/**
* Print the DA in DOT format to the output stream.
* This functions expects that the DA is compact.
* @param da_type a string specifying the type of automaton ("DRA", "DSA").
* @param out the output stream
*/
public Graph AutomatonToDot()
{
Graph g = new Graph("graph");
g.Directed = true;
APSet ap_set = getAPSet();
Dictionary <int, string> stateToNumber = new Dictionary <int, string>();
for (int i_state = 0; i_state < this.size(); i_state++)
{
//out << "\"" << i_state << "\" [";
Node d = formatStateForDOT(i_state, g);
stateToNumber.Add(i_state, d.Id);
}
//out << "]\n"; // close parameters for state
for (int i_state = 0; i_state < this.size(); i_state++)
{
// transitions
DA_State cur_state = this.get(i_state);
if (cur_state.hasOnlySelfLoop())
{
// get first to-state, as all the to-states are the same
DA_State to = cur_state.edges().get(new APElement(ap_set.all_elements_begin()));
//out << "\"" << i_state << "\" -> \"" << to->getName();
//out << "\" [label=\" true\", color=blue]\n";
Edge edge = g.AddEdge(stateToNumber[i_state], "\u03A3", stateToNumber[to.getName()]);
//edge.Attr.Color = Color.Blue;
}
else
{
//for (APSet::element_iterator el_it=ap_set.all_elements_begin();el_it!=ap_set.all_elements_end();++el_it)
for (int el_it = ap_set.all_elements_begin(); el_it != ap_set.all_elements_end(); ++el_it)
{
APElement label = new APElement(el_it);
DA_State to_state = cur_state.edges().get(label);
int to_state_index = to_state.getName();
//out << "\"" << i_state << "\" -> \"" << to_state_index;
//out << "\" [label=\" " << label.toString(getAPSet(), false) << "\"]\n";
Edge edge = g.AddEdge(stateToNumber[i_state], label.toString(getAPSet(), false), stateToNumber[to_state_index]);
//edge.Attr.Color = Color.Blue;
}
}
}
return(g);
}
/**
* Print the DA in DOT format to the output stream.
* This functions expects that the DA is compact.
* @param da_type a string specifying the type of automaton ("DRA", "DSA").
* @param out the output stream
*/
public Graph AutomatonToDot()
{
Graph g = new Graph("graph");
g.Directed = true;
APSet ap_set = getAPSet();
Dictionary<int, string> stateToNumber = new Dictionary<int, string>();
for (int i_state = 0; i_state < this.size(); i_state++)
{
//out << "\"" << i_state << "\" [";
Node d = formatStateForDOT(i_state, g);
stateToNumber.Add(i_state, d.Id);
}
//out << "]\n"; // close parameters for state
for (int i_state = 0; i_state < this.size(); i_state++)
{
// transitions
DA_State cur_state = this.get(i_state);
if (cur_state.hasOnlySelfLoop())
{
// get first to-state, as all the to-states are the same
DA_State to = cur_state.edges().get(new APElement(ap_set.all_elements_begin()));
//out << "\"" << i_state << "\" -> \"" << to->getName();
//out << "\" [label=\" true\", color=blue]\n";
Edge edge = g.AddEdge(stateToNumber[i_state], "\u03A3", stateToNumber[to.getName()]);
//edge.Attr.Color = Color.Blue;
}
else
{
//for (APSet::element_iterator el_it=ap_set.all_elements_begin();el_it!=ap_set.all_elements_end();++el_it)
for (int el_it = ap_set.all_elements_begin(); el_it != ap_set.all_elements_end(); ++el_it)
{
APElement label = new APElement(el_it);
DA_State to_state = cur_state.edges().get(label);
int to_state_index = to_state.getName();
//out << "\"" << i_state << "\" -> \"" << to_state_index;
//out << "\" [label=\" " << label.toString(getAPSet(), false) << "\"]\n";
Edge edge = g.AddEdge(stateToNumber[i_state], label.toString(getAPSet(), false), stateToNumber[to_state_index]);
//edge.Attr.Color = Color.Blue;
}
}
}
return g;
}