Package edu.gmu.seor.prognos.unbbayesplugin.cps.Jama

Examples of edu.gmu.seor.prognos.unbbayesplugin.cps.Jama.Matrix.det()

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        // G component
        double d = 0;
        k11 = new Matrix(getK11(ghkPot.getKValue(i).getkMatrix(),ghkPot));
        h1 = new Matrix(getH1(ghkPot.getHValue(i).gethMatrix(), ghkPot));
        double logValue = k11.det() > 0 ? Math.log(k11.det()):k11.det();
        System.out.println("Calculated values are "+ghkPot.getGValue(i)+" and "+ (0.5* (y1.size() * Math.log(2 * Math.PI)- logValue + (h1.transpose().times(matInverse(k11)).times(h1)).det())));
        d = ghkPot.getGValue(i)
            + 0.5
            * (y1.size() * Math.log(2 * Math.PI)
                - logValue + (h1.transpose().times(matInverse(k11)).times(h1)).det());
View Full Code Here
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        // G component
        double d = 0;
        k11 = new Matrix(getK11(ghkPot.getKValue(i).getkMatrix(),ghkPot));
        h1 = new Matrix(getH1(ghkPot.getHValue(i).gethMatrix(), ghkPot));
        double logValue = k11.det() > 0 ? Math.log(k11.det()):k11.det();
        System.out.println("Calculated values are "+ghkPot.getGValue(i)+" and "+ (0.5* (y1.size() * Math.log(2 * Math.PI)- logValue + (h1.transpose().times(matInverse(k11)).times(h1)).det())));
        d = ghkPot.getGValue(i)
            + 0.5
            * (y1.size() * Math.log(2 * Math.PI)
                - logValue + (h1.transpose().times(matInverse(k11)).times(h1)).det());
View Full Code Here
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        // G component
        double d = 0;
        k11 = new Matrix(getK11(ghkPot.getKValue(i).getkMatrix(),ghkPot));
        h1 = new Matrix(getH1(ghkPot.getHValue(i).gethMatrix(), ghkPot));
        double logValue = k11.det() > 0 ? Math.log(k11.det()):k11.det();
        System.out.println("Calculated values are "+ghkPot.getGValue(i)+" and "+ (0.5* (y1.size() * Math.log(2 * Math.PI)- logValue + (h1.transpose().times(matInverse(k11)).times(h1)).det())));
        d = ghkPot.getGValue(i)
            + 0.5
            * (y1.size() * Math.log(2 * Math.PI)
                - logValue + (h1.transpose().times(matInverse(k11)).times(h1)).det());
View Full Code Here
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        // G component
        double d = 0;
        k11 = new Matrix(getK11(ghk.getK().getkMatrix(),ghkPot));
        h1 = new Matrix(getH1(ghk.getH().gethMatrix(), ghkPot));
        double logValue = 0.0;
        if(k11.det() == 0 ){
    //      System.out.println(result.getCDomain2List() );
          System.out.println(" --- K11 is zero !" );
          d = ghk.getG();
          ghk.setG(d);
          k22 = new Matrix(getK22(ghk.getK().getkMatrix(),ghkPot));         
View Full Code Here
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          result.setGhkPot(ghk);
          result.setContinuousNodeList(y2);
          System.out.println("continuous marg result is");
          printGHK(result);
         
        }else   if( k11.det() > 0 ){
          logValue = Math.log(k11.det());
        
          d = ghk.getG()
              + 0.5
              * (y1.size() * Math.log(2 * Math.PI)
 
View Full Code Here
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          result.setContinuousNodeList(y2);
          System.out.println("continuous marg result is");
          printGHK(result);
         
        }else   if( k11.det() > 0 ){
          logValue = Math.log(k11.det());
        
          d = ghk.getG()
              + 0.5
              * (y1.size() * Math.log(2 * Math.PI)
                  - logValue + (h1.transpose().times(
View Full Code Here
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        // G component
        double d = 0;
        k11 = new Matrix(getK11(ghkPot.getKValue(i).getkMatrix(),ghkPot));
        h1 = new Matrix(getH1(ghkPot.getHValue(i).gethMatrix(), ghkPot));
        double logValue = k11.det() > 0 ? Math.log(k11.det()):k11.det();
        System.out.println("Calculated values are "+ghkPot.getGValue(i)+" and "+ (0.5* (y1.size() * Math.log(2 * Math.PI)- logValue + (h1.transpose().times(matInverse(k11)).times(h1)).det())));
        d = ghkPot.getGValue(i)
            + 0.5
            * (y1.size() * Math.log(2 * Math.PI)
                - logValue + (h1.transpose().times(matInverse(k11)).times(h1)).det());
View Full Code Here
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        // G component
        double d = 0;
        k11 = new Matrix(getK11(ghkPot.getKValue(i).getkMatrix(),ghkPot));
        h1 = new Matrix(getH1(ghkPot.getHValue(i).gethMatrix(), ghkPot));
        double logValue = k11.det() > 0 ? Math.log(k11.det()):k11.det();
        System.out.println("Calculated values are "+ghkPot.getGValue(i)+" and "+ (0.5* (y1.size() * Math.log(2 * Math.PI)- logValue + (h1.transpose().times(matInverse(k11)).times(h1)).det())));
        d = ghkPot.getGValue(i)
            + 0.5
            * (y1.size() * Math.log(2 * Math.PI)
                - logValue + (h1.transpose().times(matInverse(k11)).times(h1)).det());
View Full Code Here
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        // G component
        double d = 0;
        k11 = new Matrix(getK11(ghkPot.getKValue(i).getkMatrix(),ghkPot));
        h1 = new Matrix(getH1(ghkPot.getHValue(i).gethMatrix(), ghkPot));
        double logValue = k11.det() > 0 ? Math.log(k11.det()):k11.det();
        System.out.println("Calculated values are "+ghkPot.getGValue(i)+" and "+ (0.5* (y1.size() * Math.log(2 * Math.PI)- logValue + (h1.transpose().times(matInverse(k11)).times(h1)).det())));
        d = ghkPot.getGValue(i)
            + 0.5
            * (y1.size() * Math.log(2 * Math.PI)
                - logValue + (h1.transpose().times(matInverse(k11)).times(h1)).det());
View Full Code Here
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        // G component
        double d = 0;
        k11 = new Matrix(getK11(ghkPot.getKValue(i).getkMatrix(),ghkPot));
        h1 = new Matrix(getH1(ghkPot.getHValue(i).gethMatrix(), ghkPot));
        double logValue = k11.det() > 0 ? Math.log(k11.det()):k11.det();
        System.out.println("Calculated values are "+ghkPot.getGValue(i)+" and "+ (0.5* (y1.size() * Math.log(2 * Math.PI)- logValue + (h1.transpose().times(matInverse(k11)).times(h1)).det())));
        d = ghkPot.getGValue(i)
            + 0.5
            * (y1.size() * Math.log(2 * Math.PI)
                - logValue + (h1.transpose().times(matInverse(k11)).times(h1)).det());
View Full Code Here
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