function sys = mtt2sys (Name,par)
## usage: sys = mtt2sys (Name[,par])
##
## Creates a sys structure for the Octave Control Systems Toolbox
## from an MTT system with name "Name"
## Optional second argument is system parameter list
## Assumes that Name_sm.m, Name_struc.m and Name_numpar.m exist
## Copyright (C) 2000 by Peter J Gawthrop
if nargin<1
error("missing system name, usage: sys = mtt2sys (Name)");
else
## Create function names
numpar_name = sprintf("%s_numpar",Name);
sm_name = sprintf("%s_sm",Name);
struc_name = sprintf("%s_struc",Name);
endif
if nargin<2 # Use predefined parameters
mtt(Name,"numpar");
eval(sprintf("par=%s_numpar;", Name)); # Parameters
mtt(Name,"sm"); # Create state matrices
mtt(Name,"struc"); # Create structure info
mtt(Name,"sympar"); # Create sympar details
else # Only create other file if not there
if exist(sm_name)!=2
mtt(Name,"sm"); # Create state matrices
endif
if exist(struc_name)!=2
mtt(Name,"struc"); # Create state matrices
endif
endif
eval(sprintf("[A,B,C,D]=%s_sm(par);", Name)); # State matrices
sys = ss2sys(A,B,C,D); # Sys form
if (rindex(version,"2.0.")) # stable (pre-list)
eval(sprintf("[sys.inname,sys.outname,sys.stname]=%s_struc;", Name)); # Setup names
else # development version
eval(sprintf("[mtt_inname,mtt_outname,mtt_stname]=%s_struc;",Name)); # Setup names
eval(sprintf("sys = syssetsignals(sys,\"in\", mtt_inname)"));
eval(sprintf("sys = syssetsignals(sys,\"out\",mtt_outname)"));
eval(sprintf("sys = syssetsignals(sys,\"st\", mtt_stname)"));
endif
endfunction