diff --git a/CHANGELOG.md b/CHANGELOG.md index 95e97f0..72fe1ff 100644 --- a/CHANGELOG.md +++ b/CHANGELOG.md @@ -1,5 +1,7 @@ # Cambios +> **En pausa:** hasta una versión estable, los cambios y el manual se escriben solo en inglés ([docs/en](docs/en/CHANGELOG.md)). Este archivo queda como estaba en la 0.6.2. + Todas las versiones de Bubba Machine. El formato sigue [Keep a Changelog](https://keepachangelog.com/es-ES/1.1.0/) y los números siguen [versionado semántico](https://semver.org/lang/es/): mientras la versión empiece con 0, cualquier versión menor puede cambiar la forma de tocar o el formato de los patrones. ## [0.6.2-beta] - 2026-10-15 diff --git a/README.md b/README.md index 6f2d029..23aecd8 100644 --- a/README.md +++ b/README.md @@ -20,7 +20,7 @@ Batería, sampler de pads, bajo, FM, wavetable y polifónico. Escrito desde cero --- -> **Estado: 0.6.1-beta.** Corre en el aparato y se instala desde el navegador, plug and play, pero es una **beta**: se probó en un solo FM-1 y todavía cambia mucho (la 0.6.1-beta, todavía no en el aparato). **Una actualización puede borrar lo que guardaste** (patrones, canción, ajustes y tomas): hasta la v1 no hay compatibilidad hacia atrás. Ver [cómo instalar](docs/INSTALAR.md) y [cómo volver al firmware de fábrica](docs/INSTALAR.md#volver-al-firmware-de-fábrica). +> **Estado: 0.7.0-beta.** Corre en el aparato y se instala desde el navegador, plug and play, pero es una **beta**: se probó en un solo FM-1 y todavía cambia mucho (la 0.7.0-beta, todavía sin probar del todo en el aparato). **Una actualización puede borrar lo que guardaste** (patrones, canción, ajustes y tomas): hasta la v1 no hay compatibilidad hacia atrás. Ver [cómo instalar](docs/INSTALAR.md) y [cómo volver al firmware de fábrica](docs/INSTALAR.md#volver-al-firmware-de-fábrica). ## Qué es @@ -73,7 +73,7 @@ M-VAVE y FM-1 son marcas de sus respectivos dueños. Este proyecto no está afil **Bubba Machine** is a free (GPL-3.0-or-later) groovebox firmware for the M-VAVE FM-1 with six fixed machines: BR-8 modeled drums, BP-1 pad sampler, BB-303 / B-MINI bass, BX-7 FM (reads DX7 .syx banks), BITTAL wavetable (loads Vital presets) and BUNO-6 polysynth with chorus, plus the BX-1 mixer on HOME. Written from scratch in C99. -- **Status:** 0.6.1-beta. It runs on the device and installs from the browser, plug and play, but it is a **beta**: tested on a single FM-1 and still changing a lot (0.6.1-beta, not yet on the device). **An update may erase what you saved** (patterns, song, settings and takes): there is no backward compatibility until v1. You can also try it in the [web emulator](https://erbubar23.github.io/bubba-machine/emulador.html). +- **Status:** 0.7.0-beta. It runs on the device and installs from the browser, plug and play, but it is a **beta**: tested on a single FM-1 and still changing a lot (0.7.0-beta, not fully tried on the device yet). **An update may erase what you saved** (patterns, song, settings and takes): there is no backward compatibility until v1. You can also try it in the [web emulator](https://erbubar23.github.io/bubba-machine/emulador.html). - **Website and docs in English:** [erbubar23.github.io/bubba-machine/en](https://erbubar23.github.io/bubba-machine/en/), with the [manual](docs/en/MANUAL.md), [install status](docs/en/INSTALL.md), [audio quality](docs/en/AUDIO.md) and [roadmap](docs/en/ROADMAP.md). The firmware screens are in English; Spanish is an optional language pack. Issues and pull requests in English are welcome. - **Clean room:** all project code is original; synthesis libraries (Plaits, msfa) and the community Vital presets in the factory bank keep their free licenses ([credits](docs/en/CREDITS.md)). Only hardware facts from public FM-1 reverse engineering were used. - M-VAVE and FM-1 are trademarks of their respective owners. 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Binary files a/assets/screens/66-home-guia.png and b/assets/screens/66-home-guia.png differ diff --git a/core/bm_app.c b/core/bm_app.c index 1df1246..9f30240 100644 --- a/core/bm_app.c +++ b/core/bm_app.c @@ -15,8 +15,12 @@ static const uint16_t TRACK_COLORS[BM_TRACKS] = {C_ORANGE, C_PINK, C_ACID, C_CYAN, C_VIOLET, C_GREEN}; static const uint16_t KNOB_COLORS[4] = {C_CYAN, C_ORANGE, C_GREEN, C_PINK}; const uint8_t bm_master_steps_tab[6] = {1, 2, 3, 4, 8, 0}; -const uint8_t bm_roll_ticks[5] = {48, 24, 12, 32, 16}; -const char *const bm_roll_names[5] = {"1/8", "1/16", "1/32", "1/8T", "1/16T"}; +const uint8_t bm_roll_ticks[BM_ROLL_RATES] = {48, 24, 12, 32, 16, 8}; +const char *const bm_roll_names[BM_ROLL_RATES] = {"1/8", "1/16", "1/32", "1/8T", "1/16T", "1/32T"}; +const uint16_t bm_roll_len_ticks[4] = {BM_PPQN, BM_PPQN * 2, BM_BAR_TICKS, BM_BAR_TICKS * 2}; +const char *const bm_roll_len_names[4] = {"1/4", "1/2", "1 BAR", "2 BARS"}; +const uint8_t bm_roll_tail_ticks[4] = {0, BM_TICKS_STEP, BM_TICKS_STEP * 2, BM_PPQN}; +const char *const bm_roll_tail_names[4] = {"OFF", "1/16", "1/8", "1/4"}; static const int16_t ENTER_MS[5] = {0, 250, 400, 800, -1}; const char *bm_track_name(const bm_app *a, int t) @@ -118,6 +122,8 @@ void app_overlay(bm_app *a, int enc, const char *title, const char *val, const c o->on = 1; o->enc = (uint8_t)enc; o->pct = (uint8_t)bm_clampi(pct, 0, 255); o->ghost = (uint8_t)(ghost < 0 ? 255 : bm_clampi(ghost, 0, 254)); o->color = col; + o->beat = 0; + o->knob = a->enc_cur; /* la perilla que gira (0 si no vino de una perilla) */ snprintf(o->title, sizeof o->title, "%s", title); snprintf(o->val, sizeof o->val, "%s", val); snprintf(o->unit, sizeof o->unit, "%s", unit); @@ -812,7 +818,8 @@ void bm_app_init(bm_app *a, const bm_platform *pf, uint32_t now) bm_gesture_init(&a->ges, app_on_gesture, a); a->pend_obj = -1; a->undo_track = -1; a->redo_track = -1; a->held_step = -1; a->held_white = -1; a->slice_sens = 64; a->pad_key = -1; a->rec_gate = 100; a->tie_from = -1; a->rec_step = -1; - a->pat_sel = -1; a->punch_key = -1; a->last_pad = -1; a->roll_rate = 1; a->solo_key = -1; a->solo_track = -1; + a->pat_sel = -1; a->punch_key = -1; a->last_pad = -1; a->solo_key = -1; a->solo_track = -1; + a->roll_rate = 1; a->roll_len = 2; a->roll_swing = 50; /* 1/16, rampa de un compás: lo mismo que arranca el audio */ static const uint8_t ln[BM_TRACKS] = {0, 0, 45, 57, 60, 64}; memcpy(a->last_note, ln, sizeof ln); for (int k = 0; k < BM_KEYS; k++) a->key_rec_step[k] = -1; @@ -902,13 +909,13 @@ int bm_app_tabs(const bm_app *a, int t, uint8_t out[8]) const char *bm_page_name(int page) { static const char *const N[PG_COUNT] = {"SEQ", "SOUND", "INSTR", "MIX", "MORE", "BREAK", "TAKES", "ENV", "ARP", "LOOP", - "MIDI", "SCALE", "CHORDS", "LFO", "RECORD", "PADS"}; + "MIDI", "SCALE", "CHORDS", "RECORD", "PADS"}; return page < PG_COUNT ? N[page] : ""; } int app_page_ok(const bm_app *a, int t, int page) { - if (page == PG_SCL || page == PG_CHORDS || page == PG_LFO) return 1; + if (page == PG_SCL || page == PG_CHORDS) return 1; if (page == PG_REC) return t == 1; uint8_t tabs[8]; int n = bm_app_tabs(a, t, tabs); @@ -916,9 +923,17 @@ int app_page_ok(const bm_app *a, int t, int page) return 0; } +/* A dónde vuelve HOME (prev_view, V_BOOT = a ningún lado: HOME recorre sus páginas). Una pantalla + * global abierta desde un canal recuerda el canal y su página; abierta desde otra pantalla (una + * página de HOME, por ejemplo), recuerda esa. Entrar a un canal o a HOME lo olvida. Los pasos de + * HOME por sus páginas lo borran después (bm_input.c). */ void app_set_view(bm_app *a, int v) { - if (v == V_GLO && a->view != V_GLO) { a->prev_view = a->view; a->prev_page = a->page; } + if (v != a->view) { + if (v == V_CH || v == V_HOME) a->prev_view = V_BOOT; + else if (a->view == V_CH) { a->prev_view = V_CH; a->prev_page = a->page; } + else if (a->prev_view == V_BOOT && a->view != V_BOOT) a->prev_view = a->view; + } a->view = (uint8_t)v; a->ov.on = 0; a->clear_armed = 0; @@ -1065,7 +1080,8 @@ void bm_app_tick(bm_app *a, uint32_t now) bm_gesture_poll(&a->ges, now); app_input_tick(a); app_tables(a); - if (a->pat_sel >= 0 && now - a->pat_sel_t > 500) { app_select_pattern(a, a->pat_sel); a->pat_sel = -1; } + /* PRESETS con HOME sostenido elige el patrón al soltar HOME (no carga ni guarda cada uno por el que pasa) */ + if (a->pat_sel >= 0 && a->layer != L_HOME && now - a->pat_sel_t > 500) { app_select_pattern(a, a->pat_sel); a->pat_sel = -1; } if (a->ov.on && (int32_t)(now - a->ov.until) > 0) a->ov.on = 0; if (a->toast_until && (int32_t)(now - a->toast_until) > 0) a->toast_until = 0; for (int t = 0; t < BM_TRACKS; t++) @@ -1115,7 +1131,7 @@ void bm_app_tick(bm_app *a, uint32_t now) app_save_jobs(a, a->dirty); if (a->song_dirty) app_job(a, JOB_SAVE_SONG, 0); if (a->set_dirty) app_job(a, JOB_SAVE_GLOB, 0); - app_toast(a, "AUTOSAVED"); + a->autosave_until = now + UI_TOAST_MS; } if (a->ext_take_del && !app_playing(a)) { /* pedido de la consola: como N11 en TOMAS */ int id = a->ext_take_del - 1; diff --git a/core/bm_app.h b/core/bm_app.h index c1bda1a..366a0c1 100644 --- a/core/bm_app.h +++ b/core/bm_app.h @@ -35,7 +35,7 @@ typedef enum { /* Páginas de un canal. Las pestañas dependen del tipo de canal (bm_app_tabs). */ typedef enum { PG_SEQ, PG_SOUND, PG_INST, PG_MIX, PG_MORE, PG_BREAK, PG_TAKES, PG_ENV, PG_ARP, PG_LOOP, PG_MIDI, - PG_SCL, PG_CHORDS, PG_LFO, PG_REC, PG_PADS, PG_COUNT + PG_SCL, PG_CHORDS, PG_REC, PG_PADS, PG_COUNT } bm_page; /* Capas en vivo (mantener un botón). */ @@ -45,11 +45,11 @@ typedef enum { } bm_layer; /* Preguntas: OCT+ = sí, HOME = no. */ -enum { ASK_NONE, ASK_CLEAR, ASK_ENGINE, ASK_COPY_PAT, ASK_COPY_TRK, ASK_TAKE_DEL, ASK_INIT, ASK_KIT }; +enum { ASK_NONE, ASK_CLEAR, ASK_ENGINE, ASK_COPY_PAT, ASK_COPY_TRK, ASK_TAKE_DEL, ASK_INIT, ASK_KIT, ASK_DISCARD }; typedef struct { uint8_t ver, clock, sync_mode, sync_ppqn, sync_lat, drive, led_dim, autosave, last_pat; - uint8_t enter; /* sin uso desde 0.6 (el recuadro de ALGORITHM se fue) */ + uint8_t enter; /* espera del recuadro de canal (HOME + SELECT, ALGORITHM en INSTR): 2 = 400 ms; no se cambia desde la pantalla */ uint8_t lang; /* 0 = inglés, 1 = el paquete de idioma de la flash */ uint8_t fast_lcd; /* 1 = SPI a 30 MHz con DMA (a prueba; el modo seguro lo apaga) */ uint8_t dual_core; /* 1 = el audio en los dos núcleos (a prueba; el modo seguro lo apaga) */ @@ -58,6 +58,8 @@ typedef struct { typedef struct { uint8_t on, enc, pct, ghost; + uint8_t beat; /* el tempo: cuatro bloques con el beat en vez de la barra */ + uint8_t knob; /* la perilla física que lo mostró + 1 (0 = ninguna: TAP, avisos) */ uint16_t color; char title[22], val[12], unit[6]; uint32_t until; @@ -65,8 +67,9 @@ typedef struct { typedef struct { char name[10], val[10]; uint8_t pct, locked; } bm_legend; -/* Mapa del teclado de una capa: lo que hace cada tecla, para dibujarlo y para los LEDs. */ -typedef struct { char label[6]; uint8_t led; uint16_t color; } bm_keyfn; +/* Mapa del teclado de una capa: lo que hace cada tecla, para dibujarlo y para los LEDs. + * live: un golpe que suena ahora; la luz destella al 100 % encima de led. */ +typedef struct { char label[6]; uint8_t led, live; uint16_t color; } bm_keyfn; #define BM_JOBS 10 enum { JOB_NONE, JOB_FLUSH_PEND, JOB_SAVE_CUR, JOB_SAVE_AS, JOB_SAVE_SONG, JOB_SAVE_GLOB, JOB_LOAD, @@ -133,6 +136,7 @@ typedef struct bm_app { uint8_t box_on, box_track, box_hold; uint8_t box_mode, box_lane; /* recuadro de ALGORITHM: BOX_HOME, BOX_CH (dentro de un canal) o BOX_LANE (instrumento) */ uint8_t layer_latch; /* la capa quedó abierta con un toque (negras 10 y 11): se cierra con la misma tecla o HOME */ + uint8_t nav_btn, nav_track, nav_page, nav_sub; /* botón + 1 que abrió la página del canal (0 = ninguno), para su luz */ uint32_t box_until; int8_t held_step, held_white; uint8_t held_edit, held_had_event, held_long, held_notes; @@ -161,8 +165,13 @@ typedef struct bm_app { uint8_t solo_on, solo_saved; uint16_t erase_mask; /* capa BORRAR sonando: instrumentos que se borran al pasar */ uint8_t erase_syn; - uint8_t roll_rate; /* índice 0..4 */ - uint16_t roll_mask; + /* ROLL (ARP en T1 y T2): en vivo, no se guarda */ + uint8_t roll_rate; /* índice en bm_roll_ticks (0..BM_ROLL_RATES-1) */ + uint16_t roll_mask; /* blancas sostenidas que hacen roll */ + uint8_t roll_ramp; /* 0 plano, 1 CRESC, 2 DECRESC */ + uint8_t roll_len; /* largo de la rampa: índice en bm_roll_len_ticks */ + uint8_t roll_swing; /* 50..75 % */ + uint8_t roll_tail; /* la cola al soltar: índice en bm_roll_tail_ticks */ uint8_t brk_live; uint8_t len_page; /* capa LARGO: OCT +/- = largos 17-64 */ uint8_t launch_held, chain[8], chain_n; @@ -179,6 +188,7 @@ typedef struct bm_app { bm_overlay ov; char toast[30]; uint32_t toast_until; + uint32_t autosave_until; /* marca de autoguardado en el encabezado (sin aviso) */ uint8_t battery; uint16_t master_adc, master_sent; uint32_t now, boot_t; @@ -191,11 +201,19 @@ typedef struct bm_app { uint8_t cpu; /* carga del audio en % (la cabecera) */ uint8_t rec_gate; /* REC de notas: el largo con que se graban (10..100 %, 100 = TIE) */ int8_t rec_micro; /* REC de notas: corrimiento en ticks (-12..12) */ - uint8_t mix_page, fx_page; /* FX otra vez: DUCK · HOME + FX otra vez: REVERB */ + uint8_t mix_page, fx_page; /* FX otra vez: DUCK · en la página FX de HOME: DELAY > REVERB > MASTER */ + int8_t move; /* MOVE de HOME (PRESETS): -63..63, en vivo, no se guarda */ int8_t tie_from; /* paso sostenido para una nota larga (blanca + otra blanca) */ int8_t rec_step; /* REC en un canal de notas: el paso que editan ALGORITHM (gate) y PRESETS (micro) */ uint32_t wt_sig[2]; /* BITTAL: qué tablas están armadas en RAM */ uint8_t knob_rec; /* REC: la nota sostenida graba lo que se mueve en K1-K4 */ + /* perillas: aceleración por el tiempo entre giros, detents crudos y la perilla que gira */ + uint32_t enc_t[ENC_COUNT]; /* cuándo giró cada perilla por última vez */ + int8_t enc_raw; /* detents de este giro, sin acelerar (0 fuera de un giro) */ + uint8_t enc_cur; /* la perilla que está girando + 1 (0 = ninguna) */ + uint8_t enc_new; /* este giro empieza un gesto nuevo (la perilla estaba quieta) */ + int8_t stick; /* el centro de un control bipolar: detents que lleva retenidos */ + uint8_t stick_id; uint8_t snap_buf[BM_SNAP_MAX]; /* un sonido que llega de afuera (bm_app_sound_load) */ uint16_t snap_len; } bm_app; @@ -238,6 +256,9 @@ int bm_app_layer(const bm_app *a); int bm_app_tabs(const bm_app *a, int t, uint8_t out[8]); /* pestañas de un canal */ const char *bm_page_name(int page); void bm_app_legend(const bm_app *a, bm_legend out[4]); +/* Qué hacen ahora las tres perillas grandes (SELECT, ALGORITHM, PRESETS): un nombre corto, o "-" + * si no hacen nada aquí. Sale del mismo reparto que bm_app_encoder. */ +void bm_app_bigknobs(const bm_app *a, const char **sel, const char **alg, const char **pre); void bm_app_keymap(const bm_app *a, bm_keyfn out[BM_KEYS], char *title, int cap, uint16_t *color, const char **h1, const char **h2); /* qué hace cada tecla ahora (nombre corto) y su luz: lo mismo que se ve en la tira de teclas */ void bm_app_keys(const bm_app *a, bm_keyfn out[BM_KEYS]); @@ -264,6 +285,9 @@ uint32_t bm_app_rec_room(const bm_app *a); /* muestras que cab uint8_t bm_app_takes_sel(const bm_app *a); /* fuente marcada en TOMAS */ int bm_app_more_count(const bm_app *a); void bm_app_more_row(const bm_app *a, int i, const char **name, char *val, int cap); -extern const char *const bm_roll_names[5]; +#define BM_ROLL_RATES 6 /* 1/8 1/16 1/32 1/8T 1/16T 1/32T */ +extern const char *const bm_roll_names[BM_ROLL_RATES]; +extern const char *const bm_roll_len_names[4]; +extern const char *const bm_roll_tail_names[4]; #endif diff --git a/core/bm_app_int.h b/core/bm_app_int.h index d17673c..42d95a2 100644 --- a/core/bm_app_int.h +++ b/core/bm_app_int.h @@ -67,6 +67,8 @@ void app_input_tick(bm_app *a); void app_leds(bm_app *a); extern const uint8_t bm_master_steps_tab[6]; -extern const uint8_t bm_roll_ticks[5]; +extern const uint8_t bm_roll_ticks[BM_ROLL_RATES]; +extern const uint16_t bm_roll_len_ticks[4]; +extern const uint8_t bm_roll_tail_ticks[4]; #endif diff --git a/core/bm_audio.c b/core/bm_audio.c index 420e3a8..67cee14 100644 --- a/core/bm_audio.c +++ b/core/bm_audio.c @@ -55,6 +55,7 @@ void bm_audio_init(bm_ctx *c, bm_pattern *pat, bm_song *song, bm_cmdq *q, bm_aud c->fade_gain = 1.0f; c->drive = 25; c->sync_ppqn = 2; + c->roll_cfg.swing = 50; c->roll_cfg.ramp_len = BM_BAR_TICKS; c->st.queued = 0xFF; c->st.punch = 0xFF; c->st.step = -1; c->st.scene = 0xFF; c->st.scene_q = 0xFF; c->st.brk_slice = -1; @@ -145,7 +146,7 @@ static void all_off(bm_ctx *c) v->pend = 0; } for (int t = 0; t < BM_TRACKS; t++) { c->arp[t].n = 0; c->arp[t].playing = 0; } - for (int t = 0; t < BM_TRACKS; t++) c->roll[t].mask = 0; + for (int t = 0; t < BM_TR_TRACKS; t++) { c->roll[t].mask = 0; c->roll[t].tail_m = 0; } c->brk_live = 0; memset(c->strum, 0, sizeof c->strum); } @@ -296,6 +297,7 @@ static void apply(bm_ctx *c, const bm_cmd *k) break; case CMD_MASTER: c->master_target = (uint16_t)k->u.i; break; case CMD_DRIVE: c->drive = k->a; break; + case CMD_MOVE: c->move = (int8_t)k->a; break; case CMD_SYNC: c->sync_mode = k->a; c->sync_ppqn = k->b; c->sync_lat = k->c; break; case CMD_CLOCK: c->ext_clock = k->a; c->ext_budget = 0; c->ext_seen = 0; c->st.ext_ok = 0; @@ -303,11 +305,22 @@ static void apply(bm_ctx *c, const bm_cmd *k) break; case CMD_MIDI: midi_byte(c, k->a); break; case CMD_ROLL: - if (k->a < BM_TRACKS && k->b < BM_LANES) { - if (k->c) c->roll[k->a].mask |= (uint16_t)(1u << k->b); else c->roll[k->a].mask &= (uint16_t)~(1u << k->b); + if (k->a < BM_TR_TRACKS && k->b < BM_LANES) { + uint16_t bit = (uint16_t)(1u << k->b); + if (k->c) { /* empieza (o cambia de velocidad): la rampa, desde cero */ + if (!(c->roll[k->a].mask & bit)) c->roll[k->a].age[k->b] = 0; + c->roll[k->a].mask |= bit; c->roll[k->a].tail_m &= (uint16_t)~bit; + } else if (c->roll[k->a].mask & bit) { /* soltar: sigue la cola */ + c->roll[k->a].mask &= (uint16_t)~bit; + if (c->roll_cfg.tail) { c->roll[k->a].tail_m |= bit; c->roll[k->a].tail[k->b] = c->roll_cfg.tail; } + } if (k->u.i > 0) c->roll[k->a].rate = (uint8_t)k->u.i; } break; + case CMD_ROLL_CFG: + c->roll_cfg.ramp = k->a; c->roll_cfg.swing = k->b; c->roll_cfg.tail = k->c; + c->roll_cfg.ramp_len = (uint16_t)k->u.i; + break; case CMD_REC: c->rec = k->a; break; case CMD_LOOP: bm_loop_cmd(c, k->a, k->b, k->c); break; case CMD_STRUM: { @@ -341,18 +354,67 @@ void bm_audio_overload(bm_ctx *c) if (worst) bm_voice_fade(worst); } +/* ticks entre dos lecturas del reloj; leído desde el otro núcleo puede ir un pelo atrás: cero */ +static inline uint32_t span(uint32_t a, uint32_t b) { uint32_t d = b - a; return d >= 0x80000000u ? 0 : d; } + +/* el canal t calcula [done, done + n); midiendo, suma lo que tardó (el otro núcleo también) */ +static bool track_process(bm_ctx *c, int t, uint32_t done, uint32_t n, int mide) +{ + uint32_t t0 = mide ? c->now() : 0; + bool r = c->eng[t].vt->process(&c->eng[t], &c->tbuf[t][done], (uint16_t)n); + if (mide) c->cost_acc[t] += span(t0, c->now()); + return r; +} + +static int midiendo(const bm_ctx *c) { return c->now && c->par_auto && (c->par_n % BM_PAR_MIDE) == 0; } + void bm_audio_par_process(bm_ctx *c, uint32_t done, uint32_t n) { uint8_t act = 0; + int mide = midiendo(c); for (int t = 0; t < BM_TRACKS; t++) - if (((c->par_mask >> t) & 1) && c->eng[t].vt->process(&c->eng[t], &c->tbuf[t][done], (uint16_t)n)) act |= (uint8_t)(1u << t); + if (((c->par_mask >> t) & 1) && track_process(c, t, done, n, mide)) act |= (uint8_t)(1u << t); c->par_tact = act; } +uint8_t bm_audio_par_pick(const uint32_t cost[BM_TRACKS], uint32_t over, uint8_t cur) +{ + uint32_t best = 0xFFFFFFFFu, now_load = 0xFFFFFFFFu; + uint8_t bm = cur; + for (unsigned m = 0; m < (1u << BM_TRACKS); m++) { + uint32_t l0 = over, l1 = 0; + for (int t = 0; t < BM_TRACKS; t++) { if ((m >> t) & 1) l1 += cost[t]; else l0 += cost[t]; } + uint32_t mx = l0 > l1 ? l0 : l1; + if (m == cur) now_load = mx; + if (mx < best) { best = mx; bm = (uint8_t)m; } + } + /* cambiar solo si mejora de verdad: un canal que va y viene entre núcleos no gana nada */ + return (uint64_t)best * 10u < (uint64_t)now_load * 8u ? bm : cur; +} + +/* fin de un render medido: costos que suben de golpe y bajan 1/16 por medición; cada + * BM_PAR_ELIGE renders, el reparto (antes de calcular nada: los dos núcleos están quietos) */ +static void par_balance(bm_ctx *c) +{ + for (int t = 0; t < BM_TRACKS; t++) { + uint32_t a = c->cost_acc[t], k = c->cost[t] - (c->cost[t] >> 4); + c->cost[t] = a > k ? a : k; + c->cost_acc[t] = 0; + } + uint32_t k = c->cost_over - (c->cost_over >> 4); + c->cost_over = c->over_acc > k ? c->over_acc : k; + c->over_acc = 0; +} + void bm_audio_render(bm_ctx *c, int32_t *out, uint32_t out_frames) { bm_cmd k; int guard = 0; + c->par_n++; + if (c->par_auto && c->par_on && (c->par_n % BM_PAR_ELIGE) == 0) + c->par_mask = bm_audio_par_pick(c->cost, c->cost_over, c->par_mask); + int mide = midiendo(c); + uint32_t o0 = mide ? c->now() : 0; BM_PROF_T0(); while (guard++ < BM_CMDQ_LEN && bm_cmd_pop(c->cmdq, &k)) apply(c, &k); BM_PROF_LAP(BM_P_CMD); @@ -360,6 +422,7 @@ void bm_audio_render(bm_ctx *c, int32_t *out, uint32_t out_frames) uint32_t n_eng = out_frames / BM_OVERSAMPLE; bm_seq_strum_block(c, n_eng); BM_PROF_LAP(BM_P_SEQ); + if (mide) c->over_acc += span(o0, c->now()); while (n_eng) { uint32_t n = n_eng < BM_BLOCK ? n_eng : BM_BLOCK; for (int t = 0; t < BM_TRACKS; t++) if (c->tact & (1u << t)) memset(c->tbuf[t], 0, sizeof c->tbuf[t]); /* solo los que sonaron */ @@ -373,7 +436,9 @@ void bm_audio_render(bm_ctx *c, int32_t *out, uint32_t out_frames) if (c->ext_clock) c->ext_budget--; c->blk_off = (uint16_t)done; BM_PROF_RESTART(); + uint32_t s0 = mide ? c->now() : 0; bm_seq_tick(c); + if (mide) c->over_acc += span(s0, c->now()); BM_PROF_LAP(BM_P_SEQ); continue; } @@ -384,11 +449,11 @@ void bm_audio_render(bm_ctx *c, int32_t *out, uint32_t out_frames) if (until < k2) k2 = until; } BM_PROF_RESTART(); - int par = c->par_on && c->par_go && c->par_wait; - if (par) c->par_go(c->par_user, done, k2); /* T4-T6 en el otro núcleo */ + int par = c->par_on && c->par_mask && c->par_go && c->par_wait; + if (par) c->par_go(c->par_user, done, k2); /* los canales de par_mask, en el otro núcleo */ for (int t = 0; t < BM_TRACKS; t++) { if (par && ((c->par_mask >> t) & 1)) continue; - if (c->eng[t].vt->process(&c->eng[t], &c->tbuf[t][done], (uint16_t)k2)) c->tact |= (uint8_t)(1u << t); + if (track_process(c, t, done, k2, mide)) c->tact |= (uint8_t)(1u << t); BM_PROF_LAP(BM_P_T0 + t); } if (par) { @@ -411,9 +476,12 @@ void bm_audio_render(bm_ctx *c, int32_t *out, uint32_t out_frames) done += k2; } BM_PROF_RESTART(); + uint32_t m0 = mide ? c->now() : 0; bm_dsp_mix(c, out, n); + if (mide) c->over_acc += span(m0, c->now()); BM_PROF_LAP(BM_P_MIX); out += n * 2u * BM_OVERSAMPLE; n_eng -= n; } + if (mide) par_balance(c); } diff --git a/core/bm_audio.h b/core/bm_audio.h index 9367dc5..75bba05 100644 --- a/core/bm_audio.h +++ b/core/bm_audio.h @@ -49,11 +49,12 @@ typedef enum { CMD_MIDI_SEND, /* a,b,c = bytes MIDI de salida (b o c = 0xFF: no se mandan) */ CMD_MASTER, /* i=0..1023 */ CMD_DRIVE, /* a=0..127 */ + CMD_MOVE, /* a = MOVE de HOME, con signo (-63..63; 0 = la mezcla tal cual) */ CMD_SYNC, /* a=modo b=ppqn c=latencia ms */ CMD_CLOCK, /* a=0 interno, 1 externo */ CMD_MIDI, /* a=byte MIDI entrante */ CMD_ARP, /* a=pista b=0/1 (capa ARP) */ - CMD_ROLL, /* a=canal de rejilla b=línea c=0/1 i=ticks entre golpes */ + CMD_ROLL, /* a=canal de rejilla b=línea c=0/1 (0: sigue la cola) i=ticks entre golpes (0 = los mismos) */ CMD_REC, /* a=0/1: grabación en vivo (para el roll) */ CMD_LOOP, /* a=pista synth b=acción (1 REC, 2 borrar, 3 on/off, 4 compases=c) */ CMD_STRUM, /* a=pista b=n c=vel i=notas empaquetadas (4 x 8 bit) */ @@ -62,7 +63,8 @@ typedef enum { CMD_SET_PRM, /* a=canal b=parámetro (bm_pattern.prm) c=valor */ CMD_PRESET, /* a=canal b=preset de su motor (ANALOG) o kit (rejilla de batería) */ CMD_SMP_IMPORT, /* toma desde afuera (consola): a=0 prepara la arena · a=1 lista: i=muestras, b<<8|c = bpm_x10 */ - CMD_PAD_KEY /* tecla de un pad: a=1 suena el pad b (vel c) mientras se sostiene · a=0 soltar */ + CMD_PAD_KEY, /* tecla de un pad: a=1 suena el pad b (vel c) mientras se sostiene · a=0 soltar */ + CMD_ROLL_CFG /* ROLL: a=rampa (0 no, 1 CRESC, 2 DECRESC) b=swing 50..75 c=cola en ticks i=largo de la rampa */ } bm_cmd_type; typedef struct { @@ -136,6 +138,7 @@ typedef struct { volatile uint8_t loop_mode[BM_SYN_TRACKS]; volatile uint16_t loop_pos[BM_SYN_TRACKS]; volatile uint16_t edits; /* el audio editó el patrón (roll/loopera grabando) */ + volatile uint8_t roll_vel[BM_TR_TRACKS]; /* velocidad del último golpe del roll */ } bm_status; /* ------------------------------------------------------------ voces y motores */ @@ -239,7 +242,10 @@ typedef struct bm_ctx { uint32_t ext_last, ext_budget, ext_seen; struct { uint8_t note, tie; uint16_t ticks; } gate[BM_SYN_TRACKS][BM_EVENTS]; bm_retrig rq[BM_TRACKS][16]; - struct { uint16_t mask; uint8_t rate; } roll[BM_TRACKS]; + /* ROLL de las rejillas (T1, T2): mask = instrumentos sostenidos, tail_m = sonando la cola tras + * soltarlos; age = ticks desde que empezó cada uno (la rampa de CRESC / DECRESC) */ + struct { uint16_t mask, tail_m; uint8_t rate; uint8_t tail[BM_LANES]; uint16_t age[BM_LANES]; } roll[BM_TR_TRACKS]; + struct { uint8_t ramp, swing, tail; uint16_t ramp_len; } roll_cfg; bm_looper lp[BM_SYN_TRACKS]; bm_arp arp[BM_TRACKS]; bm_strum strum[8]; @@ -261,6 +267,8 @@ typedef struct bm_ctx { uint32_t punch_t, punch_w0, punch_rp; float pf_ic1[2], pf_ic2[2]; float mf_ic1[2], mf_ic2[2]; /* filtro del master */ + float dj_ic1[BM_TRACKS], dj_ic2[BM_TRACKS]; /* el filtro DJ de cada canal (K2 de HOME) */ + int8_t move; /* MOVE (PRESETS en HOME): < 0 oscuro y con eco, > 0 brillante y con reverb */ float sh_l, sh_r, gate_g; uint16_t master_target, master_gain; uint8_t drive, clip_hold; @@ -284,13 +292,23 @@ typedef struct bm_ctx { uint32_t gen_blk; /* bloque de 16 pasos que ya se decidió (+1; 0 = ninguno) */ uint8_t pchain[8], pchain_n, pchain_pos; - /* audio en dos núcleos (a prueba): los canales de par_mask los calcula otra tarea. par_go la - * despierta con el tramo [done, done + n) y par_wait espera a que termine. */ + /* audio en dos núcleos (a prueba): los canales de par_mask los calcula el otro núcleo. par_go + * le entrega el tramo [done, done + n) y par_wait espera a que termine. */ void (*par_go)(void *u, uint32_t done, uint32_t n); void (*par_wait)(void *u); void *par_user; uint8_t par_mask; volatile uint8_t par_on, par_tact, par_defer; + /* Reparto que se ajusta solo (par_auto, con un reloj en now): cada BM_PAR_MIDE renders se mide + * lo que costó cada canal y lo fijo del núcleo 0 (comandos, secuenciador, mezcla), y cada + * BM_PAR_ELIGE se elige el reparto de los 64 posibles que deja más parejos los dos núcleos. + * Los costos suben de golpe y bajan despacio: los picos (fills, acordes nuevos) cuentan. */ + uint32_t (*now)(void); + uint8_t par_auto; + uint16_t par_n; + uint32_t cost[BM_TRACKS], cost_over; /* ticks de now por render */ + volatile uint32_t cost_acc[BM_TRACKS]; /* los de par_mask los suma el otro núcleo */ + uint32_t over_acc; /* callbacks */ bm_swap_fn swap; void *swap_user; @@ -302,6 +320,10 @@ void bm_audio_render(bm_ctx *c, int32_t *out_lr, uint32_t out_frames); void bm_audio_overload(bm_ctx *c); /* la otra tarea del audio en dos núcleos: calcula los canales de par_mask en el tramo pedido */ void bm_audio_par_process(bm_ctx *c, uint32_t done, uint32_t n); +/* el reparto que deja más parejos los dos núcleos con esos costos; cur si no mejora un 20 % */ +uint8_t bm_audio_par_pick(const uint32_t cost[BM_TRACKS], uint32_t over, uint8_t cur); +#define BM_PAR_MIDE 4u +#define BM_PAR_ELIGE 64u /* internos */ bm_voice *bm_voice_get(bm_ctx *c, int track, uint8_t note, uint8_t vel, const uint8_t lk[4], uint8_t legato); diff --git a/core/bm_config.h b/core/bm_config.h index cf43e7e..44f1bed 100644 --- a/core/bm_config.h +++ b/core/bm_config.h @@ -4,7 +4,7 @@ #ifndef BM_CONFIG_H #define BM_CONFIG_H -#define BM_VERSION_STR "0.6.2-beta" +#define BM_VERSION_STR "0.7.0-beta" #define BM_FMT 3 /* generación de ajustes y tomas (0.3 no lee los de 0.2) */ #define BM_PAT_FMT 7 /* formato de patrones. Hasta la v1 no se leen formatos anteriores */ #define BM_PRM 48 /* parámetros de sonido por canal, además de las 4 macros (= BM_SNAP_PRM) */ diff --git a/core/bm_dsp.c b/core/bm_dsp.c index d22fac8..e9f9b27 100644 --- a/core/bm_dsp.c +++ b/core/bm_dsp.c @@ -176,6 +176,19 @@ static uint32_t fx_len(const bm_ctx *c, uint32_t ticks) return n ? n : 1; } +/* Filtro DJ de un canal (K2 de HOME): djf 0 o 64 abierto, 1-63 cierra un pasa-bajos (63 = lo más + * cerrado), 65-127 abre un pasa-altos. El mismo SVF que el master; el estado vuelve a cero abierto. */ +static void dj_filter(bm_ctx *c, int t, uint8_t djf, int32_t *x, uint32_t n) +{ + if (!djf || djf == 64) { c->dj_ic1[t] = c->dj_ic2[t] = 0.0f; return; } + int hp = djf > 64; + int ci = hp ? 12 + (djf - 64) * 100 / 63 : 127 - djf * 112 / 63; + float gq = (float)bm_svf_g[bm_clampi(ci, 0, 127)] * (1.0f / 65536.0f), kq = 1.1f; + float a1 = 1.0f / (1.0f + gq * (gq + kq)), a2 = gq * a1, a3 = gq * a2; + for (uint32_t i = 0; i < n; i++) x[i] = (int32_t)svf_run(&c->dj_ic1[t], &c->dj_ic2[t], (float)x[i], a1, a2, a3, kq, hp); + c->dj_ic1[t] = flush(c->dj_ic1[t]); c->dj_ic2[t] = flush(c->dj_ic2[t]); +} + void bm_dsp_mix(bm_ctx *c, int32_t *out, uint32_t n) { static float L[BM_BLOCK], R[BM_BLOCK], S[BM_BLOCK], SC[BM_BLOCK]; @@ -207,7 +220,8 @@ void bm_dsp_mix(bm_ctx *c, int32_t *out, uint32_t n) for (int t = 0; t < BM_TRACKS; t++) { if (!(c->tact & (1u << t))) continue; const bm_track *tr = &c->pat->trk[t]; - const int32_t *x = c->tbuf[t]; + int32_t *x = c->tbuf[t]; + dj_filter(c, t, tr->djf, x, n); float g = (float)tr->level * (1.0f / 400.0f) * K15; /* nivel 100 = -12 dB de headroom en el bus */ float gl = g * (float)bm_pan_l[tr->pan & 127] * K15; float gr = g * (float)bm_pan_r[tr->pan & 127] * K15; @@ -260,6 +274,14 @@ void bm_dsp_mix(bm_ctx *c, int32_t *out, uint32_t n) peak[t] = (int32_t)((int64_t)pk * tr->level / 400); } + /* ---- MOVE a la derecha: la mezcla entera también entra a la reverb (se lava) */ + float mv = (float)c->move * (1.0f / 63.0f); + if (mv > 0.0f) { + float k = mv * 0.35f; + for (uint32_t i = 0; i < n; i++) RV[i] += (L[i] + R[i]) * k; + rv_any = 1; + } + /* ---- delay a Fs/2 (escribe la suma de dos muestras, lee con interpolación lineal) y captura del punch */ int16_t *fxb = c->mem->fx.fx; if (!(c->arena_busy || c->smp_rec)) { @@ -273,6 +295,11 @@ void bm_dsp_mix(bm_ctx *c, int32_t *out, uint32_t n) if (pc == FX_THROW && fb < 0.75f) fb = 0.75f; float in_g = pc == FX_FREEZE ? 0.0f : 1.0f, thr = pc == FX_THROW ? 0.5f : 0.0f; float mix = (float)m->dly_mix * (1.0f / 128.0f); + if (mv < 0.0f) { /* MOVE a la izquierda: la mezcla al eco, más repeticiones */ + thr += -mv * 0.5f; + fb += -mv * 0.35f; if (fb > 0.9f) fb = 0.9f; + if (mix < -mv * 0.6f) mix = -mv * 0.6f; + } for (uint32_t i = 0; i < n; i++) { c->d_acc += in_g * (S[i] + thr * (L[i] + R[i])); float dv; @@ -296,6 +323,7 @@ void bm_dsp_mix(bm_ctx *c, int32_t *out, uint32_t n) if (!rv_inited) rv_init(); const bm_meta *mm = &c->pat->meta; float mix = (float)mm->rv_mix * (1.0f / 127.0f); + if (mv > 0.0f && mix < mv * 0.7f) mix = mv * 0.7f; if (rv_any || rv_fb1 != 0.0f || rv_fb2 != 0.0f || rv_curL != 0.0f) { float decay = 0.45f + 0.5f * (float)mm->rv_size * (1.0f / 127.0f); float damp = 0.05f + 0.85f * (float)mm->rv_damp * (1.0f / 127.0f); @@ -376,6 +404,8 @@ void bm_dsp_mix(bm_ctx *c, int32_t *out, uint32_t n) /* ---- filtro del master (K3 de HOME): 64 abierto, a la izquierda pasa-bajos, a la derecha pasa-altos */ { int mf = c->pat->meta.mfilt; + if (c->move < 0) mf = bm_clampi(60 + c->move, 4, 59); /* MOVE: cierra el pasa-bajos */ + else if (c->move > 0) mf = bm_clampi(68 + c->move * 3 / 4, 69, 127); /* abre el pasa-altos */ if (mf < 60 || mf > 68) { int hp = mf > 68; int ci = hp ? (mf - 68) * 70 / 59 + 20 : 127 - (60 - mf) * 85 / 60; diff --git a/core/bm_gesture.c b/core/bm_gesture.c index 3458d31..87b1913 100644 --- a/core/bm_gesture.c +++ b/core/bm_gesture.c @@ -23,7 +23,13 @@ void bm_gesture_init(bm_gesture *g, bm_gesture_cb cb, void *user) cfg(g, BTN_SEQ, 1, 1, 0, 1, UI_LONG_MS); /* capa LARGO Y VELOCIDAD · 2 s: TIEMPO */ cfg(g, BTN_EDIT, 1, 1, 0, 1, UI_LONG_MS); /* capa BORRAR · 2 s: TOMAS / SONIDO INICIAL */ cfg(g, BTN_SAVE, 1, 1, 0, 1, UI_LONG_MS); /* capa COPIAR PATRON · 2 s: guardado rápido */ - cfg(g, BTN_REC, 1, 1, 0, 1, UI_LONG_MS); /* mantener = grabar mientras · 2 s: borrar la pista */ + /* REC: mantener = grabar mientras. Sin 2 s fijos: bm_app_button los pide al bajar con + * bm_gesture_set_long (LOOP: borrar el loop; en un canal sin grabar nada: borrar la pista). */ +} + +void bm_gesture_set_long(bm_gesture *g, int id, uint16_t long_ms) +{ + if (id >= 0 && id < BTN_COUNT && !g->b[id].down) g->b[id].long_ms = long_ms; } bool bm_gesture_is_down(const bm_gesture *g, int id) { return id >= 0 && id < BTN_COUNT && g->b[id].down; } diff --git a/core/bm_gesture.h b/core/bm_gesture.h index 428b6e9..b700682 100644 --- a/core/bm_gesture.h +++ b/core/bm_gesture.h @@ -40,6 +40,8 @@ void bm_gesture_up(bm_gesture *g, int id, uint32_t now); void bm_gesture_poll(bm_gesture *g, uint32_t now); void bm_gesture_other(bm_gesture *g, uint32_t now); bool bm_gesture_is_down(const bm_gesture *g, int id); +/* Los 2 s de un botón (0 = sin LONG); solo se cambia con el botón arriba. */ +void bm_gesture_set_long(bm_gesture *g, int id, uint16_t long_ms); /* Progreso hacia los 2 s (0..255) del botón que se está sosteniendo, o -1. */ int bm_gesture_progress(const bm_gesture *g, uint32_t now, int *id); diff --git a/core/bm_gfx.c b/core/bm_gfx.c index b9191aa..8870295 100644 --- a/core/bm_gfx.c +++ b/core/bm_gfx.c @@ -123,14 +123,22 @@ int gfx_text_c(bm_gfx *g, int xc, int y, const char *s, uint16_t c, int scale) int gfx_small_w(const char *s) { - int n = (int)strlen(bm_txt(s)); - return n ? n * 4 - 1 : 0; + int n = 0; + for (s = bm_txt(s); *s; s++) n += *s == '#' ? 5 : 4; /* el sostenido es más ancho */ + return n ? n - 1 : 0; } int gfx_small(bm_gfx *g, int x, int y, const char *s, uint16_t c) { int x0 = x; for (s = bm_txt(s); *s; s++) { + if (*s == '#') { + for (int r = 0; r < 5; r++) + for (int col = 0; col < 4; col++) + if (bm_sharp4x5[r] & (0x8 >> col)) px(g, x + col, y + r, c); + x += 5; + continue; + } const uint8_t *gl = bm_font3x5[glyph((unsigned char)*s)]; for (int r = 0; r < 5; r++) for (int col = 0; col < 3; col++) diff --git a/core/bm_gfx.h b/core/bm_gfx.h index c111413..a07225d 100644 --- a/core/bm_gfx.h +++ b/core/bm_gfx.h @@ -25,6 +25,7 @@ #define C_RED RGB565(255, 0, 85) /* #FF0055 Laser Red: REC, saturación, mute */ #define C_GREEN RGB565(112, 255, 152) /* #70FF98 Matrix Mint: notas largas, TIE */ #define C_YELLOW RGB565(255, 210, 63) +#define C_TEMPO C_YELLOW /* el tempo: su propio color, no el de un canal (0.7) */ #define C_PINK RGB565(255, 43, 214) /* magenta */ #define C_VIOLET RGB565(157, 123, 255) #define C_BLUE RGB565(61, 123, 255) @@ -55,6 +56,7 @@ bool gfx_strip_hit(const bm_gfx *g, int y, int h); /* ¿el rango toca la franj extern const uint8_t bm_font5x7[96][7]; extern const uint8_t bm_font3x5[96][5]; +extern const uint8_t bm_sharp4x5[5]; /* '#' en la 3x5: 4 columnas, paso de 5 */ extern const uint16_t bm_logo_pal[48]; extern const uint16_t bm_logo_row[240]; extern const uint8_t bm_logo_rle[]; diff --git a/core/bm_input.c b/core/bm_input.c index 8aecf5c..6704be9 100644 --- a/core/bm_input.c +++ b/core/bm_input.c @@ -16,7 +16,7 @@ static const char *const MAC_MINI[4] = {"CUTOFF", "EMPHASIS", "OSC TUNE", "CONTOUR"}; static const char *const MAC_BUNO[4] = {"FREQ", "RES", "ENV", "PWM"}; static const char *const MAC_ACID[4] = {"CUTOFF", "RESO", "DECAY", "ENV MOD"}; -static const char *const MAC_FM[4] = {"BRIGHT", "FEEDBACK", "DECAY", "ALGORITHM"}; +static const char *const MAC_FM[4] = {"BRIGHT", "FEEDBACK", "DECAY", "ALG"}; /* "ALG": no es la perilla ALGORITHM */ static const char *const MAC_TR[4] = {"TONE", "TUNE", "DECAY", "COLOR"}; static const char *const GEN_NAMES[4] = {"VARY", "ANCHOR", "REPEAT", "BREAK"}; static const char *const MAC_PAD[4] = {"FILTER", "PITCH", "DECAY", "START"}; @@ -30,7 +30,7 @@ static const char *const COND_NAMES[3] = {"ALWAYS", "FILL ONLY", "NO FILL"}; static const char *const SNAP_NAMES[3] = {"OFF", "1/16", "1/8"}; static const char *const PUNCH_NAMES[16] = {"S4", "S8", "S16", "S32", "R8", "R4", "TAPE", "GATE", "LPF", "HPF", "BIT", "SR", "DLY", "ECHO", "K-LO", "K-HI"}; -enum { ROLE_NONE, ROLE_MUTE, ROLE_FILL, ROLE_PAT, ROLE_SCENE, ROLE_BRKFX, ROLE_LMUTE, ROLE_NOTE, ROLE_FILLK, ROLE_PAD, ROLE_PREVIEW }; +enum { ROLE_NONE, ROLE_MUTE, ROLE_FILL, ROLE_PAT, ROLE_SCENE, ROLE_BRKFX, ROLE_LMUTE, ROLE_NOTE, ROLE_FILLK, ROLE_PAD, ROLE_PREVIEW, ROLE_CMOD }; const char *bm_macro_name(const bm_app *a, int t, int i) { @@ -118,6 +118,18 @@ static bool lock_mode(const bm_app *a) { return a->held_step >= 0 && a->held_lon static int tr_lane(const bm_app *a) { return a->sel_lane[a->track] & 15; } static int seq_page(const bm_app *a) { return a->view == V_CH && a->page == PG_SEQ; } +/* Perillas: `d` llega acelerado (para 0..127 y el BPM); las listas, los largos y los pasos usan los + * detents tal cual (lst): uno por detent, ninguno se pierde ni se salta. Fuera de un giro (o si el + * signo no coincide) vale ±1. */ +static int lst(const bm_app *a, int d) +{ + int r = a->enc_raw; + if (!r || (r > 0) != (d > 0)) return d > 0 ? 1 : -1; + return r; +} + +static int wrap(int v, int n) { return n > 0 ? ((v % n) + n) % n : 0; } + /* ¿una nota larga que empezó antes sigue sonando en el paso s? */ static int note_covers(const bm_app *a, int t, int s) { @@ -217,20 +229,29 @@ static void legend_home(const bm_app *a, bm_legend *L) const bm_track *tr = &a->pat.trk[a->track]; const bm_meta *m = &a->pat.meta; char b[12]; - snprintf(b, sizeof b, "%d", tr->level); L4(L, 0, "TRK VOL", b, tr->level * 2); - fmt_pct(tr->rsend, b, sizeof b); L4(L, 1, "FX SEND", b, tr->rsend * 2); - if (m->mfilt >= 60 && m->mfilt <= 68) snprintf(b, sizeof b, "OPEN"); - else if (m->mfilt < 60) snprintf(b, sizeof b, "LP %d", m->mfilt); - else snprintf(b, sizeof b, "HP %d", m->mfilt - 64); - L4(L, 2, "MST FILT", b, m->mfilt * 2); - L4(L, 3, "BEAT FX", BEATFX_N[m->beatfx % 17], m->beatfx * 15); + (void)m; + int p = !tr->djf || tr->djf == 64 ? 0 : tr->djf < 64 ? -(int)tr->djf : (int)tr->djf - 64; + snprintf(b, sizeof b, "%d", tr->level); L4(L, 0, "LEVEL", b, tr->level * 2); + if (!p) snprintf(b, sizeof b, "OPEN"); else snprintf(b, sizeof b, "%s %d", p < 0 ? "LP" : "HP", p < 0 ? -p : p); + L4(L, 1, "FILTER", b, (p + 64) * 2); + fmt_pct(tr->send, b, sizeof b); L4(L, 2, "DELAY", b, tr->send * 2); + fmt_pct(tr->rsend, b, sizeof b); L4(L, 3, "REVERB", b, tr->rsend * 2); } static void legend_fx(const bm_app *a, bm_legend *L) { const bm_meta *m = &a->pat.meta; char b[12]; - if (a->fx_page && a->layer != L_PUNCH) { + if (a->fx_page == 2 && a->layer != L_PUNCH) { + if (m->mfilt >= 60 && m->mfilt <= 68) snprintf(b, sizeof b, "OPEN"); + else if (m->mfilt < 60) snprintf(b, sizeof b, "LP %d", m->mfilt); + else snprintf(b, sizeof b, "HP %d", m->mfilt - 64); + L4(L, 0, "MST FILT", b, m->mfilt * 2); + L4(L, 1, "BEAT FX", BEATFX_N[m->beatfx % 17], m->beatfx * 15); + fmt_pct(a->set.drive, b, sizeof b); L4(L, 2, "DRIVE", b, a->set.drive * 2); + return; + } + if (a->fx_page == 1 && a->layer != L_PUNCH) { fmt_pct(m->rv_size, b, sizeof b); L4(L, 0, "SIZE", b, m->rv_size * 2); fmt_pct(m->rv_damp, b, sizeof b); L4(L, 1, "DAMP", b, m->rv_damp * 2); fmt_pct(m->rv_mix, b, sizeof b); L4(L, 2, "REV MIX", b, m->rv_mix * 2); @@ -344,7 +365,7 @@ static void ed_turn(bm_app *a, int t, int k, int d) if (k >= P->n) return; const bm_pdef *def = &P->p[k]; int cur = bm_app_ed_value(a, t, def); - int step = def->max <= 16 ? (d > 0 ? 1 : -1) : d; /* listas: de a una */ + int step = def->max <= 16 ? lst(a, d) : d; /* listas: de a una */ int lo = bm_is_tr(&a->pat, t) && def->slot == LN_LEN ? 1 : 0; int nv = bm_clampi(cur + step, lo, def->max); if (nv == cur) return; @@ -356,16 +377,6 @@ static void ed_turn(bm_app *a, int t, int k, int d) app_overlay(a, k, ti, b, "", nv * 255 / (def->max ? def->max : 1), def->fmt == PF_BIP || def->fmt == PF_SEMI || def->fmt == PF_DSEMI || def->fmt == PF_CENT ? 128 : -1, bm_knob_color(k)); } -/* SELECT en el editor: página por página; en el borde, la pestaña de al lado. Devuelve 0 si salió. */ -static int ed_select(bm_app *a, int d) -{ - int n, t = a->track; - if (!bm_app_ed_on(a) || !bm_app_ed_pages(a, t, &n)) return 0; - int p = a->ed_page[t] % n + (d > 0 ? 1 : -1); - if (p < 0 || p >= n) return 0; - a->ed_page[t] = (uint8_t)p; - return 1; -} static void legend_editor(const bm_app *a, int t, bm_legend *L) { @@ -419,6 +430,8 @@ static void legend_pads(const bm_app *a, bm_legend *L) } } +static void legend_view(const bm_app *a, bm_legend *L); + void bm_app_legend(const bm_app *a, bm_legend L[4]) { memset(L, 0, sizeof(bm_legend) * 4); @@ -428,11 +441,11 @@ void bm_app_legend(const bm_app *a, bm_legend L[4]) char b[12]; switch (a->layer) { case L_HOME: legend_global(a, L); return; - case L_TONE: - fmt_semi(m->transpose, b, sizeof b); L4(L, 0, "TRANSP", b, m->transpose * 5); - snprintf(b, sizeof b, "%+d", ((int)m->transpose - 24) / 12); L4(L, 1, "OCTAVE", b, m->transpose * 5); - snprintf(b, sizeof b, "%d", (m->bpm_x10 + 5) / 10); L4(L, 2, "BPM", b, (m->bpm_x10 - 400) * 255 / 2000); - snprintf(b, sizeof b, "%d%%", m->swing); L4(L, 3, "SWING", b, (m->swing - 50) * 255 / 25); + case L_TONE: /* K1 BPM y K2 SWING, como en HOME y en TEMPO */ + snprintf(b, sizeof b, "%d", (m->bpm_x10 + 5) / 10); L4(L, 0, "BPM", b, (m->bpm_x10 - 400) * 255 / 2000); + snprintf(b, sizeof b, "%d%%", m->swing); L4(L, 1, "SWING", b, (m->swing - 50) * 255 / 25); + fmt_semi(m->transpose, b, sizeof b); L4(L, 2, "TRANSP", b, m->transpose * 5); + snprintf(b, sizeof b, "%+d", ((int)m->transpose - 24) / 12); L4(L, 3, "OCTAVE", b, m->transpose * 5); return; case L_LEN: legend_len(a, L); return; case L_ACC: fmt_pct(tr->accent, b, sizeof b); L4(L, 0, "ACCENT", b, tr->accent * 2); return; @@ -440,17 +453,31 @@ void bm_app_legend(const bm_app *a, bm_legend L[4]) case L_PUNCH: legend_fx(a, L); return; case L_CHORDS: legend_chords(a, L); return; case L_ARP: legend_arp(a, t, L); return; - case L_ROLL: L4(L, 0, "RATE", bm_roll_names[a->roll_rate % 5], a->roll_rate * 63); return; + case L_ROLL: /* K1 velocidad, K2 rampa, K3 swing, K4 cola */ + L4(L, 0, "RATE", bm_roll_names[a->roll_rate % BM_ROLL_RATES], a->roll_rate * 51); + L4(L, 1, a->roll_ramp == 1 ? "CRESC" : a->roll_ramp == 2 ? "DECRESC" : "RAMP", bm_roll_len_names[a->roll_len & 3], a->roll_len * 85); + snprintf(b, sizeof b, "%d%%", a->roll_swing); L4(L, 2, "SWING", b, (a->roll_swing - 50) * 255 / 25); + L4(L, 3, "TAIL", bm_roll_tail_names[a->roll_tail & 3], a->roll_tail * 85); + return; case L_COPY: snprintf(b, sizeof b, "A%02d", a->ctx.st.pattern + 1); L4(L, 0, "FROM", b, 0); return; - case L_ERASE: case L_LANEMUTE: return; - case L_FILL: { + case L_ERASE: return; + default: break; /* MUTE y FILL: las perillas siguen con lo de SEQ */ + } + legend_view(a, L); + if (a->layer == L_FILL) { static const char *const FE[4] = {"OFF", "EVERY 2", "EVERY 4", "EVERY 8"}; int fe = a->pat.meta.fill_every == 2 ? 1 : a->pat.meta.fill_every == 4 ? 2 : a->pat.meta.fill_every == 8 ? 3 : 0; L4(L, 0, "AUTO FILL", FE[fe], fe * 85); - return; - } - default: break; + L[0].locked = 0; } +} + +static void legend_view(const bm_app *a, bm_legend *L) +{ + int t = a->track; + const bm_track *tr = &a->pat.trk[t]; + const bm_meta *m = &a->pat.meta; + char b[12]; switch (a->view) { case V_HOME: legend_home(a, L); return; case V_SCENES: case V_GLO: legend_global(a, L); return; @@ -518,12 +545,8 @@ void bm_app_legend(const bm_app *a, bm_legend L[4]) case PG_SOUND: if (kind == KIND_TR) legend_macros(a, t, L); else if (bm_engine_paged(tr->engine)) legend_editor(a, t, L); - else { - bm_fmt_macro(a, t, 3, tr->macro[3], b, sizeof b); - L4(L, 0, bm_macro_name(a, t, 3), b, tr->macro[3] * 2); - bm_fmt_macro(a, t, 0, tr->macro[0], b, sizeof b); L4(L, 1, bm_macro_name(a, t, 0), b, tr->macro[0] * 2); - if (tr->engine == ENG_FM) bm_fmt_macro(a, t, 1, tr->macro[1], b, sizeof b); else fmt_pct(tr->macro[1], b, sizeof b); - L4(L, 2, bm_macro_name(a, t, 1), b, tr->macro[1] * 2); + else { /* BX-7 y BB-303: K1-K3 como en SEQ, K4 = ACCENT */ + legend_macros(a, t, L); fmt_pct(tr->accent, b, sizeof b); L4(L, 3, "ACCENT", b, tr->accent * 2); } return; @@ -532,9 +555,9 @@ void bm_app_legend(const bm_app *a, bm_legend L[4]) case PG_MORE: { bm_legend tmp[4]; memset(tmp, 0, sizeof tmp); - legend_len(a, tmp); - fmt_pct(tr->accent, b, sizeof b); L4(L, 0, "ACCENT", b, tr->accent * 2); - L[1] = tmp[0]; L[2] = tmp[1]; + legend_len(a, tmp); /* K1 LENGTH, K2 SPEED como en la capa de SEQ y en TIME */ + L[0] = tmp[0]; L[1] = tmp[1]; + fmt_pct(tr->accent, b, sizeof b); L4(L, 2, "ACCENT", b, tr->accent * 2); if (kind == KIND_NOTE) { fmt_semi(tr->transpose, b, sizeof b); L4(L, 3, "TRANSP", b, tr->transpose * 5); } return; } @@ -568,7 +591,7 @@ void bm_app_legend(const bm_app *a, bm_legend L[4]) fmt_ms((uint32_t)tr->glide * 500 / 127, b, sizeof b); L4(L, 1, "GLIDE", b, tr->glide * 2); } return; - case PG_ARP: if (kind == KIND_NOTE) legend_arp(a, t, L); else L4(L, 0, "ROLL", bm_roll_names[a->roll_rate % 5], a->roll_rate * 63); return; + case PG_ARP: if (kind == KIND_NOTE) legend_arp(a, t, L); return; /* las rejillas: ARP es la capa ROLL */ case PG_LOOP: { const bm_loop *lp = &a->pat.loop[t >= 2 ? t - 2 : 0]; L4(L, 0, "LOOP", lp->on ? "ON" : "OFF", lp->on ? 255 : 0); @@ -592,54 +615,192 @@ void bm_app_legend(const bm_app *a, bm_legend L[4]) } } -/* ------------------------------------------------------------ mapa del teclado (capas, HOME) */ -static void KW(bm_keyfn *K, int w, const char *l, uint8_t led, uint16_t c) +/* ------------------------------------------------------------ las tres perillas grandes + * El mismo reparto que enc_dispatch, en palabras cortas para la fila de abajo de la pantalla. */ +void bm_app_bigknobs(const bm_app *a, const char **sel, const char **alg, const char **pre) +{ + const char *S = "-", *A = "-", *P = "-"; + int t = a->track, kind = app_kind(a, t), e = a->pat.trk[t].engine; + switch (a->layer) { + case L_HOME: S = "TRACK"; A = "BPM .1"; P = "PATTERN"; goto out; + case L_ROLL: goto out; /* ROLL: K1-K4 y las negras; las grandes, nada */ + case L_NONE: case L_LANEMUTE: case L_FILL: break; /* MUTE y FILL: siguen con lo de SEQ */ + default: goto out; /* las otras capas solo usan K1-K4 */ + } + if (a->view == V_CH && a->page == PG_SEQ && a->rec && kind == KIND_NOTE && a->held_step < 0) { S = "STEP"; A = "GATE"; P = "MICRO"; goto out; } + if (a->view == V_CH && a->page == PG_SEQ && a->held_step >= 0) { + S = "ACCENT"; + if (bm_is_grid(&a->pat, t)) { A = "REPEAT"; P = "COND"; } else { A = "PROB"; P = "LENGTH"; } + goto out; + } + switch (a->view) { + case V_HOME: S = "TRACK"; A = "BPM"; P = "MOVE"; break; + case V_SCENES: A = "BPM"; P = "MOVE"; break; + case V_MIX: S = "TRACK"; A = "BPM"; P = "PATTERN"; break; + case V_FXG: S = "PAGE"; A = "BPM"; P = "MOVE"; break; + case V_GLO: S = "ROW"; A = "VALUE"; P = "MOVE"; break; + case V_SONG: if (a->song.n) { S = "ROW"; A = "ENTRY"; } P = "MOVE"; break; + case V_SYSTEM: S = "ROW"; A = "VALUE"; break; + case V_SAVE: S = "ROW"; A = "TARGET"; P = "TARGET"; break; + case V_TIME: S = "TRACK"; A = "TRACK"; break; + case V_COPYCH: S = "TARGET"; A = "TARGET"; break; + case V_CH: + S = a->page == PG_MORE ? "ROW" : "PAGE"; + if (a->page == PG_MORE) A = "VALUE"; + else if (a->page == PG_TAKES) A = "TAKE"; + else if (a->page != PG_REC) + switch (e) { + case ENG_DRUM: A = "INSTR"; break; + case ENG_BREAK: A = "PAD"; break; + case ENG_ACID: case ENG_MINI: A = "MACHINE"; break; + case ENG_FM: A = "ALG"; break; + case ENG_BITTAL: A = "TABLE"; break; + case ENG_BUNO: A = "CHORUS"; break; + default: break; + } + P = bm_is_pads(t) ? "TAKE" : kind == KIND_TR ? "KIT" : e == ENG_ACID ? "WAVE" : e == ENG_FM ? "PATCH" : "SOUND"; + break; + default: break; + } +out: + *sel = S; *alg = A; *pre = P; +} + +/* ------------------------------------------------------------ mapa del teclado (capas, HOME) + * Las luces son blancas y solo dicen el estado; la tira de teclas de la pantalla nombra cada tecla + * con la misma intensidad. Una sola gramática en todas las pantallas: + * OFF no hay nada: sin función, hueco vacío que no hace nada, fuera del largo + * DIM disponible pero quieto o vacío, o con contenido pero callado (muteado, NO-FILL) + * MID tiene contenido y va a sonar; una referencia (carril con pasos, patrón guardado, tónica) + * ON elegido, sostenido, activo ahora, o el destello de un golpe (live) + * BLINK solo el cabezal o lo que está en cola + * BREATH armado, fijo o especial (paso con p-lock, la salida de una capa fija) */ +static bm_keyfn *KW(bm_keyfn *K, int w, const char *l, uint8_t led, uint16_t c) { bm_keyfn *k = &K[bm_white_key(w)]; snprintf(k->label, sizeof k->label, "%s", l); k->led = led; k->color = c; + return k; } -static void KB(bm_keyfn *K, int b, const char *l, uint8_t led, uint16_t c) +static bm_keyfn *KB(bm_keyfn *K, int b, const char *l, uint8_t led, uint16_t c) { bm_keyfn *k = &K[bm_black_key(b)]; snprintf(k->label, sizeof k->label, "%s", l); k->led = led; k->color = c; + return k; } -static void map_home(const bm_app *a, bm_keyfn *K) +/* La tira muestra 3 letras: cada instrumento de los kits tiene su nombre corto fijo (KICK y KICK2, + * o los tres TOM, no pueden leerse iguales). Si se le cambió el modelo, el del modelo. */ +static const char KIT_SHORT[BM_KITS_N][BM_LANES][4] = { + {"BD", "BD2", "CH", "OH", "SD", "CP", "RS", "LT", "MT", "HT", "CB", "CY", "SH", "CL", "CG", "ZAP"}, + {"BD", "BD2", "CH", "OH", "SD", "CP", "RS", "LT", "MT", "HT", "RD", "CR", "SH", "CL", "CG", "ZAP"}, + {"BD", "SUB", "CH", "OH", "SD", "CP", "BLP", "ZAP", "MTL", "BLK", "CB", "NZ", "SH", "TOM", "PRC", "BD3"}, +}; +static const char DRM_SHORT[DRM_COUNT][4] = {"BD", "BD", "SD", "SD", "HH", "MTL", "CP", "TOM", "CB", "RES", "NZ", "FM"}; + +static const char *lane_short(const bm_app *a, int t, int ln) +{ + ln &= 15; + if (!bm_is_tr(&a->pat, t)) return bm_lane_name(a, t, ln); /* pads P1..P16 */ + int kit = (a->pat.trk[t].source % BM_KITS_N + BM_KITS_N) % BM_KITS_N; + int m = bm_trk_trc(&a->pat, t)->lane[ln].model; + const char *s = (m == bm_kits[kit].lane[ln].model || m >= DRM_COUNT) ? KIT_SHORT[kit][ln] : DRM_SHORT[m]; + return s[0] ? s : bm_lane_name(a, t, ln); +} + +/* el carril tiene algún golpe dentro de su largo */ +static bool lane_has(const bm_tr *tr, int ln) +{ + int len = tr->lane[ln].len ? tr->lane[ln].len : 16; + for (int s = 0; s < len && s < BM_STEPS; s++) + if (tr->st[ln][s] & ST_ON) return true; + return false; +} + +/* un instrumento en un selector: el elegido ON, con pasos MID (muteado DIM), vacío OFF */ +static uint8_t lane_led(const bm_tr *tr, int ln, int sel) +{ + if (ln == sel) return LED_ON; + if (ln < 0 || ln >= BM_LANES || !lane_has(tr, ln)) return LED_OFF; + return ((tr->mute >> ln) & 1) ? LED_DIM : LED_MID; +} + +/* el instrumento acaba de sonar (los muteados no suenan, así que no destellan) */ +static uint8_t lane_live(const bm_app *a, int t, int ln) +{ + ln &= 15; + return (uint8_t)(a->now < a->lane_flash[t][ln] && !((bm_trk_trc(&a->pat, t)->mute >> ln) & 1)); +} + +/* Las negras de un canal de batería (SEQ y las demás páginas): 1-8 eligen y tocan un instrumento + * del banco, 9 cambia de banco (HI/LO), 10 MUTE, 11 FILL. Las pantallas MUTE y FILL usan 1-9. */ +static void tr_blacks(const bm_app *a, bm_keyfn *K, int t, bool all) +{ + const bm_tr *tr = bm_trk_trc(&a->pat, t); + int lane = tr_lane(a), bank = (lane / 8) * 8; + bool other = false; + for (int i = 0; i < 8; i++) { + int ln = bank + i; + bm_keyfn *k = KB(K, i, lane_short(a, t, ln), lane_led(tr, ln, lane), bm_track_color(t)); + k->live = (uint8_t)(lane_has(tr, ln) && lane_live(a, t, ln)); + if (!other) other = lane_has(tr, (ln + 8) & 15); + } + KB(K, 8, lane < 8 ? "HI" : "LO", lane >= 8 ? LED_ON : (other ? LED_MID : LED_DIM), C_WHITE); + if (!all) return; + KB(K, 9, "MUTE", LED_DIM, C_RED); + KB(K, 10, "FIL", a->fill ? LED_ON : LED_DIM, C_ORANGE); +} + +/* Las negras de HOME (y de ESCENAS): 1-6 los canales (sonando MID y destellan con cada golpe, + * muteados DIM), 7-10 las escenas A-D, 11 FILL. */ +static void home_blacks(const bm_app *a, bm_keyfn *K) { const bm_status *st = &a->ctx.st; char b[6]; - for (int w = 0; w < 16; w++) { - bool has = bm_store_has(&a->store, (uint8_t)w) || w == st->pattern || a->pend_obj == w; - uint8_t led = w == st->pattern ? LED_ON : (w == st->queued ? LED_BLINK : (has ? LED_MID : LED_OFF)); - snprintf(b, sizeof b, "%02d", w + 1); - KW(K, w, b, led, w == st->pattern ? C_WHITE : w == st->queued ? C_CYAN : 0); - } for (int t = 0; t < BM_TRACKS; t++) { + bool mute = a->pat.trk[t].mute != 0; snprintf(b, sizeof b, "T%d", t + 1); - KB(K, t, b, a->pat.trk[t].mute ? LED_OFF : LED_ON, bm_track_color(t)); + KB(K, t, b, mute ? LED_DIM : LED_MID, bm_track_color(t))->live = (uint8_t)(!mute && a->now < a->trig_until[t]); } for (int s = 0; s < 4; s++) { snprintf(b, sizeof b, "%c", 'A' + s); KB(K, 6 + s, b, st->scene == s ? LED_ON : (st->scene_q == s ? LED_BLINK : (a->song.scene[s].valid ? LED_MID : LED_OFF)), C_CYAN); } - KB(K, 10, "F", a->fill ? LED_ON : LED_DIM, C_ORANGE); + KB(K, 10, "FIL", a->fill ? LED_ON : LED_DIM, C_ORANGE); +} + +static void map_home(const bm_app *a, bm_keyfn *K) +{ + const bm_status *st = &a->ctx.st; + char b[6]; + for (int w = 0; w < 16; w++) { + bool has = bm_store_has(&a->store, (uint8_t)w) || w == st->pattern || a->pend_obj == w; + uint8_t led = w == st->pattern ? LED_ON : (w == st->queued ? LED_BLINK : (has ? LED_MID : LED_DIM)); + snprintf(b, sizeof b, "%02d", w + 1); + KW(K, w, b, led, w == st->pattern ? C_WHITE : w == st->queued ? C_CYAN : 0); + } + home_blacks(a, K); } static void map_steps(const bm_app *a, bm_keyfn *K, int mode) { - /* mode 0: acento · 1: repetir/ligar · 2: borrar · 3: solo en el fill */ + /* mode 0: acento · 1: repetir/ligar · 2: borrar · 3: solo en el fill + * Un paso vacío está disponible (DIM) donde la capa lo crea: acento, y en batería repetir y fill. */ int t = a->track, kind = app_kind(a, t); + uint8_t empty = (mode == 0 || (kind != KIND_NOTE && (mode == 1 || mode == 3))) ? LED_DIM : LED_OFF; for (int w = 0; w < 16; w++) { int s = a->step_page * 16 + w; const char *l = ""; - uint8_t led = LED_OFF; + uint8_t led = empty; if (kind == KIND_NOTE) { if (s >= a->pat.trk[t].length) { KW(K, w, "", LED_OFF, 0); continue; } int idx[4], n = syn_step_events(a, t, s, idx); if (n) { const bm_event *e = bm_evc(&a->pat, t, s, idx[0]); - if (mode == 3) { l = e->prob == BM_PROB_FILL ? "F" : ""; led = e->prob == BM_PROB_FILL ? LED_ON : LED_DIM; } + if (mode == 3) { + l = e->prob == BM_PROB_FILL ? "F" : e->prob == BM_PROB_NOFILL ? "-" : ""; + led = e->prob == BM_PROB_FILL ? LED_ON : e->prob == BM_PROB_NOFILL ? LED_DIM : LED_MID; + } else if (mode == 0) { l = e->vel >= BM_VEL_ACC ? "A" : e->vel <= BM_VEL_GHOST ? "G" : ""; led = e->vel >= BM_VEL_ACC ? LED_ON : LED_MID; } else if (mode == 1) { l = (e->len & BM_LEN_TIE) ? "TIE" : ""; led = (e->len & BM_LEN_TIE) ? LED_ON : LED_MID; } else { l = "X"; led = LED_MID; } @@ -653,7 +814,7 @@ static void map_steps(const bm_app *a, bm_keyfn *K, int mode) if (on) { int rat = (v & ST_FLAM) ? 4 : (v & ST_RAT_MASK) >> ST_RAT_SH; int cond = (v & ST_COND_MASK) >> ST_COND_SH; - if (mode == 3) { l = cond == 1 ? "F" : cond == 2 ? "-" : ""; led = cond == 1 ? LED_ON : LED_DIM; } + if (mode == 3) { l = cond == 1 ? "F" : cond == 2 ? "-" : ""; led = cond == 1 ? LED_ON : cond == 2 ? LED_DIM : LED_MID; } else if (mode == 0) { l = (v & ST_ACC) ? "A" : ""; led = (v & ST_ACC) ? LED_ON : LED_MID; } else if (mode == 1) { l = RAT_NAMES[rat]; if (!rat) l = ""; led = rat ? LED_ON : LED_MID; } else { l = "X"; led = LED_MID; } @@ -664,14 +825,23 @@ static void map_steps(const bm_app *a, bm_keyfn *K, int mode) } } -static void map_lanes(const bm_app *a, bm_keyfn *K, int t, uint16_t act) +/* Las blancas como los 16 instrumentos. act: los sostenidos (ON). + * MUTE: con pasos y sonando MID y destella con cada golpe, muteado DIM, vacío OFF. + * ERASE: con pasos MID (muteado o no), vacío OFF (no hay nada que borrar). + * ROLL: todos suenan: vacío DIM, con pasos MID, y destellan. */ +enum { LM_MUTE, LM_ERASE, LM_ROLL }; + +static void map_lanes(const bm_app *a, bm_keyfn *K, int t, uint16_t act, int mode) { const bm_tr *tr = bm_trk_trc(&a->pat, t); for (int w = 0; w < 16; w++) { - char b[6]; - snprintf(b, sizeof b, "%.4s", bm_lane_name(a, t, w)); - uint8_t led = (act >> w) & 1 ? LED_ON : ((tr->mute >> w) & 1 ? LED_OFF : LED_MID); - KW(K, w, b, led, bm_track_color(t)); + bool has = lane_has(tr, w), mute = (tr->mute >> w) & 1; + uint8_t led, live = 0; + if (mode == LM_MUTE) { led = has ? (mute ? LED_DIM : LED_MID) : LED_OFF; live = (uint8_t)(has && lane_live(a, t, w)); } + else if (mode == LM_ERASE) led = has ? LED_MID : LED_OFF; + else { led = has ? LED_MID : LED_DIM; live = lane_live(a, t, w); } + if ((act >> w) & 1) led = LED_ON; + KW(K, w, lane_short(a, t, w), led, bm_track_color(t))->live = live; } } @@ -691,6 +861,9 @@ static void map_chords(const bm_app *a, bm_keyfn *K) for (int b = 0; b < 4; b++) KB(K, b, MODS[b], (a->chord_mod >> b) & 1 ? LED_ON : LED_DIM, C_YELLOW); } +/* Las pistas del visor de cada capa: la línea 1 dice qué hacen teclas y perillas, la 2 empieza + * siempre por cómo se sale. CONTROL = VERBO OBJETO, dos espacios entre pares, hasta 38 letras, los + * controles con el nombre impreso en el equipo. */ void bm_app_keymap(const bm_app *a, bm_keyfn K[BM_KEYS], char *title, int cap, uint16_t *color, const char **h1, const char **h2) { memset(K, 0, sizeof(bm_keyfn) * BM_KEYS); @@ -705,107 +878,118 @@ void bm_app_keymap(const bm_app *a, bm_keyfn K[BM_KEYS], char *title, int cap, u switch (L) { case L_HOME: snprintf(title, (size_t)cap, "HOME"); - *h1 = "WHITE = QUEUE PATTERN - TWO = CHAIN"; - *h2 = "BLACK = MUTE, HOLD = SOLO - F = FILL"; + *h1 = "WHITE = CUE PATTERN BLACK 1-6 = MUTE"; + *h2 = "EXIT: RELEASE HOME HOLD BLACK = SOLO"; map_home(a, K); return; case L_LEN: { snprintf(title, (size_t)cap, "LENGTH AND SPEED"); *color = bm_track_color(t); - *h1 = "WHITE = LENGTH - BLACKS 1-6 = SPEED"; - *h2 = "BLACKS 7-10 = 1-4 BARS - OCT-/+ = 17-64"; + *h1 = "WHITE = SET LENGTH OCT-/OCT+ = PAGE"; + *h2 = "EXIT: RELEASE SEQ BLACK 1-6 = SPEED"; int len = bm_trk_len(&a->pat, t, kind == KIND_NOTE ? -1 : tr_lane(a)); for (int w = 0; w < 16; w++) { int v = a->len_page * 16 + w + 1; snprintf(b, sizeof b, "%d", v); - KW(K, w, b, v == len ? LED_BLINK : (v <= len ? LED_ON : LED_DIM), bm_track_color(t)); + KW(K, w, b, v == len ? LED_ON : (v < len ? LED_MID : LED_DIM), bm_track_color(t)); } static const char *const SP[SPD_COUNT] = {"X2", "3/2", "X1", "3/4", "1/2", "1/4"}; for (int s = 0; s < SPD_COUNT; s++) KB(K, s, SP[s], a->pat.trk[t].speed == s ? LED_ON : LED_DIM, C_WHITE); int spb = BM_BAR_TICKS / bm_speed_tps[a->pat.trk[t].speed % SPD_COUNT]; - for (int c = 1; c <= 4; c++) { snprintf(b, sizeof b, "%dC", c); KB(K, 5 + c, b, len == c * spb ? LED_ON : LED_DIM, C_YELLOW); } + for (int c = 1; c <= 4; c++) { snprintf(b, sizeof b, "%dBR", c); KB(K, 5 + c, b, len == c * spb ? LED_ON : LED_DIM, C_YELLOW); } return; } case L_ERASE: snprintf(title, (size_t)cap, "ERASE"); *color = C_RED; - *h1 = app_playing(a) ? "PLAYING: HELD WHITE ERASES AS IT PASSES" : "STOPPED: WHITE ERASES THE LINE OR STEP"; - *h2 = "OCT- UNDO - OCT+ REDO"; - if (kind == KIND_TR) map_lanes(a, K, t, a->erase_mask); + *h1 = app_playing(a) ? "HOLD WHITE = ERASE LIVE OCT+ = REDO" + : kind == KIND_TR ? "WHITE = ERASE INSTRUMENT OCT+ = REDO" : "WHITE = ERASE STEP OCT+ = REDO"; + *h2 = "EXIT: RELEASE EDIT OCT- = UNDO"; + if (kind == KIND_TR) map_lanes(a, K, t, a->erase_mask, LM_ERASE); else map_steps(a, K, 2); KB(K, 0, "CPY", LED_DIM, C_WHITE); KB(K, 1, "PST", LED_DIM, C_WHITE); KB(K, 2, "CLR", LED_DIM, C_RED); - if (t == 1) KB(K, 3, "CAPT", LED_ON, C_YELLOW); + if (t == 1) KB(K, 3, "CAPT", LED_DIM, C_YELLOW); return; case L_ACC: snprintf(title, (size_t)cap, "ACCENT"); - *h1 = "WHITE = ACCENT ON / OFF - EMPTY STEP = NEW"; - *h2 = kind == KIND_NOTE ? "ON NOTES: NORMAL > ACCENT > GHOST" : "WORKS WITH REPEAT, FLAM AND CONDITION"; + *h1 = kind == KIND_NOTE ? "WHITE = CYCLE ACCENT AND GHOST" : "WHITE = TOGGLE ACCENT"; + *h2 = "EXIT: RELEASE ENV OCT+ = NEXT PAGE"; map_steps(a, K, 0); return; case L_REP: snprintf(title, (size_t)cap, kind == KIND_NOTE ? "TIE" : "REPEAT"); *color = C_YELLOW; - *h1 = kind == KIND_NOTE ? "WHITE = TIE THE NOTE TO THE NEXT ONE" : "WHITE = X1 > X2 > X3 > X4 > FLAM"; - *h2 = kind == KIND_NOTE ? "K1 SETS THE GLIDE" : "LIKE STEP + ALGORITHM, BY PAINTING"; + *h1 = kind == KIND_NOTE ? "WHITE = TIE TO NEXT NOTE K1 = GLIDE" : "WHITE = CYCLE X1-X4 AND FLAM"; + *h2 = a->layer_latch ? "EXIT: LFO OR HOME OCT+ = NEXT PAGE" : "EXIT: RELEASE LFO OCT+ = NEXT PAGE"; map_steps(a, K, 1); return; case L_PUNCH: snprintf(title, (size_t)cap, "PUNCH-IN"); *color = C_RED; - *h1 = "WHITES = 16 EFFECTS, QUANTIZED TO 1/16"; - *h2 = "BLACKS 1-6 STILL MUTE"; + *h1 = "WHITE = PLAY EFFECT BLACK 1-6 = MUTE"; + *h2 = "EXIT: RELEASE FX"; for (int w = 0; w < 16; w++) KW(K, w, PUNCH_NAMES[w], a->ctx.st.punch == w ? LED_ON : (a->ctx.arena_busy && w <= 6 ? LED_OFF : LED_DIM), C_YELLOW); - for (int i = 0; i < BM_TRACKS; i++) { snprintf(b, sizeof b, "T%d", i + 1); KB(K, i, b, a->pat.trk[i].mute ? LED_OFF : LED_ON, bm_track_color(i)); } + for (int i = 0; i < BM_TRACKS; i++) { + bool mute = a->pat.trk[i].mute != 0; + snprintf(b, sizeof b, "T%d", i + 1); + KB(K, i, b, mute ? LED_DIM : LED_MID, bm_track_color(i))->live = (uint8_t)(!mute && a->now < a->trig_until[i]); + } return; case L_CHORDS: snprintf(title, (size_t)cap, "CHORDS"); *color = C_GREEN; - *h1 = "WHITES = 16 CHORDS - BLACKS 1-4 MODIFY"; - *h2 = "BLUE REST - GREEN BUILD - ORANGE TENSION"; + *h1 = "WHITE = PLAY CHORD BLACK 1-4 = EXTEND"; + *h2 = "EXIT: RELEASE SCL"; map_chords(a, K); return; case L_ARP: case L_ROLL: - if (L == L_ROLL) { - snprintf(title, (size_t)cap, "ROLL %s", bm_roll_names[a->roll_rate % 5]); + if (L == L_ROLL) { /* blancas: los 16 instrumentos o pads */ + static const char *const RT[BM_ROLL_RATES] = {"8", "16", "32", "8T", "16T", "32T"}; + snprintf(title, (size_t)cap, "ROLL"); *color = bm_track_color(t); - *h1 = "WHITE = REPEATS WHILE HELD"; - *h2 = a->rec ? "REC: RECORDED AS REPEATS" : "K1 = ROLL SPEED"; - map_lanes(a, K, t, a->roll_mask); + *h1 = "HOLD WHITE = ROLL BLACK 1-6 = RATE"; + if (a->layer_latch) *h2 = a->rec ? "EXIT: ARP OR HOME REC IS RECORDING" : "EXIT: ARP OR HOME BLACK 11 = FILL"; + else *h2 = a->rec ? "EXIT: RELEASE ARP REC IS RECORDING" : "EXIT: RELEASE ARP BLACK 11 = FILL"; + map_lanes(a, K, t, a->roll_mask, LM_ROLL); + for (int r = 0; r < BM_ROLL_RATES; r++) KB(K, r, RT[r], a->roll_rate == r ? LED_ON : LED_DIM, C_WHITE); + KB(K, 6, "CRE", a->roll_ramp == 1 ? LED_ON : LED_DIM, C_CYAN); + KB(K, 7, "DEC", a->roll_ramp == 2 ? LED_ON : LED_DIM, C_CYAN); + KB(K, 10, "FIL", a->fill ? LED_ON : LED_DIM, C_ORANGE); } else { snprintf(title, (size_t)cap, "ARPEGGIO"); *color = bm_track_color(t); - *h1 = "HOLD A CHORD: ARPEGGIATED IN TEMPO"; - *h2 = "RELEASE ARP AND IT STOPS"; + *h1 = "HOLD KEYS = ARPEGGIATE IN TEMPO"; + *h2 = "EXIT: RELEASE ARP"; for (int k = 0; k < BM_KEYS; k++) { int note = BM_KEY_BASE_NOTE + k + 12 * a->oct; snprintf(K[k].label, sizeof K[k].label, "%s", bm_note_names[note % 12]); - K[k].led = a->keys_down[k] ? LED_ON : LED_OFF; K[k].color = bm_track_color(t); + K[k].led = LED_DIM; K[k].color = bm_track_color(t); } } return; case L_COPY: snprintf(title, (size_t)cap, "COPY PATTERN"); *color = C_YELLOW; - *h1 = "WHITE = PASTE THERE - BLACK + WHITE = ONE TRACK"; - *h2 = "IF THE TARGET HAS NOTES: OCT+ YES, HOME NO"; + *h1 = "WHITE = PASTE BLACK+WHITE = ONE TRACK"; + *h2 = "EXIT: RELEASE SAVE"; for (int w = 0; w < 16; w++) { snprintf(b, sizeof b, "%02d", w + 1); - KW(K, w, b, w == a->ctx.st.pattern ? LED_ON : (bm_store_has(&a->store, (uint8_t)w) ? LED_MID : LED_OFF), C_YELLOW); + KW(K, w, b, w == a->ctx.st.pattern ? LED_ON : (bm_store_has(&a->store, (uint8_t)w) ? LED_MID : LED_DIM), C_YELLOW); } for (int i = 0; i < BM_TRACKS; i++) { snprintf(b, sizeof b, "T%d", i + 1); - KB(K, i, b, a->keys_down[bm_black_key(i)] ? LED_ON : LED_DIM, bm_track_color(i)); + KB(K, i, b, LED_DIM, bm_track_color(i)); /* sostenida: ON (app_leds) */ } return; case L_TONE: snprintf(title, (size_t)cap, "TRANSPOSE"); *color = C_CYAN; - *h1 = "THE KEYS TRANSPOSE THE PROJECT - C4 = 0"; - *h2 = "PLAY = TAP TEMPO, WITHOUT STOPPING"; + *h1 = "KEYS = TRANSPOSE PROJECT K2 = OCTAVE"; + *h2 = "EXIT: RELEASE GLO PLAY = TAP TEMPO"; for (int k = 0; k < BM_KEYS; k++) { int off = k - 7; - if (off == 0) snprintf(K[k].label, sizeof K[k].label, "0"); else snprintf(K[k].label, sizeof K[k].label, "%+d", off); - K[k].led = (24 + off == m->transpose) ? LED_ON : (off == 0 ? LED_DIM : LED_OFF); + snprintf(K[k].label, sizeof K[k].label, off > 0 ? "+%d" : "%d", off); /* el snprintf del SDK no tiene %+d */ + K[k].led = (24 + off == m->transpose) ? LED_ON : (off == 0 ? LED_MID : LED_DIM); K[k].color = C_CYAN; } return; @@ -814,23 +998,16 @@ void bm_app_keymap(const bm_app *a, bm_keyfn K[BM_KEYS], char *title, int cap, u snprintf(title, (size_t)cap, fill ? "FILL" : "MUTE INSTRUMENTS"); *color = fill ? C_ORANGE : bm_track_color(t); if (fill) { - *h1 = kind == KIND_TR ? "FILL PLAYS - WHITE = HIT ONLY IN THE FILL" : "FILL PLAYS - WHITE = NOTE ONLY IN THE FILL"; - *h2 = a->layer_latch ? "BLACK 11 OR HOME = EXIT - K1 = AUTO FILL" : "RELEASE BLACK 11 TO GO BACK"; + *h1 = kind == KIND_TR ? "WHITE = MAKE HIT FILL-ONLY" : "WHITE = MAKE NOTE FILL-ONLY"; + *h2 = a->layer_latch ? "EXIT: BLACK 11 OR HOME K1 = AUTO FILL" : "EXIT: RELEASE BLACK 11"; map_steps(a, K, 3); } else { - *h1 = "WHITE = MUTE / UNMUTE THAT INSTRUMENT"; - *h2 = a->layer_latch ? "BLACK 10 OR HOME = EXIT" : "RELEASE BLACK 10 TO GO BACK"; - map_lanes(a, K, t, 0); - } - if (kind == KIND_TR) { /* las negras siguen eligiendo instrumento */ - for (int i = 0; i < 8; i++) { - int ln = (tr_lane(a) / 8) * 8 + i; - snprintf(b, sizeof b, "%.3s", bm_lane_name(a, t, ln)); - KB(K, i, b, ln == tr_lane(a) ? LED_ON : LED_DIM, bm_track_color(t)); - } - KB(K, 8, tr_lane(a) < 8 ? "9-16" : "1-8", LED_DIM, C_WHITE); + *h1 = "WHITE = TOGGLE MUTE BLACK 1-8 = PLAY"; + *h2 = a->layer_latch ? "EXIT: BLACK 10 OR HOME" : "EXIT: RELEASE BLACK 10"; + map_lanes(a, K, t, 0, LM_MUTE); } - KB(K, fill ? 10 : 9, "EXIT", LED_BLINK, fill ? C_ORANGE : C_RED); + if (kind == KIND_TR) tr_blacks(a, K, t, false); /* las negras siguen eligiendo instrumento */ + KB(K, fill ? 10 : 9, "X", LED_BREATH, fill ? C_ORANGE : C_RED); /* sostenida: ON (app_leds) */ return; } default: break; @@ -964,7 +1141,7 @@ static void play_key_down(bm_app *a, int k, int w, int b) bm_chord_name(root, sc, b, ext, a->chord_name, sizeof a->chord_name); bm_roman(root, sc, b, ext, a->chord_roman, sizeof a->chord_roman); play_notes(a, k, t, notes, n, 95, 1); - } else a->chord_mod |= (uint8_t)(1u << (b - 7)); + } else { a->chord_mod |= (uint8_t)(1u << (b - 7)); a->key_role[k] = ROLE_CMOD; } return; } int note = BM_KEY_BASE_NOTE + k + 12 * a->oct - (t == 2 ? 12 : 0); @@ -1070,13 +1247,63 @@ static void key_screen_open(bm_app *a, int k, int L) if (L == L_FILL) { app_push(a, CMD_FILL, 1, 0, 0); a->fill = 1; } } +/* ------------------------------------------------------------ ROLL: ARP en las rejillas (T1, T2) + * Como el ROLL de una TR-8: un toque de ARP deja la pantalla abierta (se cierra con ARP o HOME), + * sostener ARP = solo mientras lo sostienes. Blanca sostenida = ese instrumento o pad se repite; + * negras 1-6 la velocidad, 7/8 CRESC/DECRESC, 11 el fill mientras la sostienes. Todo en vivo: no se + * guarda. Con REC el roll se graba como pasos con repetición (y la rampa, como acentos). */ +static void roll_cfg_send(bm_app *a) +{ + app_push_i(a, CMD_ROLL_CFG, a->roll_ramp, a->roll_swing, bm_roll_tail_ticks[a->roll_tail & 3], bm_roll_len_ticks[a->roll_len & 3]); +} + +static void roll_stop(bm_app *a) /* las blancas sueltan (sigue la cola) */ +{ + for (int l = 0; l < BM_LANES; l++) if (a->roll_mask & (1u << l)) app_push_i(a, CMD_ROLL, a->track, (uint8_t)l, 0, 0); + a->roll_mask = 0; +} + +static void roll_set_rate(bm_app *a, int r) +{ + a->roll_rate = (uint8_t)bm_clampi(r, 0, BM_ROLL_RATES - 1); + app_overlay(a, 0, "ROLL RATE", bm_roll_names[a->roll_rate], "", a->roll_rate * 51, -1, bm_knob_color(0)); + for (int l = 0; l < BM_LANES; l++) if (a->roll_mask & (1u << l)) app_push_i(a, CMD_ROLL, a->track, (uint8_t)l, 1, bm_roll_ticks[a->roll_rate]); +} + +static void roll_open(bm_app *a) +{ + if (a->view != V_CH) app_enter(a, a->track, a->ch_page[a->track]); /* la máquina, entera */ + a->layer = L_ROLL; + a->layer_latch = 1; + a->ov.on = 0; + a->roll_mask = 0; + roll_cfg_send(a); +} + static void key_screen_close(bm_app *a) { if (a->layer == L_FILL) { app_push(a, CMD_FILL, 0, 0, 0); a->fill = 0; } - if (a->layer == L_FILL || a->layer == L_LANEMUTE) a->layer = L_NONE; + if (a->layer == L_FILL || a->layer == L_LANEMUTE || (a->layer_latch && a->layer == L_REP)) a->layer = L_NONE; + if (a->layer == L_ROLL && a->layer_latch) { roll_stop(a); a->layer = L_NONE; } a->layer_latch = 0; } +/* LFO en una máquina sin página de LFO (BR-8, BP-1, BB-303, BX-7, MIDI): un toque deja abierta su + * capa de mantener (REPETIR en las de pasos, LIGAR en las de notas) hasta LFO otra vez o HOME. */ +static bool lfo_has_page(const bm_app *a, int t) +{ + return app_kind(a, t) == KIND_NOTE && !app_midi(a, t) && bm_engine_paged(app_engine(a, t)); +} + +static void lfo_latch(bm_app *a) +{ + if (a->layer) return; /* nunca dos capas a la vez */ + if (a->view != V_CH) app_enter(a, a->track, a->ch_page[a->track]); /* la capa es de la máquina */ + a->layer = L_REP; + a->layer_latch = 1; + a->ov.on = 0; +} + /* FILL: la blanca deja ese golpe (o esa nota) solo para el fill, u otra vez como siempre */ static void paint_fill(bm_app *a, int w) { @@ -1319,11 +1546,11 @@ static void pad_trim(bm_app *a, int which, int d) int32_t end = (int32_t)p->start + p->len; if (which == 0) { int32_t s = (int32_t)p->start; - s = step ? (int32_t)snap_to(a, tk, (uint32_t)s) + (d > 0 ? (int32_t)step : -(int32_t)step) : s + d * px; + s = step ? (int32_t)snap_to(a, tk, (uint32_t)s) + lst(a, d) * (int32_t)step : s + d * px; s = bm_clampi(s, 0, end - 64); p->start = (uint16_t)s; p->len = (uint16_t)(end - s); } else { - int32_t e = step ? (int32_t)snap_to(a, tk, (uint32_t)end) + (d > 0 ? (int32_t)step : -(int32_t)step) : end + d * px; + int32_t e = step ? (int32_t)snap_to(a, tk, (uint32_t)end) + lst(a, d) * (int32_t)step : end + d * px; e = bm_clampi(e, (int32_t)p->start + 64, (int32_t)tk->len); p->len = (uint16_t)(e - (int32_t)p->start); } @@ -1338,20 +1565,20 @@ static void pad_sound(bm_app *a, int k, int d) char b[16]; if (!bm_pad_ok(p)) { app_toast(a, "EMPTY PAD: TAKES > PAD"); return; } if (a->ed_page[1] == 1) { /* SOUND: PITCH LEVEL PLAY DIR */ - if (k == 0) { p->pitch = (uint8_t)bm_clampi(p->pitch + (d > 0 ? 1 : -1), 0, 48); snprintf(b, sizeof b, "%+d", p->pitch - 24); app_overlay(a, 0, "PITCH", b, "ST", p->pitch * 255 / 48, 128, bm_knob_color(0)); } + if (k == 0) { p->pitch = (uint8_t)bm_clampi(p->pitch + lst(a, d), 0, 48); snprintf(b, sizeof b, "%+d", p->pitch - 24); app_overlay(a, 0, "PITCH", b, "ST", p->pitch * 255 / 48, 128, bm_knob_color(0)); } else if (k == 1) { int v = bm_clampi(ln->level + d, 0, 127); app_push_i(a, CMD_SET_LANE, 1, (uint8_t)l, 1, v); snprintf(b, sizeof b, "%d", v); app_overlay(a, 1, "LEVEL", b, "", v * 2, -1, bm_knob_color(1)); } - else if (k == 2) { p->mode = (uint8_t)((p->mode + (d > 0 ? 1 : PAD_MODES - 1)) % PAD_MODES); app_overlay(a, 2, "PLAY", PAD_MODE_N[p->mode], "", p->mode * 85, -1, bm_knob_color(2)); } - else { p->flags ^= PAD_REV; app_overlay(a, 3, "DIR", (p->flags & PAD_REV) ? "REV" : "FWD", "", (p->flags & PAD_REV) ? 255 : 0, -1, bm_knob_color(3)); } + else if (k == 2) { p->mode = (uint8_t)wrap(p->mode + lst(a, d), PAD_MODES); app_overlay(a, 2, "PLAY", PAD_MODE_N[p->mode], "", p->mode * 85, -1, bm_knob_color(2)); } + else { p->flags = (uint8_t)(d > 0 ? p->flags | PAD_REV : p->flags & ~PAD_REV); app_overlay(a, 3, "DIR", (p->flags & PAD_REV) ? "REV" : "FWD", "", (p->flags & PAD_REV) ? 255 : 0, -1, bm_knob_color(3)); } } else if (a->ed_page[1] == 3) { /* LOOP: dónde empieza y termina el sustain */ if (k == 0) { p->loop_s = (uint8_t)bm_clampi(p->loop_s + d, 0, 254); if (p->loop_e && p->loop_e <= p->loop_s) p->loop_e = (uint8_t)(p->loop_s + 1); snprintf(b, sizeof b, "%d", p->loop_s * 100 / 255); app_overlay(a, 0, "LOOP IN", b, "%", p->loop_s, -1, bm_knob_color(0)); } else if (k == 1) { int v = bm_clampi(p->loop_e + d, 0, 255); if (v && v <= p->loop_s) v = p->loop_s + 1; p->loop_e = (uint8_t)v; if (v) snprintf(b, sizeof b, "%d", v * 100 / 255); else snprintf(b, sizeof b, "WHOLE"); app_overlay(a, 1, "LOOP OUT", b, v ? "%" : "", v, -1, bm_knob_color(1)); } - else if (k == 2) { p->mode = (uint8_t)((p->mode + (d > 0 ? 1 : PAD_MODES - 1)) % PAD_MODES); app_overlay(a, 2, "PLAY", PAD_MODE_N[p->mode], "", p->mode * 85, -1, bm_knob_color(2)); } + else if (k == 2) { p->mode = (uint8_t)wrap(p->mode + lst(a, d), PAD_MODES); app_overlay(a, 2, "PLAY", PAD_MODE_N[p->mode], "", p->mode * 85, -1, bm_knob_color(2)); } if (k <= 1 && p->mode != PAD_LOOP) { p->mode = PAD_LOOP; app_toast(a, "PLAY = LOOP: HELD REPEATS THE LOOP"); } } else { /* ENV: ATTACK RELEASE CHOKE TEMPO */ if (k == 0) { p->attack = (uint8_t)bm_clampi(p->attack + d, 0, 127); } else if (k == 1) { p->release = (uint8_t)bm_clampi(p->release + d, 0, 127); } - else if (k == 2) { int v = bm_clampi(ln->choke + (d > 0 ? 1 : -1), 0, 3); app_push_i(a, CMD_SET_LANE, 1, (uint8_t)l, 7, v); } - else p->flags ^= PAD_TEMPO; + else if (k == 2) { int v = bm_clampi(ln->choke + lst(a, d), 0, 3); app_push_i(a, CMD_SET_LANE, 1, (uint8_t)l, 7, v); } + else p->flags = (uint8_t)(d > 0 ? p->flags | PAD_TEMPO : p->flags & ~PAD_TEMPO); /* derecha SYNC */ } app_edited(a); } @@ -1440,8 +1667,9 @@ static void free_rec_close(bm_app *a) static void toggle_mute(bm_app *a, int t) { - app_set_track(a, t, TRK_OFF(mute), a->pat.trk[t].mute ? 0 : 1); - char b[24]; snprintf(b, sizeof b, a->pat.trk[t].mute ? TF("T%d PLAYS") : TF("T%d MUTE"), t + 1); + bool muted = !a->pat.trk[t].mute; /* el patrón cambia cuando el audio lo aplica */ + app_set_track(a, t, TRK_OFF(mute), muted ? 1 : 0); + char b[24]; snprintf(b, sizeof b, "%s %s", bm_track_name(a, t), T(muted ? "MUTED" : "ON")); app_toast(a, b); } @@ -1552,6 +1780,10 @@ static void key_release(bm_app *a, int k, int w, int b) case ROLE_PREVIEW: if (a->pad_key == k) { app_push(a, CMD_SMP_PREVIEW, 0, 0, 0); a->pad_key = -1; } break; + case ROLE_CMOD: /* solo el modificador suelta su +7/+9/SUS: un acorde no */ + if (b >= 0 && b < 4) a->chord_mod &= (uint8_t)~(1u << b); + else if (b >= 7 && b <= 10) a->chord_mod &= (uint8_t)~(1u << (b - 7)); + break; case ROLE_LMUTE: case ROLE_FILLK: /* mantenida: era solo mientras la sostenías */ if (a->layer_latch && a->now - a->key_t0[k] >= UI_HOLD_MS) key_screen_close(a); break; @@ -1559,8 +1791,6 @@ static void key_release(bm_app *a, int k, int w, int b) } a->key_role[k] = ROLE_NONE; a->key_t0[k] = 0; - if (b >= 0 && b < 4) a->chord_mod &= (uint8_t)~(1u << b); - if (b >= 7 && b <= 10) a->chord_mod &= (uint8_t)~(1u << (b - 7)); if (w >= 0) { if (a->roll_mask & (1u << w)) { a->roll_mask &= (uint16_t)~(1u << w); app_push_i(a, CMD_ROLL, a->track, (uint8_t)w, 0, 0); } a->erase_mask &= (uint16_t)~(1u << w); @@ -1636,15 +1866,20 @@ static void layer_key(bm_app *a, int k, int w, int b) } return; case L_ROLL: - if (w >= 0 && (kind == KIND_TR || w < BM_SLICES)) { + if (w >= 0) { a->roll_mask |= (uint16_t)(1u << w); - if (kind == KIND_TR) a->sel_lane[t] = (uint8_t)w; - app_push_i(a, CMD_ROLL, (uint8_t)t, (uint8_t)w, 1, bm_roll_ticks[a->roll_rate % 5]); - } + a->sel_lane[t] = (uint8_t)w; + app_push_i(a, CMD_ROLL, (uint8_t)t, (uint8_t)w, 1, bm_roll_ticks[a->roll_rate % BM_ROLL_RATES]); + } else if (b >= 0 && b < BM_ROLL_RATES) roll_set_rate(a, b); + else if (b == 6 || b == 7) { /* CRESC / DECRESC: otra vez, plano */ + int r = b == 6 ? 1 : 2; + a->roll_ramp = (uint8_t)(a->roll_ramp == r ? 0 : r); + roll_cfg_send(a); + } else if (b == 10) { app_push(a, CMD_FILL, 1, 0, 0); a->fill = 1; a->key_role[k] = ROLE_FILL; } /* FILL + ROLL */ return; case L_CHORDS: if (w >= 0) play_pad(a, k, w); - else if (b < 4) a->chord_mod |= (uint8_t)(1u << b); + else if (b < 4) { a->chord_mod |= (uint8_t)(1u << b); a->key_role[k] = ROLE_CMOD; } return; case L_ARP: { int note = BM_KEY_BASE_NOTE + k + 12 * a->oct - (t == 2 ? 12 : 0); @@ -1717,7 +1952,7 @@ static void page_keys(bm_app *a, int k, int w, int b) case PG_SEQ: seq_keys(a, k, w, b); return; case PG_CHORDS: if (w >= 0) play_pad(a, k, w); - else if (b < 4) a->chord_mod |= (uint8_t)(1u << b); + else if (b < 4) { a->chord_mod |= (uint8_t)(1u << b); a->key_role[k] = ROLE_CMOD; } return; case PG_TAKES: { uint8_t src = bm_app_takes_sel(a); @@ -1823,6 +2058,7 @@ static void open_layer(bm_app *a, int id) a->layer = (uint8_t)L; a->ov.on = 0; if (L == L_ARP) app_push(a, CMD_ARP, a->track, 1, 0); + if (L == L_ROLL) { a->roll_mask = 0; roll_cfg_send(a); } if (L == L_ERASE) { a->erase_mask = 0; a->erase_syn = 0; } if (L == L_LEN) { int len = bm_trk_len(&a->pat, a->track, app_kind(a, a->track) == KIND_NOTE ? -1 : 0); @@ -1838,10 +2074,7 @@ static void close_layer(bm_app *a, int id) if (!L || a->layer != L) return; if (L == L_PUNCH) { app_push(a, CMD_PUNCH, 0xFF, 0, 0); a->punch_key = -1; } if (L == L_ARP) app_push(a, CMD_ARP, a->track, 0, 0); - if (L == L_ROLL) { - for (int l = 0; l < BM_LANES; l++) if (a->roll_mask & (1u << l)) app_push_i(a, CMD_ROLL, a->track, (uint8_t)l, 0, 0); - a->roll_mask = 0; - } + if (L == L_ROLL) { roll_stop(a); a->layer_latch = 0; } if (L == L_ERASE) { a->erase_mask = 0; a->erase_syn = 0; } a->layer = L_NONE; } @@ -1849,6 +2082,7 @@ static void close_layer(bm_app *a, int id) /* Toque de un botón: su página en el canal donde estás. Otra vez: la siguiente. */ static void button_page(bm_app *a, int id) { + if (id == BTN_FX && a->view == V_FXG) { a->fx_page = (uint8_t)((a->fx_page + 1) % 3); return; } /* DELAY > REVERB > MASTER */ int t = a->track, kind = app_kind(a, t), midi = app_midi(a, t); int cur = a->view == V_CH ? a->page : -1, pg = PG_SEQ; switch (id) { @@ -1883,8 +2117,9 @@ static void button_page(bm_app *a, int id) } else { if (cur == PG_ENV) a->env_page ^= 1; else a->env_page = 0; pg = PG_ENV; } break; case BTN_LFO: - if (kind == KIND_NOTE && !midi && bm_engine_paged(app_engine(a, t))) { a->ed_page[t] = (uint8_t)bm_engine_page_of(app_engine(a, t), EPG_LFO); pg = PG_SOUND; } - else pg = PG_LFO; + if (!lfo_has_page(a, t)) { lfo_latch(a); return; } /* sin LFO: su capa queda abierta */ + a->ed_page[t] = (uint8_t)bm_engine_page_of(app_engine(a, t), EPG_LFO); + pg = PG_SOUND; break; case BTN_FX: if (cur == PG_MIX) a->mix_page ^= 1; else a->mix_page = 0; @@ -1895,6 +2130,10 @@ static void button_page(bm_app *a, int id) default: return; } app_enter(a, t, pg); + a->nav_btn = 0; /* su luz: este botón, mientras sigas aquí */ + if (a->view == V_CH && a->page == pg) { + a->nav_btn = (uint8_t)(id + 1); a->nav_track = a->track; a->nav_page = a->page; a->nav_sub = a->ed_page[a->track]; + } } static void home_combo(bm_app *a, int id) @@ -1906,7 +2145,7 @@ static void home_combo(bm_app *a, int id) case BTN_PLAY: app_push(a, CMD_PLAY, app_playing(a) ? 2 : 1, 0, 0); app_toast(a, "FROM STEP 1"); break; case BTN_REC: a->song_rec = !a->song_rec; a->song_rec_loops = a->ctx.st.loops; app_toast(a, a->song_rec ? "SONG REC ON" : "SONG REC OFF"); break; case BTN_SEQ: app_set_view(a, V_SONG); break; - case BTN_FX: if (a->view == V_FXG) a->fx_page ^= 1; else { a->fx_page = 0; app_set_view(a, V_FXG); } break; + case BTN_FX: if (a->view == V_FXG) a->fx_page = (uint8_t)((a->fx_page + 1) % 3); else { a->fx_page = 0; app_set_view(a, V_FXG); } break; case BTN_SCL: app_set_view(a, V_SCLG); break; case BTN_SAVE: a->save_row = 1; a->save_target = (uint8_t)((a->ctx.st.pattern + 1) % BM_PATTERNS); app_set_view(a, V_SAVE); break; case BTN_EDIT: { @@ -1967,10 +2206,48 @@ static void ask_yes(bm_app *a) break; case ASK_KIT: { int n = app_kit_from_take(a, x, y); snprintf(b, sizeof b, TF("KIT: %d PADS"), n); app_toast(a, b); break; } case ASK_INIT: app_init_sound(a, x); break; + case ASK_DISCARD: + if (a->ctx.st.smp_unsaved && !a->ctx.st.smp_rec) { app_push_ptr(a, CMD_SMP_DISCARD, 0, &a->smp_send[0]); app_toast(a, "TAKE DISCARDED"); } + break; default: break; } } +/* HOME (o GLO otra vez) en una pantalla abierta desde otra: vuelve a ella (al canal, con su página). + * Devuelve 0 si se llegó con HOME (entonces HOME recorre sus páginas). */ +static int view_back(bm_app *a) +{ + int pv = a->prev_view; + if (pv == V_BOOT || pv == a->view) { a->prev_view = V_BOOT; return 0; } + if (pv == V_CH) app_enter(a, a->track, a->prev_page); + else { app_set_view(a, pv); a->prev_view = V_BOOT; } + return 1; +} + +/* REC 2 s = borrar la pista del canal, en vivo y sin preguntar (HOME + OCT- lo deshace). Solo una + * pulsación que no graba nada: nunca en la GRABADORA (ahí sostener REC graba la mezcla), ni con la + * grabadora o una loopera grabando o armadas. Se mira al bajar REC y otra vez a los 2 s. */ +static bool rec_erase_ok(const bm_app *a) +{ + const bm_status *st = &a->ctx.st; + if (a->view != V_CH || a->layer || a->ask) return false; + if (a->page == PG_REC || a->page == PG_TAKES || a->page == PG_LOOP) return false; + if (st->smp_rec || st->smp_armed) return false; + for (int i = 0; i < BM_SYN_TRACKS; i++) { + int lm = st->loop_mode[i]; + if (lm == LOOP_ARMED || lm == LOOP_REC || lm == LOOP_DUB) return false; + } + for (int k = 0; k < BM_KEYS; k++) if (a->keys_down[k]) return false; /* una nota sostenida graba */ + return true; +} + +/* Mientras REC estuvo abajo, ¿se grabó algo? Cualquier cambio en el patrón (tecla, MIDI, perilla, + * roll, loopera: todo pasa por app_edited). Tocar una tecla o una perilla además cancela los 2 s. */ +static bool rec_hold_wrote(const bm_app *a) +{ + return (int32_t)(a->t_edit - a->ges.b[BTN_REC].t0) >= 0; +} + static void tap_tempo(bm_app *a) { if (a->tap_n && a->now - a->tap_t[(a->tap_n - 1) & 3] > 2000) a->tap_n = 0; @@ -1999,15 +2276,39 @@ void app_on_gesture(void *u, int id, bm_gkind k) if (a->ask) { /* pregunta: OCT+ sí, HOME no, otro botón la cierra */ if (id == BTN_OCT_UP && k == G_PRESS) { ask_yes(a); return; } if (k == G_PRESS || k == G_TAP || k == G_HOLD) { + int was = a->ask; a->ask = ASK_NONE; + if (was == ASK_DISCARD && id == BTN_HOME && k == G_TAP) { /* la toma queda y HOME sale, como siempre */ + app_set_view(a, V_HOME); + app_toast(a, "TAKE KEPT (NOT SAVED)"); + return; + } if (id == BTN_HOME || id == BTN_OCT_DN) { app_toast(a, "CANCELED"); return; } } } - /* pantalla abierta con un toque (MUTE, FILL): HOME la cierra; otro botón la cierra y hace lo suyo. - * PLAY y OCT -/+ (páginas de pasos) no la cierran. */ - if (a->layer_latch && id != BTN_PLAY && id != BTN_OCT_DN && id != BTN_OCT_UP) { - if (id == BTN_HOME) { if (k == G_TAP) { key_screen_close(a); return; } } - else if (k == G_PRESS || k == G_TAP || k == G_HOLD) key_screen_close(a); + /* ARP en una rejilla (T1, T2) = ROLL: un toque la deja abierta y otro la cierra; sostener ARP con + * ella abierta = queda solo mientras lo sostienes (se cierra al soltar). */ + if (id == BTN_ARP && bm_is_grid(&a->pat, a->track) && (!a->layer || a->layer == L_ROLL || a->layer_latch)) { + if (k == G_TAP) { + if (a->layer == L_ROLL) close_layer(a, id); + else { key_screen_close(a); roll_open(a); } /* MUTE, FILL o LFO abiertas: ROLL en su lugar */ + return; + } + if (k == G_HOLD && a->layer == L_ROLL) { a->layer_latch = 0; return; } + } + /* pantalla abierta con un toque (MUTE, FILL, ROLL, la capa de LFO): HOME la cierra; otro botón la + * cierra y hace lo suyo (LFO otra vez: solo la cierra). PLAY y OCT -/+ (páginas de pasos) no la + * cierran, y en ROLL tampoco REC (graba el roll). */ + if (a->layer_latch && id != BTN_PLAY && id != BTN_OCT_DN && id != BTN_OCT_UP && !(id == BTN_REC && a->layer == L_ROLL)) { + if (id == BTN_HOME) { + if (k == G_TAP) { key_screen_close(a); return; } + if (k == G_HOLD) key_screen_close(a); /* y se abre la capa de HOME */ + } + else if (k == G_PRESS || k == G_TAP || k == G_HOLD) { + bool same = id == BTN_LFO && k == G_TAP && a->layer == L_REP; + key_screen_close(a); + if (same) return; + } } char b[30]; switch (id) { @@ -2015,6 +2316,9 @@ void app_on_gesture(void *u, int id, bm_gkind k) if (k != G_PRESS) return; if (a->layer == L_TONE) { tap_tempo(a); return; } app_push(a, CMD_PLAY, app_playing(a) ? 0 : 1, 0, 0); + /* con el reloj externo, PLAY espera los pulsos MIDI: sin ellos no avanza nada y parecía + * colgado (dos veces en el aparato, con CLOCK cambiado sin querer en SYSTEM) */ + if (!app_playing(a) && a->set.clock && !a->ctx.st.ext_ok) app_toast(a, "EXT CLOCK: WAITING FOR MIDI"); return; case BTN_OCT_DN: case BTN_OCT_UP: { if (k != G_PRESS) return; @@ -2041,7 +2345,7 @@ void app_on_gesture(void *u, int id, bm_gkind k) } case BTN_REC: if (k == G_TAP) { - if (a->view == V_CH && a->track == 1 && a->page != PG_PADS) { /* en PADS, REC graba lo que tocas */ + if (a->view == V_CH && a->track == 1 && a->page != PG_PADS && a->layer != L_ROLL) { /* en PADS y en ROLL, REC graba lo que tocas */ if (a->page != PG_REC) { app_enter(a, 1, PG_REC); } if (a->ctx.st.smp_rec || a->ctx.st.smp_armed) { app_push(a, CMD_SMP_REC, 0, 0, 0); return; } uint32_t room = bm_app_rec_room(a); @@ -2070,20 +2374,21 @@ void app_on_gesture(void *u, int id, bm_gkind k) app_undo_snapshot(a, a->track); } } else if (k == G_RELEASE || k == G_LONG) { + bool wrote = k == G_LONG && rec_hold_wrote(a); /* antes de soltar la grabación */ if (a->rec_hold == 2) app_push(a, CMD_SMP_REC, 0, 0, 0); else if (a->rec_hold == 1) { a->rec = a->rec_before; app_push(a, CMD_REC, a->rec, 0, 0); } a->rec_hold = 0; - if (k == G_LONG) { - if (a->view == V_CH && a->page == PG_LOOP) { app_push(a, CMD_LOOP, a->track, 2, 0); app_toast(a, "LOOP ERASED"); return; } - app_clear_track(a, a->track); /* sin preguntar: HOME + OCT- lo deshace */ - snprintf(b, sizeof b, TF("T%d ERASED"), a->track + 1); - app_toast(a, b); - } + if (k != G_LONG) return; + /* 2 s (bm_app_button decide al bajar si los hay): en LOOP borran el loop; en un canal, + * la pista, sin preguntar (en vivo) y con HOME + OCT- para deshacer. Si mientras lo + * sostenías se grabó algo, no se borra nada: sostener REC para grabar nunca borra. */ + if (a->view == V_CH && a->page == PG_LOOP) { app_push(a, CMD_LOOP, a->track, 2, 0); app_toast(a, "LOOP ERASED"); } + else if (!wrote && rec_erase_ok(a)) app_clear_track(a, a->track); /* toma la foto para deshacer */ } return; case BTN_GLO: if (k == G_TAP) { - if (a->view == V_GLO) { a->view = a->prev_view == V_GLO || a->prev_view == V_BOOT ? V_HOME : a->prev_view; a->page = a->prev_page; } + if (a->view == V_GLO) { if (!view_back(a)) app_set_view(a, V_HOME); } else app_set_view(a, V_GLO); } else if (k == G_HOLD) open_layer(a, id); else if (k == G_RELEASE) close_layer(a, id); @@ -2126,20 +2431,23 @@ void app_on_gesture(void *u, int id, bm_gkind k) return; case BTN_HOME: if (k == G_TAP) { - if (a->view == V_CH && a->page == PG_REC && a->ctx.st.smp_unsaved && !a->ctx.st.smp_rec) { - app_push_ptr(a, CMD_SMP_DISCARD, 0, &a->smp_send[0]); - app_toast(a, "TAKE DISCARDED"); + if (a->view == V_CH && a->page == PG_REC && a->ctx.st.smp_unsaved && !a->ctx.st.smp_rec) { /* la toma sin guardar: preguntar */ + app_ask(a, ASK_DISCARD, 0, 0, "DISCARD THE NEW TAKE?", "IT IS NOT SAVED YET"); return; } if (a->view == V_COPYCH) { app_set_view(a, V_CH); app_toast(a, "CANCELED"); return; } - int nv = V_HOME; - if (a->view == V_HOME) nv = V_MIX; - else if (a->view == V_MIX) nv = V_SCENES; + if (view_back(a)) return; /* una pantalla abierta desde otra: vuelve */ + int nv = V_HOME; /* las páginas de BX-1: MIX > FX > TEMPO > ESCENAS > SONG */ + if (a->view == V_HOME) { nv = V_FXG; a->fx_page = 0; } + else if (a->view == V_FXG) nv = V_GLO; + else if (a->view == V_GLO) nv = V_SCENES; else if (a->view == V_SCENES) nv = V_SONG; app_set_view(a, nv); + a->prev_view = V_BOOT; /* llegaste con HOME: HOME sigue recorriendo */ } else if (k == G_HOLD) { a->home_used = 0; open_layer(a, id); } else if (k == G_RELEASE) { close_layer(a, id); + if (a->pat_sel >= 0) { app_select_pattern(a, a->pat_sel); a->pat_sel = -1; } /* el patrón que quedó en PRESETS */ if (a->box_on && a->box_hold == 1) { a->box_on = 0; app_enter(a, a->box_track, a->ch_page[a->box_track]); } } else if (k == G_LONG) { close_layer(a, id); app_set_view(a, V_SYSTEM); } return; @@ -2164,6 +2472,11 @@ void bm_app_button(bm_app *a, int id, int down, uint32_t now) if (id < 0 || id >= BTN_COUNT) return; uint16_t bit = (uint16_t)(1u << id); if (down && id != BTN_HOME && bm_gesture_is_down(&a->ges, BTN_HOME)) { a->home_mod |= bit; a->home_done &= (uint16_t)~bit; a->home_used = 1; } + if (down && id == BTN_REC) { /* REC 2 s: en LOOP borra el loop; en un canal, la pista */ + bool lp = a->view == V_CH && a->page == PG_LOOP && !a->layer; + bool ers = !bm_gesture_is_down(&a->ges, BTN_HOME) && rec_erase_ok(a); + bm_gesture_set_long(&a->ges, BTN_REC, (uint16_t)(lp || ers ? UI_LONG_MS : 0)); + } if (down) bm_gesture_down(&a->ges, id, now); else bm_gesture_up(&a->ges, id, now); if (!down) { a->home_mod &= (uint16_t)~bit; a->home_done &= (uint16_t)~bit; } @@ -2228,14 +2541,14 @@ static void enc_step_grid(bm_app *a, int id, int d) snprintf(ti, sizeof ti, TF("STEP %02d HIT"), s + 1); } else if (id == ENC_ALGO) { int r = (bb & ST_FLAM) ? 4 : ((bb & ST_RAT_MASK) >> ST_RAT_SH); - r = bm_clampi(r + (d > 0 ? 1 : -1), 0, 4); + r = bm_clampi(r + lst(a, d), 0, 4); bb = (uint8_t)(bb & ~(ST_RAT_MASK | ST_FLAM)); if (r == 4) bb |= ST_FLAM; else bb |= (uint8_t)(r << ST_RAT_SH); snprintf(b, sizeof b, "%s", RAT_NAMES[r]); snprintf(ti, sizeof ti, TF("STEP %02d REPEAT"), s + 1); } else { int c = (bb & ST_COND_MASK) >> ST_COND_SH; - c = bm_clampi(c + (d > 0 ? 1 : -1), 0, 2); + c = bm_clampi(c + lst(a, d), 0, 2); bb = (uint8_t)((bb & ~ST_COND_MASK) | (c << ST_COND_SH)); snprintf(b, sizeof b, "%s", COND_NAMES[c]); snprintf(ti, sizeof ti, TF("STEP %02d CONDITION"), s + 1); @@ -2270,13 +2583,13 @@ static void enc_step_syn(bm_app *a, int id, int d) bm_event e = *bm_evc(&a->pat, t, s, idx[j]); if (id == ENC_SELECT) { /* acento: normal > acento > fantasma */ int lv = e.vel >= BM_VEL_ACC ? 2 : e.vel <= BM_VEL_GHOST ? 0 : 1; - lv = bm_clampi(lv + (d > 0 ? 1 : -1), 0, 2); + lv = bm_clampi(lv + lst(a, d), 0, 2); e.vel = lv == 2 ? BM_VEL_ACC : lv == 0 ? BM_VEL_GHOST : BM_VEL_NORMAL; if (j == 0) snprintf(b, sizeof b, "%s", lv == 2 ? "ACCENT" : lv == 0 ? "GHOST" : "NORMAL"); nm = "HIT"; } else if (id == ENC_ALGO) { int p = e.prob == BM_PROB_FILL ? 101 : e.prob == BM_PROB_NOFILL ? 102 : e.prob; - if (p <= 100) p = bm_clampi(p + d * 5, 0, 102); else p = bm_clampi(p + (d > 0 ? 1 : -1), 95, 102); + if (p <= 100) p = bm_clampi(p + d * 5, 0, 102); else p = bm_clampi(p + lst(a, d), 95, 102); e.prob = p == 101 ? BM_PROB_FILL : p == 102 ? BM_PROB_NOFILL : (uint8_t)bm_clampi(p, 0, 100); if (j == 0) { if (p == 101) snprintf(b, sizeof b, "FILL ONLY"); else if (p == 102) snprintf(b, sizeof b, "NO FILL"); else snprintf(b, sizeof b, "%d%%", e.prob); } nm = "PROB/FILL"; @@ -2303,11 +2616,12 @@ static bool enc_global(bm_app *a, int k, int d) int bpm = bm_clampi(m->bpm_x10 + d * 10, 400, 2400); app_push_i(a, CMD_SET_BPM, 0, 0, 0, bpm); app_edited(a); snprintf(b, sizeof b, "%d.%d", bpm / 10, bpm % 10); - app_overlay(a, 0, "TEMPO", b, "BPM", (bpm - 400) * 255 / 2000, -1, bm_knob_color(0)); + app_overlay(a, -1, "TEMPO", b, "BPM", (bpm - 400) * 255 / 2000, -1, C_TEMPO); + a->ov.beat = 1; return true; } case 1: { - int sw = bm_clampi(m->swing + (d > 0 ? 1 : -1), 50, 75); + int sw = bm_clampi(m->swing + lst(a, d), 50, 75); app_set_meta(a, META_OFF(swing), sw); snprintf(b, sizeof b, "%d", sw); app_overlay(a, 1, "SWING 50=STRAIGHT", b, "%", (sw - 50) * 255 / 25, -1, bm_knob_color(1)); @@ -2316,7 +2630,7 @@ static bool enc_global(bm_app *a, int k, int d) case 2: { int i = 0; while (i < 6 && bm_master_steps_tab[i] != m->master) i++; - i = bm_clampi((i >= 6 ? 3 : i) + (d > 0 ? 1 : -1), 0, 5); + i = bm_clampi((i >= 6 ? 3 : i) + lst(a, d), 0, 5); app_set_meta(a, META_OFF(master), bm_master_steps_tab[i]); fmt_master(bm_master_steps_tab[i], b, sizeof b); app_overlay(a, 2, "MASTER LENGTH", b, bm_master_steps_tab[i] ? "STEPS" : "", i * 51, -1, bm_knob_color(2)); @@ -2340,7 +2654,7 @@ static void enc_fill_every(bm_app *a, int d) char b[16]; int i = 0; while (i < 4 && FE[i] != m->fill_every) i++; - i = bm_clampi((i >= 4 ? 0 : i) + (d > 0 ? 1 : -1), 0, 3); + i = bm_clampi((i >= 4 ? 0 : i) + lst(a, d), 0, 3); app_set_meta(a, META_OFF(fill_every), FE[i]); if (FE[i]) snprintf(b, sizeof b, TF("EVERY %d"), FE[i]); else snprintf(b, sizeof b, "OFF"); app_overlay(a, -1, "AUTOMATIC FILL", b, FE[i] ? "BARS" : "", i * 85, -1, C_WHITE); @@ -2364,7 +2678,7 @@ static void enc_rec(bm_app *a, int id, int d) char b[16]; if (a->rec_step < 0 || a->rec_step >= len) a->rec_step = (int8_t)bm_clampi(a->step_page * 16, 0, len - 1); if (id == ENC_SELECT) { - a->rec_step = (int8_t)bm_clampi(a->rec_step + (d > 0 ? 1 : -1), 0, len - 1); + a->rec_step = (int8_t)bm_clampi(a->rec_step + lst(a, d), 0, len - 1); a->step_page = (uint8_t)(a->rec_step / 16); snprintf(b, sizeof b, "%d", a->rec_step + 1); app_overlay(a, -1, "REC STEP", b, "", a->rec_step * 255 / (len > 1 ? len - 1 : 1), -1, C_RED); @@ -2375,12 +2689,12 @@ static void enc_rec(bm_app *a, int id, int d) bm_event ev = *bm_evc(&a->pat, t, s, e); if (bm_event_empty(&ev)) continue; if (id == ENC_ALGO) { - int g = bm_clampi(ev_gate_ui(&ev) + (d > 0 ? 5 : -5), 10, 100); + int g = bm_clampi(ev_gate_ui(&ev) + 5 * lst(a, d), 10, 100); ev.len = (uint8_t)((ev.len & BM_LEN_MASK) | (g >= 100 ? BM_LEN_TIE : 0)); ev.gate = (uint8_t)(g >= 95 ? 0 : g); shown = g; } else { - ev.micro = (int8_t)bm_clampi(ev.micro + (d > 0 ? 1 : -1), -11, 11); + ev.micro = (int8_t)bm_clampi(ev.micro + lst(a, d), -11, 11); shown = ev.micro; } app_push_ev(a, t, s, e, &ev); @@ -2401,45 +2715,87 @@ static void enc_rec(bm_app *a, int id, int d) static void enc_bpm_fine(bm_app *a, int d) { - int bpm = bm_clampi(a->pat.meta.bpm_x10 + (d > 0 ? 1 : -1), 400, 2400); + int bpm = bm_clampi(a->pat.meta.bpm_x10 + lst(a, d), 400, 2400); app_push_i(a, CMD_SET_BPM, 0, 0, 0, bpm); app_edited(a); char b[12]; snprintf(b, sizeof b, "%d.%d", bpm / 10, bpm % 10); - app_overlay(a, -1, "TEMPO (FINE)", b, "BPM", (bpm - 400) * 255 / 2000, -1, C_ORANGE); + app_overlay(a, -1, "TEMPO (FINE)", b, "BPM", (bpm - 400) * 255 / 2000, -1, C_TEMPO); + a->ov.beat = 1; } -/* HOME, K1-K4: el volumen y el envío a la reverb del canal del cursor, el filtro y el BEAT FX del master */ +/* Controles bipolares (MOVE, filtro DJ, PAN): el centro retiene 2 detents antes de salir, y un giro + * que lo cruza se para en él (como la zona OPEN del filtro del master). */ +static int center_stop(bm_app *a, int cur, int d, int c, int lo, int hi) +{ + int nv = bm_clampi(cur + d, lo, hi); + if (a->stick_id != a->enc_cur || a->enc_new) { a->stick = 0; a->stick_id = a->enc_cur; } + if (cur != c) { + a->stick = 0; + return (cur < c && nv > c) || (cur > c && nv < c) ? c : nv; + } + int r = lst(a, d); + if (a->stick && (a->stick > 0) != (r > 0)) a->stick = 0; + a->stick = (int8_t)bm_clampi(a->stick + r, -20, 20); + if (a->stick >= -2 && a->stick <= 2) return c; + int out = a->stick > 0 ? a->stick - 2 : a->stick + 2; + a->stick = 0; + return bm_clampi(c + out, lo, hi); +} + +/* filtro DJ: posición -63..63 (0 abierto) <-> djf (0 abierto, 1-63 pasa-bajos, 65-127 pasa-altos) */ +static int djf_pos(uint8_t djf) { return !djf || djf == 64 ? 0 : djf < 64 ? -(int)djf : (int)djf - 64; } +static uint8_t djf_of(int pos) { return (uint8_t)(pos < 0 ? -pos : pos > 0 ? 64 + pos : 0); } +static void fmt_djf(uint8_t djf, char *b, int cap) +{ + int p = djf_pos(djf); + if (!p) snprintf(b, (size_t)cap, "OPEN"); + else snprintf(b, (size_t)cap, "%s %d", p < 0 ? "LP" : "HP", p < 0 ? -p : p); +} + +/* HOME (0.7), K1-K4: el canal del cursor como una tira de mezclador: nivel, filtro DJ, delay, reverb */ static void enc_home(bm_app *a, int k, int d) { int t = a->track; const bm_track *tr = &a->pat.trk[t]; - bm_meta *m = &a->pat.meta; char b[16], ti[22]; switch (k) { case 0: - snprintf(ti, sizeof ti, TF("T%d VOLUME"), t + 1); + snprintf(ti, sizeof ti, TF("T%d LEVEL"), t + 1); enc_track_u8(a, t, 0, TRK_OFF(level), tr->level, d, 0, 127, ti, 2); return; - case 1: - snprintf(ti, sizeof ti, TF("T%d FX SEND"), t + 1); - enc_track_u8(a, t, 1, TRK_OFF(rsend), tr->rsend, d, 0, 127, ti, 2); - return; - case 2: { - int nv = bm_clampi(m->mfilt + d, 0, 127); - app_set_meta(a, META_OFF(mfilt), nv); - if (nv >= 60 && nv <= 68) snprintf(b, sizeof b, "OPEN"); else if (nv < 60) snprintf(b, sizeof b, "LP %d", nv); else snprintf(b, sizeof b, "HP %d", nv - 64); - app_overlay(a, 2, "MASTER FILTER", b, "", nv * 2, 128, bm_knob_color(2)); + case 1: { + int p = center_stop(a, djf_pos(tr->djf), d, 0, -63, 63); + app_set_track(a, t, TRK_OFF(djf), djf_of(p)); + a->pat.trk[t].djf = djf_of(p); + fmt_djf(djf_of(p), b, sizeof b); + snprintf(ti, sizeof ti, TF("T%d FILTER"), t + 1); + app_overlay(a, 1, ti, b, "", (p + 64) * 2, 128, bm_knob_color(1)); return; } - case 3: { - int nv = bm_clampi(m->beatfx + (d > 0 ? 1 : -1), 0, 16); - app_set_meta(a, META_OFF(beatfx), nv); - app_overlay(a, 3, "BEAT FX", BEATFX_N[nv], "", nv * 15, -1, bm_knob_color(3)); + case 2: + snprintf(ti, sizeof ti, TF("T%d DELAY"), t + 1); + enc_track_u8(a, t, 2, TRK_OFF(send), tr->send, d, 0, 127, ti, 2); + return; + case 3: + snprintf(ti, sizeof ti, TF("T%d REVERB"), t + 1); + enc_track_u8(a, t, 3, TRK_OFF(rsend), tr->rsend, d, 0, 127, ti, 2); return; - } default: return; } } +/* HOME, PRESETS = MOVE (0.7): una perilla que mueve toda la mezcla. A la izquierda cierra el filtro + * del master y manda la mezcla al eco; a la derecha abre el pasa-altos y la lava en la reverb. En + * vivo: no se guarda. Los patrones se eligen con las blancas. */ +static void enc_move(bm_app *a, int d) +{ + a->move = (int8_t)center_stop(a, a->move, d, 0, -63, 63); + app_push(a, CMD_MOVE, (uint8_t)a->move, 0, 0); + char b[8]; + snprintf(b, sizeof b, "%+d", a->move); + app_overlay(a, -1, a->move < 0 ? "MOVE DARK + ECHO" : a->move > 0 ? "MOVE BRIGHT + WASH" : "MOVE OFF", + a->move ? b : "0", "", (a->move + 64) * 2, 128, C_PINK); +} + static void box_turn_in(bm_app *a, int d, int lane); /* ALGORITHM dentro de un canal: el modo de su máquina (docs/DISENO_0.6.md §5.3) */ @@ -2451,7 +2807,7 @@ static void enc_mode(bm_app *a, int d) switch (tr->engine) { case ENG_DRUM: box_turn_in(a, d, 1); return; /* el instrumento */ case ENG_BREAK: { /* el pad */ - int p = bm_clampi((a->sel_lane[1] & 15) + (d > 0 ? 1 : -1), 0, BM_LANES - 1); + int p = bm_clampi((a->sel_lane[1] & 15) + lst(a, d), 0, BM_LANES - 1); a->sel_lane[1] = (uint8_t)p; app_wave_view(a, a->pat.pad[p].src, a->pat.pad[p].start, a->cut_zoom); snprintf(b, sizeof b, TF("PAD %d"), p + 1); @@ -2460,7 +2816,7 @@ static void enc_mode(bm_app *a, int d) } case ENG_ACID: case ENG_MINI: app_bass_machine(a, d > 0 ? ENG_MINI : ENG_ACID); return; case ENG_FM: { /* el algoritmo, 1..32 */ - int alg = bm_clampi(bm_fm_alg_of(tr, tr->macro[3]) + (d > 0 ? 1 : -1), 1, 32); + int alg = bm_clampi(bm_fm_alg_of(tr, tr->macro[3]) + lst(a, d), 1, 32); app_set_track(a, t, 3, (alg - 1) * 4 + 1); snprintf(b, sizeof b, "%d", alg); app_overlay(a, -1, "BX-7 ALGORITHM", b, "/ 32", (alg - 1) * 8, -1, bm_track_color(t)); @@ -2468,7 +2824,7 @@ static void enc_mode(bm_app *a, int d) } case ENG_BITTAL: { /* la tabla del oscilador 1 */ int n = bm_snap_count(ENG_BITTAL); - int v = bm_clampi(a->pat.prm[t][BT_TAB1] + (d > 0 ? 1 : -1), 0, n); + int v = bm_clampi(a->pat.prm[t][BT_TAB1] + lst(a, d), 0, n); app_push(a, CMD_SET_PRM, (uint8_t)t, BT_TAB1, (uint8_t)v); a->pat.prm[t][BT_TAB1] = (uint8_t)v; app_edited(a); @@ -2476,7 +2832,7 @@ static void enc_mode(bm_app *a, int d) return; } case ENG_BUNO: { /* el chorus */ - int v = (a->pat.prm[t][BN_CHORUS] + (d > 0 ? 1 : BN_CHORUSES - 1)) % BN_CHORUSES; + int v = wrap(a->pat.prm[t][BN_CHORUS] + lst(a, d), BN_CHORUSES); app_push(a, CMD_SET_PRM, (uint8_t)t, BN_CHORUS, (uint8_t)v); a->pat.prm[t][BN_CHORUS] = (uint8_t)v; app_edited(a); @@ -2490,7 +2846,7 @@ static void enc_mode(bm_app *a, int d) static void enc_pattern(bm_app *a, int d) { int base = a->pat_sel >= 0 ? a->pat_sel : a->ctx.st.pattern; - a->pat_sel = (int8_t)bm_clampi(base + (d > 0 ? 1 : -1), 0, BM_PATTERNS - 1); + a->pat_sel = (int8_t)bm_clampi(base + lst(a, d), 0, BM_PATTERNS - 1); a->pat_sel_t = a->now; char b[8]; snprintf(b, sizeof b, "A%02d", a->pat_sel + 1); app_overlay(a, -1, app_playing(a) ? "PATTERN (QUEUED)" : "PATTERN", b, "", a->pat_sel * 17, -1, C_WHITE); @@ -2518,8 +2874,8 @@ static void box_turn_in(bm_app *a, int d, int lane) a->box_track = a->track; a->box_lane = (uint8_t)tr_lane(a); a->box_mode = (uint8_t)(lane ? BOX_LANE : BOX_CH); } - if (lane) a->box_lane = (uint8_t)bm_clampi(a->box_lane + (d > 0 ? 1 : -1), 0, BM_LANES - 1); - else a->box_track = (uint8_t)bm_clampi(a->box_track + (d > 0 ? 1 : -1), 0, BM_TRACKS - 1); + if (lane) a->box_lane = (uint8_t)bm_clampi(a->box_lane + lst(a, d), 0, BM_LANES - 1); + else a->box_track = (uint8_t)bm_clampi(a->box_track + lst(a, d), 0, BM_TRACKS - 1); int ms = bm_app_enter_ms(a); a->box_on = 1; a->box_hold = 0; if (ms <= 0) { box_commit(a); return; } /* sin espera (u OFF): directo */ @@ -2529,7 +2885,7 @@ static void box_turn_in(bm_app *a, int d, int lane) static void box_turn(bm_app *a, int d, int hold) { if (!a->box_on || a->box_mode != BOX_HOME) { a->box_track = a->track; a->box_mode = BOX_HOME; } - a->box_track = (uint8_t)bm_clampi(a->box_track + (d > 0 ? 1 : -1), 0, BM_TRACKS - 1); + a->box_track = (uint8_t)bm_clampi(a->box_track + lst(a, d), 0, BM_TRACKS - 1); int ms = bm_app_enter_ms(a); a->box_on = 1; if (hold) { a->box_hold = 1; return; } @@ -2544,7 +2900,7 @@ static void enc_source(bm_app *a, int t, int d) char b[16]; int kind = app_kind(a, t); if (app_midi(a, t)) { - int v = bm_clampi(a->pat.trk[t].macro[1] + (d > 0 ? 1 : -1), 0, 127); + int v = bm_clampi(a->pat.trk[t].macro[1] + lst(a, d), 0, 127); app_set_track(a, t, 1, v); app_push(a, CMD_MIDI_SEND, (uint8_t)(0xC0 | (a->pat.trk[t].midi_ch & 15)), (uint8_t)v, 0xFF); snprintf(b, sizeof b, "%d", v + 1); @@ -2556,7 +2912,7 @@ static void enc_source(bm_app *a, int t, int d) int n = bm_app_sources(a, list), i = 0, pad = a->sel_lane[1] & 15; if (!n) { app_toast(a, "NO TAKE"); return; } while (i < n && list[i] != a->pat.pad[pad].src) i++; - i = i >= n ? 0 : (i + (d > 0 ? 1 : n - 1)) % n; + i = i >= n ? 0 : wrap(i + lst(a, d), n); app_pad_take(a, pad, list[i]); char ti[16]; snprintf(ti, sizeof ti, TF("PAD %d"), pad + 1); bm_app_src_name(a, list[i], b, sizeof b); @@ -2564,7 +2920,8 @@ static void enc_source(bm_app *a, int t, int d) return; } int lim = bm_sound_count(a, t), e = a->pat.trk[t].engine; - int v = (a->pat.trk[t].source % lim + (d > 0 ? 1 : lim - 1)) % lim; + int v = wrap(a->pat.trk[t].source % lim + lst(a, d), lim); + if (kind == KIND_TR && a->enc_new) app_undo_snapshot(a, t); /* el kit de antes: HOME + OCT- (una vez por giro) */ if (kind == KIND_TR || bm_engine_paged(e)) { app_push(a, CMD_PRESET, (uint8_t)t, (uint8_t)v, 0); app_edited(a); } else app_set_track(a, t, TRK_OFF(source), v); a->pat.trk[t].source = (uint8_t)v; @@ -2580,22 +2937,25 @@ static void more_change(bm_app *a, int d) const bm_track *tk = &a->pat.trk[t]; char b[30]; switch (rows[a->more_row]) { - case ROW_ENGINE: app_bass_machine(a, tk->engine == ENG_ACID ? ENG_MINI : ENG_ACID); return; - case ROW_MIDIOUT: - app_set_track(a, t, TRK_OFF(midi_out), !tk->midi_out); - app_toast(a, tk->midi_out ? "MIDI OUT OFF" : "MIDI OUT ON: NOTES ALSO GO OUT"); + case ROW_ENGINE: /* a la derecha B-MINI, a la izquierda BB-303 */ + if ((d > 0) != (tk->engine == ENG_MINI)) app_bass_machine(a, d > 0 ? ENG_MINI : ENG_ACID); + return; + case ROW_MIDIOUT: /* a la derecha ON, a la izquierda OFF */ + if ((d > 0) == (tk->midi_out != 0)) return; + app_set_track(a, t, TRK_OFF(midi_out), d > 0); + app_toast(a, d > 0 ? "MIDI OUT ON: NOTES ALSO GO OUT" : "MIDI OUT OFF"); return; case ROW_ACC: enc_track_u8(a, t, -1, TRK_OFF(accent), tk->accent, d, 0, 127, "ACCENT", 2); return; - case ROW_LEN: set_len(a, t, bm_trk_len(&a->pat, t, bm_is_grid(&a->pat, t) ? 0 : -1) + (d > 0 ? 1 : -1)); return; + case ROW_LEN: set_len(a, t, bm_trk_len(&a->pat, t, bm_is_grid(&a->pat, t) ? 0 : -1) + lst(a, d)); return; case ROW_SPEED: { - int v = bm_clampi(tk->speed + (d > 0 ? -1 : 1), 0, SPD_COUNT - 1); + int v = bm_clampi(tk->speed + -lst(a, d), 0, SPD_COUNT - 1); app_set_track(a, t, TRK_OFF(speed), v); snprintf(b, sizeof b, TF("T%d SPEED"), t + 1); app_overlay(a, -1, b, bm_speed_names[v], "", (SPD_COUNT - 1 - v) * 51, -1, C_WHITE); return; } case ROW_TRANSP: { - int v = bm_clampi(tk->transpose + d, 0, 48); + int v = bm_clampi(tk->transpose + lst(a, d), 0, 48); app_set_track(a, t, TRK_OFF(transpose), v); char vb[12]; fmt_semi(v, vb, sizeof vb); snprintf(b, sizeof b, TF("T%d TRANSPOSE"), t + 1); @@ -2603,13 +2963,13 @@ static void more_change(bm_app *a, int d) return; } case ROW_MIDICH: { - int v = bm_clampi(tk->midi_ch + (d > 0 ? 1 : -1), 0, 15); + int v = bm_clampi(tk->midi_ch + lst(a, d), 0, 15); app_set_track(a, t, TRK_OFF(midi_ch), v); char vb[8]; snprintf(vb, sizeof vb, "%d", v + 1); app_overlay(a, -1, "MIDI CHANNEL", vb, "", v * 17, -1, C_WHITE); return; } - case ROW_INTERP: app_set_track(a, t, TRK_OFF(interp), !tk->interp); return; + case ROW_INTERP: if ((d > 0) != (tk->interp != 0)) app_set_track(a, t, TRK_OFF(interp), d > 0); return; /* derecha HERMITE */ default: snprintf(b, sizeof b, TF("INIT SOUND ON T%d?"), t + 1); app_ask(a, ASK_INIT, t, 0, b, "THE SOUND SETTINGS ARE LOST"); @@ -2617,6 +2977,25 @@ static void more_change(bm_app *a, int d) } } +/* Las sub-páginas de la página del canal (las que recorre SELECT antes de cambiar de pestaña): las + * páginas del editor (SOUND, INSTR), las de PADS, ENV y su ENV FILTER, MIX y su DUCK, y las filas de MORE. */ +static uint8_t *sub_page(bm_app *a, int *n) +{ + int t = a->track; + *n = 0; + if (a->view != V_CH) return NULL; + switch (a->page) { + case PG_SOUND: case PG_INST: + if (!bm_app_ed_on(a) || !bm_app_ed_pages(a, t, n)) { *n = 0; return NULL; } + return &a->ed_page[t]; + case PG_PADS: *n = 4; return &a->ed_page[1]; + case PG_ENV: *n = 2; return &a->env_page; + case PG_MIX: *n = 2; return &a->mix_page; + case PG_MORE: *n = bm_app_more_count(a); return &a->more_row; + default: return NULL; + } +} + static void tabs_turn(bm_app *a, int d) { uint8_t tabs[8]; @@ -2624,31 +3003,61 @@ static void tabs_turn(bm_app *a, int d) while (i < n && tabs[i] != a->page) i++; if (i >= n) i = d > 0 ? 0 : n - 1; else i = (i + (d > 0 ? 1 : n - 1)) % n; - if (tabs[i] == PG_MORE) a->more_row = 0; app_enter(a, a->track, tabs[i]); + int sn; + uint8_t *sp = sub_page(a, &sn); /* a la derecha entra por la primera, a la izquierda por la última */ + if (sp && sn > 0) *sp = (uint8_t)(d > 0 || a->page == PG_MORE ? 0 : sn - 1); /* MORE, siempre arriba */ +} + +/* SELECT en un canal: de a un detent, la sub-página siguiente y, en el borde, la pestaña de al lado */ +static void select_turn(bm_app *a, int d) +{ + int r = lst(a, d), s = r > 0 ? 1 : -1; + for (int i = 0; i < (r > 0 ? r : -r); i++) { + int n; + uint8_t *sp = sub_page(a, &n); + if (sp && n > 0 && *sp % n + s >= 0 && *sp % n + s < n) *sp = (uint8_t)(*sp % n + s); + else tabs_turn(a, s); + } + if (a->page == PG_MORE) { a->ask = ASK_NONE; a->eng_pending = 0xFF; } } static void system_change(bm_app *a, int d) { bm_settings *s = &a->set; + /* los interruptores: a la derecha = encendido (o el siguiente), a la izquierda = apagado; nunca + * dan la vuelta, así que girar de más no los cambia otra vez */ + int on = d > 0; switch (a->menu_row) { - case 0: s->clock = !s->clock; app_push(a, CMD_CLOCK, s->clock, 0, 0); break; - case 1: s->sync_mode = !s->sync_mode; break; - case 2: s->sync_ppqn = s->sync_ppqn == 1 ? (d > 0 ? 2 : 4) : s->sync_ppqn == 2 ? (d > 0 ? 4 : 1) : (d > 0 ? 1 : 2); break; - case 3: s->sync_lat = (uint8_t)bm_clampi(s->sync_lat + d, 0, 20); break; - case 4: s->autosave = !s->autosave; break; - case 5: s->led_dim = (uint8_t)bm_clampi(s->led_dim + d, 0, 2); break; + case 0: /* derecha EXTERNAL, izquierda INTERNAL */ + if (on == s->clock) return; + s->clock = (uint8_t)on; app_push(a, CMD_CLOCK, s->clock, 0, 0); + app_toast(a, s->clock ? "CLOCK: EXTERNAL (MIDI)" : "CLOCK: INTERNAL"); + break; + case 1: if (on == s->sync_mode) return; s->sync_mode = (uint8_t)on; break; + case 2: { + static const uint8_t PQ[3] = {1, 2, 4}; + int i = s->sync_ppqn == 4 ? 2 : s->sync_ppqn == 2 ? 1 : 0; + s->sync_ppqn = PQ[bm_clampi(i + lst(a, d), 0, 2)]; + break; + } + case 3: s->sync_lat = (uint8_t)bm_clampi(s->sync_lat + lst(a, d), 0, 20); break; + case 4: if (on == s->autosave) return; s->autosave = (uint8_t)on; break; + case 5: s->led_dim = (uint8_t)bm_clampi(s->led_dim + lst(a, d), 0, 2); break; case 6: - s->fast_lcd = !s->fast_lcd; + if (on == s->fast_lcd) return; + s->fast_lcd = (uint8_t)on; app_toast(a, s->fast_lcd ? "FAST SCREEN ON (TEST)" : "FAST SCREEN OFF"); break; case 7: - s->dual_core = !s->dual_core; + if (on == s->dual_core) return; + s->dual_core = (uint8_t)on; app_toast(a, s->dual_core ? "TWO CORES ON (TEST)" : "TWO CORES OFF"); break; - case 9: /* idioma: inglés o el paquete cargado */ - if (!bm_app_lang_pack(a)) { app_toast(a, T("NO LANGUAGE PACK: LOAD ONE BY USB")); return; } - s->lang = !s->lang; + case 9: /* idioma: derecha el paquete cargado, izquierda inglés */ + if (on && !bm_app_lang_pack(a)) { app_toast(a, T("NO LANGUAGE PACK: LOAD ONE BY USB")); return; } + if (on == s->lang) return; + s->lang = (uint8_t)on; bm_lang_use(s->lang ? bm_app_lang_pack(a) : NULL); break; default: return; @@ -2673,24 +3082,14 @@ static void enc_channel(bm_app *a, int id, int d) bm_meta *m = &a->pat.meta; char b[16], ti[22]; if (id == ENC_PRESETS) { enc_source(a, t, d); return; } - if (id == ENC_SELECT) { - if (a->page == PG_MORE) { - if (d < 0 && a->more_row == 0) { tabs_turn(a, -1); return; } - a->more_row = (uint8_t)bm_clampi(a->more_row + (d > 0 ? 1 : -1), 0, bm_app_more_count(a) - 1); - a->ask = ASK_NONE; a->eng_pending = 0xFF; - return; - } - if (ed_select(a, d)) return; - tabs_turn(a, d); - return; - } + if (id == ENC_SELECT) { select_turn(a, d); return; } if (id == ENC_ALGO) { if (a->page == PG_MORE) { more_change(a, d); return; } if (a->page == PG_TAKES) { uint8_t list[BM_TAKES + 8]; int n = bm_app_sources(a, list); if (!n) return; - a->takes_row = (uint8_t)bm_clampi(a->takes_row + (d > 0 ? 1 : -1), 0, n - 1); + a->takes_row = (uint8_t)bm_clampi(a->takes_row + lst(a, d), 0, n - 1); return; } if (a->page == PG_REC) { app_toast(a, "THE SAMPLER STAYS HERE"); return; } @@ -2707,15 +3106,15 @@ static void enc_channel(bm_app *a, int id, int d) if (kind == KIND_TR) { enc_macro(a, t, k, d); return; } if (bm_engine_paged(tr->engine)) { ed_turn(a, t, k, d); return; } if (k == 3) { enc_track_u8(a, t, 3, TRK_OFF(accent), tr->accent, d, 0, 127, "ACCENT", 2); return; } - enc_macro(a, t, k == 0 ? 3 : k - 1, d); + enc_macro(a, t, k, d); /* K1-K3 como en SEQ */ return; case PG_INST: ed_turn(a, t, k, d); return; case PG_MIX: goto mix; case PG_MORE: - if (k == 0) enc_track_u8(a, t, 0, TRK_OFF(accent), tr->accent, d, 0, 127, "ACCENT", 2); - else if (k == 1) set_len(a, t, bm_trk_len(&a->pat, t, bm_is_grid(&a->pat, t) ? tr_lane(a) : -1) + (d > 0 ? 1 : -1)); - else if (k == 2) { int v = bm_clampi(tr->speed + (d > 0 ? -1 : 1), 0, SPD_COUNT - 1); app_set_track(a, t, TRK_OFF(speed), v); app_overlay(a, 2, "SPEED", bm_speed_names[v], "", (SPD_COUNT - 1 - v) * 51, -1, bm_knob_color(2)); } - else if (kind == KIND_NOTE) { int v = bm_clampi(tr->transpose + d, 0, 48); app_set_track(a, t, TRK_OFF(transpose), v); fmt_semi(v, b, sizeof b); app_overlay(a, 3, "TRANSPOSE", b, "", v * 5, 120, bm_knob_color(3)); } + if (k == 0) set_len(a, t, bm_trk_len(&a->pat, t, bm_is_grid(&a->pat, t) ? tr_lane(a) : -1) + lst(a, d)); + else if (k == 1) { int v = bm_clampi(tr->speed + -lst(a, d), 0, SPD_COUNT - 1); app_set_track(a, t, TRK_OFF(speed), v); app_overlay(a, 1, "SPEED", bm_speed_names[v], "", (SPD_COUNT - 1 - v) * 51, -1, bm_knob_color(1)); } + else if (k == 2) enc_track_u8(a, t, 2, TRK_OFF(accent), tr->accent, d, 0, 127, "ACCENT", 2); + else if (kind == KIND_NOTE) { int v = bm_clampi(tr->transpose + lst(a, d), 0, 48); app_set_track(a, t, TRK_OFF(transpose), v); fmt_semi(v, b, sizeof b); app_overlay(a, 3, "TRANSPOSE", b, "", v * 5, 120, bm_knob_color(3)); } return; case PG_BREAK: enc_track_u8(a, 1, k, (uint8_t)(TRK_OFF(gen) + k), tr->gen[k], d, 0, 127, GEN_NAMES[k], 2); return; case PG_TAKES: { @@ -2723,7 +3122,7 @@ static void enc_channel(bm_app *a, int id, int d) if (src == BM_SRC_NONE || (src & BM_SRC_ROM)) { app_toast(a, "FACTORY IS READ ONLY"); return; } bm_take *tk = &a->take[src]; if (k == 0) { tk->bpm_x10 = (uint16_t)bm_clampi(tk->bpm_x10 + d * 10, 400, 2400); snprintf(b, sizeof b, "%d", tk->bpm_x10 / 10); app_overlay(a, 0, "TAKE BPM", b, "BPM", (tk->bpm_x10 - 400) * 255 / 2000, -1, bm_knob_color(0)); } - else if (k == 1) { tk->bars = (uint8_t)bm_clampi(tk->bars + (d > 0 ? 1 : -1), 1, 8); snprintf(b, sizeof b, "%d", tk->bars); app_overlay(a, 1, "BARS", b, "", tk->bars * 31, -1, bm_knob_color(1)); } + else if (k == 1) { tk->bars = (uint8_t)bm_clampi(tk->bars + lst(a, d), 1, 8); snprintf(b, sizeof b, "%d", tk->bars); app_overlay(a, 1, "BARS", b, "", tk->bars * 31, -1, bm_knob_color(1)); } else if (k == 2) { tk->gain = (uint8_t)bm_clampi(tk->gain + d, 8, 127); snprintf(b, sizeof b, "%+d", ((int)tk->gain - 64) * 6 / 64); app_overlay(a, 2, "GAIN", b, "DB", tk->gain * 2, 128, bm_knob_color(2)); } else return; take_changed(a, src); @@ -2749,13 +3148,10 @@ static void enc_channel(bm_app *a, int id, int d) } return; case PG_ARP: - if (kind != KIND_NOTE) { - if (k == 0) { a->roll_rate = (uint8_t)bm_clampi(a->roll_rate + (d > 0 ? 1 : -1), 0, 4); app_overlay(a, 0, "ROLL", bm_roll_names[a->roll_rate], "", a->roll_rate * 63, -1, bm_knob_color(0)); } - return; - } + if (kind != KIND_NOTE) return; /* las rejillas: ARP es la capa ROLL */ goto arp; case PG_LOOP: - if (k == 0) { app_push(a, CMD_LOOP, (uint8_t)t, 3, 0); app_edited(a); } + if (k == 0 && (d > 0) != (a->pat.loop[t - 2].on != 0)) { app_push(a, CMD_LOOP, (uint8_t)t, 3, 0); app_edited(a); } /* derecha ON */ if (k == 1) { const bm_loop *lp = &a->pat.loop[t - 2]; int nb = lp->bars == 1 ? (d > 0 ? 2 : 1) : lp->bars == 2 ? (d > 0 ? 4 : 1) : (d > 0 ? 4 : 2); @@ -2768,30 +3164,29 @@ static void enc_channel(bm_app *a, int id, int d) case PG_SCL: { const char *val = ""; if (k == 0) { - if (tr->scl == 0xFF) { int nv = (m->root + (d > 0 ? 1 : 11)) % 12; app_set_meta(a, META_OFF(root), nv); val = bm_note_names[nv]; } - else { int nv = (tr->scl_root + (d > 0 ? 1 : 11)) % 12; app_set_track(a, t, TRK_OFF(scl_root), nv); val = bm_note_names[nv]; } + if (tr->scl == 0xFF) { int nv = wrap(m->root + lst(a, d), 12); app_set_meta(a, META_OFF(root), nv); val = bm_note_names[nv]; } + else { int nv = wrap(tr->scl_root + lst(a, d), 12); app_set_track(a, t, TRK_OFF(scl_root), nv); val = bm_note_names[nv]; } } else if (k == 1) { int cur = tr->scl == 0xFF ? -1 : tr->scl; - int nv = bm_clampi(cur + (d > 0 ? 1 : -1), -1, BM_SCALES - 1); + int nv = bm_clampi(cur + lst(a, d), -1, BM_SCALES - 1); if (cur == -1 && nv == 0) app_set_track(a, t, TRK_OFF(scl_root), m->root); app_set_track(a, t, TRK_OFF(scl), nv < 0 ? 0xFF : nv); val = nv < 0 ? "PROJECT" : bm_scale_names[nv]; - } else if (k == 2) { int nv = (m->voicing + (d > 0 ? 1 : 4)) % 5; app_set_meta(a, META_OFF(voicing), nv); val = EXT_NAMES[nv]; } - else { int nv = !m->scale_lock; app_set_meta(a, META_OFF(scale_lock), nv); val = nv ? "ON" : "OFF"; } + } else if (k == 2) { int nv = wrap(m->voicing + lst(a, d), 5); app_set_meta(a, META_OFF(voicing), nv); val = EXT_NAMES[nv]; } + else { int nv = d > 0; if (nv != m->scale_lock) app_set_meta(a, META_OFF(scale_lock), nv); val = nv ? "ON" : "OFF"; } static const char *const NM[4] = {"ROOT", "TRACK SCALE", "BASE CHORD", "KEYS IN SCALE"}; app_overlay(a, k, NM[k], val, "", 128, -1, bm_knob_color(k)); return; } case PG_CHORDS: goto chords; - case PG_REC: if (k == 0) { a->rec_now = !a->rec_now; app_toast(a, a->rec_now ? "STARTS WHEN YOU PRESS REC" : "STARTS ON THE BAR"); } return; + case PG_REC: if (k == 0 && (d > 0) != (a->rec_now != 0)) { a->rec_now = d > 0; app_toast(a, a->rec_now ? "STARTS WHEN YOU PRESS REC" : "STARTS ON THE BAR"); } return; case PG_PADS: if (a->ed_page[1] == 0) { /* TRIM: START LENGTH ZOOM SNAP */ if (k <= 1) pad_trim(a, k, d); - else if (k == 2) a->cut_zoom = (uint8_t)bm_clampi(a->cut_zoom + (d > 0 ? 1 : -1), 0, 3); - else a->cut_snap = (uint8_t)bm_clampi(a->cut_snap + (d > 0 ? 1 : -1), 0, 2); + else if (k == 2) a->cut_zoom = (uint8_t)bm_clampi(a->cut_zoom + lst(a, d), 0, 3); + else a->cut_snap = (uint8_t)bm_clampi(a->cut_snap + lst(a, d), 0, 2); } else pad_sound(a, k, d); return; - case PG_LFO: app_toast(a, "LFO: IN A FUTURE VERSION"); return; default: return; } mix: @@ -2804,7 +3199,7 @@ static void enc_channel(bm_app *a, int id, int d) } static const uint8_t OFFS[4] = {TRK_OFF(level), TRK_OFF(pan), TRK_OFF(send), TRK_OFF(rsend)}; const uint8_t cur[4] = {tr->level, tr->pan, tr->send, tr->rsend}; - int nv = bm_clampi(cur[k] + d, 0, 127); + int nv = k == 1 ? center_stop(a, cur[k], d, 64, 0, 127) : bm_clampi(cur[k] + d, 0, 127); /* PAN: el centro retiene */ app_set_track(a, t, OFFS[k], nv); if (k == 1) fmt_pan(nv, b, sizeof b); else if (k == 0) snprintf(b, sizeof b, "%d", nv); else fmt_pct(nv, b, sizeof b); static const char *const NM[4] = {"LEVEL", "PAN", "DELAY SEND", "REVERB SEND"}; @@ -2815,7 +3210,7 @@ static void enc_channel(bm_app *a, int id, int d) midi: { static const uint8_t CC[4] = {0, 0, 1, 74}; - if (k == 0) { int v = bm_clampi(tr->midi_ch + (d > 0 ? 1 : -1), 0, 15); app_set_track(a, t, TRK_OFF(midi_ch), v); snprintf(b, sizeof b, "%d", v + 1); app_overlay(a, 0, "MIDI CHANNEL", b, "", v * 17, -1, bm_knob_color(0)); return; } + if (k == 0) { int v = bm_clampi(tr->midi_ch + lst(a, d), 0, 15); app_set_track(a, t, TRK_OFF(midi_ch), v); snprintf(b, sizeof b, "%d", v + 1); app_overlay(a, 0, "MIDI CHANNEL", b, "", v * 17, -1, bm_knob_color(0)); return; } if (k == 1) { enc_source(a, t, d); return; } int v = bm_clampi(tr->macro[k] + d, 0, 127); app_set_track(a, t, (uint8_t)k, v); @@ -2827,31 +3222,53 @@ static void enc_channel(bm_app *a, int id, int d) arp: { int nv; - if (k == 0) { nv = (tr->arp_mode + (d > 0 ? 1 : 4)) % 5; app_set_track(a, t, TRK_OFF(arp_mode), nv); app_overlay(a, 0, "ARP MODE", ARP_MODES[nv], "", nv * 63, -1, bm_knob_color(0)); } - if (k == 1) { nv = bm_clampi(tr->arp_rate + (d > 0 ? 1 : -1), 0, 2); app_set_track(a, t, TRK_OFF(arp_rate), nv); app_overlay(a, 1, "ARP RATE", ARP_RATES[nv], "", nv * 127, -1, bm_knob_color(1)); } - if (k == 2) { nv = bm_clampi(tr->arp_oct + (d > 0 ? 1 : -1), 1, 3); app_set_track(a, t, TRK_OFF(arp_oct), nv); snprintf(b, sizeof b, "%d", nv); app_overlay(a, 2, "ARP OCTAVES", b, "", nv * 85, -1, bm_knob_color(2)); } + if (k == 0) { nv = wrap(tr->arp_mode + lst(a, d), 5); app_set_track(a, t, TRK_OFF(arp_mode), nv); app_overlay(a, 0, "ARP MODE", ARP_MODES[nv], "", nv * 63, -1, bm_knob_color(0)); } + if (k == 1) { nv = bm_clampi(tr->arp_rate + lst(a, d), 0, 2); app_set_track(a, t, TRK_OFF(arp_rate), nv); app_overlay(a, 1, "ARP RATE", ARP_RATES[nv], "", nv * 127, -1, bm_knob_color(1)); } + if (k == 2) { nv = bm_clampi(tr->arp_oct + lst(a, d), 1, 3); app_set_track(a, t, TRK_OFF(arp_oct), nv); snprintf(b, sizeof b, "%d", nv); app_overlay(a, 2, "ARP OCTAVES", b, "", nv * 85, -1, bm_knob_color(2)); } if (k == 3) { nv = bm_clampi(tr->arp_gate + d, 10, 100); app_set_track(a, t, TRK_OFF(arp_gate), nv); snprintf(b, sizeof b, "%d", nv); app_overlay(a, 3, "ARP GATE", b, "%", nv * 255 / 100, -1, bm_knob_color(3)); } return; } chords: { const char *val = ""; - if (k == 0) { int nv = (m->chord_set + (d > 0 ? 1 : BM_CHORD_SETS - 1)) % BM_CHORD_SETS; app_set_meta(a, META_OFF(chord_set), nv); val = bm_chord_set_names[nv]; } - if (k == 1) { int nv = (m->chord_voicing + (d > 0 ? 1 : 2)) % 3; app_set_meta(a, META_OFF(chord_voicing), nv); val = VOICINGS[nv]; a->prev_chord_n = 0; } - if (k == 2) { int nv = bm_clampi(m->chord_oct + (d > 0 ? 1 : -1), 1, 5); app_set_meta(a, META_OFF(chord_oct), nv); snprintf(b, sizeof b, "%d", nv); val = b; } - if (k == 3) { int nv = bm_clampi(m->strum + (d > 0 ? 2 : -2), 0, 60); app_set_meta(a, META_OFF(strum), nv); snprintf(b, sizeof b, "%d", nv); val = b; } + if (k == 0) { int nv = wrap(m->chord_set + lst(a, d), BM_CHORD_SETS); app_set_meta(a, META_OFF(chord_set), nv); val = bm_chord_set_names[nv]; } + if (k == 1) { int nv = wrap(m->chord_voicing + lst(a, d), 3); app_set_meta(a, META_OFF(chord_voicing), nv); val = VOICINGS[nv]; a->prev_chord_n = 0; } + if (k == 2) { int nv = bm_clampi(m->chord_oct + lst(a, d), 1, 5); app_set_meta(a, META_OFF(chord_oct), nv); snprintf(b, sizeof b, "%d", nv); val = b; } + if (k == 3) { int nv = bm_clampi(m->strum + 2 * lst(a, d), 0, 60); app_set_meta(a, META_OFF(strum), nv); snprintf(b, sizeof b, "%d", nv); val = b; } static const char *const NM[4] = {"CHORD SET", "VOICING", "OCTAVE", "STRUM (MS)"}; app_overlay(a, k, NM[k], val, "", 128, -1, bm_knob_color(k)); } } +static void enc_dispatch(bm_app *a, int id, int d, uint32_t now); + +/* Aceleración por el tiempo entre giros de cada perilla (no por cuántos detents juntó el bucle, que + * depende de la pantalla): rápido = x2 o x4 en los valores continuos. Las listas usan lst(). */ +#define ENC_FAST_MS 18u /* menos de esto por detent: x4 */ +#define ENC_MED_MS 35u /* menos de esto: x2 */ +#define ENC_GESTURE_MS 800u /* quieta más que esto: el giro empieza un gesto nuevo */ + void bm_app_encoder(bm_app *a, int id, int d, uint32_t now) { a->now = now; - if (!d || a->view == V_BOOT) return; + if (!d || a->view == V_BOOT || id < 0 || id >= ENC_COUNT) return; bm_gesture_other(&a->ges, now); if (bm_gesture_is_down(&a->ges, BTN_HOME)) a->home_used = 1; - if (d >= 3 || d <= -3) d *= 4; + d = bm_clampi(d, -100, 100); + uint32_t dt = now - a->enc_t[id]; + a->enc_t[id] = now; + uint32_t per = dt / (uint32_t)(d < 0 ? -d : d); + a->enc_new = dt > ENC_GESTURE_MS; + a->enc_raw = (int8_t)d; + a->enc_cur = (uint8_t)(id + 1); + int mul = per < ENC_FAST_MS ? 4 : per < ENC_MED_MS ? 2 : 1; + enc_dispatch(a, id, d * mul, now); + a->enc_raw = 0; + a->enc_cur = 0; +} + +static void enc_dispatch(bm_app *a, int id, int d, uint32_t now) +{ int k = id - ENC_K1; bm_meta *m = &a->pat.meta; char b[16]; @@ -2861,33 +3278,42 @@ void bm_app_encoder(bm_app *a, int id, int d, uint32_t now) case L_HOME: if (id == ENC_SELECT) box_turn(a, d, 1); /* HOME + SELECT: a otro canal desde cualquier lado */ else if (id == ENC_ALGO) enc_bpm_fine(a, d); /* HOME + ALGORITHM: décimas de BPM */ - else if (id == ENC_PRESETS) enc_pattern(a, d); + else if (id == ENC_PRESETS) enc_pattern(a, d); /* se elige al soltar HOME */ else if (k >= 0 && k <= 3) enc_global(a, k, d); return; - case L_TONE: - if (k == 0) enc_transpose(a, d); - else if (k == 1) enc_transpose(a, d > 0 ? 12 : -12); - else if (k == 2 || k == 3) enc_global(a, k - 2, d); + case L_TONE: /* GLO sostenido: K1 BPM, K2 SWING como en todas partes */ + if (k == 0 || k == 1) enc_global(a, k, d); + else if (k == 2) enc_transpose(a, lst(a, d)); + else if (k == 3) enc_transpose(a, 12 * lst(a, d)); return; case L_LEN: - if (k == 0) set_len(a, a->track, bm_trk_len(&a->pat, a->track, app_kind(a, a->track) == KIND_NOTE ? -1 : 0) + (d > 0 ? 1 : -1)); - else if (k == 1) { int v = bm_clampi(a->pat.trk[a->track].speed + (d > 0 ? -1 : 1), 0, SPD_COUNT - 1); app_set_track(a, a->track, TRK_OFF(speed), v); app_overlay(a, 1, "SPEED", bm_speed_names[v], "", (SPD_COUNT - 1 - v) * 51, -1, bm_knob_color(1)); } + if (k == 0) set_len(a, a->track, bm_trk_len(&a->pat, a->track, app_kind(a, a->track) == KIND_NOTE ? -1 : 0) + lst(a, d)); + else if (k == 1) { int v = bm_clampi(a->pat.trk[a->track].speed + -lst(a, d), 0, SPD_COUNT - 1); app_set_track(a, a->track, TRK_OFF(speed), v); app_overlay(a, 1, "SPEED", bm_speed_names[v], "", (SPD_COUNT - 1 - v) * 51, -1, bm_knob_color(1)); } return; case L_ACC: if (k == 0) enc_track_u8(a, a->track, 0, TRK_OFF(accent), a->pat.trk[a->track].accent, d, 0, 127, "ACCENT", 2); return; case L_REP: if (k == 0 && app_kind(a, a->track) == KIND_NOTE) enc_track_u8(a, a->track, 0, TRK_OFF(glide), a->pat.trk[a->track].glide, d, 0, 127, "GLIDE", 2); return; case L_ROLL: - if (k == 0) { - a->roll_rate = (uint8_t)bm_clampi(a->roll_rate + (d > 0 ? 1 : -1), 0, 4); - app_overlay(a, 0, "ROLL", bm_roll_names[a->roll_rate], "", a->roll_rate * 63, -1, bm_knob_color(0)); - for (int l = 0; l < BM_LANES; l++) if (a->roll_mask & (1u << l)) app_push_i(a, CMD_ROLL, a->track, (uint8_t)l, 1, bm_roll_ticks[a->roll_rate]); - } - return; - case L_FILL: - if (k == 0) enc_fill_every(a, d); /* K1 = FILL AUTOMATICO */ - return; - case L_PUNCH: case L_CHORDS: case L_ARP: case L_ERASE: case L_COPY: case L_LANEMUTE: - if (a->layer == L_PUNCH && k >= 0) break; - if ((a->layer == L_CHORDS || a->layer == L_ARP) && k >= 0) break; + if (k == 0) roll_set_rate(a, a->roll_rate + lst(a, d)); /* K1 = lo mismo que las negras 1-6 */ + else if (k == 1) { /* K2 = largo de la rampa */ + a->roll_len = (uint8_t)bm_clampi(a->roll_len + lst(a, d), 0, 3); + app_overlay(a, 1, a->roll_ramp == 1 ? "CRESC" : a->roll_ramp == 2 ? "DECRESC" : "RAMP", bm_roll_len_names[a->roll_len], "", a->roll_len * 85, -1, bm_knob_color(1)); + } else if (k == 2) { /* K3 = swing del roll */ + a->roll_swing = (uint8_t)bm_clampi(a->roll_swing + d, 50, 75); + snprintf(b, sizeof b, "%d%%", a->roll_swing); + app_overlay(a, 2, "ROLL SWING", b, "", (a->roll_swing - 50) * 255 / 25, -1, bm_knob_color(2)); + } else if (k == 3) { /* K4 = cola al soltar */ + a->roll_tail = (uint8_t)bm_clampi(a->roll_tail + lst(a, d), 0, 3); + app_overlay(a, 3, "ROLL TAIL", bm_roll_tail_names[a->roll_tail], "", a->roll_tail * 85, -1, bm_knob_color(3)); + } else return; + if (k > 0) roll_cfg_send(a); + return; + case L_FILL: case L_LANEMUTE: /* pantallas de MUTE y FILL: las perillas siguen con lo de SEQ */ + if (a->layer == L_FILL && k == 0) { enc_fill_every(a, d); return; } /* K1 = FILL AUTOMATICO */ + if (id == ENC_SELECT) key_screen_close(a); /* cambiar de página cierra la pantalla */ + break; + case L_PUNCH: case L_CHORDS: case L_ARP: case L_ERASE: case L_COPY: + if (a->layer == L_PUNCH && k >= 0 && k <= 3) break; + if ((a->layer == L_CHORDS || a->layer == L_ARP) && k >= 0 && k <= 3) break; return; default: break; } @@ -2898,82 +3324,95 @@ void bm_app_encoder(bm_app *a, int id, int d, uint32_t now) /* REC en un canal de notas: SELECT = el paso, ALGORITHM = su gate (10..100 %, 100 = TIE), PRESETS = su micro-timing */ if (a->rec && a->view == V_CH && a->page == PG_SEQ && app_kind(a, a->track) == KIND_NOTE && a->held_step < 0 && (id == ENC_SELECT || id == ENC_ALGO || id == ENC_PRESETS)) { enc_rec(a, id, d); return; } - /* paso sostenido > lista > canal > HOME */ - if (a->view == V_CH && a->page == PG_SEQ && a->held_step >= 0 && id != ENC_PRESETS) { + /* paso sostenido > lista > canal > HOME. Con un paso sostenido PRESETS es la condición (golpes) o + * el largo (notas), nunca el kit: cambiarlo ahí reemplazaba los 16 instrumentos sin querer. */ + if (a->view == V_CH && a->page == PG_SEQ && a->held_step >= 0) { if (bm_is_grid(&a->pat, a->track)) enc_step_grid(a, id, d); else enc_step_syn(a, id, d); return; } + /* las páginas de la consola (BX-1): PRESETS = MOVE en todas */ + if (id == ENC_PRESETS && (a->view == V_HOME || a->view == V_SCENES || a->view == V_FXG || a->view == V_GLO || a->view == V_SONG)) { + enc_move(a, d); + return; + } switch (a->view) { case V_HOME: case V_SCENES: if (id == ENC_ALGO) enc_global(a, 0, d); /* ALGORITHM = BPM */ - else if (id == ENC_PRESETS) enc_pattern(a, d); - else if (id == ENC_SELECT) a->track = (uint8_t)bm_clampi(a->track + (d > 0 ? 1 : -1), 0, BM_TRACKS - 1); + else if (id == ENC_SELECT) { /* el cursor de canal (ESCENAS no tiene cursor) */ + if (a->view == V_HOME) a->track = (uint8_t)bm_clampi(a->track + lst(a, d), 0, BM_TRACKS - 1); + } else if (a->view == V_HOME) enc_home(a, k, d); else enc_global(a, k, d); return; case V_MIX: - if (id == ENC_SELECT) { a->track = (uint8_t)bm_clampi(a->track + (d > 0 ? 1 : -1), 0, BM_TRACKS - 1); return; } + if (id == ENC_SELECT) { a->track = (uint8_t)bm_clampi(a->track + lst(a, d), 0, BM_TRACKS - 1); return; } if (id == ENC_ALGO) { enc_global(a, 0, d); return; } if (id == ENC_PRESETS) { enc_pattern(a, d); return; } { uint8_t v = a->view, pg = a->page; a->view = V_CH; a->page = PG_MIX; enc_channel(a, id, d); a->view = v; a->page = pg; } return; case V_GLO: - if (id == ENC_SELECT) a->glo_row = (uint8_t)bm_clampi(a->glo_row + (d > 0 ? 1 : -1), 0, 5); + if (id == ENC_SELECT) a->glo_row = (uint8_t)bm_clampi(a->glo_row + lst(a, d), 0, 5); else if (id == ENC_ALGO) glo_change(a, d); - else if (k >= 0) enc_global(a, k, d); + else if (k >= 0 && k <= 3) enc_global(a, k, d); return; case V_SYSTEM: - if (id == ENC_SELECT) a->menu_row = (uint8_t)bm_clampi(a->menu_row + (d > 0 ? 1 : -1), 0, 10); - else if (id == ENC_ALGO || id == ENC_K1) system_change(a, d > 0 ? 1 : -1); + if (id == ENC_SELECT) a->menu_row = (uint8_t)bm_clampi(a->menu_row + lst(a, d), 0, 10); + else if (id == ENC_ALGO || id == ENC_K1) system_change(a, d); return; - case V_SAVE: - if (id == ENC_SELECT) a->save_row = (uint8_t)bm_clampi(a->save_row + (d > 0 ? 1 : -1), 0, 4); - else if (id == ENC_ALGO || id == ENC_K1) a->save_target = (uint8_t)bm_clampi(a->save_target + (d > 0 ? 1 : -1), 0, BM_PATTERNS - 1); + case V_SAVE: /* PRESETS = el patrón de destino, como ALGORITHM */ + if (id == ENC_SELECT) a->save_row = (uint8_t)bm_clampi(a->save_row + lst(a, d), 0, 4); + else if (id == ENC_ALGO || id == ENC_K1 || id == ENC_PRESETS) a->save_target = (uint8_t)bm_clampi(a->save_target + lst(a, d), 0, BM_PATTERNS - 1); a->clear_armed = 0; return; case V_SONG: - if (id == ENC_SELECT && a->song.n) a->song_cur = (uint8_t)bm_clampi(a->song_cur + (d > 0 ? 1 : -1), 0, a->song.n - 1); + if (id == ENC_SELECT && a->song.n) a->song_cur = (uint8_t)bm_clampi(a->song_cur + lst(a, d), 0, a->song.n - 1); else if ((id == ENC_K1 || id == ENC_ALGO) && a->song.n) { uint8_t e = a->song.pat[a->song_cur]; int code = (e & 0x80) ? 16 + (e & 3) : e; /* 0..15 patrones, 16..19 escenas */ - code = bm_clampi(code + (d > 0 ? 1 : -1), 0, 19); + code = bm_clampi(code + lst(a, d), 0, 19); a->song.pat[a->song_cur] = (uint8_t)(code >= 16 ? (0x80 | (code - 16)) : code); a->song_dirty = 1; a->t_edit = now; } - else if (id == ENC_K2 && a->song.n) { a->song.rep[a->song_cur] = (uint8_t)bm_clampi(a->song.rep[a->song_cur] + (d > 0 ? 1 : -1), 1, 16); a->song_dirty = 1; a->t_edit = now; } - else if (id == ENC_K4) { app_push(a, CMD_SONG, a->ctx.st.song_on ? 0 : 1, 0, 0); app_toast(a, a->ctx.st.song_on ? "SONG OFF" : "SONG ON"); } + else if (id == ENC_K2 && a->song.n) { a->song.rep[a->song_cur] = (uint8_t)bm_clampi(a->song.rep[a->song_cur] + lst(a, d), 1, 16); a->song_dirty = 1; a->t_edit = now; } + else if (id == ENC_K4) { /* a la derecha ON, a la izquierda OFF */ + int v = d > 0; + if (v != (a->ctx.st.song_on != 0)) { app_push(a, CMD_SONG, (uint8_t)v, 0, 0); app_toast(a, v ? "SONG ON" : "SONG OFF"); } + } return; case V_TIME: { - if (id == ENC_SELECT || id == ENC_ALGO) { a->time_row = (uint8_t)bm_clampi(a->time_row + (d > 0 ? 1 : -1), 0, BM_TRACKS - 1); return; } + if (id == ENC_SELECT || id == ENC_ALGO) { a->time_row = (uint8_t)bm_clampi(a->time_row + lst(a, d), 0, BM_TRACKS - 1); return; } int row = a->time_row; const bm_track *rt = &a->pat.trk[row]; char ti[22]; - if (k == 0) set_len(a, row, bm_trk_len(&a->pat, row, bm_is_grid(&a->pat, row) ? 0 : -1) + (d > 0 ? 1 : -1)); + if (k == 0) set_len(a, row, bm_trk_len(&a->pat, row, bm_is_grid(&a->pat, row) ? 0 : -1) + lst(a, d)); else if (k == 1) { - int nv = bm_clampi(rt->speed + (d > 0 ? -1 : 1), 0, SPD_COUNT - 1); /* a la derecha = más rápido */ + int nv = bm_clampi(rt->speed + -lst(a, d), 0, SPD_COUNT - 1); /* a la derecha = más rápido */ app_set_track(a, row, TRK_OFF(speed), nv); snprintf(ti, sizeof ti, TF("T%d SPEED"), row + 1); app_overlay(a, 1, ti, bm_speed_names[nv], "", (SPD_COUNT - 1 - nv) * 51, -1, bm_knob_color(1)); - } else if (k == 2 && bm_is_grid(&a->pat, row)) { - a->time_lane = (uint8_t)bm_clampi(a->time_lane + (d > 0 ? 1 : -1), 0, 15); - } else if (k == 3 && bm_is_grid(&a->pat, row)) { + } else if (k == 2 && bm_is_grid(&a->pat, row) && row != 1) { /* T2: cada pad tiene su largo en la capa LENGTH */ + a->time_lane = (uint8_t)bm_clampi(a->time_lane + lst(a, d), 0, 15); + } else if (k == 3 && bm_is_grid(&a->pat, row) && row != 1) { const bm_lane *ln = &bm_trk_trc(&a->pat, row)->lane[a->time_lane]; - int nv = bm_clampi(ln->len + (d > 0 ? 1 : -1), 1, 64); + int nv = bm_clampi(ln->len + lst(a, d), 1, 64); app_push_i(a, CMD_SET_LANE, (uint8_t)row, a->time_lane, 0, nv); app_edited(a); snprintf(b, sizeof b, "%d", nv); snprintf(ti, sizeof ti, TF("%s LENGTH"), T(bm_lane_name(a, row, a->time_lane))); app_overlay(a, 3, ti, b, "STEPS", nv * 4, -1, bm_knob_color(3)); } return; } - case V_FXG: goto fxg; + case V_FXG: /* SELECT = DELAY > REVERB > MASTER, ALGORITHM = BPM */ + if (id == ENC_SELECT) { a->fx_page = (uint8_t)bm_clampi(a->fx_page + lst(a, d), 0, 2); return; } + if (id == ENC_ALGO) { enc_global(a, 0, d); return; } + goto fxg; case V_SCLG: - if (k < 0) return; + if (k < 0 || k > 3) return; { const char *val = ""; - if (k == 0) { int nv = (m->root + (d > 0 ? 1 : 11)) % 12; app_set_meta(a, META_OFF(root), nv); val = bm_note_names[nv]; } - if (k == 1) { int nv = (m->scale + (d > 0 ? 1 : BM_SCALES - 1)) % BM_SCALES; app_set_meta(a, META_OFF(scale), nv); val = bm_scale_names[nv]; } - if (k == 2) { int nv = (m->voicing + (d > 0 ? 1 : 4)) % 5; app_set_meta(a, META_OFF(voicing), nv); val = EXT_NAMES[nv]; } - if (k == 3) { int nv = !m->scale_lock; app_set_meta(a, META_OFF(scale_lock), nv); val = nv ? "ON" : "OFF"; } + if (k == 0) { int nv = wrap(m->root + lst(a, d), 12); app_set_meta(a, META_OFF(root), nv); val = bm_note_names[nv]; } + if (k == 1) { int nv = wrap(m->scale + lst(a, d), BM_SCALES); app_set_meta(a, META_OFF(scale), nv); val = bm_scale_names[nv]; } + if (k == 2) { int nv = wrap(m->voicing + lst(a, d), 5); app_set_meta(a, META_OFF(voicing), nv); val = EXT_NAMES[nv]; } + if (k == 3) { int nv = d > 0; if (nv != m->scale_lock) app_set_meta(a, META_OFF(scale_lock), nv); val = nv ? "ON" : "OFF"; } static const char *const NM[4] = {"PROJECT ROOT", "PROJECT SCALE", "BASE CHORD", "KEYS IN SCALE"}; app_overlay(a, k, NM[k], val, "", 128, -1, bm_knob_color(k)); } @@ -2994,7 +3433,20 @@ void bm_app_encoder(bm_app *a, int id, int d, uint32_t now) } fxg: if (k < 0 || k > 3) return; - if (a->fx_page && a->layer != L_PUNCH && k < 3) { /* REVERB: tamaño, amortiguación, mezcla */ + if (a->fx_page == 2 && a->layer != L_PUNCH) { /* MASTER: filtro, BEAT FX, drive */ + if (k == 0) { + int nv = bm_clampi(m->mfilt + d, 0, 127); + app_set_meta(a, META_OFF(mfilt), nv); + if (nv >= 60 && nv <= 68) snprintf(b, sizeof b, "OPEN"); else if (nv < 60) snprintf(b, sizeof b, "LP %d", nv); else snprintf(b, sizeof b, "HP %d", nv - 64); + app_overlay(a, 0, "MASTER FILTER", b, "", nv * 2, 128, bm_knob_color(0)); + } else if (k == 1) { + int nv = bm_clampi(m->beatfx + lst(a, d), 0, 16); + app_set_meta(a, META_OFF(beatfx), nv); + app_overlay(a, 1, "BEAT FX", BEATFX_N[nv], "", nv * 15, -1, bm_knob_color(1)); + } else if (k == 2) enc_global(a, 3, d); /* DRIVE */ + return; + } + if (a->fx_page == 1 && a->layer != L_PUNCH && k < 3) { /* REVERB: tamaño, amortiguación, mezcla */ static const uint8_t RO[3] = {META_OFF(rv_size), META_OFF(rv_damp), META_OFF(rv_mix)}; const uint8_t cur[3] = {m->rv_size, m->rv_damp, m->rv_mix}; int nv = bm_clampi(cur[k] + d, 0, 127); @@ -3005,7 +3457,7 @@ void bm_app_encoder(bm_app *a, int id, int d, uint32_t now) return; } if (k == 0) { - int nv = bm_clampi(m->dly_time + (d > 0 ? 1 : -1), 0, 3); + int nv = bm_clampi(m->dly_time + lst(a, d), 0, 3); app_set_meta(a, META_OFF(dly_time), nv); app_overlay(a, 0, "DELAY TIME", DLY_NAMES[nv], "", nv * 85, -1, bm_knob_color(0)); } else { @@ -3025,6 +3477,11 @@ void app_input_tick(bm_app *a) uint32_t now = a->now; if (a->held_white >= 0 && !a->held_long && now - a->step_t0 >= UI_HOLD_MS) a->held_long = 1; if (a->rec_free && a->rec_free_t0 == 0xFFFFFFFFu && app_playing(a)) a->rec_free_t0 = a->ctx.st.btick; /* empieza con PLAY */ + if (a->fill && a->layer != L_FILL) { /* el fill suena solo con su pantalla abierta o su tecla sostenida */ + int held = 0; + for (int k = 0; k < BM_KEYS; k++) if (a->keys_down[k] && (a->key_role[k] == ROLE_FILL || a->key_role[k] == ROLE_FILLK)) held = 1; + if (!held) { app_push(a, CMD_FILL, 0, 0, 0); a->fill = 0; } + } for (int k = 0; k < BM_KEYS; k++) { if (!a->keys_down[k] || !a->key_t0[k] || now - a->key_t0[k] < UI_HOLD_MS) continue; if (a->key_role[k] == ROLE_MUTE && !a->solo_on) { /* negra sostenida en HOME: solo */ @@ -3047,126 +3504,415 @@ static uint8_t led_last[BM_LEDS]; static void led(bm_app *a, int id, uint8_t lvl) { - if (lvl == LED_DIM && a->set.led_dim == 0) lvl = LED_OFF; + if (id < BM_LED_KEY0 && lvl == LED_DIM) { /* SISTEMA > LED: solo los botones en reposo */ + if (a->set.led_dim == 0) lvl = LED_OFF; + else if (a->set.led_dim == 2) lvl = LED_MID; + } if (led_last[id] == lvl + 1) return; led_last[id] = (uint8_t)(lvl + 1); if (a->pf.led) a->pf.led(a->pf.user, id, lvl); } -static int page_button(int page) +/* El botón de la página del canal: el que la abrió (button_page) mientras sigas en ella; si no, + * el que la abre según la página (y en las de un editor por páginas, la envolvente o el LFO). */ +static int page_button(const bm_app *a) { - switch (page) { + int t = a->track; + if (a->nav_btn && a->nav_track == t && a->nav_page == a->page && a->nav_sub == a->ed_page[t]) return a->nav_btn - 1; + switch (a->page) { case PG_SEQ: case PG_LOOP: case PG_BREAK: return BTN_SEQ; - case PG_SOUND: case PG_INST: case PG_TAKES: case PG_PADS: case PG_MIDI: return BTN_EDIT; + case PG_SOUND: + if (app_kind(a, t) == KIND_NOTE && bm_engine_paged(app_engine(a, t))) { + int e = app_engine(a, t), p = a->ed_page[t]; + if (p == bm_engine_page_of(e, EPG_AMP) || p == bm_engine_page_of(e, EPG_FENV)) return BTN_ENV; + if (p == bm_engine_page_of(e, EPG_LFO)) return BTN_LFO; + } + return BTN_EDIT; + case PG_PADS: return a->ed_page[t] == 2 ? BTN_ENV : BTN_EDIT; + case PG_INST: case PG_TAKES: case PG_MIDI: return BTN_EDIT; case PG_ENV: return BTN_ENV; case PG_MIX: return BTN_FX; case PG_SCL: case PG_CHORDS: return BTN_SCL; case PG_ARP: return BTN_ARP; - case PG_LFO: return BTN_LFO; - case PG_REC: return BTN_REC; default: return -1; } } -/* un carril de batería: el elegido al 100 %, con pasos al 50 %, con pasos pero muteado tenue, - * sin pasos apagado */ -static uint8_t lane_led(const bm_tr *tr, int ln, int sel) +/* El botón sostenido de cada capa (respira). MUTE y FILL se abren con una tecla: ninguno. */ +static int layer_button(int L) +{ + switch (L) { + case L_HOME: return BTN_HOME; + case L_LEN: return BTN_SEQ; + case L_ERASE: return BTN_EDIT; + case L_ACC: return BTN_ENV; + case L_REP: return BTN_LFO; + case L_PUNCH: return BTN_FX; + case L_CHORDS: return BTN_SCL; + case L_ARP: case L_ROLL: return BTN_ARP; + case L_COPY: return BTN_SAVE; + case L_TONE: return BTN_GLO; + default: return -1; /* L_NONE, L_LANEMUTE, L_FILL */ + } +} + +/* Las páginas de la consola (BX-1) que recorre HOME: MIX > FX > TEMPO > ESCENAS > SONG. TEMPO (GLO) + * es de la consola si se llegó desde ella; desde un canal es la lista de GLO. */ +static bool console_view(int v) { return v == V_HOME || v == V_MIX || v == V_FXG || v == V_SCENES || v == V_SONG; } +static bool console_page(const bm_app *a) { return console_view(a->view) || (a->view == V_GLO && console_view(a->prev_view)); } + +/* El botón de "dónde estás" en cada pantalla. En la consola es HOME. */ +static int view_button(const bm_app *a) +{ + if (console_page(a)) return BTN_HOME; + switch (a->view) { + case V_SYSTEM: return BTN_HOME; + case V_TIME: return BTN_SEQ; + case V_GLO: return BTN_GLO; + case V_SAVE: return BTN_SAVE; + case V_SCLG: return BTN_SCL; + case V_CH: return page_button(a); + default: return -1; + } +} + +/* En la consola, el otro botón que abre la misma página (MID): FX, GLO, SEQ (canción). En HOME y + * en los faders, SEQ y EDIT entran al canal del cursor. */ +static int alias_button(const bm_app *a, int i) +{ + switch (a->view) { + case V_FXG: return i == BTN_FX; + case V_GLO: return i == BTN_GLO && console_page(a); + case V_SONG: return i == BTN_SEQ; + case V_HOME: case V_MIX: return i == BTN_SEQ || i == BTN_EDIT; + default: return 0; + } +} + +/* Páginas de pasos del canal (OCT -/+ en SEQ y en ACENTO, REPETIR y FILL). */ +static int step_pages(const bm_app *a) +{ + int t = a->track, len = bm_trk_len(&a->pat, t, app_kind(a, t) == KIND_NOTE ? -1 : tr_lane(a)); + int pages = (len + 15) / 16; + return pages > 0 ? pages : 1; +} + +static uint8_t page_arrow(int up, int cur, int last) { return (up ? cur < last : cur > 0) ? LED_MID : LED_OFF; } + +/* HOME + EDIT: hay otro canal del mismo tipo para copiar (home_combo) */ +static bool copy_target(const bm_app *a) +{ + if (bm_is_pads(a->track)) return false; + int k = app_kind(a, a->track); + for (int i = 1; i < BM_TRACKS; i++) { + int d = (a->track + i) % BM_TRACKS; + if (d != 1 && app_kind(a, d) == k) return true; + } + return false; +} + +/* Hay algo sin guardar (el patrón, la canción, una toma o su ganancia). Los ajustes no: SAVE no + * los escribe, se guardan solos. */ +static bool unsaved(const bm_app *a) +{ + return a->dirty || a->song_dirty || a->pend_obj >= 0 || a->take_dirty || a->ctx.st.smp_unsaved; +} + +static bool writing(const bm_app *a) { - if (ln == sel) - return LED_ON; - if (ln < 0 || ln >= BM_LANES) - return LED_OFF; - for (int s = 0; s < tr->lane[ln].len && s < BM_STEPS; s++) - if (tr->st[ln][s] & ST_ON) - return ((tr->mute >> ln) & 1) ? LED_DIM : LED_MID; - return LED_OFF; + for (int i = 0; i < a->njob; i++) if (a->job[i] != JOB_LOAD) return true; + return a->job_fading; } -/* Qué hace cada tecla ahora y cómo está su luz. Las luces del FM-1 son blancas: solo dicen si la - * tecla está activa o disponible, así que la pantalla muestra estos mismos nombres (tira de teclas) - * y la luz y el dibujo salen siempre de aquí. */ +/* Un patrón o una escena en cola (no las cadenas, que siempre tienen el siguiente en cola). */ +static bool queued(const bm_app *a) +{ + const bm_status *st = &a->ctx.st; + return (st->queued != 0xFF && st->queued != st->pattern && st->pchain_n <= 1) || (st->scene_q != 0xFF && !st->chain_n); +} + +static uint8_t play_led(const bm_app *a) +{ + const bm_status *st = &a->ctx.st; + if (st->playing) return (st->btick % BM_BAR_TICKS) < 24 ? LED_ON : (st->btick % BM_PPQN) < 24 ? LED_MID : LED_DIM; + return a->set.clock && !st->ext_ok ? LED_BREATH : LED_DIM; /* reloj externo sin señal: esperando */ +} + +static uint8_t rec_led(const bm_app *a) +{ + const bm_status *st = &a->ctx.st; + int t = a->track, lm = LOOP_OFF; + if (t >= BM_TR_TRACKS && t < BM_TRACKS && app_kind(a, t) == KIND_NOTE) lm = st->loop_mode[t - BM_TR_TRACKS]; + bool smp = a->view != V_CH || t == 1; /* la grabadora: no dentro de otra máquina */ + if ((smp && st->smp_rec) || a->rec_hold || lm == LOOP_REC) return LED_BLINK; /* grabando */ + if ((smp && st->smp_armed) || lm == LOOP_ARMED) return LED_BREATH; /* armado */ + if (a->rec || lm == LOOP_DUB) return LED_ON; /* REC de notas, sobregrabación */ + return LED_DIM; +} + +/* Las teclas tocan notas con la octava de OCT -/+ (fuera de SEQ, donde OCT pasa páginas). */ +static bool oct_plays(const bm_app *a) +{ + switch (a->view) { + case V_HOME: case V_MIX: case V_SCENES: case V_SONG: case V_COPYCH: case V_BOOT: return false; + case V_CH: + if (a->page == PG_CHORDS) return true; + if (a->page == PG_SEQ || a->page == PG_TAKES || a->page == PG_REC || a->page == PG_PADS) return false; + break; + default: break; + } + return app_kind(a, a->track) == KIND_NOTE; +} + +/* En la pantalla (sin pregunta, sin HOME ni capa): el toque o el sostenido hacen algo. Los botones + * de página entran al canal desde cualquier pantalla y todos tienen capa; OCT solo si las teclas + * tocan notas. */ +static bool btn_usable(const bm_app *a, int id) +{ + if (id == BTN_OCT_DN || id == BTN_OCT_UP) return oct_plays(a); + return true; +} + +/* La luz de un botón. Blancas: dicen el estado, nunca la función (eso lo dice la pantalla). + * OFF no hace nada aquí · DIM disponible · MID significado especial ahora · ON dónde estás o un + * estado que queda · BLINK te necesita ya · BREATH armado o pendiente. + * Precedencia: pregunta > HOME sostenido > capa sostenida > pantalla. */ +static uint8_t btn_led(const bm_app *a, int i) +{ + if (a->ask || a->view == V_COPYCH) /* OCT+ sí · HOME no · OCT- también cancela */ + return i == BTN_OCT_UP ? LED_BLINK : i == BTN_HOME ? LED_ON : i == BTN_OCT_DN ? LED_MID : LED_OFF; + if (a->layer == L_HOME) { /* HOME sostenido: los que tienen HOME + */ + switch (i) { + case BTN_HOME: return LED_ON; + case BTN_OCT_DN: return a->undo_track >= 0 ? LED_MID : LED_OFF; + case BTN_OCT_UP: return a->redo_track >= 0 ? LED_MID : LED_OFF; + case BTN_EDIT: return copy_target(a) ? LED_MID : LED_OFF; + case BTN_REC: return a->song_rec ? LED_ON : LED_MID; + case BTN_SEQ: case BTN_FX: case BTN_SCL: case BTN_SAVE: case BTN_PLAY: return LED_MID; + default: return LED_OFF; + } + } + if (a->layer) { /* capa sostenida, o MUTE / FILL abiertas */ + int L = a->layer; + if (i == layer_button(L)) return LED_BREATH; + switch (i) { + case BTN_OCT_DN: case BTN_OCT_UP: { + int up = i == BTN_OCT_UP; + if (L == L_ERASE) return (up ? a->redo_track : a->undo_track) >= 0 ? LED_MID : LED_OFF; + if (L == L_LEN) return page_arrow(up, a->len_page, 3); + if (L == L_ACC || L == L_REP || L == L_FILL) return page_arrow(up, a->step_page, step_pages(a) - 1); + if (L == L_ARP || L == L_CHORDS) return (up ? a->oct > 0 : a->oct < 0) ? LED_ON : LED_MID; + return LED_OFF; + } + case BTN_PLAY: return L == L_TONE ? LED_MID : play_led(a); /* TONE: tap tempo */ + case BTN_REC: { uint8_t r = rec_led(a); return r == LED_DIM ? LED_OFF : r; } + case BTN_HOME: return a->layer_latch ? LED_MID : LED_OFF; /* MUTE / FILL: salir */ + default: return LED_OFF; + } + } + switch (i) { + case BTN_PLAY: return play_led(a); + case BTN_REC: return rec_led(a); + case BTN_OCT_DN: case BTN_OCT_UP: { + int up = i == BTN_OCT_UP; + if (a->view == V_CH && a->page == PG_SEQ) return page_arrow(up, a->step_page, step_pages(a) - 1); + if (up ? a->oct > 0 : a->oct < 0) return LED_ON; /* octava corrida */ + break; + } + case BTN_HOME: /* dentro de un canal: salir a la consola */ + if (queued(a) && a->view != V_HOME && a->view != V_MIX && a->view != V_SCENES) return LED_BLINK; /* patrón o escena en cola */ + break; + case BTN_SAVE: + if (a->view == V_SAVE && a->clear_armed && a->now - a->clear_t < 3000) return LED_BLINK; /* SAVE otra vez = borrar */ + if (writing(a)) return LED_ON; + if (a->view != V_SAVE && a->view != V_CH && unsaved(a)) return LED_BREATH; /* global: no dentro de la máquina */ + break; + case BTN_SEQ: + if (a->song_rec && a->view != V_CH) return LED_BLINK; /* SONG REC (de la consola) */ + break; + default: break; + } + if (i == view_button(a)) return LED_ON; + if (alias_button(a, i)) return LED_MID; + return btn_usable(a, i) ? LED_DIM : LED_OFF; +} + +/* Qué hace cada tecla ahora y cómo está su luz. Las luces del FM-1 son blancas: solo dicen el estado + * (la gramática está arriba, en el mapa del teclado), así que la pantalla muestra estos mismos nombres + * (tira de teclas) y la luz y el dibujo salen siempre de aquí. Dentro de un canal las teclas son la + * superficie de esa máquina; en HOME, la de la consola. */ static void KL(bm_keyfn *K, int k, const char *l) { snprintf(K[k].label, sizeof K[k].label, "%s", l); } -void bm_app_keys(const bm_app *a, bm_keyfn K[BM_KEYS]) +/* las notas que el canal t acaba de tocar desde sus pasos (para que destellen sus teclas) */ +static int live_notes(const bm_app *a, int t, uint8_t out[4]) +{ + if (!(a->now < a->trig_until[t])) return 0; + int s = bm_app_track_step(a, t, -1), idx[4]; + if (s < 0) return 0; + int n = syn_step_events(a, t, s, idx); + for (int i = 0; i < n; i++) out[i] = bm_evc(&a->pat, t, s, idx[i])->note; + return n; +} + +static uint8_t note_in(int note, const uint8_t *nn, int n) +{ + for (int i = 0; i < n; i++) if (nn[i] == note) return 1; + return 0; +} + +/* El teclado de un canal de notas fuera de SEQ: cromático (la escala DIM, la tónica MID, fuera de la + * escala OFF) o, con LOCK o en SCALE, la escala en las blancas y los acordes en las negras. */ +static void note_keys(const bm_app *a, bm_keyfn *K, int t) +{ + int root, sc = app_scale(a, t, &root), sl = bm_scale_len(sc); + uint8_t nn[4]; + int nl = live_notes(a, t, nn); + uint16_t col = bm_track_color(t); + if (a->pat.meta.scale_lock || (a->view == V_CH && a->page == PG_SCL)) { + static const char *const R[7] = {"I", "II", "III", "IV", "V", "VI", "VII"}; + static const char *const X[4] = {"+7", "+9", "S2", "S4"}; + for (int w = 0; w < 16; w++) { + int note = bm_scale_note(root, sc, w, base_oct(a, t)); + KW(K, w, bm_note_names[note % 12], (w % sl) == 0 ? LED_MID : LED_DIM, col)->live = note_in(note, nn, nl); + } + for (int b = 0; b < 7; b++) KB(K, b, R[b], LED_DIM, col); + for (int b = 7; b < 11; b++) KB(K, b, X[b - 7], (a->chord_mod >> (b - 7)) & 1 ? LED_ON : LED_DIM, C_YELLOW); + return; + } + uint16_t pcs = 0; + for (int d = 0; d < sl; d++) pcs |= (uint16_t)(1u << (bm_scale_note(root, sc, d, 0) % 12)); + for (int k = 0; k < BM_KEYS; k++) { + int note = BM_KEY_BASE_NOTE + k + 12 * a->oct - (t == 2 ? 12 : 0), pc = (note + 120) % 12; + KL(K, k, bm_note_names[pc]); + K[k].led = pc == root ? LED_MID : ((pcs >> pc) & 1) ? LED_DIM : LED_OFF; + K[k].color = col; + K[k].live = note_in(note, nn, nl); + } +} + +/* Las blancas de un canal de batería fuera de SEQ: los 16 instrumentos, como un selector */ +static void lane_whites(const bm_app *a, bm_keyfn *K, int t) +{ + const bm_tr *tr = bm_trk_trc(&a->pat, t); + for (int w = 0; w < 16; w++) + KW(K, w, lane_short(a, t, w), lane_led(tr, w, tr_lane(a)), bm_track_color(t))->live = (uint8_t)(lane_has(tr, w) && lane_live(a, t, w)); +} + +static void keys_fill(const bm_app *a, bm_keyfn K[BM_KEYS]) { const bm_status *st = &a->ctx.st; int t = a->track, kind = app_kind(a, t); - char title[24]; uint16_t col; const char *h1, *h2; + char title[24], b8[8]; uint16_t col; const char *h1, *h2; bool mapped = a->layer || a->view == V_HOME || a->view == V_MIX || (a->view == V_CH && a->page == PG_CHORDS); if (mapped) { bm_app_keymap(a, K, title, sizeof title, &col, &h1, &h2); return; } memset(K, 0, sizeof(bm_keyfn) * BM_KEYS); - char b8[8]; - for (int k = 0; k < BM_KEYS; k++) { - int w = bm_key_white_index(k), b = bm_key_black_index(k); - uint8_t l = LED_OFF; - if (a->view == V_CH && a->page == PG_SEQ) { - if (w >= 0) { snprintf(b8, sizeof b8, "%d", a->step_page * 16 + w + 1); KL(K, k, b8); } + if (a->view == V_SCENES) { /* consola: escenas y canales */ + static const char *const SL[8] = {"A", "B", "C", "D", "ST A", "ST B", "ST C", "ST D"}; + for (int w = 0; w < 4; w++) + KW(K, w, SL[w], w == st->scene ? LED_ON : (w == st->scene_q ? LED_BLINK : (a->song.scene[w].valid ? LED_MID : LED_OFF)), C_CYAN); + for (int w = 4; w < 8; w++) KW(K, w, SL[w], a->song.scene[w - 4].valid ? LED_MID : LED_DIM, C_CYAN); + home_blacks(a, K); + return; + } + if (a->view == V_SONG) { /* blancas = agregar ese patrón */ + int cur = a->song.n && a->song_cur < a->song.n && a->song.pat[a->song_cur] < 0x80 ? a->song.pat[a->song_cur] : -1; + for (int w = 0; w < 16; w++) { + bool has = bm_store_has(&a->store, (uint8_t)w) || w == st->pattern; + snprintf(b8, sizeof b8, "%02d", w + 1); + KW(K, w, b8, w == cur ? LED_ON : (has ? LED_MID : LED_DIM), C_WHITE); + } + KB(K, 8, "DEL", a->song.n ? LED_DIM : LED_OFF, C_RED); + return; + } + if (a->view != V_CH) { /* las demás pantallas tocan el canal */ + if (kind == KIND_NOTE) note_keys(a, K, t); else lane_whites(a, K, t); + return; + } + switch (a->page) { + case PG_SEQ: + for (int w = 0; w < 16; w++) { + int s = a->step_page * 16 + w; + uint8_t l = LED_OFF; + snprintf(b8, sizeof b8, "%d", s + 1); if (kind == KIND_NOTE) { - if (w >= 0) { - int s = a->step_page * 16 + w, idx[4]; - if (s < a->pat.trk[t].length) { - l = syn_step_events(a, t, s, idx) ? LED_ON : note_covers(a, t, s) ? LED_MID : LED_OFF; - if (s == bm_app_track_step(a, t, -1)) l = LED_BLINK; - } - } else if (b < 8) { - int root, sc = app_scale(a, t, &root); - KL(K, k, bm_note_names[bm_scale_note(root, sc, b, base_oct(a, t) + a->note_oct) % 12]); - l = LED_DIM; - } else { KL(K, k, b == 8 ? "OCT-" : b == 9 ? "OCT+" : "FILL"); l = LED_OFF; } + int idx[4]; + if (s < a->pat.trk[t].length) { + l = syn_step_events(a, t, s, idx) ? LED_ON : note_covers(a, t, s) ? LED_MID : LED_OFF; + if (s == bm_app_track_step(a, t, -1)) l = LED_BLINK; + } } else { const bm_tr *tr = bm_trk_trc(&a->pat, t); int lane = tr_lane(a); - if (w >= 0) { - int s = a->step_page * 16 + w, len = tr->lane[lane].len; - if (s < len) { - uint8_t bb = tr->st[lane][s]; - l = (bb & ST_ON) ? ((bb & ST_LOCK) ? LED_BREATH : LED_ON) : LED_OFF; - if (s == bm_app_track_step(a, t, lane)) l = LED_BLINK; - } - } else if (b < 8) { - int ln = (lane / 8) * 8 + b; - snprintf(b8, sizeof b8, "%.4s", bm_lane_name(a, t, ln)); KL(K, k, b8); - l = lane_led(tr, ln, lane); - } else { - KL(K, k, b == 8 ? (lane < 8 ? "9-16" : "1-8") : b == 9 ? "MUTE" : "FILL"); - l = (b == 8 && lane >= 8) ? LED_ON : LED_DIM; + if (s < tr->lane[lane].len) { + uint8_t bb = tr->st[lane][s]; + l = (bb & ST_ON) ? ((bb & ST_LOCK) ? LED_BREATH : LED_ON) : LED_OFF; + if (s == bm_app_track_step(a, t, lane)) l = LED_BLINK; } } - } else if (a->view == V_SCENES) { - static const char *const SL[8] = {"A", "B", "C", "D", "ST A", "ST B", "ST C", "ST D"}; - if (w >= 0 && w < 8) KL(K, k, SL[w]); - if (w >= 0 && w < 4) l = w == st->scene ? LED_ON : (w == st->scene_q ? LED_BLINK : (a->song.scene[w].valid ? LED_MID : LED_OFF)); - else if (w >= 4 && w < 8) l = LED_DIM; - else if (b >= 0 && b < 6) { snprintf(b8, sizeof b8, "T%d", b + 1); KL(K, k, b8); l = a->pat.trk[b].mute ? LED_OFF : LED_ON; } - else if (b >= 6 && b < 10) { snprintf(b8, sizeof b8, "%c", 'A' + b - 6); KL(K, k, b8); l = LED_DIM; } - else if (b == 10) { KL(K, k, "FILL"); l = LED_DIM; } - } else if (a->view == V_CH && a->page == PG_PADS) { - if (w >= 0) { - bool ok = bm_pad_ok(&a->pat.pad[w]); - snprintf(b8, sizeof b8, "%d", w + 1); KL(K, k, b8); - l = a->now < a->lane_flash[1][w] ? LED_ON : (w == (a->sel_lane[1] & 15) ? LED_MID : (ok ? LED_DIM : LED_OFF)); - } else if (b >= 0 && b <= 3) { - static const char *const CB[4] = {"CPY", "PST", "CLR", "HIT"}; - KL(K, k, CB[b]); l = LED_DIM; - } else if (b >= 8) { KL(K, k, b == 8 ? "REV" : b == 9 ? "HALF" : "STUT"); l = (a->brk_live >> (b - 8)) & 1 ? LED_ON : LED_DIM; } - } else if (a->view == V_CH && a->page == PG_TAKES) { - if (w >= 0) { snprintf(b8, sizeof b8, "%d", w + 1); KL(K, k, b8); l = LED_DIM; } - else if (b >= 0 && b <= 3) { static const char *const TB[4] = {"HITS", "16", "8", "PAD"}; KL(K, k, TB[b]); l = b == 3 ? LED_MID : LED_DIM; } - else if (b == 10) { KL(K, k, "DEL"); l = LED_DIM; } - } else if (a->view == V_CH && a->page == PG_REC) { - if (w >= 0 && a->ctx.st.smp_unsaved && !a->ctx.st.smp_rec) { snprintf(b8, sizeof b8, "%d", w + 1); KL(K, k, b8); l = LED_DIM; } - } else if (a->view == V_CH && kind == KIND_TR) { - if (w >= 0) { snprintf(b8, sizeof b8, "%.4s", bm_lane_name(a, t, w)); KL(K, k, b8); l = lane_led(bm_trk_trc(&a->pat, t), w, tr_lane(a)); } - } else if (a->view == V_CH && kind == KIND_NOTE) { - int root, sc = app_scale(a, t, &root); - if (a->pat.meta.scale_lock || a->page == PG_SCL) { - if (w >= 0) { KL(K, k, bm_note_names[bm_scale_note(root, sc, w, base_oct(a, t)) % 12]); l = (w % bm_scale_len(sc)) == 0 ? LED_ON : LED_DIM; } - else if (b < 7) { static const char *const R[7] = {"I", "II", "III", "IV", "V", "VI", "VII"}; KL(K, k, R[b]); l = LED_DIM; } - else { static const char *const X[4] = {"+7", "+9", "SUS2", "SUS4"}; KL(K, k, X[b - 7]); } - } else KL(K, k, bm_note_names[(BM_KEY_BASE_NOTE + k + 12 * a->oct - (t == 2 ? 12 : 0) + 120) % 12]); - } - K[k].led = l; + KW(K, w, b8, l, 0); + } + if (kind != KIND_NOTE) { tr_blacks(a, K, t, true); return; } + { + int root, sc = app_scale(a, t, &root), idx[4], n = 0; + if (a->held_step >= 0) n = syn_step_events(a, t, a->held_step, idx); + for (int b = 0; b < 8; b++) { /* grados: ON los que tiene el paso sostenido */ + int note = bm_scale_note(root, sc, b, base_oct(a, t) + a->note_oct); + uint8_t l = LED_DIM; + for (int i = 0; i < n; i++) if (bm_evc(&a->pat, t, a->held_step, idx[i])->note == note) l = LED_ON; + KB(K, b, bm_note_names[note % 12], l, bm_track_color(t)); + } + KB(K, 8, "O-", a->note_oct < 0 ? LED_ON : LED_DIM, C_WHITE); + KB(K, 9, "O+", a->note_oct > 0 ? LED_ON : LED_DIM, C_WHITE); + KB(K, 10, "FIL", a->fill ? LED_ON : LED_DIM, C_ORANGE); + } + return; + case PG_PADS: + for (int w = 0; w < 16; w++) { + snprintf(b8, sizeof b8, "%d", w + 1); + KW(K, w, b8, w == (a->sel_lane[1] & 15) ? LED_ON : (bm_pad_ok(&a->pat.pad[w]) ? LED_MID : LED_OFF), bm_track_color(1))->live = + (uint8_t)(a->now < a->lane_flash[1][w]); + } + { + static const char *const CB[4] = {"CPY", "PST", "CLR", "HIT"}; + static const char *const FX[3] = {"REV", "HLF", "STU"}; + for (int b = 0; b < 4; b++) KB(K, b, CB[b], LED_DIM, C_WHITE); + for (int b = 8; b < 11; b++) KB(K, b, FX[b - 8], (a->brk_live >> (b - 8)) & 1 ? LED_ON : LED_DIM, C_YELLOW); + } + return; + case PG_TAKES: { /* sin toma marcada no hacen nada */ + uint8_t src = bm_app_takes_sel(a); + uint8_t l = src < BM_TAKES && a->take[src].valid ? LED_DIM : LED_OFF; + static const char *const TB[4] = {"HIT", "16", "8", "PAD"}; + for (int w = 0; w < 16; w++) { snprintf(b8, sizeof b8, "%d", w + 1); KW(K, w, b8, l, C_WHITE); } + for (int b = 0; b < 4; b++) KB(K, b, TB[b], l, C_WHITE); + KB(K, 10, "DEL", l, C_RED); + return; + } + case PG_REC: /* después de grabar: escuchar la toma */ + if (st->smp_unsaved && !st->smp_rec) + for (int w = 0; w < 16; w++) { snprintf(b8, sizeof b8, "%d", w + 1); KW(K, w, b8, LED_DIM, C_RED); } + return; + default: + if (kind == KIND_NOTE) note_keys(a, K, t); + else { lane_whites(a, K, t); tr_blacks(a, K, t, true); } + return; + } +} + +void bm_app_keys(const bm_app *a, bm_keyfn K[BM_KEYS]) +{ + keys_fill(a, K); + if (!a->box_on) return; + /* el recuadro de SELECT/ALGORITHM abierto: parpadea la tecla del canal o instrumento al que vas */ + int k = -1, t = a->track; + bool home = a->layer == L_HOME || (!a->layer && (a->view == V_HOME || a->view == V_MIX || a->view == V_SCENES)); + if (a->box_mode == BOX_HOME && home) k = bm_black_key(a->box_track % BM_TRACKS); + else if (a->box_mode == BOX_LANE && !a->layer && a->view == V_CH && app_kind(a, t) == KIND_TR) { + int ln = a->box_lane & 15; + if (a->page == PG_SEQ) { if (ln / 8 == tr_lane(a) / 8) k = bm_black_key(ln % 8); } + else if (a->page != PG_PADS && a->page != PG_TAKES && a->page != PG_REC) k = bm_white_key(ln); } + if (k >= 0 && K[k].label[0]) { K[k].led = LED_BLINK; K[k].live = 0; } } void app_leds(bm_app *a) @@ -3178,30 +3924,10 @@ void app_leds(bm_app *a) for (int i = 0; i < BTN_COUNT; i++) led(a, i, LED_DIM); return; } - static const int8_t LB[L_COUNT] = {-1, BTN_HOME, BTN_SEQ, BTN_EDIT, BTN_ENV, BTN_LFO, BTN_FX, BTN_SCL, BTN_ARP, BTN_ARP, BTN_SAVE, BTN_GLO, BTN_SEQ}; - int vb = -1; - switch (a->view) { - case V_HOME: case V_MIX: case V_SCENES: case V_SYSTEM: vb = BTN_HOME; break; - case V_SONG: case V_TIME: vb = BTN_SEQ; break; - case V_GLO: vb = BTN_GLO; break; - case V_SAVE: vb = BTN_SAVE; break; - case V_FXG: vb = BTN_FX; break; - case V_SCLG: vb = BTN_SCL; break; - case V_COPYCH: vb = BTN_EDIT; break; - case V_CH: vb = page_button(a->page); break; - default: break; - } - for (int i = 0; i < BTN_COUNT; i++) { - uint8_t l = LED_DIM; - if (i == vb) l = LED_ON; - if (a->layer && i == LB[a->layer]) l = LED_BREATH; - if (i == BTN_PLAY) l = st->playing ? ((st->btick % BM_PPQN) < 24 ? LED_ON : LED_DIM) : LED_DIM; - if (i == BTN_REC) l = (st->smp_rec || a->song_rec) ? LED_BLINK : st->smp_armed ? LED_BREATH : (a->rec ? LED_ON : LED_DIM); - if ((i == BTN_OCT_DN && a->oct < 0) || (i == BTN_OCT_UP && a->oct > 0)) l = LED_ON; - if (a->ask && i == BTN_OCT_UP) l = LED_BLINK; - led(a, i, l); - } + (void)st; + for (int i = 0; i < BTN_COUNT; i++) led(a, i, btn_led(a, i)); bm_keyfn K[BM_KEYS]; bm_app_keys(a, K); - for (int k = 0; k < BM_KEYS; k++) led(a, BM_LED_KEY0 + k, a->keys_down[k] ? LED_ON : K[k].led); + for (int k = 0; k < BM_KEYS; k++) /* sostenida (si hace algo) o un golpe que suena: ON */ + led(a, BM_LED_KEY0 + k, (a->keys_down[k] && K[k].label[0]) || K[k].live ? LED_ON : K[k].led); } diff --git a/core/bm_pattern.h b/core/bm_pattern.h index ff56d7d..902374e 100644 --- a/core/bm_pattern.h +++ b/core/bm_pattern.h @@ -115,7 +115,8 @@ typedef struct { uint8_t loop_b, chance_b, pitch; /* sin uso desde los pads */ uint8_t rsend; /* envío a la reverb (el delay es send) */ uint8_t midi_out; /* 1 = además manda sus notas por MIDI (canal midi_ch) */ - uint8_t rsv[7]; + uint8_t djf; /* filtro DJ del canal (K2 de HOME): 0 abierto, 1-63 pasa-bajos, 65-127 pasa-altos */ + uint8_t rsv[6]; } bm_track; /* ------------------------------------------------------------ metadatos: 64 bytes */ diff --git a/core/bm_printf.c b/core/bm_printf.c new file mode 100644 index 0000000..8e3a8df --- /dev/null +++ b/core/bm_printf.c @@ -0,0 +1,160 @@ +/* SPDX-License-Identifier: GPL-3.0-or-later + * Copyright (C) 2026 Erbubar23 */ +/* Bubba Machine — snprintf propio. + * + * El snprintf del SDK de JieLi (print/prints en el FM-1) no entiende el signo de %+d ni %f: no + * consume el argumento y los siguientes quedan corridos. Con "%s %+d ST %u MS%s%s" (la línea + * de un pad en PADS) el último %s recibía un número como puntero, leía la dirección 162 y el + * procesador fallaba (axi_rd_inv, 0.7 en el aparato). En el FM-1, todo el código de Bubba usa + * este (hal/fm1/sdk/Makefile: -Dsnprintf=bm_snprintf). En la computadora se compara con el de + * la biblioteca (tests/test_core.c). + * + * Cubre: flags - + espacio 0 #, ancho y precisión (número o *), largos h hh l ll z, y + * d i u x X o c s p f %. */ +#include +#include +#include +#include "bm_printf.h" + +typedef struct { char *b; size_t cap, n; } out_t; + +static void put(out_t *o, char c) +{ + if (o->n + 1 < o->cap) o->b[o->n] = c; + o->n++; +} + +static void pad(out_t *o, char c, int k) { while (k-- > 0) put(o, c); } + +/* el número ya convertido (dígitos al revés en d[0..nd)), con signo, prefijo, precisión y ancho */ +static void emit_num(out_t *o, const char *d, int nd, char sign, const char *pre, int left, int zero, int width, int prec) +{ + int pl = 0; + while (pre && pre[pl]) pl++; + int digits = nd, zeros = prec > digits ? prec - digits : 0; + int len = (sign ? 1 : 0) + pl + zeros + digits; + if (!left && !zero) pad(o, ' ', width - len); + if (sign) put(o, sign); + for (int i = 0; i < pl; i++) put(o, pre[i]); + if (!left && zero) pad(o, '0', width - len); + pad(o, '0', zeros); + while (nd) put(o, d[--nd]); + if (left) pad(o, ' ', width - len); +} + +static int utoa_rev(unsigned long long v, unsigned base, int upper, char *d) +{ + const char *dig = upper ? "0123456789ABCDEF" : "0123456789abcdef"; + int n = 0; + do { d[n++] = dig[v % base]; v /= base; } while (v); + return n; +} + +int bm_vsnprintf(char *buf, size_t cap, const char *fmt, va_list ap) +{ + out_t o = {buf, cap, 0}; + for (const char *f = fmt; *f; f++) { + if (*f != '%') { put(&o, *f); continue; } + f++; + int left = 0, plus = 0, space = 0, zero = 0, alt = 0; + for (;; f++) { + if (*f == '-') left = 1; + else if (*f == '+') plus = 1; + else if (*f == ' ') space = 1; + else if (*f == '0') zero = 1; + else if (*f == '#') alt = 1; + else break; + } + int width = 0, prec = -1; + if (*f == '*') { width = va_arg(ap, int); if (width < 0) { left = 1; width = -width; } f++; } + else while (*f >= '0' && *f <= '9') width = width * 10 + (*f++ - '0'); + if (*f == '.') { + f++; + prec = 0; + if (*f == '*') { prec = va_arg(ap, int); f++; } + else while (*f >= '0' && *f <= '9') prec = prec * 10 + (*f++ - '0'); + } + int lng = 0; /* 0 int, 1 long, 2 long long, -1 short */ + for (;; f++) { + if (*f == 'l') lng++; + else if (*f == 'h') lng = -1; + else if (*f == 'z') lng = 1; + else break; + } + char d[24]; + switch (*f) { + case 'd': case 'i': { + long long v = lng >= 2 ? va_arg(ap, long long) : lng == 1 ? va_arg(ap, long) : va_arg(ap, int); + unsigned long long u = v < 0 ? (unsigned long long)(-(v + 1)) + 1u : (unsigned long long)v; + int nd = (prec == 0 && v == 0) ? 0 : utoa_rev(u, 10, 0, d); + emit_num(&o, d, nd, v < 0 ? '-' : plus ? '+' : space ? ' ' : 0, NULL, left, zero && prec < 0, width, prec); + break; + } + case 'u': case 'x': case 'X': case 'o': { + unsigned long long v = lng >= 2 ? va_arg(ap, unsigned long long) : lng == 1 ? va_arg(ap, unsigned long) : va_arg(ap, unsigned); + unsigned base = *f == 'u' ? 10u : *f == 'o' ? 8u : 16u; + int nd = (prec == 0 && v == 0) ? 0 : utoa_rev(v, base, *f == 'X', d); + const char *pre = alt && v && base == 16 ? (*f == 'X' ? "0X" : "0x") : alt && base == 8 ? "0" : NULL; + emit_num(&o, d, nd, 0, pre, left, zero && prec < 0, width, prec); + break; + } + case 'p': { + uintptr_t v = (uintptr_t)va_arg(ap, void *); + int nd = utoa_rev(v, 16, 0, d); + emit_num(&o, d, nd, 0, "0x", left, 0, width, -1); + break; + } + case 'c': { + char c = (char)va_arg(ap, int); + if (!left) pad(&o, ' ', width - 1); + put(&o, c); + if (left) pad(&o, ' ', width - 1); + break; + } + case 's': { + const char *s = va_arg(ap, const char *); + if (!s) s = "(null)"; + int n = 0; + while (s[n] && (prec < 0 || n < prec)) n++; + if (!left) pad(&o, ' ', width - n); + for (int i = 0; i < n; i++) put(&o, s[i]); + if (left) pad(&o, ' ', width - n); + break; + } + case 'f': case 'F': { + double v = va_arg(ap, double); + if (prec < 0) prec = 6; + if (prec > 9) prec = 9; + char sign = v < 0 ? '-' : plus ? '+' : space ? ' ' : 0; + if (v < 0) v = -v; + double scale = 1.0; + for (int i = 0; i < prec; i++) scale *= 10.0; + double x = v * scale; + unsigned long long all = (unsigned long long)x; + double fr = x - (double)all; + if (fr > 0.5 || (fr == 0.5 && (all & 1u))) all++; /* la mitad exacta, al par (como glibc) */ + unsigned long long ip = all / (unsigned long long)scale, fp = all % (unsigned long long)scale; + int nd = 0; + for (int i = 0; i < prec; i++) { d[nd++] = (char)('0' + fp % 10u); fp /= 10u; } + if (prec || alt) d[nd++] = '.'; + nd += utoa_rev(ip, 10, 0, d + nd); + emit_num(&o, d, nd, sign, NULL, left, zero, width, -1); + break; + } + case '%': put(&o, '%'); break; + case 0: f--; break; /* un % al final: nada */ + default: put(&o, '%'); put(&o, *f); break; /* desconocido: tal cual, sin tocar los argumentos */ + } + } + if (cap) buf[o.n < cap ? o.n : cap - 1] = 0; + return (int)o.n; +} + +int bm_snprintf(char *buf, size_t cap, const char *fmt, ...) +{ + va_list ap; + va_start(ap, fmt); + int n = bm_vsnprintf(buf, cap, fmt, ap); + va_end(ap); + return n; +} diff --git a/core/bm_printf.h b/core/bm_printf.h new file mode 100644 index 0000000..5372363 --- /dev/null +++ b/core/bm_printf.h @@ -0,0 +1,19 @@ +/* SPDX-License-Identifier: GPL-3.0-or-later + * Copyright (C) 2026 Erbubar23 */ +/* Bubba Machine — snprintf propio (bm_printf.c): el del SDK del FM-1 no entiende %+d ni %f. */ +#ifndef BM_PRINTF_H +#define BM_PRINTF_H + +#include +#include + +#ifdef __cplusplus +extern "C" { +#endif +int bm_snprintf(char *buf, size_t cap, const char *fmt, ...); +int bm_vsnprintf(char *buf, size_t cap, const char *fmt, va_list ap); +#ifdef __cplusplus +} +#endif + +#endif diff --git a/core/bm_seq.c b/core/bm_seq.c index 0440480..e2706be 100644 --- a/core/bm_seq.c +++ b/core/bm_seq.c @@ -547,30 +547,56 @@ static void arp_tick(bm_ctx *c) } } +/* ROLL (capa de ARP en T1 y T2): cada instrumento sostenido se repite a su velocidad, en fase con el + * compás (con PLAY) y con su propio swing; CRESC / DECRESC llevan la velocidad del golpe de ROLL_LO + * a 127 (o al revés) en ramp_len ticks, y al soltar sigue sonando la cola. */ +#define ROLL_LO 24 +#define ROLL_ACC 112 /* con rampa, desde aquí se graba como acento */ + +static int roll_vel(const bm_ctx *c, int t, uint16_t age) +{ + int len = c->roll_cfg.ramp_len, r = c->roll_cfg.ramp; + if (!r || !len) return bm_vel(c, t, 0); + int p = age >= len ? 256 : age * 256 / len; + if (r == 2) p = 256 - p; + return ROLL_LO + (127 - ROLL_LO) * p / 256; +} + static void roll_tick(bm_ctx *c) { - for (int t = 0; t < BM_TRACKS; t++) { - uint16_t m = c->roll[t].mask; + for (int t = 0; t < BM_TR_TRACKS; t++) { + uint16_t m = c->roll[t].mask | c->roll[t].tail_m; uint8_t rate = c->roll[t].rate; - if (!m || !rate || c->st.free_ticks % rate || !bm_is_grid(c->pat, t)) continue; + if (!m || !rate || !bm_is_grid(c->pat, t)) continue; + uint32_t ph = c->playing ? c->btick : c->st.free_ticks; + uint32_t n = ph / rate, r = ph - n * rate; + int swg = bm_clampi(c->roll_cfg.swing, 50, 75); + uint32_t sw = (uint32_t)((2 * rate * swg) / 100 - rate); + bool hit = r == ((n & 1) ? sw : 0); int tps = bm_track_tps(c, t); for (int l = 0; l < BM_LANES; l++) { - if (!(m & (1u << l))) continue; - c->eng[t].vt->note_on(&c->eng[t], (uint8_t)l, 100); - if (t != 1) c->st.lane_trig[t] |= (uint16_t)(1u << l); - if (c->rec && c->playing) { /* se graba como pasos con repetición */ + uint16_t bit = (uint16_t)(1u << l); + if (!(m & bit)) continue; + uint16_t age = c->roll[t].age[l]; + if (age < 0xFFFF) c->roll[t].age[l] = (uint16_t)(age + 1); + if ((c->roll[t].tail_m & bit) && (!c->roll[t].tail[l] || --c->roll[t].tail[l] == 0)) c->roll[t].tail_m &= (uint16_t)~bit; + if (!hit) continue; + int vel = roll_vel(c, t, age); + c->eng[t].vt->note_on(&c->eng[t], (uint8_t)l, (uint8_t)vel); + if (t != 1) c->st.lane_trig[t] |= bit; /* los pads lo marcan solos (si el pad suena) */ + c->st.roll_vel[t] = (uint8_t)vel; + if (c->rec && c->playing) { /* se graba como pasos con repetición (y acentos) */ bm_tr *tr = bm_trk_tr(c->pat, t); - int ln = t == 1 ? l + 1 : l; /* sampler: el slice l se fija en la línea l+1 */ - if (ln >= BM_LANES) continue; - int len = tr->lane[ln].len ? tr->lane[ln].len : 16; + int len = tr->lane[l].len ? tr->lane[l].len : 16; int s = (int)(((c->rtick + (uint32_t)tps / 2) / (uint32_t)tps) % (uint32_t)len); - uint8_t b = (uint8_t)(tr->st[ln][s] | ST_ON); + uint8_t b = (uint8_t)(tr->st[l][s] | ST_ON); if (rate < tps) { int rat = tps / rate; if (rat > 4) rat = 4; int cur = ((b & ST_RAT_MASK) >> ST_RAT_SH) + 1; if (rat > cur) b = (uint8_t)((b & ~ST_RAT_MASK) | ((rat - 1) << ST_RAT_SH)); } - tr->st[ln][s] = b; + if (c->roll_cfg.ramp) b = (uint8_t)(vel >= ROLL_ACC ? (b | ST_ACC) : (b & ~ST_ACC)); + tr->st[l][s] = b; c->st.edits++; } } diff --git a/core/bm_ui_draw.c b/core/bm_ui_draw.c index 199150c..6f82f80 100644 --- a/core/bm_ui_draw.c +++ b/core/bm_ui_draw.c @@ -19,6 +19,12 @@ #include #define PY 36 /* primera fila útil de una página de canal (debajo de las pestañas) */ + +/* La miga del dibujo (0.7, temporal): qué parte de la pantalla se estaba dibujando. Si el + * procesador falla, hal/fm1/sdk/wl82_debug.c la guarda en la huella y la consola la muestra. + * 0 = fuera del dibujo. */ +volatile uint8_t bm_ui_paso; +#define PASO(n) (bm_ui_paso = (uint8_t)(n)) #define VB 135 /* última fila del visor */ static uint16_t dim(uint16_t c) { return (uint16_t)((c >> 1) & 0x7BEF); } @@ -39,18 +45,42 @@ static const char *machine_title(const bm_app *a, uint16_t *col) bool ch = a->view == V_CH || (a->layer && a->layer != L_HOME); *col = ch ? bm_track_color(a->track) : C_CYAN; if (ch) return bm_track_name(a, a->track); - switch (a->view) { - case V_GLO: return "GLOBAL"; + switch (a->view) { /* MIX, FX, TEMPO, ESCENAS y SONG son páginas de BX-1 */ case V_SYSTEM: return "SYSTEM"; case V_TIME: return "TIME"; case V_SAVE: return "SAVE"; - case V_FXG: return "FX"; - case V_SONG: return "SONG"; - case V_SCENES: return "SCENES"; default: return "BX-1"; } } +/* "<": HOME vuelve a la consola (BX-1) desde aquí. En MIX > FX > TEMPO > ESCENAS, HOME pasa de página. */ +static bool home_goes_back(const bm_app *a) +{ + switch (a->view) { + case V_CH: case V_SAVE: case V_SYSTEM: case V_TIME: case V_COPYCH: case V_SCLG: case V_SONG: case V_MIX: return true; + default: return false; + } +} + +/* adónde lleva mantener un botón 2 s (lo mismo que decide app_on_gesture) */ +static const char *hold_target(const bm_app *a, int id, char *b, int cap) +{ + switch (id) { + case BTN_HOME: return "SYSTEM"; + case BTN_SEQ: return "TIME"; + case BTN_EDIT: return a->track == 1 ? "TAKES" : "INIT SOUND"; + case BTN_SAVE: return "QUICK SAVE"; + case BTN_REC: + if (a->view == V_CH && a->page == PG_LOOP) return "ERASE LOOP"; + snprintf(b, (size_t)cap, TF("ERASE T%d"), a->track + 1); + return b; + default: return NULL; + } +} + +/* el autoguardado no tapa la pantalla con un aviso: es una marca en la cabecera */ +static bool toast_autosave(const bm_app *a) { return a->now < a->autosave_until; } + static void draw_status(bm_gfx *g, const bm_app *a) { if (!gfx_strip_hit(g, 0, BM_STATUS_H)) return; @@ -63,37 +93,66 @@ static void draw_status(bm_gfx *g, const bm_app *a) if (recording && (!(st->smp_rec || a->song_rec || st->smp_armed) || ((a->now / 250) & 1))) gfx_disc(g, 18, 12, 3, st->smp_armed ? C_YELLOW : C_RED); uint16_t mc; const char *mt = machine_title(a, &mc); - gfx_text(g, 25, 5, mt, mc, 2); - /* patrón, compás y lo que está en cola */ - int x = 25 + gfx_text_w(mt, 2) + 6; + int tx = 25; + if (home_goes_back(a)) { gfx_text(g, 25, 9, "<", C_GREY, 1); tx = 32; } /* HOME vuelve */ + gfx_text(g, tx, 5, mt, mc, 2); + /* patrón, compás y lo que está en cola: "A01>A05" y cuatro pulsos que cuentan hasta el cambio */ + int x = tx + gfx_text_w(mt, 2) + 6; if (x < 102) x = 102; snprintf(b, sizeof b, "A%02d", st->pattern + 1); - gfx_text(g, x, 3, b, C_WHITE, 1); + int qx = x + gfx_text(g, x, 3, b, C_WHITE, 1) + 1; + bool queued = st->queued != 0xFF && st->queued != st->pattern; + if (queued) { + uint16_t qc = st->pchain_n > 1 ? C_CYAN : C_YELLOW; + snprintf(b, sizeof b, ">A%02d", st->queued + 1); + gfx_text(g, qx, 3, b, qc, 1); + if (st->playing) { /* pulsos que faltan para el cambio */ + uint32_t m = (uint32_t)bm_master_steps(&a->pat.meta) * BM_TICKS_STEP; + uint32_t left = m ? (m > st->rtick ? m - st->rtick : 0) : BM_BAR_TICKS - st->btick % BM_BAR_TICKS; + int beats = (int)((left + BM_PPQN - 1) / BM_PPQN); + for (int i = 0; i < 4; i++) gfx_fill(g, x + 20 + i * 5, 14, 4, 5, beats > 4 ? dim(qc) : (i < beats ? qc : C_DDGREY)); + } + } uint32_t bt = st->playing ? st->btick : 0; snprintf(b, sizeof b, "%u.%u", (unsigned)(bt / BM_BAR_TICKS % 99 + 1), (unsigned)((bt / BM_PPQN) % 4 + 1)); gfx_small(g, x, 14, b, C_GREY); - if (st->queued != 0xFF && st->queued != st->pattern) { snprintf(b, sizeof b, ">%02d", st->queued + 1); gfx_small(g, x + 20, 14, b, st->pchain_n > 1 ? C_CYAN : C_YELLOW); } - else if (st->scene_q != 0xFF) { snprintf(b, sizeof b, ">%c", 'A' + st->scene_q); gfx_small(g, x + 20, 14, b, C_CYAN); } - else if (st->scene != 0xFF) { snprintf(b, sizeof b, "%c", 'A' + st->scene); gfx_small(g, x + 20, 14, b, C_CYAN); } + if (!queued && st->scene_q != 0xFF) { snprintf(b, sizeof b, ">%c", 'A' + st->scene_q); gfx_small(g, x + 20, 14, b, C_CYAN); } + else if (!queued && st->scene != 0xFF) { snprintf(b, sizeof b, "%c", 'A' + st->scene); gfx_small(g, x + 20, 14, b, C_CYAN); } + /* los 6 canales: su color = suena, rojo = mute, blanco = golpe, borde = solo */ + for (int t = 0; t < BM_TRACKS; t++) { + int cx = x + t * 7; + bool mu = a->pat.trk[t].mute; + gfx_fill(g, cx, 20, 5, 2, mu ? C_RED : (a->now < a->trig_until[t] ? C_WHITE : bm_track_color(t))); + if (a->solo_on && a->solo_track == t) gfx_rect(g, cx - 1, 19, 7, 4, C_WHITE); + } /* BPM */ int bpm = a->pat.meta.bpm_x10; snprintf(b, sizeof b, "%d", bpm / 10); - gfx_text_r(g, 186, 5, b, C_ORANGE, 2); - if (bpm % 10) { snprintf(b, sizeof b, ".%d", bpm % 10); gfx_small(g, 187, 4, b, C_ORANGE); } - gfx_small(g, 187, 14, a->set.clock ? (st->ext_ok ? "EXT" : "EXT?") : "BPM", C_GREY); + gfx_text_r(g, 186, 5, b, C_TEMPO, 2); + if (bpm % 10) { snprintf(b, sizeof b, ".%d", bpm % 10); gfx_small(g, 187, 4, b, C_TEMPO); } + gfx_small(g, 187, 14, a->set.clock ? (st->ext_ok ? "EXT" : "EXT?") : "BPM", a->set.clock && !st->ext_ok ? C_RED : C_GREY); /* REC: el largo de las notas que se graban · si no, la CPU */ int hid = -1, p = bm_gesture_progress(&a->ges, a->now, &hid); - if (p >= 0) draw_ring(g, 210, 12, p, C_YELLOW); - else if (a->rec && app_kind(a, a->track) == KIND_NOTE) { + bool slot = false; /* la esquina de arriba quedó ocupada */ + if (p >= 0) { /* la pulsación de 2 s: el anillo y adónde lleva */ + draw_ring(g, 210, 12, p, C_YELLOW); + const char *to = hold_target(a, hid, b, sizeof b); + if (to) { /* tapa el BPM mientras dura */ + int w = gfx_text_w(to, 1), x0 = 186 - gfx_text_w("888", 2); + if (198 - w - 3 < x0) x0 = 198 - w - 3; + gfx_fill(g, x0, 2, 201 - x0, 20, C_BLACK); + gfx_text(g, 198 - w - 1, 9, to, C_YELLOW, 1); + } + slot = true; + } else if (a->rec && app_kind(a, a->track) == KIND_NOTE) { if (a->rec_gate >= 100) snprintf(b, sizeof b, "TIE"); else snprintf(b, sizeof b, "G%d%%", a->rec_gate); gfx_small(g, 202, 4, b, C_GREEN); gfx_small(g, 202, 14, "REC", C_RED); - } else { - if (a->cpu) snprintf(b, sizeof b, "%d%%", a->cpu); else snprintf(b, sizeof b, "--"); /* el emulador no mide */ - gfx_small(g, 202, 4, "CPU", C_DGREY); - gfx_small(g, 202, 14, b, a->cpu > 85 ? C_RED : a->cpu > 65 ? C_YELLOW : C_GREY); - } - if (st->fill && st->playing) gfx_small(g, 202, 4, "FILL", C_ORANGE); + slot = true; + } else if (a->cpu > 95) gfx_small(g, 202, 14, "CPU!", C_RED); /* solo si el audio no alcanza */ + if (st->fill && st->playing) { gfx_small(g, 202, 4, "FILL", C_ORANGE); slot = true; } + if (!slot && st->song_on) gfx_small(g, 202, 4, "SONG", C_CYAN); + if (toast_autosave(a)) gfx_disc(g, 223, 19, 2, C_GREEN); /* autoguardado: una marca, sin tapar nada */ /* batería, vertical */ int bp = a->battery; uint16_t bc = bp > 30 ? C_GREEN : (bp > 15 ? C_YELLOW : C_RED); @@ -122,11 +181,17 @@ static void draw_dial(bm_gfx *g, int cx, int cy, int pct, int ghost, uint16_t co gfx_fill(g, cx - 1, cy - 1, 3, 3, hi ? C_WHITE : C_GREY); } +static void sys_val(const bm_app *a, int i, char *v, int cap); + static void draw_legend(bm_gfx *g, const bm_app *a) { if (!gfx_strip_hit(g, BM_LEGEND_Y, BM_LEGEND_H)) return; bm_legend L[4]; + PASO(30); bm_app_legend(a, L); + PASO(29); + /* SYSTEM: K1 muestra el valor de la fila, no el nombre de otra perilla */ + if (a->view == V_SYSTEM && !a->layer && L[0].name[0]) sys_val(a, a->menu_row, L[0].val, sizeof L[0].val); gfx_fill(g, 0, BM_LEGEND_Y, BM_LCD_W, BM_LEGEND_H, C_BLACK); gfx_hline(g, 0, BM_LEGEND_Y, BM_LCD_W, C_DDGREY); for (int i = 0; i < 4; i++) { @@ -142,11 +207,22 @@ static void draw_legend(bm_gfx *g, const bm_app *a) char nm[11]; snprintf(nm, sizeof nm, "%.9s", T(L[i].name)); gfx_text_c(g, cx, BM_LEGEND_Y + 49, nm, kc, 1); } - /* qué hacen las perillas grandes aquí (sin menús escondidos) */ - if (gfx_strip_hit(g, 232, 6)) { - const char *h = a->view == V_HOME || a->view == V_MIX ? "SELECT TRACK - ALGORITHM BPM - PRESETS PATTERN" - : a->view == V_CH ? "SELECT PAGE - ALGORITHM MODE - PRESETS SOUND" : "SELECT ROW - ALGORITHM CHANGES"; - gfx_small(g, 120 - gfx_small_w(T(h)) / 2, 232, T(h), C_DGREY); +} + +/* Las tres perillas grandes, en su orden del panel (SELECT, ALGORITHM, PRESETS): qué hacen aquí, + * o "-" si aquí no hacen nada. Una fila chica debajo de los diales. */ +static void draw_bigknobs(bm_gfx *g, const bm_app *a) +{ + if (!gfx_strip_hit(g, 232, 6)) return; + const char *v[3]; + static const char *const N[3] = {"SEL", "ALG", "PRE"}; + bm_app_bigknobs(a, &v[0], &v[1], &v[2]); + for (int i = 0; i < 3; i++) { + int x = 4 + i * 80; + bool dead = !v[i][0] || (v[i][0] == '-' && !v[i][1]); + bool hi = a->ov.on && a->ov.knob == (i == 0 ? ENC_SELECT : i == 1 ? ENC_ALGO : ENC_PRESETS) + 1; + gfx_small(g, x, 232, N[i], dead ? C_DGREY : C_GREY); + gfx_small(g, x + gfx_small_w(N[i]) + 4, 232, dead ? "-" : v[i], hi ? a->ov.color : dead ? C_DGREY : C_WHITE); } } @@ -158,8 +234,47 @@ static void header(bm_gfx *g, const char *title, const char *sub, uint16_t col) gfx_hline(g, 4, 44, 232, C_DDGREY); } -static void hint(bm_gfx *g, int y, const char *s) { if (gfx_strip_hit(g, y, 8)) gfx_text(g, 6, y, s, C_GREY, 1); } -static void hint_s(bm_gfx *g, int y, const char *s) { if (gfx_strip_hit(g, y, 6)) gfx_small(g, 4, y, s, C_GREY); } +/* Las ayudas (0.7): se ven los primeros HINT_MS de cada página y después se van; la franja de teclas + * y las perillas siguen diciendo qué hace cada cosa. Antes eran ~40 líneas fijas en pantalla. */ +#define HINT_MS 4000u +static bool hints_on; +/* Una línea de ayuda: en la 5x7 si cabe (hasta 38 letras), si no en la 3x5. Texto fijo: solo cuesta + * el primer cuadro (el render manda lo que cambió). */ +static void note_s(bm_gfx *g, int y, const char *s) +{ + if (!s || !s[0]) return; + if (gfx_text_w(s, 1) <= 228) { + if (y > VB - 6) y = VB - 6; + if (gfx_strip_hit(g, y, 8)) gfx_text(g, 6, y, s, C_GREY, 1); + } else if (gfx_strip_hit(g, y, 6)) gfx_small(g, 4, y, s, C_GREY); +} +static void hint(bm_gfx *g, int y, const char *s) { if (hints_on && gfx_strip_hit(g, y, 8)) gfx_text(g, 6, y, s, C_GREY, 1); } +static void hint_s(bm_gfx *g, int y, const char *s) { if (hints_on) note_s(g, y, s); } + +static void hints_update(const bm_app *a) +{ + static uint32_t key = 0xFFFFFFFFu, t0; + uint32_t k = (uint32_t)a->view | (uint32_t)a->page << 8 | (uint32_t)a->layer << 16 | (uint32_t)a->track << 24 + | (uint32_t)a->ed_page[a->track] << 28 | (uint32_t)a->fx_page << 30; + if (k != key) { key = k; t0 = a->now; } + hints_on = a->now - t0 < HINT_MS; +} + +/* las páginas de BX-1 (HOME las recorre): la actual en cian, las otras en gris */ +static void home_pages(bm_gfx *g, const bm_app *a, const char *sub, uint16_t subc) +{ + if (!gfx_strip_hit(g, 25, 10)) return; + static const uint8_t V[5] = {V_HOME, V_FXG, V_GLO, V_SCENES, V_SONG}; + static const char *const N[5] = {"MIX", "FX", "TEMPO", "SCENES", "SONG"}; + int x = 4; + for (int i = 0; i < 5; i++) { + int w = gfx_small_w(N[i]); + if (a->view == V[i]) { gfx_fill(g, x - 2, 25, w + 4, 9, C_CYAN); gfx_small(g, x, 27, N[i], C_BLACK); } + else gfx_small(g, x, 27, N[i], C_GREY); + x += w + 9; + } + if (sub) gfx_small(g, 236 - gfx_small_w(sub), 27, sub, subc); +} static void row(bm_gfx *g, int y, bool sel, const char *l, const char *r) { @@ -214,13 +329,14 @@ static int track_has(const bm_app *a, int t, int s) /* ------------------------------------------------------------ teclado (las 11 negras y las 16 blancas) * Las luces de las teclas son blancas: dicen si una tecla está activa, no qué hace. La franja dibuja - * cada tecla con su nombre corto y el mismo estado que su luz: relleno = encendida, borde claro = - * media, borde oscuro = tenue, sin borde = apagada. Las blancas son los 16 pasos. */ + * cada tecla con su nombre corto y el mismo estado que su luz: relleno = encendida, borde claro y + * nombre blanco = media, borde oscuro y nombre gris = tenue, nombre gris oscuro = apagada. El color + * de la función va como un subrayado. Las blancas son los 16 pasos. */ static void key_cell(bm_gfx *g, const bm_app *a, int x, int y, int w, int h, const bm_keyfn *f, int down, int big) { uint8_t st = down ? LED_ON : f->led; if (st == LED_BLINK) st = ((a->now / 250u) & 1u) ? LED_ON : LED_MID; - uint16_t bg = 0, fg = C_GREY, edge = 0; + uint16_t bg = 0, fg = C_DGREY, edge = 0; /* apagada: el nombre en gris oscuro */ switch (st) { case LED_ON: bg = C_WHITE; fg = C_BLACK; break; case LED_BREATH: bg = C_GREY; fg = C_BLACK; break; @@ -231,6 +347,8 @@ static void key_cell(bm_gfx *g, const bm_app *a, int x, int y, int w, int h, con if (bg) gfx_fill(g, x, y, w, h, bg); else if (edge) gfx_rect(g, x, y, w, h, edge); if (!f->label[0]) return; + /* el color de la función (no el de la luz: las luces son blancas), como un subrayado */ + if (f->color && f->color != C_WHITE) gfx_fill(g, x + 2, y + h - 3, w - 4, 2, st == LED_OFF ? dim(f->color) : f->color); char l[6]; int maxc = big ? (w - 2) / 6 : (w - 1) / 4; snprintf(l, sizeof l, "%.*s", maxc < 1 ? 1 : maxc > 5 ? 5 : maxc, T(f->label)); /* traducida y después recortada */ @@ -242,7 +360,9 @@ static void draw_keys(bm_gfx *g, const bm_app *a) { if (!gfx_strip_hit(g, BM_KEYS_Y, BM_KEYS_H)) return; bm_keyfn K[BM_KEYS]; + PASO(31); bm_app_keys(a, K); + PASO(28); gfx_fill(g, 0, BM_KEYS_Y, BM_LCD_W, BM_KEYS_H, C_BLACK); gfx_hline(g, 0, BM_KEYS_Y, BM_LCD_W, C_DDGREY); int wy = BM_KEYS_Y + 15; @@ -284,14 +404,48 @@ static void lane_pads(bm_gfx *g, const bm_app *a, int t, int y0, int rowh) uint16_t bg = fl ? bm_track_color(t) : (sel ? dim(bm_track_color(t)) : C_DDGREY); gfx_fill(g, x, y, 56, rowh - 2, bg); uint16_t fg = fl ? C_BLACK : (muted ? C_GREY : C_WHITE); - gfx_text(g, x + 3, y + 3, bm_lane_name(a, t, i), fg, 1); - char b[12]; snprintf(b, sizeof b, "%d %s", i + 1, T(bm_drm_short[bm_trk_trc(&a->pat, t)->lane[i].model % DRM_COUNT])); - gfx_small(g, x + 3, y + rowh - 9, b, fg); - if (muted) gfx_text(g, x + 46, y + 3, "M", C_RED, 1); + char b[12]; + if (rowh < 20) { /* compacta (capas): número y nombre en una línea */ + snprintf(b, sizeof b, "%d", i + 1); + gfx_small(g, x + 3, y + (rowh - 7) / 2 + 1, b, fl ? C_BLACK : C_GREY); + snprintf(b, sizeof b, "%.5s", T(bm_lane_name(a, t, i))); + gfx_text(g, x + 12, y + (rowh - 9) / 2, b, fg, 1); + } else { + gfx_text(g, x + 3, y + 3, bm_lane_name(a, t, i), fg, 1); + snprintf(b, sizeof b, "%d %s", i + 1, T(bm_drm_short[bm_trk_trc(&a->pat, t)->lane[i].model % DRM_COUNT])); + gfx_small(g, x + 3, y + rowh - 9, b, fg); + } + if (muted) gfx_text(g, x + 48, y + (rowh < 20 ? (rowh - 9) / 2 : 3), "M", C_RED, 1); } } /* ------------------------------------------------------------ pestañas del canal */ +/* qué hace tocar otra vez el botón de esta página (como decide button_page) */ +static bool again_name(const bm_app *a, char *b, int cap) +{ + int t = a->track, kind = app_kind(a, t), eng = app_engine(a, t); + bool midi = app_midi(a, t); + const char *s = NULL; + switch (a->page) { + case PG_SEQ: s = bm_is_pads(t) ? "BREAK" : (kind == KIND_NOTE && !midi) ? "LOOP" : NULL; break; + case PG_BREAK: case PG_LOOP: s = "SEQ"; break; + case PG_SOUND: + if (kind == KIND_TR) s = bm_lane_pages[0].name; + else if (bm_engine_paged(eng)) { int np; const bm_ppage *pp = bm_engine_pages(eng, &np); if (np > 1) s = pp[(a->ed_page[t] + 1) % np].name; } + break; + case PG_INST: s = a->ed_page[t] + 1 < BM_LANE_PAGES ? bm_lane_pages[a->ed_page[t] + 1].name : "SOUND"; break; + case PG_MIX: s = a->mix_page ? "MIX" : (t ? "DUCK" : NULL); break; + case PG_SCL: s = "CHORDS"; break; + case PG_CHORDS: s = "SCALE"; break; + case PG_ENV: s = a->env_page ? "PAGE 1" : "PAGE 2"; break; + case PG_PADS: { static const char *const PN[4] = {"TRIM", "SOUND", "ENV", "LOOP"}; s = PN[(a->ed_page[1] + 1) % 4]; break; } + default: break; + } + if (!s) return false; + snprintf(b, (size_t)cap, "%s %s", T("AGAIN:"), T(s)); + return true; +} + static void draw_tabs(bm_gfx *g, const bm_app *a) { if (!gfx_strip_hit(g, 24, 12)) return; @@ -299,20 +453,17 @@ static void draw_tabs(bm_gfx *g, const bm_app *a) uint8_t tabs[8]; int n = bm_app_tabs(a, t, tabs), in = 0; for (int i = 0; i < n; i++) if (tabs[i] == a->page) in = 1; - int x = 4; + /* 0.7: el nombre de la página actual y un punto por página (la actual, más larga). SELECT las recorre. */ + uint16_t tc = bm_track_color(t); + int xo = 4 + gfx_text(g, 4, 25, bm_page_name(a->page), in ? tc : C_WHITE, 1) + 6; + char b[24]; + if (a->oct) { snprintf(b, sizeof b, "O%c%d", a->oct < 0 ? '-' : '+', a->oct < 0 ? -a->oct : a->oct); gfx_small(g, xo, 27, b, C_YELLOW); } + int x = 236 - (n - 1) * 6 - 12; + if (again_name(a, b, sizeof b)) gfx_small(g, x - 6 - gfx_small_w(b), 27, b, C_GREY); for (int i = 0; i < n; i++) { - const char *nm = bm_page_name(tabs[i]); bool cur = tabs[i] == a->page; - int w = gfx_small_w(nm); - gfx_small(g, x, 26, nm, cur ? C_WHITE : C_GREY); - if (cur) gfx_fill(g, x, 32, w, 2, bm_track_color(t)); - x += w + 7; - } - if (!in) { /* página fuera de las pestañas: ESCALA, GRABAR... */ - const char *nm = bm_page_name(a->page); - int w = gfx_small_w(nm); - gfx_fill(g, 236 - w - 4, 24, w + 4, 10, bm_track_color(t)); - gfx_small(g, 236 - w - 2, 26, nm, C_BLACK); + gfx_fill(g, x, 28, cur ? 10 : 3, 3, cur ? tc : C_DGREY); + x += cur ? 14 : 6; } gfx_hline(g, 0, 34, BM_LCD_W, C_DDGREY); } @@ -324,12 +475,7 @@ static void draw_home(bm_gfx *g, const bm_app *a) { const bm_status *st = &a->ctx.st; char b[16]; - if (gfx_strip_hit(g, 26, 6)) { - gfx_small(g, 4, 26, "TRK MACHINE", C_DGREY); - gfx_small(g, 92, 26, "SEQ / GATE STREAM", C_DGREY); - gfx_small(g, 180, 26, "FX", C_DGREY); - gfx_small(g, 210, 26, "VOL", C_DGREY); - } + home_pages(g, a, a->move ? (a->move < 0 ? "MOVE DARK" : "MOVE BRIGHT") : NULL, C_PINK); for (int t = 0; t < BM_TRACKS; t++) { int y = 33 + t * 16; if (!gfx_strip_hit(g, y, 16)) continue; @@ -351,30 +497,13 @@ static void draw_home(bm_gfx *g, const bm_app *a) else gfx_fill(g, x + 1, y + 7, 1, 1, C_DGREY); if (s == cur) gfx_fill(g, x, y + 11, 4, 1, C_WHITE); } - const char *fx = tr->rsend >= tr->send ? (tr->rsend ? "REV" : "---") : "DLY"; - if (tr->duck && t && tr->duck > tr->send && tr->duck > tr->rsend) fx = "DCK"; - gfx_small(g, 178, y + 5, fx, tr->mute ? C_DGREY : C_GREY); + if (tr->djf && tr->djf != 64) gfx_small(g, 180, y + 5, tr->djf < 64 ? "LP" : "HP", tr->mute ? C_DGREY : C_ORANGE); int vh = tr->level * 26 / 127, pk = st->peak[t] * 26 / 255; gfx_fill(g, 200, y + 4, 26, 3, C_DDGREY); gfx_fill(g, 200, y + 4, vh, 3, col); gfx_fill(g, 200, y + 9, 26, 2, C_DDGREY); gfx_fill(g, 200, y + 9, pk, 2, C_GREEN); if (tr->mute) gfx_text(g, 230, y + 4, "M", C_RED, 1); else if (a->now < a->trig_until[t]) gfx_disc(g, 233, y + 7, 3, col); } - if (gfx_strip_hit(g, 130, 6)) { /* la barra de efectos del master */ - const bm_meta *m = &a->pat.meta; - static const char *const BF[17] = {"OFF", "STUT4", "STUT8", "STUT16", "STUT32", "REV8", "REV4", "TAPE", "GATE", - "LPF", "HPF", "BIT", "SR", "THROW", "FREEZE", "KILL LO", "KILL HI"}; - snprintf(b, sizeof b, "%s", BF[m->beatfx % 17]); - gfx_small(g, 4, 130, "BEAT FX", C_DGREY); - gfx_small(g, 34, 130, b, m->beatfx ? C_PINK : C_GREY); - char f[16]; - if (m->mfilt >= 60 && m->mfilt <= 68) snprintf(f, sizeof f, "OPEN"); - else if (m->mfilt < 60) snprintf(f, sizeof f, "LP %d", m->mfilt); - else snprintf(f, sizeof f, "HP %d", m->mfilt - 64); - gfx_small(g, 90, 130, "MASTER FILT", C_DGREY); - gfx_small(g, 136, 130, f, C_GREEN); - gfx_small(g, 176, 130, "SYNC 1/16", C_DGREY); - } } /* FADERS (HOME otra vez): los seis volúmenes y sus picos */ @@ -428,7 +557,7 @@ static void draw_seq_tr(bm_gfx *g, const bm_app *a) snprintf(b, sizeof b, TF("PAD %d"), sel + 1); int x = gfx_text(g, 4, PY, b, C_WHITE, 1) + 8; if (bm_pad_ok(pd)) { bm_app_src_name(a, pd->src, nm, sizeof nm); gfx_small(g, x, PY + 1, nm, C_GREY); } - else gfx_small(g, x, PY + 1, "EMPTY", C_DGREY); + else gfx_small(g, x, PY + 1, "EMPTY", C_GREY); } else gfx_text(g, 4, PY, bm_lane_name(a, t, sel), C_WHITE, 1); int len = tr->lane[sel].len; snprintf(b, sizeof b, "%s P%d/%d L%d", base ? "9-16" : "1-8", a->step_page + 1, (len + 15) / 16, len); @@ -743,6 +872,7 @@ static void take_map(bm_gfx *g, const bm_app *a, int src, uint32_t len, int y, i * el medio la onda grande con el pad entre corchetes cian y su loop (sustain) en verde menta. */ static void draw_pads(bm_gfx *g, const bm_app *a) { + PASO(12); int sel = a->sel_lane[1] & 15, page = a->ed_page[1] % 4; const bm_pad *p = &a->pat.pad[sel]; const bm_status *st = &a->ctx.st; @@ -758,15 +888,15 @@ static void draw_pads(bm_gfx *g, const bm_app *a) int xr = 236; for (int i = 3; i >= 0; i--) { xr -= gfx_small_w(PG[i]); - gfx_small(g, xr, PY + 1, PG[i], i == page ? C_ORANGE : C_DGREY); + gfx_small(g, xr, PY + 1, PG[i], i == page ? C_ORANGE : C_GREY); xr -= 6; } } if (!ok) { if (gfx_strip_hit(g, PY + 24, 40)) { gfx_text_c(g, 120, PY + 28, "EMPTY PAD", C_WHITE, 1); - gfx_small(g, 120 - gfx_small_w("TAKES: N1 = KIT FROM A TAKE") / 2, PY + 44, "TAKES: N1 = KIT FROM A TAKE", C_GREY); - gfx_small(g, 120 - gfx_small_w("N4 = THE TAKE ON THIS PAD") / 2, PY + 52, "N4 = THE TAKE ON THIS PAD", C_GREY); + gfx_small(g, 120 - gfx_small_w("TAKES (HOLD EDIT): BLACK 1 = KIT FROM A TAKE") / 2, PY + 44, "TAKES (HOLD EDIT): BLACK 1 = KIT FROM A TAKE", C_GREY); + gfx_small(g, 120 - gfx_small_w("BLACK 4 = THE TAKE ON THIS PAD") / 2, PY + 52, "BLACK 4 = THE TAKE ON THIS PAD", C_GREY); } hint_s(g, VB - 6, "WHITE = PLAY AND PICK A PAD - PRESETS = ITS TAKE"); return; @@ -816,6 +946,7 @@ static void draw_pads(bm_gfx *g, const bm_app *a) if (st->smp_pos_src == p->src && st->smp_pos >= v0 && st->smp_pos < v1) gfx_vline(g, VX(st->smp_pos), wy, wh, C_ORANGE); } #undef VX + PASO(14); if (gfx_strip_hit(g, wy + wh + 2, 6)) { unsigned ms = (unsigned)((uint32_t)p->len * 1000u / BM_SMP_RATE); snprintf(b, sizeof b, "%s %+d ST %u MS%s%s", T(bm_pad_mode_name(p->mode)), p->pitch - 24, ms, @@ -824,6 +955,7 @@ static void draw_pads(bm_gfx *g, const bm_app *a) snprintf(b, sizeof b, "X%d", 1 << (a->cut_zoom & 3)); gfx_small(g, 236 - gfx_small_w(b), wy + wh + 2, b, C_GREY); } + PASO(15); bool holding = a->pad_key >= 0 && a->keys_down[a->pad_key]; static const char *const HL[4] = {N_("K1 START - K2 END - EDIT = SOUND, ENV, LOOP"), N_("K3 PLAY: ONESHOT, KEY, THRU OR LOOP"), N_("ATTACK, RELEASE, CHOKE GROUP, TEMPO SYNC"), N_("HELD: THE LOOP REPEATS - RELEASED: TO THE END")}; @@ -1001,7 +1133,7 @@ static void ed_filter(bm_gfx *g, const bm_app *a, int t, int x0, int y0, int w, for (int k = 0; k < 3; k++) { int x = x0 + (int)(log2f(F[k] / 20.0f) / 10.0f * (float)w); gfx_vline(g, x, y0 + h - 8, 3, C_DGREY); - gfx_small(g, x - 4, y0 + h - 12, N[k], C_DGREY); + gfx_small(g, x - 4, y0 + h - 12, N[k], C_GREY); } if (eng == ENG_BUNO && q[BN_HPF]) { /* el pasa-altos de BUNO-6 */ static const float HZ[4] = {0.0f, 120.0f, 250.0f, 520.0f}; @@ -1060,7 +1192,7 @@ static void ed_macros(bm_gfx *g, const bm_app *a, int t, int x0, int y0, int w, int dst = q[BT_M1D + 2 * i] % BTM_TARGETS, amt = (int)q[BT_M1A + 2 * i] - 64, v = a->pat.trk[t].macro[i]; snprintf(b, sizeof b, "M%d", i + 1); gfx_text(g, x0 + 4, y + 3, b, bm_knob_color(i), 1); - gfx_text(g, x0 + 24, y + 3, bm_btm_names[dst], dst ? C_WHITE : C_DGREY, 1); + gfx_text(g, x0 + 24, y + 3, bm_btm_names[dst], dst ? C_WHITE : C_GREY, 1); snprintf(b, sizeof b, "%+d", amt * 100 / 63); gfx_small(g, x0 + 100, y + 4, b, C_GREY); gfx_fill(g, x0 + 130, y + 4, 90, 5, C_DDGREY); @@ -1143,7 +1275,7 @@ static void draw_editor(bm_gfx *g, const bm_app *a) int ch = q[BN_CHORUS] % BN_CHORUSES; snprintf(b, sizeof b, "CHORUS %s", bm_bn_chorus_names[ch]); gfx_text(g, x0 + 6, y0 + h / 2 + 6, b, ch ? C_PINK : C_GREY, 2); - gfx_small(g, x0 + 6, y0 + h - 8, "ALGORITHM = CHORUS - VCA ENV OR GATE", C_GREY); + if (hints_on) gfx_small(g, x0 + 6, y0 + h - 8, "ALGORITHM = CHORUS - VCA ENV OR GATE", C_GREY); } } } @@ -1157,7 +1289,7 @@ static void draw_sound(bm_gfx *g, const bm_app *a) if (gfx_strip_hit(g, PY, 9)) { gfx_text(g, 4, PY, "KIT", C_GREY, 1); gfx_text(g, 28, PY, bm_sound_name(a, t), C_WHITE, 1); gfx_small(g, 80, PY + 1, "MODELED", C_ORANGE); - gfx_small(g, 150, PY + 1, "PRESETS = ANOTHER KIT", C_GREY); + if (hints_on) gfx_small(g, 150, PY + 1, "PRESETS = ANOTHER KIT", C_GREY); } lane_pads(g, a, t, PY + 10, 22); return; @@ -1165,7 +1297,7 @@ static void draw_sound(bm_gfx *g, const bm_app *a) if (tr->engine == ENG_FM) { if (gfx_strip_hit(g, PY, 9)) { gfx_text(g, 4, PY, bm_sound_name(a, t), C_WHITE, 1); - gfx_small(g, 120, PY + 1, "ALGORITHM = ALG - PRESETS = PATCH", C_GREY); + if (hints_on) gfx_small(g, 120, PY + 1, "ALGORITHM = ALG - PRESETS = PATCH", C_GREY); } draw_fm(g, a, t, 4, PY + 10, 232, VB - PY - 10); return; @@ -1173,7 +1305,7 @@ static void draw_sound(bm_gfx *g, const bm_app *a) if (bm_engine_paged(tr->engine)) { draw_editor(g, a); return; } if (gfx_strip_hit(g, PY, 9)) { /* BB-303 */ gfx_text(g, 4, PY, bm_sound_name(a, t), C_WHITE, 1); - gfx_small(g, 110, PY + 1, "ALGORITHM = B-MINI - PRESETS = WAVE", C_GREY); + if (hints_on) gfx_small(g, 110, PY + 1, "ALGORITHM = B-MINI - PRESETS = WAVE", C_GREY); } draw_synth(g, a, t, 4, PY + 10, 232, 70); char c0[12]; @@ -1191,6 +1323,18 @@ static void draw_ch_mix(bm_gfx *g, const bm_app *a) const bm_track *tr = &a->pat.trk[t]; static const char *const NM[4] = {"LEVEL", "PAN", "DELAY", "REVERB"}; const int val[4] = {tr->level, tr->pan, tr->send, tr->rsend}; + if (a->mix_page) { /* la sub-página DUCK: solo K1 */ + char d[30]; + if (gfx_strip_hit(g, PY + 2, 76)) { + gfx_text(g, 6, PY + 2, "DUCK (SIDECHAIN FROM T1)", bm_knob_color(0), 1); + gfx_fill(g, 6, PY + 20, 228, 12, C_DDGREY); + if (t) gfx_fill(g, 6, PY + 20, tr->duck * 228 / 127, 12, bm_knob_color(0)); + if (t) snprintf(d, sizeof d, "%d%%", tr->duck * 100 / 127); else snprintf(d, sizeof d, "T1 IS THE SOURCE"); + gfx_text(g, 6, PY + 40, d, C_WHITE, 2); + } + hint_s(g, PY + 86, "K1 = DUCK - SELECT LEFT = LEVEL, PAN, SENDS"); + return; + } for (int i = 0; i < 4; i++) { int x = 6 + i * 58; if (!gfx_strip_hit(g, PY + 2, 76)) break; @@ -1272,8 +1416,8 @@ static void draw_takes(bm_gfx *g, const bm_app *a) gfx_fill(g, 4, PY + 75, 232, 3, C_DDGREY); gfx_fill(g, 4, PY + 75, (int)(used * 232u / total), 3, C_GREY); } - snprintf(b, sizeof b, TF("N4 = THE TAKE ON PAD %d"), (a->sel_lane[1] & 15) + 1); - hint_s(g, PY + 81, "N1 HITS - N2 16 - N3 8: A KIT FROM THIS TAKE"); + snprintf(b, sizeof b, TF("BLACK 4 = THE TAKE ON PAD %d"), (a->sel_lane[1] & 15) + 1); + hint_s(g, PY + 81, "KIT FROM THIS TAKE: BLACK 1 HITS, 2 = 16, 3 = 8"); hint_s(g, PY + 89, b); } @@ -1287,7 +1431,7 @@ static void draw_rec(bm_gfx *g, const bm_app *a) if (st->smp_rec) { lbl = "REC"; lc = C_RED; big = C_RED; } else if (st->smp_armed) { lbl = "ARMED"; lc = C_YELLOW; big = C_WHITE; } else if (st->smp_unsaved) { lbl = "UNSAVED"; lc = C_GREEN; big = C_GREEN; } - else { lbl = "READY"; lc = C_DGREY; big = C_WHITE; } + else { lbl = "READY"; lc = C_GREY; big = C_WHITE; } if (gfx_strip_hit(g, PY, 12)) { int w = gfx_text_w(lbl, 1) + 8; gfx_fill(g, 4, PY, w, 11, lc); @@ -1323,10 +1467,11 @@ static void draw_rec(bm_gfx *g, const bm_app *a) gfx_small(g, 4, y + 13, b, C_GREY); gfx_small(g, 236 - gfx_small_w(room < cap ? "LIMIT: MEMORY" : "LIMIT: RECORDING RAM"), y + 13, room < cap ? "LIMIT: MEMORY" : "LIMIT: RECORDING RAM", C_YELLOW); } - if (st->smp_rec) { hint_s(g, PY + 78, "REC = STOP - STOPS BY ITSELF AT THE LIMIT"); hint_s(g, PY + 86, "DELAY AND PUNCH-IN PAUSED WHILE RECORDING"); } - else if (st->smp_armed) { hint_s(g, PY + 78, "STARTS ON THE BAR - REC AGAIN = CANCEL"); hint_s(g, PY + 86, "KEYS ARE SILENT IN THE RECORDER"); } - else if (st->smp_unsaved) { hint_s(g, PY + 78, "IT SAVES WHEN YOU STOP - WHITES = LISTEN"); hint_s(g, PY + 86, "HOME = DISCARD - REC = ANOTHER TAKE"); } - else { hint_s(g, PY + 78, "REC = ARM (K1: BAR OR NOW)"); hint_s(g, PY + 86, "HOLD REC = RECORD WHILE HELD"); } + /* la grabadora cambia de estado sola: lo que hace REC (y HOME) se ve siempre */ + if (st->smp_rec) { note_s(g, PY + 78, "REC = STOP - STOPS BY ITSELF AT THE LIMIT"); hint_s(g, PY + 86, "DELAY AND PUNCH-IN PAUSED WHILE RECORDING"); } + else if (st->smp_armed) { note_s(g, PY + 78, "STARTS ON THE BAR - REC AGAIN = CANCEL"); hint_s(g, PY + 86, "KEYS ARE SILENT IN THE RECORDER"); } + else if (st->smp_unsaved) { hint_s(g, PY + 78, "IT SAVES WHEN YOU STOP - WHITES = LISTEN"); note_s(g, PY + 86, "HOME = DISCARD - REC = ANOTHER TAKE"); } + else { note_s(g, PY + 78, "REC = ARM (K1: BAR OR NOW)"); hint_s(g, PY + 86, "HOLD REC = RECORD WHILE HELD"); } } /* ------------------------------------------------------------ ENV, LFO, FX */ @@ -1342,26 +1487,37 @@ static void draw_env(bm_gfx *g, const bm_app *a) } if (a->env_page == 1) { snprintf(b, sizeof b, TF("ENV > FILTER %d%%"), tr->env_amt * 100 / 127); - hint_s(g, PY + 84, b); + note_s(g, PY + 84, b); snprintf(b, sizeof b, TF("GLIDE %dMS (WITH TIE)"), tr->glide * 500 / 127); - hint_s(g, PY + 92, b); + note_s(g, PY + 92, b); } else hint_s(g, PY + 86, "HOLD ENV = PAINT ACCENTS"); } -static void draw_lfo(bm_gfx *g, const bm_app *a) -{ - (void)a; - gfx_text_c(g, 120, 56, "LFO", C_WHITE, 3); - gfx_text_c(g, 120, 84, "B-MINI, BITTAL AND BUNO-6 HAVE IT IN SOUND", C_GREY, 1); - hint_s(g, 104, "HOLD LFO = PAINT REPEATS (ON NOTES: TIES)"); -} - static void draw_fx(bm_gfx *g, const bm_app *a) { const bm_meta *m = &a->pat.meta; static const char *const DT[4] = {"1/16", "1/8", "3/16", "1/4"}; char b[24]; - header(g, "MASTER FX", a->fx_page ? "REVERB" : "DELAY", C_WHITE); + static const char *const FP[3] = {"DELAY", "REVERB", "MASTER"}; + home_pages(g, a, FP[a->fx_page % 3], C_WHITE); + if (a->fx_page == 2) { /* MASTER: filtro, BEAT FX y drive */ + static const char *const BF[17] = {"OFF", "STUT4", "STUT8", "STUT16", "STUT32", "REV8", "REV4", "TAPE", "GATE", + "LPF", "HPF", "BIT", "SR", "THROW", "FREEZE", "KILL LO", "KILL HI"}; + char f[16]; + if (m->mfilt >= 60 && m->mfilt <= 68) snprintf(f, sizeof f, "OPEN"); + else if (m->mfilt < 60) snprintf(f, sizeof f, "LP %d", m->mfilt); + else snprintf(f, sizeof f, "HP %d", m->mfilt - 64); + gfx_rect(g, 4, 48, 112, 56, C_CYAN); + gfx_text(g, 8, 52, "FILTER", C_CYAN, 1); + gfx_text(g, 8, 66, f, C_WHITE, 2); + gfx_rect(g, 122, 48, 114, 56, C_ORANGE); + gfx_text(g, 126, 52, "BEAT FX", C_ORANGE, 1); + gfx_text(g, 126, 66, BF[m->beatfx % 17], m->beatfx ? C_PINK : C_GREY, 2); + snprintf(b, sizeof b, "DRIVE %d%%", a->set.drive * 100 / 127); + gfx_small(g, 6, 110, b, C_GREEN); + hint_s(g, 120, "FX AGAIN = DELAY > REVERB > MASTER"); + return; + } gfx_rect(g, 4, 48, 74, 56, a->fx_page ? C_DGREY : C_CYAN); gfx_text(g, 8, 52, "DELAY", C_CYAN, 1); gfx_text(g, 8, 64, DT[m->dly_time & 3], C_WHITE, 2); @@ -1381,10 +1537,8 @@ static void draw_fx(bm_gfx *g, const bm_app *a) gfx_fill(g, x, 96 - h, 10, h, bm_track_color(t)); } if (a->ctx.arena_busy) { gfx_fill(g, 4, 48, 74, 56, C_DDGREY); gfx_small(g, 8, 70, "PAUSED: TAKE", C_ORANGE); gfx_small(g, 8, 78, "NOT SAVED YET", C_ORANGE); } - snprintf(b, sizeof b, "DRIVE %d%% (HOME + K4)", a->set.drive * 100 / 127); - gfx_small(g, 6, 110, b, C_WHITE); - hint_s(g, 120, "FX AGAIN = DELAY / REVERB - HOLD FX = PUNCH-IN"); - hint_s(g, 128, "EACH TRACK: FX > DELAY AND REVERB SENDS"); + hint_s(g, 112, "FX AGAIN = DELAY > REVERB > MASTER"); + hint_s(g, 120, "HOLD FX = PUNCH-IN"); } /* ------------------------------------------------------------ escala y acordes */ @@ -1479,16 +1633,10 @@ static void draw_arp(bm_gfx *g, const bm_app *a) int t = a->track; const bm_track *tr = &a->pat.trk[t]; char b[24]; - if (bm_is_grid(&a->pat, t)) { - gfx_text_c(g, 120, 56, "ROLL", bm_track_color(t), 3); - gfx_text_c(g, 120, 86, "HOLD ARP + WHITE", C_WHITE, 1); - snprintf(b, sizeof b, TF("SPEED %s (K1)"), bm_roll_names[a->roll_rate % 5]); - gfx_text_c(g, 120, 98, b, C_GREY, 1); - return; - } + if (bm_is_grid(&a->pat, t)) return; /* las rejillas: ARP es la capa ROLL (draw_layer) */ gfx_text(g, 6, PY + 4, M[tr->arp_mode % 5], C_WHITE, 3); snprintf(b, sizeof b, "%s %d OCT GATE %d%%", R[tr->arp_rate % 3], tr->arp_oct, tr->arp_gate); - hint_s(g, PY + 30, b); + note_s(g, PY + 30, b); const bm_arp *ar = &a->ctx.arp[t]; for (int i = 0; i < 8; i++) { int x = 10 + i * 28, h = 8 + i * 5; @@ -1507,7 +1655,7 @@ static void draw_loop(bm_gfx *g, const bm_app *a) char b[30]; gfx_text(g, 6, PY + 2, MN[mode % 5], MC[mode % 5], 2); snprintf(b, sizeof b, TF("%d BARS %d/%d NOTES %s"), lp->bars, lp->n, BM_LOOP_EVENTS, lp->on ? "ON" : "OFF"); - hint_s(g, PY + 22, b); + note_s(g, PY + 22, b); int bx = 6, bw = 228, by = PY + 32, bh = 34; if (gfx_strip_hit(g, by, bh)) { gfx_rect(g, bx, by, bw, bh, C_DGREY); @@ -1526,29 +1674,41 @@ static void draw_loop(bm_gfx *g, const bm_app *a) } /* ------------------------------------------------------------ globales */ -static void draw_system(bm_gfx *g, const bm_app *a) +enum { SYS_ROWS = 11 }; +static void sys_val(const bm_app *a, int i, char *v, int cap) { const bm_settings *s = &a->set; - enum { NR = 11 }; + size_t n = (size_t)cap; + switch (i) { + case 0: snprintf(v, n, "%s", s->clock ? "EXTERNAL" : "INTERNAL"); break; + case 1: snprintf(v, n, "%s", s->sync_mode ? "SPLIT L/R" : "STEREO"); break; + case 2: snprintf(v, n, "%d PPQN", s->sync_ppqn); break; + case 3: snprintf(v, n, "%d MS", s->sync_lat); break; + case 4: snprintf(v, n, "%s", s->autosave ? "ON" : "OFF"); break; + case 5: snprintf(v, n, "%s", s->led_dim == 0 ? "OFF" : (s->led_dim == 1 ? "DIM" : "MEDIUM")); break; + case 6: snprintf(v, n, "%s", s->fast_lcd ? "ON (TEST)" : "OFF"); break; + case 7: snprintf(v, n, "%s", s->dual_core ? "ON (TEST)" : "OFF"); break; + case 8: { + int nt = 0; for (int k = 0; k < BM_TAKES; k++) nt += a->take[k].valid; + unsigned fs = (unsigned)(bm_takes_free(a->take) * 10u / BM_SMP_RATE); + snprintf(v, n, TF("%d+%d, FREE %u.%uS"), nt, bm_snaps_user_n(), fs / 10, fs % 10); + break; + } + case 9: snprintf(v, n, "%s", bm_lang_name()); break; + default: snprintf(v, n, "%s", BM_VERSION_STR); break; + } +} + +static void draw_system(bm_gfx *g, const bm_app *a) +{ + enum { NR = SYS_ROWS }; char v[NR][20]; - snprintf(v[0], 20, "%s", s->clock ? "EXTERNAL" : "INTERNAL"); - snprintf(v[1], 20, "%s", s->sync_mode ? "SPLIT L/R" : "STEREO"); - snprintf(v[2], 20, "%d PPQN", s->sync_ppqn); - snprintf(v[3], 20, "%d MS", s->sync_lat); - snprintf(v[4], 20, "%s", s->autosave ? "ON" : "OFF"); - snprintf(v[5], 20, "%s", s->led_dim == 0 ? "OFF" : (s->led_dim == 1 ? "DIM" : "MEDIUM")); - snprintf(v[6], 20, "%s", s->fast_lcd ? "ON (TEST)" : "OFF"); - snprintf(v[7], 20, "%s", s->dual_core ? "ON (TEST)" : "OFF"); - int nt = 0; for (int i = 0; i < BM_TAKES; i++) nt += a->take[i].valid; - unsigned fs = (unsigned)(bm_takes_free(a->take) * 10u / BM_SMP_RATE); - snprintf(v[8], 20, TF("%d+%d, FREE %u.%uS"), nt, bm_snaps_user_n(), fs / 10, fs % 10); - snprintf(v[9], 20, "%s", bm_lang_name()); - snprintf(v[10], 20, "%s", BM_VERSION_STR); + for (int i = 0; i < NR; i++) sys_val(a, i, v[i], 20); static const char *const L[NR] = {"CLOCK", "SYNC OUT", "SYNC PPQN", "SYNC LATENCY", "AUTOSAVE", "IDLE LEDS", "FAST SCREEN", "TWO CORES", "TAKES+SOUNDS", N_("LANGUAGE"), "VERSION"}; int first = a->menu_row > 7 ? a->menu_row - 7 : 0; for (int i = 0; i < 8 && first + i < NR; i++) row(g, 26 + i * 12, first + i == a->menu_row, T(L[first + i]), v[first + i]); - if (a->menu_row == 6 || a->menu_row == 7) hint_s(g, 124, "TESTING: SAFE MODE TURNS IT OFF AFTER A CRASH"); + if (a->menu_row == 6 || a->menu_row == 7) note_s(g, 124, "TESTING: SAFE MODE TURNS IT OFF AFTER A CRASH"); } static void draw_glo(bm_gfx *g, const bm_app *a) @@ -1562,7 +1722,7 @@ static void draw_glo(bm_gfx *g, const bm_app *a) if (m->fill_every) snprintf(v[4], 16, TF("EVERY %d"), m->fill_every); else snprintf(v[4], 16, "OFF"); snprintf(v[5], 16, "%+d ST", (int)m->transpose - 24); static const char *const L[6] = {"BPM", "SWING", "MASTER LENGTH", "DRIVE", "AUTO FILL", "TRANSPOSE"}; - header(g, "GLOBAL", "GLO AGAIN = CLOSE", C_WHITE); + home_pages(g, a, NULL, C_WHITE); for (int i = 0; i < 6; i++) row(g, 48 + i * 12, i == a->glo_row, L[i], v[i]); hint_s(g, 124, "HOLD GLO = TRANSPOSE, PLAY = TAP"); } @@ -1579,14 +1739,14 @@ static void draw_save(bm_gfx *g, const bm_app *a) row(g, 72, a->save_row == 2, "SAVE SONG AND SCENES", NULL); row(g, 84, a->save_row == 3, a->clear_armed ? "CLEAR? SAVE AGAIN" : "CLEAR PATTERN", NULL); row(g, 96, a->save_row == 4, "EVENTS", r4); - hint_s(g, 112, "SELECT PICKS, SAVE RUNS - HOLD SAVE = COPY PATTERN"); + note_s(g, 112, "SELECT PICKS, SAVE RUNS - HOLD SAVE = COPY PATTERN"); gfx_small(g, 4, 122, a->ctx.st.playing ? "ONLY WHEN STOPPED (CUTS AUDIO)" : "ONLY WHEN STOPPED - SAVE 2 S: QUICK SAVE", a->ctx.st.playing ? C_ORANGE : C_GREY); } static void draw_song(bm_gfx *g, const bm_app *a) { char b[24]; - header(g, "SONG", a->ctx.st.song_on ? "ON" : "OFF", a->ctx.st.song_on ? C_ORANGE : C_WHITE); + home_pages(g, a, a->ctx.st.song_on ? "ON" : "OFF", a->ctx.st.song_on ? C_ORANGE : C_GREY); if (!a->song.n) { gfx_text_c(g, 120, 66, "EMPTY", C_GREY, 2); gfx_text_c(g, 120, 92, "WHITE = ADD PATTERN", C_GREY, 1); @@ -1642,7 +1802,7 @@ static void draw_scenes(bm_gfx *g, const bm_app *a) { const bm_status *st = &a->ctx.st; char b[24]; - header(g, "SCENES", a->song_rec ? "SONG REC" : "1-4 LAUNCH 5-8 STORE", a->song_rec ? C_RED : C_CYAN); + home_pages(g, a, a->song_rec ? "SONG REC" : NULL, C_RED); for (int s = 0; s < BM_SCENES; s++) { int x = (s % 2) * 118 + 2, y = 48 + (s / 2) * 40; if (!gfx_strip_hit(g, y, 38)) continue; @@ -1688,7 +1848,7 @@ static void draw_copych(bm_gfx *g, const bm_app *a) gfx_text_c(g, 185, 60, b, C_BLACK, 3); gfx_text_c(g, 185, 88, bm_track_name(a, d), C_BLACK, 1); } - hint_s(g, 110, "ALGORITHM PICKS THE TARGET - OCT+ PASTES - HOME CANCELS"); + note_s(g, 110, "ALGORITHM PICKS THE TARGET - OCT+ PASTES - HOME CANCELS"); hint_s(g, 120, "NOTES TO NOTES, HITS TO HITS: THE MACHINES DO NOT CHANGE"); } @@ -1704,29 +1864,44 @@ static void draw_layer(bm_gfx *g, const bm_app *a) if (gfx_strip_hit(g, 26, 20)) { gfx_fill(g, 0, 26, BM_LCD_W, 18, col); gfx_text(g, 6, 28, title, C_BLACK, 2); - char b[16]; + char b[24]; + if (a->layer == L_ROLL) { /* la velocidad y la rampa, siempre a la vista */ + const char *rp = a->roll_ramp == 1 ? T("CRESC") : a->roll_ramp == 2 ? T("DECRESC") : ""; + snprintf(b, sizeof b, "%s %s", bm_roll_names[a->roll_rate % BM_ROLL_RATES], rp); + gfx_text(g, 8 + gfx_text_w(title, 2), 32, b, C_BLACK, 1); + } if (a->layer == L_HOME || a->view == V_HOME) snprintf(b, sizeof b, "A%02d", a->ctx.st.pattern + 1); else snprintf(b, sizeof b, "T%d", a->track + 1); - gfx_text_r(g, 234, 32, b, C_BLACK, 1); - } - /* las teclas activas, grandes, para leerlas de lejos */ - int n = 0; - for (int k = 0; k < BM_KEYS && n < 6; k++) { - if (!K[k].label[0] || (K[k].led != LED_ON && K[k].led != LED_BLINK && !a->keys_down[k])) continue; - int x = 4 + (n % 3) * 78, y = 52 + (n / 3) * 22; - if (gfx_strip_hit(g, y, 20)) { - bool dn = a->keys_down[k]; - gfx_fill(g, x, y, 74, 19, dn ? col : C_DDGREY); - char l[8]; snprintf(l, sizeof l, "%.5s", T(K[k].label)); - gfx_text(g, x + 4, y + 6, l, dn ? C_BLACK : C_WHITE, 1); - gfx_small(g, x + 60, y + 7, bm_key_is_black(k) ? "B" : "W", C_GREY); + if (a->layer_latch) { /* abierta con un toque: queda hasta cerrarla */ + gfx_small(g, 236 - gfx_small_w("LATCHED"), 28, "LATCHED", C_BLACK); + gfx_small(g, 236 - gfx_small_w(b), 36, b, C_BLACK); + } else gfx_text_r(g, 234, 32, b, C_BLACK, 1); + } + /* Lo que la capa toca, no una copia de la franja de teclas: los instrumentos de la batería + * (mute en rojo, destello al sonar) o los seis canales. Si no, solo cómo se usa. */ + int t = a->track, hy = 52; + bool lanes = app_kind(a, t) == KIND_TR && (a->layer == L_LANEMUTE || a->layer == L_FILL || a->layer == L_ERASE || a->layer == L_ROLL); + if (lanes) { lane_pads(g, a, t, 47, 14); hy = 106; } + else if (a->layer == L_HOME || a->layer == L_PUNCH || a->layer == L_COPY) { + for (int i = 0; i < BM_TRACKS; i++) { + int x = 2 + (i % 3) * 79, y = 48 + (i / 3) * 18; + if (!gfx_strip_hit(g, y, 16)) continue; + bool mu = a->pat.trk[i].mute, fl = !mu && a->now < a->trig_until[i], dn = a->keys_down[bm_black_key(i)]; + uint16_t tc = bm_track_color(i); + gfx_fill(g, x, y, 76, 16, fl || dn ? tc : C_DDGREY); + if (a->solo_on && a->solo_track == i) gfx_rect(g, x, y, 76, 16, C_WHITE); + char b[8]; snprintf(b, sizeof b, "%d", i + 1); + uint16_t fg = fl || dn ? C_BLACK : (mu ? C_GREY : tc); + gfx_small(g, x + 3, y + 6, b, fl || dn ? C_BLACK : C_GREY); + gfx_text(g, x + 11, y + 5, bm_track_name(a, i), fg, 1); + if (mu) gfx_text(g, x + 66, y + 5, "M", C_RED, 1); } - n++; + hy = 88; } - if (!n && gfx_strip_hit(g, 60, 10)) gfx_text_c(g, 120, 62, "THE KEYS BELOW SAY WHAT THEY DO", C_GREY, 1); - hint_s(g, 104, h1); - hint_s(g, 113, h2); - if (a->layer == L_HOME) hint_s(g, 124, "SELECT = GO TO A TRACK - ALGORITHM = BPM .1"); + /* cómo se usa (se va a los 4 s) y cómo se sale (queda) */ + hint_s(g, hy, h1); + note_s(g, hy + 10, h2); + if (a->layer == L_HOME) hint_s(g, hy + 20, "SELECT = GO TO A TRACK - ALGORITHM = BPM .1"); } /* ------------------------------------------------------------ recuadro, pregunta, overlay, toast */ @@ -1772,17 +1947,46 @@ static void draw_ask(bm_gfx *g, const bm_app *a) gfx_text_c(g, 170, 99, "HOME NO", C_WHITE, 1); } +/* K1-K4: una línea con el nombre y el valor en la fila de arriba (pestañas o título), sin tapar la + * rejilla ni el paso sostenido; el dial de abajo ya marca cuál giró. */ +static void draw_overlay_line(bm_gfx *g, const bm_app *a) +{ + const bm_overlay *o = &a->ov; + bool tall = (a->layer && a->layer != L_CHORDS) || a->view == V_SAVE || a->view == V_TIME || a->view == V_COPYCH || a->view == V_MIX; + int h = tall ? 21 : 11; /* también tapa el título grande de esas pantallas */ + if (!gfx_strip_hit(g, 24, h)) return; + gfx_fill(g, 0, 24, BM_LCD_W, h, C_BLACK); + int y = 24 + (h - 7) / 2; + gfx_text(g, 4, y, o->title, o->color, 1); + int x = 236; + if (o->unit[0]) x -= gfx_text_r(g, x, y, o->unit, C_GREY, 1) + 4; + gfx_text_r(g, x, y, o->val, C_WHITE, 1); + gfx_fill(g, 0, 24 + h - 1, BM_LCD_W, 1, C_DDGREY); + gfx_fill(g, 0, 24 + h - 1, o->pct * BM_LCD_W / 255, 1, o->color); +} + static void draw_overlay(bm_gfx *g, const bm_app *a) { const bm_overlay *o = &a->ov; + if (o->knob >= ENC_K1 + 1 && o->knob <= ENC_K4 + 1 && !o->beat) { draw_overlay_line(g, a); return; } if (!gfx_strip_hit(g, 46, 84)) return; gfx_fill(g, 12, 46, 216, 84, C_BLACK); gfx_rect(g, 12, 46, 216, 84, o->color); gfx_rect(g, 13, 47, 214, 82, o->color); grid(g, 16, 50, 208, 76, 6); gfx_text(g, 20, 52, o->title, C_GREY, 1); + if (o->knob) { /* la perilla grande que se giró, en la esquina */ + static const char *const KN[ENC_COUNT] = {"SELECT", "ALGORITHM", "K1", "K2", "K3", "K4", "PRESETS"}; + gfx_small(g, 222 - gfx_small_w(KN[(o->knob - 1) % ENC_COUNT]), 53, KN[(o->knob - 1) % ENC_COUNT], o->color); + } int w = gfx_text(g, 20, 68, o->val, C_WHITE, gfx_text_w(o->val, 3) > 196 ? 2 : 3); if (o->unit[0]) gfx_text(g, 26 + w, 78, o->unit, C_GREY, 2); + if (o->beat) { /* el beat, en el color del tempo */ + const bm_status *st = &a->ctx.st; + int cur = st->playing ? (int)((st->btick / BM_PPQN) % 4) : -1; + for (int i = 0; i < 4; i++) gfx_fill(g, 20 + i * 51, 108, 47, 12, i == cur ? o->color : dim(dim(o->color))); + return; + } gfx_fill(g, 20, 110, 200, 8, C_DGREY); gfx_fill(g, 20, 110, o->pct * 200 / 255, 8, o->color); if (o->ghost != 255) gfx_fill(g, 19 + o->ghost * 200 / 255, 106, 2, 16, C_WHITE); @@ -1799,25 +2003,26 @@ static void draw_toast(bm_gfx *g, const bm_app *a) /* ------------------------------------------------------------ entrada */ static void draw_channel(bm_gfx *g, const bm_app *a) { + PASO(8); draw_tabs(g, a); int t = a->track, kind = app_kind(a, t); + PASO(9); switch (a->page) { case PG_SEQ: if (kind == KIND_TR) draw_seq_tr(g, a); else draw_seq_syn(g, a); break; - case PG_SOUND: draw_sound(g, a); break; + case PG_SOUND: PASO(11); draw_sound(g, a); break; case PG_INST: draw_inst(g, a); break; - case PG_MIX: draw_ch_mix(g, a); break; - case PG_MORE: draw_more(g, a); break; - case PG_BREAK: draw_break(g, a); break; - case PG_TAKES: draw_takes(g, a); break; + case PG_MIX: PASO(18); draw_ch_mix(g, a); break; + case PG_MORE: PASO(19); draw_more(g, a); break; + case PG_BREAK: PASO(16); draw_break(g, a); break; + case PG_TAKES: PASO(17); draw_takes(g, a); break; case PG_ENV: draw_env(g, a); break; case PG_ARP: draw_arp(g, a); break; case PG_LOOP: draw_loop(g, a); break; case PG_SCL: draw_scl(g, a, 0); break; case PG_CHORDS: draw_chords(g, a, PY); break; - case PG_LFO: draw_lfo(g, a); break; case PG_REC: draw_rec(g, a); break; case PG_PADS: draw_pads(g, a); break; default: break; @@ -1832,12 +2037,15 @@ void bm_app_draw(bm_gfx *g, void *user) gfx_text(g, 4, 231, "V" BM_VERSION_STR, C_DGREY, 1); return; } + PASO(1); + hints_update(a); draw_status(g, a); gfx_clip(g, 0, BM_CTX_Y, BM_LCD_W, BM_CTX_H); + PASO(2); if (a->layer && a->layer != L_CHORDS) draw_layer(g, a); else if (a->layer == L_CHORDS) { gfx_text(g, 4, 26, "LIVE CHORDS", C_GREEN, 1); draw_chords(g, a, 36); } else switch (a->view) { - case V_HOME: draw_home(g, a); break; + case V_HOME: PASO(3); draw_home(g, a); break; case V_MIX: draw_mix(g, a); break; case V_SCENES: draw_scenes(g, a); break; case V_SONG: draw_song(g, a); break; @@ -1851,13 +2059,21 @@ void bm_app_draw(bm_gfx *g, void *user) case V_COPYCH: draw_copych(g, a); break; default: break; } + PASO(24); if (a->box_on) draw_box(g, a); + PASO(25); if (a->ov.on) draw_overlay(g, a); + PASO(26); if (a->ask) draw_ask(g, a); + PASO(27); if (a->toast_until && !a->ask) draw_toast(g, a); gfx_noclip(g); + PASO(28); draw_keys(g, a); + PASO(29); draw_legend(g, a); + draw_bigknobs(g, a); + PASO(0); if (a->now < a->clip_until) { gfx_fill(g, 0, 0, BM_LCD_W, 2, C_RED); gfx_fill(g, 0, BM_LCD_H - 2, BM_LCD_W, 2, C_RED); gfx_fill(g, 0, 0, 2, BM_LCD_H, C_RED); gfx_fill(g, BM_LCD_W - 2, 0, 2, BM_LCD_H, C_RED); diff --git a/core/gen/bm_font.c b/core/gen/bm_font.c index 56ef238..02f6c0c 100644 --- a/core/gen/bm_font.c +++ b/core/gen/bm_font.c @@ -105,18 +105,18 @@ const uint8_t bm_font5x7[96][7] = { /* 3x5, ASCII 32..127; bit 2 = columna izquierda */ const uint8_t bm_font3x5[96][5] = { {0x00,0x00,0x00,0x00,0x00}, /* ' ' */ - {0x00,0x00,0x00,0x00,0x00}, /* '!' */ + {0x02,0x02,0x02,0x00,0x02}, /* '!' */ {0x00,0x00,0x00,0x00,0x00}, /* '"' */ {0x05,0x07,0x05,0x07,0x05}, /* '#' */ {0x00,0x00,0x00,0x00,0x00}, /* '$' */ {0x05,0x01,0x02,0x04,0x05}, /* '%' */ {0x00,0x00,0x00,0x00,0x00}, /* '&' */ - {0x00,0x00,0x00,0x00,0x00}, /* "'" */ + {0x02,0x02,0x00,0x00,0x00}, /* "'" */ {0x02,0x04,0x04,0x04,0x02}, /* '(' */ {0x02,0x01,0x01,0x01,0x02}, /* ')' */ {0x00,0x05,0x02,0x05,0x00}, /* '*' */ {0x00,0x02,0x07,0x02,0x00}, /* '+' */ - {0x00,0x00,0x00,0x00,0x00}, /* ',' */ + {0x00,0x00,0x00,0x02,0x04}, /* ',' */ {0x00,0x00,0x07,0x00,0x00}, /* '-' */ {0x00,0x00,0x00,0x00,0x02}, /* '.' */ {0x01,0x01,0x02,0x04,0x04}, /* '/' */ @@ -132,10 +132,10 @@ const uint8_t bm_font3x5[96][5] = { {0x07,0x05,0x07,0x01,0x06}, /* '9' */ {0x00,0x02,0x00,0x02,0x00}, /* ':' */ {0x00,0x00,0x00,0x00,0x00}, /* ';' */ - {0x00,0x00,0x00,0x00,0x00}, /* '<' */ + {0x01,0x02,0x04,0x02,0x01}, /* '<' */ {0x00,0x07,0x00,0x07,0x00}, /* '=' */ - {0x00,0x00,0x00,0x00,0x00}, /* '>' */ - {0x00,0x00,0x00,0x00,0x00}, /* '?' */ + {0x04,0x02,0x01,0x02,0x04}, /* '>' */ + {0x06,0x01,0x02,0x00,0x02}, /* '?' */ {0x00,0x00,0x00,0x00,0x00}, /* '@' */ {0x02,0x05,0x07,0x05,0x05}, /* 'A' */ {0x06,0x05,0x06,0x05,0x06}, /* 'B' */ @@ -201,3 +201,6 @@ const uint8_t bm_font3x5[96][5] = { {0x02,0x05,0x02,0x00,0x00}, /* '~' */ {0x00,0x00,0x00,0x00,0x00}, /* '\x7f' */ }; + +/* el sostenido de la 3x5, en 4 columnas (bit 3 = columna izquierda) */ +const uint8_t bm_sharp4x5[5] = {0x05,0x0F,0x05,0x0F,0x0A}; diff --git a/docs/MANUAL.md b/docs/MANUAL.md index 0f71ad4..be802d0 100644 --- a/docs/MANUAL.md +++ b/docs/MANUAL.md @@ -1,5 +1,7 @@ # Bubba Machine 0.6 — Manual +> **En pausa:** hasta una versión estable, el manual se escribe solo en inglés ([docs/en/MANUAL.md](en/MANUAL.md)). Este archivo queda como estaba en la 0.6.2. + Bubba Machine convierte el FM-1 en una groovebox de directo con **seis máquinas fijas**, cada una con un nombre que recuerda a la máquina que la inspiró: **BR-8** (batería), **BP-1** (sampler de pads), **BB-303** o **B-MINI** (bajo), **BX-7** (FM de 6 operadores), **BITTAL** (wavetable que carga presets de Vital) y **BUNO-6** (polifónico con chorus). En HOME está el mezclador **BX-1**. Cada canal tiene su propio largo y su propia velocidad. > Los nombres recuerdan a máquinas famosas (TR-8, OP-1, TB-303, Minimoog, DX7, Vital, Juno-6), pero Bubba Machine no tiene relación con sus marcas ni con sus fabricantes. diff --git a/docs/en/CHANGELOG.md b/docs/en/CHANGELOG.md index f461462..1072ccc 100644 --- a/docs/en/CHANGELOG.md +++ b/docs/en/CHANGELOG.md @@ -2,6 +2,62 @@ Every version of Bubba Machine. The format follows [Keep a Changelog](https://keepachangelog.com/en/1.1.0/) and versions follow [semantic versioning](https://semver.org/): while the version starts with 0, any minor version may change how it plays or the pattern format. +## [0.7.0-beta] - 2026-10-15 + +**One machine per screen.** HOME becomes the BX-1 machine with its own pages, and every screen loses the text it did not need. Design: the "Bubba Machine UI 0.7" canvas. + +### Added +- **MOVE** (PRESETS on HOME): one knob that moves the whole mix. Left: the master low-pass closes and the mix goes into the echo. Right: the master high-pass opens and the mix washes into the reverb. Live, not saved. +- **A DJ filter on every track** (K2 on HOME): left low-pass, right high-pass, open in the middle. It uses a reserved byte of the track, so saved patterns keep working. +- **HOME's pages:** MIX › FX › TEMPO › SCENES › SONG, shown as a strip at the top. The FX page has a third sub-page, MASTER: master filter, BEAT FX and drive. + +### Changed +- **HOME's K1-K4:** level, filter, delay and reverb of the cursor track (before: volume, reverb send, master filter, BEAT FX). +- **Tempo** has its own color (yellow) in the header and in its box, which shows four beat blocks. Turning ALGORITHM no longer lights K1's dial. +- **Inside a machine:** "<" before its name (HOME goes back), and the page name with one dot per page instead of the row of tabs. +- **Less text:** the hint lines show for the first 4 seconds of a page and then go away; the bottom hint line, the CPU readout ("CPU!" only when the audio does not keep up), HOME's column headers and its master bar are gone. +- FADERS left HOME's cycle: the MIX page already has every level. + +### Changed (UX review: every machine is its own instrument) +- **The lights speak one language** on every screen and on keys and buttons alike: off = does nothing, dim = available or silenced, medium = has something and will play, on = selected or a hit, blink = playhead or needs you, breath = armed. See "The lights" in the manual. +- **Drum MUTES screen:** only instruments with steps are lit; playing ones flash on every hit, muted ones are dim, empty ones are off. The same live flash on HOME's track keys, the pads and the notes a track plays. +- **Buttons that do nothing are off.** With HOME held, only the buttons with a HOME + function light up; inside a layer, only the ones that work in it. SAVE breathes with unsaved changes (on the console), HOME blinks with a pattern or scene in the queue, PLAY marks the first beat of the bar, REC tells armed, capturing and overdub apart. +- **HOME inside a machine always goes back to the console**; a global screen opened from a machine (GLO, HOME + FX, SAVE, TIME, SCALE, SONG, SYSTEM) goes back to that machine. +- **ROLL on BR-8 and BP-1** (ARP): a tap keeps the roll screen open. Rates 1/8 to 1/32 with triplets, CRESC / DECRESC, swing, a tail after release and FILL + ROLL on black 11; with REC the roll is written as repeats and accents. +- **The big knobs are labelled** (SEL · ALG · PRE under the dials, "-" when they do nothing) and have jobs where they were dead (FX page, SAVE). +- **Knob feel:** acceleration comes from how fast you turn, lists move one item per click, on/off settings are right = on and left = off, and MOVE, the DJ filter and PAN stop at the center. SELECT goes through sub-pages (PADS, ENV, MIX › DUCK) before the next tab. +- **Same setting, same knob:** GLO held = BPM, SWING, transpose, octave; BX-7 and BB-303 SOUND keep SEQ's K1-K3 with ACCENT on K4. +- **Screen:** the line that says how to exit stays; the header shows the six tracks' mutes and hits, the queued pattern as A01>A05 with a beat countdown, SONG and a green autosave dot (no more AUTOSAVED box); the 2 s ring names what it opens; short drum names (BD, SD, CH, OH…) that don't collide; K1-K4 values on the top line instead of a box over the grid; the small font gained > < , ! ? ' and a readable #. + +### Fixed +- **Holding REC to record could erase the track** (for example while recording the mix on the sampler). REC held 2 s is now a deliberate live erase: instant, no question, undoable with HOME + OCT−, the ring says ERASE T#, and it never fires while anything is recording or on the RECORD and TAKES pages. +- **LFO no longer opens an empty page** on BR-8, BP-1, BB-303 and BX-7: a tap keeps its layer open (repeat on the grids, tie on the notes). +- **Holding a step and turning PRESETS replaced the whole kit or patch** with no undo; it now sets the step's condition (drums) or length/TIE (notes). Changing a kit with PRESETS can be undone. +- **HOME on the recorder threw away an unsaved take**; it now asks. +- The FILL screen made OCT− breathe and the MUTES screen made SEQ breathe; the page light could land on the wrong button (ENV on drums lit EDIT). +- Releasing a chord key on a scale-lock page cancelled a +7 / +9 that was still held. PRESETS in the CHORDS and ARP layers changed the sound; PRESETS on the project SCALE page read past a table. +- The SYSTEM LED setting turned dim keys off too (it now only affects buttons) and MEDIUM did nothing. +- **The FM-1 restarted on BP-1's PADS page.** The SDK's snprintf does not understand `%+d` (nor `%f`): it skipped the argument, the next ones shifted, and the pad line's last `%s` read a number as a pointer (an invalid bus read). All of Bubba's code now uses its own snprintf (`core/bm_printf.c`), checked against the C library's on the computer. The 30 `%+d` on screen also showed wrong text before. +- **Processor faults leave a trace:** a copy of the SDK's exception handler (`hal/fm1/sdk/wl82_debug.c`) stores where it happened, the task and what was being drawn before restarting, and the console log shows it on the next boot. + +## [0.6.3-beta] - not released on its own (included in 0.7.0-beta) + +**Two cores that really work in parallel.** Measured on the FM-1 with a six-machine pattern. + +### Changed +- **TWO CORES:** each core has its own software interrupt (IRQ_SOFT2 on core 0, IRQ_SOFT3 on core 1, raised through the shared latch the SDK uses for task switches). A job always goes to the core that is not running the audio task, which the SDK scheduler moves between cores; before, half the jobs ran in series on the audio core itself. +- **Automatic split:** every few blocks each machine's cost and core 0's fixed work (sequencer, mix) are measured, and the split of the six machines that leaves both cores most even is chosen (only if it improves by 20 %). Any machine can run on either core; on the computer the output is identical sample by sample. +- **Voice brake** acts only when a block is about to overrun (95 %) or the sustained average passes 85 %; in 0.6.2 it switched off about one voice per second and ate the BUNO-6 pad. + +### Added +- **External clock warnings:** changing CLOCK shows a message, PLAY with an external clock and no pulses says "EXT CLOCK: WAITING FOR MIDI", and the header's "EXT?" turns red. Twice on the device CLOCK had been switched to EXTERNAL by accident and PLAY seemed frozen. +- **Lab test 36:** pick the core split by hand (or automatic) to compare. +- **Console:** the split, the estimated load of each core and the jobs that ran in series. + +### Fixed +- **Lab tests in safe mode reset the chip:** they left the watchdog on, and nothing feeds it in safe mode. +- **The second core's longest wait** showed 71 s (a clock read from the other core wrapped around), and the same wrap could fire the timeout and switch TWO CORES off. + ## [0.6.2-beta] - 2026-10-15 **First version with data from the device.** With 0.6.1 and a pattern using all six machines, audio did not keep up on the FM-1 (88-115 % load, dropouts), and TWO CORES made it worse (123 %). Beta: in the first test on the device, the same kind of pattern stayed around 50 %. diff --git a/docs/en/INSTALL.md b/docs/en/INSTALL.md index be972e8..d0a67c3 100644 --- a/docs/en/INSTALL.md +++ b/docs/en/INSTALL.md @@ -1,8 +1,8 @@ # Installing Bubba Machine -## Current status: beta (0.6.1-beta) +## Current status: beta (0.7.0-beta) -Bubba Machine for the FM-1 has a **full firmware, with sound**, a **diagnostic firmware** and a **web installer**. It runs on the author's FM-1, but it is a **beta**: tested on a single device and still changing a lot. **0.6.1-beta has not been tried on the device yet** (it passes the automated tests and the emulator; do not install 0.6.0-beta: it was short of RAM); if something goes wrong, go back to 0.5.0-beta or the stock firmware from the installer. Technical progress is in [`hal/fm1/README_PORT.md`](../../hal/fm1/README_PORT.md) (Spanish). +Bubba Machine for the FM-1 has a **full firmware, with sound**, a **diagnostic firmware** and a **web installer**. It runs on the author's FM-1, but it is a **beta**: tested on a single device and still changing a lot. **0.7.0-beta has not been fully tried on the device yet** (it passes the automated tests and the emulator; do not install 0.6.0-beta: it was short of RAM); if something goes wrong, go back to 0.6.2-beta or the stock firmware from the installer. Technical progress is in [`hal/fm1/README_PORT.md`](../../hal/fm1/README_PORT.md) (Spanish). > **What you save may be lost when you update.** There is no backward compatibility until v1: if a new version changes how patterns, the song, settings or takes are stored, the old data is erased on first boot and the demo comes back. If something matters to you, record it from the audio output before updating. diff --git a/docs/en/MANUAL.md b/docs/en/MANUAL.md index 89076e2..c0ccff4 100644 --- a/docs/en/MANUAL.md +++ b/docs/en/MANUAL.md @@ -6,6 +6,8 @@ Bubba Machine turns the FM-1 into a live groovebox with **six fixed machines**, The interface fits in two sentences: **four gestures per button, and they mean the same thing on every button. HOME everywhere.** +**Every machine is its own instrument.** On HOME you are at the BX-1 console. Put the cursor on a track and enter it (SEQ or EDIT): from then on **the whole FM-1 belongs to that machine**. Its keys, buttons, knobs and lights work like the real machine it is named after. **HOME is the way out**, back to the console. A global screen you open from inside a machine (TEMPO, SAVE, TIME, SCALE, SONG, SYSTEM) takes you back to that machine when you leave it. + > **The screen is in English.** Names that appear on screen are written here in CAPITALS exactly as you will see them. Other languages are packs you load from the [control platform](../../web/control.html) (see [Screen language](#screen-language)). > 0.6 changed the pattern format. **It does not read what an earlier version saved**: on first boot it erases the patterns and starts with the demo (takes are kept). @@ -16,21 +18,36 @@ The interface fits in two sentences: **four gestures per button, and they mean t |---|---|---| | **Tap** | under 300 ms | Opens its page on the track you are on. Again: the next page of the same button | | **Hold** | 300 ms or more | Its **live layer**: while you hold it, the keys do that job and the screen draws the keyboard with what each key does. Let go and you are back | -| **Hold 2 s** | 2 s without touching anything else | Its settings or its dangerous action. A ring fills at the top; touching anything cancels it. Only on HOME, SEQ, EDIT, SAVE and REC | +| **Hold 2 s** | 2 s without touching anything else | Its settings or its dangerous action. A ring fills at the top with the name of what it opens; touching anything cancels it. Only on HOME, SEQ, EDIT, SAVE and REC | | **HOME + button** | with HOME held | The **global version** of the button: for the whole project, not just the track | There are never two layers at once: with a layer open, holding another button does not open its own. -**Questions.** Anything that erases something asks first: **OCT+ = yes**, **HOME = no** (any other button also cancels). +**Questions.** Anything that erases something asks first: **OCT+ = yes**, **HOME = no** (any other button also cancels). While a question is open, only those buttons are lit: OCT+ blinks, HOME is on. + +## The lights + +The FM-1's lights are white only: they never say *what* a key or button does (the screen does), only its state. The same six levels mean the same thing on every screen: + +| Light | Keys | Buttons | +|---|---|---| +| **Off** | Does nothing here: no function, an empty instrument, outside the length | Does nothing on this screen | +| **Dim** | Available but empty, or has something but is silenced (a muted instrument or track) | Available | +| **Medium** | Has something and will play: an instrument with steps, a saved pattern, the root note | Has a special job right now (with HOME held, the ones that have a HOME + function) | +| **On** | Selected, held, active now, or **a flash on every hit** | Where you are, or a state that stays (octave shifted, note REC) | +| **Blink** | The playhead, or something queued | Needs you now: OCT+ on a question, REC capturing, HOME with a pattern or scene in the queue | +| **Breath** | A step with P-Lock, the EXIT key of a layer opened with a tap | Armed or pending: REC armed, the layer you hold, SAVE with unsaved changes (on the console), PLAY waiting for external clock | + +**PLAY** flashes on with the first beat of each bar and medium on the other beats. On the screen's key strip, an off key has a dark name, dim has a grey name with a border, medium a white name and on is filled. ## The knobs | Knob | On HOME | Inside a track | |---|---|---| -| **SELECT** | The **cursor**: picks the mixer track | The page (the tabs at the top) or the row of a list. With a step held, its accent | -| **ALGORITHM** | The **BPM** (HOME + ALGORITHM: in tenths) | The machine's **mode** (table below). On a list, it changes the highlighted value | -| **PRESETS** | The pattern | The sound: kit, patch or a sound from the bank | -| **K1-K4** | **VOL** of the cursor track · **FX SEND** (reverb) · master **FILTER** · **BEAT FX** | Whatever the four dials at the bottom say. With HOME held: BPM, swing, master length and drive | +| **SELECT** | The **cursor**: picks the mixer track | The page (its name and dots at the top) or the row of a list. With a step held, its accent | +| **ALGORITHM** | The **tempo** (HOME + ALGORITHM: in tenths) | The machine's **mode** (table below). On a list, it changes the highlighted value | +| **PRESETS** | **MOVE**: one knob that moves the whole mix (below). Patterns are on the white keys | The sound: kit, patch or a sound from the bank | +| **K1-K4** | The cursor track as a mixer strip: **LEVEL** · **FILTER** (DJ: left low-pass, right high-pass) · **DELAY** · **REVERB** | Whatever the four dials at the bottom say. With HOME held: BPM, swing, master length and drive | **Entering a track:** on HOME, SELECT moves the cursor to the track and **SEQ** or **EDIT** enter it. From any screen, **HOME + SELECT** shows a box with the target track and you enter when you let go of HOME. @@ -47,14 +64,27 @@ There are never two layers at once: with a layer open, holding another button do **Priority:** REC on a note track > held step > list > track > HOME. +**The big knobs say what they do:** the bottom line of the screen reads **SEL · ALG · PRE** with their job on that screen (for example SEL PAGE · ALG INSTR · PRE KIT), and "-" when the knob does nothing there. + +**How they feel:** +- **Turning fast speeds up** continuous values (BPM, cutoff, start); **lists move one item per click**, never skipping. +- **On/off settings:** right = on (or next), left = off. They don't wrap around. +- **MOVE, the DJ filter and PAN stop at the center** for two clicks, so 0 is easy to find. +- **SELECT goes through a page's sub-pages first** (SOUND, INSTR, PADS, ENV, MIX › DUCK), then to the next tab. +- Turning K1-K4 shows the name and value on the top line, without covering the screen; the big box is only for SELECT, ALGORITHM, PRESETS and the tempo, and it names the knob you turned. + ## The screen Four strips, always in the same place: -1. **Header:** the machine you are on (BX-1 on HOME), PLAY/REC, pattern and bar, BPM and the **audio load** (CPU). While recording notes it shows the gate they are recorded with (TIE or G75%). Also the 2 s ring and the battery. -2. **Viewport:** what each screen shows. Inside a track, its tabs on top. -3. **Keyboard:** the 11 black and 16 white keys with what each one does and the same state as its light. On SEQ **the white keys are the 16 steps**; on a note track, a mint bar marks long notes. -4. **Knobs:** K1-K4 as four dials with their value and name, in physical order. Below, what SELECT, ALGORITHM and PRESETS do on that screen. +1. **Header:** the machine you are on (BX-1 on HOME; inside a track or a screen you opened from it, "<" and its name: HOME goes back), PLAY/REC, pattern and bar and the tempo in its own yellow. + - A queued pattern reads **A01>A05**, with 4 blocks counting the beats down to the change. + - **Six tiny cells** show the tracks: their color = playing, red = muted, white = a hit, outline = solo. + - **SONG** when the song is on; a **green dot** = autosaved; "CPU!" only if the audio does not keep up; while recording notes, the gate they are recorded with (TIE or G75%). + - The 2 s ring, with the name of what it opens, and the battery. +2. **Viewport:** what each screen shows. Inside a track, the page name and one dot per page, **O+1 / O-1** when the octave is shifted and **AGAIN: ...** with what tapping the page's button again does; on HOME, BX-1's pages. The usage hints show for the first 4 seconds; **the line that says how to exit stays**. A layer opened with a tap says **LATCHED**. +3. **Keyboard:** the 11 black and 16 white keys with what each one does and the same state as its light. On SEQ **the white keys are the 16 steps**; on a note track, a mint bar marks long notes. Short fixed names: drums BD, SD, CH, OH, CP, LT...; HI / LO = the other section; O- / O+ = octave; FIL = fill; X = exit. +4. **Knobs:** K1-K4 as four dials with their value and name, in physical order; under them, what SELECT, ALGORITHM and PRESETS do. The palette: blue-black background, **cyan** for what is active, **amber** for values and the playing step, **laser red** for REC and mutes, **mint green** for long notes. A **red border** = the mix clipped. @@ -62,17 +92,17 @@ The palette: blue-black background, **cyan** for what is active, **amber** for v | Button | Tap | Again | Hold (layer) | 2 s | HOME + | |---|---|---|---|---|---| -| **HOME** | HOME: the BX-1 mixer | FADERS › SCENES › SONG | **Controller** (see below) | SYSTEM | (it is the modifier) | +| **HOME** | Inside a machine: back to the BX-1 console. On the console: MIX | MIX › FX › TEMPO › SCENES › SONG | **Controller** (see below) | SYSTEM | (it is the modifier) | | **SEQ** | The track's steps | Notes: LOOP · sampler: BREAK | **Length and speed** | TIME of the 6 tracks | Song | | **EDIT** | SOUND (BP-1: PADS) | The editor's next page | **Erase** | Sampler: TAKES · others: initial sound | Copy the track to another | | **ENV** | The machine's envelope · INSTR (drums) | The other envelope | **Accent** | — | — | -| **LFO** | The machine's LFO (B-MINI, BITTAL, BUNO-6) | — | **Repeat** (grids) · **tie** (notes) | — | — | +| **LFO** | The machine's LFO (B-MINI, BITTAL, BUNO-6). On machines without an LFO it **latches its layer**: repeat (BR-8, BP-1) or tie (BB-303, BX-7); LFO again or HOME closes it | — | **Repeat** (grids) · **tie** (notes) | — | — | | **FX** | The track's MIX | DUCK (sidechain) | **Punch-in** | — | Master FX: delay; again: reverb | | **SCL** | The track's SCALE | CHORDS | Live **chords** | — | Project scale | -| **ARP** | The track's ARP | — | **Arpeggio** (notes) · **roll** (grids) | — | — | +| **ARP** | Notes: the track's ARP. BR-8 and BP-1: the **ROLL** screen, kept open (ARP again or HOME closes it) | — | **Arpeggio** (notes) · **ROLL** while held (grids) | — | — | | **SAVE** | Save menu | Run it | **Copy pattern** | Quick save | Save as | | **GLO** | Global list | Close | **Pitch** and TAP tempo | — | — | -| **REC** | Record (on the sampler: the recorder) | Looper: overdub › play | Record only while held | Clear the track (asks) | SONG REC | +| **REC** | Record (on the sampler: the recorder) | Looper: overdub › play | Record only while held | **Erase the track at once, no question** (for live use; HOME + OCT− undoes it). Not while anything is recording, nor on RECORD or TAKES. LOOP page: erase the loop | SONG REC | | **PLAY** | Play / stop | — | — | — | Back to step 1 without stopping | | **OCT − / +** | Octave · step page · on questions OCT+ = yes | — | — | — | Undo / redo | @@ -80,13 +110,17 @@ The palette: blue-black background, **cyan** for what is active, **amber** for v The FM-1 has no SHIFT, so HOME does three jobs: -1. **The BX-1 mixer:** one row per track with its machine, its sequence (pulses for hits, mint blocks for long notes), its most used effect (DLY, REV, DCK) and its volume with the peak. At the bottom, the BEAT FX and the master filter. SELECT moves the cursor, K1-K4 mix (see the knobs table) and SEQ or EDIT enter the track. HOME again: FADERS (the six volumes), SCENES and SONG. +1. **The BX-1 mixer:** HOME is a machine of its own, with five pages: **MIX › FX › TEMPO › SCENES › SONG** (HOME again goes to the next one). MIX has one row per track with its machine, its sequence (pulses for hits, mint blocks for long notes), LP or HP when its filter is on, and its volume with the peak. SELECT moves the cursor, K1-K4 mix it (see the knobs table) and SEQ or EDIT enter that machine; HOME brings you back. 2. **A controller that follows you:** holding HOME brings the controller to any screen. You edit the bass and, without leaving, mute or queue the next pattern. 3. **Modifier:** HOME + button = its global version (table above). If you used HOME as a modifier, letting go does **not** take you to the home screen: HOME only navigates on a clean tap. -**Keys with HOME (on the HOME screen, on FADERS or while holding HOME):** +**Where a HOME tap goes:** inside a machine, to the console. On a screen you opened from a machine (GLO, HOME + FX, SAVE, TIME, SCALE, SONG, SYSTEM), back to that machine and page. On the console, to the next console page. While you hold HOME, only the buttons with a HOME + function are lit (OCT−/+ only when there is something to undo or redo), and turning PRESETS picks a pattern that loads when you let go. + +To clear a track: REC held 2 s (instant) or EDIT held + black 3 (CLR); HOME + OCT− undoes either. + +**Keys with HOME (on the HOME screen or while holding HOME):** | Key | What it does | |---|---| @@ -95,7 +129,9 @@ If you used HOME as a modifier, letting go does **not** take you to the home scr | **Black 7-10** | Launch scenes A-D | | **Black 11** | FILL while you hold it | -**BEAT FX** (K4 on HOME): one of the 16 punch-in effects stays on (stutter, reverse, tape, gate, sweeps, bitcrush…) until you turn it back to OFF. **FILTER** (K3): open in the middle; to the left, low-pass; to the right, high-pass. +**MOVE** (PRESETS on HOME): at 0 the mix is untouched. To the left the master low-pass closes and the whole mix goes into the echo (darker, more repeats); to the right the master high-pass opens and the mix washes into the reverb. It is a live control: it is not saved. The tempo box is yellow and its four blocks flash with the beat. + +**FX page** (HOME › FX): FX again goes **DELAY › REVERB › MASTER**. MASTER has the master **FILTER** (open in the middle; left low-pass, right high-pass), **BEAT FX** (one of the 16 punch-in effects stays on until you turn it back to OFF) and **DRIVE**. ## The six machines @@ -123,7 +159,7 @@ Everything is computed live; the sampler uses your takes. Until v1 each version | **BR-8** | 16 modeled instruments, each with its own **model**: BD 808, BD 909, SD 808, SD 909, HAT 808, METAL, clap, TOM (and congas), cowbell, RESON (rim, clave, block), noise or FM | TONE · TUNE · DECAY · COLOR | Kits 808, 909 and SYNTH | | **BB-303** | 303-style mono: 4-pole ladder filter, accent opens the filter, slide with TIE | CUTOFF · RESO · DECAY · ENV MOD | Saw or square | | **B-MINI** | Three oscillators (TRI, SHARK, SAW, SQUARE, WIDE, NARROW) in 32' to 2' ranges, noise, ladder filter with drive, two envelopes (CONTOUR and LOUDNESS), LFO and glide | CUTOFF · EMPHASIS · OSC TUNE · CONTOUR | 6 basses from the bank | -| **BX-7** | 6 operators (msfa, the core of Dexed); the DX7's 32 algorithms | BRIGHT · FEEDBACK · DECAY · ALGORITHM | 16 original patches and the voices of your .syx banks | +| **BX-7** | 6 operators (msfa, the core of Dexed); the DX7's 32 algorithms | BRIGHT · FEEDBACK · DECAY · ALG | 16 original patches and the voices of your .syx banks | | **BITTAL** | Two wavetable oscillators (up to 8 frames, alias-free on every note) with up to 4-voice unison, filter (LP 24/12, BP, HP or ladder) with drive, two ADSRs, LFO and 4 macros | The sound's 4 macros (their name says where they go: CUTOFF, POSITION, LFO, SPACE…) | 19 bank sounds and yours | | **BUNO-6** | One oscillator per voice (saw, pulse with PWM, sub one octave down and noise), 4-position high-pass, 24 dB resonant filter, one ADSR, delayed LFO and stereo chorus | FREQ · RES · ENV · PWM | 12 original sounds | @@ -139,7 +175,7 @@ BR-8's kicks, snares and hats are the **Plaits** models (Mutable Instruments), w - **BITTAL:** OSC 1, OSC 1 +, OSC 2, OSC 2 +, FILTER, FILTER +, AMP ENV, MOD ENV, LFO, MACRO 1 2, MACRO 3 4 and VOICE. The oscillator pages draw the table in 2.5D, with the playing frame in cyan. - **BUNO-6:** DCO, DCO +, VCF, VCF +, ENV and LFO VCA (with the chorus). -**K1-K4** change the page's 4 settings; above them, a drawing of what they do (the wave, the table, the filter curve, the envelope or the LFO). **SELECT** changes page (at the first or last one it moves to the next tab). **EDIT** again = next page. **ENV** opens the amp envelope (again: the filter one). **LFO** opens the LFO. The macros (K1-K4 on SEQ) take P-Locks per note. +On **BX-7** and **BB-303**, SOUND's K1-K3 are the same as on SEQ and K4 is ACCENT. Elsewhere, **K1-K4** change the page's 4 settings; above them, a drawing of what they do (the wave, the table, the filter curve, the envelope or the LFO). **SELECT** changes page (at the first or last one it moves to the next tab). **EDIT** again = next page. **ENV** opens the amp envelope (again: the filter one). **LFO** opens the LFO. The macros (K1-K4 on SEQ) take P-Locks per note. ### BX-7: the algorithm @@ -158,15 +194,29 @@ The SEQ screen is a matrix: 16 instruments × the 16 steps of the page. Each lin | **White keys** | Steps of the selected instrument: tap = set or clear | | **Black 1-8** | Select (and play) an instrument of the section | | **Black 9** | Switch section (1-8 / 9-16) | -| **Black 10** | **MUTES** screen: a tap keeps it open (white keys mute or unmute each instrument; leave with black 10 or HOME); hold = only while held. A muted instrument turns red | -| **Black 11** | **FILL** screen: while open the fill plays and the white keys set a hit **only for the fill** (again: removes it). K1 = automatic fill (every 2, 4 or 8 bars). Tap = stays open; hold = only while held | +| **Black 10** | **MUTES** screen: a tap keeps it open (white keys mute or unmute each instrument; leave with black 10 or HOME); hold = only while held. **Only instruments with steps are lit:** medium and flashing on every hit = plays, dim = muted, off = empty. On screen a muted instrument turns red. The knobs keep their SEQ jobs | +| **Black 11** | **FILL** screen: while open the fill plays and the white keys set a hit **only for the fill** (again: removes it; on = fill only, medium = normal, dim = not in the fill). K1 = automatic fill (every 2, 4 or 8 bars). Tap = stays open; hold = only while held. The fill stops when the screen closes | | **OCT − / +** | Page | -**Hold a step + turn:** K1-K4 = P-Lock of TONE, TUNE, DECAY or START on that step only · SELECT = accent · ALGORITHM = repeat ×1 to ×4 or FLAM · PRESETS = condition (ALWAYS, FILL ONLY, NO FILL). +**Hold a step + turn:** K1-K4 = P-Lock of TONE, TUNE, DECAY or COLOR on that step only · SELECT = accent · ALGORITHM = repeat ×1 to ×4 or FLAM · PRESETS = condition (ALWAYS, FILL ONLY, NO FILL). **INSTR** (EDIT again, or ENV): level, tuning, decay and **line length** of each instrument. For example, a 12-step hi-hat against a 16-step kick. -**SOUND:** the kit's 16 pads; K1-K3 = tone, tuning and decay, K4 = how much the accent stands out. +**SOUND:** the kit's 16 pads; K1-K3 = tone, tuning and decay, K4 = COLOR (shifts each instrument's color). Changing the kit with PRESETS can be undone (HOME + OCT−). + +### ROLL (ARP) + +Like a drum machine's roll button. A tap on **ARP** keeps the screen open (ARP again or HOME closes it); holding ARP shows it only while held. + +| Control | Does | +|---|---| +| **White keys** | The 16 instruments: hold one and it rolls, locked to the bar. Lit medium if it has steps, dim if empty; every hit flashes | +| **Black 1-6** | Rate: 1/8, 1/16, 1/32 and their triplets (8T, 16T, 32T) | +| **Black 7 · 8** | **CRESC** (the roll gets louder) · **DECRESC** (it fades) | +| **Black 11** | The fill plays while held: FILL + ROLL for the build-up | +| **K1-K4** | **RATE** · ramp length of the crescendo (1/4 to 2 bars) · **SWING** (50-75 %) · **TAIL** (the roll keeps going after you let go: OFF, 1/16, 1/8, 1/4) | + +With **REC** on, the roll is written into the steps as repeats; with a crescendo, the loud hits become accents. The settings are live: they are not saved. ## Pad sampler (BP-1) @@ -194,7 +244,7 @@ Just like the drums: one line per pad, 8 on screen. Each pad has its own length. | **K1-K4** | **FILTER** (low-pass) · **PITCH** (±12 semitones) · **DECAY** · **START** (shifts the start of every pad) | | **Held step + K1-K4** | P-Lock on that step: a pad higher, shorter or from further in, only there | -The layers work as on the drums: accent, repeat, erase, roll (ARP held) and per-line lengths in TIME. +The layers work as on the drums: accent, repeat, erase, **ROLL** (ARP; the white keys are the pads) and per-line lengths in TIME. Inside ROLL, REC records what you play into the pattern, not a sample. ### PADS (EDIT): each pad's editor @@ -253,8 +303,8 @@ Recording, keeping and building the kit are separate steps. 1. **RECORD:** REC on T2 opens the recorder **armed** (on PADS, REC records what you play into the grid). It starts at the next bar (K1 = START: BAR or NOW). A big number says the seconds **left**: the smaller of the recording RAM (3 s) and the free take memory. White lines mark how many bars fit and the amber one is the limit. REC again = stop; it also stops by itself at the limit. Holding REC on the recorder records only while held. - Below the number: the free take memory in seconds and KB, and the maximum per take (3 s). - While recording **the keys are silent** and the delay and buffer-based punch-ins pause (they share the memory). - - The take stays **UNSAVED**: the white keys play it in 16 parts. **It is saved when you stop** the transport, because writing flash stops the audio, and if the kit was empty, it builds it. HOME = discard. -2. **TAKES** (EDIT 2 s on T2, or the tab): the library, with the waveform of the marked take. ALGORITHM picks; K1-K3 = the take's BPM, bars and gain; white keys play it in 16 parts (held: it keeps going). **N1** = kit on the hits, **N2** = 16 equal parts, **N3** = 8, **N4** = the whole take on the selected pad, **N11** = delete (asks; its pads become empty). If the kit already has pads, building a new one asks. A yellow dot = the kit uses that take. + - The take stays **UNSAVED**: the white keys play it in 16 parts. **It is saved when you stop** the transport, because writing flash stops the audio, and if the kit was empty, it builds it. HOME asks before discarding it (OCT+ = discard; HOME = keep it and go to the console). +2. **TAKES** (EDIT 2 s on T2, or the tab): the library, with the waveform of the marked take. ALGORITHM picks; K1-K3 = the take's BPM, bars and gain; white keys play it in 16 parts (held: it keeps going). **Black 1 (HIT)** = kit on the hits, **black 2 (16)** = 16 equal parts, **black 3 (8)** = 8, **black 4 (PAD)** = the whole take on the selected pad, **black 11 (DEL)** = delete (asks; its pads become empty). If the kit already has pads, building a new one asks. A yellow dot = the kit uses that take. **How much fits:** up to **6 s of takes in total** (8 bits at 16 kHz = 16 KB per second, up to 3 s per take). They live in the 100 KiB flash zone shared with your bank sounds: takes from the bottom and sounds from the top. TAKES shows what is free of the 6 s and how many of your sounds are on top; the [control platform](../../web/control.html) shows all the memory and warns before it fills up. @@ -278,20 +328,20 @@ With **REC** on a note track, what you play stays as you played it: ## The layers (hold) -While you hold, the screen draws the keyboard with what each key does and its LEDs. The sequence keeps playing. +While you hold, the screen draws the keyboard with what each key does and its LEDs; on the drums it shows the 16 instruments. Only the buttons that do something in the layer stay lit. The sequence keeps playing. | Hold | Layer | The keys | |---|---|---| | **HOME** | Controller | White = queue pattern · black 1-6 = mute / solo · 7-10 = scenes · 11 = FILL. SELECT = go to a track when you let go · ALGORITHM = BPM in tenths | -| **SEQ** | Length and speed | White = track length (1-16; OCT−/+ = 17-64) · black 1-6 = speed ×2 to ×1/4 · black 7-10 = 1-4 bars | +| **SEQ** | Length and speed | White = track length (1-16; OCT−/+ = 17-64): the length is on, inside it medium, outside dim · black 1-6 = speed ×2 to ×1/4 · black 7-10 = 1-4 bars (1BR-4BR) | | **EDIT** | Erase | Playing: holding a white key erases what passes under the playhead; stopped: erases the line or the step · black 1-3 = copy, paste, clear the track · sampler: black 4 = CAPT (what BREAK does goes into the grid) · OCT−/+ = undo / redo | | **ENV** | Accent | White = accent on / off (empty step = new one with accent; on notes: NORMAL › ACCENT › GHOST). K1 = how much accent | -| **LFO** | Repeat · tie | Grids: white = ×1 › ×2 › ×3 › ×4 › FLAM. Notes: white = tie the note to the next one (K1 = glide) | +| **LFO** | Repeat · tie | Grids: white = ×1 › ×2 › ×3 › ×4 › FLAM. Notes: white = tie the note to the next one (K1 = glide). On machines without an LFO page a tap on LFO keeps this layer open | | **FX** | Punch-in | White = 16 effects quantized to 1/16 · black 1-6 still mute | | **SCL** | Chords | White = 16 chords · black 1-4 = +7, +9, SUS2, SUS4 | -| **ARP** | Arpeggio · roll | Notes: what you play is arpeggiated · grids: white = roll that instrument or pad (K1 = rate; with REC it is recorded as repeats) | +| **ARP** | Arpeggio · ROLL | Notes: what you play is arpeggiated · grids: the ROLL screen (see Drums): white = roll, black 1-6 = rate, 7-8 = CRESC / DECRESC, 11 = FILL; with REC it is recorded as repeats | | **SAVE** | Copy pattern | White = paste the pattern there · black (1-6) + white = only that track. If the target has notes, it asks | -| **GLO** | Pitch | The whole keyboard transposes the project (C4 = 0) · **PLAY = TAP tempo** without stopping | +| **GLO** | Pitch | The whole keyboard transposes the project (C4 = 0) · **PLAY = TAP tempo** without stopping · K1 = BPM, K2 = SWING, K3 = transpose, K4 = octave | ## Time (SEQ 2 s) @@ -308,16 +358,16 @@ The **master length** (HOME + K3: 16, 32, 48, 64, 128 or INF) restarts all track **SCENES** (HOME, HOME, HOME): a scene = pattern + mutes. White 1-4 launch A-D at the next master cycle (when stopped: right away); 5-8 store what is playing into A-D; hold one of 1-4 and tap others for a **chain**. From any screen, with HOME, black 7-10 also launch them. **REC** on SCENES (or HOME + REC) = SONG REC. -**SONG** (HOME + SEQ): a white key adds a pattern, black 9 deletes; K1 = step, K2 = repeats, K4 = song ON/OFF. +**SONG** (HOME + SEQ): a white key adds a pattern (01-16; the ones with notes are medium), black 9 (DEL) deletes; K1 = step, K2 = repeats, K4 = song ON/OFF. ## Effects - **Each track's MIX** (FX): level, pan, **delay** send and **reverb** send. FX again: **duck** (sidechain from the T1 kick). - **BUNO-6** has its own stereo **chorus** (I, II or I+II, with ALGORITHM). BITTAL's **SPACE** macro adds reverb send. - **HOME + FX:** the delay (time, feedback, mix; up to 0.80 s, so 1/4 gets shorter below 75 BPM) and the sidechain release. HOME + FX again: the **reverb** (size, damping, mix). -- **On HOME:** the **master filter** (K3) and **BEAT FX** (K4). +- **On HOME:** each track's **filter** (K2) and **MOVE** (PRESETS). The **master filter**, **BEAT FX** and **DRIVE** are on HOME › FX › MASTER. - **FX held:** 16 punch-ins (stutter, reverse, tape stop, gate, sweeps, bitcrush, SR down, delay throw, echo freeze, kill low/high). -- **DRIVE** (HOME + K4): saturation of the mix. +- **DRIVE** (HOME › FX › MASTER, or HOME + K4): saturation of the mix. ## Saving @@ -328,7 +378,7 @@ The **master length** (HOME + K3: 16, 32, 48, 64, 128 or INF) restarts all track ## System (HOME 2 s) -Internal or external clock · Split Sync (L = pulse, R = mono mix) · pulse PPQN and latency · autosave · idle LED brightness · **FAST SCREEN** (test, off by default) and **TWO CORES** (test, off by default) · takes, sounds and free memory · **LANGUAGE** · version. +Internal or external clock · Split Sync (L = pulse, R = mono mix) · pulse PPQN and latency · autosave · idle **button** brightness (OFF, DIM or MEDIUM; the keys are not affected) · **FAST SCREEN** (test, off by default) and **TWO CORES** (test, off by default) · takes, sounds and free memory · **LANGUAGE** · version. **The two tests:** **FAST SCREEN** raises the screen's SPI to 30 MHz (measured: a full frame goes from 85 to 39 ms). **TWO CORES** computes T4-T6 on the FM-1's second core (on the computer it gives exactly the same samples). Since 0.6.2 the second core works through an interrupt: the first time you turn it on it is checked to answer, and if it does not answer or is late, it goes on with one. They are being tested: if the FM-1 hangs or boots into safe mode, both switch themselves off. The control platform says whether TWO CORES is on and which core ran the second job. diff --git a/hal/fm1/fm1_cpu1.c b/hal/fm1/fm1_cpu1.c index cae7ae3..4ce2fae 100644 --- a/hal/fm1/fm1_cpu1.c +++ b/hal/fm1/fm1_cpu1.c @@ -29,8 +29,16 @@ void fm1_log(const char *s); -#define C1_SOFT 2u /* IRQ_SOFT2 */ -#define C1_IDX (IRQ_SOFT0_IDX + C1_SOFT) +/* Una interrupción por núcleo: IRQ_SOFT2 habilitada solo en el 0 e IRQ_SOFT3 solo en el 1. Cada + * IRQ_SOFTn es un único pendiente, el bit n de ILAT_SET (0x1EEF1A0), y la toma el núcleo que la tiene + * habilitada. Así lo hace el sistema del SDK (vPortYield, OS_ClrPending: bit 7 - núcleo, SOFT7 y + * SOFT6 para cambiar de tarea). Con una sola registrada en los dos núcleos la tomaba el que la pedía + * (medido en 0.6.3: casi todos los trabajos en serie). */ +#define C1_SOFT 2u /* IRQ_SOFT2 + núcleo */ +#define C1_IDX(c) (IRQ_SOFT0_IDX + C1_SOFT + (c)) +#define C1_BIT(c) (1u << (C1_SOFT + (c))) +#define C1_ILAT_SET (*(volatile uint32_t *)0x1EEF1A0u) +#define C1_ILAT_CLR (*(volatile uint32_t *)0x1EEF1A4u) #define C1_PRIO 1 /* bajo: lo del sistema en el núcleo 1 puede interrumpirla */ #define C1_SYNC() __asm__ volatile("csync" ::: "memory") #define C1_CHECK(fn, arg, job) ((uint32_t)(uintptr_t)(fn) ^ (arg) ^ (job) * 0x9E3779B1u) @@ -40,18 +48,22 @@ typedef struct { volatile uint32_t job, arg; /* núcleo 0: job + 1 entrega fn(arg) */ void (*volatile fn)(uint32_t); volatile uint32_t check; - uint32_t pad0[12]; + volatile uint32_t sesion; /* núcleo 0: render en curso (0 = ninguno) */ + volatile uint32_t desde; /* el núcleo del que pide (el del audio, ahora) */ + uint32_t pad0[10]; volatile uint32_t done, cpu, bad; /* núcleo 1: el último trabajo terminado */ - uint32_t pad1[13]; + volatile uint32_t dentro, dentro_cpu; /* núcleo 1: la sesión en la que gira, y dónde */ + volatile uint32_t mismo; /* trabajos que corrieron en el núcleo del que pidió */ + uint32_t pad1[10]; } c1_mb_t; static c1_mb_t mb __attribute__((aligned(64))); -static uint32_t bit; /* el bit de ILAT_SET que levanta IRQ_SOFT2 */ static volatile uint8_t modo; /* FM1_C1_* */ +volatile uint8_t fm1_c1_trabajo[2]; /* el núcleo está dentro de un trabajo (para la huella de una falla) */ static uint32_t espera_max; /* ticks del barrido */ -static ___interrupt void c1_isr(void) +/* el trabajo pendiente, si hay uno y el buzón se leyó bien (en RAM, como el giro) */ +SEC_USED(.volatile_ram_code) static void c1_uno(void) { - q32DSP(current_cpu_id())->ILAT_CLR = bit; C1_SYNC(); uint32_t job = mb.job; if (job == mb.done) /* nada nuevo (una interrupción repetida) */ @@ -63,26 +75,80 @@ static ___interrupt void c1_isr(void) C1_SYNC(); return; } - if (fn) + if (fn) { + fm1_c1_trabajo[current_cpu_id() & 1] = 1; fn(arg); + fm1_c1_trabajo[current_cpu_id() & 1] = 0; + } mb.cpu = current_cpu_id(); + if (mb.cpu == mb.desde) /* en serie: el que pidió está esperando aquí mismo */ + mb.mismo++; C1_SYNC(); mb.done = job; C1_SYNC(); } +/* Sesión (0.6.3): durante un render, el núcleo 1 no sale de la interrupción. Hace el primer trabajo + * y se queda girando por los siguientes hasta que el núcleo 0 cierra la sesión, como el bucle de + * Felucca y X0X. Cada traspaso cuesta un csync en vez de una interrupción (un render tiene ~6, uno + * por tramo de 64 muestras y por paso del secuenciador). Las tareas del núcleo 1 (la pantalla) + * siguen entre renders. Si en ~C1_GIRO vueltas no llega nada, sale solo. + * + * El giro va en RAM y no lee ningún reloj (como el bucle de Felucca, .c1_text): la primera versión + * giraba desde la flash y leía el temporizador en cada vuelta, y el núcleo 0 tardaba hasta 20 veces + * más en su render (medido: 2137 %). */ +#define C1_GIRO 80000u /* ~6 ms (medido: 2 000 000 vueltas = ~145 ms) */ + +SEC_USED(.volatile_ram_code) static ___interrupt void c1_isr(void) +{ + C1_ILAT_CLR = C1_BIT(current_cpu_id()); + c1_uno(); + C1_SYNC(); + uint32_t s = mb.sesion; + if (!s) + return; + mb.dentro_cpu = (uint32_t)current_cpu_id(); + mb.dentro = s; + C1_SYNC(); + for (uint32_t v = 0; v < C1_GIRO; v++) { + C1_SYNC(); + if (mb.sesion != s || mb.desde == mb.dentro_cpu) /* cerrada, o el audio se mudó a este núcleo */ + break; + if (mb.job != mb.done) { + c1_uno(); + v = 0; + } + } + mb.dentro = 0; + C1_SYNC(); + c1_uno(); /* uno que llegó justo al salir */ +} + +/* abre (id != 0) o cierra (0) la sesión de un render */ +void fm1_cpu1_sesion(uint32_t id) +{ + mb.sesion = id; + C1_SYNC(); +} + int fm1_cpu1_run(void (*fn)(uint32_t), uint32_t arg) { if (modo != FM1_C1_LISTO && modo != FM1_C1_PRUEBA) return 0; + /* La tarea del audio no tiene núcleo fijo (el planificador del SDK la mueve): el trabajo va al + * otro, el que no la está corriendo. En 0.6.2 iba siempre al 1 y, con el audio ahí, se hacía en + * serie dentro de su propia interrupción (o, girando, esperaba a un render que no avanzaba). */ + uint32_t yo = (uint32_t)current_cpu_id(), otro = yo ^ 1u; uint32_t job = mb.job + 1u; + mb.desde = yo; mb.fn = fn; mb.arg = arg; mb.check = C1_CHECK(fn, arg, job); C1_SYNC(); mb.job = job; C1_SYNC(); - q32DSP(1)->ILAT_SET = bit; + if (!(mb.sesion && mb.dentro == mb.sesion && mb.dentro_cpu == otro)) /* si ya gira allá, lo ve solo */ + C1_ILAT_SET = C1_BIT(otro); return 1; } @@ -93,6 +159,18 @@ static void dejar(uint8_t por, const char *msg) fm1_log(msg); } +/* hasta `vueltas` mirando si terminó, en RAM y sin tocar la flash ni el reloj: el otro núcleo + * está calculando desde la flash y no hay que quitarle el bus */ +SEC_USED(.volatile_ram_code) static int c1_listo(uint32_t vueltas) +{ + for (uint32_t v = 0; v < vueltas; v++) { + C1_SYNC(); + if (mb.done == mb.job || mb.bad) + return 1; + } + return 0; +} + /* 0 = terminó; -1 = no contestó en `us` o leyó mal: desde ahora un núcleo (si el trabajo sigue * corriendo en el núcleo 1, el que llama no debe tocar lo suyo hasta que termine: fm1_cpu1_idle) */ int fm1_cpu1_wait(uint32_t us) @@ -100,10 +178,13 @@ int fm1_cpu1_wait(uint32_t us) uint32_t hz = fm1_scan_ticks_hz(), t0 = fm1_scan_now_ticks(); uint32_t lim = hz ? us * (hz / 1000000u) : 0; for (uint32_t vueltas = 0;; vueltas++) { + c1_listo(2000u); C1_SYNC(); if (mb.done == mb.job) { uint32_t d = fm1_scan_now_ticks() - t0; - if (d > espera_max) { + /* leído desde otro núcleo, el reloj del barrido puede ir un pelo atrás y la resta da la + * vuelta (la consola mostró 71 s): eso no es una espera */ + if (d > espera_max && (!hz || d < hz)) { espera_max = d; fm1_stat[FM1_STAT_PAR_ESPERA_MAX] = hz ? d / (hz / 1000000u) : 0; } @@ -113,7 +194,10 @@ int fm1_cpu1_wait(uint32_t us) if (modo == FM1_C1_LISTO) dejar(FM1_C1_LEYO_MAL, "nucleo 1: leyo mal un trabajo, sigo con uno"); return -1; } - if (hz ? fm1_scan_now_ticks() - t0 > lim : vueltas > us * 64u) { + uint32_t d = fm1_scan_now_ticks() - t0; + if (d >= 0x80000000u) /* el reloj, leído desde otro núcleo, un pelo atrás */ + d = 0; + if (hz ? d > lim : vueltas > us / 16u) { if (modo == FM1_C1_LISTO) dejar(FM1_C1_TARDE, "nucleo 1: no contesto a tiempo, sigo con uno"); return -1; } @@ -124,46 +208,50 @@ int fm1_cpu1_wait(uint32_t us) int fm1_cpu1_idle(void) { C1_SYNC(); return mb.done == mb.job; } int fm1_cpu1_ok(void) { return modo == FM1_C1_LISTO; } int fm1_cpu1_cpu(void) { return (int)mb.cpu; } +uint32_t fm1_cpu1_mismo(void) { return mb.mismo; } -static char *hex(char *p, uint32_t v) +static char *num(char *p, uint32_t v) { - for (int i = 28; i >= 0; i -= 4) *p++ = "0123456789ABCDEF"[(v >> i) & 15u]; + char t[10]; int n = 0; + do { t[n++] = (char)('0' + v % 10u); v /= 10u; } while (v); + while (n) *p++ = t[--n]; return p; } -/* Registra la interrupción en el núcleo 1 y prueba los dos bits posibles con un trabajo vacío. - * Con el bit equivocado, en el banco del núcleo 1 no se levanta nada que esté habilitado (la 5 es - * del núcleo 0). Va con el barrido andando: mide el tiempo con él. */ +static char *txt(char *p, const char *s) { while (*s) *p++ = *s++; return p; } + +/* Registra una interrupción en cada núcleo y prueba con 32 trabajos vacíos que vayan al otro (el + * que pide puede cambiar de núcleo entre trabajo y trabajo: cuenta los de cada lado). Va con el + * barrido andando: mide el tiempo con él. */ int fm1_cpu1_init(void) { - static const uint32_t CAND[2] = {1u << C1_SOFT, 1u << (7u - C1_SOFT)}; - char l[64], *p; + char l[80], *p; if (modo == FM1_C1_LISTO) return 0; - p = l; - for (const char *s = "nucleo 1: vector SOFT2 antes 0x"; *s; s++) *p++ = *s; - p = hex(p, *(volatile uint32_t *)(ISR_ENTRY + 4u * C1_IDX)); - *p = 0; - fm1_log(l); - request_irq(C1_IDX, C1_PRIO, c1_isr, 1); - for (int k = 0; k < 2; k++) { - bit = CAND[k]; - modo = FM1_C1_PRUEBA; - mb.bad = 0; + request_irq(C1_IDX(0), C1_PRIO, c1_isr, 0); + request_irq(C1_IDX(1), C1_PRIO, c1_isr, 1); + modo = FM1_C1_PRUEBA; + mb.bad = 0; + uint32_t bien = 0, serie = 0, en[2] = {0, 0}; + for (int k = 0; k < 32; k++) { mb.cpu = 0xFFu; fm1_cpu1_run(NULL, 0); - if (fm1_cpu1_wait(2000u) == 0 && mb.cpu == 1u) { - modo = FM1_C1_LISTO; - fm1_stat[FM1_STAT_PAR_MODO] = FM1_C1_LISTO; - p = l; - for (const char *s = "nucleo 1: listo, ILAT bit 0x"; *s; s++) *p++ = *s; - p = hex(p, bit); - *p = 0; - fm1_log(l); - return 0; - } - q32DSP(1)->ILAT_CLR = bit; - mb.done = mb.job; /* el trabajo de prueba se descarta */ + if (fm1_cpu1_wait(2000u) != 0) + break; + if (mb.cpu > 1u) continue; + en[mb.cpu]++; + if (mb.cpu != mb.desde) bien++; else serie++; + } + p = txt(l, "nucleo 1: prueba, al otro "); p = num(p, bien); p = txt(p, ", en serie "); p = num(p, serie); + p = txt(p, " (nucleo 0: "); p = num(p, en[0]); p = txt(p, ", nucleo 1: "); p = num(p, en[1]); p = txt(p, ")"); + *p = 0; + fm1_log(l); + C1_ILAT_CLR = C1_BIT(0) | C1_BIT(1); + mb.done = mb.job; /* si quedó uno colgado, se descarta */ + if (bien >= 24u) { + modo = FM1_C1_LISTO; + fm1_stat[FM1_STAT_PAR_MODO] = FM1_C1_LISTO; + return 0; } modo = FM1_C1_NO; fm1_stat[FM1_STAT_PAR_MODO] = FM1_C1_NO; diff --git a/hal/fm1/fm1_flash.c b/hal/fm1/fm1_flash.c index 11dc859..39455ed 100644 --- a/hal/fm1/fm1_flash.c +++ b/hal/fm1/fm1_flash.c @@ -27,6 +27,8 @@ static int abierta; * Bubba sonando se colgaba a veces justo ahí (registro de arranques: cada cuelgue en la escritura * siguiente). Por eso se pausan antes y se reanudan después, como hacen Felucca y X0X. */ __attribute__((weak)) void fm1_quiet(int on) { (void)on; } +__attribute__((weak)) volatile uint8_t fm1_c1_trabajo[2]; /* el diagnóstico no reparte el audio */ +__attribute__((weak)) volatile uint8_t bm_ui_paso; /* ni dibuja las pantallas de Bubba */ __attribute__((weak)) void fm1_miga(const char *c) { (void)c; } __attribute__((weak)) void fm1_paso(const char *c) { (void)c; } diff --git a/hal/fm1/fm1_hw.h b/hal/fm1/fm1_hw.h index fc42b36..9ed1857 100644 --- a/hal/fm1/fm1_hw.h +++ b/hal/fm1/fm1_hw.h @@ -65,7 +65,8 @@ void fm1_quiet(int on); void fm1_miga(const char *c); /* paso actual, en una esquina de la pantalla */ void fm1_paso(const char *c); /* sub-paso (sin dibujar): dentro de la pantalla, la flash… */ void fm1_latido(void); /* el bucle principal sigue vivo */ -void fm1_perro(int on); /* perro guardián del bucle (apagado en actualizaciones) */ +int fm1_perro(int on); /* perro guardián del bucle (apagado en actualizaciones); devuelve cómo estaba */ +int fm1_excepcion_previa(uint32_t *pc, uint8_t *cpu_emu, uint8_t *dbg); /* una falla del procesador antes de arrancar */ int fm1_cuelgue_previo(char out[5]); /* lo que anotó el perro antes de reiniciar, 0 si nada */ void fm1_boot_note(const char c[4]); /* anota 4 caracteres en el registro de este arranque */ /* pausa barrido y audio mientras se escribe la flash */ /* la zona de datos se lee sin descifrar por XIP */ int fm1_flash_read(uint32_t a, void *d, uint32_t n); @@ -130,6 +131,8 @@ enum { FM1_STAT_PAR_CPU, FM1_STAT_FRENO, /* voces apagadas por el freno (audio pasado del 85 %) */ FM1_STAT_PAR_MODO, FM1_STAT_PAR_ESPERA_MAX, /* núcleo 1: FM1_C1_*, la espera más larga en µs */ + FM1_STAT_PAR_MASK, FM1_STAT_CARGA0, FM1_STAT_CARGA1, /* el reparto y lo que estima para cada núcleo, en µs */ + FM1_STAT_PAR_MISMO, /* trabajos que corrieron en el núcleo del audio */ FM1_STAT_N }; @@ -141,6 +144,8 @@ int fm1_cpu1_wait(uint32_t us); /* 0 = terminó; -1 = desde int fm1_cpu1_idle(void); /* el último trabajo terminó */ int fm1_cpu1_ok(void); int fm1_cpu1_cpu(void); /* núcleo que hizo el último trabajo */ +void fm1_cpu1_sesion(uint32_t id); +uint32_t fm1_cpu1_mismo(void); /* trabajos que corrieron en serie (debería ser 0) */ /* render en curso: el núcleo 1 gira esperando trabajos */ extern volatile uint32_t fm1_stat[FM1_STAT_N]; /* tiempos en microsegundos */ void fm1_consola(const uint8_t *sysex, uint32_t n); void fm1_log(const char *s); /* registro de texto en RAM (consola: log) */ diff --git a/hal/fm1/fm1_main.c b/hal/fm1/fm1_main.c index b7d958a..fd0e90b 100644 --- a/hal/fm1/fm1_main.c +++ b/hal/fm1/fm1_main.c @@ -57,24 +57,46 @@ static bm_screen scr; /* pantallas propias: modo seguro y static const uint8_t ENC_ROLE[7] = {ENC_SELECT, ENC_ALGO, ENC_K1, ENC_K2, ENC_K3, ENC_K4, ENC_PRESETS}; /* ------------------------------------------------------------------ audio */ -/* Freno de voces: si el bloque anterior usó más del 85 % de su tiempo, se apaga (con su fade de - * 2 ms) la voz del pool que menos suena, una cada 4 bloques mientras siga pasado. Mejor perder una - * voz que cortar todo el audio (0.6.1 en el aparato: 105-123 % con un patrón de seis máquinas). +/* Freno de voces: si el bloque anterior estuvo a punto de pasarse (95 %) o el promedio sostenido + * pasa del 85 %, se apaga (con su fade de 2 ms) la voz del pool que menos suena, una cada 4 bloques + * mientras siga así. Mejor perder una voz que cortar todo el audio (0.6.1 en el aparato: 105-123 % + * con un patrón de seis máquinas). En 0.6.2 bastaba un bloque al 85 %: con el promedio en ~57 % los + * picos de los pasos con muchas notas apagaban ~1 voz por segundo y se comían el pad de BUNO-6. * Va antes del render: el otro núcleo todavía no está tocando las voces. */ -#define FRENO_PCT 85u +#define FRENO_PICO 95u +#define FRENO_PROM 85u #define FRENO_CADA 4u +static volatile uint8_t par_sesion = 1; /* el núcleo 1 gira durante cada render (lab 36 lo apaga) */ +static volatile uint16_t lab_par; /* lab 36: 0x100 | arg, se aplica al empezar un render */ + static void render(int32_t *lr, uint32_t frames) { - static uint32_t n, freno_n; + static uint32_t n, freno_n, ses; uint32_t budget = fm1_stat[FM1_STAT_BUDGET]; n++; - if (budget && fm1_stat[FM1_STAT_RENDER_LAST] * 100u > budget * FRENO_PCT && n - freno_n >= FRENO_CADA) { + if (budget && n - freno_n >= FRENO_CADA && + (fm1_stat[FM1_STAT_RENDER_LAST] * 100u > budget * FRENO_PICO || + fm1_stat[FM1_STAT_RENDER_AVG] * 100u > budget * FRENO_PROM)) { bm_audio_overload(&app.ctx); freno_n = n; fm1_stat[FM1_STAT_FRENO]++; } + if (lab_par) { /* entre renders: ningún núcleo está calculando */ + uint8_t a = (uint8_t)lab_par; + lab_par = 0; + par_sesion = !(a & 0x80u); + app.ctx.par_auto = (uint8_t)((a >> 6) & 1u); + if (!app.ctx.par_auto) app.ctx.par_mask = a & 0x3Fu; + } + int sesion = app.ctx.par_on && par_sesion; + if (sesion) { + if (++ses == 0) ses = 1; + fm1_cpu1_sesion(ses); + } bm_app_audio(&app, lr, frames); + if (sesion) + fm1_cpu1_sesion(0); /* el codec toma los 24 bits de abajo de cada palabra, con signo (dato de Felucca: Q15 * 2^7, * audio.c). Antes se corrían 8 bits hacia arriba y en el aparato sonaba como una alarma. */ for (uint32_t i = 0; i < frames * 2u; i++) { @@ -125,7 +147,9 @@ static void par_init(void) probado = 1; if (fm1_cpu1_init() != 0) return; app.ctx.par_go = par_go; app.ctx.par_wait = par_wait; app.ctx.par_user = NULL; - app.ctx.par_mask = 0x38; /* T4 BX-7, T5 BITTAL, T6 BUNO-6 */ + app.ctx.par_mask = 0x38; /* para empezar T4-T6; después se ajusta solo (bm_audio_par_pick) */ + app.ctx.now = fm1_scan_now_ticks; + app.ctx.par_auto = 1; par_ok = 1; } @@ -543,9 +567,11 @@ int fm1_lab(int cmd, int arg) os_time_dly(2); } { - fm1_perro(0); /* una prueba larga no es un cuelgue */ + /* una prueba larga no es un cuelgue; al terminar, el perro vuelve a como estaba: en el modo + * seguro está apagado (nadie late) y prenderlo reiniciaba el chip a los 3 s (0.6.2) */ + int era = fm1_perro(0); int r = fm1_bench(cmd, arg); - fm1_perro(1); + fm1_perro(era); return r; } case 7: /* pulsar un botón (0..13) como si fuera la mano */ @@ -589,6 +615,12 @@ int fm1_lab(int cmd, int arg) lab_trk_t = -1; return 0; } + case 36: /* reparto a mano: bits 0-5 canales al núcleo 1, bit 6 automático, */ + if (modo != FM1_BOOT_NORMAL) /* bit 7 sin sesión (el núcleo 1 sale después de cada trabajo) */ + return -1; + log_num("lab: reparto ", (uint32_t)arg, ""); + lab_par = (uint16_t)(0x100u | (arg & 0xFFu)); + return 0; case 29: lab_set = arg; return 0; /* 29 canal*64 + byte de bm_track, luego 31 valor */ case 31: { int t = lab_set >> 6, off = lab_set & 63; @@ -699,6 +731,30 @@ static void bubba_task(void *p) adc_add_sample_ch(FM1_ADC_MASTER); adc_add_sample_ch(FM1_ADC_BATT); fm1_boot_stage(E_PANTALLA); + { + uint32_t pc; uint8_t ce, db; + if (fm1_excepcion_previa(&pc, &ce, &db)) { /* antes que el perro: comparten los 8 bytes */ + cuelgue = 1; + char l[96], *p = l; + static const char H[] = "0123456789ABCDEF"; + static const char *const TK[8] = {"?", "bubba", "audio", "app_core", "sys_event", "timer", "-", "otra"}; + uint32_t eb = (ce >> 2) & 31u, dbb = db & 31u; + const char *s = "falla: nucleo "; + while (*s) *p++ = *s++; + *p++ = (char)('0' + (ce & 1u)); + s = (ce & 0x80u) ? " RETI 0x" : " PC 0x"; while (*s) *p++ = *s++; + for (int i = 28; i >= 0; i -= 4) *p++ = H[(pc >> i) & 15u]; + s = " MIGA "; while (*s) *p++ = *s++; + *p++ = (char)('0' + eb / 10u); *p++ = (char)('0' + eb % 10u); + s = " DBG "; while (*s) *p++ = *s++; + *p++ = (char)('0' + dbb / 10u); *p++ = (char)('0' + dbb % 10u); + s = " tarea "; while (*s) *p++ = *s++; + s = TK[db >> 5]; while (*s) *p++ = *s++; + if (ce & 2u) { s = " (reparto)"; while (*s) *p++ = *s++; } + *p = 0; + fm1_log(l); + } + } { char c[5]; if (fm1_cuelgue_previo(c)) { @@ -791,6 +847,14 @@ static void bubba_task(void *p) if (app.set.dual_core && !sin_audio) par_init(); app.ctx.par_on = (uint8_t)(par_ok && app.set.dual_core && !sin_audio); + if (par_ok) { /* para la consola: el reparto y la carga estimada de cada núcleo */ + uint32_t mhz = fm1_scan_ticks_hz() / 1000000u, l0 = app.ctx.cost_over, l1 = 0, m = app.ctx.par_on ? app.ctx.par_mask : 0; + for (int t = 0; t < BM_TRACKS; t++) { if ((m >> t) & 1u) l1 += app.ctx.cost[t]; else l0 += app.ctx.cost[t]; } + fm1_stat[FM1_STAT_PAR_MASK] = m; + fm1_stat[FM1_STAT_PAR_MISMO] = fm1_cpu1_mismo(); + fm1_stat[FM1_STAT_CARGA0] = mhz ? l0 / mhz : 0; + fm1_stat[FM1_STAT_CARGA1] = mhz ? l1 / mhz : 0; + } if (fm1_stat[FM1_STAT_BUDGET]) bm_app_cpu(&app, (int)(fm1_stat[FM1_STAT_RENDER_AVG] * 100u / fm1_stat[FM1_STAT_BUDGET])); uint32_t u0 = fm1_scan_now_us(); diff --git a/hal/fm1/fm1_scanhw.c b/hal/fm1/fm1_scanhw.c index 36ffa6d..0a01ae8 100644 --- a/hal/fm1/fm1_scanhw.c +++ b/hal/fm1/fm1_scanhw.c @@ -125,7 +125,7 @@ static volatile uint32_t latido, perro_on; static uint32_t visto, quieto; void fm1_latido(void) { latido++; } -void fm1_perro(int on) { perro_on = (uint32_t)on; quieto = 0; } +int fm1_perro(int on) { int era = (int)perro_on; perro_on = (uint32_t)on; quieto = 0; return era; } static void perro(void) { @@ -144,6 +144,19 @@ static void perro(void) cpu_reset(); } +/* una falla del procesador antes de este arranque (hal/fm1/sdk/wl82_debug.c la dejó): 1 y sus datos */ +int fm1_excepcion_previa(uint32_t *pc, uint8_t *cpu_emu, uint8_t *dbg) +{ + volatile uint8_t *m = (volatile uint8_t *)PERRO_ADR; + if (m[0] != 0xBBu || m[1] != 0xB0u) + return 0; + *pc = (uint32_t)m[2] | (uint32_t)m[3] << 8 | (uint32_t)m[4] << 16 | (uint32_t)m[5] << 24; + *cpu_emu = m[6]; + *dbg = m[7]; + m[0] = m[1] = 0; + return 1; +} + int fm1_cuelgue_previo(char out[5]) { volatile uint8_t *m = (volatile uint8_t *)PERRO_ADR; diff --git a/hal/fm1/sdk/Makefile b/hal/fm1/sdk/Makefile index 8368f4b..965c003 100644 --- a/hal/fm1/sdk/Makefile +++ b/hal/fm1/sdk/Makefile @@ -74,7 +74,7 @@ SDK_C := \ apps/common/system/system_reset_reason.c \ apps/common/system/version.c \ apps/common/update/update.c \ - cpu/wl82/debug.c \ +\ cpu/wl82/key/adc_api.c \ cpu/wl82/port_waked_up.c \ cpu/wl82/setup.c \ @@ -84,7 +84,7 @@ SDK_S := include_lib/driver/version.z.S include_lib/system/version.z.S include_l include_lib/utils/version.z.S # nuestro -OWN_C := hal/fm1/sdk/board.c hal/fm1/fm1_boot.c hal/fm1/fm1_lcd.c hal/fm1/fm1_keys.c \ +OWN_C := hal/fm1/sdk/board.c hal/fm1/sdk/wl82_debug.c core/bm_printf.c hal/fm1/fm1_boot.c hal/fm1/fm1_lcd.c hal/fm1/fm1_keys.c \ hal/fm1/fm1_usb_midi.c hal/fm1/fm1_update.c hal/fm1/fm1_flash.c core/bm_gfx.c core/bm_lang.c core/gen/bm_font.c \ core/gen/bm_logo.c ifeq ($(APP),diag) @@ -153,9 +153,16 @@ $(OUT)/sdk/%.o: $(SDK)/%.S @mkdir -p $(@D) $(CC) $(CFLAGS) $(SDK_WARN) $(DEFINES) $(INCLUDES) -c $< -o $@ +# la copia de cpu/wl82/debug.c del SDK: con los avisos del SDK, no con los nuestros +$(OUT)/own/hal/fm1/sdk/wl82_debug.o: OWN_WARN := $(SDK_WARN) + +# Todo el C de Bubba (core/ y hal/fm1/) usa el snprintf propio (core/bm_printf.c): el del SDK no +# entiende %+d ni %f, corría los argumentos y un %s leía un número como puntero (0.7, PADS). +OWN_PRINTF := -Dsnprintf=bm_snprintf -Dvsnprintf=bm_vsnprintf + $(OUT)/own/%.o: $(REPO)/%.c @mkdir -p $(@D) - $(CC) $(if $(filter $(FAST_C),$*.c),$(FAST),$(CFLAGS)) $(OWN_WARN) $(DEFINES) $(INCLUDES) -c $< -o $@ + $(CC) $(if $(filter $(FAST_C),$*.c),$(FAST),$(CFLAGS)) $(OWN_WARN) $(DEFINES) $(if $(filter core/% hal/fm1/fm1_%,$*),$(OWN_PRINTF)) $(INCLUDES) -c $< -o $@ $(OUT)/own/%.o: $(REPO)/%.cpp @mkdir -p $(@D) diff --git a/hal/fm1/sdk/wl82_debug.c b/hal/fm1/sdk/wl82_debug.c new file mode 100644 index 0000000..4b9f041 --- /dev/null +++ b/hal/fm1/sdk/wl82_debug.c @@ -0,0 +1,1329 @@ +/* Copia de cpu/wl82/debug.c del SDK AC79 de JieLi (Apache-2.0), con un cambio de Bubba Machine en + * exception_analyze: la falla deja su huella en la RAM que sobrevive al reinicio y el chip se + * reinicia (hal/fm1/fm1_scanhw.c la lee al arrancar y la pasa al registro de la consola). */ +/** + * @file debug.c + * @brief DebugModule + * @author chenrixin@zh-jieli.net + * @version 0.1.00 + * @date 2016-10-27 + */ +#include "system/includes.h" +#include "asm/debug.h" +#include "asm/p33.h" +#include "asm/clock.h" +#include "asm/crc16.h" +#include "asm/power_interface.h" +#include "asm/sfc_norflash_api.h" +#include "asm/system_reset_reason.h" +#include "system/boot.h" +#include "app_config.h" +#include "fs/fs.h" + +#define EXPCPTION_IN_SRAM 0 //如果出现死机不复位的情况务必需要打开，防止flash挂了,进入异常函数失败复位不了 +#define DEBUG_UART JL_UART2 //debug串口 + +extern const char *os_current_task_rom(); +extern void log_output_release_deadlock(void); +extern void exception_irq_handler(); +extern void sdtap_init(u32 ch); +extern void __wdt_clear(void); +extern void __cpu_reset(void); +static u8 debug_index; + +static const char *const debug_msg[32] = { + /*0---7*/ + "wdt_timout_err", + "prp_rd_mmu_err", + "prp_wr_limit_err", + "prp_wr_mmu_err", + "axi_rd_inv", + "axi_wr_inv", + "c1_rd_mmu_expt", + "c0_rd_mmu_expt", + /*8---15*/ + "c1_wr_mmu_expt", + "c0_wr_mmu_expt", + "c1_pc_limit_err_r", + "c1_wr_limit_err_r", + "c0_pc_limit_err_r", + "c0_wr_limit_err_r", + "dmc_pnd", + "dbg_pnd", + /*16---23*/ + "c1_if_bus_inv", + "c1_rd_bus_inv", + "c1_wr_bus_inv", + "c0_if_bus_inv", + "c0_rd_bus_inv", + "c0_wr_bus_inv", + "reserved", + "reserved", + /*24---31*/ + "reserved", + "reserved", + "reserved", + "reserved", + "reserved", + "reserved", + "reserved", + "reserved", +}; + +static const char *const emu_msg[32] = { + "reserved", //31 + "reserved", //30 + "reserved", //29 + "reserved", //28 + + "reserved", //27 + "reserved", //26 + "reserved", //25 + "reserved", //24 + + "reserved", //23 + "reserved", //22 + "reserved", //21 + "fpu_ine_err", //20 + + "fpu_huge_err", //19 + "fpu_tiny", //18 + "fpu_inf_err", //17 + "fpu_inv_err", //16 + + "reserved", //15 + "reserved", //14 + "reserved", //13 + "reserved", //12 + + "reserved", //11 + "reserved", //10 + "reserved", //9 + "etm_wp0_err", //8 + + "reserved", //7 + "reserved", //6 + "reserved", //5 + "reserved", //4 + + "stackoverflow", //3 + "div0_err", //2 + "illeg_err", //1 + "misalign_err", //0 +}; + +#ifdef CONFIG_SAVE_EXCEPTION_LOG_IN_FLASH + +static u32 exception_log_flash_addr sec(.volatile_ram); +static char exception_log_buf[640]; + +#define LOG_PATH "mnt/sdfile/EXT_RESERVED/log" + +static int get_exception_log_flash_addr(void) +{ + struct vfs_attr file_attr; + + FILE *fp = fopen(LOG_PATH, "r"); + if (fp == NULL) { + return -1; + } + fget_attrs(fp, &file_attr); + fclose(fp); + exception_log_flash_addr = file_attr.sclust; + exception_log_buf[0] = -1; + sdfile_reserve_zone_read(exception_log_buf, exception_log_flash_addr, sizeof(exception_log_buf), 0); + if (exception_log_buf[0] != -1) { + printf("last exception log : \n%s\n", exception_log_buf); + sdfile_reserve_zone_erase(exception_log_flash_addr, SDFILE_SECTOR_SIZE, 0); + } + memset(exception_log_buf, 0, sizeof(exception_log_buf)); + return 0; +} +platform_initcall(get_exception_log_flash_addr); + +static void write_exception_log_to_flash(void *data, u32 len) +{ + extern void set_os_init_flag(u8 value); + set_os_init_flag(0); + extern void norflash_set_write_cpu_hold(u8 hold_en); + norflash_set_write_cpu_hold(0); + /* sdfile_reserve_zone_erase(exception_log_flash_addr, SDFILE_SECTOR_SIZE, 0); */ + sdfile_reserve_zone_write(data, exception_log_flash_addr, len, 0); +} +#endif + +//使用此功能必须确保软件上没有出现异常的可能性，电源供电必须足够稳定 +#ifdef CONFIG_EXCEPTION_AUTO_FIX_ENABLE + +#define FIX_PATH "mnt/sdfile/EXT_RESERVED/fix" +#define EXCEPTION_FIX_MAGIC 0x3CE8A924 +#define EXCEPTION_FIX_INFO_OFFSET 1024 +#define EXCEPTION_FIX_CRC_OFFSET 512 +#define EXCEPTION_FIX_MAX_STEP 2 //取以下MAX STEP的最大值 +#define EXCEPTION_FIX_VDDIOM_MAX_STEP 2 +#define EXCEPTION_FIX_VDDIOW_MAX_STEP 0 +#define EXCEPTION_FIX_VDC14_MAX_STEP 0 +#define EXCEPTION_FIX_SYSVDD_MAX_STEP 1 +#define EXCEPTION_FIX_SDRAM_CLK_MAX_STEP 1 + +struct exception_fix_info_t { + u32 sdram_clock; + u32 sys_clock; + u8 sdram_clock_fix_step; + u8 sys_clock_fix_step; + u8 vddiom; + u8 vddiom_fix_step; + u8 vddiow; + u8 vddiow_fix_step; + u8 vdc14; + u8 vdc14_fix_step; + u8 sysvdd; + u8 sysvdd_fix_step; +}; + +static u32 exception_fix_flash_addr sec(.volatile_ram); + +int exception_auto_fix_config(void) +{ + struct vfs_attr file_attr; + struct exception_fix_info_t *info; + u16 crc; + + FILE *fp = fopen(FIX_PATH, "r"); + if (fp == NULL) { + return -1; + } + fget_attrs(fp, &file_attr); + fclose(fp); + + exception_fix_flash_addr = file_attr.sclust; + + u32 *buf = zalloc(1024 * 4); + if (!buf) { + return -1; + } + + if (sdfile_reserve_zone_read(buf, exception_fix_flash_addr, 1024 * 4, 0) != 1024 * 4) { + goto __exit; + } + + info = (struct exception_fix_info_t *)&buf[EXCEPTION_FIX_INFO_OFFSET / sizeof(u32)]; + + crc = CRC16(info, sizeof(struct exception_fix_info_t)); + if (crc != (buf[EXCEPTION_FIX_CRC_OFFSET / sizeof(u32)] & 0xffff) || + info->sdram_clock > clk_get("sdram") || info->sdram_clock < 120 * 1000000 || + info->vddiom < TCFG_LOWPOWER_VDDIOM_LEVEL || info->vddiom > VDDIOM_VOL_MAX || + info->vddiow < TCFG_LOWPOWER_VDDIOW_LEVEL || info->vddiow > VDDIOW_VOL_MAX || + info->vdc14 < VDC14_VOL_SEL_LEVEL || info->vdc14 > VDC14_VOL_SEL_MAX || + info->sysvdd < SYSVDD_VOL_SEL_LEVEL || info->sysvdd > SYSVDD_VOL_SEL_MAX) { + memset(info, 0, sizeof(struct exception_fix_info_t)); + info->sdram_clock = clk_get("sdram"); + info->vddiom = TCFG_LOWPOWER_VDDIOM_LEVEL; + info->vddiow = TCFG_LOWPOWER_VDDIOW_LEVEL; + info->vdc14 = VDC14_VOL_SEL_LEVEL; + info->sysvdd = SYSVDD_VOL_SEL_LEVEL; + } + + if (buf[0] != 0xffffffff) { + printf("find exception fix flag"); + + sdfile_reserve_zone_erase(exception_fix_flash_addr, SDFILE_SECTOR_SIZE, 0); + +#if 0 //此等待延时是为了避免插拔上电不稳定导致的异常从而误触发 + if (crc == (buf[EXCEPTION_FIX_CRC_OFFSET / sizeof(u32)] & 0xffff)) { + sdfile_reserve_zone_write(&crc, exception_fix_flash_addr + EXCEPTION_FIX_CRC_OFFSET, sizeof(crc), 0); + sdfile_reserve_zone_write(info, exception_fix_flash_addr + EXCEPTION_FIX_INFO_OFFSET, sizeof(struct exception_fix_info_t), 0); + os_time_dly(100); + sdfile_reserve_zone_erase(exception_fix_flash_addr, SDFILE_SECTOR_SIZE, 0); + } +#endif + + if (buf[0] == EXCEPTION_FIX_MAGIC && system_reset_reason_get() == SYS_RST_SOFT) { + for (int i = 0; i <= EXCEPTION_FIX_MAX_STEP; ++i) { + if (info->vddiom_fix_step < i && info->vddiom_fix_step < EXCEPTION_FIX_VDDIOM_MAX_STEP) { + info->vddiom_fix_step++; + info->vddiom++; + break; + } + if (info->sysvdd_fix_step < i && info->sysvdd_fix_step < EXCEPTION_FIX_SYSVDD_MAX_STEP) { + info->sysvdd_fix_step++; + info->sysvdd++; + break; + } + if (info->vddiow_fix_step < i && info->vddiow_fix_step < EXCEPTION_FIX_VDDIOW_MAX_STEP) { + info->vddiow_fix_step++; + info->vddiow++; + break; + } + if (info->vdc14_fix_step < i && info->vdc14_fix_step < EXCEPTION_FIX_VDC14_MAX_STEP) { + info->vdc14_fix_step++; + info->vdc14++; + break; + } + //最后才降sdram时钟 + if (i == EXCEPTION_FIX_MAX_STEP) { + if (info->sdram_clock_fix_step < i && info->sdram_clock_fix_step < EXCEPTION_FIX_SDRAM_CLK_MAX_STEP) { + u32 sdram_clk_tab[4] = {120 * 1000000, 160 * 1000000, 192 * 1000000, 240 * 1000000}; + for (int k = ARRAY_SIZE(sdram_clk_tab) - 1; k >= 0; --k) { + if (sdram_clk_tab[k] == clk_get("sdram") && info->sdram_clock_fix_step < k) { + info->sdram_clock_fix_step++; + info->sdram_clock = sdram_clk_tab[k - info->sdram_clock_fix_step]; + break; + } + } + break; + } + } + } + + crc = CRC16(info, sizeof(struct exception_fix_info_t)); + buf[EXCEPTION_FIX_CRC_OFFSET / sizeof(u32)] = crc; + } + + if (crc == (buf[EXCEPTION_FIX_CRC_OFFSET / sizeof(u32)] & 0xffff)) { + sdfile_reserve_zone_write(&crc, exception_fix_flash_addr + EXCEPTION_FIX_CRC_OFFSET, sizeof(crc), 0); + sdfile_reserve_zone_write(info, exception_fix_flash_addr + EXCEPTION_FIX_INFO_OFFSET, sizeof(struct exception_fix_info_t), 0); + } + } + + if (info->vddiom > TCFG_LOWPOWER_VDDIOM_LEVEL && info->vddiom < VDDIOM_VOL_MAX) { + printf("exception fix vddiom : %d", info->vddiom); + VDDIOM_VOL_SEL(info->vddiom); + } + if (info->vddiow > TCFG_LOWPOWER_VDDIOW_LEVEL && info->vddiow < VDDIOW_VOL_MAX) { + printf("exception fix vddiow : %d", info->vddiow); + VDDIOW_VOL_SEL(info->vddiow); + } + if (info->vdc14 > VDC14_VOL_SEL_LEVEL && info->vdc14 < VDC14_VOL_SEL_MAX) { + printf("exception fix vdc14 : %d", info->vdc14); + VDC14_VOL_SEL(info->vdc14); + } + if (info->sysvdd > SYSVDD_VOL_SEL_LEVEL && info->vdc14 < SYSVDD_VOL_SEL_MAX) { + printf("exception fix sysvdd : %d", info->sysvdd); + SYSVDD_VOL_SEL(info->sysvdd); + } + if (info->sdram_clock < clk_get("sdram")) { + printf("exception fix sdram clock : %d", info->sdram_clock); + sdram_clock_set(info->sdram_clock); + } + +__exit: + free(buf); + + return 0; +} + +static void write_exception_fix_to_flash(void) +{ + extern void set_os_init_flag(u8 value); + set_os_init_flag(0); + + struct vm_info vm = {0}; + norflash_ioctl(NULL, IOCTL_GET_VM_INFO, (u32)&vm); + + if (!exception_fix_flash_addr || exception_fix_flash_addr < vm.vm_saddr + vm.vm_size) { + return; + } + + u32 magic = EXCEPTION_FIX_MAGIC; + extern void norflash_set_write_cpu_hold(u8 hold_en); + norflash_set_write_cpu_hold(0); + sdfile_reserve_zone_write(&magic, exception_fix_flash_addr, sizeof(magic), 0); +} +#endif + +static void trace_call_stack(int *len) +{ + for (int c = 0; c < CPU_CORE_NUM; c++) { + printf("CPU%d %x --> %x --> %x --> %x\n", c, + q32DSP(c)->ETM_PC3, q32DSP(c)->ETM_PC2, + q32DSP(c)->ETM_PC1, q32DSP(c)->ETM_PC0); +#ifdef CONFIG_SAVE_EXCEPTION_LOG_IN_FLASH + *len += snprintf(exception_log_buf + *len, sizeof(exception_log_buf) - *len, "CPU%d %x --> %x --> %x --> %x\r\n", c, + q32DSP(c)->ETM_PC3, q32DSP(c)->ETM_PC2, + q32DSP(c)->ETM_PC1, q32DSP(c)->ETM_PC0); +#endif + } +} + +#if EXPCPTION_IN_SRAM + +AT(.volatile_ram_code) +static char excep_str[] = "\n\n---------------------exception error ------------------------\n"; +AT(.volatile_ram_code) +static char debug_msg_str[32][32] = { + /*0---7*/ + "wdt_timout_err", + "prp_rd_mmu_err", + "prp_wr_limit_err", + "prp_wr_mmu_err", + "axi_rd_inv", + "axi_wr_inv", + "c1_rd_mmu_expt", + "c0_rd_mmu_expt", + /*8---15*/ + "c1_wr_mmu_expt", + "c0_wr_mmu_expt", + "c1_pc_limit_err_r", + "c1_wr_limit_err_r", + "c0_pc_limit_err_r", + "c0_wr_limit_err_r", + "dmc_pnd", + "dbg_pnd", + /*16---23*/ + "c1_if_bus_inv", + "c1_rd_bus_inv", + "c1_wr_bus_inv", + "c0_if_bus_inv", + "c0_rd_bus_inv", + "c0_wr_bus_inv", + "reserved", + "reserved", + /*24---31*/ + "reserved", + "reserved", + "reserved", + "reserved", + "reserved", + "reserved", + "reserved", + "reserved", +}; +extern void putbyte(char a); +AT(.volatile_ram_code) +static void uart_putchar(char a) +{ + if (DEBUG_UART->CON0 & BIT(0)) { + if (a == '\n') { + DEBUG_UART->CON0 |= BIT(13); + DEBUG_UART->BUF = '\r'; + __asm_csync(); + while ((DEBUG_UART->CON0 & BIT(15)) == 0); + } + DEBUG_UART->CON0 |= BIT(13); + DEBUG_UART->BUF = a; + __asm_csync(); + while ((DEBUG_UART->CON0 & BIT(15)) == 0); + } +} +AT(.volatile_ram_code) +static void putbuffer(char *buf) +{ + while (*buf != 0) { + uart_putchar(*buf++); + } +} +AT(.volatile_ram_code) +static void puthex(int hex) +{ + uart_putchar(' '); + uart_putchar('0'); + uart_putchar('x'); + for (char i = 28, p = 0, f = 0; i >= 0; i -= 4) { + p = (char)(hex >> i) & 0xF; + if (p || f || i == 0) { + f = 1; + uart_putchar(p > 9 ? ('A' + (p - 10)) : ('0' + p)); + } + } +} +AT(.volatile_ram_code) +static void putretis(unsigned int reti, unsigned int rets) +{ + uart_putchar('r'); + uart_putchar('e'); + uart_putchar('t'); + uart_putchar('i'); + uart_putchar(':'); + puthex(reti); + uart_putchar('\n'); + uart_putchar('r'); + uart_putchar('e'); + uart_putchar('t'); + uart_putchar('s'); + uart_putchar(':'); + puthex(rets); + uart_putchar('\n'); +} +AT(.volatile_ram_code) +static void putstrandhex(char c0, char c1, char c2, char c3, char c4, char c5, char c6, char c7, char c8, char c9, int hex, int hex1) +{ + char bf[10]; + bf[0] = c0, bf[1] = c1, bf[2] = c2, bf[3] = c3, bf[4] = c4, bf[5] = c5, bf[6] = c6, bf[7] = c7, bf[8] = c8, bf[9] = c9; + for (int i = 0; i < sizeof(bf); i++) { + if (bf[i]) { + uart_putchar(bf[i]); + } + } + puthex(hex); + if (hex1) { + puthex(hex1); + } + uart_putchar('\n'); +} +AT(.volatile_ram_code) +static void putpchex(int cpu_id) +{ + q32DSP(!cpu_id)->CMD_PAUSE = -1; + if (cpu_id) { + corex2(0)->C0_CON &= ~BIT(3); + corex2(0)->C0_CON |= BIT(1); + } else { + corex2(0)->C1_CON &= ~BIT(3); + corex2(0)->C1_CON |= BIT(1); + } + putstrandhex('e', 'r', 'r', ' ', 'C', 'P', 'U', '0' + cpu_id, 0, 0, cpu_id, 0); + for (int c = 0; c < CPU_CORE_NUM; c++) { + uart_putchar('C'); + uart_putchar('P'); + uart_putchar('U'); + uart_putchar('0' + c); + uart_putchar(':'); + puthex(q32DSP(c)->ETM_PC3); + uart_putchar(' '); + uart_putchar('-'); + uart_putchar('-'); + uart_putchar('>'); + puthex(q32DSP(c)->ETM_PC2); + uart_putchar(' '); + uart_putchar('-'); + uart_putchar('-'); + uart_putchar('>'); + puthex(q32DSP(c)->ETM_PC1); + uart_putchar(' '); + uart_putchar('-'); + uart_putchar('-'); + uart_putchar('>'); + puthex(q32DSP(c)->ETM_PC0); + uart_putchar('\n'); + } +} +AT(.volatile_ram_code) +static void putdebugreg(void) +{ + putstrandhex('D', 'B', 'G', '_', 'M', 'S', 'G', ':', 0, 0, corex2(0)->DBG_MSG, 0); + for (int i = 0, j = 0, num = 0; i < 32; i++) { + if (BIT(i) & corex2(0)->DBG_MSG) { + j = 0; + if (i == 2 || i == 11 || i == 13) { + num = j == 2 ? corex2(0)->PRP_WR_LIMIT_ERR_NUM : (j == 11 ? corex2(0)->C1_WR_LIMIT_ERR_NUM : corex2(0)->C0_WR_LIMIT_ERR_NUM); + while (!(num & BIT(j)) && ++j < 8); + putstrandhex('W', 'R', '_', 'L', 'I', 'M', 'I', 'T', 'L', ':', ((volatile u32 *)(&corex2(0)->WR_LIMIT0_H))[j], ((volatile u32 *)(&corex2(0)->WR_LIMIT0_L))[j]); + } else if (i == 10 || i == 12) { + putstrandhex('P', 'C', '_', 'L', 'M', 'T', '0', 'L', '-', 'H', corex2(0)->PC_LIMIT0_L, corex2(0)->PC_LIMIT0_H); + putstrandhex('P', 'C', '_', 'L', 'M', 'T', '1', 'L', '-', 'H', corex2(0)->PC_LIMIT1_L, corex2(0)->PC_LIMIT1_H); + } else if (i == 14) { + putstrandhex('S', 'D', 'R', ' ', 'D', 'B', 'G', 'I', 'N', 'F', JL_SDR->DBG_INFO, 0); + putstrandhex('S', 'D', 'R', ' ', 'D', 'B', 'G', 'A', 'D', 'R', JL_SDR->DBG_ADR, 0); + putstrandhex('S', 'D', 'R', ' ', 'D', 'B', 'G', 'S', 'T', 'A', JL_SDR->DBG_START, 0); + putstrandhex('S', 'D', 'R', ' ', 'D', 'B', 'G', 'E', 'N', 'D', JL_SDR->DBG_END, 0); + } else if (i == 15) { + putstrandhex('A', 'X', 'I', '_', 'L', 'M', 'T', 'L', '_', 'H', JL_DBG->LIMIT_L, JL_DBG->LIMIT_H); + putstrandhex('W', 'R', '_', 'A', 'L', 'W', ' ', 'I', 'D', '0', JL_DBG->WR_ALLOW_ID0, 0); + putstrandhex('W', 'R', '_', 'A', 'L', 'W', ' ', 'I', 'D', '1', JL_DBG->WR_ALLOW_ID1, 0); + putstrandhex('W', 'R', '_', 'L', 'M', 'T', ' ', 'I', 'D', ':', JL_DBG->WR_ALLOW_ID0, 0); + } + uart_putchar('R'); + uart_putchar('e'); + uart_putchar('a'); + uart_putchar('s'); + uart_putchar('o'); + uart_putchar('n'); + uart_putchar(':'); + putbuffer((char *)&debug_msg_str[i]); + } + } + uart_putchar('\n'); + uart_putchar('\n'); +} +AT(.volatile_ram_code) +___interrupt +static void exception_analyze_sram(void) +{ +#if 0 + u32 rets, reti, cpu_id; + __asm__ volatile("%0 = rets ;" : "=r"(rets)); + __asm__ volatile("%0 = reti ;" : "=r"(reti)); + __asm__ volatile("%0 = cnum" : "=r"(cpu_id) ::); + putbuffer(excep_str); + putretis(reti, rets); + putpchex(cpu_id); + putdebugreg(); +#endif + __wdt_clear(); + __cpu_reset(); +} +#endif + +void exception_analyze(int *sp) +{ + int len = 0; + + /* Bubba Machine (0.7): la huella, en los 8 bytes del perro guardián (0x01C7FDF8): 0xB0BB y + * [2..5] dónde estaba: RETX; si es 0 (un error del bus llega tarde), RETI + * [6] bit 0 el núcleo, bit 1 dentro de un trabajo del reparto (fm1_cpu1.c), bits 2-6 la miga + * del dibujo (bm_ui_paso, core/bm_ui_draw.c; temporal, en lugar del bit de EMU_MSG, que + * en estas fallas viene vacío), bit 7 = el PC es RETI + * [7] bits 0-4 el primer bit de DBG_MSG, bits 5-7 la tarea (1 bubba, 2 audio, 3 app_core, + * 4 sys_event, 5 temporizadores, 6 ninguna, 7 otra) + * Después, reinicio: en el FM-1 no hay puerto serie para el resto del informe. */ + { + extern volatile u8 fm1_c1_trabajo[2]; + extern volatile u8 bm_ui_paso; + volatile u8 *m = (volatile u8 *)0x01C7FDF8; + u32 retx = (u32)sp[18], reti = (u32)sp[16], cpu = current_cpu_id(); + u32 pc = retx ? retx : reti; + u32 emu = q32DSP(cpu)->EMU_MSG, dbg = corex2(0)->DBG_MSG; + u32 eb = 0, db = 0, tk = 6; + const char *tn = os_current_task_rom(); + while (eb < 31 && !(emu & BIT(eb))) eb++; + while (db < 31 && !(dbg & BIT(db))) db++; + if (tn) { + if (!strcmp(tn, "bubba")) tk = 1; + else if (!strcmp(tn, "audio")) tk = 2; + else if (!strcmp(tn, "app_core")) tk = 3; + else if (!strcmp(tn, "sys_event")) tk = 4; + else if (!strcmp(tn, "systimer") || !strcmp(tn, "sys_timer")) tk = 5; + else tk = 7; + } + m[0] = 0xBB; m[1] = 0xB0; + m[2] = (u8)pc; m[3] = (u8)(pc >> 8); m[4] = (u8)(pc >> 16); m[5] = (u8)(pc >> 24); + m[6] = (u8)((cpu & 1u) | (fm1_c1_trabajo[cpu & 1u] ? 2u : 0u) | ((bm_ui_paso & 31u) << 2) | (retx ? 0u : 0x80u)); + m[7] = (u8)((db & 31u) | (tk << 5)); + cpu_reset(); + } + + log_output_release_deadlock(); + + printf("\r\n\r\n---------------------exception error ------------------------\r\n\r\n"); + + u32 cpu_id = current_cpu_id(); + if (cpu_id == 0) { + q32DSP(1)->CMD_PAUSE = -1; + corex2(0)->C1_CON &= ~BIT(3) ; + corex2(0)->C1_CON |= BIT(1) ; + printf("CPU1 run addr = 0x%x \n", q32DSP(1)->PCRS); + printf("cpu 0 %s DEBUG_MSG = 0x%x, EMU_MSG = 0x%x C0_CON=%x\n", + __func__, corex2(0)->DBG_MSG, q32DSP(0)->EMU_MSG, corex2(0)->C0_CON); + } else { + q32DSP(0)->CMD_PAUSE = -1; + corex2(0)->C0_CON &= ~BIT(3) ; + corex2(0)->C0_CON |= BIT(1) ; + printf("CPU0 run addr = 0x%x \n", q32DSP(0)->PCRS); + printf("cpu 1 %s DEBUG_MSG = 0x%x, EMU_MSG = 0x%x C1_CON=%x\n", + __func__, corex2(0)->DBG_MSG, q32DSP(1)->EMU_MSG, corex2(0)->C1_CON); + } + +#ifdef CONFIG_SAVE_EXCEPTION_LOG_IN_FLASH + len += snprintf(exception_log_buf + len, sizeof(exception_log_buf) - len, "CPU%d run addr = 0x%x\r\ncpu %d DEBUG_MSG = 0x%x, EMU_MSG = 0x%x C%d_CON=%x\r\n", + !cpu_id, q32DSP(!cpu_id)->PCRS, cpu_id, corex2(0)->DBG_MSG, q32DSP(0)->EMU_MSG, cpu_id, cpu_id ? corex2(0)->C1_CON : corex2(0)->C0_CON); +#endif + + trace_call_stack(&len); + + unsigned int reti = sp[16]; + unsigned int rete = sp[17]; + unsigned int retx = sp[18]; + unsigned int rets = sp[19]; + unsigned int psr = sp[20]; + unsigned int icfg = sp[21]; + unsigned int usp = sp[22]; + unsigned int ssp = sp[23]; + unsigned int _sp = sp[24]; + + for (int r = 0; r < 16; r++) { + printf("R%d: %x\n", r, sp[r]); + } + + printf("icfg: %x \n", icfg); + printf("psr: %x \n", psr); + printf("rets: 0x%x \n", rets); + printf("reti: 0x%x \n", reti); + printf("usp : %x, ssp : %x sp: %x\r\n\r\n", usp, ssp, _sp); +#ifdef CONFIG_SAVE_EXCEPTION_LOG_IN_FLASH + len += snprintf(exception_log_buf + len, sizeof(exception_log_buf) - len, "icfg: %x\r\n", icfg); + len += snprintf(exception_log_buf + len, sizeof(exception_log_buf) - len, "psr : %x\r\n", psr); + len += snprintf(exception_log_buf + len, sizeof(exception_log_buf) - len, "rets: 0x%x\r\n", rets); + len += snprintf(exception_log_buf + len, sizeof(exception_log_buf) - len, "reti: 0x%x\r\n", reti); + len += snprintf(exception_log_buf + len, sizeof(exception_log_buf) - len, "usp : %x, ssp : %x sp: %x\r\n", usp, ssp, _sp); +#endif + + for (int i = 0; i < 32; i++) { + if (q32DSP(cpu_id)->EMU_MSG & BIT(i)) { + printf("%s\r\n", emu_msg[31 - i]); + if (i == 3) { + if (os_current_task_rom()) { + printf("current_task : %s\r\n", os_current_task_rom()); +#ifdef CONFIG_SAVE_EXCEPTION_LOG_IN_FLASH + len += snprintf(exception_log_buf + len, sizeof(exception_log_buf) - len, "%s\r\ncurrent_task : %s\r\n", emu_msg[31 - i], os_current_task_rom()); +#endif + } + printf("usp limit %x %x\r\n", + q32DSP(cpu_id)->EMU_USP_L, q32DSP(cpu_id)->EMU_USP_H); + printf("ssp limit %x %x\r\n", + q32DSP(cpu_id)->EMU_SSP_L, q32DSP(cpu_id)->EMU_SSP_H); + } + } + } + + if (os_current_task_rom()) { + printf("current_task : %s\r\n", os_current_task_rom()); +#ifdef CONFIG_SAVE_EXCEPTION_LOG_IN_FLASH + len += snprintf(exception_log_buf + len, sizeof(exception_log_buf) - len, "\r\ncurrent_task : %s\r\n", os_current_task_rom()); +#endif + } + + printf("\n %s AXI_WR_INV_ID : 0x%x, AXI_RD_INV_ID : 0x%x, PRP_WR_LIMIT_ID : 0x%x, PRP_MMU_ERR_RID : 0x%x, PRP_MMU_ERR_WID : 0x%x\n", + corex2(0)->AXI_RD_INV_ID == 0X100 ? "CPU0" : "CPU1", + corex2(0)->AXI_WR_INV_ID, + corex2(0)->AXI_RD_INV_ID, + corex2(0)->PRP_WR_LIMIT_ID, + corex2(0)->PRP_MMU_ERR_RID, + corex2(0)->PRP_MMU_ERR_WID); + +#ifdef CONFIG_SAVE_EXCEPTION_LOG_IN_FLASH + len += snprintf(exception_log_buf + len, sizeof(exception_log_buf) - len, "%s AXI_WR_INV_ID : 0x%x, AXI_RD_INV_ID : 0x%x, PRP_WR_LIMIT_ID : 0x%x, PRP_MMU_ERR_RID : 0x%x, PRP_MMU_ERR_WID : 0x%x\r\n", + corex2(0)->AXI_RD_INV_ID == 0X100 ? "CPU0" : "CPU1", + corex2(0)->AXI_WR_INV_ID, + corex2(0)->AXI_RD_INV_ID, + corex2(0)->PRP_WR_LIMIT_ID, + corex2(0)->PRP_MMU_ERR_RID, + corex2(0)->PRP_MMU_ERR_WID); +#endif + + int i = 0; + int j = 0; + int num = 0; + + for (i = 0; i < 32; i++) { + if (BIT(i) & corex2(0)->DBG_MSG) { + j = 0; + if (i == 2) { + printf("PRP_MMU_ERR_WID %x %x\n", + corex2(0)->PRP_MMU_ERR_WID, corex2(0)->PRP_WR_LIMIT_ERR_NUM); + num = corex2(0)->PRP_WR_LIMIT_ERR_NUM; + while (!(num & BIT(j)) && ++j < 8); + printf("\nWR_LIMITH : 0x%x, WR_LIMITL : 0x%x\n", + ((volatile u32 *)(&corex2(0)->WR_LIMIT0_H))[j], + ((volatile u32 *)(&corex2(0)->WR_LIMIT0_L))[j]); +#ifdef CONFIG_SAVE_EXCEPTION_LOG_IN_FLASH + len += snprintf(exception_log_buf + len, sizeof(exception_log_buf) - len, "PRP_MMU_ERR_WID %x %x\r\nWR_LIMITH : 0x%x, WR_LIMITL : 0x%x\r\n", + corex2(0)->PRP_MMU_ERR_WID, corex2(0)->PRP_WR_LIMIT_ERR_NUM, + ((volatile u32 *)(&corex2(0)->WR_LIMIT0_H))[j], + ((volatile u32 *)(&corex2(0)->WR_LIMIT0_L))[j]); +#endif + } else if (i == 11) { + num = corex2(0)->C1_WR_LIMIT_ERR_NUM; + while (!(num & BIT(j)) && ++j < 8); + printf("\nWR_LIMITH : 0x%x, WR_LIMITL : 0x%x\n", + ((volatile u32 *)(&corex2(0)->WR_LIMIT0_H))[j], + ((volatile u32 *)(&corex2(0)->WR_LIMIT0_L))[j]); +#ifdef CONFIG_SAVE_EXCEPTION_LOG_IN_FLASH + len += snprintf(exception_log_buf + len, sizeof(exception_log_buf) - len, "WR_LIMITH : 0x%x, WR_LIMITL : 0x%x\r\n", + ((volatile u32 *)(&corex2(0)->WR_LIMIT0_H))[j], + ((volatile u32 *)(&corex2(0)->WR_LIMIT0_L))[j]); +#endif + } else if (i == 13) { + num = corex2(0)->C0_WR_LIMIT_ERR_NUM; + while (!(num & BIT(j)) && ++j < 8); + printf("\nWR_LIMITH : 0x%x, WR_LIMITL : 0x%x\n", + ((volatile u32 *)(&corex2(0)->WR_LIMIT0_H))[j], + ((volatile u32 *)(&corex2(0)->WR_LIMIT0_L))[j]); +#ifdef CONFIG_SAVE_EXCEPTION_LOG_IN_FLASH + len += snprintf(exception_log_buf + len, sizeof(exception_log_buf) - len, "WR_LIMITH : 0x%x, WR_LIMITL : 0x%x\r\n", + ((volatile u32 *)(&corex2(0)->WR_LIMIT0_H))[j], + ((volatile u32 *)(&corex2(0)->WR_LIMIT0_L))[j]); +#endif + } else if (i == 10) { + printf("\nPC_LIMIT0_H : 0x%x, PC_LIMIT0_L : 0x%x\n", + corex2(0)->PC_LIMIT0_H, corex2(0)->PC_LIMIT0_L); + printf("\nPC_LIMIT1_H : 0x%x, PC_LIMIT1_L : 0x%x\n", + corex2(0)->PC_LIMIT1_H, corex2(0)->PC_LIMIT1_L); +#ifdef CONFIG_SAVE_EXCEPTION_LOG_IN_FLASH + len += snprintf(exception_log_buf + len, sizeof(exception_log_buf) - len, "PC_LIMIT0_H : 0x%x, PC_LIMIT0_L : 0x%x\r\nPC_LIMIT1_H : 0x%x, PC_LIMIT1_L : 0x%x\r\n", + corex2(0)->PC_LIMIT0_H, corex2(0)->PC_LIMIT0_L, + corex2(0)->PC_LIMIT1_H, corex2(0)->PC_LIMIT1_L); +#endif + } else if (i == 12) { + printf("\nPC_LIMIT0_H : 0x%x, PC_LIMIT0_L : 0x%x\n", + corex2(0)->PC_LIMIT0_H, corex2(0)->PC_LIMIT0_L); + printf("\nPC_LIMIT1_H : 0x%x, PC_LIMIT1_L : 0x%x\n", + corex2(0)->PC_LIMIT1_H, corex2(0)->PC_LIMIT1_L); +#ifdef CONFIG_SAVE_EXCEPTION_LOG_IN_FLASH + len += snprintf(exception_log_buf + len, sizeof(exception_log_buf) - len, "PC_LIMIT0_H : 0x%x, PC_LIMIT0_L : 0x%x\r\nPC_LIMIT1_H : 0x%x, PC_LIMIT1_L : 0x%x\r\n", + corex2(0)->PC_LIMIT0_H, corex2(0)->PC_LIMIT0_L, + corex2(0)->PC_LIMIT1_H, corex2(0)->PC_LIMIT1_L); +#endif + } else if (i == 14) { + printf("JL_SDR->DBG_INFO : 0x%x ,err in JL_SDR->DBG_ADR = 0x%x, JL_SDR->DBG_START : 0x%x JL_SDR->DBG_END : 0x%x\n", + JL_SDR->DBG_INFO, JL_SDR->DBG_ADR, JL_SDR->DBG_START, JL_SDR->DBG_END); +#ifdef CONFIG_SAVE_EXCEPTION_LOG_IN_FLASH + len += snprintf(exception_log_buf + len, sizeof(exception_log_buf) - len, "JL_SDR->DBG_INFO : 0x%x ,err in JL_SDR->DBG_ADR = 0x%x, JL_SDR->DBG_START : 0x%x JL_SDR->DBG_END : 0x%x\r\n", + JL_SDR->DBG_INFO, JL_SDR->DBG_ADR, JL_SDR->DBG_START, JL_SDR->DBG_END); +#endif + } else if (i == 15) { + printf("\nAXI_RAM_LIMIT0_H : 0x%x, AXI_RAM_LIMIT0_L : 0x%x\n", + JL_DBG->LIMIT_H, JL_DBG->LIMIT_L); + printf("\nJL_DBG->WR_ALLOW_ID0 : 0x%x, JL_DBG->WR_ALLOW_ID1 : 0x%x, JL_DBG->WR_LIMIT_ID : 0x%x\n", + JL_DBG->WR_ALLOW_ID0, JL_DBG->WR_ALLOW_ID1, JL_DBG->WR_LIMIT_ID); +#ifdef CONFIG_SAVE_EXCEPTION_LOG_IN_FLASH + len += snprintf(exception_log_buf + len, sizeof(exception_log_buf) - len, "AXI_RAM_LIMIT0_H : 0x%x, AXI_RAM_LIMIT0_L : 0x%x\r\nJL_DBG->WR_ALLOW_ID0 : 0x%x, JL_DBG->WR_ALLOW_ID1 : 0x%x, JL_DBG->WR_LIMIT_ID : 0x%x\r\n", + JL_DBG->LIMIT_H, JL_DBG->LIMIT_L, + JL_DBG->WR_ALLOW_ID0, JL_DBG->WR_ALLOW_ID1, JL_DBG->WR_LIMIT_ID); +#endif + } + printf("exception reason : %s \n", debug_msg[i]); +#ifdef CONFIG_SAVE_EXCEPTION_LOG_IN_FLASH + len += snprintf(exception_log_buf + len, sizeof(exception_log_buf) - len, "exception reason : %s \n", debug_msg[i]); +#endif + } + } + +#ifdef CONFIG_EXCEPTION_AUTO_FIX_ENABLE + write_exception_fix_to_flash(); +#endif +#ifdef CONFIG_SAVE_EXCEPTION_LOG_IN_FLASH + printf("exception log buf len : %d\n", len); + write_exception_log_to_flash(exception_log_buf, len + 1); +#endif + + printf("system_reset...\r\n\r\n\r\n"); + log_flush(); //只能在异常中断里调用 + __wdt_clear(); +#ifdef SDTAP_DEBUG + sdtap_init(2);//防止IO被占据,重新初始化SDTAP + while (1); +#endif +#ifndef CONFIG_FPGA_ENABLE + __cpu_reset(); + while (1); +#endif +} + +___interrupt +static void osa_irq_handler(void) +{ + JL_OSA->CON |= BIT(6); + puts("----------lsb clk lost-----------\n"); +} + +static void debug_enter_critical(void) +{ + if (corex2(0)->DBG_WR_EN & BIT(0)) { + return; + } + corex2(0)->DBG_WR_EN = 0xe7;//set debug reg write enable +} + +static void debug_exit_critical(void) +{ + if (corex2(0)->DBG_WR_EN & BIT(0)) { + corex2(0)->DBG_WR_EN = 0xe7;//set debug reg write disable + } +} + +static inline int get_debug_index(void) +{ + for (u8 i = 0; i < 8 ; i++) { + if (!(debug_index & BIT(i))) { + return i; + } + } + + return -1; +} + +static void pc0_rang_limit(void *low_addr, void *high_addr) +{ + printf("pc0 :%x---%x\n", (u32)low_addr, (u32)high_addr); + + corex2(0)->DBG_MSG_CLR = 0xffffffff; + corex2(0)->PC_LIMIT0_H = (u32)high_addr; + corex2(0)->PC_LIMIT0_L = (u32)low_addr; +} + +static void pc1_rang_limit(void *low_addr, void *high_addr) +{ + printf("pc1 :%x---%x\n", (u32)low_addr, (u32)high_addr); + + corex2(0)->DBG_MSG_CLR = 0xffffffff; + corex2(0)->PC_LIMIT1_H = (u32)high_addr; + corex2(0)->PC_LIMIT1_L = (u32)low_addr; +} + +void pc_rang_limit(void *low_addr0, void *high_addr0, void *low_addr1, void *high_addr1) +{ + debug_enter_critical(); + + if (low_addr0 && high_addr0) { + pc0_rang_limit(low_addr0, high_addr0); + } + + if (low_addr1 && high_addr1) { + pc1_rang_limit(low_addr1, high_addr1); + } + + debug_exit_critical(); +} + +#define wr_limit_h ((volatile u32 *)&corex2(0)->WR_LIMIT0_H) +#define wr_limit_l ((volatile u32 *)&corex2(0)->WR_LIMIT0_L) +#define wr_allow_num ((volatile u32 *)&corex2(0)->WR_ALLOW_ID0) + +int dev_write_range_limit(int limit_index, void *low_addr, void *high_addr, u32 is_allow_write_out, int dev_id) +{ + if (limit_index == -1) { + limit_index = get_debug_index(); + } + /* + else if (debug_index & BIT(limit_index)) { + return debug_index; + } + */ + + if (limit_index == -1) { + return -1; + } + + debug_enter_critical(); + + debug_index |= BIT(limit_index); + +#if 1 + printf("dev %x write %s low_addr:%x--high_addr:%x\n", + dev_id, + is_allow_write_out ? ("allow") : ("limit"), + (u32)low_addr, + (u32)high_addr); +#endif + + corex2(0)->DBG_MSG_CLR = 0xffffffff; + + wr_limit_h[limit_index] = (u32)high_addr; + wr_limit_l[limit_index] = (u32)low_addr; + + if (dev_id != -1) { + corex2(0)->PRP_WR_ALLOW_EN |= BIT(limit_index); + wr_allow_num[limit_index] = dev_id; + } + if (!is_allow_write_out) { + corex2(0)->PRP_OUTLIM_ERR_EN |= BIT(limit_index); + } + corex2(0)->PRP_WR_LIMIT_EN |= BIT(limit_index); + + debug_exit_critical(); + +#if 1 + printf("WR_LIM%dL:%x--WR_LIM%dH:%x--corex2(0)->DBG_CON:%x--PRP_WR_LIMIT_EN:0x%x\n", + limit_index, + wr_limit_l[limit_index], + limit_index, + wr_limit_h[limit_index], + corex2(0)->DBG_CON, + corex2(0)->PRP_WR_LIMIT_EN); +#endif + + return 0; +} +void all_dev_range_limit(void *addr, int size)//所有外设写进异常(地址:sram+经过cach的sdram) +{ + int limit_index = 0; + debug_enter_critical(); + corex2(0)->PRP_WR_LIMIT_EN &= ~BIT(limit_index); + corex2(0)->DBG_MSG_CLR = 0xffffffff; + debug_index |= BIT(limit_index); + corex2(0)->WR_LIMIT0_L = (u32)((u32)addr); + corex2(0)->WR_LIMIT0_H = (u32)((u32)addr + size); + corex2(0)->WR_ALLOW_ID0 = 0; + corex2(0)->PRP_WR_LIMIT_EN = BIT(limit_index); + debug_exit_critical(); +} +void all_dev_range_unlimit(void *addr) +{ + debug_enter_critical(); + corex2(0)->DBG_MSG_CLR = 0xffffffff; + corex2(0)->WR_LIMIT0_L = 0; + corex2(0)->WR_LIMIT0_H = 0; + corex2(0)->WR_ALLOW_ID0 = 0; + corex2(0)->PRP_WR_LIMIT_EN = 0; + debug_exit_critical(); +} +int cpu_write_range_limit(void *low_addr, u32 win_size) +{ + void *high_addr = low_addr + win_size - 1; + + int i = get_debug_index(); + if (i == -1) { + return -1; + } + + debug_enter_critical(); + + debug_index |= BIT(i); + + corex2(0)->DBG_MSG_CLR = 0xffffffff; + + wr_limit_h[i] = (u32)high_addr; + wr_limit_l[i] = (u32)low_addr; + + corex2(0)->C0_WR_LIMIT_EN |= BIT(i); + corex2(0)->C1_WR_LIMIT_EN |= BIT(i); + + debug_exit_critical(); + + return 0; +} + +void cpu_write_range_unlimit(void *low_addr) +{ + int i; + + debug_enter_critical(); + + corex2(0)->DBG_MSG_CLR = 0xffffffff; + + for (i = 0; i < 8; i++) { + if (wr_limit_l[i] == (u32)low_addr) { + wr_limit_h[i] = 0; + wr_limit_l[i] = 0; + debug_index &= ~BIT(i); + corex2(0)->C0_WR_LIMIT_EN &= ~BIT(i); + corex2(0)->C1_WR_LIMIT_EN &= ~BIT(i); + } + } + + debug_exit_critical(); +} + +//使用前一定要先完全flush +int sdr_read_write_range_limit(u32 low_addr, u32 high_addr, + int id0, int id1, + u8 rd0_permit, u8 wr0_permit, + u8 rd1_permit, u8 wr1_permit, + u8 wr0_over_area_permit, u8 wr1_over_area_permit) +{ + if (id0 == -1 && id1 == -1) { + return -1; + } + + JL_SDR->DBG_INFO = 0; + JL_SDR->DBG_INFO |= BIT(13); + if (id0 != -1) { + JL_SDR->DBG_INFO |= ((id0 >> 6) & 0xf); + JL_SDR->DBG_INFO &= ~BIT(4); + JL_SDR->DBG_INFO &= ~BIT(5); + JL_SDR->DBG_INFO &= ~BIT(14); + if (rd0_permit) { + JL_SDR->DBG_INFO |= BIT(5); + } + if (wr0_permit) { + JL_SDR->DBG_INFO |= BIT(4); + } + if (wr0_over_area_permit) { + JL_SDR->DBG_INFO |= BIT(14); + } + } + if (id1 != -1) { + JL_SDR->DBG_INFO |= ((id1 >> 6) & 0xf) << 6; + JL_SDR->DBG_INFO &= ~BIT(10); + JL_SDR->DBG_INFO &= ~BIT(11); + JL_SDR->DBG_INFO &= ~BIT(15); + if (rd1_permit) { + JL_SDR->DBG_INFO |= BIT(11); + } + if (wr1_permit) { + JL_SDR->DBG_INFO |= BIT(10); + } + if (wr1_over_area_permit) { + JL_SDR->DBG_INFO |= BIT(15); + } + } + JL_SDR->DBG_START = low_addr; + JL_SDR->DBG_END = high_addr; + + JL_SDR->DBG_INFO |= BIT(12); + /* matrt id + ISC0:0 + ISC1:1 + LSB:2 + JPG:3 + CPI0:4 + CPU1:5 + CACH:6 + DMA_COPY:7 + EMI:8 + IMD:9 + */ + return 0; +} + +int sdr_read_write_range_unlimit(void) +{ + JL_SDR->DBG_INFO &= ~BIT(12); + __asm_csync(); + return 0; +} + +int axi_ram_write_range_limit(u32 low_addr, u32 high_addr, u32 is_allow_write_out, int id0, int id1) +{ +#if 0 + printf("axi_ram id0 %x id1 %x write_out %s low_addr:%x--high_addr:%x\n", + id0, id1, + is_allow_write_out ? ("allow") : ("limit"), + low_addr, + high_addr); +#endif + + if (low_addr < 0x1bfe000 || low_addr >= 0x1c00000) { + return -1; + } + + if (high_addr < 0x1bfe000 || high_addr >= 0x1c00000 || high_addr < low_addr) { + return -1; + } + + JL_DBG->LIMIT_H = high_addr; + JL_DBG->LIMIT_L = low_addr; + + if (id0 == -1 && id1 == -1) { + JL_DBG->CON &= ~BIT(1); + } else { + if (id0 != -1) { + JL_DBG->WR_ALLOW_ID0 = id0; + JL_DBG->CON |= BIT(1); + } + if (id1 != -1) { + JL_DBG->WR_ALLOW_ID1 = id1; + JL_DBG->CON |= BIT(1); + } + if (!is_allow_write_out) { + JL_DBG->CON |= BIT(2); + } + } + + JL_DBG->CON |= (BIT(6) | BIT(3) | BIT(0)); + +#if 0 + printf("WR_LIML:0x%x--WR_LIMH:0x%x-- JL_DBG->CON:0x%x \n", + JL_DBG->LIMIT_L, + JL_DBG->LIMIT_H, + JL_DBG->CON); +#endif + + return 0; +} + +void debug_clear(void) +{ + debug_enter_critical(); + + JL_SDR->DBG_INFO = 0; + JL_DBG->CON = 0; + + corex2(0)->DBG_CON = 0; + corex2(0)->DBG_EN = 0; + + corex2(0)->C0_WR_LIMIT_EN = 0; + corex2(0)->C1_WR_LIMIT_EN = 0; + + corex2(0)->PRP_WR_LIMIT_EN = 0; + corex2(0)->PRP_WR_ALLOW_EN = 0; + corex2(0)->PRP_OUTLIM_ERR_EN = 0; + + corex2(0)->DBG_MSG_CLR = 0xffffffff; + + q32DSP(0)->EMU_MSG = -1; + q32DSP(1)->EMU_MSG = -1; + + debug_index = 0; + + debug_exit_critical(); +} + +__attribute__((noinline)) +void sp_ovf_unen(void) +{ + q32DSP(OS_CPU_ID)->EMU_CON &= ~ BIT(3); +} + +__attribute__((noinline)) +void sp_ovf_en(void) +{ +#ifndef SDTAP_DEBUG + q32DSP(OS_CPU_ID)->EMU_CON |= BIT(3); //如果用户使用setjmp longjmp, 或者使用sdtap gdb调试 务必要删掉这句话 +#endif +} + +void debug_msg_clear(void) +{ + debug_enter_critical(); + + JL_DBG->CON |= BIT(6); + JL_SDR->DBG_INFO |= BIT(11); + corex2(0)->DBG_CON |= (BIT(17) | BIT(18)); + corex2(0)->DBG_MSG_CLR = 0xffffffff; + + debug_exit_critical(); +} + +extern u32 cpu0_sstack_begin[]; +extern u32 cpu0_sstack_end[]; +extern u32 cpu1_sstack_begin[]; +extern u32 cpu1_sstack_end[]; + +void debug_init(void) +{ + u32 cpu_id = current_cpu_id(); + +#if EXPCPTION_IN_SRAM + request_irq(IRQ_EXCEPTION_IDX, 7, exception_analyze_sram, 0xff); +#else + request_irq(IRQ_EXCEPTION_IDX, 7, exception_irq_handler, 0xff); +#endif + + JL_OSA->CON = 0x6D; //监控lsb_clk + request_irq(IRQ_OSA_IDX, 7, osa_irq_handler, 0); + +#ifdef SDTAP_DEBUG + sdtap_init(2); +#endif + + q32DSP(cpu_id)->EMU_CON = 0; + + if (cpu_id == 0) { + debug_clear(); + + debug_enter_critical(); + corex2(0)->DBG_EN |= (0x3f << 16); + corex2(0)->DBG_EN |= (0x3 << 4); + debug_exit_critical(); + + q32DSP(0)->EMU_CON &= ~ BIT(3); + q32DSP(0)->EMU_SSP_L = (int)cpu0_sstack_begin; + q32DSP(0)->EMU_SSP_H = (int)cpu0_sstack_end; + q32DSP(0)->EMU_USP_L = 0; + q32DSP(0)->EMU_USP_H = -1; + q32DSP(0)->EMU_CON |= BIT(3); + + printf("cpu 0 usp limit %x %x\r\n", q32DSP(0)->EMU_USP_L, q32DSP(0)->EMU_USP_H); + printf("cpu 0 ssp limit %x %x\r\n", q32DSP(0)->EMU_SSP_L, q32DSP(0)->EMU_SSP_H); + } else { +#if !defined CONFIG_VIDEO_ENABLE && !defined CONFIG_UI_ENABLE && !defined CONFIG_RTOS_AND_MM_LIB_CODE_SECTION_IN_SDRAM && !defined CONFIG_RF_TRIM_CODE_MOVABLE + pc_rang_limit(&text_rodata_begin, &text_rodata_end, + &ram_text_rodata_begin, &ram_text_rodata_end); +#endif + + q32DSP(1)->EMU_CON &= ~BIT(3); + q32DSP(1)->EMU_SSP_L = (int)cpu1_sstack_begin; + q32DSP(1)->EMU_SSP_H = (int)cpu1_sstack_end; + q32DSP(1)->EMU_USP_L = 0; + q32DSP(1)->EMU_USP_H = -1; + q32DSP(1)->EMU_CON |= BIT(3); + + printf("cpu 1 usp limit %x %x\r\n", q32DSP(1)->EMU_USP_L, q32DSP(1)->EMU_USP_H); + printf("cpu 1 ssp limit %x %x\r\n", q32DSP(1)->EMU_SSP_L, q32DSP(1)->EMU_SSP_H); + } + + /* q32DSP(cpu_id)->EMU_CON |= (0xf << 0) | (0x1 << 8) | (0x1f << 16); */ + /* q32DSP(cpu_id)->EMU_CON |= (0xf << 0) | (0x1 << 8) | (0x06 << 16); */ + + q32DSP(cpu_id)->EMU_CON |= (BIT(2) | BIT(8)); + q32DSP(cpu_id)->ETM_CON |= BIT(0); +} + +#if 0 +static u64 cpu_cnt[CPU_CORE_NUM][4] ; + +void cpu_effic_init(void) +{ + debug_enter_critical(); + for (u8 j = 0 ; j < CPU_CORE_NUM ; ++j) { + if (j == 0) { + corex2(0)->DBG_CON |= (0x7); ///< enable if_inv_en of_inv_en ex_inv_en + ((u32 *)(&cpu_cnt[0][0]))[0] = corex2(0)->C0_IF_UACNTL ; + ((u32 *)(&cpu_cnt[0][0]))[1] = corex2(0)->C0_IF_UACNTH ; + ((u32 *)(&cpu_cnt[0][1]))[0] = corex2(0)->C0_RD_UACNTL ; + ((u32 *)(&cpu_cnt[0][1]))[1] = corex2(0)->C0_RD_UACNTH ; + ((u32 *)(&cpu_cnt[0][2]))[0] = corex2(0)->C0_WR_UACNTL ; + ((u32 *)(&cpu_cnt[0][2]))[1] = corex2(0)->C0_WR_UACNTH ; + ((u32 *)(&cpu_cnt[0][3]))[0] = corex2(0)->C0_TL_CKCNTL ; + ((u32 *)(&cpu_cnt[0][3]))[1] = corex2(0)->C0_TL_CKCNTH ; + } else { + corex2(0)->DBG_CON |= (0x7 << 8); ///< enable if_inv_en of_inv_en ex_inv_en + ((u32 *)(&cpu_cnt[1][0]))[0] = corex2(0)->C1_IF_UACNTL ; + ((u32 *)(&cpu_cnt[1][0]))[1] = corex2(0)->C1_IF_UACNTH ; + ((u32 *)(&cpu_cnt[1][1]))[0] = corex2(0)->C1_RD_UACNTL ; + ((u32 *)(&cpu_cnt[1][1]))[1] = corex2(0)->C1_RD_UACNTH ; + ((u32 *)(&cpu_cnt[1][2]))[0] = corex2(0)->C1_WR_UACNTL ; + ((u32 *)(&cpu_cnt[1][2]))[1] = corex2(0)->C1_WR_UACNTH ; + ((u32 *)(&cpu_cnt[1][3]))[0] = corex2(0)->C1_TL_CKCNTL ; + ((u32 *)(&cpu_cnt[1][3]))[1] = corex2(0)->C1_TL_CKCNTH ; + } + } + debug_exit_critical(); +} + +void cpu_effic_calc(void) +{ + u64 cpu_cnt_tmp[CPU_CORE_NUM][4] ; + u64 all_cnt ; + u64 effic ; + int i = 0 ; + int j ; + static u8 init_flag = 0; + + if (!init_flag) { + cpu_effic_init(); + init_flag = 1; + return; //初始化后需要隔一段时间 + } + + for (j = 0 ; j < CPU_CORE_NUM ; j++) { + if (j == 0) { + ((u32 *)(&cpu_cnt_tmp[0][0]))[0] = corex2(0)->C0_IF_UACNTL ; + ((u32 *)(&cpu_cnt_tmp[0][0]))[1] = corex2(0)->C0_IF_UACNTH ; + ((u32 *)(&cpu_cnt_tmp[0][1]))[0] = corex2(0)->C0_RD_UACNTL ; + ((u32 *)(&cpu_cnt_tmp[0][1]))[1] = corex2(0)->C0_RD_UACNTH ; + ((u32 *)(&cpu_cnt_tmp[0][2]))[0] = corex2(0)->C0_WR_UACNTL ; + ((u32 *)(&cpu_cnt_tmp[0][2]))[1] = corex2(0)->C0_WR_UACNTH ; + ((u32 *)(&cpu_cnt_tmp[0][3]))[0] = corex2(0)->C0_TL_CKCNTL ; + ((u32 *)(&cpu_cnt_tmp[0][3]))[1] = corex2(0)->C0_TL_CKCNTH ; + } else if (j == 1) { + ((u32 *)(&cpu_cnt_tmp[1][0]))[0] = corex2(0)->C1_IF_UACNTL ; + ((u32 *)(&cpu_cnt_tmp[1][0]))[1] = corex2(0)->C1_IF_UACNTH ; + ((u32 *)(&cpu_cnt_tmp[1][1]))[0] = corex2(0)->C1_RD_UACNTL ; + ((u32 *)(&cpu_cnt_tmp[1][1]))[1] = corex2(0)->C1_RD_UACNTH ; + ((u32 *)(&cpu_cnt_tmp[1][2]))[0] = corex2(0)->C1_WR_UACNTL ; + ((u32 *)(&cpu_cnt_tmp[1][2]))[1] = corex2(0)->C1_WR_UACNTH ; + ((u32 *)(&cpu_cnt_tmp[1][3]))[0] = corex2(0)->C1_TL_CKCNTL ; + ((u32 *)(&cpu_cnt_tmp[1][3]))[1] = corex2(0)->C1_TL_CKCNTH ; + } + } + + const char *CNTLX[] = {"IF_UACNT", "RD_UACNT", "WR_UACNT", "TL_CKCNT"}; + + for (j = 0 ; j < CPU_CORE_NUM ; j++) { + all_cnt = 0 ; + u64 ddd = cpu_cnt_tmp[j][3] - cpu_cnt[j][3] ; + /*printf("cpu[%d] TL_CKCNT = %d \r\n", j, ddd);*/ + + for (i = 0 ; i < 3 ; i++) { + /*printf("0x%08x%08x , 0x%08x%08x \r\n" ,((u32*) &cpu_cnt[j][i])[1],((u32*) &cpu_cnt[j][i])[0] ,((u32*)&cpu_cnt_tmp[j][i])[1], ((u32*)&cpu_cnt_tmp[j][i])[0]);*/ + effic = cpu_cnt_tmp[j][i] - cpu_cnt[j][i] ; + /*printf("sub = %08x%08x \r\n" ,((u32*)&effic)[1] ,((u32*)&effic)[0] );*/ + all_cnt += effic ; + /*printf("cpu[%d] %s = %d \r\n", j, CNTLX[i], effic);*/ + printf("cpu[%d] %s effic = %llu%% \r\n", j, CNTLX[i], effic * 100 / ddd) ; + } + + /*printf("0x%08x%08x , 0x%08x%08x \r\n" ,((u32*) &cpu_cnt[j][i])[1],((u32*) &cpu_cnt[j][i])[0] ,((u32*)&cpu_cnt_tmp[j][i])[1], ((u32*)&cpu_cnt_tmp[j][i])[0]);*/ + + effic = cpu_cnt_tmp[j][3] - cpu_cnt[j][3] ; + + /*printf("all cnt = %08x%08x \r\n" ,((u32*)&effic)[1] ,((u32*)&effic)[0]);*/ + effic = (all_cnt * 100) / effic ; + printf("cpu %d TL_CKCNT effic %d%% \r\n", j, (u32)effic) ; + memcpy((void *)&cpu_cnt[j], (void *)&cpu_cnt_tmp[j], sizeof(u64) * 4) ; + } +} +#endif diff --git a/lang/es.bmlang b/lang/es.bmlang index eb3e0af..85dd0da 100644 Binary files a/lang/es.bmlang and b/lang/es.bmlang differ diff --git a/lang/es.txt b/lang/es.txt index aa74141..2b20141 100644 --- a/lang/es.txt +++ b/lang/es.txt @@ -1958,3 +1958,12 @@ WIDE ZOOM = ZOOM + +CLOCK: EXTERNAL (MIDI) += RELOJ: EXTERNO (MIDI) + +CLOCK: INTERNAL += RELOJ: INTERNO + +EXT CLOCK: WAITING FOR MIDI += RELOJ EXT: ESPERA MIDI diff --git a/lang/plantilla.txt b/lang/plantilla.txt index cbf3356..8c8a917 100644 --- a/lang/plantilla.txt +++ b/lang/plantilla.txt @@ -41,11 +41,17 @@ # core/bm_input.c %s LENGTH +# core/bm_printf.c +0123456789ABCDEF + +# core/bm_app.c +1 BAR + # core/bm_ui_draw.c 1 BAR = %u.%u S -# core/bm_ui_draw.c -1-4 LAUNCH 5-8 STORE +# core/bm_app.c +2 BARS # core/bm_input.c 4 NOTES PER STEP @@ -62,10 +68,16 @@ ACCENT # core/bm_ui_draw.c ACCENT OPENS THE FILTER - TIE = SLIDE +# core/bm_ui_draw.c +AGAIN: + +# core/bm_input.c core/bm_ui_draw.c +ALG + # core/bm_input.c ALGO -# core/bm_input.c +# core/bm_ui_draw.c ALGORITHM # core/bm_ui_draw.c @@ -149,18 +161,12 @@ AUTOMATIC FILL # core/bm_ui_draw.c AUTOSAVE -# core/bm_app.c -AUTOSAVED - # core/bm_ui_draw.c AVAILABLE # core/bm_pattern.c B-MINI -# core/bm_ui_draw.c -B-MINI, BITTAL AND BUNO-6 HAVE IT IN SOUND - # core/bm_input.c BAR @@ -176,12 +182,21 @@ BB-303 # core/bm_input.c BB-303 WAVE +# core/bm_input.c +BD + # core/bm_params.c BD 808 # core/bm_params.c BD 909 +# core/bm_input.c +BD2 + +# core/bm_input.c +BD3 + # core/bm_drums.cpp BD808 @@ -200,32 +215,26 @@ BIT # core/bm_pattern.c BITTAL -# core/bm_input.c -BLACK 10 OR HOME = EXIT - -# core/bm_input.c -BLACK 11 OR HOME = EXIT - K1 = AUTO FILL +# core/bm_ui_draw.c +BLACK 4 = THE TAKE ON PAD %d -# core/bm_input.c -BLACK = MUTE, HOLD = SOLO - F = FILL +# core/bm_ui_draw.c +BLACK 4 = THE TAKE ON THIS PAD # core/bm_ui_draw.c BLACKS %+d -# core/bm_input.c -BLACKS 1-6 STILL MUTE - -# core/bm_input.c -BLACKS 7-10 = 1-4 BARS - OCT-/+ = 17-64 - # core/bm_params.c BLIP +# core/bm_input.c +BLK + # core/bm_params.c BLOCK # core/bm_input.c -BLUE REST - GREEN BUILD - ORANGE TENSION +BLP # core/bm_params.c BP @@ -236,13 +245,16 @@ BP-1 # core/bm_input.c core/bm_ui_draw.c BPM +# core/bm_input.c +BPM .1 + # core/bm_pattern.c BR-8 # core/gen/bm_fm_rom.c BRASS -# core/bm_app.c core/bm_input.c +# core/bm_app.c core/bm_input.c core/bm_ui_draw.c BREAK # core/bm_input.c @@ -287,6 +299,9 @@ CAPT # core/bm_input.c CAPTURED: %d STEPS +# core/bm_input.c +CB + # core/bm_snap.c CC0 @@ -296,6 +311,12 @@ CC1 MOD # core/bm_input.c CC74 +# core/bm_input.c +CG + +# core/bm_input.c +CH + # core/bm_input.c CHAIN OF %d PATTERNS @@ -314,12 +335,15 @@ CHORD # core/bm_input.c CHORD SET -# core/bm_app.c core/bm_input.c +# core/bm_app.c core/bm_input.c core/bm_ui_draw.c CHORDS -# core/bm_params.c +# core/bm_input.c core/bm_params.c CHORUS +# core/bm_input.c +CL + # core/bm_params.c CL HH @@ -341,6 +365,12 @@ CLEAR? SAVE AGAIN # core/bm_ui_draw.c CLOCK +# core/bm_input.c +CLOCK: EXTERNAL (MIDI) + +# core/bm_input.c +CLOCK: INTERNAL + # core/bm_input.c CLOSED @@ -350,6 +380,9 @@ CLR # core/bm_input.c core/bm_params.c COLOR +# core/bm_input.c +COND + # core/bm_params.c CONGA @@ -377,18 +410,33 @@ COWBELL # core/bm_drums.cpp core/bm_params.c COWBL +# core/bm_input.c +CP + # core/bm_ui_draw.c -CPU +CPU! # core/bm_input.c CPY +# core/bm_input.c +CR + # core/bm_params.c CRASH +# core/bm_input.c +CRE + +# core/bm_input.c core/bm_ui_draw.c +CRESC + # core/bm_input.c core/bm_params.c CUTOFF +# core/bm_input.c +CY + # core/bm_params.c CYMBL @@ -398,18 +446,21 @@ DAMP # core/bm_input.c DB -# core/bm_ui_draw.c -DCK - # core/bm_params.c DCO # core/bm_params.c DCO + +# core/bm_input.c +DEC + # core/bm_input.c core/bm_params.c DECAY +# core/bm_input.c core/bm_ui_draw.c +DECRESC + # core/bm_input.c DEL @@ -446,7 +497,10 @@ DIM # core/bm_input.c DIR -# core/bm_input.c core/bm_ui_draw.c +# core/bm_input.c +DISCARD THE NEW TAKE? + +# core/bm_input.c DLY # core/bm_input.c @@ -473,15 +527,15 @@ DUCK # core/bm_ui_draw.c DUCK %d%% (FX AGAIN: K1) +# core/bm_ui_draw.c +DUCK (SIDECHAIN FROM T1) + # core/bm_input.c DUCK (SIDECHAIN) # core/gen/bm_fm_rom.c E.PIANO -# core/bm_ui_draw.c -EACH TRACK: FX > DELAY AND REVERB SENDS - # core/bm_input.c ECHO @@ -509,6 +563,9 @@ EMPTY STEP - HOLD + ANOTHER WHITE = LONG NOTE # core/bm_input.c EMPTY STEP: PLAY A NOTE THERE FIRST +# core/bm_input.c +ENTRY + # core/bm_app.c core/bm_input.c core/bm_params.c core/bm_ui_draw.c ENV @@ -533,6 +590,12 @@ ENV>FILT # core/bm_input.c ERASE +# core/bm_ui_draw.c +ERASE LOOP + +# core/bm_ui_draw.c +ERASE T%d + # core/bm_ui_draw.c EVENTS @@ -549,11 +612,68 @@ EVERY 4 EVERY 8 # core/bm_input.c -EXIT +EXIT: ARP OR HOME BLACK 11 = FILL + +# core/bm_input.c +EXIT: ARP OR HOME REC IS RECORDING + +# core/bm_input.c +EXIT: BLACK 10 OR HOME + +# core/bm_input.c +EXIT: BLACK 11 OR HOME K1 = AUTO FILL + +# core/bm_input.c +EXIT: LFO OR HOME OCT+ = NEXT PAGE + +# core/bm_input.c +EXIT: RELEASE ARP + +# core/bm_input.c +EXIT: RELEASE ARP BLACK 11 = FILL + +# core/bm_input.c +EXIT: RELEASE ARP REC IS RECORDING + +# core/bm_input.c +EXIT: RELEASE BLACK 10 + +# core/bm_input.c +EXIT: RELEASE BLACK 11 + +# core/bm_input.c +EXIT: RELEASE EDIT OCT- = UNDO + +# core/bm_input.c +EXIT: RELEASE ENV OCT+ = NEXT PAGE + +# core/bm_input.c +EXIT: RELEASE FX + +# core/bm_input.c +EXIT: RELEASE GLO PLAY = TAP TEMPO + +# core/bm_input.c +EXIT: RELEASE HOME HOLD BLACK = SOLO + +# core/bm_input.c +EXIT: RELEASE LFO OCT+ = NEXT PAGE + +# core/bm_input.c +EXIT: RELEASE SAVE + +# core/bm_input.c +EXIT: RELEASE SCL + +# core/bm_input.c +EXIT: RELEASE SEQ BLACK 1-6 = SPEED # core/bm_ui_draw.c EXT +# core/bm_input.c +EXT CLOCK: WAITING FOR MIDI + # core/bm_ui_draw.c EXT? @@ -584,19 +704,16 @@ FAST SCREEN ON (TEST) # core/bm_input.c FEEDBACK +# core/bm_input.c +FIL + # core/bm_input.c core/bm_ui_draw.c FILL # core/bm_input.c FILL ONLY -# core/bm_input.c -FILL PLAYS - WHITE = HIT ONLY IN THE FILL - -# core/bm_input.c -FILL PLAYS - WHITE = NOTE ONLY IN THE FILL - -# core/bm_input.c core/bm_params.c +# core/bm_input.c core/bm_params.c core/bm_ui_draw.c FILTER # core/bm_params.c @@ -620,7 +737,7 @@ FLASH ERROR # core/gen/bm_fm_rom.c FLUTE -# core/bm_drums.cpp core/bm_params.c +# core/bm_drums.cpp core/bm_input.c core/bm_params.c FM # core/gen/bm_fm_rom.c @@ -657,10 +774,7 @@ FWD FX # core/bm_ui_draw.c -FX AGAIN = DELAY / REVERB - HOLD FX = PUNCH-IN - -# core/bm_input.c -FX SEND +FX AGAIN = DELAY > REVERB > MASTER # core/bm_input.c GAIN @@ -683,18 +797,9 @@ GLIDE # core/bm_ui_draw.c GLIDE %dMS (WITH TIE) -# core/bm_ui_draw.c -GLO AGAIN = CLOSE - -# core/bm_ui_draw.c -GLOBAL - # core/bm_snap.c GPL-3.0 -# core/bm_input.c -HALF - # core/bm_pattern.c HARM MIN @@ -713,20 +818,20 @@ HELD: THE LOOP REPEATS - RELEASED: TO THE END # core/bm_input.c HERMITE +# core/bm_input.c +HH + # core/bm_drums.cpp HH808 +# core/bm_input.c +HI + # core/bm_input.c core/bm_params.c HIT # core/bm_input.c -HITS - -# core/bm_input.c -HOLD A CHORD: ARPEGGIATED IN TEMPO - -# core/bm_ui_draw.c -HOLD ARP + WHITE +HLF # core/bm_ui_draw.c HOLD ARP = LIVE ARPEGGIO @@ -738,10 +843,13 @@ HOLD EDIT + BLACK 4 = CAPTURE INTO THE GRID HOLD ENV = PAINT ACCENTS # core/bm_ui_draw.c -HOLD GLO = TRANSPOSE, PLAY = TAP +HOLD FX = PUNCH-IN # core/bm_ui_draw.c -HOLD LFO = PAINT REPEATS (ON NOTES: TIES) +HOLD GLO = TRANSPOSE, PLAY = TAP + +# core/bm_input.c +HOLD KEYS = ARPEGGIATE IN TEMPO # core/bm_ui_draw.c HOLD ONE + OTHERS = CHAIN @@ -749,6 +857,12 @@ HOLD ONE + OTHERS = CHAIN # core/bm_ui_draw.c HOLD REC = RECORD WHILE HELD +# core/bm_input.c +HOLD WHITE = ERASE LIVE OCT+ = REDO + +# core/bm_input.c +HOLD WHITE = ROLL BLACK 1-6 = RATE + # core/bm_input.c HOME @@ -767,21 +881,21 @@ HOME = DISCARD - REC = ANOTHER TAKE # core/bm_ui_draw.c HOME NO -# core/bm_params.c +# core/bm_input.c core/bm_params.c core/bm_ui_draw.c HP # core/bm_input.c core/bm_params.c core/bm_ui_draw.c HPF +# core/bm_input.c +HT + # core/bm_params.c I+II # core/bm_ui_draw.c IDLE LEDS -# core/bm_input.c -IF THE TARGET HAS NOTES: OCT+ YES, HOME NO - # core/bm_input.c core/bm_params.c core/bm_pattern.c II @@ -794,13 +908,13 @@ INF # core/bm_snap.c INIT -# core/bm_app.c core/bm_input.c +# core/bm_app.c core/bm_input.c core/bm_ui_draw.c INIT SOUND # core/bm_input.c INIT SOUND ON T%d? -# core/bm_app.c +# core/bm_app.c core/bm_input.c INSTR # core/bm_input.c @@ -821,6 +935,9 @@ INTERNAL # core/bm_input.c INTERPOLATION +# core/bm_input.c +IT IS NOT SAVED YET + # core/bm_input.c IT IS THE CURRENT PATTERN @@ -839,11 +956,8 @@ K-LO # core/bm_ui_draw.c K1 = DUCK (T1 SIDECHAIN) -# core/bm_input.c -K1 = ROLL SPEED - -# core/bm_input.c -K1 SETS THE GLIDE +# core/bm_ui_draw.c +K1 = DUCK - SELECT LEFT = LEVEL, PAN, SENDS # core/bm_ui_draw.c K1 START - K2 END - EDIT = SOUND, ENV, LOOP @@ -857,6 +971,9 @@ K3 PLAY: ONESHOT, KEY, THRU OR LOOP # core/bm_input.c KEY +# core/bm_input.c +KEYS = TRANSPOSE PROJECT K2 = OCTAVE + # core/bm_ui_draw.c KEYS ARE SILENT IN THE RECORDER @@ -884,6 +1001,9 @@ KILL LO # core/bm_input.c core/bm_ui_draw.c KIT +# core/bm_ui_draw.c +KIT FROM THIS TAKE: BLACK 1 HITS, 2 = 16, 3 = 8 + # core/bm_input.c KIT: %d PADS @@ -899,6 +1019,9 @@ LANGUAGE # core/bm_app.c LANGUAGE PACK IS DAMAGED +# core/bm_ui_draw.c +LATCHED + # core/gen/bm_fm_rom.c LEAD @@ -932,7 +1055,7 @@ LEVEL # core/bm_params.c LEVEL 2 -# core/bm_app.c core/bm_params.c core/bm_ui_draw.c +# core/bm_params.c LFO # core/bm_params.c @@ -944,18 +1067,12 @@ LFO RATE # core/bm_params.c LFO VCA -# core/bm_input.c -LFO: IN A FUTURE VERSION - # core/bm_params.c LFO>DCO # core/bm_params.c LFO>VCF -# core/bm_input.c -LIKE STEP + ALGORITHM, BY PAINTING - # core/bm_ui_draw.c LIMIT: MEMORY @@ -971,6 +1088,9 @@ LINES = 1 BAR # core/bm_ui_draw.c LIVE CHORDS +# core/bm_input.c +LO + # core/bm_input.c LOCK @@ -995,6 +1115,9 @@ LOOP OUT # core/bm_params.c LOUDNESS +# core/bm_input.c core/bm_ui_draw.c +LP + # core/bm_params.c LP 12 @@ -1007,6 +1130,9 @@ LP 4 POLE %s RES %d%% # core/bm_input.c core/bm_ui_draw.c LPF +# core/bm_input.c +LT + # core/bm_pattern.c LYDIAN @@ -1055,18 +1181,12 @@ MANUAL # core/gen/bm_fm_rom.c MARIMBA -# core/bm_input.c +# core/bm_input.c core/bm_ui_draw.c MASTER -# core/bm_ui_draw.c -MASTER FILT - # core/bm_input.c MASTER FILTER -# core/bm_ui_draw.c -MASTER FX - # core/bm_input.c core/bm_ui_draw.c MASTER LENGTH @@ -1082,6 +1202,9 @@ METAL # core/bm_drums.cpp METAL HAT +# core/bm_input.c +MICRO + # core/bm_input.c MICRO TIMING @@ -1106,7 +1229,7 @@ MIDI PROGRAM # core/bm_pattern.c MINOR -# core/bm_app.c core/bm_drums.cpp core/bm_input.c +# core/bm_app.c core/bm_drums.cpp core/bm_input.c core/bm_ui_draw.c MIX # core/bm_pattern.c @@ -1140,22 +1263,40 @@ MONO: ONE VOICE, RETRIGGERS MORE # core/bm_input.c -MST FILT +MOVE # core/bm_input.c -MUTE +MOVE BRIGHT + WASH # core/bm_input.c -MUTE INSTRUMENTS +MOVE DARK + ECHO -# core/bm_ui_draw.c -N1 HITS - N2 16 - N3 8: A KIT FROM THIS TAKE +# core/bm_input.c +MOVE OFF # core/bm_ui_draw.c -N4 = THE TAKE ON PAD %d +MOVE BRIGHT # core/bm_ui_draw.c -N4 = THE TAKE ON THIS PAD +MOVE DARK + +# core/bm_input.c +MST FILT + +# core/bm_input.c +MT + +# core/bm_input.c +MTL + +# core/bm_input.c +MUTE + +# core/bm_input.c +MUTE INSTRUMENTS + +# core/bm_input.c +MUTED # core/bm_params.c NARROW @@ -1230,17 +1371,11 @@ NOTHING TO UNDO NOW # core/bm_input.c -OCT+ +NZ # core/bm_ui_draw.c OCT+ YES -# core/bm_input.c -OCT- - -# core/bm_input.c -OCT- UNDO - OCT+ REDO - # core/bm_input.c OCTAVE @@ -1250,9 +1385,12 @@ OCTAVE %+d # core/bm_input.c OCTAVES -# core/bm_input.c core/bm_params.c core/bm_ui_draw.c +# core/bm_app.c core/bm_input.c core/bm_params.c core/bm_ui_draw.c OFF +# core/bm_input.c +OH + # core/bm_params.c OHAT @@ -1262,9 +1400,6 @@ ON # core/bm_ui_draw.c ON (TEST) -# core/bm_input.c -ON NOTES: NORMAL > ACCENT > GHOST - # core/bm_input.c ONESHOT @@ -1343,18 +1478,30 @@ PADS 1-8 # core/bm_input.c PADS 9-16 +# core/bm_input.c +PAGE + # core/bm_input.c PAGE %d/%d # core/bm_ui_draw.c PAGE %d/2 (ENV AGAIN) +# core/bm_ui_draw.c +PAGE 1 + +# core/bm_ui_draw.c +PAGE 2 + # core/bm_input.c core/bm_ui_draw.c PAN # core/bm_input.c PASTED ON PAD %d +# core/bm_input.c +PATCH + # core/bm_input.c PATTERN @@ -1400,12 +1547,6 @@ PLAY # core/bm_input.c PLAY = LOOP: HELD REPEATS THE LOOP -# core/bm_input.c -PLAY = TAP TEMPO, WITHOUT STOPPING - -# core/bm_input.c -PLAYING: HELD WHITE ERASES AS IT PASSES - # core/bm_input.c core/bm_ui_draw.c PLAYS @@ -1430,9 +1571,21 @@ POS 2 # core/bm_params.c POSITION +# core/bm_input.c +PRC + +# core/bm_ui_draw.c +PRE + +# core/bm_ui_draw.c +PRESETS + # core/bm_ui_draw.c PRESETS = ANOTHER KIT +# core/bm_input.c +PROB + # core/bm_input.c PROB/FILL @@ -1472,9 +1625,12 @@ PWM # core/bm_params.c PWM BY -# core/bm_input.c +# core/bm_input.c core/bm_ui_draw.c QUICK SAVE +# core/bm_input.c +RAMP + # core/bm_input.c RAND @@ -1490,6 +1646,9 @@ RATE # core/bm_drums.cpp RATIO +# core/bm_input.c +RD + # core/bm_ui_draw.c READY @@ -1520,9 +1679,6 @@ REC STEP # core/bm_ui_draw.c REC: RECORD > PLAY > OVERDUB - STARTS ON THE NEXT BAR -# core/bm_input.c -REC: RECORDED AS REPEATS - # core/bm_app.c RECORD @@ -1538,15 +1694,6 @@ REDONE ON T%d # core/bm_input.c core/bm_params.c RELEASE -# core/bm_input.c -RELEASE ARP AND IT STOPS - -# core/bm_input.c -RELEASE BLACK 10 TO GO BACK - -# core/bm_input.c -RELEASE BLACK 11 TO GO BACK - # core/bm_ui_draw.c RELEASE HOME TO ENTER @@ -1568,7 +1715,7 @@ RESON # core/bm_drums.cpp RESONATOR -# core/bm_input.c core/bm_ui_draw.c +# core/bm_input.c REV # core/bm_input.c @@ -1607,12 +1754,27 @@ RIDE # core/bm_params.c RIM -# core/bm_input.c core/bm_ui_draw.c +# core/bm_input.c ROLL +# core/bm_input.c +ROLL RATE + +# core/bm_input.c +ROLL SWING + +# core/bm_input.c +ROLL TAIL + # core/bm_input.c ROOT +# core/bm_input.c +ROW + +# core/bm_input.c +RS + # core/bm_ui_draw.c SAVE @@ -1643,7 +1805,7 @@ SAW # core/bm_input.c SC REL -# core/bm_app.c core/bm_input.c +# core/bm_app.c core/bm_input.c core/bm_ui_draw.c SCALE # core/bm_ui_draw.c @@ -1667,6 +1829,9 @@ SCL AGAIN: CHORDS - HOME + SCL: PROJECT # core/bm_input.c SCN %c +# core/bm_input.c +SD + # core/bm_params.c SD 808 @@ -1680,35 +1845,32 @@ SD808 SD909 # core/bm_ui_draw.c -SELECT = GO TO A TRACK - ALGORITHM = BPM .1 +SEL # core/bm_ui_draw.c -SELECT = ROW - ALGORITHM = CHANGE - -# core/bm_ui_draw.c -SELECT HIT - ALGORITHM PROB - PRESETS LENGTH +SELECT # core/bm_ui_draw.c -SELECT PAGE - ALGORITHM MODE - PRESETS SOUND +SELECT = GO TO A TRACK - ALGORITHM = BPM .1 # core/bm_ui_draw.c -SELECT PICKS, SAVE RUNS - HOLD SAVE = COPY PATTERN +SELECT = ROW - ALGORITHM = CHANGE # core/bm_ui_draw.c -SELECT ROW - ALGORITHM CHANGES +SELECT HIT - ALGORITHM PROB - PRESETS LENGTH # core/bm_ui_draw.c -SELECT TRACK - ALGORITHM BPM - PRESETS PATTERN +SELECT PICKS, SAVE RUNS - HOLD SAVE = COPY PATTERN -# core/bm_app.c +# core/bm_app.c core/bm_ui_draw.c SEQ -# core/bm_ui_draw.c -SEQ / GATE STREAM - # core/bm_input.c SET +# core/bm_input.c +SH + # core/bm_params.c SHAK @@ -1784,9 +1946,6 @@ SPACE # core/bm_input.c SPEED -# core/bm_ui_draw.c -SPEED %s (K1) - # core/bm_ui_draw.c SPLIT L/R @@ -1859,9 +2018,6 @@ STOP TO COPY # core/bm_app.c core/bm_input.c STOP TO SAVE -# core/bm_input.c -STOPPED: WHITE ERASES THE LINE OR STEP - # core/gen/bm_fm_rom.c STRINGS @@ -1872,7 +2028,7 @@ STRUM STRUM (MS) # core/bm_input.c -STUT +STU # core/bm_input.c STUT 16 @@ -1898,7 +2054,7 @@ STUT4 # core/bm_ui_draw.c STUT8 -# core/bm_params.c +# core/bm_input.c core/bm_params.c SUB # core/gen/bm_fm_rom.c @@ -1925,9 +2081,6 @@ SWING 50=STRAIGHT # core/bm_input.c SYNC -# core/bm_ui_draw.c -SYNC 1/16 - # core/bm_ui_draw.c SYNC LATENCY @@ -1953,13 +2106,13 @@ SYSTEM T%d COPIED TO T%d # core/bm_input.c -T%d ERASED +T%d DELAY # core/bm_app.c T%d ERASED (HOME+OCT- UNDOES) # core/bm_input.c -T%d FX SEND +T%d FILTER # core/bm_input.c T%d IS NOW %s @@ -1968,10 +2121,10 @@ T%d IS NOW %s T%d LENGTH %d # core/bm_input.c -T%d MUTE +T%d LEVEL # core/bm_input.c -T%d PLAYS +T%d REVERB # core/bm_input.c T%d SPEED @@ -1982,9 +2135,6 @@ T%d SPEED %s # core/bm_input.c T%d TRANSPOSE -# core/bm_input.c -T%d VOLUME - # core/bm_input.c T%d: %d BAR @@ -1994,15 +2144,21 @@ T%d: %d BARS # core/bm_ui_draw.c T1 IS THE SIDECHAIN SOURCE -# core/bm_input.c +# core/bm_input.c core/bm_ui_draw.c T1 IS THE SOURCE # core/bm_app.c T3 IS NOW %s -# core/bm_params.c +# core/bm_input.c core/bm_params.c TABLE +# core/bm_input.c +TAIL + +# core/bm_input.c +TAKE + # core/bm_input.c TAKE %02d > PAD %d @@ -2024,9 +2180,15 @@ TAKE BPM # core/bm_input.c TAKE DISCARDED -# core/bm_app.c +# core/bm_input.c +TAKE KEPT (NOT SAVED) + +# core/bm_app.c core/bm_ui_draw.c TAKES +# core/bm_ui_draw.c +TAKES (HOLD EDIT): BLACK 1 = KIT FROM A TAKE + # core/bm_input.c TAKES FULL: DELETE ONE @@ -2036,9 +2198,6 @@ TAKES+SOUNDS # core/bm_ui_draw.c TAKES: FREE %u.%u OF 6 S -# core/bm_ui_draw.c -TAKES: N1 = KIT FROM A TAKE - # core/bm_input.c TAP @@ -2051,7 +2210,7 @@ TAPE # core/bm_input.c core/bm_params.c TARGET -# core/bm_input.c +# core/bm_input.c core/bm_ui_draw.c TEMPO # core/bm_input.c @@ -2066,12 +2225,6 @@ THAT IS NOT A BUBBA SOUND # core/bm_ui_draw.c THE GRID, VARIED EVERY BAR -# core/bm_ui_draw.c -THE KEYS BELOW SAY WHAT THEY DO - -# core/bm_input.c -THE KEYS TRANSPOSE THE PROJECT - C4 = 0 - # core/bm_input.c THE PADS ARE REPLACED @@ -2102,7 +2255,7 @@ TIME # core/bm_input.c TIMES -# core/bm_drums.cpp core/bm_params.c +# core/bm_drums.cpp core/bm_input.c core/bm_params.c TOM # core/gen/bm_fm_rom.c @@ -2120,6 +2273,9 @@ TOM M # core/bm_input.c core/bm_params.c TONE +# core/bm_input.c +TRACK + # core/bm_app.c core/bm_input.c TRACK COPIED @@ -2147,12 +2303,6 @@ TRIAD # core/bm_ui_draw.c TRIM -# core/bm_ui_draw.c -TRK MACHINE - -# core/bm_input.c -TRK VOL - # core/bm_input.c core/bm_params.c TUNE @@ -2231,50 +2381,59 @@ VOICE # core/bm_input.c VOICING +# core/bm_input.c core/bm_params.c +WAVE + # core/bm_ui_draw.c -VOL +WHITE = ADD PATTERN -# core/bm_params.c -WAVE +# core/bm_input.c +WHITE = CUE PATTERN BLACK 1-6 = MUTE # core/bm_input.c -WHITE = ACCENT ON / OFF - EMPTY STEP = NEW +WHITE = CYCLE ACCENT AND GHOST -# core/bm_ui_draw.c -WHITE = ADD PATTERN +# core/bm_input.c +WHITE = CYCLE X1-X4 AND FLAM + +# core/bm_input.c +WHITE = ERASE INSTRUMENT OCT+ = REDO + +# core/bm_input.c +WHITE = ERASE STEP OCT+ = REDO # core/bm_input.c -WHITE = LENGTH - BLACKS 1-6 = SPEED +WHITE = MAKE HIT FILL-ONLY # core/bm_input.c -WHITE = MUTE / UNMUTE THAT INSTRUMENT +WHITE = MAKE NOTE FILL-ONLY # core/bm_input.c -WHITE = PASTE THERE - BLACK + WHITE = ONE TRACK +WHITE = PASTE BLACK+WHITE = ONE TRACK # core/bm_ui_draw.c WHITE = PLAY AND PICK A PAD - PRESETS = ITS TAKE # core/bm_input.c -WHITE = QUEUE PATTERN - TWO = CHAIN +WHITE = PLAY CHORD BLACK 1-4 = EXTEND # core/bm_input.c -WHITE = REPEATS WHILE HELD +WHITE = PLAY EFFECT BLACK 1-6 = MUTE # core/bm_input.c -WHITE = TIE THE NOTE TO THE NEXT ONE +WHITE = SET LENGTH OCT-/OCT+ = PAGE # core/bm_input.c -WHITE = X1 > X2 > X3 > X4 > FLAM - -# core/bm_ui_draw.c -WHITE ADDS - BLACK 9 DELETES +WHITE = TIE TO NEXT NOTE K1 = GLIDE # core/bm_input.c -WHITES = 16 CHORDS - BLACKS 1-4 MODIFY +WHITE = TOGGLE ACCENT # core/bm_input.c -WHITES = 16 EFFECTS, QUANTIZED TO 1/16 +WHITE = TOGGLE MUTE BLACK 1-8 = PLAY + +# core/bm_ui_draw.c +WHITE ADDS - BLACK 9 DELETES # core/bm_input.c WHOLE @@ -2282,16 +2441,13 @@ WHOLE # core/bm_params.c WIDE -# core/bm_input.c -WORKS WITH REPEAT, FLAM AND CONDITION - # core/bm_params.c YES # core/bm_ui_draw.c YOU -# core/bm_params.c +# core/bm_input.c core/bm_params.c ZAP # core/bm_input.c diff --git a/tests/test_core.c b/tests/test_core.c index a05afa3..22e39c9 100644 --- a/tests/test_core.c +++ b/tests/test_core.c @@ -12,6 +12,7 @@ #include "../core/bm_rom.h" #include "../core/bm_drums.h" #include "../core/bm_snap.h" +#include "../core/bm_printf.h" #include "../core/bm_wt.h" #include "../core/bm_fm.h" #include "../core/bm_params.h" @@ -416,6 +417,202 @@ static void test_tr_features(void) CHECK(app.ctx.roll[0].mask == 0 && app.layer == L_NONE); } +/* Golpes del instrumento lane de T(t+1) mientras corre el audio ms milisegundos (sin la UI, que + * baja lane_trig): cuántos, y la muestra y la velocidad de cada uno. */ +static int roll_hits(int t, int lane, uint32_t ms, uint32_t *at, uint8_t *vel, int cap) +{ + int n = 0; + uint32_t frames = ms * 44118u / 1000u, start = app.ctx.sample_clock; + app.ctx.st.lane_trig[t] = 0; + while (app.ctx.sample_clock - start < frames) { + bm_app_audio(&app, abuf, 16); + if (!(app.ctx.st.lane_trig[t] & (1u << lane))) continue; + if (n < cap) { at[n] = app.ctx.sample_clock; vel[n] = app.ctx.st.roll_vel[t]; } + n++; + app.ctx.st.lane_trig[t] = 0; + } + return n; +} + +static void test_roll(void) +{ + printf("ROLL: ARP en T1/T2 (un toque la deja abierta), velocidades, swing, CRESC, cola y REC\n"); + boot(1); + ch(0); + btn(BTN_ARP, 30); /* un toque: abierta */ + CHECK(app.layer == L_ROLL && app.layer_latch && app.view == V_CH && app.track == 0); + CHECK(sim.leds[BTN_ARP] == LED_BREATH && sim.leds[BTN_HOME] == LED_MID); + bm_keyfn K[BM_KEYS]; + bm_app_keys(&app, K); + for (int w = 0; w < 16; w++) { /* con pasos MID, vacío DIM (igual hace roll) */ + const bm_tr *tr = &app.pat.tr[0]; + int len = tr->lane[w].len ? tr->lane[w].len : 16, has = 0; + for (int s = 0; s < len; s++) if (tr->st[w][s] & ST_ON) has = 1; + CHECK(K[bm_white_key(w)].led == (has ? LED_MID : LED_DIM)); + } + CHECK(K[bm_black_key(1)].led == LED_ON && K[bm_black_key(0)].led == LED_DIM && K[bm_black_key(5)].led == LED_DIM); + CHECK(K[bm_black_key(6)].led == LED_DIM && K[bm_black_key(7)].led == LED_DIM && K[bm_black_key(10)].led == LED_DIM); + const char *s1, *s2, *s3; + bm_app_bigknobs(&app, &s1, &s2, &s3); + CHECK(!strcmp(s1, "-") && !strcmp(s2, "-") && !strcmp(s3, "-")); + bm_legend L[4]; + bm_app_legend(&app, L); + CHECK(!strcmp(L[0].name, "RATE") && !strcmp(L[0].val, "1/16") && !strcmp(L[2].name, "SWING") && !strcmp(L[3].name, "TAIL")); + { + char title[24]; uint16_t col; const char *h1, *h2; + bm_app_keymap(&app, K, title, sizeof title, &col, &h1, &h2); + CHECK(!strcmp(title, "ROLL") && !strncmp(h2, "EXIT:", 5) && strlen(h1) <= 38 && strlen(h2) <= 38); + } + btn(BTN_ARP, 30); /* ARP otra vez: cerrada */ + CHECK(app.layer == L_NONE && !app.layer_latch); + btn(BTN_ARP, 30); + CHECK(app.layer == L_ROLL); + btn(BTN_HOME, 30); /* HOME: cerrada, sigues en el canal */ + CHECK(app.layer == L_NONE && !app.layer_latch && app.view == V_CH); + black(9, 40); /* MUTE abierta: ARP la cambia por ROLL */ + CHECK(app.layer == L_LANEMUTE && app.layer_latch); + btn(BTN_ARP, 30); + CHECK(app.layer == L_ROLL && app.layer_latch); + btn(BTN_HOME, 30); + CHECK(app.layer == L_NONE); + down(BTN_ARP); run_ms(400); /* sostener: solo mientras lo sostienes */ + CHECK(app.layer == L_ROLL && !app.layer_latch); + up(BTN_ARP); run_ms(60); + CHECK(app.layer == L_NONE); + btn(BTN_ARP, 30); /* abierta y luego sostener ARP: se cierra al soltar */ + down(BTN_ARP); run_ms(400); + CHECK(app.layer == L_ROLL && !app.layer_latch); + up(BTN_ARP); run_ms(60); + CHECK(app.layer == L_NONE); + + double fpt = BM_FS * 60.0 / (app.pat.meta.bpm_x10 / 10.0 * BM_PPQN); /* muestras por tick */ + uint32_t at[64]; uint8_t vel[64]; + btn(BTN_ARP, 30); + black(4, 40); /* 1/16T: cada 16 ticks */ + CHECK(app.roll_rate == 4); + kdown(bm_white_key(5)); + int n = roll_hits(0, 5, 700, at, vel, 64); + CHECK(n >= 8); + int ok = 1; + for (int i = 1; i < n && i < 64; i++) if (fabs((double)(at[i] - at[i - 1]) - 16 * fpt) > 40) ok = 0; + CHECK(ok); + black(5, 40); /* 1/32T, con la tecla sostenida */ + CHECK(app.roll_rate == 5); + n = roll_hits(0, 5, 300, at, vel, 64); + ok = n >= 8; + for (int i = 1; i < n && i < 64; i++) if (fabs((double)(at[i] - at[i - 1]) - 8 * fpt) > 40) ok = 0; + CHECK(ok); + kup(bm_white_key(5)); + CHECK(roll_hits(0, 5, 300, at, vel, 64) == 0); /* sin cola: soltar lo corta */ + + black(1, 40); /* 1/16 con swing 75 %: 36 + 12 ticks */ + enc(ENC_K3, 25); + CHECK(app.roll_swing == 75 && app.ctx.roll_cfg.swing == 75); + kdown(bm_white_key(5)); + n = roll_hits(0, 5, 800, at, vel, 64); + kup(bm_white_key(5)); + ok = n >= 5; + for (int i = 2; i < n && i < 64; i++) { + double a1 = (double)(at[i - 1] - at[i - 2]), a2 = (double)(at[i] - at[i - 1]); + if (fabs(a1 + a2 - 48 * fpt) > 60 || fabs(fabs(a1 - a2) - 24 * fpt) > 60) ok = 0; + } + CHECK(ok); + enc(ENC_K3, -25); + CHECK(app.roll_swing == 50); + roll_hits(0, 5, 100, at, vel, 64); + + black(6, 40); /* CRESC en 1/4: la velocidad sube hasta 127 */ + enc(ENC_K2, -2); + CHECK(app.roll_ramp == 1 && app.roll_len == 0 && app.ctx.roll_cfg.ramp == 1 && app.ctx.roll_cfg.ramp_len == BM_PPQN); + bm_app_keys(&app, K); + CHECK(K[bm_black_key(6)].led == LED_ON && K[bm_black_key(7)].led == LED_DIM); + bm_app_legend(&app, L); + CHECK(!strcmp(L[1].name, "CRESC") && !strcmp(L[1].val, "1/4")); + kdown(bm_white_key(5)); + n = roll_hits(0, 5, 900, at, vel, 64); + ok = n >= 6 && vel[0] < 70 && vel[n - 1] == 127; + for (int i = 1; i < n && i < 64; i++) if (vel[i] < vel[i - 1]) ok = 0; + CHECK(ok); + run_ms(UI_OVERLAY_MS + 100); /* sin el aviso de la perilla */ + shot("22b-roll-latched"); + kup(bm_white_key(5)); + black(7, 40); /* DECRESC: baja */ + CHECK(app.roll_ramp == 2); + kdown(bm_white_key(5)); + n = roll_hits(0, 5, 900, at, vel, 64); + kup(bm_white_key(5)); + CHECK(n >= 6 && vel[0] > vel[n - 1] && vel[n - 1] == 24); + black(7, 40); + CHECK(app.roll_ramp == 0 && app.ctx.roll_cfg.ramp == 0); + + enc(ENC_K4, 3); /* cola de 1/4: 4 golpes de 1/16 más */ + CHECK(app.roll_tail == 3 && app.ctx.roll_cfg.tail == BM_PPQN); + kdown(bm_white_key(5)); + roll_hits(0, 5, 500, at, vel, 64); + kup(bm_white_key(5)); + n = roll_hits(0, 5, 400, at, vel, 64); + CHECK(n >= 3 && n <= 5); + CHECK(roll_hits(0, 5, 300, at, vel, 64) == 0 && app.ctx.roll[0].tail_m == 0); + enc(ENC_K4, -3); + + kdown(bm_black_key(10)); /* negra 11: el fill mientras la sostienes */ + run_ms(60); + CHECK(app.fill && app.ctx.fill); + bm_app_keys(&app, K); + CHECK(K[bm_black_key(10)].led == LED_ON); + kup(bm_black_key(10)); + run_ms(60); + CHECK(!app.fill && !app.ctx.fill && app.layer == L_ROLL); + + /* REC: el roll se graba como pasos con repetición, y CRESC como acentos */ + int lane = -1; + for (int w = 0; w < 16 && lane < 0; w++) { + int any = 0; + for (int s = 0; s < BM_STEPS; s++) if (app.pat.tr[0].st[w][s]) any = 1; + if (!any) lane = w; + } + CHECK(lane >= 0); + if (lane < 0) lane = 15; + btn(BTN_PLAY, 20); + btn(BTN_REC, 30); /* REC no cierra ROLL */ + CHECK(app.rec && app.layer == L_ROLL && app.layer_latch); + black(2, 40); /* 1/32 = x2 por paso */ + black(6, 40); /* CRESC */ + kdown(bm_white_key(lane)); + run_ms(1100); + kup(bm_white_key(lane)); + run_ms(60); + btn(BTN_REC, 30); + btn(BTN_PLAY, 20); + int on = 0, rat = 0, acc = 0, flat = 0; + for (int s = 0; s < 16; s++) { + uint8_t b = app.pat.tr[0].st[lane][s]; + if (!(b & ST_ON)) continue; + on++; + if (((b & ST_RAT_MASK) >> ST_RAT_SH) == 1) rat++; + if (b & ST_ACC) acc++; else flat++; + } + CHECK(on >= 6 && rat >= 6 && acc >= 1 && flat >= 1); + black(6, 40); + btn(BTN_ARP, 30); + CHECK(app.layer == L_NONE && app.roll_mask == 0); + + /* T2 (pads): lo mismo; REC en ROLL graba lo que tocas, no abre la grabadora */ + ch(1); + btn(BTN_ARP, 30); + CHECK(app.track == 1 && app.layer == L_ROLL && app.layer_latch); + btn(BTN_REC, 30); + CHECK(app.rec && app.page != PG_REC && app.layer == L_ROLL && !app.ctx.st.smp_armed); + btn(BTN_REC, 30); + CHECK(!app.rec); + kdown(bm_white_key(3)); + run_ms(100); + CHECK(app.ctx.roll[1].mask == (1u << 3)); + kup(bm_white_key(3)); + btn(BTN_HOME, 30); + CHECK(app.layer == L_NONE && app.ctx.roll[1].mask == 0); +} + static void test_voices(void) { printf("voces: pool de 7 con robo y fade\n"); @@ -440,20 +637,36 @@ static void test_navigation(void) shot("00-home"); int bpm = app.pat.meta.bpm_x10; enc(ENC_ALGO, 1); enc(ENC_ALGO, 1); /* HOME: ALGORITHM = BPM */ - CHECK(app.pat.meta.bpm_x10 == bpm + 20 && app.view == V_HOME); + CHECK(app.pat.meta.bpm_x10 == bpm + 20 && app.view == V_HOME && app.ov.beat && app.ov.color == C_TEMPO); + shot("05b-home-tempo"); enc(ENC_ALGO, -2); enc(ENC_SELECT, 1); enc(ENC_SELECT, 1); /* SELECT: el cursor del mezclador */ CHECK(app.track == 2 && app.view == V_HOME && !app.box_on); int lv = app.pat.trk[2].level; enc(ENC_K1, -2); /* K1 = el volumen del canal del cursor */ CHECK(app.pat.trk[2].level == lv - 2); - enc(ENC_K3, -20); /* K3 = el filtro del master */ - CHECK(app.pat.meta.mfilt < 60); - enc(ENC_K3, 20); - enc(ENC_K4, 1); /* K4 = BEAT FX */ - CHECK(app.pat.meta.beatfx == 1); + enc(ENC_K2, -2); /* K2 = el filtro DJ del canal: el centro retiene 2 detents */ + CHECK(app.pat.trk[2].djf == 0); + run_ms(1000); + enc(ENC_K2, -4); /* a la izquierda pasa-bajos */ + CHECK(app.pat.trk[2].djf == 2); + enc(ENC_K2, 2); /* volviendo, se para en el centro */ + CHECK(app.pat.trk[2].djf == 0); + enc(ENC_K2, 3); /* a la derecha pasa-altos */ + CHECK(app.pat.trk[2].djf == 64 + 1); + enc(ENC_K2, -1); /* al centro: abierto */ + CHECK(app.pat.trk[2].djf == 0); + int sd = app.pat.trk[2].send, rv2 = app.pat.trk[2].rsend; + enc(ENC_K3, 2); enc(ENC_K4, 2); /* K3 = delay, K4 = reverb */ + CHECK(app.pat.trk[2].send == sd + 2 && app.pat.trk[2].rsend == rv2 + 2); + enc(ENC_PRESETS, -4); /* PRESETS = MOVE (los patrones: las blancas); el centro retiene 2 */ + run_ms(30); + CHECK(app.move == -2 && app.ctx.move == -2 && app.view == V_HOME); shot("01-home-mixer"); - enc(ENC_K4, -1); + enc(ENC_PRESETS, 2); + run_ms(30); + CHECK(app.move == 0 && app.ctx.move == 0); + enc(ENC_K3, -2); enc(ENC_K4, -2); btn(BTN_SEQ, 30); /* SEQ entra al canal del cursor */ CHECK(app.view == V_CH && app.track == 2 && app.page == PG_SEQ); shot("06-seq-bass"); @@ -477,7 +690,7 @@ static void test_navigation(void) btn(BTN_FX, 30); CHECK(app.page == PG_MIX && !app.mix_page); lv = app.pat.trk[3].level; - enc(ENC_K1, -2); enc(ENC_K1, -2); + enc(ENC_K1, -2); run_ms(300); enc(ENC_K1, -2); /* despacio: sin aceleración */ CHECK(app.pat.trk[3].level == lv - 4); int rv = app.pat.trk[3].rsend; enc(ENC_K4, 1); enc(ENC_K4, 1); enc(ENC_K4, 1); /* K4 = el envío a la reverb */ @@ -488,10 +701,20 @@ static void test_navigation(void) int dk = app.pat.trk[3].duck; enc(ENC_K1, 2); CHECK(app.pat.trk[3].duck == dk + 2); + run_ms(UI_OVERLAY_MS + 100); + shot("14b-mix-duck"); btn(BTN_HOME, 30); CHECK(app.view == V_HOME); - btn(BTN_HOME, 30); CHECK(app.view == V_MIX); - shot("39-faders"); + /* HOME otra vez: las páginas de BX-1, MIX > FX > TEMPO > ESCENAS > SONG */ + btn(BTN_HOME, 30); CHECK(app.view == V_FXG && app.fx_page == 0); + btn(BTN_FX, 30); btn(BTN_FX, 30); CHECK(app.view == V_FXG && app.fx_page == 2); /* FX: DELAY > REVERB > MASTER */ + enc(ENC_K1, -20); /* MASTER: K1 = el filtro del master */ + CHECK(app.pat.meta.mfilt < 60); + enc(ENC_K2, 1); /* K2 = BEAT FX */ + CHECK(app.pat.meta.beatfx == 1); + shot("39-home-fx-master"); + enc(ENC_K1, 20); enc(ENC_K2, -1); + btn(BTN_HOME, 30); CHECK(app.view == V_GLO); btn(BTN_HOME, 30); CHECK(app.view == V_SCENES); btn(BTN_HOME, 30); CHECK(app.view == V_SONG); btn(BTN_HOME, 30); CHECK(app.view == V_HOME); @@ -571,6 +794,65 @@ static void test_home(void) /* Negras 10 y 11 en la batería: un toque deja abierta la pantalla de MUTE o de FILL; mantener = solo * mientras la sostienes. En INSTR, ALGORITHM elige instrumento con el recuadro. */ +static int t2_steps(void) +{ + int n = 0; + for (int l = 0; l < BM_LANES; l++) for (int s = 0; s < BM_STEPS; s++) if (app.pat.tr[1].st[l][s] & ST_ON) n++; + return n; +} + +static void test_button_lights(void) +{ + printf("luces de los botones: SAVE pendiente, capas, página, REC sostenido en la grabadora\n"); + boot(1); + run_ms(UI_AUTOSAVE_MS + 1500); /* el demo ya está guardado */ + ch(0); + page(BTN_SEQ, PG_SEQ); + CHECK(sim.leds[BTN_SEQ] == LED_ON && sim.leds[BTN_SAVE] == LED_DIM && sim.leds[BTN_ENV] == LED_DIM); + white(15, 40); /* una edición */ + CHECK(sim.leds[BTN_SAVE] == LED_DIM); /* dentro de la máquina: sin avisos globales */ + btn(BTN_HOME, 30); + CHECK(app.view == V_HOME && sim.leds[BTN_SAVE] == LED_BREATH); /* en la consola: algo sin guardar */ + CHECK(sim.leds[BTN_HOME] == LED_ON && sim.leds[BTN_SEQ] == LED_MID && sim.leds[BTN_EDIT] == LED_MID); + btn(BTN_HOME, 30); /* HOME otra vez: FX de la consola */ + CHECK(app.view == V_FXG && sim.leds[BTN_HOME] == LED_ON && sim.leds[BTN_FX] == LED_MID); + ch(0); + /* SISTEMA > LED: solo los botones en reposo */ + app.set.led_dim = 2; run_ms(60); + CHECK(sim.leds[BTN_ENV] == LED_MID && sim.leds[BTN_SEQ] == LED_ON); + app.set.led_dim = 0; run_ms(60); + CHECK(sim.leds[BTN_ENV] == LED_OFF && sim.leds[BTN_SEQ] == LED_ON); + app.set.led_dim = 1; run_ms(60); + /* FILL y MUTE no tienen botón: no respira OCT- ni SEQ; HOME las cierra */ + black(10, 40); + CHECK(app.layer == L_FILL); + CHECK(sim.leds[BTN_OCT_DN] != LED_BREATH && sim.leds[BTN_SEQ] == LED_OFF && sim.leds[BTN_HOME] == LED_MID); + btn(BTN_HOME, 30); + black(9, 40); + CHECK(app.layer == L_LANEMUTE && sim.leds[BTN_SEQ] != LED_BREATH); + btn(BTN_HOME, 30); + CHECK(app.layer == L_NONE); + /* ENV en la batería abre INSTR: se enciende ENV, no EDIT */ + btn(BTN_ENV, 30); + CHECK(app.page == PG_INST && sim.leds[BTN_ENV] == LED_ON && sim.leds[BTN_EDIT] == LED_DIM); + /* la grabadora: REC sostenido 2.5 s graba la mezcla y no borra la pista */ + ch(1); + if (!t2_steps()) white(0, 40); + int before = t2_steps(); + CHECK(before > 0); + btn(BTN_REC, 30); /* a la GRABADORA, armada */ + CHECK(app.page == PG_REC && app.ctx.st.smp_armed && sim.leds[BTN_REC] == LED_BREATH); + btn(BTN_REC, 30); /* desarmar */ + CHECK(!app.ctx.st.smp_armed); + down(BTN_REC); run_ms(1000); + CHECK(app.ctx.st.smp_rec && sim.leds[BTN_REC] == LED_BLINK); + run_ms(1500); + CHECK(app.ctx.st.smp_rec); /* a los 2 s sigue grabando */ + up(BTN_REC); run_ms(60); + CHECK(!app.ctx.st.smp_rec && app.ctx.st.smp_unsaved && app.page == PG_REC && app.ask == ASK_NONE); + CHECK(t2_steps() == before); +} + static void test_key_screens(void) { printf("negras 10 y 11: pantallas de MUTE y FILL; ALGORITHM en INSTR\n"); @@ -581,6 +863,29 @@ static void test_key_screens(void) black(9, 40); /* un toque: queda abierta */ CHECK(app.layer == L_LANEMUTE && app.layer_latch); shot("63-mutes"); + { /* luces de MUTE: con pasos y sonando MID (y destella con cada golpe), muteado DIM, vacío OFF */ + bm_keyfn K[BM_KEYS]; + int full = -1; + memset(app.pat.tr[0].st[15], 0, sizeof app.pat.tr[0].st[15]); /* el 16 queda vacío */ + for (int l = 0; l < 15 && full < 0; l++) { + if ((app.pat.tr[0].mute >> l) & 1) continue; + int len = app.pat.tr[0].lane[l].len ? app.pat.tr[0].lane[l].len : 16; + for (int s = 0; s < len; s++) if (app.pat.tr[0].st[l][s] & ST_ON) { full = l; break; } + } + CHECK(full >= 0); + bm_app_keys(&app, K); + CHECK(K[bm_white_key(full)].led == LED_MID && K[bm_white_key(15)].led == LED_OFF); + CHECK(K[bm_black_key(9)].led == LED_BREATH && strcmp(K[bm_black_key(9)].label, "X") == 0); + app.lane_flash[0][full] = app.now + 90; /* acaba de sonar */ + bm_app_keys(&app, K); + CHECK(K[bm_white_key(full)].live); + white(full, 40); /* muteado: tenue y sin destello */ + app.lane_flash[0][full] = app.now + 90; + bm_app_keys(&app, K); + CHECK(K[bm_white_key(full)].led == LED_DIM && !K[bm_white_key(full)].live); + white(full, 40); + app.lane_flash[0][full] = 0; + } white(2, 40); /* mutea el hat cerrado */ CHECK((app.pat.tr[0].mute >> 2) & 1); white(2, 40); @@ -618,6 +923,17 @@ static void test_key_screens(void) run_ms(500); CHECK(!app.box_on && app.sel_lane[0] == l0 + 2 && app.track == 0 && app.page == PG_INST); shot("66-home-guia"); + /* LOCK de escala: soltar un acorde (negras 1-4) no suelta el +7 que sigue sostenido */ + ch(3); + page(BTN_EDIT, PG_SOUND); + app.pat.meta.scale_lock = 1; + kdown(bm_black_key(7)); run_ms(40); + CHECK(app.chord_mod & 1); + black(0, 40); + CHECK(app.chord_mod & 1); + kup(bm_black_key(7)); run_ms(40); + CHECK(!(app.chord_mod & 1)); + app.pat.meta.scale_lock = 0; } static void test_layers(void) @@ -646,6 +962,27 @@ static void test_layers(void) shot("42-layer-rep"); up(BTN_LFO); run_ms(60); CHECK(((app.pat.tr[0].st[0][0] & ST_RAT_MASK) >> ST_RAT_SH) == 2); + /* BR-8 no tiene LFO: un toque deja abierta la capa REPETIR (respira), LFO otra vez o HOME la cierran */ + { + bm_keyfn K[BM_KEYS]; char title[24]; uint16_t col; const char *h1, *h2; + btn(BTN_LFO, 30); + CHECK(app.layer == L_REP && app.layer_latch && app.view == V_CH && sim.leds[BTN_LFO] == LED_BREATH); + CHECK(sim.leds[BTN_HOME] == LED_MID); + bm_app_keymap(&app, K, title, sizeof title, &col, &h1, &h2); + CHECK(strcmp(title, "REPEAT") == 0 && strncmp(h2, "EXIT: LFO OR HOME", 17) == 0); + white(0, 40); /* abierta sin sostener: sigue pintando */ + CHECK(((app.pat.tr[0].st[0][0] & ST_RAT_MASK) >> ST_RAT_SH) == 3); + btn(BTN_OCT_UP, 20); /* OCT pasa páginas sin cerrarla */ + CHECK(app.layer == L_REP && app.layer_latch); + btn(BTN_OCT_DN, 20); + btn(BTN_LFO, 30); /* LFO otra vez: sale */ + CHECK(app.layer == L_NONE && !app.layer_latch && app.view == V_CH && app.page == PG_SEQ); + btn(BTN_LFO, 30); + CHECK(app.layer == L_REP && app.layer_latch); + btn(BTN_HOME, 30); /* HOME: sale, en el canal */ + CHECK(app.layer == L_NONE && !app.layer_latch && app.view == V_CH); + CHECK(sim.leds[BTN_LFO] == LED_DIM); + } down(BTN_EDIT); run_ms(400); shot("21-erase"); white(0, 40); /* parado: borra la línea del bombo */ @@ -681,15 +1018,47 @@ static void test_layers(void) down(BTN_SAVE); run_ms(400); kdown(bm_black_key(2)); white(5, 40); kup(bm_black_key(2)); up(BTN_SAVE); run_ms(60); CHECK(app.ask == ASK_COPY_TRK); /* A06 ya tiene datos: pregunta */ shot("46-ask"); + CHECK(sim.leds[BTN_OCT_UP] == LED_BLINK && sim.leds[BTN_HOME] == LED_ON && sim.leds[BTN_OCT_DN] == LED_MID); + CHECK(sim.leds[BTN_SEQ] == LED_OFF && sim.leds[BTN_SAVE] == LED_OFF); /* en la pregunta, solo sí y no */ btn(BTN_OCT_UP, 20); run_ms(600); CHECK(app.ask == ASK_NONE); - /* REC 2 s: borra el canal sin preguntar (HOME + OCT- lo deshace) */ + /* REC 2 s sin grabar nada: borra la pista al instante, sin preguntar (en vivo); HOME + OCT- la devuelve */ ch(0); - down(BTN_REC); run_ms(2200); up(BTN_REC); run_ms(60); - CHECK(app.ask == ASK_NONE && app.view == V_CH); + run_ms(100); + int hits0 = 0; + for (int l = 0; l < 16; l++) for (int s = 0; s < 64; s++) if (app.pat.tr[0].st[l][s] & ST_ON) hits0++; + CHECK(hits0 > 0); + down(BTN_REC); run_ms(1500); + { + int hid = -1; + CHECK(bm_gesture_progress(&app.ges, app.now, &hid) >= 0 && hid == BTN_REC); /* el anillo: ERASE T1 */ + CHECK(sim.leds[BTN_REC] == LED_BLINK); + } + run_ms(1000); up(BTN_REC); run_ms(60); + CHECK(app.ask == ASK_NONE && app.view == V_CH && !app.rec); + any = 0; + for (int l = 0; l < 16; l++) for (int s = 0; s < 64; s++) if (app.pat.tr[0].st[l][s]) any = 1; + CHECK(!any); + CHECK(strncmp(app.toast, "T1 ERASED", 9) == 0); + down(BTN_HOME); run_ms(40); btn(BTN_OCT_DN, 20); up(BTN_HOME); run_ms(60); + int hits1 = 0; + for (int l = 0; l < 16; l++) for (int s = 0; s < 64; s++) if (app.pat.tr[0].st[l][s] & ST_ON) hits1++; + CHECK(hits1 == hits0); + /* EDIT sostenido + CLR también borra la pista */ + down(BTN_EDIT); run_ms(400); + CHECK(app.layer == L_ERASE && sim.leds[BTN_EDIT] == LED_BREATH && sim.leds[BTN_SEQ] == LED_OFF); + black(2, 40); /* CLR */ + CHECK(sim.leds[BTN_OCT_DN] == LED_MID && sim.leds[BTN_OCT_UP] == LED_OFF); /* deshacer sí, rehacer no */ + up(BTN_EDIT); run_ms(60); any = 0; for (int l = 0; l < 16; l++) for (int s = 0; s < 64; s++) if (app.pat.tr[0].st[l][s]) any = 1; CHECK(!any); + /* HOME sostenido: solo los botones con HOME + */ + down(BTN_HOME); run_ms(400); + CHECK(app.layer == L_HOME && sim.leds[BTN_HOME] == LED_ON); + CHECK(sim.leds[BTN_SEQ] == LED_MID && sim.leds[BTN_FX] == LED_MID && sim.leds[BTN_OCT_DN] == LED_MID); + CHECK(sim.leds[BTN_ENV] == LED_OFF && sim.leds[BTN_LFO] == LED_OFF && sim.leds[BTN_ARP] == LED_OFF && sim.leds[BTN_OCT_UP] == LED_OFF); + up(BTN_HOME); run_ms(60); } static void test_free_engines(void) @@ -861,7 +1230,9 @@ static void test_pads(void) CHECK(app.pat.pad[1].pitch == 27); btn(BTN_EDIT, 30); CHECK(app.ed_page[1] == 2); - enc(ENC_K4, 1); + enc(ENC_K4, -1); /* a la izquierda OFF, sin dar la vuelta */ + CHECK(!(app.pat.pad[1].flags & PAD_TEMPO)); + enc(ENC_K4, -1); CHECK(!(app.pat.pad[1].flags & PAD_TEMPO)); run_ms(UI_TOAST_MS); shot("37c-pads-env"); @@ -918,8 +1289,10 @@ static void test_pads(void) int rec6 = 0; for (int s2 = 0; s2 < 16; s2++) rec6 += (app.pat.tr[1].st[6][s2] & ST_ON) != 0; CHECK(rec6 >= 1); - /* MAS, BREAK y TAKES con SELECT */ - enc(ENC_SELECT, 1); + /* MAS, BREAK y TAKES con SELECT: primero las sub-páginas de PADS, después la pestaña */ + int pg_steps = 0; + while (app.page == PG_PADS && pg_steps < 6) { enc(ENC_SELECT, 1); pg_steps++; } + CHECK(pg_steps >= 2); /* PADS tenía sub-páginas por recorrer */ CHECK(app.page == PG_BREAK); enc(ENC_SELECT, 1); CHECK(app.page == PG_TAKES); @@ -996,10 +1369,17 @@ static void test_recorder(void) CHECK(app.ask == ASK_TAKE_DEL); btn(BTN_OCT_UP, 20); run_ms(600); CHECK(!app.take[0].valid && app_kit_empty(&app)); - /* HOME descarta una toma sin guardar */ + /* HOME en una toma sin guardar: pregunta (HOME = no, OCT+ = sí) */ btn(BTN_REC, 30); btn(BTN_PLAY, 20); run_ms(800); btn(BTN_REC, 30); CHECK(app.ctx.st.smp_unsaved); btn(BTN_HOME, 30); run_ms(60); + CHECK(app.ask == ASK_DISCARD && app.ctx.st.smp_unsaved); + btn(BTN_HOME, 30); run_ms(60); + CHECK(app.ask == ASK_NONE && app.ctx.st.smp_unsaved && app.view == V_HOME); /* NO: la toma queda y HOME sale */ + app_enter(&app, 1, PG_REC); + btn(BTN_HOME, 30); run_ms(60); + CHECK(app.ask == ASK_DISCARD); + btn(BTN_OCT_UP, 20); run_ms(60); CHECK(!app.ctx.st.smp_unsaved && app.ctx.smp[0].len == 0); btn(BTN_PLAY, 20); } @@ -1009,7 +1389,7 @@ static void test_free_rec(void) printf("grabación libre: el largo se cierra en compases y cada nota guarda lo que se sostuvo\n"); boot(1); ch(5); - down(BTN_REC); run_ms(2200); up(BTN_REC); run_ms(60); /* vaciar T6 */ + down(BTN_EDIT); run_ms(400); black(2, 40); up(BTN_EDIT); run_ms(60); /* vaciar T6 (BORRAR + CLR) */ btn(BTN_OCT_UP, 20); page(BTN_EDIT, PG_SOUND); btn(BTN_PLAY, 20); run_ms(200); @@ -1277,7 +1657,35 @@ static void test_notes(void) CHECK(app.rec); up(BTN_REC); run_ms(60); CHECK(!app.rec); + /* REC sostenido 2.5 s mientras graba notas: solo graba, nunca borra la pista */ + int ev0 = 0, ev1 = 0; + for (int s = 0; s < BM_STEPS; s++) for (int k = 0; k < BM_EVENTS; k++) ev0 += !bm_event_empty(bm_evc(&app.pat, 2, s, k)); + CHECK(ev0 > 0); + run_ms(100); + down(BTN_REC); run_ms(400); + CHECK(app.rec && app.rec_hold); + key(bm_white_key(4), 150); /* una nota grabada */ + run_ms(2000); + { + int hid = -1; + CHECK(bm_gesture_progress(&app.ges, app.now, &hid) < 0); /* sin anillo: tocar canceló los 2 s */ + } + up(BTN_REC); run_ms(60); + for (int s = 0; s < BM_STEPS; s++) for (int k = 0; k < BM_EVENTS; k++) ev1 += !bm_event_empty(bm_evc(&app.pat, 2, s, k)); + CHECK(!app.rec); + CHECK(strncmp(app.toast, "T3 ERASED", 9) != 0); + CHECK(ev1 >= ev0 - 2); /* la nota nueva puede reemplazar un paso, no borra la pista */ btn(BTN_PLAY, 20); + /* BB-303 no tiene LFO: un toque deja abierta la capa LIGAR */ + CHECK(strcmp(bm_track_name(&app, 2), "BB-303") == 0); + btn(BTN_LFO, 30); + { + bm_keyfn K[BM_KEYS]; char title[24]; uint16_t col; const char *h1, *h2; + bm_app_keymap(&app, K, title, sizeof title, &col, &h1, &h2); + CHECK(app.layer == L_REP && app.layer_latch && strcmp(title, "TIE") == 0 && sim.leds[BTN_LFO] == LED_BREATH); + } + btn(BTN_LFO, 30); + CHECK(app.layer == L_NONE && !app.layer_latch); } /* ------------------------------------------------------------ guardado y versiones */ @@ -1285,6 +1693,29 @@ static void test_notes(void) static void par_go_sim(void *u, uint32_t done, uint32_t n) { bm_audio_par_process((bm_ctx *)u, done, n); } static void par_wait_sim(void *u) { (void)u; } +/* el snprintf propio (el del FM-1 no entiende %+d ni %f): igual que el de la biblioteca */ +static void test_printf(void) +{ + printf("snprintf propio: igual que el de la biblioteca en los formatos de la pantalla\n"); + char a[64], b[64]; + int bad = 0, n = 0; +#define CMP(...) do { int ra = bm_snprintf(a, sizeof a, __VA_ARGS__), rb = snprintf(b, sizeof b, __VA_ARGS__); n++; \ + if (ra != rb || strcmp(a, b)) { bad++; printf(" distinto: [%s] [%s]\n", a, b); } } while (0) + CMP("%s %+d ST %u MS%s%s", "ONESHOT", 3, 162u, " REV", ""); + CMP("%+d", 0); CMP("%+d", -7); CMP("%+d ST", 12); CMP("% d", 5); CMP("%d", -2147483647 - 1); + CMP("%02d", 7); CMP("%02d", -3); CMP("%03u", 5u); CMP("%2d", 123); CMP("%-4d|", 9); CMP("%04X", 0xABu); + CMP("%x %X %#x %o", 255u, 255u, 255u, 8u); CMP("%u", 4294967295u); CMP("%lu %ld %lld", 7ul, -8l, -9ll); + CMP("%c%c", 'O', 'K'); CMP("%5c|%-3c|", 'x', 'y'); CMP("%%"); CMP("100%%"); + CMP("%.9s", "ABCDEFGHIJKLMNOP"); CMP("%.*s", 3, "abcdef"); CMP("%8s|%-8s|", "ab", "cd"); CMP("%.0s|", "zz"); + CMP("%.1f KHZ", 1.25); CMP("%.2f HZ", 0.333); CMP("%.1f", -2.95); CMP("%f", 3.5); CMP("%6.2f|", 1.5); CMP("%.0f", 2.5); + CMP("%d%%", 85); CMP("T%d LEVEL", 3); CMP("A%02d", 16); CMP("%u.%03uS", 1u, 45u); + /* corto: trunca igual y devuelve lo que habría escrito */ + { int ra = bm_snprintf(a, 5, "%s", "ABCDEFGH"), rb = snprintf(b, 5, "%s", "ABCDEFGH"); n++; if (ra != rb || strcmp(a, b)) bad++; } +#undef CMP + printf(" %d formatos, %d distintos\n", n, bad); + CHECK(bad == 0); +} + static void test_dual_core(void) { printf("audio en dos núcleos: T4-T6 (o T1-T3) aparte dan las mismas muestras\n"); @@ -1306,6 +1737,36 @@ static void test_dual_core(void) } printf(" 1 s de la demo, dos repartos: %d muestras distintas, pico %.2f\n", diff, pk); CHECK(diff == 0 && pk > 0.05); + + /* el reparto cambia entre renders (como el que se ajusta solo): los canales pasan de un + * núcleo al otro con voces sonando y tiene que dar lo mismo que un núcleo */ + diff = 0; + uint32_t r = 12345u; + for (int pass = 0; pass < 2; pass++) { + boot(1); + app.ctx.par_go = par_go_sim; app.ctx.par_wait = par_wait_sim; app.ctx.par_user = &app.ctx; + app.ctx.par_on = (uint8_t)pass; + bm_cmd c; memset(&c, 0, sizeof c); c.type = CMD_PLAY; c.a = 1; bm_cmd_push(&app.cmdq, &c); + int32_t *dst = pass ? a2 : a1; + for (uint32_t o = 0; o < 44118; o += 128) { + r = r * 1664525u + 1013904223u; + app.ctx.par_mask = (uint8_t)((r >> 24) & 0x3Fu); + bm_app_audio(&app, dst + o * 2, 44118 - o < 128 ? (44118 - o) & ~1u : 128); + } + app.ctx.par_on = 0; + } + for (int i = 0; i < 44118 * 2; i++) if (a1[i] != a2[i]) diff++; + printf(" reparto distinto en cada render: %d muestras distintas\n", diff); + CHECK(diff == 0); + + /* la elección: el más caro (la batería) se va solo al núcleo 1, y sin mejora no se mueve */ + static const uint32_t COST[BM_TRACKS] = {230, 80, 55, 50, 40, 20}; + uint8_t m = bm_audio_par_pick(COST, 180, 0x38); + uint32_t l0 = 180, l1 = 0; + for (int t = 0; t < BM_TRACKS; t++) { if ((m >> t) & 1) l1 += COST[t]; else l0 += COST[t]; } + printf(" elección con los costos del aparato: reparto 0x%02X, núcleos %u y %u\n", m, l0, l1); + CHECK((m & 1) && (l0 > l1 ? l0 - l1 : l1 - l0) <= 60); + CHECK(bm_audio_par_pick(COST, 180, m) == m); } static void test_sounds(void) @@ -1564,7 +2025,7 @@ static void test_ui_flow(void) shot("22-roll"); kup(bm_white_key(2)); up(BTN_ARP); run_ms(100); btn(BTN_HOME, 30); btn(BTN_HOME, 30); - btn(BTN_HOME, 30); + btn(BTN_HOME, 30); btn(BTN_HOME, 30); CHECK(app.view == V_SCENES); white(5, 40); white(0, 40); @@ -1627,10 +2088,12 @@ static void test_lang(void) for (int i = 0; i < 9; i++) enc(ENC_SELECT, 1); CHECK(app.menu_row == 9); shot("25-system-es"); - enc(ENC_ALGO, 1); + enc(ENC_ALGO, -1); /* a la izquierda: inglés */ CHECK(app.set.lang == 0 && strcmp(T("TAKES"), "TAKES") == 0); - enc(ENC_ALGO, 1); + enc(ENC_ALGO, 1); /* a la derecha: el paquete */ CHECK(app.set.lang == 1 && strcmp(T("TAKES"), "TOMAS") == 0); + enc(ENC_ALGO, 1); /* otra vez a la derecha: sigue igual */ + CHECK(app.set.lang == 1); /* queda guardado */ run_ms(UI_AUTOSAVE_MS + 500); boot(0); @@ -1647,6 +2110,109 @@ static void test_lang(void) CHECK(strcmp(T("TAKES"), "TAKES") == 0); } +/* Perillas y navegación: paso sostenido + PRESETS, aceleración, interruptores, HOME que vuelve */ +static void test_knobs_nav(void) +{ + printf("perillas: paso + PRESETS, aceleración, interruptores, HOME vuelve\n"); + boot(1); + const char *s, *al, *pr; + bm_app_bigknobs(&app, &s, &al, &pr); + CHECK(strcmp(s, "TRACK") == 0 && strcmp(al, "BPM") == 0 && strcmp(pr, "MOVE") == 0); + /* aceleración: dos detents rápidos en una lista = dos pasos cada vez (ni uno, ni ocho) */ + CHECK(app.track == 0); + bm_app_encoder(&app, ENC_SELECT, 2, now_ms); run_ms(8); + bm_app_encoder(&app, ENC_SELECT, 2, now_ms); run_ms(40); + CHECK(app.track == 4); + for (int i = 0; i < 6 && app.track; i++) enc(ENC_SELECT, -1); + run_ms(1000); + int lv = app.pat.trk[0].level; /* en un valor continuo, rápido = más */ + bm_app_encoder(&app, ENC_K1, -2, now_ms); run_ms(8); + bm_app_encoder(&app, ENC_K1, -2, now_ms); run_ms(40); + CHECK(app.pat.trk[0].level < lv - 4); + /* paso sostenido + PRESETS en la batería: la condición, nunca el kit */ + ch(0); + page(BTN_SEQ, PG_SEQ); + bm_app_bigknobs(&app, &s, &al, &pr); + CHECK(strcmp(s, "PAGE") == 0 && strcmp(al, "INSTR") == 0 && strcmp(pr, "KIT") == 0); + app.sel_lane[0] = 0; app.step_page = 0; + CHECK(app.pat.tr[0].st[0][0] & ST_ON); + static bm_lane lanes[BM_LANES]; + memcpy(lanes, app.pat.tr[0].lane, sizeof lanes); + uint8_t src = app.pat.trk[0].source; + kdown(bm_white_key(0)); run_ms(400); + bm_app_bigknobs(&app, &s, &al, &pr); + CHECK(strcmp(pr, "COND") == 0); + enc(ENC_PRESETS, 1); + CHECK(memcmp(lanes, app.pat.tr[0].lane, sizeof lanes) == 0 && app.pat.trk[0].source == src); + CHECK(((app.pat.tr[0].st[0][0] & ST_COND_MASK) >> ST_COND_SH) == 1); + kup(bm_white_key(0)); run_ms(60); + CHECK(app.pat.tr[0].st[0][0] & ST_ON); + enc(ENC_PRESETS, -1); /* sin paso: el kit, y HOME + OCT- lo deshace */ + run_ms(1000); + memcpy(lanes, app.pat.tr[0].lane, sizeof lanes); + enc(ENC_PRESETS, 1); enc(ENC_PRESETS, 1); + CHECK(memcmp(lanes, app.pat.tr[0].lane, sizeof lanes) != 0); + down(BTN_HOME); run_ms(50); btn(BTN_OCT_DN, 20); up(BTN_HOME); run_ms(60); + CHECK(memcmp(lanes, app.pat.tr[0].lane, sizeof lanes) == 0); + /* MUTE y FILL: las perillas siguen con lo de SEQ; HOME sostenido cierra el FILL y lo apaga */ + page(BTN_SEQ, PG_SEQ); + black(9, 40); + CHECK(app.layer == L_LANEMUTE); + int m0 = app.pat.trk[0].macro[0]; + enc(ENC_K1, 1); + CHECK(app.pat.trk[0].macro[0] == m0 + 1); + black(9, 40); + black(10, 40); + CHECK(app.layer == L_FILL && app.fill); + down(BTN_HOME); run_ms(400); + CHECK(app.layer == L_HOME && !app.fill); + up(BTN_HOME); run_ms(60); + CHECK(!app.fill && !app.ctx.fill && app.view == V_CH); + /* HOME vuelve a la máquina desde una pantalla global abierta en ella */ + ch(2); + btn(BTN_EDIT, 30); + CHECK(app.view == V_CH && app.page == PG_SOUND); + btn(BTN_GLO, 30); + CHECK(app.view == V_GLO); + bm_app_bigknobs(&app, &s, &al, &pr); + CHECK(strcmp(s, "ROW") == 0 && strcmp(pr, "MOVE") == 0); + btn(BTN_HOME, 30); + CHECK(app.view == V_CH && app.track == 2 && app.page == PG_SOUND); + down(BTN_HOME); run_ms(50); btn(BTN_FX, 30); up(BTN_HOME); run_ms(60); + CHECK(app.view == V_FXG); + btn(BTN_HOME, 30); + CHECK(app.view == V_CH && app.track == 2 && app.page == PG_SOUND); + down(BTN_SEQ); run_ms(2200); up(BTN_SEQ); run_ms(60); + CHECK(app.view == V_TIME); + btn(BTN_HOME, 30); + CHECK(app.view == V_CH && app.track == 2); + btn(BTN_HOME, 30); /* desde la máquina: a la consola */ + CHECK(app.view == V_HOME); + btn(BTN_HOME, 30); /* y en la consola HOME recorre sus páginas */ + CHECK(app.view == V_FXG); + enc(ENC_SELECT, 1); /* SELECT: DELAY > REVERB */ + CHECK(app.fx_page == 1); + btn(BTN_HOME, 30); + CHECK(app.view == V_GLO); + /* interruptores: a la derecha dos veces sigue encendido */ + for (int i = 0; i < 6 && app.view != V_HOME; i++) btn(BTN_HOME, 30); + down(BTN_HOME); run_ms(2200); up(BTN_HOME); run_ms(60); + CHECK(app.view == V_SYSTEM && app.menu_row == 0); + enc(ENC_ALGO, 1); enc(ENC_ALGO, 1); + CHECK(app.set.clock == 1); + enc(ENC_ALGO, -1); enc(ENC_ALGO, -1); + CHECK(app.set.clock == 0); + btn(BTN_HOME, 30); + CHECK(app.view == V_HOME); + /* PRESETS con HOME sostenido: el patrón se elige al soltar, no uno por uno */ + int p0 = app.ctx.st.pattern; + down(BTN_HOME); run_ms(400); + enc(ENC_PRESETS, 1); run_ms(600); enc(ENC_PRESETS, 1); run_ms(600); + CHECK(app.ctx.st.pattern == p0 && app.pat_sel == p0 + 2 && app.njob == 0); + up(BTN_HOME); run_ms(60); + CHECK(app.pat_sel == -1); +} + int main(int argc, char **argv) { setvbuf(stdout, NULL, _IONBF, 0); @@ -1659,6 +2225,7 @@ int main(int argc, char **argv) test_gesture(); test_timing(); test_tr_features(); + test_roll(); test_voices(); test_navigation(); test_home(); @@ -1671,9 +2238,12 @@ int main(int argc, char **argv) test_free_rec(); test_rec_expressive(); test_sounds(); + test_printf(); test_dual_core(); test_engines(); test_key_screens(); + test_button_lights(); + test_knobs_nav(); test_migrate(); test_fm(); test_demo_and_persist(); diff --git a/tools/build.py b/tools/build.py index 3b06228..ab80164 100644 --- a/tools/build.py +++ b/tools/build.py @@ -130,8 +130,9 @@ def fm1(app): os.makedirs(out, exist_ok=True) env = dict(os.environ, MSYS_NO_PATHCONV='1') cmd = ('ulimit -n 8096; make -s -C /src/hal/fm1/sdk SDK=/sdk OUT=/tmp/fm1 APP=%s && ' - 'cp /tmp/fm1/app.bin /src/build/fm1/app-%s.bin && cp /tmp/fm1/sections.txt /src/build/fm1/sections-%s.txt' - % (app, app, app)) + 'cp /tmp/fm1/app.bin /src/build/fm1/app-%s.bin && cp /tmp/fm1/sections.txt /src/build/fm1/sections-%s.txt && ' + 'cp /tmp/fm1/sdk.elf /src/build/fm1/sdk-%s.elf' + % (app, app, app, app)) r = subprocess.run(['docker', 'run', '--rm', '-v', ROOT.replace('\\', '/') + ':/src', '-v', AC79_SDK.replace('\\', '/') + ':/sdk:ro', '-v', JIELI_VOLUME + ':/opt/jieli:ro', GCC_IMAGE, 'bash', '-c', cmd], env=env) diff --git a/tools/fm1/consola.py b/tools/fm1/consola.py index 8f2813c..1484e06 100644 --- a/tools/fm1/consola.py +++ b/tools/fm1/consola.py @@ -23,7 +23,7 @@ CAMPOS = ['version', 'uptime_ms', 'sys_hz', 'lsb_hz', 'halves', 'late', 'render_us', 'render_max_us', 'render_avg_us', 'budget_us', 'scan_ticks', 'scanisr_max_us', 'ui_us', 'ui_max_us', 'usb', 'fails', 'past1', 'past2', 'past3', 'past4', 'audio_cpu', 'midi_in', 'midi_out', 'loop_max', 'heap_free', 'heap_min', - 'par_cpu', 'freno', 'par_modo', 'par_espera_max_us'] + 'par_cpu', 'freno', 'par_modo', 'par_espera_max_us', 'par_mask', 'carga0_us', 'carga1_us', 'par_mismo'] NUCLEO1 = ['sin probar', 'probando', 'listo', 'no contestó al arrancar', 'lo dejó: no contestó a tiempo', 'lo dejó: leyó mal un trabajo'] ETAPA = ['antes de la pantalla', 'pantalla y USB', 'núcleo listo', 'teclas', 'audio iniciado', 'audio sonando', @@ -81,6 +81,10 @@ def mostrar(v): print('freno de voces: %d apagadas | núcleo 1: %s (espera máx %d us, último trabajo en el núcleo %d)' % ( v['freno'], NUCLEO1[v['par_modo']] if v['par_modo'] < len(NUCLEO1) else v['par_modo'], v['par_espera_max_us'], v['par_cpu'])) + if v.get('par_mask') is not None and v['par_modo'] == 2: + m = v['par_mask'] + print('reparto: núcleo 1 calcula %s | estimado: núcleo 0 %d us, núcleo 1 %d us (de %d)' % ( + ' '.join('T%d' % (t + 1) for t in range(6) if (m >> t) & 1) or 'nada', v['carga0_us'], v['carga1_us'], v['budget_us'])) if v['loop_max']: c = v['loop_max'].to_bytes(4, 'little').decode('ascii', 'replace') print('cuelgue antes de este arranque (perro guardián): paso %s, sub-paso %s' % (c[:2], c[2:])) diff --git a/tools/gen_font.py b/tools/gen_font.py index 3d50aac..7102760 100644 --- a/tools/gen_font.py +++ b/tools/gen_font.py @@ -121,8 +121,14 @@ 'V': "#.#|#.#|#.#|#.#|.#.", 'W': "#.#|#.#|###|###|#.#", 'X': "#.#|#.#|.#.|#.#|#.#", 'Y': "#.#|#.#|.#.|.#.|.#.", 'Z': "###|..#|.#.|#..|###", '/': "..#|..#|.#.|#..|#..", '.': "...|...|...|...|.#.", ':': "...|.#.|...|.#.|...", +'>': "#..|.#.|..#|.#.|#..", '<': "..#|.#.|#..|.#.|..#", '!': ".#.|.#.|.#.|...|.#.", +'?': "##.|..#|.#.|...|.#.", ',': "...|...|...|.#.|#..", "'": ".#.|.#.|...|...|...", }) +# '#' en 3 columnas se leía como una N ("F# G# A#" parecían "FN GN AN"): el sostenido de la 3x5 +# va en 4 columnas, inclinado como en una partitura (gfx_small le da un paso de 5 píxeles). +SHARP4 = ".#.#|####|.#.#|####|#.#." + def rows(spec, w): out = [] @@ -155,6 +161,8 @@ def main(): g = F35.get(ch) or F35.get(ch.upper()) or F35[' '] lines.append(' {%s}, /* %r */' % (','.join('0x%02X' % v for v in rows(g, 3)), ch)) lines.append('};') + lines += ['', '/* el sostenido de la 3x5, en 4 columnas (bit 3 = columna izquierda) */', + 'const uint8_t bm_sharp4x5[5] = {%s};' % ','.join('0x%02X' % v for v in rows(SHARP4, 4))] with open(dst, 'w', encoding='utf-8', newline='\n') as f: f.write('\n'.join(lines) + '\n') print('escrito', dst) diff --git a/web/bm.js b/web/bm.js index ecf2d39..fe9844b 100644 --- a/web/bm.js +++ b/web/bm.js @@ -6,7 +6,7 @@ var BubbaMachine = (() => { function(moduleArg = {}) { var moduleRtn; -var Module=moduleArg;var readyPromiseResolve,readyPromiseReject;var readyPromise=new Promise((resolve,reject)=>{readyPromiseResolve=resolve;readyPromiseReject=reject});var ENVIRONMENT_IS_WEB=true;var ENVIRONMENT_IS_WORKER=false;var moduleOverrides=Object.assign({},Module);var arguments_=[];var thisProgram="./this.program";var scriptDirectory="";var readAsync,readBinary;if(ENVIRONMENT_IS_WEB||ENVIRONMENT_IS_WORKER){if(ENVIRONMENT_IS_WORKER){scriptDirectory=self.location.href}else if(typeof document!="undefined"&&document.currentScript){scriptDirectory=document.currentScript.src}if(_scriptName){scriptDirectory=_scriptName}if(scriptDirectory.startsWith("blob:")){scriptDirectory=""}else{scriptDirectory=scriptDirectory.substr(0,scriptDirectory.replace(/[?#].*/,"").lastIndexOf("/")+1)}{readAsync=async url=>{var response=await fetch(url,{credentials:"same-origin"});if(response.ok){return response.arrayBuffer()}throw new Error(response.status+" : "+response.url)}}}else{}var out=Module["print"]||console.log.bind(console);var err=Module["printErr"]||console.error.bind(console);Object.assign(Module,moduleOverrides);moduleOverrides=null;if(Module["arguments"])arguments_=Module["arguments"];if(Module["thisProgram"])thisProgram=Module["thisProgram"];var wasmBinary=Module["wasmBinary"];function intArrayFromBase64(s){var decoded=atob(s);var bytes=new Uint8Array(decoded.length);for(var i=0;ifilename.startsWith(dataURIPrefix);function findWasmBinary(){var 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wAEgAkHAAWogAygCABEEACACQQM6ANgBIAIgAjYC1AEgAiAJLQDnARBRIgM2AtABIAJB0AFqIAMoAgARBAAgAkEEOgDoASACIAI2AuQBIAIgCS0AlwIQUSIDNgLgASACQeABaiADKAIAEQQAIAJBBToA+AEgAiACNgL0ASACIAktAMcCEFEiAzYC8AEgAkHwAWogAygCABEEACACIAkvAQAQrQEgAkH/AToARiACQf8BOgCGASACQf8BOgAkIAJB/wE6AEcgAkH/AToASCACQf8BOgB9IAJB/wE6AH4gAkH/AToAXCACQf8BOgBdIAJB/wE6AF4gAkH/AToAXyACQf8BOgBgIAJB/wE6AGEgAkH/AToAYiACQf8BOgBjIAJB/wE6AGQgAkH/AToAZSACQf8BOgBmIAJB/wE6AGcgAkH/AToAaCACQf8BOgBpIAJB/wE6AGogAkH//wM7AfQnIAJB/wE6AMAVIAJBgICA/AM2AugoIAJBtAY2AtAoIAJB//8DOwGUKCACQQI6ANcoIAJBGToA1CggAkH/AToAayABQQE2Aui5ASABQQI2AuC5ASABIAE2Auy5ASABIAE2AuS5ASABQezcCGpBAEHgARCfAiICIAE2AuQBIAJBAzYC4AEgAkKAgISAwCU3AsQBIAJBrAI7AagBIAJBAToApwEgAkGBAjsBpAEgAkGsAjsBeCACQQE6AHcgAkGBAjsBdCACQawCOwFYIAJBAToAVyACQYECOwFUIAJBrAI7AUggAkEBOgBHIAJBgQI7AUQgAkGsAjsBOCACQQE6ADcgAkGBAjsBNCACQawCOwEoIAJBAToAJyACQYECOwEkIAJCgYKAiMClgOgHNwK0ASACQoGCgIjApYDoBzcChAEgAkKAgISAwCU3AhQgAkKAgISAwCU3AgQgAkKBgoCIwKWA6Ac3AmQgAkKBgoCIwKWA6Ac3ApQBIAJCgYKAiMClgOgHNwLUASABQf//AzsB7OIIIAFB//8DOwHo3AggAUH//wM7AZSPCCABQcAAOgD8nwggAUH//wM7ALfsCCABQeQAOgCz7AggAUH/AToA5Z8IIAFB/wE6AKjsCCABQf8BOgCN5wggAUEBOgCn5wggAUH/AToA7eYIIAFB//8DOwCf5wggAUHM5AhqQX82AAAgAUHF5AhqQn83AAAgAUG95AhqQn83AAAgAUJ/NwC15AggAUGY1QAoAAA2AIfnCCABQYvnCGpBnNUALwAAOwAAIAFCADcA9c4HIAFB/c4HaiICQgA3AAAgAUGMzwdqQgA3AAAgAUGFzwdqQgA3AAAgAUHkADoA+OgIIAFBAzoA9M4HIAFBmQI7APnOByABQQE6AIDPByACQQI6AAAgAUEBOgD7zgcgAUECOgD3zgcCf0EAIAQoAgAiBEUNABpBACABQdDNB2oiAyAEEMABDQAaIAFB9M4HaiENIAFBwM4HaiEPIAFB2M0HaiELIAZBsAFqIQdBfyEEAkAgAy4BlAEiCEEASA0AIAMvAZwBIgJBIEsNACAIQf//A3FBDHRBkKA3aiAHIAIgAygCACgCABEDAA0AIAMvAZwBIQQLIAQhBSAGLQCwASETQQAhAgNAAkAgASgCDCIERQ0AIAsgAkEBdCIHai4BACIIQQBIDQAgByAPai8BACEHIAEoAhQgCEENdEGQ4CVqIAQRBQAiBEUNACAHQf//A3FBEkkNAEEBIAwgBC0AEUEHRxshDAsgAkEBaiICQRBHDQALIBNBA0YhAgJAAkACQCAFQSBHDQAgAg0AIAMgCigCEBDEASAKKAIQIQdBACEEAkADQCAEQQx0IghBgIAwciAHKAIEEQIADQEgBEEYRwRAIAhBgKAwciAHKAIEEQIADQIgBEECaiEEDAELC0GghApBADYCAAsMAQsgDEUNACADIAooAhAQxAEMAQsgBUEgRiACcUUNACANIAYpALABNwAAIA0gBikAyAE3ABggDSAGKQDAATcAECANIAYpALgBNwAIQX8hBAJAIANBIGoiAi4BCCIHQQBIDQAgAi8BcCICQaEBSw0AQX8gAiAHQf//A3FBDXRBkOAlaiAGIAIgAygCACgCABEDABshBAsgBEGhAUcNACABQcAAIAYtAAAiAiACQcAATxs6APB4IAFBqfkAaiAGKQA5NwAAIAFBofkAaiAGKQAxNwAAIAFBmfkAaiAGKQApNwAAIAFBkfkAaiAGKQAhNwAAIAFBifkAaiAGKQAZNwAAIAFBgfkAaiAGKQARNwAAIAFB+fgAaiAGKQAJNwAAIAEgBikAATcA8XggASAGKQBBNwCxeSABQbn5AGogBikASTcAACABQcH5AGogBikAUTcAACABQcn5AGogBikAWTcAACABQdH5AGogBikAYTcAACABQdn5AGogBikAaTcAACABQeH5AGogBikAcTcAACABQen5AGogBikAeTcAACABIAYpAIEBNwDyeSABQfr5AGogBikAiQE3AAAgAUGC+gBqIAYpAJEBNwAAIAFBivoAaiAGKQCZATcAAAtBACECIANBABDDASEHIANBARDDASEIIANBAhDDASADQQMQwwEgA0EEEMMBIANBBRDDASADQQYQwwEgA0EHEMMBIANBCBDDASADQQkQwwEgA0EKEMMBIANBCxDDASADQQwQwwEgA0ENEMMBIANBDhDDASADQQ8QwwFycnJycnJycnJycnJyIQMCf0EAIAEoAgwiBEUNABpBACALIAEtAPzOB0EPcSIMQQF0ai4BACILQQBIDQAaIA8gDEEBdGovAQAhAiABKAIUIAtBDXRBkOAlaiAEEQUACyEEIAMgCHIhCCAKKAIQIAooAgwgCigCFBC5AQJAIARFDQAgAkUNACAJIAQgAhCjAUEATg0AIAkQngELIAooAhAgCigCDCAKKAIUIAFBuI8IahDFASAHIAhyCyECAkAgAS0A/s4HRQ0AIAEoAgwiBEUNACABKAIUQYCgNiAEEQUAIgRBACAEEIkBGyERCyAREIoBIAFBuI8IaiEKIAJBAXFFBEAgAS0AhJQIIQIgAS0AsJMIIQQgAS0A3JIIIQcgAS0AiJIIIQggAS0AtJEIIQsgAS0A4JAIIQMgAS0AjJAIIQwgAS0AuI8IIQ8gCRCeASABQYkCOwEgIAFBADoAKCABQQQ7ASQgAUHAjMghNgEYIAFBKDoAHiABQYLaADsBHCABQfgCakEBEJABIAFBAToAxgUgAUEBOgDCBSABQQE6AL4FIAFBAToAiwUgAUEBOgCHBSABQQE6AIUFIAFBAToAgwUgAUEBOgCBBSABQQE6AP8EIAFBAToA/QQgAUEhOgCKBCABQQE6AIgEIAFBAToAhAQgAUEBOgCABCABQQE6APwDIAFBAToAYCABQQE6AIoHIAFBAToAhwcgAUEBOgD/BiABQQE6AMgGIAFBAToAwAYgAUGBDjsAiQUgAUKBgoSIkKDAgAE3APwJIAFBxgA6AKkDIAFBhApqQYGChAg2AAAgAUGM2gA7AdgDIAFBIToAywsgAUEAOgCBAyABQcYAOgCMAUEAQQFBAkEDQQRBBUEGQQdBfyACGyAEGyAHGyAIGyALGyADGyAMGyAPG0H/AXEiBEEHTQRAIAkgCiAEQdQAbGoiAiAEIAYgAigCUCACKAIMQYC+kgEgAi8BBCIHQcAMIAcbbkHAACAGEMoBQQEQGgsgCUECQQIQnQEgAUHzADoA0AEgAUEtOgDFASABQZzY6ckGNgC4ASABQRA6AM4BIAFBGToAvgEgAUHAGmohCEEAIQcDQCAIIAdBAnQiBEGA1gBqLAAAQShsaiICEJYBIAJB5AA6AAMgAkGBf0EBIARBg9YAai0AABs6AAIgAkH/AEHkACAEQYLWAGotAAAbOgABIAIgBEGB1gBqLQAAOgAAIAdBAWoiB0EPRw0ACyABQSA6AP4BIAFBADoA8AEgAUEeOgCPAiABQS06AO4BIAFB0DFqEJYBIAFBubSFoAY2ANAxIAFB0DZqEJYBIAFBt6CFoAY2ANA2IAFB2jFqEJYBIAFBvLSFoAY2ANoxIAFB2jZqEJYBIAFBu6CFoAY2ANo2IAFB5DFqEJYBIAFBwLSFoAY2AOQxIAFB5DZqEJYBIAFBDToAoAIgAUG+oIWgBjYA5DYgCUEEQQ0QlAEgAUE8OgC/AiABQSM6AJ4CIAFBIDoArgIgAUGQwwBqEJYBIAFBxaqFoAY2AJBDIAFBsMQAahCWASABQciqhaAGNgCwRCABQfDGAGoQlgEgAUHMqoXgAzYA8EYgAUGQyABqEJYBIAFByqqFoAY2AJBIIAFBsMkAahCWASABQciqhaAGNgCwSSABQfDLAGoQlgEgAUECOgDQAiABQcyqheADNgDwSyAJQQVBAhCUASABQcYAOgDvAiABQQA6AM4CIAFBwAA6AN4CIAFBwNYAahCWASABQbmWgaIGNgDAViABQcrWAGoQlgEgAUG8loGiBjYAylYgAUHU1gBqEJYBIAFCADcB9HkgAUH8+QBqIgJCADcBACABQYT6AGoiBEIANwEAIAFBivoAaiIHQgA3AQAgAUEaOgDMAiABQSQ6AJwCIAFBIDoA7AEgAUHCADoAvAEgAUHUADoAXCABQcCWgaIGNgDUViABQcYAOgAtIAFBAToAmI8IIAFBATsB8nkgAUEBOgD6eSACQTg6AAAgAUEBOgCCeiAHQQE6AAAgBEEBOgAAIAFBOjoAjHogAUEBOgCajwggASAANgKcjwggAUEBOgCZjwgLIAEgAS0A/M4HQQ9xIgI6AOafASABIAI6APzOByABIAI6AN2KASASEK4BIBIgAS8BGBCtASABLQD1zgchBCAGQQxqIgJBADYCACAGQgA3AgQgBkEAOwECIAYgBDoAASAGQSE6AAAgDiAGEDAgAS8B9s4HIQQgAS0A+M4HIQcgAkEANgIAIAZCADcCBCAGIAc6AAMgBiAEOwABIAZBIDoAACAOIAYQMCABLQD5zgchBCACQQA2AgAgBkIANwIEIAZBADsBAiAGIAQ6AAEgBkEfOgAAIA4gBhAwIAFBqJUIaiEIQQAhBwNAIAggB0HQAGxqQQBB0AAQnwIiAkH//wM7AAkgCiAHQdQAbGoiBC0AAARAIAIgBCgCUDYCACACIAQoAgw2AgQgAiAELwEEOwEMIAIgBC0ABjoADiACIAQtAAM6AAsgAiAELQACOgAIIAIgBCkCEDcCECACIAQpAhg3AhggAiAEKQIgNwIgIAIgBCkCKDcCKCACIAQpAjA3AjAgAiAEKQI4NwI4IAJBQGsgBEFAaykCADcCACACIAQpAkg3AkgLIAdBAWoiB0EIRw0ACyAGQgA3AwggBkIANwMAIAYgCDYCBCAGQRY6AAAgDiAGEDAgASAANgKE6QggAUEAOwG84gggAUEBOgC04gggBkHQAWokAEH0vN8AQQE6AAAgEEEgaiQAC/kEAQJ/QfS83wAtAAAEQAJAQcz03gAgAjYCACAAQQ1NBEBBASAAdCEDAkACQAJAIABBCEYNACABRQ0AEFJFDQFBqu7eAEEBOgAAQaju3gBBqO7eAC8BACADcjsBAEGs8t4AQazy3gAvAQAgA0F/c3E7AQAMAQsgAUUNAQtBACEDAkAgAEENSw0AIABBBHRBuOjeAGoiBC0AAA0AA0ACQCAAIANGDQAgA0EEdEG46N4AaiIBLQAARQ0AIAFBAToAAiABLQABDQAgAS0ABg0AIAEtAARFDQAgAS0ABUUNACABQQE6AAFBnOreACgCACADQQNBmOreACgCABEBAAsgA0EBaiIDQQ5HDQALIAQgAjYCDCAEQQE2AgAgBC0ABkUNAEGc6t4AKAIAIABBAEGY6t4AKAIAEQEACwwCCwJAIABBDUsNACAAQQR0Qbjo3gBqIgEtAABFDQAgAUEAOgAAIAEtAAYEQEGc6t4AKAIAIABBAUGY6t4AKAIAEQEAIAEtAAdFDQEgAS0AAg0BIAEtAAMNASACIAEoAgxrQasCSw0BQZzq3gAoAgAgAEECQZjq3gAoAgARAQAMAQsgAS0AAw0AIAEtAAEEQEGc6t4AKAIAIABBBEGY6t4AKAIAEQEADAELIAEtAAINAAJAIAEtAARFDQAgAS8BCCACIAEoAgxrSw0AQZzq3gAoAgAgAEEDQZjq3gAoAgARAQBBnOreACgCACAAQQRBmOreACgCABEBAAwBC0Gc6t4AKAIAIABBAkGY6t4AKAIAEQEAC0Go7t4AIANBf3MiAEGo7t4ALwEAcTsBAEGs8t4AQazy3gAvAQAgAHE7AQALCwsL9kgBDX9B9LzfAC0AAARAIwBBoAFrIgQkAEHM9N4AIAI2AgACQCAAQRpLDQAgAEHMi9YAaiIIQfjiCGohBiAILQD44gghBwJAIAEEQCAHQf8BcQ0CIAZBAToAABBTEFJFDQFBqu7eAEEBOgAADAELIAdB/wFxRQ0BIAZBADoAAAtBiO7eAC0AAEUNACAAENgBIQMgABDZASEFIAFFBEAgCC0A/+MIBEAgCEH/4whqIQFBACECIAgtAJrkCCIHQQJPBEADQEHMi9YAQQIgByAAQQJ0Qd/u3gBqIAJqLQAAQQAQByACQQFqIgIgAS0AACIKSQ0ACyAKRSECCyAIQbXkCGohDgJAIAgsALXkCCIKQQBIDQAgB0ECSQ0AIAgsANDkCEEASA0AQfSV1wAoAgAgAEECdEHMi9YAaigC7OQIayIGIAYgB0EwbEHMi9YAai0AbUEGcEHI9ABqLQAAIgluIgYgCWxrIgxBA3QgCUsEQCAMQeQAbEH8/wNxIAluIgtBACALQdkATRshCyAGQQFqIQYLIAZBAEwEQEEKQeMAIAxB5ABsQfz/A3EgCW4iBiAGQeMATxsiCyALQQpNG0EAIAZB2QBNGyELQQEhBgtBsvLeAC0AAEUEQCAKQf//A3FBgAMgCW4iCW5BAWpB//8DcSAJbCIJIAprIAYgBiAKaiAJSyIJGyEGQQAgCyAJGyELCyAEIAdBgBRsQYz+1QBqIg0gCkEobGoiCS8ACDsBiAEgBCAJKQAANwOAASACDQBBAUHAACAGIAZBwABOGyICIAJBAUwbIQlBACECIABBAnRB3+7eAGohDANAAkAgBEGAAWoQlwENACAELQCAASACIAxqLQAARw0AIAQgCzoAiAEgBCAJOgCCASAHIApBACAEQYABahAKCyACQQFqIgIgAS0AACIGSQ0ACyAEIA0gCkEobGoiAi8AEjsBiAEgBCACKQAKNwOAASAGRQ0AQQAhAiAAQQJ0Qd/u3gBqIQwDQAJAIARBgAFqEJcBDQAgBC0AgAEgAiAMai0AAEcNACAEIAs6AIgBIAQgCToAggEgByAKQQEgBEGAAWoQCgsgAkEBaiICIAEtAAAiBkkNAAsgBCANIApBKGxqIgIvABw7AYgBIAQgAikAFDcDgAEgBkUNAEEAIQIgAEECdEHf7t4AaiEMA0ACQCAEQYABahCXAQ0AIAQtAIABIAIgDGotAABHDQAgBCALOgCIASAEIAk6AIIBIAcgCkECIARBgAFqEAoLIAJBAWoiAiABLQAAIgZJDQALIAQgDSAKQShsaiICLwAmOwGIASAEIAIpAB43A4ABIAZFDQBBACECIABBAnRB3+7eAGohBgNAAkAgBEGAAWoQlwENACAELQCAASACIAZqLQAARw0AIAQgCzoAiAEgBCAJOgCCASAHIApBAyAEQYABahAKCyACQQFqIgIgAS0AAEkNAAsLIAFBADoAACAOQf8BOgAAC0H0994ALAAAIABGBEBBzIvWAEEOQf8BQQBBABAHQfT33gBB/wE6AAALIAhBxOYIaiECAkACQAJAAkACQAJAAkACQAJAAkACQAJAIAgtAMTmCEEBaw4KAAcIAQIGCAYEBQgLAkACQCAAQevy3gAsAAAiAUcNAEHt8t4ALQAARQ0AQcyL1gBBAEEPQe7y3gAtAABBAXEQDEHMi9YAQQFBD0Hu8t4ALQAAQQF2QQFxEAxBzIvWAEECQQ9B7vLeAC0AAEECdkEBcRAMQcyL1gBBA0EPQe7y3gAtAABBA3ZBAXEQDEHMi9YAQQRBD0Hu8t4ALQAAQQR2QQFxEAxBzIvWAEEFQQ9B7vLeAC0AAEEFdkEBcRAMQf8BIQFB6/LeAEH/AToAAEHt8t4AQQA6AAAMAQsgBUEFSw0AQcyL1gAgBUEPIAVBMGxBs4zWAGoiAS0AAEUQDEGtF0GiNyABLQAAGxCNASEBIAQgBUEBajYCACAEQYABakEYIAEgBBC9AkHMi9YAIARBgAFqEA5B6/LeAC0AACEBCyAAIAHARw0HQevy3gBB/wE6AAAMBwsgBUEGayIBQQNLDQZB+PLeAEH48t4ALQAAQX4gAXdxOgAADAELIAVBCEgNBUH28t4AQfby3gAtAABBfiAFQQhrd3EiAToAAEHMi9YAQRkgAUH/AXFBAEEAEAcLIAJBADoAACAAQQJ0QcyL1gBqQQA2AtjlCAwFCyAAQbGr3gAsAABHDQNBzIvWAEEtQQBBl+7eAC0AAEEPcUEAEAdBsaveAEH/AToAAAwDCyAAQbGr3gAsAABHDQJBzIvWAEEaQQBBAEEAEAdBsaveAEH/AToAAAwCC0Gw7t4ALQAARQ0BQcz03gAoAgAgAEECdEHMi9YAaigC2OUIa0GsAkkNAUGK7t4ALQAAIgFBDUYEf0HMi9YAQQ9BAEEAQQAQB0Gn7t4AQQA6AABBiu7eAC0AAAUgAQtB/gFxQQxGBEBBiu7eAEEAOgAAC0Gw7t4AQQA6AAAMAQtBzIvWAEEPQQBBAEEAEAdBp+7eAEEAOgAACyACQQA6AAAgAEECdEHMi9YAakEANgLY5QggBUEESQ0BCyAFQQdrIgVBA0sNAQtBuPLeAEG48t4ALQAAQX4gBXdxOgAACyADQQBIDQFBASADdCIAQfTy3gAvAQAiAnEEQEH08t4AIAIgAEF/c3E7AQBBzIvWAEEkQYvu3gAtAAAgA0H/AXFBAEEAEAgLQfDy3gAgAEF/cyIAQfDy3gAvAQBxIgI7AQAgAkH//wNxRQRAQfLy3gBBADoAAAtB4PLeAEHg8t4ALwEAIABxOwEAQbnu3gAsAAAgA0YEQAJAQbju3gAsAAAiAkEASA0AQbvu3gAtAABFDQBBvO7eAC0AAA0AQbru3gAtAAANAAJAQYvu3gAtAAAiAUEBTQRAQcyL1gBBBCABIAFBzIvWAGotAMriCEEPcSACQf8BcUEAEAgMAQsgBEGAAWoQlgEgASACQQAgBEGAAWoQCiABIAJBASAEQYABahAKIAEgAkECIARBgAFqEAogASACQQMgBEGAAWoQCgtBzIvWABALC0G87t4AQQA6AABBuO7eAEH/AToAAEG57t4AQf8BOwAACyADQQNLDQFB+PLeAEH48t4ALQAAIABxOgAADAELAkBBiu7eAC0AACICBEBBi+7eAC0AACEBAkACQAJAAkACQAJAAkACQAJAAkACQAJAIAJBAWsODQABBgIDBQgJBwoLBAQOCyAAIAMgBRByDA0LIANBAE4EQCABIANB9/LeAC0AAEEEdGpBAWoQcwwNCyAFQQZrQQNNBEAgASAFQQVrQYADIAFBMGxBzIvWAGotAG1BBnBByPQAai0AAG5sEHMMDQsgBUEFSg0MQcyL1gAgAUEVIAUQDCAFQQJ0QdD0AGooAgAhAEH4CRCNASECIAQgADYCFCAEIAFBAWo2AhAgBEGAAWpBGCACIARBEGoQvQJBzIvWACAEQYABahAODAwLIANBAEgNC0GM7t4ALQAAIQBBzIvWACABEBsgAEEEdCADaiEHIAFBAk8EQCAHIAFBMGxBzIvWAGotAG5PDQwCfyABQYAUbEGM/tUAaiICIAdBKGxqIgAQlwEEQCAEQYABaiEIQQAMAQsgBEGAAWpBBHIhCCAEQQA2AoABQQELIQYgAEEKahCXAUUEQCAIQQE2AgAgBkEBaiEGCyACIAdBKGxqIgBBFGoQlwFFBEAgBEGAAWogBkECdHJBAjYCACAGQQFqIQYLAkACQAJAIABBHmoQlwFFBEAgBEGAAWogBkECdGpBAzYCACAGQQFqIQYMAQsgBkUNAQtBACEAIAIgB0EobGohCgNAIAQgCiAEQYABaiAAQQJ0aigCACICQQpsaiIILwAIOwFoIAQgCCkAADcDYCAEQTJB5ABB/wAgBC0AYSIIQTNJGyAIQf4ASxs6AGEgASAHIAIgBEHgAGoQCiAAQQFqIgAgBkcNAAsMAQsgBEHgAGoQlgEgAUHMi9YAai0Ah+cIIQAgBEH/ADoAYSAEIAA6AGAgASAHQQAgBEHgAGoQCgtBzIvWABALDAwLIAcgAUGEC2xBxI7WAGoiAkGL7t4ALQAAQcyL1gBqLQDK4ghBD3EiAEEDdGotAABPDQtBzIvWAEEEIAEgACAHIAIgAEEGdGogB2otAIQBIgJBAnNBAyACQQFxGxAIQcyL1gAQCwwLCyADQQBIDQpBjO7eAC0AACEAQcyL1gAgARAbIABBBHQgA2ohByABQQJPBEAgByABQTBsQcyL1gBqLQBuTw0LAn8gAUGAFGxBjP7VAGoiAiAHQShsaiIAEJcBBEAgBEGAAWohCEEADAELIARBgAFqQQRyIQggBEEANgKAAUEBCyEGIABBCmoQlwFFBEAgCEEBNgIAIAZBAWohBgsgAiAHQShsaiIAQRRqEJcBRQRAIARBgAFqIAZBAnRyQQI2AgAgBkEBaiEGCwJAIABBHmoQlwFFBEAgBEGAAWogBkECdGpBAzYCACAGQQFqIQYMAQsgBkUNDAtBACEAIAIgB0EobGohCgNAIAQgCiAEQYABaiAAQQJ0aigCACICQQpsaiIILwAIOwFoIAQgCCkAADcDYCAEIAQtAGJBgAFzOgBiIAEgByACIARB4ABqEAogAEEBaiIAIAZHDQALQcyL1gAQCwwLCyAHIAFBhAtsQcSO1gBqIgJBi+7eAC0AAEHMi9YAai0AyuIIQQ9xIgBBA3RqLQAATw0KQcyL1gBBBCABIAAgB0EAIAIgAEEGdGogB2otAIQBIgJBASACQQFxGyICQQxxQQRqIAJBEHEbIAJB4wFxchAIQcyL1gAQCwwKCwJAAkAgBUEJRiACQQxGcUUEQCAFQQpHDQIgAkENRw0CQcyL1gBBD0EAQQBBABAHQafu3gBBADoAAEGK7t4ALQAAQf4BcUEMRw0BC0GK7t4AQQA6AAALQbDu3gBBADoAAAwKCyADQQBOBEAgAkENRgRAIwBBIGsiACQAQYzu3gAtAAAhAUHMi9YAQYvu3gAtAAAiBhAbIAFBBHQgA2ohBQJAAkACQCAGQQJPBEAgBSAGQTBsQcyL1gBqLQBuTw0DAn8gBkGAFGxBjP7VAGoiAyAFQShsaiIBEJcBBEAgAEEQaiEHQQAMAQsgAEEQakEEciEHIABBADYCEEEBCyECIAFBCmoQlwFFBEAgB0EBNgIAIAJBAWohAgsgAyAFQShsaiIBQRRqEJcBRQRAIABBEGogAkECdHJBAjYCACACQQFqIQILIAFBHmoQlwFFBEAgAEEQaiACQQJ0akEDNgIAIAJBAWohAgwCCyACDQFBzIvWAEGxIBAODAMLIAUgBkGEC2xBxI7WAGoiAUGL7t4ALQAAQcyL1gBqLQDK4ghBD3EiA0EDdGotAABPDQJBzIvWAEEEIAYgAyAFAn9BISABIANBBnRqIAVqLQCEASIBQQFxRQ0AGkEAIAFB4ABxQSBGDQAaIAFBnwFxQSByCxAIDAELQeQAQfgAIAMgBUEobGoiCCAAKAIQQQpsai0AAyIJQfgARhshCkEAIQMDQCAAIAggAEEQaiADQQJ0aigCACIBQQpsaiIHLwAIOwEIIAAgBykAADcDACAAIAo6AAMgBiAFIAEgABAKIANBAWoiAyACRw0AC0HMi9YAQbcXQbMtIAlB+ABGGxAOC0HMi9YAEAsLIABBIGokAAwLCyABQQFLDQojAEEwayIAJABBzIvWAEEHIAFBAEEAQQEgA3QiAiABQYQLbEHEjtYAaiABQYAUbEGM/tUAaiABQQJJGy8BgAFzQf//A3EiBRAIQcyL1gAQC0HMi9YAIAEgAxASEIwBIQEgAEG8N0G+FyACIAVxGxCMATYCBCAAIAE2AgAgAEEQakEYQZAJIAAQvQJBzIvWACAAQRBqEA4gAEEwaiQADAoLAkAgBUEHSw0AIAFBAUsNACABQcyL1gBqIgIgBSACLQDK4ghBCHFyIgI6AMriCCABQQFGBEAgACACEHQMCwsgBCACOgCAASAAIAEgBEGAAWpBAUHkAEEAEHUMCgsgBUEIRw0JIAFBAUsNCSABQcyL1gBqIgAgAC0AyuIIQQ9xQQhzOgDK4ggMCQsgA0EATgRAQcyL1gBBDiADQf8BcUEAQQAQB0H0994AIAA6AAAMCQsgBUEFSg0IIwBBMGsiACQAQcyL1gAgBUEPIAVBMGxBs4zWAGoiAS0AAEUQDEGtF0GiNyABLQAAGxCNASEBIAAgBUEBajYCACAAQRBqQRggASAAEL0CQcyL1gAgAEEQahAOIABBMGokAAwICyAFQQBOBEACQAJAAkACQCAFDgMAAQIDC0Haq94AIAFBhAtsQcSO1gBqIAFBgBRsQYz+1QBqIAFBAkgiABtBhAtBgBQgABsQngIaQYLA3gAgAUEwbEHMi9YAaiIAKQGAATcBAEH6v94AIAApAXg3AQBB8r/eACAAKQFwNwEAQeq/3gAgACkBaDcBAEHiv94AIAApAWA3AQBB2r/eACAAKQFYNwEAQbPA3gAgAToAAEGywN4AQQI6AABBoPTeAEH6xQApAAA3AABBpfTeAEH/xQApAAA3AABBwPTeAEHM9N4AKAIAQdwLajYCAAwLCyMAQRBrIgAkAAJAAkACQEGywN4ALQAAQQJHDQAgAUEBSiICQbPA3gAtAABBAklGDQAgAkHxv94ALQAAQQBHRg0BC0Gu9N4AQd05KQAANwAAQaj03gBB1zkpAAA3AABBoPTeAEHPOSkAADcAAEHM9N4AKAIAIQEMAQtBtMDeACABQYQLbEHEjtYAaiABQYAUbEGM/tUAaiABQQJIIgIbQYQLQYAUIAIbEJ4CGkG16N4AQf8BOgAAQbTo3gAgAToAACAAQgA3AwggAEIANwMAIABB2qveADYCBCAAIAE6AAEgAEELOgAAQeCF1wAgABAwQeSa3gBBAToAAEGg9N4AQZ/EACkAADcAAEGl9N4AQaTEACkAADcAAEHomt4AQcz03gAoAgAiATYCAAtBwPTeACABQdwLajYCACAAQRBqJAAMCgtBzIvWACABECsMCQsgBUEDRw0IIAFBAUcNCEEAIQNBACEIIwBBMGsiBSQAQcyL1gBBARAbQeCW1wAtAABBBHQhDgNAIANB+sTXAGosAAAiBkGHf3FFIANB6sTXAGotAAAiCUH/AUZxRQRAQX8hAiAJQf8BRiILIAZBAE5xIQwgAyAOaiEKQQAhB0EAIQEDQAJAIAogAUEDdEHImdYAai0AACIAQRAgABtwIg0gAUEGdEHMmtYAamotAAAiAEEBcUUNACAAIAcgAkEASCIAGyEHIAEgAiAAGyECIAwNAEHMi9YAQQRBASABIA1BABAICyABQQFqIgFBEEcNAAsgAiAGckEASAR/IAJBf3NBH3YFQcyL1gBBBEEBIAIgCSALGyIAQf8BcSAKIABBA3RByJnWAGotAAAiAEEQIAAbcCAHQeIAcUEBIAZBB3EiAEECdEEBciAAQQFrQQNPG3IQCEEBCyAIaiEICyADQQFqIgNBEEcNAAtBzIvWABALQbAZEI0BIQEgBSAINgIAIAVBEGpBHiABIAUQvQJBzIvWACAFQRBqEA4gBUEwaiQADAgLQfCV1wAtAAAhACABQQFNBEAgAEH/AXEEQEHw8t4AQfDy3gAvAQAiAAR/IAAFQcyL1gAgARAbQfDy3gAvAQALQQEgA3RyOwEADAkLQcyL1gAgARAbIAFBhAtsQciP1gBqIANBBnRqIQIgA0H/AXEhCEEAIQADQCAAIAJqLQAABEBBzIvWAEEEIAEgCCAAQQAQCAsgAEEBaiIAQcAARw0AC0HMi9YAEAtB08QAEI0BIQAgBEHMi9YAIAEgAxASEIwBNgIgIARBgAFqQRggACAEQSBqEL0CQcyL1gAgBEGAAWoQDgwICyAAQf8BcQRAQfLy3gAtAABFBEBBzIvWACABEBsLQfLy3gBBAToAAEHw8t4AQfDy3gAvAQBBASADdHI7AQAMCAtBjO7eAC0AACEAQcyL1gAgARAbIARBgAFqEJYBIAEgAEEEdCADaiIAQQAgBEGAAWoQCiABIABBASAEQYABahAKIAEgAEECIARBgAFqEAogASAAQQMgBEGAAWoQCkHMi9YAEAsMBwsgA0EASA0GIANBD0sgAUEBS3ENBkH08t4AQfTy3gAvAQBBASADdHI7AQAgAUEBTQRAIAFBzIvWAGogAzoAyuIIC0HMi9YAQSQgASADQf8BcUEBQfPy3gAtAABBBXBBhghqLQAAEAgMBgsgA0EATgRAIAAgAxB2DAYLIAVBA0oNBUG48t4AQbjy3gAtAABBASAFdHI6AAAMBQsgBEH/ACAAQXRBACABQQJGG2pBou7eACwAAEEMbGpBNWoiAiACQf8AThsiAkEAIAJBAEobOgCAASAAIAEgBEGAAWpBAUHpAEEAEHUMBAsgA0EASA0DQfCV1wAtAAAEQEHMi9YAQfAOEA4MBAsgA0GpltcALQAARg0CAn9BBUEEQQNBAkEBQQBBf0EAENsBQcTu3gBqLQAAG0EBENsBQcTu3gBqLQAAG0ECENsBQcTu3gBqLQAAG0EDENsBQcTu3gBqLQAAG0EEENsBQcTu3gBqLQAAG0EFENsBQcTu3gBqLQAAGyIAQQBOBEBB9skAEI0BIQIgAAwBC0HhyQAQjQEhAkGpltcALQAACyEBIAQgA0EBaiIINgJEIAQgAUEBajYCQCAEQYABakEeIAIgBEFAaxC9AkG0yQAQjQEhAiAEIAg2AjAgBEHgAGpBHiACIARBMGoQvQJBnNndACADQf8BcRDDAQRAQcyL1gBBBEEDIABBAE4bIAMgACAEQYABaiAEQeAAahAQDAQLIABBAE4EQEHMi9YAQQsgAEEEdCADchAhQcyL1gBB+sUAEA4MBAtBzIvWAEEKIAMQIUHMi9YAQevFABAODAMLQRIgAEERahANQa0LEI0BIQIgBCAAQQdrNgJQIARBgAFqQRggAiAEQdAAahC9AkHMi9YAIARBgAFqEA4MAgsCQAJAAkACQAJAQYju3gAtAABBAWsOBQAAAQIDBAsgACADIAUQcgwFCyADQQNNBEAgAxB3DAULIANBfHFBBEYEQCMAQTBrIgIkACADQQRrIgNBA3RBzIvWAGoiAUEBOgDyeUGpltcALQAAIQAgAUEAOgD0eSABIAA6APN5IAFBs4zWAC0AAEEARyIAOgD0eSABQfL5AGohAUHjjNYALQAABEAgASAAQQJyIgA6AAILQZON1gAtAAAEQCABIABBBHIiADoAAgtBw43WAC0AAARAIAEgAEEIciIAOgACC0HzjdYALQAABEAgASAAQRByIgA6AAILQaOO1gAtAAAEQCABIABBIHI6AAILIAFBxI/WAC8BADsBBCABQcia1gAvAQA7AQZB5preAEEBOgAAQeia3gBBzPTeACgCADYCAEH0xAAQjQEhACACIANBwQBqNgIAIAJBEGpBGCAAIAIQvQJBzIvWACACQRBqEA4gAkEwaiQADAULIAVBAEgNBCAAQX8gBRByDAQLIANBAE4EQEG8hNcALQAAIgBBwABPBEBBzIvWAEGlLBAODAULIABBzIvWAGoiAUEBOgCxeSABIAM6APF4QaDz3gAgADoAAEG8hNcAIABBAWo6AABB5preAEEBOgAAQeia3gBBzPTeACgCADYCAAwECyAFQQhHDQNBvITXAC0AACIDBEAgA0Gg894ALQAAIgFBAWoiAEsEQCADQQJrIQUCQCABIANrQQFxBEAgACECIAEhAAwBCyABQb2E1wBqIABBvYTXAGotAAA6AAAgAUH9hNcAaiAAQf2E1wBqLQAAOgAAIAFBAmohAgsgASAFRwRAA0AgAEG9hNcAaiACQb2E1wBqIgEtAAA6AAAgAEH9hNcAaiACQf2E1wBqIgUtAAA6AAAgASACQQFqIgBBvYTXAGotAAA6AAAgBSAAQf2E1wBqLQAAOgAAIAJBAmoiAiADRw0ACwtBoPPeAC0AACEBC0G8hNcAIANBAWsiAjoAAAJAIAFB/wFxIgAgAkH/AXFJDQAgAEUNAEGg894AIAFBAWs6AAALQeaa3gBBAToAAEHomt4AQcz03gAoAgA2AgALDAMLIwBBQGoiASQAAkACQAJAAkACQAJAAkBBie7eAC0AAA4QAAUFBQUFAgUFBQUFAQUDBAULIAAgAyAFEHkMBQsgA0EATgRAIAAgAxB2DAULIAVBA0oNBEG48t4AQbjy3gAtAABBASAFdHI6AAAMBAsCQAJAQcyL1gAgAUEgahAWIgJFDQAgAUEgakGtq94ALQAAIAJvai0AACICQQdLDQAgAkHUAGxBzIvWAGoiBi0AuI8IDQELIANBAEggBUEDSnENBEHMi9YAQdc9EA4MBAsgA0EATgRAIAZBuI8IaigCDCEFIABBzIvWAGpBCjoAxOYIQbGr3gAgADoAAEHMi9YAQRpBASACQQAgBUEMdEGAgHxxIAMgBWxBBHZyEAgMBAsgBUUEQCACQQAQegwECyAFQQJNBEAgAkEQQQggBUEBRhsQegwECwJAAkAgBUEDaw4IAAUFBQUFBQEFC0GX7t4ALQAAQQ9xIAIQHEHVDRCNASEDQZfu3gAtAAAhBSABIAJBAWo2AgAgASAFQQ9xQQFqNgIEIAFBIGpBHiADIAEQvQJBzIvWACABQSBqEA4MBAtBocoAEI0BIQMgASACQQFqNgIQIAFBIGpBHiADIAFBEGoQvQJBzIvWAEEFIAJBACABQSBqQa86EBAMAwsgA0EASA0CQbKW1wAtAAANAkG0ltcALQAARQ0CQey+1wAoAgAhBSAAQcyL1gBqQQo6AMTmCEGxq94AIAA6AABBzIvWAEEaQQFBCEEAIAVBDHRBgIB8cSADIAVsQQR2chAIDAILIANBAE4EQCAAIAMQdAwCCwJAAkACQAJAAkAgBQ4EAAECAwQLIwBBMGsiACQAQcqr3gBBl+7eAC0AAEEPcSICQQxsQcyL1gBqIgMpAYAZNwEAQdKr3gAgA0GIGWooAQA2AQBB16veACACQQN0QcyL1gBqIgItAP0NOgAAQdir3gAgAi0Agw46AABB1qveAEEBOgAAQcPFABCNASECIABBl+7eAC0AAEEPcUEBajYCACAAQRBqQR4gAiAAEL0CQcyL1gAgAEEQahAOIABBMGokAAwFCyMAQTBrIgIkAAJAQdar3gAtAABFBEBBzIvWAEHPORAODAELQZfu3gAtAABBD3EiAEEMbEHMi9YAaiIDQcqr3gApAQA3AYAZIANBiBlqQdKr3gAoAQA2AQBBzIvWAEEGQQEgAEEBQder3gAtAAAQCEHMi9YAQQZBASAAQQdB2KveAC0AABAIQcyL1gAQC0HEDRCNASEAIAJBl+7eAC0AAEEPcUEBajYCACACQRBqQR4gACACEL0CQcyL1gAgAkEQahAOCyACQTBqJAAMBAsjAEEwayIAJABBl+7eAC0AAEEPcUEMbEHMpNYAahCfAUHMi9YAEAtBuA4QjQEhAiAAQZfu3gAtAABBD3FBAWo2AgAgAEEQakEeIAIgABC9AkHMi9YAIABBEGoQDiAAQTBqJAAMAwsjAEFAaiIMJAACQAJAQZfu3gAtAABBD3FBDGxBzIvWAGoiAy0AgBkiAEEHTQRAIABB1ABsQcyL1gBqIgAtALiPCA0BC0HMi9YAQd3HABAODAELIANBgBlqIQcgAEG4jwhqIgAvAQQiA0UEQEHki9YALwEAIQMLIAAoAlAgACgCDEGAn8kAIANB//8DcW5B/wAgDBDKASEDIAcvAQYiACAHLwEIaiEIAkAgA0EATARAIAAhAgwBCyADQQFxIQ0CQCADQQFGBEBBfyEFIAAhAgwBCyADQf7///8HcSEOQX8hBSAAIQIDQCAMIAlBAnRqIgYoAgQiAyAAayAAIANrIAAgA0kbIgogBigCACIGIABrIAAgBmsgACAGSRsiCyAFIAZBQGsgCEkgBSALS3EiCxsiBSADQUBrIAhJIAUgCktxIgobIQUgAyAGIAIgCxsgChshAiAJQQJqIQkgD0ECaiIPIA5HDQALCyANRQ0AIAwgCUECdGooAgAiAyACIANBQGsgCEkbIAIgAyAAayAAIANrIAAgA0kbIAVJGyECCyAHIAI7AQYgByAIIAJrOwEIQcyL1gAQC0HMi9YAQakVEA4LIAxBQGskAAwCCyAFQQhIDQEgAEHMi9YAakEFOgDE5ghB9vLeAEH28t4ALQAAQQEgBUEIa3RyIgM6AABBzIvWAEEZIANB/wFxQQBBABAHDAELAkAgBUEASA0AQYvu3gAtAABBAUsNACAAQX8gBRB5DAELIAAgAyAFEHgLIAFBQGskAAwCCyAAIAMgBRB4DAELQcyL1gBBgyYQDgsgBEGgAWokAAsL3z8BDH9B9LzfAC0AAARAIwBBgAFrIgokAEHM9N4AIAI2AgACQCABRQ0AQYju3gAtAABFDQAQUxBSBEBBqu7eAEEBOgAACyABQQJ0IAEgAUEDa0F7SRshAyAAQQJrIQECQAJAAkACQAJAAkACQAJAAkACQEGK7t4ALQAAIgRBAWsODQACBwMEBwcHBQcBBwYICwJAAkACQAJAIAAOBwABAwMDAwIDC0Gs7t4AQQUCfwJAQavu3gAtAABFDQBBru7eAC0AAA0AQazu3gAtAAAMAQtBru7eAEEAOgAAQYvu3gAtAAALQX9BASADQQBMG2oiAyADQQVOGyIDQQAgA0EAShs6AAAQBhpBre7eAEEBOgAAQavu3gBBAToAAAwMCyMAQSBrIgEkAEHMi9YAQQpBAEEAQQBBkANB4BJB5IvWAC8BAEF/QQEgA0EATBtqIgMgA0HgEk4bIgMgA0GQA0wbIgMQCEHMi9YAEAsgASADQQpuIgA2AgAgASADIABBCmxrQf//A3E2AgQgAUEUakEMQeQMIAEQvQJBzIvWAEF/QbzSACABQRRqQfcqIANB/wFsQfCcBmtB0A9uQX9BwPgDEA8gAUEgaiQADAsLIAMQfQwKCyABQQNLDQkgASADEH4MCQsCQAJAAkAgAQ4CAAECCyADEH8MCgtBDEF0IANBAEobEH8MCQsgAEF+cUEERw0IIABBBGsgAxB+DAgLAkACQCABDgIAAQkLQYvu3gAtAAAiAUHki9YAIAFBf0EAIAFBAUsbEJgBQX9BASADQQBMG2oQcwwIC0HMi9YAQYvu3gAtAAAiAUEVQQUgAUEwbEHMi9YAai0AbUEBQX8gA0EATBtqIgEgAUEFThsiAUEAIAFBAEobIgEQDEHMi9YAQQFB6cYAIAFBAnRB0PQAaigCAEG71ABBBSABa0EzbEF/QQEQBRAPDAcLIAENBkGL7t4ALQAAIgFBAEEYIAFBMGxBzIvWAGotAHAgA0HYExCAAQwGCyABDQVBi+7eAC0AACIBQQJJDQUgAUEAQQ0gAUEwbEHMi9YAai0AZSADQd8/EIABDAULIAENBEEAIQFB8/LeAEEEQfPy3gAtAABBf0EBIANBAEwbaiICIAJBBE4bIgJBACACQQBKGyICOgAAQcyL1gBBAEGvLCACQQJ0QcDUAGooAgBBu9QAIAJBP2xBf0EAEAUQDwNAQfTy3gAvAQAgAXZBAXEEQEHMi9YAQSRBi+7eAC0AACABQQFB8/LeAC0AAEGGCGotAAAQCAsgAUEBaiIBQRBHDQALDAQLIAENAyADEIEBDAMLIARBBkYgAEECTnENASAEQQdHBEAgAEECSA0DIARBCEcNA0GJ7t4ALQAAIQFBie7eAEEIOgAAIAAgAxCCAUGJ7t4AIAE6AAAMAwsgAEECSA0CQYnu3gAtAAAhAUGJ7t4AQQw6AAAgACADEIIBQYnu3gAgAToAAAwCC0GI7t4ALQAAIQwCQAJAAkBBpO7eAC0AAARAIAxBBUcNAkGJ7t4ALQAADQFBi+7eAC0AAEECSQ0BQbju3gAsAABBAE4NASAAQQZLDQFBASAAdEHDAHFFDQEjAEFAaiIHJABB5IvWAEGL7t4ALQAAIgFBfxCYASEFQYT43gAsAAAiCUEATiAFIAlKcUUEQEGE+N4AQYzu3gAtAABBBHQiCSAFQQFrIgsgCSALSBsiCToAAAsgCcAhBAJAIABFBEBBhPjeAEF/QQEgA0EATBsgBGoiCSAFQQFrIgMgAyAJShtBACAJQQBOGyIJOgAAQYzu3gAgCcAiCUEQbToAACAHIAlBAWo2AgAgB0EwakEQQfENIAcQvQJBzIvWAEF/QeYiIAdBMGpBu9QAQYT43gAsAABB/wFsQQEgAyAFQQFMG21Bf0GK8AMQDwwBC0EFQXsgA0EAShshDEF/QQEgA0EATBshAiABQYAUbEGM/tUAaiAEQShsaiELQQAhCUEAIQMDQCAHIAsgCUEKbGoiBS8ACDsBOCAHIAUpAAA3AzAgB0EwahCXAUUEQAJAIABBAUYEQCAHIAxB5AAgBy0AOCIFQd8AIAUbIActADIiCMBBAEgbaiIFQeMASkEHdCAIQf8AcXI6ADIgB0EKQeQAIAUgBUHkAE4bIgggCEEKTBsiCEEAIAVB3gBMGzoAOAwBCyAHQXVBCyACIAcsADlqIgUgBUELThsiBSAFQXVMGyIIOgA5CyABIAQgCSAHQTBqEAogA0EBaiEDCyAJQQFqIglBBEcNAAsgA0UEQEHMi9YAQZ4SEA4MAQtBzIvWABALIABBAUYEQEH/994AIAg6AABBzIvWAEF/QZ0yIAdBMGoCfyAIQeQATgRAIAdB1JKVAjYCMEG71AAMAQsgByAINgIQIAdBMGpBEEHxDSAHQRBqEL0CQZvUAAsgCEH/AWxB5ABtQX9B8+8BEA8MAQtBgPjeACAIOgAAIAcgCDYCICAHQTBqQRBBtwsgB0EgahC9AkHMi9YAQX9BrTQgB0EwakGzGiAIQf8BbEH1FWpBFm1BgAFBwPgDEA8LIAdBQGskAAwFCyAMQQVHDQELQYnu3gAtAAANASAAQQZGDQFBuO7eACwAAEEASA0BQYvu3gAtAABBAU0EQCMAQeAAayIIJAACQEG47t4ALAAAIgRBi+7eAC0AACILQYQLbEHEjtYAaiALQYAUbEGM/tUAaiALQQJJGyIBIAtBzIvWAGotAMriCEEPcSIMQQZ0amotAIQBIgJBAXFFBEBBzIvWAEGjIhAODAELQbru3gBBAToAAEG87t4AQQE6AAAgAEECayIFQQNNBEBBzIvWAEEFIAsgDCAEQf8BcUH/ACABIAQgDCAFEKEBIgBBAEgEfyALQTBsQcyL1gBqIAVqLQBYBSAACyADaiIAIABB/wBOGyIAQQAgAEEAShsiACAFQQh0chAIQcyL1gAQC0HMi9YAIAsgBSAAIAhB0ABqQRAQYiAEQQFqIQQgCAJ/AkACQAJAIAsOAgEAAgsgBUECdEHQ2ABqKAIADAILIAVBAnRB4NgAaigCAAwBCwJAAkACQAJAAkAgC0EwbEHMi9YAaiIMLQBvQQJrDgUABAEDAgQLIAVBAnRB8NgAaigCAAwECyAFQQJ0QYDZAGooAgAMAwsgBUECdEGQ2QBqKAIADAILQcYjIAwgBUEBdGpB8fYAai0AACIMRQ0BGiAMQQ1wQQJ0QaDnAGooAgAMAQsgBUECdEGg2QBqKAIACxCMATYCBCAIIAQ2AgAgCEEwakEWQaMJIAgQvQJBzIvWACAFIAhBMGogCEHQAGpBu9QAIABBAXQgC0EwbEHMi9YAaiAFai0AWEEBdCAFEAUQDwwBCwJ/AkACQAJAIAAOAgABAgsgAkH9AXEgA0EASkEBdHIhBUH3LkHYEyADQQBMGyEAQZsVDAILIAJB4wFxQRBBBEEEIAJBAnZBA3EgAkEQcRtBf0EBIANBAEwbaiIFIAVBBE4bIgBBACAAQQBKG0ECdCIAIAVBA0obciEFIABBsN0AaigCACEAQdkWDAELIAJBnwFxQQIgAkEFdkEDcUF/QQEgA0EATBtqIgUgBUECThsiBUEAIAVBAEobIgBBBXRyIQUgAEECdEHA3gBqKAIAIQBBlicLIQMgCCAANgIgIAhB0ABqQRBBwAogCEEgahC9AiADEI0BIQAgCCAEQQFqNgIQIAhBMGpBFiAAIAhBEGoQvQJBzIvWAEEEIAsgDCAEQf8BcSAFQf8BcRAIQcyL1gAQC0HMi9YAQX8gCEEwaiAIQdAAakG71ABBgAFBf0G/3wMQDwsgCEHgAGokAAwECyMAQZABayIGJABBi+7eAC0AACIIQYAUbEGM/tUAaiINQbju3gAsAAAiC0EobGoiCRCXAQR/IAZBgAFqBSAGQQA2AoABQQEhByAGQYABakEEcgshAiAJQQpqEJcBRQRAIAJBATYCACAHQQFqIQcLIA0gC0EobGoiCUEUahCXAUUEQCAGQYABaiAHQQJ0ckECNgIAIAdBAWohBwsCQAJAIAlBHmoQlwFFBEAgBkGAAWogB0ECdGpBAzYCACAHQQFqIQcMAQsgBw0AQcyL1gBBoyIQDgwBC0G67t4AQQE6AABBvO7eAEEBOgAAIAZCADcDeCAGQgA3A3ACQCAAQQJrIg5BBE8EQEF/QQEgA0EATBshDiADQQVsIQwgDSALQShsaiEEQQAhDQNAIAYgBCAGQYABaiANQQJ0aigCACIJQQpsaiICLwAIOwFYIAYgAikAADcDUAJAAkACQAJAIAAOAgABAgsgBkH/AEEyQeQAQQIgBi0AUSICQTJLIAJB/gBLGyAOaiICQQBMIgEbIAJBAUoiBRs6AFFBthUhAiANDQIgBkHYE0H+EkH3LiABGyAFGzYCMCAGQfAAakEQQcAKIAZBMGoQvQIMAgsCQAJAAkACQAJ/QeUAQeYAIAYtAFMiAiACQfkARhsgAkH4AEYbIgFB5ABNBEBBACECIAEgDGoiAUEASA0CQeYAIAEgAUHmAE8bDAELQd8AIQIgASAOaiIBQd8ASA0BQeYAIAEgAUHmAE8bCyECQQEhBUH5ACEBIAJB5QBrDgICAQALQQAhBSACIQELIAYgAToAU0G0LCECIA0NAyAFRQ0BIAZCzp6BsZSJkyY3A3AMAwsgBkH4ADoAU0G0LCECIA0NAiAGQY4PLwAAOwF4IAZBhg8pAAA3A3AMAgsgBiABQf8BcTYCQCAGQfAAakEQQZjUACAGQUBrEL0CDAELIAZBgX9BASADQREgBi0AUiICQf8AcSACwEEASBtqIgJBESACQRFIIgUbIgEgAUEBTBsiASACQRBKGzoAUkG1MiECIA0NACAFRQRAIAZB1JKVAjYCcAwBC0G6GRCNASEFIAYgATYCICAGQfAAakEQIAUgBkEgahC9AgsgCCALIAkgBkHQAGoQCiANQQFqIg0gB0cNAAtBlgkQjQEhDSAGIAIQjAE2AhQgBiALQQFqNgIQIAZB0ABqQRYgDSAGQRBqEL0CQcyL1gBBfyAGQdAAaiAGQfAAakG71ABBgAFBf0G/3wMQDwwBCyANIAtBKGxqIgQgBigCgAFBCmxqIA5qLQAEIglB/wFGBEAgCEEwbEHMi9YAaiAOai0AWCEJC0EAIQ1B/wAgAyAJQf8BcWoiCSAJQf8AThsiCUEAIAlBAEobIQAgBiAOakHUAGohAQNAIAYgBCAGQYABaiANQQJ0aigCACIJQQpsaiICLwAIOwFYIAYgAikAADcDUCABIAA6AAAgCCALIAkgBkHQAGoQCiANQQFqIg0gB0cNAAtBzIvWACAIIA4gACAGQfAAakEQEGIgC0EBaiENIAYCfwJAAkACQCAIDgIBAAILIA5BAnRB0NgAaigCAAwCCyAOQQJ0QeDYAGooAgAMAQsCQAJAAkACQAJAIAhBMGxBzIvWAGoiBy0Ab0ECaw4FAAQBAwIECyAOQQJ0QfDYAGooAgAMBAsgDkECdEGA2QBqKAIADAMLIA5BAnRBkNkAaigCAAwCC0HGIyAHIA5BAXRqQfH2AGotAAAiB0UNARogB0ENcEECdEGg5wBqKAIADAELIA5BAnRBoNkAaigCAAsQjAE2AgQgBiANNgIAIAZB0ABqQRZBowkgBhC9AkHMi9YAIA4gBkHQAGogBkHwAGpBu9QAIABBAXQgCEEwbEHMi9YAaiAOai0AWEEBdCAOEAUQDwtBzIvWABALCyAGQZABaiQADAMLAkACQAJAAkACQAJAAkACQAJAIAxBAWsODAABAAULAgMGBAoHCAsLAkACQAJAAkAgAA4HAgADAwMDAQMLQQAgAxB+DA0LIAMQfQwMC0GL7t4AQQVBi+7eAC0AAEF/QQEgA0EATBtqIgEgAUEFThsiAUEAIAFBAEobOgAADAsLIAxBAUYEQCMAQdABayIEJABBi+7eAC0AACICQTBsQaSM1gBqIQACQAJAAkACQAJAIAEOBAABAgMEC0GkOxCNASEBIAQgAkEBaiIMNgIgIARBgAFqQRYgASAEQSBqEL0CQcyL1gAgAkEEQf8AIAMgAC0ABGoiASABQf8ATxtBACABQQBOGyIBEAwgBCABQeQAbEH/AG42AhAgBEHEAWpBDEGY1AAgBEEQahC9AiAEIARBgAFqEIwBNgIEIAQgDDYCACAEQaABakEWQbIJIAQQvQJBzIvWAEEAIARBoAFqIARBxAFqQbvUACABQQF0QX9BABAFEA8MAwtBtcIAEI0BIQEgBCACQQFqIgw2AlAgBEGAAWpBFiABIARB0ABqEL0CQcyL1gAgAkEnQf8AIAMgAC0AJ2oiASABQf8ATxtBACABQQBOGyIBEAwgBCABQeQAbEH/AG42AkAgBEHEAWpBDEGY1AAgBEFAaxC9AiAEIARBgAFqEIwBNgI0IAQgDDYCMCAEQaABakEWQbIJIARBMGoQvQJBzIvWAEEBIARBoAFqIARBxAFqQbvUACABQQF0QX9BARAFEA8MAgtBFkH/ACADQfqL1gAtAABqIgMgA0H/AE4bIgFBACABQQBKGyIBEA0CQCABQTxrQQhNBEAgBEGtKi0AADoApAEgBEGpKigAADYCoAEMAQsgA0E7TARAIAQgATYCYCAEQaABakEQQYENIARB4ABqEL0CDAELIAQgAUFAajYCcCAEQaABakEQQYcNIARB8ABqEL0CC0HMi9YAQQJBxB4gBEGgAWpBu9QAIAFBAXRBgAFBAhAFEA8MAQtBF0EQQfuL1gAtAABBf0EBIANBAEwbaiIBIAFBEE4bIgFBACABQQBKGyIBEA1BzIvWAEEDQd0QIAFBAnRB4NwAaigCAEG71AAgAUEPbEF/QQMQBRAPCyAEQdABaiQADAsLIAEgAxB+DAoLAkACQAJAAkAgAA4HAAEDAwMDAgMLQYvu3gBBBUGL7t4ALQAAQX9BASADQQBMG2oiASABQQVOGyIBQQAgAUEAShs6AAAMDAtBACADEH4MCwsgAxB9DAoLQYnu3gAtAAAhAUGI7t4AQYUGOwEAIAAgAxCCAUGJ7t4AIAE6AABBiO7eAEECOgAADAkLAkACQAJAIAAOAgABAgtBnPPeAEEFQZzz3gAtAABBf0EBIANBAEwbaiIBIAFBBU4bIgFBACABQQBKGzoAAAwKCyMAQRBrIgEkAAJAQZzz3gAtAAAiAEEETwRAIABBBEYEQCADEIEBDAILQRJBMCADQfaL1gAtAABqIgMgA0EwThsiA0EAIANBAEobIgMQDSABIANBGGs2AgAgAUEEakEMQbcLIAEQvQJBzIvWAEF/QdY4IAFBBGpBiBMgA0EFbEH4AEGfDxAPDAELIAAgAxB+CyABQRBqJAAMCQsgAEECSA0IIAEgAxB+DAgLIABFBEBBm/PeAEEKQZvz3gAtAABBf0EBIANBAEwbaiIBIAFBCk4bIgFBACABQQBKGzoAAAwICyAAQQFrQQFLDQdBf0EBIANBAEwbIQACQAJAAkACQAJAAkACQAJAAkACQAJAQZvz3gAtAAAOCgABAgMEBQYHCggKC0HB2t0AQcHa3QAtAABFIgA6AABBzIvWAEEhIABBAEEAEAcMCAtBwtrdAEHC2t0ALQAARToAAAwHCwJAAkACQEHD2t0ALQAAQQFrDgIAAQILQcPa3QBBAkEEIABBAEobOgAADAgLQcPa3QBBAUEEIABBAEwbOgAADAcLQcPa3QBBAkEBIABBAEwbOgAADAYLQcTa3QBBFCAAQcTa3QAtAABqIgAgAEEUThsiAEEAIABBAEobOgAADAULQcfa3QBBx9rdAC0AAEU6AAAMBAtBxtrdAEECIABBxtrdAC0AAGoiACAAQQJOGyIAQQAgAEEAShs6AAAMAwtBy9rdAEHL2t0ALQAAIgBFOgAAQcyL1gBBxjVBrdAAIAAbEA4MAgtBzNrdAEHM2t0ALQAAIgBFOgAAQcyL1gBBrTVBmdAAIAAbEA4MAQsQHUUEQEHMi9YAQf/IABCMARAODAILQcra3QBBytrdAC0AACIARToAACAABH9BAAUQHQsQigELQcyL1gBBIEHC2t0ALQAAQcPa3QAtAABBxNrdAC0AABAHQeWa3gBBAToAAEHomt4AQcz03gAoAgA2AgALDAcLAkAgAEUEQEGe894AQQRBnvPeAC0AAEF/QQEgA0EATBtqIgEgAUEEThsiAUEAIAFBAEobOgAADAELIABBAWtBAUsNAEGf894AQQ9Bn/PeAC0AAEF/QQEgA0EATBtqIgEgAUEPThsiAUEAIAFBAEobOgAAC0Gh894AQQA6AAAMBgsgAEUEQEG8hNcALQAAIgJFDQZBoPPeAEGg894ALQAAQX9BASADQQBMG2oiASACQQFrIgIgASACSBtBACABQQBOGzoAAAwGCwJAIABBAWtBAUsNAEG8hNcALQAARQ0AQaDz3gAtAABBzIvWAGoiAUETIAEsAPF4IgFBA3FBEHIgAUH/AXEgAUEASBtBf0EBIANBAEwbaiIBIAFBE04bIgBBACAAQQBKGyIAQfAAakGAAXIgACABQQ9KGzoA8XhB6JreACACNgIAQeaa3gBBAToAAAwGCwJAAkAgAEEDaw4DAAcBBwtBvITXAC0AAEUNBkGg894ALQAAQcyL1gBqIgFBAUEQIAEtALF5QX9BASADQQBMG2oiASABQRBOGyIBIAFBAUwbOgCxeUHomt4AIAI2AgBB5preAEEBOgAADAYLQcyL1gBBEkGvltcALQAARUEAQQAQB0HMi9YAQdY1QaAoQa+W1wAtAAAbEA4MBQtBmfPeAC0AACEBIABBAU0EQEGZ894AQQVBf0EBIANBAEwbIAFqIgEgAUEFThsiAUEAIAFBAEobOgAADAULAkACQAJAAkAgAEECaw4EAAECAwgLIAFB5IvWACABQX9BACABQQFLGxCYAUF/QQEgA0EATBtqEHMMBwtBzIvWACABQRVBBSABQTBsQcyL1gBqLQBtQQFBfyADQQBMG2oiAiACQQVOGyICQQAgAkEAShsiAhAMQaDGABCNASEAIAogAUEBajYCACAKQdAAakEWIAAgChC9AkHMi9YAQQEgCkHQAGogAkECdEHQ9ABqKAIAQbvUAEEFIAJrQTNsQX9BARAFEA8MBgsgAUEBSw0FQZrz3gBBD0Ga894ALQAAQX9BASADQQBMG2oiASABQQ9OGyIBQQAgAUEAShs6AAAMBQsgAUEBSw0EQcyL1gBBBiABQZrz3gAtAAAiAkEAQQFBwAAgAUGEC2xBzIvWAGogAkEDdGotAPgCQX9BASADQQBMG2oiAiACQcAAThsiAiACQQFMGyICEAhBzIvWABALIAogAjYCICAKQfAAakEQQfENIApBIGoQvQJB2DEQjQEhACAKQcyL1gAgAUGa894ALQAAEBIQjAE2AhAgCkHQAGpBFiAAIApBEGoQvQJBzIvWAEEDIApB0ABqIApB8ABqQb0ZIAJBAnRBf0EDEAUQDwwECyAAQQJIDQNBu9QAIQICQAJAAkACQAJAIABBAmsOBAABAgMEC0EIQeyL1gAtAABBC0EBIANBAEwbakEMcCICEA0gAkECdEGg9QBqKAIAIQIMAwtBCUHti9YALQAAQQhBASADQQBMG2pBCXAiAhANIAJBAnRB0PUAaigCACECDAILQQpB7ovWAC0AAEEEQQEgA0EATBtqQQVwIgIQDSACQQJ0QfDZAGooAgAhAgwBC0ELQe+L1gAtAAAiAkUQDUHoNUGxKCACGyECC0HMi9YAIAEgAUECdEHw2gBqKAIAIAJBu9QAQYABQX8gARAFEA8MAwsgAEEBSw0CQaLz3gAtAAAiAkECSSEAAkACQEEFQQEgA0EATBsiBEGj894ALQAAakEGcCIBIAJGDQAgAUEBRg0AIAAgAUECSXNFDQELAkAgASAEakEGcCIBIAJGDQAgAUEBRg0AIAAgAUECSXNFDQELIAJBAkkhAAJAIAEgBGpBBnAiASACRg0AIAFBAUYNACAAIAFBAklzRQ0BCwJAIAEgBGpBBnAiASACRg0AIAFBAUYNACAAIAFBAklzRQ0BCwJAIAEgBGpBBnAiASACRg0AIAFBAUYNACACQQJJIAFBAklzRQ0BCyABIARqQQZwIQELQaPz3gAgAToAAAwCCyAAIAMQggEMAQsgAEEGa0F8SQ0AAkBBgvjeAC0AAEUNACAAQQRLDQAgBEEGRg0AIApB94vWAC0AADoAUCAKQfiL1gAtAAA6AFEgCkH5i9YALQAAOgBSIAFBgNsAai0AAEH/ACADIApB0ABqIAFqLQAAaiICIAJB/wBOGyICQQAgAkEAShsiAhANIAogAkHkAGxB/wBuNgJAIApB8ABqQRBBmNQAIApBQGsQvQJBzIvWACABIAFBAnRBhNsAaigCACAKQfAAakG71AAgAkEBdEF/IAEQBRAPDAELIAFFBEBBBEEDQeiL1gAtAABBf0EBIANBAEwbaiIBIAFBA04bIgFBACABQQBKGyIBEA1BzIvWAEEAQb07IAFBAnRBkNsAaigCAEG71AAgAUHVAGxBf0EAEAUQDwwBCyAKQQA6AFAgCkHpi9YALQAAOgBRIApB6ovWAC0AADoAUiAKQeuL1gAtAAA6AFMgAUGg2wBqLQAAQf8AIAMgCkHQAGogAWotAABqIgIgAkH/AE4bIgJBACACQQBKGyICEA0CQCABQQNGBEAgAkEBdhDWASAKQfAAakEQEGMMAQsgCiACQeQAbEH8/wNxQf8AbjYCMCAKQfAAakEQQZjUACAKQTBqEL0CC0HMi9YAIAEgAUECdEGw2wBqKAIAIApB8ABqQbvUACACQQF0QX8gARAFEA8LIApBgAFqJAALC8EBAQN/QfS83wAtAAAEQCMAQRBrIgEkAEHG9N4AIABB//8DcSIAQcb03gAvAQBBA2xqQQJ2IgI7AQACQEHI9N4AAn8gAkHI9N4ALwEAIgNrQQVrQXdPBEAgAEUEQEEAIAMNAhoLIABB/wdJDQIgACADQf8HSQ0BGgwCCyAAIAIgAEH/B2tB//8DcUGC+ANJGwsiAjsBACABIAJB//8DcTYCBCABQR42AgAgAUIANwIIQeCF1wAgARAwCyABQRBqJAALC0sBAX9B9LzfAC0AAARAIwBBEGsiASQAIAFBADYCDCABQgA3AgQgAUEAOwECIAEgADoAASABQSI6AABB4IXXACABEDAgAUEQaiQACwvRTwETf0H0vN8ALQAABH9BxInWAEEANgIAIwBB4AFrIgQkAEHM9N4AIAA2AgACQEGI7t4ALQAADQAgAEHQ9N4AKAIAa0GwCUkNAEGA7t4AQQE6AABBiO7eAEEBOgAACwNAAkAgA0EEdEG46N4AaiIBLQAARQ0AIAAgASgCDGshBQJAIAEtAARFDQAgAS0AAQ0AIAEtAAINACAFIAEvAQhJDQAgAUEBOgABQZzq3gAoAgAgA0EDQZjq3gAoAgARAQALIAEvAQoiAkUNACABLQACDQAgAS0AAw0AIAIgBUsNACABQQE6AANBnOreACgCACADQQVBmOreACgCABEBAAsgA0EBaiIDQQ5HDQALQQAhBSMAQSBrIgIkAEHM9N4AKAIAIQcCQEG57t4ALAAAQQBIDQBBvO7eAC0AAA0AIAdBwO7eACgCAGtBrAJJDQBBvO7eAEEBOgAACwJAQbLy3gAtAABFDQBBtPLeACgCAEF/Rw0AQfCV1wAtAABFDQBBtPLeAEH4ldcAKAIANgIACwNAAkAgBUHE7t4Aai0AAEUNACAFQQJ0QaTx3gBqKAIAIgFFDQAgByABa0GsAkkNACAFQZDy3gBqLQAAQQFHDQBB7fLeAC0AAA0AIAUQ2QEhAUHu8t4AQbOM1gAtAABBAEciAzoAAEHjjNYALQAABEBB7vLeACADQQJyIgM6AAALQZON1gAtAAAEQEHu8t4AIANBBHIiAzoAAAtBw43WAC0AAARAQe7y3gAgA0EIciIDOgAAC0HzjdYALQAABEBB7vLeACADQRByIgM6AAALQaOO1gAtAAAEQEHu8t4AIANBIHI6AAALQcyL1gBBAEEPIAFBAEcQDEHMi9YAQQFBDyABQQFHEAxBzIvWAEECQQ8gAUECRxAMQcyL1gBBA0EPIAFBA0cQDEHMi9YAQQRBDyABQQRHEAxBzIvWAEEFQQ8gAUEFRxAMQezy3gAgAToAAEHr8t4AIAU6AABB7fLeAEEBOgAAIAIgAUEBajYCACACQRBqQRBBigwgAhC9AkHMi9YAIAJBEGoQDgsgBUEBaiIFQRtHDQALAkBBq+7eAC0AAEUNAEGt7t4ALQAAIgVBAUYNACAHQbTu3gAoAgBrQQBIDQAgBUUEQBCEAQwBC0Gr7t4AQQA6AAALIAJBIGokAAJAQfuN1gAtAABBBUcNAEEFELsBIQFBBUHig9cALQAAIgJBAWsgAQR/QeyN1gAtAAAgAW8FQQALIAIbELwBIgUEfyAFQQAQuAEhBiAFLQAIQQJ0QQNBASACG3IgBS0ACUEKdHIFQQALIgJBiPjeACgCAEcEQEEAIAYQ3AFBiPjeACACNgIAC0EAIQZBBUHpg9cALQAAIgJBAWsgAQR/QeyN1gAtAAAgAW8FQQALIAIbELwBIgEEfyABIAJFELgBIQYgAS0ACEECdEEDQQIgAhtyIAEtAAlBCnRyBUEACyEBIAFBjPjeACgCAEYNAEEBIAYQ3AFBjPjeACABNgIACwJAQdny3gAsAAAiAUEASA0AIABB3PLeACgCAGtB9QNJDQAgARAtQdny3gBB/wE6AAALAkBB7PPeAC0AAEUNACAAQZz03gAoAgBrQQBMDQBB7PPeAEEAOgAACwJAQcD03gAoAgAiAUUNACAAIAFrQQBMDQBBwPTeAEEANgIACyAAQdoAaiEFQdT03gAtAABBkJbXAC0AAEcEQEHc9N4AIAU2AgBB1PTeAEGQltcALQAAOgAAC0HV9N4ALQAAQZGW1wAtAABHBEBB4PTeACAFNgIAQdX03gBBkZbXAC0AADoAAAtB1vTeAC0AAEGSltcALQAARwRAQeT03gAgBTYCAEHW9N4AQZKW1wAtAAA6AAALQdf03gAtAABBk5bXAC0AAEcEQEHo9N4AIAU2AgBB1/TeAEGTltcALQAAOgAAC0HY9N4ALQAAQZSW1wAtAABHBEBB7PTeACAFNgIAQdj03gBBlJbXAC0AADoAAAtB2fTeAC0AAEGVltcALQAARwRAQfD03gAgBTYCAEHZ9N4AQZWW1wAtAAA6AAALQQAhAgNAAkAgAkEBdEGcltcAaiIDLwEAIgFFDQAgA0EAOwEAIAFBAXEEQCACQQZ0QfT03gBqIAU2AgALIAFBAnEEQCACQQZ0QfT03gBqIAU2AgQLIAFBBHEEQCACQQZ0QfT03gBqIAU2AggLIAFBCHEEQCACQQZ0QfT03gBqIAU2AgwLIAFBEHEEQCACQQZ0QfT03gBqIAU2AhALIAFBIHEEQCACQQZ0QfT03gBqIAU2AhQLIAFBwABxBEAgAkEGdEH09N4AaiAFNgIYCyABQYABcQRAIAJBBnRB9PTeAGogBTYCHAsgAUGAAnEEQCACQQZ0QfT03gBqIAU2AiALIAFBgARxBEAgAkEGdEH09N4AaiAFNgIkCyABQYAIcQRAIAJBBnRB9PTeAGogBTYCKAsgAUGAEHEEQCACQQZ0QfT03gBqIAU2AiwLIAFBgCBxBEAgAkEGdEH09N4AaiAFNgIwCyABQYDAAHEEQCACQQZ0QfT03gBqIAU2AjQLIAHBIQMgAUGAgAFxBEAgAkEGdEH09N4AaiAFNgI4CyADQQBODQAgAkEGdEH09N4AaiAFNgI8CyACQQFqIgJBBkcNAAtB/PfeAC8BAEGAl9cALwEARwRAQfz33gBBgJfXAC8BADsBAEHkmt4AQQE6AABB6JreAEHM9N4AKAIANgIAC0GoltcALQAABEBBqJbXAEEAOgAAQfj33gAgAEHIAWo2AgALQe2W1wAtAAAEQEHtltcAQQA6AABBoPTeAEGDNykAADcAAEGo9N4AQYs3KQAANwAAQbD03gBBkzcpAAA3AABBuPTeAEGbNy0AADoAAEHA9N4AQcz03gAoAgBB3AtqNgIACwJAQYru3gAtAABBA0cNAEHwldcALQAARQ0AQfDy3gAvAQBFDQBBi+7eAC0AACICQQFNBEAgAkGEC2xByI/WAGohAyACQQF0QfyV1wBqIQlBACEBA0ACQEHw8t4ALwEAIAF2QQFxRQ0AQfCV1wAtAABFDQAgCS8BAEHki9YAIAIgARCYAXAiBSADIAFBBnRqai0AAEUNACAEQQA2AjQgBCAFOgAzIAQgAToAMiAEIAI6ADEgBEEEOgAwIARCADcCOEHghdcAIARBMGoQMEHkmt4AQQE6AABB6JreAEHM9N4AKAIANgIACyABQQFqIgFBEEcNAAsMAQtB8vLeAC0AAEUNAEHwldcALQAARQ0AIAJBgBRsQcyL1gBqIAJBAXRBzIvWAGovAbCKAUHki9YAIAJBfxCYAXAiBUEobGoiAUHADWsQlwEhCSABQbYNaxCXASEDIAFBrA1rEJcBIQYCQCABQaINaxCXAUUNACAGRQ0AIANFDQAgCQ0BCyAEQSBqEJYBIARBPGoiAUEANgIAIAEgBEEoaiIGLwAAOwEAIARBADoAMyAEIAU6ADIgBCACOgAxIARBAzoAMCAEIAQpACA3AjRB4IXXACAEQTBqEDAgAUEANgIAIAEgBi8AADsBACAEQQE6ADMgBCAFOgAyIAQgAjoAMSAEQQM6ADAgBCAEKQAgNwI0QeCF1wAgBEEwahAwIAFBADYCACABIAYvAAA7AQAgBEECOgAzIAQgBToAMiAEIAI6ADEgBEEDOgAwIAQgBCkAIDcCNEHghdcAIARBMGoQMCABQQA2AgAgASAGLwAAOwEAIARBAzoAMyAEIAU6ADIgBCACOgAxIARBAzoAMCAEIAQpACA3AjRB4IXXACAEQTBqEDBB5JreAEEBOgAAQeia3gBBzPTeACgCADYCAAsCQEGC894ALQAARQ0AQfCV1wAtAABFDQBBhPPeACgCAEGMltcAKAIARg0AQauW1wAtAABB/wFGDQBBhPPeAEGMltcAKAIANgIAQauW1wAtAABBgH9yIQICQAJAQbyE1wAtAAAiAUUEQEEAIQUMAQsCQCABQcuL1gBqIgUtAPF4IAJB/wFxRw0AIAUtALF5IgZBD0sNACAFQbH5AGogBkEBajoAAAwCCyABIQUgAUE/Sw0BCyAFQcyL1gBqIgVBAToAsXkgBSACOgDxeEG8hNcAIAFBAWo6AAALQeia3gAgADYCAEHmmt4AQQE6AAALAkBBtJbXAC0AAEUNAEGyltcALQAADQBB8JXXAC0AAA0AQYCb3gAtAAANAEHci9YAKAIARQ0AQfaa3gBBADoAAEHsmt4AQQc6AABBoPTeAEHfPSkAADcAAEGo9N4AQec9KQAANwAAQYCb3gBBgJveAC0AAEEBajoAAEHA9N4AQcz03gAoAgBB3AtqNgIACwJAQayr3gAtAAAiCUUNAEHwldcALQAADQBBgJveAC0AAA0AQdyL1gAoAgBFDQAgAEHomt4AKAIAa0HdC0kNAEGI7t4ALQAAQQVGBEBBie7eAC0AAEEPRg0BC0EAIQYDQAJAIAkgBnZBAXFFDQBBACEBIAhB/wFxIgIEQANAIAFB7JreAGotAABBCEYEQCAGIAFB9preAGotAABGDQMLIAFBAWoiASACRw0ACyACQQlLDQELIAJB7JreAGpBCDoAAEGAm94ALQAAQfaa3gBqIAY6AABBgJveAEGAm94ALQAAQQFqIgg6AAALIAZBAWoiBkEIRw0ACwsCQEHH2t0ALQAARQ0AQfCV1wAtAAANAEGAm94ALQAADQACQEHkmt4ALQAADQBB4JreAC4BAEEATg0AQeaa3gAtAAANAEHlmt4ALQAARQ0BCyAAQeia3gAoAgBrQZHOAEkNAEHci9YAKAIARQ0AQcyL1gBB5JreAC0AABAiQeaa3gAtAAAEQEHMi9YAQQRBABAhC0Hlmt4ALQAABEBBzIvWAEEFQQAQIQtBqPTeAEHywwAvAAA7AABBoPTeAEHqwwApAAA3AABBwPTeAEHM9N4AKAIAQdwLajYCAAsCQEGwq94ALQAARQ0AQfCV1wAtAAANAEGwq94ALQAAIQFBsKveAEEAOgAAIAFBCEsNACABQQFrIgZB1ABsQYSb3gBqLQAARQ0AQYCb3gAtAAAiAgRAQQAhAQNAIAFB7JreAGotAABBCUYEQCAGIAFB9preAGotAABGDQMLIAFBAWoiASACRw0ACyACQQlLDQELIAJBzIvWAGpBCToAoI8IQYCb3gAtAABBzIvWAGogBjoAqo8IQYCb3gBBgJveAC0AAEEBajoAAAsCQEGAm94ALQAAIgVFDQAgBUEDcSEAQQAhA0EAIQFBACECIAVBBE8EQCAFQfwBcSEIQQAhCQNAQQFBAUEBQQEgAiABQeya3gBqIgUtAABBBkcbIAUtAAFBBkcbIAUtAAJBBkcbIAUtAANBBkcbIQIgAUEEaiEBIAlBBGoiCSAIRw0ACwsgAARAA0BBASACIAFB7JreAGotAABBBkcbIQIgAUEBaiEBIANBAWoiAyAARw0ACwsgAgRAQfCV1wAtAAAEQEGAm94AQQA6AABBpfTeAEHSNikAADcAAEGg9N4AQc02KQAANwAAQcD03gBBzPTeACgCAEHcC2o2AgAMAgtB3IvWACgCAEUEQEGAm94AQQA6AAAMAgtB4pXXAC8BAEHgldcALwEARw0BQYGb3gAtAABFBEAgBEEANgI8IARCADcCNCAEQakCNgIwQeCF1wAgBEEwahAwQYGb3gBBAToAAAwCC0HsltcALQAARQ0BCyAEQbEBaiEPIARB8QBqIQogBEEwakEBciELIARBNGohEkEAIQVBACEJA0AgBUH2mt4Aai0AACECQQAhAQJAAkACQAJAAkACQAJAAkACQAJAAkACQCAFQeya3gBqLQAAIgNBAWsOCwABAQQFBgcICQIDCwtB4JreAC4BAEEASA0KQeCa3gAvAQBB/wFxQeDa3QBB4preAC8BABDBAQRAQX8hAQwLC0Hgmt4AQf//AzsBAAwKC0F/IQFB4JreAC4BAEEATg0JIANBA0cEQEGpltcALQAAIQILAkBB5IvWAEHg2t0AEKIBIgBBAEgEQEGu9N4AQZcrKQAANwAAQaj03gBBkSspAAA3AABBoPTeAEGJKykAADcAAEHA9N4AQcz03gAoAgBB3AtqNgIADAELIAJB/wFxQeDa3QAgAEH//wNxEMEBDQoLIANBA0YEQEGpltcAIAI6AABBsqvXACACOgAAQeWa3gBBAToAAEHI2t0AIAI6AAALQQAhAUHkmt4AQQA6AAAMCQsgAkF/EC4hAQwICyACQQ9xIAJBBHYQLiEBDAcLIARBvITXAC0AADoAMCALQfWE1wApAAA3ADggC0HthNcAKQAANwAwIAtB5YTXACkAADcAKCALQd2E1wApAAA3ACAgC0HVhNcAKQAANwAYIAtBzYTXACkAADcAECALQcWE1wApAAA3AAggC0G9hNcAKQAANwAAIApBtYXXACkAADcAOCAKQa2F1wApAAA3ADAgCkGlhdcAKQAANwAoIApBnYXXACkAADcAICAKQZWF1wApAAA3ABggCkGNhdcAKQAANwAQIApBhYXXACkAADcACCAKQf2E1wApAAA3AAAgD0HWhdcAKQAANwAYIA9BzoXXACkAADcAECAPQcaF1wApAAA3AAggD0G+hdcAKQAANwAAQX8hAUEQIARBMGpBoQEQwQENBkEAIQFB5preAEEAOgAADAYLQcDa3QBBAzoAAEGw2t0ALgEAQQFqQQNvIgBBDHRBgKA3akEBQe4BQcDa3QBBIBDCAQR/QX8FQbDa3QAgADsBAEG42t0AQSA7AQBBtNrdAEGg2d0AKAIANgIAQQALBEBBfyEBDAYLQeWa3gBBADoAAAwFCyASQgA3AgAgEkEANgIIIARBADsBMiAEIAI6ADEgBEEROgAwQeCF1wAgBEEwahAwDAQLQbSW1wAtAABFDQNB7L7XACgCACICRQ0DQdyL1gAoAgBB2IvWACgCAEHgi9YAKAIAQei+1wAoAgAgAkH0vtcALwEAQfa+1wAtAAAQyQEiAEEASARAIARCADcDOCAEQgA3AzAgBEGkoN4ANgI0IARBGDoAMEHghdcAIARBMGoQMEG49N4AQZ/HACgAADYAAEGw9N4AQZfHACkAADcAAEGo9N4AQY/HACkAADcAAEGg9N4AQYfHACkAADcAAEHA9N4AQcz03gAoAgBB3AtqNgIADAQLQaSg3gBBAEHQABCfAiECQa2g3gBB//8DOwAAAkAgAEH4AXENACAAQQdxQdQAbEGEm94AaiIBLQAARQ0AQaSg3gAgASgCUDYCAEGooN4AIAEoAgw2AgBBsKDeACABLwEEOwEAQbKg3gAgAS0ABjoAAEGvoN4AIAEtAAM6AABBrKDeACABLQACOgAAQeyg3gAgASkCSDcCAEHkoN4AIAFBQGspAgA3AgBB3KDeACABKQI4NwIAQdSg3gAgASkCMDcCAEHMoN4AIAEpAig3AgBBxKDeACABKQIgNwIAQbyg3gAgASkCGDcCAEG0oN4AIAEpAhA3AgALIARBOGoiB0IANwMAIARCADcDMCAEIAI2AjQgBEEXOgAwQeCF1wAgBEEwahAwQQAhAwNAIANB0ABsQfSg3gBqQQBB0AAQnwIiAUH//wM7AAkgA0HUAGxBhJveAGoiAi0AAARAIAEgAigCUDYCACABIAIoAgw2AgQgASACLwEEOwEMIAEgAi0ABjoADiABIAItAAM6AAsgASACLQACOgAIIAEgAikCEDcCECABIAIpAhg3AhggASACKQIgNwIgIAEgAikCKDcCKCABIAIpAjA3AjAgASACKQI4NwI4IAFBQGsgAkFAaykCADcCACABIAIpAkg3AkgLIANBAWoiA0EIRw0ACyAHQgA3AwAgBEIANwMwIARB9KDeADYCNCAEQRY6ADBB4IXXACAEQTBqEDBBhJveAC0AAAR/IARBADoAIEEBBUEACyEDQdib3gAtAAAEQCAEQSBqIANyQQE6AAAgA0EBaiEDC0GsnN4ALQAABEAgBEEgaiADckECOgAAIANBAWohAwtBgJ3eAC0AAARAIARBIGogA3JBAzoAACADQQFqIQMLQdSd3gAtAAAEQCAEQSBqIANyQQQ6AAAgA0EBaiEDC0Gont4ALQAABEAgBEEgaiADakEFOgAAIANBAWohAwtB/J7eAC0AAARAIARBIGogA2pBBjoAACADQQFqIQMLAkACQEHQn94ALQAABEAgBEEgaiADakEHOgAAIANBAWohAwwBCyADRQ0BCyADQQNxIQZBACECQQAhASADQQRPBEAgA0H8AXEhCEEAIQMDQCAEQSBqIAFqLQAAIABGBEBBraveACABOgAACyABQQFyIgcgBEEgamotAAAgAEYEQEGtq94AIAc6AAALIAFBAnIiByAEQSBqai0AACAARgRAQa2r3gAgBzoAAAsgAUEDciIHIARBIGpqLQAAIABGBEBBraveACAHOgAACyABQQRqIQEgA0EEaiIDIAhHDQALCyAGRQ0AA0AgBEEgaiABai0AACAARgRAQa2r3gAgAToAAAsgAUEBaiEBIAJBAWoiAiAGRw0ACwsCfwJAQcyk1gAtAABBB0sNAEHUpNYALwEARQ0AQf4UDAELAkBB2KTWAC0AAEEHSw0AQeCk1gAvAQBFDQBB/hQMAQsCQEHkpNYALQAAQQdLDQBB7KTWAC8BAEUNAEH+FAwBCwJAQfCk1gAtAABBB0sNAEH4pNYALwEARQ0AQf4UDAELAkBB/KTWAC0AAEEHSw0AQYSl1gAvAQBFDQBB/hQMAQsCQEGIpdYALQAAQQdLDQBBkKXWAC8BAEUNAEH+FAwBCwJAQZSl1gAtAABBB0sNAEGcpdYALwEARQ0AQf4UDAELAkBBoKXWAC0AAEEHSw0AQail1gAvAQBFDQBB/hQMAQsCQEGspdYALQAAQQdLDQBBtKXWAC8BAEUNAEH+FAwBCwJAQbil1gAtAABBB0sNAEHApdYALwEARQ0AQf4UDAELAkBBxKXWAC0AAEEHSw0AQcyl1gAvAQBFDQBB/hQMAQsCQEHQpdYALQAAQQdLDQBB2KXWAC8BAEUNAEH+FAwBCwJAQdyl1gAtAABBB0sNAEHkpdYALwEARQ0AQf4UDAELAkBB6KXWAC0AAEEHSw0AQfCl1gAvAQBFDQBB/hQMAQsCQEH0pdYALQAAQQdLDQBB/KXWAC8BAEUNAEH+FAwBCwJAQYCm1gAtAABBB0sNAEGIptYALwEARQ0AQf4UDAELQcyL1gAgAEEAEBkaQdQPCxCNASEBIAQgAEEBajYCECAEQTBqQR4gASAEQRBqEL0CIAQgBEEwajYCAEGg9N4AQR5BwAogBBC9AkHA9N4AQcz03gAoAgBB3AtqNgIADAILAkAgAkEHSw0AIAJB1ABsQYSb3gBqIgMtAABFDQBBfyEBQeCa3gAuAQBBAE4NA0Hci9YAKAIAIRBBACEGIwBBgAFrIgAkAEF/IQwCQCADLQAARQ0AIAMtAAdBDHQiEUGAgDBqIg1B4NrdAEGAICAQKAIAEQMADQBB4NrdACgAAEHCmtGiA0cNAEGw290AKAAAIRMgAEEQakH/AUHwABCfAiEOIABBwprRogM2AgAgACADLQABOgAEIAAgAy0AAiIIOgAFIAAgAy0AAzoABiAAIAMtAAY6AAcgAy8BBCEHIABBADsBCiAAIAc6AAggACAHQQh2OgAJIAAgAygCDDYCDCADQRBqIQcDQCAOIAZBAnQiDGogBiAISQR/IAcgDGooAgAFQQALNgIAIAZBAWoiBkEQRw0ACyAAIBM2AlBBfyEMIA0gECgCBBECAA0AQYABIQhB4NvdACEOIBFBgIEwaiEDQYAfIQYDQCAGRQRAIAAhAwNAIAhFBEBBACEMDAQLIAggCEGAAiANQf8BcWsiBiAGIAhLGyIGayEIIA0gAyAGIBAoAggRAwAhByADIAZqIQMgBiANaiENIAdFDQALDAILIAYgBkGAAiADQf8BcWsiByAGIAdJGyIHayEGIAMgDiAHIBAoAggRAwAhESAHIA5qIQ4gAyAHaiEDIBFFDQALCyAAQYABaiQAIAwNAwtBrKveAEGsq94ALQAAQX4gAndxOgAADAELIAJBB0sNASACQdQAbEGEm94AaiIDLQAARQ0BQdyL1gAoAgAhBkEAIQBBfyEBAkAgAy0AAEUNACADLQAIBEADQCAAIAMtAAdqQQx0QYCAMGogBigCBBECAA0CIABBAWoiACADLQAISQ0ACwtBACEBIANBAEHUABCfAhoLIAEEQEF/IQEMAgtBzKTWAC0AACACRgRAQcyk1gAQnwELQdik1gAtAAAgAkYEQEHYpNYAEJ8BC0HkpNYALQAAIAJGBEBB5KTWABCfAQtB8KTWAC0AACACRgRAQfCk1gAQnwELQfyk1gAtAAAgAkYEQEH8pNYAEJ8BC0GIpdYALQAAIAJGBEBBiKXWABCfAQtBlKXWAC0AACACRgRAQZSl1gAQnwELQaCl1gAtAAAgAkYEQEGgpdYAEJ8BC0GspdYALQAAIAJGBEBBrKXWABCfAQtBuKXWAC0AACACRgRAQbil1gAQnwELQcSl1gAtAAAgAkYEQEHEpdYAEJ8BC0HQpdYALQAAIAJGBEBB0KXWABCfAQtB3KXWAC0AACACRgRAQdyl1gAQnwELQeil1gAtAAAgAkYEQEHopdYAEJ8BC0H0pdYALQAAIAJGBEBB9KXWABCfAQtBgKbWAC0AACACRgRAQYCm1gAQnwELQQAhAwNAIANB0ABsQfSg3gBqQQBB0AAQnwIiAUH//wM7AAkgA0HUAGxBhJveAGoiAi0AAARAIAEgAigCUDYCACABIAIoAgw2AgQgASACLwEEOwEMIAEgAi0ABjoADiABIAItAAM6AAsgASACLQACOgAIIAEgAikCEDcCECABIAIpAhg3AhggASACKQIgNwIgIAEgAikCKDcCKCABIAIpAjA3AjAgASACKQI4NwI4IAFBQGsgAkFAaykCADcCACABIAIpAkg3AkgLIANBAWoiA0EIRw0ACyAEQgA3AzggBEIANwMwIARB9KDeADYCNCAEQRY6ADBB4IXXACAEQTBqEDBB5JreAEEBOgAAQeia3gBBzPTeACgCADYCAAtBACEBCyABIAlyIQkgBUEBaiIFQYCb3gAtAABJDQALQYCb3gBBADoAAEGBm94ALQAABEAgBEEANgI8IARCADcCNCAEQSk2AjBB4IXXACAEQTBqEDBBgZveAEEAOgAACyAJRQ0AQaj03gBBgh4oAAA2AABBoPTeAEH6HSkAADcAAEHA9N4AQcz03gAoAgBB3AtqNgIACwJAQYju3gAtAABBBUcNAEGL7t4ALQAAQQFHDQACQAJAAkBBie7eAC0AAEEGaw4KAQMDAwMDAwMCAAMLQZfu3gAtAABBD3FBDGxBzKTWAGoiAi0AACIFQQdNBH8gBUF/IAIvAQgbBUF/CyACLwEGQa+r3gAtAAAQFwwCC0HMi9YAEGVBAEEAEBcMAQtBCEEAQQAQFwtBACEBIwBBkAJrIgYkAEF/IQUCQAJAAkACQAJAAkACQAJAAkACQAJAQYju3gAtAAAODQABAQECCAMBAgQFBgcJC0HM9N4AKAIAQdD03gAoAgBrQShuQSFwIQIDQAJAIAEgAkZBAXQiA0EBciIAIAFB7oMKai0AAEYNACABQQ5qIgVB4IMKaiAAOgAAQdCL1gAoAgAiAEUNAEHgi9YAKAIAIAUgAyAAEQEACyABQQFqIgFBG0cNAAtBACEBA0ACQEECQQFBxtrdAC0AACICGyIAIAFB4IMKaiIDLQAARg0AIAMgADoAAEHQi9YAKAIAIgBFDQBB4IvWACgCACABIAJBAEcgABEBAAsgAUEBaiIBQQ5HDQALDAkLQQghBQwHC0ELIQUMBgtBByEFDAULQQkhBQwEC0ECIQUMAwtBAyEFDAILQQYhBQwBC0GJ7t4ALQAAIgFBD0sNACABQQJ0QejeAGooAgAhBQtBACEBA0BBAkEBIAEgBUYbIQBBiu7eAC0AACIDBEBBBCAAIAEgA0Gu1ABqLAAARhshAAsCQAJAAkACQAJAAkAgAQ4OAgMFBQUFBQUFBQUFAAEFC0HwldcALQAARQRAQQEhAAwFC0ECQQFB+JXXACgCAEHgAHBBGEkbIQAMBAtBAyEAQbKW1wAtAAANA0GC894ALQAADQNBs5bXAC0AAARAQQQhAAwEC0ECQQFBpO7eAC0AABshAAwDC0Gi7t4ALAAAQQBIDQEMAgtBou7eACwAAEEATA0BC0ECIQALQQMgAEGm894ALQAAGyAAIAFBAUYbIgBBAUYEQEHG2t0ALQAAQQBHIQALAkAgAEEBaiIDIAFB4IMKaiICLQAARg0AIAIgAzoAAEHQi9YAKAIAIgNFDQBB4IvWACgCACABIAAgAxEBAAsgAUEBaiIBQQ5HDQALQcyL1gAgBhCHAUEAIQEDQEECIQACQCABQcTu3gBqLQAADQAgBiABQQpsai0ABiIAQQFHDQBBxtrdAC0AAEEARyEACwJAIABBAWoiAyABQQ5qIgVB4IMKaiICLQAARg0AIAIgAzoAAEHQi9YAKAIAIgNFDQBB4IvWACgCACAFIAAgAxEBAAsgAUEBaiIBQRtHDQALCyAGQZACaiQAQcyL1gAoAgAiAQRAQeCL1gAoAgAhCEEAIQcjAEEgayIDJAAgA0Gg3gk2AghBhO7eAEEANgIAA0AgA0HwATYCGCADQQA2AhAgAyAHQQN0IgA2AgwgAyAANgIUIAMgAEEIajYCHEEAIQUDQCAFQQF0IgBBoN4JakHCEDsBACAAQaLeCWpBwhA7AQAgAEGk3glqQcIQOwEAIABBpt4JakHCEDsBACAAQajeCWpBwhA7AQAgAEGq3glqQcIQOwEAIABBrN4JakHCEDsBACAAQa7eCWpBwhA7AQAgBUEIaiIFQYAPRw0ACyADQQhqQcyL1gAQywFBACECIAdBBHRBoOreAGohCgNAQaD8CSACQTxsIgtBAXQiAEGg3glqQfgAEJ4CIQlBmP0JIABBgOIJakH4ABCeAhpBkP4JIABB4OUJakH4ABCeAhpBiP8JIABBwOkJakH4ABCeAhpBgIAKIABBoO0JakH4ABCeAhpB+IAKIABBgPEJakH4ABCeAhpB8IEKIABB4PQJakH4ABCeAhpB6IIKIABBwPgJakH4ABCeAhpBxbvyiHghBkEAIQUDQCAGIAVBAXQiACAJai8BAHNBk4OACGwgAEGi/AlqLwEAc0GTg4AIbCAAQaT8CWovAQBzQZODgAhsIABBpvwJai8BAHNBk4OACGwgAEGo/AlqLwEAc0GTg4AIbCEGIAVBBWoiBUHgA0cNAAsCQCAKIAJBAnRqIgAoAgAgBkYEQEGA7t4ALQAARQ0BCyAAIAY2AgAgCCALIAMoAgxBPEEIIAkgAREGAEGE7t4AQYTu3gAoAgBBwAdqNgIACyACQQFqIgJBBEcNAAsgB0EBaiIHQR5HDQALQYDu3gBBADoAACADQSBqJAALIARB4AFqJABBxInWACgCAAVBAAsL9ckBAz5/D30BfkH0vN8ALQAARQRAQYC93wBBAEGAgAIQnwIaQYC93wAPC0GAICAAIABBgCBOG0F+cSIjIRhBgL3hACEfIwBBEGsiICQAQQEhBwNAQeyV1wAoAgAiAy8BghAiCiADLwGAEEcEQCADIApBBHRqIgQpAgghTiAEKAIEIQYgBC0AAyEFIAQtAAIhAiAELQABIQEgBC0AACEPIAMgCkEBakH/AHE7AYIQQQAhBAJAAkACQAJAAkACQAJAAkACQAJAAkACQAJAAkACQAJAAkACQAJAAkACQAJAAkACQAJAAkACQAJAAkACQAJAAkACQAJAAkACQAJAAkACQAJAAkACQAJAAkACQCAPQQFrDi0AAQIDBAUICQoLDA0ODxAREhQVFhcZGhobHR4THyAhIiMkKSUmJygqKwYHGBwsCyABIAIgBUEBELQBDCsLIAEgAkEAQQAQtAEMKgsgAUEGa0H/AXFB/AFJDSkgAkE/Sw0pIAVBA0sNKUHkldcAKAIAIAFBgBRsaiACQShsaiAFQQpsakHYDWsiBCBOPgAEIAQgBjYAACAEIE5CIIg9AAgMKQsgAUEFSw0oIAFBAUsNKCACQQ9LDSggBUE/Sw0oQeSV1wAoAgAgAUGEC2xqQeACaiIEIAJBBnRqIAVqAn8gBkEBcUUEQEEAIQYgBEGECWohDwNAAkAgAiAPIAZBAnRqIgEtAAFHDQAgBSABLQAARw0AIAFB/wE6AAELAkAgAiABLQAFRw0AIAUgAUEEaiIBLQAARw0AIAFB/wE6AAELIAZBAmoiBkHAAEcNAAsgBCACQQZ0aiAFakGEAWoiASABLQAAQf8AcToAAEEADAELIAQgAkEGdGogBWotAIQBQYB/cSAGQf8AcXILOgCEAQwoCyABQQVLDScgAUEBSw0nIAJBD0sNJyAFQT9LDScgBkEIdkH/AXEhCUF/IAZB/wFxIAZBgIAEcRshA0HkldcAKAIAIAFBhAtsakHgAmoiCkGECWohCEF/IQECQAJAA0ACQCACIAggBEECdGoiDy0AASIGRw0AIAUgDy0AAEcNACAJIA8tAAJHDQAgA0EASARAIA9B/wE6AAEMAwsgDyADOgADDAILIAQgASABQQBIGyABIAZB/wFGGyEBIARBAWoiBEHAAEcNAAsgA0EASA0AIAFBAEgNASAIIAFBAnRqIgEgAzoAAyABIAk6AAIgASACOgABIAEgBToAAAtBACEBQQAhBgNAIAggAUECdGoiBC0AASACRgRAQQEgBiAFIAQtAABGGyEGCyAELQAFIAJGBEBBASAGIAUgBC0ABEYbIQYLIAFBAmoiAUHAAEcNAAsgCiACQQZ0aiAFakGEAWoiASABLQAAQf8AcSAGQQBHQQd0cjoAAAsMJwsgAUEFSw0mIAFBAUsNJiACQQ9LDSYgBUEHSw0mQeSV1wAoAgAgAUGEC2xqIAJBA3RqIAVqIAY6AOACDCYLIAFBBUsNJSACQS9LDSVB5JXXACgCACABQTBsaiACaiAFOgC4dgwlCyABQQVLDSRB5JXXACgCACEEAkAgAUUEQCAEIAFBhAtsakHgAmogAhCQAQwBCyAEIAEgAhCUAQtB5JXXACgCACABQTBsaiACOgBIDCQLIAFBAUsNI0HkldcAKAIAIAFBhAtsaiAGOwHgAwwjCyABQQVLDSIgAkEvSw0iIAJBF0YNIkHkldcAKAIAIAFBMGxqIAJqIAU6AEAgAkEoRw0iQeSV1wAQrgEMIgsgAkECa0H/AXFBPUsNIUHkldcAKAIAIAJqIAU6AAAMIQtB5JXXACgCACAGOwEAQZar1wAtAAANIEHkldcAIAZB//8DcRCtAQwgCyAGRQ0fIAFBBUsNH0HkldcAKAIAIQQgAUEBTQRAIAQgAUGEC2xqQeACaiAGQYQLEJ4CGgwgCyABQYAUbCAEakHYDWsgBkGAFBCeAhoMHwsgAUEFSw0eQeSV1wAoAgAgARCbAQweCyABRQRAELMBDB4LIAFBAkYQsgEMHQtB+L3XACABOgAADBwLQZWr1wAgAToAAAwbC0GqltcAIAE6AABBpKvXACABOgAAQZjF1wBBADoAAEHoltcAQQA6AAAMGgtBrMXXACgCACIERQ0ZQbDF1wAoAgBBsqvXAC0AACABQeSV1wAoAgAgBBEMAA0ZQamW1wAgAToAAEGyq9cAIAE6AABB5JXXAEHkldcAKAIALwEAEK0BQeSV1wAQrgFBjMXXAEEANgIADBkLIAZFDRgCQCABQQlrQXhJDQBBkMXXACAGIAEQngIhBUGkq9cAQf8BOgAAQZjF1wAgAToAAEGZxdcAAn9BlKvXAC0AAEUEQCAGLQAAELABQQAMAQsgAUEBawsiAjoAACABQQFGBEBBmMXXAEEAOgAAQZSr1wAtAABFBEBB6JbXAEEAOgAAQemW1wAgAjoAAAwCC0GqltcAIAYtAAAiAToAAEHoltcAQQA6AABBpKvXACABOgAAQemW1wAgAjoAAAwBC0HoltcAQZjF1wAtAAAiAToAAEHpltcAIAI6AAAgAUECSQ0AQaqW1wAgBSACQQFqQf8BcSABcGotAAA6AAALDBgLQa+W1wAgAToAAEGXq9cAIAE6AABBsKvXAEEAOwEADBcLQa2W1wBBADoAAEGuq9cAQQA6AAACQCABQf8BRgRAQayW1wBB/wE6AABBpavXAEH/AToAAAwBCwJAQZSr1wAtAABFBEAgAUEDSw0BQeiV1wAoAgAiAkUNASACIAFBA3RqIgItAIIBRQ0BIAJBggFqIgYtAAEQsAFB5JXXACgCACICIAYtAAIiBUEBcToATyACIAVBBXZBAXE6AL8CIAIgBUEEdkEBcToAjwIgAiAFQQN2QQFxOgDfASACIAVBAnZBAXE6AK8BIAIgBUEBdkEBcToAfyACIAYvAQQ7AeADIAJB5A5qIAYvAQY7AQBBq5bXACABOgAAQYCX1wBBgJfXAC8BAEEBajsBAAwCC0GsltcAIAE6AABBpavXACABOgAACwsMFgsgBkUNFSABQQlrQXhPBEBBpqvXACAGIAEQngIaQa2W1wAgAToAAEGvq9cAQQA6AABBrqvXACABOgAAQa6W1wBBADoAACAGLQAAIQVBlKvXAC0AAEUEQAJAIAVBA0sNAEHoldcAKAIAIgJFDQAgAiAFQQN0aiICLQCCAUUNACACQYIBaiIPLQABELABQeSV1wAoAgAiAiAPLQACIgRBAXE6AE8gAiAEQQV2QQFxOgC/AiACIARBBHZBAXE6AI8CIAIgBEEDdkEBcToA3wEgAiAEQQJ2QQFxOgCvASACIARBAXZBAXE6AH8gAiAPLwEEOwHgAyACQeQOaiAPLwEGOwEAQauW1wAgBToAAEGAl9cAQYCX1wAvAQBBAWo7AQALIAYgAUEBSyIBai0AACEFQa+r1wAgAToAAAtBpavXACAFOgAAQayW1wAgBToAAAsMFQtBvJbXAEGAgAMgBiAGQQFrQf//Ak8bIgQ2AgBB1MTXACAENgIAAkACQAJAIAEOAwIBABcLQcjE1wAtAAANFkGzltcAQQE6AABBycTXAEEBOgAADBYLQcjE1wAtAAANFUEAIQQDQAJAIARB8ABsQeSX1wBqIgMtAABFDQAgAy0AAUEBRw0AIANBADoACCADQQA6AAALAkAgBEEBckHwAGxB5JfXAGoiAy0AAEUNACADLQABQQFHDQAgA0EAOgAIIANBADoAAAsgBEECaiIEQRZHDQALQbOW1wBBADoAAEHIxNcAQQE7AQBBzMTXAEIANwIAQeDE1wBCADcCAEHYxNcAQgA3AgBB+L3XAEH//wM7AQBB3L3XACgCAEEAQeCTBhCfAhpBspbXAEEBOgAAQeC91wBBAToAAEG4ltcAQQA2AgAMFQsCQEHIxNcALQAARQ0AQQAhBEGyltcAQQA6AABByMTXAEEAOgAAQczE1wAoAgAiCkUEQEHgvdcAQbSW1wAtAAA6AAAMAQsDQAJAIARB8ABsQeSX1wBqIgMtAABFDQAgAy0AAUEBRw0AIAMtAE9BCEcNACADQQA6AAggA0EAOgAACwJAIARBAXJB8ABsQeSX1wBqIgMtAABFDQAgAy0AAUEBRw0AIAMtAE9BCEcNACADQQA6AAggA0EAOgAACyAEQQJqIgRBFkcNAAtB8L7XAEEAQcgAEJ8CGkHzvtcAQcAAOgAAQey+1wAgCjYCAEHovtcAQdy91wAoAgA2AgBB5JXXACgCAC8BACEEQbSW1wBBAToAAEH0vtcAIAQ7AQBBjMXXAEEANgIAQfG+1wBB//8DOwAAQbiW1wAgCjYCAEH2vtcAQQFBCEGA4KcSIARuIgRBAXYgCmoiAyAEbiIKIApBCE8bIAMgBEkbOgAAC0GzltcAQQA6AABBycTXAEEAOgAADBQLIAFFBEACQEHIxNcALQAARQ0AQbKW1wBBADoAAEHIxNcAQQA6AABBzMTXACgCACIKRQRAQbSW1wAtAAAaDAELA0ACQCAEQfAAbEHkl9cAaiIDLQAARQ0AIAMtAAFBAUcNACADLQBPQQhHDQAgA0EAOgAIIANBADoAAAsCQCAEQQFyQfAAbEHkl9cAaiIDLQAARQ0AIAMtAAFBAUcNACADLQBPQQhHDQAgA0EAOgAIIANBADoAAAsgBEECaiIEQRZHDQALQfC+1wBBAEHIABCfAhpB877XAEHAADoAAEHsvtcAIAo2AgBB6L7XAEHcvdcAKAIANgIAQeSV1wAoAgAvAQAhBEG0ltcAQQE6AABB9L7XACAEOwEAQYzF1wBBADYCAEHxvtcAQf//AzsAAEG4ltcAIAo2AgBB9r7XAEEBQQhBgOCnEiAEbiIEQQF2IApqIgMgBG4iCiAKQQhPGyADIARJGzoAAAtBACEEA0ACQCAEQfAAbEHkl9cAaiIDLQAARQ0AIAMtAAFBAUcNACADQQA6AAggA0EAOgAACwJAIARBAXJB8ABsQeSX1wBqIgMtAABFDQAgAy0AAUEBRw0AIANBADoACCADQQA6AAALIARBAmoiBEEWRw0AC0GzltcAQQA6AABBycTXAEEAOgAAQfi91wBB//8DOwEAQdy91wAoAgBBAEHgkwYQnwIaQbSW1wBBADoAAEHgvdcAQQE6AAAMFAtB4L3XAC0AAEUNE0HIxNcALQAADRMgBkEATA0TQcjE1wBBADoAAEGyltcAQQA6AABBzMTXAEGAgAMgBiAGQYCAA08bIgo2AgADQAJAIARB8ABsQeSX1wBqIgMtAABFDQAgAy0AAUEBRw0AIAMtAE9BCEcNACADQQA6AAggA0EAOgAACwJAIARBAXJB8ABsQeSX1wBqIgMtAABFDQAgAy0AAUEBRw0AIAMtAE9BCEcNACADQQA6AAggA0EAOgAACyAEQQJqIgRBFkcNAAtB8L7XAEEAQcgAEJ8CGkHzvtcAQcAAOgAAQey+1wAgCjYCAEHovtcAQdy91wAoAgA2AgBB5JXXACgCAC8BACEEQbSW1wBBAToAAEH0vtcAIAQ7AQBBjMXXAEEANgIAQfG+1wBB//8DOwAAQbiW1wAgCjYCAEH2vtcAQQFBCEGA4KcSIARuIgRBAXYgCmoiAyAEbiIBIAFBCE8bIAMgBEkbOgAAIAJBCHQgBXIiBEGQA2tB//8DcUHQD0sNE0H0vtcAIAQ7AQBB9r7XAEEBQQhBgOCnEiAEbiIEQQF2IApqIgMgBG4iCiAKQQhPGyADIARJGzoAAAwTC0EAIQogBkUNEgNAAkAgBiAKQdAAbCIEaiIDKAIAIARBuL/XAGoiBCgCAEYEQCADKAIEIAQoAgRGDQELQQAhBANAAkAgBEHwAGxB5JfXAGoiAy0AAEUNACADLQABQQFHDQAgCiADLQBPRw0AIANBADoACCADQQA6AAALAkAgBEEBckHwAGxB5JfXAGoiAy0AAEUNACADLQABQQFHDQAgCiADLQBPRw0AIANBADoACCADQQA6AAALIARBAmoiBEEWRw0ACwsgCkEBaiIKQQhHDQALQbi/1wAgBkGABRCeAhoMEgtByMTXAC0AAA0RA0ACQCAEQfAAbEHkl9cAaiIDLQAARQ0AIAMtAAFBAUcNACADLQBPQQhHDQAgA0EAOgAIIANBADoAAAsCQCAEQQFyQfAAbEHkl9cAaiIDLQAARQ0AIAMtAAFBAUcNACADLQBPQQhHDQAgA0EAOgAIIANBADoAAAsgBEECaiIEQRZHDQALAkAgBgRAQei+1wAgBkHQABCeAhoMAQtB6L7XAEEAQdAAEJ8CGgtBtJbXAEEAOgAAQeC91wBBADoAAEHcvdcAKAIAQQBB4JMGEJ8CGkHwvdcAQQA2AgBB6L3XAEIANwIADBELQejE1wAgAUEHcToAAAwQCyAFQe4AIAUbIQUCQCACQQ9LDQAgAUUEQEEAIQUDQAJAIAVB8ABsQeSX1wBqIgEtAABFDQAgAS0AAUEBRw0AIAEtAAVFDQAgAiABLQBMRw0AIAFBADYCJCABQQA6AAUCQAJAIAEtAFFBAWsOAwEAAQILIAEoAjQiBiABLwE6TQ0AIAEtAE4EQCABIAEoAkAgBms2AkQMAgsgASABKAJEIAZqNgJADAELIAFBBDoABAsgBUEBaiIFQRZHDQALDAELQZSX1wBB6MTXAC0AAEEGdCACckH/AXEgBUEBEDkLDA8LIAZB//8DcSEFIAZBEHYhBgJAIAFFBEBBACECA0ACQCACQfAAbEHkl9cAaiIBLQAARQ0AIAEtAAFBAUcNACABLQAFRQ0AIAEtAExB/wFHDQAgAUEANgIkIAFBADoABQJAAkAgAS0AUUEBaw4DAQABAgsgASgCNCIFIAEvATpNDQAgAS0ATgRAIAEgASgCQCAFazYCRAwCCyABIAEoAkQgBWo2AkAMAQsgAUEEOgAECyACQQFqIgJBFkcNAAsMAQtBuMTXABCfAUHAxNcAIAY7AQBBvsTXACAFOwEAQbnE1wBBAjoAAEG4xNcAIAI6AABBlJfXAEEAQe4AQQMQOQsMDgsgAUEFSw0NIAEgAhCcAUUNDQNAIAEgBEHwAGxB5JfXAGoiAy0AAUYEQCADQQA6AAggA0EAOgAACyABIARBAXJB8ABsQeSX1wBqIgMtAAFGBEAgA0EAOgAIIANBADoAAAsgBEECaiIEQRZHDQALQeSV1wAoAgAgASACEJ0BQeSV1wAQrgEgAUEBSwRAIAFBFGxB9K7XAGpBADoAAAtBgJfXAEGAl9cALwEAQQFqOwEADA0LQbTF1wAoAgAiBEUNDEG4xdcAKAIAIAEgBBEAACACQf8BRwRAQbjF1wAoAgAgAkG0xdcAKAIAEQAACyAFQf8BRg0MQbjF1wAoAgAgBUG0xdcAKAIAEQAADAwLQbS+1wAgBjsBAAwLC0G4vtcAIAE6AAAMCgtBvL7XACAFOgAAQbu+1wAgAjoAAEG6vtcAIAE6AAAMCQtBvKvXAEIANwIAQZar1wAgAToAAEHrltcAQQA6AAAgAQ0IQeSV1wBB5JXXACgCAC8BABCtAQwICyABQfgBTwRAAkACQAJAAkAgAUH4AWsOBQAMAQIDDAtBlqvXAC0AAEUNC0GQq9cAKAIAIQQCQEHAq9cAKAIARQ0AIARBuKvXACgCAGsiA0EFa0HQ2AJLDQBBiKvXAEGIq9cAKAIAQQNsIANBDnRqQQJ2NgIAC0HAq9cAQQE2AgBBuKvXACAENgIAQbyr1wAoAgAiBEELTQRAQbyr1wAgBEEEajYCAAtB65bXAEEBOgAADAsLQZar1wAtAABFDQpBvKvXAEEANgIAQQEQsgEMCgtBlqvXAC0AAEUNCUHwldcAQQE6AABBlKvXAEEBOgAADAkLQZar1wAtAABFDQgQswEMCAsgAcBBAEgEQEGUuAcgAToAAEGVuAdBADoAAAwIC0GUuAcsAAAiBEUNB0GVuActAABFBEBBlrgHIAE6AABBlbgHIARBYHFBQEc6AAAMCAtBlbgHQQA6AAAgBEEPcSIDQQVLDQcgA0EBRgRAQZa4B0GWuActAABBB3E6AAALIARB8AFxIQoCQCABRQ0AIApBkAFHDQAgA0GWuActAAAgAUEBELQBDAgLIARBkH9OQQAgCkGQAUcgAXIbDQcgA0GWuActAABBAEEAELQBDAcLIAFBBUsNBiACQQ9LDQYgAUECdCIDQYSv1wBqIgQgBC8BACIEQQEgAnRyIARBfiACd3EgBRs7AQAgBkEATA0GIANBhq/XAGogBjoAAAwGC0GYq9cAIAE6AAAMBQsgAUEGa0F8TwRAQeSV1wAoAgAgAUECayIPQYQDbGpBqOoAaiEEIA9BFGxBnK/XAGohBgJAAkACQAJAAkAgAkEBaw4EAAECAwQLAkACQAJAAkACQCAGLQAADgQAAQIDBAsCQCAELQACRQ0AIAQtAABFDQAgBkEDOgAAIAZBoKvXACgCACIBIAFBgANwazYCBAwICyAGQQE6AAAMBwsgBkEAOgAADAYLIAZBAzoAAAwFCyAGQQQ6AAAMBAsgBkEDOgAADAMLIAYtABAEQCABQQR0QYSX1wBqIQIgBkEIaiEFQQAhAQNAIAIgASAFai0AACACKAIAKAIIEQAAIAFBAWoiASAGLQAQSQ0ACwsgBkEAOgAQIARBADoAACAEQQA6AAIgBkEAOgAAQYCX1wBBgJfXAC8BAEEBajsBAAwCCyAEIAQtAAAiAkU6AAAgAgRAIAYtABAEQCABQQR0QYSX1wBqIQIgBkEIaiEFQQAhAQNAIAIgASAFai0AACACKAIAKAIIEQAAIAFBAWoiASAGLQAQSQ0ACwsgBkEAOgAQC0GAl9cAQYCX1wAvAQBBAWo7AQAMAQsgBUEESw0AQQEgBXRBFnFFDQAgBCAFOgABQYCX1wBBgJfXAC8BAEEBajsBAAsgD0HkldcAaiAGLQAAOgCQAQsMBAsgICAGNgAMICBBDGohBEHkldcAKAIALQAQIghB1tgCbEHoB24hCQJAQQQgAiACQQRPGyIDQQBMDQAgASAELQAAIAVBARC0ASADQQFGDQBBASEGA0ACQCAIBEBBzLDXACECAkBBzrDXAC0AAEUNAEHSsNcAIQJB1LDXAC0AAEUNAEHYsNcAIQJB2rDXAC0AAEUNAEHesNcAIQJB4LDXAC0AAEUNAEHksNcAIQJB5rDXAC0AAEUNAEHqsNcAIQJB7LDXAC0AAEUNAEHwsNcAIQJB8rDXAC0AAEUNAEH2sNcAIQJB+LDXAC0AAA0CCyACIAE6AAAgBCAGai0AACEPIAIgBiAJbDsBBCACIAU6AAIgAiAPOgABDAELIAEgBCAGai0AACAFQQEQtAELIAZBAWoiBiADRw0ACwsMAwsgAUEFSw0CIAFBBHRB7K/XAGoiBCACOgAAIAINAkHkldcAKAIAIAFBMGxqLQBRDQIgBC0ADARAIAFBBHRBhJfXAGoiAyAELQALIAMoAgAoAggRAAALIAFBBHRB7K/XAGoiBEEAOgAMIARBADoACQwCCwNAIARB8ABsQeSX1wBqIgMtAAAEQCADQQA6AAUgAy0ABARAIANBBDoABAsCQCADLQAARQ0AIAMvAQYNACADQQA6AAggA0HYADsBBgsLIANBADoACCAEQQFqIgRBFkcNAAtByLDXAEEAOgAAQcWw1wBBADoAAEG4sNcAQQA6AABBtbDXAEEAOgAAQaiw1wBBADoAAEGlsNcAQQA6AABBmLDXAEEAOgAAQZWw1wBBADoAAEGIsNcAQQA6AABBhbDXAEEAOgAAQfiv1wBBADoAAEH1r9cAQQA6AABB6MTXAEEAOgAAQZiv1wBBADsBAEGUr9cAQQA7AQBBkK/XAEEAOwEAQYyv1wBBADsBAEGIr9cAQQA7AQBBhK/XAEEAOwEAQfSw1wBCADcCAEHssNcAQgA3AgBB5LDXAEIANwIAQdyw1wBCADcCAEHUsNcAQgA3AgBBzLDXAEIANwIADAELQci+1wAgAToAAAsgB0EBaiIHQYEBRw0BCwtBACECA0ACQCACQQZsQcyw1wBqIgEtAAIiBUUNACABLwEEIgYgGEsEQCABIAYgGGs7AQQMAQsgAUEAOgACIAEtAAAgAS0AASAFQQEQtAELIAJBAWoiAkEIRw0ACyAYBEADQEHQvdcALQAAIgRBAXEEQEHQsdcAQQBBgAIQnwIaCyAEQQJxBEBB0LPXAEEAQYACEJ8CGgsgBEEEcQRAQdC11wBBAEGAAhCfAhoLIARBCHEEQEHQt9cAQQBBgAIQnwIaCyAEQRBxBEBB0LnXAEEAQYACEJ8CGgsgBEEgcQRAQdC71wBBAEGAAhCfAhoLQdi91wBB//8DOwEAQQAhCkHQvdcAQQA6AABBwAAgGCAYQcAATxshDwNAAkACfwJAAkACQEGWq9cALQAABEBBvKvXACgCACIBRQ0CQYyr1wAoAgAiBEGIq9cAKAIAIgNJDQNBvKvXACABQQFrNgIAQYyr1wAgBCADazYCAAwBC0GMq9cAKAIAIgRBiKvXACgCACIDSQ0CQYyr1wAgBCADazYCAAtB2r3XACAKOwEAQfCW1wBB8JbXACgCAEEBajYCAEECIQEDQCABQQR0IgVBhJfXAGohCUHkldcAKAIAIQtBASEDAkAgBUHsr9cAaiIFLQAMRQ0AQQAhAyAFLwEOIgJFDQAgBSACQQFrIgI7AQ4gAkH//wNxDQAgCSAFLQALIAkoAgAoAggRAAAgBUEAOgAMQQEhAwsgAUEwbCECAkAgBS0AAEUEQEHkldcAKAIAIAJqLQBRRQ0BCyAFLQAJIghFDQBB8JbXACgCACACIAtqQUBrIgstABJBA3BBiPgAai0AACICcA0AIANFBEAgCSAFLQALIAkoAgAoAggRAAAgBUEAOgAMIAUtAAkhCAtBAyALLQATIgMgA0EDTxtBASADGyAIQf8BcSIDbCEIIAVB/wACfwJAAkACQEEBIAstABEiByAHQQFNG0ECaw4DAQIAAgtBtKvXAEG0q9cAKAIAIgdBufPd8XkgBxsiB0ENdCAHcyIHQRF2IAdzIgdBBXQgB3MiBzYCACAHIAhwDAILIAUgBS0ACiIHQQFqOgAKIAggByAIcEF/c0H//wNxagwBCwJAIAdBA0cNACAIQQJJDQAgBSAFLQAKIgdBAWo6AAogByAIQQF0QQJrIg1B/v8DcXAiByANIAdrIAcgCEkbDAELIAUgBS0ACiIHQQFqOgAKIAcgCHALIgjBIANtIgfBQQxsIAUgCCADIAdsa8FqLQABaiIDIANB/wBOGyIDOgALIAkgA0H/AXFB5AAgCSgCACgCBBEBAAJAAkAgAUECayIJQRRsQZyv1wBqIggtAABBAmsiAw4DAAEAAQsCQCADDgMAAQABC0GUq9cALQAARQ0AQeSV1wAoAgAgCUGEA2xqIgdBqOoAaiIDLQACIglB3wBLDQAgB0Gp6gBqLQAAIQcgCCgCBCENQaCr1wAoAgAhECADIAlBAnRqIgggBS0ACzoABiAIQeQAOgAHIAggECANayAHQQIgBxtBgANscDsBBCADIAlBAWo6AAJBgJfXAEGAl9cALwEAQQFqOwEACyAFQQE6AAwgBUEBIAstABQiA0EyIAMbIAJsIgNB5ABuIANB5ABJGzsBDgsgAUEBaiIBQQZHDQALQQAhCANAAkAgCEECdEGEr9cAaiIFLwEAIgJFDQAgBS0AAiIMRQ0AQfCW1wAoAgAgDHANACAIQQFLDQAgCEEBRiEJIAhBAXRBnJbXAGohCyAIQQR0QYSX1wBqIQNB5JXXACgCACAIQTBsai0AVUEGcEHI9ABqLQAAIgdBAXYhEEEAIQUgCEGEC2whDgNAAkBBASAFdCIBIAJxRQ0AIAMgBUHkACADKAIAKAIEEQEAIAlFBEAgCyALLwEAIAFyOwEAC0GYq9cALQAARQ0AQZSr1wAtAABFDQAgBSAJaiIBQQ9LDQBB5JXXACgCACAOakHgAmoiDSABQQZ0akGcq9cAKAIAIBBqIAduIA0gAUEDdGotAAAiAUEQIAEbcGoiAUGEAWohDSABLQCEAUEBciEBIA0gByAMSwR/QQQgByAMbiIGIAZBBE8bIgZBAnRB/AFqIAFB8wFxciABIAYgAUECdkEDcUEBaksbBSABCzoAAEGAl9cAQYCX1wAvAQBBAWo7AQALIAVBAWoiBUEQRw0ACwsgCEEBaiIIQQZHDQALAkBB6MTXAC0AAEEEcUUNAEHwltcAKAIAQQxwDQBBlJfXAEHpxNcALQAAQe4AQZSX1wAoAgAoAgQRAQALQfi91wAtAAAiAUH/AUYEQEHkldcAKAIALQAXQQFrIQELAkBB+b3XAC0AACABQf8BcUYNAEGUq9cALQAABEBBoKvXACgCAEEYcA0BC0H8vdcAQQA2AgBB+b3XACABOgAAQYC+1wBB9L3XACgCACICNgIAQYS+1wAgAkEIdEGA/v8DcTYCAAJAIAFB/wFxQQZLDQBB4L3XAC0AAEUNAEH/ASEBQfm91wBB/wE6AAALQYi+1wBCADcCAEHqltcAIAE6AABBkL7XAEIANwIACwJAQbq+1wAtAABBAUcNAEGUq9cALQAARQ0AQaCr1wAoAgBB4ABBu77XAC0AACIBQQIgARtucA0AQcS+1wBB3AE2AgBBwL7XAEG8vtcALQAAQdbYAmxB6AduNgIACwJAQZar1wAtAAANAEG0xdcAKAIAIgFFDQBB8JbXACgCAEEDcQ0AQbjF1wAoAgBB+AEgAREAAAsCQEGUq9cALQAARQRAQfCW1wAoAgBBGHANAUEAEK8BDAELAkBBycTXAC0AAEUNAEGgq9cAKAIAQYADcA0AQQAhAgNAAkAgAkHwAGxB5JfXAGoiAS0AAEUNACABLQABQQFHDQAgAUEAOgAIIAFBADoAAAsCQCACQQFyQfAAbEHkl9cAaiIBLQAARQ0AIAEtAAFBAUcNACABQQA6AAggAUEAOgAACyACQQJqIgJBFkcNAAtBs5bXAEEAOgAAQcjE1wBBATsBAEHYxNcAQgA3AgBBzMTXAEIANwIAQfi91wBB//8DOwEAQeDE1wBCADcCAEHcvdcAKAIAQQBB4JMGEJ8CGkGyltcAQQE6AABB4L3XAEEBOgAAQbiW1wBBADYCAAtBACEBA0AgAUEEdCIFQaSX1wBqIQMCQCAFQcSr1wBqIgUvAQIiAkUNACAFIAJBAWsiAjsBAiACQf//A3ENACADIAUtAAAgAygCACgCCBEAACAFQQA6AAELAkAgBS8BBiICRQ0AIAVBBGoiCSACQQFrIgI7AQIgAkH//wNxDQAgAyAJLQAAIAMoAgAoAggRAAAgCUEAOgABCwJAIAUvAQoiAkUNACAFQQhqIgkgAkEBayICOwECIAJB//8DcQ0AIAMgCS0AACADKAIAKAIIEQAAIAlBADoAAQsCQCAFLwEOIgJFDQAgBUEMaiIJIAJBAWsiBTsBAiAFQf//A3ENACADIAktAAAgAygCACgCCBEAACAJQQA6AAELIAFBAWoiAUEERw0AC0EAIQgDQCAIQQF0QZyW1wBqIQkgCEEEdEGEl9cAaiELIAhBBnRBhKzXAGohAkEAIQUDQAJAIAIgBUECdGoiAS8BAiIDRQ0AIAEgA0EBayIDOwECIANB//8DcQ0AIAsgAS0AACABLQABIAsoAgAoAgQRAQAgCSAJLwEAQQEgAS0AAEEPcXRyOwEACyAFQQFqIgVBEEcNAAsgCEEBaiIIQQZHDQALQcyx1wAtAAAiAgRAQQAhAQNAIAFBBWxB/LDXAGoiBSAFLQAEQQFrIgM6AAQCQCADQf8BcUUEQCAFLQAAIgMgBS0AASAFLQACQeSV1wAoAgAgA0EwbGotAFVBBnBByPQAai0AACAFLQADQQBHELUBBEAgA0GQltcAaiIDIAMtAABBAWo6AAALQcyx1wBBzLHXAC0AAEEBayIDOgAAIAUgA0H/AXFBBWxB/LDXAGoiAygAADYAACAFIAMtAAQ6AARBzLHXAC0AACECDAELIAFBAWohAQsgASACQf8BcUgNAAsLAn8CQEGxltcAAn9BlavXAC0AACIFBEBBAiEWQQEMAQtB5JXXACgCAC0ADCIBDQFBASEWQQALIhE6AAAgBUEARwwBC0GxltcAIAFBAWtBoKvXACgCAEGAA24gAXBGIhE6AABBAkEBIBEbIRYgEQshE0EAIQMDQEHkldcAKAIAIgUtAAIhASADQQF0IgxB/JXXAGpBnKvXACgCACICIAUgA0EwbCIQaiILLQBVQQZwQcj0AGotAAAiCW4iCDsBAAJAIAIgCCAJbGtBACAIQQFxayABIAlsQQF0QeQAbiAJa3FHDQACQAJAIANBAU0EQEH/ASEEQQAhAgJAIANBAUciGgRAIAUhAQwBCyAIQQR2EK8BAkBB5JXXACgCACIBLQCMAQ0AIAEtAI4BDQAgAS0AjwFFDQELIAhBD3EiC0H6xNcAai0AACECIAtB6sTXAGotAAAhBAsgASAQai0ATw0CIAJB/wBLDQIgBSADQYQLbCIbakHgAmoiC0GEAWohDiAMQZyW1wBqIRcgA0EEdEGEl9cAaiEVIAJBA3RBwA9xIRxBACEBIAJBB3FBi/gAaiEdQQAhBQNAIAEhAgJAIAsvAYABIAV2QQFxDQAgCCALIAVBA3RqLQAAIgFBECABG3AiDCAOIAVBBnRqai0AACINQQFxRQRAIAIhAQwBCyAWIA1BBXZBA3FGBEAgAiEBDAELAkAgBEH/AUYEQCAFIQYMAQtBASEBIAQhBiACDQELIB0tAAAhGSANwEEASARAQeSV1wAoAgAgG2pB5AtqIQdBACEBA0ACQCAFIAcgAUECdGoiAi0AAUcNACAMIAItAABHDQAgAi0AAiISQQNLDQAgFSASQYABciACLQADIBUoAgAoAgwRAQALIAFBAWoiAUHAAEcNAAsLQf8AIRQgDUECcUUEQEH/AEHkldcAKAIAIBBqLQBYQShsQf8AbmshFAsgBiAcciESIBpFBEBB6MTXAC0AAEEGdCASciESCyAVIBJB/wFxIgwgFCAVKAIAKAIEEQEAIBkgDUECdkEDcUEBaiIBIAEgGUkbIgJBAk8EQCAUQdUAbEHkAG4hB0EBIQEDQCADIAwgByABIAlsIAJuELYBIAFBAWoiASACRw0ACwsgDUEQcQRAIAMgDCAUQQZsQQpuQQIQtgELQQEhASAXIBcvAQBBASASQQ9xdHI7AQALIAVBAWoiBUEQRw0ACyABDQEMAgtBACENAkAgA0GAFGwgBWogCCALLQBWIgVBECAFGyIBcCIMQShsIgVqQdgNayICEJcBDQAgAiwACSICQQBIDQAgAgRAQcyx1wAtAAAiB0EPSw0BIAdBBWxB/LDXAGoiCyACOgAEIAsgEToAAyALQQA6AAIgCyAMOgABIAsgAzoAAEHMsdcAIAdBAWo6AAAMAQsgAyAMQQAgCSATELUBIQ0LAkAgA0ECa0GAFGwiC0HkldcAKAIAaiAFakGyGmoiAhCXAQ0AIAIsAAkiAkEASA0AIAIEQEHMsdcALQAAIg5BD0sNASAOQQVsQfyw1wBqIgcgAjoABCAHIBE6AAMgB0EBOgACIAcgDDoAASAHIAM6AABBzLHXACAOQQFqOgAADAELIAMgDEEBIAkgExC1ASANciENCwJAQeSV1wAoAgAgC2ogBWpBvBpqIgIQlwENACACLAAJIgJBAEgNACACBEBBzLHXAC0AACIOQQ9LDQEgDkEFbEH8sNcAaiIHIAI6AAQgByAROgADIAdBAjoAAiAHIAw6AAEgByADOgAAQcyx1wAgDkEBajoAAAwBCyADIAxBAiAJIBMQtQEgDXIhDQsgCEEBaiECAkBB5JXXACgCACALaiAFakHGGmoiBRCXAQ0AIAUsAAkiBUEASA0AIAUEQEHMsdcALQAAIg5BD0sNASAOQQVsQfyw1wBqIgcgBToABCAHIBE6AAMgB0EDOgACIAcgDDoAASAHIAM6AABBzLHXACAOQQFqOgAADAELIAMgDEEDIAkgExC1ASANciENCyACIAFwIQJBACEFA0ACQEHkldcAKAIAIAtqIAJBKGxqIAVBCmxqQagaaiIBEJcBDQAgASwACSIBQQBODQACQCABIAlqIgxBAEoEQEHMsdcALQAAIgdBEEkNAQsgDEEASg0BIAMgAiAFQeSV1wAoAgAgEGotAFVBBnBByPQAai0AACATELUBGgwBCyAHQQVsQfyw1wBqIgEgDDoABCABIBE6AAMgASAFOgACIAEgAjoAASABIAM6AABBzLHXACAHQQFqOgAACyAFQQFqIgVBBEcNAAsgDUUNAQsgA0GQltcAaiIFIAUtAABBAWo6AAALIAMNAEGIltcAIAhBP3E6AAALIANBAWoiA0EGRw0AC0EAIQIDQEHkldcAKAIAIAJBhANsaiIJQajqAGohCAJAIAJBFGxBnK/XAGoiAy0AACIFQQFHDQBBASEFQaCr1wAoAgAiAUGAA3ANACADIAE2AgRBAiEFIANBAjoAACAIQQE6AAAgCEEAOgACQYCX1wBBgJfXAC8BAEEBajsBAAsgAkH0ltcAaiAFOgAAAkAgAy0AACIFQQJJDQAgAkECaiIHQQR0QYSX1wBqIQEgAkEBdEH4ltcAakGgq9cAKAIAIgsgAygCBCIMayAJQanqAGotAAAiCUECIAkbQYADbHAiEDsBAAJAAkAgEA0AIAsgDEYNACADLQAQBEAgA0EIaiEJQQAhBQNAIAEgBSAJai0AACABKAIAKAIIEQAAIAVBAWoiBSADLQAQSQ0ACyADLQAAIQULIANBADoAECAFQf8BcUECRw0AIANBAzoAAAwBCyAFQQNrQf8BcUEBSw0BCyAILQAARQ0AQeSV1wAoAgAgB0EwbGotAE8NACAILQACRQ0AIANBCGohDCAIQQRqIQ5BACEJA0ACQCAQIA4gCUECdGoiCy8BAEcNACALLQACIQUgASgCACEHIAstAAMiDQRAIAEgBUH/AXEgDSAHKAIEEQEAIAMtABAiBUEHSw0BIAstAAIhCyADIAVBAWo6ABAgBSAMaiALOgAADAELIAEgBUH/AXEgBygCCBEAACADLQAQIgdFDQBBACEFIAstAAIhCwNAIAsgBSAMaiINLQAARwRAIAcgBUEBaiIFRw0BDAILCyADIAdBAWsiBToAECANIAwgBUH/AXFqLQAAOgAACyAJQQFqIgkgCC0AAkkNAAsLIAJBAWoiAkEERw0AC0Gcq9cAQZyr1wAoAgBBAWo2AgBBoKvXAEGgq9cAKAIAQQFqIgU2AgBB+JXXACAFNgIAAkACQEHkldcAKAIALQADQQR0IgUEQEGcq9cAKAIAIAVBGGxJDQJBnKvXAEEANgIADAELQaCr1wAoAgBBgANwDQELQYyW1wBBjJbXACgCAEEBajYCAAJAQaWr1wAsAAAiAUEATgRAAkAgAUEDSw0AQeiV1wAoAgAiAkUNACACIAFB/wFxQQN0aiICLQCCAUUNACACQYIBaiIGLQABELABQeSV1wAoAgAiAiAGLQACIgVBAXE6AE8gAiAFQQV2QQFxOgC/AiACIAVBBHZBAXE6AI8CIAIgBUEDdkEBcToA3wEgAiAFQQJ2QQFxOgCvASACIAVBAXZBAXE6AH8gAiAGLwEEOwHgAyACQeQOaiAGLwEGOwEAQauW1wAgAToAAEGAl9cAQYCX1wAvAQBBAWo7AQALQf8BIQFBpavXAEH/AToAAEGuq9cALQAAIgIEQEGvq9cAQa+r1wAtAABBAWogAnAiAjoAACACQeSV1wBqLQDCFSEBQa6W1wAgAjoAAEGlq9cAIAE6AAALQayW1wBBfyABwCIBIAFBAEgbOgAADAELAkBBl6vXAC0AAEUNAEHoldcAKAIAIgFFDQAgAS0AACIFRQ0AQbGr1wBBsavXAC0AAEEBaiIGOgAAIAZB/wFxQQEgAUGwq9cALQAAIgJqLQBBIgYgBkEBTRtPBEBBsavXAEEAOgAAQbCr1wAgAkEBaiAFcCICOgAACyABIAJqLAABIgJB/wFxIQUCQCACQQBIBEAgASAFQQNxIgZBA3RqIgEtAIIBRQ0BIAFBggFqIgUtAAEQsAFB5JXXACgCACIBIAUtAAIiAkEBcToATyABIAJBBXZBAXE6AL8CIAEgAkEEdkEBcToAjwIgASACQQN2QQFxOgDfASABIAJBAnZBAXE6AK8BIAEgAkEBdkEBcToAfyABIAUvAQQ7AeADIAFB5A5qIAUvAQY7AQBBq5bXACAGOgAAQYCX1wBBgJfXAC8BAEEBajsBAAwBCyAFELABC0GwltcAQbCr1wAtAAA6AAAMAQsCQEGYxdcALQAAIgFBAk8EQEGZxdcAQZnF1wAtAABBAWogAXAiAToAACABQZDF1wBqLQAAELABQeiW1wBBmMXXAC0AACIBOgAAQemW1wBBmcXXAC0AACIFOgAAIAFBAkkNAUGqltcAIAVB/wFxQQFqIAFwQZDF1wBqLQAAOgAADAILQaSr1wAsAAAiAUEASA0AQaqW1wBB/wE6AABBpKvXAEH/AToAACABELABCwsLQfSV1wBBnKvXACgCADYCAAsMAwtBACEGIA8gCmsMAQtBASEGQYCABCADIARrQf//A2oiBCAEQYCABE0bQRB2IgQgDyAKayIDIAMgBEsbCyEBAkACQAJ/AkACfwJAAn8CQAJ/AkACfwJAAkACQAJAQanF1wAtAABFDQBBnMXXACgCACIERQ0AQaDF1wAoAgANAQtBACEEDAELQaTF1wAoAgAgCiABIAQRAQBBASEEQajF1wAtAABBAXENAQtBhJfXACAKQQJ0QdCx1wBqIAFB//8DcUGEl9cAKAIAKAIQEQMABEBB0L3XAEHQvdcALQAAQQFyOgAAIAQNAUEADAILIAQNAEEADAELQajF1wAtAABBAnENAUEBCyEEQZSX1wAgCkECdEHQs9cAaiABQf//A3FBlJfXACgCACgCEBEDAARAQdC91wBB0L3XAC0AAEECcjoAACAEDQFBAAwCCyAEDQBBAAwBC0GoxdcALQAAQQRxDQFBAQshBEGkl9cAIApBAnRB0LXXAGogAUH//wNxQaSX1wAoAgAoAhARAwAEQEHQvdcAQdC91wAtAABBBHI6AAAgBA0BQQAMAgsgBA0AQQAMAQtBqMXXAC0AAEEIcQ0BQQELIQRBtJfXACAKQQJ0QdC31wBqIAFB//8DcUG0l9cAKAIAKAIQEQMABEBB0L3XAEHQvdcALQAAQQhyOgAAIAQNAUEADAILIAQNAEEADAELQajF1wAtAABBEHENAUEBCyEEQcSX1wAgCkECdEHQudcAaiABQf//A3FBxJfXACgCACgCEBEDAARAQdC91wBB0L3XAC0AAEEQcjoAACAEDQFBAAwCCyAEDQBBAAwBC0GoxdcALQAAQSBxDQFBAQshBEHUl9cAIApBAnRB0LvXAGogAUH//wNxQdSX1wAoAgAoAhARAwAEQEHQvdcAQdC91wAtAABBIHI6AAALIARFDQELQaTF1wAoAgBBoMXXACgCABEEAEHQvdcAQarF1wAtAABB0L3XAC0AAHI6AABBq8XXAC0AAEUNAEEAIQNBq8XXAEEAOgAAA0ACQCADQfAAbEHkl9cAaiIELQAIRQ0AIAQtAAANACAEQQA6AAggBC0ACUEEdEGEl9cAaiIHIAQgBC0ACiAELQALIARBDWogBC0ADCAHKAIAKAIUEQYACyADQQFqIgNBFkcNAAsLQYyr1wBBjKvXACgCACABQRB0aiIENgIAAkAgBg0AIARBiKvXACgCACIDTQ0AQYyr1wAgAzYCAAtBkKvXAEGQq9cAKAIAIAFqNgIAIAEgCmohCgsgCiAPSQ0ACyAPIQVBACEIQQAhDEEAIRcjAEEgayISJABB+b3XAC0AACETQeSV1wAoAgAhECASQgA3AxAgEkIANwMIIBJCADcDACAQLQB3BH9B0L3XAC0AAEEBdkEBcQVBAAshASAQLQCnAQRAQQEgAUHQvdcALQAAQQRxGyEBCyAQLQDXAQRAQQEgAUHQvdcALQAAQQhxGyEBCyAQLQCHAgRAQQEgAUHQvdcALQAAQRBxGyEBC0HAACAFIAVBwABPGyEOIBAtAAdBAXRB/ANxQbCxCmooAgAhAkHYvdcALgEAIQZB1L3XACoCACFAAkACQCAQLQC3AgR/QQEgAUHQvdcALQAAQSBxGwUgAQsNACAGQQBODQAgQEMAAAAAXkUNAQsCQCAFRQ0AIAKzQwAAgDCUIT8gDkEDcSEJQQAhAgJAIAVBBEkEQEEAIQEMAQsgDkH8AHEhCkEAIQEDQCABQQJ0QbDOB2pDAACAPyBAIAEgBkYbIkA4AgAgAUEBciIEQQJ0QbDOB2pDAACAPyA/IECUIAQgBkYbIkA4AgAgAUECciIEQQJ0QbDOB2pDAACAPyA/IECUIAQgBkYbIkA4AgAgAUEDciIEQQJ0QbDOB2pDAACAPyA/IECUIAQgBkYbIkA4AgAgPyBAlCFAIAFBBGohASAIQQRqIgggCkcNAAsLIAlFDQADQCABQQJ0QbDOB2pDAACAPyBAIAEgBkYbIkA4AgAgAUEBaiEBID8gQJQhQCACQQFqIgIgCUcNAAsLQdS91wBDAAAAACBAIEBDvTeGNV0bOAIACyATQf8BRiEGIAUEQEGw0AdBACAOQQJ0IgEQnwIaQbDMB0EAIAEQnwIaQbDKB0EAIAEQnwIaQbDIB0EAIAEQnwIaC0F/IBMgBhshFiAOQf4AcSEUIA5BAXEhAwNAQdC91wAtAAAgDHZBAXEEQCAMQTBsIgpB5JXXACgCAGoiAS0ARLNDCtcjO5RDAAAAOJQhPyABQUBrIREgAS0AZ7NDAAAAPJQhQCA/IAEtAEazlCFCID8gAS0ARUH/AHFBAXQiBkGwwQpqLwEAs5QhRCA/IAZBsL8Kai8BALOUIUYgDEEIdEHQsdcAaiECIAEtAFdBBUYEQCABQbj2AGogEUEMEJACQ83MTD+UIECSIUALQQEgFyA/QwAAAAAgQCBAQwAAAABdG5QiP0MAAAAAXiIBGyEXAkAgAUUNACAFRQ0AQQAhAUEAIQggBUEBRwRAA0AgAUECdCIGQbDQB2oiBCACIAZqIgkoAgCyID+UIAQqAgCSOAIAIAZBtNAHaiIGIAkoAgSyID+UIAYqAgCSOAIAIAFBAmohASAIQQJqIgggFEcNAAsLQQEhFyADRQ0AIAFBAnQiAUGw0AdqIgYgASACaigCALIgP5QgBioCAJI4AgALIEJDAAAAPJQhQiBEQwAAADiUIUQgRkMAAAA4lCFGIBIgDEECdGoCfgJ+AkACQCARLQAXQQZHDQBB5JXXACgCACAKakHL9gBqLQAAQQNxIgFFDQBCACAFRQ0CGiABQQJ0IgFB8NYAaioCAENvEoM6lEMAVixHlCI/IAFBgNcAaioCAENvEoM6lEMAVixHlCJAkkMAAAA/lCFFIAFB4NYAaioCAEMAVixHlSFLIEAgP5NDAAAAP5QiTIwhTUEAIQRBrMgHKAIAIQFBqMgHKgIAIUNBpMgHKgIAIUFBoMgHKgIAIUdBACEJA0AgAUH/A3FBAnRBoLgHaiACIAlBAnQiBmooAgAiCrIiPzgCACBGAn8gAbMiSCBMIEsgQ5IiQEMAAIC/kiBAIEBDAACAP2AbIkNDAAAAv5KLQwAAgECUQwAAgL+SIkqUIEWSkyJAQwAAAESSIEAgQEMAAAAAXRsiQEMAAIBPXSBAQwAAAABgcQRAIECpDAELQQALIghBAWpB/wNxQQJ0QaC4B2oqAgAgCEH/A3FBAnRBoLgHaioCACJJkyBAIAizk5QgSZIgQZNDzcwMP5QgQZIiQSA/kpRDAABAP5QgBkGwyAdqIgsqAgCSIUkCfyBIIE0gSpQgRZKTIkBDAAAARJIgQCBAQwAAAABdGyJAQwAAgE9dIEBDAAAAAGBxBEAgQKkMAQtBAAsiCEH/A3FBAnRBoLgHaioCACFIIAhBAWpB/wNxQQJ0QaC4B2oqAgAhSiALIEk4AgAgBkGwygdqIgsgRCBIIEogSJMgQCAIs5OUkiBHk0PNzAw/lCBHkiJHID+SlEMAAEA/lCALKgIAkjgCACAGQbDMB2oiBiA/IEKUIAYqAgCSOAIAIAogCkEfdSIGcyAGayIGIAQgBCAGSRshBCABQQFqIQEgDiAJQQFqIglHDQALDAELAkACQCAMRQ0AIBEtAAciBkUNAEEAIQEgBUUNASAGs0MEAgE8lCFAQQAhCANAIAhBAnQiBkGwyAdqIglDAACAPyAGQbDOB2oqAgAgQJSTIAIgBmooAgAiBLKUIj8gRpQgCSoCAJI4AgAgBkGwygdqIgkgPyBElCAJKgIAkjgCACAGQbDMB2oiBiA/IEKUIAYqAgCSOAIAIAQgBEEfdSIGcyAGayIGIAEgASAGSRshASAIQQFqIgggDkcNAAsMAQtBACEBQQAhCCAFRQ0AA0AgCEECdCIGQbDIB2oiCSACIAZqKAIAIgSyIj8gRpQgCSoCAJI4AgAgBkGwygdqIgkgPyBElCAJKgIAkjgCACAGQbDMB2oiBiA/IEKUIAYqAgCSOAIAIAQgBEEfdSIGcyAGayIGIAEgASAGSRshASAIQQFqIgggDkcNAAsLIBExAAQgAa1+DAILQaTIByBBOAIAQajIByBDOAIAQaDIByBHOAIAQazIByABNgIAIAStCyFOIE4gETEABH4LQpADgD4CAAsgDEEBaiIMQQZHDQALQdy91wAoAgAiCUHgkwJqIRUCQEHgvdcALQAADQBByMTXAC0AAA0AQeSV1wAgEC0ABEEDcUGQ1wBqLQAAEKwBIQEgBUUNAEEBQe6JASABQQF2IgEgAUHuiQFPGyIBIAFBAU0bIQpDAABAP0MAAIA/IBAtAAWzQ9Q26DuUIBZBDUYiARsiPyA/QwAAQD9dGyA/IBZBDEYiBhshQ0MAAAA/QwAAAAAgBhshRkMAAAAAQwAAgD8gARshQSAQLQAGs0MAAAA8lCFHQfS91wAoAgAhAUHovdcAKgIAIT9BACEGA0AgQSBGIAZBAnQiAkGwyAdqIggqAgAiQCACQbDKB2oiBCoCACJCkpQgAkGwzAdqKgIAkpQgP5IhPyAIAn0gAUEBcQRAQey91wBB8L3XACoCACJIOAIAQfC91wAgCUHkvdcAKAIAIgJB8IkBaiACIAIgCkkbIAprQQF0ai4BALJDAAAAOJQiRDgCACAJIAJBAXRqAn9B//8BID9DAAAAP5QgQyBElJJDAP7/RpQiP0MA/v9GYA0AGkGAgAIgP0MAAADHXw0AGiA/QwAAAD9DAAAAvyA/QwAAAABgG5IiP4tDAAAAT10EQCA/qAwBC0GAgICAeAs7AQBB5L3XACACQQFqIgJBACACQe+JAU0bNgIAQwAAAAAhPyBIIESSQwAAAD+UDAELQfC91wAqAgALIEeUIkQgQJIiQDgCACAEIEQgQpIiQjgCACAVIAFB//8BcUEBdGoCf0H//wEgQCBCkkMAAAA/lEMA/v9GlCJAQwD+/0ZgDQAaQYCAAiBAQwAAAMdfDQAaIEBDAAAAP0MAAAC/IEBDAAAAAGAbkiJAi0MAAABPXQRAIECoDAELQYCAgIB4CzsBACABQQFqIQEgBkEBaiIGIA5HDQALQfS91wAgATYCAEHovdcAID84AgALAn1BsNIHLQAABEBBuNIHKgIAIUlBtNIHKgIAIT9BvNIHKgIADAELQYzYCUGoEjYCAEGI2AlB2rIJNgIAQYTYCUGwDzYCAEGA2AlB+pMJNgIAQfzXCUG1GDYCAEH41wlBkOMINgIAQfTXCUGhBTYCAEHw1wlBztgINgIAQezXCUHFFTYCAEHo1wlBxK0INgIAQeTXCUG2CjYCAEHg1wlB2JgINgIAQdzXCUHkGTYCAEHY1wlBkOUHNgIAQdTXCUHyAzYCAEHQ1wlBrN0HNgIAQczXCUHNATYCAEHI1wlBktoHNgIAQcTXCUGZAjYCAEHA1wlB4NUHNgIAQbzXCUHPADYCAEG41wlBwtQHNgIAQbTXCUHpADYCAEGw1wlB8NIHNgIAQfDSB0EAQbqEAhCfAhpBsNIHQQE6AABBuNIHQQA2AgBBwNIHQQA2AgBBtNIHQQA2AgBBkNgJQQA2AgBB0NIHQQA2AgBBzNIHQQA2AgBByNIHQQA2AgBBvNIHQQA2AgBBxNIHQQA6AABDAAAAACFJQwAAAAAhP0MAAAAACyFHQeSV1wAoAgAiAS0AFSEGAkACQCAXDQAgP0MAAAAAXA0AIElDAAAAAFwNACBHQwAAAABbDQELAkAgBUUEQCBHIUEMAQsgBrNDBAIBPJQhSCABLQATs0MAAAA/lEMEAgE8lENmZuY+kiFAQejXCSgCACItQYwfayEuQYjYCSgCACIvQbgXayEwQwAAgD8gAS0AFLNDmplZP5RDBAIBPJRDzcxMPZKTIUtBjtgJLwEAIQhBhtgJLwEAIQRB/tcJLwEAIQlB9tcJLwEAIRBB7tcJLwEAIQpB5tcJLwEAIQtB3tcJLwEAIQxB1tcJLwEAIRlBztcJLwEAIRpBxtcJLwEAIRtBvtcJLwEAIRxBttcJLwEAIR1B7NcJLwEAISRB5NcJLwEAISFB3NcJLwEAIRRBhNgJLwEAISJB/NcJLwEAIRFBjNgJLwEAISVBgNgJKAIAISZB+NcJKAIAISdB8NcJKAIAITFB4NcJKAIAIShB2NcJKAIAISlB0NcJKAIAITJByNcJKAIAITNBwNcJKAIAITRBuNcJKAIAITVBsNcJKAIAITZBwNIHKgIAIT9BxNIHLQAAIQFByNIHKgIAIUpBkNgJKgIAIUJBzNIHKgIAIURB0NIHKgIAIUZBtNcJLwEAITdBvNcJLwEAIThBxNcJLwEAITlBzNcJLwEAITpB1NcJLwEAITtB9NcJLwEAITxBACEGA0AgBkECdCICQbDQB2oqAgAgP5IhPwJAIAFB/wFxBEBBkNgJID9DAAAAP5QgQpNDAABAP5QgQpIiQjgCAEH//wEhBwJ/Qf//ASA2IB1B//8DcUEBdGoiDS4BALJDAAAAOJQiP0MAAEA/lCBCkiJBQwD+/0aUIkNDAP7/RmANABpBgIACIENDAAAAx18NABogQ0MAAAA/QwAAAL8gQ0MAAAAAYBuSIkOLQwAAAE9dBEAgQ6gMAQtBgICAgHgLIQMgDSADOwEAQbbXCSAdQQFqIgNBACADQf//A3EgN0kbIh07AQACQCA1IBxB//8DcUEBdGoiAy4BALJDAAAAOJQiQ0MAAEA/lCBBQwAAQL+UID+SkiI/QwD+/0aUIkFDAP7/RmANAEGAgAIhByBBQwAAAMdfDQAgQUMAAAA/QwAAAL8gQUMAAAAAYBuSIkGLQwAAAE9dBEAgQaghBwwBC0GAgICAeCEHCyADIAc7AQBBvtcJIBxBAWoiB0EAIAdB//8DcSA4SRsiHDsBAEH//wEhBwJ/Qf//ASA0IBtB//8DcUEBdGoiDS4BALJDAAAAOJQiQUMAACA/lCA/QwAAQL+UIEOSkiI/QwD+/0aUIkNDAP7/RmANABpBgIACIENDAAAAx18NABogQ0MAAAA/QwAAAL8gQ0MAAAAAYBuSIkOLQwAAAE9dBEAgQ6gMAQtBgICAgHgLIQMgDSADOwEAQcbXCSAbQQFqIgNBACADQf//A3EgOUkbIhs7AQACQCAzIBpB//8DcUEBdGoiAy4BALJDAAAAOJQiQ0MAACA/lCA/QwAAIL+UIEGSkiI/QwD+/0aUIkFDAP7/RmANAEGAgAIhByBBQwAAAMdfDQAgQUMAAAA/QwAAAL8gQUMAAAAAYBuSIkGLQwAAAE9dBEAgQaghBwwBC0GAgICAeCEHCyADIAc7AQBBztcJIBpBAWoiB0EAIAdB//8DcSA6SRsiGjsBAEH//wEhBwJ/Qf//ASAyIBlB//8DcUEBdGoiDS4BALJDAAAAOJQiQUMzMzO/lCBJIECUID9DAAAgv5QgQ5IiQ5KSIj9DAP7/RpQiRUMA/v9GYA0AGkGAgAIgRUMAAADHXw0AGiBFQwAAAD9DAAAAvyBFQwAAAABgG5IiRYtDAAAAT10EQCBFqAwBC0GAgICAeAshAyANIAM7AQBB1tcJIBlBAWoiA0EAIANB//8DcSA7SRsiGTsBACApIAxB//8DcUEBdGoiAy4BALJDAAAAOJQhRQJAID9DMzMzP5QgQZJDAP7/RpQiP0MA/v9GYA0AQYCAAiEHID9DAAAAx18NACA/QwAAAD9DAAAAvyA/QwAAAABgG5IiP4tDAAAAT10EQCA/qCEHDAELQYCAgIB4IQcLIAMgBzsBAEHM0gcgSyBFIESTlCBEkiJEOAIAQd7XCSAMQQFqIgxBACAMQf//A3EgFEkbIgw7AQBB//8BIQcCf0H//wEgKCALQf//A3FBAXRqIg0uAQCyQwAAADiUIkFDAAAAP5QgQCBElJIiRUMA/v9GlCI/QwD+/0ZgDQAaQYCAAiA/QwAAAMdfDQAaID9DAAAAP0MAAAC/ID9DAAAAAGAbkiI/i0MAAABPXQRAID+oDAELQYCAgIB4CyEDIA0gAzsBAEHm1wkgC0EBaiILQQAgC0H//wNxICFJGyILOwEAIC0gCkH//wNxQQF0aiIDLgEAskMAAAA4lCE/AkAgRUMAAAC/lCBBkkMA/v9GlCJBQwD+/0ZgDQBBgIACIQcgQUMAAADHXw0AIEFDAAAAP0MAAAC/IEFDAAAAAGAbkiJBi0MAAABPXQRAIEGoIQcMAQtBgICAgHghBwsgAyAHOwEAQe7XCSAKQQFqIgpBACAKQf//A3EgJEkbIgo7AQBB//8BIQcCf0H//wEgMSAQQf//A3FBAXRqIg0uAQCyQwAAADiUIkFDMzMzv5QgPyBAlCBDkpIiQ0MA/v9GlCJFQwD+/0ZgDQAaQYCAAiBFQwAAAMdfDQAaIEVDAAAAP0MAAAC/IEVDAAAAAGAbkiJFi0MAAABPXQRAIEWoDAELQYCAgIB4CyEDIA0gAzsBAEH21wkgEEEBaiIDQQAgA0H//wNxIDxJGyIQOwEAICcgCUH//wNxQQF0aiIDLgEAskMAAAA4lCFFAkAgQ0MzMzM/lCBBkkMA/v9GlCJBQwD+/0ZgDQBBgIACIQcgQUMAAADHXw0AIEFDAAAAP0MAAAC/IEFDAAAAAGAbkiJBi0MAAABPXQRAIEGoIQcMAQtBgICAgHghBwsgAyAHOwEAQdDSByBLIEUgRpOUIEaSIkY4AgBB/tcJIAlBAWoiCUEAIAlB//8DcSARQf//A3FJGyIJOwEAQf//ASEHAn9B//8BICYgBEH//wNxQQF0aiINLgEAskMAAAA4lCJBQwAAAD+UIEAgRpSSIkNDAP7/RpQiRUMA/v9GYA0AGkGAgAIgRUMAAADHXw0AGiBFQwAAAD9DAAAAvyBFQwAAAABgG5IiRYtDAAAAT10EQCBFqAwBC0GAgICAeAshAyANIAM7AQBBhtgJIARBAWoiBEEAIARB//8DcSAiSRsiBDsBACAvIAhB//8DcUEBdGoiAy8BACENAkAgQ0MAAAC/lCBBkkMA/v9GlCJBQwD+/0ZgDQBBgIACIQcgQUMAAADHXw0AIEFDAAAAP0MAAAC/IEFDAAAAAGAbkiJBi0MAAABPXQRAIEGoIQcMAQtBgICAgHghBwsgAyAHOwEAQbTSByA/OAIAQbjSByANwbJDAAAAOJQiSTgCAEGO2AkgCEEBaiIIQQAgCEH//wNxICVJGyIIOwEAQbzSByAnIAlB//8DcSIHQQF0aiINIBFBACAHQcUBSRtB//8DcUEBdGpBigNrLgEAskMAAAA4lCANIBFBACAHQZgRSRtB//8DcUEBdGpBsCJrLgEAskMAAAA4lJIgJiAEQf//A3EiKkEBdGoiPSAiQQAgKkH4CkkbQf//A3FBAXRqQfAVay4BALJDAAAAOJSTIDAgCEH//wNxIgNBAXRqICVBACADQdwLSRtB//8DcUEBdGouAQCyQwAAADiUkiApIAxB//8DcSIDQQF0aiIrIBRBACADQdwLSRtB//8DcUEBdGpBuBdrLgEAskMAAAA4lJMgKCALQf//A3EiLEEBdGoiPiAhQQAgLEGMAUkbQf//A3FBAXRqQZgCay4BALJDAAAAOJSTQ5qZGT+UIkE4AgBByNIHICsgFEEAIANBhAJJG0H//wNxQQF0akGIBGsuAQCyQwAAADiUICsgFEEAIANB0A9JG0H//wNxQQF0akGgH2suAQCyQwAAADiUkiA+ICFBACAsQdgJSRtB//8DcUEBdGpBsBNrLgEAskMAAAA4lJMgLiAKQf//A3EiA0EBdGogJEEAIANBxg9JG0H//wNxQQF0ai4BALJDAAAAOJSSIA0gEUEAIAdBrAxJG0H//wNxQQF0akHYGGsuAQCyQwAAADiUkyA9ICJBACAqQZgCSRtB//8DcUEBdGpBsARrLgEAskMAAAA4lJNDmpkZP5QiRTgCACACQbDIB2oiByBHIEGSQwAAAD+UIEiUIAcqAgCSOAIAIEogRZJDAAAAP5QhQ0MAAAAAIT8gQSFHIEUhSgwBCyACQbDIB2oiByBHIEiUIAcqAgCSOAIAIEohQyBHIUELIAJBsMoHaiICIEMgSJQgAioCAJI4AgAgAUEBcyEBIAZBAWoiBiAORw0AC0HE0gcgAToAAEHA0gcgPzgCAEG40gcqAgAhSUG00gcqAgAhPwtBuNIHQwAAAAAgSSBJi0MI5TweXRs4AgBBtNIHQwAAAAAgPyA/i0MI5TweXRs4AgBBzNIHQwAAAABBzNIHKgIAIj8gP4tDCOU8Hl0bOAIAQdDSB0MAAAAAQdDSByoCACI/ID+LQwjlPB5dGzgCACAXDQAgQYtDvTeGNV1FDQBByNIHKgIAi0O9N4Y1XUUNAEG00gdBADYCAEG40gdBADYCAEHI0gdBADYCAEG80gdBADYCAAsgE0H/AUcEQAJ/AkACQCATQf4BcSIEQQhrDgcAAQEBAQEAAQtBASEJQeSV1wBBgAMQrAEhAUH/AEH/AEHuAEH8vdcANQIAQu4AfkEBIAEgAUEBTRutgKciASABQe4AThsiAWtBOkEuIBNBDkciBhsgASATQQlHIgIbIBNBCEYbIgEgAUH/AE8bQQAgAUEAThtBAnRBsLkKaigCALJDAACAN5QiPyA/QwAAgD8gPyA/QzMzsz+SlEMAAIA/kpUiRpQiP5QhQSACIAZxIQhBAQwBCwJ/IBNBA00EQAJAQeSV1wAgE0GU1wBqLQAAEKwBIgFBgIACSQRAIAEhAgwBCwNAIAFB//8DSyEGIAFBAXYiAiEBIAYNAAsLQQEgAiACQQFNGwwBC0EBIARBBEcNABoCQEHkldcAQTBB4AAgE0EERhsQrAEiAUGAgAJJBEAgASECDAELA0AgAUH//wNLIQYgAUEBdiICIQEgBg0ACwtBASACIAJBAU0bCyEJQQEhCEMAAAAAIUEgFkEGRwRAQwAAAAAhP0MAAAAAIUZBAQwBC0MAAAAAIT9DAAAAACFGQeSV1wBB4AAQrAELIQxB8JbXACgCAEEYcCEBIAUEQEMAAIA/QwAAAAAgAUEMSRshQ0H8vdcAKAIAIQYgDK0hTiAEQQhrIQpBACEBA0ACQAJAAkACQAJAAkACQAJAIBYODAUFBQUAAAECBgYDBAYLIAFBAnQiAkGwygdqIBVBgL7XACgCACAGIAlwQX9zakH//wFxQQF0ai4BALJDAAAAOJQiQDgCACACQbDIB2ogQDgCAAwGCwJAIAwEQCAGrUIIhiBOgKciAkGAAkgNAQsgAUECdCICQbDKB2pBADYCACACQbDIB2pBADYCAAwGC0GEvtcAQYS+1wAoAgAgAmsiBEGAAmoiAjYCACABQQJ0IgtBsMoHaiAVIAJBCHZBAWpB//8BcUEBdGouAQCyIBUgAkEHdkH+/wNxai4BALIiQJMgBEH/AXGzQwAAgDuUlCBAkkMAAAA4lCJAOAIAIAtBsMgHaiBAOAIADAULQbC+1wAgQ0GwvtcAKgIAIkCTQwAAgDyUIECSIkA4AgAgAUECdCICQbDIB2oiBCAEKgIAIECUOAIAIAJBsMoHaiICIEAgAioCAJQ4AgAMBAsCfyABQQJ0IgJBsMgHaiIEKgIAQwAAgEGUIkCLQwAAAE9dBEAgQKgMAQtBgICAgHgLIQsgBCALskMAAIA9lDgCAAJ/IAJBsMoHaiICKgIAQwAAgEGUIkCLQwAAAE9dBEAgQKgMAQtBgICAgHgLIQQgAiAEskMAAIA9lDgCAAwDCwJAIAZBDHAEQEGsvtcAKgIAIUBBqL7XACoCACFCDAELQai+1wAgAUECdCICQbDIB2oqAgAiQjgCAEGsvtcAIAJBsMoHaioCACJAOAIACyABQQJ0IgJBsMgHaiBCOAIAIAJBsMoHaiBAOAIADAILIAFBAnQiAkGwygdqIBVBgL7XACgCACAGIAlwakH//wFxQQF0ai4BALJDAAAAOJQiQDgCACACQbDIB2ogQDgCAAsCQCAKDgcAAQEBAQEAAQtBkL7XACBBIAFBAnQiAkGwyAdqIgQqAgAiR0GQvtcAKgIAIkKTIkiUID9BiL7XACoCACJElCBCkpIiQCBAkiBCkzgCAEGIvtcAIEYgRJQgPyBIlJIiQiBCkiBEkzgCACAEIEAgRyBCQzMzs7+UkiBAkyAIGzgCAEGUvtcAIEEgAkGwygdqIgIqAgAiR0GUvtcAKgIAIkKTIkiUID9BjL7XACoCACJElCBCkpIiQCBAkiBCkzgCAEGMvtcAIEYgRJQgPyBIlJIiQiBCkiBEkzgCACACIEAgRyBCQzMzs7+UkiBAkyAIGzgCAAsgBkEBaiEGIAFBAWoiASAORw0AC0H8vdcAIAY2AgALQYi+1wBDAAAAAEGIvtcAKgIAIj8gP4tDCOU8Hl0bOAIAQZC+1wBDAAAAAEGQvtcAKgIAIj8gP4tDCOU8Hl0bOAIAQYy+1wBDAAAAAEGMvtcAKgIAIj8gP4tDCOU8Hl0bOAIAQZS+1wBDAAAAAEGUvtcAKgIAIj8gP4tDCOU8Hl0bOAIACwJAAkBB5JXXACgCAC0AFiIGQcUAa0H/AXFB9gFNBEAgBkHFAE8EfyAGQcYAbEGYJWtBO25BFGoFQf8AQTwgBmtB1QBsQf//A3FBPG5rQf//A3ELIQEgBUUEQEGkvtcAKgIAIT9BnL7XACoCACFAQaC+1wAqAgAhQkGYvtcAKgIAIUQMAgtB/wAgASABQf8ATxtBAnRBsLkKaigCALJDAACAN5QiPyA/QwAAgD8gPyA/Q5qZmT+SlEMAAIA/kpUiRZQiRpQhSkGcvtcAKgIAIUBBpL7XACoCACE/QZi+1wAqAgAhREGgvtcAKgIAIUJBACEBIAZBxQBJIQYDQCABQQJ0IgJBsMgHaiIIIEogCCoCACJHIEKTIkiUIEYgRJQgQpKSIkEgRSBElCBGIEiUkiJIQ5qZmb+UIEeSIEGTIAYbOAIAIAJBsMoHaiICIEogAioCACJJID+TIkOUIEYgQJQgP5KSIkcgRSBAlCBGIEOUkiJDQ5qZmb+UIEmSIEeTIAYbOAIAIEEgQZIgQpMhQiBIIEiSIESTIUQgRyBHkiA/kyE/IEMgQ5IgQJMhQCABQQFqIgEgDkcNAAsMAQtBmL7XAEIANwIAQaC+1wBCADcCAAwBC0GgvtcAQwAAAAAgQiBCi0MI5TweXRs4AgBBmL7XAEMAAAAAIEQgRItDCOU8Hl0bOAIAQaS+1wBDAAAAACA/ID+LQwjlPB5dGzgCAEGcvtcAQwAAAAAgQCBAi0MI5TweXRs4AgALQcjE1wAtAAAEQEHU0gcqAgBDAAAAAFsEQEHY0gdB5a7L9AM2AgBB1NIHQeWuy/ADNgIAQdzSB0HlrsvwAzYCAEHg0gdB18q5+Xs2AgBB5NIHQfnyifQDNgIACwJAIAVFDQBBACEBA0BByMTXAC0AAEUNASABQQJ0IgZBsMoHaioCACE/IAZBsMgHaioCACFAQeTSByoCACFCQeDSByoCACFEQdzE1wAqAgAhRkHc0gcqAgAhQUHY0gcqAgAhR0HU0gcqAgAhSEHcxNcAQdjE1wAqAgAiQzgCAEHkxNcAKgIAIUVB5MTXAEHgxNcAKgIAIko4AgBB0MTXAEHQxNcAKAIAIgJBgP0AaiIGNgIAQdjE1wAgQCA/kkMAAAA/lCI/OAIAQeDE1wAgQSBGlCBIID+UIEcgQ5SSkiBEIEqUkyBCIEWUkyI/OAIAAkAgBkHW2AJJDQBB0MTXACACQdbbAWs2AgBBzMTXACgCACIGQYCAA0HUxNcAKAIAIgIgAkEBa0H//wJPG0kEQEHMxNcAIAZBAWo2AgBB3L3XACgCACAGakH/AEGAfwJ/ID9DAAAAQ5QiP0MAAAA/QwAAAL8gP0MAAAAAYBuSIj+LQwAAAE9dBEAgP6gMAQtBgICAgHgLIgIgAkGAf0wbIgYgBkH/AE4bOgAADAELEDELIAFBAWoiASAORw0ACwtB4MTXAEMAAAAAQeDE1wAqAgAiPyA/i0MI5TweXRs4AgBB5MTXAEMAAAAAQeTE1wAqAgAiPyA/i0MI5TweXRs4AgALQf//AUG0vtcALwEAIgEgAWxBBXYiASABQf//AU8bIQoCQCAFRQRAQci+1wAtAAAhCwwBCyAKs0MAAAA4lEG2vtcALwEAs0MAAAA4lCJCkyAOQQEgBRuzlSFHQbi+1wAtAACzQ4fDYT2UQwAAgD+SIUZBzL7XACoCACE/QQAhAUHIvtcALQAAIgshBEG6vtcALQAAQQFHIQkDQCBGIAFBAnQiBkGwygdqKgIAlCFAAn0gRiAGQbDIB2oqAgCUIkRDAACAP2AEQEG5vtcAQQE6AABDAACAPwwBCyBEQwAAgL9fBEBBub7XAEEBOgAAQwAAgL8MAQsgRCBEQwAAAL+UIESUQwAAwD+SlAshRAJ9IEBDAACAP2AEQEG5vtcAQQE6AABDAACAPwwBCyBAQwAAgL9fBEBBub7XAEEBOgAAQwAAgL8MAQsgQCBAQwAAAL+UIECUQwAAwD+SlAshQAJAAkAgBARAQcy+1wAgP0MNjJS7kiI/OAIAQwAAAAAhQSA/QwAAAABdDQEMAgtBzL7XACA/Qw2MlDuSIj84AgBDAACAPyFBID9DAACAP15FDQELQcy+1wAgQTgCACBBIT8LAn8gQCBCID+UQzuO4kqUIkGUIkCLQwAAAE9dBEAgQKgMAQtBgICAgHgLIQYgRyBCkiFCIB8gAUEDdGoiCAJ/An8gRCBBlCJAi0MAAABPXQRAIECoDAELQYCAgIB4CyICIAkNABogAiAGakECbSEGQcC+1wAoAgAiAgRAQcC+1wAgAkEBazYCAEEADAELQQBBxL7XACgCACICRQ0AGkHEvtcAIAJBAWs2AgBBs+bMAws2AgAgCCAGNgIEIAFBAWoiASAORw0ACwtBtr7XACAKOwEAQeyW1wAgC0H/AXEEf0HMvtcAKgIAQwAAAABbBUEACzoAAEG5vtcALQAABEBBub7XAEEAOgAAQaiW1wBBAToAAAtBlpbXAEH/ASASKAIAQQd2IgEgAUH/AU8bIgFB0L7XACgCACIGQQ9sQQR2IAEgBksbIgE6AABB0L7XACABNgIAQZeW1wBB/wEgEigCBEEHdiIBIAFB/wFPGyIBQdS+1wAoAgAiBkEPbEEEdiABIAZLGyIBOgAAQdS+1wAgATYCAEGYltcAQf8BIBIoAghBB3YiASABQf8BTxsiAUHYvtcAKAIAIgZBD2xBBHYgASAGSxsiAToAAEHYvtcAIAE2AgBBmZbXAEH/ASASKAIMQQd2IgEgAUH/AU8bIgFB3L7XACgCACIGQQ9sQQR2IAEgBksbIgE6AABB3L7XACABNgIAQZqW1wBB/wEgEigCEEEHdiIBIAFB/wFPGyIBQeC+1wAoAgAiBkEPbEEEdiABIAZLGyIBOgAAQeC+1wAgATYCAEGbltcAQf8BIBIoAhRBB3YiASABQf8BTxsiAUHkvtcAKAIAIgZBD2xBBHYgASAGSxsiAToAAEHkvtcAIAE2AgBByMTXAC0AAARAQbiW1wBBzMTXACgCADYCAAsgEkEgaiQAIB8gD0EDdGohHyAYIA9rIhgNAAsLICBBEGokACAAQQJOBEADQCAeQQJ0QYC93wBqIB5BA3QiAEGAveEAaigCALJDAAAANJQ4AgAgHiAjakECdEGAvd8AaiAAQYS94QBqKAIAskMAAAA0lDgCACAeQQFqIh4gI0cNAAsLQYC93wALBwBBlIXPAAsHAEGUidYACwcAQYC94wALCQBBzIvWABAgCwoAQeSL1gAvAQALCgBBhJveABDIAQsGAEGAoAYL3gYBBH8jAEEgayIEJABBfyECAkAgAEEATA0AQcyL1gAQICAASQ0AQeSL1gAvAQAhAiAEQQhqEOEBIAQoAhggBCgCFCAEKAIcQYC94wAgACACIAEgAUHhEmtBr3BJGyICQQFBCEGA4KcSIAJuIgJBAXYgAGoiASACbiIAIABBCE8bIAEgAkkbEMkBIgJBAEgEQEF/IQIMAQsjAEEQayIDJABB3IvWACgCACIABEAgAEHYi9YAKAIAQeCL1gAoAgBBhJveABDFAQsDQCAFQdAAbEH0oN4AakEAQdAAEJ8CIgBB//8DOwAJIAVB1ABsQYSb3gBqIgEtAAAEQCAAIAEoAlA2AgAgACABKAIMNgIEIAAgAS8BBDsBDCAAIAEtAAY6AA4gACABLQADOgALIAAgAS0AAjoACCAAIAEpAhA3AhAgACABKQIYNwIYIAAgASkCIDcCICAAIAEpAig3AiggACABKQIwNwIwIAAgASkCODcCOCAAQUBrIAFBQGspAgA3AgAgACABKQJINwJICyAFQQFqIgVBCEcNAAsgA0IANwMIIANCADcDACADQfSg3gA2AgQgA0EWOgAAQeCF1wAgAxAwIANBEGokAEHMpNYALQAAQQdNBEBB1KTWAC8BAA0BC0HYpNYALQAAQQdNBEBB4KTWAC8BAA0BC0HkpNYALQAAQQdNBEBB7KTWAC8BAA0BC0HwpNYALQAAQQdNBEBB+KTWAC8BAA0BC0H8pNYALQAAQQdNBEBBhKXWAC8BAA0BC0GIpdYALQAAQQdNBEBBkKXWAC8BAA0BC0GUpdYALQAAQQdNBEBBnKXWAC8BAA0BC0GgpdYALQAAQQdNBEBBqKXWAC8BAA0BC0GspdYALQAAQQdNBEBBtKXWAC8BAA0BC0G4pdYALQAAQQdNBEBBwKXWAC8BAA0BC0HEpdYALQAAQQdNBEBBzKXWAC8BAA0BC0HQpdYALQAAQQdNBEBB2KXWAC8BAA0BC0HcpdYALQAAQQdNBEBB5KXWAC8BAA0BC0HopdYALQAAQQdNBEBB8KXWAC8BAA0BC0H0pdYALQAAQQdNBEBB/KXWAC8BAA0BC0GAptYALQAAQQdNBEBBiKbWAC8BAA0BC0HMi9YAIAJBABAZGgsgBEEgaiQAIAILLQAgAEHIidYAIAFByIvWAC8BACIAIAAgAUobIgEQngIaQciL1gBBADsBACABCwcAQYC95gALTQEBf0F/IQECQEH0vN8ALQAARQ0AIABBAEwEf0EDBSAAQYCAAUsNAUEAQQBBABAeDQFBAUGAveYAIAAQHg0BQQILQQBBABAeIQELIAELJgEBfwJAQfS83wAtAABFDQBBytrdAC0AAEUNABAdQQBHIQALIAALBwBBgL3nAAtIAQF/QX8hAQJAIABBAWtB38QASw0AQfS83wAtAABBAXFFDQBBAEEAQQAQHw0AQQFBgL3nACAAEB8NAEECQQBBABAfIQELIAELEwAgAEEERgRAEL0BDwsgABC7AQsKAEGI7t4ALQAACwoAQfCV1wAtAAAL0woCDH8DfSMAQSBrIg0kACANIANBGGxB8LYGaiIDKQIQNwMYIA0gAykCCDcDECANIAMpAgA3AwggDUHWrgYtAAA6AAYgDUHUrgYvAAA7AQQgAEEEaiEPIAVBD0ohEUEAIQADQCACIABBBHRqIgMoAgQhBiANQQhqIABBAnRqKAIAIQ4gAyADKAIAIgxBC3ZB+D9xQZCM6gBqIgcoAgQgBzQCACAMQf//AHGtfkIOiKdqQQYgDEGAgIDwAGtBGHVrdSIHNgIEIA5BA3EhDCAOQQRxIQgCQCAHQeAISCAGQd8ITHFFBEAgDEGQAmwgD2pBgQJrQXBxIAEgDBshCyANQQRqIAxqIgwtAAAgCEEAR3EhCAJAIA5BBHZBA3EiCgRAIA1BBGogCmotAAANAQsgAygCCCEKIAMoAgwhCQJAIBENACAOQcABcUHAAUcNACALIQ4gBUEBaiEQIAayQwAAgDOUIRIgByAGa0EgakEGdbJDAACAM5QhFCAEKAIEIQYgBCgCACEHQQAhCwJAIAgEQANAAn8gFCASkiISIAkgBiIIIAdqIBB1aiIGQQt2Qfg/cUHA8OoAaiIHKAIAIAZB//8AcWxBDnUgBygCBGqylCITi0MAAABPXQRAIBOoDAELQYCAgIB4CyEGIA4gC0ECdGoiByAHKAIAIAZqNgIAIAkgCmohCSAIIQcgC0EBaiILQcAARw0ADAILAAsDQCAOIAtBAnRqAn8gFCASkiISIAYiCCAHaiAQdSAJaiIGQQt2Qfg/cUHA8OoAaiIHKAIAIAZB//8AcWxBDnUgBygCBGqylCITi0MAAABPXQRAIBOoDAELQYCAgIB4CyIGNgIAIAkgCmohCSAIIQcgC0EBaiILQcAARw0ACwsgBCAGNgIEIAQgCDYCACAMQQE6AAAMAwsgBrJDAACAM5QhEiAHIAZrQSBqQQZ1skMAAIAzlCEUQQAhBgJAIAgEQANAIAsgBkECdGoiCAJ/IBQgEpIiEiAJQQt2Qfg/cUHA8OoAaiIHKAIAIAlB//8AcWxBDnUgBygCBGqylCITi0MAAABPXQRAIBOoDAELQYCAgIB4CyAIKAIAajYCACAJIApqIQkgBkEBaiIGQcAARw0ADAILAAsDQCALIAZBAnRqAn8gFCASkiISIAlBC3ZB+D9xQcDw6gBqIgcoAgAgCUH//wBxbEEOdSAHKAIEarKUIhOLQwAAAE9dBEAgE6gMAQtBgICAgHgLNgIAIAkgCmohCSAGQQFqIgZBwABHDQALCyAMQQE6AAAMAgsgCkGQAmwgD2pBgQJrQXBxIQkgAygCDCEKIAMoAgghDiAGskMAAIAzlCESIAcgBmtBIGpBBnWyQwAAgDOUIRRBACEGAkAgCARAA0ACfyAUIBKSIhIgCSAGQQJ0IgdqKAIAIApqIghB//8AcSAIQQt2Qfg/cUHA8OoAaiIIKAIAbEEOdSAIKAIEarKUIhOLQwAAAE9dBEAgE6gMAQtBgICAgHgLIQggByALaiIHIAcoAgAgCGo2AgAgCiAOaiEKIAZBAWoiBkHAAEcNAAwCCwALA0ACfyAUIBKSIhIgCSAGQQJ0IgdqKAIAIApqIghB//8AcSAIQQt2Qfg/cUHA8OoAaiIIKAIAbEEOdSAIKAIEarKUIhOLQwAAAE9dBEAgE6gMAQtBgICAgHgLIQggByALaiAINgIAIAogDmohCiAGQQFqIgZBwABHDQALCyAMQQE6AAAMAQsgCA0AIA1BBGogDGpBADoAAAsgAyADKAIMIAMoAghBBnRqNgIMIABBAWoiAEEGRw0ACyANQSBqJAALBAAgAAunDAEIfwJAIAAiA0UNACADQQhrIgIgA0EEaygCACIBQXhxIgNqIQQCQCABQQFxDQAgAUECcUUNASACIAIoAgAiAGsiAkGUsusAKAIASQ0BIAAgA2ohAwJAAkACQEGYsusAKAIAIAJHBEAgAigCDCEBIABB/wFNBEAgASACKAIIIgVHDQJBhLLrAEGEsusAKAIAQX4gAEEDdndxNgIADAULIAIoAhghBiABIAJHBEAgAigCCCIAIAE2AgwgASAANgIIDAQLIAIoAhQiAAR/IAJBFGoFIAIoAhAiAEUNAyACQRBqCyEFA0AgBSEIIAAiAUEUaiEFIAEoAhQiAA0AIAFBEGohBSABKAIQIgANAAsgCEEANgIADAMLIAQoAgQiAUEDcUEDRw0DQYyy6wAgAzYCACAEIAFBfnE2AgQgAiADQQFyNgIEIAQgAzYCAAwECyAFIAE2AgwgASAFNgIIDAILQQAhAQsgBkUNAAJAIAIoAhwiBUECdEG0tOsAaiIAKAIAIAJGBEAgACABNgIAIAENAUGIsusAQYiy6wAoAgBBfiAFd3E2AgAMAgsCQCACIAYoAhBGBEAgBiABNgIQDAELIAYgATYCFAsgAUUNAQsgASAGNgIYIAIoAhAiAARAIAEgADYCECAAIAE2AhgLIAIoAhQiAEUNACABIAA2AhQgACABNgIYCyACIARPDQAgBCgCBCIAQQFxRQ0AAkACQAJAAkAgAEECcUUEQEGcsusAKAIAIARGBEBBnLLrACACNgIAQZCy6wBBkLLrACgCACADaiIDNgIAIAIgA0EBcjYCBCACQZiy6wAoAgBHDQZBjLLrAEEANgIAQZiy6wBBADYCAAwGC0GYsusAKAIAIgYgBEYEQEGYsusAIAI2AgBBjLLrAEGMsusAKAIAIANqIgM2AgAgAiADQQFyNgIEIAIgA2ogAzYCAAwGCyAAQXhxIANqIQMgBCgCDCEBIABB/wFNBEAgBCgCCCIFIAFGBEBBhLLrAEGEsusAKAIAQX4gAEEDdndxNgIADAULIAUgATYCDCABIAU2AggMBAsgBCgCGCEHIAEgBEcEQCAEKAIIIgAgATYCDCABIAA2AggMAwsgBCgCFCIABH8gBEEUagUgBCgCECIARQ0CIARBEGoLIQUDQCAFIQggACIBQRRqIQUgASgCFCIADQAgAUEQaiEFIAEoAhAiAA0ACyAIQQA2AgAMAgsgBCAAQX5xNgIEIAIgA0EBcjYCBCACIANqIAM2AgAMAwtBACEBCyAHRQ0AAkAgBCgCHCIFQQJ0QbS06wBqIgAoAgAgBEYEQCAAIAE2AgAgAQ0BQYiy6wBBiLLrACgCAEF+IAV3cTYCAAwCCwJAIAQgBygCEEYEQCAHIAE2AhAMAQsgByABNgIUCyABRQ0BCyABIAc2AhggBCgCECIABEAgASAANgIQIAAgATYCGAsgBCgCFCIARQ0AIAEgADYCFCAAIAE2AhgLIAIgA0EBcjYCBCACIANqIAM2AgAgAiAGRw0AQYyy6wAgAzYCAAwBCyADQf8BTQRAIANBeHFBrLLrAGohAQJ/QYSy6wAoAgAiAEEBIANBA3Z0IgNxRQRAQYSy6wAgACADcjYCACABDAELIAEoAggLIQMgASACNgIIIAMgAjYCDCACIAE2AgwgAiADNgIIDAELQR8hASADQf///wdNBEAgA0EmIANBCHZnIgFrdkEBcSABQQF0a0E+aiEBCyACIAE2AhwgAkIANwIQIAFBAnRBtLTrAGohBQJ/AkACf0GIsusAKAIAIgBBASABdCIEcUUEQEGIsusAIAAgBHI2AgAgBSACNgIAQRghAUEIDAELIANBGSABQQF2a0EAIAFBH0cbdCEBIAUoAgAhBQNAIAUiACgCBEF4cSADRg0CIAFBHXYhBSABQQF0IQEgACAFQQRxaiIEKAIQIgUNAAsgBCACNgIQQRghASAAIQVBCAshAyACIQAgAgwBCyAAKAIIIgUgAjYCDCAAIAI2AghBGCEDQQghAUEACyEEIAEgAmogBTYCACACIAA2AgwgAiADaiAENgIAQaSy6wBBpLLrACgCAEEBayICQX8gAhs2AgALC7MPAgl9BH9BoNgJIRMCf0MAAABDIAUgBkMAACBBlEMAAEhCkpSTIgiLQwAAAE9dBEAgCKgMAQtBgICAgHgLIRECfyAIIBGyk0MAAIBDlCIIi0MAAABPXQRAIAioDAELQYCAgIB4C0ECdEHw2gZqKgIAIQ0gEUECdEHg0gZqKgIAIQ4CfyAFIAUgBUMAAIC/kpRDAACAP5KUQwAAqEKUQwAAAEOSIgiLQwAAAE9dBEAgCKgMAQtBgICAgHgLIhFBAnRB4NIGaioCAAJ/IAggEbKTQwAAgEOUIgiLQwAAAE9dBEAgCKgMAQtBgICAgHgLQQJ0QfDaBmoqAgCUIQgCfUMAAAAAIAZDzcyMP5RDzcxMvZIiCkMAAAAAXQ0AGiAKIApDAACAP15FDQAaQwAAgD8LIQ8gCEMAAPpElCEJIAEEQCAAQYCAgIAENgIQIABBLDYCACAAIAJDAADgQJRDAABAQJI4AggLIABDAACAP0PufP8+IAMgA0PufP8+XhsiCiAJlEMAAIA/kpUiCzgCHCAAIAogCiAKlCIIIAhDSSZfQpRDj7ohQZKUQ9sPSUCSlCIIOAIYIABDAACAPyAIIAiUIAsgCJRDAACAP5KSlTgCICMAQUBqIhJD7nz/PiADIAOSIgggCEPufP8+XhsiCDgCJCAAQwAAgD8gCCAJQwAAgD6UIgmUQwAAgD+SlSILOAIwIAAgCCAIIAiUIgwgDENJJl9ClEOPuiFBkpRD2w9JQJKUIgg4AiwgAEMAAIA/IAggCJQgCyAIlEMAAIA/kpKVOAI0IBJD7nz/PiADQx+FS0CUIgggCEPufP8+XhsiCDgCKCAAQwAAgD8gCCAJlEMAAIA/kpUiCzgCRCAAIAggCCAIlCIMIAxDSSZfQpRDj7ohQZKUQ9sPSUCSlCIIOAJAIABDAACAPyAIIAiUIAsgCJRDAACAP5KSlTgCSCASQ+58/z4gA0O4HoVAlCIIIAhD7nz/Pl4bIgg4AiwgAEMAAIA/IAggCZRDAACAP5KVIgs4AlggACAIIAggCJQiDCAMQ0kmX0KUQ4+6IUGSlEPbD0lAkpQiCDgCVCAAQwAAgD8gCCAIlCALIAiUQwAAgD+SkpU4AlwgEkPufP8+IANDCtezQJQiCCAIQ+58/z5eGyIIOAIwIABDAACAPyAIIAmUQwAAgD+SlSIJOAJsIAAgCCAIIAiUIgsgC0NJJl9ClEOPuiFBkpRD2w9JQJKUIgg4AmggAEMAAIA/IAggCJQgCSAIlEMAAIA/kpKVOAJwAn0gBEOwqio/XQRAIBIgBEMAAMA/lCIIIAiSQ5qZGT6SOAIEIBJBCHIiEUEANgIIIBFCADcDAEMAAIA/IAiTIgggCJRDAACQQJRDAADAP5IMAQsgEiAEQ7CqKr+SQwAAQECUIgg4AgggEiAIQzMzM7+UQ5qZCUCSOAIEIBIgCCAIlCIJOAIMIBIgCSAJlDgCECAIQwAAAL+UQwAAwD+SCyEQQwAAAAAhCAJAIANDAACAQZQiA0MAAAAAXQ0AIAMiCEPufP8+XkUNAEPufP8+IQgLIABDAACAPyAIQwAAwD+UQwAAgD+SlSIJOAKAASAAIAggCCAIlCIDIANDSSZfQpRDj7ohQZKUQ9sPSUCSlCIDOAJ8IABDAACAPyADIAOUIAkgA5RDAACAP5KSlTgChAEgACoCFCELIAcEQCAOIA2UQ4nS3rqUQwAAgD+SIQ0gBkMAAABAIAaTlEPNzMw9lCEMIABBGGohFCACIAWUIAuTIAezlSECQwAAgD8gD5MhDgNAIAACfSAAKAIAIhEEQCAAIBFBAWsiETYCACAAKgIIIgMgA0MAAIC/kiARGwwBCyAAKgIEQ0v5RT+UCyIDOAIEIAAgAyAAKgIMIgiTQwAAQD+UIAiSIgg4AgwgAiALkiELIAAgACoCGCIFIANDppvEO5QgAyAIk5IiCiAAKgIcIAAqAiQiCJSTIAUgCJSTIAAqAigiBpMgACoCIJSUIgkgCSAIkiIIkjgCJCAAIAUgCJQiBSAFIAaSkjgCKCAHQQFrIQcgA0P0/dQ8lCEGIBAgCiAMlCAIkpRDAAAAAJIhA0EBIREDQCASIBFBAnRqKgIAIBQgEUEUbGoiASABKgIAIgUgBiABKgIEIAEqAgwiCpSTIAUgCpSTIAEqAhAiCZMgASoCCJSUIgQgBCAKkiIKkjgCDCABIAUgCpQiBSAFIAmSkjgCECAGIAyUIAqSlCADkiEDIBFBAWoiEUEFRw0ACwJ9QwAAgL8gA0MAAEDAXQ0AGkMAAIA/IANDAABAQF4NABogAyADIAOUQwAA2EGSlCADQwAAEEGUIAOUQwAA2EGSlQshBUH8twdB/LcHKAIAQY3M5QBsQd/mu+MDaiIRNgIAIAAgDSAAKgIQlCIIOAIQIAAgACoCfCIDIAAqAoQBIA8gCJQiCCAIkkMAAAAAIBGzQwAAgC+UIgggCJJDAACAv5IiCCAIQwAAAABdG5QgACoCgAEgACoCiAEiCJSTIAMgCJSTIAAqAowBIgqTlJQiBiAGIAiSIgiSOAKIASAAIAMgCJQiAyADIAqSkjgCjAEgEyAFIA6UIAiSOAIAIBNBBGohEyAHDQALCyAAIAs4AhQL9QcCCH0Hf0Gg2AkhC0HAsugAIQxBwLDoACENIAIhD0HAsOgAIRACQAJ9Q703hjUgASoCACIDQ703hjVdDQAaIAMgA0MAAIA+XkUNABpDAACAPgsiBYsiAyADkiIEQwAAAD9eDQBDAAAAPyEEQwAAgD8gAyADkpMiA0MAAAA/XUUNACADIQQLIAAqAhghBiAAKgIUIQcgACoCBCEDIA8EQCAEIAaTIA+zIgSVIQkgBSAHkyAElSEKIAAtABAhDgNAIAAgCiAHkiIHIAAqAgCSIgU4AgACfSAFIAkgBpIiBmAiESAOQf8BcUYEQCAOIRFDAAAAAAwBCyAAIBE6ABAgAyAFIAaTIAeVIgQgBEMAAAA/lJSSIQNDAAAAAEMAAIA/IASTIgQgBEMAAAA/lJSTCyEEIAVDAACAP2AEfyAAQQA6ABAgACAFQwAAgL+SIgU4AgAgAyAFIAeVIgggCEMAAAA/lJSTIQMgBEMAAIA/IAiTIgggCEMAAAA/lJSSIQRBAAUgEQshDiAQIAMgA5JDAACAv5I4AgAgEEEEaiEQIARDAAAAAEMAAIA/IAUgBl0bkiEDIA9BAWsiDw0ACwsgACAGOAIYIAAgAzgCBCAAIAc4AhQCQAJ9Q703hjUgASoCBCIDQ703hjVdDQAaIAMgA0MAAIA+XkUNABpDAACAPgsiBYsiAyADkiIEQwAAAD9eDQBDAAAAPyEEQwAAgD8gAyADkpMiA0MAAAA/XUUNACADIQQLAkAgAkUNACAEIAAqAjQiB5MgArMiA5UhCCAFIAAqAjAiBJMgA5UhCSAAKgIgIQMgAiEOQcCy6AAhAQNAIAAgCSAEkiIEIAAqAhySIgU4AhwgBUMAAIA/YAR9IAAgBUMAAIC/kiIFOAIcIAMgBSAElSIGIAZDAAAAP5SUkyEDQwAAgD8gBpMiBiAGQwAAAD+UlEMAAAAAkgVDAAAAAAshBiAIIAeSIQcgASADIAOSQwAAgL+SOAIAIAFBBGohASAFIAaSIQMgDkEBayIODQALIAAgBzgCNCAAIAM4AiAgACAEOAIwAkAgAkEDcSIORQRAIAIhAQwBC0EAIQAgAiEBA0AgCyANKgIAIAwqAgCUIAsqAgCSOAIAIAtBBGohCyAMQQRqIQwgDUEEaiENIAFBAWshASAAQQFqIgAgDkcNAAsLIAJBBEkNAANAIAsgDSoCACAMKgIAlCALKgIAkjgCACALIA0qAgQgDCoCBJQgCyoCBJI4AgQgCyANKgIIIAwqAgiUIAsqAgiSOAIIIAsgDSoCDCAMKgIMlCALKgIMkjgCDCALQRBqIQsgDEEQaiEMIA1BEGohDSABQQRrIgENAAsLC3MAIABBADoAEiAAQQA7ARAgACAALQAWIABBJWoQjAIgACAALQAUIABBL2oQjAIgACAALQAVIABBKmoQjAIgACAALQATIABBNGoQjAICQCAALQAoDQAgAC0ALQ0AIAAtADINACAALQA3DQAgAEH/ADoAEgsLqgIDAX8BfQF8IAItAAC4RAAAAAAAAFlAo7YhBAJAAkACQAJAIAItAAQOAwABAgMLIAGyIASUIgRDAACAT10gBEMAAAAAYHFFDQIgBKkhAwwCCyAEu0QAAAAAAMBfQKIgAbIgBJS7oSIFRAAAAAAAAPBBYyAFRAAAAAAAAAAAZnFFDQEgBashAwwBC0QAAAAAAADwPyAEu6FEAAAAAADAX0CiIAGyIASUu6AiBUQAAAAAAADwQWMgBUQAAAAAAAAAAGZxBEAgBashAwwBCwsgAi0AAkEBRgRAIAAgAC0AECIBIAMgASADSxs6ABALIAItAAFBAUYEQCAAIAAtABEiASADIAEgA0sbOgARCyACLQADQQFGBEAgACAALQASIgIgAyACIANLGzoAEgsLCgAgAEEfcRCVAgv1CQMPfwN9AXwgAEHUB2wiAEGXvOgAaiwAAEEATgRAIABByLToAGoiByABLQCGAUEfcSIAOgDOByAHIAAQlQIiAEEBdkEBcSAAQQFxaiAAQQJ2QQFxaiAAQQN2QQFxaiAAQQR2QQFxaiAAQQV2QQFxakEBdEHwsAZqLgEANgLQByAHLADPB0EGdEGo4ekAaiENIwBBIGsiCCQAQSYgAkEDbSIJIAlBJk4bQQdrQQAgAkEXShshDiACQdWq1QBsQbGOoBhqsiIUIBRDAACAM5S7RPLSTWIQWNm/orYQrwK7RNcS8kHPZpU/okQAAAAAAAAcQKO2lCEVIAdBnAVqIQ8gB0HsBGohECAHQdQEaiERIAdBsARqIRIgBEGAAUkhE0H/ACADIANB/wBOGyIDQQAgA0EAShtBAXZB0LIGaiEAQQAhCQNAIAEgCUEVbGoiAy0AFCEFIAMtABMhCiADLQASIQYCfyADLQARIgtFBEAgBkEfcUECdEHQsQZqKAIAIQYCfyAVIAVBB2uylCAUkiIWi0MAAABPXQRAIBaoDAELQYCAgIB4CyAGaiIGIApFDQEaIAq4RHsUrkfheoQ/okQAAAAAAADwP6C2ELUCu0QGgytlRxV3QaJEAAAAAAAA4D+gnCIXmUQAAAAAAADgQWMEQCAGIBeqagwCCyAGQYCAgIB4awwBCyAGQQNxQeQAbCAKakGPgiJsIAVBkekAbEH33wVrQQAgBUEHSxtqCyEGIBIgCUECdCIFaiAGNgIAIAUgEWogAy0ADkEDcUECdEHAswZqKAIANgIAIAUgEGogCzYCACATRQRAIAUgD2ogBjYCAAsgCCADLQAANgIQIAggAy0ABDYCACAIIAMtAAE2AhQgCCADLQAFNgIEIAggAy0AAjYCGCAIIAMtAAY2AgggCCADLQADNgIcIAggAy0ABzYCDCADLQAQEJQCIQoCQAJAIAIgAy0ACGsiBUERTgRAIAVBEGtBA24hBSADLQAKIQtBDCEGIAMtAAwiDA4EAgEBAgELQRIgBWtBA24hBSADLQAJIQtBDCEGIAMtAAsiDA4EAQAAAQALQSAgBSAFQSBPG0GQswZqLQAAIQVBDyEGCyADLQAPIAAtAABBkf7//wdqbEEBdEEOakFwcUH/AEEAIAUgC2xByQJsIAZ1IgVrIAUgDEECSRsgCmoiBSAFQf8AThtBBXRqIgVBACAFQQBKGyEKIA4gAy0ADWxBA3UhCyAHIAlBxABsaiIDIAhBEGoiBSgCADYCACADIAgoAgA2AhAgAyAFKAIENgIEIAMgCCgCBDYCFCADIAUoAgg2AgggAyAIKAIIIgY2AhggAyAFKAIMNgIMIAgoAgwhBSADIAs2AiQgAyAKNgIgIAMgBTYCHCADLQBAQQFGBEAgA0GwISAGQRROBH8gBkEcagUgBkECdEHgswZqKAIAC0EFdEFAcSIFIAVBsCFMG0EQdEGAgICFAWs2AiwgA0ECEJECCyAJQQFqIglBBkcNAAsgByABLQCGATYCiAUgB0EIIAEtAIcBIgNrQRAgAxs2AtAEIAcgAS0AiwFBpQFsQQZ2NgKMBSAHIAEtAI8BQQdxQdCzBmotAAA2ApAFIAEtAIwBIQMgB0H/ACAEIARB/wBOGzYClAUgByADQaUBbEEGdjYChAUgByANKAIMNgKYBSAIQSBqJAALC7ATBBV/AX4BfQF8IwBBIGsiCSQAAn9BACAAQdQHbCIAQZe86ABqLAAAQQBIDQAaQQEgAkEATA0AGiAAQci06ABqIgZBtAVqIQ0gBkHMBWohDiAGLQDMByEEIAlBGGoh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f}var wasmBinaryFile;function getBinarySync(file){if(file==wasmBinaryFile&&wasmBinary){return new Uint8Array(wasmBinary)}var binary=tryParseAsDataURI(file);if(binary){return binary}if(readBinary){return readBinary(file)}throw"both async and sync fetching of the wasm failed"}async function getWasmBinary(binaryFile){return getBinarySync(binaryFile)}async function instantiateArrayBuffer(binaryFile,imports){try{var binary=await getWasmBinary(binaryFile);var instance=await WebAssembly.instantiate(binary,imports);return instance}catch(reason){err(`failed to asynchronously prepare wasm: ${reason}`);abort(reason)}}async function instantiateAsync(binary,binaryFile,imports){return instantiateArrayBuffer(binaryFile,imports)}function getWasmImports(){return{env:wasmImports,wasi_snapshot_preview1:wasmImports}}async function createWasm(){function receiveInstance(instance,module){wasmExports=instance.exports;wasmMemory=wasmExports["memory"];updateMemoryViews();addOnInit(wasmExports["__wasm_call_ctors"]);removeRunDependency("wasm-instantiate");return wasmExports}addRunDependency("wasm-instantiate");function receiveInstantiationResult(result){receiveInstance(result["instance"])}var info=getWasmImports();if(Module["instantiateWasm"]){try{return Module["instantiateWasm"](info,receiveInstance)}catch(e){err(`Module.instantiateWasm callback failed with error: ${e}`);readyPromiseReject(e)}}wasmBinaryFile??=findWasmBinary();try{var result=await instantiateAsync(wasmBinary,wasmBinaryFile,info);receiveInstantiationResult(result);return result}catch(e){readyPromiseReject(e);return}}class ExitStatus{name="ExitStatus";constructor(status){this.message=`Program terminated with exit(${status})`;this.status=status}}var callRuntimeCallbacks=callbacks=>{while(callbacks.length>0){callbacks.shift()(Module)}};var noExitRuntime=Module["noExitRuntime"]||true;var __emscripten_memcpy_js=(dest,src,num)=>HEAPU8.copyWithin(dest,src,src+num);var wasmImports={_emscripten_memcpy_js:__emscripten_memcpy_js};var wasmExports;createWasm();var ___wasm_call_ctors=()=>(___wasm_call_ctors=wasmExports["__wasm_call_ctors"])();var _bm_web_flash=Module["_bm_web_flash"]=()=>(_bm_web_flash=Module["_bm_web_flash"]=wasmExports["bm_web_flash"])();var _bm_web_flash_size=Module["_bm_web_flash_size"]=()=>(_bm_web_flash_size=Module["_bm_web_flash_size"]=wasmExports["bm_web_flash_size"])();var _bm_web_flash_blank=Module["_bm_web_flash_blank"]=()=>(_bm_web_flash_blank=Module["_bm_web_flash_blank"]=wasmExports["bm_web_flash_blank"])();var _bm_web_flash_writes=Module["_bm_web_flash_writes"]=()=>(_bm_web_flash_writes=Module["_bm_web_flash_writes"]=wasmExports["bm_web_flash_writes"])();var _bm_web_init=Module["_bm_web_init"]=a0=>(_bm_web_init=Module["_bm_web_init"]=wasmExports["bm_web_init"])(a0);var _bm_web_button=Module["_bm_web_button"]=(a0,a1,a2)=>(_bm_web_button=Module["_bm_web_button"]=wasmExports["bm_web_button"])(a0,a1,a2);var _bm_web_key=Module["_bm_web_key"]=(a0,a1,a2)=>(_bm_web_key=Module["_bm_web_key"]=wasmExports["bm_web_key"])(a0,a1,a2);var _bm_web_encoder=Module["_bm_web_encoder"]=(a0,a1,a2)=>(_bm_web_encoder=Module["_bm_web_encoder"]=wasmExports["bm_web_encoder"])(a0,a1,a2);var _bm_web_master=Module["_bm_web_master"]=a0=>(_bm_web_master=Module["_bm_web_master"]=wasmExports["bm_web_master"])(a0);var _bm_web_midi=Module["_bm_web_midi"]=a0=>(_bm_web_midi=Module["_bm_web_midi"]=wasmExports["bm_web_midi"])(a0);var _bm_web_tick=Module["_bm_web_tick"]=a0=>(_bm_web_tick=Module["_bm_web_tick"]=wasmExports["bm_web_tick"])(a0);var _bm_web_render=Module["_bm_web_render"]=a0=>(_bm_web_render=Module["_bm_web_render"]=wasmExports["bm_web_render"])(a0);var _bm_web_fb=Module["_bm_web_fb"]=()=>(_bm_web_fb=Module["_bm_web_fb"]=wasmExports["bm_web_fb"])();var _bm_web_leds=Module["_bm_web_leds"]=()=>(_bm_web_leds=Module["_bm_web_leds"]=wasmExports["bm_web_leds"])();var _bm_web_sampler=Module["_bm_web_sampler"]=()=>(_bm_web_sampler=Module["_bm_web_sampler"]=wasmExports["bm_web_sampler"])();var _bm_web_sampler_cap=Module["_bm_web_sampler_cap"]=()=>(_bm_web_sampler_cap=Module["_bm_web_sampler_cap"]=wasmExports["bm_web_sampler_cap"])();var _bm_web_bpm=Module["_bm_web_bpm"]=()=>(_bm_web_bpm=Module["_bm_web_bpm"]=wasmExports["bm_web_bpm"])();var _bm_web_takes_free=Module["_bm_web_takes_free"]=()=>(_bm_web_takes_free=Module["_bm_web_takes_free"]=wasmExports["bm_web_takes_free"])();var _bm_web_takes_total=Module["_bm_web_takes_total"]=()=>(_bm_web_takes_total=Module["_bm_web_takes_total"]=wasmExports["bm_web_takes_total"])();var _bm_web_sampler_set=Module["_bm_web_sampler_set"]=(a0,a1)=>(_bm_web_sampler_set=Module["_bm_web_sampler_set"]=wasmExports["bm_web_sampler_set"])(a0,a1);var _bm_web_midi_out=Module["_bm_web_midi_out"]=(a0,a1)=>(_bm_web_midi_out=Module["_bm_web_midi_out"]=wasmExports["bm_web_midi_out"])(a0,a1);var _bm_web_lang_buf=Module["_bm_web_lang_buf"]=()=>(_bm_web_lang_buf=Module["_bm_web_lang_buf"]=wasmExports["bm_web_lang_buf"])();var _bm_web_lang_load=Module["_bm_web_lang_load"]=a0=>(_bm_web_lang_load=Module["_bm_web_lang_load"]=wasmExports["bm_web_lang_load"])(a0);var _bm_web_lang_on=Module["_bm_web_lang_on"]=()=>(_bm_web_lang_on=Module["_bm_web_lang_on"]=wasmExports["bm_web_lang_on"])();var _bm_web_sound_buf=Module["_bm_web_sound_buf"]=()=>(_bm_web_sound_buf=Module["_bm_web_sound_buf"]=wasmExports["bm_web_sound_buf"])();var _bm_web_sound_load=Module["_bm_web_sound_load"]=a0=>(_bm_web_sound_load=Module["_bm_web_sound_load"]=wasmExports["bm_web_sound_load"])(a0);var _bm_web_sound_count=Module["_bm_web_sound_count"]=a0=>(_bm_web_sound_count=Module["_bm_web_sound_count"]=wasmExports["bm_web_sound_count"])(a0);var _bm_web_view=Module["_bm_web_view"]=()=>(_bm_web_view=Module["_bm_web_view"]=wasmExports["bm_web_view"])();var _bm_web_playing=Module["_bm_web_playing"]=()=>(_bm_web_playing=Module["_bm_web_playing"]=wasmExports["bm_web_playing"])();var __emscripten_stack_restore=a0=>(__emscripten_stack_restore=wasmExports["_emscripten_stack_restore"])(a0);var __emscripten_stack_alloc=a0=>(__emscripten_stack_alloc=wasmExports["_emscripten_stack_alloc"])(a0);var _emscripten_stack_get_current=()=>(_emscripten_stack_get_current=wasmExports["emscripten_stack_get_current"])();var calledRun;dependenciesFulfilled=function runCaller(){if(!calledRun)run();if(!calledRun)dependenciesFulfilled=runCaller};function run(){if(runDependencies>0){return}preRun();if(runDependencies>0){return}function doRun(){if(calledRun)return;calledRun=true;Module["calledRun"]=true;if(ABORT)return;initRuntime();readyPromiseResolve(Module);Module["onRuntimeInitialized"]?.();postRun()}if(Module["setStatus"]){Module["setStatus"]("Running...");setTimeout(()=>{setTimeout(()=>Module["setStatus"](""),1);doRun()},1)}else{doRun()}}if(Module["preInit"]){if(typeof Module["preInit"]=="function")Module["preInit"]=[Module["preInit"]];while(Module["preInit"].length>0){Module["preInit"].pop()()}}run();moduleRtn=readyPromise; +var Module=moduleArg;var readyPromiseResolve,readyPromiseReject;var readyPromise=new Promise((resolve,reject)=>{readyPromiseResolve=resolve;readyPromiseReject=reject});var ENVIRONMENT_IS_WEB=true;var ENVIRONMENT_IS_WORKER=false;var moduleOverrides=Object.assign({},Module);var arguments_=[];var thisProgram="./this.program";var scriptDirectory="";var readAsync,readBinary;if(ENVIRONMENT_IS_WEB||ENVIRONMENT_IS_WORKER){if(ENVIRONMENT_IS_WORKER){scriptDirectory=self.location.href}else if(typeof 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tgogBhDMAiAAQQA6APjpCCAGQSBqJAALQQAgAgJ/IAAgAUEGb0EwbGoiAi0AcyIBQQhNBEAgAkHyAGoMAQsgAC0AIUEJcCEBIABBIGoLLQAAQQxwNgIAIAEL6wEBA38jAEEQayIEJAACfyABQQBMBEAgACABQTBsai0AYEEDcCIDQQNqIAMgA0EASBtB1AFsIAJBD3EiAkENbGoiBUG08ABqIQMCQCAAIAFBhAtsakH4AmogAkEDdGotAAQiAkELSw0AIAIgBUG68ABqLQAARg0AIAJBAnRBwLAGaigCACEDCyADDAELQcC5B0HAuQcoAgBBAXMiADYCACAEIAJBD3EgAiABQQFGIgEbQQFqNgIAIABBA3RBsLkHakEIQbUMQYIOIAEbIAQQzAJBwLkHKAIAQQN0QbC5B2oLIQEgBEEQaiQAIAELLQAgAC0ApIoBRQRAQX8PCyAAIAFBAXRqQbCKAWovAQAgAEEYaiABIAIQoQFwCxMAQQMgAC0Aj+QIIgAgAEECSRsLoQEBA38jAEEgayIEJAACQCABQf8BRgRAIAIgA0HXOUEAEMwCDAELIAHAQQBIBEAgBEGcygA2AhAgAiADQbYKIARBEGoQzAIMAQsgAUEBakH/AXEhBUHzCBCWASEGIAQCfyABQQdNBEBBh9QAIAAgAUHUAGxqLQCIkQgNARoLQc8OEJUBCzYCBCAEIAU2AgAgAiADIAYgBBDMAgsgBEEgaiQAC9oBAQF/IAAtAIiRCAR/IAFBADoAAEEBBUEACyECIAAtANyRCARAIAEgAmpBAToAACACQQFqIQILIAAtALCSCARAIAEgAmpBAjoAACACQQFqIQILIAAtAISTCARAIAEgAmpBAzoAACACQQFqIQILIAAtANiTCARAIAEgAmpBBDoAACACQQFqIQILIAAtAKyUCARAIAEgAmpBBToAACACQQFqIQILIAAtAICVCARAIAEgAmpBBjoAACACQQFqIQILIAAtANSVCAR/IAEgAmpBBzoAACACQQFqBSACCwvUBAEJfyMAQdADayIIJAACQAJAAkACfyAAQQhGBEBBvMHXACgCACEDQbjB1wAoAgAhBUH0l9cALQAARQ0CQfKX1wAtAAANAiADQQBHDAELIABBB0sNASAAQdQAbEGMjdYAaiIALQCIkQhFDQEgAEGIkQhqIgAoAgwhAyAAKAJQIQVBAQtFDQAgAw0BC0HErt4AKAIABEBBhKneAEEAQbgFEK4CGgtBxK7eAEIANwIAQcyu3gBCADcCAAwBCwJAQcSu3gAoAgAgBUYEQCADQciu3gAoAgBGDQELQQEhCkEBIQACQCAFRQ0AIANBAUcEQCADQX5xIQsDQCAAIAQgBWoiBiwAACIHIAdBH3UiB3MgB2siByAAIAdLGyIAIAYsAAEiBiAGQR91IgZzIAZrIgYgACAGSxshACAEQQJqIQQgCUECaiIJIAtHDQALCyADQQFxRQ0AIAAgBCAFaiwAACIEIARBH3UiBHMgBGsiBCAAIARLGyEAC0HUrt4AIAA2AgAgCCAFQQAgAyAAEBhB1KzeACAIQegBEK0CGkHIrt4AIAM2AgBBxK7eACAFNgIACyADQegBIAMgA0HoAU8bIAMgAkEDcXYiACAAQegBSRsiBGsgASADIAEgA0kbIgAgBEEDbmsiCUEAIAAgCU8bIgAgACAEaiADSxshAAJAIAoNACAAQcyu3gAoAgBHDQBB0K7eACgCACAAIARqRg0BC0HMrt4AIAA2AgBB0K7eACAAIARqIgQ2AgBBhKneACAFIAAgBEHUrt4AKAIAEBgLIAhB0ANqJAAL9QICCH8DfiAAQQBB0AMQrgIhCgJAIAFFDQAgAiADTw0AIARFDQAgCkHoAWohCyADIAJrrSEOA0AgAiANIA5+QugBgKdqIgggA08NASACIA1CAXwiDyAOfkLoAYCnaiIAIAhBAWogACAISxsiACADIAAgA0kbIQlBACEHIAghBUEAIQYDQCAGIAEgBWosAAAiACAAQR91IgBzIABrIgAgACAGSRshBiAAIABsIAdqIQcgBUEBaiIFIAlJDQALIAZB/wFsIQwgByAJIAhrbiEGQYCAgIAEIQUDQCAFIgBBAnYhBSAAIAZLDQALQQAhBSAABEADQCAFQQF2QQAgACAGIAAgBWoiB0kiCRtqIQUgBkEAIAcgCRtrIQYgAEEDSyEHIABBAnYhACAHDQALIAVB/wFsIQULIAogDaciAGpB/wEgDCAEbiIGIAZB/wFPGzoAACAAIAtqQf8BIAUgBG4iACAAQf8BTxs6AAAgDyINQugBUg0ACwsL8AMBCH8jAEFAaiIGJAACQCABQQdLDQAgACABQdQAbGoiAy0AiJEIRQ0AIANBiJEIaiEHAkAgAkUEQCAHKAJQIAcoAgxBgL6SASAHLwEEIgMEfyADBSAALwEYC0H//wNxbiAALQDMoQggBhDVASEEDAELQRAgAiACQRBOGyEEIAJBAEwNACAEQQFxIQkgBygCDCEFQQAhAyACQQFHBEAgBEEecSEKQQAhAgNAIAYgA0ECdGogAyAFbCAEbjYCACAGIANBAXIiCEECdGogBSAIbCAEbjYCACADQQJqIQMgAkECaiICIApHDQALCyAJRQ0AIAYgA0ECdGogAyAFbCAEbjYCAAsgAEG4tghqIABB/A1qQYQLEK0CGiAAQYH+AzsBuN4IIABBgA9qIQogAEEYaiEJQQAhCANAIAogCEEGdGohAkEAIQUCQAJAA0AgAiAFaiIDLQAAQQFxRQRAIAMtAAFBAXEEQEEAIQMMBAsgAy0AAkEBcQRAQQAhAwwECyADLQADQQFxBEBBACEDDAQLIAVBBGoiBUHAAEcNAQwCCwtBACEDDAELQQEhAyAIQQFqIghBEEcNAQsLIAkgByABIAYgBCADEBogAEEBOgDokAggAEEAOgCb5AggACAAKALc6gg2AuyQCAsgBkFAayQAIAQLrwMCCH8BfiABQQxqIQogAEHoGGohCSAAQeQNaiELA0AgCSAHQQxsaiIGEKgBIAdBAWohCCAEIAdKBEAgAyAIQQJ0aiAKIAQgCEsbKAIAIQwgBiACOgAAIAYgAyAHQQJ0aigCACINOwEGIAZBAjoAAyAGIAwgDWs7AQggCyAHQQN0aiIHQeQAOgABIAdBAToABwsgCCIHQRBHDQALAkAgBUUNACAAQQRBASABLQAGIgcgB0EBTRsiByAHQQRPG0EEdCIGOgDcDiAAIAY6ANQOIAAgBjoAzA4gACAGOgDEDiAAIAY6ALwOIAAgBjoAtA4gACAGOgCsDiAAIAY6AKQOIAAgBjoAnA4gACAGOgCUDiAAIAY6AIwOIAAgBjoAhA4gACAGOgD8DSAAIAY6APQNIAAgBjoA7A0gACAGOgDkDSAEQQBMDQAgAEHoDmohCSAGrUL/AYMhDkEAIQcDQAJAIAYgCigCACIIQQF2rSADIAdBAnRqNQIAIA5+fCAIrYCnIghMDQAgCSAHQQZ0aiAIaiIILQAAQQFxDQAgCEEBOgAACyAHQQFqIgcgBEcNAAsLC00BAX8gAEG4tghqIAAgAUGEC2xqQfgCaiABQYAUbCAAakHADWsgAUECSCICG0GEC0GAFCACGxCtAhogAEH/AToAud4IIAAgAToAuN4IC20BAX8CQCABQQdLDQAgAUHUAGxBjI3WAGoiAi0AiJEIRQ0AIABBD3FBDGxBjI3WAGoiAEGAGWoQqAEgACABOgCAGSAAIAJBiJEIaigCDDsBiBlB9J3eAEEBOgAAQfid3gBB6PfeACgCADYCAAsLMAEBf0GYjdYAKAIAIgBFBEBBAA8LQaCN1gAoAgBBgKA2IAARBQAiAEEAIAAQkgEbC+0DAQV/IwBBEGsiByQAQX8hAwJAQZyN1gAoAgAiBEUNAEGwl9cALQAADQBBkJ7eAC0AAA0AAn8CQAJAAkAgAA4EAAECAAQLQQAQkwFBgKA2IAQoAgQRAgANA0GAwDYgBCgCBBECAA0DQYDgNiAEKAIEEQIADQNBf0EAQYCANyAEKAIEEQIAIgIbIQMgAg0DIABBA0cNA0H1nd4AQQE6AABB2t3dAEEAOgAAQbj33gBCxZyd4pTplCQ3AABB+J3eAEHo994AKAIAIgI2AgBBAAwCCyABRQ0CIAJBgIABSw0CA0AgAkUEQEEAIQMMBAsgAkGAAiAGQf8BcWsiBSACIAIgBUsbIgVrIQIgBkGAoDZqIAEgBSAEKAIIEQMAIQAgASAFaiEBIAUgBmohBiAARQ0ACwwCCxAdIgNFBEBB0PfeAEHXxQAtAAA6AABByPfeAEHPxQApAAA3AABBwPfeAEHHxQApAAA3AABBuPfeAEG/xQApAAA3AABB6PfeACgCACECQX8MAQtB9Z3eAEEBOgAAQdrd3QBBAToAAEH4nd4AQej33gAoAgA2AgAgAxCTASAHEJQBNgIAQbj33gBBHkG2CiAHEMwCQej33gAoAgAhAkEACyEDQdj33gAgAkHcC2o2AgALIAdBEGokACADC7wSARB/IwBBoAFrIgUkAEF/IQkCQEGcjdYAKAIAIgtFDQBBsJfXAC0AAA0AQZCe3gAtAAANAAJAAkACQAJAAkAgAA4FAAEEAgMFC0EAIQlBssDfAEEAOwEADAQLIAFFDQMgAkHgxABLDQNB0fveACABIAIQrQIaQQAhCUGywN8ALwEAIAJPDQNBssDfACACOwEADAMLQZfBACEAAkBBAEEAEMcBIgFFDQACf0HQhQooAgAiAkEASgRAA0AgDCABIAxBA3RB4IUKaigCAEYNAhogDEEBaiIMIAJHDQALC0F/CyIBQQBIDQBBl8EAQfnDACALIAEQxQEiCRshAAsgBSAANgIAQbj33gBBHkG2CiAFEMwCQdj33gBB6PfeACgCAEHcC2o2AgAMAgsgBUGXwQBB+cMAIAtBABDFASIJGzYCEEG4994AQR5BtgogBUEQahDMAkHY994AQej33gAoAgBB3AtqNgIADAELQdH73gBBssDfAC8BABDCAUUEQEHQ994AQcDBAC8AADsAAEHI994AQbjBACkAADcAAEHA994AQbDBACkAADcAAEG4994AQajBACkAADcAAEHY994AQej33gAoAgBB3AtqNgIADAELQQAhASAFQYABaiIAQgA3AAAgAEEAOgAYIABCADcAECAAQgA3AAgCQEGUnt4ALQAARQ0AQZye3gAtAABFDQADQEGbnt4ALQAAIAAgAWpqQQE6AAAgAUEBaiIBQZye3gAtAABJDQALCwJAQeie3gAtAABFDQBB8J7eAC0AAEUNAEEAIQEDQEHvnt4ALQAAIAAgAWpqQQE6AAAgAUEBaiIBQfCe3gAtAABJDQALCwJAQbyf3gAtAABFDQBBxJ/eAC0AAEUNAEEAIQEDQEHDn94ALQAAIAAgAWpqQQE6AAAgAUEBaiIBQcSf3gAtAABJDQALCwJAQZCg3gAtAABFDQBBmKDeAC0AAEUNAEEAIQEDQEGXoN4ALQAAIAAgAWpqQQE6AAAgAUEBaiIBQZig3gAtAABJDQALCwJAQeSg3gAtAABFDQBB7KDeAC0AAEUNAEEAIQEDQEHroN4ALQAAIAAgAWpqQQE6AAAgAUEBaiIBQeyg3gAtAABJDQALCwJAQbih3gAtAABFDQBBwKHeAC0AAEUNAEEAIQEDQEG/od4ALQAAIAAgAWpqQQE6AAAgAUEBaiIBQcCh3gAtAABJDQALCwJAQYyi3gAtAABFDQBBlKLeAC0AAEUNAEEAIQEDQEGTot4ALQAAIAAgAWpqQQE6AAAgAUEBaiIBQZSi3gAtAABJDQALCwJAQeCi3gAtAABFDQBB6KLeAC0AAEUNAEEAIQEDQEHnot4ALQAAIAAgAWpqQQE6AAAgAUEBaiIBQeii3gAtAABJDQALC0GYjdYAKAIAIQxBoI3WACgCACECQbLA3wAvAQAhASAFQYABaiEDQdH73gAhDyMAQTBrIgYkAEF/IQACQEHR+94AIAEQwgFFDQBB0IUKKAIAIhFBC0oNAEHb+94ALQAAIQFB3PveAC0AACEEIAZBKGoiAEEAOgAAIAZBIGoiB0IANwMAIAZCADcDGCAGQgA3AxAgASAEQQh0ciINQYMgaiEBIAMEQCAAIAMtABg6AAAgByADKQAQNwMAIAYgAykAADcDECAGIAMpAAg3AxgLIAFBDHYhEiARQQBKBEADQAJAIA5BA3QiA0HlhQpqLQAAIgFFDQAgAUEDcSEKIANB4IUKai0ABCEAQQAhBEEAIQMgAUEETwRAIAFB/AFxIRBBACEHA0AgACADaiIBQRhNBEAgBkEQaiABakEBOgAACyABQQFqIghBGE0EQCAGQRBqIAhqQQE6AAALIAFBAmoiCEEYTQRAIAZBEGogCGpBAToAAAsgAUEDaiIBQRhNBEAgBkEQaiABakEBOgAACyADQQRqIQMgB0EEaiIHIBBHDQALCyAKRQ0AA0AgACADaiIBQRhNBEAgBkEQaiABakEBOgAACyADQQFqIQMgBEEBaiIEIApHDQALCyAOQQFqIg4gEUcNAAsLQRkgEmshASANQYMgakEMdiEEA0BBACEDAn8DQEF/IAZBEGogASADamotAAANARogA0EBaiIDIARHDQALIAELIgNBAEgEQCABQQBKIQAgAUEBayEBIAANAQsLQQAhAUF/IQAgA0EASA0AIA1BgyBqQQx2IQQDQCABIANqQQx0QYCAMGogCygCBBECAA0BIAFBAWoiASAERw0ACyAGQQBB0fveACANEOQBNgAMIA1BBGshAUHV+94AIQcgA0EMdCIAQYSAMGohBCAAQYCAMGohCgJAA0AgAUUNASABIAFBgAIgBEH/AXFrIgAgACABSxsiAGshASAEIAcgACALKAIIEQMAIQggACAHaiEHIAAgBGohBCAIRQ0AC0F/IQAMAQsgCiANaiEEQQQhCCAGQQxqIQdBBCEBAkADQCABRQRAA0AgCEUNAyAIIAhBgAIgCkH/AXFrIgEgASAISxsiAWshCCAKIA8gASALKAIIEQMAIQQgASAPaiEPIAEgCmohCiAERQ0AC0F/IQAMAwsgASABQYACIARB/wFxayIAIAAgAUsbIgBrIQEgBCAHIAAgCygCCBEDACEQIAAgB2ohByAAIARqIQQgEEUNAAtBfyEADAELIAsgDCACEMQBQQAhAUF/IQBB0IUKKAIAIgRBAEwNAANAIAFBA3RB5IUKai0AACADRgRAIAEhAAwCCyABQQFqIgEgBEcNAAsLIAZBMGokACAAQQBIBEBB1ffeAEEAOgAAQc333gBB18EAKQAANwAAQcj33gBB0sEAKQAANwAAQcD33gBBysEAKQAANwAAQbj33gBBwsEAKQAANwAAQdj33gBB6PfeACgCAEHcC2o2AgAMAQsCQEHV+94ALQAAQQRGBEBBrhsQlgEhCSAFQSA2AjAgBUHgAGpBHiAJIAVBMGoQzAIMAQsgBUHl+94AKAAANgJYIAVB3fveACkAADcDUCAFQQA6AFxBgQoQlgEhCSAFIAVB0ABqNgJAIAVB4ABqQR4gCSAFQUBrEMwCCyAFIAVB4ABqNgIgQbj33gBBHkG2CiAFQSBqEMwCQdj33gBB6PfeACgCAEHcC2o2AgBBACEJCyAFQaABaiQAIAkLpQMBB38jAEEgayIFJAAgAEGIkQhqIgAtAMwEIAAtAPgDIAAtAKQDIAAtANACIAAtAPwBIAAtAKgBIAAtAAAgAC0AVGpqampqampBB00EQCAAIAUQ0gEDQEEAIANBAWogASAFaiIGLQAAIgcbIQQgAyACIAIgA0gbIAIgBxshAgJ/AkAgAUEYRg0AIAYtAAENACAEQQFqDAELIAQgAiACIARIGyECQQALIQMgAUECaiIBQRpHDQALIAAtAAAEfyAAKAIMBUEACyEBIAAtAFQEQCAAKAJgIAFqIQELIAAtAKgBBEAgACgCtAEgAWohAQsgAC0A/AEEQCAAKAKIAiABaiEBCyAALQDQAgRAIAAoAtwCIAFqIQELIAAtAKQDBEAgACgCsAMgAWohAQsgAkEMdCEDIAAtAPgDBEAgACgChAQgAWohAQsgAC0AzAQEQCAAKALYBCABaiEBC0GAgAMgA0GAAWsiA0GA7gUgAWsiBCADIARJGyIDIANBgIADTxtBACABQf/tBU0bQQAgAhshAgsgBUEgaiQAQYCAAyACIAJBgIADTxsLhAEBBH8CQCAALQCEkQgiBARAIABB+pAIaiEFIABB8JAIaiEGA0AgAyAGai0AACABRgRAIAIgAyAFai0AAEYNAwsgA0EBaiIDIARHDQALIARBCUsNAQsgACAEaiABOgDwkAggACAALQCEkQhqIAI6APqQCCAAIAAtAISRCEEBajoAhJEICwuVAgEEfwJAIAAuAeSQCEEASA0AIAAtAISRCCIDBEAgAEH6kAhqIQQgAEHwkAhqIQUDQCACIAVqLQAAQQFGBEAgAiAEai0AAEUNAwsgAkEBaiICIANHDQALIANBCUsNAQsgACADakEBOgDwkAggACAALQCEkQhqQQA6APqQCCAAIAAtAISRCEEBajoAhJEICwJAIAFFDQAgAC0AhJEIIgMEQCAAQfqQCGohBCAAQfCQCGohBUEAIQIDQCACIAVqLQAAQQJGBEAgAiAEai0AAEUNAwsgAkEBaiICIANHDQALIANBCUsNAQsgACADakECOgDwkAggACAALQCEkQhqQQA6APqQCCAAIAAtAISRCEEBajoAhJEICwsaAQF/IAAoAggiAgRAIAAoAhQgASACEQAACwv1AgECfyAALQDokAgEQAJAIAAuAeSQCEEASA0AIAEgAC4B5JAIRg0AQX8PCyADIABB5NAHahCsASIEQQBIBEBBfw8LIAAgATsB5JAIIAAgBDsB5pAICwJ/IAAuAeSQCCACRgRAIAMgAEHk0AdqIAAvAeaQCBCtARogAEH//wM7AeSQCEEBDAELAkAgAkEQSw0AIAAoAgwiAUUNACAAIAJBAXRqIgQuAajPByIFQQBIDQAgBC8BkNAHIQQgACgCFCAFQQ10QZDgJWogAREFACIFRQ0AIARFDQBBACADIAUgBBCtAUEASg0BGgsgA0EAEKQBIANBARCkASADQQIQpAEgA0EDEKQBIANBBBCkASADQQUQpAEgA0EAOgCubSADQQA6AKhqIANBADoAqmogA0EAOgCycCADQQA6AKxtIANBADoAtnMgA0EAOgCwcCADQQA6ALRzQQALIQEgAEEBOgDpkAggACACOgDM0AcgACABOgDokAhBAAuAAQAgAUEBRgRAIAJBntUAQQYQrQIaQQYPCyABQQJIBEAgAkGk1QBBBRCtAhpBBQ8LIAAgAUEwbGotAG9BA2siAUH/AXFBA0sEQCACQa/VAEEHEK0CGkEHDwsgAiABQQJ0QfwHcSIBQbzWAGooAgAgAUHM1gBqKAIAIgEQrQIaIAELfgEBfwJAIAEgAC0AjOQIIgJGDQAgAUF7cUEBRgRAIABBADoAmOQIDAELIAJBBUYEQCAAQQU6AJjkCCAAIAAtAI3kCDoAmeQIDAELIAJFDQAgAC0AmOQIDQAgACACOgCY5AgLIABBADoA+OkIIAAgAToAjOQIIABBADoArekIC5oEAQh/IwBBEGsiBiQAIAAgAUEGbyIBOgCP5AggAUH/AXEhBwJAIAJBC2tBAkkNAAJAIAJBDUYEQCAHQQFHDQEMAgtBBiEDQZ7VACEEAkACQAJAAkAgAUH/AXEOAgEDAAsgACAHQTBsai0Ab0EDayIBQf8BcUEESQ0BQQchA0Gv1QAhBAwCC0EFIQNBpNUAIQQMAQsgAUECdEH8B3EiAUHM1gBqKAIAIQMgAUG81gBqKAIAIQQLIAZBCGogBCADEK0CGkEAIQEDQCAGQQhqIAFqLQAAIgQgAkcEQCABQQFqIgEgA0cNAQsLIAIgBEYNAQtBACECCwJAIAAtAIzkCCIJQQVHDQAgAkEORg0AIAAtAI3kCEEORw0AIAAtALChCCIKRQ0AIABB+pAIaiEIIABB8JAIaiEEA0ACQCAKIAV2QQFxRQ0AQQAhASAALQCEkQgiAwRAA0AgASAEai0AAEEIRgRAIAUgASAIai0AAEYNAwsgAUEBaiIBIANHDQALIANBCUsNAQsgAyAEakEIOgAAIAggAC0AhJEIaiAFOgAAIAAgAC0AhJEIQQFqOgCEkQgLIAVBAWoiBUEIRw0ACwsgACACOgCN5AggAkENRwRAIAAgB2ogAjoAkuQICyAAQf//AzsBwOQIIAlBBUcEQCAAQQA6AJjkCAsgAEEAOgD46QggAEEFOgCM5AggAEEAOgCt6QggBkEQaiQAC7ECAQR/IwBBQGoiASQAAkAgACwAuN4IIgJBAEgEQCAAQbTqCGpBziQpAAA3AAAgAEHGJCkAADcArOoIDAELIABBuMoIaiAAIAJB/wFxIgNBhAtsakH4AmogA0GAFGwgAGpBwA1rIAJBAkkiBBtBhAtBgBQgBBsQrQIaIAAgAjoAud4IIAFCADcDKCABQgA3AyAgASAAQbi2CGo2AiQgASACOgAhIAFBCzoAICAAQZT6AGogAUEgahAvIABBAToA6JAIIABB/wE6ALjeCCAAIAAoAtzqCDYC7JAIQYsMEJYBIQIgASADQQFqNgIQIAFBIGpBHiACIAFBEGoQzAIgASABQSBqNgIAIABBrOoIakEeQbYKIAEQzAILIAAgACgC3OoIQdwLajYCzOoIIAFBQGskAAuxAgEEfyMAQUBqIgEkAAJAIAAsALneCCICQQBIBEAgAEG06ghqQf4kKQAANwAAIABB9iQpAAA3AKzqCAwBCyAAQbi2CGogACACQf8BcSIDQYQLbGpB+AJqIANBgBRsIABqQcANayACQQJJIgQbQYQLQYAUIAQbEK0CGiAAIAI6ALjeCCABQgA3AyggAUIANwMgIAEgAEG4yghqNgIkIAEgAjoAISABQQs6ACAgAEGU+gBqIAFBIGoQLyAAQQE6AOiQCCAAQf8BOgC53gggACAAKALc6gg2AuyQCEGZDBCWASECIAEgA0EBajYCECABQSBqQR4gAiABQRBqEMwCIAEgAUEgajYCACAAQazqCGpBHkG2CiABEMwCCyAAIAAoAtzqCEHcC2o2AszqCCABQUBrJAAL9gEBAn8jAEFAaiICJAAgAEG4tghqIAAgAUGEC2xqQfgCaiABQYAUbCAAakHADWsgAUECSCIDG0GEC0GAFCADGxCtAhogAEH/AToAud4IIAAgAToAuN4IIAJBDDoAICACQQA2AiwgAkIANwIkIAJBADsBIiACIAE6ACEgAEGU+gBqIAJBIGoQLyAAQQE6AOiQCCAAIAAoAtzqCDYC7JAIQbvQABCWASEDIAIgAUEBajYCECACQSBqQR4gAyACQRBqEMwCIAIgAkEgajYCACAAQazqCGpBHkG2CiACEMwCIAAgACgC3OoIQdwLajYCzOoIIAJBQGskAAvUAQECfyMAQUBqIgEkAAJAQQIgABClAUUNACAAQduO1gAtAABGDQAgAUEANgIsIAFCADcCJCABQQA6ACMgAUGbBDsBICABIAA6ACJBoIfXACABQSBqEC9B9J3eAEEBOgAAQfid3gBB6PfeACgCADYCACAAQQJ0QYD2AGooAgAhAEHFCRCWASECIAEgADYCECABQSBqQR4gAiABQRBqEMwCIAEgAUEgajYCAEG4994AQR5BtgogARDMAkHY994AQej33gAoAgBB3AtqNgIACyABQUBrJAAL6wMBBX8jAEFAaiICJABBDyABIAFBD08bQQAgAUEAThshAyAALQDdigEhBAJAAn8gAC0ApIoBBEAgAyAERgRAIAJBADYCLCACQgA3AiQgAkGQ/gM2AiAgAEGU+gBqIAJBIGoQLwwDCwJAIAAtAOiQCEUNACAALgHkkAhBAEgNACAALgHkkAggAC0A3YoBRg0AIABBseoIakHFNSkAADcAACAAQcA1KQAANwCs6gggACAAKALc6ghB3AtqNgLM6ggMAwsgAkEANgIsIAJCADcCJCACQQA7ASIgAiADOgAhIAJBEDoAICAAQZT6AGogAkEgahAvQcfDABCWAQwBCyADIARGDQEgACAALQDokAgQIgJAIAAtAISRCCIEBEAgAEH6kAhqIQUgAEHwkAhqIQZBACEBA0AgASAGai0AAEEGRgRAIAMgASAFai0AAEYNAwsgAUEBaiIBIARHDQALIARBCUsNAQsgACAEakEGOgDwkAggACAALQCEkQhqIAM6APqQCCAAIAAtAISRCEEBajoAhJEIC0HkChCWAQshASACIANBAWo2AhAgAkEgakEeIAEgAkEQahDMAiACIAJBIGo2AgAgAEGs6ghqQR5BtgogAhDMAiAAIAAoAtzqCEHcC2o2AszqCAsgAkFAayQAC6cFAQx/IwBBwANrIgMkAEHpl9cALQAAIQVBfyECAkBB8J3eAC4BAEEATg0AAkBBpI3WAEHw3d0AEKwBIgRBAEgEQEHG994AQfcpKQAANwAAQcD33gBB8SkpAAA3AABBuPfeAEHpKSkAADcAAEHY994AQej33gAoAgBB3AtqNgIADAELIAVB8N3dACAEQf//A3EQzAENAQtB9J3eAEEAOgAAAkAgAUEASA0AQcTX3gAgAUGEC2xBhJDWAGoiDCABQYAUbEHM/9UAaiINIAFBAkkiBBtBhAtBgBQgBBsQrQIhBkHF694AQf8BOgAAIANBuANqIgcgAUEwbEGMjdYAaiICKQCAATcDACADQbADaiIIIAIpAHg3AwAgA0GoA2oiCSACKQBwNwMAIANBoANqIgogAikAaDcDACADQZgDaiILIAIpAGA3AwAgAyACKQBYNwOQAyACQdgAaiECIARFBEAgA0EMaiABQYQDbEHE8dYAaiIBQYQDEK0CGiAAEC4gDSAGQYAUEK0CGiACIAcpAwA3ACggAiAIKQMANwAgIAIgCSkDADcAGCACIAopAwA3ABAgAiALKQMANwAIIAIgAykDkAM3AAAgASADQQxqQYQDEK0CGgwBCyAAEC4gDCAGQYQLEK0CGiACIAcpAwA3ACggAiAIKQMANwAgIAIgCSkDADcAGCACIAopAwA3ABAgAiALKQMANwAIIAIgAykDkAM3AAALAn9BpI3WAEHw3d0AEKwBIgJBAEgEQEHG994AQfcpKQAANwAAQcD33gBB8SkpAAA3AABBuPfeAEHpKSkAADcAAEHY994AQej33gAoAgBB3AtqNgIAQQAMAQsgAEHw3d0AIAJB//8DcRDMAQshAiAFEC5BpJfXABC4AQsgA0HAA2okACACC/4BAQJ/AkACQCAAQRBLDQBBmI3WACgCACIBRQ0AIABBAXRBjI3WAGoiAC4BqM8HIgJBAEgNACAALwGQ0AchAEGgjdYAKAIAIAJBDXRBkOAlaiABEQUAIgFFDQAgAEUNAEGkjdYAIAEgABCtAUEASg0BC0GkjdYAQQAQpAFBpI3WAEEBEKQBQaSN1gBBAhCkAUGkjdYAQQMQpAFBpI3WAEEEEKQBQaSN1gBBBRCkAUHS+tYAQQA6AABBzPfWAEEAOgAAQc731gBBADoAAEHW/dYAQQA6AABB0PrWAEEAOgAAQdqA1wBBADoAAEHU/dYAQQA6AABB2IDXAEEAOgAACwtDAQJ/IAAvAYAQIgJBAWpB/wBxIgMgAC8BghBHBEAgACACQQR0aiICIAEpAgA3AgAgAiABKQIINwIIIAAgAzsBgBALC94CAQN/QfKX1wBBADoAAEGYx9cAQQA6AABBnMfXACgCACICRQRAQfy/1wBB9JfXAC0AADoAAA8LA0ACQCABQfAAbEGkmdcAaiIALQAARQ0AIAAtAAFBAUcNACAALQBPQQhHDQAgAEEAOgAIIABBADoAAAsCQCABQQFyQfAAbEGkmdcAaiIALQAARQ0AIAAtAAFBAUcNACAALQBPQQhHDQAgAEEAOgAIIABBADoAAAsgAUECaiIBQRZHDQALQcDB1wBBAEHIABCuAhpBw8HXAEHAADoAAEG8wdcAIAI2AgBBuMHXAEH4v9cAKAIANgIAQaSX1wAoAgAvAQAhAUH0l9cAQQE6AABBxMHXACABOwEAQdzH1wBBADYCAEHBwdcAQf//AzsAAEH4l9cAIAI2AgBBxsHXAEEBQQhBgOCnEiABbiIBQQF2IAJqIgAgAW4iAiACQQhPGyAAIAFJGzoAAAuuWgM3fw99AX4jAEEgayIRJABBlcDXAC0AACETQaSX1wAoAgAhDyARQgA3AxAgEUIANwMIIBFCADcDACAPLQB3BH9B7L/XAC0AAEEBdkEBcQVBAAshAiAPLQCnAQRAQQEgAkHsv9cALQAAQQRxGyECCyAPLQDXAQRAQQEgAkHsv9cALQAAQQhxGyECCyAPLQCHAgRAQQEgAkHsv9cALQAAQRBxGyECC0HAACABIAFBwABPGyEMIA8tAAdBAXRB/ANxQfCyCmooAgAhBEH0v9cALgEAIQNB8L/XACoCACE6AkACQCAPLQC3AgR/QQEgAkHsv9cALQAAQSBxGwUgAgsNACADQQBODQAgOkMAAAAAXkUNAQsCQCABRQ0AIASzQwAAgDCUITkgDEEDcSEJQQAhBAJAIAFBBEkEQEEAIQIMAQsgDEH8AHEhCkEAIQIDQCACQQJ0QeDPB2pDAACAPyA6IAIgA0YbIjo4AgAgAkEBciIFQQJ0QeDPB2pDAACAPyA5IDqUIAMgBUYbIjo4AgAgAkECciIFQQJ0QeDPB2pDAACAPyA5IDqUIAMgBUYbIjo4AgAgAkEDciIFQQJ0QeDPB2pDAACAPyA5IDqUIAMgBUYbIjo4AgAgOSA6lCE6IAJBBGohAiAGQQRqIgYgCkcNAAsLIAlFDQADQCACQQJ0QeDPB2pDAACAPyA6IAIgA0YbIjo4AgAgAkEBaiECIDkgOpQhOiAEQQFqIgQgCUcNAAsLQfC/1wBDAAAAACA6IDpDvTeGNV0bOAIACyATQf8BRiEDIAEEQEHg0QdBACAMQQJ0IgIQrgIaQeDNB0EAIAIQrgIaQeDLB0EAIAIQrgIaQeDJB0EAIAIQrgIaC0F/IBMgAxshGCAMQf4AcSESIAxBAXEhFiAMQQFrIRQDQEHsv9cALQAAIBB2QQFxBEAgEEEIdEHss9cAaiECIBBBMGwiB0Gkl9cAKAIAaiIJQUBrIQ4CQCAJLQBpIgNBvwFxRQRAIBBBAnQiA0HcwNcAakEANgIAIANBxMDXAGpBADYCAAwBCyADQcEASSIFBH9B/wAgA0HwAGxBP25rBSADQeQAbEGAMmtBP25BDGoLIQMgEEECdCIKQcTA1wBqIQsCQCABRQRAIApB3MDXAGoqAgAhOSALKgIAIToMAQtB/wAgAyADQf8ATxtBAnRB8LoKaigCALJDAACAN5QiOSA5QwAAgD8gOSA5Q83MjD+SlEMAAIA/kpUiQZQiQJQhQiAKQdzA1wBqKgIAITkgCyoCACE6QQAhAwNAAn8gQiACIANBAnRqIgQoAgCyIjsgOZMiPZQgQCA6lCA5kpIiPCBBIDqUIEAgPZSSIj1DzcyMv5QgO5IgPJMgBRsiO4tDAAAAT10EQCA7qAwBC0GAgICAeAshBiAEIAY2AgAgPCA8kiA5kyE5ID0gPZIgOpMhOiADQQFqIgMgDEcNAAsLIAtDAAAAACA6IDqLQwjlPB5dGzgCACAKQdzA1wBqQwAAAAAgOSA5i0MI5TweXRs4AgALIA4tACezQwAAADyUITogDi0ABLNDCtcjO5RDAAAAOJQiOSAOLQAFQf8AcUEBdCIDQfDCCmovAQCzlCE8IDkgA0HwwApqLwEAs5QhPSA5IA4tAAazlCFAIA4tABdBBUYEQCAJQbj2AGogDkEMEJ8CQ83MTD+UIDqSIToLQQEgFSA5QwAAAAAgOiA6QwAAAABdG5QiOUMAAAAAXiIDGyEVAkAgA0UNACABRQ0AQQAhA0EAIQYgFARAA0AgA0ECdCIEQeDRB2oiBSACIARqIgkoAgCyIDmUIAUqAgCSOAIAIARB5NEHaiIEIAkoAgSyIDmUIAQqAgCSOAIAIANBAmohAyAGQQJqIgYgEkcNAAsLQQEhFSAWRQ0AIANBAnQiA0Hg0QdqIgQgAiADaigCALIgOZQgBCoCAJI4AgALIDxDAAAAOJQhPCA9QwAAADiUIT0gQEMAAAA8lCFAIBEgEEECdGoCfgJ+AkACQCAOLQAXQQZHDQBBpJfXACgCACAHakHL9gBqLQAAQQNxIgNFDQBCACABRQ0CGiADQQJ0IgNB8NYAaioCAENvEoM6lEMAVixHlCI5IANBgNcAaioCAENvEoM6lEMAVixHlCI6kkMAAAA/lCE/IANB4NYAaioCAEMAVixHlSFFIDogOZNDAAAAP5QiRowhR0EAIQVB3MkHKAIAIQNB2MkHKgIAIT5B1MkHKgIAITtB0MkHKgIAIUFBACEJA0AgA0H/A3FBAnRB0LkHaiACIAlBAnQiBGooAgAiCrIiOTgCACA9An8gA7MiQiBGIEUgPpIiOkMAAIC/kiA6IDpDAACAP2AbIj5DAAAAv5KLQwAAgECUQwAAgL+SIkOUID+SkyI6QwAAAESSIDogOkMAAAAAXRsiOkMAAIBPXSA6QwAAAABgcQRAIDqpDAELQQALIgZBAWpB/wNxQQJ0QdC5B2oqAgAgBkH/A3FBAnRB0LkHaioCACJEkyA6IAazk5QgRJIgO5NDzcwMP5QgO5IiOyA5kpRDAABAP5QgBEHgyQdqIgsqAgCSIUQCfyBCIEcgQ5QgP5KTIjpDAAAARJIgOiA6QwAAAABdGyI6QwAAgE9dIDpDAAAAAGBxBEAgOqkMAQtBAAsiBkH/A3FBAnRB0LkHaioCACFCIAZBAWpB/wNxQQJ0QdC5B2oqAgAhQyALIEQ4AgAgBEHgywdqIgsgPCBCIEMgQpMgOiAGs5OUkiBBk0PNzAw/lCBBkiJBIDmSlEMAAEA/lCALKgIAkjgCACAEQeDNB2oiBCA5IECUIAQqAgCSOAIAIAogCkEfdSIEcyAEayIEIAUgBCAFSxshBSADQQFqIQMgDCAJQQFqIglHDQALDAELAkACQCAQRQ0AIA4tAAciBEUNAEEAIQMgAUUNASAEs0MEAgE8lCE6QQAhBgNAIAZBAnQiBEHgyQdqIglDAACAPyAEQeDPB2oqAgAgOpSTIAIgBGooAgAiBbKUIjkgPZQgCSoCAJI4AgAgBEHgywdqIgkgOSA8lCAJKgIAkjgCACAEQeDNB2oiBCA5IECUIAQqAgCSOAIAIAUgBUEfdSIEcyAEayIEIAMgAyAESRshAyAGQQFqIgYgDEcNAAsMAQtBACEDQQAhBiABRQ0AA0AgBkECdCIEQeDJB2oiCSACIARqKAIAIgWyIjkgPZQgCSoCAJI4AgAgBEHgywdqIgkgOSA8lCAJKgIAkjgCACAEQeDNB2oiBCA5IECUIAQqAgCSOAIAIAUgBUEfdSIEcyAEayIEIAMgAyAESRshAyAGQQFqIgYgDEcNAAsLIA4xAAQgA61+DAILQdTJByA7OAIAQdjJByA+OAIAQdDJByBBOAIAQdzJByADNgIAIAWtCyFIIEggDjEABH4LQpADgD4CAAsgEEEBaiIQQQZHDQALAkBB9MDXACwAALJDIQiCPJQiQEMAAAAAXkUNACABRQRAQQEhFQwBCyBAQzMzsz6UITlBASEVIAxBAXEhCQJAIBRFBEBBACEDDAELIAxB/gBxIQVBACEDQQAhBANAIANBAnQiAkHg0QdqIgYgAkHgyQdqKgIAIAJB4MsHaioCAJIgOZQgBioCAJI4AgAgAkHk0QdqIgYgAkHkyQdqKgIAIAJB5MsHaioCAJIgOZQgBioCAJI4AgAgA0ECaiEDIARBAmoiBCAFRw0ACwsgCUUNACADQQJ0IgJB4NEHaiIDIAJB4MkHaioCACACQeDLB2oqAgCSIDmUIAMqAgCSOAIAC0H4v9cAKAIAIglB4JMCaiEXAkBB/L/XAC0AAA0AQZjH1wAtAAANAEGkl9cAIA8tAARBA3FBkNcAai0AABC2ASEDQwAAQD9DAACAPyAPLQAFs0PUNug7lCAYQQ1GIgQbIjkgOUMAAEA/XRsgOSAYQQxGIgIbIT9DAAAAP0MAAAAAIAIbITsgDy0ABrNDAAAAPJQhOQJAIEBDAAAAAF0EQENmZmY/ID8gQEMzM7O+lJIiOiA6Q2ZmZj9eGyE/IDsgQEMAAAC/lJIhOyA5IEBDmpkZv5QiQV0NAQsgOSFBCyABRQ0AQQFB7okBIANBAXYiAiACQe6JAU8bIgIgAkEBTRshCkMAAAAAQwAAgD8gBBshQkGQwNcAKAIAIQJBhMDXACoCACE5QQAhAwNAIEIgOyADQQJ0IgRB4MkHaiIGKgIAIjogBEHgywdqIgUqAgAiPJKUIARB4M0HaioCAJKUIDmSITkgBgJ9IAJBAXEEQEGIwNcAQYzA1wAqAgAiPjgCAEGMwNcAIAlBgMDXACgCACIEQfCJAWogBCAEIApJGyAKa0EBdGouAQCyQwAAADiUIj04AgAgCSAEQQF0agJ/Qf//ASA5QwAAAD+UID8gPZSSQwD+/0aUIjlDAP7/RmANABpBgIACIDlDAAAAx18NABogOUMAAAA/QwAAAL8gOUMAAAAAYBuSIjmLQwAAAE9dBEAgOagMAQtBgICAgHgLOwEAQYDA1wAgBEEBaiIEQQAgBEHviQFNGzYCAEMAAAAAITkgPiA9kkMAAAA/lAwBC0GMwNcAKgIACyBBlCI9IDqSIjo4AgAgBSA9IDySIjw4AgAgFyACQf//AXFBAXRqAn9B//8BIDogPJJDAAAAP5RDAP7/RpQiOkMA/v9GYA0AGkGAgAIgOkMAAADHXw0AGiA6QwAAAD9DAAAAvyA6QwAAAABgG5IiOotDAAAAT10EQCA6qAwBC0GAgICAeAs7AQAgAkEBaiECIANBAWoiAyAMRw0AC0GQwNcAIAI2AgBBhMDXACA5OAIAC0Hg0wctAABFBEBBvNkJQagSNgIAQbjZCUGKtAk2AgBBtNkJQbAPNgIAQbDZCUGqlQk2AgBBrNkJQbUYNgIAQajZCUHA5Ag2AgBBpNkJQaEFNgIAQaDZCUH+2Qg2AgBBnNkJQcUVNgIAQZjZCUH0rgg2AgBBlNkJQbYKNgIAQZDZCUGImgg2AgBBjNkJQeQZNgIAQYjZCUHA5gc2AgBBhNkJQfIDNgIAQYDZCUHc3gc2AgBB/NgJQc0BNgIAQfjYCUHC2wc2AgBB9NgJQZkCNgIAQfDYCUGQ1wc2AgBB7NgJQc8ANgIAQejYCUHy1Qc2AgBB5NgJQekANgIAQeDYCUGg1Ac2AgBBoNQHQQBBuoQCEK4CGkHg0wdBAToAAEHo0wdBADYCAEHw0wdBADYCAEHk0wdBADYCAEHA2QlBADYCAEGA1AdBADYCAEH80wdBADYCAEH40wdBADYCAEHs0wdBADYCAEH00wdBADoAAAtBpJfXACgCACICLQAVs0MEAgE8lCFCAkAgQEMAAAAAXkUNACBCIEBDMzMzP5QiOV1FDQAgOSFCC0Hs0wcqAgAhQUHo0wcqAgAhREHk0wcqAgAhOQJAAkAgFQ0AIDlDAAAAAFwNACBEQwAAAABcDQAgQUMAAAAAWw0BCwJAIAFFBEAgQSE7DAELIAItABOzQwAAAD+UQwQCATyUQ2Zm5j6SITpBmNkJKAIAIidBjB9rIShBuNkJKAIAIilBuBdrISpDAACAPyACLQAUs0OamVk/lEMEAgE8lEPNzEw9kpMhRUG+2QkvAQAhBkG22QkvAQAhBUGu2QkvAQAhCUGm2QkvAQAhGUGe2QkvAQAhCkGW2QkvAQAhC0GO2QkvAQAhEkGG2QkvAQAhGkH+2AkvAQAhFEH22AkvAQAhFkHu2AkvAQAhD0Hm2AkvAQAhG0Gc2QkvAQAhHkGU2QkvAQAhHEGM2QkvAQAhEEG02QkvAQAhHUGs2QkvAQAhDkG82QkvAQAhH0Gw2QkoAgAhIEGo2QkoAgAhIUGg2QkoAgAhK0GQ2QkoAgAhIkGI2QkoAgAhI0GA2QkoAgAhLEH42AkoAgAhLUHw2AkoAgAhLkHo2AkoAgAhL0Hg2AkoAgAhMEHw0wcqAgAhOUH00wctAAAhAkH40wcqAgAhQ0HA2QkqAgAhPEH80wcqAgAhPUGA1AcqAgAhQEHk2AkvAQAhMUHs2AkvAQAhMkH02AkvAQAhM0H82AkvAQAhNEGE2QkvAQAhNUGk2QkvAQAhNkEAIQMDQCADQQJ0IgRB4NEHaioCACA5kiE5AkAgAkH/AXEEQEHA2QkgOUMAAAA/lCA8k0MAAEA/lCA8kiI8OAIAQf//ASEIAn9B//8BIDAgG0H//wNxQQF0aiINLgEAskMAAAA4lCI5QwAAQD+UIDySIjtDAP7/RpQiPkMA/v9GYA0AGkGAgAIgPkMAAADHXw0AGiA+QwAAAD9DAAAAvyA+QwAAAABgG5IiPotDAAAAT10EQCA+qAwBC0GAgICAeAshByANIAc7AQBB5tgJIBtBAWoiB0EAIAdB//8DcSAxSRsiGzsBAAJAIC8gD0H//wNxQQF0aiIHLgEAskMAAAA4lCI+QwAAQD+UIDtDAABAv5QgOZKSIjlDAP7/RpQiO0MA/v9GYA0AQYCAAiEIIDtDAAAAx18NACA7QwAAAD9DAAAAvyA7QwAAAABgG5IiO4tDAAAAT10EQCA7qCEIDAELQYCAgIB4IQgLIAcgCDsBAEHu2AkgD0EBaiIIQQAgCEH//wNxIDJJGyIPOwEAQf//ASEIAn9B//8BIC4gFkH//wNxQQF0aiINLgEAskMAAAA4lCI7QwAAID+UIDlDAABAv5QgPpKSIjlDAP7/RpQiPkMA/v9GYA0AGkGAgAIgPkMAAADHXw0AGiA+QwAAAD9DAAAAvyA+QwAAAABgG5IiPotDAAAAT10EQCA+qAwBC0GAgICAeAshByANIAc7AQBB9tgJIBZBAWoiB0EAIAdB//8DcSAzSRsiFjsBAAJAIC0gFEH//wNxQQF0aiIHLgEAskMAAAA4lCI+QwAAID+UIDlDAAAgv5QgO5KSIjlDAP7/RpQiO0MA/v9GYA0AQYCAAiEIIDtDAAAAx18NACA7QwAAAD9DAAAAvyA7QwAAAABgG5IiO4tDAAAAT10EQCA7qCEIDAELQYCAgIB4IQgLIAcgCDsBAEH+2AkgFEEBaiIIQQAgCEH//wNxIDRJGyIUOwEAQf//ASEIAn9B//8BICwgGkH//wNxQQF0aiINLgEAskMAAAA4lCI7QzMzM7+UIEQgOpQgOUMAACC/lCA+kiI+kpIiOUMA/v9GlCI/QwD+/0ZgDQAaQYCAAiA/QwAAAMdfDQAaID9DAAAAP0MAAAC/ID9DAAAAAGAbkiI/i0MAAABPXQRAID+oDAELQYCAgIB4CyEHIA0gBzsBAEGG2QkgGkEBaiIHQQAgB0H//wNxIDVJGyIaOwEAICMgEkH//wNxQQF0aiIHLgEAskMAAAA4lCE/AkAgOUMzMzM/lCA7kkMA/v9GlCI5QwD+/0ZgDQBBgIACIQggOUMAAADHXw0AIDlDAAAAP0MAAAC/IDlDAAAAAGAbkiI5i0MAAABPXQRAIDmoIQgMAQtBgICAgHghCAsgByAIOwEAQfzTByBFID8gPZOUID2SIj04AgBBjtkJIBJBAWoiEkEAIBJB//8DcSAQQf//A3FJGyISOwEAQf//ASEIAn9B//8BICIgC0H//wNxQQF0aiINLgEAskMAAAA4lCI7QwAAAD+UIDogPZSSIj9DAP7/RpQiOUMA/v9GYA0AGkGAgAIgOUMAAADHXw0AGiA5QwAAAD9DAAAAvyA5QwAAAABgG5IiOYtDAAAAT10EQCA5qAwBC0GAgICAeAshByANIAc7AQBBltkJIAtBAWoiC0EAIAtB//8DcSAcSRsiCzsBACAnIApB//8DcUEBdGoiBy4BALJDAAAAOJQhOQJAID9DAAAAv5QgO5JDAP7/RpQiO0MA/v9GYA0AQYCAAiEIIDtDAAAAx18NACA7QwAAAD9DAAAAvyA7QwAAAABgG5IiO4tDAAAAT10EQCA7qCEIDAELQYCAgIB4IQgLIAcgCDsBAEGe2QkgCkEBaiIKQQAgCkH//wNxIB5JGyIKOwEAQf//ASEIAn9B//8BICsgGUH//wNxQQF0aiINLgEAskMAAAA4lCI7QzMzM7+UIDkgOpQgPpKSIj5DAP7/RpQiP0MA/v9GYA0AGkGAgAIgP0MAAADHXw0AGiA/QwAAAD9DAAAAvyA/QwAAAABgG5IiP4tDAAAAT10EQCA/qAwBC0GAgICAeAshByANIAc7AQBBptkJIBlBAWoiB0EAIAdB//8DcSA2SRsiGTsBACAhIAlB//8DcUEBdGoiBy4BALJDAAAAOJQhPwJAID5DMzMzP5QgO5JDAP7/RpQiO0MA/v9GYA0AQYCAAiEIIDtDAAAAx18NACA7QwAAAD9DAAAAvyA7QwAAAABgG5IiO4tDAAAAT10EQCA7qCEIDAELQYCAgIB4IQgLIAcgCDsBAEGA1AcgRSA/IECTlCBAkiJAOAIAQa7ZCSAJQQFqIglBACAJQf//A3EgDkH//wNxSRsiCTsBAEH//wEhCAJ/Qf//ASAgIAVB//8DcUEBdGoiDS4BALJDAAAAOJQiO0MAAAA/lCA6IECUkiI+QwD+/0aUIj9DAP7/RmANABpBgIACID9DAAAAx18NABogP0MAAAA/QwAAAL8gP0MAAAAAYBuSIj+LQwAAAE9dBEAgP6gMAQtBgICAgHgLIQcgDSAHOwEAQbbZCSAFQQFqIgVBACAFQf//A3EgHUkbIgU7AQAgKSAGQf//A3FBAXRqIgcvAQAhDQJAID5DAAAAv5QgO5JDAP7/RpQiO0MA/v9GYA0AQYCAAiEIIDtDAAAAx18NACA7QwAAAD9DAAAAvyA7QwAAAABgG5IiO4tDAAAAT10EQCA7qCEIDAELQYCAgIB4IQgLIAcgCDsBAEHk0wcgOTgCAEHo0wcgDcGyQwAAADiUIkQ4AgBBvtkJIAZBAWoiBkEAIAZB//8DcSAfSRsiBjsBAEHs0wcgISAJQf//A3EiCEEBdGoiDSAOQQAgCEHFAUkbQf//A3FBAXRqQYoDay4BALJDAAAAOJQgDSAOQQAgCEGYEUkbQf//A3FBAXRqQbAiay4BALJDAAAAOJSSICAgBUH//wNxIiRBAXRqIjcgHUEAICRB+ApJG0H//wNxQQF0akHwFWsuAQCyQwAAADiUkyAqIAZB//8DcSIHQQF0aiAfQQAgB0HcC0kbQf//A3FBAXRqLgEAskMAAAA4lJIgIyASQf//A3EiB0EBdGoiJSAQQQAgB0HcC0kbQf//A3FBAXRqQbgXay4BALJDAAAAOJSTICIgC0H//wNxIiZBAXRqIjggHEEAICZBjAFJG0H//wNxQQF0akGYAmsuAQCyQwAAADiUk0OamRk/lCI7OAIAQfjTByAlIBBBACAHQYQCSRtB//8DcUEBdGpBiARrLgEAskMAAAA4lCAlIBBBACAHQdAPSRtB//8DcUEBdGpBoB9rLgEAskMAAAA4lJIgOCAcQQAgJkHYCUkbQf//A3FBAXRqQbATay4BALJDAAAAOJSTICggCkH//wNxIgdBAXRqIB5BACAHQcYPSRtB//8DcUEBdGouAQCyQwAAADiUkiANIA5BACAIQawMSRtB//8DcUEBdGpB2BhrLgEAskMAAAA4lJMgNyAdQQAgJEGYAkkbQf//A3FBAXRqQbAEay4BALJDAAAAOJSTQ5qZGT+UIj84AgAgBEHgyQdqIgggQSA7kkMAAAA/lCBClCAIKgIAkjgCACBDID+SQwAAAD+UIT5DAAAAACE5IDshQSA/IUMMAQsgBEHgyQdqIgggQSBClCAIKgIAkjgCACBDIT4gQSE7CyAEQeDLB2oiBCA+IEKUIAQqAgCSOAIAIAJBAXMhAiADQQFqIgMgDEcNAAtB9NMHIAI6AABB8NMHIDk4AgBB6NMHKgIAIURB5NMHKgIAITkLQejTB0MAAAAAIEQgRItDCOU8Hl0bOAIAQeTTB0MAAAAAIDkgOYtDCOU8Hl0bOAIAQfzTB0MAAAAAQfzTByoCACI5IDmLQwjlPB5dGzgCAEGA1AdDAAAAAEGA1AcqAgAiOSA5i0MI5TweXRs4AgAgFQ0AIDuLQ703hjVdRQ0AQfjTByoCAItDvTeGNV1FDQBB5NMHQQA2AgBB6NMHQQA2AgBB+NMHQQA2AgBB7NMHQQA2AgALIBNB/wFHBEACfwJAAkAgE0H+AXEiBUEIaw4HAAEBAQEBAAELQQEhCUGkl9cAQYADELYBIQJB/wBB/wBB7gBBmMDXADUCAELuAH5BASACIAJBAU0brYCnIgIgAkHuAE4bIgJrIgMgA0H/AE8bQTpBLiATQQ5HIgMbIAJBACACQQBKGyATQQlHIgIbIBNBCEYbQQJ0QfC6CmooAgCyQwAAgDeUIjkgOUMAAIA/IDkgOUMzM7M/kpRDAACAP5KVIkCUIjmUITsgAiADcSEGQQEMAQsCfyATQQNNBEACQEGkl9cAIBNBlNcAai0AABC2ASICQYCAAkkEQCACIQQMAQsDQCACQf//A0shAyACQQF2IgQhAiADDQALC0EBIAQgBEEBTRsMAQtBASAFQQRHDQAaAkBBpJfXAEEwQeAAIBNBBEYbELYBIgJBgIACSQRAIAIhBAwBCwNAIAJB//8DSyEDIAJBAXYiBCECIAMNAAsLQQEgBCAEQQFNGwshCUEBIQZDAAAAACE7IBhBBkcEQEMAAAAAITlDAAAAACFAQQEMAQtDAAAAACE5QwAAAAAhQEGkl9cAQeAAELYBCyESQbCY1wAoAgBBGHAhAiABBEBDAACAP0MAAAAAIAJBDEkbIT5BmMDXACgCACEDIBKtIUggBUEIayEKQQAhAgNAAkACQAJAAkACQAJAAkACQCAYDgwFBQUFAAABAgYGAwQGCyACQQJ0IgRB4MsHaiAXQZzA1wAoAgAgAyAJcEF/c2pB//8BcUEBdGouAQCyQwAAADiUIjo4AgAgBEHgyQdqIDo4AgAMBgsCQCASBEAgA61CCIYgSICnIgRBgAJIDQELIAJBAnQiBEHgywdqQQA2AgAgBEHgyQdqQQA2AgAMBgtBoMDXAEGgwNcAKAIAIARrIgVBgAJqIgQ2AgAgAkECdCILQeDLB2ogFyAEQQh2QQFqQf//AXFBAXRqLgEAsiAXIARBB3ZB/v8DcWouAQCyIjqTIAVB/wFxs0MAAIA7lJQgOpJDAAAAOJQiOjgCACALQeDJB2ogOjgCAAwFC0GAwdcAID5BgMHXACoCACI6k0MAAIA8lCA6kiI6OAIAIAJBAnQiBEHgyQdqIgUgBSoCACA6lDgCACAEQeDLB2oiBCA6IAQqAgCUOAIADAQLAn8gAkECdCIEQeDJB2oiBSoCAEMAAIBBlCI6i0MAAABPXQRAIDqoDAELQYCAgIB4CyELIAUgC7JDAACAPZQ4AgACfyAEQeDLB2oiBCoCAEMAAIBBlCI6i0MAAABPXQRAIDqoDAELQYCAgIB4CyEFIAQgBbJDAACAPZQ4AgAMAwsCQCADQQxwBEBB/MDXACoCACE6QfjA1wAqAgAhPAwBC0H4wNcAIAJBAnQiBEHgyQdqKgIAIjw4AgBB/MDXACAEQeDLB2oqAgAiOjgCAAsgAkECdCIEQeDJB2ogPDgCACAEQeDLB2ogOjgCAAwCCyACQQJ0IgRB4MsHaiAXQZzA1wAoAgAgAyAJcGpB//8BcUEBdGouAQCyQwAAADiUIjo4AgAgBEHgyQdqIDo4AgALAkAgCg4HAAEBAQEBAAELQazA1wAgOyACQQJ0IgRB4MkHaiIFKgIAIkFBrMDXACoCACI8kyJClCA5QaTA1wAqAgAiPZQgPJKSIjogOpIgPJM4AgBBpMDXACBAID2UIDkgQpSSIjwgPJIgPZM4AgAgBSA6IEEgPEMzM7O/lJIgOpMgBhs4AgBBsMDXACA7IARB4MsHaiIEKgIAIkFBsMDXACoCACI8kyJClCA5QajA1wAqAgAiPZQgPJKSIjogOpIgPJM4AgBBqMDXACBAID2UIDkgQpSSIjwgPJIgPZM4AgAgBCA6IEEgPEMzM7O/lJIgOpMgBhs4AgALIANBAWohAyACQQFqIgIgDEcNAAtBmMDXACADNgIAC0GkwNcAQwAAAABBpMDXACoCACI5IDmLQwjlPB5dGzgCAEGswNcAQwAAAABBrMDXACoCACI5IDmLQwjlPB5dGzgCAEGowNcAQwAAAABBqMDXACoCACI5IDmLQwjlPB5dGzgCAEGwwNcAQwAAAABBsMDXACoCACI5IDmLQwjlPB5dGzgCAAsCQAJAAn9B9MDXACwAACICQQBIBEBBSCACIAJBSEwbQTxqDAELIAJFBEBBpJfXACgCAC0AFgwBC0EBQTsgAkEDbEECdiICIAJBO08bIgIgAkEBTRtBxABqCyIDQcUAa0F2TQRAIANBxQBPBH8gA0HGAGxBmCVrQf7/A3FBO25BFGoFQTwgA2tB1QBswUFEbUH/AGoLIQIgAUUEQEHAwNcAKgIAITlBuMDXACoCACE6QbzA1wAqAgAhPEG0wNcAKgIAIT0MAgtB/wAgAkH//wNxIgIgAkH/AE8bQQJ0QfC6CmooAgCyQwAAgDeUIjkgOUMAAIA/IDkgOUOamZk/kpRDAACAP5KVIj+UIkCUIUNBuMDXACoCACE6QcDA1wAqAgAhOUG0wNcAKgIAIT1BvMDXACoCACE8QQAhAiADQcUASSEDA0AgAkECdCIEQeDJB2oiBiBDIAYqAgAiQSA8kyJClCBAID2UIDySkiI7ID8gPZQgQCBClJIiQkOamZm/lCBBkiA7kyADGzgCACAEQeDLB2oiBCBDIAQqAgAiRCA5kyI+lCBAIDqUIDmSkiJBID8gOpQgQCA+lJIiPkOamZm/lCBEkiBBkyADGzgCACA7IDuSIDyTITwgQiBCkiA9kyE9IEEgQZIgOZMhOSA+ID6SIDqTITogAkEBaiICIAxHDQALDAELQbTA1wBCADcCAEG8wNcAQgA3AgAMAQtBvMDXAEMAAAAAIDwgPItDCOU8Hl0bOAIAQbTA1wBDAAAAACA9ID2LQwjlPB5dGzgCAEHAwNcAQwAAAAAgOSA5i0MI5TweXRs4AgBBuMDXAEMAAAAAIDogOotDCOU8Hl0bOAIAC0GYx9cALQAABEBBhNQHKgIAQwAAAABbBEBBiNQHQeWuy/QDNgIAQYTUB0HlrsvwAzYCAEGM1AdB5a7L8AM2AgBBkNQHQdfKufl7NgIAQZTUB0H58on0AzYCAAsCQCABRQ0AQQAhAgNAQZjH1wAtAABFDQEgAkECdCIDQeDLB2oqAgAhOSADQeDJB2oqAgAhOkGU1AcqAgAhPEGQ1AcqAgAhPUGsx9cAKgIAIUBBjNQHKgIAITtBiNQHKgIAIUFBhNQHKgIAIUJBrMfXAEGox9cAKgIAIj44AgBBtMfXACoCACE/QbTH1wBBsMfXACoCACJDOAIAQaDH1wBBoMfXACgCACIEQYD9AGoiAzYCAEGox9cAIDogOZJDAAAAP5QiOTgCAEGwx9cAIDsgQJQgQiA5lCBBID6UkpIgPSBDlJMgPCA/lJMiOTgCAAJAIANB1tgCSQ0AQaDH1wAgBEHW2wFrNgIAQZzH1wAoAgAiA0GAgANBpMfXACgCACIEIARBAWtB//8CTxtJBEBBnMfXACADQQFqNgIAQfi/1wAoAgAgA2pB/wBBgH8CfyA5QwAAAEOUIjlDAAAAP0MAAAC/IDlDAAAAAGAbkiI5i0MAAABPXQRAIDmoDAELQYCAgIB4CyIEIARBgH9MGyIDIANB/wBOGzoAAAwBCxAwCyACQQFqIgIgDEcNAAsLQbDH1wBDAAAAAEGwx9cAKgIAIjkgOYtDCOU8Hl0bOAIAQbTH1wBDAAAAAEG0x9cAKgIAIjkgOYtDCOU8Hl0bOAIAC0H//wFBhMHXAC8BACICIAJsQQV2IgIgAkH//wFPGyEKAkAgAUUEQEGYwdcALQAAIQsMAQsgCrNDAAAAOJRBhsHXAC8BALNDAAAAOJQiPJMgDEEBIAEbs5UhQUGIwdcALQAAs0OHw2E9lEMAAIA/kiFAQZzB1wAqAgAhOUEAIQJBmMHXAC0AACILIQVBisHXAC0AAEEBRyEJA0AgQCACQQJ0IgNB4MsHaioCAJQhOgJ9IEAgA0HgyQdqKgIAlCI9QwAAgD9gBEBBicHXAEEBOgAAQwAAgD8MAQsgPUMAAIC/XwRAQYnB1wBBAToAAEMAAIC/DAELID0gPUMAAAC/lCA9lEMAAMA/kpQLIT0CfSA6QwAAgD9gBEBBicHXAEEBOgAAQwAAgD8MAQsgOkMAAIC/XwRAQYnB1wBBAToAAEMAAIC/DAELIDogOkMAAAC/lCA6lEMAAMA/kpQLIToCQAJAIAUEQEGcwdcAIDlDDYyUu5IiOTgCAEMAAAAAITsgOUMAAAAAXQ0BDAILQZzB1wAgOUMNjJQ7kiI5OAIAQwAAgD8hOyA5QwAAgD9eRQ0BC0GcwdcAIDs4AgAgOyE5CwJ/IDogPCA5lEM7juJKlCI7lCI6i0MAAABPXQRAIDqoDAELQYCAgIB4CyEDIEEgPJIhPCAAIAJBA3RqIgYCfwJ/ID0gO5QiOotDAAAAT10EQCA6qAwBC0GAgICAeAsiBCAJDQAaIAMgBGpBAm0hA0GQwdcAKAIAIgQEQEGQwdcAIARBAWs2AgBBAAwBC0EAQZTB1wAoAgAiBEUNABpBlMHXACAEQQFrNgIAQbPmzAMLNgIAIAYgAzYCBCACQQFqIgIgDEcNAAsLQYbB1wAgCjsBAEGsmNcAIAtB/wFxBH9BnMHXACoCAEMAAAAAWwVBAAs6AABBicHXAC0AAARAQYnB1wBBADoAAEHol9cAQQE6AAALQdaX1wBB/wEgESgCAEEHdiICIAJB/wFPGyICQaDB1wAoAgAiA0EPbEEEdiACIANLGyICOgAAQaDB1wAgAjYCAEHXl9cAQf8BIBEoAgRBB3YiAiACQf8BTxsiAkGkwdcAKAIAIgNBD2xBBHYgAiADSxsiAjoAAEGkwdcAIAI2AgBB2JfXAEH/ASARKAIIQQd2IgIgAkH/AU8bIgJBqMHXACgCACIDQQ9sQQR2IAIgA0sbIgI6AABBqMHXACACNgIAQdmX1wBB/wEgESgCDEEHdiICIAJB/wFPGyICQazB1wAoAgAiA0EPbEEEdiACIANLGyICOgAAQazB1wAgAjYCAEHal9cAQf8BIBEoAhBBB3YiAiACQf8BTxsiAkGwwdcAKAIAIgNBD2xBBHYgAiADSxsiAjoAAEGwwdcAIAI2AgBB25fXAEH/ASARKAIUQQd2IgIgAkH/AU8bIgJBtMHXACgCACIDQQ9sQQR2IAIgA0sbIgI6AABBtMHXACACNgIAQZjH1wAtAAAEQEH4l9cAQZzH1wAoAgA2AgALIBFBIGokAAvBBAEJf0EGIQwgASENAkACQAJAIAEOAwIBAAELQQYhDUEBIQwMAQsgAEGAAmohCQNAAn8CQCAGQfAAbCAJakGQBmoiBy0AAEUNACABIActAAFHDQAgBy8BBg0AQQEMAQtBACAHLQAIRQ0AGiABIActAAlGCyAIaiEIIAZBAWoiBkEPRw0ACyAIIAFBBm9BmNcAai0AAE8hCUEHIQ1BDyEMCyAAQYACaiEOQQAhBgJAA0AgDiALIA1qQfAAbGoiBy0AACEIAkACQAJAAkAgCQRAIAhB/wFxBEAgASAHLQABRg0CCyAHLQAIRQ0EIAEgBy0ACUcNBAsgCEH/AXENACAHLQAIRSAJQQFzcQ0FQQkhCCAGDQEMAgsgBkUNAUEEIQggBy0ABCIAQQRGDQAgBy0ABUUNAEEDQQIgAEEDRhshCAsCQCAGLQAARQRAQQkhAAwBC0EEIQAgBi0ABCIKQQRGDQAgBi0ABUUNAEEDQQIgCkEDRhshAAsgBi0ACCEKAkAgBy0ACARAIApFDQMgACAITw0BDAILIAoNASAAIAhJDQELIAAgCEcNASAHKAIcIgggBigCHCIASA0AIAAgCEcNASAHKAIYIAYoAhhPDQELIAchBgsgC0EBaiILIAxHDQALQQAhByAGRQ0AAkAgBigCHEH//z9KDQAgBi0ACA0AIAZBADoAACAGDwsgBiAFOgAMIAYgAzoACyAGIAI6AAogBiABOgAJIAZBAToACCAGQdgAOwEGIAYgBCgAADYADQsgBwsQACAAQQA6AA0gAEF/NgAJC98CAQh/IwBBEGsiBCQAIAAoAgQiBigCACEDIAAtAAghBSAEIAAtAAk6AAwgAEH/AToACSAEIAAtAAo6AA0gAEH/AToACiAEIAAtAAs6AA4gAEH/AToACyAEIAAtAAw6AA8gAEH/ATsADCABQQ9xIgdBA3QgAyAFQYQLbGpB4AJqIAMgBUGAFGxqQdgNayAFQQJJG2oiCS0AB0EDcSEIIAZBgAJqIQpBACEDA0ACQCAKIANB8ABsaiIBLQAARQ0AIAEtAAEgBUcNACAHIAEtAExHBEAgCEUNASABLQBNIAhHDQELIAEvAQYNACABQQA6AAggAUHYADsBBgsgA0EBaiIDQRZHDQALAkAgCS0ABEEMcEEBSw0AIAUNACAGLgHQKEEATg0AIAYgBi8B0ig7AdAoCyAGIAUgByACIARBDGpBABAyIgMEQCAAIAMgByACIARBDGpBABA1CyAEQRBqJAALgBwCCH8IfSAAKAIEIgYoAgAhByAALQAIIQUgBCgAACEEIAFBAToAACABIAQ2ABEgAC0ACCEEIAEgAkEPcSIAOgBMIAEgADoAAiABIAQ6AAEgAUEAOgAIIAFBAjYCBCABIAM6AAMgBiAGKAKgFUEBaiIENgKgFSABIAQ2AhggASAAQQN0IAcgBUGEC2xqQeACaiAHIAVBgBRsakHYDWsgBUECSRtqIgAtAAdBA3E6AE0gAC0AASEEIAFBgICAgAQ2AhwgAUH/ACAEIARB/wBPGzoAUCAALQAEQQxwIQQgByAFQTBsakFAayEFIAEtABIiB0H/AUYEQCAFLQABIQcLIARBAXQhCCABLQARIgJB/wFGBEAgBS0AACECCyAIQaCxBmohCSABLQATIghB/wFGBEAgBS0AAiEICyAALQACIQogCS8BACEJIAAtAAUhCyAALQADIQwgAC0ABiENIAEtABQiAEH/AUYEQCAFLQADIQALIAEgBmtBgAJrQfAAbSEGQUBB/wAgB0H/AXEgCmoiAUFAaiIFIAVB/wBPG0FAaiABQcAASRuyQwAAwD6UQwAAQEGVELwCIAlB//8DcbOUIRJB/wAgAkH/AXEgC2oiAUFAaiIFIAVB/wBPG0EAIAFBwABPG7NDAAD+QpUhD0H/ACAIQf8BcSAMaiIBQUBqIgUgBUH/AE8bQQAgAUHAAE8bs0MAAP5ClSEOQf8AIABB/wFxIA1qIgFBQGoiACAAQf8ATxtBACABQcAATxuzQwAA/kKVIREgA7NDAAD+QpUhEwJAIAZBFUsNACAGQZACbCIAQaCF6ABqIgYgBEEAIARBC00bIgQ6AABBlLkHKgIAIRAgAEG0hegAaiATOAIAIABBsIXoAGogETgCACAAQayF6ABqIA44AgAgAEGohegAaiAPOAIAIABByIXoAGpCADcDACAAQcCF6ABqQQA6AAAgAEG8hegAakEANgIAIABBoYXoAGpBAToAACAAQaSF6ABqIBIgEJUiFDgCACAAQbiF6ABqIARB/wFxIgRBAnRBwLEGaioCADgCACAAQdCF6ABqIQACQAJAAkACQAJAAkACQAJAAkACQAJAIAQODAABAgMEBQYCBwgJCgsLIABCADcDACAAQgA3AyAgAEIANwMYIABCADcDECAAQgA3AwggBkIANwJkIAZBytX++wM2AmAgBkKi9ILoo+H1kTw3A1ggBkIANwJsIAZBADYCdAwKCyAGQgA3A3AgBkIANwOAASAAQgA3AwggAEEANgIYIABCADcDECAAQgA3AwAgBkIANwJcIAZCADcCVCAGQgA3A3ggBkHfqoX6AzYCbCAGQr+5+fWDgICAPzcCZAwJCyAAQgA3AwAgAEIANwMQIABCADcDCCAGQsrV/vsDNwNQIAZBADYCWCAGQqL0guij4fWRPDcDSCAGQgA3A8ABIAZBADYCyAEgBkEANgJsIAZCovSC6KPh9ZE8NwJcIAZBADYC1AEgBkIANwLMASAGQsrV/vsDNwJkIAZCovSC6KPh9ZE8NwNwIAZBADYCgAEgBkLK1f77AzcDeCAGQgA3A9gBIAZBADYC4AEgBkHK1f77AzYCjAEgBkEANgKUASAGQqL0guij4fWRPDcChAEgBkEANgLsASAGQgA3AuQBIAZBADYCkAEgBkHK1f77AzYCoAEgBkKi9ILoo+H1kTw3A5gBIAZCADcCpAEgBkEANgL4ASAGQgA3A/ABIAZBytX++wM2ArQBIAZCovSC6KPh9ZE8NwKsASAGQgA3A7gBDAgLIABCADcDACAAQQA2AhggAEIANwMQIABCADcDCCAGQQA2AnQgBkHK1f77AzYCbCAGQqL0guij4fWRPDcCZCAGQQA2AmAgBkGg5uD7AzYCXCAGQoCAgICgxK6APTcCVCAGQaDm4PsDNgJQIAZBovSC6AM2AkwgBkEANgJwDAcLIABCADcDACAAQgA3AyAgAEIANwMQIABCADcDGCAAQgA3AwggBkLK1f77AzcDYCAGQQA2AmggBkKi9ILoo+H1kTw3A1ggBkEANgJ8IAZCovSC6KPh9ZE8NwJsIAZCytX++wM3AnQMBgsgAEIANwMAIABCADcDCCAGQu+kjNSDgICAPzcD4AEgBkKAgID4AzcDsAEgBkKAgID8AzcDgAEgBkLvpIzUg4CAgD83A3AgBkKAgID4AzcDQCAGQQA2AvgBIAZBytX++wM2AvABIAZCovSC6KPh9ZE8NwPoASAGQQE6ANwBIAZCgICA/AM3AtQBIAZCgICA+AM3AswBIAZC76SM1IOAgIA/NwLEASAGQQE6AMABIAZCgICA/AM3A7gBIAZC76SM1IOAgIA/NwOoASAGQQE6AKQBIAZCgICA/AM3ApwBIAZCgICA+AM3ApQBIAZC76SM1IOAgIA/NwKMASAGQQE6AIgBIAZCgICA+AM3A3ggBkEBOgBsIAZCgICA/AM3AmQgBkKAgID4AzcCXCAGQu+kjNSDgICAPzcCVCAGQQE6AFAgBkKAgID8AzcDSCAGQQA2AowCIAZCovSC6KPh9ZE8NwL8ASAGQQA2AvQBIAZCytX++wM3AoQCDAULIABCADcDACAAQgA3AxggAEIANwMQIABCADcDCCAGQQA2AlQgBkEANgJIIAZDAACAPyAPQ83MzD+SlSITOAI0IAYCfyARQ6abRDyUQ6abxDuSIBCUIhFDAACAT10gEUMAAAAAYHEEQCARqQwBC0EACzYCWCAGQwAAgD9DAACAPyAQQ0JgZTuUQwAAgD+SlZM4AkwgBkMAAIA/QwAAgD8gDkOamRk/lCAOlEPNzEw9kiAQlEMAAIA/kpWTOAJQIAYgEiAPQzMzsz+UQ5qZGT+SlCAQlSIOIA4gDpQiDiAOIA4gDiAOQyP+LkWUQ5DsrEKSlEOPNCFDkpRDZUgjQpKUQ6ldJUGSlEPbD0lAkpQiDjgCMCAGQwAAgD8gDiAOlCATIA6UQwAAgD+SkpU4AjgMBAsgAEIANwMAIABCADcDGCAAQgA3AxAgAEIANwMIIAYgEkOkcL0/lCAQlTgCUCAGIBQ4AkwgBiARQzMzMz+UQ5qZmT6SOAJgIAZBgICA/AM2AlQgBkEANgJEIAZBrvSi9wM2AjQgBkMAAIA/QwAAgD8gEEOmm0Q8lEMAAIA/kpWTOAJYIAZDAACAP0MAAIA/IA5DAAAAP5QgDpRDCtcjPZIgEJRDAACAP5KVkzgCXCAGIBIgD0MAAEBAlEOamZk/kpQgEJUiDiAOIA6UIg4gDiAOIA4gDkMj/i5FlEOQ7KxCkpRDjzQhQ5KUQ2VII0KSlEOpXSVBkpRD2w9JQJKUIg44AjAgBkMAAIA/IA4gDpQgDkMuuug+lEMAAIA/kpKVOAI4DAMLIABCADcDACAAQgA3AyggAEIANwMgIABCADcDGCAAQgA3AxAgAEIANwMIIAZBADYCYCAGIA9DzcxMP5RDzcxMPpI4AlggBiAPQwAAQECUIBOUQwAAgD+SOAJcIAYCfyAQQwAAAD+UIBKVIg9DAACAT10gD0MAAAAAYHEEQCAPqQwBC0EAC0ECajYCZCAGQwAAgD8gDkMAALRClCAOlEMAAIBAkiIOlSITOAI0IAZDAACAPyAOQ83MTD+UlSIVOAJIIAZDZmbmPiAUIBRDZmbmPl4bIg4gDiAOlCIOIA4gDiAOIA5DI/4uRZRDkOysQpKUQ480IUOSlENlSCNCkpRDqV0lQZKUQ9sPSUCSlCIPOAIwIAZDZmbmPiASIBFDAABAQJRDAADAP5KUIBCVIg4gDkNmZuY+XhsiDiAOIA6UIg4gDiAOIA4gDkMj/i5FlEOQ7KxCkpRDjzQhQ5KUQ2VII0KSlEOpXSVBkpRD2w9JQJKUIg44AkQgBkMAAIA/IA8gD5QgEyAPlEMAAIA/kpKVOAI4IAZDAACAPyAOIA6UIBUgDpRDAACAP5KSlTgCTAwCCyAAQgA3AwAgAEIANwMgIABCADcDGCAAQgA3AxAgAEIANwMIIAZBAToAVCAGQeTxuPwDNgI0IAYgD0MAAAA/YCIANgJQIAZDAACAPyARQwrXIz2UIBGUQ28SAzqSIBCUQwAAgD+SlTgCSCAGQwAAgD9DAACAPyAOQzMzMz+UIA6UQwrXozySIBCUQwAAgD+SlZM4AkwgBkNmZuY+IBJDAAB6RZVDAIC7REMAAJZDIAAbAn9DAAAQQkMAAEBCIAAbIA9DAAAAv5IgDyAAGyIOIA6SlEMAAABDkiIOi0MAAABPXQRAIA6oDAELQYCAgIB4CyIEQQJ0QYDUBmoqAgACfyAOIASyk0MAAIBDlCIOi0MAAABPXQRAIA6oDAELQYCAgIB4C0ECdEGQ3AZqKgIAlJSUIBCVIg4gDkNmZuY+XhsiDiAOIA6UIg4gDiAOIA4gDkMj/i5FlEOQ7KxCkpRDjzQhQ5KUQ2VII0KSlEOpXSVBkpRD2w9JQJKUIg44AjAgBkMAAIA/IA4gDpQgDkPkOI4/lEMAAIA/kpKVOAI4DAELIAZBgICAggQ2AkwgBkGAgID8AzYCRCAGIBQ4AjggBkIANwMwIAYgDyAPQwAAwECUlCATQwAAAD+UQwAAAD+SlDgCQCAGQwAAgD9DAACAPyAQQ6abRDyUQwAAgD+SlZM4AlAgBgJ/IBFDFK7/QJQiD4tDAAAAT10EQCAPqAwBC0GAgICAeAtBAnRB8LEGaioCADgCPCAGQwAAgD9DAACAPyAOQ83MTD+UIA6UQwrXozySIBCUQwAAgD+SlZM4AkgLCwIAC0sAIAHAQQBIBEAgACABQQNxaiACOgAJDwsgAUHAAEYEQCAAIAI6AA0PCyABQQNNBEAgACgCBCgCACAALQAIQTBsaiABaiACOgBACwvVVwISfRx/IAJB/v8DcSEmIAJBAXEhJyACQfz/A3EhKCACQQNxISUgACgCBCIfQaABaiEpIB9BgAJqISoDQAJAICogIUHwAGxqIhstAABFDQAgGy0AASAALQAIRw0AQQAhFwJAICEiFkEVSw0AIAJBAEwNACAWQZACbCIWQaGF6ABqIhktAAAhGiAZQQA6AAAgFkHQhegAaiEVAn8CfQJAAkACQAJAAkACQAJAAkACQAJAAkACQAJAIBZBoIXoAGoiGS0AAA4MAAECBAUGBwMICQoLDAsgGkH/AXFBAEchGCAZKgIUIQcgGSoCBCEKIBkqAgwhBSAZKgIQIgMgA5IiA0MAAIA/IANDAACAP10bIQ4gA0MAAIC/kkMAAAAAIANDAACAP14bIQ8gAiEWQdDZCSEaAn8gGSoCCCIDQwAA2EKUQwAAAEOSIgSLQwAAAE9dBEAgBKgMAQtBgICAgHgLIRcCfyAEIBeyk0MAAIBDlCIEi0MAAABPXQRAIASoDAELQYCAgIB4C0ECdEGQ3AZqKgIAIQYgF0ECdEGA1AZqKgIAIQgCfyAFQwAAoEKUQwAAAEOSIgSLQwAAAE9dBEAgBKgMAQtBgICAgHgLIRcCfyAEIBeyk0MAAIBDlCIEi0MAAABPXQRAIASoDAELQYCAgIB4C0ECdEGQ3AZqKgIAIQQgF0ECdEGA1AZqKgIAIQkgGARAIBVBADYCHCAVQqyAgICAITcCACAVIAdDAADgQJRDAABAQJI4AgwLIBUqAiQhCyAWBEBDAACAPyAKQwAAgECUIAggBpSUIgYgBkMAAIA/XhshCCAJIASUQwCAu0SUIQxDbxKDOiAKlSENIANDAACAPpJDCtejPZQhCSAVKAIEIRcgFSgCACEYA0AgFQJ9IBgEQCAVIBhBAWsiGDYCACAVKgIMIgMgA0MAAIC/kiAYGwwBC0EAIRggFSoCCEOl/GI/lAsiAzgCCCAVIAMgFSoCECIFk0PVGmg+lCAFkiIFOAIQIANDWDk0PZQgAyAFk5IiBUMAAAAAYEUEQCAFIAWSIgNDMzMzP5QgA4tDAACAP5KVIQULIBUCfSAXBEAgFSAXQQFrIhc2AgRDAACAPyEDQwAAAABDzcxMvyAXGwwBC0MAAAAAIQNBACEXIBUqAhhDSuJ/P5QLIgc4AhggFSADIBUqAhQiA5ND1RpoPpQgA5IiBjgCFCAVKgIcQwAAIEGUQwAAgL+SIgRDAAAAAGBFBEAgBCAEkiIDQzMzMz+UIAOLQwAAgD+SlSEEC0MAAAAAIQMCQCAKIA4gBkOamdk/lJRDAACAP5IgDyAEQzMzMz+SQwrXoz2UlJKUIgRDAAAAAF0NACAEIgNDzczMPl5FDQBDzczMPiEDCyAVQwAAgD8gDCADlEMAAIA/kpUiBDgCLCAVIAMgA0PXVzlBlCADlEPbD0lAkpQiAzgCKCAVQwAAgD8gAyADlCAEIAOUQwAAgD+SkpUiBjgCMCAVIAMgBiANIAUgB0PNzEy+lJKUIAQgFSoCNCIHlJMgAyAHlJMgFSoCOCIGk5SUIgQgBCAHkiIEkjgCNCAVIAMgBJQiAyADIAaSIgOSOAI4IBUgAzgCHCAVIAggBSAJlCAEkiAVKgIgIgOTlCADkiIDOAIgIBogAzgCACAaQQRqIRogFkEBayIWDQALCyAVIAs4AiQgGSoCECIDQwAAAL+SIgUgBZJDAAAAACADQwAAAD9eGyIDQwAAAABeRQ0LIBlBKGohFiACIRVB0NkJIRcCfUMAAIC/IANDAAAAP5RDAAAAP5IiA0MAAABAIAOTlCADIAMgA5QiBCAElJRDAADAQZQgA0MAAAA/lCIDkyAElCADkiIGQ8P1qL6SlEPD9ag+kiIDQwAAQMBdDQAaQwAAgD8gA0MAAEBAXg0AGiADIAMgA5RDAADYQZKUIANDAAAQQZQgA5RDAADYQZKVCyEDIBYqAgQhBCAWKgIAIQUgFQRAQwAAgD8gA5UgBJMgFbMiA5UhByAGIAWTIAOVIQYDQCAXIAcgBJIiBAJ9QwAAgL8gBiAFkiIFIBcqAgCUIgNDAABAwF0NABpDAACAPyADQwAAQEBeDQAaIAMgAyADlEMAANhBkpQgA0MAABBBlCADlEMAANhBkpULlDgCACAXQQRqIRcgFUEBayIVDQALCyAWIAU4AgAgFiAEOAIEDAsLIBpB/wFxQQBHIRggGSoCFCEGIBkqAgQhByAZKgIMIQQgGSoCECIDQwAAAL+SIgUgBZJDAAAAACADQwAAAD9eGyEFIAMgA5IiA0MAAIA/IANDAACAP10bIQ4gAiEWQdDZCSEdAn8gGSoCCCIUQwAA2EKUQwAAAEOSIgiLQwAAAE9dBEAgCKgMAQtBgICAgHgLIRcCfyAIIBeyk0MAAIBDlCIIi0MAAABPXQRAIAioDAELQYCAgIB4C0ECdEGQ3AZqKgIAIQkgF0ECdEGA1AZqKgIAIQ0CfyAEIASUQwAAcMKUQwAAAEOSIgSLQwAAAE9dBEAgBKgMAQtBgICAgHgLIRcCfyAEIBeyk0MAAIBDlCIEi0MAAABPXQRAIASoDAELQYCAgIB4C0ECdEGQ3AZqKgIAIQQgF0ECdEGA1AZqKgIAIQMgGARAIBVBgICA/AM2AgwgFUKsgICAkAc3AlAgFSAGQzMzMz+UQ5qZmT6SIgg4AhwgFSAIOAIUCyAVKgIAIQwgFSoCJCEIIBYEQEMAAIA/IAdDAACAQJQgDSAJlJQiCSAJQwAAgD9eGyEJIAMgBJRDDYyUupRDAACAP5IhDyAHIAyTIBazlSEQQwAAgD8gBUMAAAAAIAdDAAAAwZRDAACAP5IiBCAEQwAAAABdG5QiDZMhESAOQwAAYECUIRIgFSgCVCEcQaC5BygCACEXIBUoAlAhGANAIBUgF0GNzOUAbEHf5rvjA2oiF7NDAACAL5RDAAAAv5IgFSoCCCIEk0NvEgM7lCAEkiIEOAIIAkAgFQJ9IBwEQCAVIBxBAWsiHDYCVEMAAIA+DAELIBUgFSoCDEN4d38/lDgCDCAVIBUqAgRDAAAAPyAQIAySIgwgEiAVKgIQlEMAAIA/kpQiByAHQwAAAD9eG5IiBzgCBEEAIRwgB0MAAIA/YEUNASAHQwAAgL+SCyIHOAIECwJAIBgEQCAVIBhBAWsiGDYCUCAVKgIcIQYgFSoCFCEKDAELIBUgDyAVKgIUlCIKOAIUIBUgFSoCHEPo1n4/lCIGOAIcQQAhGAsgFSAKIBUqAhgiBZNDzczMPZQgBZIiCjgCGCAVIAYgFSoCICIFk0PNzMw9lCAFkiIOOAIgIBUgFSoCDCAVKgIQIgaTQ83MzD2UIAaSOAIQIBVDAAAAP0PNzMw9QwAAAABDAACAPyAYGyAVKgIsIgaTIgVDAAAAAF4bIAWUIAaSIgY4AiwgFSAGIBUqAjAiBZNDCtcjPZQgBZIiAzgCMCAVIBUqAjQiBSAVKgI8IAYgA5MgFSoCOCAVKgJAIgaUkyAFIAaUkyAVKgJEIgOTlJQiCyALIAaSIgaSOAJAIBUgBSAGlCIGIAYgA5IiBZI4AkQgFSAXQY3M5QBsQd/mu+MDaiIXs0MAAIAvlCAVKgJIIgaTQ83MTD2UIAaSIgY4AkggFSAGIBUqAkwiA5NDCtejO5QgA5IiAzgCTAJ/IAQgDZQgB5IiBItDAAAAT10EQCAEqAwBC0GAgICAeAshGiAEIBqykyIEQwAAgD8gBJMgBEMAAAA/XRtDAACAQJRDAACAv5IiB4tDAACAP5IhCyAHIAeSIRMCfyAEQwAAQD+SIgeLQwAAAE9dBEAgB6gMAQtBgICAgHgLIRogEyALlSEEIBUgCUMAAAAAIApDmpmZPpQgCiARAn8gByAaspNDAAAARJQiB4tDAAAAT10EQCAHqAwBC0GAgICAeAsiGkECdEHwvwZqIh4qAgQgHioCACILkyAHIBqyk5QgC5IgBJOUIASSQ5qZGb+SlCIEQwAAQECUIASLQwAAAECSlZKTIAUgBiADk5IgDpQgFJSTIBUqAigiB5OUIAeSIgQ4AiggHSAEOAIAIB1BBGohHSAWQQFrIhYNAAtBoLkHIBc2AgALIBUgDDgCACAVIAg4AiQMCgsgFSAaQf8BcUEARyAZKgIUIBkqAgQgGSoCCCAZKgIMIBkqAhAgAhCYAgwJCyAVIBpB/wFxQQBHIBkqAhQgGSoCBCAZKgIIQ5qZGT+UIBkqAgwgGSoCEEMzM7M+lCACEJgCDAgLIBpB/wFxQQBHIRggGSoCFCEHIBkqAgQhCSAZKgIIIQUgAiEWQdDZCSEaAn8gGSoCECIEQwAA4MCUIBkqAgwiA0MAAHDClJJDAAAAQ5IiBotDAAAAT10EQCAGqAwBC0GAgICAeAshFwJ/IAYgF7KTQwAAgEOUIgaLQwAAAE9dBEAgBqgMAQtBgICAgHgLQQJ0QZDcBmoqAgAhCyAXQQJ0QYDUBmoqAgAhCgJ/IARDAADgQJQgBSAFlCIPQwAAQMGUIAMgAyADQwAAgL+SlEMAAIA/kpRDAACQwpSSkkMAAABDkiIFi0MAAABPXQRAIAWoDAELQYCAgIB4CyEXAn8gBSAXspNDAACAQ5QiBYtDAAAAT10EQCAFqAwBC0GAgICAeAtBAnRBkNwGaioCACEMIBdBAnRBgNQGaioCACENIBVDAACAPwJ9QwAAAAAgBEPNzIw/lEPNzEy9kiIEQwAAAABdDQAaIAQgBEMAAIA/XkUNABpDAACAPwsiBSAFkkMAAAA/kpUiCDgCOCAVIAlDAABAQJQiBCAEIASUIgQgBENJJl9ClEOPuiFBkpRD2w9JQJKUIg44AhwgFUMAAAA/IAlDAAAMQpQiBCAEQwAAAD9eGyIEIAQgBJQiBCAEQ0kmX0KUQ4+6IUGSlEPbD0lAkpQiBDgCNCAVQwAAAD8gCUMAACBBlCIGIAZDAAAAP14bIgYgBiAGlCIGIAZDSSZfQpRDj7ohQZKUQ9sPSUCSlCIGOAIoIBVDAACAPyAOQwAAgD+SlTgCICAVQwAAgD8gBkMAAIA/kpU4AiwgFUMAAIA/IAQgBJQgCCAElEMAAIA/kpKVOAI8IBgEQCAVQYCAgPwDNgIQIBVCADcCACAVIAdDMzMzP5RDmpmZPpIiBDgCDCAVIAQ4AgggFQJ/IANDj8L1PJRDCtcjPZJDAFYsR5QiBItDAAAAT10EQCAEqAwBC0GAgICAeAs2AhgLIBUqAhQhECAWBEAgCiALlEMNjBS7lEMAAIA/kiERIA0gDJRDExDGupRDAACAP5IhCkMAAIA/IAWTkSEMIAWRIQ0gD0MAAAAAQwAAgD9DAAAAPiAJk0MAAABBlCIDIANDAACAP14bIANDAAAAAF0bIgMgA5SUIhJDzczMPJQhEyAVKAIYIRhBoLkHKAIAIRcDQCAVIBUqAggiAyAKQwAAgD8gA0OPwvU8XhsgCiAWQQFrIhZBAXEblCIGOAIIAkAgGARAIBUgGEEBayIYNgIYDAELIBUgESAVKgIMlDgCDEEAIRgLIBUgFSoCEEPKK38/lCIEOAIQIBUgFSoCACIHIAkgDyAEQwAAgECUlEMAAIA/kpQiA5IiBTgCACAVIAND9ii8P5QgFSoCBCIIkiIDOAIEAkAgFQJ9IBJDzczMPV4EQCATQwAAgL9DAACAPyAHQwAAAD9eG0MAAIC/QwAAgD8gCEMAAAA/XhuSlEMAAIA/kiIHIAVfBEAgFUMAAIA/IAWTIgU4AgALIAMgB2BFDQJDAACAPyADkwwBCyAFQwAAgD9gBEAgFSAFQwAAgL+SIgU4AgALIANDAACAP2BFDQEgA0MAAIC/kgsiAzgCBAsgFSAVKgI0IgcgFSoCPCAXQY3M5QBsQd/mu+MDaiIXs0MAAIAvlCAVKgI4IBUqAkAiCJSTIAcgCJSTIBUqAkQiDpOUlCILIAsgCJIiCJI4AkAgFSAHIAiUIgcgByAOkiIHkjgCRCAVIBUqAhwiCCAMIAaUIANDAACAPyADkyADQwAAAD9dG0MAAIBAlENmZqa/kiIDIAOSIAOLQwAAgD+SlUMAAIA+lCAFQwAAgD8gBZMgBUMAAAA/XRtDAACAQJRDZmamv5IiAyADkiADi0MAAIA/kpVDmpkZP5RDzczMvZKSlCIDIBUqAiAgCCADlCAVKgIkkpQiA5OUIAOSOAIkIBUgFSoCKCIFIAcgBSAHlCAVKgIwkiAVKgIslCIFkyIGlCAFkjgCMCAaIAMgDSAGQ83MzD2SIAQgFSoCDJKUlJI4AgAgGkEEaiEaIBYNAAtBoLkHIBc2AgALIBUgEDgCFAwHCyAVIRcgGkH/AXFBAEchFiAZKgIUIQMgGSoCBCEJIBkqAgghBSAZKgIQIQogAiEVQdDZCSEgAn8gGSoCDCIGQwAAqMKUQwAAAEOSIgSLQwAAAE9dBEAgBKgMAQtBgICAgHgLIRgCfyAEIBiyk0MAAIBDlCIEi0MAAABPXQRAIASoDAELQYCAgIB4C0ECdEGQ3AZqKgIAIQsgGEECdEGA1AZqKgIAIQwgFgRAIBcgA0MzMzM/lEOamZk+kkMAAIA/IAaTQwAAAD+UQwAAwD+SlDgCAAsgF0EQaiEYIBUhFkHQ2QkhHAJ/Q+58/z4gCSAJkiIGQ9NNIkCUIgMgA0PufP8+YBtDAACAT5QiA0MAAIBPXSADQwAAAABgcQRAIAOpDAELQQALISsCf0PufP8+IAZDx0v3P5QiAyADQ+58/z5gG0MAAIBPlCIDQwAAgE9dIANDAAAAAGBxBEAgA6kMAQtBAAshLAJ/Q+58/z4gBkNqvOQ/lCIDIAND7nz/PmAbQwAAgE+UIgNDAACAT10gA0MAAAAAYHEEQCADqQwBC0EACyEtAn9D7nz/PiAGQ+Oluz+UIgMgA0PufP8+YBtDAACAT5QiA0MAAIBPXSADQwAAAABgcQRAIAOpDAELQQALIS4Cf0PufP8+IAZDeemmP5QiAyADQ+58/z5gG0MAAIBPlCIDQwAAgE9dIANDAAAAAGBxBEAgA6kMAQtBAAshLwJ/Q+58/z4gBiAGQ+58/z5gG0MAAIBPlCIGQwAAgE9dIAZDAAAAAGBxBEAgBqkMAQtBAAshMCAYKAIUIRogGCgCECEdIBgoAgwhHiAYKAIIISIgGCgCBCEjIBgoAgAhJCAWBEADQCAcICMgL2oiI0EfdiAkIDBqIiRBH3ZqICIgLmoiIkEfdmogHiAtaiIeQR92aiAdICxqIh1BH3ZqIBogK2oiGkEfdmqzQ8P1qD6UQwAAgL+SOAIAIBxBBGohHCAWQQFrIhYNAAsLIBggGjYCFCAYIB02AhAgGCAeNgIMIBggIjYCCCAYICM2AgQgGCAkNgIAAn8gBUMAAJBClEMAAABDkiIEi0MAAABPXQRAIASoDAELQYCAgIB4CyEYAn8gBCAYspNDAACAQ5QiBItDAAAAT10EQCAEqAwBC0GAgICAeAshFkMAAAAAIQQCQCAYQQJ0QYDUBmoqAgAgFkECdEGQ3AZqKgIAlEMU0l47lCIDQwAAAABdDQAgAyIEQxGvuT5eRQ0AQxGvuT4hBAsgF0MAAIA/IAVDAABAQJRDAABAQJKVIgM4AiwgFyAEIAQgBJQiBSAFIAUgBSAFQyP+LkWUQ5DsrEKSlEOPNCFDkpRDZUgjQpKUQ6ldJUGSlEPbD0lAkpQiCDgCKCAXQwAAgD8gCCAIlCINIAMgCJRDAACAP5KSlTgCMCAXKgI4IQQgFyoCNCEFIBUEQEHQ2QkhGCAVIRYDQCAYIBcqAigiAyAXKgIwIBgqAgAgFyoCLCAFlJMgAyAFlJMgBJOUlCIGIAWSIgc4AgAgBiAHkiEFIAMgB5QiAyADIASSkiEEIBhBBGohGCAWQQFrIhYNAAsLIBcgBDgCOCAXIAU4AjQCfUMAAAAAIAlDAACAPyAKIAqUIgeTQwAAgEGUQwAAgEGSlCIFQwAAAABdDQAaIAUgBUMAAAA/XkUNABpDAAAAPwshAwJAIBVFBEAgFyoCDCEEDAELIAwgC5RDpptEu5RDAACAP5IhBkGguQcoAgAhGkEAIRgDQCAXIAMgFyoCBJIiBTgCBAJAIAVDAACAP2BFBEAgFyoCCCEFDAELIBcgBUMAAIC/kjgCBEGguQcgGkGNzOUAbEHf5rvjA2oiGjYCACAXIBqzQwAAgC+UQwAAAL+SIgU4AggLIBhBAnRB0NkJaiIWIAcgBSAWKgIAIgSTlCAEkjgCACAYQQFqIhggFUcNAAsgFyoCDCEEQQAhGANAIBcgBiAXKgIAlCIFOAIAIBhBAnRB0NkJaiIWIAUgFioCACIFQwAAgEBDzczMPSAFQwAAAABeG5QiBSAFi0MAAIA/kpVDzczMPZKUOAIAIBhBAWoiGCAVRw0ACwsgF0GAgICABDYCQCAXIAg4AjwgF0MAAIA/IA0gCCAIkkMAAIA/kpKVOAJEIBcqAkwhAyAXKgJIIQUgFQRAA0AgICAXKgJEICAqAgAgFyoCQCAFlJMgFyoCPCIHIAWUkyADk5QiBjgCACAHIAaUIgYgBiAFkiIGkiEFIAcgBpQiByAHIAOSkiEDICBBBGohICAVQQFrIhUNAAsLIBcgAzgCTCAXIAU4AkggFyAEOAIMDAYLIBUhFiAaQf8BcUEARyEaIBkqAhQhBSAZKgIEIQggGSoCCCEEIBkqAhAhCiACIRVB0NkJIR0CfyAZKgIMIgZDAAAQwpRDAAAAQ5IiA4tDAAAAT10EQCADqAwBC0GAgICAeAshGAJ/IAMgGLKTQwAAgEOUIgOLQwAAAE9dBEAgA6gMAQtBgICAgHgLQQJ0QZDcBmoqAgAhCyAYQQJ0QYDUBmoqAgAhDAJ/IAZDAACowpRDAAAAQ5IiA4tDAAAAT10EQCADqAwBC0GAgICAeAshGAJ/IAMgGLKTQwAAgEOUIgOLQwAAAE9dBEAgA6gMAQtBgICAgHgLQQJ0QZDcBmoqAgAhDSAYQQJ0QYDUBmoqAgAhDiAaBEAgFiAFQzMzMz+UQ5qZmT6SQwAAgD8gBpNDAAAAP5RDAADAP5KUOAIACyAWQRBqIRcjAEEgayIaJAAgGiAIIAiSIgUgBUMK1yM8kpUiBUPGtXM+lDgCFCAaIAVDmYyHPJQ4AhAgGiAFQ7VsOz6UOAIMIBogBUPEZT08lDgCCCAaIAVDYcYuPpQ4AgQgGiAFQw2MlDuUOAIAIBVBAEoEQEHQ2QlBACAVQQJ0EK4CGgsgFyAaIBUQmQIgF0E4aiAaQQhyIBUQmQIgF0HwAGogGkEQaiAVEJkCIBpBIGokAAJ9QwAAAAACfyAEQwAAkEKUQwAAAEOSIgOLQwAAAE9dBEAgA6gMAQtBgICAgHgLIhhBAnRBgNQGaioCAAJ/IAMgGLKTQwAAgEOUIgOLQwAAAE9dBEAgA6gMAQtBgICAgHgLQQJ0QZDcBmoqAgCUQxTSXjuUIgNDAAAAAF0NABogAyADQxGvuT5eRQ0AGkMRr7k+CyEEIBZBgICA/AM2ArwBIBYgBCAEIASUIgMgAyADIAMgA0Mj/i5FlEOQ7KxCkpRDjzQhQ5KUQ2VII0KSlEOpXSVBkpRD2w9JQJKUIgk4ArgBIBZDAACAPyAJIAmUIg8gCUMAAIA/kpKVOALAASAWKgLIASEEIBYqAsQBIQMgFQRAQdDZCSEYIBUhFwNAIBggFioCuAEiBSAWKgLAASAYKgIAIBYqArwBIAOUkyAFIAOUkyAEk5SUIgYgA5IiBzgCACAGIAeSIQMgBSAHlCIFIAUgBJKSIQQgGEEEaiEYIBdBAWsiFw0ACwsgFiAEOALIASAWIAM4AsQBAn1DAAAAACAIQwAAgD8gCiAKlCIHk0MAAIBBlEMAAIBBkpQiA0MAAAAAXQ0AGiADIANDAAAAP15FDQAaQwAAAD8LIQUCQCAVRQRAIBYqAgwhBwwBCyAMIAuUQwrXI7uUQwAAgD+SIQggDiANlEOmm0S7lEMAAIA/kiEGQaC5BygCACEcQQAhGANAIBYgBSAWKgIEkiIDOAIEAkAgA0MAAIA/YEUEQCAWKgIIIQMMAQsgFiADQwAAgL+SOAIEQaC5ByAcQY3M5QBsQd/mu+MDaiIcNgIAIBYgHLNDAACAL5RDAAAAv5IiAzgCCAsgGEECdEHQ2QlqIhcgByADIBcqAgAiBJOUIASSOAIAIBhBAWoiGCAVRw0ACyAVQQFxIR4gFioCDCEHAkAgFUEBRgRAQQAhGAwBCyAVQX5xIRpBACEYQQAhHANAIBYgFioCACIEIAYgCCAEQwAAAD9eG5QiBDgCACAYQQJ0QdDZCWoiFyAXKgIAIASUOAIAIBYgFioCACIEIAYgCCAEQwAAAD9eG5QiBDgCACAXQQRqIhcgFyoCACAElDgCACAYQQJqIRggHEECaiIcIBpHDQALCyAeRQ0AIBYgFioCACIEIAYgCCAEQwAAAD9eG5QiBDgCACAYQQJ0QdDZCWoiGCAYKgIAIASUOAIACyAWQYCAgIAENgLQASAWIAk4AswBIBZDAACAPyAPIAkgCZJDAACAP5KSlTgC1AEgFioC3AEhBCAWKgLYASEDIBUEQANAIB0gFioC1AEgHSoCACAWKgLQASADlJMgFioCzAEiBSADlJMgBJOUIgY4AgAgBSAGlCIGIAYgA5IiBpIhAyAFIAaUIgUgBSAEkpIhBCAdQQRqIR0gFUEBayIVDQALCyAWIAQ4AtwBIBYgAzgC2AEgFiAHOAIMDAULQQAhGiACQQBKBEAgFSgCKCIcQQNsIRhBoLkHKAIAIRcgFSgCJCIdIRYDQAJAIBYgGE8NACAWIBxwDQAgFUGAgID8AzYCFAsgFSAVKgIcIBUqAhSUIgU4AhQgFSAVKgIgQ83MDD8gFSoCGCAWIBhGG5QiBjgCGCAVIBUqAgAiBCAVKgIIIBdBjczlAGxB3+a74wNqIhezQwAAgC+UIgMgA5JDAACAv5IgFSoCBCIHIBUqAgwiA5STIAQgA5STIBUqAhAiCJOUlCIJIAkgA5IiA5I4AgwgFSAEIAOUIgQgBCAIkpI4AhAgGkECdEHQ2QlqIAUgBpIgByADlJRDzczMP5Q4AgAgFkEBaiEWIBpBAWoiGiACRw0ACyAVIAIgHWo2AiRBoLkHIBc2AgALDAQLQQAhFiACQQBKBEADQCAVIBUqAhwgFSoCFJIiA0MAAIC/kiADIANDAACAP2AbIgQ4AhQgFSAVKgIgIBUqAhiSIgNDAACAv5IgAyADQwAAgD9gGyIFOAIYIBUgFSoCJCIDIBVBKEEsIANDMzOzPl4baioCAJQiBjgCJCAVIBUqAgAiAyAVKgIwQwAAAD9DAAAAvyAFQwAAAD9dG5RDAAAAP0MAAAC/IARDAAAAP10bkiAVKgIEIgUgFSoCDCIElJMgAyAElJMgFSoCECIHkyAVKgIIlJQiCCAIIASSIgSSOAIMIBUgAyAElCIDIAMgB5KSOAIQIBZBAnRB0NkJaiAGIAUgBJSUQzMzsz+UOAIAIBZBAWoiFiACRw0ACwsMAwtBACEYIAJBAEoEQAJ/QZS5ByoCAEMXt1E6lCIDQwAAgE9dIANDAAAAAGBxBEAgA6kMAQtBAAsgFSgCNCIaaiEcQaC5BygCACEXIBUoAjAiHSEWA0ACfUMAAIA/IBYgGkkNABpDAAAAACAWIBxPDQAaQaC5ByAXQY3M5QBsQd/mu+MDaiIXNgIAIBezQwAAgC+UIgMgA5JDAACAv5JDzcxMPpQLIQMgFSAVKgIAIgQgAyAVKgIEIgggFSoCDCIFlJMgBCAFlJMgFSoCECIJkyAVKgIIlJQiBiAGIAWSIgWSOAIMIBUgFSoCFCIGIAMgFSoCGCIKIBUqAiAiB5STIAYgB5STIBUqAiQiC5MgFSoCHJSUIgMgAyAHkiIDkjgCICAVIAQgBZQiBCAEIAmSkjgCECAVIAYgA5QiBCAEIAuSkjgCJCAYQQJ0QdDZCWoCfUMAAIC/IBUqAiwgFSoCKCAKIAOUlCAIIAWUkpRDAAAgQJQiA0MAAEDAXQ0AGkMAAIA/IANDAABAQF4NABogAyADIAOUQwAA2EGSlCADQwAAEEGUIAOUQwAA2EGSlQs4AgAgFkEBaiEWIBhBAWoiGCACRw0ACyAVIAIgHWo2AjALDAILIBktAFQhFSAZKAJQIRpBoLkHKAIAIRYDQCAZKgJEIQMCQCAVQf8BcQRAIBkgAyAZKgJIkiIEOAJEIARDAACAP2BFDQFBACEVIBlBADoAVCAZQYCAgPwDNgJEQwAAgD8hBAwBCyAZIAMgGSoCTJQiBDgCREEAIRULIBkgGSoCMCIDIBZBjczlAGxB3+a74wNqIhazQwAAgC+UIgUgBZJDAACAv5IgGSoCNCAZKgI8IgWUkyADIAWUkyAZKgJAIgaTIBkqAjiUIgeUIgggCCAFkiIFkjgCPCAZIAMgBZQiAyADIAaSIgOSOAJAIBdBAnRB0NkJaiAEIAcgAyAaG5Q4AgAgF0EBaiIXIAJHDQALQaC5ByAWNgIAQQEgAkEATA0DGiAZKgIYIBkqAhRDzcwMP5RDZmbmPpKUDAILQQAhGCACQQBKBEAgFSoCFCEFIBUqAhwhAwNAIBUgFSoCAENmZuY+IBUqAgggA0MAAIA/kpQiAyADQ2Zm5j5eGyIEkiIDQwAAgL+SIAMgA0MAAIA/YBsiBjgCACAVIAQgFSoCDJQgFSoCBJIiA0MAAIC/kiADIANDAACAP2AbIgM4AgQCfyAGIAUgFSoCEAJ/IAMCfyADi0MAAABPXQRAIAOoDAELQYCAgIB4C7KTQwAAAESUIgOLQwAAAE9dBEAgA6gMAQtBgICAgHgLIhZBAnRB8L8GaiIXKgIEIBcqAgAiBJMgAyAWspOUIASSlJSSIgOLQwAAAE9dBEAgA6gMAQtBgICAgHgLIRYCfyADIBaykyIDQwAAgD+SIAMgA0MAAAAAXRsiA4tDAAAAT10EQCADqAwBC0GAgICAeAshFiAYQQJ0QdDZCWogBQJ/IAMgFrKTQwAAAESUIgOLQwAAAE9dBEAgA6gMAQtBgICAgHgLIhZBAnRB8L8GaiIXKgIEIBcqAgAiBJMgAyAWspOUIASSlDgCACAVIBUqAhggFSoCFJQiBTgCFCAVIBUqAiAgFSoCHJQiAzgCHCAYQQFqIhggAkcNAAsLCyAZKgIYIBkqAhRDzcwMP5RDZmbmPpKUCyEGIAJBAXEhGAJAIAJBAUYEQEMAAAAAIQRBACEXDAELIAJB/v///wdxIRpBACEXQwAAAAAhBEEAIRUDQCAXQQJ0QdDZCWoiFiAGIBYqAgCUIgM4AgAgFkEEaiIWIAYgFioCAJQiBTgCACAFjCAFIAVDAAAAAF0bIgUgA4wgAyADQwAAAABdGyIDIAQgAyAEXhsiAyADIAVdGyEEIBdBAmohFyAVQQJqIhUgGkcNAAsLIBgEfSAXQQJ0QdDZCWoiFyAGIBcqAgCUIgM4AgAgA4wgAyADQwAAAABdGyIDIAQgAyAEXhsFIAQLQ4Ko+zddCyEVIBkgGSgCHCACaiIWNgIcAkACQAJ/QZS5ByoCACIFQwrXozyUIgNDAACAT10gA0MAAAAAYHEEQCADqQwBC0EACyAWTw0AIBVFDQAgGSAZLQAgQQFqIhU6ACBBACEXIBVB/wFxQQJNDQEMAgsgGUEAOgAgCwJ/IAVDAAAAQZQiA0MAAIBPXSADQwAAAABgcQRAIAOpDAELQQALIBZLIRcLIBchGAJAIAJFBEBDAAAAACEEDAELIBstAFCzIQZDAAAAACEEQQAhGUEAIRZBACEXIAJBA0sEQANAIBZBAnQiFUHc2QlqKgIAIQMgFUHY2QlqKgIAIQUgFUHU2QlqKgIAIQcgBCAVQdDZCWoqAgCLEL8CIAeLEL8CIAWLEL8CIAOLEL8CIQQgFkEEaiEWIBdBBGoiFyAoRw0ACwsgBkMAYOpGlCEDICUEQANAIAQgFkECdEHQ2QlqKgIAixC/AiEEIBZBAWohFiAZQQFqIhkgJUcNAAsLIANDAADIQpUhAwJ/AkAgGy8BBiIWRQRAQQAhFkEAIRcgAkEBRwRAA0AgASAWQQJ0IhVqIhkoAgAhGiAZAn8gAyAVQdDZCWoqAgCUIgWLQwAAAE9dBEAgBagMAQtBgICAgHgLIBpqNgIAIBlBBGoiGSgCACEaIBkCfyADIBVB1NkJaioCAJQiBYtDAAAAT10EQCAFqAwBC0GAgICAeAsgGmo2AgAgFkECaiEWIBdBAmoiFyAmRw0ACwsgJ0UNAyABIBZBAnQiFmoiFSgCACEZIAMgFkHQ2QlqKgIAlCIDi0MAAABPXUUNASADqAwCCyAbQQ1qIRxBACEVA0AgFUECdCIaQdDZCWoqAgAhBSAbIBZBAWsiGTsBBgJ/IAMgBZQiBYtDAAAAT10EQCAFqAwBC0GAgICAeAsgFkH//wNxbEHYAG0hFwJAIBlB//8DcQRAIAEgGmoiFiAWKAIAIBdqNgIAIBkhFgwBCyAbQQA6AAACQAJAIBstAAgEQCAfLQDVMEUEQCAbLQAJIRYMAgsgHy0A1DAiGSAbLQAJIhZ2IBkgGy0AAXZzQQFxRQ0BIB9BAToA1zBBACEXCyABIBpqIhYgFigCACAXajYCAAwBCyAbQQA6AAggKSAWQQR0aiIWIBsgGy0ACiAbLQALIBwgGy0ADCAWKAIAKAIUEQcAIBsvAQYhFiABIBpqIhkgGSgCACAXajYCACAWDQELIBstAAAhGAwECyAVQQFqIhUgAkcNAAsMAgtBgICAgHgLIRYgFSAWIBlqNgIACyAbAn8gBBDAAkMAAIBOlCIEi0MAAABPXQRAIASoDAELQYCAgIB4CzYCHEEBIRYgGA0AIBstAAEgAC0ACEcNACAbLQAIDQAgG0EAOgAACyAhQQFqIiFBFkcNAAsgFkEBcQuGAwEIfyMAQRBrIgYkACABQQ9xIQggACgCBCEEIANBAk8EfyAEQeQvagUgBCgCACAIQQxsakHoGGoLIQUgBiAALQAJOgAMIABB/wE6AAkgBiAALQAKOgANIABB/wE6AAogBiAALQALOgAOIABB/wE6AAsgBiAALQAMOgAPIABB/wE7AAwCQCAELQD0Lw0AIAUvAQhFDQAgBS0AAEEISw0AQf8BIQkgA0EBTQRAIAQoAgAgCEEDdGpB6w1qLQAAQQNxIQogCCEJCyAEQYACaiELQQAhBQNAAkAgCyAFQfAAbGoiBy0AAEUNACAHLQABQQFHDQAgBy0ATCAJRwRAIApFDQEgCiAHLQBNRw0BCyAHLwEGDQAgB0EAOgAIIAdB2AA7AQYLIAVBAWoiBUEWRw0ACyAEIAg6AH0gBCABOgCVMCADQQJJBEAgBCAELwE6QQEgCHRyOwE6CyAEQQEgASACIAZBDGogAxAyIgVFDQAgACAFIAEgAiAGQQxqIAMQOgsgBkEQaiQAC7MHAgl/An4gAkEPcSEGIAAoAgQhAAJAAkAgAAJ/IAVBAnEiCgRAIAAoAgAhCyAAQeQvagwBCyAAKAIAIgsgBkEMbGpB6BhqCyIILQAAIgdB0ABsakHkKmogAEGUKmpBACAHQQhGGyAHQQhJGyIHRQ0AIAcoAgBFDQAgCC8BCEUNACAHKAIEIAgvAQZLDQELIAFBADoAAA8LIAQoAAAhBCABQX8gBiAKGzoATCABIAY6AAIgAUGBAjsBACABIAQ2ABEgAUEAOgAIIAFBADsBBiABIAM6AAMgACAAKAKgFUEBaiIENgKgFSABIAQ2AhggBygCBCAILwEGIgRrIgMgCC8BCCIMIAMgDEkbIgOtIQ8gAS0AFCIJQf8BRgRAIAstAHMhCQsgASAILQAAOgBPIAEgAyAEajYCQCABIAmtQv8BgyAPfiIQp0EJbEH2CW4iCSAEajYCRCABIAMgCWsiCTYCNCABIAgtAAMiAyACQQZ2c0EBcSINOgBOIAEgBy0ACyIEQcAAIAQbOgBQQeQAIQQgCkUEQCAAKAIAIAZBA3RqIgZB6w1qLQAAQQNxIQ4gBkHlDWotAAAhBAsgASAOOgBNIAEgBDYCVCAFQQFxIQVBMCAILQACIAEtABIiBkH/AUYEfyALLQBxBSAGC0H/AXFBDGxBgAZrQT9twWoiBiAGQTBOGyIGQQAgBkEAShtBAnRB8MQKaigCACEGAkAgA0ECcUUNACAHMwEMIg9QDQAgACgCADMBACAGrX4gD4CnIQYLIAA1AvAvIQ8gAUEANgJIIAFBADYCOCABIA8gBiACQQd2dq1+QhCIPgI8IAgtAAEhAiABQgA3AlggASAFOgAFIAEgAjoAUQJAIAJBA0cNACAILQALIgYgCC0ACiIKTQ0AIBBCjQFWDQAgBiAMbEH/AW4iBiAJIAYgCUkbIgYgCiAMbEH/AW4iCkEgak0NACABIAY2AlwgASAKNgJYCwJAIAVFBEBBACEHAkACQCACQQFrDgMAAQABCyAAIAAoAgAtAIUBQQZwQdj1AGotAAAQtgEhBwsgASAHNgIkDAELIAFBADYCJCACQQJHDQAgDQRAIAFBADYCRAwBCyABIAcoAgQ2AkALAn8gCC0ABBDmAUEsbCIARQRAQYCAgIAEIQdBAyECQQAMAQtBACEHQQEhAkGAgICABCAAbgshACABIAc2AhwgASAANgIoIAEgAjoABCABQf8AIAgtAAUiACAAQf8ATxtBAnRB8LIKaigCADYCLAsMACAAIAEgAkEAEDkL8AwCH38CfiAAKAIEIghBoAFqIRogCEGUKmohGyAIQeQqaiEcIAhBgAJqIR0gCCgCACEPQf8BIRMDQAJAIB0gEEHwAGxqIgAtAABFDQAgAC0AAUEBRw0AAkAgHCAALQBPIgNB0ABsaiAbQQAgA0EIRhsgA0EISRsiBwRAIAcoAgANAQsgAEEAOgAAQQEhDQwBCwJAIAAvAQYiCQ0AIAAoAhgiBCAVSQ0AIAAoAjhBEHYiBiAAKAJAIgUgACgCRCIKayILQQFrQQAgBSAKRxsgBiALSRshBiAALQBOBH8gBSAGQX9zagUgBiAKagshFCAEIRUgAyETCyAALQARIgNB/wFGBEAgDy0AcCEDCyAALQATIgRB/wFGBEAgDy0AciEEC0EBIQ0gAkUNACADQf8BcUEBdEHwvgpqLwEAIR4gAEENaiEfIARB/wFxIiBBAnRB8LIKajUCACEjQQAhCyAPLQB+ISEDQCAALQAARQ0BIAAoAlwiAwR/IAAoAlgFQQALIQUgACgCQCIWIAAoAkQiF2shESAAKAI4IgxBEHYhBAJAAkAgAC0AUSIYQQNHDQAgAC0ABUUEQCAAKAIkRQ0BCyAALQAEQQRGDQAgBCADIBEgAxsiA0kNACAAIAUgA2tBEHQgDGoiDDYCOCAMQRB2IQQMAQsgBCARSQ0AIABBADoACCAAQQA6AAAMAgtBf0EBIAAtAE4iGRshBSAWIARBf3NqIAQgF2ogGRshAyAAAn8gIQRAQQAhDgJ/QQAgAyAFayIGQQBIDQAaQQAgBiAHKAIETw0AGiAHKAIAIAZqLAAAQQh0CyEKAkAgA0EASA0AIAMgBygCBE8NACAHKAIAIANqLAAAQQh0IQ4LQQAhEgJ/QQAgAyAFaiIGQQBIDQAaQQAgBiAHKAIETw0AGiAHKAIAIAZqLAAAQQh0CyEGAkAgBUEBdCADaiIDQQBIDQAgAyAHKAIETw0AIAcoAgAgA2osAABBCHQhEgsgDiAGIAprQQF1rEEAIBJBAXVrrCAKIA5BBWxBAXVrrCAGrEIBhnx8IAxB//8Dca0iIiAOIAZrIgNBAXUgA2ogEiAKa0EBdWqsfkIQh3wgIn5CEIh8ICJ+QhCIp2oMAQtBACEGAn9BACADQQBIDQAaQQAgAyAHKAIETw0AGiAHKAIAIANqLAAAQQh0CyEKAkAgAyAFaiIDQQBIDQAgAyAHKAIETw0AIAcoAgAgA2osAABBCHQhBgsgBiAKayAMQQF2Qf//AXFsQQ91IApqCyAAKAJIIgNrIB5sQQ91IANqIgM2AkgCQAJAAkACQCAALQAEQQFrDgQAAgIBAgsgACAAKAIcIAAoAihqIgU2AhwgBUGAgICABEgNAiAAQQM6AAQgAEGAgICABDYCHAwCCyAAIAA1AiwgADQCHH5CHog+AhwMAQsgIEH+AEsNACAAIAA0AhwgI35CHog+AhwLAkAgACgCJCIFRQ0AIAAgBUEBayIFNgIkIAUNACAAQQA2AiQgAEEAOgAFAkACQCAYQQFrDgMBAAECCyAAKAI0IgUgDEEQdk0NACAZBEAgACAWIAVrNgJEDAILIAAgBSAXajYCQAwBCyAAQQQ6AAQLIAAoAlQgAC0AUCAALQADIAAoAhxBDnWsIAOsfkIQiKdsQQd1bEEGdWxB5ABtIQMCQCAYQQNGDQAgESAEayIEQf8ASw0AIAMgBGxBgAFtIQMLAkACQCAJQf//A3EiBEUEQEEAIQkMAQsgACAJQQFrIgk7AQYgAyAEbEHYAG0hAyAJQf//A3ENACAAQQA6AAACQCAALQAIBEAgCC0A1TBFBEAgAC0ACSEEDAILIAgtANQwIgkgAC0ACSIEdiAJIAAtAAF2c0EBcUUNASAIQQE6ANcwQQAhAwsgASALQQJ0aiIAIAAoAgAgA2o2AgAMBAsgAEEAOgAIIBogBEEEdGoiBCAAIAAtAAogAC0ACyAfIAAtAAwgBCgCACgCFBEHACAALwEGIQkgASALQQJ0aiIEIAQoAgAgA2o2AgAgCUUNAwwBCyABIAtBAnRqIgQgBCgCACADajYCAAsgACAAKAI4IAAoAjxqNgI4AkAgACgCHEH//wBKDQAgAC0ABEEBRg0AIABBADoACCAAQQA6AAALIAtBAWoiCyACRw0ACwsgEEEBaiIQQRZHDQALIAggFDYCgAEgCCATOgB+IA0LPgEBf0Hw1wAhASAAIAAoAgQoAgAgAC0ACEEwbGotAFciAEEETQR/IABBAnRBuNgAaigCAAUgAQsoAgARBAAL2wEBBX8gACgCBCIDKAKgMSIEBEAgAygCACIFIAAtAAhBMGxqIgYtAFAhByAFLQASIQUgAygCpDEgBi0AWUEPcUGQAXIgBBEAACADKAKkMUEYQZcBIAUgASAHampBGGsiBCAEQZcBThsiBCAEQRhMG0EYa0H/AXEgAygCoDERAAAgAygCpDFBASACIAJBAU0bIAMoAqAxEQAAIAAoAgQhAwtB8NcAIQQgACABIAIgAygCACAALQAIQTBsai0AVyIDQQRNBH8gA0ECdEG42ABqKAIABSAECygCBBEBAAvRAQEFfyAAKAIEIgIoAqAxIgMEQCACKAIAIgQgAC0ACEEwbGoiBS0AUCEGIAQtABIhBCACKAKkMSAFLQBZQQ9xQYABciADEQAAIAIoAqQxQRhBlwEgBCABIAZqakEYayIDIANBlwFOGyIDIANBGEwbQRhrQf8BcSACKAKgMREAACACKAKkMUEAIAIoAqAxEQAAIAAoAgQhAgtB8NcAIQMgACABIAIoAgAgAC0ACEEwbGotAFciAkEETQR/IAJBAnRBuNgAaigCAAUgAwsoAggRAAALQgEBf0Hw1wAhAyAAIAEgAiAAKAIEKAIAIAAtAAhBMGxqLQBXIgBBBE0EfyAAQQJ0QbjYAGooAgAFIAMLKAIMEQEAC0IBAX9B8NcAIQMgACABIAIgACgCBCgCACAALQAIQTBsai0AVyIAQQRNBH8gAEECdEG42ABqKAIABSADCygCEBEDAAtIAQF/QfDXACEGIAAgASACIAMgBCAFIAAoAgQoAgAgAC0ACEEwbGotAFciAEEETQR/IABBAnRBuNgAaigCAAUgBgsoAhQRBwAL9gIBCX8jAEEQayIDJAAgACgCBCEHIAMgAC0ACToADCAAQf8BOgAJIAMgAC0ACjoADSAAQf8BOgAKIAMgAC0ACzoADiAAQf8BOgALIAMgAC0ADDoADyAALQANIQogAEH/ATsADAJAAkACQAJAAkAgBygCACAALQAIIghBMGxqIgQtAFdBA2sOAwADAQMLQQJBASAEQdP2AGotAAAbIQkMAQsgBEHh9gBqLQAAQQNwIglFDQELIAdBgAJqIQtBACEEA0ACQCALIARB8ABsaiIGLQAARQ0AIAYtAAEgCEcNACAGLwEGDQACQCAFRQ0AIAYtAAUgBS0ABUsNACAGKAIYIAUoAhhNDQELIAYhBQsgBEEBaiIEQRZHDQALIAVFDQAgACAFIAEgAiADQQxqQQFBAUECIAobIAlBAkYbQQIgBS0ABRsQRAwBCyAHIAggASACIANBDGpBABAyIgRFDQAgACAEIAEgAiADQQxqQQAQRAsgA0EQaiQAC7gJAgV/An0jAEEQayIIJAAgAC0ACCEKIAAoAgQiCSgCACEGIAEgBCgAADYAEQJ/IAVFBEAgAC0ACCEEQQAMAQsgAC0ACCEEQQAgAS0AAEUNABogBUEAIAEtAAEgBEH/AXFGGwshByABIAM6AAMgASACOgACIAEgBDoAASABQQE6AAAgAUEAOgAIIAFBgQI2AgQgCSAJKAKgFUEBaiIANgKgFSABQYCAgIAENgIcIAEgADYCGCAGIApBMGxqQUBrIQAgCCABLQARIgVB/wFGBH8gAC0AAAUgBQs6AAwgCCABLQASIgVB/wFGBH8gAC0AAQUgBQs6AA0gCCABLQATIgVB/wFGBH8gAC0AAgUgBQs6AA4gCCABLQAUIgVB/wFGBH8gAC0AAwUgBQs6AA8gASAJa0GAAmtB8ABtIQYgAC0AFyEFIAkoAgAiASAEQf8BcUEwbGpBuPYAaiEEQRhBlwEgAS0AEiACIAAtABBqakEYayIBIAFBlwFOGyIBIAFBGEwbQRhrsyELQQAhACAGQRVNBEACQCADs0MAAP5ClSEMIAZB0AFsQejn6QBqIQJBGiEBAkACQAJAIAVBA2sOAwECAAILQSohAQsgASAEai0AACEACyACLQB0IQQCQCAHQQFHDQAgBEH7AXFFDQAgAiALOAKEASAARQRAIAIgCzgCgAELIAJBAToApQEgAiAMOAKIAQwBCwJAAkACQCAHQQJHBEAgAiAMOAKIASACIAs4AoABIAIgCzgChAEMAQsgAiALOAKEASAEQf8BcSIHQQAgABsNASACIAw4AogBIAIgCzgCgAEgBw0CCyACQoquj+Gj2eq/PzcDSCACQqL0guij4fWRPDcDWCACQgA3A1AgAkLK1f77AzcDYCACQgA3AzAgAkIANwNoIAJCn4qu+QM3AwggAkKAgICAoIquzz43AwAgAkFAa0KAgICAoMSugD03AwAgAkIANwM4IAIgBkHZ4Z6ZemxBgaGEuARqIgc2AqABIAIgB7JDAAAAMJRDAAAAP5RDAAAAP5I4AiwgAiAGQf3d1vEDbEHWya/OBmuyQwAAADCUQwAAAD+UQwAAAD+SOAIoIAIgBkGxwdq2B2xBt86VsAFqskMAAAAwlEMAAAA/lEMAAAA/kjgCJCACIAZBtYCamgdsQci1mtMCa7JDAAAAMJRDAAAAP5RDAAAAP5I4AiAgAiAGQcnBy617bEH957CFBmqyQwAAADCUQwAAAD+UQwAAAD+SOAIcIAIgBkGtpbDuBmxBlpPk/ANqskMAAAAwlEMAAAA/lEMAAAA/kjgCGCACIAZBoa7XjnpsQa3/57YBa7JDAAAAMJRDAAAAP5RDAAAAP5I4AhQgAiAGQeXIhzNsQcSvw5YEarJDAAAAMJRDAAAAP5RDAAAAP5I4AhAgAkEBOgCkASACQQA2ApwBIAJBADYCcCACQQA2AngMAQsgAiAMOAKIAQsgAkEBOgClASACIAVBBkYEfSACKgKMAQVDAAAAAAs4AowBIAJBADYClAEgAkEBOgB8IAJBAToAdCACIAIoAqABQY3M5QBsQd/mu+MDaiIGNgKgASACIAayQwAAADCUOAKQAQsLIAhBEGokAAvHAQEEfyAAKAIEQYACaiEEA0ACQCAEIANB8ABsaiICLQAIRQ0AIAItAAkgAC0ACEcNACACLQAKIAFHDQAgAkEAOgAICwJAIAItAABFDQAgAi0AASAALQAIRw0AIAItAAIgAUcNACACLQAFRQ0AIAJBBDsBBCADIgJBFU0EQCACQdABbCIFQejn6QBqIQIgBUHc6OkAai0AAARAIAJBBDoAdAsgAi0AfARAIAJBBDoAfAsgAkEAOgClAQsLIANBAWoiA0EWRw0ACwufgwECHH0gfyMAQRBrIi8kACAAKAIEIi4oAgAgAC0ACCIhQTBsaiIoQbj2AGohIiAoQUBrITMgAkH+/wNxITkgAkEBcSE6IC5BoAFqITsgLkGAAmohPCAuLQDVMARAIC4tANQwICF2QQFxITcLIDdBCHRB0NsJaiEsQQAhIQNAAkAgPCAwQfAAbGoiKC0AAEUNACAoLQABIAAtAAhHDQAgLyAoLQARIiFB/wFGBH8gMy0AAAUgIQs6AAwgLyAoLQASIiFB/wFGBH8gMy0AAQUgIQs6AA0gLyAoLQATIiFB/wFGBH8gMy0AAgUgIQs6AA4gLyAoLQAUIiFB/wFGBH8gMy0AAwUgIQs6AA8gMy0AFyEhIC9BDGohIEEAISQCQCAwQRVLDQAgAkEATA0AICAhJSA3ISBDAAAAACEGQQAhMUMAAAAAIRQjAEEwayIpJAACfyAwQdABbEHo5+kAaiIfLQB0IB8tAHxyRQRAICxBACACQQJ0EK4CGkEADAELICBBAXFBCHRB0IvqAGohJgJAAkACQAJAAkAgIUEDaw4EAAICAQILIB8qAoABIgUgHyoChAFcBEBDAACAPyEEAkAgIi0AGiIgRQ0AICAQlwEiA0MAAAAAXkUNAEMAAIA/IAKzIANBmLkHKgIAlEMzM7O+lJUQvgKTIQQLIB8gHyoChAEiAyADIB8qAoABIgWTIASUIAWSIgQgAyAEk4tDbxKDOl0bIgU4AoABCyAiLQAYs0MEAgE8lCIDQwAAAABeBEAgIi0AFxCYASEEAn8gHyoCjAEgBCACs5RBmLkHKgIAlZIiBItDAAAAT10EQCAEqAwBC0GAgICAeAshICAfIAQgILKTIAQgBEMAAIA/YBsiBDgCjAEgBEMAAAC/kotDAACAQJRDAACAv5IhBiAfKgKAASEFC0MAAIA/IQQgBUMAAAAAIAMgAyAGlCIMlCIDIAOSICItABlBAXEiKxuSQwAAisKSIgNDAADwQl4EQANAIARDAACARJQhBCADQwAA8MKSIgNDAADwQl4NAAsLIANDAADwwl0EQANAIARDAACAOpQhBCADQwAA8EKSIgNDAADwwl0NAAsLICUtAAIhIyApIAQCfyADQwAAAEOSIgOLQwAAAE9dBEAgA6gMAQtBgICAgHgLIiBBAnRBgNQGaioCAAJ/IAMgILKTQwAAgEOUIgOLQwAAAE9dBEAgA6gMAQtBgICAgHgLQQJ0QZDcBmoqAgCUlEMAANxDlEGYuQcqAgAiD5UiBSAiLQABQQVwQQJ0QaCyBmoqAgCUIgY4AhAgIi0ABEEFcEECdCEgQwAAgD8hBCAiLQAFQUBqskMhCII8lEMAAOBAlCAjQUBqskMhCII8lCIHkiIDQwAA8EJeBEADQCAEQwAAgESUIQQgA0MAAPDCkiIDQwAA8EJeDQALCyAgQaCyBmohICADQwAA8MJdBEADQCAEQwAAgDqUIQQgA0MAAPBCkiIDQwAA8MJdDQALCyApIAUgICoCAJQgBAJ/IANDAAAAQ5IiA4tDAAAAT10EQCADqAwBC0GAgICAeAsiIEECdEGA1AZqKgIAAn8gAyAgspNDAACAQ5QiA4tDAAAAT10EQCADqAwBC0GAgICAeAtBAnRBkNwGaioCAJSUlCIIOAIUICItAAhBBXBBAnQhIEMAAIA/IQQgIi0ACUFAarJDIQiCPJRDAADgQJQgB0MAAAC/lJIiA0MAAPBCXgRAA0AgBEMAAIBElCEEIANDAADwwpIiA0MAAPBCXg0ACwsgIEGgsgZqISAgA0MAAPDCXQRAA0AgBEMAAIA6lCEEIANDAADwQpIiA0MAAPDCXQ0ACwsgKSAFICAqAgCUIAQCfyADQwAAAEOSIgOLQwAAAE9dBEAgA6gMAQtBgICAgHgLIiBBAnRBgNQGaioCAAJ/IAMgILKTQwAAgEOUIgOLQwAAAE9dBEAgA6gMAQtBgICAgHgLQQJ0QZDcBmoqAgCUlJQiAzgCGEOsxSc3IQQCQCAGQ6zFJzddRQRAQwAAgD4hBCAGQwAAgD5eRQ0BCyApIAQ4AhALQ6zFJzchBAJAIAhDrMUnN11FBEBDAACAPiEEIAhDAACAPl5FDQELICkgBDgCFAtDrMUnNyEEAkAgA0OsxSc3XUUEQEMAAIA+IQQgA0MAAIA+XkUNAQsgKSAEOAIYCyAfQbABaiEqIB9BpgFqISdBACEgA0ACQCAgQbSyBmotAAAiIUH/AUYNACAhICJqLQAAIiFBEHMiJCAgICdqIiMtAABGBEAgHy0ApAFFDQELICMgJDoAACAhEJcBQZi5ByoCACIPlEMAAIA/kiEDICogIEECdGoCfSAgQQNxRQRAQwAAgD9D46W7vyADlRC+ApMMAQtDMzOTwCADlRC+Ags4AgALICBBAWoiIEEIRw0ACyApICItAABBBnA6AA0gKSAiLQADQQZwOgAOICkgIi0AB0EGcDoADyApICItAAKzQwQCATyUOAIAICkgIi0ABrNDBAIBPJQ4AgQgKSAiLQAKs0MEAgE8lDgCCEEAISQgJkEAIAJBAnQQrgIhJgNAICkgJEECdCIgaioCACIGQwAAAABfRQRAQwAAgD8gKUEQaiAgaioCACIEkyEIIB8gIGoiJyoCACEDIClBDWogJGotAAAhI0EAISADQCAmICBBAnRqIiEgBgJ9AkACQAJAAkACQAJAICMOBgABBQIDBAULIANDAAAAv5KLQwAAgECUQwAAgL+SDAULIANDAAAAv5KLQwAAgECUQwAAgL+SIQUgAyADkkMAAIC/kgJ9IAMgBF0EQCADIASVIgcgB5IgByAHlJNDAACAv5IMAQtDAAAAACADIAheRQ0AGiADQwAAgL+SIASVIgcgByAHIAeUkpJDAACAP5ILkyAFk0MAAAA/lCAFkgwECyADQwAAgD+SQwAAAL+SIgVDAACAv5IgBSAFQwAAgD9gGyEFQwAAgD9DAACAvyADQwAAAD9dGwJ9IAMgBF0EQCADIASVIgcgB5IgByAHlJNDAACAv5IMAQtDAAAAACADIAheRQ0AGiADQwAAgL+SIASVIgcgByAHIAeUkpJDAACAP5ILkgJ9IAQgBV4EQCAFIASVIgUgBZIgBSAFlJNDAACAv5IMAQtDAAAAACAFIAheRQ0AGiAFQwAAgL+SIASVIgUgBSAFIAWUkpJDAACAP5ILkwwDCyADQwAAgD+SQ5qZmb6SIgVDAACAv5IgBSAFQwAAgD9gGyEFQwAAgD9DAACAvyADQ5qZmT5dGwJ9IAMgBF0EQCADIASVIgcgB5IgByAHlJNDAACAv5IMAQtDAAAAACADIAheRQ0AGiADQwAAgL+SIASVIgcgByAHIAeUkpJDAACAP5ILkgJ9IAQgBV4EQCAFIASVIgUgBZIgBSAFlJNDAACAv5IMAQtDAAAAACAFIAheRQ0AGiAFQwAAgL+SIASVIgUgBSAFIAWUkpJDAACAP5ILkwwCCyADQwAAgD+SQ4/C9b2SIgVDAACAv5IgBSAFQwAAgD9gGyEFQwAAgD9DAACAvyADQ4/C9T1dGwJ9IAMgBF0EQCADIASVIgcgB5IgByAHlJNDAACAv5IMAQtDAAAAACADIAheRQ0AGiADQwAAgL+SIASVIgcgByAHIAeUkpJDAACAP5ILkgJ9IAQgBV4EQCAFIASVIgUgBZIgBSAFlJNDAACAv5IMAQtDAAAAACAFIAheRQ0AGiAFQwAAgL+SIASVIgUgBSAFIAWUkpJDAACAP5ILkwwBCyADIAOSQwAAgL+SAn0gAyAEXQRAIAMgBJUiBSAFkiAFIAWUk0MAAIC/kgwBC0MAAAAAIAMgCF5FDQAaIANDAACAv5IgBJUiBSAFIAUgBZSSkkMAAIA/kguTC5QgISoCAJI4AgAgBCADkiIDQwAAgL+SIAMgA0MAAIA/YBshAyAgQQFqIiAgAkcNAAsgJyADOAIACyAkQQFqIiRBA0cNAAsMAwsgIi0AERCYASEDQQAhIAJ/IB8qAowBIAMgArMiCpRBmLkHKgIAlZIiA4tDAAAAT10EQCADqAwBC0GAgICAeAshISAfIAMgIbKTIAMgA0MAAIA/YBs4AowBICItABIQlwEhAyAfQwAAgD8gHyoClAEgCkGYuQcqAgAiDyADQ28SAzsgA0NvEgM7XhuUlZIiAyADQwAAgD9eGyIEOAKUASAfQbABaiEqIB9BpgFqIScgHyoCjAFDAAAAv5IhBiAiLQASISsDQAJAICBBvLIGai0AACIhQf8BRg0AICEgImotAAAiIUEQcyIkICAgJ2oiIy0AAEYEQCAfLQCkAUUNAQsgIyAkOgAAICEQlwFBmLkHKgIAIg+UQwAAgD+SIQMgKiAgQQJ0agJ9ICBBA3FFBEBDAACAP0Pjpbu/IAOVEL4CkwwBC0MzM5PAIAOVEL4CCzgCAAsgIEEBaiIgQQhHDQALQwAAgD8hBSAiLQAGs0MEAgE8lCIDIAMgBotDAACAQJRDAACAv5IgBEMAAIA/ICtB/wFxG5QiC5SUQwAAQECUIB8qAoABkkMAAIrCkiIDQwAA8EJeBEADQCAFQwAAgESUIQUgA0MAAPDCkiIDQwAA8EJeDQALCyADQwAA8MJdBEADQCAFQwAAgDqUIQUgA0MAAPBCkiIDQwAA8MJdDQALCwJ9Q6zFJzcgIi0AAkEDcEECdEHEsgZqKgIAIAUCfyADQwAAAEOSIgOLQwAAAE9dBEAgA6gMAQtBgICAgHgLIiBBAnRBgNQGaioCAAJ/IAMgILKTQwAAgEOUIgOLQwAAAE9dBEAgA6gMAQtBgICAgHgLQQJ0QZDcBmoqAgCUlEMAANxDlCAPlZQiA0OsxSc3XQ0AGiADIANDAACAPl5FDQAaQwAAgD4LIQQgJS0AA7NDBAIBPJQhBUMAAIA/IQMCQAJAAkAgIi0ABUEDcEEBaw4CAgABCyAfKgJ4IQMMAQsgC0MAAAA/lEMAAAA/kiEDC0MAAIA/IASTIQwgBUMfheu+lCADlEMAAAA/kiEJIB8qAgAhAyAiLQAEISQgIi0AAyEnQQAhICAiLQAAISEgIi0AASEjA0BDAAAAACEFICEEQCADIAOSQwAAgL+SAn0gAyAEXQRAIAMgBJUiBSAFkiAFIAWUk0MAAIC/kgwBC0MAAAAAIAMgDF5FDQAaIANDAACAv5IgBJUiBSAFIAUgBZSSkkMAAIA/kguTQwAAAACSIQULICYgIEECdGogIwR9IANDAACAP5IgCZMiBkMAAIC/kiAGIAZDAACAP2AbIQYgBUMAAIA/QwAAgL8gAyAJXRsCfSADIARdBEAgAyAElSIIIAiSIAggCJSTQwAAgL+SDAELQwAAAAAgAyAMXkUNABogA0MAAIC/kiAElSIIIAggCCAIlJKSQwAAgD+SC5ICfSAEIAZeBEAgBiAElSIGIAaSIAYgBpSTQwAAgL+SDAELQwAAAAAgBiAMXkUNABogBkMAAIC/kiAElSIGIAYgBiAGlJKSQwAAgD+SC5OSBSAFCzgCACAEIAOSIgNDAACAv5IgAyADQwAAgD9gGyEDICBBAWoiICACRw0ACyAfIAM4AgAgJEH/AXGzQwQCATyUIQcgJ0H/AXGzQwQCATyUIglDAAAAAF4EQEMAAIA/IARDAAAAP5QiBJMhDCAfKgIMIQNBACEgA0AgA0MAAIA/kkMAAAC/kiIFQwAAgL+SIAUgBUMAAIA/YBshBSAmICBBAnRqIiEgCUMAAIA/QwAAgL8gA0MAAAA/XRsCfSADIARdBEAgAyAElSIGIAaSIAYgBpSTQwAAgL+SDAELQwAAAAAgAyAMXkUNABogA0MAAIC/kiAElSIGIAYgBiAGlJKSQwAAgD+SC5ICfSAEIAVeBEAgBSAElSIFIAWSIAUgBZSTQwAAgL+SDAELQwAAAAAgBSAMXkUNABogBUMAAIC/kiAElSIFIAUgBSAFlJKSQwAAgD+SC5OUICEqAgCSOAIAIAQgA5IiA0MAAIC/kiADIANDAACAP2AbIQMgIEEBaiIgIAJHDQALIB8gAzgCDAsgB0MAAAAAXkUNASACQQFxISogHygCoAEhIAJAIAJBAUYEQEEAISEMAQsgAkH+////B3EhJ0EAISFBACEkA0AgJiAhQQJ0aiIjIAcgIEGNzOUAbEHf5rvjA2qyQwAAADCUlCAjKgIAkjgCACAjQQRqIiMgByAgQam54bkBbEGy0sC6BGoiILJDAAAAMJSUICMqAgCSOAIAICFBAmohISAkQQJqIiQgJ0cNAAsLICoEQCAmICFBAnRqIiEgByAgQY3M5QBsQd/mu+MDaiIgskMAAAAwlJQgISoCAJI4AgALIB8gIDYCoAEMAQsgHyoCgAEgHyoChAFcBEBDAACAPyEEAkAgIi0AKiIgRQ0AICAQlwEiA0MAAAAAXkUNAEMAAIA/IAKzIANBmLkHKgIAlEMzM7O+lJUQvgKTIQQLIB8gHyoChAEiAyADIB8qAoABIgWTIASUIAWSIgQgAyAEk4tDbxKDOl0bOAKAAQtDAAAAACEDICItACFBCEYEQCAlLQAAs0MEAgE8lCAiLQAiQUBqskMhCII8lJRDAAAAAJIhAwsgIi0AICEgICItACNBCEYEQCAlLQABs0MEAgE8lCAiLQAkQUBqskMhCII8lJQgA5IhAwsgILMhBCAiLQAlQQhGBEAgJS0AArNDBAIBPJQgIi0AJkFAarJDIQiCPJSUIAOSIQMLIARDBAIBPJQhBUMAAAAAIQQCfUMAAAAAICItACdBCEYEfSAlLQADs0MEAgE8lCAiLQAoQUBqskMhCII8lJQgA5IFIAMLQwAAAD+UIAWSIgNDAAAAAF0NABpDAACAPyEUIANDAACAP15FBEAgAyEUQwAAAAAgA0MAAAAAXkUNARoLICItAB4QmAEhAyAfIB8qAowBIAMgArOUQZi5ByoCAJWSIgM4AowBIANDAACAP2AEQCAfIAMCfyADi0MAAABPXQRAIAOoDAELQYCAgIB4C7KTIgM4AowBIB8gHygCoAFBjczlAGxB3+a74wNqIiA2AqABIB8gILJDAAAAMJQ4ApABCwJAAkACQAJAAkAgIi0AHUEFcA4EAAECAwQLIAND2w/JQJQQywIMBAsgA0MAAAC/kotDAACAQJRDAACAv5IMAwtDAACAPyADIAOSkwwCC0MAAIA/QwAAgL8gA0MAAAA/XRsMAQsgHyoCkAELIRcgIi0AIUELRgRAICUtAACzQwQCATyUICItACJBQGqyQyEIgjyUlEMAAAAAkiEECyAiLQAjQQtGBEAgJS0AAbNDBAIBPJQgIi0AJEFAarJDIQiCPJSUIASSIQQLICItACVBC0YEQCAlLQACs0MEAgE8lCAiLQAmQUBqskMhCII8lJQgBJIhBAsgIi0AHyEgICItACdBC0YEQCAlLQADs0MEAgE8lCAiLQAoQUBqskMhCII8lJQgBJIhBAsgIEEDcSE0IClBgICA/AM2AiggKUKAgID8g4CAwD83AyAgKUGAgID8AzYCGCApQoCAgPyDgIDAPzcDECApQ5qZGT4gBEMAAEBAlEMAAIA/kiIDIANDmpkZPl0bIgM4AiwgKSADOAIcIB9BsAFqISsgH0GmAWohKkEAISADQAJAICBB4LIGai0AACIhQf8BRg0AAn8gIEECdCIkIClBEGpqKgIAIgRDAACAQZQiA0MAAIBPXSADQwAAAABgcQRAIAOpDAELQQALICEgImotAAAiIXMiIyAgICpqIictAABGBEAgHy0ApAFFDQELICcgIzoAACAEICEQlwGUQZi5ByoCAJRDAACAP5IhAyAkICtqAn0gIEEDcUUEQEMAAIA/Q+Olu78gA5UQvgKTDAELQzMzk8AgA5UQvgILOAIACyAgQQFqIiBBCEcNAAtDAACAPyEEQwAAAAAgFCAUIBeUIg+UQwAAQEGUIDQbIB8qAoABkkMAAIrCkiIDQwAA8EJeBEADQCAEQwAAgESUIQQgA0MAAPDCkiIDQwAA8EJeDQALCyADQwAA8MJdBEADQCAEQwAAgDqUIQQgA0MAAPBCkiIDQwAA8MJdDQALCwJ/IANDAAAAQ5IiA4tDAAAAT10EQCADqAwBC0GAgICAeAshIAJ/IAMgILKTQwAAgEOUIgOLQwAAAE9dBEAgA6gMAQtBgICAgHgLISFDAAAAACEDICItACEiI0EHRgRAICUtAACzQwQCATyUICItACJBQGqyQyEIgjyUlEMAAAAAkiEDCyAiLQAjIiRBB0YEQCAlLQABs0MEAgE8lCAiLQAkQUBqskMhCII8lJQgA5IhAwsgIUECdCEhICBBAnQhICAiLQAlIidBB0YEQCAlLQACs0MEAgE8lCAiLQAmQUBqskMhCII8lJQgA5IhAwsgIUGQ3AZqISEgIEGA1AZqISAgIi0AJyIqQQdGBEAgJS0AA7NDBAIBPJQgIi0AKEFAarJDIQiCPJSUIAOSIQMLICEqAgAhBiAgKgIAIQhDAAAAACEFICNBBUYEQCAlLQAAs0MEAgE8lCAiLQAiQUBqskMhCII8lJRDAAAAAJIhBQsgCCAGlCEGICRBBUYEQCAlLQABs0MEAgE8lCAiLQAkQUBqskMhCII8lJQgBZIhBQsgBCAGlCEEICdBBUYEQCAlLQACs0MEAgE8lCAiLQAmQUBqskMhCII8lJQgBZIhBQsgBEMAANxDlCEEQZi5ByoCACEGICpBBUYEQCAlLQADs0MEAgE8lCAiLQAoQUBqskMhCII8lJQgBZIhBQsgBCAGlSELICZBACACQQJ0EK4CIS0gD0MAAAA/lEMAAAAAIDRBAkYbIAWSIQ0gH0EQaiE9IANDAAAAP5QhDkEBITIDQAJAICJBAEEHIDIiIRtqIiAtAACzQwQCATyUAn1DAAAAACAhDQAaQwAAAAAhAyAiLQAhQQZGBEAgJS0AALNDBAIBPJQgIi0AIkFAarJDIQiCPJSUQwAAAACSIQMLICItACNBBkYEQCAlLQABs0MEAgE8lCAiLQAkQUBqskMhCII8lJQgA5IhAwsgIi0AJUEGRgRAICUtAAKzQwQCATyUICItACZBQGqyQyEIgjyUlCADkiEDCyADICItACdBBkcNABogJS0AA7NDBAIBPJQgIi0AKEFAarJDIQiCPJSUIAOSC5IiCEMAAAAAXw0AICAtAAJBQGqyIQMgIC0AAUFAarIhBEMAAAAAIQVBA0EEICEbIiEgIi0AIUYEQCAlLQAAs0MEAgE8lCAiLQAiQUBqskMhCII8lJRDAAAAAJIhBQsgA0MhCII8lCEDIARDIQiCPJQhBCAiLQAjICFGBEAgJS0AAbNDBAIBPJQgIi0AJEFAarJDIQiCPJSUIAWSIQULIANDAAAAP5QhAyAEQwAAwEGUIQQgIi0AJSAhRgRAICUtAAKzQwQCATyUICItACZBQGqyQyEIgjyUlCAFkiEFCyAEIAOSIQMgIi0AJyAhRgRAICUtAAOzQwQCATyUICItAChBQGqyQyEIgjyUlCAFkiEFC0MAAIA/IQQgA0MAAPBCXgRAA0AgBEMAAIBElCEEIANDAADwwpIiA0MAAPBCXg0ACwsgA0MAAPDCXQRAA0AgBEMAAIA6lCEEIANDAADwQpIiA0MAAPDCXQ0ACwsgIC0ABSEmICAtAAMhIyAgLQAEISQCfyADQwAAAEOSIgOLQwAAAE9dBEAgA6gMAQtBgICAgHgLISACfyADICCyk0MAAIBDlCIDi0MAAABPXQRAIAOoDAELQYCAgIB4C0ECdEGQ3AZqKgIAIQMgIEECdEGA1AZqKgIAIQYgMRDtAUUNACAOICazQwQCATyUkkMK16M8lCIHQwAAAABdISAgJEEDcSE2IAQgBiADlJQhBEMAAAAAIQMgMRDuASEhAkAgDSAjs0MEAgE8lJIgBZIiBUMAAAAAXQ0AIAUiA0MAAIA/XkUNAEMAAIA/IQMLQwAAAAAgByAgGyEJIDZBAWohOCALIASUIQwCfyADICFBAWuylCIDi0MAAABPXQRAIAOoDAELQYCAgIB4CyEgIAMgILKTIQZBACE1IAhDAAAAOJQgOLORlSEIIDEgIAJ/QQAgCUMAAIA/kiAMQZi5ByoCAJSUIgNDAACAQ5RDAHCURl5FDQAaQQEgA0MAAABDlEMAcJRGXkUNABpBAiADQwAAgEKUQwBwlEZeRQ0AGkEDIANDAAAAQpRDAHCURl5FDQAaQQQgA0MAAIBBlEMAcJRGXkUNABpBBSADQwAAAEGUQwBwlEZeRQ0AGkEGCyIjICkQ7wEhJiAxICBBAWoiJCAgICEgJEobICMgKRDvASEjICkoAgAiIEEBayEkIDazIQogILIhBwNAAn1DrMUnNyAMIAkgNgR9IDWzIAqVIgMgA5JDAACAv5IFQwAAAAALlEMAAIA/kpQiA0OsxSc3XQ0AGiADIANDZmbmPl5FDQAaQ2Zm5j4LIQUgPSAxQQR0aiA1QQJ0aiI+KgIAIQRBACEhA0ACfyAEIAeUIgNDAACAT10gA0MAAAAAYHEEQCADqQwBC0EACyEgIC0gIUECdGoiJyAGIAMgILOTIgMgIyAgQQFqICRxQQF0IipqLgEAICMgICAkcUEBdCIgai4BACIra7KUICuykiADICYgKmouAQAgICAmai4BACIga7KUICCykiIDk5QgA5IgCJQgJyoCAJI4AgAgBSAEkiIDQwAAgL+SIAMgA0MAAIA/YBshBCAhQQFqIiEgAkcNAAsgPiAEOAIAIDVBAWoiNSA4Rw0ACwtBASExIDIhIEEAITIgIA0AC0MAAAAAIQMgIi0AIUEKRgRAICUtAACzQwQCATyUICItACJBQGqyQyEIgjyUlEMAAAAAkiEDCyAiLQARISAgIi0AI0EKRgRAICUtAAGzQwQCATyUICItACRBQGqyQyEIgjyUlCADkiEDCyAgsyEEICItACVBCkYEQCAlLQACs0MEAgE8lCAiLQAmQUBqskMhCII8lJQgA5IhAwsgAkEBcSEkAn1DAAAAACAEQwQCATyUICItACdBCkYEfSAlLQADs0MEAgE8lCAiLQAoQUBqskMhCII8lJQgA5IFIAMLkiIDQwAAAABdDQAaIAMgA0MAAIA/XkUNABpDAACAPwsiBEMAACBAlCAElEPNzEw/kiEEQQAhICACQQFHBEAgAkH+////B3EhI0EAISYDQCAtICBBAnRqIiFDAADAv0MAAMA/IAQgISoCAJQiAyADQwAAwD9eGyADQwAAwL9dGyIDIAMgAyADQxy0Fz6UlJSTOAIAICFBBGoiIUMAAMC/QwAAwD8gBCAhKgIAlCIDIANDAADAP14bIANDAADAv10bIgMgAyADIANDHLQXPpSUlJM4AgAgIEECaiEgICZBAmoiJiAjRw0ACwsgJARAIC0gIEECdGoiIEMAAMC/QwAAwD8gBCAgKgIAlCIDIANDAADAP14bIANDAADAv10bIgMgAyADIANDHLQXvpSUlJI4AgALAkAgIi0ADkEGcCInQQVHBEBDAAAAACEDICItACEiIEEJRgRAICUtAACzQwQCATyUICItACJBQGqyQyEIgjyUlEMAAAAAkiEDCyAiLQAjIiFBCUYEQCAlLQABs0MEAgE8lCAiLQAkQUBqskMhCII8lJQgA5IhAwsgIi0AJSImQQlGBEAgJS0AArNDBAIBPJQgIi0AJkFAarJDIQiCPJSUIAOSIQMLICItABIhIyAiLQAnIiRBCUYEQCAlLQADs0MEAgE8lCAiLQAoQUBqskMhCII8lJQgA5IhAwsgI0FAaiEjQwAAAAAhBCAgQQFGBEAgJS0AALNDBAIBPJQgIi0AIkFAarJDIQiCPJSUQwAAAACSIQQLICOyIQUgIUEBRgRAICUtAAGzQwQCATyUICItACRBQGqyQyEIgjyUlCAEkiEECyAFQyEIgjyUIQUgIi0ADyEhICZBAUYEQCAlLQACs0MEAgE8lCAiLQAmQUBqskMhCII8lJQgBJIhBAsgBSADkiEDQwAAAAAhBSAPQwAAQEKUQwAAAAAgNEEBRhsgHyoCiAEgIi0AFLNDBAIBPJSUQwAAwEGUICItABOzQwQCATyUIB8qAoABQwAAcMKSlCADQwAAkEKUIB8qAniUICGzQ8jjcT+UICRBAUYEfSAlLQADs0MEAgE8lCAiLQAoQUBqskMhCII8lJQgBJIFIAQLQwAAcEKUkpKSkpIhBCAfLQCkAQR/IB9BADoApAEgHyAEOAKYASAiLQAhBSAgC0H/AXFBAkYEQCAlLQAAs0MEAgE8lCAiLQAiQUBqskMhCII8lJRDAAAAAJIhBQsgIi0AECEgICItACNBAkYEQCAlLQABs0MEAgE8lCAiLQAkQUBqskMhCII8lJQgBZIhBQsgILMhAyAiLQAlQQJGBEAgJS0AArNDBAIBPJQgIi0AJkFAarJDIQiCPJSUIAWSIQULIANDBAIBPJQhBkMAAAAAIQMCQCAGICItACdBAkYEfSAlLQADs0MEAgE8lCAiLQAoQUBqskMhCII8lJQgBZIFIAULkiIFQwAAAABdDQAgBSIDQwAAgD9eRQ0AQwAAgD8hAwsgHyoCmAEhGCAfIAQ4ApgBIANDmpl5QJQiD0MzM7M+lEMAAIA/kiERIAQgGJMgArOVIRpDAACAPyADIANDAADEQZSUIAOUQwAAAD+SIgOVIRJDAACAPyADQwrXozyUQwAAAD+SlSEWIB8qAjwhCCAfKgI4IQcgHyoCNCEJIB8qAjAhDCAfKgJAIQUgHyoCaCETIB8qAmQhECAfKgJUIQYgHyoCUCEEQQAhI0GYuQcqAgAhGSAnQQFrISsDQCAjIiBBCGoiIyACIAIgI0siJBshISAaICBBBHKzlCAYkiEDAkACQAJAAkAgJ0EERgRAQwAAgD8hCiADQwAA8EJeDQEMBAtDAACAPyEKIANDAADwQl4NAQwCCwNAIApDAACARJQhCiADQwAA8MKSIgNDAADwQl4NAAsMAgsDQCAKQwAAgESUIQogA0MAAPDCkiIDQwAA8EJeDQALCyADQwAA8MJdBEADQCAKQwAAgDqUIQogA0MAAPBCkiIDQwAA8MJdDQALCwJ/IANDAAAAQ5IiA4tDAAAAT10EQCADqAwBC0GAgICAeAshJgJ/IAMgJrKTQwAAgEOUIgOLQwAAAE9dBEAgA6gMAQtBgICAgHgLISpDUkmdOSEDAkAgCiAmQQJ0QYDUBmoqAgAgKkECdEGQ3AZqKgIAlJRDAACgQZQgGZUiCkNSSZ05XQ0AIAoiA0PsUbg+XkUNAEPsUbg+IQMLIB8gEjgCSCAfIAMgAyADlCIKIApDSSZfQpRDj7ohQZKUQ9sPSUCSlCIDOAJEIB9DAACAPyADIAOUIgsgEiADlEMAAIA/kpKVIgo4AkwCQAJAAkACQAJAICsOAwABAgMLIAOMIQ4gEowhFQNAIC0gIEECdGoiJiADIAMgDiAElCAVIASUICYqAgCSkiAGkyAKlJQiCyAEkiIElCINIAaSIgY4AgAgCyAEkiEEIA0gBpIhBiAgQQFqIiAgIUkNAAsMAwsgA4whDiASjCEVA0AgLSAgQQJ0aiImIBIgAyAOIASUIBUgBJQgJioCAJKSIAaTIAqUlCINIASSIguUQwAAwD+UOAIAIA0gC5IhBCADIAuUIgsgCyAGkpIhBiAgQQFqIiAgIUkNAAsMAgsgA4whDSASjCEOA0AgLSAgQQJ0aiImIA0gBJQgDiAElCAmKgIAkpIgBpMgCpQiCzgCACADIAuUIgsgCyAEkiILkiEEIAMgC5QiCyALIAaSkiEGICBBAWoiICAhSQ0ACwwBCyAfIBY4AlwgHyADOAJYIB9DAACAPyALIBYgA5RDAACAP5KSlSIbOAJgIAOMIQsgFowhHCASjCEdA0AgLSAgQQJ0aiImIAMgAyALIBCUIBwgEJQgAyADIAsgBJQgHSAElCAmKgIAkpIgBpMgCpSUIg0gBJIiBJQiDiAGkiIGkpIgE5MgG5SUIhUgEJIiEJQiHiATkiITOAIAIA0gBJIhBCAOIAaSIQYgFSAQkiEQIB4gE5IhEyAgQQFqIiAgIUkNAAsgHyATOAJoIB8gEDgCZAsgHyAGOAJUIB8gBDgCUCAkDQEMAwsgA0MAAPDCXQRAA0AgCkMAAIA6lCEKIANDAADwQpIiA0MAAPDCXQ0ACwsCfyADQwAAAEOSIgOLQwAAAE9dBEAgA6gMAQtBgICAgHgLISYCfyADICayk0MAAIBDlCIDi0MAAABPXQRAIAOoDAELQYCAgIB4CyEqQxe3UTkhAwJAIAogJkECdEGA1AZqKgIAICpBAnRBkNwGaioCAJSUQwAAoEGUIBmVIgpDF7dROV0NACAKIgNDZmbmPl5FDQBDZmbmPiEDCyADQ9sPSUCUIgMgAyADlCIDIANDqYcIPpRDO6qqPpKUQwAAgD+SlCIDIANDAACAP5KVIQMDQCAtICBBAnRqIiYgCCADIAcgAyAJIAMgDCADQwAAwL9DAADAPyAmKgIAIBGUIA8gBZSTIgUgBUMAAMA/XhsgBUMAAMC/XRsiBSAFIAUgBUMctBe+lJSUkiAMk5QiCpIiDCAJk5QiC5IiCSAHk5QiDZIiByAIk5QiDpIiBTgCACAKIAySIQwgCyAJkiEJIA0gB5IhByAOIAWSIQggIEEBaiIgICFJDQALIB8gCDgCPCAfIAc4AjggHyAJOAI0IB8gDDgCMCAfIAU4AkAgJA0ACwwBCyAfQQA6AKQBCyAUQwAAAD+UQwAAAAAgNEEDRhsiAyAXlEMAAIA/IAOTkiAiLQArs0MEAgG8lEMAAIA/IB8qAogBk5RDAACAP5KUQ83MjD+UIQYgIi0AF7NDBAIBPJQhBSAfKgLMASEIIB8qAsQBIQcgHyoCwAEhCSAiLQAbISRBACEgIB8tAHQiIyEmA0AgLSAgQQJ0IiFqKgIAIQQCQAJAAkACQAJAAkAgJkH/AXFBAWsOBAABAgMECyAfQ2Zmpj8gHyoCcCIDkyAJlCADkiIDOAJwIANDAACAP2BFBEBBASEmDAULQQIhIyAfQQI6AHQgH0GAgID8AzYCcEMAAIA/IQNBAiEmDAQLIB8gHyoCcCAFkyAHlCAFkiIDOAJwIAMgBZNDF7fROF1FBEBBAiEmDAQLQQMhIyAfQQM6AHQLIB8gBTgCcEEDISYgBSEDDAILIB8gCCAfKgJwlCIDOAJwIANDF7fROF1FBEBBBCEmDAILQQAhIyAfQQA6AHQgH0EANgJwQwAAAAAhA0EAISYMAQsgH0EANgJwQwAAAAAhAwsgISAsaiAGIAQgA5SUOAIAICBBAWoiICACRw0ACyAkQf8BcbNDBAIBPJQhBCAfKgJ4IQMgHy0AfCEhIB8qArwBIQUgHyoCtAEhBiAfKgKwASEIQQAhIANAAkACQAJAAkACQAJAAkAgIUH/AXFBAWsOBAABAgMECyAfQ2Zmpj8gA5MgCJQgA5IiAzgCeCADQwAAgD9gRQRAQQEhIQwGC0ECISEgH0ECOgB8IB9BgICA/AM2AnhDAACAPyEDDAULIB8gAyAEkyAGlCAEkiIDOAJ4IAMgBJNDF7fROF1FBEBBAiEhDAULQQMhISAfQQM6AHwgHyAEOAJ4IAQhAwwECyAfIAQ4AnhBAyEhIAQhAwwDCyAfIAUgA5QiAzgCeCADQxe30ThdRQRAQQQhIQwDC0EAISEgH0EAOgB8IB9BADYCeAwBCyAfQQA2AngLQwAAAAAhAwsgIEEBaiIgIAJHDQALICNB/wFxQQBHDAILIAJBA3EhKkEAISNBACEgIAJBBE8EQCACQfz///8HcSErQQAhJANAICYgIEECdGoiISAhKgIAQ83MDD+UOAIAICFBBGoiJyAnKgIAQ83MDD+UOAIAICFBCGoiJyAnKgIAQ83MDD+UOAIAICFBDGoiISAhKgIAQ83MDD+UOAIAICBBBGohICAkQQRqIiQgK0cNAAsLICoEQANAICYgIEECdGoiISAhKgIAQ83MDD+UOAIAICBBAWohICAjQQFqIiMgKkcNAAsLAkAgIi0AB0EDcSIhRQ0AIAJBAXEhJ0EAISAgIUECdEHQsgZqKgIAQ9sPycCUIA+VEL4CIQQgAkEBRwRAIAJB/v///wdxISQgHyoCbCEFQQAhIwNAICYgIEECdGoiISAhKgIAIgMgAyAEIAUgA5OUkiIFkzgCACAhQQRqIiEgISoCACIDIAMgBCAFIAOTlJIiBZM4AgAgIEECaiEgICNBAmoiIyAkRw0ACyAfIAU4AmwLICdFDQAgHyAEIB8qAmwgJiAgQQJ0aiIgKgIAIgOTlCADkiIEOAJsICAgAyAEkzgCAAsgHyoCiAEgIi0AC7NDBAIBPJSUQwAAoEGUICItAAqzQwQCATyUIB8qAoABQwAAcMKSlCALICItAAmzQwQCATyUlEMAAPBBlCAlLQAAs0PI43E/lCAfKgJ4ICUtAAKzQwQCATyUQwAAqEKUlCIDjCADICItAAgbkpKSkiEDAn0gHy0ApAFFBEAgHyoCmAEMAQsgH0EAOgCkASAfIAM4ApgBIAMLIREgJS0AASEgIB8gAzgCmAEgAyARkyAKlSEQICCzQwQCATyUQ5qZeUCUIg1DMzOzPpRDAACAP5IhDiAfKgI8IQUgHyoCOCEGIB8qAjQhCCAfKgIwIQcgHyoCQCEEQQAhIANAQwAAgD8hCSAQICBBBHKzlCARkiIDQwAA8EJeBEADQCAJQwAAgESUIQkgA0MAAPDCkiIDQwAA8EJeDQALCyADQwAA8MJdBEADQCAJQwAAgDqUIQkgA0MAAPBCkiIDQwAA8MJdDQALCwJ/IANDAAAAQ5IiA4tDAAAAT10EQCADqAwBC0GAgICAeAshIQJ/IAMgIbKTQwAAgEOUIgOLQwAAAE9dBEAgA6gMAQtBgICAgHgLISMgIEEIaiIkIAJJISdDF7dROSEDAkAgCSAhQQJ0QYDUBmoqAgAgI0ECdEGQ3AZqKgIAlJRDAACgQZQgD5UiCUMXt1E5XQ0AIAkiA0NmZuY+XkUNAENmZuY+IQMLICQgAiAnGyEjIAND2w9JQJQiAyADIAOUIgMgA0Ophwg+lEM7qqo+kpRDAACAP5KUIgMgA0MAAIA/kpUhAwNAICYgIEECdGoiISAFIAMgBiADIAggAyAHIANDAADAv0MAAMA/ICEqAgAgDpQgDSAElJMiBCAEQwAAwD9eGyAEQwAAwL9dGyIEIAQgBCAEQxy0F76UlJSSIAeTlCIJkiIHIAiTlCIMkiIIIAaTlCIKkiIGIAWTlCILkiIEOAIAIAkgB5IhByAMIAiSIQggCiAGkiEGIAsgBJIhBSAgQQFqIiAgI0kNAAsgHyAFOAI8IB8gBjgCOCAfIAg4AjQgHyAHOAIwIB8gBDgCQCAkISAgJw0ACyAiLQAUs0MEAgG8lEMAAIA/IB8qAogBk5RDAACAP5IhBSAiLQAOs0MEAgE8lCEEIB8qArwBIQcgHyoCtAEhCSAfKgKwASEMAkAgIi0AEEUEQEEAISAgHy0AfCIkISMDQCAmICBBAnQiIWoqAgAhBgJAAkACQAJAAkACQCAjQf8BcUEBaw4EAAECAwQLIB9DZmamPyAfKgJ4IgOTIAyUIAOSIgM4AnggA0MAAIA/YEUEQEEBISMMBQtBAiEkIB9BAjoAfCAfQYCAgPwDNgJ4QwAAgD8hA0ECISMMBAsgHyAfKgJ4IASTIAmUIASSIgM4AnggAyAEk0MXt9E4XUUEQEECISMMBAtBAyEkIB9BAzoAfAsgHyAEOAJ4QQMhIyAEIQMMAgsgHyAHIB8qAniUIgM4AnggA0MXt9E4XUUEQEEEISMMAgtBACEkIB9BADoAfCAfQQA2AnhDAAAAACEDQQAhIwwBCyAfQQA2AnhDAAAAACEDCyAhICxqIAUgBiADlJRDZmamP5Q4AgAgIEEBaiIgIAJHDQALIB8gHyoCeDgCcAwBC0MAAIA/QwAAAAAgHy0ApQEiJBshBkMAAIA/IA9DbxIDO5SVIQggHy0AfCEjQQAhIANAAkACQAJAAkACQAJAICNB/wFxQQFrDgQAAQIDBAsgH0NmZqY/IB8qAngiA5MgDJQgA5IiAzgCeCADQwAAgD9gRQRAQQEhIwwFC0ECISMgH0ECOgB8IB9BgICA/AM2AngMBAsgHyAfKgJ4IASTIAmUIASSIgM4AnggAyAEk0MXt9E4XUUEQEECISMMBAtBAyEjIB9BAzoAfCAfIAQ4AngMAwsgHyAEOAJ4QQMhIwwCCyAfIAcgHyoCeJQiAzgCeCADQxe30ThdRQRAQQQhIwwCC0EAISMgH0EAOgB8IB9BADYCeAwBCyAfQQA2AngLIB8gBiAfKgKcASIDkyAIlCADkiIDOAKcASAsICBBAnQiIWogBSAhICZqKgIAIAOUlENmZqY/lDgCACAgQQFqIiAgAkcNAAsgHyAfKgKcASIDIB8qAngiBCADIAReGzgCcEEDQQNBA0EAIB8tAHwbIANDF7fROF4bICQbIiBBACAgIANDF7fROF8bICQbISQLIB8gJDoAdCAkQf8BcUEARwwBCyAiLQALs0MEAgE8lCIDQwAAAABeBEAgAkEBcSEqIB8oAqABISACQCACQQFGBEBBACEhDAELIAJB/v///wdxISdBACEhQQAhJANAICYgIUECdGoiIyADICBBjczlAGxB3+a74wNqskMAAAAwlJQgIyoCAJI4AgAgI0EEaiIjIAMgIEGpueG5AWxBstLAugRqIiCyQwAAADCUlCAjKgIAkjgCACAhQQJqISEgJEECaiIkICdHDQALCyAqBEAgJiAhQQJ0aiIhIAMgIEGNzOUAbEHf5rvjA2oiILJDAAAAMJSUICEqAgCSOAIACyAfICA2AqABCyAiLQAMs0MEAgE8lCIDQwAAIECUIAOUQ83MDD+SIQQgAkEBcSEnQQAhICACQQFHBEAgAkH+////B3EhJEEAISMDQCAmICBBAnRqIiFDAADAv0MAAMA/IAQgISoCAJQiAyADQwAAwD9eGyADQwAAwL9dGyIDIAMgAyADQxy0Fz6UlJSTOAIAICFBBGoiIUMAAMC/QwAAwD8gBCAhKgIAlCIDIANDAADAP14bIANDAADAv10bIgMgAyADIANDHLQXPpSUlJM4AgAgIEECaiEgICNBAmoiIyAkRw0ACwsgJwRAICYgIEECdGoiIEMAAMC/QwAAwD8gBCAgKgIAlCIDIANDAADAP14bIANDAADAv10bIgMgAyADIANDHLQXvpSUlJI4AgALIAxDAAAQQpRDAAAAACArGyAfKgKIASAiLQAOs0MEAgE8lJRDAADAQZQgIi0ADbNDBAIBPJQgHyoCgAFDAABwwpKUICUtAACzQ8jjcT+UIB8qAnggJS0AA7NDBAIBPJRDAACQQpSUkpKSkiEDAn0gHy0ApAFFBEAgHyoCmAEMAQsgH0EAOgCkASAfIAM4ApgBIAMLIREgJS0AASEgIB8gAzgCmAEgAyARkyACs5UhECAgs0MEAgE8lEPNzHxAlCINQzMzsz6UQwAAgD+SIQ4gHyoCPCEFIB8qAjghBiAfKgI0IQggHyoCMCEHIB8qAkAhBEEAISADQEMAAIA/IQkgECAgQQRys5QgEZIiA0MAAPBCXgRAA0AgCUMAAIBElCEJIANDAADwwpIiA0MAAPBCXg0ACwsgA0MAAPDCXQRAA0AgCUMAAIA6lCEJIANDAADwQpIiA0MAAPDCXQ0ACwsCfyADQwAAAEOSIgOLQwAAAE9dBEAgA6gMAQtBgICAgHgLISECfyADICGyk0MAAIBDlCIDi0MAAABPXQRAIAOoDAELQYCAgIB4CyEjICBBCGoiJCACSSEnQxe3UTkhAwJAIAkgIUECdEGA1AZqKgIAICNBAnRBkNwGaioCAJSUQwAAoEGUIA+VIglDF7dROV0NACAJIgNDZmbmPl5FDQBDZmbmPiEDCyAkIAIgJxshIyADQ9sPSUCUIgMgAyADlCIDIANDqYcIPpRDO6qqPpKUQwAAgD+SlCIDIANDAACAP5KVIQMDQCAmICBBAnRqIiEgBSADIAYgAyAIIAMgByADQwAAwL9DAADAPyAhKgIAIA6UIA0gBJSTIgQgBEMAAMA/XhsgBEMAAMC/XRsiBCAEIAQgBEMctBe+lJSUkiAHk5QiCZIiByAIk5QiDJIiCCAGk5QiCpIiBiAFk5QiC5IiBDgCACAJIAeSIQcgDCAIkiEIIAogBpIhBiALIASSIQUgIEEBaiIgICNJDQALIB8gBTgCPCAfIAY4AjggHyAIOAI0IB8gBzgCMCAfIAQ4AkAgJCEgICcNAAsgIi0AHLNDBAIBvJRDAACAPyAfKgKIAZOUQwAAgD+SIQYgIi0AFbNDBAIBPJQhBSAfKgLMASEIIB8qAsQBIQcgHyoCwAEhCSAiLQARISdBACEgIB8tAHQiJCEjA0AgJiAgQQJ0IiFqKgIAIQQCQAJAAkACQAJAAkAgI0H/AXFBAWsOBAABAgMECyAfQ2Zmpj8gHyoCcCIDkyAJlCADkiIDOAJwIANDAACAP2BFBEBBASEjDAULQQIhJCAfQQI6AHQgH0GAgID8AzYCcEMAAIA/IQNBAiEjDAQLIB8gHyoCcCAFkyAHlCAFkiIDOAJwIAMgBZNDF7fROF1FBEBBAiEjDAQLQQMhJCAfQQM6AHQLIB8gBTgCcEEDISMgBSEDDAILIB8gCCAfKgJwlCIDOAJwIANDF7fROF1FBEBBBCEjDAILQQAhJCAfQQA6AHQgH0EANgJwQwAAAAAhA0EAISMMAQsgH0EANgJwQwAAAAAhAwsgISAsaiAGIAQgA5SUQ5qZmT+UOAIAICBBAWoiICACRw0ACyAnQf8BcbNDBAIBPJQhBCAfKgJ4IQMgHy0AfCEhIB8qArwBIQUgHyoCtAEhBiAfKgKwASEIQQAhIANAAkACQAJAAkACQAJAAkAgIUH/AXFBAWsOBAABAgMECyAfQ2Zmpj8gA5MgCJQgA5IiAzgCeCADQwAAgD9gRQRAQQEhIQwGC0ECISEgH0ECOgB8IB9BgICA/AM2AnhDAACAPyEDDAULIB8gAyAEkyAGlCAEkiIDOAJ4IAMgBJNDF7fROF1FBEBBAiEhDAULQQMhISAfQQM6AHwgHyAEOAJ4IAQhAwwECyAfIAQ4AnhBAyEhIAQhAwwDCyAfIAUgA5QiAzgCeCADQxe30ThdRQRAQQQhIQwDC0EAISEgH0EAOgB8IB9BADYCeAwBCyAfQQA2AngLQwAAAAAhAwsgIEEBaiIgIAJHDQALICRB/wFxQQBHCyEgIClBMGokACAgISQLICQhMgJAAkAgKC8BBiIhBEAgAkUNASAoQQ1qISRBACEjA0AgLCAjQQJ0Ih9qKgIAIQMgKCAhQQFrIiA7AQYCfyADQwAAAEeUIgOLQwAAAE9dBEAgA6gMAQtBgICAgHgLICFB//8DcWxB2ABtISUCQCAgQf//A3EEQCABIB9qIiEgISgCACAlajYCACAgISEMAQsgKEEAOgAAAkACQCAoLQAIBEAgLi0A1TBFBEAgKC0ACSEhDAILIC4tANQwIiAgKC0ACSIhdiAgICgtAAF2c0EBcUUNASAuQQE6ANcwQQAhJQsgASAfaiIhICEoAgAgJWo2AgAMAQsgKEEAOgAIIDsgIUEEdGoiISAoICgtAAogKC0ACyAkICgtAAwgISgCACgCFBEHACAoLwEGISEgASAfaiIgICAoAgAgJWo2AgAgIQ0BCyAoLQAAIiEhMgwECyAjQQFqIiMgAkcNAAsMAQsgAkUNAEEAISFBACEgIAJBAUcEQANAIAEgIUECdCIjaiIlKAIAIR8gJQJ/ICMgLGoqAgBDAAAAR5QiA4tDAAAAT10EQCADqAwBC0GAgICAeAsgH2o2AgAgASAjQQRyIiNqIiUoAgAhHyAlAn8gIyAsaioCAEMAAABHlCIDi0MAAABPXQRAIAOoDAELQYCAgIB4CyAfajYCACAhQQJqISEgIEECaiIgIDlHDQALCyA6RQ0AIAEgIUECdCIhaiIjKAIAISAgIwJ/ICEgLGoqAgBDAAAAR5QiA4tDAAAAT10EQCADqAwBC0GAgICAeAsgIGo2AgALICgtAAAhIQsCQCAhQf8BcUUNACAoLQABIAAtAAhHDQAgKAJ/IDBBFU0EfSAwQdABbEHY6OkAaioCAAVDAAAAAAsQwAJDAACATpQiA4tDAAAAT10EQCADqAwBC0GAgICAeAs2AhwgMg0AICgtAAgNACAoQQA6AAALQQEhIQsgMEEBaiIwQRZHDQALIC9BEGokACAhQQFxC/EDAQZ/IwBBEGsiBiQAIAAoAgQhByAGIAAtAAk6AAwgAEH/AToACSAGIAAtAAo6AA0gAEH/AToACiAGIAAtAAs6AA4gAEH/AToACyAGIAAtAAw6AA8gAC0ADSEIIABB/wE7AAwgB0GAAmohBAJAAkADQAJAIAQgA0HwAGxqIgUtAABFDQAgBS0AASAALQAIRw0AIAUvAQZFDQILAkAgBCADQQFyQfAAbGoiBS0AAEUNACAFLQABIAAtAAhHDQAgBS8BBkUNAgsgA0ECaiIDQRZHDQALIAcgAC0ACCABIAIgBkEMakEAEDIiA0UNAUEYQZcBIAEgACgCBCIFKAIAIgQgAC0ACEEwbGotAFBqIAQtABJqQRhrIgQgBEGXAU4bIgQgBEEYTBtBAnRBkK4KaigCACEEIAMgBigCDDYAESAALQAIIQAgAyACOgADIAMgAToAAiADIAA6AAEgA0EBOgAAIANCgICAgICAgIDAADcCHCADQQA6AAggA0GBAjYCBCAFIAUoAqAVQQFqIgA2AqAVIAMgBDYCLCADIAA2AhggAyAENgIoIAMoAiRFBEAgA0GAgICABDYCJAsgA0IANwJgIANCADcCaAwBCyAAIAUgASACIAZBDGogCAR/IAUtAAVBAEcFQQALEEgLIAZBEGokAAusAgECf0EYQZcBIAIgACgCBCIHKAIAIgYgAC0ACEEwbGotAFBqIAYtABJqQRhrIgYgBkGXAU4bIgYgBkEYTBtBAnRBkK4KaigCACEGIAEgBCgAADYAEQJAIAVFBEAgAC0ACCEADAELIAAtAAghACABLQAARQ0AIAEtAAEgAEH/AXFHDQAgAS0ABUUNACABLwEGDQAgASADOgADIAEgAjoAAiABIAY2AiwPCyABIAM6AAMgASACOgACIAEgADoAASABQQE6AAAgAUKAgICAgICAgMAANwIcIAFBADoACCABQYECNgIEIAcgBygCoBVBAWoiADYCoBUgASAGNgIsIAEgADYCGCABIAY2AiggASgCJEUEQCABQYCAgIAENgIkCyABQgA3AmAgAUIANwJoC4EBAQN/IAAoAgRBgAJqIQQDQAJAIAQgA0HwAGxqIgItAAhFDQAgAi0ACSAALQAIRw0AIAItAAogAUcNACACQQA6AAgLAkAgAi0AAEUNACACLQABIAAtAAhHDQAgAi0AAiABRw0AIAItAAVFDQAgAkEEOwEECyADQQFqIgNBFkcNAAsL1w0CEX8FfiACQRB0IQ0gAkHoCmohDiAAKAIEIgpBoAFqIQ8gCkGAAmohECAKKAIAIAAtAAhBMGxqQUBrIQkDQAJAIBAgC0HwAGxqIgQtAABFDQAgBC0AASAALQAIRw0AIAQoAigiAyAEKAIsIgVHBEAgBCAFIAMgDSAOIAktAA1BrQFsam6tIAWtIAOtfX4iFEIQiKdqIBRCgIAEVBs2AigLIAQtAAMhByAELQATIgVB/wFGBEAgCS0AAiEFCyAFQf8BcSIGIQMgB0H/AXEiCEH4AEkiB0UEQCAFQf8BcUEBdEEDbiEDC0ElIAZBAnYiBSAFQSVPG0ECdEHYtQpqNQIAIRZB/wAgAyADQf8ATxtBAnRB8LIKajUCACEXQaizCjUCACEYIAQtABQiA0H/AUYEfyAJLQADBSADC0H/AXEhBUH/ACEDQfwAIAcEfyADBSAJLQAYQf8AagsgBWxB/wBuIAQoAiBBFnVsQdQCbSAELQARIgNB/wFGBH8gCS0AAAUgAwtB/wFxaiIDIANB/ABOGyIDQQAgA0EAShtBAXRB8L4KajMBACEUIAQtABIiA0H/AUYEQCAJLQABIQMLAkAgAkUNACADQf8BcUHeB2xB/wBuIQMgBC0AAEUNAEH3ACAIIAhB9wBPG0EIaiERIARBDWohEiAJLQAIQQFxIRMgA60hFUEAIQcDQCAEKAIoIQMgBCgCJCEFAn8CfwJAIBMEQCADRQ0BAn8gAyAFSwRAIAWtQg+GIAOtgKciBiAGbEEPdiAGQQF0a0GAgAJqDAELQQAgBSADQX9zTQ0AGiAFQX9zrUIPhiADrYCnIgZBAXQgBiAGbEEPdmtBgIACawsgBUEQdmpBgIACayEMIAMgBUGAgICAeHMiBksEQCAGrUIPhiADrYCnIghBAXQgCCAIbEEPdmtBgIACawwDC0EAIAYgA0F/c00NAhogBUH/////B3OtQg+GIAOtgKciCCAIbEEPdiAIQQF0a0GAgAJqDAILQQAhBgJAIANFDQAgAyAFSwRAIAWtQg+GIAOtgKciBiAGbEEPdiAGQQF0a0GAgAJqIQYMAQsgBSADQX9zTQ0AIAVBf3OtQg+GIAOtgKciBkEBdCAGIAZsQQ92a0GAgAJrIQYLIAVBEHYgBmpBgIACawwCCyAFQYCAgIB4cyEGIAVBEHZBgIACayEMQQALIAwgBkEQdmtqQYCAAmpBAm0LIQYgBCADIAVqNgIkAkAgBiAEKAJsIgWsIBV+QgiIp2siA0HxqwFOBEAgA0HwqwFrQQJ2QfCrAWohAwwBCyADQY/UfkoNAEGQ1H5BkNR+IANrQQJ2ayEDCyAEIAQoAmAiBkHQmH1BsOcCIAMgA0Gw5wJOGyIDIANB0Jh9TBsgBmusIBR+Qg+Ip2oiAzYCYCAEIAQoAmQiBiADIAZrrCAUfkIPiKdqIgM2AmQgBCAEKAJoIgYgAyAGa6wgFH5CD4inaiIDNgJoIAQgBSADIAVrrCAUfkIPiKdqIgM2AmwCQCADIAOsIBV+QgqIp2oiA0GRywFOBEAgA0GQywFrQQJ2QZDLAWohAwwBCyADQe+0fkoNAEHwtH5B8LR+IANrQQJ2ayEDC0HQmH1BsOcCIAMgA0Gw5wJOGyIDIANB0Jh9TBshBiAEKAIcIQUCQAJAAkACQAJAIAQtAARBAWsOBAACAgECCyAEIAVBgICAEGoiAzYCHCAFQYCAgPADSA0DIARBAjoABEGAgICABCEDIARBgICAgAQ2AhwMAwsgBCAFrCAYfkIeiKciAzYCHCADQf//AEwNAQwCCyAEIAWsIBZ+Qh6IpyIDNgIcIANB//8ASg0BCyAEQQA6AAggBEEAOgAACyAEIAQ0AiAgF35CHog+AiAgA0EOdawgBqx+QhCIpyARbEEHdSEDAkACQAJAIAQvAQYiBUUNACAEIAVBAWsiBjsBBiADIAVsQdgAbSEDIAZB//8DcQ0AIARBADoAACAELQAIBEAgCi0A1TBFBEAgBC0ACSEFDAMLIAotANQwIgYgBC0ACSIFdiAGIAQtAAF2c0EBcUUNAiAKQQE6ANcwQQAhAwsgASAHQQJ0aiIEIAQoAgAgA2o2AgAMBAsgASAHQQJ0aiIFIAUoAgAgA2o2AgBBASEDIAdBAWoiByACRg0EDAELIARBADoACCAPIAVBBHRqIgUgBCAELQAKIAQtAAsgEiAELQAMIAUoAgAoAhQRBwAgBC8BBiEFIAEgB0ECdGoiBiAGKAIAIANqNgIAQQEhAyAFRQ0DIAdBAWoiByACRg0DCyAELQAADQALC0EBIQMLIAtBAWoiC0EWRw0ACyADQQFxCygAIAAtAAgQyQEhAAJ/IAFBwABGBEAgAC0AhgEMAQsgAUEEbQtBAWoLsgQBB38gAiAALQAIEMkBQZwBEK0CIQUCQAJAIAFFBEAgAC0AAiECIAAtAAEhAyAALQAAIQYMAQsgAS0AESICQf8BRgR/IAAtAAAFIAILQf8BcSEGIAEtABIiA0H/AUYEfyAALQABBSADC0H/AXEhAyABLQATIgRB/wFGBH8gAC0AAgUgBAtB/wFxIQIgAS0AFCIBQf8BRw0BCyAALQADIQELIAAtAAgQyQEhBCAFAn8gAUH/AXFBwABGBEAgBC0AhgEMAQsgAUH8AXFBAnYLOgCGASAFQQcgAC0ACBDJAS0AhwEgA0FAakEQbcFqIgEgAUEHThsiAUEAIAFBAEobOgCHASAFLQCGARCcAiEEIAAtAAtBQGpBfm0gAkFAakEDbSIBa8EhCEHjACAALQAJIglBxgBsQf8AbmshByAGQUBqQQJtwSEGIAHBIQJBACEBA0AgBSABQRVsaiEAIAQgAXZBAXFFBEAgAEHjACAGIAAtABBqIgMgA0HjAE4bIgNBACADQQBKGzoAEAsgAEEBQeMAIAAtAAEgAmsiAyADQeMAThsiAyADQQFMGzoAASAAQQFB4wAgAC0AAiACayIDIANB4wBOGyIDIANBAUwbOgACIABBAUHjACAIIAAtAANqIgMgA0HjAE4bIgMgA0EBTBs6AAMgCUECTwRAIABBAUHjACAHIAAtAAAiAyADIAdKGyIDIANB4wBOGyIDIANBAUwbOgAACyABQQFqIgFBBkcNAAsLrQIBB38jAEEQayIEJAAgACgCBCEGIAQgAC0ACToADCAAQf8BOgAJIAQgAC0ACjoADSAAQf8BOgAKIAQgAC0ACzoADiAAQf8BOgALIAQgAC0ADDoADyAALQANIQggAEH/ATsADAJAAkAgAC0ACCIJQQJGBEAgBkGAAmohBwNAAkAgByAFQfAAbGoiAy0AAEUNACADLQABQQJHDQAgAy0ABUUNACADLwEGRQ0DCwJAIAcgBUEBckHwAGxqIgMtAABFDQAgAy0AAUECRw0AIAMtAAVFDQAgAy8BBkUNAwsgBUECaiIFQRZHDQALCyAGIAkgASACIARBDGpBABAyIgNFDQEgACADIAEgAiAEQQxqQQAQTgwBCyAAIAMgASACIARBDGogCBBOCyAEQRBqJAAL8BEDDn8DfQF8IwBBoAFrIgokACABIAAoAgQiEGtBgAJrQfAAbSEOIBAoAgAiDSAALQAIIhFBMGxqQUBrIQkCfyACIAVFDQAaIAIgAS0AAEUNABogAiARIAEtAAFHDQAaIAIgAS0ABUUNABogAiABLwEGDQAaQQEhEiABLQACCyERIA0tABIhDSAJLQAQIRMgASAEKAAANgARIAkgASAKEEwgAS0AESIEQf8BRgR/IAktAAAFIAQLQf8BcSABLQASIgRB/wFGBH8gCS0AAQUgBAtB/wFxQQd0ciEFIAUgAS0AEyIEQf8BRgR/IAktAAIFIAQLQf8BcUEOdHIhBSABIAUgAS0AFCIEQf8BRgR/IAktAAMFIAQLQf8BcUEVdHIgCS0AC0EddCAJLQAJIAktAAhzQRx0c3I2AjACQCASBEAgASADOgADIAEgAjoAAiAOIApBGEGXASAQKAIALQASIAIgCS0AEGpqQRhrIgEgAUGXAU4bIgEgAUEYTBtBGGsgAyAJLQANEJ0CDAELIAFBAToAACAALQAIIQAgASADOgADIAEgAjoAAiABIAA6AAEgAUGAgICABDYCHCABQQA6AAggAUGDAjYCBCAQIBAoAqAVQQFqIgQ2AqAVIAEgBDYCGEEYQZcBIBAoAgAtABIgAiAJLQAQampBGGsiASABQZcBThsiASABQRhMG0EYayEBIA5B1AdsIg5B17/oAGogADoAACAOQda/6ABqIAotAIYBQR9xIgI6AAAgDkHYv+gAaiACEKQCIgJBAXZBAXEgAkEBcWogAkECdkEBcWogAkEDdkEBcWogAkEEdkEBcWogAkEFdkEBcWpBAXRBkLIGai4BADYCACAAQQZ0Qejk6QBqIRAjAEEgayIIJABBJiABIgBBA20iBiAGQSZOG0EHa0EAIAFBF0obIRJBGEGXASARQf8BcSATaiANakEYayIBIAFBlwFOGyIBIAFBGEwbQdWq1QBsQbmOoAhqskMAAIAzlLtE8tJNYhBY2b+ithC+AhogAEHVqtUAbEGxjqAYarIiFCAUQwAAgDOUu0Ty0k1iEFjZv6K2EL4Cu0TXEvJBz2aVP6JEAAAAAAAAHECjtpQhFSAOQYi46ABqIgxBnAVqIRMgDEHUBGohBSAMQbAEaiEEIAxB7ARqIQJB/wAgAyADQf8AThsiB0EAIAdBAEobQQF2QfCzBmohAUEAIQMDQCAIIAogA0EVbGoiBy0AADYCECAIIActAAQ2AgAgCCAHLQABNgIUIAggBy0ABTYCBCAIIActAAI2AhggCCAHLQAGNgIIIAggBy0AAzYCHCAIIActAAc2AgwgBy0AEBCjAiEJAkACQCAAIActAAhrIgZBEU4EQCAGQRBrQQNuIQYgBy0ACiEPQQwhCyAHLQAMIg0OBAIBAQIBC0ESIAZrQQNuIQYgBy0ACSEPQQwhCyAHLQALIg0OBAEAAAEAC0EgIAYgBkEgTxtBsLQGai0AACEGQQ8hCwsgBy0ADyABLQAAQZH+//8HamxBAXRBDmpBcHFB/wBBACAGIA9sQckCbCALdSIGayAGIA1BAkkbIAlqIgYgBkH/AE4bQQV0aiIGQQAgBkEAShshDyASIActAA1sQQN1IQkgDCADQcQAbGoiBiAIQRBqIgsoAgA2AgAgBiAIKAIANgIQIAYgCygCBDYCBCAGIAgoAgQ2AhQgBiALKAIINgIIIAYgCCgCCDYCGCAGIAsoAgw2AgwgCCgCDCELIAZBAToAQCAGQQA2AiggBiAJNgIkIAYgDzYCICAGIAs2AhwgBkEAEKACIActABQhCSAHLQATIQ8gBy0AEiENAn8gBy0AESIRRQRAAn8gFSAJQQdrspQgFJIiFotDAAAAT10EQCAWqAwBC0GAgICAeAsgDUEfcUECdEHwsgZqKAIAaiIGIA9FDQEaIA+4RHsUrkfheoQ/okQAAAAAAADwP6C2EMQCu0QGgytlRxV3QaJEAAAAAAAA4D+gnCIXmUQAAAAAAADgQWMEQCAGIBeqagwCCyAGQYCAgIB4awwBCyANQQNxQeQAbCAPakGPgiJsIAlBkekAbEH33wVrQQAgCUEHSxtqCyEGIAIgA0ECdCILaiARNgIAIAQgC2ogBjYCACAFIAtqIActAA5BA3FBAnRB4LQGaigCADYCACALIBNqIAY2AgAgA0EBaiIDQQZHDQALIAggCi0AfjYCECAIIAotAIIBNgIAIAggCi0AfzYCFCAIIAotAIMBNgIEIAggCi0AgAE2AhggCCAKLQCEATYCCCAIIAotAIEBNgIcIAggCi0AhQE2AgwgDEH4A2oiAyAIQRBqIgcoAgAiBjYCACADIAgoAgAiADYCECADIAcoAgQ2AgQgAyAIKAIENgIUIAMgBygCCDYCCCADIAgoAgg2AhggAyAHKAIMNgIMIAgoAgwhByADQQE6ADQgAyAHNgIcIANBADYCLCADIABBgL8GaiwAAEETdCIANgIkIAMgB0GAvwZqLAAAQRN0Igc2AiAgAyAAIAdKOgAoIANB7O/qACgCACAGQZC+BmotAABsNgIwIAwgCi0AhgE2AogFIAxBCCAKLQCHASIHa0EQIAcbNgLQBCAMIAotAIsBQaUBbEEGdjYCjAUgDCAKLQCPAUEHcUHwtAZqLQAANgKQBSAKLQCMASEHIAxBfzYClAUgDCAHQaUBbEEGdjYChAUgDCAQKAIMNgKYBSAIQSBqJAAgDkG8vegAaiICIApBiQFqIgEtAAAiBEGlAWxBBnZBASAEGyIEQejv6gAoAgAiAGxBCyAEQaABa0EEdUELaiAEQaABSRtsNgIEAn8gAS0AASIERQRAQX8hA0F/DAELQYABQeMAIARrIgRBD3FBEHIgBEEEdUEBanQiBEGA/wNxIgMgA0GAAU0bIABsIQMgACAEbAshBCACIAM2AhQgAiAENgIQIAIgAS0ABToACCACIAEtAARBAEc6AAogAi0ACkEBRgRAIAJB/////wc2AgALIAJBADYCDCAOQdS/6ABqQcAAOwEACyAKQaABaiQAC8YCAQZ/IAAoAgRBgAJqIQUDQAJAIAUgBEHwAGxqIgMtAAhFDQAgAy0ACSAALQAIRw0AIAMtAAogAUcNACADQQA6AAgLAkAgAy0AAEUNACADLQABIAAtAAhHDQAgAy0AAiABRw0AIAMtAAVFDQAgA0EEOwEEAkAgBEHUB2wiA0HXv+gAaiwAAEEASA0AIANBiLjoAGoiAy0AzQcNACADIgIQogIgAkHEAGoQogIgAkGIAWoQogIgAkHMAWoQogIgAkGQAmoQogIgAkHUAmoQogIgAkH4A2oiAi0ANARAIAJBADoANCACQQM2AiwgAiACQQxqIgYoAhBBgL8GaiwAAEETdCIHNgIkIAIgByACKAIgSjoAKCACQezv6gAoAgAgBigCAEGQvgZqLQAAbDYCMAsgA0EBOgDNBwsLIARBAWoiBEEWRw0ACwvhBgEPfyMAQaADayIHJAAgAkECdCEOIAAoAgQiCUGgAWohDyAJQYACaiEQIAkoAgAgAC0ACEEwbGpBQGshBgNAAkAgECAKQfAAbGoiAy0AAEUNACADLQABIAAtAAhHDQAgAy0AESIEQf8BRgR/IAYtAAAFIAQLQf8BcSADLQASIgRB/wFGBH8gBi0AAQUgBAtB/wFxQQd0ciEFIAUgAy0AEyIEQf8BRgR/IAYtAAIFIAQLQf8BcUEOdHIhBSAFIAMtABQiBEH/AUYEfyAGLQADBSAEC0H/AXFBFXRyIAYtAAtBHXQgBi0ACSAGLQAIc0EcdHNyIgQgAygCMEcEQCAGIAMgBxBMIAogB0EYQZcBIAkoAgAtABIgAy0AAiAGLQAQampBGGsiBSAFQZcBThsiBSAFQRhMG0EYayADLQADQX8QnQIgAyAENgIwCyADLQAEQQRGBEAgAyADKAIcIgQgBEEHdWs2AhwLAkAgAy8BBkUEQCAKIAEgAhCeAiENDAELIAdBoAFqQQAgDhCuAhogCiAHQaABaiACEJ4CIQ0gAkUNAEEAIQwgBygCoAEhCCADLwEGIgQEQCADQQ1qIRFBACEFA0AgAyAEQQFrIgs7AQYgCCAEQf//A3FsQdgAbSEIAkAgC0H//wNxBEAgASAMQQJ0aiIEIAQoAgAgCGo2AgAgCyEEIAVBAWoiBUH//wNxIAJPDQQMAQsgA0EAOgAAAn9BACADLQAIRQ0AGgJAIAktANUwRQRAIAMtAAkhBAwBCyAJLQDUMCILIAMtAAkiBHYgCyADLQABdnNBAXFFDQAgCUEBOgDXMEEAIQhBAAwBCyADQQA6AAggDyAEQQR0aiIEIAMgAy0ACiADLQALIBEgAy0ADCAEKAIAKAIUEQcAIAMvAQYLIQQgASAMQQJ0aiILIAsoAgAgCGo2AgAgBEH//wNxRQ0DIAVBAWoiBUH//wNxIAJPDQMLIAdBoAFqIAVB//8DcSIMQQJ0aigCACEIIARB//8DcQ0ACwsgASAMQQJ0aiIEIAQoAgAgCGo2AgALQQEhBCANDQAgAy0AASAALQAIRw0AIAMvAQYNACADLQAEQQRHDQAgA0EAOgAIIANBADoAAAsgCkEBaiIKQRZHDQALIAdBoANqJAAgBEEBcQsiAQF/QfDXACEBIABBBE0EfyAAQQJ0QbjYAGooAgAFIAELCw0AQcjs3gAtAABBAEcLbAECfwNAAkAgAUEEdEHI694AaiIALQAARQ0AIABBAToAAiAALQABDQAgAC0ABg0AIAAtAARFDQAgAC0ABUUNACAAQQE6AAFBrO3eACgCACABQQNBqO3eACgCABEBAAsgAUEBaiIBQQ5HDQALCxgAIAEgACgCBCIAQQhqSCABIAJqIABKcQvkAgENfyACIAAoAgwiBiACIAZKGyIHIAIgBGoiAiAAKAIUIgQgAiAESBsiCUgEQCABIANqIgIgACgCECIEIAIgBEgbIgYgASAAKAIIIgIgASACShsiCGtBB3EhBCAAKAIEIQogACgCACELIAggBmtBeEshDANAAkAgBiAITA0AIAsgByAKa0HgA2xqIQFBACEAIAghAiAEBEADQCABIAJBAXRqIAU7AQAgAkEBaiECIABBAWoiACAERw0ACwsgDA0AIAFBDmohAyABQQxqIQ0gAUEKaiEOIAFBCGohDyABQQZqIRAgAUEEaiERIAFBAmohEgNAIAEgAkEBdCIAaiAFOwEAIAAgEmogBTsBACAAIBFqIAU7AQAgACAQaiAFOwEAIAAgD2ogBTsBACAAIA5qIAU7AQAgACANaiAFOwEAIAAgA2ogBTsBACACQQhqIgIgBkcNAAsLIAdBAWoiByAJRw0ACwsL5AIBDn8gAiAAKAIMIgUgAiAFShsiBiACQQFqIgIgACgCFCIFIAIgBUgbIghIBEAgASADaiICIAAoAhAiBSACIAVIGyIDIAEgACgCCCICIAEgAkobIgdrQQdxIQUgACgCBCEJIAAoAgAhCiAHIANrQXhLIQsDQAJAIAMgB0wNACAKIAYgCWtB4ANsaiEBQQAhACAHIQIgBQRAA0AgASACQQF0aiAEOwEAIAJBAWohAiAAQQFqIgAgBUcNAAsLIAsNACABQQ5qIQwgAUEMaiENIAFBCmohDiABQQhqIQ8gAUEGaiEQIAFBBGohESABQQJqIRIDQCABIAJBAXQiAGogBDsBACAAIBJqIAQ7AQAgACARaiAEOwEAIAAgEGogBDsBACAAIA9qIAQ7AQAgACAOaiAEOwEAIAAgDWogBDsBACAAIAxqIAQ7AQAgAkEIaiICIANHDQALCyAGQQFqIgYgCEcNAAsLC+QCAQ5/IAIgACgCDCIFIAIgBUobIgYgAiADaiICIAAoAhQiAyACIANIGyIISARAIAFBAWoiAiAAKAIQIgMgAiADSBsiBSABIAAoAggiAiABIAJKGyIHa0EHcSEDIAAoAgQhCSAAKAIAIQogByAFa0F4SyELA0ACQCAFIAdMDQAgCiAGIAlrQeADbGohAUEAIQAgByECIAMEQANAIAEgAkEBdGogBDsBACACQQFqIQIgAEEBaiIAIANHDQALCyALDQAgAUEOaiEMIAFBDGohDSABQQpqIQ4gAUEIaiEPIAFBBmohECABQQRqIREgAUECaiESA0AgASACQQF0IgBqIAQ7AQAgACASaiAEOwEAIAAgEWogBDsBACAAIBBqIAQ7AQAgACAPaiAEOwEAIAAgDmogBDsBACAAIA1qIAQ7AQAgACAMaiAEOwEAIAJBCGoiAiAFRw0ACwsgBkEBaiIGIAhHDQALCwvkCQEXfyABIANqIhwgACgCECIYIBggHEobIQogASAAKAIIIhkgASAZShshCCACIAAoAgwiGiACIBpKGyIUIAJBAWoiAyAAKAIUIhsgAyAbSBsiFUgEQCAKIAhrQQdxIQsgACgCBCENIAAoAgAhFiAIIAprQXhLIRcgFCEJA0ACQCAIIApODQAgFiAJIA1rQeADbGohBkEAIQMgCCEHIAsEQANAIAYgB0EBdGogBTsBACAHQQFqIQcgA0EBaiIDIAtHDQALCyAXDQAgBkEOaiEMIAZBDGohDiAGQQpqIQ8gBkEIaiEQIAZBBmohESAGQQRqIRIgBkECaiETA0AgBiAHQQF0IgNqIAU7AQAgAyATaiAFOwEAIAMgEmogBTsBACADIBFqIAU7AQAgAyAQaiAFOwEAIAMgD2ogBTsBACADIA5qIAU7AQAgAyAMaiAFOwEAIAdBCGoiByAKRw0ACwsgCUEBaiIJIBVHDQALCyACIARqIgNBAWsiByAaIAcgGkobIgkgAyAbIAMgG0gbIhVIBEAgCiAIa0EHcSELIAAoAgQhDSAAKAIAIRYgCCAKa0F4SyEXA0ACQCAIIApODQAgFiAJIA1rQeADbGohBkEAIQMgCCEHIAsEQANAIAYgB0EBdGogBTsBACAHQQFqIQcgA0EBaiIDIAtHDQALCyAXDQAgBkEOaiEMIAZBDGohDiAGQQpqIQ8gBkEIaiEQIAZBBmohESAGQQRqIRIgBkECaiETA0AgBiAHQQF0IgNqIAU7AQAgAyATaiAFOwEAIAMgEmogBTsBACADIBFqIAU7AQAgAyAQaiAFOwEAIAMgD2ogBTsBACADIA5qIAU7AQAgAyAMaiAFOwEAIAdBCGoiByAKRw0ACwsgCUEBaiIJIBVHDQALCyAUIBVIBEAgAUEBaiIDIBggAyAYSBsiDCAIa0EHcSELIAAoAgQhFiAAKAIAIRcgCCAMa0F4SyEAIBQhDQNAAkAgCCAMTg0AIBcgDSAWa0HgA2xqIQZBACEDIAghByALBEADQCAGIAdBAXRqIAU7AQAgB0EBaiEHIANBAWoiAyALRw0ACwsgAA0AIAZBDmohDiAGQQxqIQ8gBkEKaiEQIAZBCGohESAGQQZqIRIgBkEEaiETIAZBAmohCQNAIAYgB0EBdCIDaiAFOwEAIAMgCWogBTsBACADIBNqIAU7AQAgAyASaiAFOwEAIAMgEWogBTsBACADIBBqIAU7AQAgAyAPaiAFOwEAIAMgDmogBTsBACAHQQhqIgcgDEcNAAsLIA1BAWoiDSAVRw0ACyAKIBxBAWsiAyAZIAMgGUobIglrQQdxIQsgCSAKa0F4SyEIA0ACQCAJIApODQAgFyAUIBZrQeADbGohBkEAIQMgCSEHIAsEQANAIAYgB0EBdGogBTsBACAHQQFqIQcgA0EBaiIDIAtHDQALCyAIDQAgBkEOaiEMIAZBDGohDiAGQQpqIQ8gBkEIaiEQIAZBBmohESAGQQRqIRIgBkECaiETA0AgBiAHQQF0IgNqIAU7AQAgAyATaiAFOwEAIAMgEmogBTsBACADIBFqIAU7AQAgAyAQaiAFOwEAIAMgD2ogBTsBACADIA5qIAU7AQAgAyAMaiAFOwEAIAdBCGoiByAKRw0ACwsgFEEBaiIUIBVHDQALCwvfAQEIfyACIARrIAQgAmsgAiAESCIHGyIIIAMgAWsiBiAGQR91IgZzIAZrIglqIQZBAUF/IAcbIQpBAUF/IAEgA0gbIQsgACgCCCEMA0ACQCABIAxIDQAgASAAKAIQTg0AIAIgACgCDEgNACACIAAoAhRODQAgACgCACACIAAoAgRrQeADbGogAUEBdGogBTsBAAsgAiAERiABIANGcUUEQEEAIAggBkEBdCIHIAhIIg0bIAZqQQAgCSAHIAlKIgcbaiEGQQAgCiAHGyACaiECQQAgCyANGyABaiEBDAELCwuNAwEOfyADQQBOBEBBACADayEFIAMgA2whDCAAKAIMIQ0DQAJAIAUiCyACaiIIIA1IDQAgCCAAKAIUTg0AIAUgBWwhBkEAIQUDQCAFIgdBAWoiBSAFbCAGaiAMTQ0ACyABIAdrIgUgACgCCCIGIAUgBkobIgkgBSAHQQF0akEBaiIFIAAoAhAiByAFIAdIGyIKTg0AIAAoAgAgCCAAKAIEa0HgA2xqIQZBACEFIAogCSIHa0EHcSIIBEADQCAGIAdBAXRqIAQ7AQAgB0EBaiEHIAVBAWoiBSAIRw0ACwsgCSAKa0F4Sw0AIAZBDmohCCAGQQxqIQkgBkEKaiEOIAZBCGohDyAGQQZqIRAgBkEEaiERIAZBAmohEgNAIAYgB0EBdCIFaiAEOwEAIAUgEmogBDsBACAFIBFqIAQ7AQAgBSAQaiAEOwEAIAUgD2ogBDsBACAFIA5qIAQ7AQAgBSAJaiAEOwEAIAUgCGogBDsBACAHQQhqIgcgCkcNAAsLIAtBAWohBSADIAtHDQALCwsaACAAEJUBEM0CIgBBBmxBAWsgAWxBACAAGwuzBQEffyADEJUBIQkCQCACIAAoAhQiDE4NACAAKAIMIg0gBUEHbCACak4NACABIQggCS0AACIDBEAgBUEGbCEVIAIgBWohFgNAQQAhCiADQf8BcSIDQSBrQQAgA0GAAWtBoH9PG0EHbEHAkgFqIRcgBSAIaiEYA0AgCiAXai0AACIZBEAgBSAKbCIDIBZqIgYgDCAGIAxIGyERIAIgA2oiAyANIAMgDUobIRIgAiAKaiITIA1OIAwgE0pxIRpBACELA0ACQCAZIAt0QRBxRQ0AIAVBAUYEQCAIIAtqIgMgACgCCEgNASADIAAoAhBIIBpxRQ0BIAAoAgAgEyAAKAIEa0HgA2xqIANBAXRqIAQ7AQAMAQsgESASTA0AIAUgC2wiAyAYaiIGIAAoAhAiByAGIAdIGyIOIAMgCGoiAyAAKAIIIgYgAyAGShsiD2tBB3EhFCAAKAIEIRsgACgCACEcIA8gDmtBeEshHSASIRADQAJAIA4gD0wNACAcIBAgG2tB4ANsaiEHQQAhAyAPIQYgFARAA0AgByAGQQF0aiAEOwEAIAZBAWohBiADQQFqIgMgFEcNAAsLIB0NACAHQQ5qIR4gB0EMaiEfIAdBCmohICAHQQhqISEgB0EGaiEiIAdBBGohIyAHQQJqISQDQCAHIAZBAXQiA2ogBDsBACADICRqIAQ7AQAgAyAjaiAEOwEAIAMgImogBDsBACADICFqIAQ7AQAgAyAgaiAEOwEAIAMgH2ogBDsBACADIB5qIAQ7AQAgBkEIaiIGIA5HDQALCyAQQQFqIhAgEUcNAAsLIAtBAWoiC0EFRw0ACwsgCkEBaiIKQQdHDQALIAggFWohCCAJLQABIQMgCUEBaiEJIAMNAAsLIAggASAFamsPCyAJEM0CIgRBBmxBAWsgBWxBACAEGwspACAAIAMQlQEQzQIiAEF6bEEBciAFbEEAIAAbIAFqIAIgAyAEIAUQXAstACAAIAMQlQEQzQIiAEEGbEEBayAFbEF+bUEAIAAbIAFqIAIgAyAEIAUQXBoLRgECfyAAEJUBIgAtAAAiAgRAA0BBBUEEIAJBI0YbIAFqIQEgAC0AASECIABBAWohACACDQALCyABQQFrIgBBACAAIAFNGwv1BQEGfyADEJUBIQoDQAJAAkAgCi0AACIGQSNHBEAgBkUNAkEAIQMgBkEga0EAIAZBgAFrQaB/TxtBBWxB4JcBaiEJIAFBAmohByABQQFqIQgDQCACIANqIQUCQCADIAlqLQAAIgZBBHFFDQAgASAAKAIISA0AIAEgACgCEE4NACAFIAAoAgxIDQAgBSAAKAIUTg0AIAAoAgAgBSAAKAIEa0HgA2xqIAFBAXRqIAQ7AQALAkAgBkECcUUNACAIIAAoAghIDQAgCCAAKAIQTg0AIAUgACgCDEgNACAFIAAoAhRODQAgACgCACAFIAAoAgRrQeADbGogCEEBdGogBDsBAAsCQCAGQQFxRQ0AIAcgACgCCEgNACAHIAAoAhBODQAgBSAAKAIMSA0AIAUgACgCFE4NACAAKAIAIAUgACgCBGtB4ANsaiAHQQF0aiAEOwEACyADQQFqIgNBBUcNAAtBBCEGDAELIAFBA2ohCSABQQJqIQcgAUEBaiEIQQAhAwNAIAIgA2ohBQJAIANBwJsBai0AACIGQQhxRQ0AIAEgACgCCEgNACABIAAoAhBODQAgBSAAKAIMSA0AIAUgACgCFE4NACAAKAIAIAUgACgCBGtB4ANsaiABQQF0aiAEOwEACwJAIAZBBHFFDQAgCCAAKAIISA0AIAggACgCEE4NACAFIAAoAgxIDQAgBSAAKAIUTg0AIAAoAgAgBSAAKAIEa0HgA2xqIAhBAXRqIAQ7AQALAkAgBkECcUUNACAHIAAoAghIDQAgByAAKAIQTg0AIAUgACgCDEgNACAFIAAoAhRODQAgACgCACAFIAAoAgRrQeADbGogB0EBdGogBDsBAAsCQCAGQQFxRQ0AIAkgACgCCEgNACAJIAAoAhBODQAgBSAAKAIMSA0AIAUgACgCFE4NACAAKAIAIAUgACgCBGtB4ANsaiAJQQF0aiAEOwEAC0EFIQYgA0EBaiIDQQVHDQALCyAKQQFqIQogASAGaiEBDAELCwuuBwIGfwF8IwBBsAFrIgYkAAJAIAFBAUYEQCACQQFGBEAgBiADQQxsQYAGa0E/bTYCACAEIAVBnhMgBhDMAgwCCwJAIAJBfXENACADQf8ASA0AIAQgBUG3NEEAEMwCDAILIAYgA0HkAGxB/wBtNgIQIAQgBUHt0wAgBkEQahDMAgwBCyABQQBMBEAgAkEBRgRAIAYgA0EDbEHAAWtBCG02AiAgBCAFQZ4TIAZBIGoQzAIMAgsgBiADQUBqNgIwIAQgBUGuCyAGQTBqEMwCDAELAkACQAJAIAAgAUEwbGoiAC0AbyIBQQNrDgQAAQAAAgsgASAGQawBahCaASEIIAYoAqwBIglBAEoEQCACQQNxQYABciEKA0ACQCAIIAdBOGxqIgEtAAQiAkUNACABQQhqIQBBACEBA0AgACABQQxsaiILLQAEIApHBEAgAiABQQFqIgFHDQEMAgsLIAsgAyAEIAUQngEMBQsgB0EBaiIHIAlHDQALCyAGIANB5ABsQf8AbTYCYCAEIAVB7dMAIAZB4ABqEMwCDAILIABB2ABqIQECQAJAAkACQCACDgMAAQIDCyAGIANBQGpBAm02AoABIAQgBUGuCyAGQYABahDMAgwECyAGQQcgAS0ACBDJAS0AhwEgA0FAakEQbWoiAyADQQdOGyIDQQAgA0EAShs2ApABIAQgBUH/DSAGQZABahDMAgwDCyAGIANBQGpBA202AqABIAQgBUGuCyAGQaABahDMAgwCCyAGIAEgAxBLNgJwIAQgBUHCzwBBsQ0gA0HAAEYbIAZB8ABqEMwCDAELAkACQAJAAkAgAg4DAAECAwsCf0RnZmZmRmPTQEH/ACADIANB/wBPG0EAIANBAE4buEQAAAAAAMBfQKNEAAAAAAAAJECiELcCRAAAAAAAADRAoiIMIAxEZ2ZmZkZj00BkG0QAAAAAAADgP6AiDEQAAAAAAADwQWMgDEQAAAAAAAAAAGZxBEAgDKsMAQtBAAshASMAQSBrIgAkAAJAIAFB6AdPBEAgACABQegHbiICNgIAIAAgASACQegHbGtB//8DcUEKbjYCBCAEIAVB1C0gABDMAgwBCyAAIAE2AhAgBCAFQaUOIABBEGoQzAILIABBIGokAAwDCyAGIANB5ABsQf8AbTYCUCAEIAVB7dMAIAZB0ABqEMwCDAILIAMQ5QEgBCAFEGIMAQsgBiADQeQAbEH/AG02AkAgBCAFQe3TACAGQUBrEMwCCyAGQbABaiQAC2gBAn8jAEEgayIDJAACQCAAQegHTwRAIAMgAEHoB24iBDYCACADIAAgBEHoB2xrQf//A3FB5ABuNgIEIAEgAkGhFyADEMwCDAELIAMgADYCECABIAJBtRkgA0EQahDMAgsgA0EgaiQAC4IFAQV/IwBBgAFrIgQkACAALQCP5AgiB0ECRwR/IARB9gBqBSAEQQA6AHZBASEGIARB9wBqCyEFIARB9gBqIAZqIghBAToAACAFQQI6AAEgCEEDOgACIAZBA2ohBSAHQQJPBEAgBEH2AGogBWpBBDoAACAIQQU6AAQgBkEFaiEFCyAAIAdBMGxqLQCAAQRAIARB9gBqIAVqQQY6AAAgBUEBaiEFCyAHQQFGBEAgBEH2AGogBWpBBzoAACAFQQFqIQULIARB9gBqIAVqQQg6AAAgA0EAOgAAAkAgASAFTSABQQBOcUUEQCACQYfUADYCAAwBCyAAIAdBMGxqQdgAaiEGIAIgBEH2AGogAWotAAAiBUECdEGw2QBqKAIANgIAAkACQAJAAkACQAJAAkACQAJAIAUOCAABAgMEBgUHCAsgBCAGLQAXQQdwQQJ0QYD2AGooAgA2AgAgA0EYQbYKIAQQzAIMCAsgBCAGLQAYQeQAbEH/AG42AhAgA0EYQe3TACAEQRBqEMwCDAcLQYoZEJYBIQUgBCAAQRhqIAdBf0EAIAdBAUsbEKEBNgIgIANBGCAFIARBIGoQzAIMBgsgBCAGLQAVQQZwQQJ0QeD1AGooAgA2AjAgA0EYQbYKIARBMGoQzAIMBQsgBCAGLQAQQRhrNgJAIANBGEGeEyAEQUBrEMwCDAQLIAQgBi0AGUEBajYCUCADQRhBgg4gBEHQAGoQzAIMAwsgBEHTJ0G3NCAGLQAoGzYCYCADQRhBtgogBEHgAGoQzAIMAgsgBEGiN0HFHiAGLQAOGzYCcCADQRhBtgogBEHwAGoQzAIMAQsgA0EYQasaQQAQzAILIARBgAFqJAALOAEDfyMAQRBrIgEkAEH/ASECIAAgARAWIgMEQCABIAAtALGhCCADb2otAAAhAgsgAUEQaiQAIAILtAQBBH8jAEGQAWsiAiQAIAIgAC8BGCIDQQpuIgQ2AnAgAiADIARBCmxrQf//A3E2AnQgAkGEAWpBDEHmDCACQfAAahDMAiAALwEYIQMgAUHCoLUCNgAAIAIgAkGEAWo2AmAgAUEKakEKQbYKIAJB4ABqEMwCQQAhBCABQf8BIANB/wFsQfCcBmtB0A9tIgUgBUH/AU8bQQAgA0GJA08bOgAUIAIgAC0AGjYCUCACQYQBakEMQe3TACACQdAAahDMAiAALQAaIQMgAUGpMi8AADsAGiABQaUyKAAANgAWIAIgAkGEAWo2AkAgAUEgakEKQbYKIAJBQGsQzAIgAUH/ASADQf8BbEHO4wBrQRltIgUgBUH/AU8bQQAgA0EyTxs6ACoCQCAALQAbIgNFBEAgAkHJnJkCNgKEAQwBCyACIANBBHQ2AjAgAkGEAWpBDEGCDiACQTBqEMwCIAAtABshBAsgAUHPHSgAADYALyABQcwdKAAANgAsIAIgAkGEAWo2AiAgAUE2akEKQbYKIAJBIGoQzAIgAUH/ASAEQf8BcSIDQR9sIgQgBEH/AU8bQX8gAxs6AEAgAiAALQDJ0AdB5ABsQf8AbjYCECACQYQBakEMQe3TACACQRBqEMwCIAAtAMnQByEAIAFB3zQvAAA7AEYgAUHbNCgAADYAQiACIAJBhAFqNgIAIAFBzABqQQpBtgogAhDMAiABQf8BIABBAXQiACAAQf8BTxs6AFYgAkGQAWokAAuVAgEEfyMAQTBrIgIkAEF/IQMgAC0Aj+QIIgRBAU0EQCAAIARqLQCa5AhBD3EhAwsgAiAAQRhqIAQgAxChASIDNgIgIAJBJGpBDEGCDiACQSBqEMwCIAFB4zAoAAA2AAMgAUHgMCgAADYAACACIAJBJGo2AhAgAUEKakEKQbYKIAJBEGoQzAIgAUH/ASADQQJ0IgUgBUH/AU8bQQAgA0EAThs6ABQgACAEQTBsai0AbSEAIAFBlsYALwAAOwAaIAFBksYAKAAANgAWIAIgAEEGcEECdEHg9QBqKAIANgIAIAFBIGpBCkG2CiACEMwCIAFB/wFBBSAAa0EzbCIEIARB/wFPG0EAIABBBU0bOgAqIAJBMGokAAuuCwEDfyMAQdACayICJAACfwJAAkACQAJAIAAtAJLuCEEBaw4CAQACCyAALQCO5AhBBkYNAQJAIAAtAC4iA0E8a0H/AXFBCE0EQCACQY8pLQAAOgDIAiACQYspKAAANgLEAgwBCyADQTtNBEAgAiADNgKwASACQcQCakEMQY0NIAJBsAFqEMwCDAELIAIgA0FAajYCwAEgAkHEAmpBDEGTDSACQcABahDMAgsgAC0ALiEDIAFBohQtAAA6AAggAUGaFCkAADcAACACIAJBxAJqNgKgASABQQpqQQpBtgogAkGgAWoQzAIgAUH/ASADQQF0IgMgA0H/AU8bOgAUIAAtAC8hAyABQsKKhaKFxJEsNwAWIAIgA0ERcEECdEHA2gBqKAIANgKQASABQSBqQQpBtgogAkGQAWoQzAIgAUH/ASADQQ9sIgMgA0H/AU8bOgAqIAIgAC0AydAHQeQAbEH/AG42AoABIAJBxAJqQQxB7dMAIAJBgAFqEMwCIAAtAMnQByEAIAFB3zQvAAA7ADAgAUHbNCgAADYALEE2IQRBwAAMAwsgAC0AjuQIQQZGDQAgAiAALQArQeQAbEH/AG42AsACIAJBxAJqQQxB7dMAIAJBwAJqEMwCIAAtACshAyABQc40LQAAOgAEIAFByjQoAAA2AAAgAiACQcQCajYCsAIgAUEKakEKQbYKIAJBsAJqEMwCIAFB/wEgA0EBdCIDIANB/wFPGzoAFCACIAAtACxB5ABsQf8AbjYCoAIgAkHEAmpBDEHt0wAgAkGgAmoQzAIgAC0ALCEDIAFB8iEtAAA6ABogAUHuISgAADYAFiACIAJBxAJqNgKQAiABQSBqQQpBtgogAkGQAmoQzAIgAUH/ASADQQF0IgMgA0H/AU8bOgAqIAIgAC0ALUHkAGxB/wBuNgKAAiACQcQCakEMQe3TACACQYACahDMAiAALQAtIQMgAULSitmC0qmSLDcALCACIAJBxAJqNgLwASABQTZqQQpBtgogAkHwAWoQzAIgAUH/ASADQQF0IgMgA0H/AU8bOgBAAkAgAC0AH0EBdhDlASIDQegHTwRAIAIgA0HoB24iBDYC0AEgAiADIARB6Adsa0H//wNxQeQAbjYC1AEgAkHEAmpBDEGhFyACQdABahDMAgwBCyACIAM2AuABIAJBxAJqQQxBtRkgAkHgAWoQzAILIAAtAB8hACABQcosKAAANgBFIAFBxywoAAA2AEIMAQsgAC0AHCEDIAFBxjotAAA6AAggAUG+OikAADcAACACIANBA3EiA0ECdEGQ2wBqKAIANgJwIAFBCmpBCkG2CiACQfAAahDMAiABIANB1QBsOgAUIAIgAC0AHUHkAGxB/wBuNgJgIAJBxAJqQQxB7dMAIAJB4ABqEMwCIAAtAB0hAyABQaIvLQAAOgAeIAFBmi8pAAA3ABYgAiACQcQCajYCUCABQSBqQQpBtgogAkHQAGoQzAIgAUH/ASADQQF0IgMgA0H/AU8bOgAqIAIgAC0AHkHkAGxB/wBuNgJAIAJBxAJqQQxB7dMAIAJBQGsQzAIgAC0AHiEDIAFCxJjlgtKpkiw3ACwgAiACQcQCajYCMCABQTZqQQpBtgogAkEwahDMAiABQf8BIANBAXQiAyADQf8BTxs6AEACQCAALQAfQQF2EOUBIgNB6AdPBEAgAiADQegHbiIENgIQIAIgAyAEQegHbGtB//8DcUHkAG42AhQgAkHEAmpBDEGhFyACQRBqEMwCDAELIAIgAzYCICACQcQCakEMQbUZIAJBIGoQzAILIAAtAB8hACABQcosKAAANgBFIAFBxywoAAA2AEILQcwAIQRB1gALIQMgAiACQcQCajYCACABIARqQQpBtgogAhDMAiABIANqQf8BIABBAXRB/gNxIgEgAUH/AU8bOgAAIAJB0AJqJAAL3QMBA38jAEGAAWsiAiQAIAIgAC0AJUEDcEECdEHY9wBqKAIANgJwIAJB9ABqQQxBwgggAkHwAGoQzAIgAC0AJSEDIAFB04rRAjYAACACIAJB9ABqNgJgIAFBCmpBCkG2CiACQeAAahDMAiABQf8BIANB/wBsIgMgA0H/AU8bOgAUIAIgAC0AJkEDcEECdEGg2wBqKAIANgJQIAJB9ABqQQxBwgggAkHQAGoQzAIgAC0AJiEDIAFC1p6lmpTJ0yM3ABYgAiACQfQAajYCQCABQSBqQQpBtgogAkFAaxDMAiABQf8BIANB/wBsIgMgA0H/AU8bOgAqIAIgAC0AJzYCMCACQfQAakEMQYIOIAJBMGoQzAIgAC0AJyEDIAFBszUoAAA2AC8gAUGwNSgAADYALCACIAJB9ABqNgIgIAFBNmpBCkG2CiACQSBqEMwCIAFB/wEgA0EzbEEzayIEIARB/wFPG0EAIAMbOgBAIAIgAC0AKDYCECACQfQAakEMQboZIAJBEGoQzAIgAC0AKCEAIAFBySkvAAA7AEYgAUHFKSgAADYAQiACIAJB9ABqNgIAIAFBzABqQQpBtgogAhDMAiABQf8BIABBAnQiACAAQf8BTxs6AFYgAkGAAWokAAurAwEBfyMAQeAAayIDJAAgACABQTBsaiIBLQBpIQAgAkGNPy0AADoABCACQYk/KAAANgAAIAMgAEEFcEECdEGw2wBqKAIANgJQIAJBCmpBCkG2CiADQdAAahDMAiACQf8BIABBP2wiACAAQf8BTxs6ABQgAS0AaiEAIAJB6TctAAA6ABogAkHlNygAADYAFiADIABBA3BBAnRBxNsAaigCADYCQCACQSBqQQpBtgogA0FAaxDMAiACQf8BIABB/wBsIgAgAEH/AU8bOgAqIAMgAS0AazYCMCADQdQAakEMQYIOIANBMGoQzAIgAS0AayEAIAJCz4bRiuSq0Sk3ACwgAyADQdQAajYCICACQTZqQQpBtgogA0EgahDMAiACQf8BIABB1QBsIgAgAEH/AU8bOgBAIAMgAS0AbDYCECADQdQAakEMQe3TACADQRBqEMwCIAEtAGwhASACQZc4LQAAOgBGIAJBkzgoAAA2AEIgAyADQdQAajYCACACQcwAakEKQbYKIAMQzAIgAkH/ASABQf8BbEHkAG4iASABQf8BTxs6AFYgA0HgAGokAAuXBgECfyMAQbABayIDJAAgACABQTBsakHYAGohBAJ/AkAgAC0Ake4IRQ0AIAAtAIzkCEEFRw0AIAEEQCADIAQtAAdB5ABsQf8AbjYCoAEgA0GkAWpBDEHt0wAgA0GgAWoQzAIgBC0AByEEIAJB8S0tAAA6AAQgAkHtLSgAADYAACADIANBpAFqNgKQASACQQpqQQpBtgogA0GQAWoQzAJB/wEgBEEBdCIEIARB/wFPGyEEQRQMAgtBACEEIAJB8S0tAAA6AAQgAkHtLSgAADYAACACQZzAACgAADYACiACQZ/AACgAADYADUEUDAELIAMgBC0ABDYCgAEgA0GkAWpBDEGCDiADQYABahDMAiAELQAEIQAgAkHBLC8AADsABCACQb0sKAAANgAAIAMgA0GkAWo2AnAgAkEKakEKQbYKIANB8ABqEMwCIAJB/wEgAEEBdCIAIABB/wFPGzoAFAJAIAQtAAUiAEHAAEYEQCADQcMAOwGkAQwBCyAAQT9NBEAgA0HAACAAa0H/AXFBMmxBBnY2AlAgA0GkAWpBDEHIDCADQdAAahDMAgwBCyADIABBMmxBgBlrQf7/A3FBP242AmAgA0GkAWpBDEGxDCADQeAAahDMAgsgBC0ABSEAIAJB0IK5AjYAFiADIANBpAFqNgJAIAJBIGpBCkG2CiADQUBrEMwCIAJB/wEgAEEBdCIAIABB/wFPGzoAKiADIAQtAAZB5ABsQf8AbjYCMCADQaQBakEMQe3TACADQTBqEMwCIAQtAAYhACACQYIRLwAAOwAwIAJB/hAoAAA2ACwgAyADQaQBajYCICACQTZqQQpBtgogA0EgahDMAiACQf8BIABBAXQiACAAQf8BTxs6AEAgAyAELQAnQeQAbEH/AG42AhAgA0GkAWpBDEHt0wAgA0EQahDMAiAELQAnIQQgAkHayAAoAAA2AEUgAkHXyAAoAAA2AEIgAyADQaQBajYCACACQcwAakEKQbYKIAMQzAJB/wEgBEEBdCIEIARB/wFPGyEEQdYACyACaiAEOgAAIANBsAFqJAAL6AIBCH8jAEEgayIFJAAgAEHQ9gBqIQYgACABQTBsIgdqIgNB7wBqIQggA0HYAGohCUEAIQMDQCAAIAEgAyADIAlqIgQtAAAgBUEUakEMEGEgBC0AACEKIAUCfwJAAkACQCABDgIBAAILIANBAnRB0NgAaigCAAwCCyADQQJ0QeDYAGooAgAMAQsCQAJAAkACQAJAIAgtAABBAmsOBQAEAQMCBAsgA0ECdEHw2ABqKAIADAQLIANBAnRBgNkAaigCAAwDCyADQQJ0QZDZAGooAgAMAgtB+yIgBiAHaiADQQF0ai0AISIERQ0BGiAEQQ1wQQJ0QbDoAGooAgAMAQsgA0ECdEGg2QBqKAIACzYCECACIANBFmxqIgRBCkG2CiAFQRBqEMwCIAUgBUEUajYCACAEQQpqQQpBtgogBRDMAiAEQf8BIApBAXQiBCAEQf8BTxs6ABQgA0EBaiIDQQRHDQALIAVBIGokAAupAwEKfyMAQTBrIgQkAAJ/IAFFBEAgBEECNgIsQcDvACEDQQIMAQsgACABQTBsai0AbyAEQSxqEJoBIQMgBCgCLAshBQJAIANFDQAgBUUNACADIAAgAWotAKDkCCAFb0E4bGoiBy0ABEUNACAAQZrkCGohCCAAQRhqIQsgB0EIaiEMIAAgAUGEC2xqQfgCaiEJQQAhBQNAIAwgBUEMbGohAwJ/IAEEQCADIAsgASADEJwBIgogBEEgakEMEJ4BIAMMAQsgAyAJIAggAC0Aj+QIai0AAEEPcUEDdGogAy0ABEEHcWotAAAiCiAEQSBqQQwQngEgAyADLQAEQQZHDQAaIAkgCCAALQCP5AhqLQAAQQ9xQQN0ai0ABEEMcEECdEHwsAZqCyEGIAMtAAYhAyAEIAYoAgA2AhAgAiAFQRZsaiIGQQpBtgogBEEQahDMAiAEIARBIGo2AgAgBkEKakEKQbYKIAQQzAIgBkH/ASAKQf8BbEEBIAMgA0EBTRttIgMgA0H/AU8bQQAgA0EAThs6ABQgBUEBaiIFIActAARJDQALCyAEQTBqJAALYQEBfyMAQSBrIgUkACAFIAI2AhAgACABQRZsaiICQQpBtgogBUEQahDMAiAFIAM2AgAgAkEKakEKQbYKIAUQzAIgAkH/ASAEIARB/wFPG0EAIARBAE4bOgAUIAVBIGokAAuKIwEEfyMAQfADayIHJAAgAUEAQY4CEK4CIQEgAC0Aj+QIIQggBEGH1AA2AgAgBUGH1AA2AgAgA0G/3wM7AQAgAkEAOgAAIAAtAI7kCCIGRQRAIAAtAIzkCEEBa0H/AXFBAkkhBgsCQAJAAkACQAJAAkACQAJAAkACQAJAAkACQAJAIAZBAWsODQABAgMEBQYHBwgJCgoLCyACQRhBuTpBABDMAiAEQc42NgIAIAVB0iM2AgAgAEGgzwdqIQJBACEGA0ACf0EFIAIgBhDOAQ0AGkEFIAYgAC0A3YoBRg0AGkEFQQEgBiAALgHkkAhGGwshCEECIQQgAC0A3YoBIAZHBEBBAyAIIAYgAC0A3ooBRhshBAsgByAGQQFqIgg2AhAgB0HoA2pBBkGDCyAHQRBqEMwCQb/fAyEFIAAtAN2KASAGRwRAQZ8PQQAgBiAALQDeigFGGyEFCyAGEOkBIQYgByAHQegDajYCACABIAZBCmxqIgZBBkG2CiAHEMwCIAYgBTsBCCAGIAQ6AAYgCCIGQRBHDQALIAAgARBvDAwLQQAhBiACQRhB4sUAQQAQzAIgAyAIEAM7AQAgBEHgPjYCACAFQfPFADYCACAAQRhqIAggCEEBTQR/IAAgAC0Aj+QIai0AmuQIQQ9xBUF/CxChASECA0AgByAGQQFqIgQgAC0Ag+kIQQR0aiIFNgKwASAHQegDakEIQYIOIAdBsAFqEMwCIAgQAyEDIAYQ6QEhBiAHIAdB6ANqNgKgASABIAZBCmxqIgZBBkG2CiAHQaABahDMAiAGIAM7AQggBkECQQVBASACIAVKGyACIAVGGzoABiAEIgZBEEcNAAsgACAIQTBsakHtAGoiAC0AACEIIAFBABDqAUEKbGoiBkGfzQAvAAA7AAAgBkG/3wM7AQggBkEBQQIgCBs6AAYgBkGhzQAtAAA6AAIgAC0AACEIIAFBARDqAUEKbGoiBkG/3wM7AQggBkECQQEgCEEBRhs6AAYgBkGz3sgBNgAAIAAtAAAhCCABQQIQ6gFBCmxqIgZBhM4ALwAAOwAAIAZBv98DOwEIIAZBAkEBIAhBAkYbOgAGIAZBhs4ALQAAOgACIAAtAAAhCCABQQMQ6gFBCmxqIgZBv98DOwEIIAZBAkEBIAhBA0YbOgAGIAZBs97QATYAACAALQAAIQggAUEEEOoBQQpsaiIGQb/fAzsBCCAGQQJBASAIQQRGGzoABiAGQbHeyAE2AAAgAC0AACEIIAFBBRDqAUEKbGoiBkG/3wM7AQggBkECQQEgCEEFRhs6AAYgBkGx3tABNgAAIAAtAAAhACAHQQE2ApABIAdB6ANqQQhBwB4gB0GQAWoQzAJBBhDqASEGIAcgB0HoA2o2AoABIAEgBkEKbGoiBkEGQbYKIAdBgAFqEMwCIAZBh/0DOwEIIAZBAkEBIAJBgAMgAEEGcEHY9QBqLQAAbiIARhs6AAYgB0ECNgJwIAdB6ANqQQhBwB4gB0HwAGoQzAJBBxDqASEGIAcgB0HoA2o2AmAgASAGQQpsaiIGQQZBtgogB0HgAGoQzAIgBkGH/QM7AQggBkECQQEgAiAAQQF0Rhs6AAYgB0EDNgJQIAdB6ANqQQhBwB4gB0HQAGoQzAJBCBDqASEGIAcgB0HoA2o2AkAgASAGQQpsaiIGQQZBtgogB0FAaxDMAiAGQYf9AzsBCCAGQQJBASACIABBA2xGGzoABiAHQQQ2AjAgB0HoA2pBCEHAHiAHQTBqEMwCQQkQ6gEhBiAHIAdB6ANqNgIgIAEgBkEKbGoiAUEGQbYKIAdBIGoQzAIgAUGH/QM7AQggAUECQQEgAiAAQQJ0Rhs6AAYMCwsgAkEYQcQ4QQAQzAIgA0GK8AM7AQAgBEHMJUGGJUGsJSAIQQJJGyAALQCkigEbNgIAIAVB1iQ2AgACQCAIQQFNBEAgACABIAggAC8B+OgIQQEQcAwBCyAAIAFBAhBxCyABQQAQ6gFBCmxqIgBBv98DOwEIIABBAToABiAAQcOg5QI2AAAgAUEBEOoBQQpsaiIAQb/fAzsBCCAAQQE6AAYgAEHQptECNgAAIAFBAhDqAUEKbGoiAEGK8AM7AQggAEEBOgAGIABBw5jJAjYAACAIQQFHDQogAUEDEOoBQQpsaiIAQasTKAAANgAAIABBh/0DOwEIIABBAToABiAAQa8TLQAAOgAEDAoLIAJBGEHmE0EAEMwCIARB1xNB/xIgCEECSRs2AgAgBUH0PTYCACAAIAFBABBxDAkLIAJBGEHfFkGGPSAIQQJJIgYbQQAQzAIgA0GH/QM7AQAgBEG9KkHSPyAGGzYCACAFQbw+QZg+IAAtALTkCBs2AgAgACABQQEQcQwIC0EAIQYgAkEYQdEoQQAQzAIgA0GK8AM7AQAgBEGoNjYCACAFQbMRNgIAA0BBAiEEIAZBAnRB8NkAaigCACEFIAYgAC0AnosBRwRAIAAtAPCyAUUgBkEGS3IhBAsgBhDpASEIIAcgBTYC4AEgASAIQQpsaiIIQQZBtgogB0HgAWoQzAIgCEGH/QM7AQggCCAEOgAGIAZBAWoiBkEQRw0ACyAAQezqCGohCSAAQecAaiEDQQAhBgNAIAMgBkEwbGotAAAhAkEBIQQgByAGQQFqIgg2AtABIAdB6ANqQQhBrQwgB0HQAWoQzAJBACEFIAJFBEAgACgC3OoIIAkgBkECdGooAgBJIQVBBSEECyAGEAMhAiAGEOoBIQYgByAHQegDajYCwAEgASAGQQpsaiIGQQZBtgogB0HAAWoQzAIgBiACOwEIIAYgBDoABiAGIAU6AAcgCCIGQQZHDQALDAcLIAJBGEHdG0EAEMwCIANB8+8BOwEAIARB6cEANgIAIAVBiC02AgAMBQsgBkEJRgRAIAJBGEH1KkEAEMwCIAMgCBADOwEAIARBxjc2AgAgBUH4MkH2KyAALQCo5AgiBhtB1DJB0ysgBhsgAC0AtOQIGzYCACAAIAEgCCAALwH86AhBAhBwIAAtAPvoCCEIIAFBABDqAUEKbGoiBkG/3wM7AQggBkEBQQIgCBs6AAYgBkE4OwAAIAAtAPvoCCEIIAFBARDqAUEKbGoiBkG1zAAvAAA7AAAgBkG/3wM7AQggBkECQQEgCEEBRhs6AAYgBkG3zAAtAAA6AAIgAC0A++gIIQggAUECEOoBQQpsaiIGQcTNAC8AADsAACAGQb/fAzsBCCAGQQJBASAIQQJGGzoABiAGQcbNAC0AADoAAiAALQD76AghCCABQQMQ6gFBCmxqIgZB6BYvAAA7AAAgBkG/3wM7AQggBkECQQEgCEEDRhs6AAYgBkHqFi0AADoAAiAALQD76AghCCABQQQQ6gFBCmxqIgZBv98DOwEIIAZBAkEBIAhBBEYbOgAGIAZBsezQAjYAACAALQD76AghCCABQQUQ6gFBCmxqIgZBv98DOwEIIAZBAkEBIAhBBUYbOgAGIAZBs+TQAjYAACAALQD+6AghCCABQQYQ6gFBCmxqIgZBnw87AQggBkECQQEgCEEBRhs6AAYgBkHDpJUCNgAAIAAtAP7oCCEIIAFBBxDqAUEKbGoiBkGfDzsBCCAGQQJBASAIQQJGGzoABiAGQcSKjQI2AAAgAC0Aq+QIIQYgAUEKEOoBQQpsaiIAQcD4AzsBCCAAQQJBASAGGzoABiAAQcaSsQI2AAAMBgtBACEGIAJBGEGbJEEAEMwCIAMgCBADOwEAIARBpSM2AgAgBUGaIDYCAANAIAcgBiAALACm5AhBDGxqQTVqwUEMb0ECdEGw9gBqKAIANgLwASABIAZBCmxqIgRBBkG2CiAHQfABahDMAiAEQQE6AAYgBCAIEAM7AQggBkEBaiIGQRtHDQALDAULQQAhBiACQRhBpyZBABDMAiADQYf9AzsBACAEQe0uNgIAIAVB9jU2AgAgAEGgzwdqIQUDQCAHIAZBAWoiCDYC0AMgB0HoA2pBCEGDCyAHQdADahDMAkECIQQgAC0A3YoBIAZHBEBBBUEBIAUgBhDOARshBAsgBhDpASEGIAcgB0HoA2o2AsADIAEgBkEKbGoiBkEGQbYKIAdBwANqEMwCIAZBh/0DOwEIIAYgBDoABiAIIgZBEEcNAAsgB0EBNgKwAyAHQegDakEIQa0MIAdBsANqEMwCQQAQAyEGQQAQ6gEhACAHIAdB6ANqNgKgAyABIABBCmxqIgBBBkG2CiAHQaADahDMAiAAIAY7AQggAEEBOgAGIAdBAjYCkAMgB0HoA2pBCEGtDCAHQZADahDMAkEBEAMhBkEBEOoBIQAgByAHQegDajYCgAMgASAAQQpsaiIAQQZBtgogB0GAA2oQzAIgACAGOwEIIABBAToABiAHQQM2AvACIAdB6ANqQQhBrQwgB0HwAmoQzAJBAhADIQZBAhDqASEAIAcgB0HoA2o2AuACIAEgAEEKbGoiAEEGQbYKIAdB4AJqEMwCIAAgBjsBCCAAQQE6AAYgB0EENgLQAiAHQegDakEIQa0MIAdB0AJqEMwCQQMQAyEGQQMQ6gEhACAHIAdB6ANqNgLAAiABIABBCmxqIgBBBkG2CiAHQcACahDMAiAAIAY7AQggAEEBOgAGIAdBBTYCsAIgB0HoA2pBCEGtDCAHQbACahDMAkEEEAMhBkEEEOoBIQAgByAHQegDajYCoAIgASAAQQpsaiIAQQZBtgogB0GgAmoQzAIgACAGOwEIIABBAToABiAHQQY2ApACIAdB6ANqQQhBrQwgB0GQAmoQzAJBBRADIQZBBRDqASEAIAcgB0HoA2o2AoACIAEgAEEKbGoiAEEGQbYKIAdBgAJqEMwCIAAgBjsBCCAAQQE6AAYMBAtBACEGIAJBGEGuOEEAEMwCIANBnw87AQAgBEGRNTYCACAFQYEjNgIAA0AgByAGQQdrIgQ2AuADIAEgBkEKbGoiCEEGQfoMQYIOIAZBB0sbIAdB4ANqEMwCIAAtACohBSAIQZ8POwEIIAhBAkEBQQUgBBsgBSAGQRFqRhs6AAYgBkEBaiIGQRtHDQALDAMLIAJBGEGULEHUFyAGQQ1GIgIbQQAQzAICQCACRQRAIAMgCBADOwEAIARByhA2AgAgBUGnOkH2zgAgAC0AtOQIGzYCACAAIAEgCEEAQQAQcAwBCyADQcD4AzsBACAEQZkPQbQPIAhBAkkbNgIAIAVBhCtBis4AIAAtALTkCBs2AgAgACABQQMQcQsgCEEBTQRAIAAgASAIQQAQcgsgAUEKQQkgBkENRiIGGxDqAUEKbGoiAEHAeEGKcCAGGzsBCCAAQQQ6AAYgAEHYADsAAAwCCyAALQCM5AhBBUcNASAALQCN5AhBDEcNAQtBACECIwBBIGsiBCQAIAAgABAUIARBHGoQESEIA0AgBEEaaiAALQAlIAIQswEgBCgCHCAIIAQtABogBC0AGyAEQRBqELUBIARBADoAFCAALADB6AghBSAELQAaELQBIQYgAhDpASEDIAQgBEEQajYCACABIANBCmxqIgNBBkG2CiAEEMwCIAMgBkEBdEGU3gBqLwEAOwEIIANBAkEBIAIgBUYbOgAGIAJBAWoiAkEQRw0ACyAALQDA6AghAyABQQAQ6gFBCmxqIgJB/csALwAAOwAAIAJBh/0DOwEIIAIgA0EBcUEBajoABiACQf/LAC0AADoAAiAALQDA6AghAyABQQEQ6gFBCmxqIgJBzsoALwAAOwAAIAJBh/0DOwEIIAJBAkEBIANBAnEbOgAGIAJB0MoALQAAOgACIAAtAMDoCCEDIAFBAhDqAUEKbGoiAkGkzQAvAAA7AAAgAkGH/QM7AQggAkECQQEgA0EEcRs6AAYgAkGmzQAtAAA6AAIgAC0AwOgIIQMgAUEDEOoBQQpsaiICQc/MAC8AADsAACACQYf9AzsBCCACQQJBASADQQhxGzoABiACQdHMAC0AADoAAiAEQSBqJAALIAdB8ANqJAALswUBCH8jAEHgAGsiAyQAIABB7OoIaiEIIABB5wBqIQkDQCAJIAJBMGxqLQAAIQZBASEFIAMgAkEBaiIENgJQIANB2gBqQQZBrQwgA0HQAGoQzAJBACEHIAZFBEBBBSEFIAAoAtzqCCAIIAJBAnRqKAIASSEHCyACEAMhBiACEOoBIQIgAyADQdoAajYCQCABIAJBCmxqIgJBBkG2CiADQUBrEMwCIAIgBjsBCCACIAU6AAYgAiAHOgAHIAQiAkEGRw0ACyADQcEAOwBaQQIhBAJ/QQIgAC0A34oBRQ0AGkEDIAAtAOCKAUUNABpBBUEAIAAtAPJ5GwshBUEGEOoBIQIgAyADQdoAajYCMCABIAJBCmxqIgJBBkG2CiADQTBqEMwCIAJBnw87AQggAiAFOgAGIANBwgA7AFoCQCAALQDfigFBAUYNAEEDIQQgAC0A4IoBQQFGDQBBBUEAIAAtAPp5GyEEC0EHEOoBIQIgAyADQdoAajYCICABIAJBCmxqIgJBBkG2CiADQSBqEMwCIAJBnw87AQggAiAEOgAGIANBwwA7AFpBAiEEAn9BAiAALQDfigFBAkYNABpBAyAALQDgigFBAkYNABpBBUEAIAAtAIJ6GwshBUEIEOoBIQIgAyADQdoAajYCECABIAJBCmxqIgJBBkG2CiADQRBqEMwCIAJBnw87AQggAiAFOgAGIANBxAA7AFoCQCAALQDfigFBA0YNAEEDIQQgAC0A4IoBQQNGDQBBBUEAIAAtAIp6GyEEC0EJEOoBIQIgAyADQdoAajYCACABIAJBCmxqIgJBBkG2CiADEMwCIAJBnw87AQggAiAEOgAGIAAtAKvkCCEEIAFBChDqAUEKbGoiAkHA+AM7AQggAkECQQEgBBs6AAYgAkHGkrECNgAAIANB4ABqJAALiAQBDH8jAEEQayIKJAAgACACQYQLbGpB+AJqIAJBgBRsIABqQcANayACQQJJGyILQYQBaiEOIABB/AJqIQ8gAEGE6whqIQ0gAEHgAGohEANAQQFBwAAgCyAGQQN0IgxqLQAAIgUgBUHAAE8bIgggCEEBTRtBECAFGyEHIA4gBkEGdGohCEEAIQUDQCAFIAhqLQAAQQFxIglFBEAgBUEBaiIFIAdHDQELC0EBIAZ0IQUCQAJAAkACQCAEDgIAAQILQQAhB0EAIQggCUUNAiAFIAsvAYABcSIJRSAAKALc6gggDSACQQZ0aiAGQQJ0aigCAElxIQhBAUEFIAkbIQcMAgtBACEIQQVBACAJGyEHDAELQQVBASAJGyEHQQAhCCAAKALc6gggDSACQQZ0aiAGQQJ0aigCAE8NACAFIAsvAYABcUUhCAtBAiAHIAMgBXEbIQkCQCACRQRAIBAtAABBA3AiB0EGdCAGQQJ0akGQ3ABqIgUgBSAMIA9qLQAAIgVBAnRB0N0AaiAFIAdB1AFsQbDwAGogBkENbGotAApGGyAFQQtLGyIFLQAADQELIAAgAiAGEBIhBQsgAhADIQcgBhDpASEMIAogBTYCACABIAxBCmxqIgVBBkG2CiAKEMwCIAUgBzsBCCAFIAk6AAYgBSAIOgAHIAZBAWoiBkEQRw0ACyAKQRBqJAALjQcBEX8jAEEgayIGJAAgAkUhCiAALQCP5AghCQJAIAJFDQAgCUEBSw0AIAJBAXEhCgsgBkEQakEEciEMQYd9QcB4QYpwIAJBA0YbIAJBAUYbQb9fIAIbIQ0gAEGa5AhqIQ4gACAJQYQLbGoiB0H8A2ohDyAHQfgCaiEQIAlBgBRsIABqQcANayERIAAgCUEwbGpB7gBqIRIgCUECSSETQQAhBwNAIAAtAJDkCEEEdCAHaiEIAn8CQAJAAkACQCATRQRAIBItAAAgCE0EQCABIAcQ6QFBCmxqIQMMBQsCfyARIAhBKGxqIgMQoAEEQCAGQRBqIQVBAAwBCyAGQQA2AhAgDCEFQQELIQQgA0EKahCgAUUEQCAFQQE2AgAgBEEBaiEECyADQRRqEKABRQRAIAZBEGogBEECdHJBAjYCACAEQQFqIQQLIANBHmoQoAFFBEAgBkEQaiAEQQJ0akEDNgIADAILIAQNAUGH1AAhBSAKIQQMAgsgECAOIAAtAI/kCGotAABBD3EiA0EDdGotAAAgCEsEQCAPIANBBnRqIAhqLQAAIgRBAXFFBEBBh9QAIQUgCiEEDAQLIAJBA0YEQEECQQFBBSAEQQV2QQNxIgRBAkYiBRsgBEEBRiILGyEEQcE0QZjPAEGH1AAgBRsgCxshBQwECyACRQRAQQJBBSAEQQJxIgUbIQRBmskAQYfUACAFGyEFDAQLIAJBAUcEQEEFIQRByBEhBQwEC0ECQQVBBCAEQQJ2QQNxIARBEHEbIgUbIQQgBUECdEGA3gBqKAIAQYfUACAFGyEFDAMLIAEgBxDpAUEKbGohAwwDCyADIAYoAhBBCmxqIQMgAkEDRgRAQQJBAUEFIAMtAAMiA0H5AEYiBRsgA0H4AEYiAxshBEHBNEGYzwBBh9QAIAUbIAMbIQUMAQsgAkUEQEGayQBB0DNBh9QAIAMtAAEiA0EzSRsgA0H+AEsiAxshBUECQQUgAxshBAwBCyACQQFHBEBByBEhBUEFIQQMAQtBBUECIAMsAAJBAE4iAxshBEGH1ABBhj0gAxshBQtBfyEDCyAAIAkgAxATIQsgBxDpASEDIAYgBTYCACABIANBCmxqIgNBBkG2CiAGEMwCQQMgBCAIIAtGGyEIIA0MAQtBACEIIANBADoAAEEACyEEIAMgBDsBCCADIAg6AAYgB0EBaiIHQRBHDQALIAZBIGokAAvPBgEPfyMAQSBrIgkkACAAIAJBhAtsakH4AmogAkGAFGwgAGpBwA1rIAJBAkkbIgpBhAFqIQsgAEGE6whqIQ4gAEH8AmohDyAAIAAtAI/kCGotAJrkCCIEQQhxIRAgBEEPcSENIABB4ABqIREDQCAFIRIgDCAQciEGAkAgAkUEQCARLQAAQQNwIgVBBnQgBkECdGpBkNwAaiIHIAcgDyAGQQN0ai0AACIEQQJ0QdDdAGogBCAFQdQBbEGw8ABqIAZBDWxqLQAKRhsgBEELSxsiCC0AAA0BCyAAIAIgBhASIQgLAn9BAiAGIA1GDQAaQQFBwAAgCiAGQQN0ai0AACIEIARBwABPGyIFIAVBAU0bQRAgBBshB0EAIQQDQCALIAZBBnRqIARqLQAAQQFxIgVFBEAgBEEBaiIEIAdHDQELC0EAIAVFDQAaQQFBBSAKLwGAASAGdkEBcRsLIQQgAhADIQUgDBDqASEHIAkgCDYCECABIAdBCmxqIghBBkG2CiAJQRBqEMwCIAggBTsBCCAIIAQ6AAZBAUHAACAKIAZBA3RqLQAAIgQgBEHAAE8bIgUgBUEBTRtBECAEGyEHQQAhBANAIAsgBkEGdGogBGotAABBAXEiBUUEQCAEQQFqIgQgB0cNAQsLQQAhBAJAIAVFDQAgACgC3OoIIA4gAkEGdGogBkECdGooAgBPDQAgCi8BgAEgBnZBAXFFIQQLIAggBDoAB0EBIQUCQCASQQFxDQBBAUHAACAKIAZBCHMiBkEDdGotAAAiBCAEQcAATxsiBSAFQQFNG0EQIAQbIQdBACEEA0AgCyAGQQZ0aiAEai0AACIFQQFxDQEgBEEBaiIEIAdHDQALCyAMQQFqIgxBCEcNAAtBCBDqASEEIAlB3i9BgiQgDUEISRs2AgAgASAEQQpsaiIEQQZBtgogCRDMAiAEQb/fAzsBCCAEQQJBBUEBIAVBAXEbIA1BB0sbOgAGIAMEQCABQQkQ6gFBCmxqIgRB7zYoAAA2AAAgBEGK8AM7AQggBEEBOgAGIARB8zYtAAA6AAQgAC0Aq+QIIQsgAUEKEOoBQQpsaiIEQcD4AzsBCCAEQQJBASALGzoABiAEQcaSsQI2AAALIAlBIGokAAtEAQF/IwBBEGsiBSQAIAEQ6gEhASAFIAI2AgAgACABQQpsaiICQQZBtgogBRDMAiACIAQ7AQggAiADOgAGIAVBEGokAAu4AQECfyAALQCO5AgiAUENRgRAIABBD0EAQQBBABAHIABBADoAq+QIIAAtAI7kCCEBCwJAAkAgAUH+AXFBDEYNACABQf8BcSIBQQVGQQAgAC0AtOQIIgIbDQAgAUEJRw0BIAJFDQFBACEBA0AgAC8B/OgIIAF2QQFxBEAgAEElIAAtAI/kCCABQQBBABAICyABQQFqIgFBEEcNAAsgAEEAOwH86AgLIABBADoAjuQICyAAQQA6ALTkCAvoAgEBfyMAQTBrIgMkAAJAIAFBAE4EQCAAQYyN1gBqQQM6AJjoCEEBIAF0IQICQEH09d4ALwEAQX4gAXdxBEBBjI3WAEEcQf713gAtAAAiAEEHTQR/Qf713gAgAEEBajoAACAAQYyN1gBqIAE6AOroCEH+9d4ALQAABSAAC0H/AXFB9vXeABAJQZMZEJYBIQEgA0H+9d4ALQAANgIAIANBEGpBGCABIAMQzAJBjI3WACADQRBqEA4MAQtB9vXeACABOgAAQf713gBBAToAAEGMjdYAIAEQLAtB9PXeAEH09d4ALwEAIAJyOwEADAELIAJBBUwEQCAAQYyN1gBqQQE6AJjoCCAAQQJ0QYyN1gBqQej33gAoAgA2AqznCAwBCyAAQaT13gBqIQEgAkEJTQRAIAFBBDoAACACQQZrEHsMAQsgAUECOgAAQYyN1gBBD0EBQQBBABAHQbfx3gBBAToAAAsgA0EwaiQAC44DAQJ/IwBBMGsiAiQAQQFBwAAgASABQcAATxsgAUEATBshAQJAIABBAU0EQEGMjdYAQQYgAEEAQQAgARAIQYyN1gBBBiAAQQFBACABEAhBjI3WAEEGIABBAkEAIAEQCEGMjdYAQQYgAEEDQQAgARAIQYyN1gBBBiAAQQRBACABEAhBjI3WAEEGIABBBUEAIAEQCEGMjdYAQQYgAEEGQQAgARAIQYyN1gBBBiAAQQdBACABEAhBjI3WAEEGIABBCEEAIAEQCEGMjdYAQQYgAEEJQQAgARAIQYyN1gBBBiAAQQpBACABEAhBjI3WAEEGIABBC0EAIAEQCEGMjdYAQQYgAEEMQQAgARAIQYyN1gBBBiAAQQ1BACABEAhBjI3WAEEGIABBDkEAIAEQCEGMjdYAQQYgAEEPQQAgARAIQYyN1gAQCwwBC0GMjdYAIABBFiABEAwLQaMNEJYBIQMgAiABNgIEIAIgAEEBajYCACACQRBqQRggAyACEMwCQYyN1gAgAkEQahAOIAJBMGokAAu6AQAgAEGMjdYAakEJOgCY6AhBp/HeACABOgAAQcGu3gAgADoAAEGMjdYAQS5BASABQf8BcUHuABAHAkBBtPHeAC0AAEUNAEGwl9cALQAARQ0AQYyN1gBBBEEBIAFB/wFxQbSX1wAoAgBBqY7WAC0AAEEGcEHY9QBqLQAAIgBBAXZqIABuIAFBA3RBiJvWAGotAAAiAEEQIAAbcCIAIAAgAUEGdGpBjJzWAGotAABBAXIQCEGMjdYAEAsLC9oDAQF/AkACQCADQQJIDQAgBUUNAEGMjdYAQSggAUH/AXEgA0H/AXEgBAJ/IAItAAAiBSADQQFrIgZFDQAaIAItAAFBCHQgBXIiBSAGQQFGDQAaIAItAAJBEHQgBXIiBSAGQQJGDQAaIAItAANBGHQgBXILEAgMAQsgA0EATA0AQQAhBSABQf8BcSEGA0BBjI3WAEEBIAYgAiAFai0AACAEEAcgBUEBaiIFIANHDQALCyAAQQJ0QfPx3gBqIAIgAxCtAhogAEGMjdYAaiIFIAE6AO7lCCAFIAM6ANPlCAJAIAFBAkgNACADRQ0AIAFBjI3WAGogAi0AADoA2+gICyAFQf8BOgCJ5ggCQEG08d4ALQAARQ0AQbCX1wAtAABFDQBBmPHeAC0AAEEFRgRAQZnx3gAtAABFDQELIAFBAUwEQCABQYQLbEGEkNYAaiIEIAItAABBD3EiBUEDdGotAAAhA0GMjdYAQQQgAUH/AXEgBUG0l9cAKAIAIAFBMGxBjI3WAGotAG1BBnBB2PUAai0AACICQQF2aiACbiADQRAgAxtwIgMgAyAEIAVBBnRqai0AhAFBAXIQCEGMjdYAEAsPCyABQbKY1wBqLQAADQAgACABIAIgAxCNAQsLjAEBAX9Bh/beAEEFIAAgAEEFTxtBACAAQQBOGyIAOgAAQYyN1gBBAEG8NyAAQQJ0QZDUAGooAgBBh9QAIABBM2xBf0EAEAUQDwNAQYj23gAvAQAgAXZBAXEEQEGMjdYAQSVBm/HeAC0AACABQQFBh/beAC0AAEGGCGotAAAQCAsgAUEBaiIBQRBHDQALC78EAQx/IwBBEGsiAyQAQYyN1gBBjI3WABAUIg0gA0EMahARIQkgA0EKakGxjdYALQAAIAEQswEgAygCDCAJIAMtAAoCf0EBQcz13gAtAAAiAkEBcQ0AGkECIAJBAnENABpBAyACQQRxDQAaQQQgAy0ACyACQQhxGwsiDEGy8d4ALAAAQbON1gAtAABqIANBBmoQsAEhBQJAAkBBso3WAC0AACICQQFHDQAgBUEDSA0AIANB8wAgAy0AByICIAJB8wBPG0EMajoABwwBCyACQQJHDQBB0vXeAC0AACIIRQ0AQQAhAiAIQQRPBEAgCEH8AXEhCgNAIAQgAkHO9d4AaiIGLQAAaiAGLQABaiAGLQACaiAGLQADaiEEIAJBBGohAiALQQRqIgsgCkcNAAsLIAhBA3EiCgRAA0AgBCACQc713gBqLQAAaiEEIAJBAWohAiAHQQFqIgcgCkcNAAsLIAQgCG4hBkEAIQcgBUEATA0AA0AgA0EGaiAHaiILLQAAIQQDQCAEQf8BcSICQQxPBEAgBEEMayEEIAIgBmtBBkoNAQsLA0AgAiIEQfMATQRAIAJBDGohAiAGIARrQQZKDQELCyALIAQ6AAAgB0EBaiIHIAVHDQALC0HO9d4AIANBBmogBRCtAhpB0vXeACAFOgAAIAMoAgwgCSADLQAKIAxB0/XeABCxASADKAIMIAkgAy0ACiAMQd313gAQtQFBzfXeACABOgAAIAAgDSADQQZqIAVB3wBBARB4IANBEGokAAuKAgEDfyMAQSBrIgEkAAJAIABBA3RBjI3WAGotAPJ5RQRAQYyN1gBB2dAAEA4MAQtBASAAdCEDAkBBkPbeAC0AAEF+IAB3cQRAQYyN1gBBFEGZ9t4ALQAAIgJBB00Ef0GZ9t4AIAJBAWo6AAAgAkGMjdYAaiAAOgCF6QhBmfbeAC0AAAUgAgtB/wFxQZH23gAQCUGMjdYAQY8oEA4MAQtBkfbeACAAOgAAQZn23gBBAToAAEGMjdYAQRMgAEEAQQAQB0GQDhCWASECIAEgAEHBAGo2AgAgAUEQakEQIAIgARDMAkGMjdYAIAFBEGoQDgtBkPbeAEGQ9t4ALQAAIANyOgAACyABQSBqJAAL8QMBBH8jAEEQayIDJAACQEGb8d4ALQAAIgRBAU0EQCABQQBIDQEgAyABOgAPIARBjI3WAGogAToAmuQIIAAgBCADQQ9qQQFB7gBBABB4DAELQYyN1gAgBCADQQhqEBEhBgJAAkBBmPHeAC0AAEEFRgRAQZnx3gAtAABBC0YNAQtBr43WAC0AAEUNAQsgAUEATgRAIAMgAygCCCAGIAFBsvHeACwAAEECQQMgBEECRhtqEK8BOgAHIAAgBCADQQdqQQFB6QBBABB4DAILIAJBBkwEQEGujdYALQAAQQVwIQEgAygCCCAGIAICf0EBQcz13gAtAAAiBUEBcQ0AGkECIAVBAnENABpBAyAFQQRxDQAaQQQgASAFQQhxGwsiAUGy8d4ALAAAQQJBAyAEQQJGG2ogA0EDahCwASEFIAMoAgggBiACIAFB0/XeABCxASADKAIIIAYgAiABQd313gAQtQEgACAEIANBA2ogBUHfAEEBEHgMAgtBzPXeAEHM9d4ALQAAQQEgAkEHa3RyOgAAIABBjI3WAGpBCzoAmOgIDAELIANB/wAgAEF0QQAgBEECRhtqQbLx3gAsAABBDGxqQTVqIgEgAUH/AE4bIgFBACABQQBKGzoAAiAAIAQgA0ECakEBQekAQQAQeAsgA0EQaiQAC9oQAQZ/IwBB0ABrIgMkAEGb8d4ALQAAIQQCQCABQQBOBEBBnPHeAC0AAEEEdCABaiECQc3x3gAsAABBAE4EQCAEQQJJDQJBzPHeACwAACIBQQBIDQIgASACTg0CIANBKGoiBiAEQYAUbEHM/9UAaiIFIAFBKGxqIgAvAAg7AQAgAyAAKQAANwMgIAIgAWtBAWohAiADQSBqEKABRQRAIANBADoAKCADIAI6ACIgBCABQQAgA0EgahAKCyAGIAAvABI7AQAgAyAAKQAKNwMgIANBIGoQoAFFBEAgA0EAOgAoIAMgAjoAIiAEIAFBASADQSBqEAoLIANBKGoiBiAFIAFBKGxqIgAvABw7AQAgAyAAKQAUNwMgIANBIGoQoAFFBEAgA0EAOgAoIAMgAjoAIiAEIAFBAiADQSBqEAoLIAYgAC8AJjsBACADIAApAB43AyAgA0EgahCgAUUEQCADQQA6ACggAyACOgAiIAQgAUEDIANBIGoQCgtBzvHeAEEBOgAAQYyN1gAQC0HsGBCWASEEIAMgAjYCACADQSBqQRggBCADEMwCQYyN1gAgA0EgahAODAILQaSN1gAgBCAEQQFNBH8gBEGMjdYAai0AmuQIQQ9xBUF/CxChASACTARAQYyN1gBB1DAQDgwCC0GMjdYAIAQQG0HM8d4AIAI6AABBzfHeACABOgAAQdDx3gBBADsBAEHO8d4AQQA6AABB1PHeAEHo994AKAIANgIAIARBAU0EQEHP8d4AIARBhAtsQYyN1gBqQZvx3gAtAABBjI3WAGotAJrkCEEPcSIAQQZ0aiACai0A/ANBAXEiAToAACABDQJBjI3WAEEEIAQgACACQf8BcUEBEAhBjI3WABALDAILIARBgBRsQYyN1gBqIAJBKGxqIgFBwA1rEKABIQAgAUG2DWsQoAEhBiABQawNaxCgASEFIAFBog1rEKABRQRAQc/x3gBBAToAAAwCC0HP8d4AIAVBAXMgAEEBc0EBQQIgABsgBhtqIgFBAEc6AAAgAQ0BIANBIGoQnwEgAyAEQYyN1gBqLQDb6Ag6ACAgBCACQQAgA0EgahAKQYyN1gAQCwwBCyAEQQFNBEAgAkEHTARAIARBjI3WAGoiASACIAEtAJrkCEEIcWoiAToAmuQIIARBAUYEQCAAIAEQdwwDCyADIAE6ACAgACAEIANBIGpBAUHkAEEAEHgMAgsCQAJAAkAgAkEIaw4CAAECCyAEQYyN1gBqIgEgAS0AmuQIQQ9xQQhzIgE6AJrkCEGMjdYAQafLAEGmzAAgAUEISSIBG0GXywBBlcwAIAEbIARBAUYbEA4MAwtBhPfeAEEAOgAAQcDx3gBBAToAAEGa8d4AQQw6AAAgAEGMjdYAakEGOgCY6AggAEECdEGMjdYAakHo994AKAIANgKs5wgMAgtBhPfeAEEAOgAAQcDx3gBBAToAAEGa8d4AQQ06AAAgAEGMjdYAakEIOgCY6AggAEECdEGMjdYAakHo994AKAIANgKs5whBjI3WAEEPQQFBAEEAEAdBt/HeAEEBOgAADAELAkACQAJAAkACQAJAIAJBB0wEQEGMjdYAIAQgA0EcahARIQEgAygCHCABIAJBs/HeACwAAEGy8d4ALAAAQQJBAyAEQQJGG2pqEK8BIQZBACEBQczx3gAsAAAiBUEATgRAIANBIGohBEGb8d4ALQAAIghBgBRsQcz/1QBqIgcgBUEobGoiAhCgAUUEQCADQQA2AiAgA0EgakEEciEEQQEhAQsgAkEKahCgAUUEQCAEQQE2AgAgAUEBaiEBCyAHIAVBKGxqIgRBFGoQoAFFBEAgA0EgaiABQQJ0ckECNgIAIAFBAWohAQsCfwJAIARBHmoQoAFFBEAgA0EgaiABQQJ0akEDNgIAQc7x3gBBAToAACABQQFqIQEMAQtBzvHeAEEBOgAAQQEgAUUNARoLQQAhBCAHIAVBKGxqIQIDQAJAIAYgAiADQSBqIARBAnRqKAIAIgBBCmxqLQAARw0AQc/x3gAtAABFBEBB0fHeAC0AAEUNAQsgA0FAaxCfASAIIAUgACADQUBrEApBjI3WABALDAsLIARBAWoiBCABRw0AC0EACyEAQc/x3gAtAAANAkHR8d4ALQAADQIgAARAQQAhAQwHCyADKAIgIgRBAEgNAyAEIQEMBQsgAyAGOgAgIAAgBCADQSBqQQFB6QBBABB4QbTx3gAtAABFDQdBsJfXAC0AAEUNByAEQbKY1wBqLQAADQcgACAEIANBIGpBARCNAQwHCyACQf7///8HcUEIRgRAQbPx3gBBfkECQbPx3gAsAABBAUF/IAJBCUYbaiIEIARBAk4bIgQgBEF+TBs6AABBkwsQlgEhBCADQbPx3gAsAAA2AhAgA0EgakEYIAQgA0EQahDMAkGMjdYAIANBIGoQDgwHC0GE994AQQA6AABBwPHeAEEBOgAAQZrx3gBBDToAACAAQYyN1gBqQQg6AJjoCCAAQQJ0QYyN1gBqQej33gAoAgA2AqznCEGMjdYAQQ9BAUEAQQAQB0G38d4AQQE6AAAMBgtBfyEBIAcgBUEobGohAkEAIQQDQAJAIAQgASACIARBCmxqEKABGyEBIARBAksNACAEQQFqIQQgAUEASA0BCwsgAUEATg0BC0GMjdYAQYQiEA4MBAsgAA0BIAMoAiAhBAsgAyAHIAVBKGxqIARBCmxqIgQvAAg7AUggAyAEKQAANwNADAELIANBQGsQnwELIAMgBjoAQCAIIAUgASADQUBrEApB0fHeAEHR8d4ALQAAQQFqOgAAIAhBjI3WAGogBjoA2+gIQYyN1gAQCwsgA0HQAGokAAutBAECfyMAQUBqIgIkAAJAIABB1ABsQYyN1gBqLQCIkQhFBEBBjI3WAEG0PBAODAELAkBBjKbWAC0AAEEHTQRAQZSm1gAvAQANAQtBmKbWAC0AAEEHTQRAQaCm1gAvAQANAQtBpKbWAC0AAEEHTQRAQaym1gAvAQANAQtBsKbWAC0AAEEHTQRAQbim1gAvAQANAQtBvKbWAC0AAEEHTQRAQcSm1gAvAQANAQtByKbWAC0AAEEHTQRAQdCm1gAvAQANAQtB1KbWAC0AAEEHTQRAQdym1gAvAQANAQtB4KbWAC0AAEEHTQRAQeim1gAvAQANAQtB7KbWAC0AAEEHTQRAQfSm1gAvAQANAQtB+KbWAC0AAEEHTQRAQYCn1gAvAQANAQtBhKfWAC0AAEEHTQRAQYyn1gAvAQANAQtBkKfWAC0AAEEHTQRAQZin1gAvAQANAQtBnKfWAC0AAEEHTQRAQaSn1gAvAQANAQtBqKfWAC0AAEEHTQRAQbCn1gAvAQANAQtBtKfWAC0AAEEHTQRAQbyn1gAvAQANAQtBwKfWAC0AAEEHTQRAQcin1gAvAQANAQtBjI3WACAAIAEQGSEAQaccEJYBIQEgAiAANgIAIAJBIGpBHiABIAIQzAJBjI3WACACQSBqEA4MAQtBxMkAEJYBIQMgAiAAQQFqNgIQIAJBIGpBHiADIAJBEGoQzAJBjI3WAEEHIAAgASACQSBqQczGABAQCyACQUBrJAALiTsBD38jAEHAAWsiBSQAAkAgAC0AjOQIIgNFDQACQCABQQhGDQBBASABdCIEIAAvAazkCHFFDQAgAkEDSw0BIAJBAUYNASAEIAAvAbToCCICcQ0BIABBAToAruQIIAAgAiAEcjsBtOgIAkACQAJAAkACQAJAAkACQAJAAkAgAQ4OAAEFBgkJCAkJBwkEAgMJCyAAECgMCgsgABApDAkLIABBDUECQQEgAC0ApIoBG0EAQQAQByAAQd3OABAODAgLIAAgACgCwIoBNgKQ6QggACAALQCO6QgiAUU6AI7pCCAAQaQ0QconIAEbEA4MBwsgAEEEECYMBgsgA0EKRgRAIAAgAC0Aku4IQQFqQQNwOgCS7ggMBgsgAEEAOgCS7gggAEEKECYMBQsgAEELECYMBAsgAEEBOgCq6QggACAALQDdigFBAWpBD3E6AKvpCCAAQQkQJgwDCyAAQf8BOgCv6QggACAALQCP5AgiAjoArukIIAJBAkkhAyACQQFqQQZwIQECQAJAIAJBAUYNACABQQFGDQAgAyABQQFLcw0BCyACQQJqQQZwIQECQCACQQFGIgQNACABQQFGDQAgAyABQQFLcw0BCyACQQJJIQMgAkEDakEGcCEBAkAgBA0AIAFBAUYNACADIAFBAUtzDQELIAJBBGpBBnAhAQJAIAJBAUYiBA0AIAFBAUYNACADIAFBAUtzDQELIAJBBWpBBnAhAQJAIAQNACABQQFGDQAgAkECSSABQQFLcw0BCyAAQYHFABAODAMLIAAgAToAr+kIIABBDBAmDAILIABBuDIQDgwBCwJAAkACQCAALQCy6QgiA0UNAAJAIAFBAUcNACACDQAgAEEAOgCy6QggAC0AtOkIIQIgAC0As+kIIQECQAJAAkACQAJAAkACQAJAIANBAWsOCAABAgMEBgUHDAsgACABECoMCwsgAEH/AToAtugIIAAgARAbIABBGyABIAJBABAHIAAQCyACQQJ0QYD2AGooAgAhAkG3CRCWASEDIAUgAhCVATYCdCAFIAFBAWo2AnAgBUGgAWpBHiADIAVB8ABqEMwCIAAgBUGgAWoQDgwKCyAAQQogARAhIABBm8UAEA4MCQsgAEELIAJBBHQgAXIQISAAQarFABAODAgLIABBCSABECFB58MAEJYBIQIgBSABQQFqNgKAASAFQaABakEeIAIgBUGAAWoQzAIgACAFQaABahAODAcLIAAgASACEBkhAUGnHBCWASECIAUgATYCkAEgBUGgAWpBHiACIAVBkAFqEMwCIAAgBUGgAWoQDgwGCyMAQUBqIgIkACACIAEQogEgAi0AACEEIAJBPGoiBkEANgIAIAJCADcCNCACIAQ6ADMgAkEAOgAyIAIgAToAMSACQQg6ADAgAEGU+gBqIgQgAkEwahAvIAItAAEhAyAGQQA2AgAgAkIANwI0IAIgAzoAMyACQQE6ADIgAiABOgAxIAJBCDoAMCAEIAJBMGoQLyACLQACIQMgBkEANgIAIAJCADcCNCACIAM6ADMgAkECOgAyIAIgAToAMSACQQg6ADAgBCACQTBqEC8gAi0AAyEDIAZBADYCACACQgA3AjQgAiADOgAzIAJBAzoAMiACIAE6ADEgAkEIOgAwIAQgAkEwahAvIAItAAkhAyAGQQA2AgAgAkIANwI0IAIgAzoAMyACQQk6ADIgAiABOgAxIAJBCDoAMCAEIAJBMGoQLyACLQAKIQMgBkEANgIAIAJCADcCNCACIAM6ADMgAkEKOgAyIAIgAToAMSACQQg6ADAgBCACQTBqEC8gAi0ACyEDIAZBADYCACACQgA3AjQgAiADOgAzIAJBCzoAMiACIAE6ADEgAkEIOgAwIAQgAkEwahAvIAItAAwhAyAGQQA2AgAgAkIANwI0IAIgAzoAMyACQQw6ADIgAiABOgAxIAJBCDoAMCAEIAJBMGoQLyACLQANIQMgBkEANgIAIAJCADcCNCACIAM6ADMgAkENOgAyIAIgAToAMSACQQg6ADAgBCACQTBqEC8gAi0AECEDIAZBADYCACACQgA3AjQgAiADOgAzIAJBEDoAMiACIAE6ADEgAkEIOgAwIAQgAkEwahAvIABBAToA6JAIIABBjMEAKQAANwCs6gggAEGz6ghqQZPBACgAADYAACAAIAAoAtzqCCIBNgLskAggACABQdwLajYCzOoIIAJBQGskAAwFCyAALQDoigFFDQQgAC0A5ooBDQQgAEEYQQAgAEGolghqEAkgAEGhxgAQDgwECyACQQNLDQAgAkEBRg0AIABBADoAsukIAkAgAUEIRw0AIAJBAkcNACADQQhHDQAgAEEBECYgAEGg0gAQDgwECwJAIAEOCwADAwMDAwMDAAMCAwsgAEHSxAAQDgwDCyABQQpHDQELIAAtAI/kCEEBSw0AAkACQCAALQCO5AgiAw4KAQAAAAAAAAAAAQALIAAtALTkCEUNAQsCQAJAIAJBAmsOAgABAgsgA0EJRgRAIABBChCAAQwDCyAAEHQgAC0AjOQIQQVHBEAgACAALQCP5AgiASAAIAFqLQCS5AgQJwsgAEEAOgD46QggAEEBOgC05AggAEEJOgCO5AggAEEAOwH86AggAEEvIAAtAP7oCCAALQCA6QggAC0AgekIQQNxQcDUAGotAAAgAC0A/+gIQQNxQQF0QajUAGovAQAQCAwCCyADQQlHDQAgAEEAOgC05AgMAQsCQAJAAkACQAJAAkACQCAALQC05AhFDQACQAJAAkACQCABDg4EBAEBAQEBAQIBAQEEAAELIAAtAI7kCEEJRg0ECyACQQNLDQIgAkEBRg0CIAFBBUcNASACQQJHDQEgAC0AjuQIIQIgABB0IAJBBUYNCQwICwJAAkAgAkECaw4CAAEICyAAEHQMCQsgABB0DAYLIAAQdAsCQAJAIAEODgEBBQUFBQUDBgQFBQACBQsgAg0HIAAtAI7kCEELRgRAIwBBIGsiAyQAIAAoAtzqCCECIABBlOkIaiIGIAAtAKTpCCIBBH8gAUEAIAIgACABQQFrQQNxQQJ0akGU6QhqKAIAa0HQD00bBUEACyIBQQNxQQJ0aiACNgIAIAAgAUEBaiIBOgCk6QgCQCABQf8BcSICQQFNBEAgAEG+IhAODAELQQQgAiACQQRPGyICQQFrIgQgBiABQQFrQQNxQQJ0aigCACAGIAEgAmtBA3FBAnRqKAIAayIBSw0AIABBCkEAQQBBAEGQA0HgEkHAzyQgASAEbm4iASABQeASTxsiASABQZADTRsiARAIIAAQCyADIAFBCm4iAjYCACADIAEgAkEKbGtB//8DcTYCBCADQRBqQRBB5gwgAxDMAiAAQX9BmyMgA0EQakHXKSABQf8BbEHwnAZrQdAPbkF/QZ8PEA8LIANBIGokAAwICyAAQQ0gAC0ApIoBRUEAQQAQByAALQCkigENByAALQDF0AdFDQcgAC0An4sBDQcgAEHhLxAODAcLIAINBkEBQX8gAUEBRiIDGyECAkACQAJAIAAtAI7kCCIEQQJrDgIBAAILIANFBEAgABAoDAkLIAAQKQwICyAAQQMgAiAALQCD6QhqIgEgAUEDThsiAUEAIAFBAEobOgCD6QhB7AwQlgEhASAFIAAtAIPpCEEEdCICQRBqNgI0IAUgAkEBcjYCMCAFQaABakEeIAEgBUEwahDMAiAAIAVBoAFqEA4MBwsCQAJAAkACQAJAIAAtAIzkCEEFaw4IAQICAgICAgACCyABQQFGBEBBACEBIwBBMGsiAiQAIAAtAK7pCCEDIAAgAC0Ar+kIIgQQGyAAQQsgBCAAQd6hCGogACADQYQLbGpB+AJqIANBgBRsIABqQcANayADQQJIG0GEC0GAFCADQQJIGxCtAhAJIAAgA0EwbGpB2ABqIQYDQCABQRlNQQBBASABdEGAgIIUcRtFBEAgAEEIIAQgASABIAZqLQAAEAcLIAFBAWoiAUEwRw0ACyAAEAtB8AsQlgEhASACIARBAWo2AgQgAiADQQFqNgIAIAJBEGpBHiABIAIQzAIgACACQRBqEA4gACAEQQAQJyACQTBqJAAMCwsgAEEFECYMCgsgAC0AjeQIRQ0BCyAEQQ1NQQBBASAEdEGwwABxGw0AIABBfkECIAIgACwApuQIaiIBIAFBAk4bIgEgAUF+TBs6AKbkCEGZCxCWASEBIAUgACwApuQINgIQIAVBoAFqQR4gASAFQRBqEMwCDAELIABBGGohBEF/IQEgAC0Aj+QIIgNBAU0EQCAAIANqLQCa5AhBD3EhAQsgBCADIAEQoQEhASAAIAIgAC0AkOQIaiICIAFBD2pBEG0iA0EBa0EAIAFBAEobIgEgASACShtBACACQQBOGzoAkOQIQdsMEJYBIQEgAC0AkOQIIQIgBSADNgIkIAUgAkEBajYCICAFQaABakEeIAEgBUEgahDMAgsgACAFQaABahAODAYLAkACQAJAIAJBAmsOAgABAgsCQAJAAkAgAC0AjOQIQQNrDgMBAgACCyAALQCN5AghAQJAIAAtAI/kCCICQQFHDQAgAUH/AXFBDkYNAiAALQCO5AhBCUYNACABQf8BcUENRwRAIABBAUENECcLAkAgAC0A5ooBRQRAIAAtAOeKAUUNAQsgAEEVQQBBAEEAEAcMCwsgABAgIgFFBEAgAEHtORAODAsLIABBFUEBQQIgAC0At+gIG0EAQQAgARAIIAAgAC0At+gIBH9BvDMFQbwfQe7AACAALQCkigEbCxAODAoLIAFB/wFxQQlHDQEgAEEnIAJBAUEAEAcMCQsgACAAKALAigE2ApDpCCAAIAAtAI7pCCIBRToAjukIIABBpDRByicgARsQDgwICyAAIAAtAKjkCEUiAToAqOQIIABBJiABQQBBABAHIAAgAC0AqOQIBH8gACAALQCP5AgQG0HPJ0GpNCAALQCo5AgbBUGpNAsQDiAALQCo5AgEQEEAIQICQCAALQCP5AgiA0ECSQ0AIANBgBRsIABqQcANayEEA0AgBCACQShsaiIBEKABRQ0BIAFBCmoQoAFFDQEgAUEUahCgAUUNASABQR5qEKABRQ0BIAJBAWoiAkHAAEcNAAsgACADQQFqOgC66AggACAALQCkigEEfyAAKAKsigEFQX8LNgK86AggACADQRZBwAAQDCAAQegaEA4LDAgLIAAtALroCEUNB0EAIQIjAEEwayIJJAAgAC0AuugIIQ0gAEEAOgC66AhBgAMgDUEwbCAAai0APUEGcEHY9QBqLQAAbiEBQQEhCiAAKAK86AgiBEF/RwRAQQFBBCAAKAKsigEgBGtBwAFqIgRBgANuIgMgA0EETxsgBEGAA0kbIQoLIA1BAWshDiAAQf8BOgC53gggAEHWyghqIQMgAEHMyghqIQggAEHCyghqIQsgAEG4yghqIQQgASAKbCEHA0AgBCACQShsIgFqEJ8BIAEgC2oQnwEgASAIahCfASABIANqEJ8BIAJBAWoiAkHAAEcNAAtBwAAgByAHQcAATxshDCANQYAUbCAAakHAIWshEUEAIQhBACELQQAhBwNAAkAgESAPQShsaiIDEKABDQBBACEBA0AgBCAIQShsaiABQQpsaiICEKABBEAgAiADKQAANwAAIAIgAy8ACDsACAwCCyACLQAAIAMtAABGDQEgAUEDSSECIAFBAWohASACDQALCwJAIANBCmoiBhCgAQ0AQQAhAQNAIAQgC0EobGogAUEKbGoiAhCgAUUEQCACLQAAIAYtAABGDQIgAUEDSSECIAFBAWohASACDQEMAgsLIAIgBikAADcAACACIAYvAAg7AAgLAkAgA0EUaiIGEKABDQBBACEBA0AgBCAHQShsaiABQQpsaiICEKABRQRAIAItAAAgBi0AAEYNAiABQQNJIQIgAUEBaiEBIAINAQwCCwsgAiAGKQAANwAAIAIgBi8ACDsACAsCQCADQR5qIgMQoAENAEEAIQEDQCAEIBBBKGxqIAFBCmxqIgIQoAFFBEAgAi0AACADLQAARg0CIAFBA0khAiABQQFqIQEgAg0BDAILCyACIAMpAAA3AAAgAiADLwAIOwAICyAQQQFqIgFBACABIAxHGyEQIAdBAWoiAUEAIAEgDEcbIQcgC0EBaiIBQQAgASAMRxshCyAIQQFqIgFBACABIAxHGyEIIA9BAWoiD0HAAEcNAAsgAEELIA5B/wFxIAQQCSAAIA5BFiAMEAxBzhhB3x4gCkEBShsQlgEhBCAJIAo2AgQgCSANNgIAIAlBEGpBHiAEIAkQzAIgACAJQRBqEA4gCUEwaiQADAcLAkAgAC0AjOQIQQVHDQAgAC0AjeQIQQ1HDQAgABAgIgFFBEAgAEHtORAODAgLIABBFUEBQQBBACABEAggAEECOgCq5AgMBwsgAEEBOgCq5AggACAALQCo5Ag6AKnkCCAAQQE6AKjkCCAAQSZBAUEAQQAQByAAIAAtAI/kCBAbDAYLIAJBfnFBBEcNBUEAIQEgAkEFRgRAIAAoAuyQCCAAKAKY4AhrQQBOIQELAkACQAJAIAAtAKrkCEEBaw4CAQACCyAAQRVBAEEAQQAQBwwBCyAAIAAtAKnkCCIDOgCo5AggAEEmIANBAEEAEAcLIABBADoAquQIIAJBBUcNBQJAIAAtAIzkCEEFRw0AIAAtAI3kCEEJRw0AIABBJyAALQCP5AhBAkEAEAcgAEGYxAAQDgwGCyABDQUgABCBAUUNBSAAIAAtAI/kCBAqDAULAkACQAJAIAJBAmsOAwABAgcLIAAtAIzkCEEGRgRAIAAQggENByAAQQEQJgwHCyAAQQYQJgwGCyAALQCO5AgNBSAAQQA6APjpCCAAQQs6AI7kCAwFCyAALQCO5AhBC0cNBCAAQQA6AI7kCAwECwJAAkACQAJAIAJBAmsOBAABAgMHCyAALQCM5AhBCUYEQAJAAkACQAJAAkAgAC0AqukIDgQAAQIDBAsgAEEBECJB8goQlgEhASAFIAAtAN2KAUEBajYCUCAFQaABakEeIAEgBUHQAGoQzAIgAEHANSAFQaABaiAALQCkigEbEA4MCwsgAEEAECIgAEEDIAAtAKvpCBAhQdUKEJYBIQEgBSAALQCr6QhBAWo2AmAgBUGgAWpBHiABIAVB4ABqEMwCIABBwDUgBUGgAWogAC0ApIoBGxAODAoLIABBBEEAECEgAEGxwwAQDgwJCyAAKALc6gghAQJAIAAtAK3pCEUNACABIAAoAvTpCGtBtxdLDQAgAEEMQQBBAEEAEAcgAEEMQQFBAEEAEAcgAEEMQQJBAEEAEAcgAEEMQQNBAEEAEAcgAEEMQQRBAEEAEAcgAEEMQQVBAEEAEAcgABALIABBADoArekIIABBtMQAEA4MCQsgACABNgL06QggAEEBOgCt6QggAEHMHhAODAgLQcoXEJYBIQEgBSAAQRhqEKoBNgJAIAVBoAFqQR4gASAFQUBrEMwCIAAgBUGgAWoQDgwHCyAAQQkQJgwGCyAALQCO5AgNBSAAQQA6APjpCCAAQQo6AI7kCAwFCyAALQCO5AhBCkcNBCAAQQA6AI7kCAwECyAALQCO5AhBCkYEQCAAQQA6AI7kCAsgAEEBECIgAEHANUHrNSAALQCkigEbEA4MAwsCQAJAAkAgAkECaw4EBAABAgULAkAgAC0AjuQIDQBBASECAkACQAJAAkACQAJAAkACQAJAAkACQCABQQJrDgoBAgYACQQHAwUKCwtBBSECDAYLQQYhAgwFC0EHIQIMBAtBCiECDAMLQQshAgwCCyAALQCP5AgiAUECSQ0CIABBADoA+OkIIABBCDoAjuQIIABBJCABQQFBABAHDAULQQQhAgsgAEEAOgD46QggACACOgCO5AgMAwsgAEEAOgD46QggAEEJOgCO5AggAEEAOwH86AggAEEvIAAtAP7oCCAALQCA6QggAC0AgekIQQNxQcDUAGotAAAgAC0A/+gIQQNxQQF0QajUAGovAQAQCAwCCyAAQQA6APjpCCAAQQM6AI7kCCAAQQA6AProCCAAQQA7AfjoCAwBCyAAQQA6APjpCCAAQQI6AI7kCCAAIABBGGogAC0Aj+QIIgFBf0EAIAFBAUsbEKEBQQFrQRBtOgCD6QgLDAQLIAAgARCAAQwDCyAAIAEQgAECQAJAIAFBBmsOBgEEBAQEAAQLIAAgAC0Aj+QIOgCl6QggAEEIECYMAwsgAC0Aj+QIQQFGBEAgAEEBQQYQJwwDC0HuyQAQlgEhASAFIAAtAI/kCEEBajYCACAFQaABakEeIAEgBRDMAiAAQQYgAC0Aj+QIQQAgBUGgAWpB4xIQEAwCCwJAAkACQAJAIAJBAmsOBAABAgMFCwJAAkACQCAALQCM5AhBBWsOCAACAgICAgIBAgsgAC0AjeQIQQ1HDQEgAC0A6IoBRQ0BIAAtAOaKAQ0BIABBCEEAQQBBhsoAQeUVEBAMBgsgAEEFECYgAEHSxAAQDgwFCyAAEIIBDQRBBiEBAkACQAJAAkACQCAALQCM5AhBAWsOCgADAgMDAQMDAwQDCyAAQQA6AJLuCEEKIQEMAwtBAyEBDAILQQQhAQwBC0EBIQELIAAgARAmIABBADoAmOQIDAQLIABBADoAruQIIAAtAI7kCA0DIABBADoA+OkIIABBAToAjuQIDAMLIAAtAI7kCEEBRgRAIABBADoAjuQICyAALADh6AgiAUEATgRAIAAgARAsIABB/wE6AOHoCAsgAC0Ar+QIRQ0CIAAtALHkCEEBRw0CIABBADoAr+QIIAAgAC0AsOQIIgEgACABai0AkuQIECcMAgsgAC0AjuQIQQFGBEAgAEEAOgCO5AgLIABBBxAmDAELIwBBEGsiCCQAIAAtAIzkCCECAkACQCABIgNBAkcNACACQf8BcUEKRw0AIAAgAC0Aku4IQQFqQQNwOgCS7ggMAQsgAC0Aj+QIIQRBfyEHIAJB/wFxQQVGBEAgAC0AjeQIIQcLQQghBgJAAkACQAJAAkACQAJAIANBAmsOCgQFAgMBBwcHBgAHCyAHBEBBACEGDAYLQQVBCUEAIARBAk8bIARBAUYbIQYMBQsgBEEBRgRAQQ4hBiAHQQ5HDQUgACAEaiICIAItAKDkCEEBakEDcToAoOQIDAULIARBAU0EQEEBIQYCQAJAIAdBAWsOAgABBwsgACAEakEAOgCg5AhBAiEGDAYLIAAgBGoiAi0AoOQIDQUgAkGg5AhqQQE6AABBAiEGDAULQQEhBiAAIARBMGxqLQBvIgJBBksNBEEBIAJ0QegAcUUNBCACIAhBDGoQmgEaIAdBAUYEQCAAIARqIgIgAi0AoOQIQQFqIAgoAgxvOgCg5AgLDAQLIARBAUYEQCAAIARqQQI6AKDkCEEOIQYMBAsgBEEBTQRAQQIhBiAHQQJGDQQgACAEakEAOgCg5AgMBAsCQCAAIARBMGxqQe8AaiIGLQAAIgJBBksNAEEBIAJ0QegAcUUNACACQQAQmwEhASAGLQAAQQEQmwEhAgJAIAdBAUYEQCABIAAgBGotAKDkCEYNAQsgASECCyAAIARqIAI6AKDkCEEBIQYMBAtBByEGIAdBB0YEQCAAIAAtAJHkCEEBczoAkeQIDAQLIABBADoAkeQIDAMLAkACQCAEQQJJDQAgACAEQTBsai0AbyIHQQZLDQBBASEGQQEgB3RB6ABxDQELIAAtAI7kCA0EIAJB/wFxQQVHBEAgACAEIAAgBGotAJLkCBAnCyAAQQA6APjpCCAAQQE6ALTkCCAAQQU6AI7kCAwECyAAIARqIAdBAhCbAToAoOQIDAILQQMhBiAHQQNGBEAgACAALQCR7ghBAXM6AJHuCAwCCyAAQQA6AJHuCAwBC0EMQQsgB0ELRhshBgsgACAEIAYQJyAAQQA6ALXkCCAALQCM5AhBBUcNACAGIAAtAI3kCCICRw0AIAAgAjoAt+QIIAAgAC0Aj+QIIgI6ALbkCCAAIANBAWo6ALXkCCAAIAAgAmotAKDkCDoAuOQICyAIQRBqJAALIAVBwAFqJAAL1wIBAX9BASECAkACQAJAAkACQAJAAkACQAJAAkACQCABQQJrDgoDBAICAQcJBgUACgtBAiECDAgLQQMhAgwHCyABIQIMBgtBBiECDAULQQchAgwECyAALQCO5AghAiAALQCP5AhBAkkNAkEJQQggAkH/AXFBCUYbIQIMAwtBCiECDAILQQshAgwBC0EIQQkgAkH/AXFBCEYbIQILIAIgAC0AjuQIRw0AAkACQAJAAkACQCACQQNrDgcDBAQABAECBAsgAEEOQf8BQQBBABAHIABB/wE6AITuCAwDCyAAQSQgAC0Aj+QIQQBBABAHDAILQQAhAgNAIAAvAfzoCCACdkEBcQRAIABBJSAALQCP5AggAkEAQQAQCAsgAkEBaiICQRBHDQALIABBADoAtOQIIABBADsB/OgIDAELIABBADoA+ugIIABBADsB+OgICyAAQQA6AI7kCAsLrAMBAn8CQCAALQCM5AhBBUcNACAALQCO5AgNACAALQCy6QgNACAALQCN5AgiAUENTUEAQQEgAXRBwMQAcRsNACAALQDmigENACAALQDnigENACAALQCoiwEiAUEETUEAQQEgAXRBFnEbDQAgAC0AqYsBIgFBBE1BAEEBIAF0QRZxGw0AIAAtAKqLASIBQQRNQQBBASABdEEWcRsNACAALQCriwEiAUEETUEAQQEgAXRBFnEbDQAgAC0AzOQIDQAgAC0AzeQIDQAgAC0AzuQIDQAgAC0Az+QIDQAgAC0A0OQIDQAgAC0A0eQIDQAgAC0A0uQIDQAgAC0A0+QIDQAgAC0A1OQIDQAgAC0A1eQIDQAgAC0A1uQIDQAgAC0A1+QIDQAgAC0A2OQIDQAgAC0A2eQIDQAgAC0A2uQIDQAgAC0A2+QIDQAgAC0A3OQIDQAgAC0A3eQIDQAgAC0A3uQIDQAgAC0A3+QIDQAgAC0A4OQIDQAgAC0A4eQIDQAgAC0A4uQIDQAgAC0A4+QIDQAgAC0A5OQIDQAgAC0A5eQIDQAgAC0A5uQIRSECCyACC1kBAX8CQCAALQCY5AgiAQRAIAEgAC0AjOQIRw0BCyAAQQA6AJjkCEEADwsgAUEFRgRAIAAgAC0Aj+QIIAAtAJnkCBAnQQEPCyAAIAEQJiAAQQA6AJjkCEEBC9oBAQN/IwBBEGsiAiQAQe313gAsAAAiA0EASARAQemX1wAtAAAhAwsCQEHM+94ALAAAIgEEQCAAQQBMIAFBAEpzDQELQX9BASAAQQBMGyEBC0Hw9d4AQej33gAoAgA2AgBB7fXeAEEPIAEgA0H/AXFqIgEgAUEPThsiAUEAIAFBAEobIgE6AAAgAiABQQFqNgIAIAJBCGpBCEH4CiACEMwCQYyN1gBBf0G20gBB6CZBsJfXAC0AABsgAkEIakGH1ABB7fXeACwAAEERbEF/Qb/fAxAPIAJBEGokAAuWBgECfyMAQdAAayICJAACQAJAAkACQAJAIAAOBAABAgMEC0GMjdYAQQpBAEEAQQBBkANB4BJBpI3WAC8BACABQQpsaiIAIABB4BJOGyIAIABBkANMGyIAEAhBjI3WABALIAIgAEEKbiIBNgIAIAIgACABQQpsa0H//wNxNgIEIAJBQGtBEEHmDCACEMwCQYyN1gBBf0G/IyACQUBrQdcpIABB/wFsQfCcBmtB0A9uQX9Bh/0DEA9BiPfeAEEBOgAADAMLQaaN1gAtAAAhAwJAQcz73gAsAAAiAARAIAFBAEwgAEEASnMNAQtBf0EBIAFBAEwbIQALQQJBMkHLACAAIANqIgAgAEHLAE4bIgAgAEEyTBsiABANIAIgADYCECACQUBrQRBBgg4gAkEQahDMAkGMjdYAQQFBwBUgAkFAa0Hw0wAgAEH/AWxBzuMAa0H//wNxQRluQX9BARAFEA8MAgsCf0EAQaeN1gAtAAAiAEGACC0AAEYNABpBASAAQYEILQAARg0AGkECIABBgggtAABGDQAaQQMgAEGDCC0AAEYNABpBBCAAQYQILQAARg0AGkEFQQNBhQgtAAAgAEYbCyEDAkBBzPveACwAACIABEAgAUEATCAAQQBKcw0BC0F/QQEgAUEATBshAAtBA0EFIAAgA2oiACAAQQVOGyIAQQAgAEEAShsiAUGACGotAAAiABANQYyN1gBBAkG6MCACQUBrAn8gAEUEQCACQcmcmQI2AkBBh9QADAELIAIgAEEEdDYCICACQUBrQRBBgg4gAkEgahDMAkGNGQsgAUEzbEF/QQIQBRAPDAELQdXd3QBB/wAgAUHV3d0ALQAAaiIAIABB/wBOGyIAQQAgAEEAShsiADoAAEGMjdYAQR8gAEEAQQAQB0H1nd4AQQE6AABB+J3eAEHo994AKAIANgIAIAJB1d3dAC0AAEHkAGxB/wBuNgIwIAJBQGtBEEHt0wAgAkEwahDMAkGMjdYAQQNB9dAAIAJBQGtBh9QAQdXd3QAtAABBAXRBf0EDEAUQDwsgAkHQAGokAAtxAQF/IwBBEGsiASQAQRJBMCAAQbaN1gAtAABqIgAgAEEwThsiAEEAIABBAEobIgAQDSABIABBGGs2AgAgAUEEakEMQa4LIAEQzAJBjI3WAEF/QaY4IAFBBGpBohMgAEEFbEH4AEGfDxAPIAFBEGokAAuyAQEBfyMAQdAAayIGJABBjI3WACAAIAJB/wAgAyAEaiIDIANB/wBPG0EAIANBAE4bIgMQDCAGIANB5ABsQf8AbjYCECAGQcQAakEMQe3TACAGQRBqEMwCIAYgBRCVATYCBCAGIABBAWo2AgAgBkEgakEWQakJIAYQzAJBjI3WACABIAZBIGogBkHEAGpBh9QAIANBAXRBfyABQQBIBH9Bv98DBSABEAULEA8gBkHQAGokAAvkAQEDfyMAQSBrIgIkAEGwjdYALQAAQQJrQf8BcSIBQQZNBEAgAUECdEGk4ABqKAIAIQMLAkBBzPveACwAACIBBEAgAEEATCABQQBKcw0BC0F/QQEgAEEATBshAQtBDEEDIAEgA2oiASABQQNOGyIDQQAgA0EAShsiA0Hg3gBqLQAAIgAQDUGMjdYAQX9BxCsgAkEQagJ/IAFBAEoEQEGEDRCWASEBIAIgADYCACACQRBqQRAgASACEMwCQecYDAELIAJBz4yZAjYCEEGH1AALIANB1QBsQX9Bv98DEA8gAkEgaiQAC+tNAQl/IwBBgARrIgMkAEGb8d4ALQAAIgJBMGxB5I3WAGohBAJAAkACQAJAAkAgAA4HAQIDAwMDAAMLIAIgARCOAQwDCwJAQcz73gAsAAAiBwRAIAFBAEwgB0EASnMNAQtBf0EBIAFBAEwbIQcLQQEgByAHQR91IgBzIABrIgAgAEEBTRshBkEBQX8gB0EASiIFGyEIQQAhBANAAkACQCADQfQDahCPASIARQ0AIAMoAvQDIgFBAEwNACAALQAAIAFwIAhqIgJBAEgNACABIAJMDQAgACACOgAADAELAn8CQEGMjdYAQZvx3gAtAAAgA0HQA2oQJSIBQQBKBEBBACEAQZnx3gAtAAAhAgNAIANB0ANqIABqLQAAIAJGDQIgAEEBaiIAIAFHDQALC0EAIAFBAWsgBRsMAQsgAEEBIAFBAWsgBRtqIAFvCyEAQYyN1gBBm/HeAC0AACADQdADaiAAai0AABAnIANBwANqEI8BIgBFDQAgAygCwAMiAkEATA0AQQAhAQJAIAdBAEoNAEGZ8d4ALQAAQQRGDQAgAkEBayEBCyAAIAE6AAALIARBAWoiBCAGRw0AC0GZ8d4ALQAAQQRHDQJBwvXeAEH/AToAAEG+9t4AQQA6AAAMAgsCQAJAAkACQEGZ8d4ALQAAQQRrDgoAAwEDAwMDAwMCAwsCfwJ/IAJBAkYEQCADQfgDaiEFIANBgIKIGDYA9ANBAQwBCyADQQM6APYDIANBgQQ7APQDQQMgAkECSQ0BGiADQfcDaiEFQQALIQAgBUEEOgAAIAAgA2pBBToA+AMgAEEFagshACACQTBsQYyN1gBqLQCAASIHBEAgA0H0A2ogAGpBBjoAACAAQQFqIQALIAJBAUYEQCADQfQDaiAAakEHOgAAIABBAWohAAsgA0H0A2ogAGpBCDoAAAJAAkACQAJAAkACQAJAAkACQEG19t4ALQAAIgUgAEsEf0G19t4AIAA6AAAgAAUgBQsgA0H0A2pqLQAADggAAgMEBQEGBwgLIAFBAEoiACAELQAXQQNHcw0MQQNBAiAAGxArDAwLIAFBAEoiACAHRXMNC0GMjdYAIAJBKCAAEAxBjI3WAEGOEkHlMyAAGxAODAsLQYyN1gAgAkEYQf8AIAEgBC0AGGoiACAAQf8ATxtBACAAQQBOGyIAEAwgAyAAQeQAbEH/AG42AvACIANBwANqQQxB7dMAIANB8AJqEMwCIANB5hMQlQE2AuQCIAMgAkEBajYC4AIgA0HQA2pBFkGpCSADQeACahDMAkGMjdYAQX8gA0HQA2ogA0HAA2pBh9QAIABBAXRBf0G/3wMQDwwKC0GkjdYAIAJBf0EAIAJBAUsbEKEBIQQCQEHM+94ALAAAIgAEQCABQQBMIABBAEpzDQELQX9BASABQQBMGyEACyACIAAgBGoQdgwJCyAELQAVIQQCQEHM+94ALAAAIgAEQCABQQBMIABBAEpzDQELQX9BASABQQBMGyEAC0GMjdYAIAJBFUEFIAQgAGsiACAAQQVOGyIAQQAgAEEAShsiABAMQdjFABCWASEBIAMgAkEBajYCgAMgA0HQA2pBHiABIANBgANqEMwCQYyN1gBBfyADQdADaiAAQQJ0QeD1AGooAgBBh9QAQQUgAGtBM2xBf0G/3wMQDwwICyAELQAQIQQCQEHM+94ALAAAIgAEQCABQQBMIABBAEpzDQELQX9BASABQQBMGyEAC0GMjdYAIAJBEEEwIAAgBGoiACAAQTBOGyIAQQAgAEEAShsiABAMIAMgAEEYazYCoAMgA0HAA2pBDEGeEyADQaADahDMAkGYOBCWASEBIAMgAkEBajYCkAMgA0HQA2pBHiABIANBkANqEMwCQYyN1gBBfyADQdADaiADQcADakGH1AAgAEEFbEH4AEG/3wMQDwwHCyAELQAZIQQCQEHM+94ALAAAIgAEQCABQQBMIABBAEpzDQELQX9BASABQQBMGyEAC0GMjdYAIAJBGUEPIAAgBGoiACAAQQ9OGyIAQQAgAEEAShsiABAMIAMgAEEBajYCsAMgA0HQA2pBCEGCDiADQbADahDMAkGMjdYAQX9BziwgA0HQA2pBh9QAIABBEWxBf0G/3wMQDwwGCyABQQBKIgAgBC0ADkVzDQVBjI3WACACQQ4gABAMDAULQe7JABCWASEAIAMgAkEBajYC0AIgA0HQA2pBHiAAIANB0AJqEMwCQYyN1gBBBiACQQAgA0HQA2pB4xIQEAwEC0GMjdYAIANB0ANqEBYiAkUNA0G9rt4ALQAAIQQCQEHM+94ALAAAIgAEQCABQQBMIABBAEpzDQELQX9BASABQQBMGyEAC0G9rt4AIAAgBGoiACACQQFrIgEgACABSBtBACAAQQBOGzoAAAwDC0GMjdYAQeU4EA4MAgsCQAJAAkACQAJAAkAgBC0AFw4HAAECAgMEBQcLAn8CQEG78d4ALQAARQ0AQb7x3gAtAABBAkcNAEG/8d4ALQAADAELQbzx3gAgAjoAACACQYyN1gBqLQCa5AghAEG+8d4AQQI6AAAgAEEPcQtB/wFxIQICQEHM+94ALAAAIgAEQCABQQBMIABBAEpzDQELQX9BASABQQBMGyEAC0G/8d4AQQ8gACACaiIAIABBD04bIgBBACAAQQBKGzoAABAGIQBBvfHeAEEAOgAAQbvx3gBBAToAACAAQQBMBEAQiQEMBwtByPHeAEHo994AKAIAIABqNgIADAYLQafx3gAtAABBD3EhAgJAQcz73gAsAAAiAARAIAFBAEwgAEEASnMNAQtBf0EBIAFBAEwbIQALQafx3gBBDyAAIAJqIgAgAEEPThsiAEEAIABBAEobIgA6AAAgAEEMbEGMjdYAaiIBLQCAGSABLwGGGUG/rt4ALQAAEBdB8g0QlgEhASADIABBAWo2ArACIANB0ANqQRQgASADQbACahDMAkGMjdYAIANB0ANqEA4MBQtBA0ECIAFBAEobECsMBAsgBCAELQADEEshBAJAQcz73gAsAAAiAARAIAFBAEwgAEEASnMNAQtBf0EBIAFBAEwbIQALQYyN1gAgAkEDQQFBICAAIARqIgAgAEEgThsiACAAQQFMGyIAQQFrIgFBAnRBAXIQDCADIAA2AsACIANB0ANqQRRBgg4gA0HAAmoQzAJBjI3WAEF/QY8qIANB0ANqQcLNACABQQN0QX8gAhADEA8MAwtBBRDGASEAIAJBMGxB4oPXAGoiBi0AACEFAkBBzPveACwAACIEBEAgAUEATCAEQQBKcw0BC0F/QQEgAUEATBshBAtBjI3WAEErIAJBBiAEIAVqIgEgACAAIAFKG0EAIAFBAE4bIgFB/wFxEAcgBiABOgAAQYyN1gAQC0GMjdYAQX9B4TogAQR/QQUgAUEBaxDKAQVB/SULQYfUACABQf8BbEEBIAAgAEEBTRttQX8gAhADEA8MAgsgAkEwbEHvg9cAaiIELQAAIQYCQEHM+94ALAAAIgAEQCABQQBMIABBAEpzDQELQX9BASABQQBMGyEAC0GMjdYAQSsgAkETIAAgBmrBQQRvIgBBBGpB//8DcSIBIAFBBGsgAEEASBsiAEH/AXEQByAEIAA6AABBjI3WABALQYyN1gBBf0G8FyAAQQJ0QZDlAGooAgBBh9QAIABB1QBsQX8gAhADEA8MAQsgAEEFSw0AIABBAmshBQJ/AkACQAJAAkACQAJAAkACQAJAAkACQAJAAkACQAJAAkBBmfHeAC0AAA4PAAECCwMEBQYNBwwIDgkKEQsgAiAFIAEQkAEMEAsgAkEBTQRAIAIgBSABEJABDBALAkAgBC0AFyIAQQZLDQBBASAAdEHoAHFFDQAgAiAFIAEQkQEMEAsgBUEDRgRAIAJBA0EYIAQtABggAUHmExCGAQwQCyACIAUgARCQAQwPCyACIAUgARCRAQwOCwJAAkACQAJAIABBAmsOAwABAgMLQaSN1gAgAiACQQFNBH8gAkGMjdYAai0AmuQIQQ9xBUF/CxChASEEAkBBzPveACwAACIABEAgAUEATCAAQQBKcw0BC0F/QQEgAUEATBshAAsgAiAAIARqEHYMEAsgBC0AFSEEAkBBzPveACwAACIABEAgAUEATCAAQQBKcw0BC0F/QQEgAUEATBshAAtBjI3WACACQRVBBSAEIABrIgAgAEEFThsiAEEAIABBAEobIgAQDEGMjdYAQQFBksYAIABBAnRB4PUAaigCAEGH1ABBBSAAa0EzbEF/QQEQBRAPDA8LIAJBAkEYIAQtABggAUHmExCGAQwOCyACQQJJDQ0gBC0AECEEAkBBzPveACwAACIABEAgAUEATCAAQQBKcw0BC0F/QQEgAUEATBshAAtBjI3WACACQRBBMCAAIARqIgAgAEEwThsiAEEAIABBAEobIgAQDCADIABBGGs2AjAgA0HAA2pBEEGeEyADQTBqEMwCQYyN1gBBA0GuOCADQcADakGH1AAgAEEFbEH4AEEDEAUQDwwNC0EBIAUgAEEaakH/AXEgBCAFai0AHCABIAVBAnRB8NsAaigCABCGAQwMCwJAQYyN1gAgA0HQA2oQFiICBEAgA0HQA2pBva7eAC0AACACb2osAAAiAkEATg0BC0GMjdYAQdoPEA4MDAsgAkH/AXEiBEHUAGxBlJ7eAGohAgJAAkACQAJAIABBAmsOAwABAg8LIAJBkANB4BIgAi8BBCABQQpsaiIAIABB4BJOGyIAIABBkANMGyIAOwEEIAMgAEEKbjYCQCADQcADakEQQYIOIANBQGsQzAJBjI3WAEEAQdIpIANBwANqQdcpIAIvAQRB/wFsQfCcBmtB0A9tQX9BABAFEA8MAgsgAi0ABiEGAkBBzPveACwAACIABEAgAUEATCAAQQBKcw0BC0F/QQEgAUEATBshAAsgAkEBQQggACAGaiIAIABBCE4bIgAgAEEBTBsiADoABiADIAA2AlAgA0HAA2pBEEGCDiADQdAAahDMAkGMjdYAQQFB5xggA0HAA2pBh9QAIAItAAZBH2xBf0EBEAUQDwwBCyACQQhB/wAgASACLQADaiIAIABB/wBOGyIAIABBCEwbIgA6AAMgAyAAQQZsQYADa0HAAG3BNgJgIANBwANqQRBBrgsgA0HgAGoQzAJBjI3WAEECQcIoIANBwANqQefIACACLQADQQF0QYABQQIQBRAPC0H4nd4AQej33gAoAgA2AgBBvK7eAEG8rt4ALQAAQQEgBHRyOgAAQQAhAiMAQRBrIgUkAANAIAJB0ABsQYSk3gBqQQBB0AAQrgIiAEH//wM7AAkgAkHUAGxBlJ7eAGoiAS0AAARAIAAgASgCUDYCACAAIAEoAgw2AgQgACABLwEEOwEMIAAgAS0ABjoADiAAIAEtAAM6AAsgACABLQACOgAIIAAgASkCEDcCECAAIAEpAhg3AhggACABKQIgNwIgIAAgASkCKDcCKCAAIAEpAjA3AjAgACABKQI4NwI4IABBQGsgAUFAaykCADcCACAAIAEpAkg3AkgLIAJBAWoiAkEIRw0ACyAFQgA3AwggBUIANwMAIAVBhKTeADYCBCAFQRY6AABBoIfXACAFEC8gBUEQaiQADAsLQZ3x3gAtAABFBEAgAyAELQAJOgD0AyADIAQtAAI6APUDIAMgBC0ACjoA9gMgAyAELQALOgD3A0GMjdYAIAIgBUHk3gBqLQAAQf8AIAEgA0H0A2ogBWotAABqIgEgAUH/AE4bIgFBACABQQBKGyIBEAwCQAJAAkACQCAAQQJrDgMAAgECCyABEOYBIANBwANqQRAQYgwCCyADIAFB5ABsQfz/A3FB/wBuNgKAASADQcADakEQQe3TACADQYABahDMAgwBCyABEOUBIANBwANqQRAQYgsgAyAFQQJ0QfDeAGooAgAQlQE2AnQgAyACQQFqNgJwIANB0ANqQRZBqQkgA0HwAGoQzAJBjI3WACAFIANB0ANqIANBwANqQYfUACABQQF0QX8gBRAFEA8MCwsgAEEDSw0KQYyN1gAgAkENQQwgBRsiAEH/ACABIAAgBGotAABqIgAgAEH/AE4bIgBBACAAQQBKGyIAEAwgAwJ/IAVFBEAgAyAAQeQAbEH8/wNxQf8AbjYCoAEgA0HAA2pBEEHt0wAgA0GgAWoQzAJBgh4MAQsgAEH0A2xB/P8DcUH/AG4gA0HAA2pBEBBiQfE/CxCVATYClAEgAyACQQFqNgKQASADQdADakEWQakJIANBkAFqEMwCQYyN1gAgBSADQdADaiADQcADakGH1AAgAEEBdEF/IAUQBRAPDAoLAkACQCAAQQJrDgIAAQsLIAJBhANsQcTx1gBqLQAARSABQQBKcw0KQYyN1gBBJyACQQNBABAHQYyN1gAQCwwKC0GMjdYAQScgAkEEAn8CQAJAAkAgAkGEA2xBxfHWAGotAABBAWsOAgABAgtBAUECIAFBAEwbDAILQQFBBCABQQBMGwwBC0EEQQIgAUEAShsLIgAQB0GMjdYAEAsgAyAANgLQASADQcADakEQQYIOIANB0AFqEMwCQYyN1gBBAUHbGCADQcADakGH1AAgAEE/bEF/QQEQBRAPDAkLAkACQAJAAkAgAEECaw4DAAECAwtBzPveACwAACEAIAQtABtB/wFGBEBBrI3WAC0AACECAkAgAARAIAFBAEwgAEEASnMNAQtBf0EBIAFBAEwbIQALQQggACACasFBDG8iAEEMakH//wNxIgEgAUEMayAAQQBIGyIAEA0gAEECdEGw9gBqKAIADAsLIAQtABohBAJAIAAEQCABQQBMIABBAEpzDQELQX9BASABQQBMGyEAC0GMjdYAIAJBGiAAIARqwUEMbyIAQQxqQf//A3EiASABQQxrIABBAEgbIgAQDCAAQQJ0QbD2AGooAgAMCgtBfyAELQAbIgQgBEH/AUYbIQYCQEHM+94ALAAAIgAEQCABQQBMIABBAEpzDQELQX9BASABQQBMGyEAC0F/QQggACAGaiIAIABBCE4bIgEgAUEASBshAQJAIARB/wFHDQAgAA0AQYyN1gAgAkEaQayN1gAtAAAQDEGMjdYAIAJBGyABEAwMCQtBjI3WACACQRtB/wEgASAAQQBIIgAbEAwgAEUNCEGxFgwJC0GujdYALQAAIQICQEHM+94ALAAAIgAEQCABQQBMIABBAEpzDQELQX9BASABQQBMGyEAC0EKIAAgAmrBQQVvIgBBBWpB//8DcSIBIAFBBWsgAEEASBsiABANIABBAnRB0NsAaigCAAwICyABQQBKIgBBr43WAC0AAEcEQEELIAAQDQtB0ydBtzQgABsMBwsgBQ0HIAFBAEoiAEHD9d4ALQAARXMNB0HD9d4AIAA6AABBjI3WAEHuxwBBvB8gABsQDgwHC0Gt8d4ALQAARQRAIABBA00EQAJAQafx3gAtAABBD3FBDGxBjI3WAGoiAi0AgBkiBkEHTQRAIAZB1ABsQYyN1gBqIgYtAIiRCA0BC0GMjdYAQYvHABAODAkLIAZBiJEIaiIKLwEEIgchACACQYAZaiEGQYD8pAIgBwR/IAAFQaSN1gAvAQALQf//A3FuIgBBAEG+rt4ALQAAIgJBAkYbIQQgAEEBdiAEIAJBAUYbIQhBCAJ/QdCu3gAoAgAiCUHMrt4AKAIAIgBLBEAgCSAAawwBCyAKKAIMC0H0AG4iACAAQQhNGyEJIAYvAQYiACAGLwEIaiEEIAYCfyAFRQRAIAYCfyAIBEBBgPykAiAHBH8gBwVBpI3WAC8BAAtuIgVBAXYgBUEAIAJBAkYbIAJBAUYbIgUEQCAFQQF2IABqIgIgAiAFcGshAAsCQEHM+94ALAAAIgUEQCABQQBMIAVBAEpzDQELQX9BASABQQBMGyEFCyAFIAhsIABqDAELIAEgCWwgAGoLIgEgBEFAaiIFIAEgBUgbQQAgAUEAThsiATsBBiAEIAFrDAELAn8gCARAQYD8pAIgBwR/IAcFQaSN1gAvAQALbiIFQQF2IAVBACACQQJGGyACQQFGGyIFBEAgBUEBdiAEaiICIAIgBXBrIQQLAkBBzPveACwAACIFBEAgAUEATCAFQQBKcw0BC0F/QQEgAUEATBshBQsgBSAIbCAEagwBCyAEIAEgCWxqCyEBIABBQGsiBSABIAooAgwiAiABIAJIGyABIAVIGyAAaws7AQhBjI3WABALDAgLQcz73gAsAAAhACAFQQJGBEBBv67eAC0AACECAkAgAARAIAFBAEwgAEEASnMNAQtBf0EBIAFBAEwbIQALQb+u3gBBAyAAIAJqIgAgAEEDThsiAEEAIABBAEobOgAADAgLQb6u3gAtAAAhAgJAIAAEQCABQQBMIABBAEpzDQELQX9BASABQQBMGyEAC0G+rt4AQQIgACACaiIAIABBAk4bIgBBACAAQQBKGzoAAAwHCyMAQdAAayIEJAACQAJAQafx3gAtAABBD3EiAEEMbEGMjdYAaiICLQCAGUEHTQRAIAJBgBlqIgIvAQgNAQtBjI3WAEGLxwAQDgwBCyAAQQN0QYib1gBqIQYCQAJAAkACQEGt8d4ALQAAQQFrDgMAAgECCwJAAkACQAJAIAVBAWsOAwECAwALIAItAAIhBQJAQcz73gAsAAAiAARAIAFBAEwgAEEASnMNAQtBf0EBIAFBAEwbIQALIAJBMCAAIAVqIgAgAEEwThsiAEEAIABBAEobIgA6AAIgBCAAQRhrNgIAIARBQGtBEEGuCyAEEMwCQYyN1gBBAEGxMSAEQUBrQaITIAItAAJB/wFsQTBuQYABQQAQBRAPDAULQYyN1gBBBkEBIABBAUH/ACABIAYtAAFqIgIgAkH/AE4bIgJBACACQQBKGyICEAggBCACNgIQIARBQGtBEEGCDiAEQRBqEMwCQYyN1gBBAUG9LCAEQUBrQYfUACACQQF0QX9BARAFEA8MBAsgAi0AASEFAkBBzPveACwAACIABEAgAUEATCAAQQBKcw0BC0F/QQEgAUEATBshAAsgAiAAIAVqwUEEbyIAQQRqQf//A3EiASABQQRrIABBAEgbIgA6AAFBjI3WAEECQesQIABB/wFxIgJBAnRBsNoAaigCAEGH1AAgAkHVAGxBf0ECEAUQDwwDCyACIAFBAEoiACACLQADQf4BcXI6AANBjI3WAEEDQawdQfQRQd/AACAAG0GH1ABB/wFBACAAG0F/QQMQBRAPDAILAkACQAJAAkAgBUEBaw4DAQMFAAsgAkH+ASABIAItAApqIgAgAEH+AU4bIgBBACAAQQBKGyIAOgAKAkAgAi0ACyIBRQ0AIAAgAUkNACACIABBAWo6AAsLIAQgAEHkAGxB/P8DcUH/AW42AiAgBEFAa0EQQYIOIARBIGoQzAJBjI3WAEEAQdooIARBQGtB8NMAIAItAApBf0EAEAUQDwwBC0EAIQBBjI3WAEEBQYUSIARBQGsCfyABIAItAAtqIgFBAEwEQCACQQA6AAsgBEHWOi8AADsBRCAEQdI6KAAANgJAQYfUAAwBCyACQf8BIAEgAUH/AU8bIgAgAi0ACiIBQQFqIAAgAUsbIgA6AAsgBCAAQeQAbEH/AW42AjAgBEFAa0EQQYIOIARBMGoQzAJB8NMACyAAQX9BARAFEA8LIAItAAFBA0YNAiACQQM6AAFBjI3WAEH7IBAODAILIAItAAEhBQJAQcz73gAsAAAiAARAIAFBAEwgAEEASnMNAQtBf0EBIAFBAEwbIQALIAIgACAFasFBBG8iAEEEakH//wNxIgEgAUEEayAAQQBIGyIAOgABQYyN1gBBAkHrECAAQf8BcSICQQJ0QbDaAGooAgBBh9QAIAJB1QBsQX9BAhAFEA8MAQsCQAJAAkACQCAFQQFrDgMBAgMACyACQf8AIAEgAi0ABGoiACAAQf8AThsiAEEAIABBAEobOgAEDAMLIAJB/wAgASACLQAFaiIAIABB/wBOGyIAQQAgAEEAShs6AAUMAgsgBi0AByEFAkBBzPveACwAACICBEAgAUEATCACQQBKcw0BC0F/QQEgAUEATBshAgtBjI3WAEEGQQEgAEEHQQMgAiAFaiICIAJBA04bIgJBACACQQBKGxAIDAELIAIgAi0AA0H9AXEgAUEASkEBdHI6AAMLQYyN1gAQCwsgBEHQAGokAAwGCwJAQZ373gAtAABFDQBBmPHeAC0AAEEFRw0AIAUNBiACRQRAQYyN1gBBAEHtLUGSwABBh9QAQQBBf0EAEAUQDwwHCyACQQBBByAELQAHIAFBptEAEIYBDAYLIAMgBC0ABDoA9AMgAyAELQAFIgA6APUDIAMgBC0ABjoA9gMgAyAELQAnOgD3AwJ/IAVBAUYEQEGMjdYAIAJBBQJ/QcAAIQQCQEHN+94ALQAAIgZB0PveAC0AAEYEQEHO+94ALQAARQ0BC0HQ+94AIAY6AABBz/veAEEAOgAACwJAIABBwABHBEBBz/veAEEAOgAAIABBwABIQf8AIAAgAWoiASABQf8AThtBACABQQBOGyIBQcAASnENAUHAACABIAFBwABMGyABIABBwABKGwwCCwJAQcz73gAsAAAiBARAIAFBAEwgBEEASnMNAQtBf0EBIAFBAEwbIQQLQc/73gBBbEEUIARBz/veACwAACIBQQAgBEEATCABQQBKcxtBACABQf8BcRtqIgQgBEEUThsiASABQWxMGyIBOgAAIAAgBEECakEFSQ0BGkHP+94AQQA6AABB/wBBfkECIARBAEobIABqIAFqIgEgAUH/AE4bQQAgAUEAThshBAsgBAsiABAMIANBwANqIQQjAEEgayIBJAACQCAAQcAARgRAIARBEEGjyABBABDMAgwBCyAAQT9MBEAgAUHAACAAa0EybEEGdjYCACAEQRBByAwgARDMAgwBCyABIABBMmxBgBlrQT9uNgIQIARBEEGxDCABQRBqEMwCCyABQSBqJABBgAEMAQtBjI3WACACIAVBkN8Aai0AAEH/ACABIANB9ANqIAVqLQAAaiIAIABB/wBOGyIAQQAgAEEAShsiABAMAkAgBUUEQCADIAA2AhAgA0HAA2pBEEGCDiADQRBqEMwCDAELIAMgAEHkAGxB/P8DcUH/AG42AiAgA0HAA2pBEEHt0wAgA0EgahDMAgtBfwshASADIAVBAnRBoN8AaigCABCVATYCBCADIAJBAWo2AgAgA0HQA2pBFkGpCSADEMwCQYyN1gAgBSADQdADaiADQcADakGH1AAgAEEBdCABIAUQBRAPDAULAkACQAJAIABBAmsOAgABAgsgBC0AGSEEAkBBzPveACwAACIABEAgAUEATCAAQQBKcw0BC0F/QQEgAUEATBshAAtBjI3WACACQRlBDyAAIARqIgAgAEEPThsiAEEAIABBAEobIgAQDCADIABBAWo2AoACIANBwANqQRBBgg4gA0GAAmoQzAJBjI3WAEEAQc4sIANBwANqQYfUACAAQRFsQX9BABAFEA8MBgsgAiABEI4BDAULQYyN1gAgAiAFQf8AIAEgBCAFai0AAGoiACAAQf8AThsiAEEAIABBAEobIgAQDEGMjdYAQR0gBC0AGUEPcUGwAXIgBUGw3wBqLQAAIgEgABAHIAMgADYC8AEgA0HAA2pBEEGCDiADQfABahDMAiADIAE2AuABIANB0ANqQRZB+Q0gA0HgAWoQzAJBjI3WACAFIANB0ANqIANBwANqQYfUACAAQQF0QX8gBRAFEA8MBAsgAkECSQ0DAkACQAJAAkAgAEEDaw4DAQIDAAsgBC0AESEEAkBBzPveACwAACIABEAgAUEATCAAQQBKcw0BC0F/QQEgAUEATBshAAtBjI3WACACQREgACAEasFBBW8iAEEFakH//wNxIgEgAUEFayAAQQBIGyIAEAxBjI3WAEEAQYU/IABBAnRBsNsAaigCAEGH1AAgAEE/bEF/QQAQBRAPDAYLIAQtABIhBAJAQcz73gAsAAAiAARAIAFBAEwgAEEASnMNAQtBf0EBIAFBAEwbIQALQYyN1gAgAkESQQIgACAEaiIAIABBAk4bIgBBACAAQQBKGyIAEAxBjI3WAEEBQao3IABBAnRBxNsAaigCAEGH1AAgAEH/AGxBf0EBEAUQDwwFCyAELQATIQQCQEHM+94ALAAAIgAEQCABQQBMIABBAEpzDQELQX9BASABQQBMGyEAC0GMjdYAIAJBE0EBQQMgACAEaiIAIABBA04bIgAgAEEBTBsiABAMIAMgADYCsAEgA0HAA2pBEEGCDiADQbABahDMAkGMjdYAQQJBvxogA0HAA2pBh9QAIABB1QBsQX9BAhAFEA8MBAtBjI3WACACQRRBCkHkACABIAQtABRqIgAgAEHkAE4bIgAgAEEKTBsiABAMIAMgADYCwAEgA0HAA2pBEEGCDiADQcABahDMAkGMjdYAQQNBjzggA0HAA2pB8NMAIABB/wFsQeQAbkF/QQMQBRAPDAMLQcz73gAsAAAhAgJ/AkACQAJAAkAgAEEDaw4DAQIDAAtBsY3WAC0AACEAAkAgAgRAIAFBAEwgAkEASnMNAQtBf0EBIAFBAEwbIQILQQ0gACACasFBA28iAEEDakH//wNxIgEgAUEDayAAQQBIGyIAEA0gAEECdEHY9wBqKAIADAMLQbKN1gAtAAAhAAJAIAIEQCABQQBMIAJBAEpzDQELQX9BASABQQBMGyECC0EOIAAgAmrBQQNvIgBBA2pB//8DcSIBIAFBA2sgAEEASBsiABANQdL13gBBADoAACAAQQJ0QaDbAGooAgAMAgtBs43WAC0AACEAAkAgAgRAIAFBAEwgAkEASnMNAQtBf0EBIAFBAEwbIQILQQ9BAUEFIAAgAmoiACAAQQVOGyIAIABBAUwbIgAQDSADIAA2ApACIANBwANqQRBBgg4gA0GQAmoQzAIgA0HAA2oMAQtBtI3WAC0AACEAAkAgAgRAIAFBAEwgAkEASnMNAQtBf0EBIAFBAEwbIQILQRBBPCACQQF0IABqIgAgAEE8ThsiAEEAIABBAEobIgAQDSADIAA2AqACIANBwANqQRBBgg4gA0GgAmoQzAIgA0HAA2oLIQBBjI3WACAFIAVBAnRBwN8AaigCACAAQYfUAEGAAUF/IAUQBRAPDAILIAFBAnRB4PYAaigCAAshAEGMjdYAIAUgBUECdEGA3wBqKAIAIABBh9QAQYABQX8gBRAFEA8LIANBgARqJAAL+wYBCX8jAEEwayIGJABBu/HeAEEAOgAAAkACQAJAAkBBvvHeAC0AAEEBaw4CAQACC0Gb8d4ALQAAIgFBjI3WAGpBv/HeAC0AACIFOgCa5AhBjI3WAEEBIAEgBUHkABAHIAZBjI3WACABQb/x3gAtAAAiBRASEJUBNgIEIAYgBUEBajYCACAGQRBqQRhBsQkgBhDMAkGMjdYAIAZBEGoQDgwCC0G88d4ALQAAIQIjAEFAaiIDJAAgAkEFTQRAQczx3gBB//8DOwEAQZvx3gAgAjoAAAJAQZjx3gAtAABBBUcNAAJAQZnx3gAtAAAiAUELayIHQf8BcUECSQ0AAkAgAUENRwRAQQYhBEGe1QAhAAJAAkACQAJAIAIOAgEDAAsgAkEwbEGMjdYAai0Ab0EDayIAQf8BcUEESQ0BQQchBEGv1QAhAAwCC0EFIQRBpNUAIQAMAQsgAEECdEH8B3EiAEHM1gBqKAIAIQQgAEG81gBqKAIAIQALIANBIGogACAEEK0CGkEAIQAgASEFA0AgA0EgaiAAai0AACIIIAVHBEAgAEEBaiIAIARHDQELCyABIAhGDQELIAJBjI3WAGotAJLkCCIBQQtrIQcLIAdB/wFxQQJJDQACQCABQQ1GBEBBDSEBIAJBAUcNAQwCCyADQSBqAn8gAkEBRgRAQQYhBEGe1QAMAQsgAkECSQRAQQUhBEGk1QAMAQsgAkEwbEGMjdYAai0Ab0EDayIAQf8BcUEDSwRAQQchBEGv1QAMAQsgAEECdEH8B3EiAEHM1gBqKAIAIQQgAEG81gBqKAIACyAEEK0CGkEAIQADQCABIANBIGogAGotAABGIgVFBEAgAEEBaiIAIARHDQELCyAFDQELQQAhAQtBmfHeACABOgAAIAJBjI3WAGoiACABOgCS5AhBpI3WACACIAAtAJrkCBChAUGc8d4ALQAAQQR0Sg0AQZzx3gBBADoAAAsgAyACQQZwQTBsQYyN1gBqLQBvQQdwQQJ0QYD2AGooAgAQlQE2AhQgAyACQQFqNgIQIANBIGpBGEGpCSADQRBqEMwCIAMgA0EgajYCAEG4994AQR5BtgogAxDMAkHY994AQej33gAoAgBB3AtqNgIACyADQUBrJAAMAQtBjI3WAEG88d4ALQAAIgEgAUGMjdYAai0AkuQIECcLIAZBMGokAAvGGwERfyMAQeABayIEJAACQAJAAkAgAC0AjuQIDQAgAC0Aj+QIIQkCQCAALQCM5AhBAWsOBQEBAgIAAgsgAC0AjeQIQQxHDQELIAAgASAEQcABaiAEQbYBaiAEQbgBaiAEQbABahBuDAELIAFBAEGOAhCuAiEFAkACQAJAAkAgAC0AjOQIQQNrDgMAAQMCC0ECIQMCf0ECIAAtAN+KAUUNABpBAyAALQDgigFFDQAaQQVBACAALQDyeRsLIQYgBUEAEOkBQQpsaiICQZ8POwEIIAIgBjoABiACQcEAOwAAAkAgAC0A34oBQQFGDQBBAyEDIAAtAOCKAUEBRg0AQQVBACAALQD6eRshAwsgBUEBEOkBQQpsaiICQZ8POwEIIAIgAzoABiACQcIAOwAAQQIhAwJ/QQIgAC0A34oBQQJGDQAaQQMgAC0A4IoBQQJGDQAaQQVBACAALQCCehsLIQYgBUECEOkBQQpsaiICQZ8POwEIIAIgBjoABiACQcMAOwAAAkAgAC0A34oBQQNGDQBBAyEDIAAtAOCKAUEDRg0AQQVBACAALQCKehshAwsgBUEDEOkBQQpsaiICQZ8POwEIIAIgAzoABiACQcQAOwAAIAAtAPJ5IQMgBUEEEOkBQQpsaiICQZfJACgAADYAACACQZ8POwEIIAJBBUEBIAMbOgAGIAJBm8kALQAAOgAEIAAtAPp5IQMgBUEFEOkBQQpsaiICQerIACgAADYAACACQZ8POwEIIAJBBUEBIAMbOgAGIAJB7sgALQAAOgAEIAAtAIJ6IQMgBUEGEOkBQQpsaiICQaDIACgAADYAACACQZ8POwEIIAJBBUEBIAMbOgAGIAJBpMgALQAAOgAEIAAtAIp6IQMgBUEHEOkBQQpsaiICQajHACgAADYAACACQZ8POwEIIAJBBUEBIAMbOgAGIAJBrMcALQAAOgAEIAAgBRBvDAMLQX8hCQJAIAAtAPB4IgJFDQAgAC0ArOkIIgMgAk8NAEF/IAAgA2otAPF4IgIgAsBBAEgbIQkLIABBoM8HaiEIQQAhAgNAQQUhByAIIAIQzgFFBEBBBUEBIAIgAC0A3YoBRhshBwsgBCACQQFqIgM2AhAgBEG4AWpBCEGDCyAEQRBqEMwCIAIQ6QEhBiAEIARBuAFqNgIAIAUgBkEKbGoiBkEGQbYKIAQQzAIgBkG/3wM7AQggBkECIAcgAiAJRhs6AAYgAyICQRBHDQALIAAtAPB4IQMgBUEIEOoBQQpsaiICQYrwAzsBCCACIANBAEc6AAYgAkHEirECNgAADAILIAlBAk8EQCAAIAUgCRCLAQwCCyAAIAUgCRCMAQwBCwJAAkACQAJAAkAgAC0AjeQIDg8AAQEBAQEDAQEBAQEBAgQBCyAAQZrkCGohDiAAIAlBhAtsaiICQfwDaiESIAJB+AJqIQ8gCUGAFGwgAGpBwA1rIQwgACAJQTBsakHuAGohECAJQQJJIREDQCAEIAAtAJDkCEEEdCAGaiIDQQFqNgJAIARBuAFqQQhBgg4gBEFAaxDMAgJ/AkAgEUUEQEEAIBAtAAAgA00NAhpBAiELQX8hCCAMIANBKGxqIgIQoAEhDSACQQpqEKABIQogAkEUahCgASEHIAJBHmoQoAEhAiAHRQ0BIAJFDQEgCkUNASANRQ0BQQAhCyADRQ0BQQEhAkE+IANBAWsiByAHQT5PG0EBaiENA0ACQCAMIAMgAmtBKGxqIgcQoAENACAHLQACQf8AcSACQf8BcU0NAEEFIQsMAwsCQCAHQQpqIgoQoAENACAKLQACQf8AcSACQf8BcU0NAEEFIQsMAwsCQCAHQRRqIgoQoAENACAKLQACQf8AcSACQf8BcU0NAEEFIQsMAwsCQCAHQR5qIgcQoAENACAHLQACQf8AcSACQf8BcU0NAEEFIQsMAwsgAiANRiEHIAJBAWohAiAHRQ0ACwwBC0EAIA8gDiAALQCP5AhqLQAAQQ9xIghBA3RqLQAAIANNDQEaQQAgEiAIQQZ0aiADaiwAACICQQFxa0ECQQQgAkEAThtxIQsLQQMgCyAAIAkgCBATIANGGwshAyAGEOkBIQIgBCAEQbgBajYCMCAFIAJBCmxqIgJBBkG2CiAEQTBqEMwCIAJBADsBCCACIAM6AAYgBkEBaiIGQRBHDQALIAlBAkkEQCAAIAUgCUEBEHIMBQsgACAJIARBsAFqEBEhC0EAIQJBACEHIAAsAMDkCCIDQQBOBEAgBEHAAWohCkEAIQggCUGAFGwgAGpBwA1rIgcgA0EobGoiBhCgAUUEQCAKQQA2AgBBASEICyAGQQpqEKABRQRAIAogCEECdGpBATYCACAIQQFqIQgLIAcgA0EobGoiA0EUahCgAUUEQCAKIAhBAnRqQQI2AgAgCEEBaiEICyADQR5qEKABBH8gCAUgCiAIQQJ0akEDNgIAIAhBAWoLIQcLQQJBAyAJQQJGGyERIAQoAsABQQpsIQ0gBCgCxAFBCmwhDiAEKALIAUEKbCEPIAQoAswBQQpsIRADQCAEKAKwASALIAIgACwAp+QIIBEgACwApuQIamoQrwEhBgJ/QQEgB0UNABpBAkEBIAYgDCAALADA5AhBKGxqIgggDWotAABGGyIDIAdBAUYNABpBAiADIAYgCCAOai0AAEYbIgMgB0ECRg0AGkECIAMgBiAIIA9qLQAARhsiAyAHQQNGDQAaQQIgAyAGIAggEGotAABGGwshAyAGQQxvQQJ0QbD2AGooAgAhBiAJEAMhCCACEOoBIQogBCAGNgIgIAUgCkEKbGoiBkEGQbYKIARBIGoQzAIgBiAIOwEIIAYgAzoABiACQQFqIgJBCEcNAAsgBUEIQZPPAEECQQEgACwAp+QIQQBIG0G/3wMQcyAFQQlBms8AQQFBAiAALACn5AhBAEwbQb/fAxBzIAVBCkGhLEECQQEgAC0Aq+QIG0HA+AMQcwwECyAJQQJPBEAgACAFIAkQiwEMBAsgACAFIAkQjAEgACAFIAlBARByDAMLIAAtAOiKAUUNAiAALQDmigENAgNAIAQgAkEBaiIDNgKgASAEQbgBakEIQYIOIARBoAFqEMwCIAIQ6QEhAiAEIARBuAFqNgKQASAFIAJBCmxqIgJBBkG2CiAEQZABahDMAiACQYrwAzsBCCACQQE6AAYgAyICQRBHDQALDAILAn9BACAAIARBwAFqEBYiAkUNABpBACAEQcABaiAALQCxoQggAm9qLQAAIgJBB0sNABogACACQdQAbGotAIiRCEEARwshBkEAIQIDQCAEIAJBAWoiAzYCgAEgBEG4AWpBCEGCDiAEQYABahDMAiACEOkBIQIgBCAEQbgBajYCcCAFIAJBCmxqIgJBBkG2CiAEQfAAahDMAiACQb/fAzsBCCACIAY6AAYgAyICQRBHDQALIAVBABDqAUEKbGoiAkG/3wM7AQggAiAGOgAGIAJByJLRAjYAACAFQQEQ6gFBCmxqIgJBtcwALwAAOwAAIAJBv98DOwEIIAIgBjoABiACQbfMAC0AADoAAiAFQQIQ6gFBCmxqIgJBv98DOwEIIAIgBjoABiACQTg7AAAgBUEDEOoBQQpsaiICQb/fAzsBCCACIAY6AAYgAkHQgpECNgAAIAVBCkHdLCAGQYrwAxBzDAELIABBgBlqIQwgAEHE6whqIQgDQCAEIAMiAkEBaiIDNgJgIARBuAFqQQhBgg4gBEHgAGoQzAIgACgC3OoIIAggAkECdGooAgBJIQcCf0ECIAIgAC0Am+QIQQ9xRg0AGkEAIAwgAkEMbGoiCS0AAEEHSw0AGkEFQQAgCS8BCBsLIQZBARADIQkgAhDpASECIAQgBEG4AWo2AlAgBSACQQpsaiICQQZBtgogBEHQAGoQzAIgAiAJOwEIIAIgBjoABiACIAc6AAcgA0EQRw0ACyAFQQAQ6gFBCmxqIgJBv98DOwEIIAJBAToABiACQcOg5QI2AAAgBUEBEOoBQQpsaiICQb/fAzsBCCACQQE6AAYgAkHQptECNgAAIAVBAhDqAUEKbGoiAkG/3wM7AQggAkEBOgAGIAJBw5jJAjYAACAFQQMQ6gFBCmxqIgJBv98DOwEIIAJBAToABiACQciS0QI2AAAgAC0AgukIIQMgBUEIEOoBQQpsaiICQYf9AzsBCCACIANBAXFBAWo6AAYgAkHSitkCNgAAIAAtAILpCCEDIAVBCRDqAUEKbGoiAkGH/QM7AQggAkECQQEgA0ECcRs6AAYgAkHImJkCNgAAIAAtAILpCCEDIAVBChDqAUEKbGoiAkGH/QM7AQggAkECQQEgA0EEcRs6AAYgAkHTqNUCNgAACwJAIAAtAK/kCEUNACAALQCP5AghB0EAIQICQAJAIAAtAI7kCCIGDgIAAQILIAAtAIzkCEEEa0H/AXFB/QFJIQILIAAtALLkCCEDAn8CQCACDQAgA0H/AXENACAALQCw5AhBBnAQ6gEMAQsgBg0BIANB/wFxQQJHDQEgAC0AjOQIQQVHDQEgB0EBSw0BIAAtALPkCCICQQ9xIQMCQAJAIAAtAI3kCA4PAAEBAQEBAwEBAQEBAQMDAQsgACAHai0AmuQIIAJzQQhxDQIgA0EHcRDqAQwBCyADEOkBCyIAQQBIDQAgASAAQQpsaiIALQAARQ0AIABBAzsBBgsgBEHgAWokAAuRDQEOfyMAQTBrIgQkACAAIAIgBEEcahARIg8QrgEhCgJAIAAoAtzqCCAAIAJBAnRqKALs6ghPDQAgACACQX8QEyILQQBIDQACfyACQYAUbCAAakHADWsiDCALQShsaiIDEKABBEAgBEEgagwBCyAEQQA2AiBBASEGIARBIGpBBHILIQUgA0EKahCgAUUEQCAFQQE2AgAgBkEBaiEGCyAMIAtBKGxqIgNBFGoQoAFFBEAgBEEgaiAGQQJ0ckECNgIAIAZBAWohBgsCQCADQR5qEKABRQRAIARBIGogBkECdGpBAzYCACAGQQFqIQYMAQsgBg0AQQAhBgwBCyAGQQNxIQ1BACEDIAZBBE8EQCAGQQxxIQ4gDCALQShsaiEFA0AgBEEYaiADaiAFIARBIGogA0ECdGooAgBBCmxqLQAAOgAAIANBAXIiCCAEQRhqaiAFIARBIGogCEECdGooAgBBCmxqLQAAOgAAIANBAnIiCCAEQRhqaiAFIARBIGogCEECdGooAgBBCmxqLQAAOgAAIANBA3IiCCAEQRhqaiAFIARBIGogCEECdGooAgBBCmxqLQAAOgAAIANBBGohAyAJQQRqIgkgDkcNAAsLIA1FDQAgDCALQShsaiEFA0AgBEEYaiADaiAFIARBIGogA0ECdGooAgBBCmxqLQAAOgAAIANBAWohAyAHQQFqIgcgDUcNAAsLIAIQAyEIAkACQCAALQAjRQRAIAAtAIzkCEEFRw0BIAAtAI3kCEELRw0BC0ECQQMgAkECRhshAkEAIQMgBC0AGyEMIAQtABohECAELQAZIQsgBC0AGCEOIAZBAEwhDQNAIAQoAhwgDyADIAIgACwApuQIahCvASEFQQAhBwJAIA0NACAFIA5GIgcNACAGQQFGDQAgBSALRiIHDQAgBkECRg0AIAUgEEYiByAHIAUgDEYgBkEDRhtyIQcLIAVBDG9BAnRBsPYAaigCACEFIAMQ6QEhCSAEIAU2AgAgASAJQQpsaiIFQQZBtgogBBDMAiAFIAg7AQggBUEBQQUgAyAKbxs6AAYgBSAHQQFxOgAHIANBAWoiA0EQRw0ACyABQQAQ6gFBCmxqIgMgCDsBCCADQQE6AAYgA0HJADsAACABQQEQ6gFBCmxqIgNB0S8vAAA7AAAgAyAIOwEIIANBAToABiADQdMvLQAAOgACIAFBAhDqAUEKbGoiAyAIOwEIIANBAToABiADQcmSpQI2AAAgAUEDEOoBQQpsaiIDQe8RLwAAOwAAIAMgCDsBCCADQQE6AAYgA0HxES0AADoAAiABQQQQ6gFBCmxqIgMgCDsBCCADQQE6AAYgA0HWADsAACABQQUQ6gFBCmxqIgNBsC8vAAA7AAAgAyAIOwEIIANBAToABiADQbIvLQAAOgACIAFBBhDqAUEKbGoiAyAIOwEIIANBAToABiADQdaSpQI2AAAgAC0AwOgIIQUgAUEHEOoBQQpsaiIDQf3LAC8AADsAACADQYf9AzsBCCADIAVBAXFBAWo6AAYgA0H/ywAtAAA6AAIgAC0AwOgIIQUgAUEIEOoBQQpsaiIDQc7KAC8AADsAACADQYf9AzsBCCADQQJBASAFQQJxGzoABiADQdDKAC0AADoAAiAALQDA6AghBSABQQkQ6gFBCmxqIgNBpM0ALwAAOwAAIANBh/0DOwEIIANBAkEBIAVBBHEbOgAGIANBps0ALQAAOgACIAAtAMDoCCEFIAFBChDqAUEKbGoiA0HPzAAvAAA7AAAgA0GH/QM7AQggA0ECQQEgBUEIcRs6AAYgA0HRzAAtAAA6AAIMAQtBACEJIApBAEoEQEEAIQMDQCADQQEgBCgCHCAPIAlBABCvAUEMb3RyIQMgCUEBaiIJIApHDQALIANB//8DcSEJC0EpQTUgAkECRhshAkEAIQMgBC0AGyELIAQtABohDCAELQAZIQ4gBC0AGCENIAZBA0YhEANAIAQgAiADaiAALACm5AhBDGxqIgpB+ABqwUEMbyIHQQJ0QbD2AGooAgA2AhAgASADQQpsaiIFQQZBtgogBEEQahDMAiAEKAIcIQ8gBSAIOwEIIAVBBSAJIAd2QQFxIAcgD0YbOgAGQQAhBwJAIAZBAEwNACAKIA1GIgcNACAGQQFGDQAgCiAORiIHDQAgBkECRg0AIAogDEYiByAHIAogC0YgEBtyIQcLIAUgB0EBcToAByADQQFqIgNBG0cNAAsLIARBMGokAAucBAEPfyMAQRBrIgkkACAAIAJBhAtsakH4AmogAkGAFGwgAGpBwA1rIAJBAkkbIgpBhAFqIQwgAEGa5AhqIQ0gAEH8AmohDiAAQYTrCGohDyAAQeAAaiEQA0BBAUHAACAKIARBA3QiCGoiES0AACIDIANBwABPGyIGIAZBAU0bQRAgAxshByAMIARBBnRqIQZBACEDA0AgAyAGai0AAEEBcSIFRQRAIANBAWoiAyAHRw0BCwtBACELAkAgBUUNACAAKALc6gggDyACQQZ0aiAEQQJ0aigCAE8NACAKLwGAASAEdkEBcUUhCwsCQCACRQRAIBAtAABBA3AiBUEGdCAEQQJ0akGQ3ABqIgcgByAIIA5qLQAAIgNBAnRB0N0AaiADIAVB1AFsQbDwAGogBEENbGotAApGGyADQQtLGyIILQAADQELIAAgAiAEEBIhCAsCf0ECIA0gAC0Aj+QIai0AAEEPcSAERg0AGkEBQcAAIBEtAAAiAyADQcAATxsiBSAFQQFNG0EQIAMbIQdBACEDA0AgAyAGai0AAEEBcSIFRQRAIANBAWoiAyAHRw0BCwtBACAFRQ0AGkEBQQUgCi8BgAEgBHZBAXEbCyEGIAIQAyEFIAQQ6QEhAyAJIAg2AgAgASADQQpsaiIDQQZBtgogCRDMAiADIAU7AQggAyAGOgAGIAMgCzoAByAEQQFqIgRBEEcNAAsgCUEQaiQAC44EAQt/IwBBEGsiBSQAIAFBMGxBjI3WAGoiBC0AbiEGIABBjI3WAGoiB0G0l9cAKAIAIgggBC0AbUEGcEHY9QBqLQAAIgRBAXZqIARuIgkgBkEQIAYbcCIMOgCJ5gggAEECdEGMjdYAaiAINgLA5gggB0H/AToApOYIIANBAEoEQCAHQaTmCGohDUEAIQZBdUELIAggBCAJbGsiBCAEQQtOGyIEIARBdUwbIgRBACAEQQJqQQVPGyEOIAFBgBRsQYyN1gBqIAxBKGxqIgRBog1rIQogBEGsDWshCyAEQbYNayEJIARBwA1rIQcDQCACIAZqIQACQAJAAkAgBxCgAQ0AIActAAAgAC0AAEcNAEEAIQQMAQsgBxCgASEIAkAgCRCgAQ0AIAktAAAgAC0AAEcNAEEBIQQMAQsgCEEBayEEIAhFBEBBASAEIAkQoAEbIQQLAkAgCxCgAQ0AIAstAAAgAC0AAEcNAEECIQQMAQsgBEEASARAQQIgBCALEKABGyEECwJAIAoQoAFFBEAgCi0AACAALQAARg0BCyAEQQBODQEgChCgAUUNAgtBAyEECyAFQQZqEJ8BIAAtAAAhACAFIA46AA8gBUEBOgAIIAUgADoABiABIAwgBCAFQQZqEAogDSwAAEEATg0AIA0gBDoAAAsgBkEBaiIGIANHDQALC0GMjdYAEAsgBUEQaiQAC7sFAQV/IwBBQGoiBCQAAkAgAEEBRgRAAn8CQEGMjdYAIARBIGoQFiIDBEBBp/HeAC0AAEEPcSEFIANBAEoNAUEADAILQYyN1gBBtDwQDgwDC0EAIQAgBUEMbEGMjdYAai0AgBkhAgJAA0AgBEEgaiAAai0AACACRg0BIABBAWoiACADRw0AC0EADAELAkBBzPveACwAACICBEAgAUEATCACQQBKcw0BC0F/QQEgAUEATBshAgsgACACaiADbyADaiADbwshACAFIARBIGogAGoiAi0AABAcQfINEJYBIQEgBCAFQQFqNgIAIARBEGpBECABIAQQzAJBjI3WACACLQAAIARBMGpBEBAVQYyN1gBBfyAEQRBqIARBMGpBh9QAIABB/wFsQQIgAyADQQJMG0EBa21Bf0EBEAMQDwwBCwJ/QQMgAEEATA0AGgJAAkACQCAAQTBsQYyN1gBqLQBvIgJBAmsOAwIBAAELEMgBDAILQQEgAhDGASICIAJBAU0bIQILIAILIQMgAEEwbEGMjdYAaiIFLQBgIANvIQYCQEHM+94ALAAAIgIEQCABQQBMIAJBAEpzDQELQX9BASABQQBMGyECCyAFLQBvIQEgA0EATAR/QQAFIAIgBmogA28gA2ogA28LIQIgBUHYAGohBUGMjdYAQX8CfwJAAkAgAEEBTQRAQc773gAtAABFDQFBjI3WACAAEBsMAQsgAUEGTUEAQQEgAXRB6ABxGw0AQYyN1gAgAEEIIAIQDCAFIAI6AAgMAQtBjI3WAEEsIAAgAkH/AXFBABAHQYyN1gAQCyAFIAI6AAggAEECTw0AQYEVDAELQYU1IAFBAkYNABpB2TFB3sEAIAFBBEYbC0GMjdYAIAAQBEGH1AAgAkH/AWxBAiADIANBAkwbQQFrbUF/IAAQAxAPCyAEQUBrJAALuAIBBH8jAEEQayIDJABBm/HeAC0AACECIABBADYCAAJAQZjx3gAtAABBBUcNAAJAAkACQAJAAkACQEGZ8d4ALQAAIgRBAWsODgAAAwQGBgIGBgYGBgYBBgsCQCACBEAgAkEwbEH7jdYAaiIBLQAAIANBDGoQmgFFDQZBmfHeAC0AAEEBRw0GIAEtAAAgABCaAQ0BDAYLIARBAkcNBSAAQQI2AgALIAJBrPHeAGohAQwFCyAAQQQ2AgBBrfHeACEBDAQLIABBAjYCAEGd8d4AIQEMAwsgAEECNgIAQZ373gAhAQwCCyAAQQJBASACQQFGG0EDQQZBBSACQQJGGyACQQJJG2ogAkEwbEGMjdYAai0AgAFBAEdqNgIAQbX23gAhAQwBC0EAIQEgAEEANgIACyADQRBqJAAgAQvoBQEHfyMAQUBqIgMkAEGMjdYAIAAgAUH/ACACIABBMGxBjI3WAGogAWotAFhqIgIgAkH/AE4bIgJBACACQQBKGyIGEAwCQEG08d4ALQAARQ0AQbCX1wAtAABFDQAgAEECSQ0AIAEgA2pBFGohByAAQYAUbEHM/9UAaiEIQQAhAgNAAkAgAkGV894AaiIFLAAAIgRBAEgNACAAIAJB+vLeAGotAABHDQAgA0EYaiIJIAggBEEobGoiBC8ACDsBACADIAQpAAA3AxAgA0EQahCgAUUEQCAHIAY6AAAgACAFLAAAQQAgA0EQahAKCyAJIAggBSwAAEEobGoiBC8AEjsBACADIAQpAAo3AxAgA0EQahCgAUUEQCAHIAY6AAAgACAFLAAAQQEgA0EQahAKCyAJIAggBSwAAEEobGoiBC8AHDsBACADIAQpABQ3AxAgA0EQahCgAUUEQCAHIAY6AAAgACAFLAAAQQIgA0EQahAKCyAJIAggBSwAAEEobGoiBC8AJjsBACADIAQpAB43AxAgA0EQahCgAUUEQCAHIAY6AAAgACAFLAAAQQMgA0EQahAKC0Gs+94AQQE6AAALIAJBAWoiAkEbRw0ACwtBjI3WACAAIAEgBiADQTRqQQwQYSADAn8CQAJAAkAgAA4CAQACCyABQQJ0QdDYAGooAgAMAgsgAUECdEHg2ABqKAIADAELAkACQAJAAkACQCAAQTBsQYyN1gBqIgItAG9BAmsOBQAEAQMCBAsgAUECdEHw2ABqKAIADAQLIAFBAnRBgNkAaigCAAwDCyABQQJ0QZDZAGooAgAMAgtB+yIgAiABQQF0akHx9gBqLQAAIgJFDQEaIAJBDXBBAnRBsOgAaigCAAwBCyABQQJ0QaDZAGooAgALEJUBNgIEIAMgAEEBajYCACADQRBqQRZBqQkgAxDMAkGMjdYAIAEgA0EQaiADQTRqQYfUACAGQQF0QX8gARAFEA8gA0FAayQAC7AFAQZ/IwBBQGoiBCQAAn8gAEUEQCAEQQI2AjxBwO8AIQNBAgwBCyAAQTBsQYyN1gBqLQBvIARBPGoQmgEhAyAEKAI8CyEFAkAgA0UNACAFRQ0AIAEgAyAAQYyN1gBqLQCg5AggBW9BOGxqIgUtAARPDQAgBSABQQxsakEIaiEDAn8gAEUEQEGb8d4ALQAAQYyN1gBqLQCa5AhBD3FBA3RBjI3WAGogAy0ABEEHcWotAPgCDAELQaSN1gAgACADEJwBCyEGAkAgAy0ABiIIQRBLBEAgAiEHDAELQcz73gAsAAAiBwRAIAJBAEwgB0EASnMNAQtBf0EBIAJBAEwbIQcLIAQCfwJAIABFBEAgAy0ABEUiBSAGIAdqIgAgCCAAIAhIGyAAIAVIGyICIAZGDQNBjI3WAEEGQQBBm/HeAC0AAEGm8d4Aai0AAEEPcSADLQAEQQdxIAIQCEGMjdYAEAsgAyACIARBMGpBDBCeAUGMjdYAQQBBm/HeAC0AAEGm8d4Aai0AAEEPcRASEJUBIQAgAy0ABEEGRw0BQZvx3gAtAABBpvHeAGotAABBA3RB+ABxQYyN1gBqLQD8AkEMcEECdEHwsAZqDAILIAYgB2oiAiAIIAIgCEgbQQAgAkEAThsiAiAGRg0CAkAgAywABCIGQQBIBEBBjI3WACAAIAZBA3EgAhAMDAELQYyN1gBBKyAAIAZB/wFxIAJB/wFxEAdBjI3WABALCyADIAIgBEEwakEMEJ4BIAUoAgAQlQEhAAsgAwsoAgAQlQE2AgQgBCAANgIAIARBEGpBFkGHCSAEEMwCQYyN1gAgASAEQRBqIARBMGpBh9QAIAJB/wFsQQEgAy0ABiIAIABBAU0bbUGAAUF/IAMtAAdBAWtB/wFxQQRJGyABEAUQDwsgBEFAayQAC74DAQl/IABFBEBBAA8LIAAoAABBwpqxugRHBEBBAA8LIAAtAARBAUcEQEEADwsgACgAFCIDQYCAAUsEQEEADwsgAC0ABiAALQAHQQh0ciIEQQZsIgJBHWogA0sEQEEADwsgAC0AEwRAQQAPCyAAQRxqIQYgA0EcayIFBH9BfyEBA0AgASAGIAdqLQAAcyIBQR50QR91QaCG4u1+cUEAIAFBAXFrQaCG4u1+cSABQQF2cyIIQQF2cyIJQRp0QR91QaCG4u1+cSAIQRp0QR91QZCD8bYHcSABQRp0QR91QcjBuNsDcSABQRt0QR91QeSg3O0BcSABQRx0QR91QbKQ7vYAcSABQR10QR91QZmItztxIAlBBnZzc3Nzc3MhASAHQQFqIgcgBUcNAAsgAUF/cwVBAAsgACgAGEcEQEEADwsgACADakEBay0AAARAQQAPCwJAIARFDQAgBSACayIAIAYgBEECdGoiAS8AAE0EQEEADwtBASECIARBAUYNAANAIAEgAkEBdGovAAAgAE8EQEEADwsgBiACQQJ0aiIFKAAAIAVBBGsoAABNBEBBAA8LIAJBAWoiAiAERw0ACwsgAws6AQF/QbyFCiAANgIAIAAEQCAALwAGIQFBwoUKIAApAAg3AABByoUKIAAoABA2AAALQcCFCiABOwEACxEAQcKFCkHnMEG8hQooAgAbC80BAQd/AkAgAEUNAEG8hQooAgAiA0UNACAALQAAIgFFDQBBxbvyiHghBCAAIQIDQCAEIAFB/wFxc0GTg4AIbCEEIAItAAEhASACQQFqIQIgAQ0AC0EAIQFBwIUKLwEAIgVFDQAgA0EcaiEGIAVBAWshAgNAIAQgBiABIAJqQQJtIgNBAnRqKAAAIgdGBEAgBiAFQQJ0aiADQQF0ai8AACAGIAVBBmxqag8LIANBAWogASAEIAdLIgcbIgEgAiADQQFrIAcbIgJMDQALCyAAC4YEAQd/AkAgAEUNAEG8hQooAgAiA0UNACAALQAAIgJFDQBBxbvyiHghBCAAIQEDQCAEIAJB/wFxc0GTg4AIbCEEIAEtAAEhAiABQQFqIQEgAg0AC0EAIQJBwIUKLwEAIgdFDQAgA0EcaiEFIAdBAWshAQNAIAQgBSABIAJqQQJtIgNBAnRqKAAAIgZHBEAgA0EBaiACIAQgBksiBhsiAiABIANBAWsgBhsiAUwNAQwCCwsgACAFIAdBAnRqIANBAXRqLwAAIAUgB0EGbGpqIgVGBEAgBQ8LIAAhASAFIQIDQAJAAkAgAS0AACIDQSVGIgRFBEAgAw0BDAILIAEtAAFBJUcNAQsgAUECQQEgBBtqIQEMAQsDQAJAAkAgAi0AACIGQSVGIgRFBEAgBg0BIAAgBSADGyEADAULIAItAAFBJUcNAQsgAkECQQEgBBtqIQIMAQsLIANFDQEDQAJAIAFBAWohAyACQQFqIQIgAS0AASIERQ0AIARB3wFxQdsAa0H/AXFB5QFLDQAgAyEBIAItAAAgBEYNAQwDCwsDQAJAIARB/wFxIgFB6ABrIgRBEksNAEEBIAR0QZGAEHFFDQAgASACLQAARw0DIAJBAWohAiADLQABIQQgA0EBaiEDDAELCyABIAItAABHDQEgAiABQQBHIgFqIQIgASADaiEBDAALAAsgAAsUACAAskMEAgE9lBDIAkNvEoM6lAsUACAAskNFIpE9lBC8AkPNzEw9lAukAQEDfyABQQNvIgFBA2ogASABQQBIG0HUAWwhBANAIAAgA0EDdGoiASAEIANBDWxqIgJBvvAAai0AADoABiABIAJBvfAAai0AADoABSABIAJBvPAAai0AADoAAyABIAJBu/AAai0AADoAAiABIAJBuvAAai0AADoABCABIAJBwPAAai0AADoAByABIAJBv/AAai0AADoAASADQQFqIgNBEEcNAAsLNgECfyABIABBA2siAEEDTQR/IABBAnQiAkHI9QBqKAIAIQMgAkG49QBqKAIABSACCzYCACADC1YBAX8CQAJAAkAgAEEDaw4DAgABAAtBAkF/IABBBkYbIQIMAQtBASECC0F/IQACQCABQQJKDQAgASACckEASA0AIAJBA2wgAWpBrPUAaiwAACEACyAACzEAIAAgAUEwbGoiASACLAAEIgJBA3FqQUBrIAEgAkH/AXFqQbj2AGogAkEASBstAAALzgQBDH8CQCAAIAFBMGxqIgQtAFciBkEGSw0AQQEgBnRB6ABxRQ0AIARBQGshByAAQbj2AGogAUEwbGoiA0IANwEAIANCADcBKCADQgA3ASAgA0IANwEYIANCADcBECADQgA3AQhBkOEAIQlBCSEKAkACQAJAAkAgBkEDaw4EAgMBAAMLQeDlACEJQQYhCgwBC0Hg6QAhCUEMIQoLA0ACQCAJIAtBOGxqIgEtAAQiBEUNACAEQQFxIQ0gAUEIaiEAQQAhASAEQQFHBEAgBEH+AXEhDkEAIQQDQCAAIAFBDGxqIgUsAAQiDEH/AXEhCCAFLQAFIQUCQCAMQQBIBEAgByAIQQNxaiAFOgAADAELIAMgCGogBToAAAsgACABQQFyQQxsaiIFLAAEIgxB/wFxIQggBS0ABSEFAkAgDEEASARAIAcgCEEDcWogBToAAAwBCyADIAhqIAU6AAALIAFBAmohASAEQQJqIgQgDkcNAAsLIA1FDQAgACABQQxsaiIALAAEIgRB/wFxIQEgAC0ABSEAIARBAEgEQCAHIAFBA3FqIAA6AAAMAQsgASADaiAAOgAACyALQQFqIgsgCkcNAAsgBkEFRw0AIAdBwAA2AQALIAYQxgEiAUUNACAGIAIgAW8gAWogAW8QxwEiAUUNACADIAEpACg3AAAgAyABKQBQNwAoIAMgASkASDcAICADIAFBQGspAAA3ABggAyABKQA4NwAQIAMgASkAMDcACCAHIAEoACQ2AQAgBkEFRw0AIANBADoADSADQQA6AAYLC4sFAgN/AX0jAEHQAWsiBCQAAkACQAJAAkACQAJAAkACQAJAAkACQAJAIAAtAAcOCgABAgMEBQYHCAkKCyAEIAFB5ABsQT9qQf8AbTYCECACIANB7dMAIARBEGoQzAIMCgsgBCABQUBqNgIgIAIgA0GuCyAEQSBqEMwCDAkLIAQgAUEYbEGADGtBP202AjAgAiADQZ4TIARBMGoQzAIMCAsgBCABQQNsQcABa0EIbTYCQCACIANBnhMgBEFAaxDMAgwHCyAEIAFBMmxBgBlrQT9tNgJQIAIgA0G5FiAEQdAAahDMAgwGCyABskOFQqE9lBC8AkMAAKBBlCIHQwAAekRdBEAgBAJ/IAeLQwAAAE9dBEAgB6gMAQtBgICAgHgLNgJgIAIgA0HDDiAEQeAAahDMAgwGCyAEIAdDAAB6RJW7OQNwIAIgA0GqDiAEQfAAahDMAgwFCyABskMEAgE9lBDIAkNvEoM6lCIHQwAAgD9dBEAgBAJ/IAdDAAB6RJRDAAAAP5IiB4tDAAAAT10EQCAHqAwBC0GAgICAeAs2AoABIAIgA0HFGSAEQYABahDMAgwFCyAEIAe7OQOQASACIANBzBwgBEGQAWoQzAIMBAsgBCABskNFIpE9lBC8AkPNzEw9lCIHuzkDoAEgAiADQbMOQbsOIAdDAAAgQV0bIARBoAFqEMwCDAMLQaDKACEFAkAgACgCCCIGRQ0AIAEgAC0ABkoNACAGIAFBAnRqKAIAIQULIAQgBTYCsAEgAiADQbYKIARBsAFqEMwCDAILIARBuxpBzyMgARs2AsABIAIgA0G2CiAEQcABahDMAgwBCyAEIAE2AgAgAiADQYIOIAQQzAILIARB0AFqJAALFAAgAEEAOwAIIABC/8mFoHY3AAALCwAgAC0AAEH/AUYLTgBBECABQQFMBH8gACABQYQLbGogAkEAIAJBAEobQQ9xQQN0akHgAmoFIAAgAUEwbGpB1gBqCy0AACIBIAFBAWtB/wFxQcAATxtB/wFxC84CAQJ/IABCADcACCAAQRhqIgJCADcAACAAQRBqIgNCADcAACAAQgA3ACAgAEEAOgAGIABB5IABOwAEIABB4LzwATYAACAAQgA3ACggACABQQFGOgAOIABB0NCg8QE2AAogACABOgAZIAJB5AA6AAAgAEEQOgAWIABBgYLwETYAEiADQRg6AAAgAEE8QQAgAUEAShs6AAcgAEGJ/gM7ABogAEEYOgAmIABB/wE6ACQgACABQQZwQZz2AGotAAA6ABcgAUUEQCAAQcCAgYIENgAADwsgAUEBRgRAIABCgICAgMCMhZQKNwAcIABB/wE6AAggAEH/gP0DNgAADwsgAUECTgRAIABBADoACAsCQAJAAkACQCABQQNrDgMAAQIDCyAAQR46ACcgAEEeOgAGDwsgAEEoOgAnIABBFDoABg8LIABBMjoAJyAAQQo6AAYLC5IDAQJ/IABBBGpBAEGACxCuAhogAEHAgAE7AH0gAEGQyIGCBDYAeCAAQcCAATsAdSAAQZDIgYIENgBwIABBwIABOwBtIABBkMiBggQ2AGggAEHAgAE7AGUgAEGQyIGCBDYAYCAAQcCAATsAXSAAQZDIgYIENgBYIABBwIABOwBVIABBkMiBggQ2AFAgAEHAgAE7AE0gAEGQyIGCBDYASCAAQcCAATsARSAAQZDIgYIENgBAIABBwIABOwA9IABBkMiBggQ2ADggAEHAgAE7ADUgAEGQyIGCBDYAMCAAQcCAATsALSAAQZDIgYIENgAoIABBwIABOwAlIABBkMiBggQ2ACAgAEHAgAE7AB0gAEGQyIGCBDYAGCAAQcCAATsAFSAAQZDIgYIENgAQIABBwIABOwANIABBkMiBggQ2AAggAEHAgAE7AAUgAEGQyIGCBDYAACAAQYUJaiECA0AgAiABQQJ0aiIAQf8BOgAAIABB/wE6AAQgAEH/AToACCAAQf8BOgAMIAFBBGoiAUHAAEcNAAsL7wEBAX8CQCABQQJOBEAgAUGAFGwgAGpB2A1rIQADQCAAIAJBKGxqIgFBADsAJiABQX82ACIgAUGByAE7ACAgAUL/////j4DA/+QANwAYIAFBgcgBOwAWIAFC/////4+AwP/kADcADiABQYHIATsADCABQYCA/KcGNgAIIAFC/8mFoHY3AAAgAkEBaiICQcAARw0ACwwBCyAAIAFBhAtsaiIBQeQDakEAQYAIEK4CGiABQeULaiEAA0AgACACQQJ0aiIBQf8BOgAAIAFB/wE6AAQgAUH/AToACCABQf8BOgAMIAJBBGoiAkHAAEcNAAsLCyMAIABBAkYEQCABQX5xQQJGDwsgASAAQQZwQZz2AGotAABGC7wBAQF/AkACQCABQQJGBEAgAkF+cUECRg0BDAILIAIgAUEGcEGc9gBqLQAARw0BCyACIAAgAUEwbGoiAy0AV0YNACADQUBrIgNBADoACCADIAI6ABcCQAJ/AkACQCACQQJrDgMAAwEDCyADQajA4dEFNgAAQSghAUENIQJBCAwBCyADQQA6AAggA0HAgIGCBDYAAEHAACEBQQshAkEJCyADakEAOgAAIAIgA2ogAToAAA8LIAAgAUEAEJ0BCwuhDAEKfyAAQQpqQQBBzvgAEK4CGiAAQYcwOwARIABBAzoADyAAQrKIiJDDx8yEATcBAiAAQbAJOwEAIABBQGtBABCiASAAQfAAakEBEKIBQQIhBCAAQaABaiIFQQIQogEgAEHQAWoiBkEDEKIBIABBgAJqIgdBBBCiASAAQbACaiIIQQUQogEgAEHgAmoiCRCjASAAQeQNahCjASAAQgA3AegYIABCADcB9BggAEIANwGAGSAAQgA3AYwZIABB8BhqQQA2AQAgAEH8GGpBADYBACAAQYgZakEANgEAIABBlBlqQQA2AQAgAEEUOgDtGCAAQRg6AOoYIABB/wE6AOgYIABB/wE6APQYIABBGDoA9hggAEEUOgD5GCAAQf8BOgCAGSAAQRg6AIIZIABBFDoAhRkgAEEUOgCRGSAAQRg6AI4ZIABB/wE6AIwZIABBoBlqQQA2AQAgAEIANwGYGSAAQRQ6AJ0ZIABBGDoAmhkgAEH/AToAmBkgAEGsGWpBADYBACAAQgA3AaQZIABBFDoAqRkgAEEYOgCmGSAAQf8BOgCkGSAAQbgZakEANgEAIABCADcBsBkgAEEUOgC1GSAAQRg6ALIZIABB/wE6ALAZIABBxBlqQQA2AQAgAEIANwG8GSAAQRQ6AMEZIABBGDoAvhkgAEH/AToAvBkgAEHQGWpBADYBACAAQgA3AcgZIABBFDoAzRkgAEEYOgDKGSAAQf8BOgDIGSAAQdwZakEANgEAIABCADcB1BkgAEEUOgDZGSAAQRg6ANYZIABB/wE6ANQZIABB6BlqQQA2AQAgAEIANwHgGSAAQRQ6AOUZIABBGDoA4hkgAEH/AToA4BkgAEH0GWpBADYBACAAQgA3AewZIABBFDoA8RkgAEEYOgDuGSAAQf8BOgDsGSAAQYAaakEANgEAIABCADcB+BkgAEEUOgD9GSAAQRg6APoZIABB/wE6APgZIABBjBpqQQA2AQAgAEIANwGEGiAAQRQ6AIkaIABBGDoAhhogAEH/AToAhBogAEGYGmpBADYBACAAQgA3AZAaIABBFDoAlRogAEEYOgCSGiAAQf8BOgCQGiAAQaQaakEANgEAIABCADcBnBogAEEUOgChGiAAQRg6AJ4aIABB/wE6AJwaIABBqBpqIQoDQCAEQYAUbCAKakGAKGshA0EAIQIDQCADIAJBKGxqIgFBADsAJiABQX82ACIgAUGByAE7ACAgAUL/////j4DA/+QANwAYIAFBgcgBOwAWIAFC/////4+AwP/kADcADiABQYHIATsADCABQYCA/KcGNgAIIAFC/8mFoHY3AAAgAkEBaiICQcAARw0ACyAEQQFqIgRBBkcNAAsgAEG18wBqQQI6AAAgAEGx8ABqQQI6AAAgAEGt7QBqQQI6AAAgAEGp6gBqQQI6AAAgCUEAEJkBIABB0PjoggQ2ABMCQAJAAn8CQAJAIAAtALcBQQJrDgMAAwEDCyAAQajA4dEFNgCgAUENIQJBCCEDQSgMAQsgAEEAOgCoASAAQcCAgYIENgCgAUELIQJBCSEDQcAACyEBIAMgBWpBADoAACACIAVqIAE6AAAMAQsgAEECIAAtAKgBEJ0BCwJAAkACfwJAAkAgAC0A5wFBAmsOAwEDAAMLIABBADoA2AEgAEHAgIGCBDYA0AFBCyECQQkhA0HAAAwBCyAAQajA4dEFNgDQAUENIQJBCCEDQSgLIQEgAyAGakEAOgAAIAIgBmogAToAAAwBCyAAQQMgAC0A2AEQnQELAkACQAJ/AkACQCAALQCXAkECaw4DAQMAAwsgAEEAOgCIAiAAQcCAgYIENgCAAkELIQJBCSEDQcAADAELIABBqMDh0QU2AIACQQ0hAkEIIQNBKAshASADIAdqQQA6AAAgAiAHaiABOgAADAELIABBBCAALQCIAhCdAQsCQAJ/AkACQCAALQDHAkECaw4DAQMAAwsgAEEAOgC4AiAAQcCAgYIENgCwAkELIQJBCSEDQcAADAELIABBqMDh0QU2ALACQQ0hAkEIIQNBKAshASADIAhqQQA6AAAgAiAIaiABOgAADwsgAEEFIAAtALgCEJ0BCyYAIABCADcBACAAQQA2AQggAEEUOgAFIABBGDoAAiAAQf8BOgAACwoAIAAtAANBBHQL8gEBCH8gAEHkA2ohBiAAQagaaiEHA0ACQCADQQJPBEAgA0GAFGwgB2pBgChrIQRBACEBA0AgAiAEIAFBKGxqIgAtAABB/wFHaiAALQAKQf8BR2ogAC0AFEH/AUdqIAAtAB5B/wFHaiECIAFBAWoiAUHAAEcNAAsMAQsgBiADQYQLbGohCEEAIQUDQCAIIAVBBnRqIQRBACEBA0AgAiABIARqIgAtAABBAXFqIAAtAAFBAXFqIAAtAAJBAXFqIAAtAANBAXFqIQIgAUEEaiIBQcAARw0ACyAFQQFqIgVBEEcNAAsLIANBAWoiA0EGRw0ACyACC44BAQN/IABBhAlqIQVBACEAAkADQAJAIAIgBSAAQQJ0aiIELQABRw0AIAEgBC0AAEcNACADIAQtAAJHDQAgACEGDAILAkAgAiAFIABBAXIiBkECdGoiBC0AAUcNACABIAQtAABHDQAgAyAELQACRg0CCyAAQQJqIgBBwABHDQALQX8PCyAFIAZBAnRqLQADC9sPAhJ/AX5BfyENIAEgACkAADcAACABIAApADg3ADggASAAKQAwNwAwIAEgACkAKDcAKCABIAApACA3ACAgASAAKQAYNwAYIAEgACkAEDcAECABIAApAAg3AAggASAALQAAOgAAIAAtAAEhAiABQQc6ABEgASACOgABIAFBQGsgAEFAa0GgAhCtAhpBgAUhByABQeACaiAAQbj2AGpBoAIQrQIaIAFBCmohDyABQQlqIRAgAUEEaiERIABB4AJqIRIgAEGoGmohEwJAA0ACQCAMQQFNBEAgB0GEAWoiA0GAwABKDQMgASAHaiASIAxBhAtsaiIHQYABEK0CIg4gBy0AgAE6AIABIA4gBy0AgQE6AIEBIAdBhAFqIQlBACEEQQAhCgNAIApBAnYhCyAKQQZ0IQZBACECA0AgBiAJaiACai0AACIFBEAgA0EDaiIIQYDAAEoNBiABIANqIgMgAiAGajoAACADIAU6AAIgAyALOgABIARBAWohBCAIIQMLIAJBAWoiAkHAAEcNAAsgCkEBaiIKQRBHDQALIA4gBDsAggEgA0GAwABODQMgB0GECWohCCADQQFqIQdBACEGQQAhBANAAkAgCCAGQQJ0aiICLQABQf8BRgRAIAchBQwBCyAHQQRqIgVBgMAASg0FIAEgB2ogAigBADYAACAEQQFqIQQLAkAgAi0ABUH/AUYEQCAFIQcMAQsgBUEEaiIHQYDAAEoNBSABIAVqIAIoAQQ2AAAgBEEBaiEECyAGQQJqIgZBwABHDQALIAEgA2ogBDoAACAHQQBIDQMMAQsgB0ECaiICQYDAAEoNAiAMQYAUbCATakGAKGshCkEAIQZBACEFA0AgCiAGQShsaiIDLQAAQf8BRwRAAn8CQCADLQAIRQRAQQtBCSADLQAJIgQbIAJqQYDAAEoNByABIAJqIgggBjoAACAIIAMpAAAiFDcAASAEDQFBCQwCCyACQQtqQYDAAEoNBiABIAJqIgQgBjoAACAEIAMpAAAiFDcAAQsgAiARaiAUp0EYdkGAAXI6AAAgAiAQaiADLQAIOgAAIAIgD2ogAy0ACToAAEELCyACaiECIAVBAWohBQsgAy0ACkH/AUcEQAJ/IANBCmoiCC0ACARAQQshBEEBDAELQQtBCSAILQAJIgkbIQQgCUEARwshCyACIARqQYDAAEoNBCABIAJqIgQgBkFAazoAACAEIAgpAAAiFDcAASAFQQFqIQUgCwR/IAQgFKdBGHZBgAFyOgAEIAQgCC0ACDoACSAEIAgtAAk6AApBCwVBCQsgAmohAgsgAy0AFEH/AUcEQAJ/IANBFGoiCC0ACARAQQshBEEBDAELQQtBCSAILQAJIgkbIQQgCUEARwshCyACIARqQYDAAEoNBCABIAJqIgQgBkGAAXM6AAAgBCAIKQAAIhQ3AAEgBUEBaiEFIAsEfyAEIBSnQRh2QYABcjoABCAEIAgtAAg6AAkgBCAILQAJOgAKQQsFQQkLIAJqIQILIAMtAB5B/wFHBEACfyADQR5qIgQtAAgEQEELIQNBAQwBC0ELQQkgBC0ACSIIGyEDIAhBAEcLIQkgAiADakGAwABKDQQgASACaiIDIAZBQGo6AAAgAyAEKQAAIhQ3AAEgBUEBaiEFIAkEfyADIBSnQRh2QYABcjoABCADIAQtAAg6AAkgAyAELQAJOgAKQQsFQQkLIAJqIQILIAZBAWoiBkHAAEcNAAsgASAHaiAFOwAAIAIhBwsgDEEBaiIMQQZHDQALIAdBA2oiBiAALQCqakECdGpBgMAASg0AIAEgB2oiAiAALQCoajoAACACIAAtAKlqOgABIAIgAC0AqmoiAjoAAiACBEAgAEGs6gBqIQRBACEFA0AgASAGaiICIAQgBUECdGoiAy0AADoAACACIAMtAAE6AAEgAiADLQACOgACIAIgAy0AAzoAAyAGQQRqIQYgBUEBaiIFIAAtAKpqSQ0ACwsgBkEDaiIFIAAtAK5tQQJ0akGAwABKDQAgASAGaiICIAAtAKxtOgAAIAIgAC0ArW06AAEgAiAALQCubSICOgACIAIEQCAAQbDtAGohBEEAIQYDQCABIAVqIgIgBCAGQQJ0aiIDLQAAOgAAIAIgAy0AAToAASACIAMtAAI6AAIgAiADLQADOgADIAVBBGohBSAGQQFqIgYgAC0Arm1JDQALCyAFQQNqIgYgAC0AsnBBAnRqQYDAAEoNACABIAVqIgIgAC0AsHA6AAAgAiAALQCxcDoAASACIAAtALJwIgI6AAIgAgRAIABBtPAAaiEEQQAhBQNAIAEgBmoiAiAEIAVBAnRqIgMtAAA6AAAgAiADLQABOgABIAIgAy0AAjoAAiACIAMtAAM6AAMgBkEEaiEGIAVBAWoiBSAALQCycEkNAAsLIAZBA2oiBSAALQC2c0ECdGpBgMAASg0AIAEgBmoiAiAALQC0czoAACACIAAtALVzOgABIAIgAC0AtnMiAjoAAiACBEAgAEG48wBqIQRBACEGA0AgASAFaiICIAQgBkECdGoiAy0AADoAACACIAMtAAE6AAEgAiADLQACOgACIAIgAy0AAzoAAyAFQQRqIQUgBkEBaiIGIAAtALZzSQ0ACwsgBUHAAWoiAkGAwABKDQAgASAFaiAAQegYakHAARCtAhogAiENCyANC5cOAg1/AX5BfyEMAkAgAkHgAkgNACABLQARQQdHDQAgABCnASAAIAEpADg3ADggACABKQAwNwAwIAAgASkAKDcAKCAAIAEpACA3ACAgACABKQAYNwAYIAAgASkAEDcAECAAIAEpAAg3AAggACABKQAANwAAIAEvAAAhAyAAQQc6ABEgACADOwEAIABBQGsgAUFAa0GgAhCtAiEOIAJBgAVJDQAgAEG49gBqIAFB4AJqQaACEK0CGiAALQBXBEAgAEEAOgBXIABBAEEAEJ0BCyAALQCHAUEBRwRAIABBAToAhwEgAEEBQQAQnQELIAAtALcBQf4BcUECRwRAIABBAjoAtwEgAEECQQAQnQELIAAtAOcBQQRHBEAgAEEEOgDnASAAQQNBABCdAQsgAC0AlwJBBUcEQCAAQQU6AJcCIABBBEEAEJ0BCyAALQDHAkEGRwRAIABBBjoAxwIgAEEFQQAQnQELIABB4AJqIQ0gAEGoGmohD0GABSEFA0ACQAJAIAhBAU0EQCANIAhBhAtsaiIGEKMBIAVBhAFqIgMgAkoNBCAGIAEgBWoiBEGAARCtAiIHIAQvAIABOwGAAQJAIAQvAIIBIglFBEAgAyEEDAELIAdBhAFqIQpBACEFA0AgA0EDaiIEIAJKDQYgCiABIANqIgMtAAFBCHQgAy0AACIGckHAB3FqIAZBP3FqIAMtAAI6AAAgBCEDIAVBAWoiBSAJRw0ACwsgAiAETA0EIARBAWohBiABIARqLQAAIgRFBEAgBiEFDAILIAdBhAlqIQlBACEDA0AgBkEEaiIFIAJKDQUgA0E/TQRAIAkgA0ECdGogASAGaigAADYBAAsgBSEGIAQgA0EBaiIDRw0ACwwBCyAIQYAUbCAPakGAKGshBkEAIQQDQCAGIARBKGxqIgNBADsAJiADQX82ACIgA0GByAE7ACAgA0L/////j4DA/+QANwAYIANBgcgBOwAWIANC/////4+AwP/kADcADiADQYHIATsADCADQYCA/KcGNgAIIANC/8mFoHY3AAAgBEEBaiIEQcAARw0ACyAFQQJqIgQgAkoNAyABIAVqLwAAIgtFIQMCQCALRQRAIAQhBQwBCyAFQQtqIQdBACEJIAQhBSACIAdIDQADQCABIAVqIgQpAAEhECAGIAQtAAAiA0E/cUEobGogA0EGdkEKbGoiA0EAOwAIIAMgEDcAAAJAIBCnQRh1IgpBAE4EQCAHIQUMAQsgBUELaiIFIAJKDQYgAyAKQf8AcToAAyADIAEgB2otAAA6AAggA0F1QQsgBCwACiIEIARBC04bIgQgBEF1TBs6AAkLIAlBAWoiCSALTyIDDQEgBUEJaiIHIAJMDQALCyADRQ0DDAELQQAhBANAIAcgBEEDdGoiAy0AAEHBAGtB/wFxQb8BTQRAIANBEDoAAAsgAy0ABEEQTwRAIANBADoABAsgAyADLQAHQQNxOgAHIARBAWoiBEEQRw0ACyAFQQBIDQILIAhBAWoiCEEGRw0ACyAFQQNqIgMgAkoNACAAQajqAGohDUEAIQQDQCANIAQiC0GEA2xqIgogASAFaiIELQAAOgAAIAogBC0AASIIOgABIAogBC0AAiIHOgACIAdB4ABLDQECQCAHRQRAIAMhBQwBCyAKQQRqIQlBACEEA0AgA0EEaiIFIAJKDQMgCSAEQQJ0aiIGIAEgA2oiAy8AADsBACAGIAMtAAI6AAIgBiADLQADOgADIAUhAyAEQQFqIgQgB0cNAAsLIAhBBE1BAEEBIAh0QRZxG0UEQCAKQQI6AAELIAtBAk0EQCALQQFqIQQgBUEDaiIDIAJMDQELCyALQQNJDQAgBUHAAWoiBiACSg0AIABB6BhqIAEgBWpBwAEQrQIhAkEAIQQDQAJAAn8gAiAEQQxsaiIDLQAAQQhPBEAgA0IANwEAIANBADYBCCADQRg6AAIgA0H/AToAAEEUIQVBBQwBCyADLQABQQRJDQFBACEFQQELIANqIAU6AAALIAMtAAJBMU8EQCADQRg6AAILIARBAWoiBEEQRw0ACyAALwEAQeESa0H//wNxQa/wA0kEQCAAQbAJOwEACyAALQACQcwAa0H/AXFB5QFNBEAgAEEyOgACCyAALQADQQlPBEAgAEEEOgADCyAALQAJQQlPBEAgAEEAOgAJCyAALQASQTFPBEAgAEEYOgASCyAAIAAtAAhBDHA6AAhBACEEA0AgDiAEQTBsaiIDLQAVQQZPBEAgA0ECOgAVCyADLQAWQcEAa0H/AXFBvwFNBEAgA0EQOgAWCyADLQAbQQlrQf8BcUH1AU0EQCADQf8BOgAbCyADIAMtABpBDHA6ABogAyADLQAZQQ9xOgAZIAMtACZBMU8EQCADQRg6ACYLIARBAWoiBEEGRw0ACyAGIQwLIAwLDwBBB0EFIABBCWtBfkkbC2EBAn9B/wAgACABQQN0IAIgAkEHQQUgAUEJa0F+SRsiAW0iBCABbGsiAkEfdSIFIAFxIAJqakGQ9wBqLAAAaiADIARqIAVqQQxsakEMaiIBIAFB/wBOGyIBQQAgAUEAShsLlAMBBn9BAyELIAVB/wAgAEEMaiIKIAFBA3RBkPcAaiIHIAJBBGoiBiAGQQdBBSABQQlrQX5JGyIAbSIGIABsayIIQR91IgkgAHEgCGpqLAAAaiAEIAZqIAlqQQxsaiIGIAZB/wBOGyIGQQAgBkEAShs6AAIgBUH/ACAKIAcgAiACIABtIgYgAGxrIghBH3UiCSAAcSAIamosAABqIAQgBmogCWpBDGxqIgYgBkH/AE4bIgZBACAGQQBKGzoAACAFQf8AIAogByACQQFBA0ECIANBBEYbIANBA0YbaiIGIAYgAG0iBiAAbGsiCEEfdSIJIABxIAhqaiwAAGogBCAGaiAJakEMbGoiByAHQf8AThsiB0EAIAdBAEobOgABQQYhBwJAAkACQCADQQFrDgIBAAILQQghBwsgBUH/ACAKIAFBA3QgAiAHaiICIAIgAG0iAiAAbGsiA0EfdSIBIABxIANqakGQ9wBqLAAAaiACIARqIAFqQQxsaiIAIABB/wBOGyIAQQAgAEEAShs6AANBBCELCyALC+cEAQh/IwBBEGsiCSQAQYwIIQoCQAJAAkBBAkEBQf8AIAJBBGoiBkEHQQUgAUEJa0F+SRsiB20iBSAGIAUgB2xrIgZBH3UiCGpBDGwgAEEMaiIAIAFBA3RBkPcAaiIFIAcgCHEgBmpqLAAAampBJGoiBiAGQf8AThsiBkEAIAZBAEobQf8AIAIgB20iBiACIAYgB2xrIgZBH3UiCGpBDGwgACAFIAcgCHEgBmpqLAAAampBJGoiBiAGQf8AThsiBkEAIAZBAEobIgZrQRhqQQxvQf//A3EiCEEGRhtBAUH/ACACQQJqIgsgB20iDCALIAcgDGxrIgtBH3UiDGpBDGwgACAFIAcgDHEgC2pqLAAAampBJGoiBSAFQf8AThsiBUEAIAVBAEobIAZrQRhqQQxvIgVBA0YiCxtBAEEDIAVBBEcgCEEIR3IiCBsgCxtBAWsOAgECAAtBh9QAQYfUAEHAzwAgCEEBcRsgBUH//wNxQQNGGyEKDAELQb0KIQoLQc/KACEFAkACQAJAAkACQCADQQFrDgQABAECAwtB9csAQf7LAEH/ACACQQZqIgIgB20iBSACIAUgB2xrIgJBH3UiBWpBDGwgACAFIAdxIAJqIAFBA3RqQZD3AGosAABqakEkaiIHIAdB/wBOGyIHQQAgB0EAShsgBmtBGGrBQQxvQQtGGyEFDAMLQYfUACEKQaTNACEFDAILQYfUACEKQc/MACEFDAELQYfUACEFCyAJIAU2AgggCSAKNgIEIAkgBkH/AXFBDHBBAnRBsPYAaigCADYCACAEQQpB1gggCRDMAiAJQRBqJAALRwECfyMAQRBrIgMkACADIABBDG0iBEEBazYCBCADIAAgBEEMbGtBAnRBsPYAaigCADYCACABIAJB1QsgAxDMAiADQRBqJAALLQAgACABQQNvIgFBA2ogASABQQBIG0EFdCACQQ9xQQF0ckHw9wBqLwEAOwAACywAAn8gAEEHbyIAQQVNBEBBAEEBIAB0QSVxDQEaC0EBQQIgAEF9cUEBRhsLC58DAQp/IwBBEGsiByQAIAFBA3RBkPcAaiIFIAJBBGoiCCAIQQdBBSABQQlrQX5JGyIBbSIKIAFsayIIQR91IAFxIAhqaiwAACELIAUgAkECaiIGIAYgAW0iDCABbGsiBkEfdSABcSAGamosAAAhDSAFIAIgAiABbSIOIAFsayIJQR91IAFxIAlqaiwAACEFIAcgA0EBayIBQQNPBH9Bz8wAQYfUACADQQRGGwUgAUECdEGM+QBqKAIACzYCCCAHIAJBB29BAnRB8PgAQdD4AEH/ACAAQQxqIgEgDWogBkEfdSAMakEMbGpBJGoiBiAGQf8AThsiBkEAIAZBAEobQf8AIAEgBWogCUEfdSAOakEMbGpBJGoiBSAFQf8AThsiBUEAIAVBAEobIgVrQRhqQQxvQQNGIgYbaigCADYCACAHQYwIQYfUAEH/ACABIAtqIAhBH3UgCmpBDGxqQSRqIgEgAUH/AE4bIgFBACABQQBKGyAFa0EYakEMb0H//wNxQQZGG0GH1AAgBhs2AgQgBEEKQdYIIAcQzAIgB0EQaiQACxAAIAA1AqQVIAGtfkIQiKcLLQAgAEKAgMDMvjJB4BJBkAMgASABQZADTRsiASABQeASTxutQuAAfoA+AqQVC8MCAQp/IABB5BpqIQggAEHgFWohCSAAQYACaiEFIABBoAFqIQoDQAJ/IAAoAgAgAkEwbGoiAS0AaARAQdjXACACQQFLDQEaCyABQUBrLQAXEFELIQRBACEBIAQgCiACQQR0IgZqIgcoAgBHBEADQCAFIAFB8ABsaiIDLQABIAJGBEAgA0EAOgAIIANBADoAAAsgBSABQQFyQfAAbGoiAy0AASACRgRAIANBADoACCADQQA6AAALIAFBAmoiAUEWRw0ACyACQQJPBEAgBiAJakEgayIBQQA6AAEgAUEAOwECIAFBADsBBiABQQA6AAUgAUEAOgAJIAFBADsBCiABQQA6AA0gAUEAOwEOCyAGIAhqIgFBADoADCABQQA6AAkgAUEAOgAAIAcgBDYCACAHIAQoAgARBAALIAJBAWoiAkEGRw0ACwu5CAERfyMAQRBrIQpBufPd8XlB8qzXAC0AAEHvPWwgAEGx893xeWxzIgNB0d0XcyADQdHdF0YbIgNBDXQgA3MiA0ERdiADcyILQQV0IQxBpJfXACgCACIGQegYaiEBQQAhAwNAAkAgASADQQxsaiIELQAAQQdLDQAgBC8BCEUNACAHIApqIAM6AAAgB0EBaiEHCwJAIAEgA0EBciICQQxsaiIELQAAQQdLDQAgBC8BCEUNACAHIApqIAI6AAAgB0EBaiEHCyADQQJqIgNBEEcNAAsgBi0AkgEgBi0AkQEgBi0AkAFqaiEDIAYtAJMBIQECf0EBIAYtAIwBDQAaQQEgBi0AjgENABogBi0AjwFBAEcLIQ4gCyAMcyEFIAEgA2ohDSAGQegOaiELIAZB5A1qIQwgAEEEdCEPIAdBAkghEEF/IQkDQCAIIA9qIQIgBi8B5A4hAUEAIQMCQANAIAEgA3ZBAXFFBEAgCyADQQZ0aiACIAwgA0EDdGotAAAiBEEQIAQbcGotAABBAXENAgsgA0EBaiIDQRBHDQALQX8hAwtBACEBIAhBA3EEf0EABSAGLQCNASAFQbnz3fF5IAUbIgRBDXQgBHMiBEERdiAEcyIEQQV0IARzIgVB/wBxSwshAkH/ASEEAkAgDiADQQBOcUUNACACDQACQCAQDQAgBi0AjAEgBUG5893xeSAFGyIBQQ10IAFzIgFBEXYgAXMiAUEFdCICIAFzIgVB/wBxTQ0AIApBufPd8XkgBSABIAJGGyIBQQ10IAFzIgFBEXYgAXMiAUEFdCABcyIFIAdwai0AACEECwJ/QQAgBi0AjgEgBUG5893xeSAFGyIBQQ10IAFzIgFBEXYgAXMiAUEFdCIFIAFzIgJB/wBxTQ0AGkEBIA0Ef0G5893xeSACIAEgBUYbIgFBDXQgAXMiAUERdiABcyIBQQV0IAFzIgIgDXAFQQALIgEgBi0AkAEiBUkNABpBAiABIAVrIgEgBi0AkQEiBUkNABpBA0EEIAYtAJIBIAEgBWtLGwshAQJAIAYtAI8BIAJBufPd8XkgAhsiAkENdCACcyICQRF2IAJzIgJBBXQiESACcyIFQf8AcU0NAEG5893xeSAFIAIgEUYbIgJBDXQgAnMiAkERdiACcyICQQV0IAJzIQUCQAJAAkACQCACQQNxQQFrDgMBAgMACyABQQhyIQEMAwsgAUEQciEBDAILIAFBgH9yIQEMAQsgBCAJIAlBAEgbIQQLIAMgBEH/AXEiAiACQf8BRhshAwsgCEG6x9cAaiAEOgAAIAhBysfXAGogAToAACAIQYCY1wBqQX9BfyADIANBAEgiBBsgAUEASCICGzoAACAIQZCY1wBqIAE6AAAgCSAJIAMgAhsgBBshCSAIQQFqIghBEEcNAAtBoJjXACAAOgAAQdzH1wAgAEEBajYCAAvIBQEBfwJAIABB8qzXAC0AAEYNAEG8yNcAKAIARQ0AELsBQcDI1wAoAgBB8qzXAC0AACAAQaSX1wAoAgBBvMjXACgCABEMAEUEQEHyrNcAIAA6AABBpJfXACgCAC8BACEBQemX1wAgADoAAEHIrNcAQoCAwMy+MkHgEkGQAyABIAFBkANNGyIAIABB4BJPG61C4AB+gD4CAEGkl9cAELgBQQAhAEHcx9cAQQA2AgBByLHXAC0AAARAA0BB5JjXACAAQcCx1wBqLQAAQeSY1wAoAgAoAggRAAAgAEEBaiIAQcix1wAtAABJDQALC0HIsdcAQQA6AABBuLHXAEGkl9cAKAIAIgAtAKhqBH9BA0EAIAAtAKpqGwVBAAs6AABBvLHXAEHgrNcAKAIANgIAQdyx1wAtAAAEQEEAIQADQEH0mNcAIABB1LHXAGotAABB9JjXACgCACgCCBEAACAAQQFqIgBB3LHXAC0AAEkNAAtBpJfXACgCACEAC0HcsdcAQQA6AABBzLHXACAALQCsbQR/QQNBACAALQCubRsFQQALOgAAQdCx1wBB4KzXACgCADYCAEHwsdcALQAABEBBACEAA0BBhJnXACAAQeix1wBqLQAAQYSZ1wAoAgAoAggRAAAgAEEBaiIAQfCx1wAtAABJDQALQaSX1wAoAgAhAAtB8LHXAEEAOgAAQeCx1wAgAC0AsHAEf0EDQQAgAC0AsnAbBUEACzoAAEHksdcAQeCs1wAoAgA2AgBBhLLXAC0AAARAQQAhAANAQZSZ1wAgAEH8sdcAai0AAEGUmdcAKAIAKAIIEQAAIABBAWoiAEGEstcALQAASQ0AC0Gkl9cAKAIAIQALQYSy1wBBADoAAEH0sdcAIAAtALRzBH9BA0EAIAAtALZzGwVBAAs6AABB+LHXAEHgrNcAKAIANgIADwtBrZjXAEEBOgAACwvZAQEEfwNAIANBBHQiAEHkmNcAaiEBIABBhK3XAGoiAC8BAgRAIAEgAC0AACABKAIAKAIIEQAAIABBADoAASAAQQA7AQILIAAvAQYEQCABIABBBGoiAi0AACABKAIAKAIIEQAAIAJBADoAASACQQA7AQILIAAvAQoEQCABIABBCGoiAi0AACABKAIAKAIIEQAAIAJBADoAASACQQA7AQILIAAvAQ4EQCABIABBDGoiAC0AACABKAIAKAIIEQAAIABBADoAASAAQQA7AQILIANBAWoiA0EERw0ACwu7BwEDfwJAIABFBEBB1KzXAC0AAA0BCxC7AUHErdcAQQBBgAMQrgIaQdys1wBCADcCAEH0rNcAQfKs1wAtAABB7z1sQbqXLHM2AgACQEHXrNcALQAARQ0AQaiX1wAoAgAiAEUNACAALQAARQ0AQfCX1wBBADoAAEHwrNcAQQA7AQAgACwAASIBQf8BcSECIAFBAEgEQCAAIAJBA3EiA0EDdGoiAC0AggFFDQEgAEGCAWoiAi0AARC6AUGkl9cAKAIAIgAgAi0AAiIBQQFxOgBPIAAgAUEFdkEBcToAvwIgACABQQR2QQFxOgCPAiAAIAFBA3ZBAXE6AN8BIAAgAUECdkEBcToArwEgACABQQF2QQFxOgB/IAAgAi8BBDsB4AMgAEHkDmogAi8BBjsBAEHrl9cAIAM6AABBwJjXAEHAmNcALwEAQQFqOwEADAELIAIQugELQcix1wAtAAAEQEEAIQADQEHkmNcAIABBwLHXAGotAABB5JjXACgCACgCCBEAACAAQQFqIgBByLHXAC0AAEkNAAsLQQAhAEHIsdcAQQA6AABBpJfXACgCACEBQbix1wAtAABBAUcEQEG4sdcAIAEtAKhqBH9BA0EAIAEtAKpqGwVBAAs6AAALQbyx1wBBADYCAEHcsdcALQAABEADQEH0mNcAIABB1LHXAGotAABB9JjXACgCACgCCBEAACAAQQFqIgBB3LHXAC0AAEkNAAtBpJfXACgCACEBC0EAIQBB3LHXAEEAOgAAQcyx1wAtAABBAUcEQEHMsdcAIAEtAKxtBH9BA0EAIAEtAK5tGwVBAAs6AAALQdCx1wBBADYCAEHwsdcALQAABEADQEGEmdcAIABB6LHXAGotAABBhJnXACgCACgCCBEAACAAQQFqIgBB8LHXAC0AAEkNAAtBpJfXACgCACEBC0EAIQBB8LHXAEEAOgAAQeCx1wAtAABBAUcEQEHgsdcAIAEtALBwBH9BA0EAIAEtALJwGwVBAAs6AAALQeSx1wBBADYCAEGEstcALQAABEADQEGUmdcAIABB/LHXAGotAABBlJnXACgCACgCCBEAACAAQQFqIgBBhLLXAC0AAEkNAAtBpJfXACgCACEBC0GEstcAQQA6AABB9LHXAC0AAEEBRwRAQfSx1wAgAS0AtHMEf0EDQQAgAS0AtnMbBUEACzoAAAtB3MfXAEEANgIAQfix1wBBADYCAEEAELkBQdSs1wBBAToAAEGwl9cAQQE6AABBzKzXAEHIrNcAKAIANgIACwvDBAEBf0Hos9cAQQA6AABB1KzXAEEAOgAAELsBQcSt1wBBAEGAAxCuAhpByLHXAC0AAARAA0BB5JjXACAAQcCx1wBqLQAAQeSY1wAoAgAoAggRAAAgAEEBaiIAQcix1wAtAABJDQALC0HIsdcAQQA6AABBtJjXAEG4sdcALQAAIgBBAmtB/wFxQQJNBH9BuLHXAEEAOgAAQQAFIAALOgAAQdyx1wAtAAAEQEEAIQADQEH0mNcAIABB1LHXAGotAABB9JjXACgCACgCCBEAACAAQQFqIgBB3LHXAC0AAEkNAAsLQdyx1wBBADoAAEG1mNcAQcyx1wAtAAAiAEECa0H/AXFBAk0Ef0HMsdcAQQA6AABBAAUgAAs6AABB8LHXAC0AAARAQQAhAANAQYSZ1wAgAEHosdcAai0AAEGEmdcAKAIAKAIIEQAAIABBAWoiAEHwsdcALQAASQ0ACwtB8LHXAEEAOgAAQbaY1wBB4LHXAC0AACIAQQJrQf8BcUECTQR/QeCx1wBBADoAAEEABSAACzoAAEGEstcALQAABEBBACEAA0BBlJnXACAAQfyx1wBqLQAAQZSZ1wAoAgAoAggRAAAgAEEBaiIAQYSy1wAtAABJDQALC0GEstcAQQA6AABBt5jXAEH0sdcALQAAIgBBAmtB/wFxQQJNBH9B9LHXAEEAOgAAQQAFIAALOgAAQZjH1wAtAAAEQBAwC0Hzl9cAQQA6AABBsJfXAEEAOgAAQZnH1wBBADoAAEHIl9cAQf8BOgAAC54LAQd/AkAgAEEFSw0AIABBBHRBpJfXAGohBgJAIAMNAAJAQeqy1wAtAABFDQAgAEHostcALQAARw0AQemy1wAtAAAgAUcNAEHqstcAQQA6AAALAkBB8LLXAC0AAEUNACAAQe6y1wAtAABHDQBB77LXAC0AACABRw0AQfCy1wBBADoAAAsCQEH2stcALQAARQ0AIABB9LLXAC0AAEcNAEH1stcALQAAIAFHDQBB9rLXAEEAOgAACwJAQfyy1wAtAABFDQAgAEH6stcALQAARw0AQfuy1wAtAAAgAUcNAEH8stcAQQA6AAALAkBBgrPXAC0AAEUNACAAQYCz1wAtAABHDQBBgbPXAC0AACABRw0AQYKz1wBBADoAAAsCQEGIs9cALQAARQ0AIABBhrPXAC0AAEcNAEGHs9cALQAAIAFHDQBBiLPXAEEAOgAACwJAQY6z1wAtAABFDQAgAEGMs9cALQAARw0AQY2z1wAtAAAgAUcNAEGOs9cAQQA6AAALQZSz1wAtAABFDQAgAEGSs9cALQAARw0AQZOz1wAtAAAgAUcNAEGUs9cAQQA6AAALIAZBoAFqIQYCQCAAQQJJDQACQCAAQQR0QaSX1wBqIgctAOQaRQRAQaSX1wAoAgAiBSAAQTBsai0AUUUNAQsgB0HkGmoiBS0ACSEAAkACQAJAAkACQCADBEAgAEUEQCAFQQE6AAkMAwsgBUEBaiEDDAELIABFDQQgBUEBaiECA0AgBEEBaiEDIAIgBGoiBy0AACABRg0EIAMiBCAARw0ACwwHCwNAIAMgBGotAAAgAUYNByAEQQFqIgQgAEcNAAsgAEEHSw0GIAUgAEEBajoACSAFQQFqIQQDQCAEIABBAWsiA2otAAAiAiABTQ0CIAAgBGogAjoAACAAQQFKIQIgAyEAIAINAAsLQQAhAAsgACAFaiABOgABIAUtAAlBAUcNBCAFQQA6AAoPCyAAIARBf3NqIQQCQCAHIgAgAiADaiICRg0AIAIgACAEaiIBa0EAIARBAXRrTQRAIAAgAiAEEK0CGgwBCyAAIAJzQQNxIQMCQAJAIAAgAkkEQCADBEAgACEBDAMLIABBA3FFBEAgACEBDAILIAAhAQNAIARFDQQgASACLQAAOgAAIAJBAWohAiAEQQFrIQQgAUEBaiIBQQNxDQALDAELAkAgAw0AIAFBA3EEQANAIARFDQUgACAEQQFrIgRqIgEgAiAEai0AADoAACABQQNxDQALCyAEQQNNDQADQCAAIARBBGsiBGogAiAEaigCADYCACAEQQNLDQALCyAERQ0CA0AgACAEQQFrIgRqIAIgBGotAAA6AAAgBA0ACwwCCyAEQQNNDQADQCABIAIoAgA2AgAgAkEEaiECIAFBBGohASAEQQRrIgRBA0sNAAsLIARFDQADQCABIAItAAA6AAAgAUEBaiEBIAJBAWohAiAEQQFrIgQNAAsLIAUgBS0ACUEBayIEOgAJIARB/wFxDQMLIAUtAAxFDQIgBiAFLQALIAYoAgAoAggRAAAgBUEAOgAMDwsCQCAAQRRsQZCx1wBqIgctAABBAmsOAwABAAELQdSs1wAtAABFDQAgAEGEA2wgBWpBoOQAaiIELQACIghB3wBLDQAgBSAAQYQDbGpBoeQAai0AACEFIAcoAgQhCUHgrNcAKAIAIQogBCAIQQJ0aiIHIAE6AAYgByACQQAgAxs6AAcgByAKIAlrIAVBAiAFG0GAA2xwOwEEIAQgCEEBajoAAkHAmNcAQcCY1wAvAQBBAWo7AQALIAMEQCAAQQFGBEBBuMfXAC0AAEEGdCABciEBCyAGIAFB/wFxIAIgBigCACgCBBEBACAADQFB3JfXAEHcl9cALwEAQQEgAUEPcXRyOwEADwsgBiABIAYoAgAoAggRAAALC4YyARp/QbCY1wBBsJjXACgCAEEBajYCAEECIQADQCAAQQR0IgFBxJjXAGohBkGkl9cAKAIAIQVBASEDAkAgAUGIstcAaiIBLQAMRQ0AQQAhAyABLwEOIgJFDQAgASACQQFrIgI7AQ4gAkH//wNxDQAgBiABLQALIAYoAgAoAggRAAAgAUEAOgAMQQEhAwsgAEEwbCECAkAgAS0AAEUEQEGkl9cAKAIAIAJqLQBRRQ0BCyABLQAJIgdFDQBBsJjXACgCACACIAVqQUBrIgUtABJBA3BBmPkAai0AACICcA0AIANFBEAgBiABLQALIAYoAgAoAggRAAAgAUEAOgAMIAEtAAkhBwtBAyAFLQATIgMgA0EDTxtBASADGyAHQf8BcSIDbCEHIAFB/wACfwJAAkACQEEBIAUtABEiBCAEQQFNG0ECaw4DAQIAAgtB9KzXAEH0rNcAKAIAIgRBufPd8XkgBBsiBEENdCAEcyIEQRF2IARzIgRBBXQgBHMiBDYCACAEIAdwDAILIAEgAS0ACiIEQQFqOgAKIAcgBCAHcEF/c0H//wNxagwBCwJAIARBA0cNACAHQQJJDQAgASABLQAKIgRBAWo6AAogBCAHQQF0QQJrIghB/v8DcXAiBCAIIARrIAQgB0kbDAELIAEgAS0ACiIEQQFqOgAKIAQgB3ALIgfBIANtIgTBQQxsIAEgByADIARsa8FqLQABaiIDIANB/wBOGyIDOgALIAYgA0H/AXFB5AAgBigCACgCBBEBAAJAAkAgAEECayIGQRRsQbix1wBqIgctAABBAmsiAw4DAAEAAQsCQCADDgMAAQABC0HUrNcALQAARQ0AQaSX1wAoAgAgBkGEA2xqIgRBqOoAaiIDLQACIgZB3wBLDQAgBEGp6gBqLQAAIQQgBygCBCEIQeCs1wAoAgAhCiADIAZBAnRqIgcgAS0ACzoABiAHQeQAOgAHIAcgCiAIayAEQQIgBBtBgANscDsBBCADIAZBAWo6AAJBwJjXAEHAmNcALwEAQQFqOwEACyABQQE6AAwgAUEBIAUtABQiA0EyIAMbIAJsIgNB5ABuIANB5ABJGzsBDgsgAEEBaiIAQQZHDQALQQAhAEEBIRMDQAJAIABBNmxBxLDXAGoiAi8BAiACLwEAciIGRQ0AIAItAAQiDUUNAEEAIQEgAEHCmNcAaiELIAJBBWohDCACQRZqIQcgAEEEdEHEmNcAaiEJIABBMGwiDkGkl9cAKAIAai0AVUEGcEHY9QBqLQAAIhBBAXYhEQJ/QdSs1wAtAAAEQEHgrNcAKAIADAELQbCY1wAoAgALIgMgAyANbiIFIA1sa0EAIAVBAXFrIA1BMkHLAEGxsdcALQAAIgMgA0HLAE8bIgMgA0EyTRtsQQF0QeQAbiANa3FHIQQgAEEBcSEPIABBhAtsIRIDQAJAQQEgAXQiACAGcUUNACAHIAFBAXRqIgUvAQAiA0H//wNHBEAgBSADQQFqOwEACwJAIAAgAi8BAiIFcUUNACABIAxqIggtAAAiCgRAIAggCkEBayIKOgAAIApB/wFxDQELIAIgBSAAQX9zcTsBAgsgBA0AIAkgAQJ/AkBBsLHXAC0AACIIBEBBtLHXAC8BACIKDQELQf8AQaSX1wAoAgAgDmotAFhBKGxB/wBuawwBC0GAAiEFIAMgCkkEQCADQQh0IApuIQULQYACIAVrIAUgCEECRhtB5wBsQYACbUEYagsiA0H/AXEgCSgCACgCBBEBACAPRQRAQdyX1wBB3JfXAC8BACAAcjsBAAsgCyADOgAAQdis1wAtAABFDQBB1KzXAC0AAEUNAEGkl9cAKAIAIBJqQeACaiIAIAFBBnRqQdys1wAoAgAgEWogEG4gACABQQN0ai0AACIAQRAgABtwaiIAQYQBaiEFIAAtAIQBQQFyIQAgDSAQSQRAQQQgECANbiIIIAhBBE8bIghBAnRB/AFqIABB8wFxciAAIAggAEECdkEDcUEBaksbIQALIAUgAEH9AXEgA0HvAEpBAXRyIABBsLHXAC0AABs6AABBwJjXAEHAmNcALwEAQQFqOwEACyABQQFqIgFBEEcNAAsLQQEhACATQQFxIQFBACETIAENAAsCQEG4x9cALQAAQQRxRQ0AQbCY1wAoAgBBDHANAEHUmNcAQbnH1wAtAABB7gBB1JjXACgCACgCBBEBAAtBlMDXAC0AACIAQf8BRgRAQaSX1wAoAgAtABdBAWshAAsCQEGVwNcALQAAIABB/wFxRg0AQdSs1wAtAAAEQEHgrNcAKAIAQRhwDQELQZjA1wBBADYCAEGVwNcAIAA6AABBnMDXAEGQwNcAKAIAIgI2AgBBoMDXACACQQh0QYD+/wNxNgIAAkAgAEH/AXFBBksNAEH8v9cALQAARQ0AQf8BIQBBlcDXAEH/AToAAAtBpMDXAEIANwIAQaqY1wAgADoAAEGswNcAQgA3AgALAkBBisHXAC0AAEEBRw0AQdSs1wAtAABFDQBB4KzXACgCAEHgAEGLwdcALQAAIgBBAiAAG25wDQBBlMHXAEHcATYCAEGQwdcAQYzB1wAtAABB1tgCbEHoB242AgALAkBB1qzXAC0AAA0AQcTI1wAoAgAiAEUNAEGwmNcAKAIAQQNxDQBByMjXACgCAEH4ASAAEQAACwJAQdSs1wAtAABFBEBBsJjXACgCAEEYcA0BQQAQuQEPCwJAQZnH1wAtAABFDQBB4KzXACgCAEGAA3ANAEEAIQIDQAJAIAJB8ABsQaSZ1wBqIgAtAABFDQAgAC0AAUEBRw0AIABBADoACCAAQQA6AAALAkAgAkEBckHwAGxBpJnXAGoiAC0AAEUNACAALQABQQFHDQAgAEEAOgAIIABBADoAAAsgAkECaiICQRZHDQALQfOX1wBBADoAAEGYx9cAQQE7AQBBqMfXAEIANwIAQZzH1wBCADcCAEGUwNcAQf//AzsBAEGwx9cAQgA3AgBB+L/XACgCAEEAQeCTBhCuAhpB8pfXAEEBOgAAQfy/1wBBAToAAEH4l9cAQQA2AgALQQAhAANAIABBBHQiAUHkmNcAaiEDAkAgAUGErdcAaiIBLwECIgJFDQAgASACQQFrIgI7AQIgAkH//wNxDQAgAyABLQAAIAMoAgAoAggRAAAgAUEAOgABCwJAIAEvAQYiAkUNACABQQRqIgYgAkEBayICOwECIAJB//8DcQ0AIAMgBi0AACADKAIAKAIIEQAAIAZBADoAAQsCQCABLwEKIgJFDQAgAUEIaiIGIAJBAWsiAjsBAiACQf//A3ENACADIAYtAAAgAygCACgCCBEAACAGQQA6AAELAkAgAS8BDiICRQ0AIAFBDGoiBiACQQFrIgE7AQIgAUH//wNxDQAgAyAGLQAAIAMoAgAoAggRAAAgBkEAOgABCyAAQQFqIgBBBEcNAAtBACEHA0AgB0EBdEHcl9cAaiEGIAdBBHRBxJjXAGohBSAHQQZ0QcSt1wBqIQJBACEBA0ACQCACIAFBAnRqIgAvAQIiA0UNACAAIANBAWsiAzsBAiADQf//A3ENACAFIAAtAAAgAC0AASAFKAIAKAIEEQEAIAYgBi8BAEEBIAAtAABBD3F0cjsBAAsgAUEBaiIBQRBHDQALIAdBAWoiB0EGRw0AC0Hos9cALQAAIgIEQEEAIQADQCAAQQVsQZiz1wBqIgEgAS0ABEEBayIDOgAEAkAgA0H/AXFFBEAgAS0AACIDIAEtAAEgAS0AAkGkl9cAKAIAIANBMGxqLQBVQQZwQdj1AGotAAAgAS0AA0EARxDAAQRAIANB0JfXAGoiAyADLQAAQQFqOgAAC0Hos9cAQeiz1wAtAABBAWsiAzoAACABIANB/wFxQQVsQZiz1wBqIgMoAAA2AAAgASADLQAEOgAEQeiz1wAtAAAhAgwBCyAAQQFqIQALIAAgAkH/AXFIDQALCwJ/AkBB8ZfXAAJ/QdWs1wAtAAAiAQRAQQIhE0EBDAELQaSX1wAoAgAtAAwiAA0BQQEhE0EACyIOOgAAIAFBAEcMAQtB8ZfXACAAQQFrQeCs1wAoAgBBgANuIABwRiIOOgAAQQJBASAOGyETIA4LIRFBACEDA0BBpJfXACgCACIBLQACIQAgA0EBdCIJQbyX1wBqQdys1wAoAgAiAiABIANBMGwiCmoiBS0AVUEGcEHY9QBqLQAAIgZuIgc7AQACQCACIAYgB2xrQQAgB0EBcWsgACAGbEEBdEHkAG4gBmtxRw0AAkACQCADQQFNBEBB/wEhEEEAIQICQCADQQFHIhYEQCABIQAMAQsgB0EEdhC5AQJAQaSX1wAoAgAiAC0AjAENACAALQCOAQ0AIAAtAI8BRQ0BCyAHQQ9xIgVBysfXAGotAAAhAiAFQbrH1wBqLQAAIRALIAAgCmotAE8NAiACQf8ASw0CIAEgA0GEC2wiF2pB4AJqIgVBhAFqIQwgCUHcl9cAaiEUIANBBHRBxJjXAGohDSACQQN0QcAPcSEYQQAhACACQQdxQZv5AGohGUEAIQEDQCAAIQICQCAFLwGAASABdkEBcQ0AIAcgBSABQQN0ai0AACIAQRAgABtwIgkgDCABQQZ0amotAAAiCEEBcUUEQCACIQAMAQsgEyAIQQV2QQNxRgRAIAIhAAwBCwJAIBBB/wFGBEAgASELDAELQQEhACAQIQsgAg0BCyAZLQAAIRUgCMBBAEgEQEGkl9cAKAIAIBdqQeQLaiEEQQAhAANAAkAgASAEIABBAnRqIgItAAFHDQAgCSACLQAARw0AIAItAAIiD0EDSw0AIA0gD0GAAXIgAi0AAyANKAIAKAIMEQEACyAAQQFqIgBBwABHDQALC0H/ACESIAhBAnFFBEBB/wBBpJfXACgCACAKai0AWEEobEH/AG5rIRILIAsgGHIhDyAWRQRAQbjH1wAtAABBBnQgD3IhDwsgDSAPQf8BcSIJIBIgDSgCACgCBBEBACAVIAhBAnZBA3FBAWoiACAAIBVJGyICQQJPBEAgEkHVAGxB5ABuIQRBASEAA0AgAyAJIAQgACAGbCACbhDBASAAQQFqIgAgAkcNAAsLIAhBEHEEQCADIAkgEkEGbEEKbkECEMEBC0EBIQAgFCAULwEAQQEgD0EPcXRyOwEACyABQQFqIgFBEEcNAAsgAA0BDAILQQAhCAJAIANBgBRsIAFqIAcgBS0AViIBQRAgARsiAHAiCUEobCIBakHYDWsiAhCgAQ0AIAIsAAkiAkEASA0AIAIEQEHos9cALQAAIgRBD0sNASAEQQVsQZiz1wBqIgUgAjoABCAFIA46AAMgBUEAOgACIAUgCToAASAFIAM6AABB6LPXACAEQQFqOgAADAELIAMgCUEAIAYgERDAASEICwJAIANBAmtBgBRsIgVBpJfXACgCAGogAWpBshpqIgIQoAENACACLAAJIgJBAEgNACACBEBB6LPXAC0AACIMQQ9LDQEgDEEFbEGYs9cAaiIEIAI6AAQgBCAOOgADIARBAToAAiAEIAk6AAEgBCADOgAAQeiz1wAgDEEBajoAAAwBCyADIAlBASAGIBEQwAEgCHIhCAsCQEGkl9cAKAIAIAVqIAFqQbwaaiICEKABDQAgAiwACSICQQBIDQAgAgRAQeiz1wAtAAAiDEEPSw0BIAxBBWxBmLPXAGoiBCACOgAEIAQgDjoAAyAEQQI6AAIgBCAJOgABIAQgAzoAAEHos9cAIAxBAWo6AAAMAQsgAyAJQQIgBiAREMABIAhyIQgLIAdBAWohAgJAQaSX1wAoAgAgBWogAWpBxhpqIgEQoAENACABLAAJIgFBAEgNACABBEBB6LPXAC0AACIMQQ9LDQEgDEEFbEGYs9cAaiIEIAE6AAQgBCAOOgADIARBAzoAAiAEIAk6AAEgBCADOgAAQeiz1wAgDEEBajoAAAwBCyADIAlBAyAGIBEQwAEgCHIhCAsgAiAAcCECQQAhAQNAAkBBpJfXACgCACAFaiACQShsaiABQQpsakGoGmoiABCgAQ0AIAAsAAkiAEEATg0AAkAgACAGaiIJQQBKBEBB6LPXAC0AACIEQRBJDQELIAlBAEoNASADIAIgAUGkl9cAKAIAIApqLQBVQQZwQdj1AGotAAAgERDAARoMAQsgBEEFbEGYs9cAaiIAIAk6AAQgACAOOgADIAAgAToAAiAAIAI6AAEgACADOgAAQeiz1wAgBEEBajoAAAsgAUEBaiIBQQRHDQALIAhFDQELIANB0JfXAGoiASABLQAAQQFqOgAACyADDQBByJfXACAHQT9xOgAACyADQQFqIgNBBkcNAAtBACECA0BBpJfXACgCACACQYQDbGoiBkGo6gBqIQcCQCACQRRsQbix1wBqIgMtAAAiAUEBRw0AQQEhAUHgrNcAKAIAIgBBgANwDQAgAyAANgIEQQIhASADQQI6AAAgB0EBOgAAIAdBADoAAkHAmNcAQcCY1wAvAQBBAWo7AQALIAJBtJjXAGogAToAAAJAIAMtAAAiAUECSQ0AIAJBAmoiBEEEdEHEmNcAaiEAIAJBAXRBuJjXAGpB4KzXACgCACIFIAMoAgQiCWsgBkGp6gBqLQAAIgZBAiAGG0GAA2xwIgo7AQACQAJAIAoNACAFIAlGDQAgAy0AEARAIANBCGohBkEAIQEDQCAAIAEgBmotAAAgACgCACgCCBEAACABQQFqIgEgAy0AEEkNAAsgAy0AACEBCyADQQA6ABAgAUH/AXFBAkcNACADQQM6AAAMAQsgAUEDa0H/AXFBAUsNAQsgBy0AAEUNAEGkl9cAKAIAIARBMGxqLQBPDQAgBy0AAkUNACADQQhqIQkgB0EEaiEMQQAhBgNAAkAgCiAMIAZBAnRqIgUvAQBHDQAgBS0AAiEBIAAoAgAhBCAFLQADIggEQCAAIAFB/wFxIAggBCgCBBEBACADLQAQIgFBB0sNASAFLQACIQUgAyABQQFqOgAQIAEgCWogBToAAAwBCyAAIAFB/wFxIAQoAggRAAAgAy0AECIERQ0AQQAhASAFLQACIQUDQCAFIAEgCWoiCC0AAEcEQCAEIAFBAWoiAUcNAQwCCwsgAyAEQQFrIgE6ABAgCCAJIAFB/wFxai0AADoAAAsgBkEBaiIGIActAAJJDQALCyACQQFqIgJBBEcNAAtB3KzXAEHcrNcAKAIAQQFqNgIAQeCs1wBB4KzXACgCAEEBaiIBNgIAQbiX1wAgATYCAAJAAkBBpJfXACgCABCpASIBBEBB3KzXACgCACABQRhsSQ0CQdys1wBBADYCAAwBC0HgrNcAKAIAQYADcA0BC0HMl9cAQcyX1wAoAgBBAWo2AgACQEHlrNcALAAAIgBBAE4EQAJAIABBA0sNAEGol9cAKAIAIgJFDQAgAiAAQf8BcUEDdGoiAi0AggFFDQAgAkGCAWoiCy0AARC6AUGkl9cAKAIAIgIgCy0AAiIBQQFxOgBPIAIgAUEFdkEBcToAvwIgAiABQQR2QQFxOgCPAiACIAFBA3ZBAXE6AN8BIAIgAUECdkEBcToArwEgAiABQQF2QQFxOgB/IAIgCy8BBDsB4AMgAkHkDmogCy8BBjsBAEHrl9cAIAA6AABBwJjXAEHAmNcALwEAQQFqOwEAC0H/ASEAQeWs1wBB/wE6AABB7qzXAC0AACICBEBB76zXAEHvrNcALQAAQQFqIAJwIgI6AAAgAkGkl9cAai0AwhUhAEHul9cAIAI6AABB5azXACAAOgAAC0Hsl9cAQX8gAMAiACAAQQBIGzoAAAwBCwJAQdes1wAtAABFDQBBqJfXACgCACIARQ0AIAAtAAAiAUUNAEHxrNcAQfGs1wAtAABBAWoiCzoAACALQf8BcUEBIABB8KzXAC0AACICai0AQSILIAtBAU0bTwRAQfGs1wBBADoAAEHwrNcAIAJBAWogAXAiAjoAAAsgACACaiwAASICQf8BcSEBAkAgAkEASARAIAAgAUEDcSILQQN0aiIALQCCAUUNASAAQYIBaiIBLQABELoBQaSX1wAoAgAiACABLQACIgJBAXE6AE8gACACQQV2QQFxOgC/AiAAIAJBBHZBAXE6AI8CIAAgAkEDdkEBcToA3wEgACACQQJ2QQFxOgCvASAAIAJBAXZBAXE6AH8gACABLwEEOwHgAyAAQeQOaiABLwEGOwEAQeuX1wAgCzoAAEHAmNcAQcCY1wAvAQBBAWo7AQAMAQsgARC6AQtB8JfXAEHwrNcALQAAOgAADAELAkBB6MfXAC0AACIAQQJPBEBB6cfXAEHpx9cALQAAQQFqIABwIgA6AAAgAEHgx9cAai0AABC6AUGomNcAQejH1wAtAAAiADoAAEGpmNcAQenH1wAtAAAiAToAACAAQQJJDQFB6pfXACABQf8BcUEBaiAAcEHgx9cAai0AADoAAAwCC0HkrNcALAAAIgBBAEgNAEHql9cAQf8BOgAAQeSs1wBB/wE6AAAgABC6AQsLC0G0l9cAQdys1wAoAgA2AgALC+UFAQN/AkBBpJfXACgCACIGIABBgBRsaiABQShsaiACQQpsakHYDWsiARCgAQ0AIAYgAEEwbCIHai0ATw0AAkACQAJAAkAgAS0AAyIGQfgAaw4CAAECCyAEDQIMAwsgBEUNAQwCCyAGQeMASw0AQdWs1wAtAAANAEH0rNcAQfSs1wAoAgAiBEG5893xeSAEGyIEQQ10IARzIgRBEXYgBHMiBEEFdCAEcyIENgIAIARB5ABwIAZPDQELIABBBHRBxJjXAGohBSABLQAEIgZB/wFHBEAgBUGAASAGIAUoAgAoAgwRAQALIAEtAAUiBkH/AUcEQCAFQYEBIAYgBSgCACgCDBEBAAsgAS0ABiIGQf8BRwRAIAVBggEgBiAFKAIAKAIMEQEACyAAQQJrIQAgAS0AByIGQf8BRwRAIAVBgwEgBiAFKAIAKAIMEQEACyAAQQR0QaSX1wBqIAJBAnRqIgJB4BVqIQACQCACQeIVai8BAARAIAAtAAAhBiAALQABRQ0BIAVBwABBASAFKAIAKAIMEQEADAELIAAtAAAhBgsgBSABLQAAIAEtAAEiBEH+AE0Ef0EBQf8AQf8AQaSX1wAoAgAgB2otAFhBKGxB/wBuayAEbEH//wNxIgRB5ABuIgIgAkH/AE8bIARB5ABJGwVB/wALQf8BcSAFKAIAKAIEEQEAAn8gAS0AACICIAAvAQJFDQAaIAYgBkH/AXEgAkH/AXFGDQAaIAUgBkH/AXEgBSgCACgCCBEAACABLQAACyECIAEtAAIhBCAAIAI6AAAgACAEQQd2OgABAn8gA0EBIARB/wBxIgIgAkEBTRsiBWwiAiADQQJ2aiAEwEEASA0AGiACQQRrIAEtAAgiBEEKa0H/AXFB2QBLDQAaIAVBAWsgA2xBAiADIARsIgRB//8DcUHkAG4iASADQQJrIgIgASACSBsgBEHIAUkbagshBEEBIQUgAEEBIAQgBEEBTBs7AQILIAULmwMBAn8CQAJAIABBBnQiBUHErdcAaiIELwECRQ0AIAVBxK3XAGoiBC8BBkUEQCAEQQRqIQQMAQsgAEEGdEHErdcAaiIELwEKRQRAIARBCGohBAwBCyAELwEORQRAIARBDGohBAwBCyAAQQZ0QcSt1wBqIgQvARJFBEAgBEEQaiEEDAELIAQvARZFBEAgBEEUaiEEDAELIABBBnRBxK3XAGoiBC8BGkUEQCAEQRhqIQQMAQsgBC8BHkUEQCAEQRxqIQQMAQsgAEEGdEHErdcAaiIELwEiRQRAIARBIGohBAwBCyAELwEmRQRAIARBJGohBAwBCyAAQQZ0QcSt1wBqIgQvASpFBEAgBEEoaiEEDAELIAQvAS5FBEAgBEEsaiEEDAELIABBBnRBxK3XAGoiBC8BMkUEQCAEQTBqIQQMAQsgBC8BNkUEQCAEQTRqIQQMAQsgAEEGdEHErdcAaiIELwE6RQRAIARBOGohBAwBCyAELwE+DQEgBEE8aiEECyAEQQEgAyADQQFMGzsBAiAEIAI6AAEgBCABOgAACwvsAQEGfwJAIABFDQAgAUHYAEkNACAAKAAAQcKczYoDRw0AIAAvAAoiAkHYAEkNACACQeDEAEsNACABIAJJDQAgAC0ABSEDAkACQCAALQAEIgFBA2sOBAEAAQECCyADRSACQdgnRnEPCyADQQJLIAMgAUEFRhsNACADRSEEIANFDQAgAkHaAEkNAEHYACEBA0BBACEEIAAgAWoiBS0AACIHQQlrQf8BcUH4AUkNASABIAdBAXRB/gFxIAUtAAEiBUGAAiAFG2xqQQJqIgEgAksNASAGQQFqIgYgA08iBA0BIAFBAmogAk0NAAsLIAQLtAEBA38gAC0ABSICRQRAQQAPCyAAQdgAaiEAAkAgASACTg0AIAFBAEwNACABQQFxIQMgAUEBRwRAIAFB/v///wdxIQRBACEBA0AgACAALQAAIAAtAAEiAkGAAiACG2xBAXRqIgAgAC0AAiAALQADIgBBgAIgABtsQQF0akEEaiEAIAFBAmoiASAERw0ACwsgA0UNACAAIAAtAAAgAC0AASIBQYACIAEbbEEBdGpBAmohAAsgAAuOAgEHfyMAQRBrIgYkAEHQhQpBADYCAANAAkAgBUEMdEGAgDBqIgMgBkEEakEMIAAoAgARAwANACAGKAIEQcKczYoDRw0AIAYvAQ4iBEHhxABrQf//A3FB97sDSQ0AIAFFDQAgBEGDIGpBDHYiByAFaiIIQRlKDQAgAiADIAERBQAiA0UNACADIAQQwgFFDQBBACADIAQQ5AEgAyAEaigAAEcNAEHQhQooAgAiCUEDdCIEQeWFCmogBzoAACAEQeSFCmogBToAACAEQeCFCmogAzYCAEHQhQogCUEBajYCACAIQQFrIQULQdCFCigCACEDIAVBF0wEQCAFQQFqIQUgA0EMSA0BCwsgBkEQaiQAC8MCAQR/QX8hBAJAIAFBAEgNACABQdCFCigCACICTg0AIAFBA3QiA0HlhQpqLQAABEAgA0HghQpqIQNBACECA0AgAiADLQAEakEMdEGAgDBqIAAoAgQRAgANAiACQQFqIgIgAy0ABUkNAAtB0IUKKAIAIQILAkAgASACQQFrIgVODQAgAiABa0ECayEAIAIgAUF/c2pBA3EiAwRAQQAhAgNAIAFBA3RB4IUKaiABQQFqIgFBA3RB4IUKaikDADcDACACQQFqIgIgA0cNAAsLIABBA0kNAANAIAFBA3QiAkHghQpqIAJB6IUKaiIDKQMANwMAIAMgAkHwhQpqIgApAwA3AwAgACACQfiFCmoiAikDADcDACACIAFBBGoiAUEDdEHghQpqKQMANwMAIAEgBUcNAAsLQQAhBEHQhQogBTYCAAsgBAuOAwEHfwJAQaiiBigCACIDQQBMDQAgA0EDcSEEIANBBE8EQCADQfz///8HcSEHA0AgAiAAIAFBA3RBgKAGaiIDKAIALQAERmogACADKAIILQAERmogACADKAIQLQAERmogACADKAIYLQAERmohAiABQQRqIQEgBkEEaiIGIAdHDQALCyAERQ0AA0AgAiAAIAFBA3RBgKAGaigCAC0ABEZqIQIgAUEBaiEBIAVBAWoiBSAERw0ACwsCQEHQhQooAgAiAUEATA0AIAFBA3EhBEEAIQUCQCABQQRJBEBBACEBDAELIAFB/P///wdxIQdBACEBQQAhBgNAIAIgACABQQN0IgNB4IUKaigCAC0ABEZqIAAgA0HohQpqKAIALQAERmogACADQfCFCmooAgAtAARGaiAAIANB+IUKaigCAC0ABEZqIQIgAUEEaiEBIAZBBGoiBiAHRw0ACwsgBEUNAANAIAIgACABQQN0QeCFCmooAgAtAARGaiECIAFBAWohASAFQQFqIgUgBEcNAAsLIAILnwEBA38CQCABQQBIDQBBqKIGKAIAIgRBAEoEQANAIAJBA3RBgKAGaigCACIDLQAEIABGBEAgAUUNAyABQQFrIQELIAJBAWoiAiAERw0ACwtBACEDQdCFCigCACIEQQBMDQBBACECA0AgAkEDdEHghQpqKAIAIgMtAAQgAEYEQCABRQ0CIAFBAWshAQsgAkEBaiICIARHDQALQQAhAwsgAwuUAwEHfwJAQaiiBigCACICQQBMDQAgAkEDcSEDIAJBBE8EQCACQfz///8HcSEGA0AgASAAQQN0QYCgBmoiAigCAC0ABEEERmogAigCCC0ABEEERmogAigCEC0ABEEERmogAigCGC0ABEEERmohASAAQQRqIQAgBUEEaiIFIAZHDQALCyADRQ0AA0AgASAAQQN0QYCgBmooAgAtAARBBEZqIQEgAEEBaiEAIARBAWoiBCADRw0ACwsCQEHQhQooAgAiAEEATA0AIABBA3EhA0EAIQQCQCAAQQRJBEBBACEADAELIABB/P///wdxIQZBACEAQQAhBQNAIAEgAEEDdCICQeCFCmooAgAtAARBBEZqIAJB6IUKaigCAC0ABEEERmogAkHwhQpqKAIALQAEQQRGaiACQfiFCmooAgAtAARBBEZqIQEgAEEEaiEAIAVBBGoiBSAGRw0ACwsgA0UNAANAIAEgAEEDdEHghQpqKAIALQAEQQRGaiEBIABBAWohACAEQQFqIgQgA0cNAAsLIAFBBXRBEHIL2wQBCX8CQEGoogYoAgAiBUEATA0AIAVBA3EhBiAFQQRPBEAgBUH8////B3EhCQNAIAEgAkEDdEGAoAZqIgMoAgAtAARBBEZqIAMoAggtAARBBEZqIAMoAhAtAARBBEZqIAMoAhgtAARBBEZqIQEgAkEEaiECIAdBBGoiByAJRw0ACwsgBkUNAANAIAEgAkEDdEGAoAZqKAIALQAEQQRGaiEBIAJBAWohAiAEQQFqIgQgBkcNAAsLAkBB0IUKKAIAIghBAEwNACAIQQNxIQZBACEEAkAgCEEESQRAQQAhAgwBCyAIQfz///8HcSEJQQAhAkEAIQcDQCABIAJBA3QiA0HghQpqKAIALQAEQQRGaiADQeiFCmooAgAtAARBBEZqIANB8IUKaigCAC0ABEEERmogA0H4hQpqKAIALQAEQQRGaiEBIAJBBGohAiAHQQRqIgcgCUcNAAsLIAZFDQADQCABIAJBA3RB4IUKaigCAC0ABEEERmohASACQQFqIQIgBEEBaiIEIAZHDQALCyABQQV0QRByIgEgACABb2ogAW8iAUEPTARAIAFBnAFsQfD9AGoPCyABQRBrIgRBBXYhAkEAIQECQCAFQQBKBEADQCABQQN0QYCgBmooAgAiAy0ABEEERgRAIAJFDQMgAkEBayECCyABQQFqIgEgBUcNAAsLIAhBAEoEQEEAIQEDQCABQQN0QeCFCmooAgAiAy0ABEEERgRAIAJFDQMgAkEBayECCyABQQFqIgEgCEcNAAsLQQAhAwsgAyAEQR9xQZwBbGpB2ABqQfD9ACADGwvIAQEEf0GjFCEFAkAgAUEASA0AAkBBqKIGKAIAIgNBAEoEQANAIAJBA3RBgKAGaigCACIELQAEIABGBEAgAUUNAyABQQFrIQELIAJBAWoiAiADRw0ACwtBACECQdCFCigCACIDQQBMDQEDQCACQQN0QeCFCmooAgAiBC0ABCAARgRAIAFFDQIgAUEBayEBCyACQQFqIgIgA0cNAAsMAQtBy4YKIAQpAAw3AABB04YKIAQoABQ2AABB14YKQQA6AABBy4YKIQULIAUL6AUBD38jAEGAAWsiAiQAIABBBGpBAEGgARCuAhogAEJ/NwEIIAAgATYCACAAQn83ARAgAEJ/NwEYIABCfzcBIEF/IQwgAEH//wM7ASggAEH//wM7AZQBIABB8ABqIQ4gAEEsaiENIABBCGohDwJ/AkADQCAGQQ10IgNBgOAlaiACQRAgASgCABEDAA0BAkAgAi0ABCILQRBLDQAgAigCAEHLnsGaA0cNACACLwEGIggiBEHwP0sNACACKAIMIRAgAigCCCEHAkAgCEH//wNxRQRAQQAhBQwBCyADQZDgJWohCUEAIQUDQCAJIAJBgAEgBCAEQYABTxsiAyABKAIAEQMABEBBfyEFDAILIAMgCWohCSAFIAIgAxDkASEFIAQgA2siBA0ACwsgBSAQRw0AAkAgDyALQQF0IgRqIgMuAQBBAE4EQCAHIA0gC0ECdGooAgBNDQELIAMgBjsBACANIAtBAnRqIAc2AgAgBCAOaiAIOwEACyAMIAYgByAKSRshDCAHIAogByAKSxshCiAHIAAoAgRNDQAgACAHNgIECyAGQQFqIgZBFEcNAAsgACAMQQFqQRRvOwGSAUEAIQYDQCAGQQx0IgNBgKA3aiACQRAgASgCABEDACILRQRAAkAgAi0ABEHuAUcNACACKAIAQcuewZoDRw0AIAIvAQYiByIEQfAfSw0AIAIoAgwhCiACKAIIIQgCQCAHQf//A3FFBEBBACEFDAELIANBkKA3aiEJQQAhBQNAIAkgAkGAASAEIARBgAFPGyIDIAEoAgARAwAEQEF/IQUMAgsgAyAJaiEJIAUgAiADEOQBIQUgBCADayIEDQALCyAFIApHDQACQCAALgGUAUEATgRAIAggACgCmAFNDQELIAAgBzsBnAEgACAINgKYASAAIAY7AZQBCyAIIAAoAgRNDQAgACAINgIECyAGQQFqIgZBA0cNAQsLQX9BACALGwwBC0F/CyEEIAJBgAFqJAAgBAvuAgECfwJAIABBEEsNACACQfA/Sw0AA0BBvt3dAEG+3d0ALwEAIgNBAWpBFHA7AQACQCADQbTc3QAuAQBGDQAgA0G23N0ALgEARg0AIANBuNzdAC4BAEYNACADQbrc3QAuAQBGDQAgA0G83N0ALgEARg0AIANBvtzdAC4BAEYNACADQcDc3QAuAQBGDQAgA0HC3N0ALgEARg0AIANBxNzdAC4BAEYNACADQcbc3QAuAQBGDQAgA0HI3N0ALgEARg0AIANBytzdAC4BAEYNACADQczc3QAuAQBGDQAgA0HO3N0ALgEARg0AIANB0NzdAC4BAEYNACADQdLc3QAuAQBGDQAgA0HU3N0ALgEARg0AIANBDXRBgOAlakECIAAgASACEM0BDQAgAEEBdCIEQbTc3QBqIAM7AQAgAEECdEGs3N0AakGw3N0AKAIANgIsIARBrNzdAGogAjsBcEEADwsgBEEBaiIEQRRHDQALC0F/C8AEAQh/IwBBkAFrIgYkAEF/IQwCQCAAQazc3QAoAgAiCigCBBECAA0AQczd3QBBzN3dACgCAEEBajYCACABQQFHBEAgAEGAIGogCigCBBECAA0BQczd3QBBzN3dACgCAEEBajYCAAsCQCAERQ0AIABBEGohBSADIQkgBCEHA0AgB0UNASAHIAdBgAIgBUH/AXFrIgggByAISRsiCGshByAFIAkgCCAKKAIIEQMAIQsgCCAJaiEJIAUgCGohBSALRQ0ACwwBCyAGQQA6AAUgBiACOgAEIAZBy57BmgM2AgAgBiAEOgAGIAYgBEEIdjoAB0Gw3N0AQbDc3QAoAgBBAWoiBTYCACAGIAVBGHY6AAtBECEHIAYgBUEQdjoACiAGIAVBCHY6AAkgBiAFOgAIIAZBACADIAQQ5AE2AgwgBiEJIAAhBQJAA0AgB0UNASAHIAdBgAIgBUH/AXFrIgggByAISRsiCGshByAFIAkgCCAKKAIIEQMAIQsgCCAJaiEJIAUgCGohBSALRQ0ACwwBCyAAIAZBEGpBECAKKAIAEQMADQAgBigCEEHLnsGaA0cNACAGLwEWIgUiByABQQx0QRBrSw0AIAYoAhwhC0EAIQkCQCAFQf//A3FFDQAgAEEQaiEIA0AgCCAGQRBqQYABIAcgB0GAAU8bIgUgCigCABEDAARAQX8hCQwCCyAFIAhqIQggCSAGQRBqIAUQ5AEhCSAHIAVrIgcNAAsLQX9BACAJIAtHGyEMCyAGQZABaiQAIAwLLAACf0EAIAFBEEsNABpBACAAIAFBAXRqIgEuAQhBAEgNABogAS8BcEEARwsLlQEBAn9BgOAlIQICQANAIAIgASgCBBECAA0BIAJBgCBqIAEoAgQRAgANASACQYBAayABKAIEEQIADQEgAkGA4ABqIAEoAgQRAgANASACQYDgLkkhAyACQYCAAWohAiADDQALQYCgNyABKAIEEQIADQBBgMA3IAEoAgQRAgANAEGA4DcgASgCBBECAA0AIAAgARDLARoLC3cBBH8jAEHgAGsiBCQAIANBAEGgBRCuAiEGA0ACf0EBIAAgASACIAUgBEEMahDRAQ0AGkEBIAYgBC0ADUHUAGxqIgMtAAANABogAyAEQQxqQdQAEK0CGiAHQQFqIQcgBC0AFAsgBWoiBUEZSQ0ACyAEQeAAaiQAC64DAQV/IwBB4ABrIgUkACAEQQBB1AAQrgIhBkF/IQQCQCADQQx0IgdBgIAwaiAFQdQAIAAoAgARAwANACAFKAIAQcKa0aIDRw0AIAUtAARBB0sNACAFKAIMIgBBgYADa0GAgH1JDQAgBS0ABUEQSw0AIAFFDQAgAEH/IGpBDHYiCCADakEZSg0AIAIgB0GAgTBqIAERBQAiAUUNAEEAIAEgABDkASAFKAJQRw0AIAZBAToAACAGIAUtAAQ6AAEgBiAFLQAFIgI6AAIgBiAFLQAGIgRBwAAgBBs6AAMgBiAFLQAHOgAGIAUvAQghBCAGIAA2AgwgBiABNgJQIAYgCDoACCAGIAM6AAcgBiAEQQAgBEHhEmtB//8DcUGv8ANPGzsBBEEAIQQgAkUNACAGIAUoAhAiATYCEEEAIQMCQCAAIAFNDQBBASEDIAJBAUYNASAGQRBqIQggBUEQaiEJA0AgCCADQQJ0IgFqIgcgASAJaigCACIBNgIAIAAgAU0NASABIAdBBGsoAgBNDQEgA0EBaiIDIAJHDQALDAELIAYgAzoAAgsgBUHgAGokACAEC4QGAQt/IAFCADcAACABQQA6ABggAUIANwAQIAFCADcACEHQhQooAgAiC0EASgRAA0ACQCAFQQN0IgRB5YUKai0AACIDRQ0AIANBA3EhByAEQeCFCmotAAQhCEEAIQlBACEEIANBBE8EQCADQfwBcSEMQQAhCgNAIAQgCGoiA0EZSARAIAEgA2pBAToAAAsgA0EBaiIGQRlIBEAgASAGakEBOgAACyADQQJqIgZBGUgEQCABIAZqQQE6AAALIANBA2oiA0EZSARAIAEgA2pBAToAAAsgBEEEaiEEIApBBGoiCiAMRw0ACwsgB0UNAANAIAQgCGoiA0EZSARAIAEgA2pBAToAAAsgBEEBaiEEIAlBAWoiCSAHRw0ACwsgBUEBaiIFIAtHDQALCwJAIAAtAABFDQAgAC0ACEUNAANAIAAtAAcgASACampBAToAACACQQFqIgIgAC0ACEkNAAsLAkAgAC0AVEUNACAALQBcRQ0AQQAhAgNAIAAtAFsgASACampBAToAACACQQFqIgIgAC0AXEkNAAsLAkAgAC0AqAFFDQAgAC0AsAFFDQBBACECA0AgAC0ArwEgASACampBAToAACACQQFqIgIgAC0AsAFJDQALCwJAIAAtAPwBRQ0AIAAtAIQCRQ0AQQAhAgNAIAAtAIMCIAEgAmpqQQE6AAAgAkEBaiICIAAtAIQCSQ0ACwsCQCAALQDQAkUNACAALQDYAkUNAEEAIQIDQCAALQDXAiABIAJqakEBOgAAIAJBAWoiAiAALQDYAkkNAAsLAkAgAC0ApANFDQAgAC0ArANFDQBBACECA0AgAC0AqwMgASACampBAToAACACQQFqIgIgAC0ArANJDQALCwJAIAAtAPgDRQ0AIAAtAIAERQ0AQQAhAgNAIAAtAP8DIAEgAmpqQQE6AAAgAkEBaiICIAAtAIAESQ0ACwsCQCAALQDMBEUNACAALQDUBEUNAEEAIQIDQCAALQDTBCABIAJqakEBOgAAIAJBAWoiAiAALQDUBEkNAAsLC54CAQR/IwBBIGsiAyQAIAAgAxDSAQN/IAIgASADaiIELQAARWohAiABQRhGBH8gAC0AAAR/IAAoAgwFQQALIQEgAC0AVARAIAAoAmAgAWohAQsgAC0AqAEEQCAAKAK0ASABaiEBCyAALQD8AQRAIAAoAogCIAFqIQELIAAtANACBEAgACgC3AIgAWohAQsgAC0ApAMEQCAAKAKwAyABaiEBCyAALQD4AwRAIAAoAoQEIAFqIQELIAAtAMwEBEAgACgC2AQgAWohAQsgA0EgaiQAIAJBDHRBgAFrIgRBgO4FIAFrIgMgAyAESxtBACABQf/tBU0bQQAgAhsFIAQtAANFIAQtAAJFIAIgBC0AAUVqamohAiABQQRqIQEMAQsLC/MHAQp/IwBBoAFrIggkAEF/IQ0CQCAEQYGAA2tBgIB9SQ0AQZSe3gAtAAAEf0Ggnt4AKAIABUEACyEHQeie3gAtAAAEQEH0nt4AKAIAIAdqIQcLQbyf3gAtAAAEQEHIn94AKAIAIAdqIQcLQZCg3gAtAAAEQEGcoN4AKAIAIAdqIQcLQeSg3gAtAAAEQEHwoN4AKAIAIAdqIQcLQbih3gAtAAAEQEHEod4AKAIAIAdqIQcLQYyi3gAtAAAEQEGYot4AKAIAIAdqIQcLQeCi3gAtAAAEQEHsot4AKAIAIAdqIQcLIARBgO4FIAdrQQAgB0H/7QVNG0sNAEF/QQBBlJ7eAC0AACIHGyEJAkAgB0UNACAJQQFB6J7eAC0AACIKGyEJIApFDQAgB0UNACAJQQJBvJ/eAC0AABsiCUEATg0AIAlBA0GQoN4ALQAAGyIJQQBODQAgCUEEQeSg3gAtAAAbIglBAE4NACAJQQVBuKHeAC0AABsiCUEATg0AIAlBBkGMot4ALQAAGyIJQQBODQAgCUEHQeCi3gAtAAAbIglBH3YhCwsgCw0AQZSe3gAgCEGAAWoQ0gEgBEGAnwZLDQAgBEH/IGpBDHYiCkEBaiEMQQAhCwNAQQAhBwJAA0AgCEGAAWogByALamotAABFBEAgCiAHQQFqIgdHDQEMAgsLIAsgDGohByALQQFqIQsgB0EaSQ0BDAILC0EAIQcDQCAHIAtqQQx0QYCAMGogACgCBBECAA0BIAdBAWoiByAKRw0ACyALQQx0IgdBgIEwaiEKIAdBgIAwaiEOIAMhDyAEIQcDQCAHBEAgByAHQYACIApB/wFxayIMIAcgDEkbIgxrIQcgCiAPIAwgACgCCBEDACEQIAwgD2ohDyAKIAxqIQogEEUNAQwCCwtBACADIAQQ5AEhByAIQRBqQf8BQfAAEK4CGiAIIAdBGHY6AFMgCCAHQRB2OgBSIAggB0EIdjoAUSAIIAc6AFAgCEIANwNIIAhCADcDQCAIQgA3AzggCEIANwMwIAhCADcDKCAIQgA3AyAgCEIANwMYIAhCADcDECAIQQA7AQ4gCCAEQQh2OgANIAggBDoADCAIQQA7AQogCCAGOgAHIAhBgIABOwAFIAggCToABCAIQcKa0aIDNgIAIAggBToACCAIIAVBCHY6AAlBgAEhByAIIQQCQANAIAdFDQEgByAHQYACIA5B/wFxayIKIAcgCkkbIgprIQcgDiAEIAogACgCCBEDACENIAQgCmohBCAKIA5qIQ4gDUUNAAtBfyENDAELQX8gCSAAIAEgAiALIAlB1ABsQZSe3gBqENEBGyENCyAIQaABaiQAIA0L2wgDDH8GfQN8IwBBEGsiDCQAIAxCADcDCCAMQgA3AwACQCABQYACayIHQQAgASAHTxsiDUE/TQRAIARBADYCAEEBIQoMAQtBAUGACCANQQZ2IgEgAUGACE8bIgkgCUEBTRshCANAIAAgBUEGdGoiBiwAALIiESARlEMAAAAAkiERQwAAAAAhEkEBIQEDQCABIAZqIgssAAAiByALQQFrLAAAa7IiEyATlCASkiESIAeyIhMgE5QgEZIhESABQQFqIgtBgAJGBEAgDCoCBCETIAwqAgAhFCAMKgIIIRUgDCoCDCEWIAVBAnRB4IYKaiASQwAAAD+UIBFDAACAP5KSEMQCIhEgFiAVIBQgE5KSkkMAAIC+lJIiEkMAAAAAIAVBA0sbQwAAAAAgEkMAAAAAXhsiEjgCACAMIAVBA3FBAnRyIBE4AgAgGCASuyIXoCEYIBcgF6IgGaAhGSAFQQFqIgUgCEcNAiAEQQA2AgBBASEKIA1BgARJDQNB4KYKQQBBgAgQrgIhByAZIAm4IhejtiAYIBejtiIRIBGUk5FB/wAgAyADQf8ATxtBAXRBACADQQBOG7NDAAD+wpVDmpkZQJKUIBGSIRJBAiACQQZ2IgEgAUECTRsiDkEBaiEQIA5BAXRBAnEhA0EFIAkgCUEFTRshCyAAQQFrIQ8gAkECbSECAkADQEEEIQFBfyEIA0ACQCABIAdqLQAADQAgAUECdEHghgpqKgIAIhEgEl5FDQAgCEEATgRAIBEgCEECdEHghgpqKgIAXkUNAQsgASEICyABQQFqIgEgC0cNAAsgCEEATgRAIAggDmsiASAIIA5qTARAIAggEGohDUEAIQYDQCABIAlJBEAgASAHakEBOgAACyABQQFqIQEgAyAGRiEFIAZBAWohBiAFRQ0ACwNAIAEgCUkEQCABIAdqQQE6AAALIAkgAUEBaiIGSwRAIAYgB2pBAToAAAsgCSABQQJqIgZLBEAgBiAHakEBOgAACyAJIAFBA2oiBksEQCAGIAdqQQE6AAALIAFBBGoiASANRw0ACwtBACEBIAIgCEEGdEEgciIGTARAA0ACQCAAIAYgAWsiBWoiCEEBay0AACINIAgtAABzwEEASA0AIA8gBiABQX9zaiIFai0AACIIIA1zwEEASA0AIAFBAmoiBUEgRgRAIAYhBQwBCyABQQNqIQEgDyAGIAVrIgVqLQAAIAhzwEEATg0BCwsgBCAKQQJ0aiAFNgIAIApBAWohCgsgCkEQSA0BDAILCyAKQQJIDQQLQQEhBQNAAkAgBSIBQQJJDQADQCAEIAFBAnRqIgcoAgAiBiAHQQRrIgsoAgAiCU8NASAHIAk2AgAgCyAGNgIAIAFBAkohByABQQFrIQEgBw0ACwsgBUEBaiIFIApHDQALBSABQQJqIQEgBiALaiwAACILsiITIBOUIBGSIREgCyAHa7IiEyATlCASkiESDAELCwsLIAxBEGokACAKC8XPAgMpfwR+A30jAEHQBGsiDyQAAkAgAS0AjOQIIgJFBEAgACgCDCIDIAAoAhQiBkgEQCAAKAIQIRogACgCCCEdIAMhAgNAIAIgAyACIANKGyELIAJBAXRBsJwBai8BAEGQoAFqIRZBACEBA0AgASAWLQAAaiEHIAIgA04EQCAWLQABQQF0QdCbAWovAQAhESAHIBogByAaSBsiGCABIB0gASAdShsiCGtBB3EhHiAAKAIEIQkgACgCACEKIAggGGtBeEshDCALIQEDQCABIQQCQCAIIBhODQAgCiABIAlrQeADbGohE0EAIQEgCCEFIB4EQANAIBMgBUEBdGogETsBACAFQQFqIQUgAUEBaiIBIB5HDQALCyAMDQAgE0EOaiENIBNBDGohFSATQQpqIR8gE0EIaiEgIBNBBmohISATQQRqISIgE0ECaiEjA0AgEyAFQQF0IgFqIBE7AQAgASAjaiAROwEAIAEgImogETsBACABICFqIBE7AQAgASAgaiAROwEAIAEgH2ogETsBACABIBVqIBE7AQAgASANaiAROwEAIAVBCGoiBSAYRw0ACwsgBEEBaiEBIAIgBEcNAAsLIBZBAmohFiAHIgFB8AFJDQALIAJBAWoiAiAGRw0ACwsgAEEEQecBQZkOQYjTAEEBEFwaDAELQeCuCkEBOgAAQeiuCgJ/IAEtAI3kCEEIdCACciABLQCO5AhBEHRyIAEtAI/kCCICQRh0ciABIAJqLQCg5AhBHHRyIAEtAJLuCEEedHIiAkGQuQcoAgBGBEBB5K4KKAIAIQIgASgC3OoIDAELQZC5ByACNgIAQeSuCiABKALc6ggiAjYCACACCyACa0GgH0k6AAAgAEEAQRgQVARAIABBAEEAQfABQRdBwhAQVQJAIAEtAKSKAQRAIABBBEEHQQpB8+8BEFcgAEEFQQdBCkHz7wEQVyAAQQZBCEEIQfPvARBXIABBB0EIQQhB8+8BEFcgAEEIQQlBBkHz7wEQVyAAQQlBCUEGQfPvARBXIABBCkEKQQRB8+8BEFcgAEELQQpBBEHz7wEQVyAAQQxBC0ECQfPvARBXDAELIABBBEEIQQhBCEG0+AEQVQsCQAJAIAEtAKjkCA0AIAEtAOaKAQ0AIAEtAI7pCA0AIAEtAOeKAUUNAQsCQAJAIAEtAOaKAQ0AIAEtAI7pCA0AIAEtAOeKAUUNAQsgASgC3OoIQfoBbkEBcUUNAQsgAEESQQxBA0GH/QNBivADIAEtAOeKARsQWgsCQAJAAkACQAJAIAEtAIzkCCIHQQVHBEAgAS0AjuQIQQJJDQELIAEtAI/kCBADIQMgASABLQCP5AgQAiEFIAEtAIzkCCEHDAELIAdBB2tB/wFxIgJBA0kNAUHNzgAhBUGfDyEDC0EZIQIgB0H/AXEiB0EMSw0CQQEgB3RBtDdxDQEMAgsgAkECdEHE/QBqKAIAIQVBnw8hAwsgAEEZQQlBpMoAQbT4AUEBEFwaQSAhAgsgACACQQUgBSADQQIQXBogBUECEFshBSAPIAEtAN2KAUEBajYC4AEgD0HAAmpBEEH4CiAPQeABahDMAiAAQeAAIAIgBWoiAiACQeAATBsiBUEGaiILQQMgD0HAAmpBv98DQQEQXCEDQQAhAgJ/QQAgAS0A3ooBQf8BRg0AGkEAIAEtAN6KASABLQDdigFGDQAaIAEtAJyLASEEIA8gAS0A3ooBQQFqNgLQASAPQcACakEQQc4KIA9B0AFqEMwCIAAgAyALakEBakEDIA9BwAJqQZ8PQYf9AyAEQQFLIgMbQQEQXBpBASABLQCkigFFDQAaIAAgBUEaakEOQQRBBUGfD0GHfSADGyIDQQF2Qc/3AXEiCEHEISADAn8gAUEYahCpAUEYbCIHBEBBACAHIAEoAqiKAU0NARogByABKAKoigFrDAELQYADIAEoAqyKAUGAA3BrC0HfAGoiBEHgAEkbIARB3wNLIhEbQf//A3EQVSAAIAVBH2pBDkEEQQUgCEHEISADIARBvwFNGyARG0H//wNxEFUgACAFQSRqQQ5BBEEFIAhBxCEgAyAEQZ8CTRsgERtB//8DcRBVIAAgBUEpakEOQQRBBSAIQcQhIAMgBEH/Ak0bIBEbQf//A3EQVUEBCyEHIAEtAKSKAQRAIAEoAqyKASECCyAPIAJB4ABuQQNxQQFqNgLEASAPIAJBgANuQeMAcEEBajYCwAEgD0HAAmpBEEG3CCAPQcABahDMAiAAIAtBDiAPQcACakG0+AEQYAJAIAcNAAJAIAEtAOCKAUH/AUcEQCAPIAEtAOCKAUHBAGo2ArABIA9BwAJqQRBBhQ4gD0GwAWoQzAIMAQsgAS0A34oBQf8BRg0BIAEtAN+KASECIA9BADoAwQIgDyACQcEAajoAwAILIAAgBUEaakEOIA9BwAJqQZ8PEGALIAFB7OoIaiEIIAVBBWohESABQecAaiEEQQAhAgNAIAAgAkEHbCIDIAtqQRRBBUECAn9BivADIAQgAkEwbGotAAANABpBv98DIAEoAtzqCCAIIAJBAnRqKAIASQ0AGiACEAMLEFUCQCABLQD16AhFDQAgAiABLAD06AhHDQAgACADIBFqQRNBB0EEQb/fAxBYCyACQQFqIgJBBkcNAAsgDyABLwEYIgJBCm4iBTYCoAEgD0HAAmpBEEGCDiAPQaABahDMAiAAQboBQQUgD0HAAmpBh/0DQQIQXRogAiAFQQpsa0H//wNxIgIEQCAPIAI2ApABIA9BwAJqQRBB6AwgD0GQAWoQzAIgAEG7AUEEIA9BwAJqQYf9AxBgCwJ/IAEtAMXQB0UEQEHXKSEFQbT4AQwBC0GBEkGBygAgAS0An4sBGyEFQbT4AUGKcCABLQCfiwEbCyECIABBuwFBDiAFIAJB//8DcRBgIA9BfzYCoAJBACECAkACfyABQbzeCGohAyABKALc6gghBCAPQaACaiELQQAhBwNAAkAgAyAHQQR0aiIFLQAARQ0AIAUvAQoiCEUNACAFLQACDQAgBS0AAw0AIAQgBSgCDGsiBUGsAkkNACALIAc2AgBB/wEgBUH/AWxB1NUEayAIQawCa24iByAHQf8BTxsMAgsgB0EBaiIHQQ5HDQALQX8LIgVBAE4EQCAFQRhsQf8BbiEHA0AgACACQQF0IgVBoPkAaiwAAEHSAWogBUGh+QBqLAAAQQxqQQJBAkGH/QNBiNMAIAIgB0kbEFUgAkEBaiICQRhHDQALQaEqIQJBASEFAkACQAJAAkACQCAPKAKgAkEGaw4IAQYEAgYABgMGC0HNOiECDAMLQagbQYzBACABLQCP5AhBAUYbIQIMAgtB6zUhAgwBCwJAIAEtAIzkCEEFRw0AIAEtAI3kCEEJRw0AQfAgIQIMAQtBpwwQlgEhAiAPIAEtAI/kCEEBajYCcCAPQcACakEQIAIgD0HwAGoQzAIgD0HAAmohAgsgAEHDASACQQEQWyIHayIDQboBQeLKAEECEFtrIgsgAyALSBsiA0ECQckBIANrQRRBwhAQVSAAQcUBIAdrQQkgAkGH/QNBARBcGgwBCwJAIAEtAKjkCEUNACABLQCP5AhBAkkNAAJAIAEtAI/uCCICQeQATwRAIA9B1JKVAjYCwAIMAQsgDyACNgKAASAPQcACakEQQYfTACAPQYABahDMAgsgAEHKAUEEIA9BwAJqQfPvARBgIABBygFBDkGcyABBivADEGBBASEFDAELQQAhBSABLQCO7ghB4ABJDQAgAEHKAUEOQYHUAEGK8AMQYAsCQAJAIAEtAOWKAUUNACABLQCkigFFDQAgAEHKAUEEQZQsQcD4AxBgDAELIAUNACABLQDjigFFDQAgAEHKAUEEQfUxQZ8PEGALIAEoAtzqCCABKALQ6ghJBEAgAEHfAUETQQJB8+8BEFoLIAEtANTqCCECIABB5QFBBUEIQQ9BiNMAEFggAEHnAUEDQQRBAkGI0wAQVSAAQecBQRIgAkELbEHkAG4iBWtBBCAFQfPvAUGHfUGKcCACQQ9LGyACQR5LG0H//wNxEFUgAEEAQRdB8AFBxCEQVgsgAEHwATYCECAAQQA2AgggACAAKAIEIgI2AgwgACACQQhqIgU2AhQgAkEYSARAIABBGDYCDAsgBUGIAUoEQCAAQYgBNgIUC0HgrgpBAjoAAAJAAkACQAJAIAEtAI7kCA4IAgAAAAAAAAEACyABIA9BwAJqIA9BoAJqIA9BngJqIA9BmAJqIA9BlAJqEG4CQCAAQRpBFBBURQ0AIABBAEEaQfABQRIgDy8BngIQVSAAQQZBHCAPQaACakHCEEECEFwaIA8CfwJAIAEtAI7kCCICQQlGBH9Br8cAIQVBh9QAIQICQAJAAkAgAS0A/ugIQQFrDgIBAAILQa3HACEFCyAFEJUBIQILIAEtAPvoCCEFIA8gAjYCZCAPIAVBBnBBAnRBkNQAaigCADYCYCAPQfABakEYQZkKIA9B4ABqEMwCIAAgD0GgAmpBAhBbQQhqQSAgD0HwAWpBwhBBARBcGiABLQCO5AgFIAILQf8BcUEBRwRAIAEtAIzkCEEBRw0BC0H4CiEFIAEtAN2KAQwBC0GtDCEFIAEtAI/kCAtB/wFxQQFqNgJQIA9B8AFqQRggBSAPQdAAahDMAiABLQC05AgEQCAAQewBQbfFABBfa0EcQbfFAEHCEBBgIABB7AEgD0HwAWoQX2tBJCAPQfABakHCEBBgDAELIABB6gFBICAPQfABakHCEEEBEF0aCyABLQCO5AghBQJAAkAgAS0Aj+QIIgdBAU0EQEE0IQIgBUENSw0CQQEgBXQiBUGI5ABxRQRAIAVBwghxDQIMAwsgACABIAdBL0EOENcBQeoAIQIMAgtBNCECIAVBCksNAUEBIAV0QcIIcUUNAQsgAUHM5AhqIRYgAUHs6ghqIRogAUHnAGohGEEAIQIDQCAAQRJBACACQQJLGyIFQTBqIgNBEBBUBH8gAiACQQNrIAJBA0kbQc8AbCIHQQJqIQhBACEEIBggAkEwbGotAAAiC0UEQCABKALc6gggGiACQQJ0aigCAEkhBAsgAhDqASAWai0AACERIAAgCCADQcwAQRAgAhADIhNBxCEgBCARQf8BcUEAR3IiBBsQVQJAIAEtAPXoCEUNACACIAEsAPToCEcNACAAIAggA0HMAEEQQb/fAxBYCyAPIAJBAWoiAzYCQCAPQfABakEIQYIOIA9BQGsQzAIgACAHQQVqIAVBNmogD0HwAWpBwhBBtPgBIAQbEGAgACAHQQ1qIAVBNWoiBSABIAIQAkHCEEG0+AEgEyALGyAEG0EBEFwaIAsEQCAAIAdBxABqIAVB2CpBivADQQEQXBoLIAMFIAJBAWoLIgJBBkcNAAtB2AAhAgtB6K4KLQAAQQFGBEAgACACIA8oApgCENgBCyAAIAJBCmogDygClAIQ2AEgAS0AjuQIQQFHDQJB6K4KLQAAQQFHDQIgACACQRRqQaHOABDYAQwCCyAAQQRBGkHYG0Hz7wFBARBcGiAAIAEQ2QEMAQsCQAJAAkACQAJAAkACQAJAAkACQAJAAkAgAS0AjOQIQQFrDgwAAQIDBAUGBwgJCgsMC0HgrgpBAzoAAEEAIQcjAEEgayIaJAAgACABQeMtQbQVIAEsAJPuCCICQQBIG0EAIAJB/wFxG0Ha8gMQ3QEgAUHs6ghqIRAgAUHKigFqIRIgAUH4AmohFCABQcAaaiEXIAFB7gBqIRkgAUGwigFqIRsgAUHYAGohHANAIAAgB0EEdCILQSFqIgJBEBBUBH9BiNMAIQQgHCAHQTBsIghqIhEtAA9FBEAgBxADIQQLQbT4ASEFIAFBsOQIQY/kCCABLQCv5Agbai0AACAHRgRAIABBACACQfABQQ9BxCEQVSAAQQAgAkECQQ9Bnw8QVUGfDyEFCyAaIAdBAWoiDDYCACAaQRBqQRBBgg4gGhDMAiAAQQUgC0ElaiITIBpBEGogBUEBEFwaIABBDyATIAEgBxACQbT4ASAEIBEtAA8bQQEQXBogGyAHQQF0ai8BACECIAEtAKSKASEFIAEtAKSKASEWIABB2gAgC0EjakHUAEELQcQhEFhBA0EFIAdBAkkiDRshHUEAIQMgAkHw/wNxQQAgFhshFSALQSxqIR8gC0EoaiEeIAtBJmohCSAIIBlqISAgFCAHQYQLbGoiIUGEAWohIiAHQYAUbCAXakGAKGshIyACQQ9xIQYgBUH/AXEhDgNAIAMgFXIhCkEAIQICQAJAAkACQCANRQRAICAtAAAiAkEQIAIbIRZBACECDAELA0AgIiACQQZ0aiAKICEgAkEDdGotAAAiBUEQIAUbcGotAABBAXENAyACQQFqIgJBEEcNAAsMAQsCQANAAkACQCAjIAogAmsgFm8gFmogFm9BKGxqIgUQoAFFBEAgAkUNBiACIAUtAAIiCEH/AHEgCEEHdmpJQQF0IQggBUEKahCgAUUNAQwCC0EAIQggBUEKahCgAQ0BIAJFDQULQQIgCCACIAUtAAwiGEH/AHEgGEEHdmpJGyEICwJAAkAgBUEUaiIYEKABRQRAIAJFDQZBAiAIIAIgGC0AAiIYQf8AcSAYQQd2akkbIQggBUEeahCgAUUNAQwCCyAFQR5qEKABDQEgAkUNBQsgAiAFLQAgIgVB/wBxIAVBB3ZqTw0AIANBBWxB3ABqIQIMAgsgCEUEQCACQT5LDQMgAkEBaiICIBZPDQMMAQsLIANBBWxB3ABqIQIgCEEBRw0AIAAgAiATIB1BByAEEFUMAwsgACACIAlBBUEFQYjTAEHz7wEgES0ADxsQVQwCCyAAIANBBWwiAkHdAGogHkEBQQFBiNMAEFUgAkHcAGohAgwBCyAAIANBBWxB3ABqIgIgEyAdQQcgBBBVCwJAIA5FDQAgAyAGRw0AIAAgAiAfQQRBAUG/3wMQVQsgA0EBaiIDQRBHDQALIBEtACkiAkHAAHJBwABHBEAgAEG0ASAJQfMhQfYhIAJBwABJG0GI0wBBwPgDIBEtAA8bEGALIBEtAAQhAiAHIBJqLQAAIQUgAEHIASATQRpBA0HEIRBVIABByAEgEyACQRpsQf8AbkEDIAQQVSAAQcgBIAtBKmoiAkEaQQJBxCEQVSAAQcgBIAIgBUEabEH/AW5BAkHz7wEQVQJAIBEtAA8EQCAAQeYBIBNB2CpBivADQQEQXBoMAQsgASgC3OoIIBAgB0ECdGooAgBPDQAgAEHpASAeQQMgBBBaCyAMBSAHQQFqCyIHQQZHDQALIBpBIGokAAwLC0EAIQgjAEFAaiICJAAgAEEGQRxBxxhBv98DQQIQXBogAEHqAUEgQcIuQbT4AUEBEF0aIABBBEEsQegBQcQhEFYgAUHKigFqIQsgAUHYAGohEQNAIABBMEHWABBUBEBBiNMAIQUgESAIQTBsaiIELQAPRQRAIAgQAyEFCyAIQSdsIgNBBGohByABLQCP5AggCEYEQCAAIANBAmpBLkElQdgAQZ8PEFgLIAIgASAIEAI2AiAgAkE4akEIQccIIAJBIGoQzAIgACAHQTAgAkE4aiAFEGAgACADQQhqIgdBOEEMQTxBxCEQVSAAIAdB9AAgBC0ABEE8bEH/AG4iB2tBDCAHIAUQVSAAIANBGGoiBUE4QQZBPEHEIRBVIAAgBUH0ACAIIAtqLQAAQTxsQf8BbiIHa0EGIAdB8+8BEFUCQCAELQAFIgVBwABGBEAgAkHDADsBMAwBC0HMAEHSACAFQcAASRshByACIAVBP00Ef0HAACAFa0EybEEGdgUgBUEybEGAGWtBP24LNgIUIAIgBzYCECACQTBqQQhB2wsgAkEQahDMAgsgACADQQZqQfgAIAJBMGpBtPgBEGACQCAELQAPBEAgACADQRpqQfgAQdgqQYrwA0EBEFwaDAELIAIgBC0AJ0EJbEH/AG42AgAgAkE4akEIQbEMIAIQzAIgACADQRZqQfgAIAJBOGpBtPgBEGALIAhBAWoiCEEGRw0BCwsgAkFAayQADAoLQQAhBSMAQTBrIgMkACAAIAFBl8gAQQAgAS0AjukIG0GK8AMQ3QEgAUHy+QBqIRYDQAJAIAAgBUEBdkEobCIEQTBqIgdBJhBURQ0AIAEtAOCKASERIABB+ABBAiAFQQFxGyICIAdB8gBBJUGfD0HEISABLQDfigEiEyAFRiILGxBVIBYgBUEDdGohCAJAIAUgEUcNACABKALc6ghByAFuQQFxRQ0AIAAgAiAHQfIAQSVBh/0DEFggACACQQFyIARBMWpB8ABBI0GH/QMQWAsgA0EAOgARIAMgBUHBAGo6ABAgACACQQZqIhEgBEE2aiADQRBqQcIQQb/fAyALG0EDEFwaIAgtAABFBEAgACACQSJqIARBPGpB0A5BtPgBQQEQXBoMAQsgAyAILQABQQFqNgIAIANBEGpBGEH4CiADEMwCIAAgAkEiaiIHIARBNWogA0EQakHCEEG/3wMgCxtBARBcGiAAIAcgBEHBAHIiB0EJQQggCC0AAkEBcQR/QYjTAAVBABADCxBVIAAgAkEuaiAHQQlBCCAILQACQQJxBH9BiNMABUEBEAMLEFUgACACQTpqIAdBCUEIIAgtAAJBBHEEf0GI0wAFQQIQAwsQVSAAIAJBxgBqIAdBCUEIIAgtAAJBCHEEf0GI0wAFQQMQAwsQVSAAIAJB0gBqIAdBCUEIIAgtAAJBEHEEf0GI0wAFQQQQAwsQVSAAIAJB3gBqIAdBCUEIIAgtAAJBIHEEf0GI0wAFQQUQAwsQVSAFIBNHDQAgAS0ApIoBRQ0AIAAgESAEQc8AaiABKAKoigEgAS0AGyICQYADbEGAAyACGyICcEHkAGwgAm5BA0HCEBBVCyAFQQFqIgVBBEcNAAsCQCABLQCN6QhBAUsEQCAAQQZBggFBpsoAQbT4ARBgIAEtAI3pCEUNASABQYXpCGohCEEAIQUDQCAFIAhqLQAAIQIgA0EAOgARIAMgAkHBAGo6ABAgACAFQQN0QSRqQYIBIANBEGpBh/0DQb/fAyAFIAEtAOKKAUYbEGAgBUEBaiIFIAEtAI3pCEkNAAsMAQtB6K4KLQAAQQFHDQAgAEGCAUGbKBDYAQsgA0EwaiQADAkLQQAhAyMAQUBqIgIkACAAIAFB0ydBtzQgAS0A44oBG0HA+ANBtPgBIAEtAOOKARsQ3QECQCABLQDweEUEQCAAQfgAQcIAQdAOQbT4AUECEF4gAEH4AEHcAEHcJkG0+AFBARBeIABB+ABB6ABBiMgAQbT4AUEBEF4MAQsgAS0ArOkIIgVBBWtBACAFQQVLGyELIAFBsfkAaiEEIAFB8fgAaiERA0AgAyALaiIFIAEtAPB4SQRAIAUgEWosAAAiB0H/AXEhCAJAIAdBAEgEQEGyCxCWASEHIAIgBCAFai0AADYCGCACIAhBA3FBwQBqNgIUIAIgBUEBajYCECACQSBqQRggByACQRBqEMwCDAELIAIgBCAFai0AADYCCCACIAhBAWo2AgQgAiAFQQFqNgIAIAJBIGpBGEHDCyACEMwCCyADQQxsQTBqIQggAS0ArOkIIRNBACEHAkAgAS0A44oBRQ0AIAEtAKSKAUUNAEGiygBBACAFIAEtAOSKAUYbIQcLIAAgCCAFIBNGIAJBIGogBxDeASADQQFqIgNBBkcNAQsLQeiuCi0AAEEBRw0AIABB/ABByxoQ2AELIAJBQGskAAwICyABIQtBACEEQQAhESMAQdAIayIGJABB4K4KQQg6AAAgAEEYQQwQVARAQQEhAyABIAEtAI/kCCIbIAZB4AVqECUiEkEASgRAIBJBA3EhFyABLQCN5AghFEEAIQMgEkEETwRAIBJB/P///wdxIQIDQEEBQQFBAUEBIAQgFEH/AXEiDiAGQeAFaiADaiIILQAARhsgCC0AASAORhsgCC0AAiAORhsgCC0AAyAORhshBCADQQRqIQMgEUEEaiIRIAJHDQALCyAXBEADQEEBIAQgBkHgBWogA2otAAAgFEH/AXFGGyEEIANBAWohAyAQQQFqIhAgF0cNAAsLIARFIQMLIBsQAyEOIABBBEEZIAstAI3kCCICQQ5NBH8gAkECdEHA1QBqKAIABUGH1AALQb9fIA4gAxtB//8DcUEBEFwhBCALLACm5AgiAwRAIAZBLUErIANBAEgbNgLQBSAGIAMgA0EfdSIIcyAIazYC1AUgBkGwB2pBGEHaCyAGQdAFahDMAiAAIARBCmpBGyAGQbAHakGH/QMQYAsgEkF6bCEEIAstAI/kCCEIQYcgIQMCQAJAAn8CQAJAAkACQAJAAkACQAJAIAstAI3kCA4PAAECAwoJCgYKCQoEBQoHCgtB3SFBACAIQQJPGyAIQQFHDQcaQaMvIQMMCAsgCEEBTQRAQcDvACgCAAwHCyALIAhBMGxqLQBvIgNBBksNCEEBIAN0QegAcUUNCCADIAZBkAdqEJoBIRBBACAGKAKQByIUQQJIDQYaIBAgCCALai0AoOQIQQFqIBRwQThsaigCAAwGCyAIIAtqLQCg5AhFBEBB+O8AKAIADAYLQd7BACEDDAYLQe0tQQAgCBsgCy0Ake4IRQ0EGkGnESEDDAULQd0bIQMMBAtBwDshAwwDC0HpzgBB7c0AIAstAJHkCBshAwwCCyALLQCh5AhBAWpBA3FBAnRB4PkAaigCAAsiA0UNAQtBrcoAEJUBIQggBiADEJUBNgLEBSAGIAg2AsAFIAZBsAdqQRhBhwkgBkHABWoQzAIgACAEIAZBsAdqEF9rQeABakEbIAZBsAdqQbT4ARBgC0EAIQMgEkEASgRAIARB5gFqIQQDQCAAIARBHEEKQQMgBkHgBWogA2otAAAgCy0AjeQIRiIIG0EDIA5BiNMAIAgbEFVBDkEGIAgbIARqIQQgA0EBaiIDIBJHDQALCyAAQQBBIkHwAUHEIRBWCyALLQCP5AghGUHgrgpBCToAAAJAAkACQAJAAkACQAJAAkACQAJAAkACQAJAAkACQAJAAkAgCy0AjeQIDg8ADQwLCgkIBwYFEAQDAgEQCyAZQQFNBEAgCyAZQYQLbGpB+AJqIRUgCyAZai0AmuQIIgxB+AFxISQgGRADISACQCAAQSRBCRBURQ0AAkAgCywAwOQIIgNBAEgNACALLQDE5AhFDQAgFSAMQQZ0aiADai0AhAEiBEEDdkEMcUGE+gBqKAIAIQhB5hNBzS0gBEECcRsQlQEhDiAGIAgQlQE2AjwgBiAONgI0IAYgA0EBajYCMCAGQQQgBEECdkEDcSAEQRBxG0ECdEHw+QBqKAIANgI4IAZB4AVqQR5B/wggBkEwahDMAiAAQQBBI0HwAUEJQYjTABBVIABBBEEkIAZB4AVqQYf9A0EBEFwaDAELAkAgGUEBRgRAQfINEJYBIQMgBiAMQQFqNgIgIAZB4AVqQR4gAyAGQSBqEMwCIABBBEEkIAZB4AVqQb/fA0EBEFxBCGohBEHQDiEDAkAgCyAMQQxsaiIILQCAGSIOQQdLDQAgCEGAGWovAQhFDQAgCyAOIAZBsAdqQSgQFSAGQbAHaiEDCyAAIARBJSADQbT4ARBgDAELIABBBEEkIAsgGSAMEBJBv98DQQEQXBoLIAstAJDkCCEDIAYgFSAMQQN0ai0AACIENgIcIAYgA0EBajYCFCAGQavMAEGsywAgJBs2AhAgBiAEQQ9qQQR2NgIYIAZB4AVqQR5BvQwgBkEQahDMAiAAQewBQSQgBkHgBWpBtPgBQQEQXRoLIBVBhAFqIQogIEEBdkHv9wFxISYgC0GE6whqIBlBBnRqIScDQCAAIAlBC2wiA0EuaiIdQQsQVARAIBUvAYABQQEgCSAkciIbdHEhGCAVIBtBA3RqLQAAIQQgCyAZIBsQEyEcAn8gDCAbRyIFBEBBtPgBIQhBwhAhFiAmDAELIABBACAdQfABQQpBxCEQVUG/3wMhCEGI0wAhFiAgCyEOIARBECAEGyEXIAYgCyAZIBsQEhCVATYCACAGQbAHakEFQbYKIAYQzAIgAEEBIANBMWoiJSAGQbAHaiAgQYpwIAggGBsgCygC3OoIICcgG0ECdGooAgBJG0H//wNxEGBBiNMAIA4gGBshDSADQTdqIRogA0EwaiEeIANBNWohECADQTNqIR8gA0EvaiETIANBMmohB0EAIQQDQCAEQQ1sIARBAnZqQRhqIRICQCAXIAstAJDkCEEEdCAEaiIUTQRAIAAgEkEFaiAHQQJBAkHEIRBVDAELAkAgCiAbQQZ0aiAUai0AACIRQQFxIgIEQAJAIBFBBXZBA3EiA0UEQCAAIBIgE0EMQQlBv18gDSARQQJxG0H//wNxEFUMAQsgACASIBNBDEEJQcD4A0G0+AEgA0EBRhsQWCARQQJxRQ0AIAAgEkECaiAlQQhBBUG/3wMQVQsgEUECdkEDcSIIBEAgEkECaiEOQQAhAwNAIAAgDiADQQNsaiAQQQJBAkHCEBBVIANBAWoiAyAIRw0ACwsgEcAhAyARQRBxBEAgACASQQlqIB5BAkECQcIQEFULIANBAE4NASAAIBJBAWogHkECQQJBwhAQVQwBCyAAIBIgE0EMQQkgFhBVIARBA3ENACAAIBJBBWogH0ECQQJBiNMAEFULIBQgHEYEQCAAIBIgGkEMQQJBtPgBQcD4AyAYG0G0+AEgAhsQVQsgBQ0AIBQgCywAwOQIRw0AIAstAMTkCEUNACAAIBJBAWsgHUEOQQtBh/0DEFgLIARBAWoiBEEQRw0ACwsgCUEBaiIJQQhHDQALDBALIBkQAyETIAsgGUEwbGoiAy0AbiIEQRAgBBshGCALIBlBfxATIR5BgAMgAy0AbUEGcEHY9QBqLQAAbiEdIABBJEEJEFQEQAJAAkAgCywAwOQIQQBIDQAgCy0AxOQIRQ0AQf4KEJYBIQQgBiALLADA5AhBAWo2AoACIAZBkAdqQQwgBCAGQYACahDMAgwBCyALIBlqLQDb6AggBkGQB2pBDBCyAQsgAEEEQSQgBkGQB2pBv98DQQEQXBoCQCALLQC66AggGUEBakYEQCALKAK86AgiBEF/RgR/QQAFIAsoAqyKASAEawshBEGuCBCWASEIIAYgBEGAA25BAWo2AuABIAYgBEHgAG5BA3FBAWo2AuQBIAZBsAdqQR4gCCAGQeABahDMAiAAQTRBIyAGQbAHakEBEFtBBGpBCUGK8AMQVSAAQTZBJCAGQbAHakHCEEEBEFwaDAELIAstAKfkCEUNAEGICxCWASEEIAYgCywAp+QINgLwASAGQbAHakEeIAQgBkHwAWoQzAIgAEE4QSUgBkGwB2pBtPgBEGALIANB2ABqIQMCQCAYQf8BcSIEIAQgHUH//wNxbiIEIB1sa0H//wNxRQRAQdwJEJYBIQggAy0AFSEDIAYgBDYCwAEgBiADQQZwQQJ0QeD1AGooAgA2AsQBIAZBsAdqQR4gCCAGQcABahDMAgwBCyADLQAVIQMgBiAYNgLQASAGIANBBnBBAnRB4PUAaigCADYC1AEgBkGwB2pBHkGwCSAGQdABahDMAgsgAEHsAUEkIAZBsAdqQbT4AUEBEF0aC0EAIQggGCALLQCQ5AhBBHQiB2siA0EAIAMgGE0bIRIgGUGAFGwgC2pBwA1rIRpB/wAhA0EAIQ4DQCAOIBJHBEAgGiAHIA5yQShsaiIEEKABRQRAIAggBC0AACIQIAggEEobIQggAyAQIAMgEEgbIQMLIARBCmoiEBCgAUUEQCAIIBAtAAAiECAIIBBKGyEIIAMgECADIBBIGyEDCyAEQRRqIhAQoAFFBEAgCCAQLQAAIhAgCCAQShshCCADIBAgAyAQSBshAwsgBEEeaiIEEKABRQRAIAggBC0AACIEIAQgCEgbIQggAyAEIAMgBEgbIQMLIA5BAWoiDkEQRw0BCwsgAyAISgRAIAsgGWotANvoCCIDQQZqIQggA0EGayEDCyAIIANrIgRBC0wEQANAIAhBAWoiCCADIAggA2tBDEhrIgNrIgRBDEgNAAsLIABBLiAIIAhBGGsgAyAEQRhLGyIRa0EBaiIDQQJBygAgA20iAiACQQJMGyIFbCIWQQJqEFRFDQ4gFkEqaiEQIBZBAm1BLmohF0EAIRIDQCAAIBJBD2wiDkEuQQ8gFkHEIUHCECAHIBJyIhQgHkYbEFUCQCAUIBhPBEAgACAOQQZqIBdBAkECQcQhEFUMAQsCQCASQQNxBEBBLiEDIBZBAEwNAQNAIAAgDiADQQFBAUHEIRBVIAMgEEghBCADQQRqIQMgBA0ACwwBCyAAIA5BLiAWQYjTAEG0+AEgEhsQVwsgFCAeRw0AIAAgDkEuQQ5BAkHA+AMQVQsgEkEBaiISQRBHDQALDA0LQQAhA0HgrgpBDDoAACALLQCb5AghBCALLQCh5AghCEEBEAMhGwJAIAtBgBlqIhIgBEEPcSIRQQxsaiITLQAAQQdLDQAgEy8BCEUNACALKAK8oQhBAEchAwsgCEEDcSEKIAsoAryhCCEXIABBJEEJEFQEQEHyDRCWASEEIAYgEUEBajYCsAUgBkGwB2pBKCAEIAZBsAVqEMwCIABBBEEkIAZBsAdqQb/fA0EBEFwhBCADBEAgCyATLQAAIAZBsAdqQSgQFSAAIARBCmpBJSAGQbAHakG0+AEQYAsgAEHsAUHdIRBfIgRrQSVB3SFBwPgDQbT4ASAKQQNGGxBgIABB5gFB6xEQXyAEaiIEa0ElQesRQcD4A0G0+AEgCkECRhsQYCAAQeABQd7BABBfIARqIgRrQSVB3sEAQcD4A0G0+AEgCkEBRhsQYCAAQdoBQYYqEF8gBGprQSVBhipBtPgBQcD4AyAKGxBgCwJAIANFBEAgAEE8QSgQVARAIABB+ABBwABB4sYAQb/fA0EBEF4gAEHMPBBfQX5tQfgAakHQAEHMPEG0+AEQYCAAQezGABBfQX5tQfgAakHYAEHsxgBBtPgBEGALQcw7IQNB6K4KLQAARQ0QDAELIBMtAAAhAiAAQS5BChBUIQMCQCAXRQ0AIANFDQBBARADIQggEy8BCCEEIBMvAQYhAyAAQQRBLkHoAUEJQcQhEFUgC0HInwhqIQ4gA0HoAWwgF24hECADIARqQegBbCAXbiEUQQAhAwNAIAAgA0EEakEyIAMgDmotAABB1QBuIgRrIARBAXRBAXJBtPgBQbT4ASAIIAMgFE8bIAMgEEkbEFcgA0EBaiIDQegBRw0ACyAIQQF2Qe/3AXEhFEEAIQMDQAJAIBIgA0EMbGoiBC0AACIIQQdLDQAgBC8BCCIORQ0AIAIgCEcNACAAIAQvAQYiBEHnAWwgF24iCEEEaiIQQS5BASAEIA5qQecBbCAXbiAIayIEIARBAUwbQb9fIBQgAyARRiIEG0H//wNxEFYgACAQQS5BA0G/3wNBtPgBIAQbEFcLIANBAWoiA0EQRw0ACwJAIAsoAsShCCIDIAsoAsChCCIETQ0AIAMgBGsgF08NACAAIAStQugBfiAXrSIrgKciBEEEakEuQQIgA61C6AF+ICuApyAEayIDIANBAkwbQQlBv98DEFgLIAIgCywAlosBRw0AIAsoApiLASAXTw0AIAAgCzUCmIsBQucBfiAXrYCnQQRqQS5BCUHA+AMQVwsgCygCwKEIIRggCygCxKEIIQMCQCAAQTlBOxBURQ0AQX9B5wEgEy8BBiIeIBMvAQhqIhmtIBitIix9Ii1C5gF+IAMgFyADIBhLGyIWIBhrIh2tIit/pyIJIAlB5wFOGyIDIANBAEgbQQVqIgRBBEHsASAerSAsfSIuQuYBfiArf6ciDUEFaiIaIBpB7AFOGyIDIANBBEwbIgNLBEAgACADQTkgBCADa0E6QcQhEFULIABBBEHWAEHoAUHEIRBWIAtB4J0IaiEXIAtB+JsIaiECIBtBAnZB5/MAcSEHIBtBAXZB7/cBcSEbIC1C6AF+ICt/pyEcIC5C6AF+ICt/pyEFQQAhAwNAIAUgA0HoAWxB+P8DcUHmAW4iBEwgBCAcSHEhCCAEIBdqLQAAIg5BHGxB/wFuIRACQCACIARqLQAAIhRBCU0EQCADQQVqIQQMAQsgACADQQVqIgRB1gAgFEEcbEH/AW4iFGsgFEEBdEEBckG0+AEgByAIGxBXC0GfDyAbIAgbIQgCQCAOQQpPBEAgACAEQdYAIBBrIBBBAXRBAXIgCBBXDAELIAAgBEHWAEEBIAhBAXZB7/cAcRBXCyADQQFqIgNB5gFHDQALAkAgEy0AAUEDRw0AIApBA0cgEy0ACyIEIBMtAAoiA01xDQAgEy8BBiIOIBMvAQgiCCADbEH/AW5qIRAgAyAESQRAIAQgCGxB/wFuIQgLIABBf0HnASAQrSAsfULmAX4gK3+nIgMgA0HnAU4bIgMgA0EASBsiA0EFakHwAEEBQX9B5wEgCCAOaq0gLH1C5gF+ICt/pyIEIARB5wFOGyIEIARBAEgbIANrIgQgBEEBTBtBA0Hz7wEQVSAAIANBB2pB6QBB3SFB8+8BEGALAkAgCy0AsqEIIgNFDQAgHUGAvpIBQYD8pAIgA0EBRhsgCyATLQAAQdQAbGpBjJEIai8BACIEBH8gBAUgCy8BGAtB//8DcW4iBG5B8wBLDQAgBCAYakEBayIDIAMgBHBrIgMgFk8NAANAIAAgA60gLH1C5gF+ICt/p0EFakHvAEEEQbT4ARBXIAMgBGoiAyAWSQ0ACwtBACEDA0ACQCADIBFGDQAgEiADQQxsaiIELQAAIghBB0sNACAELwEIRQ0AIAggEy0AAEcNACAYIAQvAQYiBEsNACAEIBZPDQAgACAErSAsfULmAX4gK3+nIgRBBWpBOUE6QYjTABBXIAYgA0EBajYCoAUgBkGwB2pBKEGCDiAGQaAFahDMAiAAIARBB2pBOyAGQbAHakG0+AEQYAsgA0EBaiIDQRBHDQALAkAgGCAeSw0AIBYgHk0NACAAIBpBOUE6QZ8PEFcgACAaQTlBBUGfDxBWIAAgGkHyAEEFQZ8PEFYgACAaQTtBCUEHQZ8PEFUgBiARQQFqNgKQBSAGQbAHakEoQYIOIAZBkAVqEMwCIAAgDUEHakE8IAZBsAdqQcIQEGALAkAgGCAZTw0AIBYgGUkNACAAIAlBBGpBOUE6QZ8PEFcgACAJQTlBBUGfDxBWIAAgCUHyAEEFQZ8PEFYLIAssAJaLASATLQAARw0AIAsoApiLASAYSQ0AIAsoApiLASAWTw0AIAAgCzUCmIsBICx9QuYBfiArf6dBBWpBOUE6QcD4AxBXC0HgrgpBDjoAACAAQfUAQQYQVARAIBMvAQghAyATLQABQQNxQQJ0QbDaAGooAgAQlQEhBCATLQACIQggBkHexwBBh9QAIBMtAAMiDkECcRs2AoAFIAYgA0EEdjYC+AQgBiAENgLwBCAGIAhBGGs2AvQEIAZB8hFBh9QAIA5BAXEbNgL8BCAGQbAHakEoQd0IIAZB8ARqEMwCIABBBEH1ACAGQbAHakG/3wMQYCAGQQEgCy0As6EIQQNxdDYC4AQgBkGwB2pBKEHgCyAGQeAEahDMAiAAQewBIAZBsAdqEF9rQfUAIAZBsAdqQbT4ARBgC0HgrgpBDzoAAAJ/IAssALWhCCIEQQBOBEBB+jEgBCALai0AzOQIDQEaCyAKQQJ0QaD7AGooAgALIQNB6K4KLQAAQQFHDQ8LIABBgQEgAxDYAQwOCwJ/AkAgCy0A5ooBRQRAIAstAOeKAUUNAQtBgIADIAsoAvCKAUUNARogCygC8IoBDAELIAsQIAshDgJ/AkAgCy0A5ooBDQAgCy0A6IoBDQBBAAwBCyALKALsigELIQMCfyALLQDmigEEQEGcyAAhBEGK8AMhEEGK8AMMAQsgCy0A54oBBEBBxMQAIQRBh/0DIRBBv98DDAELQanDAEGGECALLQDoigEiCBshBEHz7wFBtPgBIAgbIRBB8+8BQb9fIAgbCyEIIABBJEEMEFQEQCAAQQRBJCAEQQEQW0EIakELIBAQVSAAQQhBJiAEQcIQQQEQXBogAEHsAUEmQZ8RQbT4AUEBEF0aCwJ/IAstAOiKAQRAIAMgCy0A5ooBRQ0BGgsgDiADayIEQQAgBCAOTRsLIQQgAEEyQR4QVARAIAYgBEEKbCIEQYDiCW42AtAEIAYgBEGA/QBuQQpwNgLUBCAGQbAHakEeQbcIIAZB0ARqEMwCIAAgAEEIQTIgBkGwB2ogCEH//wNxQQQQXEEQaiIEQTRB6hxBtPgBQQIQXBogACAEQcQAAn8CQCALLQDoigFFDQAgCy0A5ooBDQBBmMYADAELQdMVQe06IAstAOaKARsLQbT4AUEBEFwaCyAAQdIAQQYQVARAIAtBiJEIahDTASEEQdMcEJYBIQggBiAEQQpsIgRBgOIJbjYCwAQgBiAEQYD9AG5BCnA2AsQEIAZBsAdqQR4gCCAGQcAEahDMAiAAQQRB0gAgBkGwB2pBtPgBEGAgAEHsAUH9OxBfa0HSAEH9O0G0+AEQYAsgAEHaAEEUEFQEQCAAQQRB2gBB6AFBC0HEIRBVIABBBEHaACADrULoAX5CgIADgKdBCyALLQDmigEEf0GK8AMFQfPvAUGI0wAgCy0A6IoBGwsQVUGA4KcSIAsvARgiA24hBCADQY0GSwRAIARB6AFsIQhBASEDA0AgACADIAhsQYCAA25BBGpB2gBBC0G/3wMQVyADQQFqIgMgBGxBgIADSQ0ACwsgACAOrULoAX5CgIADgKdBA2pB2ABBAkEPQYf9AxBVQbwcEJYBIQMgBiAEQcAMbkEKcDYCtAQgBiAEQYD9AG42ArAEIAZBsAdqQR4gAyAGQbAEahDMAiAAQQRB5wAgBkGwB2pBtPgBEGAgAEHsAUHtDkGoKiAOQYCAA0kbIgMQX2tB5wAgA0GH/QMQYAsCQCALLQDmigEEQCAAQfIAQagUENgBQeiuCi0AAEUND0GcMyEDDAELIAstAOeKAQRAIABB8gBB4SwQ2AFB6K4KLQAARQ0PQZkeIQMMAQsgCy0A6IoBBEBBkDwhA0HorgotAABBAUcNASAAQfIAQeIoENgBDAELIABB8gBB0s8AENgBQeiuCi0AAEEBRw0OQdrCACEDCyAAQfoAIAMQ2AEMDQsgACALENkBDAwLIAAgC0EAENoBDAsLIABBBkEmIAsgGUECayIRakGoiwFqLQAAIhRBBXAiA0ECdEGA+wBqKAIAIANBAXRBlPsAai8BAEECEFwaQaAKEJYBIQQgGUGEA2wgC2oiA0G45ABqIggtAAAhDiADQbnkAGotAAAhECADQbrkAGotAAAhAyAGQeAANgKoBCAGIAM2AqQEIAYgEDYCoAQgBkHTJ0G3NCAOGzYCrAQgBkGwB2pBHiAEIAZBoARqEMwCIABBOiAGQbAHahDYAQJAIABBxABBIhBURQ0AIABBBkHEAEHkAUEiQYjTABBYIAgtAAEiDkGAA2whECAOBEAgDkECdCEEQQEhAwNAIAAgA0HkAWwgBG5BBmpBxQBBBEEgIANBA3EbQcQhEFcgA0EBaiIDIAgtAAFBAnQiBEkNAAsLIBBBgAYgDhshEiAILQACIg4EQCAIQQRqIRBBACEDA0AgECADQQJ0aiIELQADBEAgACAELwEAQeQBbCASbkEGakHiACAELQACQRhwa0EDQQMgGRADEFUgCC0AAiEOCyADQQFqIgMgDkH/AXFJDQALCyAUQQFNDQAgACALIBFBAXRqQayLAWovAQBB5AFsIBJuQQZqQcQAQSJBv98DEFcLQeiuCi0AAEEBRw0KIABB7ABBhh8Q2AFB6K4KLQAAQQFxRQ0KIABB9ABBniEQ2AEMCgsgGUECSQ0JIABBBkEoIAsgGUEwbGoiAy0AaUEFcEECdEHg+gBqKAIAQb/fA0EDEFwaIAMtAGohBCADLQBrIQggBiADLQBsNgKYBCAGIAg2ApQEIAYgBEEDcEECdEH0+gBqKAIANgKQBCAGQbAHakEYQdTTACAGQZAEahDMAiAAQcIAIAZBsAdqENgBIAsgGUEEdGoiBEH9pAFqIQsgBEH8pAFqIRIgA0HYAGohFEEAIQMDQCAAQfIAIANBBWwiBGsiCCAEQQhqIgQQVARAIAAgA0EcbEEKaiAIQRYgBAJ/QcQhIBItAAkgA00NABoCQCASLQAMRQ0AIBItAAtBDHAgAyALai0AAEEMcEcNAEG/3wMMAQsgGRADCxBVCyADQQFqIgNBCEcNAAtB6K4KLQAAQQFHDQkgAEGBAUGqLkGLJCAULQARGxDYAQwJCyALIBlBMGxqIQMgAEEkQQkQVARAQdDRABCWASEEIAYgCy0AkeQIQQFqNgKABCAGQbAHakEYIAQgBkGABGoQzAIgAEEEQSQgBkGwB2pBtPgBQQEQXBoLIANB2ABqIQMgAEEuQcgAEFQEQCAAQQRBLkHoAUHGAEHEIRBYIABBCEEyQeABQT4gAy0ACSADLQACIAMtAAogAy0ACxDfAQsgCy0AkeQIQQFGBEBBrdMAEJYBIQQgBiADLQAMQeQAbEH/AG42AvADIAZBsAdqQRggBCAGQfADahDMAiAAQfgAIAZBsAdqENgBQYrSABCWASEEIAYgAy0ADUH0A2xB/wBuNgLgAyAGQbAHakEYIAQgBkHgA2oQzAIgAEGAASAGQbAHahDYAQwJC0HorgotAABBAUcNCCAAQfoAQeUXENgBDAgLQeCuCkEROgAAIAsgBkHgBWoQFiECIAstALGhCCIDQQJLIQQgA0ECayEDAkAgAg0AIABBMkEeEFRFDQAgAEH4AEE2QdgVQb/fA0EBEF4gAEH4AEHCAEGEOkG0+AFBARBeCyADQQAgBBshGyALQYAZaiEOIAtBiJEIaiEcQQAhEQNAIAIgESAbaiIDSgRAAkAgACARQQxsIhdBJGoiBEEMEFRFDQAgBkHgBWogA2otAAAhFEG0+AEhCCALLQCxoQggA0YEQCAAQQAgBEHwAUELQcQhEFUgAEEAIARBAkELQZ8PEFVBv98DIQgLIAsgFCAGQbAHakEeEBUgAEEEIBdBJmogBkGwB2ogCEEBEFwaIBTAQQBIDQAgHCAUQdQAbGoiAygCDCEEQYAXEJYBIQggAy8BBCEQIAMtAAYhAyAGIARBCmwiBEGA4gluNgLYAyAGIAM2AtQDIAYgBEGA/QBuQQpwNgLcAyAGIBBBBWpBCm42AtADIAZBsAdqQR4gCCAGQdADahDMAiAAQeYBIAZBsAdqEF9rIBdBJ2ogBkGwB2pBtPgBEGBBACEIQQAhAwNAAn9BACAOIANBDGxqIhAtAAAiEkEHSw0AGkEAIBAvAQhFDQAaIBIgFEYLIAhqIQhBACEEAkAgDiADQQFyQQxsaiIQLQAAIhJBB0sNACAQLwEIRQ0AIBIgFEYhBAsgBCAIaiEIIANBAmoiA0EQRw0ACyAIBEAgAEHrASAXQSlqQQJBARADEFoLIAstALChCCAUdkEBcUUNACAAQesBIBdBKWpBAkHA+AMQWgsgEUEBaiIRQQNHDQELCwJAIAsQZCIDQQhPDQAgHCADQdQAbGoiEC0AAEUNACAAQcoAQRwQVEUNACAAQQRBygBB6AFBGkHEIRBVIAtByJ8IaiEOQQAhAwNAQQEhBCAAIANBBGpB1wAgAyAOai0AAEEMbEH/AW4iCGsgCEEBdEEBckEBEAMQVyADQQFqIgNB6AFHDQALA0AgACAEQegBbEEEdkEEakHhAEEDQbT4ARBXIARBAWoiBEEQRw0ACyALLQCWiwENACAQKAIMIgMgCygCmIsBTQ0AIAAgCzUCmIsBQucBfiADrYCnQQRqQcoAQRpBwPgDEFcLIBwQ0wEhAyAAQecAQQwQVARAQawgEJYBIQQgBkHQhQooAgA2AsgDIAYgA0EKbCIIQYDiCW42AsADIAYgCEGA/QBuQQpwNgLEAyAGQbAHakEeIAQgBkHAA2oQzAIgAEEEQecAIAZBsAdqQbT4ARBgIABBBEHvAEHoAUEDQcQhEFUgAEEEQe8AQYDuBSADayIDQQAgA0GA7gVNG0HoAWxBgO4FbkEDQbT4ARBVC0G4DRCWASEDIAYgCy0Am+QIQQ9xQQFqNgKwAyAGQbAHakEeIAMgBkGwA2oQzAJB6K4KLQAAQQFHDQcgAEH1AEHFywAQ2AFB6K4KLQAAQQFxRQ0HIABB/QAgBkGwB2oQ2AEMBwtB4K4KQRA6AABBASEDQQEQAyEHAkAgCy0ApAENACALLQCmAQ0AIAstAKcBQQBHIQMLIABBJEEJEFQEQCAAQQRBJEHrHkGSGiADG0G/3wNBtPgBIAMbQQEQXBoLIAstAJSLASEDIAstAKSKAQR/IAsvAbKKAUEPcQVBfwshFyAAQS5BOhBUBEAgC0H8DWohEiAAQQJBL0H9EUG0+AEQYCAAQQJBywBBthdBtPgBEGAgC0GEiwFqIQIgC0H0igFqIRsgA0EEdCEcIAtBgA9qIRRBACERA0AgESAcaiEQIAsvAfwOIQhBfyEEQQAhAwNAIAggA3ZBAXFFBEAgAyAEIBQgA0EGdGogECASIANBA3RqLQAAIg5BECAOG3BqLQAAQQFxGyEECyADQQ5NBEAgA0EBaiEDIARBAEgNAQsLIAAgEUEPbCIDQQFqIhBBNkENQRJBv19BxCFBwhAgBEEATiIIGyARIBdGIg4bQf//A3EQVQJAIAgEQCAGIARBAWo2AqADIAZBsAdqQR5Bgg4gBkGgA2oQzAIgACADIAZBsAdqEF9Bfm1qQQhqQT0gBkGwB2pBwhBBtPgBIA4bEGAMAQsgACADQQZqQT5BAkECQYjTABBVCyARIBtqLQAAIQ4gAiARai0AACEIAn8CQCARIBdGBEAgACAQQdIAQQ1BEkG/3wMQVQwBCyAAIBBB0gBBDUESIAdBxCEgDkH/AXFB/wFHIgUgBCAOR3EiExtBwhAgBRsQVUG/3wMgE0EBRw0BGgtBwhALIQQCQCAOQf8BRwRAIAYgDkEBajYCkAMgBkGwB2pBHkGCDiAGQZADahDMAiAAIAMgBkGwB2oQX0F+bWpBCGpB2QAgBkGwB2ogBBBgDAELIAjAQQBODQAgACADQQVqQdcAQZjPAEGK8ANBARBcGgsgCEEHcQRAIAAgA0ECakHhAEELQQJBwPgDEFULIAhBCHEEQCAAIANBAmpB0wBBpMoAIAQQYAsgCEEQcQRAIAAgA0EKakHTAEHoMSAEEGALIBFBAWoiEUEQRw0ACwtB6K4KLQAAQQFHDQYgAEHqAEGgEBDYAUHorgotAABBAXFFDQYgAEHyAEGjwAAQ2AFB6K4KLQAAQQFxRQ0GIABB/ABB98IAENgBDAYLQeCuCkETOgAAAkBBA0EGQQUgCy0Aj+QIIgJBAkYbIAJBAkkbIAsgAkEwbGotAIABQQBHaiACQQFGakEBaiIDIAstAKnpCCIEQQZrQQAgBEEGSxsiBEwNACALIAQgBkHgBWogBkGwB2oQYyAAQSUgBCALLQCp6QhGIAYoAuAFIAZBsAdqEN4BIARBAWoiCCADTg0AIAsgCCAGQeAFaiAGQbAHahBjIABBMSAIIAstAKnpCEYgBigC4AUgBkGwB2oQ3gEgBEECaiIIIANODQAgCyAIIAZB4AVqIAZBsAdqEGMgAEE9IAggCy0AqekIRiAGKALgBSAGQbAHahDeASAEQQNqIgggA04NACALIAggBkHgBWogBkGwB2oQYyAAQckAIAggCy0AqekIRiAGKALgBSAGQbAHahDeASAEQQRqIgggA04NACALIAggBkHgBWogBkGwB2oQYyAAQdUAIAggCy0AqekIRiAGKALgBSAGQbAHahDeASAEQQVqIgggA04NACALIAggBkHgBWogBkGwB2oQYyAAQeEAIAggCy0AqekIRiAGKALgBSAGQbAHahDeASAEQQZqIgQgA08NACALIAQgBkHgBWogBkGwB2oQYyAAQe0AIAQgCy0AqekIRiAGKALgBSAGQbAHahDeAQtB6K4KLQAAQQFHDQUgAEGBAUHJPRDYAQwFC0EAIQNB4K4KQRI6AAAgBiALIBlBMGxqIgQtAFw2AuAFIAYgBC0AXSIINgLkBSAGIAQtAF42AugFIAYgBC0AfzYC7AUgBEHYAGohFCALLQCR7ghFBEBBACAIQQpsIg5BgAVrQcAAbcEiBGtBASAEIA5BwQRrQf8ASRsgCEE6SSIIGyEQIARBGmpBGiAIGyESA0AgAEEmQcwAEFQEQCAAIANBOmwiBEEGakEmIANBAnQiCEHQ+gBqKAIAIAMQBUEBEFwaIAAgBEEQaiIOQTFBFEE8QcQhEFUCQCADQQFGBEAgACAEIBJqQTEgEEE8QQEQBRBVDAELIAAgDkHtACAGQeAFaiAIaigCAEE8bEH/AG0iBGtBFCAEIAMQBRBVCyADQQFqIgNBBEcNAQsLIAsgGWotAMqKASEDIABB8gBBBhBUBEAgAEEGQfIAQeQBQQRBxCEQVSAAQQZB8gAgA0HkAWxB/wFuQQRB8+8BEFULAkAgGQRAQeDSABCWASEDIAYgFC0AB0HkAGxB/wBuNgLwAiAGQbAHakEeIAMgBkHwAmoQzAIMAQsgBkGOwAAoAAA2AMcHIAZBh8AAKQAANwPAByAGQf8/KQAANwO4ByAGQfc/KQAANwOwBwtB6K4KLQAAQQFHDQUgAEH6AEG30QAgBkGwB2ogCy0Ake4IGyAGQbAHaiAZGxDYAUHorgotAABBAXFFDQUgAEGCAUHnJxDYAQwFCyAAQSZBzAAQVARAIABBBkEmQcfSAEEAEAVBARBcGiAAQQZBOEHkAUEMQcQhEFUCQCAZBEAgAEEGQTggFC0AB0HkAWxB/wBuQQxBABAFEFUgBiAULQAHQeQAbEH/AG42AoADIAZBsAdqQR5B7dMAIAZBgANqEMwCDAELIAZBosAALQAAOgDAByAGQZrAACkAADcDuAcgBkGSwAApAAA3A7AHCyAAQQZBzAAgBkGwB2pBv98DQQIQXBoLQeiuCi0AAEEBRw0EIABB+gBB8RsQ2AEMBAsgACALEOABDAMLQeCuCkELOgAAIBlFBEACQCAAQSRBCRBURQ0AIABBBEEkQYEVQbT4AUEBEFwaIABBHEEkIAsgGRAEQb/fA0EBEFwaIABB0ABBJUHKxABBwPgDEGBB6K4KLQAAQQFHDQAgAEGWAUElQdIUQbT4ARBgCyAAIAsgGUEuQRYQ1wEMAwsCQAJAAkACQCALIBlBMGxqQdgAaiIQLQAXQQNrDgQBAAEBAgsCQCAAQSRBCRBURQ0AIABBBEEkIAsgGRAEQb/fA0EBEFwaQeiuCi0AAEEBRw0AIABB+ABBJUG3MUG0+AEQYAsgEEEAIAZBsAdqEEwgBi0AtghBH3EiJRCcAiETIwBBEGsiC0EAOgAOIAtBADsBDCAGQagHaiIIQf//AzsAACAGQaoHaiIFICVBH3FBGGxBkLgGaiICKAIAIgRBBHZBA3EiBwR/IAtBDGogB2otAAAFQQALOgAAIARBgAFxBEAgCEEAOgAACyAEQQNxIQcgBEHAAHEEQCAIQQA6AAELIAcEQCALQQxqIAdqIgcgBEEEcQR/IActAABBAXIFQQELOgAACyAFIAIoAgQiBEEEdkEDcSIHBH8gC0EMaiAHai0AAAVBAAs6AAEgBEGAAXEEQCAIQQE6AAALIARBA3EhByAEQcAAcQRAIAhBAToAAQsgBwRAIAtBDGogB2oiByAEQQRxBH8gBy0AAEECcgVBAgs6AAALIAUgAigCCCIEQQR2QQNxIgcEfyALQQxqIAdqLQAABUEACzoAAiAEQYABcQRAIAhBAjoAAAsgBEEDcSEHIARBwABxBEAgCEECOgABCyAHBEAgC0EMaiAHaiIHIARBBHEEfyAHLQAAQQRyBUEECzoAAAsgBSACKAIMIgRBBHZBA3EiBwR/IAtBDGogB2otAAAFQQALOgADIARBgAFxBEAgCEEDOgAACyAEQQNxIQcgBEHAAHEEQCAIQQM6AAELIAcEQCALQQxqIAdqIgcgBEEEcQR/IActAABBCHIFQQgLOgAACyAFIAIoAhAiBEEEdkEDcSIHBH8gC0EMaiAHai0AAAVBAAs6AAQgBEGAAXEEQCAIQQQ6AAALIARBA3EhByAEQcAAcQRAIAhBBDoAAQsgBwRAIAtBDGogB2oiByAEQQRxBH8gBy0AAEEQcgVBEAs6AAALIAUgAigCFCICQQR2QQNxIgQEfyALQQxqIARqLQAABUEACzoABSACQYABcQRAIAhBBToAAAsgAkHAAHEEQCAIQQU6AAELIABBLkHaABBURQ0FIAZBrwdqISEgBkGuB2ohFSAGQa0HaiEdIAZBrAdqIRogBkGrB2ohCiAGQYQHaiEiIAZBgAdqISAgBkHwBmpBDHIhDSAGQfAGakEIciEeIAZB8AZqQQRyIRggBkHkBmohIyAGQeAGaiEMIAZB0AZqQQxyIR8gBkHQBmpBCHIhCSAGQdAGakEEciEWIABBBEEuQegBQdkAQcQhEFhBMCEIA0BBBiEDIAAgCEEBEFQEQANAIAAgAyAIQQFBAUHEIRBVIANB4gFJIQQgA0EIaiEDIAQNAAsLIAhB/QBJIQMgCEEIaiEIIAMNAAsgBkIANwOgByAGQgA3A5gHIAZCADcDkAdBACECIAYtAK8HIRcgBi0ArgchESAGLQCtByEUIAYtAKwHIQsgBi0AqwchEiAGLQCqByEOA0BBACEIA0AgBkGQB2ogCEECdGohAwJAQQEgCHQiBCAOcUUNACAGKAKQByIQIAMoAgBIDQAgAyAQQQFqNgIACwJAIAQgEnFFDQAgBigClAciECADKAIASA0AIAMgEEEBajYCAAsCQCAEIAtxRQ0AIAYoApgHIhAgAygCAEgNACADIBBBAWo2AgALAkAgBCAUcUUNACAGKAKcByIQIAMoAgBIDQAgAyAQQQFqNgIACwJAIAQgEXFFDQAgBigCoAciECADKAIASA0AIAMgEEEBajYCAAsCQCAEIBdxRQ0AIAYoAqQHIgQgAygCAEgNACADIARBAWo2AgALIAhBAWoiCEEGRw0ACyACQQFqIgJBBkcNAAsgBigCpAchJCAGKAKgByEnIAYoApwHISYgBigCmAchKCAGKAKUByEpIAYoApAHISogBkIANwPgBiAGQgA3A9gGIAZCADcD0AZBASEbA0BBASEDA0ACQEEGIANrIgRBAnQiCCAGQdAGamoiECgCAA0AIBtBASAEdCIEIBNxRXENAAJAAkACQAJAIAQgDnEEQCAGQaoHaiECIAZB8AZqIQcgBkHQBmohBQwBCyAWIQUgGCEHIAohAiAEIBJxDQAgCSEFIB4hByAaIQIgBCALcQ0AIB8hBSANIQcgHSECIAQgFHENACAMIQUgICEHIBUhAiAEIBFxDQAgIyEFICIhByAhIQIgBCAXcUUNAQsgBSgCAEUNAEEAIQQCQAJAAkACQAJAIANBBkcEQCAGKALQBgR/IAItAABBAXEFQQALIQQgA0EFRg0BCyAGKALUBgRAIAQgAi0AAEEBdkEBcWohBAsgA0EERg0BCyAGKALYBgRAIAQgAi0AAEECdkEBcWohBAsgA0EDRg0BCyAGKALcBgRAIAQgAi0AAEEDdkEBcWohBAsgA0ECRg0BCyAGKALgBgRAIAQgAi0AAEEEdkEBcWohBAsgA0EBRg0BCyAGKALkBkUNACAEIAItAABBBXZBAXFqIQQLIAZB8AZqIAhqIgggByoCACAEs5I4AgAgBEUNAiAIIByyOAIADAELIAZB8AZqIAhqIByyOAIACyAcQQFqIRwLIBBBATYCAAsgA0EBaiIDQQdHDQALIBtBAXEhA0EAIRsgAw0ACwwCCyAAIAsQ4AEMBAsCQCAAQSRBCRBURQ0AIABBBEEkIAsgGRAEQb/fA0EBEFwaQeiuCi0AAEEBRw0AIABB7gBBJUHhNEG0+AEQYAsgAEEEQS5B6AFBxgBBxCEQWEEwIQgDQEEGIQMgACAIQQEQVARAA0AgACADIAhBAUEBQcQhEFUgA0HiAUkhBCADQQhqIQMgBA0ACwsgCEHqAEkhAyAIQQhqIQggAw0ACyAAQQVB0QBB5gFBxCEQViAQLQAIQQFxIQ5BfyEEQQAhAwNAIAMgA0HyAGsgA0HyAEkbIQggDgR/QeQAQZx/IAhBOUkbBUH/ACAIQQh0QYD+A3FB8gBuawtBHWzBQYB/bUHRAGpB//8DcSEIIARBAE4EQCAAIANBBWogBCADQQZqIAhBnw8QWQsgCCEEIANBAWoiA0HkAUcNAAsgEC0AAUEObEH/AG4hFCAQLQAAQcoBbEH/AG4iEkEEayEIQQghAyASQQhqIQ4DQAJAIAAgAyADIAhOBH8gAyAOSQR/IAMgEmtBBGogFGxBdG1BNmoFIAMgDmtBAXRB/v8DcUEDbkE2agsiBEHxAEoNAUEvIAQgBEEvTBsFQTYLQQFBAkHA+AMQVQsgA0EBaiIDQegBRw0ACyALIBlBACAQLQAAIAZBsAdqQQwQYUGW0wAQlgEhAyAGIBAtAAFB5ABsQf8AbjYClAIgBiAGQbAHajYCkAIgBkHgBWpBHiADIAZBkAJqEMwCQeiuCi0AAEEBRw0DIABB+AAgBkHgBWoQ2AFB6K4KLQAAQQFxRQ0DIABBgAFBkz8Q2AEMAwsgBgJ/IAYqAvAGQwAAYENBASAcIBxBAUwbs5UiMJQgMEMAAAA/lCIxkiIvi0MAAABPXQRAIC+oDAELQYCAgIB4CyIIQQFrNgKwBiAGAn8gBioC9AYgMJQgMZIiL4tDAAAAT10EQCAvqAwBC0GAgICAeAsiDkEBazYCtAYgBgJ/IAYqAvgGIDCUIDGSIi+LQwAAAE9dBEAgL6gMAQtBgICAgHgLIhBBAWs2ArgGIAYCfyAGKgL8BiAwlCAxkiIvi0MAAABPXQRAIC+oDAELQYCAgIB4CyISQQFrNgK8BiAGAn8gBioCgAcgMJQgMZIiL4tDAAAAT10EQCAvqAwBC0GAgICAeAsiBUEBazYCwAYgBgJ/IAYqAoQHIDCUIDGSIjCLQwAAAE9dBEAgMKgMAQtBgICAgHgLIhxBAWs2AsQGQQAhBCAGQekAQRZBxwAgKiApICkgKkgbIgMgKCADIChKGyIDICYgAyAmShsiAyAnIAMgJ0obIgMgJCADICRKGyIDQQAgA0EAShtBAWpuIgMgA0EWTxsiAyAqbCIaazYCkAYgBkHpACADIClsIh5rNgKUBiAGQekAIAMgKGwiCWs2ApgGIAZB6QAgAyAmbCIdazYCnAYgBkHpACADICdsIg1rNgKgBiAGQekAIAMgJGwiH2s2AqQGQfUAIB9rIQtB9QAgDWshFEH1ACAdayERQfUAIAlrIRdB9QAgHmshAkH1ACAaayEbIBxBCGohHCAFQQhqIQUgEkEIaiEHIBBBCGohCiAOQQhqIRggCEEIaiEWIBkQAyESA0AgBEECdCIDIAZBkAZqaiEIIAZBsAZqIANqIQ4gBkGqB2ogBGoiEC0AACIDQQFxBEAgACAWIBsgDigCAEEJaiAIKAIAQbT4ARBZIBAtAAAhAwsgA0ECcQRAIAAgGCACIA4oAgBBCWogCCgCAEG0+AEQWSAQLQAAIQMLIANBBHEEQCAAIAogFyAOKAIAQQlqIAgoAgBBtPgBEFkgEC0AACEDCyADQQhxBEAgACAHIBEgDigCAEEJaiAIKAIAQbT4ARBZIBAtAAAhAwsgA0EQcQR/IAAgBSAUIA4oAgBBCWogCCgCAEG0+AEQWSAQLQAABSADC0EgcQRAIAAgHCALIA4oAgBBCWogCCgCAEG0+AEQWQsgBEEBaiIEQQZHDQALIBNBAXEEQCAAIBYgGyAaQQRqQbT4ARBXCyATQQJxBEAgACAYIAIgHkEEakG0+AEQVwsgE0EEcQRAIAAgCiAXIAlBBGpBtPgBEFcLIBNBCHEEQCAAIAcgESAdQQRqQbT4ARBXCyATQRBxBEAgACAFIBQgDUEEakG0+AEQVwsgE0EgcQRAIAAgHCALIB9BBGpBtPgBEFcLIABBCEH5AEHgAUGI0wAQVkEAIQMCQCAGLACoByIEQQBIDQAgBiwAqQciCEEASA0AIAAgBEECdCIOIAZBsAZqaigCACIEQRJqIAZBkAZqIA5qKAIAIg5BBmpBBEHA+AMQViAAIARBFGogCEECdCIQIAZBkAZqaigCACILQQNrIgggDiALa0EKakHA+AMQVyAAIAZBsAZqIBBqKAIAIg5BCWoiECAIIAQgDmtBC2pBwPgDEFYgACAQIAhBA0HA+AMQVwsgBkHAB2ohCwNAIAsgA0EVbGotAAAhDiAAIANBAnQiCCAGQbAGamooAgAiBCAGQZAGaiAIaigCACIIQRJBDCASQYjTACATIAN2QQFxIhAbEFUgACAEIAggDkEEdEHjAG5BDGxBBHYiDmtBDGpBAiAOQb/fAxBVIAZBBiADazYC4AIgBkGEBmpBDEGCDiAGQeACahDMAiAAIARBB2ogCEEDaiAGQYQGakHCEEG/3wMgEBtBARBcGiADQQFqIgNBBkcNAAsgBiAlQQFqNgLQAiAGQYQGakEMQbENIAZB0AJqEMwCIABBCEH9ACAGQYQGakHA+ANBARBcGiAGIAYtALcINgLAAiAGQYQGakEMQf8NIAZBwAJqEMwCIABBPEH+ACAGQYQGakHA+AMQYCAGQYYGaiEOQQAhAwNAAkAgA0FrbCAGakGZCGoiBC0AEQRAIA5BwxEtAAA6AAAgBkHBES8AADsBhAYMAQsgBC0AE0HkAGogBC0AEiIIQeQAbEEyIAgbbCIEQZDOAG4hCCAEQeQAbkHkAHAiBARAIAYgCDYCsAIgBiAEQQpuNgK0AiAGQYQGakEMQeYMIAZBsAJqEMwCDAELIAYgCDYCoAIgBkGEBmpBDEGCDiAGQaACahDMAgsgACADQRhsQdoAakH+ACAGQYQGakG0+AEQYCADQQFqIgNBBkcNAAsMAgsgCCARTgRAIAVBAXZBLmohDiARIQMDQCADQQxvRQRAIABBACAOIAggA2sgBWxqQfABQYjTABBWCyADIAhGIQQgA0EBaiEDIARFDQALCyAFIAJBA0prIQlBcCEUA0ACQCAHIBRqIgRBAEgNACAEIBhODQAgFEEPbCEKQQAhAyAaIARBKGxqIRADQAJAIBAgA0EKbGoiBBCgAQ0AIBEgBC0AACIOSg0AIAggDkgNACAELAAJQQ9sQRhtIRsCfyAUIAQtAAIiEkH/AHEiF0EBIBdBAUsiAhtqQQ9sIhdBAWogEsAiHEEASA0AGiAXQQJrIAQtAAgiEkUNABogFyASQQ9sQeQAbmpBEGsLIhJBAEwNAEHz7wEgEyAcQQBIIAJyGyEXQe8BIBIgEkHvAU8bIQIgCiAbwWoiEkEAIBJBAEobIRIgCCAOayAFbEEuaiEOAkAgBC0AASIbQTJNBEAgACASIA4gAiASayAFIBcQWAwBCyAAIBIgDiACIBJrIAlBv18gFyAbQf4ASxtB//8DcRBVCyAUQQBIDQAgACASIA5BAiAFQb/fAxBVIAQtAAMiBEHkAE8gBEH+AXFB+ABHcQ0AIAAgEkEDaiAOQQIgBUHCEBBVCyADQQFqIgNBBEcNAAsLIBRBAWoiFEEQRw0ACwJAIAssAMDkCCIDQQBIDQAgCy0AxOQIRQ0AIAstAJDkCCADQQR2Rw0AIAAgA0EPcUEPbEEBa0EuQRAgFkGH/QMQWAsCQCALLQCo5AhFDQAgCywAle4IIgNBAEgNACALLQCQ5AggA0EEdkcNACAAIANBD3FBD2xBLkEPIBZBivADEFgLIAYgCEEMb0ECdEGw9gBqKAIANgKwASAGQbAHakEeQbYKIAZBsAFqEMwCIABB7AEgBkGwB2oQX2tBLyAGQbAHakG0+AEQYCARIAZBkAdqQQwQsgEgAEHsASAGQZAHahBfayAWQShqIAZBkAdqQbT4ARBgCyAWQTFqIRQCQAJAIAssAMDkCEEASA0AIAstAMTkCEUNACAAIBRB1wAgFmsiBBBURQ0CQQAhAwJ/QQAgGiALLADA5AhBKGxqEKABRQ0AGkEBIBogCywAwOQIQShsakEKahCgAUUNABpBAiAaIAssAMDkCEEobGpBFGoQoAFFDQAaIBogCywAwOQIQShsakEeahCgAQ0CQQMLIQggCywAwOQIIQ4gAEEAIBRB8AEgBEHEIRBVIAZCADcD8AUgBkIANwPoBSAGQgA3A+AFIBogCywAwOQIQShsaiIEEKABIhBFBEAgBC0AACAGQfAGakEGELIBIAZB4AVqEM0CIQMgBkGH1AA2AqABIAYgBkHwBmo2AqQBIAMgBkHgBWpqQRggA2tB7gggBkGgAWoQzAJBASEDCyAaIAssAMDkCEEobGpBCmoiBBCgAUUEQCAELQAAIAZB8AZqQQYQsgEgBkHgBWoQzQIhBCAGQYfUAEGG1AAgEBs2ApABIAYgBkHwBmo2ApQBIAQgBkHgBWpqQRggBGtB7gggBkGQAWoQzAIgA0EBaiEDCyAaIAssAMDkCEEobGpBFGoiBBCgAUUEQCAELQAAIAZB8AZqQQYQsgEgBkHgBWoQzQIhBCAGQYbUAEGH1AAgAxs2AoABIAYgBkHwBmo2AoQBIAQgBkHgBWpqQRggBGtB7gggBkGAAWoQzAJBASEDCyAaIAssAMDkCEEobGpBHmoiBBCgAUUEQCAELQAAIAZB8AZqQQYQsgEgBkHgBWoQzQIhBCAGQYbUAEGH1AAgAxs2AnAgBiAGQfAGajYCdCAEIAZB4AVqakEYIARrQe4IIAZB8ABqEMwCCyAAQQQgFkE0aiIDIAZB4AVqQb/fAxBgAkAgGiAOQShsaiAIQQpsaiIELAACQQBIBEAgBkHUkpUCNgKwBwwBC0GKGRCWASEIIAYgBC0AAkH/AHE2AmAgBkGwB2pBHiAIIAZB4ABqEMwCCyAAQfgAIAMgBkGwB2pB8+8BEGACQAJAAkACQCAELQADIgRB+ABrDgIAAQILIAZBmCwtAAA6ALQHIAZBlCwoAAA2ArAHDAILIAZCzp6BsZSJkyY3A7AHDAELIAYgBDYCUCAGQbAHakEeQe3TACAGQdAAahDMAgsgAEG0ASADIAZBsAdqQYf9AxBgIABBBCAWQTxqQY0wQbT4ARBgDAILIAAgFEHXACAWaxBURQ0BQegBQQEgGCAdakEBayAdbiIRIBFBAUwbIhxuIhdBAmshAiAWQTRqIRtBACEDA0BBv98DIQQgEyEIIAAgAyAXbCIOQQRqIBQgAkEKIAMgCy0AkOQIQQR0IhIgHW5HBH9Bv19BtPgBIBJBD3IgHW4gA0YiCBshBCATQYjTACAIGwUgCAsQWCAGIANBAWoiAzYCQCAGQbAHakEeQYIOIAZBQGsQzAIgACAOQQZqIBsgBkGwB2ogBEH//wNxEGAgAyARSQ0ACyAeQQBIDQEgACAcIB5sIBdsIBhuQQRqIBZBPGpBAkEEQcD4AxBVDAELIABBACAUQfABIARBxCEQVSAAQQQgFkE0akH0NkG0+AEQYAsgBkHQCGokAAwHCyMAQcABayICJAAgAiABLwEYIgRBCm4iCDYCUCACIAQgCEEKbGtB//8DcTYCVCACQeAAakEQQeYMIAJB0ABqEMwCIAIgAS0AGjYCQCACQfAAaiIEQRBB7dMAIAJBQGsQzAICQCABLQAbBEBBihkQlgEhCCACIAEtABtBBHQ2AjAgAkGAAWpBECAIIAJBMGoQzAIMAQsgAkHJnJkCNgKAAQsgAiABLQDJ0AdB5ABsQf8AbjYCICACQZABaiIIQRBB7dMAIAJBIGoQzAICQCABLQAkBEBBhA0QlgEhAyACIAEtACQ2AhAgAkGgAWpBECADIAJBEGoQzAIMAQsgAkHPjJkCNgKgAQsgAiABLQAqQRhrNgIAIAJBsAFqIgNBEEGeEyACEMwCIABBGUEKEFQEQEGnERBfIQUgAEEEQRtBpxEgAS0AjOQIQQFGBH8gAEECQRkgBUEEakEJQZ8PEFVBwhAFQbT4AQsQYEHBERBfIQcgACAFQQ1qQRtBwREgAS0AjOQIQQpGBH8gACAFQQtqQRkgB0EEakEJQZ8PEFVBwhAFQbT4AQsQYCAFIAdqQRZqIQVBvyMQXyEHIAAgBUEbQb8jIAEtAIzkCEEGRgR/IAAgBUECa0EZIAdBBGpBCUGfDxBVQcIQBUG0+AELEGAgBSAHakEJaiEFQZsbEF8hByAAIAVBG0GbGyABLQCM5AhBA0YEfyAAIAVBAmtBGSAHQQRqQQlBnw8QVUHCEAVBtPgBCxBgIAUgB2pBCWohBUH1MRBfIQcgACAFQRtB9TEgAS0AjOQIQQRGBH8gACAFQQJrQRkgB0EEakEJQZ8PEFVBwhAFQbT4AQsQYAsgAEEwIAEtAKjpCEVB1ykgAkHgAGoQ3gEgAEE8IAEtAKjpCEEBRkGlMiAEEN4BIABByAAgAS0AqOkIQQJGQbowIAJBgAFqEN4BIABB1AAgAS0AqOkIQQNGQds0IAgQ3gEgAEHgACABLQCo6QhBBEZBoSsgAkGgAWoQ3gEgAEHsACABLQCo6QhBBUZBrjggAxDeAUHorgotAABBAUYEQCAAQfwAQaEiENgBCyACQcABaiQADAYLQQAhByMAQeABayICJAAgAUEAIAJBFBDcASABQQEgAkEUakEUENwBIAFBAiACQShqQRQQ3AEgAUEDIAJBPGpBFBDcASABQQQgAkHQAGpBFBDcASABQQUgAkHkAGpBFBDcASABQQYgAkH4AGpBFBDcASABQQcgAkGMAWpBFBDcASABQQggAkGgAWpBFBDcASABQQkgAkG0AWpBFBDcASABQQogAkHIAWpBFBDcASABLQCn6QgiBUEHa0EAIAVBB0sbIgNBCkwEfyADQQFqIQgDQAJAIAAgB0EMbEEaaiADIAdqIgUgAS0Ap+kIRiAFQQJ0QbD7AGooAgAQlQEgAiAFQRRsahDeASAHQQZLDQAgByAIaiEFIAdBAWohByAFQQtJDQELCyABLQCn6QgFIAULQf4BcUEGRgRAIABB/ABBgzEQ2AELIAJB4AFqJAAMBQtBACEDIwBB0ABrIgckACAAQQZBHEHNOkG/3wNBAhBcGiAAQeoBQSBBjx5BtPgBQQEQXRogAEEEQSxB6AFBxCEQViABQbCKAWohCiABQe0AaiEMIAFBGGohDQNAIAAgA0EObCICQS9qIgtBDhBUBH8gAyABLQCl6QhHIhNFBEAgAEEAIAJBLmpB8AFBDkHEIRBVCyAHIANBAWoiGDYCICAHQTBqQRBBrQwgB0EgahDMAiAAQQQgAkEyaiIaIAdBMGogAxADQQEQXBpBf0EAIANBAUsiBBshCCAMIANBMGxqIh0tAABBBnBB2PUAai0AACEFAkAgBA0AIBMNACABLQCm6QghCAsgDSADIAgQoQEiCCAFbEEIbSEEIAEtAKSKAQR/IAogA0EBdGovAQAgCHAFQX8LIR4gCEEASgRAQaABIAQgBEGgAU4bIgQgCCAEIAhKGyEWIAJBMWohCUEAIQUDQCAFIgJBAWoiBSAWbCAIbiACIBZsIAhuIgRrIhEgEUECSmshESAAIARBFmogCSARQQkCf0G/3wMgAiAeRg0AGiADEAMiBCACQQNxRQ0AGiAEQQF2Qe/3AXELEFUgBSAIRw0ACwsgAEHGACALQQxBtPgBEFcgAEH2ACALQQxBtPgBEFcgAEGmASALQQxBtPgBEFcgHS0AACECIAcgCDYCECAHIAJBBnBBAnRB4PUAaigCADYCFCAHQTBqQRBBsQkgB0EQahDMAiAAQewBIBogB0EwakG0+AFBv98DIBMbQQEQXRogGAUgA0EBagsiA0EGRw0ACwJAIAEtAKXpCCICQQJJBEAgByABIAIgAS0ApukIEBIQlQE2AgAgB0EwakEYQfQJIAcQzAJB6K4KLQAAQQFHDQEgAEGCASAHQTBqENgBDAELQeiuCi0AAEEBRw0AIABBggFBzh8Q2AELIAdB0ABqJAAMBAsjAEGQAWsiAiQAIAIgAS0A3YoBQQFqNgIgIAJB8ABqQRhB+AogAkEgahDMAiACIAEtAKvpCEEBajYCECACQdAAakEYQfgKIAJBEGoQzAIgAiABQRhqEKoBNgIAIAJBMGpBGEGCDiACEMwCIAEtAOiQCCEFIABBBkEcQZ02Qb/fA0ECEFwaIABB6gFBIEGpwwBBwcMAIAUbQbT4AUEBEF0aIABBBEEsQegBQcQhEFYgAEEwIAEtAKrpCEVBnTYgAkHwAGoQ3gEgAEE8IAEtAKrpCEEBRkG0HCACQdAAahDeASABLQCq6QghBSAAQcgAQQwQVARAIABBBkHKAEGNGyAFQf8BcUECRgR/IABBAEHIAEHwAUELQcQhEFUgAEEAQcgAQQJBC0GfDxBVQb/fAwVBtPgBC0EBEFwaCyABLQCt6QghBSABLQCq6QghByAAQdQAQQwQVARAIABBBkHWAEG1KEHOJiAFGyAHQf8BcUEDRgR/IABBAEHUAEHwAUELQcQhEFUgAEEAQdQAQQJBC0GfDxBVQb/fAwVBtPgBC0EBEFwaCyAAQeAAIAEtAKrpCEEERkHNFyACQTBqEN4BIABB8ABBgSYQ2AEgAEEEQfoAQYfRAEHNNSABLQCkigEbQcD4A0G0+AEgAS0ApIoBGxBgIAJBkAFqJAAMAwsjAEGwAWsiBSQAIAAgASICIAItAJLuCEEDcEECdEHw+wBqKAIAQb/fAxDdAQJAIAItAJLuCCIHQQJGBEACQCACLQAuIgdBPGtB/wFxQQhNBEAgBUGPKS0AADoAhAEgBUGLKSgAADYCgAEMAQsgB0E7TQRAIAUgBzYCECAFQYABakEQQY0NIAVBEGoQzAIMAQsgBSAHQUBqNgIgIAVBgAFqQRBBkw0gBUEgahDMAgsgAEEEQTBB8ABBOEGfDxBYIABBCEE0QYgeQZ8PQQEQXBogAEEIQcIAIAVBgAFqQb/fA0ECEFwaIABB+gBBMEHyAEE4QcD4AxBYIABB/gBBNEGrEUHA+ANBARBcGiAAQf4AQcIAIAItAC8iB0ERcEECdEGA/ABqKAIAQdryA0G0+AEgBxtBAhBcGiAFIAItAMnQB0HkAGxB/wBuNgIAIAVBkAFqQRhBydMAIAUQzAIgAEEGQe4AIAVBkAFqQfPvARBgQeiuCi0AAEEBRw0BIABB+ABBsB0Q2AEMAQsgAEEEQTBBygBBOEGI0wBBnw8gBxsQWCAAQQhBNEH+EEGfD0EBEFwaIABBCEHAACACLQAcQQNxQQJ0QeD7AGooAgBBv98DQQIQXBogBSACLQAdQeQAbEH/AG42AnAgBUGQAWpBGEHq0wAgBUHwAGoQzAIgAEEIQdQAIAVBkAFqQcD4AxBgIAUgAi0AHkHkAGxB/wBuNgJgIAVBkAFqQRhBjdMAIAVB4ABqEMwCIABBCEHcACAFQZABakHz7wEQYCAAQdIAQTBBygBBOEHa8gNBiNMAIAItAJLuCBsQWCAAQdYAQTRB18gAQdryA0EBEFwaIAUgAi0AK0HkAGxB/wBuNgJQIAVBkAFqQRhB7dMAIAVB0ABqEMwCIABB1gBBwAAgBUGQAWpBv98DQQIQXBogBSACLQAsQeQAbEH/AG42AkAgBUGQAWpBGEG/0wAgBUFAaxDMAiAAQdYAQdQAIAVBkAFqQcD4AxBgIAUgAi0ALUHkAGxB/wBuNgIwIAVBkAFqQRhBjdMAIAVBMGoQzAIgAEHWAEHcACAFQZABakHz7wEQYCAAQaABQTBBzABBOEGI0wAQWCAAQaQBQTRB7S1BwPgDQQEQXBogAEGkAUHCAEEKQR5BxCEQVSAAQaQBQeAAIAItAI8BQR5sQf8AbiIHa0EKIAdBARADEFUgAEGyAUHCAEEKQR5BxCEQVSAAQbIBQeAAIAItAL8BQR5sQf8AbiIHa0EKIAdBAhADEFUgAEHAAUHCAEEKQR5BxCEQVSAAQcABQeAAIAItAO8BQR5sQf8AbiIHa0EKIAdBAxADEFUgAEHOAUHCAEEKQR5BxCEQVSAAQc4BQeAAIAItAJ8CQR5sQf8AbiIHa0EKIAdBBBADEFUgAEHcAUHCAEEKQR5BxCEQVSAAQdwBQeAAIAItAM8CQR5sQf8AbiIHa0EKIAdBBRADEFUgAi0A8LIBBEAgAEEEQTBBygBBOEHEIRBVIABBCEHGAEH5PEHA+AMQYCAAQQhBzgBB6xVBwPgDEGALAkBB6K4KLQAAIgJBAUYEQCAAQfAAQbAdENgBQeiuCi0AAEEBcQ0BDAILIAJFDQELIABB+ABBxygQ2AELIAVBsAFqJAAMAgsgACABQQEQ2gEMAQsjAEFAaiICJAAgAEEGQRxBny5Bv98DQQIQXBogAEHqAUEgQaQVQbT4AUEBEF0aIABBBEEsQegBQcQhEFYgAS0Ar+kIIQcgAS0ArukIIQUgAEE0QTQQVARAIABBCkE2QdoAQS4gBRADEFUgAiAFQQFqNgIQIAJBIGpBHkGtDCACQRBqEMwCIABBN0E8IAJBIGpBwhBBAxBeIABBN0HYACABIAUQAkHCEEEBEF4gAEH4AEHGAEGiygBBv98DQQMQXiAAQYwBQTZB2gBBLiAHQQZwIgUQAxBVIAIgBUEBajYCACACQSBqQR5BrQwgAhDMAiAAQbkBQTwgAkEgakHCEEEDEF4gAEG5AUHYACABIAUQAkHCEEEBEF4LIABB7gBByxkQ2AFB6K4KLQAAQQFGBEAgAEH4AEGQPRDYAQsgAkFAayQAC0HgrgpBGDoAAAJAIAEtAK/kCEUNACABQY/kCEGw5AggAS0AsuQIQQJGG2otAAAhAiAAQTJBxgAQVEUNACAAQShBMkGgAUHEAEHCEBBVIABBKEEyQaABQcQAIAIQAxBYIABBKUEzQZ4BQcIAIAIQAxBYIABB+ABB3AACfyABLQCy5AhBAkYEQCAPIAEtALPkCEEBajYCICAPQcACakEYQYIOIA9BIGoQzAIgAEH4AEE6IA9BwAJqIAIQA0EEEF4gASACIAEtALPkCCIFEBIQlQEhByAPIAVBD3FBA3QgASACQYQLbGpB+AJqIAJBgBRsIAFqQcANayACQQJJG2otAARBDHBBAnRBwLAGaigCABCVATYCFCAPIAc2AhAgD0HAAmpBGEGRCiAPQRBqEMwCIA9BwAJqDAELIA8gAkEBajYCMCAPQcACakEYQa0MIA9BMGoQzAIgAEH4AEE6IA9BwAJqIAIQA0EEEF4gASACEAILQb/fA0EBEF4gAS0AseQIQQFGBEAgAEH4AEHqAEHTHUG0+AFBARBeDAELIAEoAtzqCCEFIAEoArzkCCEHIABBMkHsAEGMAUEDQYjTABBVIABBMkHsAEGMAUGMASAHIAVrQYwBbEGQA20iBSAFQYwBThsiBUEAIAVBAEoba0EDIAIQAxBVC0HgrgpBGToAAAJAIAEtAPjpCEUNAAJAIAEtAP3pCEEDa0H/AXFBA0sNACABLQD86QgNAEEVIQICQAJAIAEtAI7kCA4IAAEBAQEBAQABCyABLQCM5AgiBUEMTUEAQQEgBXRBgCZxGw0AQRVBCyAFQQJGGyECCyAAQRggAhBURQ0BIABBAEEYQfABIAJBwhAQVSAAQQQgAkEHa0EBdkEYaiIFIAFBgOoIaiABLwH+6QhBARBcGiAAIAEtAKLqCAR/QegBIABB7AEgBSABQaLqCGpBtPgBQQEQXWsFQewBCyAFIAFBluoIakG/3wNBARBdGiAAQQAgAkEXaiICQfABQQFBxCEQVSAAQQAgAiABLQD66QhB8AFsQf8BbkEBIAEvAf7pCBBVDAELIABBLkHUABBURQ0AIABBDEEuQdgBQdQAQcIQEFUgAEEMQS5B2AFB1AAgAS8B/ukIEFggAEENQS9B1gFB0gAgAS8B/ukIEFhBMiEHA0BBECECIAAgB0EBEFQEQANAIAAgAiAHQQFBAUHEIRBVIAJB2gFJIQUgAkEGaiECIAUNAAsLIAdB+ABJIQIgB0EGaiEHIAINAAsgAEEUQTQgAUGA6ghqQbT4AUEBEFwaIAEtAP3pCCICBEAgAEHeASACQQFrQf8BcUEHcEECdEHg/ABqKAIAEF9rQTUgAS0A/ekIQQFrQQdvQQJ0QeD8AGooAgAgAS8B/ukIEGALIABBFEHEACABQZbqCGoiAkG/3wNBAkEDIAJBAxBbQcQBShsQXCECIAEtAKLqCARAIAAgAkEaakHOACABQaLqCGpBtPgBQQIQXBoLIABBrQFB7ABBL0EMAn8CQAJAAkACQCABLQD86QgEQCABLQCkigFFBEBBfyECDAILIAEoAqyKAUHgAG5BA3EiAg0BIABBFEHsAEEvQQwgAS8B/ukIEFVBACECDAILIABBFEHuAEHIAUEIQYjTABBVIABBFEHuACABLQD66QhByAFsQf8BbkEIIAEvAf7pCBBVIAEtAPvpCCICQf8BRg0FIAAgAkHIAWxB/wFuQRNqQeoAQQJBEEG/3wMQVQwFCyAAQRRB7ABBL0EMIAEvAf7pCEECdkHn8wBxEFUgAkEBRw0AIABBxwBB7ABBL0EMIAEvAf7pCBBVQQEhAgwBCyAAQccAQewAQS9BDCABLwH+6QhBAnZB5/MAcRBVIAJBAkcNACAAQfoAQewAQS9BDCABLwH+6QgQVQwBCyAAQfoAQewAQS9BDCABLwH+6QhBAnZB5/MAcRBVIAJBA0cNACABLwH+6QgMAQsgAS8B/ukIQQJ2QefzAHELQf//A3EQVQtB4K4KQRo6AAACQCABLQCy6QhFDQAgAEEuQdAAEFRFDQAgAEEKQS5B3AFBzgBBxCEQVSAAQQpBLkHcAUHOAEGH/QMQWCAAQQtBL0HaAUHMAEGH/QMQWCAAQfgAQTggAUG16QhqQb/fA0EBEF4gAEH4AEHGACABQdPpCGpBtPgBQQEQXiAAQR5B3ABB0ABBFkGH/QMQVSAAQcYAQeMAQbYaQcIQQQEQXiAAQYIBQdwAQdAAQRZBtPgBEFggAEGqAUHjAEHKI0G/3wNBARBeC0HgrgpBGzoAAAJAIAEoAszqCEUNACABLQCy6QgNACAAQfYAQRAQVEUNACAAQQBB9gBB8AFBEEGI0wAQVSAAQQBB9gBB8AFBnw8QViAAQfgAQfoAIAFBrOoIakG/3wNBARBeCyAAQfABNgIQIABBADYCCCAAIAAoAgQiAjYCDCAAIAJBCGo2AhRB4K4KQRw6AAACQCAAQYgBQSAQVEUNAEHgrgpBHzoAACABIA9BwAJqEIoBQeCuCkEcOgAAIABBAEGIAUHwAUEgQcIQEFUgAEEAQYgBQfABQcQhEFYgAUHM5AhqIQdBACECA0AgACABIAJBD2xBlwFBDkEPIA9BwAJqIAIQ6QEiBUEKbGogBSAHai0AABDbASACQQFqIgJBEEcNAAtBACECA0AgACABIAIQ6gEiBUEBaxDnAUEPbEEHakGKAUEQQQwgD0HAAmogBUEKbGogBSAHai0AABDbASACQQFqIgJBC0cNAAsgAS0AjOQIQQVHDQAgAS0AjeQIDQAgAS0Aj+QIIgJBAkkNACABLQCO5AgNACABLQCQ5AhBBHQiEUEPciEDIAJBgBRsIAFqQcANayETIBFBEGshBSABIAJBMGxqLQBuIgJBECACGyEEA0ACQCAFIgJBAEgNACACIARODQAgAiARayILQQ9sIgVBACAFQQBKGyEHAkAgEyACQShsaiIFEKABDQAgBS0AAiIIQf8AcSAIQQd2aiIIQQJJDQBBAkHxASAIIAtqQQ9sIgggCEHxAU4bIgggCEECTBtBAmsiCCAHTQ0AIAAgB0GmASAIIAdrQQJB8+8BEFULAkAgBUEKaiIIEKABDQAgCC0AAiIIQf8AcSAIQQd2aiIIQQJJDQBBAkHxASAIIAtqQQ9sIgggCEHxAU4bIgggCEECTBtBAmsiCCAHTQ0AIAAgB0GmASAIIAdrQQJB8+8BEFULAkAgBUEUaiIIEKABDQAgCC0AAiIIQf8AcSAIQQd2aiIIQQJJDQBBAkHxASAIIAtqQQ9sIgggCEHxAU4bIgggCEECTBtBAmsiCCAHTQ0AIAAgB0GmASAIIAdrQQJB8+8BEFULIAVBHmoiBRCgAQ0AIAUtAAIiBUH/AHEgBUEHdmoiBUECSQ0AQQJB8QEgBSALakEPbCIFIAVB8QFOGyIFIAVBAkwbQQJrIgUgB00NACAAIAdBpgEgBSAHa0ECQfPvARBVCyACQQFqIQUgAiADRw0ACwtB4K4KQR06AAAgAEGoAUHIABBUBEBB4K4KQR46AABBACELIwBBkAprIgokACAPQcACakEAQdgAEK4CIQkgASIFQdgAaiIVIAEtAI/kCCINQTBsaiEMAkACQAJAAkACQAJAAkACQAJAAkACQAJAIAEtAI7kCEEBaw4LAAILAwQFBgcICQEKCyAFIAkQZQwKCyAKIAUvARhBBWpBCm42AsAHIApBoAlqQQxBgg4gCkHAB2oQzAIgBS8BGCEMIAlBwqC1AjYAACAKIApBoAlqNgKwByAJQQpqQQpBtgogCkGwB2oQzAIgCUH/ASAMQf8BbEHwnAZrQdAPbSINIA1B/wFPG0EAIAxBiQNPGzoAFCAKIAUtABo2AqAHIApBoAlqQQxB7dMAIApBoAdqEMwCIAUtABohDCAJQakyLwAAOwAaIAlBpTIoAAA2ABYgCiAKQaAJajYCkAcgCUEgakEKQbYKIApBkAdqEMwCIAlB/wEgDEH/AWxBzuMAa0EZbSINIA1B/wFPG0EAIAxBMk8bOgAqIAogBS0AKkEYazYCgAcgCkGgCWpBDEGeEyAKQYAHahDMAiAFLQAqIQwgCUGWICgAADYALyAJQZMgKAAANgAsIAogCkGgCWo2AvAGIAlBNmpBCkG2CiAKQfAGahDMAiAJQf8BIAxBBWwiDCAMQf8BTxs6AEAgCiAFLQAqQRhrQQxtwTYC4AYgCkGgCWpBDEGuCyAKQeAGahDMAiAFLQAqIQUgCUGzNSgAADYARSAJQbA1KAAANgBCIAogCkGgCWo2AtAGIAlBzABqQQpBtgogCkHQBmoQzAIgCUH/ASAFQQVsIgUgBUH/AU8bOgBWDAkLIAUgCRBmDAgLIAogDC0AGEHkAGxB/wBuNgLgByAKQaAJakEMQe3TACAKQeAHahDMAiAMLQAYIQUgCUHpEygAADYAAyAJQeYTKAAANgAAIAogCkGgCWo2AtAHIAlBCmpBCkG2CiAKQdAHahDMAiAJQf8BIAVBAXQiBSAFQf8BTxs6ABQMBwsgDUECSQ0GAkAgDC0ADSIFQf4BTwRAIApCATcDgAggCkGgCWpBDEGhFyAKQYAIahDMAgwBCyAKIAVB9ANsQf8AbjYCkAggCkGgCWpBDEG1GSAKQZAIahDMAgsgDC0ADSEFIAlB9T8vAAA7AAQgCUHxPygAADYAACAKIApBoAlqNgLwByAJQQpqQQpBtgogCkHwB2oQzAIgCUH/ASAFQQF0IgUgBUH/AU8bOgAUDAYLIAUgCRBnDAULIAUgCRBoDAQLIAUgDSAJEGkMAwsgBS0A++gIIQwgCUHpNy0AADoABCAJQeU3KAAANgAAIAogDEEGcEECdEGQ1ABqKAIANgLwCCAJQQpqQQpBtgogCkHwCGoQzAIgCUH/ASAMQTNsIgwgDEH/AU8bOgAUIAUtAP/oCCEMIApBr8cAQa3HAEHiISAFLQD+6AgiDUECRhsgDUEBRhs2AuAIIAlBFmpBCkG2CiAKQeAIahDMAiAKIAxBA3FBAnRBsNQAaigCADYC0AggCUEgakEKQbYKIApB0AhqEMwCIAlB/wEgDEHVAGwiDCAMQf8BTxs6ACogCiAFLQCA6Qg2AsAIIApBoAlqQQxB7dMAIApBwAhqEMwCIAUtAIDpCCEMIAlBqTIvAAA7ADAgCUGlMigAADYALCAKIApBoAlqNgKwCCAJQTZqQQpBtgogCkGwCGoQzAIgCUH/ASAMQf8BbEHO4wBrQRltIg0gDUH/AU8bQQAgDEEyTxs6AEAgBS0AgekIIQUgCUGuLC0AADoARiAJQaosKAAANgBCIAogBUEDcUECdEHQ1ABqKAIANgKgCCAJQcwAakEKQbYKIApBoAhqEMwCIAlB/wEgBUHVAGwiBSAFQf8BTxs6AFYMAgsgCiAFLQDdigFBAWo2ApAJIApBoAlqQQxB+AogCkGQCWoQzAIgCUHjKS0AADoABCAJQd8pKAAANgAAIAogCkGgCWo2AoAJIAlBCmpBCkG2CiAKQYAJahDMAiAJQQA6ABQMAQsCQAJAAkACQAJAAkACQAJAAkACQAJAIAUtAIzkCEEBaw4LAAIBCAkBBwUGAwQKCwJ/QQAgDC0AKSIVRQ0AGkEAIBVBwABGDQAaQQAgFWsgFUE/TQ0AGiAVQUBqCyENIAogDC0ABDYCgAEgCkGgCWpBDEGCDiAKQYABahDMAiAMLQAEIRUgCUHBLC8AADsABCAJQb0sKAAANgAAIAogCkGgCWo2AnAgCUEKakEKQbYKIApB8ABqEMwCIAlB/wEgFUEBdCIVIBVB/wFPGzoAFAJAIA1FBEAgCkGkCWpBjyktAAA6AAAgCkGLKSgAADYCoAkMAQsgCkHzIUH2ISANQQBIGzYCYCAKIA0gDUEfdSIVcyAVazYCZCAKQaAJakEMQf4MIApB4ABqEMwCCyAJQYseKAAANgAZIAlBiB4oAAA2ABYgCiAKQaAJajYCUCAJQSBqQQpBtgogCkHQAGoQzAIgCUH/ASANQQF0QYABaiIVIBVB/wFPG0EAIA1BQE4bOgAqIAogDC0ABkHkAGxB/wBuNgJAIApBoAlqQQxB7dMAIApBQGsQzAIgDC0ABiENIAlBghEvAAA7ADAgCUH+ECgAADYALCAKIApBoAlqNgIwIAlBNmpBCkG2CiAKQTBqEMwCIAlB/wEgDUEBdCINIA1B/wFPGzoAQCAKIAwtACdB5ABsQf8AbjYCICAKQaAJakEMQe3TACAKQSBqEMwCIAwtACchDCAJQdrIACgAADYARSAJQdfIACgAADYAQiAKIApBoAlqNgIQIAlBzABqQQpBtgogCkEQahDMAiAJQf8BIAxBAXQiDCAMQf8BTxs6AFYMCQsgBSAJEGUMCAsgBSANIAkQagwHCyAFIAkQZwwGCyAFLQAgIQwgCUG8Ey0AADoABCAJQbgTKAAANgAAIAogDEEMcEECdEGw9gBqKAIANgLQASAJQQpqQQpBtgogCkHQAWoQzAIgCUH/ASAMQRdsIgwgDEH/AU8bOgAUIAogBS0AIUEJcEECdEHg9gBqKAIANgLAASAKQYAKakEMQcIIIApBwAFqEMwCIAUtACEhDCAJQcQ7LwAAOwAaIAlBwDsoAAA2ABYgCiAKQYAKajYCsAEgCUEgakEKQbYKIApBsAFqEMwCIAlB/wEgDEEfbCIMIAxB/wFPGzoAKiAFLQAiIQwgCUHswAAvAAA7ADAgCUHowAAoAAA2ACwgCiAMQQVwQQJ0QdDbAGooAgA2AqABIAlBNmpBCkG2CiAKQaABahDMAiAJQf8BIAxBP2wiDCAMQf8BTxs6AEAgBS0AIyEMIAlB9y0tAAA6AEYgCUHzLSgAADYAQiAKQdMnQbc0IAwbNgKQASAJQcwAakEKQbYKIApBkAFqEMwCIAlBf0EAIAwbOgBWDAULIBUgBS0ApekIIgxBMGxqIQ0gDEEBTQRAIAogBSAMQYQLbGoiFS0A+AI2ArACIApBgApqQQxBgg4gCkGwAmoQzAIgFS0A+AIhByAJQeMwKAAANgADIAlB4DAoAAA2AAAgCiAKQYAKajYCoAIgCUEKakEKQbYKIApBoAJqEMwCIAlB/wEgB0ECdCIHIAdB/wFPGzoAFCANLQAVIQ0gCUGWxgAvAAA7ABogCUGSxgAoAAA2ABYgCiANQQZwQQJ0QeD1AGooAgA2ApACIAlBIGpBCkG2CiAKQZACahDMAiAJQf8BQQUgDWtBM2wiByAHQf8BTxtBACANQQVNGzoAKiAMQQFGDQUgBSAMIAUtAKbpCBASIQwgBS0ApukIIQ0gCULJnM2iparVJjcALCAKIAw2AoACIAlBNmpBCkG2CiAKQYACahDMAiAJQf8BIA1BEWwiDCAMQf8BTxs6AEAgCiAVQfgCaiIMIAUtAKbpCEEDdGotAAA2AvABIApBgApqQQxBgg4gCkHwAWoQzAIgDCAFLQCm6QhBA3RqLQAAIQwgCUGYKS0AADoASiAJQZApKQAANwBCIAogCkGACmo2AuABIAlBzABqQQpBtgogCkHgAWoQzAIgCUH/ASAMQQJ0IgwgDEH/AU8bOgBWDAULIAogDS0AFjYC4AIgCkGACmpBDEGCDiAKQeACahDMAiANLQAWIQwgCUHjMCgAADYAAyAJQeAwKAAANgAAIAogCkGACmo2AtACIAlBCmpBCkG2CiAKQdACahDMAiAJQf8BIAxBAnQiDCAMQf8BTxs6ABQgDS0AFSEMIAlBlsYALwAAOwAaIAlBksYAKAAANgAWIAogDEEGcEECdEHg9QBqKAIANgLAAiAJQSBqQQpBtgogCkHAAmoQzAIgCUH/AUEFIAxrQTNsIg0gDUH/AU8bQQAgDEEFTRs6ACoMBAsgCiAFLQCr6QhBAWo2AoADIApBgApqQQxB+AogCkGAA2oQzAIgBS0Aq+kIIQwgCUGGFigAADYAAyAJQYMWKAAANgAAIAogCkGACmo2AvACIAlBCmpBCkG2CiAKQfACahDMAiAJQf8BIAxBEWwiDCAMQf8BTxs6ABQMAwsgCUEAOgAUIAlBpjYvAAA7AAQgCUGiNigAADYAACAJQbYkKAAANgAKIAlBuiQtAAA6AA4MAgsgBS0A8HgEQCAFIAUtAKzpCGosAPF4IgxB/wFxIQ0CQCAMQQBIBEBBiQ4QlgEhDCAKIA1BA3FBwQBqNgLgAyAKQYAKakEMIAwgCkHgA2oQzAIMAQsgCiANQQFqNgLQAyAKQYAKakEMQfgKIApB0ANqEMwCCyAJQZ0iLQAAOgAEIAlBmSIoAAA2AAAgCiAKQYAKajYCwAMgCUEKakEKQbYKIApBwANqEMwCIAlBADoAFCAKIAUgBS0ArOkIai0AsXk2ArADIApBgApqQQxB0QsgCkGwA2oQzAIgCUGmGy8AADsAGiAJQaIbKAAANgAWIAogCkGACmo2AqADIAlBIGpBCkG2CiAKQaADahDMAiAJQQA6ACoLIAUtAOOKASEMIAUtAOOKASENIAlB+TEtAAA6AEYgCUH1MSgAADYAQiAKQdMnQbc0IAwbNgKQAyAJQcwAakEKQbYKIApBkANqEMwCIAlBf0EAIA0bOgBWDAELAkAgBSwAwOQIQQBIDQAgBS0AxOQIRQ0AIAUtAI3kCA0AIApBoAlqQQRyIQggBUGa5AhqISEgBUHQ9gBqISIgBSANQYQLbGpB+AJqISMgBSANQTBsIiVqQe8AaiEDIA1BgBRsIAVqQcANayEgIA1BAUshBEEAIRUDQCAMIBVqLQAAIQcgCgJ/AkACQAJAAkACQAJAIARFBEAgIyAFLADA5AggISAFLQCP5AhqLQAAQQ9xIBUQqwEiAkEATgRAIAkgFUEWbGpBAToAFSACIQcLIAUgDSAVIAcgCkGACmpBDBBhIA1BAUcNASAVQQJ0QdDYAGooAgAMBwsCfyAgIAUsAMDkCEEobGoiHxCgAQRAIApBoAlqIQtBAAwBCyAKQQA2AqAJIAghC0EBCyECIB9BCmoQoAFFBEAgC0EBNgIAIAJBAWohAgsgH0EUahCgAUUEQCAKQaAJaiACQQJ0ckECNgIAIAJBAWohAgsCQAJAIB9BHmoQoAFFBEAgCkGgCWogAkECdGpBAzYCAAwBCyACRQ0BCyAgIAUsAMDkCEEobGogCigCoAlBCmxqIBVqLQAEIgJB/wFGDQAgCSAVQRZsakEBOgAVIAIhBwsgBSANIBUgByAKQYAKakEMEGEgAy0AAEECaw4FAQUCBAMFCyAVQQJ0QeDYAGooAgAMBQsgFUECdEHw2ABqKAIADAQLIBVBAnRBgNkAaigCAAwDCyAVQQJ0QZDZAGooAgAMAgtB+yIgIiAlaiAVQQF0ai0AISICRQ0BGiACQQ1wQQJ0QbDoAGooAgAMAQsgFUECdEGg2QBqKAIACzYCwAYgCSAVQRZsaiICQQpBtgogCkHABmoQzAIgCiAKQYAKajYCsAYgAkEKakEKQbYKIApBsAZqEMwCIAJB/wEgB0EBdCIHIAdB/wFPGzoAFCAVQQFqIhVBBEcNAAsMAQsgCUEBQcA7IApBgApqAn8CQAJAAkACQAJAAkACQAJAAkACQAJAAkACQAJAAkACQCAFLQCN5AgODwECAwQFAAYHCAkKCwwNDhELIAogDC0AHEHkAGxB/wBuNgKQBSAKQYAKakEMQe3TACAKQZAFahDMAiAMLQAcIQ0gCUH/Di0AADoABCAJQfsOKAAANgAAIAogCkGACmo2AoAFIAlBCmpBCkG2CiAKQYAFahDMAiAJQf8BIA1BAXQiDSANQf8BTxs6ABQgCiAMLQAdQeQAbEH/AG42AvAEIApBgApqQQxB7dMAIApB8ARqEMwCIAwtAB0hDSAJQagdKAAANgAZIAlBpR0oAAA2ABYgCiAKQYAKajYC4AQgCUEgakEKQbYKIApB4ARqEMwCIAlB/wEgDUEBdCINIA1B/wFPGzoAKiAKIAwtAB5B5ABsQf8AbjYC0AQgCkGACmpBDEHt0wAgCkHQBGoQzAIgDC0AHiENIAlB4hYoAAA2AC8gCUHfFigAADYALCAKIApBgApqNgLABCAJQTZqQQpBtgogCkHABGoQzAIgCUH/ASANQQF0Ig0gDUH/AU8bOgBAIAogDC0AH0HkAGxB/wBuNgKwBCAKQYAKakEMQe3TACAKQbAEahDMAiAMLQAfIQwgCUGnLy8AADsARiAJQaMvKAAANgBCIAogCkGACmo2AqAEIAlBzABqQQpBtgogCkGgBGoQzAIgCUH/ASAMQQF0IgwgDEH/AU8bOgBWDBALIAUgDSAJEGsMDwsgDUEBTQRAIAUgDSAJEGsMDwsCQCAMLQAXIhVBBksNAEEBIBV0QegAcUUNACAFIA0gCRBsDA8LIAUgDSAJEGsgCiAMLQAYQeQAbEH/AG42AvADIApBgApqQQxB7dMAIApB8ANqEMwCIAlBA0HmEyAKQYAKaiAMLQAYQQF0EG0MDgsgBSANIAkQbAwNCyAFIA0gCRBqDAwLIApBoAlqQQBB2AAQrgIaIAUgCkGgCWoQZiAJIAopAa4JNwAOIAkgCikDqAk3AAggCSAKKQOgCTcAACAJIAopAbYJNwAWIAkgCkG+CWopAQA3AB4gCSAKQcQJaikBADcAJCAKIAwtABhB5ABsQf8AbjYCkAQgCkGACmpBDEHt0wAgCkGQBGoQzAIgCUECQeYTIApBgApqIAwtABhBAXQQbSANQQJJDQsgCiAMLQAQQRhrNgKABCAKQYAKakEMQZ4TIApBgARqEMwCIAlBA0GTICAKQYAKaiAMLQAQQQVsEG0MCwsgBSAKQaAJahAWIgxFDQogCkGgCWogBS0AsaEIIAxvai0AACIMwCINQQBOBEAgCiAFIAxB1ABsaiIMLwGMkQhBBWpBCm42AsAFIApBgApqQQxBgg4gCkHABWoQzAIgCUEAQdcpIApBgApqIAwvAYyRCEH/AWxB8JwGa0HQD20QbSAKIAwtAI6RCDYCsAUgCkGACmpBDEGCDiAKQbAFahDMAiAJQQFB5xggCkGACmogDC0AjpEIQR9sEG0gCiAMLQCLkQhBBmxBgANrQcAAbcE2AqAFIApBgApqQQxB48gAIApBoAVqEMwCIAlBAkHCKCAKQYAKaiAMLQCLkQhBAXQQbQwLCyANQX9GDQogCiAMQf8AcUEYbEGA1QBqIgwvAQhBCm42AuAFIApBgApqQQxBgg4gCkHgBWoQzAIgCUEAQdcpIApBgApqQQAQbSAKIAwtAAo2AtAFIApBgApqQQxBgg4gCkHQBWoQzAIgCUEBQecYIApBgApqQQAQbSAJQQJB5Q5Bo8MAQQAQbQwKCyAFLQCR5AhFBEAgDC0ACRDmASAKQYAKakEMEGIgCUEAQY8uIApBgApqIAwtAAlBAXQQbSAMLQACEOUBIApBgApqQQwQYiAJQQFBhBEgCkGACmogDC0AAkEBdBBtIAogDC0ACkHkAGxB/wBuNgLwBSAKQYAKakEMQe3TACAKQfAFahDMAiAJQQJB3ycgCkGACmogDC0ACkEBdBBtIAwtAAsQ5QEgCkGACmpBDBBiIAlBA0HUOCAKQYAKaiAMLQALQQF0EG0MCgsgCiAMLQAMQeQAbEH/AG42AoAGIApBgApqQQxB7dMAIApBgAZqEMwCIAlBAEGRFCAKQYAKaiAMLQAMQQF0EG0gDC0ADUH0A2xB/wBuIApBgApqQQwQYiAJQQFB8T8gCkGACmogDC0ADUEBdBBtDAkLIA1BAkkNCCAFIA0gCRBpDAgLIAlBAEHdIUHTJ0G3NCAFIA1BAmtBACANQQFLG0GEA2xqIgxBwOoAai0AACING0H/AUEAIA0bEG0gCiAMQcHqAGoiDC0AADYCkAYgCkGACmpBDEGCDiAKQZAGahDMAiAJQQFB5xggCkGACmogDC0AAEE/bBBtDAcLIwBBgAFrIgckACAHIAUgDUEwbGoiDS0AcUEBajYCcCAHQfQAakEMQYIOIAdB8ABqEMwCIA0tAHEhAiAJQsOQhfLkqZEmNwAAIAcgB0H0AGo2AmAgCUEKakEKQbYKIAdB4ABqEMwCIAlB/wEgAkERbCICIAJB/wFPGzoAFCAHIA0tAFlBAWo2AlAgB0H0AGpBDEGCDiAHQdAAahDMAiANLQBZIQIgCUH0MS0AADoAGiAJQfAxKAAANgAWIAcgB0H0AGo2AkAgCUEgakEKQbYKIAdBQGsQzAIgCUH/ASACQQF0IgIgAkH/AU8bOgAqIAcgDS0AWjYCMCAHQfQAakEMQYIOIAdBMGoQzAIgDS0AWiECIAlCw4bFgdLpkyI3ACwgByAHQfQAajYCICAJQTZqQQpBtgogB0EgahDMAiAJQf8BIAJBAXQiAiACQf8BTxs6AEAgByANLQBbNgIQIAdB9ABqQQxBgg4gB0EQahDMAiANLQBbIQ0gCUHczAAtAAA6AEYgCUHYzAAoAAA2AEIgByAHQfQAajYCACAJQcwAakEKQbYKIAcQzAIgCUH/ASANQQF0Ig0gDUH/AU8bOgBWIAdBgAFqJAAMBgsgBSANIApBoAlqEBEhDSAJQQBBuBMgCigCoAkiFUECdEGw9gBqKAIAIBVBF2wQbSAMLQAbQf8BRgRAIApC0KS90tTokCo3A4AKDAQLIAogDUECdEHg9gBqKAIANgKgBiAKQYAKakEMQcIIIApBoAZqEMwCIAwtABtB/wFGDQMgDUEZbEEZagwECyAFIAkQaAwECyAJQQBBpRNB1xFB2B8gBS0At+gIIgwbQf8BQQAgDBsQbSAJQQFBnMAAQacRQQAQbQwDC0EAIRUjAEHAA2siByQAIAUiAi0Am+QIQQ9xIg1BA3QgAmohCCACIA1BDGxqIgxBgBlqIQ0gDC0AgBlBB00EQCANLwEIQQBHIQsLIAhB/A1qIQgCfwJ/AkACQAJAAkAgAi0AoeQIQQNxQQFrDgMBAwIACyANLwEIIQggByANLwEGIgxBgP0AbjYCcCAHIAxBBHZB6AdwNgJ0IAdBtANqQQxB9xYgB0HwAGoQzAIgB0G0A2pBmM8AIAsbIQwgCEEEdiEIAkAgCwRAQQAhCyACKAK8oQgiHwRAIA0vAQZB/wFsIB9uIRULIAlBqRMvAAA7AAQgCUGlEygAADYAACAHIAdBtANqNgJQIAlBCmpBCkG2CiAHQdAAahDMAiAJQf8BIBUgFUH/AU8bOgAUIAcgCDYCQCAHQbQDakEMQb8ZIAdBQGsQzAIgAigCvKEIIghFDQEgDS8BCEH/AWwgCG4hCwwBC0EAIQsgCUEAOgAUIAlBLTsACiAJQakTLwAAOwAEIAlBpRMoAAA2AAAgByAINgJgIAdBtANqQQxBvxkgB0HgAGoQzAILIAlB4zAoAAA2ABkgCUHgMCgAADYAFiAHIAw2AjAgCUEgakEKQbYKIAdBMGoQzAIgCUH/ASALIAtB/wFPGzoAKiAHQQEgAi0As6EIQQNxdDYCICAHQbQDakEMQeALIAdBIGoQzAIgAi0As6EIIQ0gCUHoKS0AADoAMCAJQeQpKAAANgAsIAcgB0G0A2o2AhAgCUE2akEKQbYKIAdBEGoQzAIgCUH/ASANQdUAbCINIA1B/wFPGzoAQCACLQCyoQghAiAJQcYiLQAAOgBGIAlBwiIoAAA2AEIgByACQQNwQQJ0QYDcAGooAgA2AgAgCUHMAGpBCkG2CiAHEMwCQf8BIAJB/wBsIgIgAkH/AU8bDAMLIAcgDS0AAkEYazYC0AEgB0G0A2pBDEGeEyAHQdABahDMAiANLQACIQIgCUG1MS8AADsABCAJQbExKAAANgAAIAcgB0G0A2o2AsABIAlBCmpBCkG2CiAHQcABahDMAiAJQf8BIAJB/wFsQTBuIgIgAkH/AU8bOgAUIAcgCC0AATYCsAEgB0G0A2pBDEGCDiAHQbABahDMAiAILQABIQIgCUHBLC8AADsAGiAJQb0sKAAANgAWIAcgB0G0A2o2AqABIAlBIGpBCkG2CiAHQaABahDMAiAJQf8BIAJBAXQiAiACQf8BTxs6ACogDS0AASECIAlB7xAtAAA6ADAgCUHrECgAADYALCAHIAJBA3FBAnRBsNoAaigCADYCkAEgCUE2akEKQbYKIAdBkAFqEMwCIAlB/wEgAkHVAGwiAiACQf8BTxs6AEAgDS0AAyECIAlBxJLJAjYAQiAHQfQRQd/AACACQQFxIgIbNgKAASAJQcwAakEKQbYKIAdBgAFqEMwCQX9BACACGwwCCyAHIA0tAApB5ABsQf8BbjYCoAIgB0G0A2pBDEHt0wAgB0GgAmoQzAIgDS0ACiECIAlCzJ69goWkkic3AAAgByAHQbQDakGYzwAgCxsiCzYCkAIgCUEKakEKQbYKIAdBkAJqEMwCIAkgAjoAFAJ/IA0tAAsiAgRAIAcgAkHkAGxB/wFuNgKAAiAHQbQDakEMQe3TACAHQYACahDMAiANLQALDAELIAdB1jovAAA7AbgDIAdB0jooAAA2ArQDQQALIQIgCUGNEi0AADoAHiAJQYUSKQAANwAWIAcgCzYC8AEgCUEgakEKQbYKIAdB8AFqEMwCIAkgAjoAKiANLQABIQIgCUHvEC0AADoAMCAJQesQKAAANgAsIAcgAkEDcUECdEGw2gBqKAIANgLgASAJQTZqQQpBtgogB0HgAWoQzAJB/wEgAkHVAGwiAiACQf8BTxshAkHAAAwCCwJAIA0tAAQQ5gEiAkHoB08EQCAHIAJB6AduIgs2AqADIAcgAiALQegHbGtB//8DcUHkAG42AqQDIAdBtANqQQxBoRcgB0GgA2oQzAIMAQsgByACNgKwAyAHQbQDakEMQbUZIAdBsANqEMwCCyANLQAEIQIgCUGSLigAADYAAyAJQY8uKAAANgAAIAcgB0G0A2o2ApADIAlBCmpBCkG2CiAHQZADahDMAiAJQf8BIAJBAXQiAiACQf8BTxs6ABQCQCANLQAFEOUBIgJB6AdPBEAgByACQegHbiILNgLwAiAHIAIgC0HoB2xrQf//A3FB5ABuNgL0AiAHQbQDakEMQaEXIAdB8AJqEMwCDAELIAcgAjYCgAMgB0G0A2pBDEG1GSAHQYADahDMAgsgDS0ABSECIAlC0oqxqpTo1CI3ABYgByAHQbQDajYC4AIgCUEgakEKQbYKIAdB4AJqEMwCIAlB/wEgAkEBdCICIAJB/wFPGzoAKgJ/IAgtAAciAgRAIAcgAjYC0AIgB0G0A2pBDEGCDiAHQdACahDMAiAILQAHQdUAbAwBCyAHQc+MmQI2ArQDQQALIQIgCUHKOy8AADsAMCAJQcY7KAAANgAsIAcgB0G0A2o2AsACIAlBNmpBCkG2CiAHQcACahDMAiAJQf8BIAIgAkH/AU8bOgBAIA0tAAMhAiAJQcMjLwAAOwBGIAlBvyMoAAA2AEIgB0HgxwBBtzQgAkECcUEBdiICGzYCsAIgCUHMAGpBCkG2CiAHQbACahDMAkF/QQAgAhsLIQJB1gALIAlqIAI6AAAgB0HAA2okAAwCC0EACxBtIAlBAkHowAAgBS0AIiIMQQVwQQJ0QdDbAGooAgAgDEE/bBBtIAlBA0HzLUHTJ0G3NCAFLQAjIgwbQf8BQQAgDBsQbQsgBS0AjuQIQQ1HDQBBASEMAkACQAJAIAUtACQiBUECaw4DAgABAAtBA0EAIAVBCEYbIQwMAQtBAiEMCyAJQakrLwAAOwAIIAlBoSspAAA3AAAgCiAMQQJ0QeDZAGooAgA2AgAgCUEKakEKQbYKIAoQzAIgCUEAOgAVIAkgDEHVAGw6ABQLIApBkApqJABB4K4KQR06AAACQCABLQCM5AhBB0cNACABLQCO5AgNACAPLQDAAkUNACABIAEtAKfpCCAPQcACakEKckEKENwBCyAAQQBBqAFB8AFByABBwhAQVSAAQQBBqAFB8AFBxCEQVkEAIQQDQCAEEAUhByABLQD46QgEfyAEIAEtAPnpCEYFQQALIRYgBEE8bCEIIAQEQCAAIAhBrAFBNkHEIRBXCyAIQR5qIRMCQCAPQcACaiAEQRZsaiIRLQAARQRAIAhBHWohB0EAIQIDQCAAIAcgAkEBdCIFQYD9AGosAABqIAVBgf0AaiwAAEG6AWpBA0EDQcQhEFUgAkEBaiICQSFHDQALIAAgE0G7ASAIQRhqQcEBQcQhEFkgACAHQboBQQNBA0G0+AEQVQwBCyAWBEAgACAIQQJyQaoBQThBOiAHEFgLIAhBHWohCyARLQAUIhhBIWxB/wFuIQNBACECA0AgACALIAJBAXQiBUGA/QBqLAAAaiAFQYH9AGosAABBugFqQQNBA0HEISAHIAIgA08bEFUgAkEBaiICQSFHDQALIAAgE0G7ASATQQFBISADIANBIU4bIgIgAkEBTBtBAWtBACAYQQhPG0EBdCICQYD9AGosAABBAXRBA23BaiACQYH9AGosAABBAXRBA21BuwFqQf//A3FBv18gByAWG0H//wNxEFkgACALQboBQQNBA0G/3wNBtPgBIBYbEFUgACATQc0BIBFBCmogB0G/XyARLQAVG0H//wNxQQEQXiARLQAVBEAgACAIQTVqQc4BQQRBBCAHEFULIA8gERCVATYCACAPQaACakELQb0IIA8QzAIgACATQdkBIA9BoAJqIAdBARBeCyAEQQFqIgRBBEcNAAsLIABB6AFBBhBUBEAgD0HAAmohAyAPQcQCaiEEIA9ByAJqIQtBmM8AIQdBmM8AIQJBmM8AIQUCQAJAAkAgAS0AjuQIDg4BAAICAgICAgICAgIBAQILQY4vIQdBxs4AIQVB6CYhAgwBCwJAAkACQAJAAkACQAJAAkACQAJAAkACQAJAAkACQAJAIAEtAIzkCEEBaw4MAQIPBQAEBggHAxAJEAsgASABLQCP5AgiAkEwbGotAG8hCEGiNiEFQdMRIQcCQCABLQCN5AgODgAKCgoOCgwKCgoKCgoLCgsCQCACQQJJDQAgAS0AqOQIRQ0AIAEsAMDkCEEATg0AQZkiIQdBkzghBUH1IiECDBALIAEsAMDkCEEASA0JQd8WQd7IACACQQJJIgIbIQVB5MEAQeAwIAIbIQJB5hMhBwwPC0GOLyEHDA0LQY4vIQdB1ykhBUHoJiECDA0LQYA/IQcMCwtB0xEhB0GiNiEFQdY0IQIMCwtB0xFBmM8AIAEtAPB4IgUbIQdB3w5BmM8AIAUbIQVB1jQhAgwKC0HTESEHQaI2IQUMCQtB0xEhB0GDFiECQYMWIQUMCAtBji8hBUGOLyEHDAcLQYMWIQVBgxYhBwwGC0GAPyEHIAhBB0kNAkGYzwAhBQwDC0GYzwAhBUGAPyEHDAILQYE9IQVBgD8hBwwBCyAIQQJ0QeDfAGooAgAhBQsgAkECSQRAQYE9QYEVIAJBAUYbIQIMAgsgCEECRgRAQYw1IQIMAgtB3jFB3sEAIAhBBEYbIQIMAQtB1ykhBUHWNCECCyADIAc2AgAgBCAFNgIAIAsgAjYCAAJ/QQEgDygCwAIiBS0AACICRQ0AGiACQS1GBEAgBS0AAUUMAQtBAAshAiABLQD46QgEfyABLQD96QhBAUYFQQALIQUgAEEEQegBQcMsQYjTAEG0+AEgAhsQYCAAQcMsEF9BCGpB6AFBmM8AIA8oAsACIAIbAn8gBQRAIAEvAf7pCAwBC0GI0wBBv18gAhsLQf//A3EQYAJ/QQEgDygCxAIiBS0AACICRQ0AGiACQS1GBEAgBS0AAUUMAQtBAAshAiABLQD46QgEfyABLQD96QhBAkYFQQALIQUgAEHUAEHoAUHOM0GI0wBBtPgBIAIbEGAgAEHOMxBfQdgAakHoAUGYzwAgDygCxAIgAhsgBQR/IAEvAf7pCAVBiNMAQb9fIAIbC0H//wNxEGACf0EBIA8oAsgCIgUtAAAiAkUNABogAkEtRgRAIAUtAAFFDAELQQALIQIgAS0A+OkIBH8gAS0A/ekIQQdGBUEACyEFIABBpAFB6AFB3DhBiNMAQbT4ASACGxBgIABB3DgQX0GoAWpB6AFBmM8AIA8oAsgCIAIbIAUEfyABLwH+6QgFQYjTAEG/XyACGwtB//8DcRBgC0HgrgpBADoAACABKALc6gggASgCiO4ITw0AIABBAEEAQfABQQJBivADEFUgAEEAQe4BQfABQQJBivADEFUgAEEAQQBBAkHwAUGK8AMQVSAAQe4BQQBBAkHwAUGK8AMQVQsgD0HQBGokAAuzBAEQfyMAQUBqIgUkACABIAJBhAtsakH4AmogAkGAFGwgAWpBwA1rIAJBAkkbIQtBAyAEQQlrIg5BAXYiDyAEQRRPGyEQIARBAmshDCABIAJqQZrkCGohESAEQQdrQQF2QQFqIRIgAUGE6whqIAJBBnRqIRMgBEETSyEUA0ACQCAAIAZBAnYgBGwgA2oiByAMEFRFDQAgCy8BgAFBASAGdHEhDSAAIAZBA3FBO2wiCkECaiAHQTggDAJ/IAEoAtzqCCIIIBMgBkECdGooAgAiCUkEQCACEAMMAQtBxCEgBiARLQAARw0AGiACEANBAXZB7/cBcQsQVUHCEEG0+AFBv18gDRsgCCAJSSIJGyEIAkAgFEUEQCAFIAZBAWo2AhAgBUE0akEMQYIOIAVBEGoQzAIgACAKQQVqIAcgEmogBUE0akHCEEG0+AEgCRsQYCAFIAEgAiAGEBIQlQE2AgAgBUE0akEMQcwIIAUQzAIgACAKQQ5qIAcgD2ogBUE0aiAIQf//A3FBARBcGgwBCyAAIApBBWoiCSAHQQNqIAEgAiAGEBIgCEH//wNxIghBARBcGiAFIAsgBkEDdGotAARBDHBBAnRBwLAGaigCABCVATYCJCAFIAZBAWo2AiAgBUE0akEMQbEJIAVBIGoQzAIgACAJIAcgDmogBUE0aiAIEGALIA1FDQAgACAKQTJqIAcgEGpB2CpBivADQQEQXBoLIAZBAWoiBkEQRw0ACyAFQUBrJAALYQACQCACRQ0AIAItAABFDQAgAkEBEFtB5AFMBEAgAEGBASABIAFBgQFPGyIBQQgQVEUNASAAQQYgASACQbT4AUEBEFwaDwsgACABQQYQVEUNACAAQQQgASACQbT4ARBgCwvoAwELfyMAQdAAayICJAAgASABEBQiAyACQSxqEBEhBwJAIABBJEEJEFRFDQAgAigCLCEFIAdBCW9BAnRB4PYAaigCABCVASEEIAIgA0EBajYCCCACIAQ2AgQgAiAFQQxvQQJ0QbD2AGooAgA2AgAgAkEwakEYQeQLIAIQzAIgAEEEQSQgAkEwakG/3wNBARBcGiABLADB6AhBAEgNACAAQewBQSQgAUHH6AhqQb/fA0EBEF0aCyABQczkCGohCkEAIQMDQCAAIANBAnZBFmwiBUEuaiIEQRYQVARAIAJBKmogAS0AJSADELMBIAItACoQtAFBAXRB0PkAai8BACEGIAAgA0EDcUE8bCILQQFyIgwgBEE6QRUCfyADEOkBIApqLQAABEBBwhAhCEHCECEJIAYMAQtBv98DIQkgBiEIIAEsAMHoCCADRwR/QcQhBSAGQQF2Qe/3AXELC0H//wNxEFUgACAMIARBA0EVIAYQVSACKAIsIAcgAi0AKiACLQArIAJBIGoQtQEgAigCLCAHIAItACogAi0AKyACQRZqELEBIAAgC0EIaiIEIAVBMGogAkEgaiAJQQEQXBogACAEIAVBPGogAkEWaiAIQf//A3EQYAsgA0EBaiIDQRBHDQALIAJB0ABqJAAL8gYBC38jAEHwAGsiAyQAIAEtACEhByABLQAgIQQCQAJAIAJFBEAgASABLQCP5AhBMGxqQdgAaiIILQAbIgZB/wFHBEAgCC0AGiEEIAYhBwtBJCEFIABBJEEaEFRFDQJBl9AAQbY7IAgtABtB/wFGGyEIDAELQfc6IQhBHCEFIABBHEEaEFRFDQELIABBBiAFIAhBtPgBQQEQXBogAyAHQf8BcUEJcEECdEHg9gBqKAIAEJUBNgIkIAMgBEH/AXFBDHBBAnRBsPYAaigCADYCICADQTBqQR5BhwkgA0EgahDMAiAAQQYgBUEKaiIHIANBMGpBv98DQQIQXBogAS0Ax+gIRQ0AIABB6gEgByABQcfoCGpBwPgDQQIQXRoLAkAgAiABLQCP5AgiCkEBS3IEQCABIAogA0HsAGoQESEMIAEsAKbkCCEEIAAgBUEcaiIHQeUAIAVrEFRFDQFB4wAgBWshCUECQQMgCkECRhsgBGohCyABQczkCGohCEEAIQEgDBCuASENA0AgASANbyEEIAEQ6QEgCGotAAAEfyAKEAMFQb9fQcB4IAQbCyEGIAAgAUEPbCIEIAdBDiAJIAZB//8DcRBVIAMgAygCbCAMIAEgCxCvASIGIAZBDG0iBkEMbGtBAnRBsPYAaigCADYCECADQeAAakEMQbYKIANBEGoQzAIgACAEIANB4ABqEF9Bfm1qQQdqQfEAIANB4ABqQcIQEGAgAyAGQQFrNgIAIANB4ABqQQxBgg4gAxDMAiAAIARBBmpB+AAgA0HgAGpBiNMAEGAgAUEBaiIBQRBHDQALIAUgCUEGbEEKbiIGakEUaiEFQQAhAQNAIAAgARDqASIJQQFrEOcBQQ9sIgtBCWoiBCAHQQsgBiAIIAlqIgktAAAEfyAKEAMFQcQhCxBVIAAgBCAHQQsgBkHCEBBYAkAgAUEGTQRAIAMoAmwgDCABQQAgA0HWAGoQsQEgA0EAOgBZIAAgC0EKaiAFIANB1gBqQcIQQb/fAyAJLQAAGxBgDAELIAAgC0ELaiAFIAFBAnRBtPwAaigCAEHCEEGH/QMgCS0AABsQYAsgAUEBaiIBQQtHDQALDAELIABB+ABB2gBB2y5BtPgBQQEQXgtB6K4KLQAAQQFGBEAgAEGBAUGFO0GRFiACGxDYAQsgA0HwAGokAAuxAgEEfyMAQRBrIgkkAEG/3wMhCAJAAkAgBw0AQbT4ASELQYjTACEHAkACQAJAAkAgBi0ABiIKQQFrDgUABAIBAwULQYjTACELQbT4ASEIDAILQbT4ASEIDAILIAEoAtzqCEH6AW5BAXENAQsgACACIAMgBCAFIAsQWEEBIQogCCEHDAELIAAgAiADIAQgBSAIEFVBASEKQcIQIQcLIAYtAAAEQAJAIAYvAQgiCEUNACAIQb/fA0YNACAAIAJBAmogAyAFakEDayAEQQRrQQIgCCAIQQF2Qe/3AXEgChsQVQsgCSAGEJUBNgIEIAlBAzYCACAJQQpqQQZB0QggCRDMAiAAIAIgBCAJQQpqEF9rQQJtakEBaiAFQQVrQQF2IANqIAlBCmogBxBgCyAJQRBqJAAL2QQBCn8jAEGwAWsiBCQAAkACQAJAAkACQAJAAkACQAJAAkACQAJAIAEOCgECAwQFBgcIAAkKCyAALQDUlQghASAALQCAlQghBSAALQCslAghBiAALQDYkwghByAALQCEkwghCCAALQCwkgghCSAALQDckQghCiAALQCIkQghCyAAQYiRCGoQ0wEhAEGVFxCWASEMQdCFCigCACENIAQgAEEKbCIAQYDiCW42ApgBIAQgDTYClAEgBCAAQYD9AG5BCnA2ApwBIAQgASAFIAYgByAIIAkgCiALampqampqajYCkAEgAiADIAwgBEGQAWoQzAIMCgsgBEG0LUHELSAALQDF0AcbNgIQIAIgA0G2CiAEQRBqEMwCDAkLIARB3B9BvyQgAC0AxtAHGzYCICACIANBtgogBEEgahDMAgwICyAEIAAtAMfQBzYCMCACIANB8CYgBEEwahDMAgwHCyAEIAAtAMjQBzYCQCACIANBxRkgBEFAaxDMAgwGCyAEQdMnQbc0IAAtAMvQBxs2AlAgAiADQbYKIARB0ABqEMwCDAULIARBiypByykgAC0AytAHIgBBAUYbQbc0IAAbNgJgIAIgA0G2CiAEQeAAahDMAgwECyAEQY3QAEG3NCAALQDP0AcbNgJwIAIgA0G2CiAEQfAAahDMAgwDCyAEQY3QAEG3NCAALQDQ0AcbNgKAASACIANBtgogBEGAAWoQzAIMAgsgBBCUATYCoAEgAiADQbYKIARBoAFqEMwCDAELIARBmg42AgAgAiADQbYKIAQQzAILIARBsAFqJAALgQMBA38CQCAAQRlBChBURQ0AQacREF8hBEG0+AEhBkG0+AEhBSAAQQRBG0GnESABLQCM5AhBAUYEfyAAQQJBGSAEQQRqQQlBnw8QVUHCEAUgBQsQYEHBERBfIQUgACAEQQ1qQRtBwREgAS0AjOQIQQpGBH8gACAEQQtqQRkgBUEEakEJQZ8PEFVBwhAFIAYLEGAgBCAFakEWaiEEQb8jEF8hBkG0+AEhBSAAIARBG0G/IyABLQCM5AhBBkYEfyAAIARBAmtBGSAGQQRqQQlBnw8QVUHCEAUgBQsQYCAEIAZqQQlqIQRBmxsQXyEGIAAgBEEbQZsbIAEtAIzkCEEDRgR/IAAgBEECa0EZIAZBBGpBCUGfDxBVQcIQBSAFCxBgIAQgBmpBCWohBEH1MRBfIQVBtPgBIQYgACAEQRtB9TEgAS0AjOQIQQRGBH8gACAEQQJrQRkgBUEEakEJQZ8PEFVBwhAFIAYLEGAgAkUNACAAQewBIAIQX2tBGyACIAMQYAsLcwEBfwJAIAAgAUEMEFRFDQBBtPgBIQUgAgRAIABBACABQfABQQtBxCEQVSAAQQAgAUECQQtBnw8QVUG/3wMhBQsgAEEGIAFBAmoiASADIAVBARBcGiAERQ0AIABB6gEgASAEQZ8PQb/fAyACG0EBEF0aCwuaAgEFfyAAIAEgAiAEaiIMQQJrIgogASAFIANBAnYiCWxB//8DcUH/AG5BAmoiDWoiBSACQQJqIgtBABAFEFkgACAFIAsgBSAGIAlsQf//A3FB/wBuQQJqIgtqIgYgCiAHIARB/P8DamxB//8DcUH/AG5rIgRBARAFEFkgACAGIAQgBkEMIAMgCCAJbEH//wNxQf8AbkECaiIJIAsgDWpqayIDIANBDEwbakEEayIDIARBAhAFEFkgACADIAQgAyAJaiIJIApBAxAFEFkgACABIAxBAWsiCiAFIAJBA2oiAkEAEAUQWSAAIAUgAiAGIARBAWoiBEEBEAUQWSAAIAYgBCADIARBAhAFEFkgACADIAQgCSAKQQMQBRBZC9YTAhJ/A30jAEHAAWsiAiQAAkACfyACQZwBaiEFIAEtAI/kCCIERQRAIAVBAjYCAEHA7wAMAQsgASAEQTBsai0AbyAFEJoBCyIDRQ0AIAIoApwBIgVFDQAgASAEQTBsaiIKQdgAaiEOIAEgBGoiDS0AoOQIIAVvIQcgCi0AbyEIIAQQAyEKAkAgAEEkQQkQVEUNACAERQRAIAEgBCANLQCa5AhBD3EiBRASEJUBIQ8gAiABIARBhAtsaiAFQQN0ai0A/AJBDHBBAnRBkLAGaigCABCVATYCRCACIA82AkAgAkHwAGpBIEGRCiACQUBrEMwCIABBBEEkIAJB8ABqQb/fA0EBEFwaDAELIAIgASAEEAQ2AmAgAkHwAGpBIEG2CiACQeAAahDMAiAAQQRBJCACQfAAakG/3wNBARBcGiAIQQZLDQBBASAIdEHoAHFFDQAgCCAOLQAIEMcBIgVFDQAgAiAFLwAINgJQIAJB8ABqQSBBxBEgAkHQAGoQzAIgAEHsASACQfAAahBfa0ElIAJB8ABqQYjTABBgCwJAIABBLkEJEFRFDQAgAEEEQS4gAyAHQThsaigCACAKQQEQXBogAigCnAEiBUEATA0AQQAhAwNAIAUgA2tBeWxB7AFqIQUCQCADIAdGBEAgACAFQS9BBUEFIAoQVQwBCyAAIAVBL0EFQQVBiNMAEFgLIANBAWoiAyACKAKcASIFSA0ACwsgAEE3QdEAEFRFDQAgAEEEQTdB6AFB0QBBxCEQWAJAIARFBEAgASAEQYQLbGogDS0AmuQIQQ9xQQN0aiIDLQD7AiEFIABBBkHfAEHkAUHEIRBWQeQBIAVB2AFsQf8AbkEGaiIFIAVB5AFPGyEOIAMtAPwCQQxwQQF0QaCxBmovAQAhASADLQD6AkFAarJDAADAPpRDAABAQZUQvAIgAbOUIRUgBbMhFiAKQQF2Qe/3AXEhD0F/IQFBfyEIQQAhAwNAAn8gA7MiFEMAAIDAlCAWlRC+AiAVIBRDj8L1PZSUQwAAlkOVEMsClEMAAAhClCIUi0MAAABPXQRAIBSoDAELQYCAgIB4CyIFQd8AaiEEQd8AIAVrIQUgAUEATgRAIAAgA0EFaiINIAEgA0EGaiIHIAUgChBZIAAgDSAIIAcgBCAPEFkLIAUhASAEIQggDiADQQFqIgNHDQALDAELIAEgBEEwbGpB0PYAaiEGIAhBABCbASEDIAhBARCbASEFIAhBAhCbASENAkACQAJAIAhBA2sOAwECAAILIAdBA00EQCAHQQFLIgkQ7QFFBEAgAEH4AEHcAEHYOkG0+AFBARBeDAULIAkQ7gEhCyAGQQpBAyAJG2otAAAhAyAGIA5BBEEDIAkbEJ8CIRQCf0MAAAAAQwAAgD8gBiAOQQUQnwIgFCADs0MAAP5ClZKSIhQgFEMAAIA/XhsgFEMAAAAAXRsgC0EBayIQspRDAAAAP5IiFItDAAAAT10EQCAUqAwBC0GAgICAeAshESALQQBKBEAgC0F5bEHjAWohBEEQIBBBe2xBxwBqIgMgA0EQTBtBAXYiA0E8aiESIANBAWshDSAQIQwDQCAJIAxBAyACQaABahDvASEKIARBAEoEQEGfD0GI0wBB75MBIAwgEUgbIAwgEUYbIQ4gDEEHbCIDQQlqIQ8gA0EKaiETIBIgECAMa0EFbGohCEF/IQVBACEDA0AgCCANIAogAigCoAEgA2wgBG1BAXRqLgEAbEGAgH5taiEBIAVBAE4EQCAAIAMgD2ogBSADIBNqIAEgDhBZCyABIQUgA0EBaiIDIARHDQALCyAMQQBKIQMgDEEBayEMIAMNAAsLIAIgCzYCNCACIBFBAWo2AjAgAkGgAWpBGEHMDCACQTBqEMwCIABBCkGAASACQaABakG/3wMQYCACIAZBC0EEIAdBAUsbai0AAEEDcUEBajYCICACQaABakEYQZkNIAJBIGoQzAIgAEHmASACQaABahBfa0GAASACQaABakG0+AEQYAwECyAHQf4BcUEERgRAIAAgASAEEOEBDAQLIAMgB0YEQCAAQQZBOUHkAUHNACAGLQAVIAYtABYgBi0AFyAGLQAYEN8BDAQLIAUgB0YEQCAAQQZBOUHkAUHNACAGLQAZIAYtABogBi0AGyAGLQAcEN8BDAQLIAcgDUYEQCAAQc0AIAYtAB1BBXAgBi0AICAKEOIBDAQLIAdBCWtBAU0EQCMAQUBqIgkkACABIARBMGxqIgRB2ABqIQwgBEHy9gBqIRAgBEHQ9gBqIQVBACEEA0AgACAEQQ9sIgFBPWpBDhBUBH8gBCAMai0AACERIBAgBEEBdCILai0AACESIAUgC2otACEhCyAJIARBAWoiEzYCECAJQSBqQRhBuQwgCUEQahDMAiAAQQogAUHAAHIiCCAJQSBqIAQQBUEBEFwaIABBHiAIIAtBDXAiC0ECdEGw6ABqKAIAQb/fA0G0+AEgCxtBARBcGiAJIBJB5ABsQYAya8FBP23BNgIAIAlBIGpBGEGuCyAJEMwCIABB6gAgAUHBAGoiASAJQSBqQbT4ARBgIABBiAEgAUHaAEEFQcQhEFUgAEGIASABIBFB2gBsQf8AbkEFIAQQBRBVIBMFIARBAWoLIgRBBEcNAAsgCUFAayQADAQLIABB+ABB2wAgBi0AKUEDcEECdEGQ+gBqKAIAQb/fA0EBEF4MAwsgB0ECTQRAIAAgASAEIAcQ4wEMAwsgB0EDa0EBTQRAIAAgASAEEOEBDAMLIAUgB0YEQCAAQQZBOUHkAUHNACAGLQAPIAYtABAgBi0AESAGLQASEN8BDAMLIAMgB0YEQCAAQQZBOUHkAUHNACAGLQATIAYtABQgBi0AFSAGLQAWEN8BDAMLIAcgDUYEQCAAQc0AQQEgBi0AGCAKEOIBDAMLIABB+ABB2wBBuT9BjxggBi0AGxtBv98DQQEQXgwCCyAHQQFNBEAgACABIAQgBxDjAQwCCyAHQQNNBEAgACABIAQQ4QEMAgsgAyAHRgRAIABBBkE5QeQBQc0AIAYtAAwgBi0ADSAGLQAOIAYtAA8Q3wEMAgsgAEEmQQFB2gAgChDiASACIAYtABNBA3EiA0ECdEGQ5QBqKAIANgIQIAJB8ABqQSBB0gkgAkEQahDMAiAAQQxB5QAgAkHwAGpB2vIDQbT4ASADG0ECEFwaQeiuCi0AAEEBRw0BIABBDEH+AEHqN0G0+AEQYAwBCyACAn8gFUMAAAA/kiIUi0MAAABPXQRAIBSoDAELQYCAgIB4CzYCACACQfAAakEgQcMOIAIQzAIgAEHoASACQfAAahBfa0E7IAJB8ABqQbT4ARBgCyACQcABaiQAC5cKAgl9BX8gASACQTBsaiICQdD2AGohDQJAAn0gAi0AbyIOQQVHBEAgAkHYAGoiAkEBaiEBIAJBA0ECIA5BA0Ybai0AALNDAAD+QpUMAQsgDS0ADiICQQZwIQEgAkEFRg0BIAFBACABQQRHGyEMIA1BEGohASANQQ9qIQIgDS0AEkFAarJDAAB8QpULIQMgAS0AACEBIAItAACyQ4VCoT2UELwCQwAAoEGUIQYgAbJDAAD+QpUiBCAEQwAAxEGUlCAElEMAAAA/kiEHIANDAACQQpQiA0MAAAAAXARAIAACf0MAAAAAQwBAnEYgBiAGQwBAnEZeG0MAAKBBlRDDAkMAACBBlUMAAGRDlCAGQwAAoEFdGyIFi0MAAABPXQRAIAWoDAELQYCAgIB4CyICAn9DAAAAAEMAQJxGIANDAABAQZUQvAIgBpQiAyADQwBAnEZeG0MAAKBBlRDDAkMAACBBlUMAAGRDlCADQwAAoEFdGyIDi0MAAABPXQRAIAOoDAELQYCAgIB4CyIBIAEgAkobQQZqQYIBIAIgAWsgASACayABIAJIG0EBakEDQfPvARBVCyAAQQZB0gBB5AFBxCEQViAHQwrXozyUQwAAAD+SIgMgA5QhCSAHIAeUIQpBfyEBIAxBAWshEEEAIQIDQEMAAIA/IAKzQwAAIEGUQwAAZEOVELwCQwAAoEGUIAaVIgUgBZQiA5MiBCAElCIIIAMgCpWSkSEEAn9DAACOQkMAAJBBQwAAkEECfQJAAkACfQJAAkACQAJAIBAOAwABAgMLQwAAgD8gBJUMAwsgBSAHlSAElUMAAMA/lAwCCyADIASVDAELQwAAgD8gBCAIIAMgCZWSkZSVCyIDQ703hjUgA0O9N4Y1XhsiA7wiDEH///8DTARAQwAAgL8gAyADlJUgA0MAAAAAWw0DGiADIAOTQwAAAACVIAxBAEgNAxogA0MAAABMlLwhDEHofiEPDAELIAxB////+wdLDQFBgX8hD0MAAAAAIQMgDEGAgID8A0YNAQsgDyAMQY32qwJqIgxBF3ZqsiILQ4Agmj6UIAxB////A3FB84nU+QNqvkMAAIC/kiIDIAMgA0MAAAA/lJQiBZO8QYBgcb4iCEMAYN4+lCADIANDAAAAQJKVIgQgBSAEIASUIgQgBCAElCIEQ+7pkT6UQ6qqKj+SlCAEIARDJp54PpRDE87MPpKUkpKUIAMgCJMgBZOSIgNDAGDePpQgC0PbJ1Q1lCADIAiSQ9nqBLiUkpKSkiEDCyADC0MAAKBBlCIDIANDAACQQV4bk0MAAFhClUMAAI5ClCADQwAAEMJdGyIDi0MAAABPXQRAIAOoDAELQYCAgIB4C0E5aiEMIAFBAE4EQCAAIAJBBWogASACQQZqIAxBwPgDEFkLIAwhASACQQFqIgJB5AFHDQALIABBOkH+AEEDQYjTABBXIABBNkH6AEGNzwBBtPgBEGAgAEGGAUH+AEEDQYjTABBXIABBggFB+gBBqS9BtPgBEGAgAEHSAUH+AEEDQYjTABBXIABBzgFB+gBBrC9BtPgBEGACQCAOQQZHDQAgDS0AByICRQ0AIABBBkE7An8gAkEDcUECdEGg+gBqKgIAQwAAoEGVEMMCQwAAIEGVQwAAZEOUIgOLQwAAAE9dBEAgA6gMAQtBgICAgHgLQQNB2vIDEFUgAEEIQT9B1jNB2vIDEGALDwsgAEH4AEHfAEGANEG0+AFBARBeC4gEAgV9A38gAEEGIAFBAXYiAUE5aiILQeQBQcQhEFYgA7NDAABAP5RDAAD+QpVDAACAPpIhByABQQNrsyEIAn0gAkEDSwRAQcS45CkhCkOIIyc9IQVDiCMnPQwBCyACQQJ0QdD9AGoqAgAhBUG54AAhCkMAAAAACyEJIARBiNMAIAMbIQwgCwJ/IAcgBSAIlJQiBYtDAAAAT10EQCAFqAwBC0GAgICAeAtrIQFBASEDA0ACfyADs0MAAEBAlEMAAGRDlSIFi0MAAABPXQRAIAWoDAELQYCAgIB4CyEEIAUgBLKTIQYgCwJ/IAcCfQJAAkACQAJAAkAgAg4EAAECAwQLIAZD2w/JQJQQywIMBAsgBkMAAAC/kotDAACAQJRDAACAv5IMAwtDAACAPyAGIAaSkwwCC0MAAIA/QwAAgL8gBkMAAAA/XRsMAQsCfyADQQFrs0MAAEBAlEMAAGRDlSIGIAaSIgaLQwAAAE9dBEAgBqgMAQtBgICAgHgLAn8gBSAFkiIFi0MAAABPXQRAIAWoDAELQYCAgIB4C0cEQCAKQY3M5QBsQd/mu+MDaiIKskMAAAAwlCEJCyAJCyAIlJQiBYtDAAAAT10EQCAFqAwBC0GAgICAeAtrIQQgAUEATgRAIAAgA0EFaiABIANBBmogBCAMEFkLIAQhASADQQFqIgNB5AFHDQALC7cKAgZ9B38gASACQTBsaiICLQBvIQEgAEEGQd8AQeQBQcQhEFYgAkHYAGohDiACQdD2AGohAkF/IQogAUH/AXEiD0EGRiEQQX8hC0EAIQEDQCAKIQ0gAbMiBSAFkkMAAGRDlSEFQd8AAn9DAAAowkOamZk/An0CQAJAAkACQAJAAkAgEEUEQAJ/IAUgAi0AAUEFcEECdEGw+gBqKgIAIgiUIAiVIgSLQwAAAE9dBEAgBKgMAQtBgICAgHgLIQogBCAKspMiBEMAAIBAlEMAAIC/kiAEQwAAgMCUQwAAQECSIARDAAAAP10iChshBkMAAIA/IAQgBJKTIQcgAi0AAEEGcA4G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f}var wasmBinaryFile;function getBinarySync(file){if(file==wasmBinaryFile&&wasmBinary){return new Uint8Array(wasmBinary)}var binary=tryParseAsDataURI(file);if(binary){return binary}if(readBinary){return readBinary(file)}throw"both async and sync fetching of the wasm failed"}async function getWasmBinary(binaryFile){return getBinarySync(binaryFile)}async function instantiateArrayBuffer(binaryFile,imports){try{var binary=await getWasmBinary(binaryFile);var instance=await WebAssembly.instantiate(binary,imports);return instance}catch(reason){err(`failed to asynchronously prepare wasm: ${reason}`);abort(reason)}}async function instantiateAsync(binary,binaryFile,imports){return instantiateArrayBuffer(binaryFile,imports)}function getWasmImports(){return{env:wasmImports,wasi_snapshot_preview1:wasmImports}}async function createWasm(){function receiveInstance(instance,module){wasmExports=instance.exports;wasmMemory=wasmExports["memory"];updateMemoryViews();addOnInit(wasmExports["__wasm_call_ctors"]);removeRunDependency("wasm-instantiate");return wasmExports}addRunDependency("wasm-instantiate");function receiveInstantiationResult(result){receiveInstance(result["instance"])}var info=getWasmImports();if(Module["instantiateWasm"]){try{return Module["instantiateWasm"](info,receiveInstance)}catch(e){err(`Module.instantiateWasm callback failed with error: ${e}`);readyPromiseReject(e)}}wasmBinaryFile??=findWasmBinary();try{var result=await instantiateAsync(wasmBinary,wasmBinaryFile,info);receiveInstantiationResult(result);return result}catch(e){readyPromiseReject(e);return}}class ExitStatus{name="ExitStatus";constructor(status){this.message=`Program terminated with exit(${status})`;this.status=status}}var callRuntimeCallbacks=callbacks=>{while(callbacks.length>0){callbacks.shift()(Module)}};var 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doRun(){if(calledRun)return;calledRun=true;Module["calledRun"]=true;if(ABORT)return;initRuntime();readyPromiseResolve(Module);Module["onRuntimeInitialized"]?.();postRun()}if(Module["setStatus"]){Module["setStatus"]("Running...");setTimeout(()=>{setTimeout(()=>Module["setStatus"](""),1);doRun()},1)}else{doRun()}}if(Module["preInit"]){if(typeof Module["preInit"]=="function")Module["preInit"]=[Module["preInit"]];while(Module["preInit"].length>0){Module["preInit"].pop()()}}run();moduleRtn=readyPromise; return moduleRtn; diff --git a/web/docs/cambios.html b/web/docs/cambios.html index 26cc2df..ea70bc6 100644 --- a/web/docs/cambios.html +++ b/web/docs/cambios.html @@ -45,6 +45,7 @@ Diseño 0.2

Cambios

+

En pausa: hasta una versión estable, los cambios y el manual se escriben solo en inglés (docs/en). Este archivo queda como estaba en la 0.6.2.

Todas las versiones de Bubba Machine. El formato sigue Keep a Changelog y los números siguen versionado semántico: mientras la versión empiece con 0, cualquier versión menor puede cambiar la forma de tocar o el formato de los patrones.

[0.6.2-beta] - 2026-10-15

Primera versión con datos del aparato. Con la 0.6.1 y un patrón de las seis máquinas, el audio no alcanzaba en el FM-1 (88-115 % de carga, cortes) y con DOS NÚCLEOS iba peor (123 %). Beta: en la primera prueba en el aparato, el mismo tipo de patrón quedó cerca del 50 %.

diff --git a/web/docs/manual.html b/web/docs/manual.html index f7884a0..67908f5 100644 --- a/web/docs/manual.html +++ b/web/docs/manual.html @@ -45,6 +45,7 @@ Diseño 0.2

Bubba Machine 0.6 — Manual

+

En pausa: hasta una versión estable, el manual se escribe solo en inglés (docs/en/MANUAL.md). Este archivo queda como estaba en la 0.6.2.

Bubba Machine convierte el FM-1 en una groovebox de directo con seis máquinas fijas, cada una con un nombre que recuerda a la máquina que la inspiró: BR-8 (batería), BP-1 (sampler de pads), BB-303 o B-MINI (bajo), BX-7 (FM de 6 operadores), BITTAL (wavetable que carga presets de Vital) y BUNO-6 (polifónico con chorus). En HOME está el mezclador BX-1. Cada canal tiene su propio largo y su propia velocidad.

Los nombres recuerdan a máquinas famosas (TR-8, OP-1, TB-303, Minimoog, DX7, Vital, Juno-6), pero Bubba Machine no tiene relación con sus marcas ni con sus fabricantes.

La interfaz se resume en dos frases: cuatro gestos por botón, y significan lo mismo en todos. HOME en todas partes.

diff --git a/web/emulador.html b/web/emulador.html index 3d8de2f..b0dcb58 100644 --- a/web/emulador.html +++ b/web/emulador.html @@ -77,7 +77,7 @@
Bubba MachineEl audio arranca al pulsar (regla del navegador).
Bubba Machine -
Emulador del firmware 0.6.1-beta
El mismo código C99 que irá en el FM-1, compilado a WebAssembly.
+
Emulador del firmware 0.7.0-beta
El mismo código C99 que irá en el FM-1, compilado a WebAssembly.
@@ -181,7 +181,7 @@

Sampler y memoria

'e.lang': 'Para el transporte (PLAY) y prueba otra vez: escribir la flash corta el audio.' }; var EN = { - title: 'Firmware emulator 0.6.1-beta', + title: 'Firmware emulator 0.7.0-beta', sub: 'The same C99 code that will run on the FM-1, compiled to WebAssembly.', nav: 'HomeManualInstallCodeEspañol', on: 'Power on', diff --git a/web/en/docs/changelog.html b/web/en/docs/changelog.html index 362a35d..16d0da7 100644 --- a/web/en/docs/changelog.html +++ b/web/en/docs/changelog.html @@ -46,6 +46,92 @@

Changelog

Every version of Bubba Machine. The format follows Keep a Changelog and versions follow semantic versioning: while the version starts with 0, any minor version may change how it plays or the pattern format.

+

[0.7.0-beta] - 2026-10-15

+

One machine per screen. HOME becomes the BX-1 machine with its own pages, and every screen loses the text it did not need. Design: the "Bubba Machine UI 0.7" canvas.

+

Added

+
  • +MOVE (PRESETS on HOME): one knob that moves the whole mix. Left: the master low-pass closes and the mix goes into the echo. Right: the master high-pass opens and the mix washes into the reverb. Live, not saved. +
  • +A DJ filter on every track (K2 on HOME): left low-pass, right high-pass, open in the middle. It uses a reserved byte of the track, so saved patterns keep working. +
  • +HOME's pages: MIX › FX › TEMPO › SCENES › SONG, shown as a strip at the top. The FX page has a third sub-page, MASTER: master filter, BEAT FX and drive. +
+

Changed

+
  • +HOME's K1-K4: level, filter, delay and reverb of the cursor track (before: volume, reverb send, master filter, BEAT FX). +
  • +Tempo has its own color (yellow) in the header and in its box, which shows four beat blocks. Turning ALGORITHM no longer lights K1's dial. +
  • +Inside a machine: "<" before its name (HOME goes back), and the page name with one dot per page instead of the row of tabs. +
  • +Less text: the hint lines show for the first 4 seconds of a page and then go away; the bottom hint line, the CPU readout ("CPU!" only when the audio does not keep up), HOME's column headers and its master bar are gone. +
  • +FADERS left HOME's cycle: the MIX page already has every level. +
+

Changed (UX review: every machine is its own instrument)

+
  • +The lights speak one language on every screen and on keys and buttons alike: off = does nothing, dim = available or silenced, medium = has something and will play, on = selected or a hit, blink = playhead or needs you, breath = armed. See "The lights" in the manual. +
  • +Drum MUTES screen: only instruments with steps are lit; playing ones flash on every hit, muted ones are dim, empty ones are off. The same live flash on HOME's track keys, the pads and the notes a track plays. +
  • +Buttons that do nothing are off. With HOME held, only the buttons with a HOME + function light up; inside a layer, only the ones that work in it. SAVE breathes with unsaved changes (on the console), HOME blinks with a pattern or scene in the queue, PLAY marks the first beat of the bar, REC tells armed, capturing and overdub apart. +
  • +HOME inside a machine always goes back to the console; a global screen opened from a machine (GLO, HOME + FX, SAVE, TIME, SCALE, SONG, SYSTEM) goes back to that machine. +
  • +ROLL on BR-8 and BP-1 (ARP): a tap keeps the roll screen open. Rates 1/8 to 1/32 with triplets, CRESC / DECRESC, swing, a tail after release and FILL + ROLL on black 11; with REC the roll is written as repeats and accents. +
  • +The big knobs are labelled (SEL · ALG · PRE under the dials, "-" when they do nothing) and have jobs where they were dead (FX page, SAVE). +
  • +Knob feel: acceleration comes from how fast you turn, lists move one item per click, on/off settings are right = on and left = off, and MOVE, the DJ filter and PAN stop at the center. SELECT goes through sub-pages (PADS, ENV, MIX › DUCK) before the next tab. +
  • +Same setting, same knob: GLO held = BPM, SWING, transpose, octave; BX-7 and BB-303 SOUND keep SEQ's K1-K3 with ACCENT on K4. +
  • +Screen: the line that says how to exit stays; the header shows the six tracks' mutes and hits, the queued pattern as A01>A05 with a beat countdown, SONG and a green autosave dot (no more AUTOSAVED box); the 2 s ring names what it opens; short drum names (BD, SD, CH, OH…) that don't collide; K1-K4 values on the top line instead of a box over the grid; the small font gained > < , ! ? ' and a readable #. +
+

Fixed

+
  • +Holding REC to record could erase the track (for example while recording the mix on the sampler). REC held 2 s is now a deliberate live erase: instant, no question, undoable with HOME + OCT−, the ring says ERASE T#, and it never fires while anything is recording or on the RECORD and TAKES pages. +
  • +LFO no longer opens an empty page on BR-8, BP-1, BB-303 and BX-7: a tap keeps its layer open (repeat on the grids, tie on the notes). +
  • +Holding a step and turning PRESETS replaced the whole kit or patch with no undo; it now sets the step's condition (drums) or length/TIE (notes). Changing a kit with PRESETS can be undone. +
  • +HOME on the recorder threw away an unsaved take; it now asks. +
  • +The FILL screen made OCT− breathe and the MUTES screen made SEQ breathe; the page light could land on the wrong button (ENV on drums lit EDIT). +
  • +Releasing a chord key on a scale-lock page cancelled a +7 / +9 that was still held. PRESETS in the CHORDS and ARP layers changed the sound; PRESETS on the project SCALE page read past a table. +
  • +The SYSTEM LED setting turned dim keys off too (it now only affects buttons) and MEDIUM did nothing. +
  • +The FM-1 restarted on BP-1's PADS page. The SDK's snprintf does not understand %+d (nor %f): it skipped the argument, the next ones shifted, and the pad line's last %s read a number as a pointer (an invalid bus read). All of Bubba's code now uses its own snprintf (core/bm_printf.c), checked against the C library's on the computer. The 30 %+d on screen also showed wrong text before. +
  • +Processor faults leave a trace: a copy of the SDK's exception handler (hal/fm1/sdk/wl82_debug.c) stores where it happened, the task and what was being drawn before restarting, and the console log shows it on the next boot. +
+

[0.6.3-beta] - not released on its own (included in 0.7.0-beta)

+

Two cores that really work in parallel. Measured on the FM-1 with a six-machine pattern.

+

Changed

+
  • +TWO CORES: each core has its own software interrupt (IRQ_SOFT2 on core 0, IRQ_SOFT3 on core 1, raised through the shared latch the SDK uses for task switches). A job always goes to the core that is not running the audio task, which the SDK scheduler moves between cores; before, half the jobs ran in series on the audio core itself. +
  • +Automatic split: every few blocks each machine's cost and core 0's fixed work (sequencer, mix) are measured, and the split of the six machines that leaves both cores most even is chosen (only if it improves by 20 %). Any machine can run on either core; on the computer the output is identical sample by sample. +
  • +Voice brake acts only when a block is about to overrun (95 %) or the sustained average passes 85 %; in 0.6.2 it switched off about one voice per second and ate the BUNO-6 pad. +
+

Added

+
  • +External clock warnings: changing CLOCK shows a message, PLAY with an external clock and no pulses says "EXT CLOCK: WAITING FOR MIDI", and the header's "EXT?" turns red. Twice on the device CLOCK had been switched to EXTERNAL by accident and PLAY seemed frozen. +
  • +Lab test 36: pick the core split by hand (or automatic) to compare. +
  • +Console: the split, the estimated load of each core and the jobs that ran in series. +
+

Fixed

+
  • +Lab tests in safe mode reset the chip: they left the watchdog on, and nothing feeds it in safe mode. +
  • +The second core's longest wait showed 71 s (a clock read from the other core wrapped around), and the same wrap could fire the timeout and switch TWO CORES off. +

[0.6.2-beta] - 2026-10-15

First version with data from the device. With 0.6.1 and a pattern using all six machines, audio did not keep up on the FM-1 (88-115 % load, dropouts), and TWO CORES made it worse (123 %). Beta: in the first test on the device, the same kind of pattern stayed around 50 %.

Added

diff --git a/web/en/docs/install.html b/web/en/docs/install.html index b191093..19c1f34 100644 --- a/web/en/docs/install.html +++ b/web/en/docs/install.html @@ -45,8 +45,8 @@ Design 0.2 (ES)

Installing Bubba Machine

-

Current status: beta (0.6.1-beta)

-

Bubba Machine for the FM-1 has a full firmware, with sound, a diagnostic firmware and a web installer. It runs on the author's FM-1, but it is a beta: tested on a single device and still changing a lot. 0.6.1-beta has not been tried on the device yet (it passes the automated tests and the emulator; do not install 0.6.0-beta: it was short of RAM); if something goes wrong, go back to 0.5.0-beta or the stock firmware from the installer. Technical progress is in hal/fm1/README_PORT.md (Spanish).

+

Current status: beta (0.7.0-beta)

+

Bubba Machine for the FM-1 has a full firmware, with sound, a diagnostic firmware and a web installer. It runs on the author's FM-1, but it is a beta: tested on a single device and still changing a lot. 0.7.0-beta has not been fully tried on the device yet (it passes the automated tests and the emulator; do not install 0.6.0-beta: it was short of RAM); if something goes wrong, go back to 0.6.2-beta or the stock firmware from the installer. Technical progress is in hal/fm1/README_PORT.md (Spanish).

What you save may be lost when you update. There is no backward compatibility until v1: if a new version changes how patterns, the song, settings or takes are stored, the old data is erased on first boot and the demo comes back. If something matters to you, record it from the audio output before updating.

Every version is also published as bubba-machine-<version>.fwsc in the GitHub releases, for installers that use that package (such as the FM-1 Firmware Hub).

If you don't want to risk your FM-1, use the emulator (below): it runs the same code.

diff --git a/web/en/docs/manual.html b/web/en/docs/manual.html index 0f192c4..9dc3834 100644 --- a/web/en/docs/manual.html +++ b/web/en/docs/manual.html @@ -48,45 +48,75 @@

Bubba Machine 0.6 — Manual

Bubba Machine turns the FM-1 into a live groovebox with six fixed machines, each named after the machine that inspired it: BR-8 (drums), BP-1 (pad sampler), BB-303 or B-MINI (bass), BX-7 (6-operator FM), BITTAL (wavetable that loads Vital presets) and BUNO-6 (polysynth with chorus). HOME holds the BX-1 mixer. Every track has its own length and its own speed.

The names recall famous machines (TR-8, OP-1, TB-303, Minimoog, DX7, Vital, Juno-6), but Bubba Machine has no relation to their brands or makers.

The interface fits in two sentences: four gestures per button, and they mean the same thing on every button. HOME everywhere.

+

Every machine is its own instrument. On HOME you are at the BX-1 console. Put the cursor on a track and enter it (SEQ or EDIT): from then on the whole FM-1 belongs to that machine. Its keys, buttons, knobs and lights work like the real machine it is named after. HOME is the way out, back to the console. A global screen you open from inside a machine (TEMPO, SAVE, TIME, SCALE, SONG, SYSTEM) takes you back to that machine when you leave it.

The screen is in English. Names that appear on screen are written here in CAPITALS exactly as you will see them. Other languages are packs you load from the control platform (see Screen language).

0.6 changed the pattern format. It does not read what an earlier version saved: on first boot it erases the patterns and starts with the demo (takes are kept).

Four gestures per button

-
GestureWhenWhat it does
Tapunder 300 msOpens its page on the track you are on. Again: the next page of the same button
Hold300 ms or moreIts live layer: while you hold it, the keys do that job and the screen draws the keyboard with what each key does. Let go and you are back
Hold 2 s2 s without touching anything elseIts settings or its dangerous action. A ring fills at the top; touching anything cancels it. Only on HOME, SEQ, EDIT, SAVE and REC
HOME + buttonwith HOME heldThe global version of the button: for the whole project, not just the track
+
GestureWhenWhat it does
Tapunder 300 msOpens its page on the track you are on. Again: the next page of the same button
Hold300 ms or moreIts live layer: while you hold it, the keys do that job and the screen draws the keyboard with what each key does. Let go and you are back
Hold 2 s2 s without touching anything elseIts settings or its dangerous action. A ring fills at the top with the name of what it opens; touching anything cancels it. Only on HOME, SEQ, EDIT, SAVE and REC
HOME + buttonwith HOME heldThe global version of the button: for the whole project, not just the track

There are never two layers at once: with a layer open, holding another button does not open its own.

-

Questions. Anything that erases something asks first: OCT+ = yes, HOME = no (any other button also cancels).

+

Questions. Anything that erases something asks first: OCT+ = yes, HOME = no (any other button also cancels). While a question is open, only those buttons are lit: OCT+ blinks, HOME is on.

+

The lights

+

The FM-1's lights are white only: they never say what a key or button does (the screen does), only its state. The same six levels mean the same thing on every screen:

+
LightKeysButtons
OffDoes nothing here: no function, an empty instrument, outside the lengthDoes nothing on this screen
DimAvailable but empty, or has something but is silenced (a muted instrument or track)Available
MediumHas something and will play: an instrument with steps, a saved pattern, the root noteHas a special job right now (with HOME held, the ones that have a HOME + function)
OnSelected, held, active now, or a flash on every hitWhere you are, or a state that stays (octave shifted, note REC)
BlinkThe playhead, or something queuedNeeds you now: OCT+ on a question, REC capturing, HOME with a pattern or scene in the queue
BreathA step with P-Lock, the EXIT key of a layer opened with a tapArmed or pending: REC armed, the layer you hold, SAVE with unsaved changes (on the console), PLAY waiting for external clock
+

PLAY flashes on with the first beat of each bar and medium on the other beats. On the screen's key strip, an off key has a dark name, dim has a grey name with a border, medium a white name and on is filled.

The knobs

-
KnobOn HOMEInside a track
SELECTThe cursor: picks the mixer trackThe page (the tabs at the top) or the row of a list. With a step held, its accent
ALGORITHMThe BPM (HOME + ALGORITHM: in tenths)The machine's mode (table below). On a list, it changes the highlighted value
PRESETSThe patternThe sound: kit, patch or a sound from the bank
K1-K4VOL of the cursor track · FX SEND (reverb) · master FILTER · BEAT FXWhatever the four dials at the bottom say. With HOME held: BPM, swing, master length and drive
+
KnobOn HOMEInside a track
SELECTThe cursor: picks the mixer trackThe page (its name and dots at the top) or the row of a list. With a step held, its accent
ALGORITHMThe tempo (HOME + ALGORITHM: in tenths)The machine's mode (table below). On a list, it changes the highlighted value
PRESETSMOVE: one knob that moves the whole mix (below). Patterns are on the white keysThe sound: kit, patch or a sound from the bank
K1-K4The cursor track as a mixer strip: LEVEL · FILTER (DJ: left low-pass, right high-pass) · DELAY · REVERBWhatever the four dials at the bottom say. With HOME held: BPM, swing, master length and drive

Entering a track: on HOME, SELECT moves the cursor to the track and SEQ or EDIT enter it. From any screen, HOME + SELECT shows a box with the target track and you enter when you let go of HOME.

ALGORITHM inside a track (the mode):

MachineALGORITHM
BR-8Picks the instrument (with the box: big number, its name and model)
BP-1Picks the pad
BB-303 / B-MINISwitches from one to the other (the notes stay)
BX-7The algorithm, 1 to 32
BITTALOscillator 1's table: its own or another bank sound's
BUNO-6The chorus: OFF, I, II or I+II

Priority: REC on a note track > held step > list > track > HOME.

+

The big knobs say what they do: the bottom line of the screen reads SEL · ALG · PRE with their job on that screen (for example SEL PAGE · ALG INSTR · PRE KIT), and "-" when the knob does nothing there.

+

How they feel:

+
  • +Turning fast speeds up continuous values (BPM, cutoff, start); lists move one item per click, never skipping. +
  • +On/off settings: right = on (or next), left = off. They don't wrap around. +
  • +MOVE, the DJ filter and PAN stop at the center for two clicks, so 0 is easy to find. +
  • +SELECT goes through a page's sub-pages first (SOUND, INSTR, PADS, ENV, MIX › DUCK), then to the next tab. +
  • +Turning K1-K4 shows the name and value on the top line, without covering the screen; the big box is only for SELECT, ALGORITHM, PRESETS and the tempo, and it names the knob you turned. +

The screen

Four strips, always in the same place:

  1. -Header: the machine you are on (BX-1 on HOME), PLAY/REC, pattern and bar, BPM and the audio load (CPU). While recording notes it shows the gate they are recorded with (TIE or G75%). Also the 2 s ring and the battery. +Header: the machine you are on (BX-1 on HOME; inside a track or a screen you opened from it, "<" and its name: HOME goes back), PLAY/REC, pattern and bar and the tempo in its own yellow. +
    • +A queued pattern reads A01>A05, with 4 blocks counting the beats down to the change. +
    • +Six tiny cells show the tracks: their color = playing, red = muted, white = a hit, outline = solo. +
    • +SONG when the song is on; a green dot = autosaved; "CPU!" only if the audio does not keep up; while recording notes, the gate they are recorded with (TIE or G75%). +
    • +The 2 s ring, with the name of what it opens, and the battery. +
  2. -Viewport: what each screen shows. Inside a track, its tabs on top. +Viewport: what each screen shows. Inside a track, the page name and one dot per page, O+1 / O-1 when the octave is shifted and AGAIN: ... with what tapping the page's button again does; on HOME, BX-1's pages. The usage hints show for the first 4 seconds; the line that says how to exit stays. A layer opened with a tap says LATCHED.
  3. -Keyboard: the 11 black and 16 white keys with what each one does and the same state as its light. On SEQ the white keys are the 16 steps; on a note track, a mint bar marks long notes. +Keyboard: the 11 black and 16 white keys with what each one does and the same state as its light. On SEQ the white keys are the 16 steps; on a note track, a mint bar marks long notes. Short fixed names: drums BD, SD, CH, OH, CP, LT...; HI / LO = the other section; O- / O+ = octave; FIL = fill; X = exit.
  4. -Knobs: K1-K4 as four dials with their value and name, in physical order. Below, what SELECT, ALGORITHM and PRESETS do on that screen. +Knobs: K1-K4 as four dials with their value and name, in physical order; under them, what SELECT, ALGORITHM and PRESETS do.

The palette: blue-black background, cyan for what is active, amber for values and the playing step, laser red for REC and mutes, mint green for long notes. A red border = the mix clipped.

The 14 buttons

-
ButtonTapAgainHold (layer)2 sHOME +
HOMEHOME: the BX-1 mixerFADERS › SCENES › SONGController (see below)SYSTEM(it is the modifier)
SEQThe track's stepsNotes: LOOP · sampler: BREAKLength and speedTIME of the 6 tracksSong
EDITSOUND (BP-1: PADS)The editor's next pageEraseSampler: TAKES · others: initial soundCopy the track to another
ENVThe machine's envelope · INSTR (drums)The other envelopeAccent——
LFOThe machine's LFO (B-MINI, BITTAL, BUNO-6)—Repeat (grids) · tie (notes)——
FXThe track's MIXDUCK (sidechain)Punch-in—Master FX: delay; again: reverb
SCLThe track's SCALECHORDSLive chords—Project scale
ARPThe track's ARP—Arpeggio (notes) · roll (grids)——
SAVESave menuRun itCopy patternQuick saveSave as
GLOGlobal listClosePitch and TAP tempo——
RECRecord (on the sampler: the recorder)Looper: overdub › playRecord only while heldClear the track (asks)SONG REC
PLAYPlay / stop———Back to step 1 without stopping
OCT − / +Octave · step page · on questions OCT+ = yes———Undo / redo
+
ButtonTapAgainHold (layer)2 sHOME +
HOMEInside a machine: back to the BX-1 console. On the console: MIXMIX › FX › TEMPO › SCENES › SONGController (see below)SYSTEM(it is the modifier)
SEQThe track's stepsNotes: LOOP · sampler: BREAKLength and speedTIME of the 6 tracksSong
EDITSOUND (BP-1: PADS)The editor's next pageEraseSampler: TAKES · others: initial soundCopy the track to another
ENVThe machine's envelope · INSTR (drums)The other envelopeAccent——
LFOThe machine's LFO (B-MINI, BITTAL, BUNO-6). On machines without an LFO it latches its layer: repeat (BR-8, BP-1) or tie (BB-303, BX-7); LFO again or HOME closes it—Repeat (grids) · tie (notes)——
FXThe track's MIXDUCK (sidechain)Punch-in—Master FX: delay; again: reverb
SCLThe track's SCALECHORDSLive chords—Project scale
ARPNotes: the track's ARP. BR-8 and BP-1: the ROLL screen, kept open (ARP again or HOME closes it)—Arpeggio (notes) · ROLL while held (grids)——
SAVESave menuRun itCopy patternQuick saveSave as
GLOGlobal listClosePitch and TAP tempo——
RECRecord (on the sampler: the recorder)Looper: overdub › playRecord only while heldErase the track at once, no question (for live use; HOME + OCT− undoes it). Not while anything is recording, nor on RECORD or TAKES. LOOP page: erase the loopSONG REC
PLAYPlay / stop———Back to step 1 without stopping
OCT − / +Octave · step page · on questions OCT+ = yes———Undo / redo

HOME everywhere

The FM-1 has no SHIFT, so HOME does three jobs:

  1. -The BX-1 mixer: one row per track with its machine, its sequence (pulses for hits, mint blocks for long notes), its most used effect (DLY, REV, DCK) and its volume with the peak. At the bottom, the BEAT FX and the master filter. SELECT moves the cursor, K1-K4 mix (see the knobs table) and SEQ or EDIT enter the track. HOME again: FADERS (the six volumes), SCENES and SONG. +The BX-1 mixer: HOME is a machine of its own, with five pages: MIX › FX › TEMPO › SCENES › SONG (HOME again goes to the next one). MIX has one row per track with its machine, its sequence (pulses for hits, mint blocks for long notes), LP or HP when its filter is on, and its volume with the peak. SELECT moves the cursor, K1-K4 mix it (see the knobs table) and SEQ or EDIT enter that machine; HOME brings you back.
  2. A controller that follows you: holding HOME brings the controller to any screen. You edit the bass and, without leaving, mute or queue the next pattern.
  3. Modifier: HOME + button = its global version (table above).

If you used HOME as a modifier, letting go does not take you to the home screen: HOME only navigates on a clean tap.

-

Keys with HOME (on the HOME screen, on FADERS or while holding HOME):

+

Where a HOME tap goes: inside a machine, to the console. On a screen you opened from a machine (GLO, HOME + FX, SAVE, TIME, SCALE, SONG, SYSTEM), back to that machine and page. On the console, to the next console page. While you hold HOME, only the buttons with a HOME + function are lit (OCT−/+ only when there is something to undo or redo), and turning PRESETS picks a pattern that loads when you let go.

+

To clear a track: REC held 2 s (instant) or EDIT held + black 3 (CLR); HOME + OCT− undoes either.

+

Keys with HOME (on the HOME screen or while holding HOME):

KeyWhat it does
White 1-16Queue that pattern (when stopped: switches right away). Hold one and tap another: chain from the first to the second
Black 1-6Tap: mute T1-T6. Hold: solo while you hold it
Black 7-10Launch scenes A-D
Black 11FILL while you hold it
-

BEAT FX (K4 on HOME): one of the 16 punch-in effects stays on (stutter, reverse, tape, gate, sweeps, bitcrush…) until you turn it back to OFF. FILTER (K3): open in the middle; to the left, low-pass; to the right, high-pass.

+

MOVE (PRESETS on HOME): at 0 the mix is untouched. To the left the master low-pass closes and the whole mix goes into the echo (darker, more repeats); to the right the master high-pass opens and the mix washes into the reverb. It is a live control: it is not saved. The tempo box is yellow and its four blocks flash with the beat.

+

FX page (HOME › FX): FX again goes DELAY › REVERB › MASTER. MASTER has the master FILTER (open in the middle; left low-pass, right high-pass), BEAT FX (one of the 16 punch-in effects stays on until you turn it back to OFF) and DRIVE.

The six machines

TrackMachineWhat it isTabs
T1BR-8Drums: TR grid of 16 modeled instruments (computed live); kits 808, 909 and SYNTHSEQ · SOUND · INSTR · MIX · MORE
T2BP-116 pads made from your takes, on a gridSEQ · PADS · BREAK · TAKES · MIX · MORE
T3BB-303 or B-MINIThe bass: 303-style acid, or three oscillators into a ladder filterSEQ · SOUND · MIX · ARP · LOOP · MORE
T4BX-76-operator FM, compatible with the DX7 and its .syx banksSEQ · SOUND · ENV · MIX · ARP · LOOP · MORE
T5BITTALTwo wavetables from a bank sound (Vital presets), with unison and 4 macrosSEQ · SOUND · MIX · ARP · LOOP · MORE
T6BUNO-66-voice polysynth: one oscillator per voice, filter and a Juno-style chorusSEQ · SOUND · MIX · ARP · LOOP · MORE

Machines don't change: each track is its own. T3 switches between BB-303 and B-MINI with ALGORITHM (or MORE › MACHINE) and the notes stay.

@@ -94,7 +124,7 @@

The six machines

Black keys follow a single grammar in SEQ: 1-8 are the track's elements, 9 and 10 modify them and 11 breaks the pattern (FILL).

The sound of each machine

Everything is computed live; the sampler uses your takes. Until v1 each version may change the format: patterns from an earlier version are erased on first boot.

-
MachineWhat it isK1-K4 on SEQPRESETS
BR-816 modeled instruments, each with its own model: BD 808, BD 909, SD 808, SD 909, HAT 808, METAL, clap, TOM (and congas), cowbell, RESON (rim, clave, block), noise or FMTONE · TUNE · DECAY · COLORKits 808, 909 and SYNTH
BB-303303-style mono: 4-pole ladder filter, accent opens the filter, slide with TIECUTOFF · RESO · DECAY · ENV MODSaw or square
B-MINIThree oscillators (TRI, SHARK, SAW, SQUARE, WIDE, NARROW) in 32' to 2' ranges, noise, ladder filter with drive, two envelopes (CONTOUR and LOUDNESS), LFO and glideCUTOFF · EMPHASIS · OSC TUNE · CONTOUR6 basses from the bank
BX-76 operators (msfa, the core of Dexed); the DX7's 32 algorithmsBRIGHT · FEEDBACK · DECAY · ALGORITHM16 original patches and the voices of your .syx banks
BITTALTwo wavetable oscillators (up to 8 frames, alias-free on every note) with up to 4-voice unison, filter (LP 24/12, BP, HP or ladder) with drive, two ADSRs, LFO and 4 macrosThe sound's 4 macros (their name says where they go: CUTOFF, POSITION, LFO, SPACE…)19 bank sounds and yours
BUNO-6One oscillator per voice (saw, pulse with PWM, sub one octave down and noise), 4-position high-pass, 24 dB resonant filter, one ADSR, delayed LFO and stereo chorusFREQ · RES · ENV · PWM12 original sounds
+
MachineWhat it isK1-K4 on SEQPRESETS
BR-816 modeled instruments, each with its own model: BD 808, BD 909, SD 808, SD 909, HAT 808, METAL, clap, TOM (and congas), cowbell, RESON (rim, clave, block), noise or FMTONE · TUNE · DECAY · COLORKits 808, 909 and SYNTH
BB-303303-style mono: 4-pole ladder filter, accent opens the filter, slide with TIECUTOFF · RESO · DECAY · ENV MODSaw or square
B-MINIThree oscillators (TRI, SHARK, SAW, SQUARE, WIDE, NARROW) in 32' to 2' ranges, noise, ladder filter with drive, two envelopes (CONTOUR and LOUDNESS), LFO and glideCUTOFF · EMPHASIS · OSC TUNE · CONTOUR6 basses from the bank
BX-76 operators (msfa, the core of Dexed); the DX7's 32 algorithmsBRIGHT · FEEDBACK · DECAY · ALG16 original patches and the voices of your .syx banks
BITTALTwo wavetable oscillators (up to 8 frames, alias-free on every note) with up to 4-voice unison, filter (LP 24/12, BP, HP or ladder) with drive, two ADSRs, LFO and 4 macrosThe sound's 4 macros (their name says where they go: CUTOFF, POSITION, LFO, SPACE…)19 bank sounds and yours
BUNO-6One oscillator per voice (saw, pulse with PWM, sub one octave down and noise), 4-position high-pass, 24 dB resonant filter, one ADSR, delayed LFO and stereo chorusFREQ · RES · ENV · PWM12 original sounds

BR-8's kicks, snares and hats are the Plaits models (Mutable Instruments), which imitate the 808 circuits and 909-style synthetic versions. With accent they hit differently, not just louder.

The sound bank. B-MINI, BITTAL and BUNO-6 load sounds (.bsnap): their settings, their macros and, on BITTAL, their tables. The factory ones come from freely licensed Vital presets (CC0, Unlicense and GPL-3.0; credits in CREDITS.md) and from original BUNO-6 presets made in Vital. Yours are added from the web editor (sounds): PRESETS goes through the factory ones first and then yours. The sound's fingerprint (#A4F9) shows at the top right of SOUND.

Editing the sound (B-MINI, BITTAL, BUNO-6)

@@ -106,17 +136,21 @@

Editing the sound (B-MINI, BITTA
  • BUNO-6: DCO, DCO +, VCF, VCF +, ENV and LFO VCA (with the chorus).
    • -

    K1-K4 change the page's 4 settings; above them, a drawing of what they do (the wave, the table, the filter curve, the envelope or the LFO). SELECT changes page (at the first or last one it moves to the next tab). EDIT again = next page. ENV opens the amp envelope (again: the filter one). LFO opens the LFO. The macros (K1-K4 on SEQ) take P-Locks per note.

    +

    On BX-7 and BB-303, SOUND's K1-K3 are the same as on SEQ and K4 is ACCENT. Elsewhere, K1-K4 change the page's 4 settings; above them, a drawing of what they do (the wave, the table, the filter curve, the envelope or the LFO). SELECT changes page (at the first or last one it moves to the next tab). EDIT again = next page. ENV opens the amp envelope (again: the filter one). LFO opens the LFO. The macros (K1-K4 on SEQ) take P-Locks per note.

    BX-7: the algorithm

    SOUND draws the algorithm as on a DX7: carriers at the bottom, modulators above, feedback in amber and each operator's level; below, each one's frequency ratio. ALGORITHM steps through all 32 (with BRIGHT, FEEDBACK and DECAY on top of the patch). DX7 .syx banks (32 voices) load from the web editor or with py -3 tools/fm1/sonido.py bank.syx.

    Editing a drum instrument

    INSTR (EDIT again, or ENV) has two pages: HIT (TUNE, DECAY, TONE and COLOR, named after what it does in that model) and INSTRUMENT (MODEL, LEVEL, CHOKE group and line LENGTH). EDIT again changes page. Black 1-8 and 9 pick the instrument.

    Drums (BR-8)

    The SEQ screen is a matrix: 16 instruments × the 16 steps of the page. Each line shows its own playhead, because each instrument can have its own length.

    -
    ControlDoes
    White keysSteps of the selected instrument: tap = set or clear
    Black 1-8Select (and play) an instrument of the section
    Black 9Switch section (1-8 / 9-16)
    Black 10MUTES screen: a tap keeps it open (white keys mute or unmute each instrument; leave with black 10 or HOME); hold = only while held. A muted instrument turns red
    Black 11FILL screen: while open the fill plays and the white keys set a hit only for the fill (again: removes it). K1 = automatic fill (every 2, 4 or 8 bars). Tap = stays open; hold = only while held
    OCT − / +Page
    -

    Hold a step + turn: K1-K4 = P-Lock of TONE, TUNE, DECAY or START on that step only · SELECT = accent · ALGORITHM = repeat ×1 to ×4 or FLAM · PRESETS = condition (ALWAYS, FILL ONLY, NO FILL).

    +
    ControlDoes
    White keysSteps of the selected instrument: tap = set or clear
    Black 1-8Select (and play) an instrument of the section
    Black 9Switch section (1-8 / 9-16)
    Black 10MUTES screen: a tap keeps it open (white keys mute or unmute each instrument; leave with black 10 or HOME); hold = only while held. Only instruments with steps are lit: medium and flashing on every hit = plays, dim = muted, off = empty. On screen a muted instrument turns red. The knobs keep their SEQ jobs
    Black 11FILL screen: while open the fill plays and the white keys set a hit only for the fill (again: removes it; on = fill only, medium = normal, dim = not in the fill). K1 = automatic fill (every 2, 4 or 8 bars). Tap = stays open; hold = only while held. The fill stops when the screen closes
    OCT − / +Page
    +

    Hold a step + turn: K1-K4 = P-Lock of TONE, TUNE, DECAY or COLOR on that step only · SELECT = accent · ALGORITHM = repeat ×1 to ×4 or FLAM · PRESETS = condition (ALWAYS, FILL ONLY, NO FILL).

    INSTR (EDIT again, or ENV): level, tuning, decay and line length of each instrument. For example, a 12-step hi-hat against a 16-step kick.

    -

    SOUND: the kit's 16 pads; K1-K3 = tone, tuning and decay, K4 = how much the accent stands out.

    +

    SOUND: the kit's 16 pads; K1-K3 = tone, tuning and decay, K4 = COLOR (shifts each instrument's color). Changing the kit with PRESETS can be undone (HOME + OCT−).

    +

    ROLL (ARP)

    +

    Like a drum machine's roll button. A tap on ARP keeps the screen open (ARP again or HOME closes it); holding ARP shows it only while held.

    +
    ControlDoes
    White keysThe 16 instruments: hold one and it rolls, locked to the bar. Lit medium if it has steps, dim if empty; every hit flashes
    Black 1-6Rate: 1/8, 1/16, 1/32 and their triplets (8T, 16T, 32T)
    Black 7 · 8CRESC (the roll gets louder) · DECRESC (it fades)
    Black 11The fill plays while held: FILL + ROLL for the build-up
    K1-K4RATE · ramp length of the crescendo (1/4 to 2 bars) · SWING (50-75 %) · TAIL (the roll keeps going after you let go: OFF, 1/16, 1/8, 1/4)
    +

    With REC on, the roll is written into the steps as repeats; with a crescendo, the loud hits become accents. The settings are live: they are not saved.

    Pad sampler (BP-1)

    T2 is a 16-pad sampler, like a KO II or the drum sampler of an OP-1 field: each pad is a piece of one of your takes, and a grid just like the drums plays them.

    How you work:

    @@ -135,7 +169,7 @@

    Pad sampler (BP-1)

    SEQ: the pad grid

    Just like the drums: one line per pad, 8 on screen. Each pad has its own length.

    ControlDoes
    White keysSteps of the selected pad: tap = set or clear
    Black 1-8Select and play a pad of the section
    Black 9 · 10 · 11Other section (pads 1-8 / 9-16) · MUTES · FILL
    K1-K4FILTER (low-pass) · PITCH (±12 semitones) · DECAY · START (shifts the start of every pad)
    Held step + K1-K4P-Lock on that step: a pad higher, shorter or from further in, only there
    -

    The layers work as on the drums: accent, repeat, erase, roll (ARP held) and per-line lengths in TIME.

    +

    The layers work as on the drums: accent, repeat, erase, ROLL (ARP; the white keys are the pads) and per-line lengths in TIME. Inside ROLL, REC records what you play into the pattern, not a sample.

    PADS (EDIT): each pad's editor

    At the top, the map of the pad's take, with every pad of that take marked and the zoom box. In the middle, the big waveform, with the pad in cyan brackets and the other pads of the take with their number. At the bottom, one cell per white key, in the same place as the key: filled = it has sound, outlined = the selected pad. The orange line is what is playing.

    EDIT again changes page: TRIM › SOUND › ENV › LOOP (the current one is amber, top right). ENV also opens the ENV page.

    @@ -172,10 +206,10 @@

    Recorder (REC on the sampler)

  • While recording the keys are silent and the delay and buffer-based punch-ins pause (they share the memory).
  • -The take stays UNSAVED: the white keys play it in 16 parts. It is saved when you stop the transport, because writing flash stops the audio, and if the kit was empty, it builds it. HOME = discard. +The take stays UNSAVED: the white keys play it in 16 parts. It is saved when you stop the transport, because writing flash stops the audio, and if the kit was empty, it builds it. HOME asks before discarding it (OCT+ = discard; HOME = keep it and go to the console).
  • -TAKES (EDIT 2 s on T2, or the tab): the library, with the waveform of the marked take. ALGORITHM picks; K1-K3 = the take's BPM, bars and gain; white keys play it in 16 parts (held: it keeps going). N1 = kit on the hits, N2 = 16 equal parts, N3 = 8, N4 = the whole take on the selected pad, N11 = delete (asks; its pads become empty). If the kit already has pads, building a new one asks. A yellow dot = the kit uses that take. +TAKES (EDIT 2 s on T2, or the tab): the library, with the waveform of the marked take. ALGORITHM picks; K1-K3 = the take's BPM, bars and gain; white keys play it in 16 parts (held: it keeps going). Black 1 (HIT) = kit on the hits, black 2 (16) = 16 equal parts, black 3 (8) = 8, black 4 (PAD) = the whole take on the selected pad, black 11 (DEL) = delete (asks; its pads become empty). If the kit already has pads, building a new one asks. A yellow dot = the kit uses that take.

    • How much fits: up to 6 s of takes in total (8 bits at 16 kHz = 16 KB per second, up to 3 s per take). They live in the 100 KiB flash zone shared with your bank sounds: takes from the bottom and sounds from the top. TAKES shows what is free of the 6 s and how many of your sounds are on top; the control platform shows all the memory and warns before it fills up.

    Note tracks (T3-T6)

    @@ -204,8 +238,8 @@

    Expressive REC

    Editing the step with REC: SELECT picks a step (red box), ALGORITHM its gate (from 10 % staccato to 95 % = the whole step, and 100 % = TIE, tied to the next one) and PRESETS its micro-timing (−11 to +11 ticks). The header shows the gate you are recording with.

    The layers (hold)

    -

    While you hold, the screen draws the keyboard with what each key does and its LEDs. The sequence keeps playing.

    -
    HoldLayerThe keys
    HOMEControllerWhite = queue pattern · black 1-6 = mute / solo · 7-10 = scenes · 11 = FILL. SELECT = go to a track when you let go · ALGORITHM = BPM in tenths
    SEQLength and speedWhite = track length (1-16; OCT−/+ = 17-64) · black 1-6 = speed ×2 to ×1/4 · black 7-10 = 1-4 bars
    EDITErasePlaying: holding a white key erases what passes under the playhead; stopped: erases the line or the step · black 1-3 = copy, paste, clear the track · sampler: black 4 = CAPT (what BREAK does goes into the grid) · OCT−/+ = undo / redo
    ENVAccentWhite = accent on / off (empty step = new one with accent; on notes: NORMAL › ACCENT › GHOST). K1 = how much accent
    LFORepeat · tieGrids: white = ×1 › ×2 › ×3 › ×4 › FLAM. Notes: white = tie the note to the next one (K1 = glide)
    FXPunch-inWhite = 16 effects quantized to 1/16 · black 1-6 still mute
    SCLChordsWhite = 16 chords · black 1-4 = +7, +9, SUS2, SUS4
    ARPArpeggio · rollNotes: what you play is arpeggiated · grids: white = roll that instrument or pad (K1 = rate; with REC it is recorded as repeats)
    SAVECopy patternWhite = paste the pattern there · black (1-6) + white = only that track. If the target has notes, it asks
    GLOPitchThe whole keyboard transposes the project (C4 = 0) · PLAY = TAP tempo without stopping
    +

    While you hold, the screen draws the keyboard with what each key does and its LEDs; on the drums it shows the 16 instruments. Only the buttons that do something in the layer stay lit. The sequence keeps playing.

    +
    HoldLayerThe keys
    HOMEControllerWhite = queue pattern · black 1-6 = mute / solo · 7-10 = scenes · 11 = FILL. SELECT = go to a track when you let go · ALGORITHM = BPM in tenths
    SEQLength and speedWhite = track length (1-16; OCT−/+ = 17-64): the length is on, inside it medium, outside dim · black 1-6 = speed ×2 to ×1/4 · black 7-10 = 1-4 bars (1BR-4BR)
    EDITErasePlaying: holding a white key erases what passes under the playhead; stopped: erases the line or the step · black 1-3 = copy, paste, clear the track · sampler: black 4 = CAPT (what BREAK does goes into the grid) · OCT−/+ = undo / redo
    ENVAccentWhite = accent on / off (empty step = new one with accent; on notes: NORMAL › ACCENT › GHOST). K1 = how much accent
    LFORepeat · tieGrids: white = ×1 › ×2 › ×3 › ×4 › FLAM. Notes: white = tie the note to the next one (K1 = glide). On machines without an LFO page a tap on LFO keeps this layer open
    FXPunch-inWhite = 16 effects quantized to 1/16 · black 1-6 still mute
    SCLChordsWhite = 16 chords · black 1-4 = +7, +9, SUS2, SUS4
    ARPArpeggio · ROLLNotes: what you play is arpeggiated · grids: the ROLL screen (see Drums): white = roll, black 1-6 = rate, 7-8 = CRESC / DECRESC, 11 = FILL; with REC it is recorded as repeats
    SAVECopy patternWhite = paste the pattern there · black (1-6) + white = only that track. If the target has notes, it asks
    GLOPitchThe whole keyboard transposes the project (C4 = 0) · PLAY = TAP tempo without stopping · K1 = BPM, K2 = SWING, K3 = transpose, K4 = octave

    Time (SEQ 2 s)

    Shows the 6 tracks as bars of their real duration, each with its playhead: polymeter at a glance. SELECT or ALGORITHM pick the track; K1 = length (1-64); K2 = speed (×2, ×3/2, ×1, ×3/4, ×1/2, ×1/4); K3 and K4 (grids): an instrument and its length.

    The master length (HOME + K3: 16, 32, 48, 64, 128 or INF) restarts all tracks together. That is where patterns and scenes change.

    @@ -217,7 +251,7 @@

    Scales and chords

    Scenes and song

    SCENES (HOME, HOME, HOME): a scene = pattern + mutes. White 1-4 launch A-D at the next master cycle (when stopped: right away); 5-8 store what is playing into A-D; hold one of 1-4 and tap others for a chain. From any screen, with HOME, black 7-10 also launch them. REC on SCENES (or HOME + REC) = SONG REC.

    -

    SONG (HOME + SEQ): a white key adds a pattern, black 9 deletes; K1 = step, K2 = repeats, K4 = song ON/OFF.

    +

    SONG (HOME + SEQ): a white key adds a pattern (01-16; the ones with notes are medium), black 9 (DEL) deletes; K1 = step, K2 = repeats, K4 = song ON/OFF.

    Effects

    • Each track's MIX (FX): level, pan, delay send and reverb send. FX again: duck (sidechain from the T1 kick). @@ -226,11 +260,11 @@

      Effects

    • HOME + FX: the delay (time, feedback, mix; up to 0.80 s, so 1/4 gets shorter below 75 BPM) and the sidechain release. HOME + FX again: the reverb (size, damping, mix).
    • -On HOME: the master filter (K3) and BEAT FX (K4). +On HOME: each track's filter (K2) and MOVE (PRESETS). The master filter, BEAT FX and DRIVE are on HOME › FX › MASTER.
    • FX held: 16 punch-ins (stutter, reverse, tape stop, gate, sweeps, bitcrush, SR down, delay throw, echo freeze, kill low/high).
    • -DRIVE (HOME + K4): saturation of the mix. +DRIVE (HOME › FX › MASTER, or HOME + K4): saturation of the mix.

    Saving

    • @@ -243,7 +277,7 @@

      Saving

      Copying: SAVE held + white key copies the pattern; HOME + EDIT copies a track onto another one in the same pattern (notes to notes, hits to hits; ALGORITHM picks the target, OCT+ pastes). Machines don't change.

    System (HOME 2 s)

    -

    Internal or external clock · Split Sync (L = pulse, R = mono mix) · pulse PPQN and latency · autosave · idle LED brightness · FAST SCREEN (test, off by default) and TWO CORES (test, off by default) · takes, sounds and free memory · LANGUAGE · version.

    +

    Internal or external clock · Split Sync (L = pulse, R = mono mix) · pulse PPQN and latency · autosave · idle button brightness (OFF, DIM or MEDIUM; the keys are not affected) · FAST SCREEN (test, off by default) and TWO CORES (test, off by default) · takes, sounds and free memory · LANGUAGE · version.

    The two tests: FAST SCREEN raises the screen's SPI to 30 MHz (measured: a full frame goes from 85 to 39 ms). TWO CORES computes T4-T6 on the FM-1's second core (on the computer it gives exactly the same samples). Since 0.6.2 the second core works through an interrupt: the first time you turn it on it is checked to answer, and if it does not answer or is late, it goes on with one. They are being tested: if the FM-1 hangs or boots into safe mode, both switch themselves off. The control platform says whether TWO CORES is on and which core ran the second job.

    MIDI

    • diff --git a/web/en/index.html b/web/en/index.html index 478a237..936cb76 100644 --- a/web/en/index.html +++ b/web/en/index.html @@ -50,7 +50,7 @@

      Free firmware for your M-VAVE FM-1

      - 0.6.1-beta · SIX MACHINES AND A SOUND BANK + 0.7.0-beta · EVERY MACHINE ITS OWN INSTRUMENT It runs on the FM-1 and installs from the browser, plug and play. It is a beta (0.6 not yet tested on the device): tested on a single device, and an update may erase what you saved (patterns, song, settings and takes). More details.
      @@ -127,7 +127,7 @@

      Yours to study, change and share

      Code of conduct GPL-3.0 license -

      Bubba Machine 0.6.1-beta · © 2026 Erbubar23 · GPL-3.0-or-later.

      +

      Bubba Machine 0.7.0-beta · © 2026 Erbubar23 · GPL-3.0-or-later.

      M-VAVE and FM-1 are trademarks of their respective owners. This project is not affiliated with or endorsed by M-VAVE. Installing unofficial firmware is at your own risk.

      diff --git a/web/fm1/bubba-diag-0.7.0-beta.bin b/web/fm1/bubba-diag-0.7.0-beta.bin new file mode 100644 index 0000000..6872423 Binary files /dev/null and b/web/fm1/bubba-diag-0.7.0-beta.bin differ diff --git a/web/fm1/bubba-diag-0.7.0-beta.fwsc b/web/fm1/bubba-diag-0.7.0-beta.fwsc new file mode 100644 index 0000000..b87e820 Binary files /dev/null and b/web/fm1/bubba-diag-0.7.0-beta.fwsc differ diff --git a/web/fm1/bubba-machine-0.6.3-beta.bin b/web/fm1/bubba-machine-0.6.3-beta.bin new file mode 100644 index 0000000..e678151 Binary files /dev/null and b/web/fm1/bubba-machine-0.6.3-beta.bin differ diff --git a/web/fm1/bubba-machine-0.6.3-beta.fwsc b/web/fm1/bubba-machine-0.6.3-beta.fwsc new file mode 100644 index 0000000..1961ca5 Binary files /dev/null and b/web/fm1/bubba-machine-0.6.3-beta.fwsc differ diff --git a/web/fm1/bubba-machine-0.7.0-beta.bin b/web/fm1/bubba-machine-0.7.0-beta.bin new file mode 100644 index 0000000..aee9760 Binary files /dev/null and b/web/fm1/bubba-machine-0.7.0-beta.bin differ diff --git a/web/fm1/bubba-machine-0.7.0-beta.fwsc b/web/fm1/bubba-machine-0.7.0-beta.fwsc new file mode 100644 index 0000000..0e2b5ba Binary files /dev/null and b/web/fm1/bubba-machine-0.7.0-beta.fwsc differ diff --git a/web/fm1/versiones.json b/web/fm1/versiones.json index 8218367..e986b9b 100644 --- a/web/fm1/versiones.json +++ b/web/fm1/versiones.json @@ -1,4 +1,26 @@ [ + { + "archivo": "bubba-machine-0.7.0-beta.bin", + "sha256": "c90585d4c3dd73c311b7fa3ff40d06fc7feaa24490a5c9ab70223b1505dfa243", + "bytes": 441308, + "fwsc": "bubba-machine-0.7.0-beta.fwsc", + "fwsc_sha256": "fd954c6f1bb826e82c51345450a5a57dbfe5aeb16b73a2e5089a4f1f0d145708", + "nombre": "Bubba Machine 0.7.0-beta", + "nombre_en": "Bubba Machine 0.7.0-beta", + "detalle": "El groovebox completo: seis máquinas, secuenciador, sampler y sonido. Beta: una actualización puede borrar lo guardado.", + "detalle_en": "The full groovebox: six machines, sequencer, sampler and sound. Beta: an update may erase what you saved." + }, + { + "archivo": "bubba-machine-0.6.3-beta.bin", + "sha256": "4ad42d5c733e7ec515e6d3d561ba10af110dc1a6e2dcd051d46ff7b69fcc9f0d", + "bytes": 428604, + "fwsc": "bubba-machine-0.6.3-beta.fwsc", + "fwsc_sha256": "5158ce2be13a261ec8820fed3ae91f156fe578a7bf4c1e9f2f0109c52550ccb4", + "nombre": "Bubba Machine 0.6.3-beta", + "nombre_en": "Bubba Machine 0.6.3-beta", + "detalle": "El groovebox completo: seis máquinas, secuenciador, sampler y sonido. Beta: una actualización puede borrar lo guardado.", + "detalle_en": "The full groovebox: six machines, sequencer, sampler and sound. Beta: an update may erase what you saved." + }, { "archivo": "bubba-machine-0.6.2-beta.bin", "sha256": "9f8b56593d967c9d19a19fa83383ffe160416c82358803b24e6b2cd6b0ef2e95", @@ -30,6 +52,17 @@ "detalle": "El groovebox completo: 6 canales, secuenciador, sampler y sonido. Beta: una actualización puede borrar lo guardado.", "detalle_en": "The full groovebox: 6 channels, sequencer, sampler and sound. Beta: an update may erase what you saved." }, + { + "archivo": "bubba-diag-0.7.0-beta.bin", + "sha256": "bcd158d4871e7e1815341fa22de173dc6f57537d36403e5138a6dcf97dda4f0c", + "bytes": 124712, + "fwsc": "bubba-diag-0.7.0-beta.fwsc", + "fwsc_sha256": "22ccdeee8893787207bab3c7a8cc022df0827744c1a5a3b78a381c4d84db397b", + "nombre": "Diagnóstico 0.7.0-beta", + "nombre_en": "Diagnostic 0.7.0-beta", + "detalle": "Sin sonido: muestra cada botón, tecla y perilla para comprobar el aparato.", + "detalle_en": "No sound: shows every button, key and knob to check the device." + }, { "archivo": "bubba-diag-0.6.2-beta.bin", "sha256": "5fe96aedf52bf5343c01f2d29b2d34102e3f8f900e34c641ba8f8ee6c09f96cb", diff --git a/web/img/00-home.png b/web/img/00-home.png index aa344f7..fc3c5dc 100644 Binary files a/web/img/00-home.png and b/web/img/00-home.png differ diff --git a/web/img/02-seq-tr.png b/web/img/02-seq-tr.png index 9b189fb..bc39564 100644 Binary files a/web/img/02-seq-tr.png and b/web/img/02-seq-tr.png differ diff --git a/web/img/37-pads.png b/web/img/37-pads.png index 05e896e..9d89bbd 100644 Binary files a/web/img/37-pads.png and b/web/img/37-pads.png differ diff --git a/web/img/51-rec-gate-micro.png b/web/img/51-rec-gate-micro.png index 77a893b..eb684c9 100644 Binary files a/web/img/51-rec-gate-micro.png and b/web/img/51-rec-gate-micro.png differ diff --git a/web/img/52-seq-long-note.png b/web/img/52-seq-long-note.png index 66c0964..251fe22 100644 Binary files a/web/img/52-seq-long-note.png and b/web/img/52-seq-long-note.png differ diff --git a/web/img/56b-fm-alg5.png b/web/img/56b-fm-alg5.png index 4011d61..27ff362 100644 Binary files a/web/img/56b-fm-alg5.png and b/web/img/56b-fm-alg5.png differ diff --git a/web/img/57-bittal-table.png b/web/img/57-bittal-table.png index 10eedb2..9bc39da 100644 Binary files a/web/img/57-bittal-table.png and b/web/img/57-bittal-table.png differ diff --git a/web/img/60-buno-dco.png b/web/img/60-buno-dco.png index 6237591..4ca390a 100644 Binary files a/web/img/60-buno-dco.png and b/web/img/60-buno-dco.png differ diff --git a/web/index.html b/web/index.html index f46d69a..4e4a387 100644 --- a/web/index.html +++ b/web/index.html @@ -56,7 +56,7 @@

      Firmware libre para tu M-VAVE FM-1

      - 0.6.1-beta · SEIS MÁQUINAS Y BANCO DE SONIDOS + 0.7.0-beta · CADA MÁQUINA, SU PROPIO INSTRUMENTO Corre en el FM-1 y se instala desde el navegador, plug and play. Es una beta (la 0.6, todavía sin probar en el aparato): se probó en un solo aparato y una actualización puede borrar lo que guardaste (patrones, canción, ajustes y tomas). Más detalles.
      @@ -133,7 +133,7 @@

      Tuyo para estudiarlo, cambiarlo y compartirlo

      Código de conducta Licencia GPL-3.0 -

      Bubba Machine 0.6.1-beta · © 2026 Erbubar23 · GPL-3.0-or-later.

      +

      Bubba Machine 0.7.0-beta · © 2026 Erbubar23 · GPL-3.0-or-later.

      M-VAVE y FM-1 son marcas de sus respectivos dueños. Este proyecto no está afiliado a M-VAVE ni respaldado por ellos. Instalar firmware no oficial es bajo tu propio riesgo.

      diff --git a/web/lang/es.bmlang b/web/lang/es.bmlang index eb3e0af..85dd0da 100644 Binary files a/web/lang/es.bmlang and b/web/lang/es.bmlang differ