decoder
Class Synthesis

java.lang.Object
  decoder.Synthesis

public class Synthesis
extends java.lang.Object

Synthesis provides the methods to apply temporal synthesis, 2 dimensional inverse wavelet and single dimensional inverse wave decomposition/ synthesis

Author:

shankar

Constructor Summary

Synthesis()
Constructs an empty Synthesis

Method Summary

double[][][]	inverseWavelet2D(double[][][] waveletFrame, int imageWidth, int imageHeight, int numberOfFrames, int spatialLevel) Applies the 2 dimensional inverse wavelet decomposition to the wavelet Frames
double[][][]	temporalSynthesis(double[][][] temporalFrames, int imageWidth, int imageHeight, int numberOfFrames, int temporalLevel) temporaSynthesis is applied to the temporal frames

Methods inherited from class java.lang.Object

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

Constructor Detail

Synthesis

public Synthesis()

Constructs an empty Synthesis

Method Detail

temporalSynthesis

public double[][][] temporalSynthesis(double[][][] temporalFrames,
                                      int imageWidth,
                                      int imageHeight,
                                      int numberOfFrames,
                                      int temporalLevel)

temporaSynthesis is applied to the temporal frames

Parameters:

temporalFrames - input source frames

imageWidth - width of the frame

imageHeight - height of the frame

numberOfFrames - represents total number of the frames

temporalLevel - temporal level to be applied on the frames

Returns:

outputFrames

inverseWavelet2D

public double[][][] inverseWavelet2D(double[][][] waveletFrame,
                                     int imageWidth,
                                     int imageHeight,
                                     int numberOfFrames,
                                     int spatialLevel)

Applies the 2 dimensional inverse wavelet decomposition to the wavelet Frames

Parameters:

waveletFrame - 3 dimensional input array

imageWidth - width of the frame

imageHeight - height of the frame

numberOfFrames - represents the total number of frames

spatialLevel - to be applied to the wavelet frames

Returns:

dctFrame a 3 dimensional array