public GISModel getModel () throws java.io.IOException {
        checkModelType();
        int correctionConstant = getCorrectionConstant();
        double correctionParam = getCorrectionParameter();
        String[] outcomeLabels = getOutcomes();
        int[][] outcomePatterns = getOutcomePatterns();
        String[] predLabels = getPredicates();
        Context[] params = getParameters(outcomePatterns);
 	
        return new GISModel(params,
                            predLabels,
                            outcomeLabels,
                            correctionConstant,
                            correctionParam);

    }
public GISModel getModel ( ) throws java . io . IOException { checkModelType ( ) ; int correctionConstant = getCorrectionConstant ( ) ; double correctionParam = getCorrectionParameter ( ) ; String [ ] outcomeLabels = getOutcomes ( ) ; int [ ] [ ] outcomePatterns = getOutcomePatterns ( ) ; String [ ] predLabels = getPredicates ( ) ; Context [ ] params = getParameters ( outcomePatterns ) ; return new GISModel ( params , predLabels , outcomeLabels , correctionConstant , correctionParam ) ; }
Retrieve a model from disk. It assumes that models are saved in the
following sequence:

<br>GIS (model type identifier)
<br>1. # of parameters (int)
<br>2. the correction constant (int)
<br>3. the correction constant parameter (double)
<br>4. # of outcomes (int)
<br>  * list of outcome names (String)
<br>5. # of different types of outcome patterns (int)
<br>   * list of (int int[])
<br>   [# of predicates for which outcome pattern is true] [outcome pattern]
<br>6. # of predicates (int)
<br>   * list of predicate names (String)

<p>If you are creating a reader for a format which won't work with this
(perhaps a database or xml file), override this method and ignore the
other methods provided in this abstract class.

@return The GISModel stored in the format and location specified to
this GISModelReader (usually via its the constructor).