Examples of edu.cmu.cs.stage3.image.codec.SeekableStream

edu.cmu.cs.stage3.alice.core.Transformable
An abstract subclass of java.io.InputStream that allows seeking within the input, similar to the RandomAccessFile class. Additionally, the DataInput interface is supported and extended to include support for little-endian representations of fundamental data types.
In addition to the familiar methods from InputStream, the methods getFilePointer(), seek(), are defined as in the RandomAccessFile class. The canSeekBackwards() method will return true if it is permissible to seek to a position earlier in the stream than the current value of getFilePointer(). Some subclasses of SeekableStream guarantee the ability to seek backwards while others may not offer this feature in the interest of providing greater efficiency for those users who do not require it.
The DataInput interface is supported as well. This included the skipBytes() and readFully() methods and a variety of read methods for various data types.
A number of concrete subclasses of SeekableStream are supplied in the com.sun.media.jai.codec package.
Three classes are provided for the purpose of adapting a standard InputStream to the SeekableStream interface. ForwardSeekableStream does not allows seeking backwards, but is inexpensive to use. FileCacheSeekableStream maintains a copy of all of the data read from the input in a temporary file; this file will be discarded automatically when the FileSeekableStream is finalized, or when the JVM exits normally. FileCacheSeekableStream is intended to be reasonably efficient apart from the unavoidable use of disk space. In circumstances where the creation of a temporary file is not possible, MemoryCacheSeekableStream may be used. MemoryCacheSeekableStream creates a potentially large in-memory buffer to store the stream data and so should be avoided when possible.
The FileSeekableStream class wraps a File or RandomAccessFile. It forwards requests to the real underlying file. It performs a limited amount of caching in order to avoid excessive I/O costs.
The SegmentedSeekableStream class performs a different sort of function. It creates a SeekableStream from another SeekableStream by selecting a series of portions or "segments". Each segment starts at a specified location within the source SeekableStream and extends for a specified number of bytes. The StreamSegmentMapper interface and StreamSegment class may be used to compute the segment positions dynamically.
A convenience methods, wrapInputStream is provided to construct a suitable SeekableStream instance whose data is supplied by a given InputStream. The caller, by means of the canSeekBackwards parameter, determines whether support for seeking backwards is required. @see java.io.DataInput @see java.io.InputStream @see java.io.RandomAccessFile @see ByteArraySeekableStream @see FileCacheSeekableStream @see FileSeekableStream @see ForwardSeekableStream @see MemoryCacheSeekableStream @see SegmentedSeekableStream @see StreamSegment @see StreamSegmentMapper
This class is not a committed part of the JAI API. It may be removed or changed in future releases of JAI.

    public Object getValue() {
        UserDefinedQuestion userDefinedQuestionValue = userDefinedQuestion.getUserDefinedQuestionValue();
        Behavior currentBehavior = null;
        World world = getWorld();
        if( world != null ) {
            Sandbox sandbox = world.getCurrentSandbox();
            if( sandbox!=null ) {
                currentBehavior = sandbox.getCurrentBehavior();
            } else {
                //System.err.println( "current sandbox is null" );
            }
        } else {
            //System.err.println( "world is null" );

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public abstract class SetNumberQuestion extends edu.cmu.cs.stage3.alice.core.question.NumberQuestion {
  public final SetProperty set = new SetProperty( this, "set", null );
  //protected abstract double getValue( Set set );
  protected abstract int getValue( Set set );
  public Object getValue() {
    Set setValue = set.getSetValue();
    if( setValue!=null ) {
            return new Integer( getValue( setValue ) );
    } else {
      return null;
    }

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public abstract class SetBooleanQuestion extends edu.cmu.cs.stage3.alice.core.question.BooleanQuestion {
  public final SetProperty set = new SetProperty( this, "set", null );
  protected abstract boolean getValue( Set set );
  public Object getValue() {
    Set setValue = set.getSetValue();
    if( setValue!=null ) {
            if( getValue( setValue ) ) {
                return Boolean.TRUE;
            } else {
                return Boolean.FALSE;

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public abstract class StackNumberQuestion extends edu.cmu.cs.stage3.alice.core.question.NumberQuestion {
  public final StackProperty stack = new StackProperty( this, "stack", null );
  //protected abstract double getValue( Stack stack );
  protected abstract int getValue( Stack stack );
  public Object getValue() {
    Stack stackValue = stack.getStackValue();
    if( stackValue!=null ) {
            return new Integer( getValue( stackValue ) );
    } else {
      return null;
    }

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  protected abstract Object getValue( Stack stack );
    public Class getValueClass() {
        return stack.getStackValue().valueClass.getClassValue();
    }
  public Object getValue() {
    Stack stackValue = stack.getStackValue();
    if( stackValue!=null ) {
            return getValue( stackValue );
    } else {
      return null;
    }

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public abstract class StackBooleanQuestion extends edu.cmu.cs.stage3.alice.core.question.BooleanQuestion {
  public final StackProperty stack = new StackProperty( this, "stack", null );
  protected abstract boolean getValue( Stack stack );
  public Object getValue() {
    Stack stackValue = stack.getStackValue();
    if( stackValue!=null ) {
            if( getValue( stackValue ) ) {
                return Boolean.TRUE;
            } else {
                return Boolean.FALSE;

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        // look


        subject.getTransformableValue().turnRightNow(Direction.FORWARD,turning.x*dt);




        Transformable t = new Transformable();
        t.setPositionRightNow(subject.getTransformableValue().getPosition());
        t.setOrientationRightNow(subject.getTransformableValue().vehicle.getReferenceFrameValue().getOrientationAsQuaternion());


        subject.getTransformableValue().turnRightNow(Direction.RIGHT,turning.y*dt,t);


        // move

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    long dt = mouseEvent.getWhen() - m_pressedEvent.getWhen();
    if( dt < m_clickTimeThreshold ) {
      if( dx*dx + dy*dy < m_clickDistanceThresholdSquared ) {
        if( isEnabled.booleanValue() ) {
          if( checkModifierMask( mouseEvent ) ) {
            Transformable onWhatValue = onWhat.getTransformableValue();
            boolean success;
            if( onWhatValue!=null ) {
              edu.cmu.cs.stage3.alice.scenegraph.renderer.PickInfo pickInfo = RenderTarget.pick( mouseEvent );
              if( pickInfo.getCount()>0 ) {
                Model model = (Model)( pickInfo.getVisualAt( 0 ).getBonus() );
                success = onWhatValue == model || onWhatValue.isAncestorOf( model );
              } else {
                success = false;
              }
            } else {
              success = true;

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public abstract class SubjectObjectQuestion extends SubjectQuestion {
  public final TransformableProperty object = new TransformableProperty( this, "object", null );
  protected abstract Object getValue( Transformable subjectValue, Transformable objectValue );
  protected Object getValue( Transformable subjectValue ) {
    Transformable objectValue = object.getTransformableValue();
    return getValue( subjectValue, objectValue );
  }

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  public final TransformableProperty owner = new TransformableProperty( this, "owner", null );
    public final StringProperty variableName = new StringProperty( this, "variableName", "" );
    public final ClassProperty valueClass = new ClassProperty( this, "valueClass", null );
  public final BooleanProperty ignoreCase = new BooleanProperty( this, "ignoreCase", Boolean.TRUE );
  public Object getValue() {
    Transformable ownerValue = owner.getTransformableValue();
    String nameValue = variableName.getStringValue();
        if( ownerValue != null ) {
            for( int i=0; i<ownerValue.variables.size(); i++ ) {
                Variable variableI = (Variable)ownerValue.variables.get( i );
                if( variableI != null ) {

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