/**
* This method is used to evaluate the first population,that it is called after the calling to
* <code>setup</code> method
*
* @throws JMException
*/
public void evaluatePopulation() throws JMException {
// NOTEIT First evaluation of the SolutionSet
int loadingPosition = population_.getLoadingPosition();
// Commented by Bernabe Dorronsoro
// if ( ( specialSolution_ != null ) ){
//
// DecisionVariables[] best = new DecisionVariables[problem_.getNumberOfIslands()-1];
//
// population_.clear();
// for( int f=0 ; f<populationSize_ ; ++f) {
// DecisionVariables specialDV = problem_.generateSpecial( specialSolution_ );
// if ( f < numberOfSolutions_ ){
// for( int i=0 ; i<problem_.getNumberOfIslands() ; ++i ){
// if (i<loadingPosition)
// best[i] = new DecisionVariables( specialDV.extractSlice(i) );
// if (i>loadingPosition)
// best[i-1] = new DecisionVariables( specialDV.extractSlice(i) );
// } // for
//
// population_.setBestRow( best , f );
// } // if
//
// DecisionVariables decisionVar = new DecisionVariables( specialDV.extractSlice(
// loadingPosition ) );
// Solution S = new Solution( problem_ , decisionVar );
// population_.add( S );
// S.unLink();
// } // for
//
// } // if
Iterator<Solution> it = population_.iterator();
while (it.hasNext()) {
Solution tmp = it.next();
tmp.unLink();
population_.linkExternalDecisionVariables(tmp);
problem_.evaluate(tmp, loadingPosition);
problem_.evaluateConstraints(tmp);
++evaluations_;
} // while
// population_.printObjectivesToFile( "FUN.S."+loadingPosition );
} // evaluatePopulation
