Examples of Universe

barsuift.simLife.universe.Universe
ca.nengo.ui.lib.world.piccolo.primitives.Universe
Holder of worlds @author Shu Wu
com.heatonresearch.aifh.examples.ca.mergelife.universe.Universe
com.wakaleo.gameoflife.domain.Universe
A universe is a succession of grids over time. Each new grid is generated from the previous one using the rules of the Game Of Life.
etherstrategy.simulation.Universe
Universe is the root of the tree that stores the persistent simulation data. It doesn't necessarily contain the definition for our own Universe, or even for a universe of comparable size, although given enough storage space, abstract representations of such universes should still be representable with a Universe object. However, more realistically Universe will be used to store a subset of such a Universe, at an extreme most a few galaxies, maybe as little as a dozen star systems. As such, it represents the Universe for the simulation: i.e. all the data that the simulation engine has to work with. @see UniverseElement @author Wayne Witzke
jsynoptic.plugins.java3d.Universe
kodkod.instance.Universe

Represents an ordered set of unique atoms. Objects used as atoms must properly implement {@link java.lang.Object#equals equals} and {@link java.lang.Object#hashCode hashCode}methods. The behavior of a universe is not specified if the value of an object is changed in a manner that affects equals comparisons while the object is an atom in the universe.

Each universe provides a {@link kodkod.instance.TupleFactory tuple factory}to facilitate creation of {@link kodkod.instance.Tuple tuples} and {@link kodkod.instance.TupleSet sets of tuples} based on the atoms in the universe.
Implementation Note: although the atoms in a universe are not interpreted in any way by the Kodkod engine, it is strongly recommended that the atoms of the same 'type' be grouped together. For instance, suppose that a client model is specified in terms of disjoint types Person={Person0, Person1, Person2} and Dog={Dog0, Dog1}. Then, the client may observe an improvement in performance if he constructs the universe over the sequences {Person0, Person1, Person2, Dog0, Dog1} or {Dog0, Dog1, Person0, Person1, Person2} rather than any other permutation of these five atoms. @specfield size: int @specfield atoms: [0..size)->one Object @specfield factory: TupleFactory @invariant factory = (TupleFactory<:universe).this @invariant size> 0 @author Emina Torlak
org.encog.ca.universe.Universe

Examples of etherstrategy.simulation.Universe

     * @throws Exception
     */
    @Test
    public void compareBlankUniverses() throws Exception
    {
        Universe testUniverse2 = new Universe();


        assertTrue(
                "Two universes created with a default constructor should be identical, but are not",
                testUniverse.similar( testUniverse2 ) );
    }

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Examples of etherstrategy.simulation.Universe

     * methods are functioning properly.
     */
    @Test
    public void addTestElementsToUniverse() throws Exception
    {
        Universe testUniverse2 = new Universe();
        TestUElement testElement = new TestUElement();


        testUniverse.add( testElement );


        assertFalse(

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Examples of jsynoptic.plugins.java3d.Universe

    @Override
    public void select(Collection<Node> nodes) {
        clearSelection();
        for(Node n : nodes){
            ArrayList<SceneGraphObject> sgos=new ArrayList<SceneGraphObject>();
            Universe u = Universe.getGraphPath(n, null,
                    sgos);
            TreePath tp=expand(sgos, u);
            addSelectionPath(tp);
        }

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Examples of jsynoptic.plugins.java3d.Universe

        @Override
        public void actionPerformed(ActionEvent e) {
            ArrayList<SceneGraphObject> sgos = new ArrayList<SceneGraphObject>();
            GraphObjectReference gn = (GraphObjectReference) getNode()
                    .getGraphObject();
            Universe u = Universe.getGraphPath(gn.getNode(), gn.getObject(),
                    sgos);
            if(u!=null){
                getNode().getTree().expand(sgos, u);
            }
            else{

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Examples of jsynoptic.plugins.java3d.Universe

    }


    // required for dynamic node creation
    public UniverseNode(Tree tree, Object graphObject, boolean getChildren) {
        super(tree, graphObject, getChildren);
        Universe pu = (Universe) getGraphObject();
        pu.addListner(this);
    }

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Examples of jsynoptic.plugins.java3d.Universe

        return ((Universe)getGraphObject()).getName();
    }
    
    @Override
    protected void getSceneGraphChildren(ArrayList<Object> list) {
        Universe pu = (Universe) getGraphObject();
        list.addAll(pu.getCanvas());
        list.addAll(pu.getSceneGraphs());
    }

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Examples of kodkod.instance.Universe

        if (bitwidth < 1)   throw new ErrorSyntax("Cannot specify a bitwidth less than 1");
        if (bitwidth > 30)  throw new ErrorSyntax("Cannot specify a bitwidth greater than 30");
        if (maxseq < 0)     throw new ErrorSyntax("The maximum sequence length cannot be negative.");
        if (maxseq > max()) throw new ErrorSyntax("With integer bitwidth of "+bitwidth+", you cannot have sequence length longer than "+max());
        kAtoms = ConstList.make(atoms);
        bounds = new Bounds(new Universe(kAtoms));
        factory = bounds.universe().factory();
        TupleSet sigintBounds = factory.noneOf(1);
        TupleSet seqidxBounds = factory.noneOf(1);
        TupleSet stringBounds = factory.noneOf(1);
        final TupleSet next = factory.noneOf(2);

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Examples of kodkod.instance.Universe

        this.sc = sc;
        this.factory = sol.getFactory();
        this.rep = rep;
        this.sol = sol;
        // Figure out the sig bounds
        final Universe universe = factory.universe();
        final int atomN = universe.size();
        final List<Tuple> atoms = new ArrayList<Tuple>(atomN);
        for(int i=atomN-1; i>=0; i--) atoms.add(factory.tuple(universe.atom(i)));
        for(Sig s:sigs) if (!s.builtin && s.isTopLevel()) computeLowerBound(atoms, (PrimSig)s);
        for(Sig s:sigs) if (!s.builtin && s.isTopLevel()) computeUpperBound((PrimSig)s);
        // Bound the sigs
        for(Sig s:sigs) if (!s.builtin && s.isTopLevel()) allocatePrimSig((PrimSig)s);
        for(Sig s:sigs) if (s instanceof SubsetSig) allocateSubsetSig((SubsetSig)s);

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Examples of org.encog.ca.universe.Universe


  }


  public static void load(File f, CARunner runner) {
    try {
      Universe universe = (Universe)EncogDirectoryPersistence.loadObject(
          new File(FileUtil.forceExtension(f.toString(), "eg")));
      CAProgram physics = (CAProgram)SerializeObject.load(
          new File(FileUtil.forceExtension(f.toString(), "bin")));
      physics.setSourceUniverse(universe);
      runner.init(universe,physics);

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