function write_abg(system_name,bonds,connections,n_vector_bonds);
###############################################################
## Version control history
###############################################################
## $Id$
## $Log$
## Revision 1.9 2001/04/15 21:15:41 geraint
## Added interface definition rep: _ICD.(txt|c|cc|m).
##
## Revision 1.8 1999/10/18 22:41:41 peterg
## Corrected vector junction expansion
##
## Revision 1.7 1999/10/18 05:16:51 peterg
## Now vectorises 0 and 1 junctions !!
##
## Revision 1.6 1998/09/02 11:35:20 peterg
## Removed port.index field
##
## Revision 1.5 1998/09/02 10:30:30 peterg
## Now writes out list of ports ans list of subsystems.
## These ordereded lists determine the order of processing of ports ans
## subsystems.
##
## Revision 1.4 1998/08/26 12:45:38 peterg
## Just prefix ports (comps can't start with numeral)
## Prefix with mttp
##
## Revision 1.3 1998/08/26 12:31:07 peterg
## numerical names prefixed by mtt
##
## Revision 1.2 1998/08/26 11:59:20 peterg
## Don't use strrep to remove[]
##
## Revision 1.1 1998/08/25 06:22:02 peterg
## Initial revision
##
###############################################################
fid=fopen([system_name,"_abg.m"], "w");
[N,M]=size(connections);
Sformat = " %s.subsystems.%s.%s = \"%s\";\n";
PSformat = " %s.ports.%s.%s = \"%s\";\n";
Iformat = " %s.subsystems.%s.%s = %i;\n";
PIformat = " %s.ports.%s.%s = %i;\n";
Cformat = " %s.subsystems.%s.connections = [";
PCformat = " %s.ports.%s.connections = [";
Bformat = " %s.bonds = [\n";
fprintf(fid,"function [%s] = %s_abg\n", system_name, system_name);
fprintf(fid,"# This function is the acausal bond graph representation of %s\n",system_name);
fprintf(fid,"# Generated by MTT on %s",ctime(time));
fprintf(fid,"# The file is in Octave format\n");
fprintf(fid,"\n# Subsystems and Ports\n");
i_port=0; SubsystemList = ""; PortList ="";
for i=1:N
eval(["[comp_type, name, cr, args, repetitions] = ", system_name, "_cmp(i);"]);
c = nozeros(connections(i,:));# Connections to this component
m = length(c); # Number of connections
## Vectorise junctions?
n_bonds = n_vector_bonds(i);
if strcmp(comp_type,"0")||strcmp(comp_type,"1")
n_vector = m/n_bonds;
m_vector = n_bonds;
else
n_vector = 1;
m_vector = m;
endif
if index(name,"[")==0 # Not a port
for i_vector = 1:n_vector;
if i_vector>1 # Extras
new_name = sprintf("%sv%i", name,i_vector);
else
new_name = name;
endif
SubsystemList = [SubsystemList; new_name];
fprintf(fid,"\n# Component %s\n", new_name);
fprintf(fid,Sformat,system_name,new_name,"type",comp_type);
fprintf(fid,Sformat,system_name,new_name,"cr",cr);
fprintf(fid,Sformat,system_name,new_name,"arg",args);
fprintf(fid,Iformat,system_name,new_name,"repetitions",repetitions);
fprintf(fid,Iformat,system_name,new_name,"status",-1);
##Connections
fprintf(fid,Cformat,system_name,new_name);
## Each vector junction has n*m bonds
## n - dimension of vector
## m - number of bonds
## The first m bonds (in c) correspond to the first vector element
if i_vector==1
for j=1:m_vector
fprintf(fid,"%i ", c(j) );
endfor
## The next block of n-1 bonds are the first bonds on vector elements 2,3 ...
## followed by a block of n-1 bonds being the second bonds on vector elements 2,3 ...
## etc
else
k = m_vector+i_vector-1; # index of first bond at level i_vector
for j=1:m_vector
fprintf(fid,"%i ", c(k) );
k = k + n_vector-1;
endfor
endif
fprintf(fid,"];\n");
endfor
else # Its a port
name=name(2:length(name)-1); # Strip []
ch=name(1); # First char of name
if (ch>="0")&&(ch<="9") # Its a numeral
name=["mttp",name]; # prefix by mttp
endif;
for i_port=1:m
if m>1 # Index the port name
name_i = sprintf("%s_%i",name,i_port);
else
name_i = name; # Leave it alone
endif;
PortList = [PortList; name_i]; # Update port list
fprintf(fid,"\n# Port %s\n", name_i);
fprintf(fid,PSformat,system_name,name_i,"type",comp_type);
fprintf(fid,PSformat,system_name,name_i,"cr",cr);
fprintf(fid,PSformat,system_name,name_i,"arg",args);
fprintf(fid,PIformat,system_name,name_i,"repetitions",repetitions);
fprintf(fid,PIformat,system_name,name_i,"status",-1);
fprintf(fid,PCformat,system_name,name_i);
fprintf(fid,"%i ", c(i_port));
fprintf(fid,"];\n");
endfor;
endif;
endfor;
[N,M]=size(PortList);
if N>0 # Put name in list
fprintf(fid,"\n# Ordered list of Port names\n");
for i=1:N
fprintf(fid," %s.portlist(%i,:) = \"%s\";\n", system_name, i, PortList(i,:));
endfor;
endif;
[N,M]=size(SubsystemList);
if N>0 # Put name in list
fprintf(fid,"\n# Ordered list of subsystem names\n");
for i=1:N
fprintf(fid," %s.subsystemlist(%i,:) = \"%s\";\n", system_name, i, SubsystemList(i,:));
endfor;
endif;
fprintf(fid,"\n# Bonds \n");
[N,M]=size(bonds); # Bonds
fprintf(fid,Bformat,system_name);
for i=1:N
fprintf(fid," ");
for j=1:M
fprintf(fid,"%i ", bonds(i,j));
endfor;
fprintf(fid,"\n");
endfor;
fprintf(fid," ];\n");
fprintf(fid,"\n# Aliases \n");
fprintf(fid,"# A double underscore __ represents a comma \n");
eval(["alias = ", system_name, "_alias;"]);
if is_struct(alias)
for [val,key] = alias
fprintf(fid,"%s.alias.%s = \"%s\";\n", system_name,key,val);
endfor
endif
fprintf(fid,"\n# Interface Definition\n");
eval(["icd = ",system_name, "_icd;"]);
if is_struct(icd)
for [val,key] = icd
fprintf(fid,"%s.icd.%s = \"%s\";\n",system_name,key,val);
endfor
endif
fclose(fid);