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function [bonds, status] = abg2cbg(system_name, ...
function [port_bonds, status] = abg2cbg(system_name, ...
system_type, full_name, ...
port_bonds,infofile)
% [bonds,status] = abg2cbg(system_name,infofile)
%
% %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% %%%%% Model Transformation Tools %%%%%
% %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%
% Matlab function abg2cbg.m
% Acausal bond graph to causal bond graph: mfile format
% %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% %% Version control history
% %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% %% $Id$
% %% $Log$
% %% Revision 1.2 1996/08/05 15:41:41 peter
% %% Now recursively does causality on subsystems.
% %%
% %% Revision 1.1 1996/08/04 17:55:55 peter
% %% Initial revision
% %%
% %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
pc = '%';
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[n_components,columns] = size(components);
if n_components==0 % there is nothing to be done
return
end;
% Find number of port bonds
[n_port_bonds,columns] = size(port_bonds);
% Check compatibility - if ok copy port bonds to the internal bonds list.
if n_port_bonds~=n_ports
mtt_info(sprintf('%1.0f port bonds incompatible with %1.0f ports', ...
n_port_bonds, n_ports), infofile);
else % Copy the port bonds
for i = 1:n_ports
bonds(i,:) = port_bonds(i,:);
end;
end;
bonds,port_bonds
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if strcmp(comp_type,'0')
comp_type = 'zero';
end;
if strcmp(comp_type,'1')
comp_type = 'one';
end;
% $$$ name
% $$$ comp_bonds
% $$$ bond_list
% Invoke the appropriate causality procedure
% Component cuasality procedure name
cause_name = [comp_type, '_cause'];
% Invoke the appropriate causality procedure
if exist(cause_name)~=2 % Try a compound component
disp('------------PUSH-----------------');
[b,s] = abg2cbg(name, comp_type, full_name, comp_bonds, ...
infofile)
status(i)=max(s);
[comp_bonds,s] = abg2cbg(name, comp_type, full_name, comp_bonds, ...
infofile);
status(i)=max(abs(s));
disp('------------POP-----------------');
else % its a simple component
cause_name
% Convert from component orientated to arrow orientated causality
bonds(bond_list,:) = comp_bonds.*direction;
end;
end;
% and convert from component orientated to arrow orientated causality
bonds(bond_list,:) = comp_bonds.*direction;
end;
done = sum(sum(abs(bonds)))/total*100;
% mtt_info(sprintf('Causality is %3.0f%s complete.', done, pc), infofile);
end;
final_done = (sum(status==zeros(n_components,1))/n_components)*100;;
mtt_info(sprintf('Final causality is %3.0f%s complete.', final_done, pc),
infofile);
% List overcausal bonds
[over_causal_bonds,n] = getindex(status,1)
[over_causal_bonds,n] = getindex(status,1);
if n>0
for i=over_causal_bonds'
eval([ '[comp_type,name] = ', system_type, '_cmp(i);' ]);
mtt_info(sprintf('Component %s (%s) is overcausal', name, comp_type), ...
infofile);
end;
end;
% List undercausal bonds
[under_causal_bonds,n] = getindex(status,-1)
[under_causal_bonds,n] = getindex(status,-1);
if n>0
for i=under_causal_bonds'
eval([ '[comp_type,name] = ', system_type, '_cmp(i);' ]);
mtt_info(sprintf('Component %s (%s) is undercausal', name, comp_type), ...
infofile);
end;
end;
full_name
write_cbg(full_name,bonds,status);
disp('----------------------');
disp('----------------------');
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