV control system design and simulation toolbox
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| couple_analy.m |
%Model-Order Reduction for RRC ROV & Nonlinear ROV Analysis
%Initialize
clc;
cd c:\Matlab7\toolbox\rov_design_analysis\mat_file;
load rrcrovf.mat
Kc=[eye(3) zeros(3,3);zeros(2,6); [0 0 0 0 0 1]]
cd c:\Matlab7\toolbox\rov_design_analysis\hybrid ;
sim('rov_property')
cd c:\Matlab7\toolbox\rov_design_analysis\m_file
run nonlin_resp6_comp
disp('----------------------invM * T-------------------')
invMT=inv(M)*T
disp('----------------------invM * T * Kc -------------------')
invMTKc=inv(M)*Kc*T
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