Examples of stallone.api.ints.IIntArray

stallone.api.ints.IIntArray
TODO: change this copy paste documentation This is a joint interface for all primitive double containers with a fixed order of elements, e.g. arrays, tables, lists. In principle real-valued tensors can also be handled by this object, although we currently provide no method to directly access more than two indexes in order to keep the interface small. Single-index based access should work on higher-order tensors as well. All IDoubleArray's have a sequence in which individual elements can be iterated. The implementing object defines this sequence. Index-based methods such as get(i), set(i, x), and the iterator operate based on this sequence. This interface is the standard way of exchanging real-valued double containers, in order to make all Classes operating with such objects compatible. This option was chosen in order to prefer flexibility and ease-to-use over strict type specificity Methods operating with double containers may return more specific objects, but should accept IDoubleArray (or IComplexArray, see below) as parameters If you want to operate with complex numbers, check out IComplexArray @author noe


    @Override
    public IIntArray load()
    {
        int size = size();
        IIntArray res = Ints.create.array(size);
        for (int i=0; i<size; i++)
            res.set(i, get(i));
        return res;
    }

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        ArrayList<IIntArray> leaves = cmd.mc.getLeafIndexes();
        PrintStream[] out = new PrintStream[leaves.size()];
        for (int i=0; i<out.length; i++)
        {
            out[i] = new PrintStream(cmd.outPrefix+"_cluster-"+(i+1)+".dat");
            IIntArray leaf = leaves.get(i);
            System.out.println("leaf size = "+leaf.size());
            for (int j=0; j<leaf.size(); j++)
            {
                IDoubleArray data = cmd.data.getSequence(0).get(leaf.get(j));
                out[i].println(data.get(0));
            }
            out[i].close();
        }

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    {
        if (!(o instanceof IIntArray))
        {
            return (false);
        }
        IIntArray oo = (IIntArray) o;
        for (int i = 0; i < oo.size(); i++)
        {
            if (oo.get(i) != this.get(i))
            {
                return (false);
            }
        }
        return (true);

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        // rearrange lifetimes by states
        int nstatesAfterSplit = nstates;
        for (int i = 0; i < nstates; i++)
        {
            IIntArray I = ints.findAll(states, i);


            exitTimeIndexesByState[i] = I.getArray();


            exitTimesByState[i] = doubles.subToNew(exitTimes, I).getArray();


            // if there is more than one event, try splitting
            if (exitTimesByState[i].length > 1)

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    @Override
    public IIntArray getNeighborIndexes(int index)
    {
        IIntArray neighborMultiIndexes = getNeighborMultiIndexes(getMultiIndex(index));
        preNeighborIndexes.setView(0, neighborMultiIndexes.rows());
        for (int i=0; i<neighborMultiIndexes.rows(); i++)
            preNeighborIndexes.set(i, getIndex(neighborMultiIndexes.getRow(i)));
        return(preNeighborIndexes);
    }

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            intArrays.print(ptr[t]," ");
            System.out.println();
            */
        }
        //System.exit(0);
        IIntArray path = intsNew.array(ntime);
        path.set(ntime-1, doubleArrays.maxIndex(T1[ntime-1]));
        for (int t=ntime-2; t>=0; t--)
        {
            path.set(t, ptr[t+1][path.get(t+1)]);
        }


        return path;
    }

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    }


    @Override
    public IDataSequence getNeighbors(int index)
    {
        IIntArray neighborMultiIndexes = getNeighborMultiIndexes(getMultiIndex(index));
        preNeighbors.setSize(neighborMultiIndexes.size());
        for (int i=0; i<preNeighbors.size(); i++)
            preNeighbors.set(i, getPoint(neighborMultiIndexes.get(i)));
        return(preNeighbors);
    }

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        // define leaves
        int nClusters = _clusterMethodFull.getNumberOfClusters();
        for (int i=0; i<nClusters; i++)
        {
            IDoubleArray leafCenter = centers.get(i);
            IIntArray leafIndexes = ints.findAll(micro2macro, i);
            leaves.add(new Leaf(leafCenter, leafIndexes));
        }
    }

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        //System.out.println("Reassignment table: "+IntArrays.toString(reassign));


        // assignment 
        IDiscretization assignment = this.clusterMethodLeaves.getClusterAssignment();
        IDataSequence centers = this.clusterMethodLeaves.getClusterCenters();
        IIntArray micro2macroLeaf = cluster.discretize(subset, assignment);
        // update global assignment
        for (int i=0; i<leaf.indexes.size(); i++)
        {
            int globalIndex = leaf.indexes.get(i);
            int newClusterIndex = reassign[micro2macroLeaf.get(i)];
            micro2macro.set(globalIndex, newClusterIndex);
        }
        // create new leaves
        IIntArray[] newLeaveIndexes = new IIntArray[nPieces];
        for (int i=0; i<nPieces; i++)

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    }
    
    public boolean split(IIntArray leafIndexes)
    {
        boolean couldsplit = false;
        IIntArray I = ints.sortedIndexes(leafIndexes);
        for (int i=I.size()-1; i>=0; i--)
        {
            int splitIndex = leafIndexes.get(I.get(i));
            if (split(splitIndex))
                couldsplit = true;
        }
        return couldsplit;
    }

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