Uses of Package
lame.std

Packages that use lame.std

lame.std	Contains the symmetric Java elements of the standard LAME methods, structures and constants defined in the archive lame.h and exported in lame_enc.dll and libmp3lame.so/.dylib .
lameonj.decoder.std	Contains the object oriented Java wrappers of the C methods, structures and constants of the LAME standard API for decoding.
lameonj.encoder.std	Contains the object oriented Java wrappers of the C methods, structures and constants of the LAME standard API for encoding.

Classes in lame.std used by lame.std

FileUtil.FILE

lame_global_flags

lame_version_t
typedef struct { // generic LAME version int major; int minor; int alpha; // 0 if not an alpha version int beta; // 0 if not a beta version // version of the psy model int psy_major; int psy_minor; int psy_alpha; // 0 if not an alpha version int psy_beta; // 0 if not a beta version // compile time features const char *features; // Don't make assumptions about the contents!

LameMsgCallback

mp3data_struct
typedef struct { int header_parsed; // 1 if header was parsed and following data was computed int stereo; // number of channels int samplerate; // sample rate int bitrate; // bitrate int mode; // mp3 frame type int mode_ext; // mp3 frame type int framesize; // number of samples per mp3 frame // this data is only computed if mpglib detects a Xing VBR header unsigned long nsamp; // number of samples in mp3 file.

Classes in lame.std used by lameonj.decoder.std

mp3data_struct
typedef struct { int header_parsed; // 1 if header was parsed and following data was computed int stereo; // number of channels int samplerate; // sample rate int bitrate; // bitrate int mode; // mp3 frame type int mode_ext; // mp3 frame type int framesize; // number of samples per mp3 frame // this data is only computed if mpglib detects a Xing VBR header unsigned long nsamp; // number of samples in mp3 file.

Classes in lame.std used by lameonj.encoder.std

lame_global_flags

lame_version_t
typedef struct { // generic LAME version int major; int minor; int alpha; // 0 if not an alpha version int beta; // 0 if not a beta version // version of the psy model int psy_major; int psy_minor; int psy_alpha; // 0 if not an alpha version int psy_beta; // 0 if not a beta version // compile time features const char *features; // Don't make assumptions about the contents!

LameMsgCallback