sky.monome.frame
Class PictureFrame

java.lang.Object

  sky.monome.frame.DefaultFrame

      sky.monome.frame.PictureFrame

All Implemented Interfaces:

Frame, SizedFrame

public class PictureFrame
extends DefaultFrame

Frame that displays a RenderedImage. This frame takes dimensions of the specified image.

Author:

PJ Skyman

Field Summary

Fields inherited from class sky.monome.frame.DefaultFrame

height, matrix, width

Constructor Summary

PictureFrame(java.awt.image.RenderedImage renderedImage, boolean negative)
Constructs a picture frame with the specified picture and the specified negative flag.

PictureFrame(java.awt.image.RenderedImage renderedImage, boolean negative, PictureAnalyzer pictureAnalyzer)
Constructs a picture frame with the specified picture, the specified negative flag and the specified picture analyzer.

Method Summary

Methods inherited from class sky.monome.frame.DefaultFrame

clear, clear, get, getHeight, getWidth, set

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

PictureFrame

public PictureFrame(java.awt.image.RenderedImage renderedImage,

                    boolean negative)

Constructs a picture frame with the specified picture and the specified negative flag. The default MidGreyAnalyzer is used to convert the picture into a matrix of led states.

Parameters:

renderedImage - Picture to display in this picture frame.

negative - Flag that indicates if this picture frame must invert all led states.

PictureFrame

public PictureFrame(java.awt.image.RenderedImage renderedImage,

                    boolean negative,

                    PictureAnalyzer pictureAnalyzer)

Constructs a picture frame with the specified picture, the specified negative flag and the specified picture analyzer.

Parameters:

renderedImage - Picture to display in this picture frame.

negative - Flag that indicates if this picture frame must invert all led states.

pictureAnalyzer - Picture analyzer to use to convert the picture into a matrix of led states.