Uses of Class
javaFlacEncoder.EncodedElement

Uses of EncodedElement in javaFlacEncoder

Subclasses of EncodedElement in javaFlacEncoder

class

EncodedElement_32 EncodedElement which uses an integer array as a backing, rather than the byte array.

Methods in javaFlacEncoder that return EncodedElement

EncodedElement	EncodedElement.addInt(int input, int bitCount) Add a number of bits from an int to the end of this list's data.
EncodedElement	EncodedElement_32.addInt(int input, int bitCount) Add a number of bits from an int to the end of this list's data.
EncodedElement	EncodedElement.addLong(long input, int bitCount) Add a number of bits from a long to the end of this list's data.
EncodedElement	EncodedElement_32.convertToEncodedElement()
EncodedElement	FrameHeader.createHeader(boolean fixBlock, int blockSize, int sampleRate, EncodingConfiguration.ChannelConfig channelAssign, int sampleSize, long frameNumber, int channelCount, EncodedElement result) Create the header for a frame with the given parameters.
EncodedElement	Subframe_Fixed.getData() Get the data from the last encode attempt.
EncodedElement	Subframe_LPC.getData() Get the data from the last encode attempt.
protected static EncodedElement	EncodedElement.getEnd_S(EncodedElement e) Return the last element of the list given.
EncodedElement	EncodedElement.getEnd() Return the last element of the list given.
static EncodedElement	FLACStreamIdentifier.getIdentifier() Get an EncodedElement containing the marker(which is itself in a byte array).
static EncodedElement	MetadataBlockHeader.getMetadataBlockHeader(boolean lastBlock, MetadataBlockHeader.MetadataBlockType type, int length) Create a meta-data block header of the given type, and return the result in a new EncodedElement(so data is ready to be placed directly in FLAC stream)
static EncodedElement	MetadataBlockStreamInfo.getStreamInfo(StreamConfiguration sc, int minFrameSize, int maxFrameSize, long samplesInStream, byte[] md5Hash) Create a FLAC StreamInfo metadata block with the given parameters.
EncodedElement	EncodedElement.packInt(int[] inputArray, int bitSize, int start, int skip, int countA) Append an equal number of bits from each int in an array within given limits to the end of this list.
EncodedElement	EncodedElement.packIntByBits(int[] inputA, int[] inputBits, int inputOffset, int countA) Pack a number of bits from each int of an array(within given limits)to the end of this list.
EncodedElement	EncodedElement_32.packIntByBits(int[] inputA, int[] inputBits, int inputOffset, int countA) Pack a number of bits from each int of an array(within given limits)to the end of this list.

Methods in javaFlacEncoder with parameters of type EncodedElement

boolean	EncodedElement.attachEnd(EncodedElement e) Attach an element to the end of this list.
static int	RiceEncoder.beginResidual(boolean useFiveBitParam, byte order, EncodedElement ele) Create the residual headers for a FLAC stream.
EncodedElement	FrameHeader.createHeader(boolean fixBlock, int blockSize, int sampleRate, EncodingConfiguration.ChannelConfig channelAssign, int sampleSize, long frameNumber, int channelCount, EncodedElement result) Create the header for a frame with the given parameters.
int	RiceEncoder.encodeRicePartition(int[] values, int inputOffset, int inputStep, int inputCount, EncodedElement destEle, int bitParam, boolean fiveBitParam) Rice-encode a set of values, adding necessary headers for FLAC format.
static int	RiceEncoder.encodeRicePartitionEscaped(int[] values, int inputOffset, int inputStep, int inputCount, EncodedElement destEle, int bitParam, boolean fiveBitParam)
int	Frame.encodeSamples_OLD(int[] samples, int count, int start, int skip, EncodedElement result, long frameNumber) Encodes samples into the appropriate compressed format, saving the result in the given “data” EncodedElement list.
abstract int	Subframe.encodeSamples(int[] samples, int count, int start, int skip, EncodedElement data, int offset, int bitsPerSample) Encodes samples into the appropriate compressed format, saving the result in the given “data” EncodedElement list.
int	Subframe_Constant.encodeSamples(int[] samples, int count, int start, int skip, EncodedElement data, int offset, int bitsPerSample)
int	Subframe_Fixed.encodeSamples(int[] samples, int count, int start, int skip, EncodedElement dataEle, int offset, int unencSampleSize)
int	Subframe_LPC.encodeSamples(int[] samples, int count, int start, int skip, EncodedElement dataEle, int offset, int unencSampleSize)
int	Subframe_Verbatim.encodeSamples(int[] samples, int count, int start, int skip, EncodedElement data, int offset, int bitsPerSample)
int	Frame.encodeSamples(int[] samples, int count, int start, int skip, EncodedElement result, long frameNumber) Encodes samples into the appropriate compressed format, saving the result in the given “data” EncodedElement list.
protected static EncodedElement	EncodedElement.getEnd_S(EncodedElement e) Return the last element of the list given.
void	BlockEncodeRequest.setAll(int[] samples, int count, int start, int skip, long frameNumber, EncodedElement result) Set all values, preparing this object to be sent to an encoder.