LameInternalFlags

java.lang.Object
- de.sciss.jump3r.mp3.LameInternalFlags

public class LameInternalFlags
extends java.lang.Object

Nested Class Summary

Nested Classes
Modifier and Type Class and Description

static class LameInternalFlags.Header

Nested Classes
Modifier and Type	Class and Description
`static class`	`LameInternalFlags.Header`

Field Summary

Fields
Modifier and Type	Field and Description
`float[]`	`amp_filter`
`int`	`ancillary_flag`
`ATH`	`ATH` all ATH related stuff
`int`	`AudiophileGain`
`int[][]`	`bitrate_blockType_Hist` norm/start/short/stop/mixed(short)/sum
`int`	`bitrate_index`
`int[][]`	`bitrate_stereoMode_Hist`
`float[][]`	`blackfilt`
`int[]`	`blocktype_old` block type
`int[]`	`bm_l`
`int[]`	`bm_s`
`int[]`	`bo_l`
`int[]`	`bo_s`
`static int`	`BPC`
`int[]`	`bv_scf`
`int`	`channels_in` number of channels in the input data stream (PCM or decoded PCM)
`int`	`channels_out` number of channels in the output data stream (not used for decoding)
`long`	`Class_ID` Some remarks to the Class_ID field: The Class ID is an Identifier for a pointer to this struct.
`int[]`	`CurrentStep`
`float`	`decay`
`boolean`	`decode_on_the_fly`
`III_psy_xmin[]`	`en`
`int`	`fill_buffer_resample_init`
`boolean`	`findPeakSample`
`boolean`	`findReplayGain`
`int`	`frac_SpF`
`int`	`full_outer_loop` 0 = stop early after 0 distortion found.
`int`	`h_ptr`
`LameInternalFlags.Header[]`	`header`
`float`	`highpass1` normalized frequency bounds of passband
`float`	`highpass2` normalized frequency bounds of passband
`MPGLib.mpstr_tag`	`hip`
`float[]`	`in_buffer_0`
`float[]`	`in_buffer_1`
`int`	`in_buffer_nsamples`
`float[][]`	`inbuf_old`
`int`	`iteration_init_init`
`IIterationLoop`	`iteration_loop`
`double[]`	`itime`
`IIISideInfo`	`l3_side`
`int`	`lame_encode_frame_init`
`float[][]`	`loudness_sq` loudness^2 approx.
`float[]`	`loudness_sq_save` account for granule delay of L3psycho_anal
`float`	`lowpass1` normalized frequency bounds of passband
`float`	`lowpass2` normalized frequency bounds of passband
`float`	`masking_lower`
`static int`	`MAX_BITS_PER_CHANNEL`
`static int`	`MAX_BITS_PER_GRANULE`
`static int`	`MAX_HEADER_BUF` also, max_header_buf has to be a power of two
`int`	`mf_samples_to_encode`
`int`	`mf_size`
`float[][]`	`mfbuf`
`static int`	`MFSIZE`
`float[]`	`minval_l`
`float[]`	`minval_s`
`float[]`	`mld_cb_l`
`float[]`	`mld_cb_s`
`float[]`	`mld_l` Scale Factor Bands
`float[]`	`mld_s` Scale Factor Bands
`int`	`mode_ext`
`int`	`mode_gr` granules per frame
`float`	`ms_ener_ratio_old`
`float[]`	`ms_ratio`
`float`	`ms_ratio_l_old`
`float`	`ms_ratio_s_old`
`float[][]`	`nb_1`
`float[][]`	`nb_2`
`float[][]`	`nb_s1`
`float[][]`	`nb_s2`
`int`	`nMusicCRC`
`int`	`noclipGainChange` gain change required for preventing clipping
`float`	`noclipScale` user-specified scale factor required for preventing clipping
`int`	`nogap_current`
`int`	`nogap_total`
`int`	`noise_shaping` 0 = none 1 = ISO AAC model 2 = allow scalefac_select=1
`int`	`noise_shaping_amp` 0 = ISO model: amplify all distorted bands 1 = amplify within 50% of max (on db scale) 2 = amplify only most distorted band 3 = method 1 and refine with method 2
`int`	`noise_shaping_stop` 0 = stop at over=0, all scalefacs amplified or a scalefac has reached max value 1 = stop when all scalefacs amplified or a scalefac has reached max value 2 = stop when all scalefacs amplified
`int`	`npart_l`
`int`	`npart_s`
`NsPsy`	`nsPsy` variables used for --nspsytune
`int[]`	`numlines_l`
`int`	`numlines_l_num1`
`int[]`	`numlines_s`
`int`	`numlines_s_num1`
`int[]`	`OldValue`
`int`	`padding` padding for the current frame?
`float[]`	`pe`
`float`	`PeakSample`
`PlottingData`	`pinfo`
`int[]`	`pseudohalf`
`PSY`	`PSY`
`int`	`psymodel` 1 = gpsycho.
`int`	`RadioGain`
`double`	`resample_ratio` input_samp_rate/output_samp_rate
`int`	`ResvMax` in bits
`int`	`ResvSize` in bits
`ReplayGain`	`rgdata`
`float[]`	`rnumlines_l`
`float[]`	`s3_ll`
`float[]`	`s3_ss`
`int[][]`	`s3ind`
`int[][]`	`s3ind_s`
`int`	`samplerate_index`
`float[][][][]`	`sb_sample`
`ScaleFac`	`scalefac_band`
`boolean`	`sfb21_extra` will be set in lame_init_params
`int`	`sideinfo_len`
`int`	`slot_lag`
`int`	`subblock_gain` 0 = no, 1 = yes
`int`	`substep_shaping` 0 = no substep 1 = use substep shaping at last step(VBR only) (not implemented yet) 2 = use substep inside loop 3 = use substep inside loop and last step
`ID3TagSpec`	`tag_spec` optional ID3 tags
`III_psy_xmin[]`	`thm`
`float[]`	`tot_ener` fft and energy calculation
`int`	`use_best_huffman` 0 = no.
`int`	`VBR_max_bitrate` max bitrate index
`int`	`VBR_min_bitrate` min bitrate index
`VBRSeekInfo`	`VBR_seek_table` used for Xing VBR header
`int`	`w_ptr`

Constructor Summary

Constructors
Constructor and Description

LameInternalFlags()

Constructors
Constructor and Description
`LameInternalFlags()`

Method Summary
- Methods inherited from class java.lang.Object
  clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

- Field Detail
  - MFSIZE
```
public static final int MFSIZE
```
    See Also:
    
    Constant Field Values
  - MAX_BITS_PER_CHANNEL
```
public static final int MAX_BITS_PER_CHANNEL
```
    See Also:
    
    Constant Field Values
  - MAX_BITS_PER_GRANULE
```
public static final int MAX_BITS_PER_GRANULE
```
    See Also:
    
    Constant Field Values
  - Class_ID
```
public long Class_ID
```
    Some remarks to the Class_ID field: The Class ID is an Identifier for a pointer to this struct. It is very unlikely that a pointer to lame_global_flags has the same 32 bits in it's structure (large and other special properties, for instance prime). To test that the structure is right and initialized, use: if ( gfc . Class_ID == LAME_ID ) ... Other remark: If you set a flag to 0 for uninit data and 1 for init data, the right test should be "if (flag == 1)" and NOT "if (flag)". Unintended modification of this element will be otherwise misinterpreted as an init.
  - lame_encode_frame_init
```
public int lame_encode_frame_init
```
  - iteration_init_init
```
public int iteration_init_init
```
  - fill_buffer_resample_init
```
public int fill_buffer_resample_init
```
  - mfbuf
```
public float[][] mfbuf
```
  - mode_gr
```
public int mode_gr
```
    granules per frame
  - channels_in
```
public int channels_in
```
    number of channels in the input data stream (PCM or decoded PCM)
  - channels_out
```
public int channels_out
```
    number of channels in the output data stream (not used for decoding)
  - resample_ratio
```
public double resample_ratio
```
    input_samp_rate/output_samp_rate
  - mf_samples_to_encode
```
public int mf_samples_to_encode
```
  - mf_size
```
public int mf_size
```
  - VBR_min_bitrate
```
public int VBR_min_bitrate
```
    min bitrate index
  - VBR_max_bitrate
```
public int VBR_max_bitrate
```
    max bitrate index
  - bitrate_index
```
public int bitrate_index
```
  - samplerate_index
```
public int samplerate_index
```
  - mode_ext
```
public int mode_ext
```
  - lowpass1
```
public float lowpass1
```
    normalized frequency bounds of passband
  - lowpass2
```
public float lowpass2
```
    normalized frequency bounds of passband
  - highpass1
```
public float highpass1
```
    normalized frequency bounds of passband
  - highpass2
```
public float highpass2
```
    normalized frequency bounds of passband
  - noise_shaping
```
public int noise_shaping
```
    0 = none 1 = ISO AAC model 2 = allow scalefac_select=1
  - noise_shaping_amp
```
public int noise_shaping_amp
```
    0 = ISO model: amplify all distorted bands
    1 = amplify within 50% of max (on db scale)
    2 = amplify only most distorted band
    3 = method 1 and refine with method 2
  - substep_shaping
```
public int substep_shaping
```
    0 = no substep
    1 = use substep shaping at last step(VBR only)
    (not implemented yet)
    2 = use substep inside loop
    3 = use substep inside loop and last step
  - psymodel
```
public int psymodel
```
    1 = gpsycho. 0 = none
  - noise_shaping_stop
```
public int noise_shaping_stop
```
    0 = stop at over=0, all scalefacs amplified or
    a scalefac has reached max value
    1 = stop when all scalefacs amplified or a scalefac has reached max value
    2 = stop when all scalefacs amplified
  - subblock_gain
```
public int subblock_gain
```
    0 = no, 1 = yes
  - use_best_huffman
```
public int use_best_huffman
```
    0 = no. 1=outside loop 2=inside loop(slow)
  - full_outer_loop
```
public int full_outer_loop
```
    0 = stop early after 0 distortion found. 1 = full search
  - l3_side
```
public IIISideInfo l3_side
```
  - ms_ratio
```
public float[] ms_ratio
```
  - padding
```
public int padding
```
    padding for the current frame?
  - frac_SpF
```
public int frac_SpF
```
  - slot_lag
```
public int slot_lag
```
  - tag_spec
```
public ID3TagSpec tag_spec
```
    optional ID3 tags
  - nMusicCRC
```
public int nMusicCRC
```
  - OldValue
```
public int[] OldValue
```
  - CurrentStep
```
public int[] CurrentStep
```
  - masking_lower
```
public float masking_lower
```
  - bv_scf
```
public int[] bv_scf
```
  - pseudohalf
```
public int[] pseudohalf
```
  - sfb21_extra
```
public boolean sfb21_extra
```
    will be set in lame_init_params
  - BPC
```
public static final int BPC
```
    See Also:
    
    Constant Field Values
  - inbuf_old
```
public float[][] inbuf_old
```
  - blackfilt
```
public float[][] blackfilt
```
  - itime
```
public double[] itime
```
  - sideinfo_len
```
public int sideinfo_len
```
  - sb_sample
```
public float[][][][] sb_sample
```
  - amp_filter
```
public float[] amp_filter
```
  - MAX_HEADER_BUF
```
public static final int MAX_HEADER_BUF
```
    also, max_header_buf has to be a power of two
    
    See Also:
    
    Constant Field Values
  - header
```
public LameInternalFlags.Header[] header
```
  - h_ptr
```
public int h_ptr
```
  - w_ptr
```
public int w_ptr
```
  - ancillary_flag
```
public int ancillary_flag
```
  - ResvSize
```
public int ResvSize
```
    in bits
  - ResvMax
```
public int ResvMax
```
    in bits
  - scalefac_band
```
public ScaleFac scalefac_band
```
  - minval_l
```
public float[] minval_l
```
  - minval_s
```
public float[] minval_s
```
  - nb_1
```
public float[][] nb_1
```
  - nb_2
```
public float[][] nb_2
```
  - nb_s1
```
public float[][] nb_s1
```
  - nb_s2
```
public float[][] nb_s2
```
  - s3_ss
```
public float[] s3_ss
```
  - s3_ll
```
public float[] s3_ll
```
  - decay
```
public float decay
```
  - thm
```
public III_psy_xmin[] thm
```
  - en
```
public III_psy_xmin[] en
```
  - tot_ener
```
public float[] tot_ener
```
    fft and energy calculation
  - loudness_sq
```
public float[][] loudness_sq
```
    loudness^2 approx. per granule and channel
  - loudness_sq_save
```
public float[] loudness_sq_save
```
    account for granule delay of L3psycho_anal
  - mld_l
```
public float[] mld_l
```
    Scale Factor Bands
  - mld_s
```
public float[] mld_s
```
    Scale Factor Bands
  - bm_l
```
public int[] bm_l
```
  - bo_l
```
public int[] bo_l
```
  - bm_s
```
public int[] bm_s
```
  - bo_s
```
public int[] bo_s
```
  - npart_l
```
public int npart_l
```
  - npart_s
```
public int npart_s
```
  - s3ind
```
public int[][] s3ind
```
  - s3ind_s
```
public int[][] s3ind_s
```
  - numlines_s
```
public int[] numlines_s
```
  - numlines_l
```
public int[] numlines_l
```
  - rnumlines_l
```
public float[] rnumlines_l
```
  - mld_cb_l
```
public float[] mld_cb_l
```
  - mld_cb_s
```
public float[] mld_cb_s
```
  - numlines_s_num1
```
public int numlines_s_num1
```
  - numlines_l_num1
```
public int numlines_l_num1
```
  - pe
```
public float[] pe
```
  - ms_ratio_s_old
```
public float ms_ratio_s_old
```
  - ms_ratio_l_old
```
public float ms_ratio_l_old
```
  - ms_ener_ratio_old
```
public float ms_ener_ratio_old
```
  - blocktype_old
```
public int[] blocktype_old
```
    block type
  - nsPsy
```
public NsPsy nsPsy
```
    variables used for --nspsytune
  - VBR_seek_table
```
public VBRSeekInfo VBR_seek_table
```
    used for Xing VBR header
  - ATH
```
public ATH ATH
```
    all ATH related stuff
  - PSY
```
public PSY PSY
```
  - nogap_total
```
public int nogap_total
```
  - nogap_current
```
public int nogap_current
```
  - decode_on_the_fly
```
public boolean decode_on_the_fly
```
  - findReplayGain
```
public boolean findReplayGain
```
  - findPeakSample
```
public boolean findPeakSample
```
  - PeakSample
```
public float PeakSample
```
  - RadioGain
```
public int RadioGain
```
  - AudiophileGain
```
public int AudiophileGain
```
  - rgdata
```
public ReplayGain rgdata
```
  - noclipGainChange
```
public int noclipGainChange
```
    gain change required for preventing clipping
  - noclipScale
```
public float noclipScale
```
    user-specified scale factor required for preventing clipping
  - bitrate_stereoMode_Hist
```
public int[][] bitrate_stereoMode_Hist
```
  - bitrate_blockType_Hist
```
public int[][] bitrate_blockType_Hist
```
    norm/start/short/stop/mixed(short)/sum
  - pinfo
```
public PlottingData pinfo
```
  - hip
```
public MPGLib.mpstr_tag hip
```
  - in_buffer_nsamples
```
public int in_buffer_nsamples
```
  - in_buffer_0
```
public float[] in_buffer_0
```
  - in_buffer_1
```
public float[] in_buffer_1
```
  - iteration_loop
```
public IIterationLoop iteration_loop
```
- Constructor Detail
  - LameInternalFlags
```
public LameInternalFlags()
```

Class LameInternalFlags

Nested Class Summary

Field Summary

Constructor Summary

Method Summary

Methods inherited from class java.lang.Object

Field Detail

MFSIZE

MAX_BITS_PER_CHANNEL

MAX_BITS_PER_GRANULE

Class_ID

lame_encode_frame_init

iteration_init_init

fill_buffer_resample_init

mfbuf

mode_gr

channels_in

channels_out

resample_ratio

mf_samples_to_encode

mf_size

VBR_min_bitrate

VBR_max_bitrate

bitrate_index

samplerate_index

mode_ext

lowpass1

lowpass2

highpass1

highpass2

noise_shaping

noise_shaping_amp

substep_shaping

psymodel

noise_shaping_stop

subblock_gain

use_best_huffman

full_outer_loop

l3_side

ms_ratio

padding

frac_SpF

slot_lag

tag_spec

nMusicCRC

OldValue

CurrentStep

masking_lower

bv_scf

pseudohalf

sfb21_extra

BPC

inbuf_old

blackfilt

itime

sideinfo_len

sb_sample

amp_filter

MAX_HEADER_BUF

header

h_ptr

w_ptr

ancillary_flag

ResvSize

ResvMax

scalefac_band

minval_l

minval_s

nb_1

nb_2

nb_s1

nb_s2

s3_ss

s3_ll

decay

thm

en

tot_ener

loudness_sq

loudness_sq_save