Package fasp.datatypes

Examples of fasp.datatypes.GroundProgram

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        FilteredFolksonomy ff = cf.doRTFiltering(c, main_resource_id);
        cf = null;
        r.gc();
        System.out.println(ff.toString());
        try{
            GroundProgram gp6 = sb.makeGroundProgram(ff, new MULTIMIN(), new FPROD(), new FPROD());
            ConsequenceOp imcons6 = new ConsequenceOp(gp6);
            FaspInterpretation model6 = imcons6.computeLFP(main_resource_id+"_MULTIMIN_FPROD_FPROD");
            GroundProgram gp5 = sb.makeGroundProgram(ff, new MULTIMIN(), new TW(), new TW());
            ConsequenceOp imcons5 = new ConsequenceOp(gp5);
            FaspInterpretation model5 = imcons5.computeLFP(main_resource_id+"_MULTIMIN_TW_TW");
            GroundProgram gp1 = sb.makeGroundProgram(ff, new MULTIMIN(), new FPROD(), new FPROD());
            ConsequenceOp imcons1 = new ConsequenceOp(gp1);
            FaspInterpretation model1 = imcons1.computeLFP(main_resource_id+"_MULTIMIN_FPROD_TW");
            GroundProgram gp = sb.makeGroundProgram(ff, new WSUM(), new TW(), new FPROD());
            ConsequenceOp imcons = new ConsequenceOp(gp);
            FaspInterpretation model = imcons.computeLFP(main_resource_id+"_WSUM_TW_FPROD");
            GroundProgram gp2 = sb.makeGroundProgram(ff, new MULTIMIN(), new TW(), new FPROD());
            ConsequenceOp imcons2 = new ConsequenceOp(gp2);
            FaspInterpretation model2 = imcons2.computeLFP(main_resource_id+"_MULTIMIN_TW_FPROD");
            GroundProgram gp3 = sb.makeGroundProgram(ff, new WSUM(), new FPROD(), new TW());
            ConsequenceOp imcons3 = new ConsequenceOp(gp3);
            FaspInterpretation model3 = imcons3.computeLFP(main_resource_id+"_WSUM_FPROD_TW");
            GroundProgram gp4 = sb.makeGroundProgram(ff, new MULTIMIN(), new FPROD(), new TW());
            ConsequenceOp imcons4 = new ConsequenceOp(gp4);
            FaspInterpretation model4 = imcons4.computeLFP(main_resource_id+"_MULTIMIN_FPROD_TW");
        }catch(UnsupportedItemException ex){
            System.err.println(ex);
        }
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                list_op3.add(litt_op2_U);
                list_op3.add(litt_op2_R);
                rules.add(new GroundRegularRule(SIMT_litt,list_op3, op3));
            }
        }
        return new GroundProgram(rules);

    }
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                rules.add(new GroundRegularRule(op3_t1t2, op3_t1t2_list, op3));
                rules.add(new GroundRegularRule(op3_t2t1, op3_t1t2_list, op3));
            }
        }

        ConsequenceOp imcons = new ConsequenceOp(new GroundProgram(rules));
    FaspInterpretation model = imcons.computeLFP("");
        System.out.println(model);
    }
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        String main_resource_id = Metrics.getRandomResource(c);
        //main_resource_id = new Integer(2814022);
        SimilarityBuilder sb = new SimilarityBuilder(c);
        CollaborativeFiltering cf = new CollaborativeFiltering(1);
        FilteredFolksonomy ff = cf.doRTFiltering(c, main_resource_id);
        GroundProgram gp = sb.makeGroundProgram(ff, c);
        ConsequenceOp imcons = new ConsequenceOp(gp);
    FaspInterpretation model = imcons.computeLFP("");
        System.out.println(model.getSIM());
    }
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//                ArrayList<FaspFuzzyExpression> list_MEAN_recurs = new ArrayList<FaspFuzzyExpression>();
//                list_MEAN_recurs.add(litt_wsum_U); list_MEAN_recurs.add(litt_wsum_R);
//                rules.add(new GroundRegularRule(litt_MEAN_recurs,list_MEAN_recurs, new WSUM()));
//            }
//        }
        return new GroundProgram(rules);

    }
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            FileOutputStream fos5 = null;
            ObjectOutputStream out5 = null;
            FileOutputStream fos6 = null;
            ObjectOutputStream out6 = null;
            try{
                GroundProgram gp1 = sb.makeGroundProgram(ff, new WSUM(), new TW(), new FPROD());
                fos1 = new FileOutputStream("gp1"+ff.getMain()+"_"+ff.getResources().size()+".ser");
                out1 = new ObjectOutputStream(fos1);
                out1.writeObject(gp1);
                out1.close();
                r.gc();
                GroundProgram gp2 = sb.makeGroundProgram(ff, new MULTIMIN(), new TW(), new FPROD());
                fos2 = new FileOutputStream("gp2"+ff.getMain()+"_"+ff.getResources().size()+".ser");
                out2 = new ObjectOutputStream(fos2);
                out2.writeObject(gp2);
                out2.close();
                r.gc();
                GroundProgram gp3 = sb.makeGroundProgram(ff, new WSUM(), new FPROD(), new TW());
                fos3 = new FileOutputStream("gp3"+ff.getMain()+"_"+ff.getResources().size()+".ser");
                out3 = new ObjectOutputStream(fos3);
                out3.writeObject(gp3);
                out3.close();
                r.gc();
                GroundProgram gp4 = sb.makeGroundProgram(ff, new MULTIMIN(), new FPROD(), new TW());
                fos4 = new FileOutputStream("gp4"+ff.getMain()+"_"+ff.getResources().size()+".ser");
                out4 = new ObjectOutputStream(fos4);
                out4.writeObject(gp4);
                out4.close();
                r.gc();
                GroundProgram gp5 = sb.makeGroundProgram(ff, new MULTIMIN(), new TW(), new TW());
                fos5 = new FileOutputStream("gp5"+ff.getMain()+"_"+ff.getResources().size()+".ser");
                out5 = new ObjectOutputStream(fos5);
                out5.writeObject(gp5);
                out5.close();
                r.gc();
                GroundProgram gp6 = sb.makeGroundProgram(ff, new MULTIMIN(), new FPROD(), new FPROD());
                fos6 = new FileOutputStream("gp6"+ff.getMain()+"_"+ff.getResources().size()+".ser");
                out6 = new ObjectOutputStream(fos6);
                out6.writeObject(gp6);
                out6.close();
            }catch(IOException ex){
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//                model = imcons.computeLFP("gp"+i+"592dc5a5ef7cfa25c5dec4df075fc503_21");
//            }
            for(int i=3; i<=3; i++){
                fis = new FileInputStream("gp"+i+"689e39f0ab40984812421ef3a462cfd4_21.ser");
                in = new ObjectInputStream(fis);
                GroundProgram gp = (GroundProgram)in.readObject();
                imcons = new ConsequenceOp(gp);

//                model = imcons.computeLFP("gp"+i+"689e39f0ab40984812421ef3a462cfd4_21");
            }
            in.close();
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Related Classes of fasp.datatypes.GroundProgram

  • expressions.FuzzyBinaryExpression
  • expressions.FuzzyConstantExpression
  • expressions.FuzzyExpression
  • expressions.FuzzyMultiExpression
  • expressions.FuzzyVariableExpression
  • fuzzysat.FuzzyClause
  • fuzzysat.FuzzyLiteral
  • operators.IW
  • operators.SM
  • operators.TM
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