panelvfd.c
来自「一个两碟控制的VCD的代码,两碟之间的转动及连续播放,已大量生产的CODE.」· C语言 代码 · 共 1,575 行 · 第 1/3 页
C
1,575 行
}
/* Output TV-output type message... */
OUTOSD(OSD_TV_STANDARD_REGION, msg, c_msg, EXTENDED_TIME_OUT);
#ifndef BF43
} else /* display_order == 2 */
#endif /* not BF43 */
{
/* Output audio-effects mode... */
OUTOSD(OSD_AUDFX_REGION, SPA_msg, SPA_msg, DISPLAY_TIME_OUT);
/* Output vocal and audio modes */
show_audio_panel(1);
}
#endif /* FOUR_LINE_OSD */
} else {
CLEARALLOSD();
}
}
/*===========================================================================*/
void panel_sequence_mode(int mode)
{
static int previous_mode;
unsigned char *msg_ptr;
#ifdef BILINGUAL_OSD
unsigned char *c_msg_ptr;
#endif
if (mode == SEQ_PBC_ON) {
RepeatMode = REPEAT_OFF;
DiscMode &= ~(DISC_PROGRAM | DISC_SHUFFLE
| DISC_CONTINUE);
DiscMode |= DISC_PBC_ON;
Indicator_2 = 0;
#ifndef FU267
#ifdef FU_AIQING
Indicator_3 &= ~SEG_CONTINUE;
Indicator_3 |= ( SEG_AUX | SEG_PBC_OFF);
#else
#ifdef FU_KANGHUI30
Indicator_5 |= SEG_S1;
Indicator_5 &= ~SEG_S2;
REFRESH_INDICATOR_5;
Indicator_1 &= ~(SEG_VCD | SEG_MUSIC_CD);
Indicator_1 = SEG_VIDEO;
REFRESH_INDICATOR_1;
#else
#ifdef KEBAO_REMOTE
Indicator_1 |= (SEG_VIDEO | SEG_VCD);
REFRESH_INDICATOR_1;
Indicator_3 |= SEG_PBC_OFF;
#else
Indicator_3 |= SEG_PBC_OFF;
#endif
#endif
#endif
#else
Indicator_3 &= ~SEG_PBC_OFF;
#endif
assign_osd_msg(msg_ptr, MSG_pbc_on, c_msg_ptr, MSG_c_pbc_on);
} else if (mode == SEQ_CONTINUE) {
DiscMode |= DISC_CONTINUE;
DiscMode &= ~(DISC_PBC_ON | DISC_PROGRAM | DISC_SHUFFLE);
Indicator_2 &= ~(SEG_PROGRAM | SEG_RANDOM);
#ifndef FU267
#ifdef FU_AIQING
Indicator_3 |= ( SEG_AUX | SEG_CONTINUE);
Indicator_3 &= ~SEG_PBC_OFF;
#else
#ifdef FU_KANGHUI30
Indicator_5 &= ~(SEG_S1 | SEG_S2);
REFRESH_INDICATOR_5;
Indicator_1 |= (SEG_VCD | SEG_MUSIC_CD);
Indicator_1 &= ~SEG_VIDEO;
REFRESH_INDICATOR_1;
Indicator_3 &= ~(SEG_PBC_OFF | SEG_CONTINUE);
#else
#ifdef KEBAO_REMOTE
Indicator_1 |= SEG_VCD;
Indicator_1 &= ~SEG_VIDEO;
REFRESH_INDICATOR_1;
Indicator_3 &= ~(SEG_PBC_OFF | SEG_CONTINUE);
#else
Indicator_3 &= ~(SEG_PBC_OFF | SEG_CONTINUE);
#endif
#endif
#endif
#else
Indicator_3 |= SEG_PBC_OFF;
#endif
panel_running_time(0);
} else if (mode == SEQ_3CONTINUE) {
Indicator_2 |= (SEG_REPEAT | SEG_REP_ALL);
Indicator_2 &= ~SEG_REP_1;
REFRESH_INDICATOR_2;
assign_osd_msg(msg_ptr, MSG_pbc_off, c_msg_ptr, MSG_c_pbc_off);
}
else if (mode == SEQ_PROGRAM) {
DiscMode |= DISC_PROGRAM;
DiscMode &= ~(DISC_PBC_ON | DISC_CONTINUE | DISC_SHUFFLE);
disp_calendar(99);
addMicroRing(PANEL_TRACK | 0);
Indicator_2 |= SEG_PROGRAM;
Indicator_2 &= ~SEG_RANDOM;
#ifdef FU267
Indicator_3 |= SEG_PBC_OFF;
#else
#ifdef FU_AIQING
Indicator_3 |= ( SEG_AUX | SEG_CONTINUE);
Indicator_3 &= ~SEG_PBC_OFF;
#else
Indicator_3 &= ~(SEG_PBC_OFF | SEG_CONTINUE);
#endif
#endif
show_panel_time(0);
show_program_osd_number(0, 0, 1);
disp_calendar(99);
} else if (mode == SEQ_SHUFFLE) {
DiscMode |= DISC_SHUFFLE;
DiscMode &= ~(DISC_PBC_ON | DISC_CONTINUE | DISC_PROGRAM);
Indicator_2 |= SEG_RANDOM;
Indicator_2 &= ~SEG_PROGRAM;
#ifndef FU267
#ifdef FU_AIQING
Indicator_3 |= ( SEG_AUX | SEG_CONTINUE);
Indicator_3 &= ~SEG_PBC_OFF;
#else
Indicator_3 &= ~(SEG_PBC_OFF | SEG_CONTINUE);
#endif
#else
Indicator_3 |= SEG_PBC_OFF;
#endif
assign_osd_msg(msg_ptr, MSG_shuffle_on, c_msg_ptr, MSG_c_shuffle_on);
}
REFRESH_INDICATOR_2;
REFRESH_INDICATOR_3;
if (mode == SEQ_PROGRAM || mode == SEQ_CONTINUE) {
if (previous_mode == SEQ_PBC_ON) {
assign_osd_msg(msg_ptr, MSG_pbc_off, c_msg_ptr, MSG_c_pbc_off);
}
else if (previous_mode == SEQ_SHUFFLE) {
assign_osd_msg(msg_ptr, MSG_shuffle_off, c_msg_ptr,
MSG_c_shuffle_off);
}
else {
assign_osd_msg(msg_ptr, "", c_msg_ptr, "");
}
}
#ifdef FOUR_LINE_OSD
OUTOSD(OSD_INPUT_MODE_REGION, msg_ptr, c_msg_ptr, QUICK_TIME_OUT);
#else
#ifdef KANGHUI
OUTOSD(2, msg_ptr, c_msg_ptr, QUICK_TIME_OUT);
#else
OUTOSD(OSD_PLAY_ORDER_REGION, msg_ptr, c_msg_ptr, QUICK_TIME_OUT);
#endif
#endif /* FOUR_LINE_OSD */
previous_mode = mode;
}
#ifdef THREE_CDS
void panel_disc_slot(int number)
{
addMicroRing(PANEL_DISC_SLOT | number);
}
#endif
/*===========================================================================*/
void panel_scan_mode(int mode)
{
/* OSD_clear_all(); */
if (mode == SCAN_INTRO)
Indicator_4 |= SEG_INTRO;
else /* SCAN_NORMAL, SCAN_CD_DIGEST, SCAN_TRACK_DIGEST */
Indicator_4 &= ~SEG_INTRO;
#if 0
if (mode == SCAN_NORMAL)
Indicator_4 &= ~SEG_INTRO;
else if (mode == SCAN_INTRO)
Indicator_4 |= SEG_INTRO;
else if (mode == SCAN_CD_DIGEST)
Indicator_4 &= ~SEG_INTRO;
else if (mode == SCAN_TRACK_DIGEST)
Indicator_4 &= ~SEG_INTRO;
#endif
REFRESH_INDICATOR_4;
}
/*===========================================================================*/
int panel_repeat_mode_change(void)
{
unsigned char *msg, *c_msg;
int mode;
if (DiscMode & DISC_PBC_ON)
RepeatMode = REPEAT_OFF;
else {
RepeatMode++;
#ifdef TWO_CDS
if (RepeatMode > REPEAT_3ALL)
#else
if (RepeatMode > REPEAT_ALL)
#endif
RepeatMode = REPEAT_OFF;
}
if (RepeatMode == REPEAT_OFF) {
assign_osd_msg(msg, MSG_repeat_off, c_msg, MSG_c_repeat_off);
Indicator_2 &= ~(SEG_REP_ALL | SEG_REP_1);
if (!(Indicator_2 & (SEG_REP_A | SEG_REP_B)))
Indicator_2 &= ~SEG_REPEAT;
REFRESH_INDICATOR_2;
Indicator_3 &= ~SEG_CONTINUE;
REFRESH_INDICATOR_3;
#ifdef TWO_CDS
#ifdef FU271
Indicator_5 &= ~(SEG_DISC);
REFRESH_INDICATOR_5;
#endif
#endif
} else if (RepeatMode == REPEAT_ONE) {
assign_osd_msg(msg, MSG_repeat_one, c_msg, MSG_c_repeat_one);
Indicator_2 |= (SEG_REPEAT | SEG_REP_1);
REFRESH_INDICATOR_2;
Indicator_3 &= ~SEG_CONTINUE;
REFRESH_INDICATOR_3;
#ifdef TWO_CDS
#ifdef FU271
Indicator_5 &= ~(SEG_DISC);
REFRESH_INDICATOR_5;
#endif
#endif
} else if (RepeatMode == REPEAT_ALL) {
assign_osd_msg(msg, MSG_repeat_all, c_msg, MSG_c_repeat_all);
Indicator_2 |= (SEG_REPEAT | SEG_REP_ALL);
Indicator_2 &= ~SEG_REP_1;
REFRESH_INDICATOR_2;
Indicator_3 &= ~SEG_CONTINUE;
REFRESH_INDICATOR_3;
#ifdef TWO_CDS
#ifdef FU271
Indicator_5 &= ~(SEG_DISC);
REFRESH_INDICATOR_5;
#endif
#endif
#ifdef TWO_CDS
} else if (RepeatMode == REPEAT_3ALL) {
Indicator_2 |= (SEG_REPEAT | SEG_REP_ALL);
Indicator_2 &= ~SEG_REP_1;
REFRESH_INDICATOR_2;
Indicator_3 |= SEG_CONTINUE;
REFRESH_INDICATOR_3;
#ifdef FU271
Indicator_5 |= SEG_DISC;
REFRESH_INDICATOR_5;
#endif
assign_osd_msg(msg, MSG_repeat_3all, c_msg, MSG_repeat_3all);
#endif
}
OUTOSD(OSD_REPEAT_REGION, msg, c_msg, QUICK_TIME_OUT);
return (RepeatMode);
}
/*===========================================================================*/
void panel_play_track(int track_num)
{
Indicator_4 |= SEG_TRACK;
#ifndef FU_AIQING
if (DiscMode & DISC_PBC_ON)
disp_calendar(0); /* show all calendar */
else
disp_calendar(cur_track_index);
#endif
if (track_num) {
addMicroRing(PANEL_TRACK | track_num);
if (track_num <= MAX_CALENDAR)
addMicroRing(FLASH_CAL | track_num);
#ifndef FU267
Indicator_4 &= ~SEG_HYPHEN;
#else
Indicator_4 |= SEG_HYPHEN;
#endif
}
/* if track number is 0, we are in play segment. */
else {
show_panel_time(0);
addMicroRing(PANEL_BLANK | BLANK_TRACK);
Indicator_4 &= ~SEG_HYPHEN;
}
REFRESH_INDICATOR_4;
TrackIndex = TRACK_LIST_INDEX;
PlayTrack = track_num;
}
#ifndef FU271
void panel_karaoke_off(int flag)
{
Indicator_5 &= ~(SEG_KARAOKE1|SEG_KARAOKE2);
if (flag == 1)
Indicator_5 |= (SEG_KARAOKE1|SEG_KARAOKE2);
else if (flag == 2)
{
Indicator_5 |= SEG_KARAOKE1;
Indicator_5 &= ~SEG_KARAOKE2;
}
else if (flag == 3)
{
Indicator_5 |= SEG_KARAOKE2;
Indicator_5 &= ~SEG_KARAOKE1;
}
else
Indicator_5 &= ~(SEG_KARAOKE1|SEG_KARAOKE2);
REFRESH_INDICATOR_5;
}
#endif
#ifdef FU_265
void panel_resume_on()
{
Indicator_5 |= SEG_RESUME;
REFRESH_INDICATOR_5;
}
#endif
#if 0
void panel_resume_track_index(int track_index)
{
disp_calendar(cur_track_index);
}
#endif
/*===========================================================================*/
void panel_total_track(int total_track_num)
{
Indicator_4 |= SEG_TRACK;
if ((TotalTrack = total_track_num) > MAX_CALENDAR) {
Indicator_4 |= SEG_16_PLUS;
} else {
Indicator_4 &= ~SEG_16_PLUS;
}
REFRESH_INDICATOR_4;
addMicroRing(PANEL_TRACK | total_track_num);
addMicroRing(TOTAL_TRACK | total_track_num); /* 10-10-96 Alger */
#ifndef FU_AIQING
disp_calendar(0);
#endif
}
/*===========================================================================*/
/* only program calls this function */
void panel_track_select(int track_num, int flag)
{
int tmp;
if (flag <= 0) { /* invalid track: flag = -1 */
show_program_osd_number(TOTAL_PROGRAM_TRACKS + 1, track_num,
(flag) ? 1 : 0);
} else {
#ifndef FU_AIQING
disp_calendar(0);
#endif
addMicroRing(PANEL_TRACK | TOTAL_PROGRAM_TRACKS);
showProgramTime(-1);
show_program_osd_number(TOTAL_PROGRAM_TRACKS, track_num, 1);
}
}
/*===========================================================================*/
void panel_track_deselected(int track_num)
{
#ifndef FU_AIQING
disp_calendar(0);
#endif
addMicroRing(PANEL_TRACK | TOTAL_PROGRAM_TRACKS);
showProgramTime(-1);
/* update OSD */
show_program_osd_number(TOTAL_PROGRAM_TRACKS,
(TOTAL_PROGRAM_TRACKS) ?
track_list[TOTAL_PROGRAM_TRACKS - 1] : 0, 1);
}
/*===========================================================================*/
void panel_repeat_ab(int mode)
{
int timeout;
unsigned char *msg_ptr;
#ifdef BILINGUAL_OSD
unsigned char *c_msg_ptr;
#endif
timeout = 0; /* Leave message on */
if (mode == REPEAT_AB_OFF) {
assign_osd_msg(msg_ptr, MSG_clearA2B, c_msg_ptr, MSG_c_clearA2B);
timeout = QUICK_TIME_OUT; /* Clear msg after 1sec */
if (RepeatMode == REPEAT_OFF)
Indicator_2 &= ~(SEG_REP_A | SEG_REP_B | SEG_REPEAT);
else
Indicator_2 &= ~(SEG_REP_A | SEG_REP_B);
} else if (mode == REPEAT_AB_START) {
Indicator_2 |= SEG_REP_A | SEG_REPEAT;
assign_osd_msg(msg_ptr, MSG_set_A, c_msg_ptr, MSG_c_set_A);
} else { /* (mode == REPEAT_AB_END) */
Indicator_2 |= SEG_REP_B | SEG_REPEAT;
assign_osd_msg(msg_ptr, MSG_repeatA2B, c_msg_ptr, MSG_c_repeatA2B);
}
REFRESH_INDICATOR_2;
OUTOSD(OSD_INPUT_MODE_REGION, msg_ptr, c_msg_ptr, timeout);
}
/*===========================================================================*/
#define GOTO_MIN_POS 7
#define GOTO_SEC_POS (GOTO_MIN_POS + 3)
#define CGOTO_MIN_POS 5
#define CGOTO_SEC_POS (CGOTO_MIN_POS + 3)
void panel_goto(int mode, int value)
{
int timeout = 0;
unsigned char *msg_ptr;
#ifdef BILINGUAL_OSD
unsigned char *c_msg_ptr;
#endif
assign_osd_msg(msg_ptr, goto_buf, c_msg_ptr, c_goto_buf);
value += '0';
if (mode == GOTO_OFF) {
#ifdef SHARK_REMOTE
Indicator_4 &= ~SEG_TIME;
REFRESH_INDICATOR_4;
#endif
msg_ptr[GOTO_MIN_POS] = 'X';
msg_ptr[GOTO_MIN_POS+1] = 'X';
msg_ptr[GOTO_SEC_POS] = 'X';
msg_ptr[GOTO_SEC_POS+1] = 'X';
#ifdef BILINGUAL_OSD
c_msg_ptr[CGOTO_MIN_POS] = 'X';
c_msg_ptr[CGOTO_MIN_POS+1] = 'X';
c_msg_ptr[CGOTO_SEC_POS] = 'X';
c_msg_ptr[CGOTO_SEC_POS+1] = 'X';
#endif
timeout = DISPLAY_TIME_OUT;
} else if (mode == GOTO_START) {
#ifdef SHARK_REMOTE
Indicator_4 |= SEG_TIME;
REFRESH_INDICATOR_4;
#endif
msg_ptr[GOTO_MIN_POS] = '_';
msg_ptr[GOTO_MIN_POS+1] = '_';
msg_ptr[GOTO_SEC_POS] = '_';
msg_ptr[GOTO_SEC_POS+1] = '_';
#ifdef BILINGUAL_OSD
c_msg_ptr[CGOTO_MIN_POS] = '_';
c_msg_ptr[CGOTO_MIN_POS+1] = '_';
c_msg_ptr[CGOTO_SEC_POS] = '_';
c_msg_ptr[CGOTO_SEC_POS+1] = '_';
#endif
} else if (mode == GOTO_MINUTE_TEN) {
msg_ptr[GOTO_MIN_POS] = value;
#ifdef BILINGUAL_OSD
c_msg_ptr[CGOTO_MIN_POS] = value;
#endif
} else if (mode == GOTO_MINUTE) {
msg_ptr[GOTO_MIN_POS+1] = value;
#ifdef BILINGUAL_OSD
c_msg_ptr[CGOTO_MIN_POS+1] = value;
#endif
} else if (mode == GOTO_SECOND_TEN) {
msg_ptr[GOTO_SEC_POS] = value;
#ifdef BILINGUAL_OSD
c_msg_ptr[CGOTO_SEC_POS] = value;
#endif
} else if (mode == GOTO_SECOND) {
msg_ptr[GOTO_SEC_POS+1] = value;
#ifdef BILINGUAL_OSD
c_msg_ptr[CGOTO_SEC_POS+1] = value;
#endif
timeout = EXTENDED_TIME_OUT;
#ifdef SHARK_REMOTE
Indicator_4 &= ~SEG_TIME;
REFRESH_INDICATOR_4;
#endif
}
OUTOSD(OSD_GOTO_REGION, msg_ptr, c_msg_ptr, timeout);
}
static void show_panel_time(int time)
{
unsigned int temp_servo_info;
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