Julius: julius/output_stdout.c File Reference

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Defines
#define	MAXBUFLEN 4096
	Maximum line length of a message sent from a client.
#define	TEXTWIDTH 70
	Assumed tty width for graph view output.
#define	SPTEXTWIDTH 72
	tty width for short-pause segmentation output
#define	SPTEXT_FULLWIDTH 76
#define	TEXTWIDTH 70
	Assumed tty width for graph view output.
Functions
void	myprintf (char *fmt,...)
static void	status_process_online (Recog recog, void dummy)
	Output message when processing was started or resumed.
static void	status_process_offline (Recog recog, void dummy)
	Output message when the process paused by external command.
static void	status_recready (Recog recog, void dummy)
	Output when ready to recognize and start waiting speech input.
static void	status_recstart (Recog recog, void dummy)
	Output when input starts.
static void	status_recend (Recog recog, void dummy)
	Output when input ends.
static void	status_param (Recog recog, void dummy)
	Output input parameter status such as length.
static void	status_recognition_begin (Recog recog, void dummy)
	Output message when recognition is just started for an incoming input.
static void	status_recognition_end (Recog recog, void dummy)
	Output message when the whole recognition procedure was just finished for an input.
static void	status_segment_begin (Recog recog, void dummy)
	Output a message when recognition was just started for a segment in a input.
static void	status_segment_end (Recog recog, void dummy)
	Output a message when recognition was just finished for a segment in a input.
static void	status_pass1_begin (Recog recog, void dummy)
	1st pass: output when recognition begins (will be called at input start).
static void	result_pass1_current (Recog recog, void dummy)
	1st pass: output current result while search (called periodically while 1st pass).
static void	result_pass1_determined (Recog recog, void dummy)
static void	result_pass1 (Recog recog, void dummy)
	1st pass: output final result of the 1st pass (will be called just after the 1st pass ends and before the 2nd pass begins, and will not if search failed).
static void	status_pass1_end (Recog recog, void dummy)
	1st pass: end of output (will be called at the end of the 1st pass).
static void	put_hypo_woutput (WORD_ID seq, int n, WORD_INFO winfo)
	Output word sequence of a hypothesis.
static void	put_hypo_wname (WORD_ID seq, int n, WORD_INFO winfo)
	Output LM word sequence (N-gram entry/DFA category) of a hypothesis.
static void	put_hypo_phoneme (WORD_ID seq, int n, WORD_INFO winfo)
	Output phoneme sequence of a hypothesis.
static void	result_pass2 (Recog recog, void dummy)
	2nd pass: output a sentence hypothesis found in the 2nd pass.
static void	status_pass2_begin (Recog recog, void dummy)
	2nd pass: output at the start of result output (will be called before all the result output in the 2nd pass).
static void	status_pass2_end (Recog recog, void dummy)
	2nd pass: end output
static void	result_graph (Recog recog, void dummy)
	Output the whole word graph.
static void	result_confnet (Recog recog, void dummy)
	Output the obtained confusion network.
static void	result_gmm (Recog recog, void dummy)
	Output result of GMM computation to standard out.
void	print_all_gram (Recog *recog)
	Output current list of grammars to stdout.
static void	levelmeter (Recog recog, SP16 buf, int len, void *dummy)
static void	frame_indicator (Recog recog, void dummy)
void	setup_output_tty (Recog recog, void data)
Variables
boolean	separate_score_flag
boolean	callback_debug_flag
static char *	hookstr [] = {"", "delete", "activate", "deactivate"}
	Grammar status to be processed in the next reload timing.
static boolean	have_progout = FALSE
static WORD_ID	confword [MAXSEQNUM]
static int	confwordnum
static char	inbuf [MAXBUFLEN]
static char	outbuf [MAXBUFLEN]
static int	wst
	Number of words at previous output line.
static int	writelen
	written string length on this tty line

Detailed Description

Function Documentation

static void status_param	(	Recog *	recog,
		void *	dummy
	)			`[static]`

Output input parameter status such as length.

Parameters:

param

[in] input parameter structure

Definition at line 180 of file output_stdout.c.

static void status_recognition_begin	(	Recog *	recog,
		void *	dummy
	)			`[static]`

Output message when recognition is just started for an incoming input.

When short-pause segmentation mode, this will be called for the first input. segment.

Definition at line 205 of file output_stdout.c.

static void status_recognition_end	(	Recog *	recog,
		void *	dummy
	)			`[static]`

Output message when the whole recognition procedure was just finished for an input.

When short-pause segmentation mode, this will be called after all the segmentd input fragments are recognized.

Definition at line 228 of file output_stdout.c.

static void result_pass1_current	(	Recog *	recog,
		void *	dummy
	)			`[static]`

1st pass: output current result while search (called periodically while 1st pass).

Parameters:

	t	[in] current time frame
	seq	[in] current best word sequence at time t.
	num	[in] length of seq.
	score	[in] accumulated score of the current best sequence at t.
	LMscore	[in] confidence score of last word on the sequence
	winfo	[in] word dictionary

Definition at line 339 of file output_stdout.c.

static void result_pass1	(	Recog *	recog,
		void *	dummy
	)			`[static]`

1st pass: output final result of the 1st pass (will be called just after the 1st pass ends and before the 2nd pass begins, and will not if search failed).

Parameters:

	seq	[in] word sequence of the best hypothesis at the 1st pass.
	num	[in] length of seq.
	score	[in] accumulated hypothesis score of seq.
	LMscore	[in] language score in score.
	winfo	[in] word dictionary.

Definition at line 475 of file output_stdout.c.

static void put_hypo_woutput	(	WORD_ID *	seq,
		int	n,
		WORD_INFO *	winfo
	)			`[static]`

Output word sequence of a hypothesis.

Parameters:

	hypo	[in] sentence hypothesis
	winfo	[in] word dictionary

Definition at line 644 of file output_stdout.c.

Referenced by put_all_in_stack(), and result_pass2().

static void put_hypo_wname	(	WORD_ID *	seq,
		int	n,
		WORD_INFO *	winfo
	)			`[static]`

Output LM word sequence (N-gram entry/DFA category) of a hypothesis.

Parameters:

	hypo	[in] sentence hypothesis
	winfo	[in] word dictionary

Definition at line 671 of file output_stdout.c.

Referenced by result_pass2().

static void put_hypo_phoneme	(	WORD_ID *	seq,
		int	n,
		WORD_INFO *	winfo
	)			`[static]`

Output phoneme sequence of a hypothesis.

Parameters:

	hypo	[in] sentence hypothesis
	winfo	[in] word dictionary

Definition at line 698 of file output_stdout.c.

Referenced by output_result(), and result_pass2().

static void result_pass2	(	Recog *	recog,
		void *	dummy
	)			`[static]`

2nd pass: output a sentence hypothesis found in the 2nd pass.

Parameters:

	hypo	[in] sentence hypothesis to be output
	rank	[in] rank of hypo
	winfo	[in] word dictionary

Definition at line 776 of file output_stdout.c.

static void result_graph	(	Recog *	recog,
		void *	dummy
	)			`[static]`

Output the whole word graph.

Parameters:

	root	[in] pointer to the first element of graph words
	winfo	[in] word dictionary

Definition at line 1069 of file output_stdout.c.

static void result_gmm	(	Recog *	recog,
		void *	dummy
	)			`[static]`

Output result of GMM computation to standard out.

(for "-result tty" option)

Definition at line 1166 of file output_stdout.c.

julius/output_stdout.c File Reference

Defines

Functions

Variables

Detailed Description

Function Documentation