/**
* The pigeonize/2 method visualizes a list of solutions and a list of interactions using Pigeon.
*
* <p>Therefore, we first compile the solutions and the interactions into a Pigeon script, send
* the script to the Pigeon server, which returns an URL of the resulting Pigeon image.
*
* <p>The pigeonize/2 method returns the URL of the Pigeon image that resides on the Pigeon
* server.
*
* @param solutions ... a list of solutions
* @param interactions ... a list of interactions (i.e. the # Arcs)
* @return ... a URI of the Pigeon image
* @throws MiniEugeneException
*/
public URI pigeonize(List<Component[]> solutions, Set<Interaction> interactions)
throws MiniEugeneException {
/*
* Compilation to Pigeon script
*/
// SOLUTIONS
StringBuilder sb = new StringBuilder();
// components of every solution
sb.append(this.pigeonizeSolutions(solutions));
// INTERACTIONS
sb.append(this.toPigeon(interactions));
/*
* Sending the script to the Pigeon server.
*/
WeyekinPoster.setPigeonText(sb.toString());
/*
* return the resulting URL
*/
return WeyekinPoster.getMyBirdsURL();
}
/**
* The pigeonizeSingle/2 method visualizes one single solution using Pigeon.
*
* <p>It takes as input the solution as Component array (Component[]) and a set of interactions
* among the solution's components.
*
* @param solution ... a Component[] representing the solution
* @param interactions ... a set of interactions representing the Arcs
* @return
* @throws MiniEugeneException
*/
public URI pigeonizeSingle(Component[] solution, Set<Interaction> interactions)
throws MiniEugeneException {
/*
* COMPILATION into a Pigeon script
*/
StringBuilder sb = new StringBuilder();
sb.append("fontsize 2.0\r\n");
for (Component symbol : solution) {
sb.append(toPigeon(symbol)).append("\r\n");
}
// INTERACTIONS
sb.append(this.toPigeon(interactions));
/*
* sending the Pigeon script to the Pigeon server
*/
WeyekinPoster.setPigeonText(sb.toString());
/*
* returning the URL of the Pigeon image
*/
return WeyekinPoster.getMyBirdsURL();
}
