/*************************************************************************** * __________ __ ___. * Open \______ \ ____ ____ | | _\_ |__ _______ ___ * Source | _// _ \_/ ___\| |/ /| __ \ / _ \ \/ / * Jukebox | | ( <_> ) \___| < | \_\ ( <_> > < < * Firmware |____|_ /\____/ \___ >__|_ \|___ /\____/__/\_ \ * \/ \/ \/ \/ \/ * $Id$ * * Copyright (C) 2002 Bj�n Stenberg * * All files in this archive are subject to the GNU General Public License. * See the file COPYING in the source tree root for full license agreement. * * This software is distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY * KIND, either express or implied. * ****************************************************************************/ #include "config.h" #include #include #include #include "system.h" #include "kernel.h" #include "lcd.h" #include "menu.h" #include "button.h" #include "mp3_playback.h" #include "settings.h" #include "statusbar.h" #include "screens.h" #ifdef HAVE_LCD_BITMAP #include "icons.h" #include "font.h" #include "scrollbar.h" #endif #include "lang.h" #include "sprintf.h" #include "talk.h" #include "misc.h" #include "sound.h" #ifdef HAVE_RECORDING #include "audio.h" #ifdef CONFIG_TUNER #include "radio.h" #endif #endif #ifdef HAVE_RECORDING #include "peakmeter.h" #include "mas.h" #endif #include "splash.h" #if CONFIG_CODEC == SWCODEC #include "dsp.h" #include "eq_menu.h" #include "pcmbuf.h" #ifdef HAVE_RECORDING #include "enc_config.h" #endif #include "general.h" #endif #include "action.h" int selected_setting; /* Used by the callback */ void dec_sound_formatter(char *buffer, int buffer_size, int val, const char * unit) { val = sound_val2phys(selected_setting, val); char sign = ' '; if(val < 0) { sign = '-'; val = abs(val); } int integer = val / 10; int dec = val % 10; snprintf(buffer, buffer_size, "%c%d.%d %s", sign, integer, dec, unit); } bool set_sound(const unsigned char * string, int* variable, int setting) { int talkunit = UNIT_INT; const char* unit = sound_unit(setting); int numdec = sound_numdecimals(setting); int steps = sound_steps(setting); int min = sound_min(setting); int max = sound_max(setting); sound_set_type* sound_callback = sound_get_fn(setting); if (*unit == 'd') /* crude reconstruction */ talkunit = UNIT_DB; else if (*unit == '%') talkunit = UNIT_PERCENT; else if (*unit == 'H') talkunit = UNIT_HERTZ; if(!numdec) #if CONFIG_CODEC == SWCODEC /* We need to hijack this one and send it off to apps/dsp.c instead of firmware/sound.c */ if (setting == SOUND_STEREO_WIDTH) return set_int(string, unit, talkunit, variable, &stereo_width_set, steps, min, max, NULL ); else #endif return set_int(string, unit, talkunit, variable, sound_callback, steps, min, max, NULL ); else {/* Decimal number */ selected_setting=setting; return set_int(string, unit, talkunit, variable, sound_callback, steps, min, max, &dec_sound_formatter ); } } static bool volume(void) { return set_sound(str(LANG_VOLUME), &global_settings.volume, SOUND_VOLUME); } static bool balance(void) { return set_sound(str(LANG_BALANCE), &global_settings.balance, SOUND_BALANCE); } #ifndef HAVE_TLV320 static bool bass(void) { return set_sound(str(LANG_BASS), &global_settings.bass, SOUND_BASS); } static bool treble(void) { return set_sound(str(LANG_TREBLE), &global_settings.treble, SOUND_TREBLE); } #endif #if CONFIG_CODEC == SWCODEC static void crossfeed_format(char* buffer, int buffer_size, int value, const char* unit) { snprintf(buffer, buffer_size, "%s%d.%d %s", value == 0 ? " " : "-", value / 10, value % 10, unit); } static bool crossfeed_enabled(void) { bool result = set_bool_options(str(LANG_CROSSFEED), &global_settings.crossfeed, STR(LANG_ON), STR(LANG_OFF), NULL); dsp_set_crossfeed(global_settings.crossfeed); return result; } static bool crossfeed_direct_gain(void) { return set_int(str(LANG_CROSSFEED_DIRECT_GAIN), str(LANG_UNIT_DB), UNIT_DB, &global_settings.crossfeed_direct_gain, &dsp_set_crossfeed_direct_gain, 5, 0, 60, crossfeed_format); } static void crossfeed_cross_gain_helper(int val) { dsp_set_crossfeed_cross_params(val, val + global_settings.crossfeed_hf_attenuation, global_settings.crossfeed_hf_cutoff); } static bool crossfeed_cross_gain(void) { return set_int(str(LANG_CROSSFEED_CROSS_GAIN), str(LANG_UNIT_DB), UNIT_DB, &global_settings.crossfeed_cross_gain, &crossfeed_cross_gain_helper, 5, 30, 120, crossfeed_format); } static void crossfeed_hf_att_helper(int val) { dsp_set_crossfeed_cross_params(global_settings.crossfeed_cross_gain, global_settings.crossfeed_cross_gain + val, global_settings.crossfeed_hf_cutoff); } static bool crossfeed_hf_attenuation(void) { return set_int(str(LANG_CROSSFEED_HF_ATTENUATION), str(LANG_UNIT_DB), UNIT_DB, &global_settings.crossfeed_hf_attenuation, &crossfeed_hf_att_helper, 5, 60, 240, crossfeed_format); } static void crossfeed_hf_cutoff_helper(int val) { dsp_set_crossfeed_cross_params(global_settings.crossfeed_cross_gain, global_settings.crossfeed_cross_gain + global_settings.crossfeed_hf_attenuation, val); } static bool crossfeed_hf_cutoff(void) { return set_int(str(LANG_CROSSFEED_HF_CUTOFF), str(LANG_UNIT_HERTZ), UNIT_HERTZ, &global_settings.crossfeed_hf_cutoff, &crossfeed_hf_cutoff_helper, 100, 500, 2000, NULL); } static bool crossfeed_menu(void) { int m; bool result; static const struct menu_item items[] = { { ID2P(LANG_CROSSFEED), crossfeed_enabled }, { ID2P(LANG_CROSSFEED_DIRECT_GAIN), crossfeed_direct_gain }, { ID2P(LANG_CROSSFEED_CROSS_GAIN), crossfeed_cross_gain }, { ID2P(LANG_CROSSFEED_HF_ATTENUATION), crossfeed_hf_attenuation }, { ID2P(LANG_CROSSFEED_HF_CUTOFF), crossfeed_hf_cutoff }, }; m=menu_init(items, sizeof(items) / sizeof(*items), NULL, NULL, NULL, NULL); result = menu_run(m); menu_exit(m); return result; } static bool dithering_enable(void) { return set_bool_options(str(LANG_DITHERING), &global_settings.dithering_enabled, STR(LANG_SET_BOOL_YES), STR(LANG_SET_BOOL_NO), dsp_dither_enable); } #endif #if (CONFIG_CODEC == MAS3587F) || (CONFIG_CODEC == MAS3539F) static bool loudness(void) { return set_sound(str(LANG_LOUDNESS), &global_settings.loudness, SOUND_LOUDNESS); } static bool mdb_strength(void) { return set_sound(str(LANG_MDB_STRENGTH), &global_settings.mdb_strength, SOUND_MDB_STRENGTH); } static bool mdb_harmonics(void) { return set_sound(str(LANG_MDB_HARMONICS), &global_settings.mdb_harmonics, SOUND_MDB_HARMONICS); } static bool mdb_center(void) { return set_sound(str(LANG_MDB_CENTER), &global_settings.mdb_center, SOUND_MDB_CENTER); } static bool mdb_shape(void) { return set_sound(str(LANG_MDB_SHAPE), &global_settings.mdb_shape, SOUND_MDB_SHAPE); } static void set_mdb_enable(bool value) { sound_set_mdb_enable((int)value); } static bool mdb_enable(void) { return set_bool_options(str(LANG_MDB_ENABLE), &global_settings.mdb_enable, STR(LANG_SET_BOOL_YES), STR(LANG_SET_BOOL_NO), set_mdb_enable); } static void set_superbass(bool value) { sound_set_superbass((int)value); } static bool superbass(void) { return set_bool_options(str(LANG_SUPERBASS), &global_settings.superbass, STR(LANG_SET_BOOL_YES), STR(LANG_SET_BOOL_NO), set_superbass); } static bool avc(void) { static const struct opt_items names[] = { { STR(LANG_OFF) }, { "20ms", TALK_ID(20, UNIT_MS) }, { "2s", TALK_ID(2, UNIT_SEC) }, { "4s", TALK_ID(4, UNIT_SEC) }, { "8s", TALK_ID(8, UNIT_SEC) } }; return set_option(str(LANG_DECAY), &global_settings.avc, INT, names, 5, sound_set_avc); } #endif #ifdef HAVE_RECORDING static bool recsource(void) { int n_opts = AUDIO_NUM_SOURCES; static const struct opt_items names[AUDIO_NUM_SOURCES] = { [AUDIO_SRC_MIC] = { STR(LANG_RECORDING_SRC_MIC) }, [AUDIO_SRC_LINEIN] = { STR(LANG_RECORDING_SRC_LINE) }, #ifdef HAVE_SPDIF_IN [AUDIO_SRC_SPDIF] = { STR(LANG_RECORDING_SRC_DIGITAL) }, #endif #ifdef HAVE_FMRADIO_IN [AUDIO_SRC_FMRADIO] = { STR(LANG_FM_RADIO) } #endif }; /* caveat: assumes it's the last item! */ #ifdef HAVE_FMRADIO_IN if (!radio_hardware_present()) n_opts--; #endif return set_option(str(LANG_RECORDING_SOURCE), &global_settings.rec_source, INT, names, n_opts, NULL ); } #if CONFIG_CODEC == MAS3587F static bool recquality(void) { return set_int(str(LANG_RECORDING_QUALITY), "", UNIT_INT, &global_settings.rec_quality, NULL, 1, 0, 7, NULL ); } static bool receditable(void) { return set_bool(str(LANG_RECORDING_EDITABLE), &global_settings.rec_editable); } #endif /* CONFIG_CODEC == MAS3587F */ #if CONFIG_CODEC == SWCODEC /* Makes an options list from a source list of options and indexes */ void make_options_from_indexes(const struct opt_items *src_names, const long *src_indexes, int n_indexes, struct opt_items *dst_names) { while (--n_indexes >= 0) dst_names[n_indexes] = src_names[src_indexes[n_indexes]]; } /* make_options_from_indexes */ static bool recformat(void) { static const struct opt_items names[REC_NUM_FORMATS] = { [REC_FORMAT_MPA_L3] = { STR(LANG_AFMT_MPA_L3) }, [REC_FORMAT_WAVPACK] = { STR(LANG_AFMT_WAVPACK) }, [REC_FORMAT_PCM_WAV] = { STR(LANG_AFMT_PCM_WAV) }, }; int rec_format = global_settings.rec_format; bool res = set_option(str(LANG_RECORDING_FORMAT), &rec_format, INT, names, REC_NUM_FORMATS, NULL ); if (rec_format != global_settings.rec_format) { global_settings.rec_format = rec_format; enc_global_settings_apply(); } return res; } /* recformat */ #endif /* CONFIG_CODEC == SWCODEC */ static bool recfrequency(void) { #if CONFIG_CODEC == MAS3587F static const struct opt_items names[6] = { { "44.1kHz", TALK_ID(44, UNIT_KHZ) }, { "48kHz", TALK_ID(48, UNIT_KHZ) }, { "32kHz", TALK_ID(32, UNIT_KHZ) }, { "22.05kHz", TALK_ID(22, UNIT_KHZ) }, { "24kHz", TALK_ID(24, UNIT_KHZ) }, { "16kHz", TALK_ID(16, UNIT_KHZ) } }; return set_option(str(LANG_RECORDING_FREQUENCY), &global_settings.rec_frequency, INT, names, 6, NULL ); #endif /* CONFIG_CODEC == MAS3587F */ #if CONFIG_CODEC == SWCODEC static const struct opt_items names[REC_NUM_FREQ] = { REC_HAVE_96_([REC_FREQ_96] = { "96kHz", TALK_ID(96, UNIT_KHZ) },) REC_HAVE_88_([REC_FREQ_88] = { "88.2kHz", TALK_ID(88, UNIT_KHZ) },) REC_HAVE_64_([REC_FREQ_64] = { "64kHz", TALK_ID(64, UNIT_KHZ) },) REC_HAVE_48_([REC_FREQ_48] = { "48kHz", TALK_ID(48, UNIT_KHZ) },) REC_HAVE_44_([REC_FREQ_44] = { "44.1kHz", TALK_ID(44, UNIT_KHZ) },) REC_HAVE_32_([REC_FREQ_32] = { "32kHz", TALK_ID(32, UNIT_KHZ) },) REC_HAVE_24_([REC_FREQ_24] = { "24kHz", TALK_ID(24, UNIT_KHZ) },) REC_HAVE_22_([REC_FREQ_22] = { "22.05kHz", TALK_ID(22, UNIT_KHZ) },) REC_HAVE_16_([REC_FREQ_16] = { "16kHz", TALK_ID(16, UNIT_KHZ) },) REC_HAVE_12_([REC_FREQ_12] = { "12kHz", TALK_ID(12, UNIT_KHZ) },) REC_HAVE_11_([REC_FREQ_11] = { "11.025kHz", TALK_ID(11, UNIT_KHZ) },) REC_HAVE_8_( [REC_FREQ_8 ] = { "8kHz", TALK_ID( 8, UNIT_KHZ) },) }; struct opt_items opts[REC_NUM_FREQ]; unsigned long table[REC_NUM_FREQ]; int n_opts; int rec_frequency; bool ret; #ifdef HAVE_SPDIF_IN if (global_settings.rec_source == AUDIO_SRC_SPDIF) { /* Inform user that frequency follows the source's frequency */ opts[0].string = ID2P(LANG_SOURCE_FREQUENCY); opts[0].voice_id = LANG_SOURCE_FREQUENCY; n_opts = 1; rec_frequency = 0; } else #endif { struct encoder_caps caps; struct encoder_config cfg; cfg.rec_format = global_settings.rec_format; global_to_encoder_config(&cfg); if (!enc_get_caps(&cfg, &caps, true)) return false; /* Construct samplerate menu based upon encoder settings */ n_opts = make_list_from_caps32(REC_SAMPR_CAPS, NULL, caps.samplerate_caps, table); if (n_opts == 0) return false; /* No common flags...?? */ make_options_from_indexes(names, table, n_opts, opts); /* Find closest rate that the potentially restricted list comes to */ make_list_from_caps32(REC_SAMPR_CAPS, rec_freq_sampr, caps.samplerate_caps, table); rec_frequency = round_value_to_list32( rec_freq_sampr[global_settings.rec_frequency], table, n_opts, false); } ret = set_option(str(LANG_RECORDING_FREQUENCY), &rec_frequency, INT, opts, n_opts, NULL ); if (!ret #ifdef HAVE_SPDIF_IN && global_settings.rec_source != AUDIO_SRC_SPDIF #endif ) { /* Translate back to full index */ global_settings.rec_frequency = round_value_to_list32(table[rec_frequency], rec_freq_sampr, REC_NUM_FREQ, false); } return ret; #endif /* CONFIG_CODEC == SWCODEC */ } /* recfrequency */ static bool recchannels(void) { static const struct opt_items names[CHN_NUM_MODES] = { [CHN_MODE_STEREO] = { STR(LANG_CHANNEL_STEREO) }, [CHN_MODE_MONO] = { STR(LANG_CHANNEL_MONO) } }; #if CONFIG_CODEC == MAS3587F return set_option(str(LANG_RECORDING_CHANNELS), &global_settings.rec_channels, INT, names, CHN_NUM_MODES, NULL ); #endif /* CONFIG_CODEC == MAS3587F */ #if CONFIG_CODEC == SWCODEC struct opt_items opts[CHN_NUM_MODES]; long table[CHN_NUM_MODES]; struct encoder_caps caps; struct encoder_config cfg; int n_opts; int rec_channels; bool ret; cfg.rec_format = global_settings.rec_format; global_to_encoder_config(&cfg); if (!enc_get_caps(&cfg, &caps, true)) return false; n_opts = make_list_from_caps32(CHN_CAP_ALL, NULL, caps.channel_caps, table); rec_channels = round_value_to_list32(global_settings.rec_channels, table, n_opts, false); make_options_from_indexes(names, table, n_opts, opts); ret = set_option(str(LANG_RECORDING_CHANNELS), &rec_channels, INT, opts, n_opts, NULL ); if (!ret) global_settings.rec_channels = table[rec_channels]; return ret; #endif /* CONFIG_CODEC == SWCODEC */ } static bool rectimesplit(void) { static const struct opt_items names[] = { { STR(LANG_OFF) }, { "00:05" , TALK_ID(5, UNIT_MIN) }, { "00:10" , TALK_ID(10, UNIT_MIN) }, { "00:15" , TALK_ID(15, UNIT_MIN) }, { "00:30" , TALK_ID(30, UNIT_MIN) }, { "01:00" , TALK_ID(1, UNIT_HOUR) }, { "01:14" , TALK_ID(74, UNIT_MIN) }, { "01:20" , TALK_ID(80, UNIT_MIN) }, { "02:00" , TALK_ID(2, UNIT_HOUR) }, { "04:00" , TALK_ID(4, UNIT_HOUR) }, { "06:00" , TALK_ID(6, UNIT_HOUR) }, { "08:00" , TALK_ID(8, UNIT_HOUR) }, { "10:00" , TALK_ID(10, UNIT_HOUR) }, { "12:00" , TALK_ID(12, UNIT_HOUR) }, { "18:00" , TALK_ID(18, UNIT_HOUR) }, { "24:00" , TALK_ID(24, UNIT_HOUR) } }; return set_option(str(LANG_SPLIT_TIME), &global_settings.rec_timesplit, INT, names, 16, NULL ); } static bool recsizesplit(void) { static const struct opt_items names[] = { { STR(LANG_OFF) }, { "5MB" , TALK_ID(5, UNIT_MB) }, { "10MB" , TALK_ID(10, UNIT_MB) }, { "15MB" , TALK_ID(15, UNIT_MB) }, { "32MB" , TALK_ID(32, UNIT_MB) }, { "64MB" , TALK_ID(64, UNIT_MB) }, { "75MB" , TALK_ID(75, UNIT_MB) }, { "100MB" , TALK_ID(100, UNIT_MB) }, { "128MB" , TALK_ID(128, UNIT_MB) }, { "256MB" , TALK_ID(256, UNIT_MB) }, { "512MB" , TALK_ID(512, UNIT_MB) }, { "650MB" , TALK_ID(650, UNIT_MB) }, { "700MB" , TALK_ID(700, UNIT_MB) }, { "1GB" , TALK_ID(1024, UNIT_MB) }, { "1.5GB" , TALK_ID(1536, UNIT_MB) }, { "1.75GB" , TALK_ID(1792, UNIT_MB) } }; return set_option(str(LANG_SPLIT_SIZE), &global_settings.rec_sizesplit, INT, names, 16, NULL ); } static bool splitmethod(void) { static const struct opt_items names[] = { { STR(LANG_REC_TIME) }, { STR(LANG_REC_SIZE) }, }; bool ret; ret=set_option( str(LANG_SPLIT_MEASURE), &global_settings.rec_split_method, INT, names, 2, NULL); return ret; } static bool splittype(void) { static const struct opt_items names[] = { { STR(LANG_START_NEW_FILE) }, { STR(LANG_STOP_RECORDING) }, }; bool ret; ret=set_option( str(LANG_SPLIT_TYPE), &global_settings.rec_split_type, INT, names, 2, NULL); return ret; } static bool filesplitoptionsmenu(void) { int m; bool result; static const struct menu_item items[] = { { ID2P(LANG_SPLIT_MEASURE), splitmethod }, { ID2P(LANG_SPLIT_TYPE), splittype }, { ID2P(LANG_SPLIT_TIME), rectimesplit }, { ID2P(LANG_SPLIT_SIZE), recsizesplit } }; m=menu_init( items, sizeof(items) / sizeof(*items), NULL, NULL, NULL, NULL); result = menu_run(m); menu_exit(m); return result; } static bool recprerecord(void) { static const struct opt_items names[] = { { STR(LANG_OFF) }, { "1s", TALK_ID(1, UNIT_SEC) }, { "2s", TALK_ID(2, UNIT_SEC) }, { "3s", TALK_ID(3, UNIT_SEC) }, { "4s", TALK_ID(4, UNIT_SEC) }, { "5s", TALK_ID(5, UNIT_SEC) }, { "6s", TALK_ID(6, UNIT_SEC) }, { "7s", TALK_ID(7, UNIT_SEC) }, { "8s", TALK_ID(8, UNIT_SEC) }, { "9s", TALK_ID(9, UNIT_SEC) }, { "10s", TALK_ID(10, UNIT_SEC) }, { "11s", TALK_ID(11, UNIT_SEC) }, { "12s", TALK_ID(12, UNIT_SEC) }, { "13s", TALK_ID(13, UNIT_SEC) }, { "14s", TALK_ID(14, UNIT_SEC) }, { "15s", TALK_ID(15, UNIT_SEC) }, { "16s", TALK_ID(16, UNIT_SEC) }, { "17s", TALK_ID(17, UNIT_SEC) }, { "18s", TALK_ID(18, UNIT_SEC) }, { "19s", TALK_ID(19, UNIT_SEC) }, { "20s", TALK_ID(20, UNIT_SEC) }, { "21s", TALK_ID(21, UNIT_SEC) }, { "22s", TALK_ID(22, UNIT_SEC) }, { "23s", TALK_ID(23, UNIT_SEC) }, { "24s", TALK_ID(24, UNIT_SEC) }, { "25s", TALK_ID(25, UNIT_SEC) }, { "26s", TALK_ID(26, UNIT_SEC) }, { "27s", TALK_ID(27, UNIT_SEC) }, { "28s", TALK_ID(28, UNIT_SEC) }, { "29s", TALK_ID(29, UNIT_SEC) }, { "30s", TALK_ID(30, UNIT_SEC) } }; return set_option(str(LANG_RECORD_PRERECORD_TIME), &global_settings.rec_prerecord_time, INT, names, 31, NULL ); } static bool recdirectory(void) { static const struct opt_items names[] = { { rec_base_directory, -1 }, { STR(LANG_RECORD_CURRENT_DIR) } }; return set_option(str(LANG_RECORD_DIRECTORY), &global_settings.rec_directory, INT, names, 2, NULL ); } static bool reconstartup(void) { return set_bool(str(LANG_RECORD_STARTUP), &global_settings.rec_startup); } #ifdef CONFIG_BACKLIGHT static bool cliplight(void) { static const struct opt_items names[] = { { STR(LANG_OFF) }, { STR(LANG_MAIN_UNIT) } #ifdef HAVE_REMOTE_LCD , { STR(LANG_REMOTE_MAIN) }, { STR(LANG_REMOTE_UNIT) } #endif }; return set_option( str(LANG_CLIP_LIGHT), &global_settings.cliplight, INT, names, #ifdef HAVE_REMOTE_LCD 4, NULL ); #else 2, NULL ); #endif } #endif /*CONFIG_BACKLIGHT */ #ifdef HAVE_AGC static bool agc_preset(void) { static const struct opt_items names[] = { { STR(LANG_OFF) }, { STR(LANG_AGC_SAFETY) }, { STR(LANG_AGC_LIVE) }, { STR(LANG_AGC_DJSET) }, { STR(LANG_AGC_MEDIUM) }, { STR(LANG_AGC_VOICE) }, }; if (global_settings.rec_source) return set_option(str(LANG_RECORD_AGC_PRESET), &global_settings.rec_agc_preset_line, INT, names, 6, NULL ); else return set_option(str(LANG_RECORD_AGC_PRESET), &global_settings.rec_agc_preset_mic, INT, names, 6, NULL ); } static bool agc_cliptime(void) { static const struct opt_items names[] = { { "200ms", TALK_ID(200, UNIT_MS) }, { "400ms", TALK_ID(400, UNIT_MS) }, { "600ms", TALK_ID(600, UNIT_MS) }, { "800ms", TALK_ID(800, UNIT_MS) }, { "1s", TALK_ID(1, UNIT_SEC) } }; return set_option(str(LANG_RECORD_AGC_CLIPTIME), &global_settings.rec_agc_cliptime, INT, names, 5, NULL ); } #endif /* HAVE_AGC */ #endif /* HAVE_RECORDING */ static bool chanconf(void) { static const struct opt_items names[] = { { STR(LANG_CHANNEL_STEREO) }, { STR(LANG_CHANNEL_MONO) }, { STR(LANG_CHANNEL_CUSTOM) }, { STR(LANG_CHANNEL_LEFT) }, { STR(LANG_CHANNEL_RIGHT) }, { STR(LANG_CHANNEL_KARAOKE) } }; #if CONFIG_CODEC == SWCODEC return set_option(str(LANG_CHANNEL), &global_settings.channel_config, INT, names, 6, channels_set); #else return set_option(str(LANG_CHANNEL), &global_settings.channel_config, INT, names, 6, sound_set_channels); #endif } static bool stereo_width(void) { return set_sound(str(LANG_STEREO_WIDTH), &global_settings.stereo_width, SOUND_STEREO_WIDTH); } bool sound_menu(void) { int m; bool result; static const struct menu_item items[] = { { ID2P(LANG_VOLUME), volume }, #ifndef HAVE_TLV320 { ID2P(LANG_BASS), bass }, { ID2P(LANG_TREBLE), treble }, #endif { ID2P(LANG_BALANCE), balance }, { ID2P(LANG_CHANNEL_MENU), chanconf }, { ID2P(LANG_STEREO_WIDTH), stereo_width }, #if CONFIG_CODEC == SWCODEC { ID2P(LANG_CROSSFEED), crossfeed_menu }, { ID2P(LANG_EQUALIZER), eq_menu }, { ID2P(LANG_DITHERING), dithering_enable }, #endif #ifdef HAVE_WM8758 { ID2P(LANG_EQUALIZER_HARDWARE), eq_hw_menu }, #endif #if (CONFIG_CODEC == MAS3587F) || (CONFIG_CODEC == MAS3539F) { ID2P(LANG_LOUDNESS), loudness }, { ID2P(LANG_AUTOVOL), avc }, { ID2P(LANG_SUPERBASS), superbass }, { ID2P(LANG_MDB_ENABLE), mdb_enable }, { ID2P(LANG_MDB_STRENGTH), mdb_strength }, { ID2P(LANG_MDB_HARMONICS), mdb_harmonics }, { ID2P(LANG_MDB_CENTER), mdb_center }, { ID2P(LANG_MDB_SHAPE), mdb_shape }, #endif }; #if CONFIG_CODEC == SWCODEC pcmbuf_set_low_latency(true); #endif m=menu_init( items, sizeof(items) / sizeof(*items), NULL, NULL, NULL, NULL); result = menu_run(m); menu_exit(m); #if CONFIG_CODEC == SWCODEC pcmbuf_set_low_latency(false); #endif return result; } #ifdef HAVE_RECORDING enum trigger_menu_option { TRIGGER_MODE, TRIGGER_TYPE, PRERECORD_TIME, START_THRESHOLD, START_DURATION, STOP_THRESHOLD, STOP_POSTREC, STOP_GAP, TRIG_OPTION_COUNT, }; #ifdef HAVE_RECORDING static char* create_thres_str(int threshold) { static char retval[6]; if (threshold < 0) { if (threshold < -88) { snprintf (retval, sizeof retval, "%s", str(LANG_DB_INF)); } else { snprintf (retval, sizeof retval, "%ddb", threshold + 1); } } else { snprintf (retval, sizeof retval, "%d%%", threshold); } return retval; } #define INF_DB (-89) static void change_threshold(int *threshold, int change) { if (global_settings.peak_meter_dbfs) { if (*threshold >= 0) { int db = (calc_db(*threshold * MAX_PEAK / 100) - 9000) / 100; *threshold = db; } *threshold += change; if (*threshold > -1) { *threshold = INF_DB; } else if (*threshold < INF_DB) { *threshold = -1; } } else { if (*threshold < 0) { *threshold = peak_meter_db2sample(*threshold * 100) * 100 / MAX_PEAK; } *threshold += change; if (*threshold > 100) { *threshold = 0; } else if (*threshold < 0) { *threshold = 100; } } } /** * Displays a menu for editing the trigger settings. */ bool rectrigger(void) { int exit_request = false; enum trigger_menu_option selected = TRIGGER_MODE; bool retval = false; int old_x_margin[NB_SCREENS]; int old_y_margin[NB_SCREENS]; #define TRIGGER_MODE_COUNT 3 static const unsigned char *trigger_modes[] = { ID2P(LANG_OFF), ID2P(LANG_RECORD_TRIG_NOREARM), ID2P(LANG_RECORD_TRIG_REARM) }; #define PRERECORD_TIMES_COUNT 31 static const unsigned char *prerecord_times[] = { ID2P(LANG_OFF),"1s","2s", "3s", "4s", "5s", "6s", "7s", "8s", "9s", "10s", "11s", "12s", "13s", "14s", "15s", "16s", "17s", "18s", "19s", "20s", "21s", "22s", "23s", "24s", "25s", "26s", "27s", "28s", "29s", "30s" }; #define TRIGGER_TYPE_COUNT 3 static const unsigned char *trigger_types[] = { ID2P(LANG_RECORD_TRIGGER_STOP), ID2P(LANG_RECORD_TRIGGER_PAUSE), ID2P(LANG_RECORD_TRIGGER_NEWFILESTP), }; static const unsigned char *option_name[] = { [TRIGGER_MODE] = ID2P(LANG_RECORD_TRIGGER_MODE), [TRIGGER_TYPE] = ID2P(LANG_RECORD_TRIGGER_TYPE), [PRERECORD_TIME] = ID2P(LANG_RECORD_PRERECORD_TIME), [START_THRESHOLD] = ID2P(LANG_RECORD_START_THRESHOLD), [START_DURATION] = ID2P(LANG_RECORD_MIN_DURATION), [STOP_THRESHOLD] = ID2P(LANG_RECORD_STOP_THRESHOLD), [STOP_POSTREC] = ID2P(LANG_RECORD_STOP_POSTREC), [STOP_GAP] = ID2P(LANG_RECORD_STOP_GAP) }; int old_start_thres = global_settings.rec_start_thres; int old_start_duration = global_settings.rec_start_duration; int old_prerecord_time = global_settings.rec_prerecord_time; int old_stop_thres = global_settings.rec_stop_thres; int old_stop_postrec = global_settings.rec_stop_postrec; int old_stop_gap = global_settings.rec_stop_gap; int old_trigger_mode = global_settings.rec_trigger_mode; int old_trigger_type = global_settings.rec_trigger_type; int offset[NB_SCREENS]; int option_lines[NB_SCREENS]; int w, h, i; int stat_height = global_settings.statusbar ? STATUSBAR_HEIGHT : 0; int pm_y[NB_SCREENS]; int trig_xpos[NB_SCREENS]; int trig_ypos[NB_SCREENS]; int trig_width[NB_SCREENS]; FOR_NB_SCREENS(i) { offset[i] = 0; trig_xpos[i] = 0; trig_ypos[i] = screens[i].height - stat_height - TRIG_HEIGHT; pm_y[i] = screens[i].height - stat_height; trig_width[i] = screens[i].width; } /* restart trigger with new values */ settings_apply_trigger(); peak_meter_trigger (global_settings.rec_trigger_mode != TRIG_MODE_OFF); FOR_NB_SCREENS(i) { screens[i].clear_display(); old_x_margin[i] = screens[i].getxmargin(); old_y_margin[i] = screens[i].getymargin(); if(global_settings.statusbar) screens[i].setmargins(0, STATUSBAR_HEIGHT); else screens[i].setmargins(0, 0); screens[i].getstringsize("M", &w, &h); // 16 pixels are reserved for peak meter and trigger status option_lines[i] = MIN(((screens[i].height) - stat_height - 16)/h, TRIG_OPTION_COUNT); } while (!exit_request) { int button, k; const char *str; char option_value[TRIG_OPTION_COUNT][9]; snprintf( option_value[TRIGGER_MODE], sizeof option_value[TRIGGER_MODE], "%s", P2STR(trigger_modes[global_settings.rec_trigger_mode])); snprintf( option_value[TRIGGER_TYPE], sizeof option_value[TRIGGER_TYPE], "%s", P2STR(trigger_types[global_settings.rec_trigger_type])); snprintf( option_value[TRIGGER_TYPE], sizeof option_value[TRIGGER_TYPE], "%s", P2STR(trigger_types[global_settings.rec_trigger_type])); snprintf ( option_value[PRERECORD_TIME], sizeof option_value[PRERECORD_TIME], "%s", P2STR(prerecord_times[global_settings.rec_prerecord_time])); /* due to value range shift (peak_meter_define_trigger) -1 is 0db */ if (global_settings.rec_start_thres == -1) { str = str(LANG_OFF); } else { str = create_thres_str(global_settings.rec_start_thres); } snprintf( option_value[START_THRESHOLD], sizeof option_value[START_THRESHOLD], "%s", str); snprintf( option_value[START_DURATION], sizeof option_value[START_DURATION], "%s", trig_durations[global_settings.rec_start_duration]); if (global_settings.rec_stop_thres <= INF_DB) { str = str(LANG_OFF); } else { str = create_thres_str(global_settings.rec_stop_thres); } snprintf( option_value[STOP_THRESHOLD], sizeof option_value[STOP_THRESHOLD], "%s", str); snprintf( option_value[STOP_POSTREC], sizeof option_value[STOP_POSTREC], "%s", trig_durations[global_settings.rec_stop_postrec]); snprintf( option_value[STOP_GAP], sizeof option_value[STOP_GAP], "%s", trig_durations[global_settings.rec_stop_gap]); FOR_NB_SCREENS(i) { screens[i].set_drawmode(DRMODE_SOLID|DRMODE_INVERSEVID); screens[i].fillrect(0, stat_height, screens[i].width, screens[i].height - stat_height); screens[i].set_drawmode(DRMODE_SOLID); } gui_syncstatusbar_draw(&statusbars, true); /* reselect FONT_SYSFONT as status_draw has changed the font */ /*lcd_setfont(FONT_SYSFIXED);*/ FOR_NB_SCREENS(i) { for (k = 0; k < option_lines[i]; k++) { int x, y; str = P2STR(option_name[k + offset[i]]); screens[i].putsxy((option_lines[i] < TRIG_OPTION_COUNT) ? 5 : 0, stat_height + k * h, str); str = option_value[k + offset[i]]; screens[i].getstringsize(str, &w, &h); y = stat_height + k * h; x = screens[i].width - w; screens[i].putsxy(x, y, str); if ((int)selected == (k + offset[i])) { screens[i].set_drawmode(DRMODE_COMPLEMENT); screens[i].fillrect(x, y, w, h); screens[i].set_drawmode(DRMODE_SOLID); } } if (option_lines[i] < TRIG_OPTION_COUNT) gui_scrollbar_draw(&screens[i], 0, stat_height, 4, screens[i].height - 16 - stat_height, TRIG_OPTION_COUNT, offset[i], offset[i] + option_lines[i], VERTICAL); } peak_meter_draw_trig(trig_xpos, trig_ypos, trig_width, NB_SCREENS); button = peak_meter_draw_get_btn(0, pm_y, 8, NB_SCREENS); FOR_NB_SCREENS(i) screens[i].update(); switch (button) { case ACTION_STD_CANCEL: gui_syncsplash(50, true, str(LANG_MENU_SETTING_CANCEL)); global_settings.rec_start_thres = old_start_thres; global_settings.rec_start_duration = old_start_duration; global_settings.rec_prerecord_time = old_prerecord_time; global_settings.rec_stop_thres = old_stop_thres; global_settings.rec_stop_postrec = old_stop_postrec; global_settings.rec_stop_gap = old_stop_gap; global_settings.rec_trigger_mode = old_trigger_mode; global_settings.rec_trigger_type = old_trigger_type; exit_request = true; break; case ACTION_REC_PAUSE: exit_request = true; break; case ACTION_STD_PREV: selected += TRIG_OPTION_COUNT - 1; selected %= TRIG_OPTION_COUNT; FOR_NB_SCREENS(i) { offset[i] = MIN(offset[i], (int)selected); offset[i] = MAX(offset[i], (int)selected - option_lines[i] + 1); } break; case ACTION_STD_NEXT: selected ++; selected %= TRIG_OPTION_COUNT; FOR_NB_SCREENS(i) { offset[i] = MIN(offset[i], (int)selected); offset[i] = MAX(offset[i], (int)selected - option_lines[i] + 1); } break; case ACTION_SETTINGS_INC: switch (selected) { case TRIGGER_MODE: global_settings.rec_trigger_mode ++; global_settings.rec_trigger_mode %= TRIGGER_MODE_COUNT; break; case TRIGGER_TYPE: global_settings.rec_trigger_type ++; global_settings.rec_trigger_type %= TRIGGER_TYPE_COUNT; break; case PRERECORD_TIME: global_settings.rec_prerecord_time ++; global_settings.rec_prerecord_time %= PRERECORD_TIMES_COUNT; break; case START_THRESHOLD: change_threshold(&global_settings.rec_start_thres, 1); break; case START_DURATION: global_settings.rec_start_duration ++; global_settings.rec_start_duration %= TRIG_DURATION_COUNT; break; case STOP_THRESHOLD: change_threshold(&global_settings.rec_stop_thres, 1); break; case STOP_POSTREC: global_settings.rec_stop_postrec ++; global_settings.rec_stop_postrec %= TRIG_DURATION_COUNT; break; case STOP_GAP: global_settings.rec_stop_gap ++; global_settings.rec_stop_gap %= TRIG_DURATION_COUNT; break; case TRIG_OPTION_COUNT: // avoid compiler warnings break; } peak_meter_trigger(global_settings.rec_trigger_mode!=TRIG_OFF); settings_apply_trigger(); break; case ACTION_SETTINGS_DEC: switch (selected) { case TRIGGER_MODE: global_settings.rec_trigger_mode+=TRIGGER_MODE_COUNT-1; global_settings.rec_trigger_mode %= TRIGGER_MODE_COUNT; break; case TRIGGER_TYPE: global_settings.rec_trigger_type+=TRIGGER_TYPE_COUNT-1; global_settings.rec_trigger_type %= TRIGGER_TYPE_COUNT; break; case PRERECORD_TIME: global_settings.rec_prerecord_time += PRERECORD_TIMES_COUNT - 1; global_settings.rec_prerecord_time %= PRERECORD_TIMES_COUNT; break; case START_THRESHOLD: change_threshold(&global_settings.rec_start_thres, -1); break; case START_DURATION: global_settings.rec_start_duration += TRIG_DURATION_COUNT-1; global_settings.rec_start_duration %= TRIG_DURATION_COUNT; break; case STOP_THRESHOLD: change_threshold(&global_settings.rec_stop_thres, -1); break; case STOP_POSTREC: global_settings.rec_stop_postrec += TRIG_DURATION_COUNT - 1; global_settings.rec_stop_postrec %= TRIG_DURATION_COUNT; break; case STOP_GAP: global_settings.rec_stop_gap += TRIG_DURATION_COUNT - 1; global_settings.rec_stop_gap %= TRIG_DURATION_COUNT; break; case TRIG_OPTION_COUNT: // avoid compiler warnings break; } peak_meter_trigger(global_settings.rec_trigger_mode!=TRIG_OFF); settings_apply_trigger(); break; case ACTION_REC_F2: peak_meter_trigger(true); break; case SYS_USB_CONNECTED: if(default_event_handler(button) == SYS_USB_CONNECTED) { retval = true; exit_request = true; } break; } } peak_meter_trigger(false); FOR_NB_SCREENS(i) { screens[i].setfont(FONT_UI); screens[i].setmargins(old_x_margin[i], old_y_margin[i]); } action_signalscreenchange(); return retval; } #endif /* !defined(SIMULATOR) && CONFIG_CODEC == MAS3587F */ bool recording_menu(bool no_source) { static const struct menu_item static_items[] = { #if CONFIG_CODEC == MAS3587F { ID2P(LANG_RECORDING_QUALITY), recquality }, #endif #if CONFIG_CODEC == SWCODEC { ID2P(LANG_RECORDING_FORMAT), recformat }, { ID2P(LANG_ENCODER_SETTINGS), enc_global_config_menu }, #endif { ID2P(LANG_RECORDING_FREQUENCY), recfrequency }, { ID2P(LANG_RECORDING_SOURCE), recsource }, /* not shown if no_source */ { ID2P(LANG_RECORDING_CHANNELS), recchannels }, #if CONFIG_CODEC == MAS3587F { ID2P(LANG_RECORDING_EDITABLE), receditable }, #endif { ID2P(LANG_RECORD_TIMESPLIT), filesplitoptionsmenu }, { ID2P(LANG_RECORD_PRERECORD_TIME), recprerecord }, { ID2P(LANG_RECORD_DIRECTORY), recdirectory }, { ID2P(LANG_RECORD_STARTUP), reconstartup }, #ifdef CONFIG_BACKLIGHT { ID2P(LANG_CLIP_LIGHT), cliplight }, #endif { ID2P(LANG_RECORD_TRIGGER), rectrigger }, #ifdef HAVE_AGC { ID2P(LANG_RECORD_AGC_PRESET), agc_preset }, { ID2P(LANG_RECORD_AGC_CLIPTIME), agc_cliptime }, #endif }; struct menu_item items[ARRAYLEN(static_items)]; int i, n_items; int m; bool result; for (i = 0, n_items = 0; i < (int)ARRAYLEN(items); i++) { const struct menu_item *mi = &static_items[i]; if (no_source && mi->function == recsource) continue; items[n_items++] = *mi; } m = menu_init(items, n_items, NULL, NULL, NULL, NULL); result = menu_run(m); menu_exit(m); return result; } /* recording_menu */ #endif /* HAVE_RECORDING */