From 2c07a2a560375ae4a05b755b86a457228e7612bc Mon Sep 17 00:00:00 2001 From: Erbubar23 <79039471+Erbubar23@users.noreply.github.com> Date: Sun, 18 Oct 2026 13:08:41 -0600 Subject: [PATCH 01/11] Mix: kick cuts through (duck BUNO-6 chorus, duck hold, revoiced kicks) and NaN guard - Sidechain: the BUNO-6 chorus branch skipped the duck; the pad is now ducked at the chorus input (one multiply). The duck holds 30 ms before SC REL starts (the trigger sets the envelope to k^-N and it is clamped at 1: no new state). - Factory kits: 808/909/SYNTH kicks get more TONE, COLOR (attack FM) and LEVEL; 909 DECAY 60 -> 66. Demo: kick vs rest of the mix in its first 30 ms goes from +2.5 dB to +5.9 dB. - NaN/inf guard once per block on the mix states (sidechain, delay, reverb, chorus, master/punch/DJ filters, sampler filter, fade) and per voice block on WAVE and drum voices: the state is reset and counted in st.nan_fix. - Denormals: per-block flush of the ladder, BUNO-6 HPF and gate states and of the own drum models' envelopes. - Tests: duck with chorus and hold, NaN recovery; longrun reports nan_fix. Co-Authored-By: Claude Opus 5.5 Claude-Session: https://claude.ai/code/session_011g3zqK3H16YK6pc9sXMVLS --- core/bm_audio.h | 1 + core/bm_drums.cpp | 10 ++++++++ core/bm_drums.h | 3 ++- core/bm_dsp.c | 47 +++++++++++++++++++++++++++++------- core/bm_engines.c | 2 ++ core/bm_params.c | 10 ++++---- core/bm_wave.cpp | 20 +++++++++++++++- core/bm_wave.h | 3 ++- tests/test_core.c | 57 ++++++++++++++++++++++++++++++++++++++++++++ tests/test_longrun.c | 5 ++++ 10 files changed, 143 insertions(+), 15 deletions(-) diff --git a/core/bm_audio.h b/core/bm_audio.h index c655262..ba064ac 100644 --- a/core/bm_audio.h +++ b/core/bm_audio.h @@ -140,6 +140,7 @@ typedef struct { 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 */ + volatile uint32_t nan_fix; /* estados del DSP con NaN/inf que se pusieron en cero (mezcla, FX y voces) */ } bm_status; /* ------------------------------------------------------------ voces y motores */ diff --git a/core/bm_drums.cpp b/core/bm_drums.cpp index 2620c07..c733e83 100644 --- a/core/bm_drums.cpp +++ b/core/bm_drums.cpp @@ -35,6 +35,8 @@ static float fs_ = 44118.0f; /* ------------------------------------------------------------ modelos propios */ static inline float noise() { return Random::GetFloat() * 2.0f - 1.0f; } static inline float decay_coef(float seconds, float fs) { return 1.0f - 1.0f / (seconds * fs + 1.0f); } +/* las envolventes que caen solas no bajan a los subnormales (lentos): una vez por bloque */ +static inline float ftz(float x) { return (x > -1e-15f && x < 1e-15f) ? 0.0f : x; } /* Palmas 808: tres ráfagas cortas de ruido pasa-banda y una cola más larga. COLOR separa las * ráfagas (de palmas juntas a un aplauso abierto). */ @@ -56,6 +58,7 @@ struct Clap { env *= kb; tail *= kt; out[i] = bp.Process(noise()) * (env + tail) * 1.6f; } + env = ftz(env); tail = ftz(tail); } }; @@ -80,6 +83,7 @@ struct Cowbell { env *= env > 0.35f ? k1 : k2; out[i] = bp.Process(s) * env * 1.4f; } + env = ftz(env); } }; @@ -128,6 +132,7 @@ struct Noise { float s = noise(); out[i] = (hp ? f.Process(s) : f.Process(s)) * env; } + env = ftz(env); } }; @@ -153,6 +158,7 @@ struct FmPerc { out[i] = Sine(p) * env; env *= kenv; sweep *= ksw; } + env = ftz(env); sweep = ftz(sweep); } }; @@ -262,6 +268,10 @@ int bm_drm_render(int v, float *out, int n) float a = out[i] < 0.0f ? -out[i] : out[i]; if (a > pk) pk = a; } + if (!(out[n - 1] > -1e4f && out[n - 1] < 1e4f)) { /* NaN/inf en el modelo: silencio y se termina */ + memset(out, 0, sizeof(float) * (size_t)n); + return -1; + } d.t += (uint32_t)n; if (d.t > (uint32_t)(0.02f * fs_) && pk < 3.0e-5f) { if (++d.quiet >= 3) return 0; } else d.quiet = 0; return d.t < (uint32_t)(8.0f * fs_); diff --git a/core/bm_drums.h b/core/bm_drums.h index 47f31e6..ec9f977 100644 --- a/core/bm_drums.h +++ b/core/bm_drums.h @@ -37,7 +37,8 @@ extern const uint16_t bm_drm_base_hz[DRM_COUNT]; /* tono con AFINA en el ce void bm_drm_init(float fs); /* Voz v (0..BM_VOICES-1). hz = tono; tone, decay, color 0..1; accent 0..1 (golpe y nivel). */ void bm_drm_trigger(int v, int model, float hz, float tone, float decay, float color, float accent); -/* Escribe n muestras (n <= 64) en out, en ±1. Devuelve 0 cuando el golpe terminó. */ +/* Escribe n muestras (n <= 64) en out, en ±1. Devuelve 0 cuando el golpe terminó y -1 si tenía + * NaN/inf (out queda en silencio y el golpe se termina). */ int bm_drm_render(int v, float *out, int n); #ifdef __cplusplus diff --git a/core/bm_dsp.c b/core/bm_dsp.c index 3d80a96..4541dec 100644 --- a/core/bm_dsp.c +++ b/core/bm_dsp.c @@ -31,6 +31,10 @@ static inline int16_t to16(float x) /* 1.0 -> 32767, con saturac } static inline float flush(float x) { return (x > -1e-20f && x < 1e-20f) ? 0.0f : x; } +/* NaN, infinito o un estado que se fue de escala (sin -ffast-math: la comparación con NaN da falso) */ +static inline int bad(float x) { return !(x > -1e15f && x < 1e15f); } + +#define SC_HOLD_MS 30 /* el ducking se queda abajo mientras pega el bombo, después suelta con SC REL */ /* SVF (Zavalishin/Simper, trapezoidal) en float: devuelve LP (hp=0) o HP (hp=1). */ static inline float svf_run(float *ic1, float *ic2, float x, float a1, float a2, float a3, float k, int hp) @@ -189,6 +193,27 @@ static void dj_filter(bm_ctx *c, int t, uint8_t djf, int32_t *x, uint32_t n) c->dj_ic1[t] = flush(c->dj_ic1[t]); c->dj_ic2[t] = flush(c->dj_ic2[t]); } +/* Un NaN o un infinito en un estado compartido (delay, reverb, chorus, filtros, sidechain) se + * quedaría para siempre y callaría todo hasta reiniciar: una vez por bloque se mira cada grupo + * (la suma de un grupo es NaN o enorme si alguno lo es), se pone en cero y se cuenta en st.nan_fix. */ +static void dsp_guard(bm_ctx *c) +{ + uint32_t fix = 0; + if (bad(c->sc_env)) { c->sc_env = 0.0f; fix++; } + if (bad(c->d_acc + c->d_prev + c->d_cur)) { c->d_acc = c->d_prev = c->d_cur = 0.0f; fix++; } + if (bad(rv_lp1 + rv_lp2 + rv_bw + rv_fb1 + rv_fb2 + rv_acc + rv_prevL + rv_prevR + rv_curL + rv_curR)) { rv_init(); fix++; } + if (bad(ch_lfo + ch_lpL + ch_lpR)) { memset(ch_buf, 0, sizeof ch_buf); ch_lfo = ch_lpL = ch_lpR = 0.0f; fix++; } + if (bad(c->mf_ic1[0] + c->mf_ic1[1] + c->mf_ic2[0] + c->mf_ic2[1])) { c->mf_ic1[0] = c->mf_ic1[1] = c->mf_ic2[0] = c->mf_ic2[1] = 0.0f; fix++; } + if (bad(c->pf_ic1[0] + c->pf_ic1[1] + c->pf_ic2[0] + c->pf_ic2[1] + c->gate_g + c->sh_l + c->sh_r)) { + c->pf_ic1[0] = c->pf_ic1[1] = c->pf_ic2[0] = c->pf_ic2[1] = c->gate_g = c->sh_l = c->sh_r = 0.0f; fix++; + } + if (bad(c->smp_z[0] + c->smp_z[1] + c->smp_z[2] + c->smp_z[3])) { memset(c->smp_z, 0, sizeof c->smp_z); fix++; } + if (bad(c->fade_gain)) { c->fade_gain = 0.0f; fix++; } /* vuelve a subir sola */ + for (int t = 0; t < BM_TRACKS; t++) + if (bad(c->dj_ic1[t] + c->dj_ic2[t])) { c->dj_ic1[t] = c->dj_ic2[t] = 0.0f; fix++; } + if (fix) c->st.nan_fix += fix; +} + 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]; @@ -197,16 +222,18 @@ void bm_dsp_mix(bm_ctx *c, int32_t *out, uint32_t n) int32_t peak[BM_TRACKS] = {0}; if (n > BM_BLOCK) n = BM_BLOCK; - /* ---- sidechain: la envolvente del bombo, solo si hace falta */ + /* ---- sidechain: la envolvente del bombo, solo si hace falta. Con HOLD: el golpe la pone en + * k^-N (> 1) y lo que pasa de 1 no cuenta, así queda abajo N muestras sin un estado más. */ int duck_any = 0; for (int t = 1; t < BM_TRACKS; t++) if (c->pat->trk[t].duck && (c->tact & (1u << t))) duck_any = 1; { float e = c->sc_env, k = (float)bm_decay_coef[m->sc_release / 2] * (1.0f / 1073741824.0f); int trig = c->sc_trig_at; if (duck_any || trig >= 0 || e > 0.0f) { + float top = trig >= 0 && k > 0.9f ? expf(-logf(k) * (float)(SC_HOLD_MS * BM_FS / 1000)) : 1.0f; for (uint32_t i = 0; i < n; i++) { - if ((int)i == trig) e = 1.0f; - SC[i] = e; + if ((int)i == trig) e = top; + SC[i] = e < 1.0f ? e : 1.0f; e *= k; } c->sc_env = e < 1e-6f ? 0.0f : e; @@ -234,29 +261,32 @@ void bm_dsp_mix(bm_ctx *c, int32_t *out, uint32_t n) for (uint32_t i = 0; i < n; i++) RV[i] += (float)x[i] * grv; } int32_t pk = 0; + float dk = t >= 1 ? (float)tr->duck * (1.0f / 127.0f) : 0.0f; int chm = tr->engine == ENG_BUNO ? c->pat->prm[t][BN_CHORUS] % BN_CHORUSES : 0; - if (chm) { /* BUNO-6: chorus estéreo */ + if (chm) { /* BUNO-6: chorus estéreo (con ducking) */ float rate = CH_RATE[chm] / (float)BM_FS; float mn = CH_MIN_MS[chm] * 0.001f * (float)BM_FS, mx = CH_MAX_MS[chm] * 0.001f * (float)BM_FS; float mid = 0.5f * (mn + mx), dep = 0.5f * (mx - mn); const float kl = 0.55f; /* el BBD filtra los agudos */ + float cl = gl * 0.75f, cr = gr * 0.75f; for (uint32_t i = 0; i < n; i++) { int32_t xi = x[i], ax = xi < 0 ? -xi : xi; if (ax > pk) pk = ax; - float v = (float)xi; + /* ducking a la entrada del chorus: el eco del BBD lo sigue 2-5 ms después (no se + * oye) y cuesta una multiplicación. dk = 0: sin ducking (SC viejo, no importa) */ + float v = (float)xi * (1.0f - SC[i] * dk); ch_buf[ch_w] = v; ch_lfo += rate; if (ch_lfo >= 1.0f) ch_lfo -= 1.0f; float tri = 4.0f * fabsf(ch_lfo - 0.5f) - 1.0f; float wl = ch_read(mid + dep * tri), wr = ch_read(mid - dep * tri); ch_lpL += kl * (wl - ch_lpL); ch_lpR += kl * (wr - ch_lpR); ch_w = (ch_w + 1u) & (CH_LEN - 1u); - L[i] += (v + ch_lpL) * gl * 0.75f; R[i] += (v + ch_lpR) * gr * 0.75f; S[i] += v * gs; + L[i] += (v + ch_lpL) * cl; R[i] += (v + ch_lpR) * cr; S[i] += v * gs; } peak[t] = (int32_t)((int64_t)pk * tr->level / 400); continue; } - if (t >= 1 && tr->duck) { - float dk = (float)tr->duck * (1.0f / 127.0f); + if (dk > 0.0f) { for (uint32_t i = 0; i < n; i++) { int32_t xi = x[i], ax = xi < 0 ? -xi : xi; if (ax > pk) pk = ax; @@ -481,4 +511,5 @@ void bm_dsp_mix(bm_ctx *c, int32_t *out, uint32_t n) c->st.peak[t] = (uint8_t)c->peak_acc[t]; } if (c->smp_rec) c->st.smp_len = c->smp_rec_pos; + dsp_guard(c); } diff --git a/core/bm_engines.c b/core/bm_engines.c index 9903f52..781c33e 100644 --- a/core/bm_engines.c +++ b/core/bm_engines.c @@ -325,6 +325,7 @@ static bool drum_process(bm_engine *e, int32_t *buf, uint16_t frames) if (!v->active || v->track != e->track) continue; any = true; int alive = bm_drm_render(vi, tmp, frames); + if (alive < 0) { c->st.nan_fix++; alive = 0; } /* NaN en el golpe: sale en silencio y se termina */ float g = DRUM_GAIN * (float)v->gain / 100.0f, pk = 0.0f; for (uint16_t i = 0; i < frames; i++) pk = fmaxf(pk, fabsf(tmp[i])); if (!v->fade) for (uint16_t i = 0; i < frames; i++) buf[i] += (int32_t)(tmp[i] * g); @@ -672,6 +673,7 @@ static bool wv_process(bm_engine *e, int32_t *buf, uint16_t frames) uint8_t m[4]; wv_macros(v, t, m); int alive = bm_wv_render(vi, t->engine, prm, m, tmp, frames, lane); + if (alive < 0) { c->st.nan_fix++; alive = 0; } /* NaN en la voz: ya volvió a cero, sale en silencio */ if (!v->fade) for (uint16_t i = 0; i < frames; i++) buf[i] += (int32_t)(tmp[i] * WV_GAIN); else for (uint16_t i = 0; i < frames; i++) { diff --git a/core/bm_params.c b/core/bm_params.c index 5d19ca5..98b49a8 100644 --- a/core/bm_params.c +++ b/core/bm_params.c @@ -167,11 +167,13 @@ const bm_ppage bm_lane_pages[BM_LANE_PAGES] = { P("CHOKE", LN_CHOKE, 0, 3, PF_LIST, CHOKES), P("LENGTH", LN_LEN, 16, 64, PF_INT, 0)}}, }; -/* AFINA: semitonos = (tune - 64) * 3 / 8 sobre el tono base del modelo (bm_drm_base_hz) */ +/* AFINA: semitonos = (tune - 64) * 3 / 8 sobre el tono base del modelo (bm_drm_base_hz). + * Los bombos: TONO y COLOR arriba (más click y más FM de ataque) y más nivel, para que + * pasen por encima del bajo y los pads; el 909 con un poco más de cuerpo (DECAY 66). */ #define L(n, m, tu, de, to, co, le, ch) {n, m, tu, de, to, co, le, ch} const bm_kit bm_kits[BM_KITS_N] = { {"808", { - L("KICK", DRM_BD_ANALOG, 64, 70, 40, 40, 110, 0), L("KICK2", DRM_BD_ANALOG, 72, 40, 70, 90, 100, 0), + L("KICK", DRM_BD_ANALOG, 64, 70, 64, 62, 120, 0), L("KICK2", DRM_BD_ANALOG, 72, 40, 70, 90, 100, 0), L("CL HH", DRM_HH_ANALOG, 64, 25, 100, 20, 80, 1), L("OP HH", DRM_HH_ANALOG, 64, 85, 100, 20, 75, 1), L("SNARE", DRM_SD_ANALOG, 64, 55, 70, 75, 95, 0), L("CLAP", DRM_CLAP, 64, 50, 60, 50, 95, 0), L("RIM", DRM_RESON, 8, 15, 100, 76, 85, 0), L("TOM L", DRM_TOM, 51, 70, 50, 30, 100, 0), @@ -180,7 +182,7 @@ const bm_kit bm_kits[BM_KITS_N] = { L("SHAKE", DRM_NOISE, 64, 25, 100, 50, 80, 0), L("CLAVE", DRM_RESON, 82, 40, 0, 0, 127, 0), L("CONGA", DRM_TOM, 106, 45, 40, 10, 95, 0), L("ZAP", DRM_FM, 90, 35, 80, 20, 85, 0)}}, {"909", { - L("KICK", DRM_BD_SINTE, 64, 60, 50, 50, 110, 0), L("KICK2", DRM_BD_SINTE, 70, 35, 80, 110, 100, 0), + L("KICK", DRM_BD_SINTE, 64, 66, 72, 64, 127, 0), L("KICK2", DRM_BD_SINTE, 70, 35, 80, 110, 100, 0), L("CL HH", DRM_HH_METAL, 64, 20, 110, 60, 80, 1), L("OP HH", DRM_HH_METAL, 64, 80, 110, 60, 75, 1), L("SNARE", DRM_SD_SINTE, 64, 50, 60, 80, 95, 0), L("CLAP", DRM_CLAP, 64, 60, 70, 70, 95, 0), L("RIM", DRM_RESON, 12, 12, 110, 70, 85, 0), L("TOM L", DRM_TOM, 56, 62, 80, 50, 100, 0), @@ -189,7 +191,7 @@ const bm_kit bm_kits[BM_KITS_N] = { L("SHAKE", DRM_NOISE, 64, 20, 110, 40, 75, 0), L("CLAVE", DRM_RESON, 82, 35, 10, 0, 127, 0), L("CONGA", DRM_TOM, 104, 40, 60, 20, 95, 0), L("ZAP", DRM_FM, 96, 30, 100, 30, 85, 0)}}, {"SYNTH", { - L("KICK", DRM_BD_SINTE, 56, 90, 30, 80, 110, 0), L("SUB", DRM_BD_ANALOG, 52, 110, 40, 10, 127, 0), + L("KICK", DRM_BD_SINTE, 56, 90, 56, 84, 124, 0), L("SUB", DRM_BD_ANALOG, 52, 110, 40, 10, 127, 0), L("HAT", DRM_HH_ANALOG, 70, 15, 110, 90, 80, 1), L("OHAT", DRM_HH_METAL, 66, 70, 100, 40, 75, 1), L("SNARE", DRM_SD_SINTE, 76, 40, 100, 100, 95, 0), L("CLAP", DRM_CLAP, 70, 70, 90, 110, 95, 0), L("BLIP", DRM_FM, 100, 10, 50, 80, 85, 0), L("ZAP", DRM_FM, 70, 30, 120, 40, 90, 0), diff --git a/core/bm_wave.cpp b/core/bm_wave.cpp index a19ca96..b9eb7d0 100644 --- a/core/bm_wave.cpp +++ b/core/bm_wave.cpp @@ -59,6 +59,8 @@ struct Osc { inline void step(float dt) { ph += dt; if (ph >= 1.0f) ph -= 1.0f; } }; +inline float ftz(float x) { return (x > -1e-15f && x < 1e-15f) ? 0.0f : x; } + inline float clip3(float x) { x = x < -1.5f ? -1.5f : (x > 1.5f ? 1.5f : x); @@ -505,7 +507,23 @@ float bm_wv_level(int v) { return v >= 0 && v < BM_VOICES ? V(v).ea.v : 0.0f; } int bm_wv_render(int v, int eng, const uint8_t *prm, const uint8_t mac[4], float *out, int n, int lane) { if (v < 0 || v >= BM_VOICES || n <= 0) return 0; - return render(V(v), eng, prm, mac, out, n, lane); + Voice &z = V(v); + int alive = render(z, eng, prm, mac, out, n, lane); + /* Un NaN en un filtro o una envolvente se queda: la última muestra y los estados, una vez por + * bloque. Si algo se rompió, la voz vuelve a cero, el bloque sale en silencio y se avisa (-1). */ + float s = z.ea.v + z.ef.v + z.lad.y4 + z.lad.s[0] + z.lad.s[1] + z.lad.s[2] + z.lad.s[3] + z.hp_z + z.gate_g + + z.note + z.cut_prev + z.lph; + if (!(s > -1e9f && s < 1e9f) || !(out[n - 1] > -1e4f && out[n - 1] < 1e4f)) { + memset(out, 0, sizeof(float) * (size_t)n); + z.f1.Init(); z.f2.Init(); z.lad.Init(); z.hp_z = 0.0f; z.gate_g = 0.0f; + z.ea.v = z.ef.v = 0.0f; z.ea.st = z.ef.st = ST_OFF; + z.note = z.target = 60.0f; z.cut_prev = 0.0f; z.lph = 0.0f; z.first = 1; + return -1; + } + /* colas: lo que se apaga solo no baja a los subnormales (lentos), una vez por bloque */ + for (int i = 0; i < 4; i++) z.lad.s[i] = ftz(z.lad.s[i]); + z.lad.y4 = ftz(z.lad.y4); z.hp_z = ftz(z.hp_z); z.gate_g = ftz(z.gate_g); + return alive; } void bm_wv_bench(const uint8_t *pm, const uint8_t *pb, const uint8_t *pn, const uint8_t mac[4], diff --git a/core/bm_wave.h b/core/bm_wave.h index 9594652..3062bd3 100644 --- a/core/bm_wave.h +++ b/core/bm_wave.h @@ -21,7 +21,8 @@ void bm_wv_init(float fs); * · 2: mono, redispara las envolventes desde la nota anterior. */ void bm_wv_start(int v, int eng, const uint8_t *prm, const uint8_t mac[4], float note, float vel, int legato); void bm_wv_release(int v); -/* lane: 0 o 1, el búfer de trabajo del núcleo que calcula (con el audio en dos núcleos) */ +/* lane: 0 o 1, el búfer de trabajo del núcleo que calcula (con el audio en dos núcleos). + * Devuelve 1 si sigue sonando, 0 si terminó, -1 si tenía NaN/inf: la voz volvió a cero y out es silencio. */ int bm_wv_render(int v, int eng, const uint8_t *prm, const uint8_t mac[4], float *out, int n, int lane); float bm_wv_level(int v); /* medición en el aparato: ticks de now() para reps bloques de 64 de una voz de cada máquina */ diff --git a/tests/test_core.c b/tests/test_core.c index f22cb1e..2b87185 100644 --- a/tests/test_core.c +++ b/tests/test_core.c @@ -1984,6 +1984,62 @@ static void test_chorus_long(void) CHECK(a > 0 && b < a * 3.0); } +/* The kick's sidechain: BUNO-6 with its chorus skipped the duck (the biggest pad was never ducked) + * and the duck let go on the same sample it hit. Now the chorus is ducked too and the duck holds + * 30 ms. And a NaN in a shared state of the mix is reset (and counted) instead of silencing all. */ +static double rms_of(const int32_t *b, int from, int to) +{ + double e = 0; + for (int i = from; i < to; i++) { double x = (b[2 * i] + (double)b[2 * i + 1]) * 0.5; e += x * x; } + return sqrt(e / (to - from)); +} + +static void note(int t, int n, int on); + +static void test_duck_and_guard(void) +{ + printf("sidechain: BUNO-6 with chorus ducks and holds; a NaN in the mix comes back\n"); + static int32_t b[344 * 64 * 2]; + const int N = 344 * 64, MS = 44; + boot(1); + for (int t = 1; t < 5; t++) app.pat.trk[t].mute = 1; + for (int l = 0; l < BM_LANES; l++) app.pat.tr[0].lane[l].level = 0; /* T1 only fires the sidechain (the demo's kick) */ + bm_track_clear_events(&app.pat, 5); /* T6: a held note instead of the demo's */ + app.pat.trk[5].macro[0] = 70; app.pat.trk[5].macro[1] = 0; app.pat.trk[5].duck = 64; + app.pat.prm[5][BN_CHORUS] = BN_CH_I; app.pat.prm[5][BN_S] = 127; app.pat.prm[5][BN_VCA] = 1; + app.pat.trk[5].rsend = 0; app.pat.trk[5].send = 0; app.pat.meta.rv_mix = 0; app.pat.meta.sc_release = 50; + note(5, 57, 1); + for (int i = 0; i < 20; i++) bm_app_audio(&app, b, 2048); /* the pad settles */ + bm_app_audio(&app, b, 40 * MS); + double pre = rms_of(b, 0, 40 * MS); + bm_cmd c; memset(&c, 0, sizeof c); c.type = CMD_PLAY; c.a = 1; bm_cmd_push(&app.cmdq, &c); /* the kick on the first step */ + for (int o = 0; o < N; o += 64) bm_app_audio(&app, b + 2 * o, 64); + double hit = rms_of(b, 2 * MS, 12 * MS), hold = rms_of(b, 18 * MS, 28 * MS), back = rms_of(b, 200 * MS, 240 * MS); + printf(" pad rms: before %.0f, 2-12 ms %.2fx, 18-28 ms %.2fx, 200-240 ms %.2fx\n", pre, hit / pre, hold / pre, back / pre); + CHECK(pre > 1000.0); + CHECK(hit < pre * 0.65 && hold < pre * 0.65); /* ducked ~50 % and still down at 28 ms */ + CHECK(back > pre * 0.85); /* and back after the release */ + + /* the delay heals by itself (it rereads its line); the master filter (closed a bit), a DJ + * filter and the sidechain keep a NaN forever without the guard */ + c.a = 0; bm_cmd_push(&app.cmdq, &c); + app.pat.meta.mfilt = 50; + bm_app_audio(&app, b, 2048); + double pre2 = rms_of(b, 1024, 2048); + uint32_t fix0 = app.ctx.st.nan_fix; + app.ctx.d_cur = NAN; app.ctx.mf_ic1[0] = INFINITY; app.ctx.dj_ic2[3] = NAN; app.ctx.sc_env = NAN; + bm_app_audio(&app, b, 128); + bm_app_audio(&app, b, 2048); + int ok = 1; + for (int i = 0; i < 2048 * 2; i++) if (b[i] > 8388607 || b[i] < -8388608) ok = 0; + printf(" NaN in the delay, master filter, DJ filter and sidechain: %u fixed, pad rms after %.2fx\n", + app.ctx.st.nan_fix - fix0, rms_of(b, 1024, 2048) / pre2); + CHECK(app.ctx.st.nan_fix - fix0 == 3 && ok && isfinite(app.ctx.d_cur) && isfinite(app.ctx.mf_ic1[0]) && isfinite(app.ctx.sc_env)); + CHECK(pre2 > 1000.0 && rms_of(b, 1024, 2048) > pre2 * 0.5); + app.pat.meta.mfilt = 64; + note(5, 57, 0); +} + /* 0.7.1: the brake lowers a cap on the pool. Before, each overload faded a voice and the next notes * started anyway (and were faded again): with the load high all the time the poly machines went * quiet (on the device, 6 voices a second after 9 minutes). Now new notes steal inside the cap @@ -2530,6 +2586,7 @@ int main(int argc, char **argv) test_printf(); test_dual_core(); test_chorus_long(); + test_duck_and_guard(); test_brake(); test_steal_at_end(); test_engines(); diff --git a/tests/test_longrun.c b/tests/test_longrun.c index 081fc42..0bffc6a 100644 --- a/tests/test_longrun.c +++ b/tests/test_longrun.c @@ -298,6 +298,11 @@ static void print_minute(int m) for (int t = 0; t < BM_TRACKS; t++) if (S.tbig[t]) PROBLEM("minute %d: T%d buffer blew up (%u samples above 64x full scale, peak %.1f)", m, t + 1, S.tbig[t], S.tpk[t]); if (S.nan_state) PROBLEM("minute %d: NaN/inf in the mix state (%u blocks)", m, S.nan_state); if (S.nan_voice) PROBLEM("minute %d: NaN/inf in a WAVE voice (%u)", m, S.nan_voice); + /* the DSP guard resets a NaN/inf state before the checks above can see it: it counts them */ + static uint32_t fix_seen; + if (app.ctx.st.nan_fix < fix_seen) fix_seen = 0; /* a new boot */ + if (app.ctx.st.nan_fix != fix_seen) PROBLEM("minute %d: the DSP guard reset %u states with NaN/inf", m, app.ctx.st.nan_fix - fix_seen); + fix_seen = app.ctx.st.nan_fix; /* a saturated delay line is the int16 store clipping a hot feedback loop (like tape): reported, not a fault */ if (S.sat_dly > 1000) printf(" (minute %d: delay line clipped in %u samples)\n", m, S.sat_dly); } From ba2616af6c7bb8f95de128720c63df19a4c74a1e Mon Sep 17 00:00:00 2001 From: Erbubar23 <79039471+Erbubar23@users.noreply.github.com> Date: Sun, 18 Oct 2026 13:14:17 -0600 Subject: [PATCH 02/11] UI performance: cached curves, cheaper strips, spread redraws, async LCD - bm_ui_draw: the SOUND visor curves (filter, B-MINI/BUNO-6 waves, LFO, drum hit, BITTAL 2.5D table) are computed once per parameter change into a small shared cache (~1.4 KB) instead of on every strip. Filter pages go from ~4400-5100 exp/log calls per frame to 0. BX-7 layout, legend, key strip and layer keymap are computed once per frame; SYSTEM/MORE rows only format the rows the strip draws. - bm_gfx: gfx_line/gfx_small/gfx_text skip work outside the strip (same pixels); tiles are hashed straight from the strip. bm_screen gets a byte budget per frame (40 tiles): a full redraw is spread over 3 ticks, continuing where it stopped, plus bm_screen_due (25 fps cap, unfinished frames continue on the next tick) and a frame counter for the HAL. - bm_app: render through bm_screen_due and set the budget. - fm1_lcd: SPI semaphore wait and non-blocking DMA with two tx buffers (behaviour read from the SDK driver bitcode); every byte goes through dev_write, CS/DC only change after a flush. - tests: draw cost and libm call count per screen, cache invalidation, spread redraw ends identical to a full one, 25 fps cap. All 86 screenshots are pixel-identical. Co-Authored-By: Claude Opus 5.5 Claude-Session: https://claude.ai/code/session_011g3zqK3H16YK6pc9sXMVLS --- core/bm_app.c | 4 +- core/bm_gfx.c | 66 +++++++-- core/bm_gfx.h | 20 ++- core/bm_ui_draw.c | 367 ++++++++++++++++++++++++++++------------------ hal/fm1/fm1_lcd.c | 80 +++++++--- tests/test_core.c | 127 ++++++++++++++++ 6 files changed, 489 insertions(+), 175 deletions(-) diff --git a/core/bm_app.c b/core/bm_app.c index 9cef96d..06414e5 100644 --- a/core/bm_app.c +++ b/core/bm_app.c @@ -891,6 +891,7 @@ void bm_app_init(bm_app *a, const bm_platform *pf, uint32_t now) a->page = PG_SEQ; a->boot_t = now; a->scr.force = 1; + a->scr.budget = BM_SCR_BUDGET; } void bm_app_audio(bm_app *a, int32_t *out, uint32_t frames) { bm_audio_render(&a->ctx, out, frames); } @@ -1174,5 +1175,6 @@ void bm_app_tick(bm_app *a, uint32_t now) else if (a->page == PG_REC) app_wave_view(a, BM_TAKE_NEW, 0, 0); } app_leds(a); - if (a->pf.blit) bm_screen_render(&a->scr, bm_app_draw, a, a->pf.blit, a->pf.user); + /* 25 cuadros por segundo como mucho, y un redibujo entero repartido en varios ticks (bm_gfx.h) */ + if (a->pf.blit && bm_screen_due(&a->scr, now)) bm_screen_render(&a->scr, bm_app_draw, a, a->pf.blit, a->pf.user); } diff --git a/core/bm_gfx.c b/core/bm_gfx.c index 8870295..b53c03b 100644 --- a/core/bm_gfx.c +++ b/core/bm_gfx.c @@ -53,12 +53,22 @@ void gfx_rect(bm_gfx *g, int x, int y, int w, int h, uint16_t c) gfx_vline(g, x, y, h, c); gfx_vline(g, x + w - 1, y, h, c); } +/* Bresenham. Sale enseguida si la línea no toca el recorte (lo normal: cada franja recorre todas + * las líneas de la escena), y deja de avanzar cuando ya pasó del recorte: los píxeles que dibuja + * son los mismos. */ void gfx_line(bm_gfx *g, int x0, int y0, int x1, int y1, uint16_t c) { + int xlo = x0 < x1 ? x0 : x1, xhi = x0 < x1 ? x1 : x0; + int ylo = y0 < y1 ? y0 : y1, yhi = y0 < y1 ? y1 : y0; + if (yhi < g->cy0 || ylo >= g->cy1 || xhi < g->cx0 || xlo >= g->cx1) return; + if (y0 == y1) { gfx_fill(g, xlo, y0, xhi - xlo + 1, 1, c); return; } + if (x0 == x1) { gfx_fill(g, x0, ylo, 1, yhi - ylo + 1, c); return; } int dx = x1 > x0 ? x1 - x0 : x0 - x1, sx = x0 < x1 ? 1 : -1; int dy = y1 > y0 ? y0 - y1 : y1 - y0, sy = y0 < y1 ? 1 : -1; int e = dx + dy; for (;;) { + if (sy > 0 ? y0 >= g->cy1 : y0 < g->cy0) break; /* ya pasó del recorte */ + if (sx > 0 ? x0 >= g->cx1 : x0 < g->cx0) break; px(g, x0, y0, c); if (x0 == x1 && y0 == y1) break; int e2 = 2 * e; @@ -96,6 +106,7 @@ int gfx_text(bm_gfx *g, int x, int y, const char *s, uint16_t c, int scale) s = bm_txt(s); if (y >= g->cy1 || y + 7 * scale <= g->cy0) return text_w(s, scale); for (; *s; s++) { + if (x >= g->cx1 || x + 5 * scale <= g->cx0) { x += 6 * scale; continue; } /* fuera del recorte */ const uint8_t *gl = bm_font5x7[glyph((unsigned char)*s)]; for (int r = 0; r < 7; r++) { uint8_t bits = gl[r]; @@ -131,7 +142,12 @@ int gfx_small_w(const char *s) 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++) { + s = bm_txt(s); + if (y >= g->cy1 || y + 5 <= g->cy0) { /* fuera de la franja: solo el ancho */ + for (; *s; s++) x += *s == '#' ? 5 : 4; + return x - x0 - 1; + } + for (; *s; s++) { if (*s == '#') { for (int r = 0; r < 5; r++) for (int col = 0; col < 4; col++) @@ -162,33 +178,59 @@ void gfx_logo(bm_gfx *g) } } -static uint32_t fnv(const uint16_t *p, int n) +/* el hash de un tile, leído directo de la franja (fila por fila, como quedaría en tile_buf) */ +static uint32_t tile_hash(int tx) { uint32_t h = 2166136261u; - for (int i = 0; i < n; i++) { h ^= p[i]; h *= 16777619u; } + for (int r = 0; r < BM_STRIP_H; r++) { + const uint16_t *p = &strip_buf[r * BM_LCD_W + tx * BM_TILE_W]; + for (int i = 0; i < BM_TILE_W; i++) { h ^= p[i]; h *= 16777619u; } + } return h; } +static uint32_t frame_no; /* todos los bm_screen: un número distinto para cada cuadro */ + void bm_screen_render(bm_screen *s, bm_draw_fn draw, void *user, bm_blit_fn blit, void *blit_user) { + enum { NS = BM_LCD_H / BM_STRIP_H, NT = BM_LCD_W / BM_TILE_W, TB = BM_TILE_W * BM_STRIP_H * 2 }; bm_gfx g; g.buf = strip_buf; + g.frame = ++frame_no; + if (s->force) { memset(s->stale, (1 << NT) - 1, sizeof s->stale); s->force = 0; } s->bytes_last = 0; - for (int st = 0; st < BM_LCD_H / BM_STRIP_H; st++) { + s->pending = 0; + s->frames++; + int st = s->next < NS ? s->next : 0; + for (int k = 0; k < NS; k++, st = st + 1 < NS ? st + 1 : 0) { g.y0 = st * BM_STRIP_H; gfx_noclip(&g); for (int i = 0; i < BM_LCD_W * BM_STRIP_H; i++) strip_buf[i] = C_BLACK; draw(&g, user); - for (int tx = 0; tx < BM_LCD_W / BM_TILE_W; tx++) { + for (int tx = 0; tx < NT; tx++) { + uint32_t h = tile_hash(tx); + if (h == s->hash[st][tx] && !((s->stale[st] >> tx) & 1)) continue; + if (s->budget && s->bytes_last && s->bytes_last + TB > s->budget) { /* lo demás, en el próximo */ + s->pending = 1; + s->next = (uint8_t)st; + return; + } for (int r = 0; r < BM_STRIP_H; r++) memcpy(&tile_buf[r * BM_TILE_W], &strip_buf[r * BM_LCD_W + tx * BM_TILE_W], BM_TILE_W * 2); - uint32_t h = fnv(tile_buf, BM_TILE_W * BM_STRIP_H); - if (h != s->hash[st][tx] || s->force) { - s->hash[st][tx] = h; - blit(blit_user, tx * BM_TILE_W, g.y0, BM_TILE_W, BM_STRIP_H, tile_buf); - s->bytes_last += BM_TILE_W * BM_STRIP_H * 2; - } + s->hash[st][tx] = h; + s->stale[st] &= (uint8_t)~(1u << tx); + blit(blit_user, tx * BM_TILE_W, g.y0, BM_TILE_W, BM_STRIP_H, tile_buf); + s->bytes_last += TB; } } - s->force = 0; + s->next = 0; +} + +bool bm_screen_due(bm_screen *s, uint32_t now) +{ + int32_t late = (int32_t)(now - s->t_next); + if (!s->force && !s->pending && late < 0) return false; + /* el ritmo se mantiene aunque el bucle llegue un poco tarde; si llegó muy tarde, empieza de nuevo */ + s->t_next = (late >= 0 && late < (int32_t)BM_SCR_FRAME_MS ? s->t_next : now) + BM_SCR_FRAME_MS; + return true; } diff --git a/core/bm_gfx.h b/core/bm_gfx.h index a07225d..dba0fd3 100644 --- a/core/bm_gfx.h +++ b/core/bm_gfx.h @@ -3,7 +3,8 @@ /* Bubba Machine — gráficos para la TFT de 240x240 RGB565 sin framebuffer. * * Se dibuja en modo inmediato por franjas de BM_STRIP_H filas: toda la escena - * se vuelve a "dibujar" para cada franja con recorte. Cada franja se divide en + * se vuelve a "dibujar" para cada franja con recorte (las primitivas salen enseguida si no tocan la + * franja; las curvas caras se calculan una vez y se guardan). Cada franja se divide en * tiles de BM_TILE_W px; solo se envían por SPI los tiles cuyo hash cambió * (SPEC_V3 §6.3: presupuesto de ~37 KB por frame a 12 MHz). */ #ifndef BM_GFX_H @@ -35,6 +36,8 @@ typedef struct { uint16_t *buf; /* BM_LCD_W x BM_STRIP_H */ int y0; /* primera fila de la franja */ int cx0, cy0, cx1, cy1; /* recorte activo (coordenadas de pantalla, exclusivo) */ + uint32_t frame; /* número de cuadro (distinto en cada bm_screen_render): lo que el dibujo + * calcula una vez por cuadro y no una vez por franja se guarda con él */ } bm_gfx; void gfx_clip(bm_gfx *g, int x, int y, int w, int h); @@ -65,12 +68,27 @@ extern const uint8_t bm_logo_rle[]; typedef void (*bm_draw_fn)(bm_gfx *g, void *user); typedef void (*bm_blit_fn)(void *user, int x, int y, int w, int h, const uint16_t *px); +/* Un cuadro manda como mucho `budget` bytes (0 = sin límite): un redibujo entero (entrar a una + * página, ~115 KB = ~77 ms de SPI a 12 MHz) se reparte en varios cuadros en vez de una sola ráfaga. + * Lo que no entró queda pendiente (su hash no se actualiza) y el cuadro siguiente sigue desde esa + * franja, sin esperar el tope de cuadros por segundo. */ +#define BM_SCR_BUDGET (40u * BM_TILE_W * BM_STRIP_H * 2u) /* 40 tiles = 38400 B: ~26 ms a 12 MHz */ +#define BM_SCR_FRAME_MS 40u /* la pantalla a 25 cuadros por segundo */ + typedef struct { uint32_t hash[BM_LCD_H / BM_STRIP_H][BM_LCD_W / BM_TILE_W]; + uint8_t stale[BM_LCD_H / BM_STRIP_H]; /* tiles que van aunque el hash coincida (force) */ uint8_t force; + uint8_t next; /* franja donde empieza el próximo cuadro */ + uint8_t pending; /* el último cuadro no alcanzó a mandar todo */ + uint32_t budget; /* bytes por cuadro (0 = todo de una vez) */ uint32_t bytes_last; /* bytes enviados en el último frame (para medir el SPI) */ + uint32_t frames; /* cuadros dibujados: el HAL sabe si un tick dibujó (y cuánto tardó el cuadro) */ + uint32_t t_next; /* bm_screen_due: cuándo toca el próximo cuadro */ } bm_screen; void bm_screen_render(bm_screen *s, bm_draw_fn draw, void *user, bm_blit_fn blit, void *blit_user); +/* ¿Toca dibujar? Sí con force, con un cuadro a medias, o pasados BM_SCR_FRAME_MS del anterior. */ +bool bm_screen_due(bm_screen *s, uint32_t now); #endif diff --git a/core/bm_ui_draw.c b/core/bm_ui_draw.c index 8b156a4..da08bb5 100644 --- a/core/bm_ui_draw.c +++ b/core/bm_ui_draw.c @@ -186,12 +186,16 @@ 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); + static bm_legend L[4]; /* una vez por cuadro, no por franja */ + static uint32_t lf; + if (lf != g->frame) { + lf = g->frame; + 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++) { @@ -359,10 +363,14 @@ static void key_cell(bm_gfx *g, const bm_app *a, int x, int y, int w, int h, con 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); + static bm_keyfn K[BM_KEYS]; /* una vez por cuadro, no por franja */ + static uint32_t kf; + if (kf != g->frame) { + kf = g->frame; + 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; @@ -744,49 +752,55 @@ static void draw_synth(bm_gfx *g, const bm_app *a, int t, int x0, int y0, int w, * realimentación como un lazo. Cada operador con su nivel y su relación de frecuencia. */ static void draw_fm(bm_gfx *g, const bm_app *a, int t, int x0, int y0, int w, int h) { - uint8_t p[BM_FM_PATCH]; - bm_fm_patch_of(&a->pat.trk[t], a->pat.prm[t], NULL, p); - int alg = p[BM_FM_ALG] & 31; - uint8_t car = bm_fm_carriers(alg), mods[6]; - int8_t fb[2]; - bm_fm_alg_graph(alg, mods, fb); if (!gfx_strip_hit(g, y0, h + 1)) return; - gfx_rect(g, x0, y0, w, h, C_DDGREY); - grid(g, x0 + 2, y0 + 2, w - 4, h - 4, 8); - /* profundidad: las portadoras en 0; un modulador, uno más que su destino */ - int depth[6] = {0, 0, 0, 0, 0, 0}, maxd = 0; - for (int it = 0; it < 6; it++) - for (int i = 0; i < 6; i++) - for (int j = 0; j < 6; j++) - if (mods[j] & (1u << i)) if (depth[i] < depth[j] + 1) depth[i] = depth[j] + 1; - for (int i = 0; i < 6; i++) if (depth[i] > maxd) maxd = depth[i]; - /* columnas: las portadoras de izquierda a derecha (OP1 primero), sus cadenas encima */ - float cx[6]; int placed[6] = {0, 0, 0, 0, 0, 0}, col = 0; - for (int pass = 0; pass < 2; pass++) - for (int op = 1; op <= 6; op++) { - int i = 6 - op; - if (placed[i]) continue; - bool carrier = (car >> i) & 1; - if (pass == 0 && !carrier) continue; - int tgt = -1; - for (int j = 0; j < 6; j++) if (mods[j] & (1u << i)) { tgt = j; break; } - if (tgt >= 0 && placed[tgt]) { - int sib = 0; /* hermanos ya puestos sobre el mismo destino */ - for (int k = 0; k < 6; k++) if (k != i && placed[k] && (mods[tgt] & (1u << k))) sib++; - cx[i] = cx[tgt] + (float)sib; - if (sib) { cx[i] = (float)col; col++; } - } else { cx[i] = (float)col; col++; } - placed[i] = 1; + /* el patch y la topología, una vez por cuadro (no una por franja) */ + static struct { uint32_t frame; int t, alg, bx[6], by[6]; uint8_t p[BM_FM_PATCH], car, mods[6]; int8_t fb[2]; } L; + if (L.frame != g->frame || L.t != t) { + L.frame = g->frame; L.t = t; + uint8_t *p = L.p, *mods = L.mods; + bm_fm_patch_of(&a->pat.trk[t], a->pat.prm[t], NULL, p); + int alg = L.alg = p[BM_FM_ALG] & 31; + uint8_t car = L.car = bm_fm_carriers(alg); + bm_fm_alg_graph(alg, mods, L.fb); + /* profundidad: las portadoras en 0; un modulador, uno más que su destino */ + int depth[6] = {0, 0, 0, 0, 0, 0}, maxd = 0; + for (int it = 0; it < 6; it++) + for (int i = 0; i < 6; i++) + for (int j = 0; j < 6; j++) + if (mods[j] & (1u << i)) if (depth[i] < depth[j] + 1) depth[i] = depth[j] + 1; + for (int i = 0; i < 6; i++) if (depth[i] > maxd) maxd = depth[i]; + /* columnas: las portadoras de izquierda a derecha (OP1 primero), sus cadenas encima */ + float cx[6]; int placed[6] = {0, 0, 0, 0, 0, 0}, col = 0; + for (int pass = 0; pass < 2; pass++) + for (int op = 1; op <= 6; op++) { + int i = 6 - op; + if (placed[i]) continue; + bool carrier = (car >> i) & 1; + if (pass == 0 && !carrier) continue; + int tgt = -1; + for (int j = 0; j < 6; j++) if (mods[j] & (1u << i)) { tgt = j; break; } + if (tgt >= 0 && placed[tgt]) { + int sib = 0; /* hermanos ya puestos sobre el mismo destino */ + for (int k = 0; k < 6; k++) if (k != i && placed[k] && (mods[tgt] & (1u << k))) sib++; + cx[i] = cx[tgt] + (float)sib; + if (sib) { cx[i] = (float)col; col++; } + } else { cx[i] = (float)col; col++; } + placed[i] = 1; + } + int ncol = col > 0 ? col : 1; + float cw = (float)(w - 8) / (float)ncol; + int rh = (h - 18) / (maxd + 1); + if (rh > 22) rh = 22; + for (int i = 0; i < 6; i++) { + L.bx[i] = x0 + 4 + (int)(cx[i] * cw + cw / 2.0f) - 9; + L.by[i] = y0 + h - 18 - depth[i] * rh - 12; } - int ncol = col > 0 ? col : 1; - float cw = (float)(w - 8) / (float)ncol; - int rh = (h - 18) / (maxd + 1); - if (rh > 22) rh = 22; - int bx[6], by[6]; - for (int i = 0; i < 6; i++) { - bx[i] = x0 + 4 + (int)(cx[i] * cw + cw / 2.0f) - 9; - by[i] = y0 + h - 18 - depth[i] * rh - 12; } + const uint8_t *p = L.p, *mods = L.mods, car = L.car; + const int8_t *fb = L.fb; + const int *bx = L.bx, *by = L.by, alg = L.alg; + gfx_rect(g, x0, y0, w, h, C_DDGREY); + grid(g, x0 + 2, y0 + 2, w - 4, h - 4, 8); uint16_t tc = bm_track_color(t); for (int j = 0; j < 6; j++) /* conexiones */ for (int i = 0; i < 6; i++) @@ -1004,6 +1018,36 @@ static void draw_break(bm_gfx *g, const bm_app *a) hint_s(g, PY + 88, "HOLD EDIT + BLACK 4 = CAPTURE INTO THE GRID"); } +/* ------------------------------------------------------------ el dibujo del visor, guardado + * El cuadro recorre la escena una vez por franja (30 veces). Las curvas del visor de SOUND (filtro, + * ondas, LFO, el golpe de la batería, la tabla de BITTAL) cuestan exp/log/seno por cada x: se + * calculan cuando cambia lo que dibujan y cada franja las recorre desde aquí. Se ve una sola a la + * vez: la clave dice cuál es y con qué valores. ~1.4 KB. */ +#define CV_W 228 +static union { + int16_t y[2][CV_W]; /* curvas: la fila de cada x, desde y0 */ + uint8_t tab[1368]; /* BITTAL: los frames uno tras otro, desde su fila de arriba (8 x 171 como mucho) */ +} cv; +static int32_t cv_x[8]; /* lo demás de la curva: marcas, la barra del ENV, Hz */ +static uint8_t cv_key[24], cv_len; + +/* ¿lo guardado es de esta clave? Si no, la anota: el que llama lo calcula de nuevo */ +static bool cv_fresh(const uint8_t *key, int len) +{ + if (len == cv_len && !memcmp(cv_key, key, (size_t)len)) return true; + memcpy(cv_key, key, (size_t)len); + cv_len = (uint8_t)len; + return false; +} + +/* un tramo de la curva solo si toca la franja (los demás ni llaman a gfx_line) */ +static void seg(bm_gfx *g, int xa, int ya, int xb, int yb, uint16_t c) +{ + if (ya < 0) return; /* como el "py >= 0" de siempre */ + if ((ya > yb ? ya : yb) < g->cy0 || (ya < yb ? ya : yb) >= g->cy1) return; + gfx_line(g, xa, ya, xb, yb, c); +} + /* ------------------------------------------------------------ editor de sonido por páginas */ static float mini_wave(int w, float p) /* las formas de B-MINI */ { @@ -1022,39 +1066,43 @@ static float mini_wave(int w, float p) /* las formas de B-MINI */ static void ed_wave(bm_gfx *g, const bm_app *a, int t, int x0, int y0, int w, int h, int page) { const uint8_t *q = a->pat.prm[t]; - int eng = a->pat.trk[t].engine, py = -1, py2 = -1, mid = y0 + h / 2; + int eng = a->pat.trk[t].engine, mid = y0 + h / 2; + bool two = eng == ENG_MINI && page >= 0 && page <= 2; /* el oscilador de la página, encima */ uint16_t col = C_CYAN; gfx_hline(g, x0, mid, w, C_DDGREY); - static const float RG[5] = {0.25f, 0.5f, 1.0f, 2.0f, 4.0f}; - for (int x = 0; x < w; x++) { - float p = (float)x * 2.0f / (float)w, y, y2 = 0.0f; - if (eng == ENG_BUNO) { - float ph = p - (float)(int)p, pw = 0.5f - 0.46f * (float)q[BN_PWM] / 127.0f * 0.5f; - y = (q[BN_SAW] ? 1.0f - 2.0f * ph : 0.0f) + (q[BN_PULSE] ? (ph < pw ? 1.0f : -1.0f) : 0.0f); - float ps = p * 0.5f; ps -= (float)(int)ps; - y += (float)q[BN_SUB] / 127.0f * (ps < 0.5f ? 1.0f : -1.0f); - y *= 0.6f; - } else { - static const uint8_t W[3] = {MN_W1, MN_W2, MN_W3}, R[3] = {MN_R1, MN_R2, MN_R3}, L[3] = {MN_L1, MN_L2, MN_L3}; - y = 0.0f; - int sel = page >= 0 && page <= 2 ? page : -1; - for (int k = 0; k < 3; k++) { - float pk = p * RG[q[R[k]] % 5] / RG[q[R[0]] % 5]; pk -= (float)(int)pk; - float v = mini_wave(q[W[k]] % MN_WAVES, pk) * (float)q[L[k]] / 127.0f; - y += v * 0.45f; - if (k == sel) y2 = v; + if (w > CV_W) return; + const uint8_t key[] = {1, (uint8_t)eng, (uint8_t)(page + 1), (uint8_t)w, (uint8_t)h, q[BN_PWM], q[BN_SAW], q[BN_PULSE], q[BN_SUB], + q[MN_W1], q[MN_W2], q[MN_W3], q[MN_R1], q[MN_R2], q[MN_R3], q[MN_L1], q[MN_L2], q[MN_L3]}; + if (!cv_fresh(key, sizeof key)) { + static const float RG[5] = {0.25f, 0.5f, 1.0f, 2.0f, 4.0f}; + for (int x = 0; x < w; x++) { + float p = (float)x * 2.0f / (float)w, y, y2 = 0.0f; + if (eng == ENG_BUNO) { + float ph = p - (float)(int)p, pw = 0.5f - 0.46f * (float)q[BN_PWM] / 127.0f * 0.5f; + y = (q[BN_SAW] ? 1.0f - 2.0f * ph : 0.0f) + (q[BN_PULSE] ? (ph < pw ? 1.0f : -1.0f) : 0.0f); + float ps = p * 0.5f; ps -= (float)(int)ps; + y += (float)q[BN_SUB] / 127.0f * (ps < 0.5f ? 1.0f : -1.0f); + y *= 0.6f; + } else { + static const uint8_t W[3] = {MN_W1, MN_W2, MN_W3}, R[3] = {MN_R1, MN_R2, MN_R3}, L[3] = {MN_L1, MN_L2, MN_L3}; + y = 0.0f; + int sel = page >= 0 && page <= 2 ? page : -1; + for (int k = 0; k < 3; k++) { + float pk = p * RG[q[R[k]] % 5] / RG[q[R[0]] % 5]; pk -= (float)(int)pk; + float v = mini_wave(q[W[k]] % MN_WAVES, pk) * (float)q[L[k]] / 127.0f; + y += v * 0.45f; + if (k == sel) y2 = v; + } + if (sel < 0) y2 = 0.0f; } - if (sel < 0) y2 = 0.0f; - } - int yy = mid - (int)(bm_clampf(y, -1.2f, 1.2f) * (float)(h / 2 - 3)); - if (py >= 0) gfx_line(g, x0 + x - 1, py, x0 + x, yy, col); - py = yy; - if (eng == ENG_MINI && page >= 0 && page <= 2) { - int y1 = mid - (int)(y2 * (float)(h / 2 - 3)); - if (py2 >= 0) gfx_line(g, x0 + x - 1, py2, x0 + x, y1, C_ORANGE); - py2 = y1; + cv.y[0][x] = (int16_t)(h / 2 - (int)(bm_clampf(y, -1.2f, 1.2f) * (float)(h / 2 - 3))); + cv.y[1][x] = (int16_t)(h / 2 - (int)(y2 * (float)(h / 2 - 3))); } } + for (int x = 1; x < w; x++) { /* en el orden de siempre: se pisan igual */ + seg(g, x0 + x - 1, y0 + cv.y[0][x - 1], x0 + x, y0 + cv.y[0][x], col); + if (two) seg(g, x0 + x - 1, y0 + cv.y[1][x - 1], x0 + x, y0 + cv.y[1][x], C_ORANGE); + } } /* BITTAL: la tabla en 2.5D, los frames uno detrás del otro; el de la posición actual en cian */ @@ -1069,16 +1117,22 @@ static void ed_table(bm_gfx *g, const bm_app *a, int t, int x0, int y0, int w, i int curf = (int)(pos * (float)(nf - 1) + 0.5f); int dx = 7, dy = 5, ww = w - 8 - dx * (nf - 1), hh = h - 6 - dy * (nf - 1); if (hh < 16) hh = 16; + if (nf < 1 || ww < 1 || nf * ww > (int)sizeof cv.tab || hh > 255) return; + uint32_t sig = a->wt_sig[slot]; + const uint8_t key[] = {2, (uint8_t)slot, (uint8_t)nf, (uint8_t)ww, (uint8_t)hh, + (uint8_t)sig, (uint8_t)(sig >> 8), (uint8_t)(sig >> 16), (uint8_t)(sig >> 24)}; + if (!cv_fresh(key, sizeof key)) /* la tabla solo cambia si se rearma */ + for (int f = 0; f < nf; f++) { + int n; + const int16_t *d = bm_wt_data(slot, f, 3, &n); /* 128 muestras para dibujar */ + for (int x = 0; x < ww; x++) cv.tab[f * ww + x] = (uint8_t)(hh / 2 - (int)d[x * n / ww] * (hh / 2 - 1) / 32768); + } for (int f = nf - 1; f >= 0; f--) { - int n; - const int16_t *d = bm_wt_data(slot, f, 3, &n); /* 128 muestras para dibujar */ - int ox = x0 + 4 + f * dx, oy = y0 + 3 + (nf - 1 - f) * dy, mid = oy + hh / 2, pyy = -1; + int ox = x0 + 4 + f * dx, oy = y0 + 3 + (nf - 1 - f) * dy; + if (oy + hh <= g->cy0 || oy >= g->cy1) continue; /* el frame entero, fuera de la franja */ uint16_t c = f == curf ? C_CYAN : (f < curf ? C_DGREY : dim(C_VIOLET)); - for (int x = 0; x < ww; x++) { - int yy = mid - (int)d[x * n / ww] * (hh / 2 - 1) / 32768; - if (pyy >= 0) gfx_line(g, ox + x - 1, pyy, ox + x, yy, c); - pyy = yy; - } + const uint8_t *ty = cv.tab + f * ww; + for (int x = 1; x < ww; x++) seg(g, ox + x - 1, oy + ty[x - 1], ox + x, oy + ty[x], c); } char b[24]; snprintf(b, sizeof b, "WT FRAME %d/%d", curf + 1, nf); @@ -1106,38 +1160,48 @@ static void ed_filter(bm_gfx *g, const bm_app *a, int t, int x0, int y0, int w, { const bm_track *tk = &a->pat.trk[t]; const uint8_t *q = a->pat.prm[t]; - int eng = tk->engine, type = 0, cut, res; - float env; - if (eng == ENG_BITTAL) { type = q[BT_FT] % BT_FILTERS; cut = q[BT_CUT]; res = q[BT_RES]; env = (float)((int)q[BT_FENV] - 64) / 63.0f * 72.0f; if (type == BT_F_LADDER) type = 0; } - else { cut = tk->macro[0]; res = tk->macro[1]; env = (float)tk->macro[2] / 127.0f * 72.0f; } /* B-MINI y BUNO-6: CONTOUR / ENV */ + int eng = tk->engine, type = 0, cut, res, envb; + if (eng == ENG_BITTAL) { type = q[BT_FT] % BT_FILTERS; cut = q[BT_CUT]; res = q[BT_RES]; envb = q[BT_FENV]; if (type == BT_F_LADDER) type = 0; } + else { cut = tk->macro[0]; res = tk->macro[1]; envb = tk->macro[2]; } /* B-MINI y BUNO-6: CONTOUR / ENV */ if (eng == ENG_BITTAL && q[BT_FT] == BT_F_OFF) { gfx_text_c(g, x0 + w / 2, y0 + h / 2, "FILTER OFF", C_GREY, 1); return; } - float fc = bm_cut_hz(cut), qv = bm_reso_q(res); - if (env != 0.0f) { - float fe = fc * exp2f(env / 12.0f); - int xa = x0 + (int)((log2f(bm_clampf(fc, 20.0f, 20000.0f) / 20.0f)) / 10.0f * (float)w); - int xb = x0 + (int)((log2f(bm_clampf(fe, 20.0f, 20000.0f) / 20.0f)) / 10.0f * (float)w); + if (w > CV_W) return; + int hpf = eng == ENG_BUNO ? q[BN_HPF] : 0; + const uint8_t key[] = {3, (uint8_t)(eng == ENG_BITTAL), (uint8_t)type, (uint8_t)cut, (uint8_t)res, (uint8_t)envb, (uint8_t)hpf, (uint8_t)w, (uint8_t)h}; + enum { XA, XB, ENV_ON, HPF_X, MK0 }; /* cv_x: lo que no es la curva */ + if (!cv_fresh(key, sizeof key)) { /* 228 x (exp2f, 2 sqrtf, log10f): solo si cambió */ + float env = eng == ENG_BITTAL ? (float)(envb - 64) / 63.0f * 72.0f : (float)envb / 127.0f * 72.0f; + float fc = bm_cut_hz(cut), qv = bm_reso_q(res); + cv_x[ENV_ON] = env != 0.0f; + if (env != 0.0f) { + float fe = fc * exp2f(env / 12.0f); + cv_x[XA] = (int)((log2f(bm_clampf(fc, 20.0f, 20000.0f) / 20.0f)) / 10.0f * (float)w); + cv_x[XB] = (int)((log2f(bm_clampf(fe, 20.0f, 20000.0f) / 20.0f)) / 10.0f * (float)w); + } + for (int x = 0; x < w; x++) { + float f = 20.0f * exp2f((float)x * 10.0f / (float)w); + float db = bm_clampf(ed_filter_db(type, f / fc, qv), -36.0f, 18.0f); + cv.y[0][x] = (int16_t)(int)((18.0f - db) / 54.0f * (float)(h - 6)); + } + static const float F[3] = {100.0f, 1000.0f, 10000.0f}; + for (int k = 0; k < 3; k++) cv_x[MK0 + k] = (int)(log2f(F[k] / 20.0f) / 10.0f * (float)w); + static const float HZ[4] = {0.0f, 120.0f, 250.0f, 520.0f}; + if (hpf) cv_x[HPF_X] = (int)(log2f(HZ[hpf & 3] / 20.0f) / 10.0f * (float)w); + } + if (cv_x[ENV_ON]) { + int xa = x0 + cv_x[XA], xb = x0 + cv_x[XB]; gfx_fill(g, xa < xb ? xa : xb, y0 + h - 4, (xa < xb ? xb - xa : xa - xb) + 1, 3, C_GREEN); } int y0db = y0 + h * 18 / 54; gfx_hline(g, x0, y0db, w, C_DDGREY); - int py = -1; - for (int x = 0; x < w; x++) { - float f = 20.0f * exp2f((float)x * 10.0f / (float)w); - float db = bm_clampf(ed_filter_db(type, f / fc, qv), -36.0f, 18.0f); - int y = y0 + (int)((18.0f - db) / 54.0f * (float)(h - 6)); - if (py >= 0) gfx_line(g, x0 + x - 1, py, x0 + x, y, C_ORANGE); - py = y; - } - static const float F[3] = {100.0f, 1000.0f, 10000.0f}; + for (int x = 1; x < w; x++) seg(g, x0 + x - 1, y0 + cv.y[0][x - 1], x0 + x, y0 + cv.y[0][x], C_ORANGE); static const char *const N[3] = {"100", "1K", "10K"}; for (int k = 0; k < 3; k++) { - int x = x0 + (int)(log2f(F[k] / 20.0f) / 10.0f * (float)w); + int x = x0 + cv_x[MK0 + k]; gfx_vline(g, x, y0 + h - 8, 3, 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}; - int x = x0 + (int)(log2f(HZ[q[BN_HPF] & 3] / 20.0f) / 10.0f * (float)w); + if (hpf) { /* el pasa-altos de BUNO-6 */ + int x = x0 + cv_x[HPF_X]; gfx_fill(g, x0, y0 + 2, x - x0, 3, C_PINK); gfx_small(g, x0 + 2, y0 + 6, "HPF", C_PINK); } @@ -1158,26 +1222,29 @@ static void ed_adsr(bm_gfx *g, int x0, int y0, int w, int h, int A, int D, int S static void ed_lfo(bm_gfx *g, int x0, int y0, int w, int h, int shape, int amt, uint16_t col) { - int mid = y0 + h / 2, py = -1; - uint32_t rng = 12345; - float sh = 0.0f; + int mid = y0 + h / 2; gfx_hline(g, x0, mid, w, C_DDGREY); - for (int x = 0; x < w; x++) { - float p = (float)x * 3.0f / (float)w, ph = p - (float)(int)p, y; - switch (shape) { - case 0: y = sinf(6.2831853f * ph); break; - case 1: y = 4.0f * fabsf(ph - 0.5f) - 1.0f; break; - case 2: y = 1.0f - 2.0f * ph; break; - case 3: y = ph < 0.5f ? 1.0f : -1.0f; break; - default: - if (x == 0 || (int)((float)(x - 1) * 3.0f / (float)w * 2.0f) != (int)(p * 2.0f)) sh = (float)(int32_t)(rng = rng * 1664525u + 1013904223u) / 2147483648.0f; - y = sh; - break; + if (w > CV_W) return; + const uint8_t key[] = {4, (uint8_t)shape, (uint8_t)amt, (uint8_t)w, (uint8_t)h}; + if (!cv_fresh(key, sizeof key)) { + uint32_t rng = 12345; + float sh = 0.0f; + for (int x = 0; x < w; x++) { + float p = (float)x * 3.0f / (float)w, ph = p - (float)(int)p, y; + switch (shape) { + case 0: y = sinf(6.2831853f * ph); break; + case 1: y = 4.0f * fabsf(ph - 0.5f) - 1.0f; break; + case 2: y = 1.0f - 2.0f * ph; break; + case 3: y = ph < 0.5f ? 1.0f : -1.0f; break; + default: + if (x == 0 || (int)((float)(x - 1) * 3.0f / (float)w * 2.0f) != (int)(p * 2.0f)) sh = (float)(int32_t)(rng = rng * 1664525u + 1013904223u) / 2147483648.0f; + y = sh; + break; + } + cv.y[0][x] = (int16_t)(h / 2 - (int)(y * (float)(h / 2 - 3) * (0.25f + 0.75f * (float)amt / 127.0f))); } - int yy = mid - (int)(y * (float)(h / 2 - 3) * (0.25f + 0.75f * (float)amt / 127.0f)); - if (py >= 0) gfx_line(g, x0 + x - 1, py, x0 + x, yy, amt ? col : C_DGREY); - py = yy; } + for (int x = 1; x < w; x++) seg(g, x0 + x - 1, y0 + cv.y[0][x - 1], x0 + x, y0 + cv.y[0][x], amt ? col : C_DGREY); } /* BITTAL: las 4 macros con su destino y lo que mueven ahora */ @@ -1233,17 +1300,25 @@ static void draw_editor(bm_gfx *g, const bm_app *a) const uint8_t *q = a->pat.prm[t]; if (tr) { const bm_lane *ln = &bm_trk_trc(&a->pat, t)->lane[a->sel_lane[t] & 15]; - int dec = 6 + ln->decay * (w - 12) / 127, mid = y0 + h / 2, py = -1, pyn = -1; + int dec = 6 + ln->decay * (w - 12) / 127, mid = y0 + h / 2, n = dec < w ? dec : w; gfx_hline(g, x0, mid, w, C_DDGREY); - float hz = (float)bm_drm_base_hz[ln->model % DRM_COUNT] * exp2f((float)(ln->tune - 64) * 0.375f / 12.0f); - for (int x = 0; x < dec && x < w; x++) { - float e = expf(-4.0f * (float)x / (float)dec); - float s = sinf((float)x * 0.12f * hz / 300.0f) * e; - int yy = mid - (int)(s * (float)(h / 2 - 4)), yn = mid + (int)(s * (float)(h / 2 - 4)); - if (py >= 0) { gfx_line(g, x0 + x - 1, py, x0 + x, yy, col); gfx_line(g, x0 + x - 1, pyn, x0 + x, yn, dim(col)); } - py = yy; pyn = yn; + if (n > CV_W) return; + const uint8_t key[] = {5, (uint8_t)(ln->model % DRM_COUNT), ln->tune, (uint8_t)dec, (uint8_t)w, (uint8_t)h}; + if (!cv_fresh(key, sizeof key)) { /* el golpe: expf y sinf por x, solo si cambió */ + float hz = (float)bm_drm_base_hz[ln->model % DRM_COUNT] * exp2f((float)(ln->tune - 64) * 0.375f / 12.0f); + for (int x = 0; x < n; x++) { + float e = expf(-4.0f * (float)x / (float)dec); + float s = sinf((float)x * 0.12f * hz / 300.0f) * e; + cv.y[0][x] = (int16_t)(h / 2 - (int)(s * (float)(h / 2 - 4))); + cv.y[1][x] = (int16_t)(h / 2 + (int)(s * (float)(h / 2 - 4))); + } + cv_x[0] = (int)(hz + 0.5f); + } + for (int x = 1; x < n; x++) { + seg(g, x0 + x - 1, y0 + cv.y[0][x - 1], x0 + x, y0 + cv.y[0][x], col); + seg(g, x0 + x - 1, y0 + cv.y[1][x - 1], x0 + x, y0 + cv.y[1][x], dim(col)); } - snprintf(b, sizeof b, "%d HZ", (int)(hz + 0.5f)); + snprintf(b, sizeof b, "%d HZ", (int)cv_x[0]); gfx_small(g, x0 + w - gfx_small_w(b) - 2, y0 + 2, b, C_GREY); return; } @@ -1386,6 +1461,7 @@ static void draw_more(bm_gfx *g, const bm_app *a) int first = a->more_row > 6 ? a->more_row - 6 : 0; for (int i = 0; i < 7 && first + i < n; i++) { const char *nm; + if (!gfx_strip_hit(g, PY + 1 + i * 12, 12)) continue; /* la fila, solo si se dibuja */ bm_app_more_row(a, first + i, &nm, v, sizeof v); row(g, PY + 1 + i * 12, first + i == a->more_row, nm, v); } @@ -1711,12 +1787,15 @@ static void sys_val(const bm_app *a, int i, char *v, int cap) static void draw_system(bm_gfx *g, const bm_app *a) { enum { NR = SYS_ROWS }; - char v[NR][20]; - for (int i = 0; i < NR; i++) sys_val(a, i, v[i], 20); + char v[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]); + for (int i = 0; i < 8 && first + i < NR; i++) { + if (!gfx_strip_hit(g, 26 + i * 12, 12)) continue; /* el valor, solo de la fila que se dibuja */ + sys_val(a, first + i, v, sizeof v); + row(g, 26 + i * 12, first + i == a->menu_row, T(L[first + i]), v); + } if (a->menu_row == 6 || a->menu_row == 7) note_s(g, 124, "TESTING: SAFE MODE TURNS IT OFF AFTER A CRASH"); } @@ -1865,11 +1944,15 @@ static void draw_copych(bm_gfx *g, const bm_app *a) /* La franja del teclado ya muestra cada tecla con su luz; el visor dice qué capa es y cómo se usa. */ static void draw_layer(bm_gfx *g, const bm_app *a) { - bm_keyfn K[BM_KEYS]; - char title[24]; - uint16_t col; - const char *h1, *h2; - bm_app_keymap(a, K, title, sizeof title, &col, &h1, &h2); + static char title[24]; /* el mapa de la capa: una vez por cuadro */ + static uint16_t col; + static const char *h1, *h2; + static uint32_t mf; + if (mf != g->frame) { + bm_keyfn K[BM_KEYS]; /* aquí solo hace falta el título y las ayudas */ + mf = g->frame; + bm_app_keymap(a, K, title, sizeof title, &col, &h1, &h2); + } 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); diff --git a/hal/fm1/fm1_lcd.c b/hal/fm1/fm1_lcd.c index 5681ef5..9b85dc7 100644 --- a/hal/fm1/fm1_lcd.c +++ b/hal/fm1/fm1_lcd.c @@ -3,7 +3,20 @@ /* Pantalla ST7789V de 240x240 por el SPI1 del SDK (dispositivo "spi1", grupo B). * Secuencia de arranque según la hoja de datos del ST7789V: reset por software, salir del * sueño, 16 bits por píxel, orientación por defecto, inversión (panel IPS), modo normal, - * pantalla encendida. Sin desplazamiento de ventana: el panel empieza en (0, 0). */ + * pantalla encendida. Sin desplazamiento de ventana: el panel empieza en (0, 0). + * + * Los envíos: con semáforo y sin bloqueo, como el driver de LCD del SDK + * (apps/common/ui/lcd_driver/lcd_drive.c) y su ejemplo de SPI. Leído del driver (cpu.a, spi0.c): + * - IOCTL_SPI_SET_USE_SEM crea el semáforo y registra la interrupción del SPI (núcleo 1, + * prioridad 1). Un envío de >= 8 bytes (el umbral por defecto) espera dormido en el semáforo; + * los de un byte (comandos, ventana) siguen girando, que es más corto que un cambio de tarea. + * - IOCTL_SPI_NON_BLOCK: dev_write arranca el DMA y vuelve. El próximo dev_write espera solo al + * anterior; IOCTL_SPI_WRITE_NON_BLOCK_FLUSH espera sin mandar nada. + * - IOCTL_SPI_SEND_BYTE no espera a un envío sin bloqueo en curso y usa el modo de espera del + * último dev_write: por eso aquí todo va por dev_write (un byte también). + * El CS y el DC son pines comunes: antes de tocarlos se espera el envío en curso (flush). Mientras + * el DMA manda un tile desde un búfer, el núcleo ya prepara el siguiente en el otro (y dibuja la + * franja que sigue). */ #include "app_config.h" #include "system/includes.h" #include "device/device.h" @@ -12,27 +25,40 @@ #include "asm/includes.h" #include "fm1_hw.h" +#define TXN (240 * 2 * 4) /* bytes por envío: un tile de 60x8 (960 B) entra dos veces */ + static void *spi; -static uint8_t tx[240 * 2 * 8]; /* 8 filas por envío, ya en orden de bytes del panel */ +static uint8_t tx[2][TXN] __attribute__((aligned(4))); /* dos búferes, ya en orden de bytes del panel */ +static int cur; /* el que se llena ahora; el otro puede estar saliendo */ +static uint8_t enviando; /* hay un envío sin bloqueo en curso (con el CS abajo) */ + +/* espera el envío en curso y suelta el CS */ +static void flush(void) +{ + if (!enviando) + return; + dev_ioctl(spi, IOCTL_SPI_WRITE_NON_BLOCK_FLUSH, 0); + gpio_direction_output(FM1_LCD_CS, 1); + enviando = 0; +} static void cmd(uint8_t c) { + flush(); gpio_direction_output(FM1_LCD_DC, 0); gpio_direction_output(FM1_LCD_CS, 0); - dev_ioctl(spi, IOCTL_SPI_SEND_BYTE, c); + dev_write(spi, &c, 1); /* un byte: el driver lo manda y espera ahí mismo */ gpio_direction_output(FM1_LCD_CS, 1); } +/* datos cortos (los parámetros de un comando, hasta 4 bytes): de a uno, sin DMA, como antes */ static void data(const uint8_t *p, uint32_t n) { + flush(); gpio_direction_output(FM1_LCD_DC, 1); gpio_direction_output(FM1_LCD_CS, 0); - if (n <= 4) { - while (n--) - dev_ioctl(spi, IOCTL_SPI_SEND_BYTE, *p++); - } else { - dev_write(spi, (void *)p, n); - } + while (n--) + dev_write(spi, (void *)p++, 1); gpio_direction_output(FM1_LCD_CS, 1); } @@ -48,23 +74,30 @@ static void ventana(int x0, int y0, int x1, int y1) void fm1_lcd_blit(void *u, int x, int y, int w, int h, const uint16_t *px) { - int r, i, filas = (int)(sizeof tx / (uint32_t)(w * 2)); + int r, i, filas = (int)(TXN / (uint32_t)(w * 2)); (void)u; if (!spi || w <= 0 || h <= 0) return; if (filas < 1) filas = 1; fm1_paso("S1"); - ventana(x, y, x + w - 1, y + h - 1); - fm1_paso("S2"); for (r = 0; r < h; r += filas) { int n = (h - r < filas ? h - r : filas) * w; const uint16_t *s = px + r * w; - for (i = 0; i < n; i++) { - tx[2 * i] = (uint8_t)(s[i] >> 8); - tx[2 * i + 1] = (uint8_t)s[i]; + uint8_t *b = tx[cur]; + for (i = 0; i < n; i++) { /* mientras tanto el DMA sigue con el envío anterior */ + b[2 * i] = (uint8_t)(s[i] >> 8); + b[2 * i + 1] = (uint8_t)s[i]; + } + if (r == 0) { /* la ventana: espera lo anterior y suelta el CS */ + ventana(x, y, x + w - 1, y + h - 1); + fm1_paso("S2"); + gpio_direction_output(FM1_LCD_DC, 1); + gpio_direction_output(FM1_LCD_CS, 0); } - data(tx, (uint32_t)n * 2u); + dev_write(spi, b, (uint32_t)n * 2u); /* espera el trozo anterior, arranca este y vuelve */ + enviando = 1; + cur ^= 1; } fm1_paso("S0"); } @@ -73,6 +106,7 @@ void fm1_lcd_blit(void *u, int x, int y, int w, int h, const uint16_t *px) * cuadro entero pasa de 85 a 39 ms (docs/TRAZA_FM1.md); falta confirmar a la vista que se ve bien. */ void fm1_lcd_speed(int fast) { + flush(); /* no cambiar el reloj en medio de un envío */ JL_SPI1->BAUD = fast ? 1 : 4; } @@ -83,9 +117,11 @@ void fm1_lcd_init(void) gpio_direction_output(FM1_LCD_BL, 0); /* luz de fondo (y teclado) encendidos */ gpio_direction_output(FM1_LCD_CS, 1); gpio_direction_output(FM1_LCD_DC, 1); - spi = dev_open("spi1", NULL); + if (!spi) /* el modo seguro puede volver a llamar */ + spi = dev_open("spi1", NULL); if (!spi) return; + flush(); cmd(0x01); /* SWRESET */ os_time_dly(15); cmd(0x11); /* SLPOUT */ @@ -96,7 +132,13 @@ void fm1_lcd_init(void) cmd(0x13); /* NORON */ memset(tx, 0, sizeof tx); ventana(0, 0, 239, 239); - for (i = 0; i < 240; i += 8) - data(tx, sizeof tx); + gpio_direction_output(FM1_LCD_DC, 1); + gpio_direction_output(FM1_LCD_CS, 0); + for (i = 0; i < 240 * 240 * 2; i += TXN) + dev_write(spi, tx[0], TXN); + dev_ioctl(spi, IOCTL_SPI_WRITE_NON_BLOCK_FLUSH, 0); + gpio_direction_output(FM1_LCD_CS, 1); cmd(0x29); /* DISPON */ + dev_ioctl(spi, IOCTL_SPI_SET_USE_SEM, 0); /* esperar dormido (solo la primera vez crea el semáforo) */ + dev_ioctl(spi, IOCTL_SPI_NON_BLOCK, 1); } diff --git a/tests/test_core.c b/tests/test_core.c index f22cb1e..8ba74fa 100644 --- a/tests/test_core.c +++ b/tests/test_core.c @@ -2,6 +2,8 @@ * Copyright (C) 2026 Erbubar23 */ /* Bubba Machine — pruebas del núcleo en PC (interfaz 3.0). * Uso: test_core [carpeta_salida] -> escribe demo.wav y capturas *.ppm */ +#define _GNU_SOURCE /* dlsym(RTLD_NEXT): contar las funciones de libm (test_draw_cost) */ +#include #include #include #include @@ -17,6 +19,7 @@ #include "../core/bm_fm.h" #include "../core/bm_params.h" #include +#include static int fails, checks; #define CHECK(c) do { checks++; if (!(c)) { fails++; printf(" FALLO %s:%d %s\n", __FILE__, __LINE__, #c); } } while (0) @@ -94,8 +97,11 @@ static void enc(int id, int d) { bm_app_encoder(&app, id, d, now_ms); run_ms(40) static void shot(const char *name) { + uint32_t budget = app.scr.budget; /* la captura: el cuadro entero de una vez */ + app.scr.budget = 0; app.scr.force = 1; bm_app_tick(&app, now_ms); + app.scr.budget = budget; char p[512]; snprintf(p, sizeof p, "%s/%s.ppm", outdir, name); FILE *f = fopen(p, "wb"); @@ -2228,6 +2234,126 @@ static void test_old_version(void) CHECK(app.pat.trk[1].source == BM_SRC_NONE && app.pat.tr[0].st[0][0] & ST_ON); /* la demo (sin tomas) */ } +/* Lo que cuesta dibujar cada pantalla (el cuadro entero, las 30 franjas), en la PC. El FM-1 es + * unas 20-40 veces más lento: lo que importa es la proporción entre pantallas y el antes/después. */ +static void null_blit(void *u, int x, int y, int w, int h, const uint16_t *px) { (void)u; (void)x; (void)y; (void)w; (void)h; (void)px; } + +/* Las funciones caras de libm (en el FM-1 son de software): cuántas llama un cuadro. En la PC son + * casi gratis, así que el tiempo de la PC no las muestra; la cuenta sí. Cuentan solo si math_on. */ +static int math_on; +static long math_n; +#define MATH_WRAP(f) \ + float f(float x) { \ + static float (*real)(float); \ + if (!real) *(void **)&real = dlsym(RTLD_NEXT, #f); \ + math_n += math_on; \ + return real(x); \ + } +MATH_WRAP(expf) +MATH_WRAP(exp2f) +MATH_WRAP(log10f) +MATH_WRAP(log2f) +MATH_WRAP(logf) +MATH_WRAP(sinf) +MATH_WRAP(cosf) +MATH_WRAP(tanhf) + +static double draw_us(long *math) +{ + enum { N = 200 }; + app.ov.on = 0; app.toast_until = 0; + bm_screen_render(&app.scr, bm_app_draw, &app, null_blit, NULL); /* el primero llena los cachés */ + math_n = 0; math_on = 1; + app.scr.force = 1; bm_screen_render(&app.scr, bm_app_draw, &app, null_blit, NULL); + math_on = 0; + if (math) *math = math_n; + clock_t c0 = clock(); + for (int i = 0; i < N; i++) { app.scr.force = 1; bm_screen_render(&app.scr, bm_app_draw, &app, null_blit, NULL); } + return (double)(clock() - c0) * 1e6 / CLOCKS_PER_SEC / N; +} + +static void draw_one(const char *name) +{ + long m; + double us = draw_us(&m); + printf(" %-7s %5.0f us %5ld exp/log/sin\n", name, us, m); +} + +static void draw_pages(int t, int pg, const char *name) +{ + int n = 0; + ch(t); + page(BTN_EDIT, pg); + run_ms(80); + bm_app_ed_pages(&app, t, &n); + long m[16]; + printf(" %-7s", name); + for (int p = 0; p < n && p < 16; p++) { app.ed_page[t] = (uint8_t)p; printf(" %5.0f", draw_us(&m[p])); } + printf(" us/cuadro por pagina de SOUND\n %-7s", ""); + for (int p = 0; p < n && p < 16; p++) printf(" %5ld", m[p]); + printf(" exp/log/sin por cuadro\n"); +} + +static void test_draw_cost(void) +{ + printf("pantalla: costo de dibujar un cuadro entero (PC)\n"); + boot(1); + uint32_t budget = app.scr.budget; + app.scr.budget = 0; /* aquí se mide el cuadro entero */ + btn(BTN_PLAY, 20); + run_ms(300); + draw_one("HOME"); + ch(0); page(BTN_SEQ, PG_SEQ); + draw_one("SEQ TR"); + ch(2); page(BTN_SEQ, PG_SEQ); + draw_one("SEQ T3"); + ch(1); page(BTN_EDIT, PG_PADS); + draw_one("PADS"); + draw_pages(0, PG_INST, "BR-8"); + draw_pages(2, PG_SOUND, "BB-303"); + draw_pages(3, PG_SOUND, "BX-7"); + draw_pages(4, PG_SOUND, "BITTAL"); + draw_pages(5, PG_SOUND, "BUNO-6"); + CHECK(app_set_machine(&app, 2, ENG_MINI) == 0); + run_ms(40); + draw_pages(2, PG_SOUND, "B-MINI"); + /* el caché sigue a los parámetros: otro corte cambia la curva, volver deja el mismo dibujo */ + app.ed_page[2] = 5; /* B-MINI: FILTER */ + app.ov.on = 0; app.toast_until = 0; + app.scr.force = 1; bm_screen_render(&app.scr, bm_app_draw, &app, app.pf.blit, app.pf.user); + static uint16_t ref[240 * 240]; + memcpy(ref, sim.fb, sizeof ref); + uint8_t cut = app.pat.trk[2].macro[0]; + app.pat.trk[2].macro[0] = (uint8_t)(cut > 60 ? cut - 40 : cut + 40); + app.scr.force = 1; bm_screen_render(&app.scr, bm_app_draw, &app, app.pf.blit, app.pf.user); + CHECK(memcmp(ref + 57 * 240, sim.fb + 57 * 240, 78 * 240 * 2) != 0); /* la curva, no solo la perilla */ + app.pat.trk[2].macro[0] = cut; + app.scr.force = 1; bm_screen_render(&app.scr, bm_app_draw, &app, app.pf.blit, app.pf.user); + CHECK(memcmp(ref, sim.fb, sizeof ref) == 0); + app.scr.budget = budget; + btn(BTN_PLAY, 20); + run_ms(2000); + /* entrar a una página: el redibujo entero se reparte en varios ticks y termina igual que de una vez */ + app.ov.on = 0; app.toast_until = 0; + memset(sim.fb, 0, sizeof sim.fb); + app.scr.force = 1; sim.spi_bytes = 0; + bm_app_tick(&app, now_ms); + CHECK(sim.spi_bytes <= BM_SCR_BUDGET && app.scr.pending); + int n = 1; + while (app.scr.pending && n < 10) { bm_app_tick(&app, now_ms); n++; } + printf(" redibujo entero: %d ticks de hasta %u B\n", n, (unsigned)BM_SCR_BUDGET); + CHECK(!app.scr.pending && n == 3); + memcpy(ref, sim.fb, sizeof ref); + app.scr.budget = 0; app.scr.force = 1; + bm_app_tick(&app, now_ms); + CHECK(memcmp(ref, sim.fb, sizeof ref) == 0); + app.scr.budget = budget; + /* 25 cuadros por segundo: un tick cada 10 ms dibuja uno de cada cuatro */ + uint32_t f0 = app.scr.frames; + for (int i = 0; i < 100; i++) { now_ms += 10; bm_app_tick(&app, now_ms); } + CHECK(app.scr.frames - f0 == 25); +} + static void test_spi_budget(void) { printf("pantalla: bytes por frame en SEQ sonando\n"); @@ -2541,6 +2667,7 @@ int main(int argc, char **argv) test_fm(); test_demo_and_persist(); test_old_version(); + test_draw_cost(); test_spi_budget(); test_ui_flow(); test_lang(); From 57430a0d700ef151e2d963110895e6b679ef3089 Mon Sep 17 00:00:00 2001 From: Erbubar23 <79039471+Erbubar23@users.noreply.github.com> Date: Sun, 18 Oct 2026 13:15:07 -0600 Subject: [PATCH 03/11] Console: always show how each boot ended Co-Authored-By: Claude Opus 5.5 Claude-Session: https://claude.ai/code/session_011g3zqK3H16YK6pc9sXMVLS --- tools/fm1/consola.py | 2 +- 1 file changed, 1 insertion(+), 1 deletion(-) diff --git a/tools/fm1/consola.py b/tools/fm1/consola.py index c689e3f..7fba108 100644 --- a/tools/fm1/consola.py +++ b/tools/fm1/consola.py @@ -97,7 +97,7 @@ def mostrar(v): x = v['past%d' % k] if x >> 24: e, fin, ok = x & 0xFF, (x >> 8) & 0xFF, (x >> 16) & 0xFF - print(' arranque -%d: llegó a %s, %s' % (k, ETAPA[min(e, 8)], 'bien' if ok else 'terminó: ' + FIN.get(fin, '?'))) + print(' arranque -%d: llegó a %s, %s, terminó: %s' % (k, ETAPA[min(e, 8)], 'bien' if ok else 'sin marca de bien', FIN.get(fin, '?'))) def main(): From 288b36c999ad288251f647ae3d2cd1be040d1bb7 Mon Sep 17 00:00:00 2001 From: Erbubar23 <79039471+Erbubar23@users.noreply.github.com> Date: Sun, 18 Oct 2026 13:21:57 -0600 Subject: [PATCH 04/11] FM-1 stability: stock power rails, exact reset log, core 1 safety, fewer hand-offs - Power: board_init replays the stock V15 analog setup with the SDK's p33.h helpers (LDO13 on, DCDC13 on, LDO13 off; VDDIOM 3.2 V, VDC14 1.60 V, VDDIOW 3.2 V; SYSVDD 1.38 V last), one level at a time, IRQs off, 360 MHz kept. Hardware watchdog stated explicitly (WDT_4S, already armed by setup_arch). - Boot record "BM-BOOT-3" (32 bytes): raw P3_RST_SRC, RST_SRC, R3_WKUP_SRC, P3_PMU_CON1, P3_VLVD_CON, per-boot flags and the previous run's breadcrumb. Reset causes split: POWER ON, VDDIO LOW (brownout), LONG PRESS, WDT, soft. - RAM breadcrumb at 0x01C7FDF8 (magic + CRC-8): main-loop step, lowest SYSVDD/VDC14/VBAT and uptime; rails sampled from the SDK ADC channels. - Core 1: wait limit counted in calibrated turns (not the scan clock), cancel word so a late job never runs twice, no 50 ms spin; on a failure its tracks stay silent until it is idle and core 1 is retired until power-off (kept in the boot record across resets). A TWO CORES boot that did not reach 5 s turns TWO CORES off at the next boot. - Render: engines compute 128-frame chunks (2 hand-offs per half buffer instead of 4, plus one per sequencer step), the mix still runs per 64-frame block in the same order; one-core output is sample-identical to 0.8.0. No core-1 session by default: core 1 leaves after each job. - Live kicks trigger the sidechain duck (the render reset it after commands). - Brake aims at ~65 % with TWO CORES and steps down when the UI is starved. - Late blocks no longer silence both halves or sleep; audio task priority 30. - Console: reset sources, rails, power registers, breadcrumb, UI loop, core 1. Co-Authored-By: Claude Opus 5.5 Claude-Session: https://claude.ai/code/session_011g3zqK3H16YK6pc9sXMVLS --- core/bm_audio.c | 108 ++++++++++++++++------- core/bm_audio.h | 28 ++++-- hal/fm1/fm1_audio.c | 31 +++++-- hal/fm1/fm1_boot.c | 130 +++++++++++++++++++++++++--- hal/fm1/fm1_consola.c | 15 +++- hal/fm1/fm1_cpu1.c | 98 ++++++++++++++++----- hal/fm1/fm1_hw.h | 37 +++++++- hal/fm1/fm1_main.c | 197 ++++++++++++++++++++++++++++++++++++++---- hal/fm1/fm1_power.c | 72 +++++++++++++++ hal/fm1/sdk/Makefile | 2 +- hal/fm1/sdk/board.c | 9 +- tests/test_core.c | 57 +++++++++++- tests/test_longrun.c | 2 +- tools/fm1/consola.py | 57 ++++++++++-- 14 files changed, 732 insertions(+), 111 deletions(-) create mode 100644 hal/fm1/fm1_power.c diff --git a/core/bm_audio.c b/core/bm_audio.c index 4876290..dba681a 100644 --- a/core/bm_audio.c +++ b/core/bm_audio.c @@ -34,6 +34,7 @@ void bm_audio_init(bm_ctx *c, bm_pattern *pat, bm_song *song, bm_cmdq *q, bm_aud memset(c, 0, sizeof *c); c->pat = pat; c->song = song; c->cmdq = q; c->mem = mem; + for (int t = 0; t < BM_TRACKS; t++) c->tbuf[t] = c->pbuf[t]; memset(mem, 0, sizeof *mem); c->smp_base_inc = (uint32_t)(((uint64_t)BM_SMP_RATE << 16) / BM_FS); bm_fm_init((float)BM_FS); @@ -384,24 +385,44 @@ void bm_audio_relief(bm_ctx *c) /* 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) */ +/* el canal t calcula [done, done + n) del chunk; 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); + bool r = c->eng[t].vt->process(&c->eng[t], &c->pbuf[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; } +/* The tracks of mask over [a, b) of the chunk, in pieces that never cross a BM_BLOCK edge and + * piece by piece (all the tracks of a piece, then the next piece): every engine gets exactly the + * calls it got with one core and one job per 64-frame block. tsb[k] |= the tracks that sounded in + * mix block k. prof: this is the audio core (the profile is not shared with the other one). */ +static void run_tracks(bm_ctx *c, uint8_t mask, uint32_t a, uint32_t b, int mide, uint8_t *tsb, int prof) +{ + BM_PROF_T0(); + (void)prof; + while (a < b) { + uint32_t k = a / BM_BLOCK, e = (k + 1u) * BM_BLOCK; + if (e > b) e = b; + for (int t = 0; t < BM_TRACKS; t++) { + if (!((mask >> t) & 1u)) continue; + if (track_process(c, t, a, e - a, mide)) tsb[k] |= (uint8_t)(1u << t); +#ifdef BM_PROF + if (prof) BM_PROF_LAP(BM_P_T0 + t); +#endif + } + a = e; + } +} + 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) && track_process(c, t, done, n, mide)) act |= (uint8_t)(1u << t); - c->par_tact = act; + uint8_t tsb[BM_CHUNK / BM_BLOCK] = {0}; + run_tracks(c, c->par_mask, done, done + n, midiendo(c), tsb, 0); + for (unsigned k = 0; k < BM_CHUNK / BM_BLOCK; k++) c->par_tsb[k] = tsb[k]; } uint8_t bm_audio_par_pick(const uint32_t cost[BM_TRACKS], uint32_t over, uint8_t cur) @@ -433,6 +454,29 @@ static void par_balance(bm_ctx *c) c->over_acc = 0; } +/* Mix every block of the chunk that ends at or before `upto` and is not mixed yet (`*mixed` + * blocks are). A sequencer step at frame p of the chunk runs after the blocks that end at or + * before p are mixed and before the rest: the same order as when each 64-frame block was + * computed and mixed in turn (a step on a block edge runs after the mix of the block before). */ +static void mix_upto(bm_ctx *c, int32_t *out, const uint8_t *tsb, uint32_t *mixed, uint32_t upto, uint32_t len, int mide) +{ + BM_PROF_T0(); + for (;;) { + uint32_t s0 = *mixed * BM_BLOCK, n = len - s0; + if (s0 >= len) return; + if (n > BM_BLOCK) n = BM_BLOCK; + if (s0 + n > upto) return; + c->tact = tsb[*mixed]; + for (int t = 0; t < BM_TRACKS; t++) c->tbuf[t] = &c->pbuf[t][s0]; + uint32_t m0 = mide ? c->now() : 0; + bm_dsp_mix(c, out + s0 * 2u * BM_OVERSAMPLE, n); + if (mide) c->over_acc += span(m0, c->now()); + BM_PROF_LAP(BM_P_MIX); + c->sc_trig_at = -1; /* the next block starts without a kick */ + (*mixed)++; + } +} + void bm_audio_render(bm_ctx *c, int32_t *out, uint32_t out_frames) { bm_cmd k; @@ -443,6 +487,9 @@ void bm_audio_render(bm_ctx *c, int32_t *out, uint32_t out_frames) int mide = midiendo(c); uint32_t o0 = mide ? c->now() : 0; BM_PROF_T0(); + /* live notes (and strums) start at frame 0 of the first block: a kick played from the keys + * triggers the sidechain duck like a sequenced one (before, the block reset it afterwards) */ + c->blk_off = 0; while (guard++ < BM_CMDQ_LEN && bm_cmd_pop(c->cmdq, &k)) apply(c, &k); BM_PROF_LAP(BM_P_CMD); @@ -451,17 +498,19 @@ void bm_audio_render(bm_ctx *c, int32_t *out, uint32_t out_frames) 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 */ - c->tact = 0; - c->sc_trig_at = -1; - uint32_t done = 0; - while (done < n) { + uint32_t len = n_eng < BM_CHUNK ? n_eng : BM_CHUNK; + for (int t = 0; t < BM_TRACKS; t++) /* only the rows the engines wrote */ + if ((c->pdirty | c->par_quar) & (1u << t)) memset(c->pbuf[t], 0, sizeof c->pbuf[t]); + c->pdirty = c->par_quar; /* a row the other core may still write: clear it again */ + uint8_t tsb[BM_CHUNK / BM_BLOCK] = {0}; + uint32_t done = 0, mixed = 0; /* sc_trig_at: -1 after each mix (mix_upto) and at init */ + while (done < len) { bool can_tick = !c->ext_clock || c->ext_budget > 0; if (can_tick && c->acc_q16 >= c->spt_q16) { + mix_upto(c, out, tsb, &mixed, done, len, mide); c->acc_q16 -= c->spt_q16; if (c->ext_clock) c->ext_budget--; - c->blk_off = (uint16_t)done; + c->blk_off = (uint16_t)(done % BM_BLOCK); BM_PROF_RESTART(); uint32_t s0 = mide ? c->now() : 0; bm_seq_tick(c); @@ -469,23 +518,25 @@ void bm_audio_render(bm_ctx *c, int32_t *out, uint32_t out_frames) BM_PROF_LAP(BM_P_SEQ); continue; } - uint32_t k2 = n - done; + uint32_t k2 = len - done; if (can_tick) { uint32_t until = (c->spt_q16 - c->acc_q16 + 65535u) >> 16; if (until < 1) until = 1; if (until < k2) k2 = until; } - BM_PROF_RESTART(); int par = c->par_on && c->par_mask && c->par_go && c->par_wait; + uint8_t mine = (uint8_t)((par ? ~c->par_mask : 0x3Fu) & ~c->par_quar & 0x3Fu); 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 (track_process(c, t, done, k2, mide)) c->tact |= (uint8_t)(1u << t); - BM_PROF_LAP(BM_P_T0 + t); - } + run_tracks(c, mine, done, done + k2, mide, tsb, 1); if (par) { - c->par_wait(c->par_user); - c->tact |= c->par_tact; + if (c->par_wait(c->par_user) == 0) { + for (unsigned b = 0; b < BM_CHUNK / BM_BLOCK; b++) tsb[b] |= c->par_tsb[b]; + } else { + /* the other core did not answer: its tracks stay out (silent) until the + * platform sees it idle; no waiting here */ + c->par_quar |= c->par_mask; + c->par_on = 0; + } if (c->par_defer) { /* voces que cambiaron de núcleo */ c->par_defer = 0; for (int i = 0; i < BM_VOICES; i++) { @@ -502,13 +553,10 @@ void bm_audio_render(bm_ctx *c, int32_t *out, uint32_t out_frames) c->sample_clock += k2; 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; + for (unsigned b = 0; b < BM_CHUNK / BM_BLOCK; b++) c->pdirty |= tsb[b]; + mix_upto(c, out, tsb, &mixed, len, len, mide); + out += len * 2u * BM_OVERSAMPLE; + n_eng -= len; } if (mide) par_balance(c); } diff --git a/core/bm_audio.h b/core/bm_audio.h index c655262..a2eb866 100644 --- a/core/bm_audio.h +++ b/core/bm_audio.h @@ -15,6 +15,14 @@ #include "bm_types.h" #include "bm_pattern.h" +/* frames the engines compute per job (a multiple of BM_BLOCK). The FM-1 renders 256 per half + * buffer: with TWO CORES that is 2 hand-offs per half buffer (plus one per sequencer step), down + * from 4. 4 * BM_BLOCK (one hand-off) costs 3 KiB more of RAM, which the FM-1 does not have to + * spare (the SDK heap must stay at 120 KiB or more). Any multiple gives the same samples. */ +#ifndef BM_CHUNK +#define BM_CHUNK (2u * BM_BLOCK) +#endif + /* ------------------------------------------------------------ comandos */ typedef enum { CMD_NONE, @@ -255,9 +263,15 @@ typedef struct bm_ctx { struct { uint8_t t, s, k, fill; uint8_t wait; } dq[16]; /* notas corridas en el tiempo (micro) */ uint8_t dq_n; - /* mezcla y FX (bus en coma flotante, 1.0 = 32768 de los motores) */ - int32_t tbuf[BM_TRACKS][BM_BLOCK]; + /* mezcla y FX (bus en coma flotante, 1.0 = 32768 de los motores) + * 0.8.1: the engines write a whole chunk (up to BM_CHUNK frames, BM_CHUNK / BM_BLOCK mix + * blocks) into pbuf, so the other core gets one job per chunk instead of one per 64-frame + * block. tbuf[t] points at the BM_BLOCK frames of pbuf[t] being mixed (bm_dsp_mix reads it, + * and may filter it in place). */ + int32_t pbuf[BM_TRACKS][BM_CHUNK]; + int32_t *tbuf[BM_TRACKS]; uint8_t tact; /* canales que sonaron en el bloque (bit t) */ + uint8_t pdirty; /* rows of pbuf with engine output since they were last cleared */ float sc_env; int16_t sc_trig_at; uint16_t blk_off; @@ -296,12 +310,16 @@ typedef struct bm_ctx { uint8_t pchain[8], pchain_n, pchain_pos; /* 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. */ + * le entrega el tramo [done, done + n) del chunk y par_wait espera a que termine: 0 = done. + * Anything else means the other core did not answer (or misread the job): its tracks are + * left out of the mix (par_quar) until the platform sees that core idle again and clears + * par_quar; meanwhile they are not computed anywhere, so nobody touches their voices twice. */ void (*par_go)(void *u, uint32_t done, uint32_t n); - void (*par_wait)(void *u); + int (*par_wait)(void *u); void *par_user; uint8_t par_mask; - volatile uint8_t par_on, par_tact, par_defer; + volatile uint8_t par_on, par_defer, par_quar; + volatile uint8_t par_tsb[BM_CHUNK / BM_BLOCK]; /* tracks of par_mask that sounded, per mix block */ /* 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. diff --git a/hal/fm1/fm1_audio.c b/hal/fm1/fm1_audio.c index ae64887..dd696a5 100644 --- a/hal/fm1/fm1_audio.c +++ b/hal/fm1/fm1_audio.c @@ -16,9 +16,13 @@ * Los registros y la interrupción salen de los encabezados del SDK AC79 (Apache-2.0). * * La interrupción solo anota qué mitad quedó libre y despierta a la tarea "audio" (prioridad - * alta), que calcula el bloque del núcleo. Si un bloque tarda más que lo que dura una mitad, - * la tarea lo cuenta como tarde, deja silencio y cede un tick: así el resto del sistema nunca - * se queda sin tiempo (ni el perro guardián reinicia el chip) aunque el audio no alcance. */ + * 30, above the SDK's sys_event at 29: the highest one FreeRTOS allows here, the one the SDK's own + * audio_decoder uses), que calcula el bloque del núcleo. A block that took longer than a half + * (late): the half that is playing is not touched and nobody sleeps; the next free half is + * computed right away (0.8.1: before, both halves went silent and the task slept a 10 ms tick, so + * each late block was an audible gap). Only after LATE_SEGUIDOS late blocks in a row (the audio + * cannot keep up at all) does the task leave the free half silent and give up one tick, so the + * rest of the system (and the watchdog) still get time. */ #include #include "app_config.h" #include "system/includes.h" @@ -57,8 +61,12 @@ static ___interrupt void alnk0_isr(void) os_sem_post(&sem); } +#define LATE_SEGUIDOS 8u /* ~46 ms without keeping up */ +#define AUDIO_PRIO 30 /* configMAX_PRIORITIES - 1 */ + static void audio_task(void *p) { + uint32_t seguidos = 0; (void)p; for (;;) { if (mudo) { /* sin salida: el núcleo corre igual, callado */ @@ -88,9 +96,16 @@ static void audio_task(void *p) fm1_stat[FM1_STAT_AUDIO_CPU] = current_cpu_id(); if (seq != s) { /* se liberó otra mitad mientras calculaba */ late++; - os_sem_set(&sem, 0); - memset(buf, 0, half_words * 2u * 4u); - os_time_dly(1); + if (seq - s > 1u) /* more than one behind: only the next one counts */ + os_sem_set(&sem, 1); + if (++seguidos >= LATE_SEGUIDOS) { + seguidos = 0; + os_sem_set(&sem, 0); + memset(buf + (uint32_t)libre * half_words, 0, half_words * 4u); /* the free half only */ + os_time_dly(1); + } + } else { + seguidos = 0; } } } @@ -129,7 +144,7 @@ void fm1_audio_start(int32_t *dma, uint32_t frames_per_half, fm1_audio_render cb JL_ALNK0->CON2 = 0x0Fu; /* avisos viejos fuera */ if (!tarea) { os_sem_create(&sem, 0); - os_task_create(audio_task, NULL, 25, 4096, 0, "audio"); + os_task_create(audio_task, NULL, AUDIO_PRIO, 4096, 0, "audio"); tarea = 1; } request_irq(IRQ_ALNK_IDX, 1, alnk0_isr, 0); @@ -147,7 +162,7 @@ void fm1_audio_start_mute(int32_t *dma, uint32_t frames_per_half, fm1_audio_rend en_marcha = 1; if (!tarea) { os_sem_create(&sem, 0); - os_task_create(audio_task, NULL, 25, 4096, 0, "audio"); + os_task_create(audio_task, NULL, AUDIO_PRIO, 4096, 0, "audio"); tarea = 1; } } diff --git a/hal/fm1/fm1_boot.c b/hal/fm1/fm1_boot.c index c36d7e6..f836026 100644 --- a/hal/fm1/fm1_boot.c +++ b/hal/fm1/fm1_boot.c @@ -3,11 +3,16 @@ /* Arranques fallidos, modo seguro, registro de hasta dónde llegó cada arranque y salida al modo * de actualización del chip. * - * Cada arranque usa 8 bytes del sector FM1_BOOT_SEC: + * Cada arranque usa 32 bytes del sector FM1_BOOT_SEC ("BM-BOOT-3"; 0.8.1, antes 8): * [0] empezó (0x00) [1] anduvo bien (0x00, a los 10 s) * [2] etapas: cada etapa alcanzada pone en 0 un bit más (0xFF -> 0xFE -> 0xFC ...) * [3] por qué se reinició el chip antes de este arranque (FM1_RST_*) - * Programar bits de 1 a 0 no necesita borrar: el sector se borra una vez cada 510 arranques. + * [4..7] lo que anotó el perro guardián del arranque anterior + * [8..12] the raw reset sources: P3_RST_SRC, JL_SYSTEM->RST_SRC, R3_WKUP_SRC, P3_PMU_CON1 (after + * the SDK set its bit 6) and P3_VLVD_CON (bit 7: low-voltage detect pending) + * [13] FM1_BF_* that happened in this boot, inverted (a bit goes to 0 when it happens) + * [16..23] the RAM breadcrumb the previous run left (fm1_rastro), 0xFF if there was none + * Programar bits de 1 a 0 no necesita borrar: el sector se borra una vez cada 127 arranques. * Los arranques seguidos sin "anduvo bien" son arranques fallidos: * 2 seguidos -> modo seguro (sin sonido, USB activo: se puede reinstalar desde el instalador) * 4 seguidos -> modo de actualización del chip (USB 4C4A:8057, se rescata desde la computadora) @@ -20,8 +25,8 @@ #include #include "fm1_hw.h" -#define HDR 16u /* "BM-BOOT-2" al principio del sector */ -#define REC 8u +#define HDR 16u /* "BM-BOOT-3" al principio del sector */ +#define REC 32u #define SLOTS ((0x1000u - HDR) / REC) #define FAILS_SAFE 2u #define FAILS_UBOOT 4u @@ -31,7 +36,8 @@ static uint8_t etapas = 0xFFu; uint32_t fm1_boot_fails(void) { return fails; } -static const char MAGIC[HDR] = "BM-BOOT-2"; +static const char MAGIC[HDR] = "BM-BOOT-3"; +static uint8_t raw[5], c1_retirado; static uint8_t rd(uint32_t off) { @@ -69,30 +75,103 @@ void fm1_enter_uboot(void) cpu_reset(); } +/* The SDK folds power-on, VDDIO low (brownout) and long press together; here each one is apart + * (the brownout first: it is the one that matters). The raw bytes go in the record as well. */ static uint8_t motivo(void) { int r = system_reset_reason_get(); if (r & SYS_RST_WDT) return FM1_RST_WDT; if (r & SYS_RST_SOFT) return FM1_RST_SOFT; - if (r & (SYS_RST_VDDIO_PWR_ON | SYS_RST_VDDIO_LOW_PWR | SYS_RST_LONG_PRESS)) return FM1_RST_POWER; + if (r & SYS_RST_VDDIO_LOW_PWR) return FM1_RST_LOWV; + if (r & SYS_RST_LONG_PRESS) return FM1_RST_LONG; + if (r & SYS_RST_VDDIO_PWR_ON) return FM1_RST_POWER; return FM1_RST_OTHER; } +/* ------------------------------------------------------------------ breadcrumb in RAM */ +/* The 8 bytes at 0x01C7FDF8 (the end of the SDK's update block) survive a reset that does not cut + * the RAM; the watchdog (0xB0BA, fm1_scanhw.c) and the fault handler (0xB0BB, sdk/wl82_debug.c) + * use them too and always win: they write over the breadcrumb. + * [0] 0xBC [1] CRC-8 of [2..7] [2..3] the main loop's step (fm1_miga) + * [4] lowest SYSVDD, (mV - 1000) / 4 [5] lowest VDC14, (mV - 1000) / 4 + * [6] lowest VBAT, (mV - 2000) / 16 [7] uptime: seconds up to 127, then 128 + s / 30 + * (0xFF in [4..6]: not measured yet) */ +#define RASTRO_ADR 0x01C7FDF8u +#define RASTRO_MAG 0xBCu + +static uint8_t crc8(const volatile uint8_t *p, int n) +{ + uint8_t c = 0x5Au; + while (n--) { + c ^= *p++; + for (int k = 0; k < 8; k++) + c = (uint8_t)(c & 0x80u ? (c << 1) ^ 0x07u : c << 1); + } + return c; +} + +static uint8_t sat8(int32_t v) { return (uint8_t)(v < 0 ? 0 : v > 254 ? 254 : v); } + +void fm1_rastro(const char miga[2], uint16_t sysvdd_mv, uint16_t vdc14_mv, uint16_t vbat_mv, uint32_t ms) +{ + volatile uint8_t *m = (volatile uint8_t *)RASTRO_ADR; + uint8_t b[6]; + uint32_t sec = ms / 1000u; + if ((m[0] == 0xBAu || m[0] == 0xBBu) && m[1] == 0xB0u) /* a watchdog or fault record: it stays */ + return; + b[0] = (uint8_t)miga[0]; b[1] = (uint8_t)miga[1]; + b[2] = sysvdd_mv ? sat8(((int32_t)sysvdd_mv - 1000) / 4) : 0xFF; + b[3] = vdc14_mv ? sat8(((int32_t)vdc14_mv - 1000) / 4) : 0xFF; + b[4] = vbat_mv ? sat8(((int32_t)vbat_mv - 2000) / 16) : 0xFF; + b[5] = sec < 128u ? (uint8_t)sec : sat8(128 + (int32_t)(sec / 30u)); + m[0] = 0; /* invalid while it changes */ + for (int i = 0; i < 6; i++) + m[2 + i] = b[i]; + m[1] = crc8(b, 6); + m[0] = RASTRO_MAG; +} + +static uint8_t rastro_prev[8], rastro_ok; + +int fm1_rastro_previo(uint8_t out[8]) +{ + for (int i = 0; i < 8; i++) + out[i] = rastro_prev[i]; + return rastro_ok; +} + +static void rastro_leer(void) +{ + volatile uint8_t *m = (volatile uint8_t *)RASTRO_ADR; + if (m[0] != RASTRO_MAG || m[1] != crc8(m + 2, 6)) + return; + for (int i = 0; i < 8; i++) + rastro_prev[i] = m[i]; + rastro_ok = 1; + m[0] = 0; +} + int fm1_boot_begin(int keys_safe) { uint32_t i, k; uint8_t blk[64]; + rastro_leer(); /* before anything writes those 8 bytes */ + raw[0] = p33_rx_1byte(P3_RST_SRC); + raw[1] = (uint8_t)JL_SYSTEM->RST_SRC; + raw[2] = p33_rx_1byte(R3_WKUP_SRC); + raw[3] = p33_rx_1byte(P3_PMU_CON1); + raw[4] = p33_rx_1byte(P3_VLVD_CON); fm1_flash_init(); fm1_flash_read(FM1_BOOT_SEC, blk, HDR); if (memcmp(blk, MAGIC, HDR)) nuevo(); /* primer registro libre */ slot = SLOTS; - for (i = 0; i < SLOTS; i += 8u) { + for (i = 0; i < SLOTS; i += 2u) { fm1_flash_read(FM1_BOOT_SEC + HDR + i * REC, blk, 64); - for (k = 0; k < 8u && i + k < SLOTS && blk[k * REC] != 0xFFu; k++) + for (k = 0; k < 2u && i + k < SLOTS && blk[k * REC] != 0xFFu; k++) ; - if (k < 8u && i + k < SLOTS) { + if (k < 2u && i + k < SLOTS) { slot = i + k; break; } @@ -101,10 +180,20 @@ int fm1_boot_begin(int keys_safe) fails = 0; for (i = slot; i > 0 && fails < 8u && rd((i - 1u) * REC + 1u) == 0xFFu; i--) fails++; + uint8_t mot = motivo(); + /* core 1 stays retired across resets until the FM-1 is powered on from off */ + c1_retirado = slot > 0 && slot <= SLOTS && !(rd((slot - 1u) * REC + 13u) & FM1_BF_C1_RETIRED) && mot != FM1_RST_POWER; if (slot >= SLOTS) /* lleno: empezar de nuevo */ nuevo(); wr(slot * REC, 0); - wr(slot * REC + 3u, motivo()); + wr(slot * REC + 3u, mot); + fm1_flash_prog(FM1_BOOT_SEC + HDR + slot * REC + 8u, raw, 5); + if (rastro_ok) { + fm1_flash_prog(FM1_BOOT_SEC + HDR + slot * REC + 16u, rastro_prev, 8); + fm1_boot_flag(FM1_BF_RASTRO); + } + if (c1_retirado) + fm1_boot_flag(FM1_BF_C1_RETIRED); if (fails >= FAILS_UBOOT) fm1_enter_uboot(); return (keys_safe || fails >= FAILS_SAFE) ? FM1_BOOT_SAFE : FM1_BOOT_NORMAL; @@ -116,6 +205,27 @@ void fm1_boot_ok(void) wr(slot * REC + 1u, 0); } +void fm1_boot_flag(uint8_t f) +{ + uint8_t v; + if (slot >= SLOTS) + return; + v = rd(slot * REC + 13u); + if (v & f) + wr(slot * REC + 13u, (uint8_t)(v & ~f)); +} + +int fm1_boot_c1_retired(void) { return c1_retirado; } + +int fm1_boot_raw(int k, uint8_t rst[5], uint8_t *flags) +{ + if (slot >= SLOTS || k < 0 || (uint32_t)k > slot) + return 0; + fm1_flash_read(FM1_BOOT_SEC + HDR + (slot - (uint32_t)k) * REC + 8u, rst, 5); + *flags = (uint8_t)~rd((slot - (uint32_t)k) * REC + 13u); + return 1; +} + void fm1_boot_note(const char c[4]) { if (slot >= SLOTS) diff --git a/hal/fm1/fm1_consola.c b/hal/fm1/fm1_consola.c index 75b6499..e517662 100644 --- a/hal/fm1/fm1_consola.c +++ b/hal/fm1/fm1_consola.c @@ -78,10 +78,16 @@ void fm1_consola(const uint8_t *m, uint32_t n) fm1_stat[FM1_STAT_SCAN] = fm1_scan_ticks(); fm1_stat[FM1_STAT_USB] = (uint32_t)fm1_midi_ready() | (uint32_t)fm1_midi_on() << 1; fm1_stat[FM1_STAT_FAILS] = fm1_boot_fails(); - for (int k = 1; k <= 4; k++) { - uint8_t e = 0, fin = 0, ok = 0; - fm1_stat[FM1_STAT_PAST1 + k - 1] = fm1_boot_past(k, &e, &fin, &ok) ? - (uint32_t)e | (uint32_t)fin << 8 | (uint32_t)ok << 16 | 1u << 24 : 0; + for (int k = 1; k <= 4; k++) { /* 0.8.1: etapa | ok << 4 | 0x80, fin, raw P3_RST_SRC that ended it, FM1_BF_* */ + uint8_t e = 0, fin = 0, ok = 0, rst[5] = {0}, fl = 0, sig[5] = {0}, f2 = 0; + if (fm1_boot_past(k, &e, &fin, &ok)) { + fm1_boot_raw(k, rst, &fl); + fm1_boot_raw(k - 1, sig, &f2); /* the reset that ended boot k is written by boot k - 1 */ + fm1_stat[FM1_STAT_PAST1 + k - 1] = (uint32_t)(e & 15u) | (uint32_t)(ok ? 16u : 0u) | 0x80u | + (uint32_t)fin << 8 | (uint32_t)sig[0] << 16 | (uint32_t)fl << 24; + } else { + fm1_stat[FM1_STAT_PAST1 + k - 1] = 0; + } } for (int i = 0; i < FM1_STAT_N; i++) { /* bytes en orden little-endian */ uint32_t v = fm1_stat[i]; @@ -183,6 +189,7 @@ void fm1_consola(const uint8_t *m, uint32_t n) case 0x04: fm1_stat[FM1_STAT_RENDER_MAX] = 0; fm1_stat[FM1_STAT_UI_MAX] = 0; + fm1_stat[FM1_STAT_LOOP_US_MAX] = 0; fm1_stat[FM1_STAT_SCANISR_MAX] = 0; responder(0x04, NULL, 0, NULL, 0); break; diff --git a/hal/fm1/fm1_cpu1.c b/hal/fm1/fm1_cpu1.c index 4ce2fae..8a66bc4 100644 --- a/hal/fm1/fm1_cpu1.c +++ b/hal/fm1/fm1_cpu1.c @@ -50,11 +50,13 @@ typedef struct { volatile uint32_t check; 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 cancel; /* núcleo 0: this job must not run any more (it gave up on it) */ + uint32_t pad0[9]; volatile uint32_t done, cpu, bad; /* núcleo 1: el último trabajo terminado */ 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]; + volatile uint32_t corriendo; /* núcleo 1: the job it is inside of (0 = none) */ + uint32_t pad1[9]; } c1_mb_t; static c1_mb_t mb __attribute__((aligned(64))); static volatile uint8_t modo; /* FM1_C1_* */ @@ -68,10 +70,17 @@ SEC_USED(.volatile_ram_code) static void c1_uno(void) uint32_t job = mb.job; if (job == mb.done) /* nada nuevo (una interrupción repetida) */ return; + /* First say which job this core is entering, then look at the cancel word: core 0 writes + * cancel and then reads corriendo, so either this core sees the cancel and leaves, or core 0 + * sees it inside and waits (fm1_cpu1_idle). Never both on the same tracks. */ + mb.corriendo = job; + C1_SYNC(); void (*fn)(uint32_t) = mb.fn; uint32_t arg = mb.arg; - if (mb.check != C1_CHECK(fn, arg, job)) { /* leyó mal el buzón: el núcleo 0 lo deja */ - mb.bad++; + if (mb.cancel == job || mb.check != C1_CHECK(fn, arg, job)) { /* abandoned, or misread: core 0 handles it */ + if (mb.cancel != job) + mb.bad++; + mb.corriendo = 0; C1_SYNC(); return; } @@ -85,6 +94,7 @@ SEC_USED(.volatile_ram_code) static void c1_uno(void) mb.mismo++; C1_SYNC(); mb.done = job; + mb.corriendo = 0; C1_SYNC(); } @@ -135,6 +145,8 @@ int fm1_cpu1_run(void (*fn)(uint32_t), uint32_t arg) { if (modo != FM1_C1_LISTO && modo != FM1_C1_PRUEBA) return 0; + if (!fm1_cpu1_idle()) /* the last job (an abandoned one) is still running there */ + 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). */ @@ -152,23 +164,60 @@ int fm1_cpu1_run(void (*fn)(uint32_t), uint32_t arg) return 1; } +/* Core 1 is retired until power-off: no more jobs; the one it may be running is cancelled. The + * caller does not touch that job's tracks until fm1_cpu1_idle() (no waiting here). fm1_main.c + * writes it in the boot record, and the next boots keep core 1 retired unless the FM-1 was + * powered on from off (fm1_boot_c1_retired). */ static void dejar(uint8_t por, const char *msg) { modo = por; + mb.cancel = mb.job; + C1_SYNC(); + C1_ILAT_CLR = C1_BIT(0) | C1_BIT(1); fm1_stat[FM1_STAT_PAR_MODO] = por; fm1_log(msg); } +void fm1_cpu1_retirar(void) /* retired by a previous boot: never started */ +{ + modo = FM1_C1_RETIRADO; + fm1_stat[FM1_STAT_PAR_MODO] = FM1_C1_RETIRADO; +} + /* 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) + * está calculando desde la flash y no hay que quitarle el bus. salir = 0: the same loads all the + * way through (to measure how long a turn takes). */ +SEC_USED(.volatile_ram_code) static int c1_listo(uint32_t vueltas, int salir) { + uint32_t x = 0; for (uint32_t v = 0; v < vueltas; v++) { C1_SYNC(); - if (mb.done == mb.job || mb.bad) + x |= (uint32_t)(mb.done == mb.job) | (uint32_t)(mb.bad != 0); + if (x && salir) return 1; } - return 0; + return (int)x; +} + +/* The time limit is counted in turns of c1_listo, not with the scan clock: that clock advances in + * TIMER5 on core 0, and with core 0's interrupts blocked (or the scan paused for the flash) the + * limit never came. Turns per microsecond are measured once (fm1_cpu1_init) with nothing else + * running; under load a turn only gets slower, so the limit only gets longer. */ +static uint32_t vpus = 14u; /* measured on the FM-1 in 0.6.3: ~72 ns per turn */ + +static void medir_vueltas(void) +{ + uint32_t hz = fm1_scan_ticks_hz(); + if (hz < 1000000u || !fm1_scan_ticks()) + return; + uint32_t t0 = fm1_scan_now_ticks(); + c1_listo(20000u, 0); + uint32_t d = fm1_scan_now_ticks() - t0, us = d / (hz / 1000000u); + if (us && d < hz) { + uint32_t v = 20000u / us; + vpus = v < 4u ? 4u : v > 200u ? 200u : v; + } + fm1_stat[FM1_STAT_C1] = (fm1_stat[FM1_STAT_C1] & 0xFFFFu) | vpus << 16; } /* 0 = terminó; -1 = no contestó en `us` o leyó mal: desde ahora un núcleo (si el trabajo sigue @@ -176,36 +225,38 @@ SEC_USED(.volatile_ram_code) static int c1_listo(uint32_t vueltas) 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); + uint32_t lim = us * vpus; + for (uint32_t v = 0; v < lim; v += 512u) { + if (!c1_listo(512u, 1)) + continue; C1_SYNC(); if (mb.done == mb.job) { uint32_t d = fm1_scan_now_ticks() - t0; /* 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)) { + if (d > espera_max && hz >= 1000000u && d < hz) { espera_max = d; - fm1_stat[FM1_STAT_PAR_ESPERA_MAX] = hz ? d / (hz / 1000000u) : 0; + fm1_stat[FM1_STAT_PAR_ESPERA_MAX] = d / (hz / 1000000u); } return 0; } if (mb.bad) { - if (modo == FM1_C1_LISTO) dejar(FM1_C1_LEYO_MAL, "nucleo 1: leyo mal un trabajo, sigo con uno"); - return -1; - } - 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"); + if (modo == FM1_C1_LISTO) dejar(FM1_C1_LEYO_MAL, "core 1: misread a job, retired until power-off"); + else { mb.cancel = mb.job; C1_SYNC(); } return -1; } } + if (modo == FM1_C1_LISTO) dejar(FM1_C1_TARDE, "core 1: did not answer in time, retired until power-off"); + else { mb.cancel = mb.job; C1_SYNC(); } + return -1; } /* el último trabajo ya terminó (o el núcleo 1 nunca lo tomó) */ -int fm1_cpu1_idle(void) { C1_SYNC(); return mb.done == mb.job; } +int fm1_cpu1_idle(void) +{ + C1_SYNC(); + return mb.done == mb.job || (mb.cancel == mb.job && mb.corriendo != 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; } @@ -228,6 +279,9 @@ int fm1_cpu1_init(void) char l[80], *p; if (modo == FM1_C1_LISTO) return 0; + if (modo == FM1_C1_RETIRADO) + return -1; + medir_vueltas(); request_irq(C1_IDX(0), C1_PRIO, c1_isr, 0); request_irq(C1_IDX(1), C1_PRIO, c1_isr, 1); modo = FM1_C1_PRUEBA; diff --git a/hal/fm1/fm1_hw.h b/hal/fm1/fm1_hw.h index b0873fe..5658b0a 100644 --- a/hal/fm1/fm1_hw.h +++ b/hal/fm1/fm1_hw.h @@ -80,8 +80,25 @@ int fm1_boot_begin(int keys_safe); /* devuelve FM1_BOOT_*; puede no volve void fm1_boot_ok(void); /* llamar cuando el firmware lleva un rato bien */ uint32_t fm1_boot_fails(void); void fm1_boot_stage(int n); /* etapa n (1..8) alcanzada en este arranque */ -enum { FM1_RST_NONE = 0xFF, FM1_RST_POWER = 1, FM1_RST_WDT = 2, FM1_RST_SOFT = 3, FM1_RST_OTHER = 4 }; +/* why the chip restarted before a boot: POWER = powered on from off, LOWV = VDDIO low (brownout), + * LONG = power key long press, WDT = hardware watchdog, SOFT = a software reset */ +enum { FM1_RST_NONE = 0xFF, FM1_RST_POWER = 1, FM1_RST_WDT = 2, FM1_RST_SOFT = 3, FM1_RST_OTHER = 4, + FM1_RST_LOWV = 5, FM1_RST_LONG = 6 }; int fm1_boot_past(int k, uint8_t *etapa, uint8_t *fin, uint8_t *ok); /* k = 1: el arranque anterior */ +/* Raw reset sources of boot k (k = 0: this boot): rst[0] P3_RST_SRC, [1] JL_SYSTEM->RST_SRC, + * [2] R3_WKUP_SRC, [3] P3_PMU_CON1, [4] P3_VLVD_CON; *flags = FM1_BF_* of that boot (set = happened) */ +int fm1_boot_raw(int k, uint8_t rst[5], uint8_t *flags); +enum { FM1_BF_DUAL = 1, FM1_BF_C1_RETIRED = 2, FM1_BF_POWER = 4, FM1_BF_RASTRO = 8 }; +void fm1_boot_flag(uint8_t f); /* FM1_BF_* happened in this boot (written once, in the flash) */ +int fm1_boot_c1_retired(void); /* core 1 was retired and the FM-1 has not been off since */ +/* RAM breadcrumb (the 8 bytes at 0x01C7FDF8, shared with the watchdog and fault records, which win): + * the last step of the main loop, the lowest SYSVDD / VDC14 / VBAT seen and the uptime. It survives + * a reset that does not cut the RAM; fm1_boot_begin reads the one left by the previous run. */ +void fm1_rastro(const char miga[2], uint16_t sysvdd_mv, uint16_t vdc14_mv, uint16_t vbat_mv, uint32_t ms); +int fm1_rastro_previo(uint8_t out[8]); /* the previous run's breadcrumb, 1 if there was a valid one */ +/* power (hal/fm1/sdk/board.c, before anything else runs): the stock V15 analog setup */ +void fm1_power_boot(void); +extern uint8_t fm1_power_regs[2][4]; /* P3_ANA_CON0, 5, 6, 9 before and after */ void fm1_enter_uboot(void); /* modo de actualización del chip (USB 4C4A:8057); no vuelve */ /* ---------------------------------------------------------------- pantalla */ @@ -134,16 +151,32 @@ enum { 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_VOCES, /* voces sonando de T1..T6 (4 bits cada una) y el tope del pool (bits 24-31) */ + /* 0.8.1 (tools/fm1/consola.py estado): */ + FM1_STAT_RST_RAW, /* this boot: P3_RST_SRC | RST_SRC << 8 | R3_WKUP_SRC << 16 | P3_VLVD_CON << 24 */ + FM1_STAT_RST_PMU, /* this boot: P3_PMU_CON1 | previous boot's FM1_BF_* << 8 | this boot's << 16 */ + FM1_STAT_RAIL_MIN, /* lowest SYSVDD mV | lowest VDC14 mV << 16 (since boot) */ + FM1_STAT_RAIL_NOW, /* SYSVDD mV | VDC14 mV << 16 */ + FM1_STAT_VBAT, /* lowest VBAT mV | VBAT mV now << 16 */ + FM1_STAT_BATT_ADC, /* PB1 (battery) ADC: lowest | now << 16 */ + FM1_STAT_PWR0, FM1_STAT_PWR1, /* P3_ANA_CON0 | CON5 << 8 | CON6 << 16 | CON9 << 24, before and after the power setup */ + FM1_STAT_RASTRO0, FM1_STAT_RASTRO1, /* the previous run's breadcrumb (8 bytes), 0 if none */ + FM1_STAT_LOOP_US, FM1_STAT_LOOP_US_MAX, /* main loop period (the UI loop), last and longest */ + FM1_STAT_C1, /* bit 0 retired now, bit 1 retired by an earlier boot, bit 2 TWO CORES off after a + * boot that did not reach 5 s, bit 3 tracks waiting for core 1 (par_quar); + * bits 16-31 wait turns per microsecond */ + FM1_STAT_FRENO_UI, /* brake steps because the UI loop was slower than 60 ms */ + FM1_STAT_NAN_FIX, /* NaN resets in the mix (bm_status.nan_fix) */ FM1_STAT_N }; /* ---------------------------------------------------------------- núcleo 1 (fm1_cpu1.c) */ -enum { FM1_C1_SIN_PROBAR, FM1_C1_PRUEBA, FM1_C1_LISTO, FM1_C1_NO, FM1_C1_TARDE, FM1_C1_LEYO_MAL }; +enum { FM1_C1_SIN_PROBAR, FM1_C1_PRUEBA, FM1_C1_LISTO, FM1_C1_NO, FM1_C1_TARDE, FM1_C1_LEYO_MAL, FM1_C1_RETIRADO }; int fm1_cpu1_init(void); /* registra la interrupción y prueba que conteste */ int fm1_cpu1_run(void (*fn)(uint32_t), uint32_t arg); /* 1 = entregado; luego fm1_cpu1_wait */ int fm1_cpu1_wait(uint32_t us); /* 0 = terminó; -1 = desde ahora un núcleo */ int fm1_cpu1_idle(void); /* el último trabajo terminó */ int fm1_cpu1_ok(void); +void fm1_cpu1_retirar(void); /* retired by an earlier boot: TWO CORES uses one */ 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 */ diff --git a/hal/fm1/fm1_main.c b/hal/fm1/fm1_main.c index b26ddd4..e479b86 100644 --- a/hal/fm1/fm1_main.c +++ b/hal/fm1/fm1_main.c @@ -72,26 +72,67 @@ static const uint8_t ENC_ROLE[7] = {ENC_SELECT, ENC_ALGO, ENC_K1, ENC_K2, ENC_K3 * debajo del 70 % y ningún pico durante ALIVIO_CADA bloques (~0.4 s), el tope sube de a una. */ #define ALIVIO_PROM 70u #define ALIVIO_CADA 64u +/* 0.8.1: with TWO CORES the brake aims lower (~65 %): both cores flat out drew enough current + * to make the FM-1 switch itself off while browsing. And when the UI loop is starved by the audio + * (bm_app_tick slower than UI_LENTO_US three times within UI_VENTANA renders, ~1 s, while the audio + * is above half of its time), the cap goes down one voice too; it only goes back up after a + * UI_VENTANA with no slow UI. Fast UI samples (ticks that draw nothing) neither count nor reset + * anything; a slow UI with little audio is the UI's own and does not count. */ +#define FRENO2_PICO 80u +#define FRENO2_PROM 65u +#define ALIVIO2_PROM 50u +#define UI_LENTO_US 60000u +#define UI_VENTANA 172u /* renders of 5.8 ms: ~1 s */ +#define UI_AUDIO_MIN 50u /* % of the budget: below this a slow UI is the UI's own */ -static volatile uint8_t par_sesion = 1; /* el núcleo 1 gira durante cada render (lab 36 lo apaga) */ +static volatile uint8_t par_sesion; /* lab 36: the core 1 spins through a whole render (off since 0.8.1) */ static volatile uint16_t lab_par; /* lab 36: 0x100 | arg, se aplica al empezar un render */ +static volatile uint32_t ui_us, ui_n; /* the UI loop's last bm_app_tick and how many there were (ui_medida) */ + +/* the hook from the main loop: how long the UI took this time */ +static void ui_medida(uint32_t us) +{ + ui_us = us; + ui_n++; +} static void render(int32_t *lr, uint32_t frames) { - static uint32_t n, freno_n, alivio_n, ses; + static uint32_t n, freno_n, alivio_n, ses, ui_visto, ui_lento_n[3], ui_k; uint32_t budget = fm1_stat[FM1_STAT_BUDGET]; + int dos = app.ctx.par_on; + uint32_t pico = dos ? FRENO2_PICO : FRENO_PICO, prom = dos ? FRENO2_PROM : FRENO_PROM; + uint32_t alivio = dos ? ALIVIO2_PROM : ALIVIO_PROM; + int ui_lento = 0; n++; + if (ui_n != ui_visto) { /* a new UI measurement */ + ui_visto = ui_n; + if (ui_us > UI_LENTO_US && budget && fm1_stat[FM1_STAT_RENDER_AVG] * 100u > budget * UI_AUDIO_MIN) { + ui_lento_n[ui_k] = n | 1u; + ui_k = (ui_k + 1u) % 3u; + ui_lento = ui_lento_n[ui_k] && n - ui_lento_n[ui_k] < UI_VENTANA; /* the third one in the window */ + } + } + int ui_bien = !ui_lento_n[(ui_k + 2u) % 3u] || n - ui_lento_n[(ui_k + 2u) % 3u] > UI_VENTANA; 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)) { + (fm1_stat[FM1_STAT_RENDER_LAST] * 100u > budget * pico || + fm1_stat[FM1_STAT_RENDER_AVG] * 100u > budget * prom || ui_lento)) { if (bm_audio_overload(&app.ctx)) fm1_stat[FM1_STAT_FRENO]++; + if (ui_lento) { + fm1_stat[FM1_STAT_FRENO_UI]++; + ui_lento_n[0] = ui_lento_n[1] = ui_lento_n[2] = 0; + ui_lento_n[(ui_k + 2u) % 3u] = n | 1u; /* the window starts again from this one */ + } freno_n = n; } else if (budget && app.ctx.pool_cap && n - freno_n >= ALIVIO_CADA && n - alivio_n >= ALIVIO_CADA && - fm1_stat[FM1_STAT_RENDER_AVG] * 100u < budget * ALIVIO_PROM) { + fm1_stat[FM1_STAT_RENDER_AVG] * 100u < budget * alivio && ui_bien) { bm_audio_relief(&app.ctx); alivio_n = n; } + /* tracks left to a core 1 that stopped answering: back to this core once it let them go */ + if (app.ctx.par_quar && fm1_cpu1_idle()) + app.ctx.par_quar = 0; if (lab_par) { /* entre renders: ningún núcleo está calculando */ uint8_t a = (uint8_t)lab_par; lab_par = 0; @@ -138,21 +179,26 @@ static void par_job(uint32_t arg) /* en el núcleo 1: el tramo [done, static void par_go(void *u, uint32_t done, uint32_t n) { (void)u; - fm1_cpu1_run(par_job, done << 16 | n); + if (!fm1_cpu1_run(par_job, done << 16 | n)) /* not delivered: done here, and par_wait finds it done */ + par_job(done << 16 | n); } -static void par_wait(void *u) +static volatile uint8_t par_fallo; /* core 1 failed during this boot (the main loop writes it down) */ + +static int par_wait(void *u) { (void)u; - if (fm1_cpu1_wait(PAR_ESPERA_US) != 0) { - /* el núcleo 1 no contestó: un núcleo desde el próximo bloque. Si el trabajo todavía corre - * allá, se espera a que suelte las voces (hasta ~50 ms) antes de seguir con ellas aquí. */ + int r = fm1_cpu1_wait(PAR_ESPERA_US); + if (r != 0) { + /* el núcleo 1 no contestó: un núcleo desde ahora y hasta apagar. Its tracks stay silent + * (bm_audio_render, par_quar) until it lets go of them; no waiting here (0.8.1: before, up + * to 50 ms spinning). */ par_ok = 0; app.ctx.par_on = 0; - for (uint32_t t0 = fm1_scan_now_us(); !fm1_cpu1_idle() && fm1_scan_now_us() - t0 < 50000u; ) - ; + par_fallo = 1; } fm1_stat[FM1_STAT_PAR_CPU] = (uint32_t)fm1_cpu1_cpu(); + return r; } /* La primera vez que TWO CORES está prendido (no en cada arranque: si la prueba fallara mal, con @@ -162,6 +208,11 @@ static void par_init(void) static int probado; if (probado) return; probado = 1; + if (fm1_boot_c1_retired()) { /* an earlier boot retired it and the FM-1 was not off since */ + fm1_cpu1_retirar(); + fm1_log("core 1 retired by an earlier boot: TWO CORES uses one core until power-off"); + return; + } 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; /* para empezar T4-T6; después se ajusta solo (bm_audio_par_pick) */ @@ -240,6 +291,8 @@ static void midi_bombear(void) * Si el aparato se cuelga, la pantalla se queda mostrando el último (sin USB ni consola, es lo * único que se puede leer). Solo desde la tarea principal: es la que usa la pantalla. */ static int migas_on; +static uint16_t min_sysvdd, min_vdc14, min_vbat, min_batt, now_sysvdd, now_vdc14, now_vbat, now_batt; +static int rastro_on; extern volatile char fm1_miga_act[4]; @@ -255,6 +308,8 @@ void fm1_miga(const char *c) fm1_miga_act[0] = c[0]; fm1_miga_act[1] = c[1]; fm1_miga_act[2] = fm1_miga_act[3] = '-'; + if (rastro_on) /* the breadcrumb in RAM follows the step (fm1_boot.c) */ + fm1_rastro(c, min_sysvdd, min_vdc14, min_vbat, timer_get_ms()); if (!migas_on) return; for (int i = 0; i < 9 * 12; i++) @@ -299,7 +354,8 @@ static void dibujar_aviso(bm_gfx *g, void *u) gfx_text(g, 8, 8, "BUBBA MACHINE", C_YELLOW, 2); gfx_text(g, 8, 28, BM_VERSION_STR " - " FM1_IDENT, C_GREY, 1); if (seguro) { - static const char *const FIN[] = {"-", "APAGADO", "PERRO GUARDIAN", "REINICIO POR FALLA", "OTRO"}; + static const char *const FIN[] = {"-", "APAGADO", "PERRO GUARDIAN", "REINICIO POR FALLA", "OTRO", + "VDDIO LOW (BROWNOUT)", "LONG PRESS"}; char b[48]; gfx_text(g, 8, 44, "MODO SEGURO", C_ORANGE, 2); gfx_text(g, 8, 64, "SIN SONIDO, USB ACTIVO. INSTALADOR WEB:", C_WHITE, 1); @@ -319,7 +375,7 @@ static void dibujar_aviso(bm_gfx *g, void *u) p = b; for (const char *q = " FIN: "; *q;) *p++ = *q++; - for (const char *q = ok ? "BIEN" : FIN[fin >= 1 && fin <= 4 ? fin : 0]; *q;) + for (const char *q = ok ? "BIEN" : FIN[fin >= 1 && fin <= 6 ? fin : 0]; *q;) *p++ = *q++; *p = 0; gfx_text(g, 8, 90 + k * 22, b, C_GREY, 1); @@ -470,11 +526,14 @@ static bm_track lab_trk; /* el canal antes de lab 26 */ static int lab_trk_t = -1; static int lab_set; /* lab 29: canal*64 + byte de bm_track */ +/* one scratch for the console packets (language and sounds): they come one at a time, from the main loop */ +static uint8_t consola_d[256]; + int fm1_idioma(int sub, uint32_t off, const uint8_t *nib, uint32_t nn) { - static uint8_t d[256]; + uint8_t *d = consola_d; uint32_t n = nn / 2; - if (n > sizeof d) + if (n > sizeof consola_d) return -1; for (uint32_t i = 0; i < n; i++) d[i] = (uint8_t)((nib[2 * i] & 15u) << 4 | (nib[2 * i + 1] & 15u)); @@ -485,9 +544,9 @@ int fm1_idioma(int sub, uint32_t off, const uint8_t *nib, uint32_t nn) int fm1_sonido(int sub, uint32_t off, const uint8_t *nib, uint32_t nn) { - static uint8_t d[256]; + uint8_t *d = consola_d; uint32_t n = nn / 2; - if (n > sizeof d) + if (n > sizeof consola_d) return -1; for (uint32_t i = 0; i < n; i++) d[i] = (uint8_t)((nib[2 * i] & 15u) << 4 | (nib[2 * i + 1] & 15u)); @@ -728,10 +787,73 @@ static void modo_seguro(void) } } +/* ------------------------------------------------------------------ rails and battery */ +/* Every 10 ms from the main loop (the SDK's ADC scan reads them every few ms): the lowest SYSVDD, + * VDC14 and VBAT seen since boot (after the first second: the ADC starts at nothing) go to the + * breadcrumb in RAM and to the console. adc_get_voltage gives mV against the chip's band gap; + * the VBAT channel is VBAT / 4. PB1 (the battery divider of the board, no curve yet) goes raw. */ +static uint16_t baja(uint16_t m, uint16_t v) { return v && (!m || v < m) ? v : m; } + +static void rieles(uint32_t ms) +{ + now_sysvdd = (uint16_t)adc_get_voltage(AD_CH_SYSVDD); + now_vdc14 = (uint16_t)adc_get_voltage(AD_CH_VDC14); + now_vbat = (uint16_t)(adc_get_voltage(AD_CH_VBAT) * 4u); + now_batt = (uint16_t)adc_get_value(FM1_ADC_BATT); + if (ms < 1000u) + return; + if (now_sysvdd > 500u) min_sysvdd = baja(min_sysvdd, now_sysvdd); + if (now_vdc14 > 500u) min_vdc14 = baja(min_vdc14, now_vdc14); + if (now_vbat > 1000u) min_vbat = baja(min_vbat, now_vbat); + if (now_batt > 1u) min_batt = baja(min_batt, now_batt); + fm1_stat[FM1_STAT_RAIL_MIN] = min_sysvdd | (uint32_t)min_vdc14 << 16; + fm1_stat[FM1_STAT_RAIL_NOW] = now_sysvdd | (uint32_t)now_vdc14 << 16; + fm1_stat[FM1_STAT_VBAT] = min_vbat | (uint32_t)now_vbat << 16; + fm1_stat[FM1_STAT_BATT_ADC] = min_batt | (uint32_t)now_batt << 16; +} + +/* the reset sources, the power setup and the previous run's breadcrumb: console and log */ +static void informe_arranque(void) +{ + static const char H[] = "0123456789ABCDEF"; + uint8_t rst[5], fl = 0, prev = 0, r[8]; + char l[96], *p; + if (fm1_boot_raw(0, rst, &fl)) { + fm1_stat[FM1_STAT_RST_RAW] = rst[0] | (uint32_t)rst[1] << 8 | (uint32_t)rst[2] << 16 | (uint32_t)rst[4] << 24; + (void)fm1_boot_raw(1, r, &prev); + fm1_stat[FM1_STAT_RST_PMU] = rst[3] | (uint32_t)prev << 8 | (uint32_t)fl << 16; + p = l; + for (const char *q = "reset: P3_RST_SRC "; *q;) *p++ = *q++; + *p++ = H[rst[0] >> 4]; *p++ = H[rst[0] & 15]; + for (const char *q = rst[0] & 2u ? " VDDIO LOW (brownout)" : rst[0] & 4u ? " WDT" : rst[0] & 16u ? " LONG PRESS" : + rst[0] & 1u ? " POWER ON" : " (soft or other)"; *q;) *p++ = *q++; + for (const char *q = rst[4] & 0x80u ? ", LVD pending" : ""; *q;) *p++ = *q++; + *p = 0; + fm1_log(l); + } + fm1_stat[FM1_STAT_PWR0] = fm1_power_regs[0][0] | (uint32_t)fm1_power_regs[0][1] << 8 | + (uint32_t)fm1_power_regs[0][2] << 16 | (uint32_t)fm1_power_regs[0][3] << 24; + fm1_stat[FM1_STAT_PWR1] = fm1_power_regs[1][0] | (uint32_t)fm1_power_regs[1][1] << 8 | + (uint32_t)fm1_power_regs[1][2] << 16 | (uint32_t)fm1_power_regs[1][3] << 24; + if (fm1_stat[FM1_STAT_PWR1]) { + fm1_boot_flag(FM1_BF_POWER); + fm1_log("power: stock rails set (DCDC13, VDC14 1.60 V, SYSVDD 1.38 V)"); + } + if (fm1_rastro_previo(r)) { + fm1_stat[FM1_STAT_RASTRO0] = r[0] | (uint32_t)r[1] << 8 | (uint32_t)r[2] << 16 | (uint32_t)r[3] << 24; + fm1_stat[FM1_STAT_RASTRO1] = r[4] | (uint32_t)r[5] << 8 | (uint32_t)r[6] << 16 | (uint32_t)r[7] << 24; + p = l; + for (const char *q = "breadcrumb of the last run: step "; *q;) *p++ = *q++; + *p++ = (char)r[2]; *p++ = (char)r[3]; + *p = 0; + fm1_log(l); + } +} + /* ------------------------------------------------------------------ tarea principal */ static void bubba_task(void *p) { - int cuelgue = 0, volvio_seguro = 0, lcd_fast = -1; + int cuelgue = 0, volvio_seguro = 0, lcd_fast = -1, anotado = 0; uint8_t raw[FM1_NCOL]; uint32_t t0, next_adc = 0, heap_t = 0; int ok = 0, id, down, seen = 0; @@ -747,7 +869,10 @@ static void bubba_task(void *p) fm1_midi_init(); adc_add_sample_ch(FM1_ADC_MASTER); adc_add_sample_ch(FM1_ADC_BATT); + adc_add_sample_ch(AD_CH_SYSVDD); /* the rails, for the breadcrumb and the console */ + adc_add_sample_ch(AD_CH_VDC14); fm1_boot_stage(E_PANTALLA); + informe_arranque(); { uint32_t pc; uint8_t ce, db; if (fm1_excepcion_previa(&pc, &ce, &db)) { /* antes que el perro: comparten los 8 bytes */ @@ -793,6 +918,7 @@ static void bubba_task(void *p) } migas_on = 1; + rastro_on = 1; fm1_miga("A0"); bm_platform pf = {fm1_lcd_blit, led, midi_out, mapa, &FLASH, NULL}; fm1_flash_plain_window(); /* por si el SDK la volvió a poner desde su almacén */ @@ -804,6 +930,17 @@ static void bubba_task(void *p) if (app.set.fast_lcd || app.set.dual_core) fm1_log("pruebas apagadas despues de un fallo"); app.set.fast_lcd = 0; app.set.dual_core = 0; app.set_dirty = 1; } + { /* the last boot with TWO CORES did not reach 5 s: off */ + uint8_t e, fin, ok, rst[5], fl; + if (app.set.dual_core && fm1_boot_past(1, &e, &fin, &ok) && fm1_boot_raw(1, rst, &fl) && + (fl & FM1_BF_DUAL) && e < E_5S) { + fm1_log("TWO CORES off: the last boot with it did not reach 5 s"); + app.set.dual_core = 0; app.set_dirty = 1; + fm1_stat[FM1_STAT_C1] |= 4u; + } + } + if (fm1_boot_c1_retired()) + fm1_stat[FM1_STAT_C1] |= 2u; fm1_miga("A2"); fm1_boot_stage(E_NUCLEO); fm1_miga("A3"); @@ -859,11 +996,22 @@ static void bubba_task(void *p) if ((int32_t)(t - next_adc) >= 0) { next_adc = t + 10u; bm_app_master(&app, (uint16_t)adc_get_value(FM1_ADC_MASTER)); + rieles(t - t0); } if (lcd_fast != app.set.fast_lcd) { lcd_fast = app.set.fast_lcd; fm1_lcd_speed(lcd_fast); } if (app.set.dual_core && !sin_audio) par_init(); app.ctx.par_on = (uint8_t)(par_ok && app.set.dual_core && !sin_audio); + if (app.ctx.par_on && !(anotado & 1)) { /* the boot record: TWO CORES ran in this boot */ + anotado |= 1; + fm1_boot_flag(FM1_BF_DUAL); + } + if (par_fallo && !(anotado & 2)) { /* core 1 retired: kept until the FM-1 is off */ + anotado |= 2; + fm1_boot_flag(FM1_BF_C1_RETIRED); + fm1_stat[FM1_STAT_C1] |= 1u; + } + fm1_stat[FM1_STAT_C1] = (fm1_stat[FM1_STAT_C1] & ~8u) | (app.ctx.par_quar ? 8u : 0u); 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]; } @@ -882,6 +1030,17 @@ static void bubba_task(void *p) fm1_stat[FM1_STAT_UI_LAST] = du; if (du > fm1_stat[FM1_STAT_UI_MAX]) fm1_stat[FM1_STAT_UI_MAX] = du; + if (du < 1000000u) + ui_medida(du); + { /* the whole loop, from one turn to the next */ + static uint32_t lt; + uint32_t lu = fm1_scan_now_us(), d = lu - lt; + if (lt && d < 10000000u) { + fm1_stat[FM1_STAT_LOOP_US] = d; + if (d > fm1_stat[FM1_STAT_LOOP_US_MAX]) fm1_stat[FM1_STAT_LOOP_US_MAX] = d; + } + lt = lu; + } if (fm1_audio_halves() > 20u && !(seen & 1)) { fm1_log("audio: 20 bloques calculados"); fm1_boot_stage(E_SONANDO); diff --git a/hal/fm1/fm1_power.c b/hal/fm1/fm1_power.c new file mode 100644 index 0000000..42d5fe6 --- /dev/null +++ b/hal/fm1/fm1_power.c @@ -0,0 +1,72 @@ +/* SPDX-License-Identifier: GPL-3.0-or-later + * Copyright (C) 2026 Erbubar23 */ +/* Power rails of the FM-1 (0.8.1). + * + * Until 0.8.0 the firmware never touched power: it ran both cores at 360 MHz on the rails the + * chip's boot loader leaves, SYSVDD ~1.26 V and VDC14 ~1.40 V. The FM-1 then switched itself off + * while browsing fast with TWO CORES on (next boot: power-on reset, a voltage drop), and + * fm1-x0x#10 documents core-1 RAM misreads and freezes at 360 MHz on those rails. + * + * M-VAVE's own firmware (V15) sets the analog rails up before it starts core 1; X0X and Melodee + * replay that setup. The facts (order and levels) are theirs; the code is ours and only uses the + * register helpers of the JieLi SDK (asm/p33.h, Apache-2.0): + * 1. LDO13 on, DCDC13 on, LDO13 off (make before break: the 1.3 V supply moves to the DC-DC) + * 2. VDDIOM 3.2 V, then VDC14 1.60 V (level 7), then VDDIOW 3.2 V + * 3. last, SYSVDD 1.38 V (level 15) + * The clock stays at 360 MHz (Melodee's 320 MHz caused PLL faults and was undone). + * + * It runs from board_init (hal/fm1/sdk/board.c), before app_main: no task of ours exists yet and + * core 1 only runs the scheduler's idle task. Interrupts are off on this core while it runs. The + * voltages only go up, one level at a time, with a short wait after each step. The registers + * before and after go to the console (fm1_power_regs, consola.py estado). */ +#include "app_config.h" +#include "system/includes.h" +#include "asm/includes.h" +#include "asm/p33.h" +#include "asm/power_interface.h" +#include "fm1_hw.h" + +#define PASO_US 100u /* settling time after each step (~3 ms in all at most) */ + +uint8_t fm1_power_regs[2][4]; + +static void leer(uint8_t r[4]) +{ + r[0] = p33_rx_1byte(P3_ANA_CON0); + r[1] = p33_rx_1byte(P3_ANA_CON5); + r[2] = p33_rx_1byte(P3_ANA_CON6); + r[3] = p33_rx_1byte(P3_ANA_CON9); +} + +void fm1_power_boot(void) +{ + leer(fm1_power_regs[0]); + local_irq_disable(); + + /* 1. the 1.3 V supply from the LDO to the DC-DC, without a gap */ + LDO13_EN(1); + delay_us(PASO_US); + DCDC13_EN(1); + delay_us(PASO_US); + LDO13_EN(0); + delay_us(PASO_US); + + /* 2. I/O and the 1.4 V rail (VDC14 feeds SYSVDD: it goes up first) */ + VDDIOM_VOL_SEL(VDDIOM_VOL_32V); + delay_us(PASO_US); + for (int v = VDC14_VOL_GET(); v < VDC14_VOL_SEL_160V; v++) { + VDC14_VOL_SEL(v + 1); + delay_us(PASO_US); + } + VDDIOW_VOL_SEL(VDDIOW_VOL_32V); + delay_us(PASO_US); + + /* 3. the core rail, last */ + for (int v = GET_SYSVDD_VOL_SEL(); v < SYSVDD_VOL_SEL_138V; v++) { + SYSVDD_VOL_SEL(v + 1); + delay_us(PASO_US); + } + + local_irq_enable(); + leer(fm1_power_regs[1]); +} diff --git a/hal/fm1/sdk/Makefile b/hal/fm1/sdk/Makefile index 965c003..7c79af4 100644 --- a/hal/fm1/sdk/Makefile +++ b/hal/fm1/sdk/Makefile @@ -90,7 +90,7 @@ OWN_C := hal/fm1/sdk/board.c hal/fm1/sdk/wl82_debug.c core/bm_printf.c hal/fm1/f ifeq ($(APP),diag) OWN_C += hal/fm1/fm1_diag.c else -OWN_C := $(sort $(OWN_C) hal/fm1/fm1_main.c hal/fm1/fm1_consola.c hal/fm1/fm1_bench.c hal/fm1/fm1_audio.c hal/fm1/fm1_scanhw.c hal/fm1/fm1_scan.c hal/fm1/fm1_cpu1.c $(patsubst $(REPO)/%,%,$(wildcard $(REPO)/core/*.c $(REPO)/core/gen/*.c))) +OWN_C := $(sort $(OWN_C) hal/fm1/fm1_main.c hal/fm1/fm1_consola.c hal/fm1/fm1_bench.c hal/fm1/fm1_audio.c hal/fm1/fm1_scanhw.c hal/fm1/fm1_scan.c hal/fm1/fm1_cpu1.c hal/fm1/fm1_power.c $(patsubst $(REPO)/%,%,$(wildcard $(REPO)/core/*.c $(REPO)/core/gen/*.c))) endif LIBS := --start-group $(SDK)/include_lib/newlib/pi32v2-lib/libm.a $(SDK)/include_lib/newlib/pi32v2-lib/libc.a \ diff --git a/hal/fm1/sdk/board.c b/hal/fm1/sdk/board.c index c33c92d..754de6e 100644 --- a/hal/fm1/sdk/board.c +++ b/hal/fm1/sdk/board.c @@ -1,12 +1,15 @@ /* SPDX-License-Identifier: GPL-3.0-or-later * Copyright (C) 2026 Erbubar23 */ /* Placa: los dispositivos del SDK que usa el port (SPI1 de la pantalla y la detección USB). - * Sin power_init(): la energía queda como la deja el arranque del chip. */ + * 0.8.1: the power rails as M-VAVE's firmware sets them (fm1_power.c), in the full firmware only; + * the diagnostic one keeps what the chip's boot loader leaves. */ #include "app_config.h" #include "system/includes.h" #include "device/includes.h" #include "asm/includes.h" #include "usb/otg.h" +#include "asm/wdt.h" +#include "fm1_hw.h" /* SPI1 grupo B: PC9 reloj, PC10 datos (fm1_hw.h). Modo 0, solo salida. */ SPI1_PLATFORM_DATA_BEGIN(spi1_data) @@ -38,5 +41,9 @@ void board_early_init(void) void board_init(void) { +#ifdef BM_APP_bubba + fm1_power_boot(); /* before anything of ours runs: core 1 is idle */ + wdt_init(WDT_4S); /* setup_arch armed it already (0x0C = 4 s): said here, on purpose */ +#endif adc_init(); } diff --git a/tests/test_core.c b/tests/test_core.c index f22cb1e..b90f7d4 100644 --- a/tests/test_core.c +++ b/tests/test_core.c @@ -1869,7 +1869,7 @@ static void test_notes(void) /* ------------------------------------------------------------ guardado y versiones */ /* el audio en dos núcleos: repartido (aquí en la misma tarea) suena exactamente igual */ 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; } +static int par_wait_sim(void *u) { (void)u; return 0; } /* el snprintf propio (el del FM-1 no entiende %+d ni %f): igual que el de la biblioteca */ static void test_printf(void) @@ -1894,6 +1894,59 @@ static void test_printf(void) CHECK(bad == 0); } +/* 0.8.1: a kick played live from the keys triggers the sidechain duck (before, the render reset + * the trigger after applying the commands, so only sequenced kicks ducked) */ +static void test_live_kick_duck(void) +{ + printf("live kick: triggers the sidechain like a sequenced one\n"); + static int32_t out[BM_BLOCK * 2]; + boot(1); + bm_cmd c; memset(&c, 0, sizeof c); c.type = CMD_PLAY; c.a = 0; bm_cmd_push(&app.cmdq, &c); + for (int i = 0; i < 2000 && (i < 4 || app.ctx.sc_env != 0.0f); i++) bm_app_audio(&app, out, BM_BLOCK); + int lane = -1; + for (int l = 0; l < BM_LANES && lane < 0; l++) { + int m = bm_trk_tr(&app.pat, 0)->lane[l].model % DRM_COUNT; + if (m == DRM_BD_ANALOG || m == DRM_BD_SINTE) lane = l; + } + CHECK(lane >= 0 && app.ctx.sc_env == 0.0f); + memset(&c, 0, sizeof c); c.type = CMD_NOTE_ON; c.a = 0; c.b = (uint8_t)(lane < 0 ? 0 : lane); c.c = 110; + bm_cmd_push(&app.cmdq, &c); + bm_app_audio(&app, out, BM_BLOCK); + printf(" sidechain envelope after a live kick: %.3f\n", app.ctx.sc_env); + CHECK(app.ctx.sc_env > 0.05f); +} + +/* TWO CORES: the other core does not answer once. Its tracks go silent (no waiting), the render + * goes on with one core, and they come back when the platform clears par_quar */ +static int fail_wait_n; +static void par_go_none(void *u, uint32_t done, uint32_t n) { (void)u; (void)done; (void)n; } +static int par_wait_fail(void *u) { (void)u; fail_wait_n++; return -1; } + +static void test_dual_core_fail(void) +{ + printf("two cores: the other core does not answer -> its tracks silent, one core, no wait\n"); + static int32_t out[256 * 2]; + boot(1); + bm_cmd c; memset(&c, 0, sizeof c); c.type = CMD_PLAY; c.a = 1; bm_cmd_push(&app.cmdq, &c); + for (int i = 0; i < 40; i++) bm_app_audio(&app, out, 256); + app.ctx.par_go = par_go_none; app.ctx.par_wait = par_wait_fail; app.ctx.par_user = &app.ctx; + app.ctx.par_mask = 0x3E; app.ctx.par_on = 1; fail_wait_n = 0; + bm_app_audio(&app, out, 256); + CHECK(fail_wait_n == 1 && app.ctx.par_on == 0 && app.ctx.par_quar == 0x3E); + int heard = 0, other = 0; + for (int i = 0; i < 200; i++) { + bm_app_audio(&app, out, 256); + heard |= app.ctx.tact & 1; + other |= app.ctx.tact & 0x3E; + } + printf(" while quarantined: T1 sounds %d, T2-T6 sound %d, waits %d\n", heard, other != 0, fail_wait_n); + CHECK(heard && !other && fail_wait_n == 1); + app.ctx.par_quar = 0; /* the platform saw the other core idle */ + for (int i = 0; i < 400; i++) { bm_app_audio(&app, out, 256); other |= app.ctx.tact & 0x3E; } + CHECK(other != 0); + app.ctx.par_go = NULL; app.ctx.par_wait = NULL; +} + static void test_dual_core(void) { printf("audio en dos núcleos: T4-T6 (o T1-T3) aparte dan las mismas muestras\n"); @@ -2529,6 +2582,8 @@ int main(int argc, char **argv) test_sounds(); test_printf(); test_dual_core(); + test_dual_core_fail(); + test_live_kick_duck(); test_chorus_long(); test_brake(); test_steal_at_end(); diff --git a/tests/test_longrun.c b/tests/test_longrun.c index 081fc42..2ea1d6d 100644 --- a/tests/test_longrun.c +++ b/tests/test_longrun.c @@ -517,7 +517,7 @@ static void chorus(int minutes) /* TWO CORES: the dense scenario with the channels split between "cores" (in turn, as on the PC), * the split changing every render; it must give the same samples as one core */ static void par_go_pc(void *u, uint32_t done, uint32_t n) { bm_audio_par_process((bm_ctx *)u, done, n); } -static void par_wait_pc(void *u) { (void)u; } +static int par_wait_pc(void *u) { (void)u; return 0; } static void dual(int minutes) { diff --git a/tools/fm1/consola.py b/tools/fm1/consola.py index c689e3f..9e81d08 100644 --- a/tools/fm1/consola.py +++ b/tools/fm1/consola.py @@ -24,12 +24,33 @@ '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_mask', 'carga0_us', 'carga1_us', 'par_mismo', - 'voces'] -NUCLEO1 = ['sin probar', 'probando', 'listo', 'no contestó al arrancar', 'lo dejó: no contestó a tiempo', - 'lo dejó: leyó mal un trabajo'] + 'voces', + # 0.8.1 + 'rst_raw', 'rst_pmu', 'rail_min', 'rail_now', 'vbat', 'batt_adc', 'pwr0', 'pwr1', 'rastro0', 'rastro1', + 'loop_us', 'loop_max_us', 'c1', 'freno_ui', 'nan_fix'] +NUCLEO1 = ['sin probar', 'probando', 'listo', 'no contestó al arrancar', 'retired: did not answer in time', + 'retired: misread a job', 'retired by an earlier boot (until power-off)'] ETAPA = ['antes de la pantalla', 'pantalla y USB', 'núcleo listo', 'teclas', 'audio iniciado', 'audio sonando', '1 s andando', '5 s andando', '5 s andando'] -FIN = {1: 'apagado', 2: 'perro guardián', 3: 'reinicio por falla', 4: 'otro', 0xFF: '-'} +FIN = {1: 'POWER ON', 2: 'WDT', 3: 'soft reset (fault or watchdog of the loop)', 4: 'other', + 5: 'VDDIO LOW (brownout)', 6: 'LONG PRESS', 0xFF: '-'} +# P3_RST_SRC (apps/common/system/system_reset_reason.c of the SDK) +RST_BITS = [(0, 'POWER ON'), (1, 'VDDIO LOW (brownout)'), (2, 'WDT'), (3, 'VCM'), (4, 'LONG PRESS'), (5, '12V'), + (6, 'soft')] +BF = [(1, 'TWO CORES on'), (2, 'core 1 retired'), (4, 'stock power rails set'), (8, 'breadcrumb found')] + + +def bits(v, tabla): + return ', '.join(n for b, n in tabla if v & (b if tabla is BF else 1 << b)) or 'none' + + +def rastro(lo, hi): + b = lo.to_bytes(4, 'little') + hi.to_bytes(4, 'little') + paso = b[2:4].decode('ascii', 'replace') + mv = lambda x, k, base: '?' if x == 0xFF else '%d mV' % (base + x * k) + t = b[7] if b[7] < 128 else (b[7] - 128) * 30 + return 'step %s, lowest SYSVDD %s, VDC14 %s, VBAT %s, up %s s' % ( + paso, mv(b[4], 4, 1000), mv(b[5], 4, 1000), mv(b[6], 16, 2000), ('~%d' % t) if b[7] >= 128 else t) def pedir(p, cmd, datos=b''): @@ -93,11 +114,33 @@ def mostrar(v): 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:])) + if 'rst_raw' in v: + r = v['rst_raw'] + p3, sysr, wk, lvd = r & 0xFF, (r >> 8) & 0xFF, (r >> 16) & 0xFF, r >> 24 + print('reset before this boot: P3_RST_SRC %02X = %s | RST_SRC %02X | R3_WKUP_SRC %02X | P3_PMU_CON1 %02X | ' + 'P3_VLVD_CON %02X%s' % (p3, bits(p3, RST_BITS), sysr, wk, v['rst_pmu'] & 0xFF, lvd, + ' (LVD pending)' if lvd & 0x80 else '')) + print('this boot: %s | previous boot: %s' % (bits((v['rst_pmu'] >> 16) & 0xFF, BF), bits((v['rst_pmu'] >> 8) & 0xFF, BF))) + mn, nw = v['rail_min'], v['rail_now'] + print('rails: SYSVDD %d mV (lowest %d) | VDC14 %d mV (lowest %d) | VBAT %d mV (lowest %d) | battery ADC PB1 %d (lowest %d)' % ( + nw & 0xFFFF, mn & 0xFFFF, nw >> 16, mn >> 16, v['vbat'] >> 16, v['vbat'] & 0xFFFF, v['batt_adc'] >> 16, v['batt_adc'] & 0xFFFF)) + f = lambda w: 'ANA_CON0 %02X CON5 %02X CON6 %02X CON9 %02X' % (w & 0xFF, (w >> 8) & 0xFF, (w >> 16) & 0xFF, w >> 24) + print('power setup: before %s | after %s' % (f(v['pwr0']), f(v['pwr1'])) if v['pwr1'] else 'power setup: not done') + if v['rastro0']: + print('breadcrumb of the last run: ' + rastro(v['rastro0'], v['rastro1'])) + else: + print('breadcrumb of the last run: none (RAM lost, or a watchdog/fault record took its place)') + c1 = v['c1'] + print('UI loop: %d us (longest %d) | brake from a slow UI: %d | core 1: %s%s%s%s, %d wait turns/us | nan reset %d' % ( + v['loop_us'], v['loop_max_us'], v['freno_ui'], 'retired now' if c1 & 1 else 'not retired now', + ', retired by an earlier boot' if c1 & 2 else '', ', TWO CORES turned off (last boot with it < 5 s)' if c1 & 4 else '', + ', its tracks waiting (silent)' if c1 & 8 else '', c1 >> 16, v['nan_fix'])) for k in range(1, 5): x = v['past%d' % k] - if x >> 24: - e, fin, ok = x & 0xFF, (x >> 8) & 0xFF, (x >> 16) & 0xFF - print(' arranque -%d: llegó a %s, %s' % (k, ETAPA[min(e, 8)], 'bien' if ok else 'terminó: ' + FIN.get(fin, '?'))) + if x & 0x80: + e, ok, fin, p3, fl = x & 15, (x >> 4) & 1, (x >> 8) & 0xFF, (x >> 16) & 0xFF, x >> 24 + print(' arranque -%d: llegó a %s, %s | P3_RST_SRC %02X = %s | %s' % ( + k, ETAPA[min(e, 8)], 'bien' if ok else 'terminó: ' + FIN.get(fin, '?'), p3, bits(p3, RST_BITS), bits(fl, BF))) def main(): From 640d2bbc2a8cb1a80ab74dc60c616d42244ab58b Mon Sep 17 00:00:00 2001 From: Erbubar23 <79039471+Erbubar23@users.noreply.github.com> Date: Sun, 18 Oct 2026 14:04:19 -0600 Subject: [PATCH 05/11] Engines 0.9: shared voice RAM, lighter BUNO-6 and BITTAL, BB-303 after Open303, historic presets - RAM: one per-voice pool for BX-7, WAVE and BB-303 state (core/bm_vpool.h), drum state only for the T1 voices, BITTAL tables in one 12-frame pool (8+8 tables keep 6+6). SDK heap on the FM-1: 121 -> 151 KiB. - BUNO-6: Juno-60 HPF (154/339/720 Hz) once on the channel sum, voices end at -60 dB, mixer gain folded into the oscillators, VCF coefficients every 16 samples, envelope every 16 samples, optional paraphonic fast path (one VCF on the sum when every voice gets the same cutoff). Chorus: 12 dB low-pass before the BBD, I+II mono. - BITTAL: one frame read when the crossfade sits at a frame, 8 table readers shared by the channel's voices, ENV2 POS (ENV 2 sweeps the frame position, as on the PPG). - BB-303: float voice adapted from Open303 (MIT, third_party/open303): TB-303 filter, measured cutoff / env mod mapping, accent circuit, amp envelope and declicker, fixed HPF and notch; 1x with the cutoff capped at 10 kHz, no int64. Panel shows the 303 ranges. - BR-8: hits end at -70 dB. - Presets: TB-303 manual sounds and acid classics, Minimoog sound charts and recreations, DX7 recipes (no ROM data), Juno factory decodes as starting points, PPG-style own wavetables; sources in assets/presets/SOURCES.md. BX-7 has 20 factory patches, BB-303 12. - tests: longrun bench scenario (each machine alone, drum models), chorus test on a fixed sound. Co-Authored-By: Claude Opus 5.5 Claude-Session: https://claude.ai/code/session_011g3zqK3H16YK6pc9sXMVLS --- assets/presets/SOURCES.md | 129 ++++ assets/presets/banco.json | 4 - assets/presets/bsnap/808-bass.bsnap | Bin 88 -> 0 bytes assets/presets/bsnap/bell-pad-6.bsnap | Bin 88 -> 0 bytes assets/presets/bsnap/bender-lead.bsnap | Bin 0 -> 88 bytes assets/presets/bsnap/brass-6.bsnap | Bin 88 -> 0 bytes assets/presets/bsnap/click-bass.bsnap | Bin 0 -> 1114 bytes assets/presets/bsnap/cold-friend.bsnap | Bin 0 -> 88 bytes assets/presets/bsnap/curious.bsnap | Bin 88 -> 0 bytes assets/presets/bsnap/dark-rave.bsnap | Bin 0 -> 88 bytes assets/presets/bsnap/deep-chords.bsnap | Bin 0 -> 88 bytes assets/presets/bsnap/delay-lead.bsnap | Bin 0 -> 88 bytes assets/presets/bsnap/fat-unison.bsnap | Bin 0 -> 88 bytes assets/presets/bsnap/fifths.bsnap | Bin 0 -> 88 bytes assets/presets/bsnap/funky-pluck.bsnap | Bin 0 -> 88 bytes assets/presets/bsnap/glass-bells.bsnap | Bin 0 -> 586 bytes assets/presets/bsnap/heavy-low.bsnap | Bin 88 -> 0 bytes assets/presets/bsnap/highway-bass.bsnap | Bin 0 -> 88 bytes assets/presets/bsnap/mallet-vibes.bsnap | Bin 0 -> 250 bytes assets/presets/bsnap/mixed-choir.bsnap | Bin 0 -> 1114 bytes assets/presets/bsnap/motor-riff.bsnap | Bin 0 -> 88 bytes assets/presets/bsnap/moving-strs.bsnap | Bin 0 -> 88 bytes assets/presets/bsnap/mutant-arp.bsnap | Bin 0 -> 88 bytes assets/presets/bsnap/noise-tuba.bsnap | Bin 0 -> 88 bytes assets/presets/bsnap/octave-glide.bsnap | Bin 0 -> 88 bytes assets/presets/bsnap/organ-6.bsnap | Bin 88 -> 0 bytes assets/presets/bsnap/phase-brass.bsnap | Bin 0 -> 88 bytes assets/presets/bsnap/pluck-6.bsnap | Bin 88 -> 0 bytes assets/presets/bsnap/poly-brass.bsnap | Bin 0 -> 88 bytes assets/presets/bsnap/pop-riff.bsnap | Bin 0 -> 88 bytes assets/presets/bsnap/pulse-bass.bsnap | Bin 0 -> 88 bytes assets/presets/bsnap/pulse-organ.bsnap | Bin 0 -> 88 bytes assets/presets/bsnap/pwm-pad.bsnap | Bin 88 -> 0 bytes assets/presets/bsnap/pwm-strings.bsnap | Bin 0 -> 88 bytes assets/presets/bsnap/rasp-brass.bsnap | Bin 0 -> 88 bytes assets/presets/bsnap/round-bass.bsnap | Bin 0 -> 88 bytes assets/presets/bsnap/saw-strings.bsnap | Bin 0 -> 88 bytes assets/presets/bsnap/slide-bone.bsnap | Bin 0 -> 88 bytes assets/presets/bsnap/soft-horn.bsnap | Bin 0 -> 88 bytes assets/presets/bsnap/soft-lead.bsnap | Bin 88 -> 0 bytes assets/presets/bsnap/soft-pad.bsnap | Bin 0 -> 88 bytes assets/presets/bsnap/square-lead.bsnap | Bin 88 -> 0 bytes assets/presets/bsnap/stab-6.bsnap | Bin 88 -> 0 bytes assets/presets/bsnap/strings-6.bsnap | Bin 88 -> 0 bytes assets/presets/bsnap/sub-bass-6.bsnap | Bin 88 -> 0 bytes assets/presets/bsnap/sub-growl.bsnap | Bin 88 -> 0 bytes assets/presets/bsnap/tlr-sound.bsnap | Bin 0 -> 88 bytes assets/presets/bsnap/tutti-brass.bsnap | Bin 0 -> 88 bytes assets/presets/bsnap/vox-choir.bsnap | Bin 0 -> 88 bytes assets/presets/bsnap/warm-pad.bsnap | Bin 88 -> 0 bytes assets/presets/bsnap/wave-brass.bsnap | Bin 0 -> 1114 bytes assets/presets/bsnap/wave-strings.bsnap | Bin 0 -> 1114 bytes assets/presets/bsnap/wave-sweep.bsnap | Bin 0 -> 1114 bytes assets/presets/bsnap/whine-lead.bsnap | Bin 0 -> 88 bytes assets/presets/bsnap/wizard-bass.bsnap | Bin 0 -> 88 bytes assets/presets/buno/bell-pad-6.vital | 1 - assets/presets/buno/brass-6.vital | 1 - assets/presets/buno/dark-rave.vital | 1 + assets/presets/buno/deep-chords.vital | 1 + assets/presets/buno/delay-lead.vital | 1 + assets/presets/buno/funky-pluck.vital | 1 + assets/presets/buno/moving-strs.vital | 1 + assets/presets/buno/organ-6.vital | 1 - .../{strings-6.vital => phase-brass.vital} | 2 +- assets/presets/buno/pluck-6.vital | 1 - assets/presets/buno/poly-brass.vital | 1 + assets/presets/buno/pop-riff.vital | 1 + assets/presets/buno/pulse-bass.vital | 1 + assets/presets/buno/pulse-organ.vital | 1 + assets/presets/buno/pwm-pad.vital | 1 - .../buno/{stab-6.vital => pwm-strings.vital} | 2 +- assets/presets/buno/round-bass.vital | 1 + assets/presets/buno/saw-strings.vital | 1 + assets/presets/buno/soft-lead.vital | 1 - assets/presets/buno/soft-pad.vital | 1 + assets/presets/buno/square-lead.vital | 1 - assets/presets/buno/sub-bass-6.vital | 1 - assets/presets/buno/vox-choir.vital | 1 + assets/presets/buno/warm-pad.vital | 1 - assets/presets/own/bender-lead.vital | 1 + assets/presets/own/click-bass.vital | 1 + assets/presets/own/cold-friend.vital | 1 + assets/presets/own/fat-unison.vital | 1 + assets/presets/own/fifths.vital | 1 + assets/presets/own/glass-bells.vital | 1 + assets/presets/own/highway-bass.vital | 1 + assets/presets/own/mallet-vibes.vital | 1 + assets/presets/own/mixed-choir.vital | 1 + assets/presets/own/motor-riff.vital | 1 + assets/presets/own/mutant-arp.vital | 1 + assets/presets/own/noise-tuba.vital | 1 + assets/presets/own/octave-glide.vital | 1 + assets/presets/own/rasp-brass.vital | 1 + assets/presets/own/slide-bone.vital | 1 + assets/presets/own/soft-horn.vital | 1 + assets/presets/own/tlr-sound.vital | 1 + assets/presets/own/tutti-brass.vital | 1 + assets/presets/own/wave-brass.vital | 1 + assets/presets/own/wave-strings.vital | 1 + assets/presets/own/wave-sweep.vital | 1 + assets/presets/own/whine-lead.vital | 1 + assets/presets/own/wizard-bass.vital | 1 + core/bm_acid.cpp | 288 ++++++++ core/bm_acid.h | 41 ++ core/bm_drums.cpp | 17 +- core/bm_dsp.c | 14 +- core/bm_engines.c | 135 ++-- core/bm_fm.cpp | 22 +- core/bm_params.c | 36 +- core/bm_params.h | 8 +- core/bm_rom.h | 2 +- core/bm_vpool.h | 46 ++ core/bm_wave.cpp | 250 +++++-- core/bm_wave.h | 14 +- core/bm_wt.c | 90 ++- core/bm_wt.h | 1 + core/gen/bm_fm_rom.c | 24 +- core/gen/bm_snap_rom.c | 685 ++++++++++++++---- hal/fm1/sdk/Makefile | 2 +- tests/test_longrun.c | 109 ++- third_party/README.md | 1 + third_party/open303/LICENSE | 23 + tools/build.py | 2 +- tools/gen_fm.py | 180 +++-- tools/gen_snaps.mjs | 165 ++++- web/bsnap.js | 18 +- 126 files changed, 1908 insertions(+), 447 deletions(-) create mode 100644 assets/presets/SOURCES.md delete mode 100644 assets/presets/bsnap/808-bass.bsnap delete mode 100644 assets/presets/bsnap/bell-pad-6.bsnap create mode 100644 assets/presets/bsnap/bender-lead.bsnap delete mode 100644 assets/presets/bsnap/brass-6.bsnap create mode 100644 assets/presets/bsnap/click-bass.bsnap create mode 100644 assets/presets/bsnap/cold-friend.bsnap delete mode 100644 assets/presets/bsnap/curious.bsnap create mode 100644 assets/presets/bsnap/dark-rave.bsnap create mode 100644 assets/presets/bsnap/deep-chords.bsnap create mode 100644 assets/presets/bsnap/delay-lead.bsnap create mode 100644 assets/presets/bsnap/fat-unison.bsnap create mode 100644 assets/presets/bsnap/fifths.bsnap create mode 100644 assets/presets/bsnap/funky-pluck.bsnap create mode 100644 assets/presets/bsnap/glass-bells.bsnap delete mode 100644 assets/presets/bsnap/heavy-low.bsnap create mode 100644 assets/presets/bsnap/highway-bass.bsnap create mode 100644 assets/presets/bsnap/mallet-vibes.bsnap create mode 100644 assets/presets/bsnap/mixed-choir.bsnap create mode 100644 assets/presets/bsnap/motor-riff.bsnap create mode 100644 assets/presets/bsnap/moving-strs.bsnap create mode 100644 assets/presets/bsnap/mutant-arp.bsnap create mode 100644 assets/presets/bsnap/noise-tuba.bsnap create mode 100644 assets/presets/bsnap/octave-glide.bsnap delete mode 100644 assets/presets/bsnap/organ-6.bsnap create mode 100644 assets/presets/bsnap/phase-brass.bsnap delete mode 100644 assets/presets/bsnap/pluck-6.bsnap create mode 100644 assets/presets/bsnap/poly-brass.bsnap create mode 100644 assets/presets/bsnap/pop-riff.bsnap create mode 100644 assets/presets/bsnap/pulse-bass.bsnap create mode 100644 assets/presets/bsnap/pulse-organ.bsnap delete mode 100644 assets/presets/bsnap/pwm-pad.bsnap create mode 100644 assets/presets/bsnap/pwm-strings.bsnap create mode 100644 assets/presets/bsnap/rasp-brass.bsnap create mode 100644 assets/presets/bsnap/round-bass.bsnap create mode 100644 assets/presets/bsnap/saw-strings.bsnap create mode 100644 assets/presets/bsnap/slide-bone.bsnap create mode 100644 assets/presets/bsnap/soft-horn.bsnap delete mode 100644 assets/presets/bsnap/soft-lead.bsnap create mode 100644 assets/presets/bsnap/soft-pad.bsnap delete mode 100644 assets/presets/bsnap/square-lead.bsnap delete mode 100644 assets/presets/bsnap/stab-6.bsnap delete mode 100644 assets/presets/bsnap/strings-6.bsnap delete mode 100644 assets/presets/bsnap/sub-bass-6.bsnap delete mode 100644 assets/presets/bsnap/sub-growl.bsnap create mode 100644 assets/presets/bsnap/tlr-sound.bsnap create mode 100644 assets/presets/bsnap/tutti-brass.bsnap create mode 100644 assets/presets/bsnap/vox-choir.bsnap delete mode 100644 assets/presets/bsnap/warm-pad.bsnap create mode 100644 assets/presets/bsnap/wave-brass.bsnap create mode 100644 assets/presets/bsnap/wave-strings.bsnap create mode 100644 assets/presets/bsnap/wave-sweep.bsnap create mode 100644 assets/presets/bsnap/whine-lead.bsnap create mode 100644 assets/presets/bsnap/wizard-bass.bsnap delete mode 100644 assets/presets/buno/bell-pad-6.vital delete mode 100644 assets/presets/buno/brass-6.vital create mode 100644 assets/presets/buno/dark-rave.vital create mode 100644 assets/presets/buno/deep-chords.vital create mode 100644 assets/presets/buno/delay-lead.vital create mode 100644 assets/presets/buno/funky-pluck.vital create mode 100644 assets/presets/buno/moving-strs.vital delete mode 100644 assets/presets/buno/organ-6.vital rename assets/presets/buno/{strings-6.vital => phase-brass.vital} (96%) delete mode 100644 assets/presets/buno/pluck-6.vital create mode 100644 assets/presets/buno/poly-brass.vital create mode 100644 assets/presets/buno/pop-riff.vital create mode 100644 assets/presets/buno/pulse-bass.vital create mode 100644 assets/presets/buno/pulse-organ.vital delete mode 100644 assets/presets/buno/pwm-pad.vital rename assets/presets/buno/{stab-6.vital => pwm-strings.vital} (96%) create mode 100644 assets/presets/buno/round-bass.vital create mode 100644 assets/presets/buno/saw-strings.vital delete mode 100644 assets/presets/buno/soft-lead.vital create mode 100644 assets/presets/buno/soft-pad.vital delete mode 100644 assets/presets/buno/square-lead.vital delete mode 100644 assets/presets/buno/sub-bass-6.vital create mode 100644 assets/presets/buno/vox-choir.vital delete mode 100644 assets/presets/buno/warm-pad.vital create mode 100644 assets/presets/own/bender-lead.vital create mode 100644 assets/presets/own/click-bass.vital create mode 100644 assets/presets/own/cold-friend.vital create mode 100644 assets/presets/own/fat-unison.vital create mode 100644 assets/presets/own/fifths.vital create mode 100644 assets/presets/own/glass-bells.vital create mode 100644 assets/presets/own/highway-bass.vital create mode 100644 assets/presets/own/mallet-vibes.vital create mode 100644 assets/presets/own/mixed-choir.vital create mode 100644 assets/presets/own/motor-riff.vital create mode 100644 assets/presets/own/mutant-arp.vital create mode 100644 assets/presets/own/noise-tuba.vital create mode 100644 assets/presets/own/octave-glide.vital create mode 100644 assets/presets/own/rasp-brass.vital create mode 100644 assets/presets/own/slide-bone.vital create mode 100644 assets/presets/own/soft-horn.vital create mode 100644 assets/presets/own/tlr-sound.vital create mode 100644 assets/presets/own/tutti-brass.vital create mode 100644 assets/presets/own/wave-brass.vital create mode 100644 assets/presets/own/wave-strings.vital create mode 100644 assets/presets/own/wave-sweep.vital create mode 100644 assets/presets/own/whine-lead.vital create mode 100644 assets/presets/own/wizard-bass.vital create mode 100644 core/bm_acid.cpp create mode 100644 core/bm_acid.h create mode 100644 core/bm_vpool.h create mode 100644 third_party/open303/LICENSE diff --git a/assets/presets/SOURCES.md b/assets/presets/SOURCES.md new file mode 100644 index 0000000..de497e4 --- /dev/null +++ b/assets/presets/SOURCES.md @@ -0,0 +1,129 @@ +# Factory presets: sources + +Data, not user docs. One line per factory sound: where its settings come from. "own" = designed by ear +here (no published setting exists); the sound it evokes is in brackets. Panel settings from published +charts, manuals and articles were translated to our parameters (tools/gen_snaps.mjs, tools/gen_fm.py, +core/bm_params.c); no audio was sampled and no factory data dump was copied (DX7 ROM: recipes only). +Names allude; they never carry an artist name, a song title or a trademark. + +Machine attributions checked for the song-inspired sounds (and dropped when they did not hold): +"Thriller" bass = ARP 2600 (not B-MINI); "I Feel Love" and "Lucky Man" = Moog modular; "Take On Me" +riff = Juno-60 and its bass = DX7; "Mentasm" = Alpha Juno (so DARK RAVE is only inspired); LatelyBass = +TX81Z (so HOUSE BS is a 6-op rebuild); "Spastik" = drums only; "Revolution 909" = no 303 documented. + +## BB-303 (core/bm_params.c, bm_ac_presets) + +TB-303 owner's manual (1982), pages 8 ("Initial Settings") and 34-35 ("Sample Sounds"), knob positions +read from the drawings (7:00 = 0, 5:00 = 127): https://notebook.zoeblade.com/Downloads/Documentation/Roland/TB-303_owners_manual.pdf +SLIDE 7 = the 303's fixed slide (~60 ms, Open303's value): https://www.firstpr.com.au/rwi/dfish/303-slide.html + +| Preset | Source | +|---|---| +| CLASSIC | own (the classic acid squelch) | +| E.BASS A | manual: Electric Bass Type A | +| E.BASS B | manual: Electric Bass Type B | +| UPRIGHT | manual: Acoustic Bass | +| SYNTH BASS | manual: Synthesized Bass | +| INIT 1982 | manual: Initial Settings | +| CHICAGO 86 | own [the first acid house jam, 303 verified]: https://djmag.com/content/game-changers-phuture-acid-tracks , https://daily.redbullmusicacademy.com/2012/12/dj-pierre-interview | +| PHILLY 95 | own [the screaming 1995 acid hit, two stock 303s verified]: https://mixmag.net/feature/josh-wink-tells-us-how-he-really-made-higher-state-of-consciousness | +| ROBOT FUNK | own [the French 1995 303 riff, 303 verified]: https://en.wikipedia.org/wiki/Da_Funk , https://musictech.com/news/daft-punk-gear-list-1997-homework-album/ | +| BIG BEAT | own [the big-beat ode to the 303, real 303 verified]: https://musicradar.com/news/fatboy-slim-real-303-not-clone , https://articles.roland.com/everybody-needs-a-303-fatboy-slim/ | +| WINDSOR 93 | own [the minimal 303 + 606 album, verified]: https://store.mute.com/browse/plastikman/products/plastikman-sheet-one-30th-anniversary-edition | +| BOMBAY 82 | own [ragas on a disco beat, 303 verified]: https://ra.co/reviews/7445 | + +## B-MINI (tools/gen_snaps.mjs, MINI) + +Minimoog factory "Sound Charts" (Tom Rhea) as redrawn by Sound On Sound and MatrixSynth; Reverb's video +recreations for the song sounds (Minimoog verified on each record, settings are Reverb's, not studio notes). +Panel mapping: cutoff -5..+5 -> 60 Hz..20 kHz, emphasis / contour 0-10 -> 0..127, mixer 0-10, contour +times in ms, KB1 / KB2 -> KBD CTRL 1/3 / 2/3, DECAY switch -> release. + +| Preset | Source | +|---|---| +| WIZARD BASS | Reverb recreation [the 1977 funk bass played on stacked Minimoogs]: https://reverb.com/news/video-the-synth-sounds-of-5-classic-minimoog-tracks , https://en.wikipedia.org/wiki/Flash_Light_(song) | +| FAT UNISON | Rhea chart "Emerson's Fat Bass": https://www.matrixsynth.com/2013/05/sound-charts-for-minimoog-elp-trilogy.html | +| TUTTI BRASS | Rhea chart "Trumpet" (SOS redraw): https://www.soundonsound.com/techniques/brass-synthesis-minimoog | +| RASP BRASS | Gordon Reid's brass patch, SOS: https://www.soundonsound.com/techniques/brass-synthesis-minimoog | +| SLIDE BONE | Rhea chart "Trombone (Jazz)" (SOS redraw): same SOS article | +| NOISE TUBA | Rhea chart "Tuba" (SOS redraw; the noise filter modulation becomes a little noise in the mixer): same SOS article | +| OCTAVE GLIDE | Rhea chart "ELP Trilogy": https://www.matrixsynth.com/2013/05/sound-charts-for-minimoog-elp-trilogy.html | +| FIFTHS | Rhea chart "Hindemoog" without its trill: https://www.matrixsynth.com/2015/01/vintage-moog-minimoog-model-d.html | +| TLR SOUND | Rhea chart "The T.L.R. Sound" (without the osc 3 ramp): https://www.matrixsynth.com/2015/01/vintage-moog-minimoog-model-d.html | +| COLD FRIEND | Reverb recreation [the 1979 electro-pop number one lead]: https://reverb.com/news/video-the-synth-sounds-of-5-classic-minimoog-tracks | +| MUTANT ARP | Reverb recreation [the 1978 new-wave patrol riff] (osc 3 ramp left out): same Reverb video | +| SOFT HORN | Reverb recreation [the 1975 long-form solo]: same Reverb video | +| WHINE LEAD | Reverb-style G-funk lead (genre sound; the Minimoog on that album is partly verified): https://en.wikipedia.org/wiki/Bitches_Ain%27t_Shit | +| MOTOR RIFF | own [the 1979 car riff, Minimoog verified]: https://en.wikipedia.org/wiki/Cars_(song) | +| HIGHWAY BASS | own [the 1974 motorway octave bass, Minimoog verified]: https://en.wikipedia.org/wiki/Autobahn_(song) | +| BENDER LEAD | own [the 80s TV-theme bent lead, through a driven amp]: https://www.soundonsound.com/people/jan-hammer | +| SUB ONE | community Vital preset (assets/presets/banco.json) | +| REESE | community Vital preset (assets/presets/banco.json) | + +## BX-7 (tools/gen_fm.py) + +Programmed by parameters from published recipes; no DX7 ROM data. + +| Preset | Source | +|---|---| +| TINEKEYS | E.PIANO 1 recipe [the 80s ballad e-piano, ~40 % of 1986 US number ones]: https://www.muzines.co.uk/articles/yamaha-dx7/4733 , https://yamahasynth.com/learn/synth-programming/fm-101-part-five-expanding-your-sound/ , https://meganlavengood.com/wp-content/uploads/2019/09/Lavengood-2019-%E2%80%9CWhat-Makes-It-Sound-%E2%80%9980s%E2%80%9D-The-Yamaha-DX7-Electr.pdf | +| FULLTINE | STK Rhodey ratios, levels and decays: https://github.com/thestk/stk/blob/master/src/Rhodey.cpp | +| POP BASS | generic BASS 1 recipe [the 80s pop / film synth bass, DX7 BASS 1 verified on "Take On Me"]: https://musictech.com/tutorials/fm-synthesis-basics-dexed/ , https://www.soundonsound.com/techniques/classic-tracks-ha-take-me | +| HOUSE BS | 6-op rebuild of the TX81Z house bass, MusicTech recipe: https://musictech.com/tutorials/learn-advanced-fm-synthesis-with-dexed/ , https://www.polynominal.com/lately-bass-yamaha-tx81z-dx100/index.html | +| SUB BASS | own (kept from 0.8) | +| TUBECHIM | STK TubeBell ratios and levels: https://github.com/thestk/stk/blob/master/src/TubeBell.cpp | +| CHIMES | SOS "Practically FM" part 5: https://www.muzines.co.uk/articles/practically-fm/3979 | +| BRASS 80 | SOS "Practically FM" part 4: https://www.muzines.co.uk/articles/practically-fm/3961 | +| STRINGS | own (kept from 0.8; 1:1 pairs with a slow attack, as SOS describes) | +| MARIMBA | DecentSampler FM recipe (1:3.5, fast modulator decay), shortened: https://decentsampler-developers-guide.readthedocs.io/en/1.21.1/topic-how-to-use-fm-synthesis.html | +| FLUTE | own (kept from 0.8; feedback-noise breath as Dave Bristow describes): https://www.muzines.co.uk/articles/dave-bristow-on-the-yamaha-dx7/6076 | +| PIPE ORG | algorithm 19 recipe (ratios), levels own: https://www.muzines.co.uk/articles/yamaha-dx7/4733 | +| ORGAN | drawbar recipe, algorithm 32 at 1 / 2 / 3 / 4 / 6 / 8: https://www.muzines.co.uk/articles/yamaha-dx7/4733 | +| REED HRP | own (no published recipe) | +| CLAVI | own (kept from 0.8) | +| PLUCKED | own (kept from 0.8) | +| GLASS | own (kept from 0.8) | +| LEAD | own (kept from 0.8) | +| SUPER FM | own (kept from 0.8) | +| BUZZ | own (kept from 0.8) | + +## BUNO-6 (tools/gen_snaps.mjs, BUNO) + +"decoded" = based on a Roland factory patch, decoded by Ultramaster KR-106 (GPL), used as a starting point +and mapped to our engine (sliders 0-10; LFO 0.3-20 Hz, attack 1.5 ms-3 s, decay / release 1.5 ms-12 s): +https://github.com/kayrockscreenprinting/ultramaster_kr106/blob/HEAD/Source/KR106_Presets_JUCE.h , https://kayrock.org/kr106/guide.html + +| Preset | Source | +|---|---| +| POLY BRASS | decoded (Juno-106 A11), 8' by ear | +| SAW STRINGS | decoded (Juno-60 A11) | +| SOFT PAD | Bonedo's Juno-60 pad (VCF LFO, LFO rate and delay, chorus I), the rest own: https://www.bonedo.de/artikel/sound-workshop-pad-lorde-team | +| PWM STRINGS | decoded (Juno-60 A13) | +| MOVING STRS | decoded (Juno-106 A15) | +| VOX CHOIR | decoded (Juno-106 A17) | +| DEEP CHORDS | own [the 1986 deep house chords, Juno-60 verified]: https://equipboard.com/pros/larry-heard , https://articles.roland.com/?p=17260 | +| PHASE BRASS | decoded (Juno-60 A18) | +| PULSE ORGAN | decoded (Juno-106 A21) | +| FUNKY PLUCK | decoded (Juno-106 A47) | +| POP RIFF | own [the 1985 synth-pop riff, Juno-60 verified]: https://www.soundonsound.com/techniques/classic-tracks-ha-take-me | +| DELAY LEAD | decoded (Juno-106 A51) | +| PULSE BASS | decoded (Juno-106 A48) | +| ROUND BASS | decoded (Juno-60 A31) | +| DARK RAVE | own [inspired by the early-90s rave "hoover", an Alpha Juno sound]: https://en.wikipedia.org/wiki/Hoover_sound | +| NOISE SWEEP | own (kept from 0.8) | + +## BITTAL (tools/gen_snaps.mjs, BITTAL; community presets in assets/presets/banco.json) + +Own wavetables, built additively in the style of the PPG Wave 2.2 tables named in its manual (no PPG ROM +data): https://www.hermannseib.com/documents/wave22getxt.pdf . Table names: https://www.presetpatch.com/article/ppg-wavetable-list + +| Preset | Source | +|---|---| +| SAW MOTION ... LOW PAD (19) | community Vital presets (assets/presets/banco.json: repository, commit, license) | +| WAVE SWEEP | PPG Wave 2.2 manual 7.3.4.1 (table 00 harmonics with a resonant peak, ENV1-WAVES at maximum, ENV1 A28 D34 S0 R0), envelope times by ear | +| GLASS BELLS | own, in the style of PPG table 04 (high overtones, bells) [the PPG bells on mid-80s synth-pop, verified]: https://side-line.com/?p=24136 | +| MALLET VIBES | own, in the style of PPG table 02 (vibraphone) with the factory tremolo idea | +| MIXED CHOIR | own, in the style of PPG table 27 (choir formants) [the PPG choir of a 1987 synth-pop album, verified]: https://side-line.com/?p=24136 | +| WAVE BRASS | own, in the style of PPG table 26 (brass formants) | +| WAVE STRINGS | own, in the style of PPG table 29 (square to pulse) | +| CLICK BASS | own [the PPG + DX7 bass of a 1985 hit, verified]: https://www.mixonline.com/recording/classic-tracks-tears-fears-everybody-wants-rule-world-365857 | diff --git a/assets/presets/banco.json b/assets/presets/banco.json index 0b91762..de26466 100644 --- a/assets/presets/banco.json +++ b/assets/presets/banco.json @@ -7,10 +7,6 @@ }, "presets": [ {"name": "SUB ONE", "machine": "B-MINI", "repo": "nahush", "path": "Presets (1)/Sub 1.vital", "author": "NAHUSH"}, - {"name": "SUB GROWL", "machine": "B-MINI", "repo": "nahush", "path": "Presets (1)/Sub 56.vital", "author": "NAHUSH"}, - {"name": "CURIOUS", "machine": "B-MINI", "repo": "amage", "path": "Presets/Curious Bass.vital", "author": "ABSTR. 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\ No newline at end of file diff --git a/assets/presets/buno/brass-6.vital b/assets/presets/buno/brass-6.vital deleted file mode 100644 index ca41cfb..0000000 --- a/assets/presets/buno/brass-6.vital +++ /dev/null @@ -1 +0,0 @@ -{"author":"Bubba Machine","comments":"Bubba Machine factory sound for BUNO-6, CC0. bubba-buno: {\"SAW\":1,\"PULSE\":0,\"SUB\":20,\"HPF\":1,\"A\":45,\"D\":75,\"S\":85,\"R\":60,\"CHORUS\":0,\"PWM\":0,\"macro\":[55,20,70,0]}","macro1":"FREQ","macro2":"RES","macro3":"ENV","macro4":"LFO","preset_name":"BRASS 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\ No newline at end of file diff --git a/assets/presets/buno/dark-rave.vital b/assets/presets/buno/dark-rave.vital new file mode 100644 index 0000000..b5f1a5f --- /dev/null +++ b/assets/presets/buno/dark-rave.vital @@ -0,0 +1 @@ +{"author":"Bubba Machine","comments":"Bubba Machine factory sound for BUNO-6, CC0. bubba-buno: {\"SAW\":1,\"PULSE\":1,\"RANGE\":1,\"SUB\":76,\"NOISE\":0,\"PWMSRC\":0,\"LFODCO\":13,\"PWM\":114,\"HPF\":0,\"ENVPOL\":0,\"KEYT\":64,\"VELF\":0,\"VELA\":0,\"VCA\":0,\"A\":21,\"D\":68,\"S\":102,\"R\":61,\"LRATE\":96,\"LDELAY\":0,\"CHORUS\":2,\"macro\":[76,25,38,0]}","macro1":"FREQ","macro2":"RES","macro3":"ENV","macro4":"LFO","preset_name":"DARK 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\ No newline at end of file diff --git a/assets/presets/buno/deep-chords.vital b/assets/presets/buno/deep-chords.vital new file mode 100644 index 0000000..1373368 --- /dev/null +++ b/assets/presets/buno/deep-chords.vital @@ -0,0 +1 @@ +{"author":"Bubba Machine","comments":"Bubba Machine factory sound for BUNO-6, CC0. bubba-buno: {\"SAW\":0,\"PULSE\":1,\"RANGE\":1,\"SUB\":38,\"NOISE\":0,\"PWMSRC\":1,\"LFODCO\":0,\"PWM\":38,\"HPF\":0,\"ENVPOL\":0,\"KEYT\":64,\"VELF\":0,\"VELA\":0,\"VCA\":0,\"A\":27,\"D\":80,\"S\":76,\"R\":68,\"LRATE\":62,\"LDELAY\":0,\"CHORUS\":2,\"macro\":[57,25,25,0]}","macro1":"FREQ","macro2":"RES","macro3":"ENV","macro4":"LFO","preset_name":"DEEP 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\ No newline at end of file diff --git a/assets/presets/buno/delay-lead.vital b/assets/presets/buno/delay-lead.vital new file mode 100644 index 0000000..33b3319 --- /dev/null +++ b/assets/presets/buno/delay-lead.vital @@ -0,0 +1 @@ +{"author":"Bubba Machine","comments":"Bubba Machine factory sound for BUNO-6, CC0. bubba-buno: {\"SAW\":0,\"PULSE\":1,\"RANGE\":1,\"SUB\":0,\"NOISE\":0,\"PWMSRC\":1,\"LFODCO\":18,\"PWM\":0,\"HPF\":0,\"ENVPOL\":0,\"KEYT\":52,\"VELF\":0,\"VELA\":0,\"VCA\":1,\"A\":6,\"D\":49,\"S\":72,\"R\":6,\"LRATE\":85,\"LDELAY\":96,\"CHORUS\":0,\"macro\":[39,97,36,0]}","macro1":"FREQ","macro2":"RES","macro3":"ENV","macro4":"LFO","preset_name":"DELAY 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\ No newline at end of file diff --git a/assets/presets/buno/funky-pluck.vital b/assets/presets/buno/funky-pluck.vital new file mode 100644 index 0000000..674a6cc --- /dev/null +++ b/assets/presets/buno/funky-pluck.vital @@ -0,0 +1 @@ +{"author":"Bubba Machine","comments":"Bubba Machine factory sound for BUNO-6, CC0. bubba-buno: {\"SAW\":1,\"PULSE\":1,\"RANGE\":0,\"SUB\":64,\"NOISE\":0,\"PWMSRC\":1,\"LFODCO\":0,\"PWM\":72,\"HPF\":0,\"ENVPOL\":0,\"KEYT\":41,\"VELF\":0,\"VELA\":0,\"VCA\":1,\"A\":6,\"D\":35,\"S\":36,\"R\":8,\"LRATE\":39,\"LDELAY\":0,\"CHORUS\":1,\"macro\":[30,23,51,0]}","macro1":"FREQ","macro2":"RES","macro3":"ENV","macro4":"LFO","preset_name":"FUNKY 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\ No newline at end of file diff --git a/assets/presets/buno/moving-strs.vital b/assets/presets/buno/moving-strs.vital new file mode 100644 index 0000000..3772b61 --- /dev/null +++ b/assets/presets/buno/moving-strs.vital @@ -0,0 +1 @@ +{"author":"Bubba Machine","comments":"Bubba Machine factory sound for BUNO-6, CC0. bubba-buno: {\"SAW\":1,\"PULSE\":1,\"RANGE\":1,\"SUB\":14,\"NOISE\":0,\"PWMSRC\":0,\"LFODCO\":0,\"PWM\":39,\"HPF\":0,\"ENVPOL\":0,\"KEYT\":110,\"VELF\":0,\"VELA\":0,\"VCA\":0,\"A\":16,\"D\":91,\"S\":88,\"R\":40,\"LRATE\":79,\"LDELAY\":0,\"CHORUS\":2,\"macro\":[77,20,4,0]}","macro1":"FREQ","macro2":"RES","macro3":"ENV","macro4":"LFO","preset_name":"MOVING 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\ No newline at end of file diff --git a/assets/presets/buno/organ-6.vital b/assets/presets/buno/organ-6.vital deleted file mode 100644 index 94ad2b4..0000000 --- a/assets/presets/buno/organ-6.vital +++ /dev/null @@ -1 +0,0 @@ -{"author":"Bubba Machine","comments":"Bubba Machine factory sound for BUNO-6, CC0. bubba-buno: {\"SAW\":0,\"PULSE\":1,\"PWMSRC\":1,\"SUB\":90,\"HPF\":1,\"VCA\":1,\"A\":0,\"D\":60,\"S\":127,\"R\":20,\"CHORUS\":3,\"PWM\":0,\"macro\":[110,0,0,0]}","macro1":"FREQ","macro2":"RES","macro3":"ENV","macro4":"LFO","preset_name":"ORGAN 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\ No newline at end of file diff --git a/assets/presets/buno/strings-6.vital b/assets/presets/buno/phase-brass.vital similarity index 96% rename from assets/presets/buno/strings-6.vital rename to assets/presets/buno/phase-brass.vital index 1120c97..b03cd48 100644 --- a/assets/presets/buno/strings-6.vital +++ b/assets/presets/buno/phase-brass.vital @@ -1 +1 @@ -{"author":"Bubba Machine","comments":"Bubba Machine factory sound for BUNO-6, CC0. bubba-buno: {\"SAW\":1,\"PULSE\":0,\"SUB\":0,\"HPF\":2,\"A\":80,\"D\":90,\"S\":110,\"R\":85,\"CHORUS\":2,\"LRATE\":50,\"PWM\":0,\"macro\":[90,10,10,0]}","macro1":"FREQ","macro2":"RES","macro3":"ENV","macro4":"LFO","preset_name":"STRINGS 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\ No newline at end of file diff --git a/assets/presets/buno/pluck-6.vital b/assets/presets/buno/pluck-6.vital deleted file mode 100644 index 2dccc83..0000000 --- a/assets/presets/buno/pluck-6.vital +++ /dev/null @@ -1 +0,0 @@ -{"author":"Bubba Machine","comments":"Bubba Machine factory sound for BUNO-6, CC0. bubba-buno: {\"SAW\":1,\"PULSE\":1,\"PWMSRC\":1,\"SUB\":30,\"A\":0,\"D\":62,\"S\":0,\"R\":55,\"CHORUS\":1,\"PWM\":30,\"macro\":[45,35,90,0]}","macro1":"FREQ","macro2":"RES","macro3":"ENV","macro4":"LFO","preset_name":"PLUCK 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\ No newline at end of file diff --git a/assets/presets/buno/poly-brass.vital b/assets/presets/buno/poly-brass.vital new file mode 100644 index 0000000..089b796 --- /dev/null +++ b/assets/presets/buno/poly-brass.vital @@ -0,0 +1 @@ +{"author":"Bubba Machine","comments":"Bubba Machine factory sound for BUNO-6, CC0. bubba-buno: {\"SAW\":1,\"PULSE\":0,\"RANGE\":1,\"SUB\":0,\"NOISE\":0,\"PWMSRC\":1,\"LFODCO\":0,\"PWM\":102,\"HPF\":0,\"ENVPOL\":0,\"KEYT\":86,\"VELF\":0,\"VELA\":0,\"VCA\":0,\"A\":8,\"D\":54,\"S\":44,\"R\":37,\"LRATE\":50,\"LDELAY\":88,\"CHORUS\":1,\"macro\":[36,13,58,0]}","macro1":"FREQ","macro2":"RES","macro3":"ENV","macro4":"LFO","preset_name":"POLY 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\ No newline at end of file diff --git a/assets/presets/buno/pop-riff.vital b/assets/presets/buno/pop-riff.vital new file mode 100644 index 0000000..1d03832 --- /dev/null +++ b/assets/presets/buno/pop-riff.vital @@ -0,0 +1 @@ +{"author":"Bubba Machine","comments":"Bubba Machine factory sound for BUNO-6, CC0. bubba-buno: {\"SAW\":1,\"PULSE\":1,\"RANGE\":1,\"SUB\":0,\"NOISE\":0,\"PWMSRC\":1,\"LFODCO\":0,\"PWM\":25,\"HPF\":0,\"ENVPOL\":0,\"KEYT\":64,\"VELF\":0,\"VELA\":0,\"VCA\":0,\"A\":6,\"D\":49,\"S\":38,\"R\":37,\"LRATE\":79,\"LDELAY\":0,\"CHORUS\":1,\"macro\":[83,19,38,0]}","macro1":"FREQ","macro2":"RES","macro3":"ENV","macro4":"LFO","preset_name":"POP 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\ No newline at end of file diff --git a/assets/presets/buno/pulse-bass.vital b/assets/presets/buno/pulse-bass.vital new file mode 100644 index 0000000..f072502 --- /dev/null +++ b/assets/presets/buno/pulse-bass.vital @@ -0,0 +1 @@ +{"author":"Bubba Machine","comments":"Bubba Machine factory sound for BUNO-6, CC0. bubba-buno: {\"SAW\":0,\"PULSE\":1,\"RANGE\":0,\"SUB\":102,\"NOISE\":50,\"PWMSRC\":1,\"LFODCO\":1,\"PWM\":57,\"HPF\":0,\"ENVPOL\":0,\"KEYT\":36,\"VELF\":0,\"VELA\":0,\"VCA\":0,\"A\":6,\"D\":39,\"S\":0,\"R\":40,\"LRATE\":76,\"LDELAY\":73,\"CHORUS\":0,\"macro\":[32,0,66,0]}","macro1":"FREQ","macro2":"RES","macro3":"ENV","macro4":"LFO","preset_name":"PULSE 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\ No newline at end of file diff --git a/assets/presets/buno/pulse-organ.vital b/assets/presets/buno/pulse-organ.vital new file mode 100644 index 0000000..d48072e --- /dev/null +++ b/assets/presets/buno/pulse-organ.vital @@ -0,0 +1 @@ +{"author":"Bubba Machine","comments":"Bubba Machine factory sound for BUNO-6, CC0. bubba-buno: {\"SAW\":0,\"PULSE\":1,\"RANGE\":0,\"SUB\":23,\"NOISE\":0,\"PWMSRC\":0,\"LFODCO\":0,\"PWM\":53,\"HPF\":0,\"ENVPOL\":0,\"KEYT\":127,\"VELF\":0,\"VELA\":0,\"VCA\":1,\"A\":6,\"D\":16,\"S\":83,\"R\":6,\"LRATE\":73,\"LDELAY\":72,\"CHORUS\":0,\"macro\":[43,76,14,1]}","macro1":"FREQ","macro2":"RES","macro3":"ENV","macro4":"LFO","preset_name":"PULSE 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\ No newline at end of file diff --git a/assets/presets/buno/pwm-pad.vital b/assets/presets/buno/pwm-pad.vital deleted file mode 100644 index 464a0c5..0000000 --- a/assets/presets/buno/pwm-pad.vital +++ /dev/null @@ -1 +0,0 @@ -{"author":"Bubba Machine","comments":"Bubba Machine factory sound for BUNO-6, CC0. bubba-buno: {\"SAW\":0,\"PULSE\":1,\"PWMSRC\":0,\"SUB\":25,\"A\":70,\"D\":90,\"S\":110,\"R\":90,\"CHORUS\":2,\"LRATE\":55,\"PWM\":90,\"macro\":[85,15,15,0]}","macro1":"FREQ","macro2":"RES","macro3":"ENV","macro4":"LFO","preset_name":"PWM 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\ No newline at end of file diff --git a/assets/presets/buno/stab-6.vital b/assets/presets/buno/pwm-strings.vital similarity index 96% rename from assets/presets/buno/stab-6.vital rename to assets/presets/buno/pwm-strings.vital index aab5026..2b628de 100644 --- a/assets/presets/buno/stab-6.vital +++ b/assets/presets/buno/pwm-strings.vital @@ -1 +1 @@ -{"author":"Bubba Machine","comments":"Bubba Machine factory sound for BUNO-6, CC0. bubba-buno: {\"SAW\":1,\"PULSE\":0,\"SUB\":30,\"A\":0,\"D\":60,\"S\":20,\"R\":45,\"CHORUS\":2,\"PWM\":0,\"macro\":[60,25,75,0]}","macro1":"FREQ","macro2":"RES","macro3":"ENV","macro4":"LFO","preset_name":"STAB 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"}]}]}]},{"name":"Bubba 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\ No newline at end of file diff --git a/assets/presets/buno/round-bass.vital b/assets/presets/buno/round-bass.vital new file mode 100644 index 0000000..7510943 --- /dev/null +++ b/assets/presets/buno/round-bass.vital @@ -0,0 +1 @@ +{"author":"Bubba Machine","comments":"Bubba Machine factory sound for BUNO-6, CC0. bubba-buno: {\"SAW\":1,\"PULSE\":1,\"RANGE\":0,\"SUB\":37,\"NOISE\":0,\"PWMSRC\":1,\"LFODCO\":0,\"PWM\":64,\"HPF\":0,\"ENVPOL\":0,\"KEYT\":0,\"VELF\":0,\"VELA\":0,\"VCA\":1,\"A\":8,\"D\":81,\"S\":3,\"R\":61,\"LRATE\":59,\"LDELAY\":98,\"CHORUS\":1,\"macro\":[38,27,39,0]}","macro1":"FREQ","macro2":"RES","macro3":"ENV","macro4":"LFO","preset_name":"ROUND 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\ No newline at end of file diff --git a/assets/presets/buno/saw-strings.vital b/assets/presets/buno/saw-strings.vital new file mode 100644 index 0000000..352fdc1 --- /dev/null +++ b/assets/presets/buno/saw-strings.vital @@ -0,0 +1 @@ +{"author":"Bubba Machine","comments":"Bubba Machine factory sound for BUNO-6, CC0. bubba-buno: {\"SAW\":1,\"PULSE\":0,\"RANGE\":1,\"SUB\":0,\"NOISE\":0,\"PWMSRC\":1,\"LFODCO\":0,\"PWM\":0,\"HPF\":0,\"ENVPOL\":0,\"KEYT\":127,\"VELF\":0,\"VELA\":0,\"VCA\":0,\"A\":67,\"D\":6,\"S\":127,\"R\":86,\"LRATE\":74,\"LDELAY\":0,\"CHORUS\":1,\"macro\":[88,0,0,0]}","macro1":"FREQ","macro2":"RES","macro3":"ENV","macro4":"LFO","preset_name":"SAW 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\ No newline at end of file diff --git a/assets/presets/buno/soft-lead.vital b/assets/presets/buno/soft-lead.vital deleted file mode 100644 index 5dff15e..0000000 --- a/assets/presets/buno/soft-lead.vital +++ /dev/null @@ -1 +0,0 @@ -{"author":"Bubba Machine","comments":"Bubba Machine factory sound for BUNO-6, CC0. bubba-buno: {\"SAW\":1,\"PULSE\":0,\"SUB\":40,\"A\":10,\"D\":70,\"S\":100,\"R\":40,\"CHORUS\":1,\"LFODCO\":20,\"LDELAY\":80,\"LRATE\":70,\"PWM\":0,\"macro\":[80,30,25,0]}","macro1":"FREQ","macro2":"RES","macro3":"ENV","macro4":"LFO","preset_name":"SOFT 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\ No newline at end of file diff --git a/assets/presets/buno/soft-pad.vital b/assets/presets/buno/soft-pad.vital new file mode 100644 index 0000000..bb677b5 --- /dev/null +++ b/assets/presets/buno/soft-pad.vital @@ -0,0 +1 @@ +{"author":"Bubba Machine","comments":"Bubba Machine factory sound for BUNO-6, CC0. bubba-buno: {\"SAW\":1,\"PULSE\":1,\"RANGE\":1,\"SUB\":38,\"NOISE\":0,\"PWMSRC\":0,\"LFODCO\":0,\"PWM\":64,\"HPF\":0,\"ENVPOL\":0,\"KEYT\":64,\"VELF\":0,\"VELA\":0,\"VCA\":0,\"A\":68,\"D\":68,\"S\":102,\"R\":80,\"LRATE\":88,\"LDELAY\":88,\"CHORUS\":1,\"macro\":[64,13,13,25]}","macro1":"FREQ","macro2":"RES","macro3":"ENV","macro4":"LFO","preset_name":"SOFT 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\ No newline at end of file diff --git a/assets/presets/buno/square-lead.vital b/assets/presets/buno/square-lead.vital deleted file mode 100644 index f7b3144..0000000 --- a/assets/presets/buno/square-lead.vital +++ /dev/null @@ -1 +0,0 @@ -{"author":"Bubba Machine","comments":"Bubba Machine factory sound for BUNO-6, CC0. bubba-buno: {\"SAW\":0,\"PULSE\":1,\"PWMSRC\":1,\"SUB\":20,\"A\":5,\"D\":70,\"S\":110,\"R\":40,\"CHORUS\":0,\"LFODCO\":15,\"LDELAY\":70,\"LRATE\":72,\"PWM\":40,\"macro\":[95,20,20,0]}","macro1":"FREQ","macro2":"RES","macro3":"ENV","macro4":"LFO","preset_name":"SQUARE 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\ No newline at end of file diff --git a/assets/presets/buno/sub-bass-6.vital b/assets/presets/buno/sub-bass-6.vital deleted file mode 100644 index 3e3784c..0000000 --- a/assets/presets/buno/sub-bass-6.vital +++ /dev/null @@ -1 +0,0 @@ -{"author":"Bubba Machine","comments":"Bubba Machine factory sound for BUNO-6, CC0. bubba-buno: {\"SAW\":1,\"PULSE\":0,\"SUB\":110,\"RANGE\":0,\"HPF\":0,\"A\":0,\"D\":60,\"S\":70,\"R\":30,\"CHORUS\":0,\"KEYT\":40,\"PWM\":0,\"macro\":[40,30,60,0]}","macro1":"FREQ","macro2":"RES","macro3":"ENV","macro4":"LFO","preset_name":"SUB BASS 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\ No newline at end of file diff --git a/assets/presets/buno/vox-choir.vital b/assets/presets/buno/vox-choir.vital new file mode 100644 index 0000000..c4b5cf9 --- /dev/null +++ b/assets/presets/buno/vox-choir.vital @@ -0,0 +1 @@ +{"author":"Bubba Machine","comments":"Bubba Machine factory sound for BUNO-6, CC0. bubba-buno: {\"SAW\":0,\"PULSE\":1,\"RANGE\":1,\"SUB\":0,\"NOISE\":0,\"PWMSRC\":1,\"LFODCO\":13,\"PWM\":25,\"HPF\":2,\"ENVPOL\":0,\"KEYT\":62,\"VELF\":0,\"VELA\":0,\"VCA\":0,\"A\":62,\"D\":17,\"S\":127,\"R\":53,\"LRATE\":76,\"LDELAY\":70,\"CHORUS\":1,\"macro\":[58,94,3,0]}","macro1":"FREQ","macro2":"RES","macro3":"ENV","macro4":"LFO","preset_name":"VOX 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\ No newline at end of file diff --git a/assets/presets/buno/warm-pad.vital b/assets/presets/buno/warm-pad.vital deleted file mode 100644 index 7be4ab2..0000000 --- a/assets/presets/buno/warm-pad.vital +++ /dev/null @@ -1 +0,0 @@ -{"author":"Bubba Machine","comments":"Bubba Machine factory sound for BUNO-6, CC0. bubba-buno: {\"SAW\":1,\"PULSE\":1,\"PWMSRC\":0,\"SUB\":30,\"A\":85,\"D\":95,\"S\":100,\"R\":95,\"CHORUS\":1,\"LRATE\":45,\"PWM\":70,\"macro\":[70,25,30,0]}","macro1":"FREQ","macro2":"RES","macro3":"ENV","macro4":"LFO","preset_name":"WARM 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\ No newline at end of file diff --git a/assets/presets/own/bender-lead.vital b/assets/presets/own/bender-lead.vital new file mode 100644 index 0000000..b299927 --- /dev/null +++ b/assets/presets/own/bender-lead.vital @@ -0,0 +1 @@ +{"author":"Bubba Machine","comments":"Bubba Machine factory sound for B-MINI, CC0. bubba-mini: {\"TUNE\":64,\"MODE\":0,\"DRIVE\":95,\"VELF\":15,\"VELA\":20,\"NOISE\":0,\"R1\":2,\"W1\":2,\"L1\":115,\"R2\":2,\"W2\":3,\"L2\":92,\"R3\":2,\"W3\":2,\"L3\":0,\"T2\":65,\"T3\":64,\"KEYT\":85,\"FA\":0,\"FD\":79,\"FS\":102,\"FR\":32,\"AA\":22,\"AD\":79,\"AS\":127,\"AR\":32,\"GLIDE\":44,\"LAMT\":0,\"LDEST\":1,\"macro\":[89,25,25,64]}","preset_name":"BENDER LEAD","synth_version":"1.0.5","settings":{"osc_1_on":0,"osc_1_level":0.7,"osc_2_on":0,"osc_3_on":0,"polyphony":1}} \ No newline at end of file diff --git a/assets/presets/own/click-bass.vital b/assets/presets/own/click-bass.vital new file mode 100644 index 0000000..369773c --- /dev/null +++ b/assets/presets/own/click-bass.vital @@ -0,0 +1 @@ +{"author":"Bubba Machine","comments":"Bubba Machine factory sound for BITTAL, CC0. bubba-bittal: {\"macro\":[0,0,0,0],\"L1\":115,\"P1\":0,\"EPOS\":70,\"FT\":0,\"CUT\":72,\"RES\":25,\"FENV\":90,\"MA\":0,\"MD\":69,\"MS\":0,\"MR\":64,\"AA\":0,\"AD\":88,\"AS\":50,\"AR\":64,\"MODE\":1,\"VELA\":50}","preset_name":"CLICK BASS","synth_version":"1.0.5","settings":{"osc_1_on":1,"osc_1_level":0.7,"osc_2_on":0,"osc_3_on":0,"polyphony":6,"wavetables":[{"name":"CLICK BASS","author":"Bubba Machine","version":"1.0.5","groups":[{"components":[{"type":"Wave 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"},{"position":110,"wave_data":"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"},{"position":146,"wave_data":"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"},{"position":183,"wave_data":"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"}]}]}]}]}} \ No newline at end of file diff --git a/assets/presets/own/cold-friend.vital b/assets/presets/own/cold-friend.vital new file mode 100644 index 0000000..908e0d6 --- /dev/null +++ b/assets/presets/own/cold-friend.vital @@ -0,0 +1 @@ +{"author":"Bubba Machine","comments":"Bubba Machine factory sound for B-MINI, CC0. bubba-mini: {\"TUNE\":64,\"MODE\":0,\"DRIVE\":30,\"VELF\":15,\"VELA\":20,\"NOISE\":0,\"R1\":1,\"W1\":2,\"L1\":92,\"R2\":1,\"W2\":2,\"L2\":92,\"R3\":1,\"W3\":2,\"L3\":92,\"T2\":65,\"T3\":63,\"KEYT\":85,\"FA\":0,\"FD\":88,\"FS\":127,\"FR\":88,\"AA\":0,\"AD\":88,\"AS\":127,\"AR\":88,\"GLIDE\":0,\"LAMT\":0,\"LDEST\":1,\"macro\":[73,38,64,64]}","preset_name":"COLD FRIEND","synth_version":"1.0.5","settings":{"osc_1_on":0,"osc_1_level":0.7,"osc_2_on":0,"osc_3_on":0,"polyphony":1}} \ No newline at end of file diff --git a/assets/presets/own/fat-unison.vital b/assets/presets/own/fat-unison.vital new file mode 100644 index 0000000..edf2076 --- /dev/null +++ b/assets/presets/own/fat-unison.vital @@ -0,0 +1 @@ +{"author":"Bubba Machine","comments":"Bubba Machine factory sound for B-MINI, CC0. bubba-mini: {\"TUNE\":64,\"MODE\":0,\"DRIVE\":30,\"VELF\":15,\"VELA\":20,\"NOISE\":0,\"R1\":0,\"W1\":2,\"L1\":115,\"R2\":1,\"W2\":2,\"L2\":115,\"R3\":1,\"W3\":2,\"L3\":115,\"T2\":65,\"T3\":63,\"KEYT\":85,\"FA\":0,\"FD\":79,\"FS\":0,\"FR\":32,\"AA\":0,\"AD\":88,\"AS\":64,\"AR\":32,\"GLIDE\":0,\"LAMT\":0,\"LDEST\":1,\"macro\":[51,64,44,64]}","preset_name":"FAT UNISON","synth_version":"1.0.5","settings":{"osc_1_on":0,"osc_1_level":0.7,"osc_2_on":0,"osc_3_on":0,"polyphony":1}} \ No newline at end of file diff --git a/assets/presets/own/fifths.vital b/assets/presets/own/fifths.vital new file mode 100644 index 0000000..da9c93b --- /dev/null +++ b/assets/presets/own/fifths.vital @@ -0,0 +1 @@ +{"author":"Bubba Machine","comments":"Bubba Machine factory sound for B-MINI, CC0. bubba-mini: 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UWsOP7yYET8CKRU/HhUZP0BVHT/o4CE/9q4mP7a1Kz8G6zA/VEQ2P8W2Oz9EN0E/mbpGP4U1TD/SnFE/buVWP34EXD9972A/Q5xlPx8Baj/xFG4/MM9xPwYodT9SGHg/vJl6P8imfD/OOn4/FFJ/P8Xpfz8AAIA/05N/Pz+lfj8vNX0/g0V7P/fYeD8m83U/h5hyP0/Obj94mmo/pQNmPxsRYT+uyls/sDhWP9hjUD88VUo/MxZEP0SwPT8VLTc/VJYwP6P1KT+KVCM/WrwcPyI2Fj+iyg8/LoIJP6tkAz/08vo+2I7vPnap5D72Tdo+LYbQPoVaxz4D0r4+M/K2Pii/rz6CO6k+dmijPsBFnj7I0Zk+mQmWPgjpkj60apA+H4iOPs05jT5cd4w+lzeMPp9wjD79F40+yiKOPs6Fjz6VNZE+miaTPmhNlT6pnpc+TA+aPq2UnD6iJJ8+iLWhPn4+pD5St6Y+sxipPihcqz4zfK0+RXSvPt9AsT5937I+pE60PumNtT7bnbY+BIC3Pug2uD7mxbg+PzG5Pux9uT6osbk+v9K5PgPouT6/+Lk+hgy6PjMruj6xXLo+/ai6PvcXuz5Jsbs+XXy8PiyAvT43w74+YkvAPvIdwj5eP8Q+WrPGPrJ8yT5Gncw++xXQPsHm0z50Dtg+8IrcPglZ4T6TdOY+W9jrPkN+8T5BX/c+bXP9PgvZAT/uCAU/WkQIPwqGCz97yA4/AgYSP9c4FT8lWxg/FWcbP95WHj/VJCE/gcsjP6BFJj87jig/tKAqP9B4LD/JEi4/TmsvP55/MD9/TTE/VtMxPyEQMj+HAzI/ya0xP94PMT9hKzA/jwIvP1OYLT8u8Cs/Qw4qP0L3Jz9msCU/Zz8jP3GqID8T+B0/My8bP/9WGD/ddhU/VpYSPwy9Dz+d8gw/nT4KP3moBz9qNwU/ZPICP/7fAD/YDP4+t9b6PvIn+D6hCfY+nIP0Pkqc8z6VWPM+3rvzPubH9D6/fPY+ztj4Pr/Y+z6Dd/8+KNcBP106BD9Y4AY/PcMJP3ncDD+1JBA//JMTP7chFz+9xBo/b3MeP8IjIj9SyyU/eF8pP2rVLD81IjA/8zozP80UNj8VpTg/Y+E6P6a/PD85Nj4/+zs/P1/IPz+H0z8/SVY/P05KPj8Vqjw/DnE6P5GbNz/+JjQ/uBEwPzFbKz/mAyY/aw0gP2R6GT+DThI/iI4KPzVAAj+K1PI+zSjgPliOzD72F7g+AtqiPjnqjD44v2w+hqQ+PmO2Dz61UMA9U7xAPc9ojydTvEC9tVDAvWO2D76GpD6+OL9svjnqjL4C2qK+9he4vliOzL7NKOC+itTyvjVAAr+Ijgq/g04Sv2R6Gb9rDSC/5gMmvzFbK7+4ETC//iY0v5GbN78OcTq/Fao8v05KPr9JVj+/h9M/v1/IP7/7Oz+/OTY+v6a/PL9j4Tq/FaU4v80UNr/zOjO/NSIwv2rVLL94Xym/Usslv8IjIr9vcx6/vcQav7chF7/8kxO/tSQQv3ncDL89wwm/WOAGv106BL8o1wG/g3f/vr/Y+77O2Pi+v3z2vubH9L7eu/O+lVjzvkqc876cg/S+oQn2vvIn+L631vq+2Az+vv7fAL9k8gK/ajcFv3moB7+dPgq/nfIMvwy9D79WlhK/3XYVv/9WGL8zLxu/E/gdv3GqIL9nPyO/ZrAlv0L3J79DDiq/LvArv1OYLb+PAi+/YSswv94PMb/JrTG/hwMyvyEQMr9W0zG/f00xv55/ML9Oay+/yRIuv9B4LL+0oCq/O44ov6BFJr+ByyO/1SQhv95WHr8VZxu/JVsYv9c4Fb8CBhK/e8gOvwqGC79aRAi/7ggFvwvZAb9tc/2+QV/3vkN+8b5b2Ou+k3TmvglZ4b7wity+dA7YvsHm0777FdC+Rp3MvrJ8yb5as8a+Xj/EvvIdwr5iS8C+N8O+viyAvb5dfLy+SbG7vvcXu779qLq+sVy6vjMrur6GDLq+v/i5vgPoub6/0rm+qLG5vux9ub4/Mbm+5sW4vug2uL4EgLe+2522vumNtb6kTrS+fd+yvt9Asb5FdK++M3ytvihcq76zGKm+Uremvn4+pL6ItaG+oiSfvq2UnL5MD5q+qZ6XvmhNlb6aJpO+lTWRvs6Fj77KIo6+/ReNvp9wjL6XN4y+XHeMvs05jb4fiI6+tGqQvgjpkr6ZCZa+yNGZvsBFnr52aKO+gjupvii/r74z8ra+A9K+voVax74thtC+9k3avnap5L7Yju++9PL6vqtkA78uggm/osoPvyI2Fr9avBy/ilQjv6P1Kb9UljC/FS03v0SwPb8zFkS/PFVKv9hjUL+wOFa/rspbvxsRYb+lA2a/eJpqv0/Obr+HmHK/JvN1v/fYeL+DRXu/LzV9vz+lfr/Tk3+/AACAv8Xpf78UUn+/zjp+v8imfL+8mXq/Uhh4vwYodb8wz3G/8RRuvx8Bar9DnGW/fe9gv34EXL9u5Va/0pxRv4U1TL+Zuka/RDdBv8W2O79URDa/Buswv7a1K7/2ria/6OAhv0BVHb8eFRm/AikVv7yYEb9Raw6//aYLvxVRCb8Gbge/RQEGv1ANBb+bkwS/npQEv78PBb9kAwa/62wHv7VICb8wkgu/0kMOvzJXEb8OxRS/XoUYv16PHL+n2SC/OFolv5kGKr/m0y6/37YzvxOkOL/cjz2/oG5Cv7E0R7+T1ku/BUlQvw+BVL8idFi/JBhcv5tjX7+lTWK/Fs5kv4jdZr9tdWi/FJBpv8Ioar+mO2q/+cVpv+nFaL++Ome/siRlvxWFYr81Xl+/YbNbv9mIV7/S41K/ZMpNv3pDSL/KVkK/xgw8v4BuNb+nhS6/alwnv2P9H7+Dcxi/B8oQv08MCb/WRQG/MgTzvvuY4756YNS+q3DFvtTetr52v6i+GiabvjMljr72zYG+n2BsvmS1Vr4ktEK+m3MwviwHIL7JfhG+C+cEvtOR9L3FU+O9ARjWvaHbzL37lMe9CTTGvVeiyL2Ww8693HXYvQWS5b0q7PW9AqoEvs/KD77IPBy+6eIpvvyeOL4HUki+cNxYvnAear4l+Hu+BSWHvoF6kL5s7Zm+I2+jvqjxrL6wZ7a+xcS/vlP9yL7JBtK+ldfavj9n4751ruu+AKfzvuNL+76iTAG/OsYEv/QRCL+ZLwu/eh8Ov23iEL+9eRO/JucVv84sGL8zTRq/Ikscv6wpHr8Y7B+/05Uhv2cqI79prSS/ayImv/WMJ79y8Ci/H1Aqvw2vK78GEC2/kXUuv9jhL7+vVjG/iNUyv2RfNL/d9DW/FpY3v8JCOb8a+jq/6Lo8v4GDPr/PUUC/USNCvx31Q7/2w0W/QoxHvyZKSb99+Uq/95VMvxUbTr9BhE+/08xQvyLwUb+W6VK/rrRTvxJNVL+jrlS/gNVUvxy+VL9HZVS/MchTv4fkUr9luFG/dkJQv+aBTr92dky/eSBKv+CAR78tmUS/g2tBv5X6Pb+sSTq/qVw2v/I3Mr9p4C2/fVspv/WuJL8P4R+/Wvgav637Fb8h8hC/8+ILv4fVBr9I0QG/N7v5vqcD8L4yiua+xVzdvraI1L6kGsy+ax7Evu6evL4MprW+fjyvvrlpqb7tM6S+3p+fvuCwm77CaJi+z8eVvr7Mk765dJK+WbuRvqiakb4yC5K+DASTvt96lL4GZJa+mbKYvo1Ym77MRp6+WG2hvma7pL6IH6i+y4ervuXhrr5ZG7K+nCG1vkrit749S7q+zUq8vuXPvb43yr6+Xiq/vgTivr4G5L2+lCS8vk+Zub5oOba+tv2xvs3grL4L36a+sPafvt4nmL6kdI++BuGFvuPldr59ZGC+QFFIvjvDLr781BO+vUjvvc2ktL3xC3C9jOXmvDzhPTtkOg09Y/eHPQuhyT2nnQU+8DImPsVfRj6S82U+A1+CPslHkT7XnJ8+oEetPnkyuj7ESMY+GHfRPmur2z4u1eQ+dOXsPhXP8z65hvk+/gL+PkGeAD/6lgE/EOoBP/qWAT9BngA//gL+PrmG+T4Vz/M+dOXsPi7V5D5rq9s+GHfRPsRIxj55Mro+oEetPtecnz7JR5E+A1+CPpLzZT7FX0Y+8DImPqedBT4Lock9Y/eHPWQ6DT084T07jOXmvPELcL3NpLS9vUjvvfzUE747wy6+QFFIvn1kYL7j5Xa+BuGFvqR0j77eJ5i+sPafvgvfpr7N4Ky+tv2xvmg5tr5Pmbm+lCS8vgbkvb4E4r6+Xiq/vjfKvr7lz72+zUq8vj1Lur5K4re+nCG1vlkbsr7l4a6+y4ervogfqL5mu6S+WG2hvsxGnr6NWJu+mbKYvgZklr7fepS+DASTvjILkr6ompG+WbuRvrl0kr6+zJO+z8eVvsJomL7gsJu+3p+fvu0zpL65aam+fjyvvgymtb7unry+ax7EvqQazL62iNS+xVzdvjKK5r6nA/C+N7v5vkjRAb+H1Qa/8+ILvyHyEL+t+xW/Wvgavw/hH7/1riS/fVspv2ngLb/yNzK/qVw2v6xJOr+V+j2/g2tBvy2ZRL/ggEe/eSBKv3Z2TL/mgU6/dkJQv2W4Ub+H5FK/MchTv0dlVL8cvlS/gNVUv6OuVL8STVS/rrRTv5bpUr8i8FG/08xQv0GET78VG06/95VMv335Sr8mSkm/QoxHv/bDRb8d9UO/USNCv89RQL+Bgz6/6Lo8vxr6Or/CQjm/FpY3v930Nb9kXzS/iNUyv69WMb/Y4S+/kXUuvwYQLb8Nryu/H1Aqv3LwKL/1jCe/ayImv2mtJL9nKiO/05UhvxjsH7+sKR6/IkscvzNNGr/OLBi/JucVv715E79t4hC/eh8Ov5kvC7/0EQi/OsYEv6JMAb/jS/u+AKfzvnWu674/Z+O+ldfavskG0r5T/ci+xcS/vrBntr6o8ay+I2+jvmztmb6BepC+BSWHviX4e75wHmq+cNxYvgdSSL78nji+6eIpvsg8HL7Pyg++AqoEvirs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"}]}]}]}]}} \ No newline at end of file diff --git a/assets/presets/own/highway-bass.vital b/assets/presets/own/highway-bass.vital new file mode 100644 index 0000000..dd84453 --- /dev/null +++ b/assets/presets/own/highway-bass.vital @@ -0,0 +1 @@ +{"author":"Bubba Machine","comments":"Bubba Machine factory sound for B-MINI, CC0. bubba-mini: {\"TUNE\":64,\"MODE\":0,\"DRIVE\":30,\"VELF\":15,\"VELA\":20,\"NOISE\":0,\"R1\":1,\"W1\":2,\"L1\":92,\"R2\":0,\"W2\":0,\"L2\":69,\"R3\":2,\"W3\":2,\"L3\":0,\"T2\":64,\"T3\":64,\"KEYT\":85,\"FA\":0,\"FD\":76,\"FS\":25,\"FR\":32,\"AA\":0,\"AD\":81,\"AS\":76,\"AR\":32,\"GLIDE\":0,\"LAMT\":0,\"LDEST\":1,\"macro\":[51,38,38,64]}","preset_name":"HIGHWAY BASS","synth_version":"1.0.5","settings":{"osc_1_on":0,"osc_1_level":0.7,"osc_2_on":0,"osc_3_on":0,"polyphony":1}} \ No newline at end of file diff --git a/assets/presets/own/mallet-vibes.vital b/assets/presets/own/mallet-vibes.vital new file mode 100644 index 0000000..994635b --- /dev/null +++ b/assets/presets/own/mallet-vibes.vital @@ -0,0 +1 @@ +{"author":"Bubba Machine","comments":"Bubba Machine factory sound for BITTAL, CC0. bubba-bittal: {\"macro\":[0,0,0,0],\"L1\":110,\"P1\":0,\"EPOS\":100,\"FT\":0,\"CUT\":118,\"RES\":0,\"MA\":0,\"MD\":88,\"MS\":0,\"MR\":88,\"AA\":0,\"AD\":102,\"AS\":0,\"AR\":92,\"LSHAPE\":0,\"LRATE\":94,\"LDEST\":3,\"LAMT\":45,\"VELA\":70}","preset_name":"MALLET VIBES","synth_version":"1.0.5","settings":{"osc_1_on":1,"osc_1_level":0.7,"osc_2_on":0,"osc_3_on":0,"polyphony":6,"wavetables":[{"name":"MALLET VIBES","author":"Bubba Machine","version":"1.0.5","groups":[{"components":[{"type":"Wave 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P0b0fj+/Dn8/Oyh/P61Afz/+V38/Hm5/P/yCfz9/ln8/mqh/Pzi5fz9JyH8/t9V/P2/hfz9l638/gPN/P675fz/f/X8/AACAPwAAgD/J/X8/UPl/P3/yfz9E6X8/kd1/P1XPfz99vn8/+qp/P7yUfz+1e38/019/PwVBfz9BH38/ePp+P5nSfj+ap34/bHl+PwJIfj9QE34/R9t9P+GffT8SYX0/yx59PwbZfD+5j3w/2kJ8P1/yez9Dnns/fUZ7PwXrej/Wi3o/6yh6Pz3CeT/IV3k/hel4P3R3eD+QAXg/2Yd3P0oKdz/iiHY/owN2P4l6dT+Y7XQ/z1x0PzDIcz+9L3M/e5NyP2rzcT+PT3E/8adwP5H8bz95TW8/rJpuPzPkbT8WKm0/W2xsPwuraz8u5mo/0h1qP/1RaT+8gmg/GLBnPyDaZj/eAGY/XiRlP7FEZD/hYWM//XtiPxWTYT83p2A/dLhfP9nGXj960l0/ZttcP6zhWz9h5Vo/leZZP1rlWD/C4Vc/4dtWP8vTVT+RyVQ/R71TPwWvUj/ZnlE/2oxQPx15Tz+1Y04/uUxNPz40TD9WGks/Gf9JP5ziSD/yxEc/NaZGP3aGRT/NZUQ/TkRDPw4iQj8m/0A/qds/P6y3Pj9Fkz0/i248P49JOz9oJDo/K/84P+7ZNz/CtDY/vo81P/ZqND98RjM/ZiIyP8T+MD+u2y8/M7kuP2WXLT9Zdiw/IVYrP8s2Kj9sGCk/EPsnP83eJj+uwyU/x6kkPyORIz/VeSI/6GMhP2xPID9tPB8/+SoePxsbHT/gDBw/VQAbP4H1GT907Bg/NOUXP8vfFj9D3BU/pNoUP/baEz9B3RI/iOERP9jnED8x8A8/mvoOPxoHDj+zFQ0/aSYMPz05Cz80Tgo/T2UJP5B+CD/2mQc/hbcGPzrXBT8S+QQ/EB0EPzFDAz9zawI/0pUBP0nCAD+y4f8+8UL+Pkyo/D62Efs+IH/5PoXw9z7TZfY+/d70PvJb8z6m3PE+BmHwPvzo7j59dO0+cwPsPseV6j5oK+k+QsTnPjxg5j5A/+Q+N6HjPgtG4j6j7eA+5JffPrlE3j4G9Nw+saXbPqBZ2j63D9k+3cfXPvOB1j7hPdU+j/vTPta60j6ie9E+1D3QPk4Bzz73xc0+sIvMPl5Syz7jGco+I+LIPgKrxz5kdMY+LD7FPj0IxD590sI+0ZzBPh1nwD5FMb8+MPu9PsTEvD7mjbs+f1a6PnMeuT6t5bc+FKy2Po5xtT4JNrQ+avmyPp67sT6SfLA+LzyvPmP6rT4at6w+QnKrPswrqj6m46g+wJmnPgtOpj55AKU+/7CjPo1foj4bDKE+nLafPghfnj5WBZ0+fambPnhLmj4/65g+0IiXPiUklj47vZQ+EVSTPqbokT74epA+CwuPPt+YjT55JIw+262KPgk1iT4Muoc+6zyGPqy9hD5WPIM+97iBPpkzgD6LWH0+GUZ6PvQvdz42FnQ+BPlwPnvYbT7BtGo++Y1nPkZkZD7TN2E+yQhePlPXWj6co1c+021UPis2UT7O/E0+9cFKPtGFRz6XSEQ+fQpBPrjLPT6FjDo+HU03PrsNND6XzjA+748tPgRSKj4SFSc+VtkjPhOfID6GZh0+9C8aPp37Fj6+yRM+oZoQPoNuDT6qRQo+ViAHPs3+Az5R4QA+QpD7PQ9n9T2GR+89KzLpPYcn4z0bKN09aDTXPfVM0T1Gcss90KTFPRvlvz2gM7o92pC0PUP9rj1Teak9gwWkPUCinj0BUJk9NA+UPUPgjj2cw4k9pbmEPYWFfz2mvnU9ch9sPZyoYj3YWlk9zDZQPSQ9Rz10bj49Vss1PUtULT3uCSU9sewcPQ39FD1yOw09Q6gFPc2H/DxVHe48wRHgPJtl0jxfGcU8fC24PDSiqzzbd588oK6TPKJGiDzYf3o8CTVlPKSsUDxB5jw8gOEpPMadFzxOGgY8TqzqO52gyjtMD6w7sPWOO1mhZjtEOjI7c68AO5jxozrzORg6rfxFuHUQJrrofpq606jcur/NDLuwtii7KRtCu3oHWbtJiG27Iqt/u+K+h7sWh467vDWUuynSmLtQZJy7GvSeu8mJoLu7LaG7feigu/LCn7vbxZ27cPqauwFql7v3HZO73x+Ou315iLulNIK7yLZ2u3LvZ7vrJ1i7tXRHu7TqNbvVniO7R6YQu54s+rq9CNK60AupukTCfrrpZyq6+L6quUP3b6P4vqo56WcqOkTCfjrQC6k6vQjSOp4s+jpHphA71Z4jO7TqNTu1dEc76ydYO3LvZzvItnY7pTSCO315iDvfH4479x2TOwFqlztw+po728WdO/LCnzt96KA7uy2hO8mJoDsa9J47UGScOynSmDu8NZQ7FoeOO+K+hzsiq387SYhtO3oHWTspG0I7sLYoO7/NDDvTqNw66H6aOnUQJjqt/EU48zkYupjxo7pzrwC7RDoyu1mhZruw9Y67TA+su52gyrtOrOq7ThoGvMadF7yA4Sm8QeY8vKSsULwJNWW82H96vKJGiLygrpO823efvDSiq7x8Lbi8XxnFvJtl0rzBEeC8VR3uvM2H/LxDqAW9cjsNvQ39FL2x7By97gklvUtULb1WyzW9dG4+vSQ9R73MNlC92FpZvZyoYr1yH2y9pr51vYWFf72luYS9nMOJvUPgjr00D5S9AVCZvUCinr2DBaS9U3mpvUP9rr3akLS9oDO6vRvlv73QpMW9RnLLvfVM0b1oNNe9GyjdvYcn470rMum9hkfvvQ9n9b1CkPu9UeEAvs3+A75WIAe+qkUKvoNuDb6hmhC+vskTvp37Fr70Lxq+hmYdvhOfIL5W2SO+EhUnvgRSKr7vjy2+l84wvrsNNL4dTTe+hYw6vrjLPb59CkG+l0hEvtGFR771wUq+zvxNvis2Ub7TbVS+nKNXvlPXWr7JCF6+0zdhvkZkZL75jWe+wbRqvnvYbb4E+XC+NhZ0vvQvd74ZRnq+i1h9vpkzgL73uIG+VjyDvqy9hL7rPIa+DLqHvgk1ib7brYq+eSSMvt+Yjb4LC4+++HqQvqbokb4RVJO+O72UviUklr7QiJe+P+uYvnhLmr59qZu+VgWdvghfnr6ctp++Gwyhvo1for7/sKO+eQClvgtOpr7Amae+puOovswrqr5Ccqu+GresvmP6rb4vPK++knywvp67sb5q+bK+CTa0vo5xtb4UrLa+reW3vnMeub5/Vrq+5o27vsTEvL4w+72+RTG/vh1nwL7RnMG+fdLCvj0IxL4sPsW+ZHTGvgKrx74j4si+4xnKvl5Sy76wi8y+98XNvk4Bz77UPdC+onvRvta60r6P+9O+4T3VvvOB1r7dx9e+tw/ZvqBZ2r6xpdu+BvTcvrlE3r7kl9++o+3gvgtG4r43oeO+QP/kvjxg5r5CxOe+aCvpvseV6r5zA+y+fXTtvvzo7r4GYfC+ptzxvvJb87793vS+02X2voXw974gf/m+thH7vkyo/L7xQv6+suH/vknCAL/SlQG/c2sCvzFDA78QHQS/EvkEvzrXBb+Ftwa/9pkHv5B+CL9PZQm/NE4Kvz05C79pJgy/sxUNvxoHDr+a+g6/MfAPv9jnEL+I4RG/Qd0Sv/baE7+k2hS/Q9wVv8vfFr805Re/dOwYv4H1Gb9VABu/4AwcvxsbHb/5Kh6/bTwfv2xPIL/oYyG/1XkivyORI7/HqSS/rsMlv83eJr8Q+ye/bBgpv8s2Kr8hViu/WXYsv2WXLb8zuS6/rtsvv8T+ML9mIjK/fEYzv/ZqNL++jzW/wrQ2v+7ZN78r/zi/aCQ6v49JO7+Lbjy/RZM9v6y3Pr+p2z+/Jv9Avw4iQr9OREO/zWVEv3aGRb81pka/8sRHv5ziSL8Z/0m/VhpLvz40TL+5TE2/tWNOvx15T7/ajFC/2Z5RvwWvUr9HvVO/kclUv8vTVb/h21a/wuFXv1rlWL+V5lm/YeVav6zhW79m21y/etJdv9nGXr90uF+/N6dgvxWTYb/9e2K/4WFjv7FEZL9eJGW/3gBmvyDaZr8YsGe/vIJov/1Rab/SHWq/LuZqvwura79bbGy/FiptvzPkbb+smm6/eU1vv5H8b7/xp3C/j09xv2rzcb97k3K/vS9zvzDIc7/PXHS/mO10v4l6db+jA3a/4oh2v0oKd7/Zh3e/kAF4v3R3eL+F6Xi/yFd5vz3Ceb/rKHq/1ot6vwXrer99Rnu/Q557v1/ye7/aQny/uY98vwbZfL/LHn2/EmF9v+Gffb9H232/UBN+vwJIfr9seX6/mqd+v5nSfr94+n6/QR9/vwVBf7/TX3+/tXt/v7yUf7/6qn+/fb5/v1XPf7+R3X+/ROl/v3/yf79Q+X+/yf1/vwAAgL8AAIC/3/1/v675f7+A83+/Zet/v2/hf7+31X+/Sch/vzi5f7+aqH+/f5Z/v/yCf78ebn+//ld/v61Af787KH+/vw5/v0b0fr/n2H6/srx+v7iffr8Mgn6/wWN+v+VEfr+NJX6/xgV+v6blfb85xX2/kaR9v76Dfb/PYn2/1UF9v90gfb/6/3y/Nd98v56+fL9Fnny/NH58v3lefL8hP3y/OiB8v80BfL/l43u/jsZ7v9Kpe7+/jXu/WHJ7v6hXe7+4PXu/jiR7vzgMe7+39Hq/Fd56v1XIer+As3q/lp96v5+Mer+genq/nGl6v5VZer+LSnq/hjx6v4Iver+FI3q/iRh6v5IOer+gBXq/sP15v8L2eb/T8Hm/3ut5v+Tneb/f5Hm/zOJ5v6Xheb9o4Xm/C+J5v43jeb/l5Xm/C+l5v/rseb+r8Xm/FPd5vy39eb/tA3q/TAt6v0ATer+9G3q/vCR6vzIuer8SOHq/UUJ6v+VMer/CV3q/3GJ6vyRuer+ReXq/F4V6v6aQer8znHq/sKd6vw+zer9Dvnq/P8l6v/LTer9T3nq/UOh6v97xer/s+nq/bgN7v1YLe7+TEnu/Ghl7v90ee7/MI3u/2Sd7v/cqe78WLXu/MS57vy8ue78JLXu/ryp7vxUne78yInu/8ht7v0wUe783C3u/oAB7v4T0er/Q5nq/fNd6v37Ger/Js3q/VZ96vxmJer8IcXq/HVd6v0s7er+MHXq/2P15vyjceb90uHm/tZJ5v+hqeb8BQXm//hR5v9zmeL+Ttni/I4R4v4ZPeL+4GHi/uN93v4Skd78cZ3e/eid3v6Lldr+VoXa/T1t2v9YSdr8nyHW/SHt1vzksdb//2nS/nId0vxQydL9u2nO/rYBzv9ckc7/zxnK/CGdyvx0Fcr86oXG/Zztxv6rTcL8QanC/ov5vv2mRb79vIm+/wLFuv2c/br9zy22/7VVtv+HebL9fZmy/c+xrvylxa7+U9Gq/vnZqv7j3ab+Sd2m/XPZovyN0aL/68Ge/72xnvxfoZr9/Yma/Otxlv1pVZb/xzWS/DkZkv8O9Y78pNWO/TKxivz4jYr8WmmG/5BBhv7qHYL+t/l+/0XVfvzTtXr/uZF6/D91dv6tVXb/Wzly/oUhcvx7DW79jPlu/grpav4k3Wr+QtVm/pjRZv9y0WL9GNli/9bhXv/w8V79qwla/T0lWv7/RVb/GW1W/eOdUv+J0VL8WBFS/IpVTvxMoU7/6vFK/4lNSv9vsUb/wh1G/MSVRv6jEUL9hZlC/ZgpQv8WwT7+GWU+/tARPv1myTr9+Yk6/KBVOv2PKTb83gk2/pjxNv7r5TL94uUy/5XtMvwdBTL/fCEy/dNNLv8egS7/XcEu/rUNLv0YZS7+i8Uq/wsxKv6aqSr9Li0q/sm5Kv9VUSr+zPUq/SylKv5QXSr+MCEq/LvxJv3PySb9U60m/y+ZJv9HkSb9e5Um/aOhJv+XtSb/O9Um/FwBKv7cMSr+fG0q/xixKvx9ASr+dVUq/NG1Kv9WGSr9xokq//L9Kv2TfSr+cAEu/kiNLvzlIS79+bku/UJZLv56/S79W6ku/ZxZMv8BDTL9Kcky/9qFMv7DSTL9kBE2//zZNv21qTb+cnk2/c9NNv+IITr/UPk6/NHVOv+yrTr/q4k6/FhpPv11RT7+riE+/6r9PvwL3T7/lLVC/eGRQv6maUL9i0FC/jQVRvxc6Ub/ubVG/+qBRvynTUb9jBFK/mzRSv7hjUr+nkVK/V75Sv7LpUr+oE1O/JDxTvxZjU79siFO/E6xTv/rNU78S7lO/SAxUv44oVL/TQlS/CFtUvx1xVL8EhVS/sJZUvxGmVL8ds1S/xb1Uv/zFVL+5y1S/7s5Uv4/PVL+WzVS/9chUv6XBVL+et1S/1apUv0ObVL/iiFS/qXNUv5RbVL+dQFS/viJUv/QBVL853lO/irdTv+WNU79IYVO/sDFTvxz/Ur+MyVK/AZFSv3dVUr/zFlK/dtVRvwCRUb+VSVG/N/9Qv+uxUL+2YVC/lw5Qv5q4T7/BX0+/EgRPv5SlTr9ORE6/SOBNv4l5Tb8ZEE2/AaRMv0w1TL8BxEu/K1BLv9PZSr8GYUq/zOVJvzNoSb9G6Ei/EGZIv6HhR7/+Wke/O9JGv2JHRr+AukW/pCtFv9uaRL80CES/vHNDv4HdQr+RRUK//atBv9IQQb8fdEC/8tU/v102P79rlT6/LvM9v7RPPb8Lqzy/RAU8v25eO7+Wtjq/zQ06vyBkOb+fuTi/Vw44v1piN7+ztTa/cgg2v6NaNb9WrDS/mP0zv3dOM7//njK/Pe8xvz8/Mb8RjzC/v94vv1QuL7/cfS6/Y80tv/McLb+XbCy/Wbwrv0QMK79eXCq/tawpv079KL8yTii/ap8nv/3wJr/vQia/S5UlvxXoJL9UOyS/DI8jvz/jIr/2NyK/Mo0hv/jiIL9JOSC/KJAfv5bnHr+WPx6/KZgdv07xHL8ESxy/TKUbvyYAG7+OWxq/grcZvwAUGb8GcRi/js4Xv5YsF78Yixa/EeoVv3hJFb9KqRS/fwkUvxJqE7/5yhK/LywSv6mNEb9g7xC/SlEQv1+zD7+TFQ+/3ncOvzTaDb+LPA2/1p4MvwsBDL8cYwu//8QKv6UmCr8BiAm/COkIv6xJCL/gqQe/kQkHv7ZoBr8+xwW/GyUFvz6CBL+Z3gO/HDoDv7eUAr9b7gG/+EYBv4CeAL/D6f++G5T+vuc7/b4J4fu+YoP6vtAi+b40v/e+cFj2vmLu9L7qgPO+7Q/yvkib8L7dIu++kqbtvkIm7L7Voeq+KRnpviSM576o+uW+mWTkvt3J4r5XKuG+7IXfvoTc3b4FLty+V3ravmDB2L4KA9e+PT/VvuZ1077vptG+QdLPvs33zb59F8y+QDHKvgZFyL6+Usa+W1rEvs5bwr4JV8C+Aky+vqw6vL7+Irq+7wS4vnbgtb6OtbO+MYSxvlpMr74FDq2+MMmqvtl9qL4BLKa+qdOjvtJ0ob5/D5++t6Ocvn0xmr7auJe+0jmVvnK0kr7BKJC+zpaNvqP+ir5NYIi+3LuFvmERg77qYIC+GVV7vrPcdb7KWHC+i8lqviMvZb6/iV++ktlZvsweVL6nWU6+VopIvhSxQr4azjy+p+E2vvfrML5O7Sq+7OUkvhLWHr4Kvhi+GZ4Svoh2DL6eRwa+qxEAvvGp872qI+e9IZHavffyzb3OScG9TZa0vRnZp73dEpu9RESOvfptgb1YIWm9GlpPvZWHNb0wqxu9T8YBvba0z7x40Zu8a8tPvBjRz7s="}]}]}]}]}} \ No newline at end of file diff --git a/assets/presets/own/mixed-choir.vital b/assets/presets/own/mixed-choir.vital new file mode 100644 index 0000000..f9e622d --- /dev/null +++ b/assets/presets/own/mixed-choir.vital @@ -0,0 +1 @@ +{"author":"Bubba Machine","comments":"Bubba Machine factory sound for BITTAL, CC0. bubba-bittal: {\"macro\":[0,0,0,0],\"L1\":105,\"P1\":40,\"U1\":1,\"D1\":18,\"FT\":0,\"CUT\":100,\"RES\":10,\"AA\":79,\"AD\":90,\"AS\":120,\"AR\":92,\"LSHAPE\":1,\"LRATE\":33,\"LDEST\":2,\"LAMT\":40,\"VELA\":30}","preset_name":"MIXED CHOIR","synth_version":"1.0.5","settings":{"osc_1_on":1,"osc_1_level":0.7,"osc_2_on":0,"osc_3_on":0,"polyphony":6,"wavetables":[{"name":"MIXED CHOIR","author":"Bubba Machine","version":"1.0.5","groups":[{"components":[{"type":"Wave 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"},{"position":110,"wave_data":"AAAAAFxPLT1Iiaw9pnEAPqN+KT4CFlE+qup2PudcjT4LJp4+kLutPuEOvD5QGMk+MdfUPnZR3z53k+g+dK/wPs289z5T1/0+L48BP+bZAz+T3QU/OqwHP6xXCT8M8Qo/WIgMPxssDj/96A8/iskRPwbWEz9hFBY/7ocYP8IxGz98EB4/wCAhPy1dJD/Xvic/gT0rP/bPLj94bDI/CQk2P9KbOT9tGz0/Rn9AP8u/Qz+w1kY/Cr9JP451TD9z+E4/f0dRPwNkUz+/UFU/nBFXP5mrWD+BJFo/soJbP9vMXD+tCV4/rT9fP+p0YD/GrmE/yfFiP45BZD+QoGU/IRBnP2uQaD9qIGo/Lb5rP55mbT/wFW8/qcdwP9p2cj9CHnQ/p7h1P9dAdz8Csng/2wd6P68+ez+SU3w/jER9P3QQfj8Vt34/Kzl/P12Yfz8Q138/cvh/PwAAgD/v8X8/b9J/P/Slfz/NcH8/+TZ/Pyb8fj9yw34/aY9+P9Rhfj/WO34/nB1+P8oGfj8i9n0/s+l9PzvffT+z030/9cN9P5isfT8din0/HFl9P1gWfT8Uv3w/01B8P8DJez+dKHs/ymx6P1iWeT/+pXg/Fp13P5N9dj/dSXU/wQR0P2Oxcj8KU3E/Du1vP7yCbj8qF20/Iq1rPxFHaj/p5mg/FI5nP3U9Zj9H9WQ/Q7VjP4x8Yj/KSWE/OxtgP7zuXj/qwV0/Q5JcPzZdWz8+IFo/AdlYP32FVz/wI1Y/D7NUP/0xUz92oFE/of5PPzNNTj9bjUw/tcBKP0zpSD9nCUc/kSNFP3E6Qz+1UEE//Wg/P7mFPT8lqTs/ItU5PzULOD9tTDY/apk0P1byMj/cVjE/SMYvP2g/Lj/BwCw/j0grP97UKT+SYyg/pPImP/h/JT+1CSQ/KY4iP/ULIT8Ugh8/2u8dPxZVHD/2sRo/CgcZP1xVFz9FnhU/ZOMTP6UmEj8YahA/2a8OPxb6DD/lSgs/M6QJP70HCD/1dgY//PIEP4Z8Az/3EwI/TLkAPy3Y/j4dV/w+Je35PoCX9z4LU/U+IBzzPhnv8D46yO4+9qPsPuV+6j4rVug+VifmPpPw4z67sOE+X2ffPrkU3T7Rudo+NljYPiby1T5SitM+0iPRPvzBzj5UaMw+SRrKPjnbxz4orsU+ypXDPjqUwT4cq78+Y9u9PlUlvD6OiLo+/QO5PveVtz5CPLY+MPS0PrS6sz6IjLI+PGaxPmpEsD7WI68+eAGuPrTarD5Vras+xneqPuw4qT5h8Kc+UZ6mPphDpT6S4aM+DnqiPnIPoT5BpJ8+YDuePrPXnD4gfJs+YCuaPvTnmD76s5c+G5GWPoOAlT7SgpQ+AJiTPn6/kj4s+JE+TUCRPsiVkD4M9o8+P16PPmnLjj5vOo4+O6iNPuwRjT7UdIw+p86LPoYdiz4HYIo+WJWJPiy9iD7G14c+7uWGPgLphT6l4oQ+BdWDPnnCgj6LrYE+zpiAPqgNfz4Q9Hw+J+l6PpDweD4ZDXc+uUB1PkiMcz6j73E+jGlwPtn3bj5hl20+MkRsPr35aj7qsmk+X2poPqsaZz55vmU+x1BkPg3NYj57L2E+/nRfPnWbXT7DoVs+vYdZPkNOVz4r91Q+NoVSPtD7Tz4cX00+pbNKPkD+Rz7MQ0U+IYlCPq/SPz54JD0+3oE6PnntNz4BaTU+T/UyPjuSMD62Pi4+wvgrPpK9KT6yiSc+F1klPk4nIz6l7yA+ca0ePh9cHD569xk+xHsXPtjlFD5wMxI+C2MPPgJ0DD6xZgk+ZDwGPi73Aj7YM/89gVD4PXRM8T2dMOo9XgbjPSPX2z0SrNQ9m43NPUaDxj11k789+cK4PQsVsj0/i6s9WSWlPWPhnj3Nu5g9mq+SPX+2jD09yYY9AuCAPQDldT0D8Wk9T9RdPVeAUT2c6EQ9+AI4PUfIKj1TNB09akYPPSoBAT0Y1eQ8SxfHPKTgqDxlTYo8ZPtWPB0oGTy+0LY75xfwOpMb9ro4WLW7i38VvBgQT7x9nYO84/SevGOJubzLXNO8PnfsvFtzAr1GXw69HgsavYiEJb0w2jC9Kxs8vaFWR73NmlK9rvRdvVZvab18E3W9l3OAvb92hr0yk4y9X8eSvSUQmb0LaZ+9UMylvTMzrL0mlrK9He24vdkvv708VsW9gVjLvbUv0b2t1da9jkXcvbB74b0Hdua96zPrvVC2772U//O9dhP4ve32+73jr/+9haIBvrteA74+EAW+qroGvlxhCL5dBwq+Tq8Lvi1bDb5fDA++hcMQvpuAEr7YQhS+vAgWvi3QF751lhm+flgbvsoSHb65wR6+hmEgvpXuIb57ZSO+KMMkvgsFJr4gKSe+AC4ovgcTKb442Cm+XH4qvtoGK77Bcyu+rccrvq8FLL4MMSy+YE0svj1eLL4hZyy+WmssvsptLL7xcCy+v3Ysvm+ALL6yjiy+aqEsvue3LL650Cy+4OksvvEALb7/Ei2+2hwtvjQbLb62Ci2+D+gsvlOwLL7QYCy+Wfcrvk1yK7620Cq+LRIqvg83Kb5bQCi+ry8nvkgHJr7PySS+V3ojvjocIr74siC+B0IfvtzMHb6TVhy+8+EavlBxGb53Bhi+mKIWvjhGFb478RO+26ISvsFZEb7/ExC+Os8OvrSIDb6DPQy+gOoKvpOMCb7OIAi+d6QGvj4VBb44cQO+F7cBvinM/71A/Pu9Yf/3vfbX871sie+9SRjrvf2J5r2Q5OG9ki7dvcJu2L3Yq9O9NOzOvc81yr3EjcW9YfjAvcx4vL0FEbi9zMGzvbKKr735aau91lynvWlfo70KbZ+9a4CbvciTl70+oZO97qKPvVmTi71nbYe90SyDvZScfb3vnnS9ZV5rvRfbYb2IF1i9lBhOvVPlQ73Fhjm9dwcvvSpzJL1o1hm98z0PvW+2BL2Ql/S8yRHgvCbuy7ywO7i8OgWlvOhQkrxIIIC8CuBcvClwOrzj2Bi83/Tvu45dr7v+Ll+7ih/Buj3R7jnjwxw7H2yOO1NXzzvlsQg8kGEqPBfLTDwP9m88X/CJPPs/nDz03648UcLBPFjV1DzCBOg8BTr7PKkuBz1QqxA9OQcaPVc3Iz3iMSw9cO40PZNmPT3PlUU9BXpNPUETVT3pY1w9h3BjPbg/aj2l2XA9BUh3PWuVfT2B5oE9F/2EPfYTiD0wMIs9XVaOPT2KkT2tzpQ9giWYPYOPmz1YDJ89e5qiPWk3pj2s36k98o6tPVJAsT1Y7rQ9YZO4PdEpvD0jrL89OxXDPaxgxj23isk9kZDMPXpwzz3JKdI91bzUPSwr1z1bd9k91KTbPda33T1Ftd89caLhPd2E4z0OYuU9ZD/nPbkh6T1hDes95AXtPd0N7z3wJvE9sFHzPX2N9T3M2Pc9BzH6PaiS/D14+f49TrAAPnPhAT51DQM+mDEEPlJLBT5JWAY+Z1YHPgpECD4DIAk+kekJPo6gCj5RRQs+zNgLPk9cDD6s0Qw+DjsNPuKaDT7T8w0+jkgOPsibDj4U8A4+uUcPPs2kDz7nCBA+OHUQPnTqED63aBE+p+8RPm5+Ej6mExM+kq0TPgZKFD6s5hQ+AoEVPlUWFj4VpBY+3CcXPm6fFz7gCBg+wWIYPv2rGD4G5Bg+1goZPvQgGT5WJxk+ZB8ZPgYLGT5o7Bg++cUYPk6aGD4PbBg+1T0YPhQSGD4B6xc+gMoXPgqyFz6rohc+85wXPuGgFz4Grhc+YsMXPo/fFz7BABg+0CQYPnRJGD4PbBg+KYoYPkahGD4Krxg+ZbEYPpSmGD5DjRg+jGQYPgAsGD624xc+UIwXPt8mFz7ctBY+PzgWPiSzFT4GKBU+cpkUPusJFD4DfBM+CvISPh1uEj7z8RE+6n4RPuIVET5NtxA+FmMQPpUYED7S1g8+RpwPPhtnDz4yNQ8+LAQPPprRDj77mg4+8V0OPjUYDj7fxw0+RmsNPjkBDT7wiAw+KAIMPhxtCz5pygo+SBsKPkxhCT5cngg+s9QHPrUGBz7dNgY+tGcFPqWbBD7q1AM+eRUDPu5eAj6GsgE+AhEBPqJ6AD5o3v89Jdz+PRrs/T1LC/091TX8PX1n+z2Tm/o9N835Paj3+D0rFvg9hiT3PRIf9j3AAvU9cM3zPc998j2VE/E9ZY/vPc7y7T1KQOw9H3vqPSqn6D3tyOY9IeXkPbcA4z2PIOE9TEnfPTh/3T0Ixts9pSDaPUqR2D0yGdc9trjVPSNv1D3sOtM9nhnSPQgI0T1EAtA9CATPPakIzj1XC809awfMPVn4yj0V2sk9LKnIPdBixz0YBcY9747EPUUAwz3+WcE9xJ2/PUnOvT3n7rs9kgO6PcQQuD0kG7Y9nSe0Peo6sj2EWbA9goeuPVTIrD22Hqs9k4ypPeISqD3BsaY9SWilPbU0pD1nFKM9CASiPbH/oD38AqA9SgmfPdwNnj0eDJ09sv+bPbfkmj3gt5k9tHaYPWMflz0wsZU9OCyUPYSRkj3/4pA9eyOPPVpWjT21f4s976OJPcHHhz3r74U9DSGEPXVfgj0Lr4A9/CV+PaEbez1UQng9mJt1Pf4mcz134nA99MluPfTXbD2SBWs9tkppPZyeZz0F+GU9kk1kPUmWYj2yyWA9aeBePTrUXD2HoFo9SkJYPUq4VT1MA1M9rSVQPb0jTT0vA0o9LMtGPdaDQz0TNkA9Lus8PYasOT0PgzY9KHczPRGQMD3W0y09DkcrPV/sKD3uxCY93M8kPYQKIz2PcCE9HvwfPQemHj0iZh09eDMcPecEGz0r0Rk9ZI8YPW43Fz01whU97ykUPU1qEj3QgBA9pmwOPfUuDD2Iygk98kMHPS+hBD2O6QE9t0r+PO26+DwrNvM8087tPG2W6DzfnOM8GPDePD+b2jxrptY8RxbTPNjrzzyIJM08ObrKPISjyDz208Y8zjzFPFTNwzylc8I8Th3BPBu4vzyhMr48OH28PEKKujzqTrg8f8O1PLHjsjzbrq88/CesPG1VqDwBQaQ8NvefPAmHmzwzAZc8jHeSPGP8jTy+oYk8oHiFPGuQgTx+7Hs8xmh1PCOkbzwFpmo8kG5mPN32Yjz6MGA8fghePIBjXDxpI1s8OyZaPP5HWTzMY1g8t1VXPL37VTx/N1Q8Ie9RPH4OTzyth0s851NHPJhzQjw/7jw8NtI2PDU0MDx9Lik8o98hPJ1pGjwz8BI8wJcLPMKDBDycqvs7wFPvO6805DuBc9o7RCnSOz1hyzstGMY7lzzCO1+vvzsNRb47KMe9OxT3vTt9j74730e/Ow7XvzuV9b87kGG/OwHgvTsDQLs7PVy3O1kcsjsUdqs7p22jO10VmjsJjY87xQCEOz5ObzvdfVU7+hk7O1SyIDuG1wY7OSrcOkTYrTpLnIM6A2M8OteN+DltJI85Hg/0OP3PXzbg24+4VxDZuGAz4LiCZ7O4iqZFuDtb+6OKpkU4gmezOGAz4DhXENk44NuPOP3PX7YeD/S4bSSPudeN+LkDYzy6S5yDukTYrbo5Kty6htcGu1SyILv6GTu73X1Vuz5Ob7vFAIS7CY2Pu10VmrunbaO7FHaru1kcsrs9XLe7A0C7uwHgvbuQYb+7lfW/uw7Xv7vfR7+7fY++uxT3vbsox727DUW+u1+vv7uXPMK7LRjGuz1hy7tEKdK7gXPau6805LvAU++7nKr7u8KDBLzAlwu8M/ASvJ1pGryj3yG8fS4pvDU0MLw20ja8P+48vJhzQrznU0e8rYdLvH4OT7wh71G8fzdUvL37Vby3VVe8zGNYvP5HWbw7Jlq8aSNbvIBjXLx+CF68+jBgvN32YryQbma8BaZqvCOkb7zGaHW8fux7vGuQgbygeIW8vqGJvGP8jbyMd5K8MwGXvAmHm7w295+8AUGkvG1VqLz8J6y8266vvLHjsrx/w7W86k64vEKKurw4fby8oTK+vBu4v7xOHcG8pXPCvFTNw7zOPMW89tPGvISjyLw5usq8iCTNvNjrz7xHFtO8a6bWvD+b2rwY8N6835zjvG2W6LzTzu28KzbzvO26+Ly3Sv68jukBvS+hBL3yQwe9iMoJvfUuDL2mbA690IAQvU1qEr3vKRS9NcIVvW43F71kjxi9K9EZvecEG714Mxy9ImYdvQemHr0e/B+9j3AhvYQKI73czyS97sQmvV/sKL0ORyu91tMtvRGQML0odzO9D4M2vYasOb0u6zy9EzZAvdaDQ70sy0a9LwNKvb0jTb2tJVC9TANTvUq4Vb1KQli9h6BavTrUXL1p4F69sslgvUmWYr2STWS9BfhlvZyeZ722Smm9kgVrvfTXbL30yW69d+Jwvf4mc72Ym3W9VEJ4vaEbe738JX69C6+AvXVfgr0NIYS96++FvcHHh73vo4m9tX+LvVpWjb17I4+9/+KQvYSRkr04LJS9MLGVvWMfl720dpi94LeZvbfkmr2y/5u9HgydvdwNnr1KCZ+9/AKgvbH/oL0IBKK9ZxSjvbU0pL1JaKW9wbGmveISqL2TjKm9th6rvVTIrL2Ch669hFmwveo6sr2dJ7S9JBu2vcQQuL2SA7q95+67vUnOvb3Enb+9/lnBvUUAw73vjsS9GAXGvdBix70sqci9FdrJvVn4yr1rB8y9VwvNvakIzr0IBM+9RALQvQgI0b2eGdK97DrTvSNv1L22uNW9MhnXvUqR2L2lINq9CMbbvTh/3b1MSd+9jyDhvbcA470h5eS97cjmvSqn6L0fe+q9SkDsvc7y7b1lj++9lRPxvc998r1wzfO9wAL1vRIf9r2GJPe9Kxb4vaj3+L03zfm9k5v6vX1n+73VNfy9Swv9vRrs/b0l3P69aN7/vaJ6AL4CEQG+hrIBvu5eAr55FQO+6tQDvqWbBL60ZwW+3TYGvrUGB76z1Ae+XJ4IvkxhCb5IGwq+acoKvhxtC74oAgy+8IgMvjkBDb5Gaw2+38cNvjUYDr7xXQ6++5oOvprRDr4sBA++MjUPvhtnD75GnA++0tYPvpUYEL4WYxC+TbcQvuIVEb7qfhG+8/ERvh1uEr4K8hK+A3wTvusJFL5ymRS+BigVviSzFb4/OBa+3LQWvt8mF75QjBe+tuMXvgAsGL6MZBi+Q40YvpSmGL5lsRi+Cq8YvkahGL4pihi+D2wYvnRJGL7QJBi+wQAYvo/fF75iwxe+Bq4XvuGgF77znBe+q6IXvgqyF76Ayhe+AesXvhQSGL7VPRi+D2wYvk6aGL75xRi+aOwYvgYLGb5kHxm+VicZvvQgGb7WChm+BuQYvv2rGL7BYhi+4AgYvm6fF77cJxe+FaQWvlUWFr4CgRW+rOYUvgZKFL6SrRO+phMTvm5+Er6n7xG+t2gRvnTqEL44dRC+5wgQvs2kD765Rw++FPAOvsibDr6OSA6+0/MNvuKaDb4OOw2+rNEMvk9cDL7M2Au+UUULvo6gCr6R6Qm+AyAJvgpECL5nVge+SVgGvlJLBb6YMQS+dQ0DvnPhAb5OsAC+ePn+vaiS/L0HMfq9zNj3vX2N9b2wUfO98Cbxvd0N773kBe29YQ3rvbkh6b1kP+e9DmLlvd2E471xouG9RbXfvda33b3UpNu9W3fZvSwr173VvNS9ySnSvXpwz72RkMy9t4rJvaxgxr07FcO9I6y/vdEpvL1hk7i9WO60vVJAsb3yjq29rN+pvWk3pr17mqK9WAyfvYOPm72CJZi9rc6UvT2Kkb1dVo69MDCLvfYTiL0X/YS9geaBvWuVfb0FSHe9pdlwvbg/ar2HcGO96WNcvUETVb0Fek29z5VFvZNmPb1w7jS94jEsvVc3I705Bxq9UKsQvakuB70FOvu8wgTovFjV1LxRwsG89N+uvPs/nLxf8Im8D/ZvvBfLTLyQYSq85bEIvFNXz7sfbI6748Mcuz3R7rmKH8E6/i5fO45drzvf9O8749gYPClwOjwK4Fw8SCCAPOhQkjw6BaU8sDu4PCbuyzzJEeA8kJf0PG+2BD3zPQ89aNYZPSpzJD13By89xYY5PVPlQz2UGE49iBdYPRfbYT1lXms97550PZScfT3RLIM9Z22HPVmTiz3uoo89PqGTPciTlz1rgJs9Cm2fPWlfoz3WXKc9+WmrPbKKrz3MwbM9BRG4Pcx4vD1h+MA9xI3FPc81yj007M492KvTPcJu2D2SLt09kOThPf2J5j1JGOs9bInvPfbX8z1h//c9QPz7PSnM/z0XtwE+OHEDPj4VBT53pAY+ziAIPpOMCT6A6go+gz0MPrSIDT46zw4+/xMQPsFZET7bohI+O/ETPjhGFT6YohY+dwYYPlBxGT7z4Ro+k1YcPtzMHT4HQh8++LIgPjocIj5XeiM+z8kkPkgHJj6vLyc+W0AoPg83KT4tEio+ttAqPk1yKz5Z9ys+0GAsPlOwLD4P6Cw+tgotPjQbLT7aHC0+/xItPvEALT7g6Sw+udAsPue3LD5qoSw+so4sPm+ALD6/diw+8XAsPsptLD5aayw+IWcsPj1eLD5gTSw+DDEsPq8FLD6txys+wXMrPtoGKz5cfio+ONgpPgcTKT4ALig+ICknPgsFJj4owyQ+e2UjPpXuIT6GYSA+ucEePsoSHT5+WBs+dZYZPi3QFz68CBY+2EIUPpuAEj6FwxA+XwwPPi1bDT5Orws+XQcKPlxhCD6qugY+PhAFPrteAz6FogE+46//Pe32+z12E/g9lP/zPVC27z3rM+s9B3bmPbB74T2ORdw9rdXWPbUv0T2BWMs9PFbFPdkvvz0d7bg9JpayPTMzrD1QzKU9C2mfPSUQmT1fx5I9MpOMPb92hj2Xc4A9fBN1PVZvaT2u9F09zZpSPaFWRz0rGzw9MNowPYiEJT0eCxo9Rl8OPVtzAj0+d+w8y1zTPGOJuTzj9J48fZ2DPBgQTzyLfxU8OFi1O5Mb9jrnF/C6vtC2ux0oGbxk+1a8ZU2KvKTgqLxLF8e8GNXkvCoBAb1qRg+9UzQdvUfIKr34Aji9nOhEvVeAUb1P1F29A/FpvQDldb0C4IC9PcmGvX+2jL2ar5K9zbuYvWPhnr1ZJaW9P4urvQsVsr35wri9dZO/vUaDxr2bjc29EqzUvSPX271eBuO9nTDqvXRM8b2BUPi92DP/vS73Ar5kPAa+sWYJvgJ0DL4LYw++cDMSvtjlFL7Eexe+evcZvh9cHL5xrR6+pe8gvk4nI74XWSW+soknvpK9Kb7C+Cu+tj4uvjuSML5P9TK+AWk1vnntN77egTq+eCQ9vq/SP74hiUK+zENFvkD+R76ls0q+HF9NvtD7T742hVK+K/dUvkNOV769h1m+w6FbvnWbXb7+dF++ey9hvg3NYr7HUGS+eb5lvqsaZ75fami+6rJpvr35ar4yRGy+YZdtvtn3br6MaXC+o+9xvkiMc765QHW+GQ13vpDweL4n6Xq+EPR8vqgNf77OmIC+i62BvnnCgr4F1YO+peKEvgLphb7u5Ya+xteHviy9iL5YlYm+B2CKvoYdi76nzou+1HSMvuwRjb47qI2+bzqOvmnLjr4/Xo++DPaPvsiVkL5NQJG+LPiRvn6/kr4AmJO+0oKUvoOAlb4bkZa++rOXvvTnmL5gK5q+IHybvrPXnL5gO56+QaSfvnIPob4OeqK+kuGjvphDpb5Rnqa+YfCnvuw4qb7Gd6q+Va2rvrTarL54Aa6+1iOvvmpEsL48ZrG+iIyyvrS6s74w9LS+Qjy2vveVt779A7m+joi6vlUlvL5j272+HKu/vjqUwb7KlcO+KK7Fvjnbx75JGsq+VGjMvvzBzr7SI9G+UorTviby1b42WNi+0bnavrkU3b5fZ9++u7DhvpPw475WJ+a+K1bovuV+6r72o+y+Osjuvhnv8L4gHPO+C1P1voCX974l7fm+HVf8vi3Y/r5MuQC/9xMCv4Z8A7/88gS/9XYGv70HCL8zpAm/5UoLvxb6DL/Zrw6/GGoQv6UmEr9k4xO/RZ4Vv1xVF78KBxm/9rEavxZVHL/a7x2/FIIfv/ULIb8pjiK/tQkkv/h/Jb+k8ia/kmMov97UKb+PSCu/wcAsv2g/Lr9Ixi+/3FYxv1byMr9qmTS/bUw2vzULOL8i1Tm/Jak7v7mFPb/9aD+/tVBBv3E6Q7+RI0W/ZwlHv0zpSL+1wEq/W41MvzNNTr+h/k+/dqBRv/0xU78Ps1S/8CNWv32FV78B2Vi/PiBavzZdW79Dkly/6sFdv7zuXr87G2C/yklhv4x8Yr9DtWO/R/Vkv3U9Zr8Ujme/6eZovxFHar8irWu/Khdtv7yCbr8O7W+/ClNxv2Oxcr/BBHS/3Ul1v5N9dr8WnXe//qV4v1iWeb/KbHq/nSh7v8DJe7/TUHy/FL98v1gWfb8cWX2/HYp9v5isfb/1w32/s9N9vzvffb+z6X2/IvZ9v8oGfr+cHX6/1jt+v9Rhfr9pj36/csN+vyb8fr/5Nn+/zXB/v/Slf79v0n+/7/F/vwAAgL9y+H+/ENd/v12Yf78rOX+/Fbd+v3QQfr+MRH2/klN8v68+e7/bB3q/ArJ4v9dAd7+nuHW/Qh50v9p2cr+px3C/8BVvv55mbb8tvmu/aiBqv2uQaL8hEGe/kKBlv45BZL/J8WK/xq5hv+p0YL+tP1+/rQlev9vMXL+yglu/gSRav5mrWL+cEVe/v1BVvwNkU79/R1G/c/hOv451TL8Kv0m/sNZGv8u/Q79Gf0C/bRs9v9KbOb8JCTa/eGwyv/bPLr+BPSu/174nvy1dJL/AICG/fBAev8IxG7/uhxi/YRQWvwbWE7+KyRG//egPvxssDr9YiAy/DPEKv6xXCb86rAe/k90Fv+bZA78vjwG/U9f9vs289750r/C+d5PovnZR374x19S+UBjJvuEOvL6Qu62+Cyaevudcjb6q6na+AhZRvqN+Kb6mcQC+SImsvVxPLb0="},{"position":146,"wave_data":"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"},{"position":183,"wave_data":"AAAAACGOIz2U06I9UG/yPUr2Hz4ZVUU+gQtpPlRthT5FR5U+p/+jPtCIsT6X270+cffIPhPi0j41p9s+KVjjPhEL6j5D2u8+aOP0PopG+T5EJf0+1lAAP7nuAT+BfAM/TQkFP+CiBj80VQg/QyoKP+EpDD+wWQ4/3LwQP2xUEz8dHxY/wxkZP1Y/HD9PiR8/7u8iP4ZqJj/m7yk/pnYtP3/1MD+SYzQ/yrg3PwHuOj9I/T0//+FAPweZQz+rIEY/uHhIP3CiSj9coEw/MXZOP6QoUD8ovVE/ujlTP6KkVD8uBFY/gF5XP0e5WD+PGVo/oINbP9L6XD91gV4/xBhgP9fAYT+zeGM/eD5lPzIPZz8852g/W8JqP9ObbD+rbm4/1DVwP3bscT/njXM/BBZ1P1GBdj/4zHc/Bfd4P2T+eT/A4no/yaR7P/FFfD9vyHw/OC99P359fT8mt30/F+B9P3j8fT86EH4/Fx9+P3ksfj80O34/ok1+P2Vlfj9vg34/4qd+P0rSfj9pAX8/WTN/P+xlfz8lln8//cB/PyLjfz8++X8/AACAPz/0fz9a038/2pp/PwFJfz+A3H4/q1R+P4ixfT+s83w/Txx8PyAtez9oKHo/qhB5P9Lodz/is3Y/9nR1PwUvdD/65HI/ZplxP3FOcD/lBW8/HsFtP76AbD/8RGs/jA1qP4TZaD+hp2c/EHZmP9RCZT+XC2Q/881iP2aHYT+NNWA/H9ZePypnXT/95ls/U1RaP1auWD+49FY/lidVP5NHUz/IVVE/sVNPPzBDTT9sJks/xP9IP7LRRj+9nkQ/W2lCP9IzQD9CAD4/a9A7P7mlOT80gTc/bGM1P41MMz9HPDE/8zEvP3YsLT9mKis/JiopP98pJz+XJyU/cCEjP28VIT/fAR8/MuUcPx6+Gj/Aixg/eU0WPykDFD8CrRE/oksPPwfgDD+Kawo/v+8HP4duBT/g6QI/22MAPyy9+z41uPY+mrzxPsfN7D6V7uc+SCHjPnln3j71wdk+6DDVPqOz0D7kSMw+wu7HPsKiwz4GYr8+dSm7Prn1tj6Aw7I+p4+uPixXqj6NF6Y+rs6hPhd7nT7fG5k+2LCUPnM6kD7auYs+zjCHPpWhgj77HXw+YPhyPhXZaT4xx2A+s8lXPl7nTj5zJkY+bYw9PuQdNT5J3iw+8s8kPtzzHD7KSRU+ONANPneEBj6+xf49m83wPQ4W4z2Wk9U9VjrIPXP+uj2e1K09a7KgPeGOkz3BYoY9oVFyPS68Vz29Az09uysiPSM8Bz09gtg8UJWiPJSvWTwi0907/ZmmOU4fxrtfhUm8g+mWvEbTx7yyXPe8ibQSvdXxKL0bYD69sv1SvWvNZr161nm9DRKGvYfijr2IZZe9CKWfvb2rp72yhK+9yjq3vVfYvr3SZsa9Re7NvTp11b1VAN29WpLkvcQr7L0Ty/O9z2z7vcmFAb4qUAW+XREJvsDEDL5TZRC++O0TvrVZF77Uoxq+G8gdvu3CIL58kSO+2zEmvh2jKL5J5Sq+a/ksvobhLr55oDC+7Tkyvi2yM77vDTW+QFI2vjiEN77jqDi++sQ5vr7cOr7X8zu+NQ09vtcqPr7oTT++k3ZAvh+kQb7j1EK+XgZEvm01Rb5FXka+wXxHvmqMSL7RiEm+h21KvoE2S74w4Eu+gWdMvjTKTL7iBk2+7BxNvqkMTb5b10y+EX9MvroGTL7LcUu+XsRKvuQCSr4LMkm+hlZIvu10R75/kUa+DLBFvuHTRL5v/0O+dTRDvtNzQr6TvUG+0BBBvuFrQL5yzD++aS8/vlGRPr5L7j2+QkI9vimJPL4Kvzu+TOA6vrTpOb6x2Di+V6s3voZgNr7h9zS+6HEzvvDPMb4HFDC+8kAuvgxaLL4sYyq+bWAovg9WJr5wSCS+pDsivoMzIL5mMx6+IT4cvsxVGr7Jexi+q7AWvkD0FL6FRRO+uaIRvoQJEL7rdg6+kecMvsxXC77Mwwm+xicIvhyABr51yQS+9wADvk8kAb65Y/69SlH6vfYQ9r30o/G94wztvd5P6L0kcuO9AHrevaRu2b2qV9S98zzPvUQmyr0VG8W9MyLAvYRBu73Lfba9ktqxvfRZrb2P/Ki9gcGkvYCmoL3qp5y95cCYvbTrlL3GIZG9DlyNvWCTib2KwIW92NyBvVPEe72LlnO9AShrvQJzYr1tdFm9GCxQvaScRr12yzy9icAyvf6FKL3RJx69eLMTvRY3Cb2Bgv28fcDovAVD1LyMIsC8z3OsvGFHmby9qIa8fzxpvL9QRrz1hCS8h8QDvA/jx7u7yom788kZu1RjBroWqas6R1lNO6flojv5+d87lCEPPKMGLzyfyU88MX5xPOsWijya65s8BjeuPDPuwDxHAdQ8gFznPLvo+jxDRgc9kxYRPbHXGj1hfCQ9T/gtPWhANz16S0A9TBJJPReQUT2Qwlk9J6phPbxJaT28pnA9y8h3PXa5fj3ywYI9GRqGPaNriT37vIw9aRSQPbl3kz0O7JY9rHWaPcwXnj141KE9i6ylPYyfqT2/q609Rc6xPScDtj1+Rbo9uY++Pbrbwj0cI8c9dl/LPaSKzz3untM9N5fXPWxv2z1pJN89J7TiPeMd5j0cYuk9boLsPb6B7z3YY/I9fi31PRfk9z1ujfo9ti/9PQPR/z2SOwE+vpMCPl/zAz5fXAU+HdAGPnhPCD6n2gk+WXELPoQSDT64vA4+8m0QPs4jEj6G2xM+LpIVPrhEFz4l8Bg+gpEaPjQmHD7pqx0+wyAfPmODID7+0iE+WQ8jPsw4JD5NUCU+UVcmPs1PJz4SPCg+wh4pPsD6KT7q0io+J6orPjmDLD6dYC0+eUQuPokwLz4AJjA+hSUxPjYvMj6aQjM+p140Ps2BNT4VqjY+EdU3PiYAOT5/KDo+KUs7PkllPD4ydD0+anU+PuJmPz7hRkA+ShRBPnLOQT5NdUI+WAlDPqWLQz6s/UM+eWFEPlS5RD7WB0U+yE9FPvmTRT4i10U+8BtGPqZkRj5Os0Y+ZglHPg5oRz7Cz0c+hEBIPrm5SD5NOkk+s8BJPu1KSj6g1ko+QWFLPgfoSz47aEw+MN9MPlBKTT5gp00+f/RNPjwwTj6UWU4+DXBOPs9zTj5zZU4+G0ZOPmwXTj5Y200+RpRNPr5ETT5670w+LZdMPoM+TD7x50s+rZVLPpJJSz78BEs+5MhKPq2VSj49a0o+50hKPpEtSj6cF0o+DAVKPqPzST7f4Ek+G8pJPrOsST4qhkk+HVRJPoUUST6dxUg+MmZIPnD1Rz4Jc0c+Rt9GPts6Rj4Wh0U+lsVEPnH4Qz75IUM+uURCPlljQT59gEA+uZ4/Pl/APj6G5z0+3RU9PrZMPD7OjDs+fNY6PnwpOj4ohTk+Q+g4PjJROD4Evjc+cSw3PhCaNj5jBDY+02g1Pg/FND7fFjQ+WFwzPvaTMj6hvDE+s9UwPgrfLz7/2C4+g8QtPtiiLD69dSs+TT8qPtQBKT7evyc++HsmPr04JT6d+CM+y70iPkKKIT6PXyA+0z4fPsIoHj58HR0+txwcPq0lGz4WNxo+U08ZPmNsGD4SjBc+BqwWPsbJFT7i4hQ+KPUTPnr+Ej4W/RE+n+8QPhjVDz4KrQ4+bncNPsk0DD4L5go+kYwJPisqCD7pwAY+IVMFPkjjAz7gcwI+agcBPmtA/z3DgPw9dtP5PVg79z1quvQ9wlHyPXAB8D2oyO09kaXrPZOV6T1Llec9waDlPYez4z33yOE9P9zfPbro3T0L6ts9VdzZPUu81z1kh9U9/TvTPVPZ0D2bX849+8/LPYIsyT0WeMY9PbbDPTnrwD2OG749G0y7PcWBuD06wbU99w6zPe5usD1v5K09DHKrPW0ZqT1l26Y9zrekPYqtoj2guqA9StyePQsPnT3bTps9UZeZPcPjlz2GL5Y9HHaUPT2zkj1K45A9KwOPPY8QjT0LCos9GO+IPQnAhj07foQ93CuCPbeXfz2pw3o96+N1PYIBcT3YJWw9WlpnPTmoYj22F149RLBZPfN3VT08c1E9CKVNPU0OSj0+rkY9KIJDPbyFQD0esz09EwM7PW9tOD1b6TU9m20zPfHwMD2hai49h9IrPZkhKT0hUiY93l8jPWNIID0CCx09xagZPbIkFj1NgxI9o8oOPQYCCz29MQc9rGIDPQg8/zzN2fc8F7DwPLrO6TxxQ+M8WxndPFxY1zwCBdI8SCDNPICnyDyBlMQ8293APCh3vTy2Ubo85Fy3PPCGtDyHvbE8o+6uPA4JrDxG/ag82L2lPCtAojyRfJ489W6aPKgWljyvdpE8dJWMPJh8hzx+OII84a95POHWbjwPCWQ8kmpZPJ4eTzyyRkU81QA8PKFmMzxUjCs8qn8kPJ5HHjw+5Bg8XE4UPPl3EDzsTA08Y7MKPDiNCDziuAY81BIFPON2AzyYwQE8TKP/O3US+zslnvU7jR7vOxZ55zs2oN47s5TUO1JlyTt6Lr07bRiwO5dWojuWJJQ7jsSFO474bjuGJFM7+ZY4O0TQHzvwQgk7QpzqOuR2yDocdaw6o8CWOohKhzqEl3s6dJNzOuAxdTo6yH464DWHOkn+kDqCpJs6jQmmOt8YrzqW0LU68Uy5OmrPuDoayLM6/9ipOsvZmjqF24Y640xcOmRrIjrVz8I5FEbXOM2yPLn+hPW53bBFul7khrr4eKi6vp3GuqR54LqGWPW6PlsCu+ogB7sZ7wi7eNMHu1D4A7scP/u6ykbqugDk1bpYD7+67demuqJXjrrITW26qKhBupWuG7ogJvq5KG3OucU/trkH37K57KvEudQq67nnhhK6Mx04upvuZLrLo4u6u5ymushVwroNu92657j3upCkB7uSvRG7yb8Zu5pXH7vJSCK7vHAiuxjIH7sPYxq7onASu484CLtjMfi6CQPdugPjv7rO4KG6GxOEunMcT7pnshq6SofZuaLYjbmv0Cm5rTbCuMYlh7grF6O4DKcJuSnXaLlDRrW5MTcCuoEvL7pkkl+6o6GIurQNobox/be6HG/Mul173bqcWuq6aXLyuqhU9brmyfK6NtDqulab3bpzlMu6wVO1ujKem7pSsn66lAhDurNfBrrawpW5Wl6VuL4HATnvPpg5/MzeORPpCDp82Bc61c8bOqjVFDqzXgM66IvQORyNiTm/dtM4sYKnuHupjrmDPPW5paYsun1TW7qtVoK6+3mTustWoLriW6i6NSmrupWSqLqpoqC6r5mTuvbrgbpPd1i6+KgmugyG4LnuM125g1cGN3MpZzkdX9s5ttkbOq+PQjpjZGA6sEB0OgFyfTo3rns6bBhvOhg/WDqjFjg6Wu8POqbTwjmFkDk5M8Tit4mIc7n1tOG5z+sgurcqS7q35m26L92Dut7Mi7o6bo66h6KLuhKBg7pWrWy6SUVJuh4jHrpC29m5oSBeuZkwLaShIF45QtvZOR4jHjpJRUk6Vq1sOhKBgzqHoos6Om6OOt7Mizov3YM6t+ZtOrcqSzrP6yA69bThOYmIczkzxOI3hZA5uabTwrla7w+6oxY4uhg/WLpsGG+6N657ugFyfbqwQHS6Y2Rguq+PQrq22Ru6HV/buXMpZ7mDVwa37jNdOQyG4Dn4qCY6T3dYOvbrgTqvmZM6qaKgOpWSqDo1Kas64luoOstWoDr7eZM6rVaCOn1TWzqlpiw6gzz1OXupjjmxgqc4v3bTuByNibnoi9C5s14DuqjVFLrVzxu6fNgXuhPpCLr8zN657z6Yub4HAblaXpU42sKVObNfBjqUCEM6UrJ+OjKemzrBU7U6c5TLOlab3To20Oo65snyOqhU9TppcvI6nFrqOl173Tocb8w6Mf23OrQNoTqjoYg6ZJJfOoEvLzoxNwI6Q0a1OSnXaDkMpwk5KxejOMYlhzitNsI4r9ApOaLYjTlKh9k5Z7IaOnMcTzobE4Q6zuChOgPjvzoJA906YzH4Oo84CDuicBI7D2MaOxjIHzu8cCI7yUgiO5pXHzvJvxk7kr0RO5CkBzvnuPc6DbvdOshVwjq7nKY6y6OLOpvuZDozHTg654YSOtQq6znsq8Q5B9+yOcU/tjkobc45ICb6OZWuGzqoqEE6yE1tOqJXjjrt16Y6WA+/OgDk1TrKRuo6HD/7OlD4Azt40wc7Ge8IO+ogBzs+WwI7hlj1OqR54Dq+ncY6+HioOl7khjrdsEU6/oT1Oc2yPDkURte41c/CuWRrIrrjTFy6hduGusvZmrr/2Km6GsizumrPuLrxTLm6ltC1ut8Yr7qNCaa6gqSbukn+kLrgNYe6Osh+uuAxdbp0k3O6hJd7uohKh7qjwJa6HHWsuuR2yLpCnOq68EIJu0TQH7v5lji7hiRTu474bruOxIW7liSUu5dWorttGLC7ei69u1JlybuzlNS7NqDeuxZ557uNHu+7JZ71u3US+7tMo/+7mMEBvON2A7zUEgW84rgGvDiNCLxjswq87EwNvPl3ELxcThS8PuQYvJ5HHryqfyS8VIwrvKFmM7zVADy8skZFvJ4eT7ySalm8DwlkvOHWbrzhr3m8fjiCvJh8h7x0lYy8r3aRvKgWlrz1bpq8kXyevCtAorzYvaW8Rv2ovA4JrLyj7q68h72xvPCGtLzkXLe8tlG6vCh3vbzb3cC8gZTEvICnyLxIIM28AgXSvFxY17xbGd28cUPjvLrO6bwXsPC8zdn3vAg8/7ysYgO9vTEHvQYCC72jyg69TYMSvbIkFr3FqBm9AgsdvWNIIL3eXyO9IVImvZkhKb2H0iu9oWouvfHwML2bbTO9W+k1vW9tOL0TAzu9HrM9vbyFQL0ogkO9Pq5GvU0OSr0IpU29PHNRvfN3Vb1EsFm9thdevTmoYr1aWme92CVsvYIBcb3r43W9qcN6vbeXf73cK4K9O36EvQnAhr0Y74i9CwqLvY8Qjb0rA4+9SuOQvT2zkr0cdpS9hi+WvcPjl71Rl5m9206bvQsPnb1K3J69oLqgvYqtor3Ot6S9ZdumvW0Zqb0Mcqu9b+Stve5usL33DrO9OsG1vcWBuL0bTLu9jhu+vTnrwL09tsO9FnjGvYIsyb37z8u9m1/OvVPZ0L39O9O9ZIfVvUu8171V3Nm9C+rbvbro3b0/3N+998jhvYez473BoOW9S5XnvZOV6b2Rpeu9qMjtvXAB8L3CUfK9arr0vVg797120/m9w4D8vWtA/71qBwG+4HMCvkjjA74hUwW+6cAGvisqCL6RjAm+C+YKvsk0DL5udw2+Cq0OvhjVD76f7xC+Fv0Rvnr+Er4o9RO+4uIUvsbJFb4GrBa+EowXvmNsGL5TTxm+Fjcavq0lG763HBy+fB0dvsIoHr7TPh++j18gvkKKIb7LvSK+nfgjvr04Jb74eya+3r8nvtQBKb5NPyq+vXUrvtiiLL6DxC2+/9guvgrfL76z1TC+obwxvvaTMr5YXDO+3xY0vg/FNL7TaDW+YwQ2vhCaNr5xLDe+BL43vjJROL5D6Di+KIU5vnwpOr581jq+zow7vrZMPL7dFT2+huc9vl/APr65nj++fYBAvlljQb65REK++SFDvnH4Q76WxUS+FodFvts6Rr5G30a+CXNHvnD1R74yZki+ncVIvoUUSb4dVEm+KoZJvrOsSb4bykm+3+BJvqPzSb4MBUq+nBdKvpEtSr7nSEq+PWtKvq2VSr7kyEq+/ARLvpJJS76tlUu+8edLvoM+TL4tl0y+eu9Mvr5ETb5GlE2+WNtNvmwXTr4bRk6+c2VOvs9zTr4NcE6+lFlOvjwwTr5/9E2+YKdNvlBKTb4w30y+O2hMvgfoS75BYUu+oNZKvu1KSr6zwEm+TTpJvrm5SL6EQEi+ws9Hvg5oR75mCUe+TrNGvqZkRr7wG0a+ItdFvvmTRb7IT0W+1gdFvlS5RL55YUS+rP1DvqWLQ75YCUO+TXVCvnLOQb5KFEG+4UZAvuJmP75qdT6+MnQ9vkllPL4pSzu+fyg6viYAOb4R1Te+Fao2vs2BNb6nXjS+mkIzvjYvMr6FJTG+ACYwvokwL755RC6+nWAtvjmDLL4nqiu+6tIqvsD6Kb7CHim+Ejwovs1PJ75RVya+TVAlvsw4JL5ZDyO+/tIhvmODIL7DIB++6asdvjQmHL6CkRq+JfAYvrhEF74ukhW+htsTvs4jEr7ybRC+uLwOvoQSDb5ZcQu+p9oJvnhPCL4d0Aa+X1wFvl/zA76+kwK+kjsBvgPR/722L/29bo36vRfk971+LfW92GPyvb6B771uguy9HGLpveMd5r0ntOK9aSTfvWxv2703l9e97p7TvaSKz712X8u9HCPHvbrbwr25j769fkW6vScDtr1FzrG9v6utvYyfqb2LrKW9eNShvcwXnr2sdZq9DuyWvbl3k71pFJC9+7yMvaNrib0ZGoa98sGCvXa5fr3LyHe9vKZwvbxJab0nqmG9kMJZvReQUb1MEkm9ektAvWhAN71P+C29YXwkvbHXGr2TFhG9Q0YHvbvo+ryAXOe8RwHUvDPuwLwGN668muubvOsWirwxfnG8n8lPvKMGL7yUIQ+8+fnfu6flortHWU27FqmrulRjBjrzyRk7u8qJOw/jxzuHxAM89YQkPL9QRjx/PGk8vaiGPGFHmTzPc6w8jCLAPAVD1Dx9wOg8gYL9PBY3CT14sxM90ScePf6FKD2JwDI9dss8PaScRj0YLFA9bXRZPQJzYj0BKGs9i5ZzPVPEez3Y3IE9isCFPWCTiT0OXI09xiGRPbTrlD3lwJg96qecPYCmoD2BwaQ9j/yoPfRZrT2S2rE9y322PYRBuz0zIsA9FRvFPUQmyj3zPM89qlfUPaRu2T0Aet49JHLjPd5P6D3jDO099KPxPfYQ9j1KUfo9uWP+PU8kAT73AAM+dckEPhyABj7GJwg+zMMJPsxXCz6R5ww+63YOPoQJED65ohE+hUUTPkD0FD6rsBY+yXsYPsxVGj4hPhw+ZjMePoMzID6kOyI+cEgkPg9WJj5tYCg+LGMqPgxaLD7yQC4+BxQwPvDPMT7ocTM+4fc0PoZgNj5Xqzc+sdg4PrTpOT5M4Do+Cr87PimJPD5CQj0+S+49PlGRPj5pLz8+csw/PuFrQD7QEEE+k71BPtNzQj51NEM+b/9DPuHTRD4MsEU+f5FGPu10Rz6GVkg+CzJJPuQCSj5exEo+y3FLProGTD4Rf0w+W9dMPqkMTT7sHE0+4gZNPjTKTD6BZ0w+MOBLPoE2Sz6HbUo+0YhJPmqMSD7BfEc+RV5GPm01RT5eBkQ+49RCPh+kQT6TdkA+6E0/PtcqPj41DT0+1/M7Pr7cOj76xDk+46g4PjiENz5AUjY+7w01Pi2yMz7tOTI+eaAwPobhLj5r+Sw+SeUqPh2jKD7bMSY+fJEjPu3CID4byB0+1KMaPrVZFz747RM+U2UQPsDEDD5dEQk+KlAFPsmFAT7PbPs9E8vzPcQr7D1akuQ9VQDdPTp11T1F7s090mbGPVfYvj3KOrc9soSvPb2rpz0IpZ89iGWXPYfijj0NEoY9etZ5PWvNZj2y/VI9G2A+PdXxKD2JtBI9slz3PEbTxzyD6ZY8X4VJPE4fxjv9maa5ItPdu5SvWbxQlaK8PYLYvCM8B727KyK9vQM9vS68V72hUXK9wWKGveGOk71rsqC9ntStvXP+ur1WOsi9lpPVvQ4W472bzfC9vsX+vXeEBr440A2+ykkVvtzzHL7yzyS+Sd4svuQdNb5tjD2+cyZGvl7nTr6zyVe+McdgvhXZab5g+HK++x18vpWhgr7OMIe+2rmLvnM6kL7YsJS+3xuZvhd7nb6uzqG+jRemvixXqr6nj66+gMOyvrn1tr51Kbu+BmK/vsKiw77C7se+5EjMvqOz0L7oMNW+9cHZvnln3r5IIeO+le7nvsfN7L6avPG+Nbj2viy9+77bYwC/4OkCv4duBb+/7we/imsKvwfgDL+iSw+/Aq0RvykDFL95TRa/wIsYvx6+Gr8y5Ry/3wEfv28VIb9wISO/lyclv98pJ78mKim/Ziorv3YsLb/zMS+/Rzwxv41MM79sYzW/NIE3v7mlOb9r0Du/QgA+v9IzQL9baUK/vZ5Ev7LRRr/E/0i/bCZL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"}]}]}]}]}} 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b/assets/presets/own/mutant-arp.vital @@ -0,0 +1 @@ +{"author":"Bubba Machine","comments":"Bubba Machine factory sound for B-MINI, CC0. bubba-mini: {\"TUNE\":64,\"MODE\":0,\"DRIVE\":30,\"VELF\":15,\"VELA\":20,\"NOISE\":0,\"R1\":1,\"W1\":3,\"L1\":92,\"R2\":1,\"W2\":3,\"L2\":92,\"R3\":2,\"W3\":2,\"L3\":0,\"T2\":127,\"T3\":64,\"KEYT\":85,\"FA\":0,\"FD\":88,\"FS\":127,\"FR\":32,\"AA\":0,\"AD\":88,\"AS\":127,\"AR\":32,\"GLIDE\":83,\"LAMT\":0,\"LDEST\":1,\"macro\":[83,0,64,64]}","preset_name":"MUTANT ARP","synth_version":"1.0.5","settings":{"osc_1_on":0,"osc_1_level":0.7,"osc_2_on":0,"osc_3_on":0,"polyphony":1}} \ No newline at end of file diff --git a/assets/presets/own/noise-tuba.vital b/assets/presets/own/noise-tuba.vital new file mode 100644 index 0000000..7445381 --- /dev/null +++ b/assets/presets/own/noise-tuba.vital @@ -0,0 +1 @@ +{"author":"Bubba Machine","comments":"Bubba Machine factory sound for B-MINI, CC0. bubba-mini: 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fPZg33z1Ted49iq/dPYfZ3D279ts9DAfbPa4K2j0iAtk9O+7XPRLQ1j0KqdU9mnrUPYZG0z19DtI9RNTQPY2Zzz36X8496CjNPYf1yz3Qxso9TZ3JPWh5yD0RW8c9/kHGPYktxT3fHMQ94w7DPVYCwj3E9cA9uee/PdzWvj28wb09Kqe8PfaFuz1uXbo9+iy5PVL0tz2Gs7Y99Wq1PVcbtD2ixbI9DmuxPR4NsD1cra49jk2tPYnvqz0Flao9sT+pPRnxpz2eqqY9aG2lPUw6pD3SEaM9P/ShPXjhoD0Y2Z89ZtqePXzknT0r9pw9HQ6cPeIqmz3/Spo9AG2ZPW2PmD0WsZc929CWPeftlT2iB5U9xB2UPUkwkz2QP5I9LUyRPQNXkD05YY89KGyOPTh5jT0Piow9L6CLPTG9ij2K4ok9jBGJPU9LiD23kIc9UeKGPWpAhj34qoU9nCGFPa2jhD0+MIQ9HsaDPeNjgz0OCIM98rCCPeVcgj1LCoI9j7eBPUxjgT1HDIE9jLGAPWdSgD3M3H898gp/PZIvfj2wS309yWB8Pd5wez0yfno9X4t5PUCbeD2CsHc99M12PRT2dT32KnU9hW50PfLBcz0DJnM90ppyPegfcj0rtHE9+FVxPQgDcT3IuHA9IHRwPdkxcD2O7m89u6ZvPRlXbz1//G49KpRuPaUbbj0hkW09TPNsPXJBbD1te2s91qFqPbK1aT2nuGg9yKxnPXyUZj18cmU9k0lkPZQcYz0/7mE9IMFgPWuXXz3ucl497FRdPTA+XD3iLls9lSZaPUUkWT1kJlg95ypXPU0vVj3XMFU9gSxUPSEfUz2uBVI9Lt1QPfCiTz2IVE49J/BMPVZ0Sz1S4Ek95TNIPW9vRj3+k0Q9KqNCPQSfQD0Wij49OWc8PYk5Oj0xBDg9aco1PTyPMz2GVTE9vh8vPe7vLD22xyo9/6coPUORJj1EgyQ9U30iPSF+ID3hgx49cIwcPViVGj3tmxg9a50WPSiXFD2VhhI9a2kQPcE9Dj0cAgw9l7UJPclXBz376AQ98mkCPU24/zwFg/o89Dj1PMXf7zynfeo8LxnlPDG53zw6ZNo8uCDVPGT0zzw95Mo8W/TFPNUnwTyDgLw8FP+3PAejszy0aq88X1OrPEVZpzwEeKM8j6qfPHjrmzw4NZg8ZYKUPOPNkDwcE408Vk6JPK18hTw1nIE8h1h7PKBaczzJQWs8ixNjPGPXWjx5llI8l1tKPE0yQjwAJzo8CUYyPGmbKjyEMiM8PxUcPANMFTw13Q48I80IPJ0dAzxRnPs7hbfxO1SC6DsT7t87SujXO7Vb0DvLMMk72U7CO9acuztFArU7M2iuOye6pzup5qA7EOCZOw2dkjuhGIs7rlKDO0ifdjueMGY73HJVO22GRDsGkTM7GbwiO/oyEjtbIQI74WHlOt8PyDqVjqw6zRKTOhmCdzoGWU06CKsnOqRSBjr8CNI5uaOeOT+wYjl+pBE5UE6OOEKFNCRQTo64fqQRuT+wYrm5o565/AjSuaRSBroIqye6BllNuhmCd7rNEpO6lY6sut8PyLrhYeW6WyECu/oyErsZvCK7BpEzu22GRLvcclW7njBmu0ifdruuUoO7oRiLuw2dkrsQ4Jm7qeaguye6p7szaK67RQK1u9acu7vZTsK7yzDJu7Vb0LtK6Ne7E+7fu1SC6LuFt/G7UZz7u50dA7wjzQi8Nd0OvANMFbw/FRy8hDIjvGmbKrwJRjK8ACc6vE0yQryXW0q8eZZSvGPXWryLE2O8yUFrvKBac7yHWHu8NZyBvK18hbxWTom8HBONvOPNkLxlgpS8ODWYvHjrm7yPqp+8BHijvEVZp7xfU6u8tGqvvAejs7wU/7e8g4C8vNUnwbxb9MW8PeTKvGT0z7y4INW8OmTavDG537wvGeW8p33qvMXf77z0OPW8BYP6vE24/7zyaQK9++gEvclXB72XtQm9HAIMvcE9Dr1raRC9lYYSvSiXFL1rnRa97ZsYvViVGr1wjBy94YMevSF+IL1TfSK9RIMkvUORJr3/pyi9tscqve7vLL2+Hy+9hlUxvTyPM71pyjW9MQQ4vYk5Or05Zzy9Foo+vQSfQL0qo0K9/pNEvW9vRr3lM0i9UuBJvVZ0S70n8Ey9iFROvfCiT70u3VC9rgVSvSEfU72BLFS91zBVvU0vVr3nKle9ZCZYvUUkWb2VJlq94i5bvTA+XL3sVF297nJevWuXX70gwWC9P+5hvZQcY72TSWS9fHJlvXyUZr3IrGe9p7hovbK1ab3WoWq9bXtrvXJBbL1M82y9IZFtvaUbbr0qlG69f/xuvRlXb727pm+9ju5vvdkxcL0gdHC9yLhwvQgDcb34VXG9K7Rxvegfcr3SmnK9AyZzvfLBc72FbnS99ip1vRT2db30zXa9grB3vUCbeL1fi3m9Mn56vd5we73JYHy9sEt9vZIvfr3yCn+9zNx/vWdSgL2MsYC9RwyBvUxjgb2Pt4G9SwqCveVcgr3ysIK9DgiDveNjg70exoO9PjCEva2jhL2cIYW9+KqFvWpAhr1R4oa9t5CHvU9LiL2MEYm9iuKJvTG9ir0voIu9D4qMvTh5jb0obI69OWGPvQNXkL0tTJG9kD+SvUkwk73EHZS9ogeVveftlb3b0Ja9FrGXvW2PmL0AbZm9/0qaveIqm70dDpy9K/acvXzknb1m2p69GNmfvXjhoL0/9KG90hGjvUw6pL1obaW9nqqmvRnxp72xP6m9BZWqvYnvq72OTa29XK2uvR4NsL0Oa7G9osWyvVcbtL31arW9hrO2vVL0t736LLm9bl26vfaFu70qp7y9vMG9vdzWvr2557+9xPXAvVYCwr3jDsO93xzEvYktxb3+Qca9EVvHvWh5yL1Nncm90MbKvYf1y73oKM29+l/OvY2Zz71E1NC9fQ7SvYZG072aetS9CqnVvRLQ1r077te9IgLZva4K2r0MB9u9u/bbvYfZ3L2Kr929U3nevZg3371r69+9FJbgvQE54b3Z1eG9PW7ivb8D473/l+O9cizkvVHC5L2jWuW9KfblvVOV5r1AOOe9v97nvU6I6L0bNOm9F+HpvfWN6r1XOeu9nOHrvTeF7L2bIu29R7jtvf1E7r2Zx+69Lz/vvUSr772bC/C9SWDwvcap8L3V6PC9gh7xvR9M8b1Mc/G9vJXxvUe18b3R0/G9LPPxvSMV8r1VO/K9HmfyvbWZ8r3j0/K9NRbzveFg873Hs/O9XQ70vetv9L1r1/S9mEP1vROz9b1eJPa94pX2vTAG973Vc/e9kN33vXJC+L28ofi92fr4vchN+b26mvm9P+L5vTAl+r2/ZPq9WqL6vZrf+r1aHvu9cGD7vb6n+70c9vu9TE38vcau/L3qG/29tZX9vd8c/r3Gsf69ZlT/vToCAL6WYAC+zsQAvkYuAb5AnAG+5Q0Cvl+CAr7N+AK+VXADvi/oA76pXwS+LNYEvkFLBb6gvgW+LTAGvu+fBr4kDge+KHsHvofnB77qUwi+C8EIvsIvCb7noAm+VxUKvt+NCr5JCwu+MY4LviEXDL52pgy+ZzwNvvnYDb4DfA6+MiUPvvvTD764hxC+pD8RvtT6Eb5QuBK+HXcTvjA2FL6d9BS+bLEVvtxrFr5AIxe+ENcXvu6GGL6zMhm+WdoZvhB+Gr46Hhu+S7sbvu5VHL7T7hy+yYYdvqYeHr4ztx6+OlEfvnDtH75rjCC+nS4hvl7UIb7BfSK+vCojvhrbI75kjiS+C0Qlvkr7Jb5Psya+H2snvrghKL4S1ii+Hocpvu0zKr6G2yq+Mn0rvkUYLL5HrCy+8zgtvii+Lb4GPC6+0LIuvgAjL74pjS++DfIvvoRSML5vrzC+vgkxvlliMb4iujG+5REyvj1qMr7IwzK+2h4zvpx7M74Q2jO+Bjo0viGbNL7V/DS+Yl41vgm/Nb7hHTa+8nk2vkbSNr7lJTe+/HM3vra7N75w/De+nDU4vvdmOL5UkDi+zLE4vqPLOL5M3ji+auo4vs3wOL5a8ji+F/A4vg3rOL5h5Di+Ht04vjzWOL6o0Di+L804vmTMOL7Ozji+idQ4vsjdOL5L6ji+x/k4vq0LOb5fHzm+CTQ5vtZIOb7XXDm+G285vrZ+Ob7Zijm+xpI5vueVOb7Nkzm+Oow5vil/Ob60bDm+WFU5voY5Ob4HGjm+ufc4vqDTOL7frji+f4o4vrlnOL6bRzi+Mis4vmQTOL7sADi+a/Q3vkXuN76Y7je+afU3vnUCOL5NFTi+RS04vqZJOL5qaTi+p4s4vlevOL5h0zi+wfY4vpEYOb7oNzm+OlQ5vvdsOb7RgTm+uJI5vsSfOb5HqTm+0q85vg60Ob7Qtjm+Krk5vgm8Ob6EwDm+vcc5vqjSOb454jm+OPc5vkkSOr7TMzq+GFw6vhWLOr6XwDq+HPw6vgU9O75/gju+kss7vgkXPL7CYzy+gLA8vgL8PL4fRT2+woo9vuvLPb7XBz6++T0+vuNtPr5rlz6+sro+vvLXPr6q7z6+kwI/voQRP75sHT++Tic/vjswP749OT++RkM/vk9PP772XT++328/vl6FP76anj++bLs/vpDbP75n/j++PSNAvhVJQL7UbkC+OJNAvgq1QL760kC+setAvgb+QL7VCEG+NwtBvmUEQb7V80C+PNlAvom0QL70hUC+7E1Avg8NQL5AxD++e3Q/vuUeP76pxD6+B2c+vj8HPr5ppj2+gEU9voPlPL7+hjy+gyo8vjPQO74jeDu+BCI7vl/NOr54eTq+dCU6vkHQOb7CeDm+xR05vhO+OL5+WDi+9+s3voR3N75x+ja+HnQ2vk7kNb7rSjW+Lag0von8M77JSDO+2I0yvt/MMb47BzG+Uz4wvrJzL77hqC6+V98tvoMYLb6rVSy+4Zcrvg/gKr7YLiq+r4QpvprhKL6HRSi+ErAnvqMgJ75flia+axAmvpaNJb7VDCW+Do0kvioNJL4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"},{"position":146,"wave_data":"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"},{"position":183,"wave_data":"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"}]}]}]}]}} \ No newline at end of file diff --git a/assets/presets/own/wave-strings.vital b/assets/presets/own/wave-strings.vital new file mode 100644 index 0000000..d210cc6 --- /dev/null +++ b/assets/presets/own/wave-strings.vital @@ -0,0 +1 @@ +{"author":"Bubba Machine","comments":"Bubba Machine factory sound for BITTAL, CC0. bubba-bittal: {\"macro\":[0,0,0,0],\"L1\":105,\"P1\":0,\"U1\":1,\"D1\":20,\"FT\":0,\"CUT\":104,\"RES\":5,\"AA\":83,\"AD\":90,\"AS\":120,\"AR\":94,\"LSHAPE\":1,\"LRATE\":47,\"LDEST\":2,\"LAMT\":60,\"VELA\":30}","preset_name":"WAVE STRINGS","synth_version":"1.0.5","settings":{"osc_1_on":1,"osc_1_level":0.7,"osc_2_on":0,"osc_3_on":0,"polyphony":6,"wavetables":[{"name":"WAVE STRINGS","author":"Bubba Machine","version":"1.0.5","groups":[{"components":[{"type":"Wave 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"},{"position":183,"wave_data":"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"}]}]}]}]}} \ No newline at end of file diff --git a/assets/presets/own/wave-sweep.vital b/assets/presets/own/wave-sweep.vital new file mode 100644 index 0000000..c08d5a5 --- /dev/null +++ b/assets/presets/own/wave-sweep.vital @@ -0,0 +1 @@ +{"author":"Bubba Machine","comments":"Bubba Machine factory sound for BITTAL, CC0. bubba-bittal: {\"macro\":[0,0,0,0],\"L1\":110,\"P1\":0,\"EPOS\":127,\"FT\":0,\"CUT\":115,\"RES\":10,\"MA\":69,\"MD\":79,\"MS\":0,\"MR\":79,\"AA\":0,\"AD\":70,\"AS\":110,\"AR\":79,\"FENV\":64,\"LAMT\":0,\"VELA\":40}","preset_name":"WAVE SWEEP","synth_version":"1.0.5","settings":{"osc_1_on":1,"osc_1_level":0.7,"osc_2_on":0,"osc_3_on":0,"polyphony":6,"wavetables":[{"name":"WAVE SWEEP","author":"Bubba Machine","version":"1.0.5","groups":[{"components":[{"type":"Wave 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"},{"position":110,"wave_data":"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"},{"position":146,"wave_data":"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"},{"position":183,"wave_data":"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PtJ71z5CmtU+yb/TPgvr0T76GdA+C0rOPi94zD4aoco+VMHIPlHVxj652cQ+asvCPsOnwD6SbL4+SRi8PiKquT77Ibc+e4C0PhDHsT7b964+kRWsPoAjqT5YJaY+Gh+jPvUUoD79Cp0+RQWaPoAHlz76FJQ+gjCRPjpcjj6fmYs+bOmIPp9Lhj6Av4M+n0OBPverfT4H6Hg+mzV0PjKObz4T62o+mkVmPm6XYT632lw+fgpYPvgiUz5nIU4+ggRJPm7MQz7Fej4+eBI5PuqXMz6HEC4+0oIoPvz1Ij6zcR0+6v0XPnSiEj7QZg0+1VEIPn1pAz5aZf09JWL0PdHN6z0gquM9uvXbPbGs1D1UyM09oD/HPbIHwT1GFLs95Ve1PevErz3JTao9seWkPfGAnz29FZo9QpyUPT8Pjz0FbIk9vbKDPZbMez2pGHA96FlkPfakWD3wEU09mrtBPWa+Nj1dNyw9v0IiPVf7GD0ueRA9odAIPawRAj2zjvg8XO7uPAxC5zx7fuE8eo3dPNBO2zx6mdo8vT3bPGQG3TzTut88qiHjPLIC5zzHKOs8U2TvPK+M8zzngfc8kS37PDyE/jyBwgA9Cx0CPeVbAz0KjgQ9a8YFPXgbBz3gpQg9nH8KPf3CDD2EiQ891+oSPdz7Fj2MzRs9sWwhPeTgJz2hLC89rkw3PYY4QD1u4kk99TdUPb0iXz0KiWo94k52PYkrgT0GQoc9n1yNPfptkz0Tapk940afPXX8pD1Zhao9x96vPZIItT1ABbo91dm+PZeNwz2+Kcg9ArnMPStH0T2R4NU9nJHaPSBm3z33aOQ9mKPpPX8d7z3e2/Q9puH6PYCXAD7A4AM+BEoHPo/PCj6BbA4+DxsSPrDUFT5jkhk+6UwdPgL9ID60myQ+niIoPg+MKz5V0y4+2PQxPkHuND6Fvjc+82U6PhbmPD7HQT8+4XxBPiucQz4fpUU+xp1HPkGMST6sdks+72JNPlpWTz5rVVE+x2NTPtODVT7jtlc+4PxZPnpUXD4iu14+Di1hPnGlYz6nHmY+XJJoPtf5aj48Tm0+s4hvPsKicT6flnM+Gl91PjT4dj7vXng+mpF5PuOPej6VWns+5vN7PjBffD7MoHw+9r18Pom8fD7Tonw+QHd8PhNAfD5jA3w+lsZ7Pj+Oez4CXns+bTh7Prkeez71EHs+2A17PgQTez7KHHs+qSZ7Pjsrez6nJHs+cgx7PlTcej4Fjno+qht6PgCAeT60tng+Y7x3PsOOdj7rLHU+HpdzPvTOcT49128+5LNtPtdpaz66/mg+3nhmPtveYz5fN2E++IhePuHZWz5/L1k+kY5WPrz6Uz6MdlE+VgNPPhWhTD6wTko+vQlIPsTORT5amUM+YWRBPjAqPz7R5Dw+PI46PqwgOD67ljU+u+syPtobMD5MJC0+ZQMqPsm4Jj5MRSM+BqsfPkntGz5uEBg+thkUPh8PED4t9ws+sdgHPmi6Az7eRf89xjD3PWFA7z3dfec9MPDfPRWc2D3cg9E9SKfKPZgDxD3Zk70901C3Pb4xsT1GLKs9NTWlPcxAnz1ZQ5k9qjGTPYoBjT0bqoY9YCSAPcjWcj37+GQ9Cq9WPZD9Rz0O7jg9h44pPRzxGT1HKwo9oar0PBgS1TyCwrU8GfGWPDihcTyYHzc8nF39O/AjkTsQ16c6E7vfutNylLsWqOu7WOMevIiVRbwSKWq83HSGvOYWl7wcKae8jtu2vLJdxrys3NW8W4HlvLJu9bwp4AK9oUQLvbjpE71kzxy9v/AlvTJEL72ruzi9P0VCvdvLS73zN1W9enBevexbZ70L4W+9Kuh3vcJbf72+FIO9aSGGvczOiL06Gou9bQONva+Mjr2muo+9JJSQvfchkb2AbpG9SoWRvaxykb0qQ5G9FwORvRW+kL2XfpC9fk2Qvc4xkL1UMJC9lEuQvYqDkL3W1ZC9xj2RvXy0kb1CMZK94KmSvRETk73aYJO9KYeTvTd6k70ML5O96puSvbi4kb1ff5C9/+uOvQv9jL2Ls4q95BKIveoghb1y5YG9kNR8vUN1db2rxW29h99lvQbdXb1911W9s+ZNvdwfRr3QlD69pVM3vb1lML3szym9CJIjvRmnHb2JBRi9rJ8SvT5kDb0ePwi9QBoDveW8+7z06PC87IvlvI582bwQl8y8WL6+vIbdr7y36J+8rN2OvOuHeby9WVO8h2UrvH/wAbyom667824vuwqSXaXzbi87qJuuO3/wATyHZSs8vVlTPOuHeTys3Y48t+ifPIbdrzxYvr48EJfMPI582Tzsi+U89OjwPOW8+zxAGgM9Hj8IPT5kDT2snxI9iQUYPRmnHT0IkiM97M8pPb1lMD2lUzc90JQ+PdwfRj2z5k09fddVPQbdXT2H32U9q8VtPUN1dT2Q1Hw9cuWBPeoghT3kEog9i7OKPQv9jD3/6449X3+QPbi4kT3qm5I9DC+TPTd6kz0ph5M92mCTPRETkz3gqZI9QjGSPXy0kT3GPZE91tWQPYqDkD2US5A9VDCQPc4xkD1+TZA9l36QPRW+kD0XA5E9KkORPaxykT1KhZE9gG6RPfchkT0klJA9prqPPa+Mjj1tA409OhqLPczOiD1pIYY9vhSDPcJbfz0q6Hc9C+FvPexbZz16cF498zdVPdvLSz0/RUI9q7s4PTJELz2/8CU9ZM8cPbjpEz2hRAs9KeACPbJu9TxbgeU8rNzVPLJdxjyO27Y8HCmnPOYWlzzcdIY8EilqPIiVRTxY4x48FqjrO9NylDsTu986ENenuvAjkbucXf27mB83vDihcbwZ8Za8gsK1vBgS1byhqvS8RysKvRzxGb2Hjim9Du44vZD9R70Kr1a9+/hkvcjWcr1gJIC9G6qGvYoBjb2qMZO9WUOZvcxAn701NaW9Riyrvb4xsb3TULe92ZO9vZgDxL1Ip8q93IPRvRWc2L0w8N+93X3nvWFA773GMPe93kX/vWi6A76x2Ae+LfcLvh8PEL62GRS+bhAYvkntG74Gqx++TEUjvsm4Jr5lAyq+TCQtvtobML676zK+u5Y1vqwgOL48jjq+0eQ8vjAqP75hZEG+WplDvsTORb69CUi+sE5KvhWhTL5WA0++jHZRvrz6U76Rjla+fy9ZvuHZW774iF6+XzdhvtveY77eeGa+uv5ovtdpa77ks22+PddvvvTOcb4el3O+6yx1vsOOdr5jvHe+tLZ4vgCAeb6qG3q+BY56vlTcer5yDHu+pyR7vjsre76pJnu+yhx7vgQTe77YDXu+9RB7vrkee75tOHu+Al57vj+Oe76Wxnu+YwN8vhNAfL5Ad3y+06J8vom8fL72vXy+zKB8vjBffL7m83u+lVp7vuOPer6akXm+7154vjT4dr4aX3W+n5ZzvsKicb6ziG++PE5tvtf5ar5ckmi+px5mvnGlY74OLWG+IrtevnpUXL7g/Fm+47ZXvtODVb7HY1O+a1VRvlpWT77vYk2+rHZLvkGMSb7GnUe+H6VFviucQ77hfEG+x0E/vhbmPL7zZTq+hb43vkHuNL7Y9DG+VdMuvg+MK76eIii+tJskvgL9IL7pTB2+Y5IZvrDUFb4PGxK+gWwOvo/PCr4ESge+wOADvoCXAL6m4fq93tv0vX8d772Yo+m992jkvSBm372ckdq9keDVvStH0b0Cucy9vinIvZeNw73V2b69QAW6vZIItb3H3q+9WYWqvXX8pL3jRp+9E2qZvfptk72fXI29BkKHvYkrgb3iTna9Colqvb0iX731N1S9buJJvYY4QL2uTDe9oSwvveTgJ72xbCG9jM0bvdz7Fr3X6hK9hIkPvf3CDL2cfwq94KUIvXgbB71rxgW9Co4EveVbA70LHQK9gcIAvTyE/ryRLfu854H3vK+M87xTZO+8xyjrvLIC57yqIeO807rfvGQG3by9Pdu8epnavNBO27x6jd28e37hvAxC57xc7u68s474vKwRAr2h0Ai9LnkQvVf7GL2/QiK9XTcsvWa+Nr2au0G98BFNvfakWL3oWWS9qRhwvZbMe729soO9BWyJvT8Pj71CnJS9vRWavfGAn72x5aS9yU2qvevEr73lV7W9RhS7vbIHwb2gP8e9VMjNvbGs1L269du9IKrjvdHN670lYvS9WmX9vX1pA77VUQi+0GYNvnSiEr7q/Re+s3Edvvz1Ir7Sgii+hxAuvuqXM754Ejm+xXo+vm7MQ76CBEm+ZyFOvvgiU75+Cli+t9pcvm6XYb6aRWa+E+tqvjKOb76bNXS+B+h4vverfb6fQ4G+gL+Dvp9Lhr5s6Yi+n5mLvjpcjr6CMJG++hSUvoAHl75FBZq+/QqdvvUUoL4aH6O+WCWmvoAjqb6RFay+2/euvhDHsb57gLS++yG3viKqub5JGLy+kmy+vsOnwL5qy8K+udnEvlHVxr5Uwci+GqHKvi94zL4LSs6++hnQvgvr0b7Jv9O+QprVvtJ7174gZdm+Hlbbvu9N3b7wSt++5krhvt5K4750R+W+1TznvgEn6b7AAeu++sjsvq947r5kDfC+8oPxvtzZ8r5SDfS+NR31vj8J9r7u0fa+hHj3vgP/9776Z/i+lrb4vl7u+L4WE/m+uij5vgMz+b6vNfm+ATT5vtkw+b5pLvm+Ny75vgQx+b7bNvm++D75vsZH+b4YT/m+BFL5vi9N+b70PPm+SR35vibq+L6tn/i+Nzr4vma29754Efe+Wkn2vp9c9b6mSvS+yRPzvvO48b4LPPC+mp/uvtTm7L5uFeu+mC/pvoU5576+N+W+dC7jvtsh4b6FFd++nwzdvpcJ275JDtm+hRvXvoox1b6jT9O+SnTRvmGdz74WyM2+F/HLvsAUyr4+L8i+pTzGvjI5xL5tIcK+WfK/vnepvb4IRbu+FMS4vnUmtr7dbLO+3ZiwvtKsrb7Wq6q+q5mnvn56pL76UqG+2yeevgL+mr4R2pe+bMCUvgO1kb4fu46+X9WLvo0Fib6kTIa+vaqDvggfgb7xT32+dYZ4vqrbc76wSG++8cVqvoFLZr5r0WG+/09dvmLAWL6SHFS+2V9Pvv2GSr5okEW+QnxAvohMO77sBDa+vqowvt5EK75Z2yW+Q3cgvlIiG76M5hW+6s0QvgjiC766Kwe+vLICvjD7/L0lIvW9zODtva45573FK+G9dbLbvXvF1r3MWdK9xGHOvZPNyr1GjMe9PIzEvdu7wb2aCr+9NWm8vb/Kub0SJbe9DnG0vT2rsb3J0669ku6rvTkDqb2RHKa9i0ijvZGXoL3wG569HumbvQATmr1JrZi9i8qXvZt7l73jzpe92M+YvXiGmr0R95y98yGgvaIDpL2elKi9AsqtvcCVs70e57m9havAvRDPx71iPc+9Y+LWvRSr3r0jhua98WTuvaQ79r3xAf69tNkCvrWnBr62bAq+SCwOvsLrEb4RshW+SYcZvoZ0Hb5jgyG+lL0lvp4sKr5p2S6+uMszvhoKOb5kmT6+j3xEvpK0Sr5SQFG+oRxYvkJEX74nsGa+rlduvvcwdr4TMX6+QCaDvt47h76tU4u+XWiPvhp1k77KdZe+J2ebvuFGn761E6O+Z82mvs10qr7CC66+EpWxvkUUtb6Rjbi+qQW8vmuBv77SBcO+qZfGvlY7yr6g9M2+o8bRvo+z1b56vNm+g+Hdvqsh4r62eua+eOnqvuNp777v9vO+BIv4viQg/b7+1wC/IBoDv2JTBb/2gAe/UaAJv1WvC79XrA2/NZYPv19sEb/gLhO/TN4Uv8R7Fr/vCBi/0ocZv8f6Gr9pZBy/cMcdv5UmH79phCC/VuMhv1tFI78lrCS/xRgmv+CLJ79nBSm/woQqv8EILL+pjy2/ORcvv8ycML9vHTK/7ZUzv/wCNb9fYTa/9a03v93lOL+iBjq/Mg47vxD7O79VzDy/tIE9v44bPr/Umj6/GAE/v21QP79Niz+/mLQ/v1fPP7+93j+/9OU/v/DnP7945z+/3uY/vwDoP7827D+/NvQ/vxcAQL88D0C/fCBAvwUyQL+MQUC/TExAv0JPQL8gR0C/kTBAv0kIQL8pyz+/bHY/v64HP78ffT6/edU9vygQPb9LLTy/qy07v8USOr+s3ji/DZQ3v/o1Nr/1xzS/mU0zv6jKMb/bQjC/pLkuvzkyLb9Qryu/EzMqvxK/KL8pVCe/gPIlv4qZJL8LSCO/GPwhv0GzIL+pah+/CR8ev/vMHL8CcRu/swcav+aNGL/LABe/GV4VvxekE7++0RG/xOYPv6HjDb+PyQu/i5oJvzJZB7/GCAW/8KwCv8ZJAL8Lx/u+8Pz2vrE98r4tke2+hP7ovruL5L6KPeC+Vxfcvu0a2L5cSNS+Op7Qvo8Zzb7/tcm+2m3Gvp46w779FMC+SfW8vr/Tub7nqLa+zG2zvmIcsL7Gr6y+cCSpvmR4pb5Sq6G+lb6dvlG1mb4xlJW+YGGRvlUkjb505Yi+7K2EvkKHgL4F9ni+2CRxvhmsab75mmK+Lf5bvlrfVb7XRFC+ODFLvpmjRr5Fl0K+GQQ/vt3eO76UGTm+MqQ2vhltNL7pYTK+P3AwvmCGLr4YlCy+MosqvkpgKL4aCya+CYcjvkjTIL7v8h2+/ewavvvLF77dnRS+QXMRvgJfDr5sdQu+eMsIviB2Br5miQS+lRcDvp0wAr5a4QG+ETMCvhQrA752ygS+Ag4HvkruCb7jXw2+wlMRvuq3Fb4DeBq+/X0fviyzJL7eACq+glEvvjSRNL7Hrjm+Vpw+vtRPQ750w0e+EvZLvgDrT74kqlO+tD9Xvne7Wr6hMF6+rrRhvrZeZb6lRmm+7YNtvuUscr6+VXe+mQ99vgS0gb78M4W+9AmJvn01jb6os5G+Cn+WvtiPm7443KC+iFimvtj3q75SrLG+wme3vh8cvb4VvMK+eTvIvsSPzb6ZsNK+8JfXvm1C3L5lr+C+KOHkvpvc6L5xqey+T1Hwvhvg877gYve+y+f6vkJ9/r65GAG/7ggDvzcVBb+sQge/IJUJvycPDL+7sQ6/WHwRv9lsFL+Gfxe/S68av7v1Hb9fSyG/9Kckv6oCKL+dUiu/7o4uv02vMb8mrDS/FX83v/0iOr9MlDy/N9E+v7zZQL+dr0K/bFZEv2HTRb8tLUe/pmtIv7SXSb+mukq/Jt5Lv5oLTb/0S06/D6dPv74jUb8Wx1K/bJRUvyGNVr91sFi/ivtav31pXb9281+//JBivwU4Zb+h3We/EHZqv2v1bL/gT2+/a3pxvxNrc79aGXW/sH52v4qWd7/xXni/Udh4v60Feb+G7Hi/xZR4v14IeL/9Une/zIF2v7Oidb8IxHS/8fNzv8g/c7/As3K/+llyv786cr9eW3K/VL5yvx1jc7/dRXS/rV91v5ymdr8JDni/GYd5vwsBe7/gaXy/HK99v0y+fr/YhX+/svV/vwAAgL++mX+/RLt+v8Rgfb+Cinu//Tx5vyuBdr8KZHO/ifZvv+9MbL+Dfmi/iqRkv4/ZYL+JOF2/yttZvxHcVr+ET1S/zUhSvw3WUL9UAFC/08pPv3YyUL+HLVG/oqtSv9eVVL/3zla/+TNZv+6cW7+x3V2/J8dfvzgoYb9Rz2G/oothv3QuYL+ajF2/uX9Zv3PnU7+Nqky/rLdDv0kGOb/3liy/tnMev/ivDr+n0Pq+G4TVvrHUrb7DKoS+lfQxvjkBs70="}]}]}]}]}} \ No newline at end of file diff --git a/assets/presets/own/whine-lead.vital b/assets/presets/own/whine-lead.vital new file mode 100644 index 0000000..ff047e8 --- /dev/null +++ b/assets/presets/own/whine-lead.vital @@ -0,0 +1 @@ +{"author":"Bubba Machine","comments":"Bubba Machine factory sound for B-MINI, CC0. bubba-mini: {\"TUNE\":64,\"MODE\":0,\"DRIVE\":30,\"VELF\":15,\"VELA\":20,\"NOISE\":0,\"R1\":4,\"W1\":2,\"L1\":115,\"R2\":4,\"W2\":3,\"L2\":115,\"R3\":2,\"W3\":2,\"L3\":81,\"T2\":65,\"T3\":64,\"KEYT\":42,\"FA\":0,\"FD\":73,\"FS\":127,\"FR\":32,\"AA\":0,\"AD\":73,\"AS\":127,\"AR\":32,\"GLIDE\":64,\"LAMT\":0,\"LDEST\":1,\"macro\":[83,38,0,64]}","preset_name":"WHINE LEAD","synth_version":"1.0.5","settings":{"osc_1_on":0,"osc_1_level":0.7,"osc_2_on":0,"osc_3_on":0,"polyphony":1}} \ No newline at end of file diff --git a/assets/presets/own/wizard-bass.vital b/assets/presets/own/wizard-bass.vital new file mode 100644 index 0000000..d0256c5 --- /dev/null +++ b/assets/presets/own/wizard-bass.vital @@ -0,0 +1 @@ +{"author":"Bubba Machine","comments":"Bubba Machine factory sound for B-MINI, CC0. bubba-mini: {\"TUNE\":64,\"MODE\":0,\"DRIVE\":30,\"VELF\":15,\"VELA\":20,\"NOISE\":0,\"R1\":0,\"W1\":2,\"L1\":92,\"R2\":1,\"W2\":2,\"L2\":92,\"R3\":2,\"W3\":2,\"L3\":0,\"T2\":65,\"T3\":64,\"KEYT\":85,\"FA\":0,\"FD\":66,\"FS\":0,\"FR\":32,\"AA\":0,\"AD\":79,\"AS\":51,\"AR\":32,\"GLIDE\":57,\"LAMT\":0,\"LDEST\":1,\"macro\":[73,0,102,64]}","preset_name":"WIZARD BASS","synth_version":"1.0.5","settings":{"osc_1_on":0,"osc_1_level":0.7,"osc_2_on":0,"osc_3_on":0,"polyphony":1}} \ No newline at end of file diff --git a/core/bm_acid.cpp b/core/bm_acid.cpp new file mode 100644 index 0000000..d66e75c --- /dev/null +++ b/core/bm_acid.cpp @@ -0,0 +1,288 @@ +/* SPDX-License-Identifier: GPL-3.0-or-later + * Copyright (C) 2026 Erbubar23 + * + * Portions adapted from Open303 (https://github.com/RobinSchmidt/Open303, commit 313bf0d, files + * rosic_Open303.*, rosic_TeeBeeFilter.*, rosic_AnalogEnvelope.*, rosic_DecayEnvelope.*, + * rosic_OnePoleFilter.*, rosic_BiquadFilter.*, rosic_LeakyIntegrator.*): + * Copyright (c) 2009 Robin Schmidt (www.rs-met.com) + * Released under the MIT license; the full notice is in third_party/open303/LICENSE. + * What comes from there: the TB-303 filter (TeeBeeFilter in TB_303 mode, its coefficient fits and + * the 150 Hz high-pass in its feedback), the measured CUTOFF / ENV MOD mapping, the accent circuit + * (a 15 ms leaky integrator of the main envelope, added to the cutoff on accented notes, and the + * main envelope added to the amp envelope), the fixed accent decay of 200 ms, the amp envelope + * (instant attack, 1.23 s decay, 0.5 ms / 50 ms release) and its 200 Hz declicker, the pitch slew + * of the slide, and the fixed filters around the VCF (44.5 Hz high-pass before, 24.2 Hz high-pass + * and a 7.5 Hz notch after), with Open303's values. Changes: float, one sample per output sample + * (no 4x oversampling: the cutoff is capped at 10 kHz), filter coefficients every 8 samples, a + * polyBLEP saw/square instead of the mip-mapped tables, no allpass (phase only), a soft limit at + * the output and the knob ranges of the TB-303 on our 0..127 macros. */ +#include +#include +#include +#include "bm_acid.h" +#include "bm_config.h" +#include "bm_vpool.h" +extern "C" { +#include "bm_util.h" +} + +#include "stmlib/dsp/units.h" + +using namespace stmlib; + +namespace { + +float fs_ = 44118.0f; +int ready; /* the coefficients below are computed */ + +/* the fixed filters (Open303's "tweakables"), coefficients from bm_acid_init */ +struct OnePoleHp { float b0, a1; }; /* rosic OnePoleFilter HIGHPASS: y = b0 (x - x1) + a1 y1 */ +OnePoleHp hp_pre, hp_post, hp_fb; +float n_b0, n_b1, n_a1, n_a2; /* notch (BANDREJECT), b2 = b0 */ +float d_b0, d_a1, d_a2; /* declicker LP12 at 200 Hz, b1 = 2 b0, b2 = b0 */ +float k_dec, k_rc2, k_rel_n, k_rel_a; /* amp decay 1230 ms, accent RC 15 ms, releases 0.5 / 50 ms */ +float c_acc; /* main envelope of an accented note: 200 ms */ + +const float CUT_LO = 313.8152786f, CUT_HI = 2394.411987f; /* Open303's measured cutoff range */ +const float CUT_MAX = 10000.0f; /* 1x: the filter tracks and stays stable up to here */ +const float GAIN = 0.55f; /* to the engine scale (about the old BB-303 level in the demo) */ + +struct Acid { + float ph, freq, ftgt; /* oscillator: phase 0..1, cycles per sample now and the target (slide) */ + float menv, rc2, amp; /* main envelope (MEG), accent RC, amp envelope */ + float dz1, dz2; /* declicker (transposed direct form II) */ + float y1, y2, y3, y4; /* TB-303 filter */ + float fbx, fby; /* the high-pass in its feedback */ + float h1x, h1y, h2x, h2y; /* high-pass before and after the filter */ + float nz1, nz2; /* notch */ + float b0, k, g; /* filter coefficients (every 8 samples) */ + float acc, lvl; /* accent gain of the note (0 = none), level for quiet notes */ + float mc, kslew, scaler, offset, cut_hz, rskew; + uint8_t key[4]; /* the knobs the cached coefficients came from */ + uint8_t gate, accent, fresh; +}; +static_assert(sizeof(Acid) <= BM_VPOOL_BYTES && alignof(Acid) <= 8, "BB-303 voice does not fit the shared pool (bm_vpool.h)"); + +inline Acid &A(int v) { return *reinterpret_cast(bm_vpool(v)); } +inline bool mine(int v) { return bm_vpool_is(v, VP_ACID) != 0; } + +inline float one_minus_exp(float samples) { return 1.0f - expf(-1.0f / samples); } +inline float ftz(float x) { return (x > -1e-15f && x < 1e-15f) ? 0.0f : x; } + +OnePoleHp make_hp(float hz) +{ + float x = expf(-6.2831853f * hz / fs_); + OnePoleHp h = {0.5f * (1.0f + x), x}; + return h; +} + +inline float blep(float t, float dt) +{ + if (t < dt) { t /= dt; return t + t - t * t - 1.0f; } + if (t > 1.0f - dt) { t = (t - 1.0f) / dt; return t * t + t + t + 1.0f; } + return 0.0f; +} + +float cut_hz_of(int v) { return CUT_LO * powf(CUT_HI / CUT_LO, (float)v * (1.0f / 127.0f)); } +float decay_ms_of(int v) { return 200.0f * powf(10.0f, (float)v * (1.0f / 127.0f)); } +float slide_ms_of(int v) { return (float)(v + 8) * (1000.0f / 254.0f); } + +/* Open303::calculateEnvModScalerAndOffset (the measured mapping) */ +void env_mapping(Acid &z, int cut, int env) +{ + float e = (float)env * (1.0f / 127.0f), c = (float)cut * (1.0f / 127.0f); + float sLo = 3.773996325f * e + 0.736965594f, sHi = 4.194548788f * e + 0.864344901f; + z.scaler = (1.0f - c) * sLo + c * sHi; + z.offset = 0.048292931f * c + 0.294391201f; + z.cut_hz = cut_hz_of(cut); +} + +/* TeeBeeFilter::calculateCoefficientsApprox4, TB_303 branch */ +inline void filter_coefs(Acid &z, float hz) +{ + if (hz < 200.0f) hz = 200.0f; + if (hz > CUT_MAX) hz = CUT_MAX; + float fx = hz * (0.70710678f / fs_); + z.b0 = (0.00045522346f + 6.1922189f * fx) / (1.0f + 12.358354f * fx + 4.4156345f * (fx * fx)); + float k = fx * (fx * (fx * (fx * (fx * (fx + 7198.6997f) - 5837.7917f) - 476.47308f) + 614.95611f) + 213.87126f) + 16.998792f; + float g = k * (1.0f / 17.0f); + g = (g - 1.0f) * z.rskew + 1.0f; + z.g = g * (1.0f + z.rskew); + z.k = k * z.rskew; +} + +/* the cached coefficients: exp() only when a knob moved (it is slow on the FM-1) */ +void coefs(Acid &z, const bm_acid_par *p) +{ + if (z.fresh || z.key[0] != p->cut || z.key[1] != p->env) { z.key[0] = p->cut; z.key[1] = p->env; env_mapping(z, p->cut, p->env); } + if (z.fresh || z.key[2] != p->res) { + z.key[2] = p->res; + float r = (float)p->res * (1.0f / 127.0f); + z.rskew = (1.0f - expf(-3.0f * r)) * (1.0f / (1.0f - 0.049787068f)); /* TeeBeeFilter::setResonance */ + } + uint8_t dk = (uint8_t)(z.accent ? 0xFF : p->dec); + if (z.fresh || z.key[3] != dk) { + z.key[3] = dk; + z.mc = z.accent ? c_acc : expf(-1.0f / (0.001f * decay_ms_of(p->dec) * fs_)); + } + z.kslew = one_minus_exp(0.0002f * slide_ms_of(p->slide) * fs_); /* Open303: tau = 0.2 x slide time */ + z.fresh = 0; +} + +inline float soft_limit(float x) /* linear up to 0.8, then bends towards ~1.4 */ +{ + float a = x < 0.0f ? -x : x; + if (a <= 0.8f) return x; + float y = 0.8f + (a - 0.8f) / (1.0f + 1.6f * (a - 0.8f)); + return x < 0.0f ? -y : y; +} + +void reset_state(Acid &z) +{ + z.y1 = z.y2 = z.y3 = z.y4 = 0.0f; z.fbx = z.fby = 0.0f; + z.h1x = z.h1y = z.h2x = z.h2y = 0.0f; z.nz1 = z.nz2 = 0.0f; + z.dz1 = z.dz2 = 0.0f; z.amp = 0.0f; z.menv = 0.0f; z.rc2 = 0.0f; +} + +} // namespace + +extern "C" { + +float bm_acid_cut_hz(int v) { return cut_hz_of(v < 0 ? 0 : v > 127 ? 127 : v); } +float bm_acid_decay_ms(int v) { return decay_ms_of(v < 0 ? 0 : v > 127 ? 127 : v); } +float bm_acid_slide_ms(int v) { return slide_ms_of(v < 0 ? 0 : v > 127 ? 127 : v); } + +void bm_acid_init(float fs) +{ + fs_ = fs; + hp_pre = make_hp(44.486f); hp_post = make_hp(24.167f); hp_fb = make_hp(150.0f); + { /* notch: 7.5164 Hz, 4.7 octaves wide (RBJ band-reject) */ + float w = 6.2831853f * 7.5164f / fs_, s = sinf(w), c = cosf(w); + float alpha = s * sinhf(0.5f * 0.69314718f * 4.7f * w / s), sc = 1.0f / (1.0f + alpha); + n_b0 = sc; n_b1 = -2.0f * c * sc; n_a1 = 2.0f * c * sc; n_a2 = (alpha - 1.0f) * sc; + } + { /* declicker: LP12 at 200 Hz, Q 0.707 (RBJ) */ + float w = 6.2831853f * 200.0f / fs_, s = sinf(w), c = cosf(w); + float alpha = s / (2.0f * 0.70710678f), sc = 1.0f / (1.0f + alpha); + d_a1 = 2.0f * c * sc; d_a2 = (alpha - 1.0f) * sc; d_b0 = 0.5f * (1.0f - c) * sc; + } + k_dec = one_minus_exp(1.230f * fs_); + k_rc2 = one_minus_exp(0.015f * fs_); + k_rel_n = one_minus_exp(0.0005f * fs_); + k_rel_a = one_minus_exp(0.050f * fs_); + c_acc = expf(-1.0f / (0.200f * fs_)); + ready = 1; +} + +void bm_acid_start(int v, int note, int accent, int legato, float lvl, const bm_acid_par *p) +{ + if (!bm_vpool_ok(v)) return; + if (!ready) bm_acid_init((float)BM_FS); + if (!bm_vpool_take(v, VP_ACID) || legato == 2) { /* a new voice: from scratch (the same every time) */ + Acid *n = new (bm_vpool(v)) Acid(); + memset(n, 0, sizeof *n); + legato = 0; + } + Acid &z = A(v); + if (note < 0) note = 0; + if (note > 127) note = 127; + float f = (float)bm_note_inc[note] * (1.0f / 4294967296.0f); + bool idle = z.amp < 1e-4f && !z.gate; + z.accent = (uint8_t)(accent != 0); + z.acc = accent ? (float)p->acc * (1.0f / 127.0f) : 0.0f; + z.lvl = lvl; + z.fresh = 1; /* the decay (accented or not) and the rest: again */ + coefs(z, p); + z.ftgt = f; + if (legato && z.gate) return; /* slide: same envelopes, the pitch glides */ + if (idle) { reset_state(z); z.ph = 0.0f; } /* Open303: reset only when silent (no clicks) */ + z.freq = f; + z.menv = 1.0f; /* DecayEnvelope::trigger */ + z.amp = 1.0f; /* attack 0: at the peak at once (the declicker smooths it) */ + z.gate = 1; +} + +void bm_acid_release(int v) +{ + if (!mine(v)) return; + A(v).gate = 0; +} + +float bm_acid_level(int v) { return mine(v) ? A(v).amp : 0.0f; } + +int bm_acid_render(int v, const bm_acid_par *p, float *out, int n) +{ + if (n <= 0) return 0; + if (!mine(v)) { memset(out, 0, sizeof(float) * (size_t)n); return 0; } + Acid &z = A(v); + coefs(z, p); + const bool sq = (p->wave & 1) != 0; + const float krel = z.accent ? k_rel_a : k_rel_n, kslew = z.kslew; + const float ampenv = 0.45f + 4.0f * z.acc; /* the MEG into the VCA (more with an accent) */ + float gout = GAIN * z.lvl, dlast = 0.0f; + for (int i0 = 0; i0 < n; i0 += 8) { + int i1 = i0 + 8 < n ? i0 + 8 : n; + /* the cutoff: nominal x 2^(ENV MOD part + accent part), Open303::getSample */ + float oct = z.scaler * (z.menv - z.offset) + z.acc * z.rc2; + filter_coefs(z, z.cut_hz * SemitonesToRatioSafe(12.0f * oct)); + const float b0 = z.b0, b2 = 2.0f * z.b0, k = z.k, g2 = 2.0f * z.g; + for (int i = i0; i < i1; i++) { + /* pitch slew (the slide) and the oscillator, polyBLEP */ + z.freq += kslew * (z.ftgt - z.freq); + float dt = z.freq; + float o = 2.0f * z.ph - 1.0f - blep(z.ph, dt); + if (sq) { + float p2 = z.ph + 0.5f; if (p2 >= 1.0f) p2 -= 1.0f; + o = (z.ph < 0.5f ? 1.0f : -1.0f) + blep(z.ph, dt) - blep(p2, dt); + } + z.ph += dt; if (z.ph >= 1.0f) z.ph -= 1.0f; + float x = -o; + /* high-pass before the filter */ + z.h1y = hp_pre.b0 * (x - z.h1x) + hp_pre.a1 * z.h1y; z.h1x = x; x = z.h1y; + /* TeeBeeFilter, TB_303 mode, with the high-pass in its feedback */ + float fb = k * z.y4; + z.fby = hp_fb.b0 * (fb - z.fbx) + hp_fb.a1 * z.fby; z.fbx = fb; + float y0 = x - z.fby; + z.y1 += b2 * (y0 - z.y1 + z.y2); + z.y2 += b0 * (z.y1 - 2.0f * z.y2 + z.y3); + z.y3 += b0 * (z.y2 - 2.0f * z.y3 + z.y4); + z.y4 += b0 * (z.y3 - 2.0f * z.y4); + float y = g2 * z.y4; + /* high-pass and notch after it */ + z.h2y = hp_post.b0 * (y - z.h2x) + hp_post.a1 * z.h2y; z.h2x = y; y = z.h2y; + float nn = n_b0 * y + z.nz1; + z.nz1 = n_b1 * y + n_a1 * nn + z.nz2; + z.nz2 = n_b0 * y + n_a2 * nn; + y = nn; + /* envelopes: MEG, accent RC, amp (decays while held, fast release), declicker */ + float me = z.menv; + z.rc2 += k_rc2 * ((z.acc > 0.0f ? me : 0.0f) - z.rc2); + float a; + if (z.gate) { z.amp -= k_dec * z.amp; a = z.amp + ampenv * me; } + else { z.amp -= krel * z.amp; a = z.amp; } + z.menv = me * z.mc; + float d = d_b0 * a + z.dz1; + z.dz1 = 2.0f * d_b0 * a + d_a1 * d + z.dz2; + z.dz2 = d_b0 * a + d_a2 * d; + dlast = d; + out[i] = soft_limit(y * d * gout); + } + } + /* NaN/inf in a state stays forever: once per block, back to zero and say so */ + float s = z.y1 + z.y2 + z.y3 + z.y4 + z.fby + z.h1y + z.h2y + z.nz1 + z.nz2 + z.dz1 + z.dz2 + z.amp + z.menv + z.rc2 + z.freq; + if (!(s > -1e9f && s < 1e9f) || !(out[n - 1] > -1e4f && out[n - 1] < 1e4f)) { + memset(out, 0, sizeof(float) * (size_t)n); + reset_state(z); + z.gate = 0; z.freq = z.ftgt = 0.001f; + return -1; + } + z.y1 = ftz(z.y1); z.y2 = ftz(z.y2); z.y3 = ftz(z.y3); z.y4 = ftz(z.y4); z.fby = ftz(z.fby); z.fbx = ftz(z.fbx); + z.h1y = ftz(z.h1y); z.h2y = ftz(z.h2y); z.nz1 = ftz(z.nz1); z.nz2 = ftz(z.nz2); + z.dz1 = ftz(z.dz1); z.dz2 = ftz(z.dz2); z.menv = ftz(z.menv); z.rc2 = ftz(z.rc2); + /* the end: released (or held until the amp decayed) and the declicked level is down at -80 dB */ + float lvl = dlast < 0.0f ? -dlast : dlast; + if (z.amp < 1e-4f && lvl < 1e-4f && (!z.gate || z.menv < 1e-4f)) { reset_state(z); z.gate = 0; return 0; } + return 1; +} + +} // extern "C" diff --git a/core/bm_acid.h b/core/bm_acid.h new file mode 100644 index 0000000..39663f5 --- /dev/null +++ b/core/bm_acid.h @@ -0,0 +1,41 @@ +/* SPDX-License-Identifier: GPL-3.0-or-later + * Copyright (C) 2026 Erbubar23 */ +/* Bubba Machine — BB-303: the TB-303 voice in float (0.9), after Open303 by Robin Schmidt (MIT, + * third_party/open303/LICENSE): its TB-303 filter, the main envelope with the measured cutoff and + * ENV MOD mapping, the accent circuit (the 15 ms RC that makes accents "wow"), the amp envelope + * with its declicker and the fixed high-passes and notch around the filter. It runs at the output + * rate (no oversampling): the cutoff stops at 10 kHz, where the filter still tracks and stays + * stable at full resonance (Open303 runs it at 4x). One voice per channel, in the shared pool. */ +#ifndef BM_ACID_H +#define BM_ACID_H + +#include + +#ifdef __cplusplus +extern "C" { +#endif + +/* the knobs, 0..127 (as on the panel: CUTOFF, RESO, ENV MOD, DECAY, ACCENT, SLIDE, WAVE) */ +typedef struct { uint8_t cut, res, env, dec, acc, slide, wave; } bm_acid_par; + +void bm_acid_init(float fs); /* the fixed coefficients (when a channel becomes a BB-303) */ +/* note: 0..127 (already transposed). accent: the step has an accent. legato: 1 = slide from the note + * that sounds (no new envelopes), 0 = a new note on the voice that sounds, 2 = a voice that was free + * (its state starts from zero). lvl: level for quiet notes (1 = full). */ +void bm_acid_start(int v, int note, int accent, int legato, float lvl, const bm_acid_par *p); +void bm_acid_release(int v); +/* n samples (<= 64) of voice v into out (engine scale: 1.0 = one voice at full). Returns 1 while it + * sounds, 0 when it ended, -1 if a state had NaN/inf (back to zero, out is silence). */ +int bm_acid_render(int v, const bm_acid_par *p, float *out, int n); +float bm_acid_level(int v); /* the amp envelope, 0..1 (to pick whom to steal) */ + +/* what the panel shows (the TB-303 ranges) */ +float bm_acid_cut_hz(int v); /* CUTOFF: 314 Hz .. 2.4 kHz, as Open303 measured on a 303 */ +float bm_acid_decay_ms(int v); /* DECAY: 200 ms .. 2 s */ +float bm_acid_slide_ms(int v); /* SLIDE: time to reach the next note */ + +#ifdef __cplusplus +} +#endif + +#endif diff --git a/core/bm_drums.cpp b/core/bm_drums.cpp index c733e83..1828d9d 100644 --- a/core/bm_drums.cpp +++ b/core/bm_drums.cpp @@ -180,7 +180,8 @@ struct DVoice { alignas(8) unsigned char odm[sizeof(Overdrive)]; /* sin constructores globales */ alignas(8) unsigned char mem[kModelBytes]; }; -static DVoice dv_[BM_VOICES]; +static DVoice dv_[BM_V_DRUM_N]; /* only T1 plays drums: its voices are BM_V_DRUM0..+BM_V_DRUM_N-1 */ +static inline bool drum_voice(int v) { return v >= BM_V_DRUM0 && v < BM_V_DRUM0 + BM_V_DRUM_N; } /* Nivel de cada modelo, para que todos peguen parecido con los valores del kit (tests/test_core.c). */ static const float kGain[DRM_COUNT] = {2.0f, 1.0f, 1.0f, 1.0f, 1.6f, 1.1f, 1.8f, 1.5f, 1.0f, 1.0f, 1.0f, 1.0f}; @@ -194,8 +195,8 @@ void bm_drm_init(float fs) void bm_drm_trigger(int v, int model, float hz, float tone, float decay, float color, float accent) { - if (v < 0 || v >= BM_VOICES) return; - DVoice &d = dv_[v]; + if (!drum_voice(v)) return; + DVoice &d = dv_[v - BM_V_DRUM0]; d.model = (uint8_t)(model < 0 || model >= DRM_COUNT ? 0 : model); d.f0 = hz / fs_; d.tone = tone; d.decay = decay; d.color = color; d.accent = accent; d.gain = kGain[d.model]; @@ -219,8 +220,9 @@ void bm_drm_trigger(int v, int model, float hz, float tone, float decay, float c int bm_drm_render(int v, float *out, int n) { - if (v < 0 || v >= BM_VOICES || n <= 0) return 0; - DVoice &d = dv_[v]; + if (n <= 0) return 0; + if (!drum_voice(v)) { memset(out, 0, sizeof(float) * (size_t)n); return 0; } + DVoice &d = dv_[v - BM_V_DRUM0]; bool tr = d.trig != 0; d.trig = 0; void *m = d.mem; @@ -261,7 +263,8 @@ int bm_drm_render(int v, float *out, int n) case DRM_FM: static_cast(m)->Render(out, n); break; } /* nivel por el acento (los modelos de Plaits ya pegan más fuerte con él) y fin del golpe: - * pasados 20 ms, tres bloques seguidos por debajo de -90 dB */ + * pasados 20 ms, tres bloques seguidos por debajo de -70 dB (0.9; antes -90: los hats y las colas + * largas seguían calculándose sin oírse) */ float g = d.gain * (0.45f + 0.55f * d.accent), pk = 0.0f; for (int i = 0; i < n; i++) { out[i] *= g; @@ -273,6 +276,6 @@ int bm_drm_render(int v, float *out, int n) return -1; } d.t += (uint32_t)n; - if (d.t > (uint32_t)(0.02f * fs_) && pk < 3.0e-5f) { if (++d.quiet >= 3) return 0; } else d.quiet = 0; + if (d.t > (uint32_t)(0.02f * fs_) && pk < 3.0e-4f) { if (++d.quiet >= 3) return 0; } else d.quiet = 0; return d.t < (uint32_t)(8.0f * fs_); } diff --git a/core/bm_dsp.c b/core/bm_dsp.c index 4541dec..b5595fa 100644 --- a/core/bm_dsp.c +++ b/core/bm_dsp.c @@ -267,21 +267,25 @@ void bm_dsp_mix(bm_ctx *c, int32_t *out, uint32_t n) float rate = CH_RATE[chm] / (float)BM_FS; float mn = CH_MIN_MS[chm] * 0.001f * (float)BM_FS, mx = CH_MAX_MS[chm] * 0.001f * (float)BM_FS; float mid = 0.5f * (mn + mx), dep = 0.5f * (mx - mn); - const float kl = 0.55f; /* el BBD filtra los agudos */ + /* 0.9: the BBD's filter is a 12 dB low-pass before the delay line (two poles at ~9 kHz, + * ~6 kHz together; ch_lpL and ch_lpR are its two stages), and I+II is mono, as on the + * Juno-60 (both sides read the same tap): one read less */ + const float kl = 0.73f; float cl = gl * 0.75f, cr = gr * 0.75f; + int mono = chm == BN_CH_BOTH; for (uint32_t i = 0; i < n; i++) { int32_t xi = x[i], ax = xi < 0 ? -xi : xi; if (ax > pk) pk = ax; /* ducking a la entrada del chorus: el eco del BBD lo sigue 2-5 ms después (no se * oye) y cuesta una multiplicación. dk = 0: sin ducking (SC viejo, no importa) */ float v = (float)xi * (1.0f - SC[i] * dk); - ch_buf[ch_w] = v; + ch_lpL += kl * (v - ch_lpL); ch_lpR += kl * (ch_lpL - ch_lpR); + ch_buf[ch_w] = ch_lpR; ch_lfo += rate; if (ch_lfo >= 1.0f) ch_lfo -= 1.0f; float tri = 4.0f * fabsf(ch_lfo - 0.5f) - 1.0f; - float wl = ch_read(mid + dep * tri), wr = ch_read(mid - dep * tri); - ch_lpL += kl * (wl - ch_lpL); ch_lpR += kl * (wr - ch_lpR); + float wl = ch_read(mid + dep * tri), wr = mono ? wl : ch_read(mid - dep * tri); ch_w = (ch_w + 1u) & (CH_LEN - 1u); - L[i] += (v + ch_lpL) * cl; R[i] += (v + ch_lpR) * cr; S[i] += v * gs; + L[i] += (v + wl) * cl; R[i] += (v + wr) * cr; S[i] += v * gs; } peak[t] = (int32_t)((int64_t)pk * tr->level / 400); continue; diff --git a/core/bm_engines.c b/core/bm_engines.c index 781c33e..1afa2a7 100644 --- a/core/bm_engines.c +++ b/core/bm_engines.c @@ -10,12 +10,17 @@ #include "bm_wave.h" #include "bm_snap.h" #include "bm_params.h" +#include "bm_vpool.h" +#include "bm_acid.h" #include +/* the shared memory of the pool voices (core/bm_vpool.h) */ +unsigned char bm_vpool_mem[BM_V_POOL_N][BM_VPOOL_BYTES] __attribute__((aligned(8))); +uint8_t bm_vpool_owner[BM_V_POOL_N]; + /* Tiempos y constantes que se afinaron con los motores a 22 059 Hz: AT22 pasa n muestras de entonces * a muestras de BM_FS, y los coeficientes de un polo (Q15) se recalcularon para el mismo corte. */ #define AT22(n) ((uint32_t)(n) * BM_FS / 22059u) -#define ACID_ATK ((int32_t)(((uint64_t)1 << 26) * 22059u / BM_FS)) /* ataque de ~0.7 ms */ /* interpolación lineal en Q15 (cabe en 32 bits con muestras de 16) */ static inline int32_t lerp15(int32_t a, int32_t b, uint32_t frac16) { return a + (((b - a) * (int32_t)(frac16 >> 1)) >> 15); } @@ -143,54 +148,35 @@ static int32_t hermite(int32_t xm1, int32_t x0, int32_t x1, int32_t x2, uint32_t } -/* ------------------------------------------------------------ osciladores con poca alias (polyBLEP) */ -static int32_t blep(uint32_t ph, uint32_t inc) /* corrección Q15 cerca del salto */ -{ - if (!inc) return 0; - if (ph < inc) { - int32_t x = (int32_t)(((uint64_t)ph << 15) / inc); - return x + x - ((x * x) >> 15) - 32768; - } - if (ph > 0xFFFFFFFFu - inc) { - int32_t x = -(int32_t)(((uint64_t)(0xFFFFFFFFu - ph) << 15) / inc); - return ((x * x) >> 15) + x + x + 32768; - } - return 0; -} - -static int32_t osc_saw(uint32_t ph, uint32_t inc) { return (int32_t)(ph >> 16) - 32768 - blep(ph, inc); } -static int32_t osc_pulse(uint32_t ph, uint32_t inc, uint32_t width) { return (osc_saw(ph, inc) - osc_saw(ph + width, inc)) / 2; } +/* ------------------------------------------------------------ ACID: monofónico estilo 303 (BB-303) + * 0.9: the voice is core/bm_acid.cpp, in float, after Open303 (MIT): TB-303 filter, main envelope + * with the measured CUTOFF / ENV MOD mapping, accent circuit, amp envelope and slide with LIGA. The + * macros (CUTOFF, RESO, ENV MOD, DECAY) take P-Locks per note; ACCENT and SLIDE are the channel's. */ +const char *const bm_acid_names[2] = {"SAW", "SQUARE"}; -static int32_t soft(int32_t x, int32_t knee) /* saturación suave, sin divisiones */ +static void acid_par(const bm_ctx *c, const bm_voice *v, const bm_track *t, int track, bm_acid_par *p) { - if (x > knee) x = knee + (x - knee) / 4; - else if (x < -knee) x = -knee + (x + knee) / 4; - if (x > 46000) x = 46000; - if (x < -46000) x = -46000; - return x; + p->cut = eff(v, t, 0); p->res = eff(v, t, 1); p->env = eff(v, t, 2); p->dec = eff(v, t, 3); + p->acc = t->accent; p->slide = t->glide; p->wave = c->pat->prm[track][AC_WAVE] & 1; } -/* ------------------------------------------------------------ ACID: monofónico estilo 303 - * Sierra o cuadrada, filtro escalera de 4 polos con resonancia y saturación, envolvente de filtro - * corta, acento (abre más el filtro y suena más fuerte) y slide con LIGA. */ -const char *const bm_acid_names[2] = {"SAW", "SQUARE"}; - static void acid_voice_start(bm_engine *e, bm_voice *v, uint8_t note, uint8_t vel, const uint8_t lk[4], uint8_t legato) { bm_ctx *c = e->ctx; const bm_track *t = &c->pat->trk[e->track]; int n = bm_clampi(note + (int)t->transpose - 24 + (int)c->pat->meta.transpose - 24, 0, 127); - uint32_t inc = bm_note_inc[n]; + int slide = legato && v->active && v->track == e->track && v->gate && !v->fade; + int fresh = !(v->active && v->track == e->track); memcpy(v->lk, lk, 4); - if (legato && v->active && v->track == e->track && v->gate && !v->fade) { - v->inc_target = inc; v->note = note; v->vel = vel; /* slide: sin redisparar las envolventes */ - return; + if (!slide) { + v->active = 1; v->track = e->track; v->gate = 1; + v->stage = ENV_DEC; v->env = 1 << 30; v->fade = 0; v->pend = 0; v->age = ++c->age; } - v->active = 1; v->track = e->track; v->note = note; v->vel = vel; v->gate = 1; - v->stage = ENV_ATK; v->env = 0; v->fenv = 1 << 30; v->fade = 0; v->pend = 0; v->age = ++c->age; - v->inc = v->inc_target = inc; - if (!v->phase) v->phase = 0x40000000u; - v->z[0] = v->z[1] = v->z[2] = v->z[3] = 0; + v->note = note; v->vel = vel; + bm_acid_par p; + acid_par(c, v, t, e->track, &p); + float lvl = vel >= 120 ? 1.0f : (float)bm_clampi(vel + 27, 1, 127) * (1.0f / 127.0f); + bm_acid_start((int)(v - c->voice), n, vel >= 120, slide ? 1 : fresh ? 2 : 0, lvl, &p); } static void acid_note_on(bm_engine *e, uint8_t note, uint8_t vel) @@ -213,58 +199,31 @@ static bool acid_process(bm_engine *e, int32_t *buf, uint16_t frames) bm_ctx *c = e->ctx; const bm_track *t = &c->pat->trk[e->track]; bool any = false; + static float tmp2[2][BM_BLOCK]; + float *tmp = tmp2[c->par_on ? (c->par_mask >> e->track) & 1 : 0]; for (int vi = 0; vi < BM_VOICES; vi++) { bm_voice *v = &c->voice[vi]; if (!v->active || v->track != e->track) continue; any = true; - if (v->inc != v->inc_target) { /* slide (por bloque) */ - uint32_t gs = (uint32_t)(t->glide + 8) * (BM_FS / 254u); - int64_t gk = ((int64_t)65536 * frames) / (gs + frames); - int64_t d = (int64_t)v->inc_target - (int64_t)v->inc; - int64_t st = (d * gk) >> 16; - if (st == 0) v->inc = v->inc_target; else v->inc = (uint32_t)((int64_t)v->inc + st); - } - int acc = v->vel >= 120; - int dec = eff(v, t, 3); /* macros: CUTOFF RESO ENV MOD DECAY */ - uint32_t c_f = bm_decay_coef[bm_clampi(acc ? dec * 2 / 3 : dec, 0, 127)]; - uint32_t c_amp = bm_decay_coef[bm_clampi(90 + dec / 4, 0, 127)]; - uint32_t c_rel = bm_decay_coef[14]; - int mod = eff(v, t, 2) * (acc ? 127 + t->accent : 127) / 127; - int ci = eff(v, t, 0) + (int)((mod * (v->fenv >> 22)) / 340); - ci = bm_clampi(ci, 0, 124); - int32_t g = bm_onepole_a[ci]; - int32_t kq = eff(v, t, 1) * 990 / 127; /* realimentación Q8: hasta ~3.9 */ - int sq = c->pat->prm[e->track][AC_WAVE] & 1; - int32_t lvl = acc ? 127 : bm_clampi(v->vel + 8, 1, 127); - for (uint16_t i = 0; i < frames && v->active; i++) { - int32_t o = sq ? osc_pulse(v->phase, v->inc, 0x80000000u) : osc_saw(v->phase, v->inc); - v->phase += v->inc; - int32_t x = soft(o - (int32_t)(((int64_t)v->z[3] * kq) >> 8), 22000); - v->z[0] += (int32_t)(((int64_t)(x - v->z[0]) * g) >> 15); - v->z[1] += (int32_t)(((int64_t)(v->z[0] - v->z[1]) * g) >> 15); - v->z[2] += (int32_t)(((int64_t)(v->z[1] - v->z[2]) * g) >> 15); - v->z[3] += (int32_t)(((int64_t)(v->z[2] - v->z[3]) * g) >> 15); - int32_t y = soft(v->z[3] + (int32_t)(((int64_t)v->z[3] * kq) >> 10), 26000); - switch (v->stage) { - case ENV_ATK: v->env += ACID_ATK; if (v->env >= (1 << 30)) { v->env = 1 << 30; v->stage = ENV_DEC; } break; - case ENV_REL: - v->env = (int32_t)(((int64_t)v->env * c_rel) >> 30); - if (v->env < (1 << 14)) voice_end(c, v); - break; - default: v->env = (int32_t)(((int64_t)v->env * c_amp) >> 30); if (v->env < (1 << 14)) voice_end(c, v); break; + bm_acid_par p; + acid_par(c, v, t, e->track, &p); + int alive = bm_acid_render(vi, &p, tmp, frames); + if (alive < 0) { c->st.nan_fix++; alive = 0; } + if (!v->fade) for (uint16_t i = 0; i < frames; i++) buf[i] += (int32_t)(tmp[i] * 32768.0f); + else + for (uint16_t i = 0; i < frames; i++) { + buf[i] += voice_fade_step(c, v, (int32_t)(tmp[i] * 32768.0f)); + if (!v->fade) { alive = v->active; break; } } - v->fenv = (int32_t)(((int64_t)v->fenv * c_f) >> 30); - int32_t out = (int32_t)(((int64_t)y * (v->env >> 14)) >> 16); - out = out * lvl >> 7; - int fading = v->fade != 0; - buf[i] += voice_fade_step(c, v, out); - if ((fading && v->fade == 0) || !v->active || v->track != e->track) break; /* terminó o cambió de dueño */ + if (v->active && v->track == e->track) { + v->env = (int32_t)(fminf(bm_acid_level(vi), 1.0f) * (float)(1 << 30)); + if (!alive && !v->pend) v->active = 0; } } return any; } -static void acid_init(bm_engine *e) { common_init(e); } +static void acid_init(bm_engine *e) { common_init(e); bm_acid_init((float)BM_FS); } /* ------------------------------------------------------------ batería modelada (T1 y canales KIT) * Cada instrumento (bm_lane) tiene su modelo (core/bm_drums.h) y su golpe: AFINA, DECAY, TONO y @@ -666,13 +625,24 @@ static bool wv_process(bm_engine *e, int32_t *buf, uint16_t frames) static float tmp2[2][BM_BLOCK]; int lane = c->par_on ? (c->par_mask >> e->track) & 1 : 0; float *tmp = tmp2[lane]; + /* 0.9: BUNO-6's paraphonic fast path (one VCF on the sum, only when every voice would get the + * same cutoff: no P-Lock either) and BITTAL's table readers, shared by the voices */ + int flags = 0, nv = 0, locks = 0; + for (int vi = BM_V_POOL0; vi < BM_VOICES; vi++) { + const bm_voice *v = &c->voice[vi]; + if (!v->active || v->track != e->track) continue; + nv++; + for (int i = 0; i < 4; i++) locks |= v->lk[i] != BM_LOCK_NONE; + } + if (t->engine == ENG_BUNO && !locks && bm_wv_para(prm, t->macro)) flags = WV_PARA; + if (t->engine == ENG_BITTAL && nv > 1) flags = WV_READERS_ALL / nv; for (int vi = 0; vi < BM_VOICES; vi++) { bm_voice *v = &c->voice[vi]; if (!v->active || v->track != e->track) continue; any = true; uint8_t m[4]; wv_macros(v, t, m); - int alive = bm_wv_render(vi, t->engine, prm, m, tmp, frames, lane); + int alive = bm_wv_render(vi, t->engine, prm, m, tmp, frames, lane, flags); if (alive < 0) { c->st.nan_fix++; alive = 0; } /* NaN en la voz: ya volvió a cero, sale en silencio */ if (!v->fade) for (uint16_t i = 0; i < frames; i++) buf[i] += (int32_t)(tmp[i] * WV_GAIN); else @@ -685,6 +655,7 @@ static bool wv_process(bm_engine *e, int32_t *buf, uint16_t frames) if (!alive && !v->pend) v->active = 0; } } + if (t->engine == ENG_BUNO && bm_wv_bus(e->track, prm, t->macro, buf, frames, any, flags & WV_PARA) < 0) c->st.nan_fix++; return any; } @@ -697,7 +668,7 @@ static void acid_note_off(bm_engine *e, uint8_t note) for (int i = 0; i < BM_VOICES; i++) { bm_voice *v = &c->voice[i]; if (v->pend && v->pend_track == e->track && v->pend_note == note) v->pend = 0; - if (v->active && v->track == e->track && v->note == note && v->gate) { v->gate = 0; v->stage = ENV_REL; } + if (v->active && v->track == e->track && v->note == note && v->gate) { v->gate = 0; v->stage = ENV_REL; bm_acid_release(i); } } } const bm_engine_vt bm_eng_acid = {acid_init, acid_note_on, acid_note_off, common_set_macro, acid_process, acid_voice_start}; diff --git a/core/bm_fm.cpp b/core/bm_fm.cpp index af27721..2c1c2b8 100644 --- a/core/bm_fm.cpp +++ b/core/bm_fm.cpp @@ -10,6 +10,7 @@ #include #include "bm_config.h" #include "bm_fm.h" +#include "bm_vpool.h" #include "synth.h" #include "sin.h" #include "exp2.h" @@ -46,12 +47,12 @@ int32_t gain_for(int alg) return G[n]; } -alignas(8) unsigned char mem_voz[BM_VOICES][sizeof(Voz)]; +static_assert(sizeof(Voz) <= BM_VPOOL_BYTES && alignof(Voz) <= 8, "BX-7 voice does not fit the shared pool (bm_vpool.h)"); alignas(8) unsigned char mem_ctl[BM_TRACKS][sizeof(Controllers)]; alignas(8) unsigned char mem_core[sizeof(EngineMsfa)]; bool listo; -inline Voz &voz(int v) { return *reinterpret_cast(mem_voz[v]); } +inline Voz &voz(int v) { return *reinterpret_cast(bm_vpool(v)); } /* the shared pool (bm_vpool.h) */ inline Controllers &ctl(int t) { return *reinterpret_cast(mem_ctl[t]); } } // namespace @@ -77,7 +78,8 @@ void bm_fm_init(float fs) Env::init_sr(fs); Porta::init_sr(fs); } - memset(mem_voz, 0, sizeof mem_voz); /* las voces, en cada arranque del audio */ + for (int v = BM_V_POOL0; v < BM_VOICES; v++) /* las voces, en cada arranque del audio */ + if (bm_vpool_is(v, VP_FM)) bm_vpool_owner[v - BM_V_POOL0] = VP_NONE; FmCore *core = new (mem_core) EngineMsfa(); for (int t = 0; t < BM_TRACKS; t++) { Controllers *c = new (mem_ctl[t]) Controllers(); @@ -94,11 +96,6 @@ void bm_fm_init(float fs) c->core = core; c->refresh(); } - for (int v = 0; v < BM_VOICES; v++) { - Voz *z = new (mem_voz[v]) Voz(); - z->pos = _N_; - z->track = -1; - } listo = true; } @@ -141,6 +138,12 @@ uint8_t bm_fm_carriers(int alg) void bm_fm_start(int v, int t, const uint8_t *patch, int note, int vel, int src, int porta) { + if (!bm_vpool_ok(v)) return; + if (!bm_vpool_take(v, VP_FM)) { /* the pool voice held another machine: a new one */ + Voz *n = new (bm_vpool(v)) Voz(); + n->pos = _N_; + n->track = -1; + } Voz &z = voz(v); z.track = (int8_t)t; z.alg = patch[BM_FM_ALG] & 31; @@ -154,6 +157,7 @@ void bm_fm_start(int v, int t, const uint8_t *patch, int note, int vel, int src, void bm_fm_update(int v, const uint8_t *patch, int note, int vel, int porta) { + if (!bm_vpool_is(v, VP_FM)) return; Voz &z = voz(v); if (z.track < 0) return; z.alg = patch[BM_FM_ALG] & 31; @@ -163,6 +167,7 @@ void bm_fm_update(int v, const uint8_t *patch, int note, int vel, int porta) void bm_fm_release(int v) { + if (!bm_vpool_is(v, VP_FM)) return; Voz &z = voz(v); if (z.track < 0 || z.suelta) return; z.note.keyup(); @@ -171,6 +176,7 @@ void bm_fm_release(int v) int bm_fm_render(int v, int32_t *dst, int n) { + if (!bm_vpool_is(v, VP_FM)) return 0; Voz &z = voz(v); if (z.track < 0) return 0; while (n > 0) { diff --git a/core/bm_params.c b/core/bm_params.c index 98b49a8..349d0fe 100644 --- a/core/bm_params.c +++ b/core/bm_params.c @@ -8,6 +8,7 @@ #include "bm_drums.h" #include "bm_snap.h" #include "bm_util.h" +#include "bm_acid.h" /* ------------------------------------------------------------ valores físicos */ float bm_cut_hz(int v) { return 20.0f * exp2f((float)v * (10.0f / 127.0f)); } @@ -29,19 +30,26 @@ const bm_ppage bm_ac_pages[BM_AC_PAGES] = { {"VCO VCF", 4, {P("TUNING", PS_TRK(transpose), 24, 48, PF_TRSP, 0), P("CUTOFF", PS_M0 + 0, 40, 127, PF_OHZ, 0), P("RESO", PS_M0 + 1, 96, 127, PF_PCT, 0), P("ENV MOD", PS_M0 + 2, 90, 127, PF_PCT, 0)}}, {"ENV", 4, {P("DECAY", PS_M0 + 3, 56, 127, PF_DMS, 0), P("ACCENT", PS_TRK(accent), 100, 127, PF_PCT, 0), - P("SLIDE", PS_TRK(glide), 40, 127, PF_GLIDE, 0), P("WAVE", AC_WAVE, 0, 1, PF_LIST, AC_WAVES)}}, + P("SLIDE", PS_TRK(glide), 7, 127, PF_GLIDE, 0), P("WAVE", AC_WAVE, 0, 1, PF_LIST, AC_WAVES)}}, }; -/* los sonidos de fábrica del BB-303 (PRESETS) */ +/* los sonidos de fábrica del BB-303 (PRESETS). 0.9: the knobs of the TB-303 (0..127 = the pot from + * 7:00 to 5:00; SLIDE 7 = the 303's fixed ~60 ms). The owner's manual's "Sample Sounds" and "Initial + * Settings" as drawn; the rest, sounds of famous acid records tuned by ear (assets/presets/SOURCES.md). */ const bm_ac_preset bm_ac_presets[BM_AC_PRESETS] = { - {"CLASSIC", 40, 96, 90, 56, 100, 40, 0}, - {"SQUELCH", 28, 112, 110, 60, 115, 45, 0}, - {"DEEP SAW", 22, 70, 60, 70, 80, 40, 0}, - {"RUBBER", 34, 100, 75, 40, 100, 60, 1}, - {"SQUARE", 45, 90, 85, 50, 100, 40, 1}, - {"SCREAM", 55, 120, 120, 75, 127, 35, 0}, - {"DUB", 18, 60, 40, 90, 70, 50, 1}, - {"PLUCK", 50, 80, 100, 25, 110, 30, 0}, + /* name CUT RES ENV DEC ACC SLIDE WAVE */ + {"CLASSIC", 38, 105, 90, 55, 90, 7, 0}, /* own: the classic acid squelch */ + {"E.BASS A", 44, 76, 102, 44, 25, 7, 0}, /* manual: Electric Bass Type A */ + {"E.BASS B", 76, 38, 95, 4, 44, 7, 0}, /* manual: Electric Bass Type B */ + {"UPRIGHT", 25, 0, 73, 73, 44, 7, 0}, /* manual: Acoustic Bass */ + {"SYNTH BASS", 51, 102, 102, 83, 64, 7, 1}, /* manual: Synthesized Bass */ + {"INIT 1982", 44, 19, 102, 48, 25, 7, 0}, /* manual: Initial Settings */ + {"CHICAGO 86", 30, 115, 85, 70, 100, 7, 0}, /* acid house's first jam, by ear */ + {"PHILLY 95", 50, 122, 110, 60, 127, 7, 0}, /* the screaming sweeps, by ear */ + {"ROBOT FUNK", 60, 70, 70, 45, 90, 7, 0}, /* the French riff (add DRIVE), by ear */ + {"BIG BEAT", 45, 110, 100, 60, 110, 7, 0}, /* "everybody needs" one, by ear */ + {"WINDSOR 93", 25, 95, 60, 35, 60, 7, 1}, /* minimal and sparse, by ear */ + {"BOMBAY 82", 55, 50, 55, 50, 60, 7, 0}, /* raga lines on a disco beat, by ear */ }; /* B-MINI: CONTROLLERS, OSCILLATOR BANK, MIXER, MODIFIERS y OUTPUT. MOD AMT lleva el destino: a la @@ -120,8 +128,8 @@ const bm_ppage bm_bt_pages[BM_BT_PAGES] = { P("TABLE", BT_TAB2, 0, 63, PF_INT, 0)}}, {"FILTER", 4, {P("MODEL", BT_FT, BT_F_LP24, BT_FILTERS - 1, PF_LIST, BT_FILTERS_N), P("CUTOFF", BT_CUT, 100, 127, PF_HZ, 0), P("RESO", BT_RES, 15, 127, PF_PCT, 0), P("DRIVE", BT_DRIVE, 0, 127, PF_PCT, 0)}}, - {"FILTER +", 3, {P("ENV2 AMT", BT_FENV, 64, 127, PF_BIP, 0), P("KEYTRK", BT_KEYT, 64, 127, PF_PCT, 0), - P("VELO", BT_VELF, 20, 127, PF_PCT, 0)}}, + {"FILTER +", 4, {P("ENV2 AMT", BT_FENV, 64, 127, PF_BIP, 0), P("KEYTRK", BT_KEYT, 64, 127, PF_PCT, 0), + P("VELO", BT_VELF, 20, 127, PF_PCT, 0), P("ENV2 POS", BT_EPOS, 0, 127, PF_PCT, 0)}}, {"ENV 1", 4, {P("A", BT_AA, 0, 127, PF_TIME, 0), P("D", BT_AD, 70, 127, PF_TIME, 0), P("S", BT_AS, 110, 127, PF_PCT, 0), P("R", BT_AR, 55, 127, PF_TIME, 0)}}, {"ENV 2", 4, {P("A", BT_MA, 0, 127, PF_TIME, 0), P("D", BT_MD, 65, 127, PF_TIME, 0), @@ -345,12 +353,12 @@ void bm_prm_fmt(const bm_pdef *d, int v, char *b, int cap) case PF_ONOFF: snprintf(b, (size_t)cap, "%s", v ? "YES" : "NO"); break; case PF_TRSP: snprintf(b, (size_t)cap, "%+d ST", v - 24); break; case PF_OHZ: { - unsigned hz = (unsigned)bm_cutoff_hz(v); + unsigned hz = (unsigned)(bm_acid_cut_hz(v) + 0.5f); if (hz < 1000) snprintf(b, (size_t)cap, "%u HZ", hz); else snprintf(b, (size_t)cap, "%u.%u KHZ", hz / 1000, hz % 1000 / 100); break; } case PF_DMS: { - unsigned ms = (unsigned)bm_decay_ms(v); + unsigned ms = (unsigned)(bm_acid_decay_ms(v) + 0.5f); if (ms < 1000) snprintf(b, (size_t)cap, "%u MS", ms); else snprintf(b, (size_t)cap, "%u.%u S", ms / 1000, ms % 1000 / 100); break; } diff --git a/core/bm_params.h b/core/bm_params.h index 4a640fa..cad8409 100644 --- a/core/bm_params.h +++ b/core/bm_params.h @@ -22,8 +22,8 @@ extern "C" { enum { PF_PCT, PF_BIP, PF_SEMI, PF_DSEMI, PF_CENT, PF_HZ, PF_TIME, PF_RATE, PF_LIST, PF_ONOFF, PF_INT, PF_DB, PF_TRSP, /* transposición del canal: 24 = 0 semitonos */ - PF_OHZ, /* corte del BB-303 (bm_cutoff_hz) */ - PF_DMS, /* caída del BB-303 (bm_decay_ms) */ + PF_OHZ, /* corte del BB-303 (bm_acid_cut_hz) */ + PF_DMS, /* caída del BB-303 (bm_acid_decay_ms) */ PF_GLIDE, /* slide del BB-303 en ms */ PF_MOD, /* B-MINI: cantidad de modulación con su destino (64 = nada, < OSC, > FILT) */ PF_ALG, /* BX-7: 0 = el algoritmo del patch, 1..32 */ @@ -47,7 +47,7 @@ enum { AC_WAVE, AC_NPRM }; #define BM_AC_PAGES 2 extern const bm_ppage bm_ac_pages[BM_AC_PAGES]; typedef struct { const char *name; uint8_t cut, res, env, dec, acc, glide, wave; } bm_ac_preset; -#define BM_AC_PRESETS 8 +#define BM_AC_PRESETS 12 extern const bm_ac_preset bm_ac_presets[BM_AC_PRESETS]; /* ------------------------------------------------------------ B-MINI (Minimoog): tres osciladores y escalera @@ -85,7 +85,7 @@ enum { BT_L1, BT_S1, BT_F1, BT_P1, BT_U1, BT_D1, BT_TAB1, BT_AA, BT_AD, BT_AS, BT_AR, BT_MA, BT_MD, BT_MS, BT_MR, BT_LSHAPE, BT_LRATE, BT_LDEST, BT_LAMT, BT_M1D, BT_M1A, BT_M2D, BT_M2A, BT_M3D, BT_M3A, BT_M4D, BT_M4A, - BT_MODE, BT_GLIDE, BT_VELA, BT_NPRM }; + BT_MODE, BT_GLIDE, BT_VELA, BT_EPOS, BT_NPRM }; enum { BT_F_LP24, BT_F_LP12, BT_F_BP, BT_F_HP, BT_F_LADDER, BT_F_OFF, BT_FILTERS }; enum { BT_L_SIN, BT_L_TRI, BT_L_SAW, BT_L_SQR, BT_L_SH, BT_LSHAPES }; enum { BT_D_PITCH, BT_D_CUT, BT_D_POS, BT_D_AMP, BT_LDESTS }; diff --git a/core/bm_rom.h b/core/bm_rom.h index 1a2dc5f..35e4483 100644 --- a/core/bm_rom.h +++ b/core/bm_rom.h @@ -21,7 +21,7 @@ typedef struct { extern const bm_rom_loop bm_rom_loops[]; /* Patches de fábrica del motor FM (tools/gen_fm.py): voz de la DX7 sin empaquetar, 156 bytes. */ -#define BM_FM_PATCHES 16 +#define BM_FM_PATCHES 20 extern const uint8_t bm_fm_rom[BM_FM_PATCHES][156]; extern const char bm_fm_names[BM_FM_PATCHES][9]; extern const int bm_rom_nloops; diff --git a/core/bm_vpool.h b/core/bm_vpool.h new file mode 100644 index 0000000..4ec6caf --- /dev/null +++ b/core/bm_vpool.h @@ -0,0 +1,46 @@ +/* SPDX-License-Identifier: GPL-3.0-or-later + * Copyright (C) 2026 Erbubar23 */ +/* Bubba Machine — one memory per pool voice, shared by the machines. + * + * A pool voice (BM_V_POOL0..BM_VOICES-1, T2-T6) belongs to one machine at a time, so the state each + * machine keeps per voice (BX-7: msfa's Dx7Note, the biggest; B-MINI, BITTAL and BUNO-6: the WAVE + * voice; BB-303: its filter and envelopes) lives in the same bytes instead of one array per machine. + * owner[] says whose state is in there: a machine that starts a voice it does not own builds its + * state from scratch (placement new) before using it. The T1 drum voices keep their own memory + * (core/bm_drums.cpp); the sampler (T2) keeps everything in bm_voice. 0.9: about 14 KiB less RAM. */ +#ifndef BM_VPOOL_H +#define BM_VPOOL_H + +#include +#include "bm_config.h" + +#ifdef __cplusplus +extern "C" { +#endif + +/* bytes per voice: msfa's voice (980 B with its 64-sample buffer) rounded to 8. Every machine checks + * its own state against it at compile time (static_assert). */ +#define BM_VPOOL_BYTES 984u + +enum { VP_NONE, VP_WAVE, VP_FM, VP_ACID }; + +extern unsigned char bm_vpool_mem[BM_V_POOL_N][BM_VPOOL_BYTES]; +extern uint8_t bm_vpool_owner[BM_V_POOL_N]; + +static inline int bm_vpool_ok(int v) { return v >= BM_V_POOL0 && v < BM_VOICES; } +static inline void *bm_vpool(int v) { return bm_vpool_mem[v - BM_V_POOL0]; } +/* 1 if the voice already held this machine's state; else marks it as the owner (the caller builds it) */ +static inline int bm_vpool_take(int v, uint8_t who) +{ + uint8_t *o = &bm_vpool_owner[v - BM_V_POOL0]; + if (*o == who) return 1; + *o = who; + return 0; +} +static inline int bm_vpool_is(int v, uint8_t who) { return bm_vpool_ok(v) && bm_vpool_owner[v - BM_V_POOL0] == who; } + +#ifdef __cplusplus +} +#endif + +#endif diff --git a/core/bm_wave.cpp b/core/bm_wave.cpp index b9eb7d0..d3b713c 100644 --- a/core/bm_wave.cpp +++ b/core/bm_wave.cpp @@ -12,6 +12,7 @@ #include "bm_config.h" #include "bm_params.h" #include "bm_wt.h" +#include "bm_vpool.h" #include "stmlib/dsp/dsp.h" #include "stmlib/dsp/filter.h" @@ -39,7 +40,20 @@ struct Adsr { } return v; } + /* 16 samples at once (BUNO-6, 0.9): r16 = (1 - k)^16 for the attack, k^16 for decay and + * release, stage changes on the 16-sample grid; off at -60 dB */ + inline float Next16(float ra16, float kd16, float s, float kr16) { + switch (st) { + case ST_A: v = 1.3f - (1.3f - v) * ra16; if (v >= 1.0f) { v = 1.0f; st = ST_D; } break; + case ST_D: v = s + (v - s) * kd16; if (v - s < 1.0e-4f) { v = s; st = ST_S; } break; + case ST_S: v = s; break; + case ST_R: v *= kr16; if (v < 1.0e-3f) { v = 0.0f; st = ST_OFF; } break; + default: v = 0.0f; break; + } + return v; + } }; +inline float pow16(float x) { x *= x; x *= x; x *= x; return x * x; } inline float blep(float t, float dt) { @@ -90,7 +104,6 @@ struct Voice { float wph[2][4]; /* BITTAL: fases del unísono de cada oscilador */ Ladder lad; Svf f1, f2; - float hp_z; /* BUNO-6: pasa-altos de un polo */ Adsr ea, ef; float note, target, vel; float lph, lsh, ldel; /* LFO: fase, valor del azar, rampa del retardo (BUNO-6) */ @@ -101,8 +114,15 @@ struct Voice { float k[8]; }; -alignas(8) unsigned char mem_[BM_VOICES][sizeof(Voice)]; -inline Voice &V(int v) { return *reinterpret_cast(mem_[v]); } +/* the voices live in the shared pool (bm_vpool.h): only T3-T6 voices play these machines */ +static_assert(sizeof(Voice) <= BM_VPOOL_BYTES && alignof(Voice) <= 8, "WAVE voice does not fit the shared pool (bm_vpool.h)"); +inline Voice &V(int v) { return *reinterpret_cast(bm_vpool(v)); } +inline bool mine(int v) { return bm_vpool_is(v, VP_WAVE) != 0; } + +/* BUNO-6, per channel: what acts on the sum of its voices (bm_wv_bus) — the HPF, and the VCF when + * the paraphonic fast path is on */ +struct Bus { Ladder lad; float hp, cut_prev; uint8_t para; }; +Bus bus_[BM_TRACKS]; inline float rnd(uint32_t &s) { s = s * 1664525u + 1013904223u; return (float)(int32_t)s * (1.0f / 2147483648.0f); } inline float ka_of(float t) { return 1.0f - expf(-1.466f / (t * fs_ + 1.0f)); } @@ -224,10 +244,15 @@ int render_mini(Voice &z, const uint8_t *prm, const uint8_t mac[4], float *out, return z.ea.st != ST_OFF; } -/* ------------------------------------------------------------ BUNO-6 */ -static const float HPF_HZ[4] = {0.0f, 120.0f, 250.0f, 520.0f}; /* posiciones 0-3 (a medir contra un Juno) */ +/* ------------------------------------------------------------ BUNO-6 + * 0.9, lighter (it was the most expensive machine on the FM-1): the HPF is one per channel on the + * sum of the voices, as in the Juno-60 (bm_wv_bus); the x0.55 of the mixer goes with the oscillators + * (no pass of its own); the VCF updates its coefficients every 16 samples; a released voice ends at + * -60 dB. With the paraphonic fast path (WV_PARA, see bm_wv_bus) the voice skips its VCF: the + * channel filters the sum once. */ +#define BN_COEF_N 16 -int render_buno(Voice &z, const uint8_t *prm, const uint8_t mac[4], float *out, int n, float *b1) +int render_buno(Voice &z, const uint8_t *prm, const uint8_t mac[4], float *out, int n, float *b1, bool para) { /* LFO triangular con retardo: la rampa sube después de la nota */ z.lph += bm_lfo_hz(prm[BN_LRATE]) * (float)n / fs_; @@ -253,53 +278,55 @@ int render_buno(Voice &z, const uint8_t *prm, const uint8_t mac[4], float *out, } float pw = 0.5f - 0.46f * pwm * mod; bool saw = prm[BN_SAW] != 0, pul = prm[BN_PULSE] != 0; - float subl = pc(prm[BN_SUB]), noise = pc(prm[BN_NOISE]); - for (int i = 0; i < n; i++) { - float y = 0.0f; - if (saw) y += z.o[0].saw(f0); - if (pul) y += z.o[0].sqr(f0, pw); - b1[i] = y; - z.o[0].step(f0); - } + /* the mixer (x0.55) folded into the levels: one pass less */ + const float MIX = 0.55f; + float subl = pc(prm[BN_SUB]) * MIX, noise = pc(prm[BN_NOISE]) * MIX; + if (saw && pul) for (int i = 0; i < n; i++) { b1[i] = MIX * (z.o[0].saw(f0) + z.o[0].sqr(f0, pw)); z.o[0].step(f0); } + else if (saw) for (int i = 0; i < n; i++) { b1[i] = MIX * z.o[0].saw(f0); z.o[0].step(f0); } + else if (pul) for (int i = 0; i < n; i++) { b1[i] = MIX * z.o[0].sqr(f0, pw); z.o[0].step(f0); } + else for (int i = 0; i < n; i++) { b1[i] = 0.0f; z.o[0].step(f0); } if (subl > 0.0f) { float fs2 = f0 * 0.5f; for (int i = 0; i < n; i++) { b1[i] += subl * z.sub.sqr(fs2, 0.5f); z.sub.step(fs2); } } if (noise > 0.0f) for (int i = 0; i < n; i++) b1[i] += noise * rnd(z.rng); - for (int i = 0; i < n; i++) b1[i] *= 0.55f; - int hpf = prm[BN_HPF] & 3; - if (hpf) { - float a = expf(-6.2831853f * HPF_HZ[hpf] / fs_); - for (int i = 0; i < n; i++) { float x = b1[i]; z.hp_z = x + a * (z.hp_z - x); b1[i] = x - z.hp_z; } - /* (un polo: hp = x - lp) */ - } /* VCF: FREQ, RES, ENV (con su polaridad), LFO y teclado */ - float env = pc(mac[2]) * 84.0f * z.ef.v * (prm[BN_ENVPOL] ? -1.0f : 1.0f); - float cut = (float)mac[0] * (120.0f / 127.0f) + env + pc(mac[3]) * lfo * 30.0f /* macro LFO: el LFO al VCF */ - + pc(prm[BN_KEYT]) * (z.note - 60.0f) + pc(prm[BN_VELF]) * z.vel * 20.0f; - if (z.first) { z.cut_prev = cut; z.first = 0; } - float kres = pc(mac[1]) * 3.9f; - float c0 = z.cut_prev, dc = (cut - c0) / (float)n; - z.cut_prev = cut; - for (int i0 = 0; i0 < n; i0 += 8) { - int i1 = i0 + 8 < n ? i0 + 8 : n; - float G = ladder_g(c0 + dc * (float)(i0 + 4)); - for (int i = i0; i < i1; i++) b1[i] = z.lad.Process(b1[i], G, kres); - } + if (!para) { + float env = pc(mac[2]) * 84.0f * z.ef.v * (prm[BN_ENVPOL] ? -1.0f : 1.0f); + float cut = (float)mac[0] * (120.0f / 127.0f) + env + pc(mac[3]) * lfo * 30.0f /* macro LFO: el LFO al VCF */ + + pc(prm[BN_KEYT]) * (z.note - 60.0f) + pc(prm[BN_VELF]) * z.vel * 20.0f; + if (z.first) { z.cut_prev = cut; z.first = 0; } + float kres = pc(mac[1]) * 3.9f; + float c0 = z.cut_prev, dc = (cut - c0) / (float)n; + z.cut_prev = cut; + for (int i0 = 0; i0 < n; i0 += BN_COEF_N) { + int i1 = i0 + BN_COEF_N < n ? i0 + BN_COEF_N : n; + float G = ladder_g(c0 + dc * (float)((i0 + i1) / 2)); + for (int i = i0; i < i1; i++) b1[i] = z.lad.Process(b1[i], G, kres); + } + } else { z.first = 0; z.cut_prev = (float)mac[0] * (120.0f / 127.0f); } /* (where the VCF resumes) */ /* VCA: con la envolvente o en GATE (con 2 ms de suavizado) */ float s = pc(prm[BN_S]); - float velg = 1.0f - pc(prm[BN_VELA]) * (1.0f - z.vel); + float velg = (1.0f - pc(prm[BN_VELA]) * (1.0f - z.vel)) * 1.3f; float ka = z.k[0], kd = z.k[1], kr = z.k[3]; if (prm[BN_VCA]) { float tgt = z.gate ? 1.0f : 0.0f, kg = 1.0f / (0.002f * fs_); for (int i = 0; i < n; i++) { z.ef.Next(ka, kd, s, kr); z.gate_g += (tgt - z.gate_g) * kg; - out[i] = b1[i] * z.gate_g * velg * 1.3f; + out[i] = b1[i] * z.gate_g * velg; } z.ea.v = z.gate_g > z.ef.v ? z.gate_g : z.ef.v; - z.ea.st = (z.gate || z.gate_g > 1e-4f || z.ef.st != ST_OFF) ? ST_S : ST_OFF; - if (!z.gate && z.gate_g <= 1e-4f) z.ea.st = ST_OFF; + z.ea.st = (z.gate || z.gate_g > 1e-3f || z.ef.st != ST_OFF) ? ST_S : ST_OFF; + if (!z.gate && z.gate_g <= 1e-3f) z.ea.st = ST_OFF; } else { - for (int i = 0; i < n; i++) out[i] = b1[i] * z.ef.Next(ka, kd, s, kr) * velg * 1.3f; + /* the envelope every 16 samples, a straight line in between (no per-sample stage switch) */ + float ra16 = pow16(1.0f - ka), kd16 = pow16(kd), kr16 = pow16(kr); + int i0 = 0; + for (; i0 + 16 <= n; i0 += 16) { + float e0 = z.ef.v, e1 = z.ef.Next16(ra16, kd16, s, kr16), de = (e1 - e0) * (1.0f / 16.0f); + for (int i = 0; i < 16; i++) out[i0 + i] = b1[i0 + i] * (e0 + de * (float)(i + 1)) * velg; + } + for (int i = i0; i < n; i++) out[i] = b1[i] * z.ef.Next(ka, kd, s, kr) * velg; + if (z.ef.st == ST_R && z.ef.v < 1e-3f) { z.ef.v = 0.0f; z.ef.st = ST_OFF; } /* -60 dB: done */ z.ea.v = z.ef.v; z.ea.st = z.ef.st; } return z.ea.st != ST_OFF; @@ -334,26 +361,47 @@ void wt_osc(Voice &z, int o, int slot, float f0, float pos, int uni, float det, float fN = (float)N; uint32_t mask = (uint32_t)N - 1u; float g = lvl * (1.0f / 32768.0f) / sqrtf((float)uni); + /* 0.9: one frame read when there is one frame or the crossfade is (almost) at one end */ + bool one = fa == fb || ff < (1.0f / 128.0f) || ff > (127.0f / 128.0f); + if (one && ff > 0.5f) ta = tb; for (int u = 0; u < uni; u++) { float sp = uni > 1 ? ((float)u / (float)(uni - 1)) * 2.0f - 1.0f : 0.0f; float dt = f0 * (1.0f + det * sp); CONSTRAIN(dt, 0.00001f, 0.45f); float ph = z.wph[o][u]; - for (int i = 0; i < n; i++) { - float x = ph * fN; - uint32_t i0 = (uint32_t)x; - float fr = x - (float)i0; - uint32_t j0 = i0 & mask, j1 = (i0 + 1u) & mask; - float a = (float)ta[j0] + fr * (float)(ta[j1] - ta[j0]); - float b = (float)tb[j0] + fr * (float)(tb[j1] - tb[j0]); - dst[i] += (a + ff * (b - a)) * g; - ph += dt; if (ph >= 1.0f) ph -= 1.0f; - } + if (one) + for (int i = 0; i < n; i++) { + float x = ph * fN; + uint32_t i0 = (uint32_t)x; + float fr = x - (float)i0; + uint32_t j0 = i0 & mask, j1 = (i0 + 1u) & mask; + dst[i] += ((float)ta[j0] + fr * (float)(ta[j1] - ta[j0])) * g; + ph += dt; if (ph >= 1.0f) ph -= 1.0f; + } + else + for (int i = 0; i < n; i++) { + float x = ph * fN; + uint32_t i0 = (uint32_t)x; + float fr = x - (float)i0; + uint32_t j0 = i0 & mask, j1 = (i0 + 1u) & mask; + float a = (float)ta[j0] + fr * (float)(ta[j1] - ta[j0]); + float b = (float)tb[j0] + fr * (float)(tb[j1] - tb[j0]); + dst[i] += (a + ff * (b - a)) * g; + ph += dt; if (ph >= 1.0f) ph -= 1.0f; + } z.wph[o][u] = ph; } } -int render_bittal(Voice &z, const uint8_t *prm, const uint8_t mac[4], float *out, int n, float *b1) +/* 0.9: table readers (unison voices of both oscillators) a BITTAL voice may use when the channel + * plays several notes: all of them share 8 (WV_READERS). The larger unison gives way first. */ +inline void cap_readers(int &u1, int &u2, int budget) +{ + if (budget <= 0) return; + while (u1 + u2 > budget && (u1 > 1 || u2 > 1)) { if (u1 >= u2 && u1 > 1) u1--; else if (u2 > 1) u2--; else u1--; } +} + +int render_bittal(Voice &z, const uint8_t *prm, const uint8_t mac[4], float *out, int n, float *b1, int readers) { glide(z, prm[BT_GLIDE], n); float lamt = pc(prm[BT_LAMT]) + 0.5f * bm_bt_macro(prm, mac, BTM_LFO), lfo = 0.0f; @@ -373,15 +421,19 @@ int render_bittal(Voice &z, const uint8_t *prm, const uint8_t mac[4], float *out float pitch = z.note + (ld == BT_D_PITCH ? lfo * lamt * lamt * 12.0f : 0.0f); float f0 = hz_of(pitch) / fs_; float dets = bm_bt_macro(prm, mac, BTM_DET); - float pall = bm_bt_macro(prm, mac, BTM_POS) + (ld == BT_D_POS ? lfo * lamt * 0.5f : 0.0f); + /* frame position: macros, LFO and (0.9) ENV 2, the PPG's envelope sweep through the table */ + float pall = bm_bt_macro(prm, mac, BTM_POS) + (ld == BT_D_POS ? lfo * lamt * 0.5f : 0.0f) + pc(prm[BT_EPOS]) * z.ef.v; for (int i = 0; i < n; i++) b1[i] = 0.0f; + float lv[2] = {pc(prm[BT_L1]), pc(prm[BT_L2]) + bm_bt_macro(prm, mac, BTM_LVL2)}; + int un[2] = {lv[0] > 0.0f ? 1 + (prm[BT_U1] & 3) : 0, lv[1] > 0.0f ? 1 + (prm[BT_U2] & 3) : 0}; + cap_readers(un[0], un[1], readers); for (int o = 0; o < 2; o++) { const int b = o ? BT_L2 : BT_L1; /* L, S, F, P, U, D en orden */ - float lvl = pc(prm[b + 0]) + (o ? bm_bt_macro(prm, mac, BTM_LVL2) : 0.0f); - if (lvl <= 0.0f) continue; + float lvl = lv[o]; + if (lvl <= 0.0f || un[o] <= 0) continue; float semi = bip(prm[b + 1]) * 24.0f + bip(prm[b + 2]) * 0.5f; float pos = pc(prm[b + 3]) + pall + bm_bt_macro(prm, mac, o ? BTM_POS2 : BTM_POS1); - int uni = 1 + (prm[b + 4] & 3); + int uni = un[o]; float det = (pc(prm[b + 5]) + 0.5f * dets) * 0.02f; if (det < 0.0f) det = 0.0f; wt_osc(z, o, o, f0 * SemitonesToRatioSafe(semi), pos, uni, det, lvl, b1, n); @@ -437,14 +489,14 @@ int render_bittal(Voice &z, const uint8_t *prm, const uint8_t mac[4], float *out return z.ea.st != ST_OFF; } -int render(Voice &z, int eng, const uint8_t *prm, const uint8_t mac[4], float *out, int n, int lane) +int render(Voice &z, int eng, const uint8_t *prm, const uint8_t mac[4], float *out, int n, int lane, int flags) { if (z.ea.st == ST_OFF && z.ef.st == ST_OFF) { memset(out, 0, sizeof(float) * (size_t)n); return 0; } float *b1 = SB[lane & 1]; switch (eng) { case ENG_MINI: return render_mini(z, prm, mac, out, n, b1); - case ENG_BUNO: return render_buno(z, prm, mac, out, n, b1); - default: return render_bittal(z, prm, mac, out, n, b1); + case ENG_BUNO: return render_buno(z, prm, mac, out, n, b1, (flags & WV_PARA) != 0); + default: return render_bittal(z, prm, mac, out, n, b1, flags & WV_READERS_MASK); } } @@ -463,17 +515,21 @@ float bm_bt_macro(const uint8_t *prm, const uint8_t mac[4], int dest) void bm_wv_init(float fs) { fs_ = fs; - memset(mem_, 0, sizeof mem_); /* sin restos de un arranque anterior */ memset(SB, 0, sizeof SB); - for (int v = 0; v < BM_VOICES; v++) { - Voice *z = new (mem_[v]) Voice(); - z->ea.st = z->ef.st = ST_OFF; z->ea.v = z->ef.v = 0.0f; - } + memset(bus_, 0, sizeof bus_); + for (int v = BM_V_POOL0; v < BM_VOICES; v++) /* sin restos de un arranque anterior: se rearman al tocar */ + if (mine(v)) bm_vpool_owner[v - BM_V_POOL0] = VP_NONE; } void bm_wv_start(int v, int eng, const uint8_t *prm, const uint8_t mac[4], float note, float vel, int legato) { - if (v < 0 || v >= BM_VOICES) return; + if (!bm_vpool_ok(v)) return; + if (!bm_vpool_take(v, VP_WAVE)) { /* the pool voice held another machine */ + Voice *n = new (bm_vpool(v)) Voice(); + memset(n, 0, sizeof *n); + n->ea.st = n->ef.st = ST_OFF; + legato = 0; + } Voice &z = V(v); (void)mac; int gl = eng == ENG_MINI ? prm[MN_GLIDE] : eng == ENG_BITTAL ? prm[BT_GLIDE] : 0; @@ -484,7 +540,7 @@ void bm_wv_start(int v, int eng, const uint8_t *prm, const uint8_t mac[4], float if (!sounding || !gl) z.note = note; z.vel = vel; if (!sounding) { - z.f1.Init(); z.f2.Init(); z.lad.Init(); z.hp_z = 0.0f; + z.f1.Init(); z.f2.Init(); z.lad.Init(); z.o[0].ph = 0.0f; z.o[1].ph = 0.31f; z.o[2].ph = 0.67f; z.sub.ph = 0.0f; z.rng = 0x9E3779B9u * (uint32_t)(v + 1); for (int o = 0; o < 2; o++) for (int u = 0; u < 4; u++) z.wph[o][u] = rnd(z.rng) * 0.5f + 0.5f; @@ -498,48 +554,96 @@ void bm_wv_start(int v, int eng, const uint8_t *prm, const uint8_t mac[4], float void bm_wv_release(int v) { - if (v < 0 || v >= BM_VOICES) return; + if (!mine(v)) return; V(v).ea.Release(); V(v).ef.Release(); V(v).gate = 0; } -float bm_wv_level(int v) { return v >= 0 && v < BM_VOICES ? V(v).ea.v : 0.0f; } +float bm_wv_level(int v) { return mine(v) ? V(v).ea.v : 0.0f; } -int bm_wv_render(int v, int eng, const uint8_t *prm, const uint8_t mac[4], float *out, int n, int lane) +int bm_wv_render(int v, int eng, const uint8_t *prm, const uint8_t mac[4], float *out, int n, int lane, int flags) { - if (v < 0 || v >= BM_VOICES || n <= 0) return 0; + if (n <= 0) return 0; + if (!mine(v)) { memset(out, 0, sizeof(float) * (size_t)n); return 0; } Voice &z = V(v); - int alive = render(z, eng, prm, mac, out, n, lane); + int alive = render(z, eng, prm, mac, out, n, lane, flags); /* Un NaN en un filtro o una envolvente se queda: la última muestra y los estados, una vez por * bloque. Si algo se rompió, la voz vuelve a cero, el bloque sale en silencio y se avisa (-1). */ - float s = z.ea.v + z.ef.v + z.lad.y4 + z.lad.s[0] + z.lad.s[1] + z.lad.s[2] + z.lad.s[3] + z.hp_z + z.gate_g + float s = z.ea.v + z.ef.v + z.lad.y4 + z.lad.s[0] + z.lad.s[1] + z.lad.s[2] + z.lad.s[3] + z.gate_g + z.note + z.cut_prev + z.lph; if (!(s > -1e9f && s < 1e9f) || !(out[n - 1] > -1e4f && out[n - 1] < 1e4f)) { memset(out, 0, sizeof(float) * (size_t)n); - z.f1.Init(); z.f2.Init(); z.lad.Init(); z.hp_z = 0.0f; z.gate_g = 0.0f; + z.f1.Init(); z.f2.Init(); z.lad.Init(); z.gate_g = 0.0f; z.ea.v = z.ef.v = 0.0f; z.ea.st = z.ef.st = ST_OFF; z.note = z.target = 60.0f; z.cut_prev = 0.0f; z.lph = 0.0f; z.first = 1; return -1; } /* colas: lo que se apaga solo no baja a los subnormales (lentos), una vez por bloque */ for (int i = 0; i < 4; i++) z.lad.s[i] = ftz(z.lad.s[i]); - z.lad.y4 = ftz(z.lad.y4); z.hp_z = ftz(z.hp_z); z.gate_g = ftz(z.gate_g); + z.lad.y4 = ftz(z.lad.y4); z.gate_g = ftz(z.gate_g); return alive; } +/* ------------------------------------------------------------ BUNO-6: the channel bus */ +int bm_wv_para(const uint8_t *prm, const uint8_t mac[4]) +{ + return mac[2] == 0 && mac[3] == 0 && prm[BN_KEYT] == 0 && prm[BN_VELF] == 0 && mac[1] < 32; +} + +int bm_wv_bus(int t, const uint8_t *prm, const uint8_t mac[4], int32_t *buf, int n, int any, int para) +{ + if (t < 0 || t >= BM_TRACKS) return 0; + Bus &b = bus_[t]; + if (!any || n <= 0) { b.lad.Init(); b.hp = 0.0f; b.para = 0; return 0; } /* silence: starts clean */ + /* Juno-60 HPF positions (Electric Druid's and pendragon-andyh's measurements): 6 dB/oct on the sum */ + static const float HPF_HZ[4] = {0.0f, 154.0f, 339.0f, 720.0f}; + int hpf = prm[BN_HPF] & 3; + if (!para) b.para = 0; + if (!para && !hpf) { b.hp = 0.0f; return 0; } + const float in = 1.0f / 32768.0f, outg = 32768.0f; + if (para) { + /* paraphonic fast path: one VCF on the sum (the cutoff is the same for every voice). The sum + * goes in at 0.35 so the ladder's input saturation stays about where one voice drives it. */ + float cut = (float)mac[0] * (120.0f / 127.0f), kres = pc(mac[1]) * 3.9f; + if (!b.para) { b.lad.Init(); b.cut_prev = cut; b.para = 1; } + float c0 = b.cut_prev, dc = (cut - c0) / (float)n; + b.cut_prev = cut; + for (int i0 = 0; i0 < n; i0 += BN_COEF_N) { + int i1 = i0 + BN_COEF_N < n ? i0 + BN_COEF_N : n; + float G = ladder_g(c0 + dc * (float)((i0 + i1) / 2)); + for (int i = i0; i < i1; i++) buf[i] = (int32_t)(b.lad.Process((float)buf[i] * (in * 0.35f), G, kres) * (outg / 0.35f)); + } + } + if (hpf) { + float a = expf(-6.2831853f * HPF_HZ[hpf] / fs_), lp = b.hp; + for (int i = 0; i < n; i++) { float x = (float)buf[i]; lp = x + a * (lp - x); buf[i] = (int32_t)(x - lp); } + b.hp = lp; + } + float s = b.hp + b.lad.y4 + b.lad.s[0] + b.lad.s[1] + b.lad.s[2] + b.lad.s[3] + b.cut_prev; + if (!(s > -1e12f && s < 1e12f)) { /* NaN/inf: back to zero, the caller counts it */ + b.lad.Init(); b.hp = 0.0f; b.cut_prev = 0.0f; b.para = 0; + for (int i = 0; i < n; i++) buf[i] = 0; + return -1; + } + for (int i = 0; i < 4; i++) b.lad.s[i] = ftz(b.lad.s[i]); + b.lad.y4 = ftz(b.lad.y4); b.hp = ftz(b.hp); + return 0; +} + void bm_wv_bench(const uint8_t *pm, const uint8_t *pb, const uint8_t *pn, const uint8_t mac[4], uint32_t (*now)(void), uint32_t out[3], int reps) { static float buf[BM_BLOCK]; - static unsigned char mem[sizeof(Voice)]; + alignas(8) static unsigned char mem[sizeof(Voice)]; const uint8_t *P[3] = {pm, pb, pn}; const int E[3] = {ENG_MINI, ENG_BITTAL, ENG_BUNO}; for (int m = 0; m < 3; m++) { Voice &z = *new (mem) Voice(); + memset(&z, 0, sizeof z); z.ea.st = z.ef.st = ST_OFF; z.note = z.target = 48.0f; z.vel = 0.8f; z.rng = 1; z.first = 1; z.gate = 1; z.ea.Gate(true); z.ef.Gate(true); uint32_t t0 = now(); - for (int r = 0; r < reps; r++) render(z, E[m], P[m], mac, buf, BM_BLOCK, 0); + for (int r = 0; r < reps; r++) render(z, E[m], P[m], mac, buf, BM_BLOCK, 0, 0); out[m] = now() - t0; } } diff --git a/core/bm_wave.h b/core/bm_wave.h index 3062bd3..af402af 100644 --- a/core/bm_wave.h +++ b/core/bm_wave.h @@ -22,9 +22,21 @@ void bm_wv_init(float fs); void bm_wv_start(int v, int eng, const uint8_t *prm, const uint8_t mac[4], float note, float vel, int legato); void bm_wv_release(int v); /* lane: 0 o 1, el búfer de trabajo del núcleo que calcula (con el audio en dos núcleos). + * flags: WV_PARA (BUNO-6: the voice skips its VCF, bm_wv_bus filters the sum) and, for BITTAL, the + * table readers (unison voices of both oscillators) this voice may use, 0 = all. * Devuelve 1 si sigue sonando, 0 si terminó, -1 si tenía NaN/inf: la voz volvió a cero y out es silencio. */ -int bm_wv_render(int v, int eng, const uint8_t *prm, const uint8_t mac[4], float *out, int n, int lane); +#define WV_PARA 0x100 +#define WV_READERS_MASK 0x0FF +#define WV_READERS_ALL 8 /* BITTAL: readers shared by all the voices of the channel */ +int bm_wv_render(int v, int eng, const uint8_t *prm, const uint8_t mac[4], float *out, int n, int lane, int flags); float bm_wv_level(int v); +/* BUNO-6, per channel t, on the sum of its voices (buf, engine scale): the HPF (Juno-60: one for the + * whole instrument) and, with para, the VCF of the paraphonic fast path. any = 0: the channel is + * silent (its state starts clean). Returns -1 if a state had NaN/inf (reset, buf silenced). */ +int bm_wv_bus(int t, const uint8_t *prm, const uint8_t mac[4], int32_t *buf, int n, int any, int para); +/* 1 if every BUNO-6 voice would get the same cutoff (ENV, LFO, KYBD and VELO to the VCF at 0, RES + * low): then one VCF on the sum sounds the same (paraphonic fast path, to try by ear) */ +int bm_wv_para(const uint8_t *prm, const uint8_t mac[4]); /* medición en el aparato: ticks de now() para reps bloques de 64 de una voz de cada máquina */ void bm_wv_bench(const uint8_t *prm_mini, const uint8_t *prm_bt, const uint8_t *prm_bn, const uint8_t mac[4], uint32_t (*now)(void), uint32_t out[3], int reps); diff --git a/core/bm_wt.c b/core/bm_wt.c index d3c20e9..a773aa7 100644 --- a/core/bm_wt.c +++ b/core/bm_wt.c @@ -7,12 +7,35 @@ const uint16_t bm_wt_off[BM_WT_LEVELS] = {0, 1024, 1536, 1792, 1920, 1984, 2016}; +/* 0.9: one pool of BM_WT_POOL frames for both slots (it was 8 per slot): slot 0 takes its frames + * from the front, slot 1 from the back. When the two tables want more than the pool, each keeps + * frames spread over its whole sweep: the smaller table up to half the pool, the other the rest + * (8 + 8 -> 6 + 6, 8 + 1 -> all). The split depends only on the two tables, not on which came + * first: when a slot is rebuilt, the other one shrinks in place (or is rebuilt from its spectrum + * to grow back). */ +static int16_t pool[BM_WT_POOL][BM_WT_TOT]; static struct { - int16_t s[BM_WT_FRAMES][BM_WT_TOT]; - uint8_t nf; + const uint8_t *spec; /* the spectrum it was built from (ROM or flash: it stays mapped) */ + uint8_t want, nf; /* frames in the spectrum (up to 8) and frames built */ volatile uint8_t ready; } wt[BM_WT_SLOTS]; +static int base_of(int slot) { return slot ? BM_WT_POOL - wt[1].nf : 0; } +static int16_t *frame_at(int slot, int f) { return pool[base_of(slot) + f]; } + +/* the frames each slot keeps when they both want theirs */ +static void caps(int c[2]) +{ + int w0 = wt[0].want, w1 = wt[1].want; + if (w0 + w1 <= BM_WT_POOL) { c[0] = w0; c[1] = w1; return; } + int small = w0 <= w1 ? 0 : 1, ws = small ? w1 : w0; + c[small] = ws < BM_WT_POOL / 2 ? ws : BM_WT_POOL / 2; + c[!small] = BM_WT_POOL - c[small]; +} + +/* frame i of c taken from want frames: spread over the whole sweep, the ends kept */ +static int pick(int i, int want, int c) { return c <= 1 || want <= 1 ? 0 : (i * (want - 1) * 2 + (c - 1)) / ((c - 1) * 2); } + /* FFT compleja de base 2, en el lugar (n <= 1024); inv = 1 para la inversa (sin escalar). */ static void fft(float *re, float *im, int n, int inv) { @@ -55,29 +78,68 @@ static void synth_frame(const uint8_t *spec, int f, int l) fft(re, im, n, 1); } -void bm_wt_build(int slot, const uint8_t *spec) +/* builds frames [0, c) of slot from its spectrum (the frames picked over its whole sweep) */ +static void build_frames(int slot, int c) { - if (slot < 0 || slot >= BM_WT_SLOTS) return; - wt[slot].ready = 0; - if (!spec || !spec[0]) { memset(wt[slot].s, 0, sizeof wt[slot].s); wt[slot].nf = 0; return; } - int nf = spec[0] > BM_WT_FRAMES ? BM_WT_FRAMES : spec[0]; + const uint8_t *spec = wt[slot].spec; + int want = wt[slot].want; + wt[slot].nf = (uint8_t)c; + if (!c) return; float peak = 0.0f; /* el pico del nivel 0 de todos los frames */ - for (int f = 0; f < nf; f++) { + for (int f = 0; f < want; f++) { synth_frame(spec, f, 0); for (int i = 0; i < BM_WT_N; i++) { float a = fabsf(re[i]); if (a > peak) peak = a; } } float g = peak > 0.0f ? 30000.0f / peak : 0.0f; - for (int f = 0; f < nf; f++) + for (int f = 0; f < c; f++) for (int l = 0; l < BM_WT_LEVELS; l++) { - synth_frame(spec, f, l); - int16_t *o = wt[slot].s[f] + bm_wt_off[l]; + synth_frame(spec, pick(f, want, c), l); + int16_t *o = frame_at(slot, f) + bm_wt_off[l]; for (int i = 0, n = BM_WT_N >> l; i < n; i++) { float v = re[i] * g; o[i] = (int16_t)(v > 32767.0f ? 32767 : v < -32768.0f ? -32768 : v); } } - wt[slot].nf = (uint8_t)nf; +} + +/* the spectrum a slot was built from still looks like one (a user sound erased from flash does not) */ +static int spec_ok(int slot) +{ + const uint8_t *s = wt[slot].spec; + return s && s[0] && (s[0] > BM_WT_FRAMES ? BM_WT_FRAMES : s[0]) == wt[slot].want; +} + +/* the other slot to c frames: in place when it holds all its frames (the same ones a build to c + * picks), else from its spectrum */ +static void refit(int slot, int c) +{ + if (wt[slot].nf == c || !wt[slot].want) return; + wt[slot].ready = 0; + if (c < wt[slot].nf && wt[slot].nf == wt[slot].want) { + int nf = wt[slot].nf, old = slot ? BM_WT_POOL - nf : 0, nw = slot ? BM_WT_POOL - c : 0; + if (slot) for (int i = c - 1; i >= 0; i--) memmove(pool[nw + i], pool[old + pick(i, nf, c)], sizeof pool[0]); + else for (int i = 0; i < c; i++) memmove(pool[nw + i], pool[old + pick(i, nf, c)], sizeof pool[0]); + wt[slot].nf = (uint8_t)c; + } else if (spec_ok(slot)) build_frames(slot, c); + else { wt[slot].nf = 0; wt[slot].want = 0; return; } + wt[slot].ready = 1; +} + +void bm_wt_build(int slot, const uint8_t *spec) +{ + if (slot < 0 || slot >= BM_WT_SLOTS) return; + wt[slot].ready = 0; + wt[slot].nf = 0; + if (!spec || !spec[0]) { wt[slot].spec = NULL; wt[slot].want = 0; return; } + wt[slot].spec = spec; + wt[slot].want = (uint8_t)(spec[0] > BM_WT_FRAMES ? BM_WT_FRAMES : spec[0]); + int c[2]; + caps(c); + int o = !slot; + if (wt[o].nf > c[o]) refit(o, c[o]); /* room first */ + build_frames(slot, c[slot]); wt[slot].ready = 1; + if (wt[o].nf < c[o]) refit(o, c[o]); /* and the other one grows back if it can */ } int bm_wt_ready(int slot) { return slot >= 0 && slot < BM_WT_SLOTS && wt[slot].ready && wt[slot].nf; } @@ -91,7 +153,9 @@ const int16_t *bm_wt_data(int slot, int f, int l, int *n) if (l < 0) l = 0; if (l >= BM_WT_LEVELS) l = BM_WT_LEVELS - 1; *n = BM_WT_N >> l; - return wt[slot].s[f] + bm_wt_off[l]; + int at = slot ? BM_WT_POOL - nf + f : f; + if (at < 0) at = 0; + return pool[at] + bm_wt_off[l]; } int bm_wt_level_for(float hz) diff --git a/core/bm_wt.h b/core/bm_wt.h index 75df885..044c6bb 100644 --- a/core/bm_wt.h +++ b/core/bm_wt.h @@ -25,6 +25,7 @@ extern "C" { #define BM_WT_LEVELS 7 #define BM_WT_TOT 2032 /* 1024 + 512 + ... + 16 */ #define BM_WT_SLOTS 2 +#define BM_WT_POOL 12 /* frames in RAM for both slots (0.9; was 2 x 8): 8 + 8 tables keep 6 + 6 */ /* Tabla en espectro (dentro de un snapshot): nf (1..8), nh (1..255, 0 = 256), luego nf * nh pares * (magnitud, fase). Magnitud 0 = nada; v > 0 = (v - 255) * 0.375 dB. Fase = v * 2 pi / 256. */ diff --git a/core/gen/bm_fm_rom.c b/core/gen/bm_fm_rom.c index 2a05bcd..8dfcb5a 100644 --- a/core/gen/bm_fm_rom.c +++ b/core/gen/bm_fm_rom.c @@ -4,22 +4,26 @@ #include "../bm_rom.h" const uint8_t bm_fm_rom[BM_FM_PATCHES][156] = { - {95,29,20,50,99,95,0,0,39,0,0,0,3,3,0,5,79,0,1,0,7,95,20,20,50,99,95,0,0,39,0,0,0,3,3,0,2,79,0,1,0,8,95,29,20,50,99,95,0,0,39,0,0,0,3,3,0,6,89,0,1,0,7,95,20,20,50,99,95,0,0,39,0,0,0,3,3,0,2,99,0,1,0,6,95,50,35,78,99,75,0,0,39,0,0,0,3,3,0,7,58,0,14,0,7,96,25,25,67,99,75,0,0,39,0,0,0,3,3,0,2,99,0,1,0,7,99,99,99,99,50,50,50,50,4,6,1,35,0,0,0,1,0,0,24,69,46,80,73,65,78,79,32,32,32,63}, /* E.PIANO */ - {99,50,35,50,99,80,0,0,39,0,0,0,3,2,0,2,0,0,1,0,7,99,50,35,50,99,80,0,0,39,0,0,0,3,2,0,2,0,0,1,0,7,99,85,40,60,99,0,0,0,39,0,0,0,3,2,0,6,62,0,3,0,7,99,76,35,60,99,45,0,0,39,0,0,0,3,2,0,4,74,0,1,0,7,99,72,30,60,99,60,0,0,39,0,0,0,3,2,0,5,82,0,0,0,7,99,60,30,70,99,85,0,0,39,0,0,0,3,2,0,2,99,0,0,0,7,99,99,99,99,50,50,50,50,15,0,1,35,0,0,0,1,0,0,24,70,77,32,66,65,83,83,32,32,32,63}, /* FM BASS */ + {95,45,25,50,99,80,0,0,39,0,0,0,3,3,0,7,91,0,1,0,7,95,20,20,50,99,95,0,0,39,0,0,0,3,3,0,2,99,0,1,0,14,95,45,25,50,99,80,0,0,39,0,0,0,3,3,0,6,81,0,1,0,7,95,20,20,50,99,95,0,0,39,0,0,0,3,3,0,2,99,0,1,0,0,95,50,35,78,99,75,0,0,41,0,50,0,0,3,0,7,60,0,14,0,7,96,25,25,67,99,75,0,0,39,0,0,0,3,3,0,2,99,0,1,0,7,99,99,99,99,50,50,50,50,4,6,1,35,0,0,0,1,0,0,24,84,73,78,69,75,69,89,83,32,32,63}, /* TINEKEYS */ + {99,50,35,50,99,80,0,0,39,0,0,0,3,2,0,2,0,0,1,0,7,99,50,35,50,99,80,0,0,39,0,0,0,3,2,0,2,0,0,1,0,7,99,65,40,55,99,0,0,0,39,0,0,0,3,3,0,6,67,0,15,0,7,99,45,30,55,99,0,0,0,39,0,0,0,3,3,0,2,99,0,1,0,8,99,38,30,55,99,0,0,0,39,0,0,0,3,3,0,4,90,0,0,0,7,99,38,30,55,99,0,0,0,39,0,0,0,3,3,0,2,99,0,1,0,7,99,99,99,99,50,50,50,50,4,0,1,35,0,0,0,1,0,0,24,70,85,76,76,84,73,78,69,32,32,63}, /* FULLTINE */ + {99,50,35,50,99,80,0,0,39,0,0,0,3,2,0,2,0,0,1,0,7,99,50,35,50,99,80,0,0,39,0,0,0,3,2,0,2,0,0,1,0,7,99,80,40,70,99,0,0,0,39,0,0,0,3,2,0,6,72,0,2,0,7,99,45,30,70,99,75,0,0,39,0,0,0,3,2,0,2,90,0,0,0,9,99,70,40,70,99,35,0,0,39,0,0,0,3,2,0,5,86,0,0,0,7,99,45,30,70,99,75,0,0,39,0,0,0,3,2,0,2,99,0,0,0,7,99,99,99,99,50,50,50,50,4,0,1,35,0,0,0,1,0,0,24,80,79,80,32,66,65,83,83,32,32,63}, /* POP BASS */ + {99,40,30,60,99,70,0,0,39,0,0,0,3,2,0,4,83,0,1,0,7,99,99,99,60,99,99,99,0,39,0,0,0,3,2,0,3,66,0,0,0,6,99,30,25,60,99,80,0,0,39,0,0,0,3,2,0,3,74,0,0,0,7,99,30,25,60,99,85,0,0,39,0,0,0,3,2,0,2,99,0,0,0,7,99,99,99,99,0,0,0,0,39,0,0,0,3,2,0,2,0,0,1,0,7,99,99,99,99,0,0,0,0,39,0,0,0,3,2,0,2,0,0,1,0,7,99,99,99,99,50,50,50,50,13,6,1,35,0,0,0,1,0,0,24,72,79,85,83,69,32,66,83,32,32,63}, /* HOUSE BS */ {99,50,35,50,99,80,0,0,39,0,0,0,3,2,0,2,0,0,1,0,7,99,50,35,50,99,80,0,0,39,0,0,0,3,2,0,2,0,0,1,0,7,99,88,50,70,99,0,0,0,39,0,0,0,3,2,0,5,70,0,1,0,7,99,85,50,70,99,0,0,0,39,0,0,0,3,2,0,3,68,0,1,0,7,99,80,40,70,99,45,25,0,39,0,0,0,3,2,0,6,66,0,0,0,7,99,55,40,70,99,92,85,0,39,0,0,0,3,2,0,1,99,0,0,0,7,99,99,99,99,50,50,50,50,4,0,1,35,0,0,0,1,0,0,24,83,85,66,32,66,65,83,83,32,32,63}, /* SUB BASS */ - {99,50,30,30,99,20,0,0,39,0,0,0,3,2,0,4,58,0,5,4,7,99,45,25,30,99,30,0,0,39,0,0,0,3,3,0,2,72,0,2,0,7,99,40,25,30,99,40,0,0,39,0,0,0,3,3,0,4,66,0,7,1,7,99,30,22,30,99,55,0,0,39,0,0,0,3,3,0,2,90,0,1,0,10,99,34,25,30,99,50,0,0,39,0,0,0,3,3,0,4,80,0,3,17,7,99,28,20,30,99,60,0,0,39,0,0,0,3,3,0,2,99,0,1,0,7,99,99,99,99,50,50,50,50,4,3,1,35,0,0,0,1,0,0,24,66,69,76,76,32,32,32,32,32,32,63}, /* BELL */ - {55,50,30,71,85,95,92,0,39,0,0,0,3,2,0,4,84,0,1,0,7,72,76,99,71,99,88,96,0,39,0,0,0,3,2,0,2,92,0,1,0,7,72,76,99,71,99,88,96,0,39,0,0,0,3,2,0,2,95,0,1,0,9,72,76,99,71,99,88,96,0,39,0,0,0,3,2,0,2,96,0,1,0,5,62,51,29,71,82,95,96,0,39,0,0,0,3,2,0,4,86,0,1,0,7,72,76,99,71,99,88,96,0,39,0,0,0,3,2,0,2,98,0,1,0,7,99,99,99,99,50,50,50,50,21,6,1,32,40,6,0,0,4,3,24,66,82,65,83,83,32,32,32,32,32,63}, /* BRASS */ + {99,50,35,50,99,80,0,0,39,0,0,0,3,2,0,2,0,0,1,0,7,99,50,35,50,99,80,0,0,39,0,0,0,3,2,0,2,0,0,1,0,7,99,32,30,30,99,0,0,0,39,0,0,0,3,2,0,3,71,0,1,41,10,99,30,30,30,99,0,0,0,39,0,0,0,3,2,0,2,99,0,1,0,9,99,30,30,30,99,0,0,0,39,0,0,0,3,2,0,3,76,0,1,41,7,99,30,30,30,99,0,0,0,39,0,0,0,3,2,0,2,94,0,0,99,7,99,99,99,99,50,50,50,50,4,0,1,35,0,0,0,1,0,0,24,84,85,66,69,67,72,73,77,32,32,63}, /* TUBECHIM */ + {99,55,30,45,99,0,0,0,39,0,0,0,3,2,0,4,60,0,8,0,7,99,45,30,45,99,0,0,0,39,0,0,0,3,2,0,2,99,0,4,0,7,99,55,30,45,99,0,0,0,39,0,0,0,3,2,0,4,66,0,4,0,7,99,45,30,45,99,0,0,0,39,0,0,0,3,2,0,2,99,0,2,0,7,99,55,30,45,99,0,0,0,39,0,0,0,3,2,0,4,70,0,3,0,7,99,45,30,45,99,0,0,0,39,0,0,0,3,2,0,2,99,0,1,0,7,99,99,99,99,50,50,50,50,4,0,1,35,0,0,0,1,0,0,24,67,72,73,77,69,83,32,32,32,32,63}, /* CHIMES */ + {55,51,29,71,82,95,96,0,39,0,0,0,3,2,0,4,85,0,1,0,7,55,51,29,71,82,95,96,0,39,0,0,0,3,2,0,4,75,0,1,0,12,55,51,29,71,82,95,96,0,39,0,0,0,3,2,0,4,85,0,1,0,14,72,76,99,71,99,88,96,0,39,0,0,0,3,2,0,2,99,0,1,0,11,55,51,29,71,82,95,96,0,39,0,0,0,3,2,0,4,85,0,1,0,4,72,76,99,71,99,88,96,0,39,0,0,0,3,2,0,2,99,0,1,0,6,99,99,99,99,50,50,50,50,12,3,1,32,40,6,0,0,4,3,24,66,82,65,83,83,32,56,48,32,32,63}, /* BRASS 80 */ {40,30,25,40,90,85,80,0,39,0,0,0,3,2,0,2,60,0,2,0,7,46,30,25,40,99,95,90,0,39,0,0,0,3,2,0,1,95,0,1,0,10,40,30,25,40,90,85,80,0,39,0,0,0,3,2,0,2,68,0,1,0,7,44,30,25,40,99,95,90,0,39,0,0,0,3,2,0,1,95,0,1,0,4,40,30,25,40,90,85,80,0,39,0,0,0,3,2,0,2,70,0,1,0,7,45,30,25,40,99,95,90,0,39,0,0,0,3,2,0,1,97,0,1,0,7,99,99,99,99,50,50,50,50,4,4,1,30,50,9,0,0,4,3,24,83,84,82,73,78,71,83,32,32,32,63}, /* STRINGS */ - {99,70,99,80,99,0,0,0,39,0,0,0,3,0,0,2,76,0,3,0,7,99,99,99,80,99,99,99,0,39,0,0,0,3,0,0,0,74,0,4,0,7,99,99,99,80,99,99,99,0,39,0,0,0,3,0,0,0,88,0,2,0,7,99,99,99,80,99,99,99,0,39,0,0,0,3,0,0,0,78,0,1,50,7,99,99,99,80,99,99,99,0,39,0,0,0,3,0,0,0,99,0,1,0,7,99,99,99,80,99,99,99,0,39,0,0,0,3,0,0,0,86,0,0,0,7,99,99,99,99,50,50,50,50,31,0,1,70,0,4,0,0,4,2,24,79,82,71,65,78,32,32,32,32,32,63}, /* ORGAN */ + {99,50,35,50,99,80,0,0,39,0,0,0,3,2,0,2,0,0,1,0,7,99,50,35,50,99,80,0,0,39,0,0,0,3,2,0,2,0,0,1,0,7,99,88,40,60,99,0,0,0,39,0,0,0,3,4,0,5,66,0,3,17,7,99,58,35,60,99,0,0,0,39,0,0,0,3,4,0,3,90,0,1,0,9,99,85,40,60,99,0,0,0,39,0,0,0,3,4,0,5,75,0,3,17,7,99,55,35,60,99,0,0,0,39,0,0,0,3,4,0,3,99,0,1,0,7,99,99,99,99,50,50,50,50,4,0,1,35,0,0,0,1,0,0,24,77,65,82,73,77,66,65,32,32,32,63}, /* MARIMBA */ + {70,60,99,60,99,40,40,0,39,0,0,0,3,2,0,2,70,0,7,0,7,70,60,99,60,99,30,30,0,39,0,0,0,3,2,0,2,46,0,4,0,7,55,40,99,60,90,70,70,0,39,0,0,0,3,2,0,2,40,0,1,0,7,60,40,99,60,99,80,80,0,39,0,0,0,3,2,0,2,50,0,2,0,7,55,40,99,60,90,85,85,0,39,0,0,0,3,2,0,3,58,0,1,0,7,60,40,99,60,99,95,95,0,39,0,0,0,3,2,0,2,99,0,1,0,7,99,99,99,99,50,50,50,50,4,7,1,34,50,6,0,0,4,3,24,70,76,85,84,69,32,32,32,32,32,63}, /* FLUTE */ + {70,99,99,60,99,99,99,0,39,0,0,0,3,0,0,0,45,0,10,0,7,70,99,99,60,99,99,99,0,39,0,0,0,3,0,0,0,88,0,2,0,7,70,99,99,60,99,99,99,0,39,0,0,0,3,0,0,0,80,0,4,0,7,70,99,99,60,99,99,99,0,39,0,0,0,3,0,0,0,55,0,1,0,7,70,99,99,60,99,99,99,0,39,0,0,0,3,0,0,0,60,0,0,0,7,70,99,99,60,99,99,99,0,39,0,0,0,3,0,0,0,99,0,0,0,7,99,99,99,99,50,50,50,50,18,2,1,60,0,3,0,0,4,2,24,80,73,80,69,32,79,82,71,32,32,63}, /* PIPE ORG */ + {99,70,99,80,99,0,0,0,39,0,0,0,3,0,0,2,74,0,8,0,7,99,99,99,80,99,99,99,0,39,0,0,0,3,0,0,0,72,0,6,0,7,99,99,99,80,99,99,99,0,39,0,0,0,3,0,0,0,86,0,4,0,7,99,99,99,80,99,99,99,0,39,0,0,0,3,0,0,0,84,0,3,0,7,99,99,99,80,99,99,99,0,39,0,0,0,3,0,0,0,90,0,2,0,7,99,99,99,80,99,99,99,0,39,0,0,0,3,0,0,0,99,0,1,0,7,99,99,99,99,50,50,50,50,31,0,1,70,0,4,0,0,4,2,24,79,82,71,65,78,32,32,32,32,32,63}, /* ORGAN */ + {99,50,35,50,99,80,0,0,39,0,0,0,3,2,0,2,0,0,1,0,7,99,50,35,50,99,80,0,0,39,0,0,0,3,2,0,2,0,0,1,0,7,60,50,99,65,99,80,80,0,39,0,0,0,3,2,0,3,60,0,1,0,7,70,50,99,65,99,95,95,0,39,0,0,0,3,2,0,2,80,0,1,0,8,60,50,99,65,99,85,85,0,39,0,0,0,3,2,0,4,78,0,2,0,7,70,50,99,65,99,95,95,0,39,0,0,0,3,2,0,2,99,0,1,0,7,99,99,99,99,50,50,50,50,4,0,1,30,40,8,0,0,4,3,24,82,69,69,68,32,72,82,80,32,32,63}, /* REED HRP */ {99,85,45,85,99,0,0,0,39,0,0,0,3,2,0,5,60,0,5,0,7,99,75,40,85,99,30,0,0,39,0,0,0,3,2,0,3,70,0,3,0,7,99,75,45,85,99,50,0,0,39,0,0,0,3,2,0,5,76,0,1,0,7,99,72,40,85,99,55,0,0,39,0,0,0,3,3,0,3,86,0,1,0,9,99,80,45,85,99,40,0,0,39,0,0,0,3,3,0,5,84,0,3,0,7,99,70,40,85,99,60,0,0,39,0,0,0,3,3,0,3,99,0,1,0,7,99,99,99,99,50,50,50,50,4,5,1,35,0,0,0,1,0,0,24,67,76,65,86,73,32,32,32,32,32,63}, /* CLAVI */ - {99,50,35,50,99,80,0,0,39,0,0,0,3,2,0,2,0,0,1,0,7,99,50,35,50,99,80,0,0,39,0,0,0,3,2,0,2,0,0,1,0,7,99,80,40,60,99,0,0,0,39,0,0,0,3,2,0,4,62,0,1,0,7,99,68,40,60,99,0,0,0,39,0,0,0,3,4,0,3,72,0,4,0,7,99,75,40,60,99,0,0,0,39,0,0,0,3,4,0,5,72,0,3,17,7,99,50,30,60,99,0,0,0,39,0,0,0,3,4,0,3,99,0,1,0,7,99,99,99,99,50,50,50,50,4,0,1,35,0,0,0,1,0,0,24,77,65,82,73,77,66,65,32,32,32,63}, /* MARIMBA */ {99,70,40,55,99,0,0,0,39,0,0,0,3,2,0,5,50,0,2,0,7,99,55,30,55,99,0,0,0,39,0,0,0,3,2,0,3,60,0,2,0,9,99,82,40,55,99,0,0,0,39,0,0,0,3,2,0,5,58,0,1,0,7,99,60,30,55,99,0,0,0,39,0,0,0,3,4,0,3,66,0,5,0,7,99,78,40,55,99,0,0,0,39,0,0,0,3,4,0,6,70,0,6,0,7,99,45,30,55,99,0,0,0,39,0,0,0,3,4,0,3,99,0,1,0,7,99,99,99,99,50,50,50,50,4,2,1,35,0,0,0,1,0,0,24,80,76,85,67,75,69,68,32,32,32,63}, /* PLUCKED */ - {99,60,99,60,99,90,90,0,39,0,0,0,3,2,0,2,80,0,1,0,7,99,60,99,60,99,85,85,0,39,0,0,0,3,2,0,2,74,0,1,0,7,99,60,99,60,99,88,88,0,39,0,0,0,3,2,0,3,78,0,1,0,7,99,60,99,60,99,95,95,0,39,0,0,0,3,2,0,1,99,0,1,0,8,90,60,99,60,99,80,80,0,39,0,0,0,3,2,0,3,70,0,2,0,7,99,60,99,60,99,92,92,0,39,0,0,0,3,2,0,1,95,0,1,0,7,99,99,99,99,50,50,50,50,0,7,1,38,45,8,0,0,4,4,24,76,69,65,68,32,32,32,32,32,32,63}, /* LEAD */ {35,25,20,32,99,80,70,0,39,0,0,0,3,2,0,2,60,0,1,0,7,44,25,20,32,99,90,80,0,39,0,0,0,3,2,0,1,82,0,2,0,4,35,25,20,32,99,75,60,0,39,0,0,0,3,2,0,2,52,0,7,1,7,42,25,20,32,99,92,85,0,39,0,0,0,3,2,0,1,92,0,1,0,10,35,25,20,32,99,80,70,0,39,0,0,0,3,2,0,2,62,0,3,17,7,40,25,20,32,99,92,85,0,39,0,0,0,3,2,0,1,96,0,1,0,7,99,99,99,99,50,50,50,50,4,3,1,25,30,5,0,0,4,2,24,71,76,65,83,83,32,32,32,32,32,63}, /* GLASS */ + {99,60,99,60,99,90,90,0,39,0,0,0,3,2,0,2,80,0,1,0,7,99,60,99,60,99,85,85,0,39,0,0,0,3,2,0,2,74,0,1,0,7,99,60,99,60,99,88,88,0,39,0,0,0,3,2,0,3,78,0,1,0,7,99,60,99,60,99,95,95,0,39,0,0,0,3,2,0,1,99,0,1,0,8,90,60,99,60,99,80,80,0,39,0,0,0,3,2,0,3,70,0,2,0,7,99,60,99,60,99,92,92,0,39,0,0,0,3,2,0,1,95,0,1,0,7,99,99,99,99,50,50,50,50,0,7,1,38,45,8,0,0,4,4,24,76,69,65,68,32,32,32,32,32,32,63}, /* LEAD */ {80,40,99,50,99,88,88,0,39,0,0,0,3,2,0,2,80,0,1,0,7,80,40,99,50,99,90,90,0,39,0,0,0,3,2,0,1,84,0,2,0,6,80,40,99,50,99,90,90,0,39,0,0,0,3,2,0,1,92,0,1,0,11,80,40,99,50,99,90,90,0,39,0,0,0,3,2,0,1,92,0,1,0,3,80,40,99,50,99,85,85,0,39,0,0,0,3,2,0,2,74,0,1,0,7,80,40,99,50,99,90,90,0,39,0,0,0,3,2,0,1,94,0,1,0,7,99,99,99,99,50,50,50,50,21,7,1,28,20,4,0,0,4,2,24,83,85,80,69,82,32,70,77,32,32,63}, /* SUPER FM */ - {99,50,35,50,99,80,0,0,39,0,0,0,3,2,0,2,0,0,1,0,7,99,50,35,50,99,80,0,0,39,0,0,0,3,2,0,2,0,0,1,0,7,99,50,35,50,99,80,0,0,39,0,0,0,3,2,0,2,0,0,1,0,7,99,80,40,60,99,0,0,0,39,0,0,0,3,2,0,4,60,0,1,0,7,99,70,40,60,99,0,0,0,39,0,0,0,3,2,0,5,72,0,1,41,7,99,58,40,60,99,0,0,0,39,0,0,0,3,3,0,3,99,0,1,0,7,99,60,99,99,72,50,50,50,15,0,1,35,0,0,0,1,0,0,24,84,79,77,32,70,77,32,32,32,32,63}, /* TOM FM */ - {70,60,99,60,99,40,40,0,39,0,0,0,3,2,0,2,70,0,7,0,7,70,60,99,60,99,30,30,0,39,0,0,0,3,2,0,2,46,0,4,0,7,55,40,99,60,90,70,70,0,39,0,0,0,3,2,0,2,40,0,1,0,7,60,40,99,60,99,80,80,0,39,0,0,0,3,2,0,2,50,0,2,0,7,55,40,99,60,90,85,85,0,39,0,0,0,3,2,0,3,58,0,1,0,7,60,40,99,60,99,95,95,0,39,0,0,0,3,2,0,2,99,0,1,0,7,99,99,99,99,50,50,50,50,4,7,1,34,50,6,0,0,4,3,24,70,76,85,84,69,32,32,32,32,32,63}, /* FLUTE */ {99,65,70,70,99,60,40,0,39,0,0,0,3,2,0,4,74,0,1,0,7,99,65,70,70,99,60,40,0,39,0,0,0,3,2,0,4,74,0,1,0,7,99,65,70,70,99,60,40,0,39,0,0,0,3,2,0,4,70,0,2,0,7,99,55,70,70,99,80,60,0,39,0,0,0,3,2,0,2,90,0,1,0,9,99,60,70,70,99,70,50,0,39,0,0,0,3,2,0,5,84,0,1,0,7,99,50,70,70,99,85,70,0,39,0,0,0,3,2,0,2,99,0,1,0,7,99,99,99,99,50,50,50,50,1,7,1,35,0,0,0,1,0,0,24,66,85,90,90,32,32,32,32,32,32,63}, /* BUZZ */ }; -const char bm_fm_names[BM_FM_PATCHES][9] = {"E.PIANO", "FM BASS", "SUB BASS", "BELL", "BRASS", "STRINGS", "ORGAN", "CLAVI", "MARIMBA", "PLUCKED", "LEAD", "GLASS", "SUPER FM", "TOM FM", "FLUTE", "BUZZ"}; +const char bm_fm_names[BM_FM_PATCHES][9] = {"TINEKEYS", "FULLTINE", "POP BASS", "HOUSE BS", "SUB BASS", "TUBECHIM", "CHIMES", "BRASS 80", "STRINGS", "MARIMBA", "FLUTE", "PIPE ORG", "ORGAN", "REED HRP", "CLAVI", "PLUCKED", "GLASS", "LEAD", "SUPER FM", "BUZZ"}; diff --git a/core/gen/bm_snap_rom.c b/core/gen/bm_snap_rom.c index 1eb6c4f..aa88b3b 100644 --- a/core/gen/bm_snap_rom.c +++ b/core/gen/bm_snap_rom.c @@ -4,50 +4,134 @@ * autores (assets/presets/banco.json: repositorio, commit y licencia de cada uno). */ #include "../bm_snap.h" -/* SUB ONE · B-MINI · NAHUSH · #BF43 · 88 B */ +/* WIZARD BASS · B-MINI · BUBBA · #FD82 · 88 B */ static const uint8_t s0[88] = { - 66,78,83,49,3,0,3,2,67,191,88,0,83,85,66,32,79,78,69,0,0,0,0,0, - 78,65,72,85,83,72,0,0,0,0,0,0,28,0,40,64,0,0,85,2,1,64,0,2, - 1,64,0,0,75,40,40,91,90,39,98,0,96,127,71,70,0,1,69,1,40,64,0,0, + 66,78,83,49,3,0,0,2,130,253,88,0,87,73,90,65,82,68,32,66,65,83,83,0, + 66,85,66,66,65,0,0,0,0,0,0,0,73,0,102,64,2,0,92,2,1,65,92,2, + 2,64,0,0,30,85,15,0,66,0,32,0,79,51,32,70,0,1,57,0,20,64,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, }; -/* SUB GROWL · B-MINI · NAHUSH · #C587 · 88 B */ +/* FAT UNISON · B-MINI · BUBBA · #53CD · 88 B */ static const uint8_t s1[88] = { - 66,78,83,49,3,0,3,2,135,197,88,0,83,85,66,32,71,82,79,87,76,0,0,0, - 78,65,72,85,83,72,0,0,0,0,0,0,16,77,40,64,0,0,100,2,1,64,0,2, - 1,64,0,0,127,40,40,0,95,127,62,0,95,127,62,70,0,1,0,0,40,64,0,0, + 66,78,83,49,3,0,0,2,205,83,88,0,70,65,84,32,85,78,73,83,79,78,0,0, + 66,85,66,66,65,0,0,0,0,0,0,0,51,64,44,64,2,0,115,2,1,65,115,2, + 1,63,115,0,30,85,15,0,79,0,32,0,88,64,32,70,0,1,0,0,20,64,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, }; -/* CURIOUS · B-MINI · ABSTR. MAGE · #2762 · 88 B */ +/* TUTTI BRASS · B-MINI · BUBBA · #0DBF · 88 B */ static const uint8_t s2[88] = { - 66,78,83,49,3,0,1,2,98,39,88,0,67,85,82,73,79,85,83,0,0,0,0,0, - 65,66,83,84,82,46,32,77,65,71,69,0,47,64,40,64,2,2,100,2,1,64,0,2, - 1,64,0,0,20,40,40,0,95,127,62,54,95,127,62,70,0,1,0,0,40,64,0,0, + 66,78,83,49,3,0,0,2,191,13,88,0,84,85,84,84,73,32,66,82,65,83,83,0, + 66,85,66,66,65,0,0,0,0,0,0,0,40,0,51,64,2,2,58,2,2,65,81,2, + 2,63,104,0,30,85,15,83,83,127,83,73,83,127,83,70,0,1,0,0,20,64,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, }; -/* 808 BASS · B-MINI · MXMFRPR · #C399 · 88 B */ +/* RASP BRASS · B-MINI · BUBBA · #5E6E · 88 B */ static const uint8_t s3[88] = { - 66,78,83,49,3,0,2,2,153,195,88,0,56,48,56,32,66,65,83,83,0,0,0,0, - 77,88,77,70,82,80,82,0,0,0,0,0,40,0,40,64,0,2,100,2,1,64,0,2, - 1,64,0,0,20,40,40,0,96,0,62,54,97,127,84,70,0,1,0,0,40,64,0,0, + 66,78,83,49,3,0,0,2,110,94,88,0,82,65,83,80,32,66,82,65,83,83,0,0, + 66,85,66,66,65,0,0,0,0,0,0,0,18,25,83,64,2,3,58,2,2,64,0,2, + 2,64,0,0,30,127,15,88,92,64,32,64,83,127,32,94,25,1,0,0,20,64,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, }; -/* HEAVY LOW · B-MINI · MXMFRPR · #14E7 · 88 B */ +/* SLIDE BONE · B-MINI · BUBBA · #5897 · 88 B */ static const uint8_t s4[88] = { - 66,78,83,49,3,0,2,2,231,20,88,0,72,69,65,86,89,32,76,79,87,0,0,0, - 77,88,77,70,82,80,82,0,0,0,0,0,40,0,40,64,0,1,100,2,2,64,100,0, - 2,64,47,0,20,40,40,0,95,127,62,55,95,127,62,70,0,1,38,0,40,64,0,0, + 66,78,83,49,3,0,0,2,151,88,88,0,83,76,73,68,69,32,66,79,78,69,0,0, + 66,85,66,66,65,0,0,0,0,0,0,0,45,25,57,64,2,2,58,2,2,64,0,2, + 2,64,0,0,30,85,15,86,83,102,32,83,79,102,32,92,30,0,51,0,20,64,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, }; -/* REESE · B-MINI · MXMFRPR · #4B41 · 88 B */ +/* NOISE TUBA · B-MINI · BUBBA · #76EE · 88 B */ static const uint8_t s5[88] = { + 66,78,83,49,3,0,0,2,238,118,88,0,78,79,73,83,69,32,84,85,66,65,0,0, + 66,85,66,66,65,0,0,0,0,0,0,0,40,0,51,64,2,0,58,2,2,64,0,2, + 2,64,0,13,30,85,15,83,83,102,83,73,81,89,81,70,0,1,0,0,20,64,0,0, + 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, +}; +/* OCTAVE GLIDE · B-MINI · BUBBA · #130A · 88 B */ +static const uint8_t s6[88] = { + 66,78,83,49,3,0,0,2,10,19,88,0,79,67,84,65,86,69,32,71,76,73,68,69, + 66,85,66,66,65,0,0,0,0,0,0,0,62,76,38,64,4,1,23,4,4,64,92,4, + 1,64,23,0,30,85,15,0,92,0,32,0,83,127,32,70,0,1,64,0,20,64,0,0, + 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, +}; +/* FIFTHS · B-MINI · BUBBA · #161A · 88 B */ +static const uint8_t s7[88] = { + 66,78,83,49,3,0,0,2,26,22,88,0,70,73,70,84,72,83,0,0,0,0,0,0, + 66,85,66,66,65,0,0,0,0,0,0,0,51,0,0,64,2,2,92,2,2,127,92,2, + 2,64,0,0,30,85,15,0,88,127,32,0,88,0,32,70,0,1,64,0,20,64,0,0, + 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, +}; +/* TLR SOUND · B-MINI · BUBBA · #CB66 · 88 B */ +static const uint8_t s8[88] = { + 66,78,83,49,3,0,0,2,102,203,88,0,84,76,82,32,83,79,85,78,68,0,0,0, + 66,85,66,66,65,0,0,0,0,0,0,0,40,0,0,64,4,1,92,4,4,64,92,2, + 2,64,0,102,30,85,15,0,92,127,32,0,92,64,32,70,0,1,64,0,20,64,0,0, + 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, +}; +/* COLD FRIEND · B-MINI · BUBBA · #C390 · 88 B */ +static const uint8_t s9[88] = { + 66,78,83,49,3,0,0,2,144,195,88,0,67,79,76,68,32,70,82,73,69,78,68,0, + 66,85,66,66,65,0,0,0,0,0,0,0,73,38,64,64,2,1,92,2,1,65,92,2, + 1,63,92,0,30,85,15,0,88,127,88,0,88,127,88,70,0,1,0,0,20,64,0,0, + 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, +}; +/* MUTANT ARP · B-MINI · BUBBA · #F22F · 88 B */ +static const uint8_t s10[88] = { + 66,78,83,49,3,0,0,2,47,242,88,0,77,85,84,65,78,84,32,65,82,80,0,0, + 66,85,66,66,65,0,0,0,0,0,0,0,83,0,64,64,3,1,92,3,1,127,92,2, + 2,64,0,0,30,85,15,0,88,127,32,0,88,127,32,70,0,1,83,0,20,64,0,0, + 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, +}; +/* SOFT HORN · B-MINI · BUBBA · #4C87 · 88 B */ +static const uint8_t s11[88] = { + 66,78,83,49,3,0,0,2,135,76,88,0,83,79,70,84,32,72,79,82,78,0,0,0, + 66,85,66,66,65,0,0,0,0,0,0,0,18,0,76,64,2,2,92,2,2,64,0,2, + 2,64,0,0,30,85,15,88,83,114,32,76,95,89,32,89,20,1,70,0,20,64,0,0, + 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, +}; +/* WHINE LEAD · B-MINI · BUBBA · #B7D8 · 88 B */ +static const uint8_t s12[88] = { + 66,78,83,49,3,0,0,2,216,183,88,0,87,72,73,78,69,32,76,69,65,68,0,0, + 66,85,66,66,65,0,0,0,0,0,0,0,83,38,0,64,2,4,115,3,4,65,115,2, + 2,64,81,0,30,42,15,0,73,127,32,0,73,127,32,70,0,1,64,0,20,64,0,0, + 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, +}; +/* MOTOR RIFF · B-MINI · BUBBA · #272B · 88 B */ +static const uint8_t s13[88] = { + 66,78,83,49,3,0,0,2,43,39,88,0,77,79,84,79,82,32,82,73,70,70,0,0, + 66,85,66,66,65,0,0,0,0,0,0,0,73,25,51,64,2,1,92,3,2,65,69,2, + 2,64,0,0,30,85,15,0,83,51,32,0,79,102,32,70,0,1,0,0,20,64,0,0, + 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, +}; +/* HIGHWAY BASS · B-MINI · BUBBA · #1B54 · 88 B */ +static const uint8_t s14[88] = { + 66,78,83,49,3,0,0,2,84,27,88,0,72,73,71,72,87,65,89,32,66,65,83,83, + 66,85,66,66,65,0,0,0,0,0,0,0,51,38,38,64,2,1,92,0,0,64,69,2, + 2,64,0,0,30,85,15,0,76,25,32,0,81,76,32,70,0,1,0,0,20,64,0,0, + 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, +}; +/* BENDER LEAD · B-MINI · BUBBA · #BA06 · 88 B */ +static const uint8_t s15[88] = { + 66,78,83,49,3,0,0,2,6,186,88,0,66,69,78,68,69,82,32,76,69,65,68,0, + 66,85,66,66,65,0,0,0,0,0,0,0,89,25,25,64,2,2,115,3,2,65,92,2, + 2,64,0,0,95,85,15,0,79,102,32,22,79,127,32,70,0,1,44,0,20,64,0,0, + 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, +}; +/* SUB ONE · B-MINI · NAHUSH · #BF43 · 88 B */ +static const uint8_t s16[88] = { + 66,78,83,49,3,0,3,2,67,191,88,0,83,85,66,32,79,78,69,0,0,0,0,0, + 78,65,72,85,83,72,0,0,0,0,0,0,28,0,40,64,0,0,85,2,1,64,0,2, + 1,64,0,0,75,40,40,91,90,39,98,0,96,127,71,70,0,1,69,1,40,64,0,0, + 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, +}; +/* REESE · B-MINI · MXMFRPR · #4B41 · 88 B */ +static const uint8_t s17[88] = { 66,78,83,49,3,0,2,2,65,75,88,0,82,69,69,83,69,0,0,0,0,0,0,0, 77,88,77,70,82,80,82,0,0,0,0,0,104,0,40,64,0,3,74,0,3,64,89,0, 2,64,100,0,20,40,40,0,90,0,62,34,95,127,62,70,0,1,71,0,40,64,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, }; /* SAW MOTION · BITTAL · NAHUSH · #7C09 · 602 B */ -static const uint8_t s6[602] = { +static const uint8_t s18[602] = { 66,78,83,49,5,1,3,2,9,124,90,2,83,65,87,32,77,79,84,73,79,78,0,0, 78,65,72,85,83,72,0,0,0,0,0,0,64,0,0,0,88,64,64,0,0,45,0,0, 64,64,0,0,20,0,1,61,64,0,64,0,20,0,95,127,62,0,95,127,62,1,61,3, @@ -76,7 +160,7 @@ static const uint8_t s6[602] = { 127,208, }; /* WIDE SYNTH · BITTAL · MXMFRPR · #74B1 · 4700 B */ -static const uint8_t s7[4700] = { +static const uint8_t s19[4700] = { 66,78,83,49,5,2,2,2,177,116,92,18,87,73,68,69,32,83,89,78,84,72,0,0, 77,88,77,70,82,80,82,0,0,0,0,0,64,0,0,0,100,33,64,0,3,23,0,100, 64,64,69,3,30,0,3,59,62,0,64,53,20,0,95,127,62,55,100,0,62,1,60,2, @@ -275,7 +359,7 @@ static const uint8_t s7[4700] = { 120,175,105,159,23,15,106,255,120,239,126,223,127,208,125,192,119,176,105,160, }; /* SIREN · BITTAL · ABSTR. MAGE · #27D5 · 4186 B */ -static const uint8_t s8[4186] = { +static const uint8_t s20[4186] = { 66,78,83,49,5,1,1,2,213,39,90,16,83,73,82,69,78,0,0,0,0,0,0,0, 65,66,83,84,82,46,32,77,65,71,69,0,64,0,0,43,43,64,64,0,0,45,0,0, 64,64,0,0,20,0,5,100,15,0,64,64,20,65,95,127,84,0,95,127,62,1,60,2, @@ -453,7 +537,7 @@ static const uint8_t s8[4186] = { 126,223,127,208,125,192,119,176,105,160, }; /* COOL LEAD · BITTAL · MXMFRPR · #0171 · 4700 B */ -static const uint8_t s9[4700] = { +static const uint8_t s21[4700] = { 66,78,83,49,5,2,2,2,113,1,92,18,67,79,79,76,32,76,69,65,68,0,0,0, 77,88,77,70,82,80,82,0,0,0,0,0,64,0,0,53,100,64,64,0,0,45,0,64, 64,64,40,1,18,0,5,100,15,0,64,64,20,0,95,127,62,0,83,0,62,1,60,2, @@ -652,7 +736,7 @@ static const uint8_t s9[4700] = { 120,175,105,159,23,15,106,255,120,239,126,223,127,208,125,192,119,176,105,160, }; /* HARD LEAD · BITTAL · MXMFRPR · #3A79 · 1116 B */ -static const uint8_t s10[1116] = { +static const uint8_t s22[1116] = { 66,78,83,49,5,2,2,2,121,58,92,4,72,65,82,68,32,76,69,65,68,0,0,0, 77,88,77,70,82,80,82,0,0,0,0,0,64,0,0,0,100,96,64,0,0,32,0,97, 64,64,0,1,20,0,3,78,0,0,64,0,20,0,95,127,72,0,101,0,62,1,60,2, @@ -702,7 +786,7 @@ static const uint8_t s10[1116] = { 128,80,128,208,127,80,127,208,127,80,127,208, }; /* NICE LEAD · BITTAL · MXMFRPR · #A615 · 8284 B */ -static const uint8_t s11[8284] = { +static const uint8_t s23[8284] = { 66,78,83,49,5,2,2,2,21,166,92,32,78,73,67,69,32,76,69,65,68,0,0,0, 77,88,77,70,82,80,82,0,0,0,0,0,64,0,0,20,74,96,64,28,3,25,0,89, 96,64,81,1,28,0,1,104,0,0,64,0,20,0,95,127,62,0,94,0,62,1,60,2, @@ -1051,7 +1135,7 @@ static const uint8_t s11[8284] = { 119,176,105,160, }; /* DIGI PIANO · BITTAL · NAHUSH · #6F46 · 602 B */ -static const uint8_t s12[602] = { +static const uint8_t s24[602] = { 66,78,83,49,5,1,3,2,70,111,90,2,68,73,71,73,32,80,73,65,78,79,0,0, 78,65,72,85,83,72,0,0,0,0,0,0,64,0,0,0,48,33,64,0,0,45,0,0, 64,64,0,0,20,0,0,67,19,0,64,0,20,0,95,127,92,0,95,127,62,1,60,2, @@ -1080,7 +1164,7 @@ static const uint8_t s12[602] = { 127,208, }; /* SOFT KEYS · BITTAL · NAHUSH · #7D80 · 602 B */ -static const uint8_t s13[602] = { +static const uint8_t s25[602] = { 66,78,83,49,5,1,3,2,128,125,90,2,83,79,70,84,32,75,69,89,83,0,0,0, 78,65,72,85,83,72,0,0,0,0,0,0,64,0,0,0,100,64,64,0,1,27,0,0, 64,64,0,0,20,0,0,64,64,22,64,0,20,67,95,127,105,0,95,127,62,1,60,2, @@ -1109,7 +1193,7 @@ static const uint8_t s13[602] = { 127,208, }; /* CHORD STAB · BITTAL · NAHUSH · #D8CC · 1116 B */ -static const uint8_t s14[1116] = { +static const uint8_t s26[1116] = { 66,78,83,49,5,2,3,2,204,216,92,4,67,72,79,82,68,32,83,84,65,66,0,0, 78,65,72,85,83,72,0,0,0,0,0,0,64,0,0,0,100,96,64,0,3,45,0,100, 33,64,0,3,45,0,2,48,0,0,64,0,20,20,106,13,95,0,95,127,62,1,60,2, @@ -1159,7 +1243,7 @@ static const uint8_t s14[1116] = { 128,80,128,208,127,80,127,208,127,80,127,208, }; /* BACK KEYS · BITTAL · MXMFRPR · #489D · 4700 B */ -static const uint8_t s15[4700] = { +static const uint8_t s27[4700] = { 66,78,83,49,5,2,2,2,157,72,92,18,66,65,67,75,32,75,69,89,83,0,0,0, 77,88,77,70,82,80,82,0,0,0,0,0,64,0,0,68,100,64,64,0,0,45,0,83, 64,64,40,1,18,0,3,33,0,0,64,57,20,0,95,127,62,0,83,0,62,1,60,2, @@ -1358,7 +1442,7 @@ static const uint8_t s15[4700] = { 120,175,105,159,23,15,106,255,120,239,126,223,127,208,125,192,119,176,105,160, }; /* GLASS KEYS · BITTAL · MXMFRPR · #707F · 4700 B */ -static const uint8_t s16[4700] = { +static const uint8_t s28[4700] = { 66,78,83,49,5,2,2,2,127,112,92,18,71,76,65,83,83,32,75,69,89,83,0,0, 77,88,77,70,82,80,82,0,0,0,0,0,64,0,0,68,100,64,64,0,0,45,0,83, 64,64,40,1,18,0,3,33,0,0,64,57,20,0,95,127,62,0,83,0,62,1,60,2, @@ -1557,7 +1641,7 @@ static const uint8_t s16[4700] = { 120,175,105,159,23,15,106,255,120,239,126,223,127,208,125,192,119,176,105,160, }; /* CHILL CHORD · BITTAL · MXMFRPR · #BEC4 · 1116 B */ -static const uint8_t s17[1116] = { +static const uint8_t s29[1116] = { 66,78,83,49,5,2,2,2,196,190,92,4,67,72,73,76,76,32,67,72,79,82,68,0, 77,88,77,70,82,80,82,0,0,0,0,0,64,0,0,49,22,96,64,0,0,32,0,35, 64,64,0,1,20,0,3,78,0,0,64,0,20,0,95,127,62,0,101,0,62,1,60,2, @@ -1607,7 +1691,7 @@ static const uint8_t s17[1116] = { 128,80,128,208,127,80,127,208,127,80,127,208, }; /* MOVE ARP · BITTAL · NAHUSH · #0F90 · 602 B */ -static const uint8_t s18[602] = { +static const uint8_t s30[602] = { 66,78,83,49,5,1,3,2,144,15,90,2,77,79,86,69,32,65,82,80,0,0,0,0, 78,65,72,85,83,72,0,0,0,0,0,0,64,0,0,0,77,33,64,0,3,45,0,0, 64,64,0,0,20,0,5,100,15,0,64,64,20,12,102,24,103,0,95,127,62,1,61,0, @@ -1636,7 +1720,7 @@ static const uint8_t s18[602] = { 127,208, }; /* SPACE PLUCK · BITTAL · MXMFRPR · #FA36 · 1116 B */ -static const uint8_t s19[1116] = { +static const uint8_t s31[1116] = { 66,78,83,49,5,2,2,2,54,250,92,4,83,80,65,67,69,32,80,76,85,67,75,0, 77,88,77,70,82,80,82,0,0,0,0,0,64,0,0,49,100,96,64,0,0,32,0,97, 64,64,0,1,20,0,3,78,0,0,64,0,20,0,95,127,62,0,101,0,62,1,60,2, @@ -1686,7 +1770,7 @@ static const uint8_t s19[1116] = { 128,80,128,208,127,80,127,208,127,80,127,208, }; /* ARP LINE · BITTAL · MXMFRPR · #A93A · 4700 B */ -static const uint8_t s20[4700] = { +static const uint8_t s32[4700] = { 66,78,83,49,5,2,2,2,58,169,92,18,65,82,80,32,76,73,78,69,0,0,0,0, 77,88,77,70,82,80,82,0,0,0,0,0,32,34,0,4,100,64,64,0,1,22,0,96, 33,64,72,3,29,0,1,101,0,0,64,0,20,0,95,127,89,0,108,0,62,1,60,2, @@ -1885,7 +1969,7 @@ static const uint8_t s20[4700] = { 120,175,105,159,23,15,106,255,120,239,126,223,127,208,125,192,119,176,105,160, }; /* BELL · BITTAL · MXMFRPR · #F8B0 · 8284 B */ -static const uint8_t s21[8284] = { +static const uint8_t s33[8284] = { 66,78,83,49,5,2,2,2,176,248,92,32,66,69,76,76,0,0,0,0,0,0,0,0, 77,88,77,70,82,80,82,0,0,0,0,0,64,0,0,0,100,96,64,0,0,45,0,66, 64,64,0,0,45,0,1,54,0,0,64,0,20,0,98,48,103,0,73,0,93,1,60,2, @@ -2234,7 +2318,7 @@ static const uint8_t s21[8284] = { 119,176,105,160, }; /* WOOD PLUCK · BITTAL · MXMFRPR · #C62A · 4186 B */ -static const uint8_t s22[4186] = { +static const uint8_t s34[4186] = { 66,78,83,49,5,1,2,2,42,198,90,16,87,79,79,68,32,80,76,85,67,75,0,0, 77,88,77,70,82,80,82,0,0,0,0,0,64,0,0,0,48,64,64,0,3,19,0,0, 64,64,0,0,20,0,1,93,0,0,64,0,20,0,95,127,89,0,100,0,62,1,60,2, @@ -2412,7 +2496,7 @@ static const uint8_t s22[4186] = { 126,223,127,208,125,192,119,176,105,160, }; /* SPACY PLUCK · BITTAL · MXMFRPR · #6DD1 · 4186 B */ -static const uint8_t s23[4186] = { +static const uint8_t s35[4186] = { 66,78,83,49,5,1,2,2,209,109,90,16,83,80,65,67,89,32,80,76,85,67,75,0, 77,88,77,70,82,80,82,0,0,0,0,0,64,0,0,32,48,64,64,0,3,19,0,0, 64,64,0,0,20,0,1,93,0,0,64,0,20,0,95,127,89,0,100,0,62,1,60,2, @@ -2590,7 +2674,7 @@ static const uint8_t s23[4186] = { 126,223,127,208,125,192,119,176,105,160, }; /* LOW PAD · BITTAL · ABSTR. MAGE · #43BA · 4186 B */ -static const uint8_t s24[4186] = { +static const uint8_t s36[4186] = { 66,78,83,49,5,1,1,2,186,67,90,16,76,79,87,32,80,65,68,0,0,0,0,0, 65,66,83,84,82,46,32,77,65,71,69,0,0,0,0,0,80,64,64,31,0,28,0,0, 64,64,0,0,20,0,1,127,0,0,64,0,20,0,95,127,62,0,95,127,62,1,101,3, @@ -2767,90 +2851,410 @@ static const uint8_t s24[4186] = { 105,158,41,14,107,254,121,238,127,223,128,207,126,191,120,175,105,159,23,15,106,255,120,239, 126,223,127,208,125,192,119,176,105,160, }; -/* BRASS 6 · BUNO-6 · BUBBA · #4BAC · 88 B */ -static const uint8_t s25[88] = { - 66,78,83,49,6,0,0,2,172,75,88,0,66,82,65,83,83,32,54,0,0,0,0,0, - 66,85,66,66,65,0,0,0,0,0,0,0,55,20,70,0,1,0,1,20,0,0,0,1, - 0,0,60,20,45,75,85,60,0,60,0,0,0,0,0,0,0,0,0,0,0,0,0,0, +/* WAVE SWEEP · BITTAL · BUBBA · #E979 · 1114 B */ +static const uint8_t s37[1114] = { + 66,78,83,49,5,1,0,2,121,233,90,4,87,65,86,69,32,83,87,69,69,80,0,0, + 66,85,66,66,65,0,0,0,0,0,0,0,0,0,0,0,110,64,64,0,0,20,0,0, + 64,64,0,0,20,0,0,115,10,0,64,64,20,0,70,110,79,69,79,0,79,1,60,2, + 0,1,110,5,120,8,120,12,120,0,0,40,127,0,0,0,8,64,255,192,218,192,189,192, + 181,192,176,192,172,192,168,192,165,192,163,192,160,192,158,192,156,192,154,192,152,192,151,192, + 149,192,148,192,147,192,145,192,144,192,143,192,142,192,141,192,140,192,139,192,138,192,137,192, + 136,192,136,192,135,192,134,192,133,192,133,192,132,192,131,192,130,192,130,192,129,192,129,192, + 128,192,127,192,127,192,126,192,126,192,125,192,125,192,124,192,124,192,123,192,123,192,122,192, + 122,192,122,192,121,192,121,192,120,192,120,192,119,192,119,192,119,192,118,192,118,192,118,192, + 117,192,239,192,243,192,213,192,187,192,181,192,176,192,173,192,170,192,167,192,165,192,162,192, + 160,192,158,192,157,192,155,192,154,192,152,192,151,192,150,192,148,192,147,192,146,192,145,192, + 144,192,143,192,142,192,142,192,141,192,140,192,139,192,138,192,138,192,137,192,136,192,136,192, + 135,192,134,192,134,192,133,192,132,192,132,192,131,192,131,192,130,192,130,192,129,192,129,192, + 128,192,128,192,127,192,127,192,126,192,126,192,125,192,125,192,125,192,124,192,124,192,123,192, + 123,192,123,192,122,192,122,192,122,192,224,192,228,192,240,192,212,192,187,192,182,192,179,192, + 176,192,173,192,170,192,168,192,166,192,164,192,163,192,161,192,159,192,158,192,157,192,155,192, + 154,192,153,192,152,192,151,192,150,192,149,192,148,192,147,192,146,192,146,192,145,192,144,192, + 143,192,143,192,142,192,141,192,141,192,140,192,139,192,139,192,138,192,138,192,137,192,137,192, + 136,192,136,192,135,192,135,192,134,192,134,192,133,192,133,192,132,192,132,192,131,192,131,192, + 130,192,130,192,130,192,129,192,129,192,128,192,128,192,128,192,127,192,227,192,212,192,223,192, + 237,192,210,192,187,192,182,192,179,192,176,192,174,192,172,192,170,192,168,192,166,192,165,192, + 163,192,162,192,160,192,159,192,158,192,157,192,156,192,155,192,154,192,153,192,152,192,151,192, + 150,192,149,192,148,192,148,192,147,192,146,192,146,192,145,192,144,192,144,192,143,192,142,192, + 142,192,141,192,141,192,140,192,140,192,139,192,139,192,138,192,138,192,137,192,137,192,136,192, + 136,192,135,192,135,192,134,192,134,192,134,192,133,192,133,192,132,192,132,192,132,192,131,192, + 131,192,230,192,214,192,205,192,218,192,234,192,209,192,186,192,182,192,179,192,177,192,174,192, + 172,192,171,192,169,192,167,192,166,192,164,192,163,192,162,192,161,192,159,192,158,192,157,192, + 156,192,155,192,154,192,154,192,153,192,152,192,151,192,150,192,150,192,149,192,148,192,148,192, + 147,192,146,192,146,192,145,192,144,192,144,192,143,192,143,192,142,192,142,192,141,192,141,192, + 140,192,140,192,139,192,139,192,138,192,138,192,138,192,137,192,137,192,136,192,136,192,135,192, + 135,192,135,192,134,192,134,192,134,192,231,192,215,192,206,192,200,192,215,192,231,192,207,192, + 184,192,181,192,178,192,176,192,174,192,172,192,170,192,169,192,167,192,166,192,164,192,163,192, + 162,192,161,192,160,192,159,192,158,192,157,192,156,192,155,192,154,192,153,192,153,192,152,192, + 151,192,150,192,150,192,149,192,148,192,148,192,147,192,147,192,146,192,145,192,145,192,144,192, + 144,192,143,192,143,192,142,192,142,192,141,192,141,192,140,192,140,192,139,192,139,192,139,192, + 138,192,138,192,137,192,137,192,137,192,136,192,136,192,135,192,135,192,233,192,217,192,208,192, + 201,192,197,192,212,192,229,192,206,192,183,192,180,192,177,192,175,192,174,192,172,192,170,192, + 169,192,167,192,166,192,165,192,164,192,163,192,161,192,160,192,159,192,158,192,158,192,157,192, + 156,192,155,192,154,192,153,192,153,192,152,192,151,192,151,192,150,192,149,192,149,192,148,192, + 148,192,147,192,146,192,146,192,145,192,145,192,144,192,144,192,143,192,143,192,142,192,142,192, + 142,192,141,192,141,192,140,192,140,192,139,192,139,192,139,192,138,192,138,192,137,192,137,192, + 137,192,234,192,218,192,209,192,202,192,197,192,193,192,210,192,227,192,204,192,182,192,179,192, + 177,192,175,192,173,192,171,192,170,192,168,192,167,192,166,192,165,192,164,192,162,192,161,192, + 160,192,160,192,159,192,158,192,157,192,156,192,155,192,155,192,154,192,153,192,152,192,152,192, + 151,192,150,192,150,192,149,192,149,192,148,192,148,192,147,192,146,192,146,192,145,192,145,192, + 144,192,144,192,143,192,143,192,143,192,142,192,142,192,141,192,141,192,140,192,140,192,140,192, + 139,192,139,192,138,192,138,192,138,192, +}; +/* GLASS BELLS · BITTAL · BUBBA · #8B55 · 586 B */ +static const uint8_t s38[586] = { + 66,78,83,49,5,1,0,2,85,139,74,2,71,76,65,83,83,32,66,69,76,76,83,0, + 66,85,66,66,65,0,0,0,0,0,0,0,0,0,0,0,110,64,64,20,1,6,0,0, + 64,64,0,0,20,0,0,120,5,0,64,64,20,0,108,0,101,0,98,0,98,1,60,2, + 0,1,110,5,120,8,120,12,120,0,0,60,80,0,0,0,8,31,253,192,0,16,225,192, + 0,125,0,64,0,224,237,192,0,57,0,192,0,128,209,192,0,248,0,64,0,129,0,64, + 0,1,221,192,0,9,0,192,0,250,0,192,0,253,0,64,0,162,0,192,0,115,0,64, + 0,108,0,192,0,129,0,192,253,192,0,11,229,192,0,255,0,64,0,129,236,192,0,255, + 0,192,0,138,217,192,0,131,0,64,0,253,0,64,0,1,218,192,0,11,0,192,0,129, + 0,64,0,233,184,192,0,9,0,192,0,148,0,64,0,1,0,192,0,15,179,192,254,192, + 0,59,233,192,0,6,0,192,0,246,234,192,0,0,0,192,0,133,224,192,0,3,0,64, + 0,0,0,192,0,127,215,192,0,64,0,64,0,125,0,192,0,145,201,192,0,0,0,192, + 0,213,0,192,0,234,0,192,0,156,196,192,255,192,0,82,236,192,0,145,0,64,0,251, + 232,192,0,126,0,64,0,133,229,192,0,132,0,192,0,133,0,64,0,121,212,192,0,6, + 0,192,0,135,0,192,0,136,211,192,0,120,0,64,0,234,0,64,0,140,0,192,0,239, + 205,192,255,192,0,108,239,192,0,136,0,64,0,120,230,192,0,11,0,192,0,0,233,192, + 0,128,0,192,0,7,0,64,0,10,207,192,0,128,0,192,0,101,0,64,0,224,218,192, + 0,30,0,192,0,252,0,192,0,192,0,192,0,0,213,192,255,192,0,120,241,192,0,120, + 0,64,0,0,227,192,0,131,0,192,0,120,236,192,0,130,0,64,0,7,0,192,0,227, + 200,192,0,237,0,64,0,7,0,192,0,4,223,192,0,250,0,64,0,109,0,192,0,221, + 0,192,0,250,218,192,251,192,0,3,240,192,0,3,0,192,0,243,220,192,0,118,0,64, + 0,144,236,192,0,4,0,192,0,11,0,192,0,249,187,192,0,109,0,64,0,109,0,192, + 0,130,224,192,0,250,0,192,0,15,0,64,0,2,0,64,0,129,218,192,248,192,0,243, + 238,192,0,0,0,64,0,127,213,192,0,250,0,64,0,130,235,192,0,0,0,192,0,125, + 0,192,0,241,168,192,0,127,0,192,0,160,0,192,0,4,224,192,0,4,0,192,0,126, + 0,192,0,96,0,64,0,4,219,192, +}; +/* MALLET VIBES · BITTAL · BUBBA · #6721 · 250 B */ +static const uint8_t s39[250] = { + 66,78,83,49,5,1,0,2,33,103,250,0,77,65,76,76,69,84,32,86,73,66,69,83, + 66,85,66,66,65,0,0,0,0,0,0,0,0,0,0,0,110,64,64,0,0,20,0,0, + 64,64,0,0,20,0,0,118,0,0,64,64,20,0,102,0,92,0,88,0,88,0,94,3, + 45,1,110,5,120,8,120,12,120,0,0,70,100,0,0,0,8,10,243,192,190,192,0,192, + 231,192,0,64,0,64,0,192,0,64,0,192,215,192,245,192,191,192,0,192,230,192,0,64, + 0,64,0,192,0,192,0,192,214,192,246,192,193,192,0,64,228,192,0,64,0,192,0,192, + 0,192,0,192,211,192,248,192,194,192,0,192,226,192,0,64,0,64,0,192,0,192,0,192, + 209,192,249,192,196,192,0,192,224,192,0,64,0,64,0,192,0,192,0,64,205,192,251,192, + 198,192,0,192,221,192,0,64,0,64,0,192,0,192,0,192,201,192,253,192,200,192,0,192, + 216,192,0,64,0,192,0,192,0,192,0,192,193,192,255,192,202,192,0,192,208,192,0,64, + 0,64,0,192,0,192,0,192,179,192, +}; +/* MIXED CHOIR · BITTAL · BUBBA · #430A · 1114 B */ +static const uint8_t s40[1114] = { + 66,78,83,49,5,1,0,2,10,67,90,4,77,73,88,69,68,32,67,72,79,73,82,0, + 66,85,66,66,65,0,0,0,0,0,0,0,0,0,0,0,105,64,64,40,1,18,0,0, + 64,64,0,0,20,0,0,100,10,0,64,64,20,79,90,120,92,0,0,127,0,1,33,2, + 40,1,110,5,120,8,120,12,120,0,0,30,0,0,0,0,8,64,248,192,255,192,246,192, + 216,192,194,192,195,192,205,192,215,192,216,192,209,192,195,192,179,192,170,192,166,192,164,192, + 163,192,162,192,160,192,159,192,158,192,157,192,156,192,155,192,154,192,153,192,152,192,151,192, + 150,192,149,192,148,192,148,192,147,192,146,192,146,192,145,192,144,192,144,192,143,192,142,192, + 142,192,141,192,141,192,140,192,140,192,139,192,139,192,138,192,138,192,137,192,137,192,136,192, + 136,192,135,192,135,192,134,192,134,192,134,192,133,192,133,192,132,192,132,192,132,192,131,192, + 131,192,241,192,251,192,250,192,227,192,202,192,205,192,215,192,220,192,216,192,204,192,188,192, + 175,192,170,192,168,192,166,192,165,192,163,192,162,192,161,192,159,192,158,192,157,192,156,192, + 155,192,154,192,153,192,152,192,152,192,151,192,150,192,149,192,148,192,148,192,147,192,146,192, + 146,192,145,192,144,192,144,192,143,192,143,192,142,192,142,192,141,192,141,192,140,192,140,192, + 139,192,139,192,138,192,138,192,137,192,137,192,136,192,136,192,136,192,135,192,135,192,134,192, + 134,192,134,192,133,192,133,192,132,192,233,192,241,192,249,192,235,192,211,192,213,192,220,192, + 220,192,211,192,195,192,180,192,172,192,169,192,167,192,165,192,164,192,162,192,161,192,160,192, + 159,192,158,192,156,192,155,192,154,192,154,192,153,192,152,192,151,192,150,192,149,192,149,192, + 148,192,147,192,146,192,146,192,145,192,144,192,144,192,143,192,143,192,142,192,141,192,141,192, + 140,192,140,192,139,192,139,192,138,192,138,192,137,192,137,192,137,192,136,192,136,192,135,192, + 135,192,134,192,134,192,134,192,133,192,133,192,132,192,132,192,132,192,229,192,231,192,245,192, + 241,192,222,192,220,192,222,192,216,192,203,192,186,192,175,192,170,192,168,192,166,192,165,192, + 163,192,162,192,160,192,159,192,158,192,157,192,156,192,155,192,154,192,153,192,152,192,151,192, + 150,192,149,192,149,192,148,192,147,192,146,192,146,192,145,192,144,192,144,192,143,192,143,192, + 142,192,141,192,141,192,140,192,140,192,139,192,139,192,138,192,138,192,137,192,137,192,136,192, + 136,192,135,192,135,192,135,192,134,192,134,192,133,192,133,192,133,192,132,192,132,192,131,192, + 131,192,227,192,222,192,239,192,244,192,233,192,225,192,221,192,210,192,193,192,179,192,172,192, + 169,192,167,192,166,192,164,192,163,192,161,192,160,192,159,192,157,192,156,192,155,192,154,192, + 153,192,152,192,151,192,150,192,150,192,149,192,148,192,147,192,147,192,146,192,145,192,144,192, + 144,192,143,192,143,192,142,192,141,192,141,192,140,192,140,192,139,192,139,192,138,192,138,192, + 137,192,137,192,136,192,136,192,135,192,135,192,134,192,134,192,134,192,133,192,133,192,132,192, + 132,192,132,192,131,192,131,192,130,192,226,192,216,192,232,192,245,192,240,192,228,192,217,192, + 201,192,184,192,175,192,171,192,169,192,167,192,165,192,163,192,162,192,160,192,159,192,158,192, + 157,192,156,192,154,192,153,192,152,192,152,192,151,192,150,192,149,192,148,192,147,192,147,192, + 146,192,145,192,144,192,144,192,143,192,142,192,142,192,141,192,141,192,140,192,140,192,139,192, + 138,192,138,192,137,192,137,192,136,192,136,192,135,192,135,192,135,192,134,192,134,192,133,192, + 133,192,132,192,132,192,132,192,131,192,131,192,130,192,130,192,130,192,226,192,216,192,228,192, + 244,192,245,192,229,192,210,192,192,192,178,192,173,192,170,192,168,192,166,192,164,192,163,192, + 161,192,160,192,158,192,157,192,156,192,155,192,154,192,153,192,152,192,151,192,150,192,149,192, + 148,192,147,192,147,192,146,192,145,192,144,192,144,192,143,192,142,192,142,192,141,192,141,192, + 140,192,139,192,139,192,138,192,138,192,137,192,137,192,136,192,136,192,135,192,135,192,134,192, + 134,192,133,192,133,192,133,192,132,192,132,192,131,192,131,192,131,192,130,192,130,192,129,192, + 129,192,228,192,221,192,229,192,243,192,246,192,230,192,204,192,184,192,175,192,172,192,169,192, + 167,192,165,192,164,192,162,192,161,192,159,192,158,192,157,192,155,192,154,192,153,192,152,192, + 151,192,150,192,149,192,148,192,148,192,147,192,146,192,145,192,145,192,144,192,143,192,142,192, + 142,192,141,192,141,192,140,192,139,192,139,192,138,192,138,192,137,192,137,192,136,192,136,192, + 135,192,135,192,134,192,134,192,133,192,133,192,132,192,132,192,132,192,131,192,131,192,130,192, + 130,192,130,192,129,192,129,192,128,192, +}; +/* WAVE BRASS · BITTAL · BUBBA · #BB98 · 1114 B */ +static const uint8_t s41[1114] = { + 66,78,83,49,5,1,0,2,152,187,90,4,87,65,86,69,32,66,82,65,83,83,0,0, + 66,85,66,66,65,0,0,0,0,0,0,0,0,0,0,0,110,64,64,10,1,10,0,0, + 64,64,0,0,20,0,0,100,15,0,80,64,20,47,80,120,76,60,83,40,76,1,60,2, + 0,1,110,5,120,8,120,12,120,0,0,50,90,0,0,0,8,64,255,192,251,192,246,192, + 235,192,218,192,201,192,158,192,154,192,151,192,149,192,146,192,144,192,143,192,141,192,139,192, + 138,192,136,192,135,192,134,192,133,192,131,192,130,192,129,192,128,192,127,192,126,192,126,192, + 125,192,124,192,123,192,122,192,122,192,121,192,120,192,120,192,119,192,118,192,118,192,117,192, + 116,192,116,192,115,192,115,192,114,192,114,192,113,192,113,192,112,192,112,192,111,192,111,192, + 110,192,110,192,110,192,109,192,109,192,108,192,108,192,107,192,107,192,107,192,106,192,106,192, + 106,192,246,192,241,192,242,192,241,192,236,192,225,192,211,192,198,192,188,192,183,192,181,192, + 179,192,145,192,143,192,142,192,140,192,139,192,137,192,136,192,135,192,134,192,133,192,132,192, + 131,192,130,192,129,192,128,192,127,192,126,192,126,192,125,192,124,192,123,192,123,192,122,192, + 121,192,121,192,120,192,119,192,119,192,118,192,118,192,117,192,117,192,116,192,116,192,115,192, + 115,192,114,192,114,192,113,192,113,192,112,192,112,192,111,192,111,192,111,192,110,192,110,192, + 109,192,109,192,109,192,108,192,108,192,242,192,232,192,232,192,235,192,236,192,234,192,228,192, + 219,192,207,192,195,192,187,192,182,192,179,192,177,192,176,192,174,192,173,192,172,192,138,192, + 137,192,136,192,135,192,134,192,133,192,132,192,131,192,130,192,129,192,128,192,128,192,127,192, + 126,192,125,192,125,192,124,192,123,192,123,192,122,192,122,192,121,192,120,192,120,192,119,192, + 119,192,118,192,118,192,117,192,117,192,116,192,116,192,115,192,115,192,114,192,114,192,114,192, + 113,192,113,192,112,192,112,192,112,192,111,192,111,192,110,192,110,192,242,192,228,192,225,192, + 226,192,230,192,232,192,232,192,229,192,222,192,213,192,203,192,192,192,185,192,180,192,178,192, + 176,192,175,192,173,192,172,192,171,192,170,192,169,192,167,192,166,192,134,192,133,192,132,192, + 131,192,130,192,129,192,129,192,128,192,127,192,126,192,126,192,125,192,124,192,124,192,123,192, + 123,192,122,192,122,192,121,192,120,192,120,192,119,192,119,192,118,192,118,192,118,192,117,192, + 117,192,116,192,116,192,115,192,115,192,114,192,114,192,114,192,113,192,113,192,113,192,112,192, + 112,192,242,192,227,192,220,192,219,192,221,192,224,192,228,192,229,192,228,192,224,192,217,192, + 209,192,199,192,190,192,183,192,179,192,176,192,175,192,173,192,172,192,171,192,170,192,169,192, + 168,192,167,192,166,192,165,192,164,192,163,192,163,192,130,192,130,192,129,192,128,192,128,192, + 127,192,126,192,125,192,124,192,124,192,123,192,123,192,122,192,122,192,121,192,121,192,120,192, + 120,192,119,192,119,192,118,192,118,192,117,192,117,192,117,192,116,192,116,192,115,192,115,192, + 114,192,114,192,114,192,113,192,113,192,243,192,227,192,219,192,215,192,214,192,217,192,220,192, + 224,192,226,192,226,192,224,192,219,192,213,192,204,192,195,192,187,192,181,192,177,192,175,192, + 173,192,172,192,171,192,170,192,169,192,168,192,167,192,166,192,165,192,165,192,164,192,163,192, + 162,192,162,192,161,192,160,192,160,192,127,192,126,192,126,192,125,192,124,192,124,192,123,192, + 123,192,122,192,122,192,121,192,121,192,120,192,120,192,119,192,119,192,119,192,118,192,118,192, + 117,192,117,192,116,192,116,192,116,192,115,192,115,192,115,192,114,192,244,192,228,192,219,192, + 213,192,210,192,210,192,213,192,216,192,220,192,223,192,224,192,223,192,221,192,215,192,209,192, + 201,192,192,192,185,192,180,192,176,192,174,192,172,192,171,192,170,192,169,192,168,192,167,192, + 167,192,166,192,165,192,164,192,164,192,163,192,162,192,161,192,161,192,160,192,160,192,159,192, + 158,192,158,192,157,192,125,192,125,192,124,192,124,192,123,192,123,192,122,192,121,192,121,192, + 120,192,120,192,119,192,119,192,118,192,118,192,118,192,117,192,117,192,116,192,116,192,116,192, + 115,192,245,192,229,192,219,192,213,192,209,192,207,192,207,192,209,192,213,192,217,192,220,192, + 222,192,222,192,221,192,217,192,212,192,205,192,197,192,189,192,183,192,178,192,175,192,173,192, + 171,192,170,192,169,192,168,192,167,192,167,192,166,192,165,192,164,192,164,192,163,192,162,192, + 162,192,161,192,160,192,160,192,159,192,159,192,158,192,158,192,157,192,156,192,156,192,155,192, + 155,192,122,192,122,192,121,192,121,192,121,192,120,192,120,192,119,192,119,192,118,192,118,192, + 118,192,117,192,117,192,117,192,116,192, +}; +/* WAVE STRINGS · BITTAL · BUBBA · #6098 · 1114 B */ +static const uint8_t s42[1114] = { + 66,78,83,49,5,1,0,2,152,96,90,4,87,65,86,69,32,83,84,82,73,78,71,83, + 66,85,66,66,65,0,0,0,0,0,0,0,0,0,0,0,105,64,64,0,1,20,0,0, + 64,64,0,0,20,0,0,104,5,0,64,64,20,83,90,120,94,0,0,127,0,1,47,2, + 60,1,110,5,120,8,120,12,120,0,0,30,0,0,0,0,8,64,255,192,0,126,230,192, + 0,144,218,192,0,27,210,192,0,8,204,192,0,22,199,192,0,1,196,192,0,130,192,192, + 0,209,189,192,0,4,187,192,0,235,184,192,0,33,182,192,0,5,180,192,0,246,179,192, + 0,26,177,192,0,64,175,192,0,121,174,192,0,255,173,192,0,139,171,192,0,255,170,192, + 0,238,169,192,0,116,168,192,0,0,167,192,0,249,166,192,0,64,165,192,0,246,164,192, + 0,216,163,192,0,10,162,192,0,28,161,192,0,7,161,192,0,192,160,192,0,136,159,192, + 0,0,249,192,211,192,220,192,209,192,198,192,206,192,164,192,201,192,166,192,193,192,182,192, + 182,192,187,192,162,192,187,192,125,192,183,192,164,192,176,192,174,192,162,192,177,192,124,192, + 175,192,148,192,170,192,164,192,160,192,169,192,138,192,170,192,125,192,167,192,153,192,160,192, + 161,192,145,192,164,192,81,192,163,192,142,192,158,192,155,192,147,192,160,192,120,192,160,192, + 125,192,157,192,146,192,149,192,154,192,133,192,157,192,97,192,155,192,138,192,150,192,149,192, + 137,192,153,192,100,192,153,192,125,192,247,192,226,192,200,192,217,192,192,192,198,192,203,192, + 142,192,196,192,190,192,165,192,192,192,174,192,177,192,186,192,141,192,180,192,178,192,145,192, + 180,192,165,192,164,192,176,192,141,192,170,192,170,192,128,192,171,192,160,192,154,192,170,192, + 141,192,162,192,165,192,104,192,165,192,157,192,145,192,164,192,141,192,156,192,161,192,65,192, + 160,192,154,192,136,192,160,192,141,192,149,192,158,192,103,192,155,192,152,192,127,192,156,192, + 140,192,144,192,155,192,113,192,151,192,150,192,117,192,153,192,140,192,245,192,232,192,191,192, + 208,192,212,192,190,192,187,192,201,192,189,192,164,192,192,192,187,192,95,192,184,192,185,192, + 151,192,175,192,182,192,163,192,163,192,179,192,168,192,146,192,174,192,170,192,94,192,169,192, + 170,192,136,192,162,192,170,192,150,192,152,192,168,192,157,192,137,192,165,192,160,192,93,192, + 160,192,161,192,126,192,154,192,161,192,142,192,145,192,160,192,149,192,130,192,158,192,153,192, + 91,192,154,192,155,192,119,192,148,192,155,192,135,192,140,192,155,192,143,192,126,192,152,192, + 148,192,241,192,233,192,217,192,159,192,202,192,208,192,199,192,158,192,186,192,196,192,190,192, + 157,192,175,192,187,192,184,192,157,192,165,192,181,192,179,192,157,192,157,192,176,192,175,192, + 157,192,148,192,171,192,172,192,156,192,138,192,167,192,169,192,156,192,126,192,163,192,167,192, + 156,192,111,192,159,192,164,192,155,192,72,192,155,192,162,192,155,192,98,192,151,192,160,192, + 154,192,114,192,146,192,158,192,154,192,122,192,142,192,156,192,153,192,127,192,138,192,154,192, + 152,192,130,192,132,192,152,192,152,192,235,192,231,192,224,192,211,192,185,192,176,192,197,192, + 201,192,197,192,184,192,131,192,175,192,187,192,188,192,182,192,162,192,145,192,174,192,180,192, + 179,192,168,192,130,192,157,192,172,192,175,192,170,192,153,192,124,192,161,192,169,192,169,192, + 160,192,130,192,145,192,162,192,166,192,163,192,148,192,102,192,152,192,162,192,162,192,155,192, + 130,192,134,192,155,192,160,192,157,192,145,192,18,192,144,192,156,192,157,192,151,192,130,192, + 124,192,148,192,155,192,153,192,142,192,91,192,137,192,150,192,153,192,225,192,224,192,221,192, + 217,192,211,192,203,192,191,192,168,192,154,192,179,192,188,192,190,192,190,192,186,192,179,192, + 166,192,128,192,152,192,169,192,176,192,178,192,177,192,173,192,165,192,148,192,109,192,152,192, + 164,192,169,192,171,192,169,192,164,192,153,192,128,192,129,192,151,192,160,192,164,192,164,192, + 161,192,155,192,141,192,91,192,136,192,151,192,158,192,160,192,159,192,155,192,147,192,128,192, + 106,192,139,192,150,192,155,192,156,192,154,192,149,192,137,192,107,192,121,192,141,192,149,192, + 152,192,207,192,207,192,207,192,206,192,205,192,204,192,202,192,200,192,198,192,196,192,193,192, + 190,192,186,192,182,192,176,192,169,192,160,192,145,192,105,192,132,192,150,192,159,192,164,192, + 168,192,170,192,171,192,172,192,172,192,171,192,170,192,168,192,166,192,163,192,158,192,153,192, + 145,192,132,192,105,192,108,192,132,192,142,192,149,192,153,192,156,192,158,192,159,192,160,192, + 160,192,159,192,158,192,156,192,153,192,149,192,144,192,137,192,126,192,105,192,86,192,119,192, + 131,192,139,192,144,192,147,192,150,192, +}; +/* CLICK BASS · BITTAL · BUBBA · #A1A2 · 1114 B */ +static const uint8_t s43[1114] = { + 66,78,83,49,5,1,0,2,162,161,90,4,67,76,73,67,75,32,66,65,83,83,0,0, + 66,85,66,66,65,0,0,0,0,0,0,0,0,0,0,0,115,64,64,0,0,20,0,0, + 64,64,0,0,20,0,0,72,25,0,90,64,20,0,88,50,64,0,69,0,64,1,60,2, + 0,1,110,5,120,8,120,12,120,1,0,50,70,0,0,0,8,64,255,192,218,192,189,192, + 181,192,176,192,172,192,168,192,165,192,163,192,160,192,158,192,156,192,154,192,152,192,151,192, + 149,192,148,192,147,192,145,192,144,192,143,192,142,192,141,192,140,192,139,192,138,192,137,192, + 136,192,136,192,135,192,134,192,133,192,133,192,132,192,131,192,130,192,130,192,129,192,129,192, + 128,192,127,192,127,192,126,192,126,192,125,192,125,192,124,192,124,192,123,192,123,192,122,192, + 122,192,122,192,121,192,121,192,120,192,120,192,119,192,119,192,119,192,118,192,118,192,118,192, + 117,192,239,192,243,192,213,192,187,192,181,192,176,192,173,192,170,192,167,192,165,192,162,192, + 160,192,158,192,157,192,155,192,154,192,152,192,151,192,150,192,148,192,147,192,146,192,145,192, + 144,192,143,192,142,192,142,192,141,192,140,192,139,192,138,192,138,192,137,192,136,192,136,192, + 135,192,134,192,134,192,133,192,132,192,132,192,131,192,131,192,130,192,130,192,129,192,129,192, + 128,192,128,192,127,192,127,192,126,192,126,192,125,192,125,192,125,192,124,192,124,192,123,192, + 123,192,123,192,122,192,122,192,122,192,224,192,228,192,240,192,212,192,187,192,182,192,179,192, + 176,192,173,192,170,192,168,192,166,192,164,192,163,192,161,192,159,192,158,192,157,192,155,192, + 154,192,153,192,152,192,151,192,150,192,149,192,148,192,147,192,146,192,146,192,145,192,144,192, + 143,192,143,192,142,192,141,192,141,192,140,192,139,192,139,192,138,192,138,192,137,192,137,192, + 136,192,136,192,135,192,135,192,134,192,134,192,133,192,133,192,132,192,132,192,131,192,131,192, + 130,192,130,192,130,192,129,192,129,192,128,192,128,192,128,192,127,192,227,192,212,192,223,192, + 237,192,210,192,187,192,182,192,179,192,176,192,174,192,172,192,170,192,168,192,166,192,165,192, + 163,192,162,192,160,192,159,192,158,192,157,192,156,192,155,192,154,192,153,192,152,192,151,192, + 150,192,149,192,148,192,148,192,147,192,146,192,146,192,145,192,144,192,144,192,143,192,142,192, + 142,192,141,192,141,192,140,192,140,192,139,192,139,192,138,192,138,192,137,192,137,192,136,192, + 136,192,135,192,135,192,134,192,134,192,134,192,133,192,133,192,132,192,132,192,132,192,131,192, + 131,192,230,192,214,192,205,192,218,192,234,192,209,192,186,192,182,192,179,192,177,192,174,192, + 172,192,171,192,169,192,167,192,166,192,164,192,163,192,162,192,161,192,159,192,158,192,157,192, + 156,192,155,192,154,192,154,192,153,192,152,192,151,192,150,192,150,192,149,192,148,192,148,192, + 147,192,146,192,146,192,145,192,144,192,144,192,143,192,143,192,142,192,142,192,141,192,141,192, + 140,192,140,192,139,192,139,192,138,192,138,192,138,192,137,192,137,192,136,192,136,192,135,192, + 135,192,135,192,134,192,134,192,134,192,231,192,215,192,206,192,200,192,215,192,231,192,207,192, + 184,192,181,192,178,192,176,192,174,192,172,192,170,192,169,192,167,192,166,192,164,192,163,192, + 162,192,161,192,160,192,159,192,158,192,157,192,156,192,155,192,154,192,153,192,153,192,152,192, + 151,192,150,192,150,192,149,192,148,192,148,192,147,192,147,192,146,192,145,192,145,192,144,192, + 144,192,143,192,143,192,142,192,142,192,141,192,141,192,140,192,140,192,139,192,139,192,139,192, + 138,192,138,192,137,192,137,192,137,192,136,192,136,192,135,192,135,192,233,192,217,192,208,192, + 201,192,197,192,212,192,229,192,206,192,183,192,180,192,177,192,175,192,174,192,172,192,170,192, + 169,192,167,192,166,192,165,192,164,192,163,192,161,192,160,192,159,192,158,192,158,192,157,192, + 156,192,155,192,154,192,153,192,153,192,152,192,151,192,151,192,150,192,149,192,149,192,148,192, + 148,192,147,192,146,192,146,192,145,192,145,192,144,192,144,192,143,192,143,192,142,192,142,192, + 142,192,141,192,141,192,140,192,140,192,139,192,139,192,139,192,138,192,138,192,137,192,137,192, + 137,192,234,192,218,192,209,192,202,192,197,192,193,192,210,192,227,192,204,192,182,192,179,192, + 177,192,175,192,173,192,171,192,170,192,168,192,167,192,166,192,165,192,164,192,162,192,161,192, + 160,192,160,192,159,192,158,192,157,192,156,192,155,192,155,192,154,192,153,192,152,192,152,192, + 151,192,150,192,150,192,149,192,149,192,148,192,148,192,147,192,146,192,146,192,145,192,145,192, + 144,192,144,192,143,192,143,192,143,192,142,192,142,192,141,192,141,192,140,192,140,192,140,192, + 139,192,139,192,138,192,138,192,138,192, +}; +/* POLY BRASS · BUNO-6 · BUBBA · #61C1 · 88 B */ +static const uint8_t s44[88] = { + 66,78,83,49,6,0,0,2,193,97,88,0,80,79,76,89,32,66,82,65,83,83,0,0, + 66,85,66,66,65,0,0,0,0,0,0,0,36,13,58,0,1,0,1,0,0,1,0,0, + 0,102,86,0,8,54,44,37,0,50,88,1,0,0,0,0,0,0,0,0,0,0,0,0, + 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, +}; +/* SAW STRINGS · BUNO-6 · BUBBA · #5966 · 88 B */ +static const uint8_t s45[88] = { + 66,78,83,49,6,0,0,2,102,89,88,0,83,65,87,32,83,84,82,73,78,71,83,0, + 66,85,66,66,65,0,0,0,0,0,0,0,88,0,0,0,1,0,1,0,0,1,0,0, + 0,0,127,0,67,6,127,86,0,74,0,1,0,0,0,0,0,0,0,0,0,0,0,0, + 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, +}; +/* SOFT PAD · BUNO-6 · BUBBA · #A7C4 · 88 B */ +static const uint8_t s46[88] = { + 66,78,83,49,6,0,0,2,196,167,88,0,83,79,70,84,32,80,65,68,0,0,0,0, + 66,85,66,66,65,0,0,0,0,0,0,0,64,13,13,25,1,1,1,38,0,0,0,0, + 0,64,64,0,68,68,102,80,0,88,88,1,0,0,0,0,0,0,0,0,0,0,0,0, + 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, +}; +/* PWM STRINGS · BUNO-6 · BUBBA · #6EDF · 88 B */ +static const uint8_t s47[88] = { + 66,78,83,49,6,0,0,2,223,110,88,0,80,87,77,32,83,84,82,73,78,71,83,0, + 66,85,66,66,65,0,0,0,0,0,0,0,66,0,0,0,1,1,1,127,0,0,0,0, + 0,97,127,0,55,6,127,100,0,54,101,2,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, }; -/* STRINGS 6 · BUNO-6 · BUBBA · #3318 · 88 B */ -static const uint8_t s26[88] = { - 66,78,83,49,6,0,0,2,24,51,88,0,83,84,82,73,78,71,83,32,54,0,0,0, - 66,85,66,66,65,0,0,0,0,0,0,0,90,10,10,0,1,0,1,0,0,0,0,2, - 0,0,60,20,80,90,110,85,0,50,0,2,0,0,0,0,0,0,0,0,0,0,0,0, +/* MOVING STRS · BUNO-6 · BUBBA · #6643 · 88 B */ +static const uint8_t s48[88] = { + 66,78,83,49,6,0,0,2,67,102,88,0,77,79,86,73,78,71,32,83,84,82,83,0, + 66,85,66,66,65,0,0,0,0,0,0,0,77,20,4,0,1,1,1,14,0,0,0,0, + 0,39,110,0,16,91,88,40,0,79,0,2,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, }; -/* WARM PAD · BUNO-6 · BUBBA · #2A92 · 88 B */ -static const uint8_t s27[88] = { - 66,78,83,49,6,0,0,2,146,42,88,0,87,65,82,77,32,80,65,68,0,0,0,0, - 66,85,66,66,65,0,0,0,0,0,0,0,70,25,30,0,1,1,1,30,0,0,0,1, - 0,70,60,20,85,95,100,95,0,45,0,1,0,0,0,0,0,0,0,0,0,0,0,0, +/* VOX CHOIR · BUNO-6 · BUBBA · #200A · 88 B */ +static const uint8_t s49[88] = { + 66,78,83,49,6,0,0,2,10,32,88,0,86,79,88,32,67,72,79,73,82,0,0,0, + 66,85,66,66,65,0,0,0,0,0,0,0,58,94,3,0,0,1,1,0,0,1,13,2, + 0,25,62,0,62,17,127,53,0,76,70,1,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, }; -/* PWM PAD · BUNO-6 · BUBBA · #2E52 · 88 B */ -static const uint8_t s28[88] = { - 66,78,83,49,6,0,0,2,82,46,88,0,80,87,77,32,80,65,68,0,0,0,0,0, - 66,85,66,66,65,0,0,0,0,0,0,0,85,15,15,0,0,1,1,25,0,0,0,1, - 0,90,60,20,70,90,110,90,0,55,0,2,0,0,0,0,0,0,0,0,0,0,0,0, +/* DEEP CHORDS · BUNO-6 · BUBBA · #BAA4 · 88 B */ +static const uint8_t s50[88] = { + 66,78,83,49,6,0,0,2,164,186,88,0,68,69,69,80,32,67,72,79,82,68,83,0, + 66,85,66,66,65,0,0,0,0,0,0,0,57,25,25,0,0,1,1,38,0,1,0,0, + 0,38,64,0,27,80,76,68,0,62,0,2,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, }; -/* SUB BASS 6 · BUNO-6 · BUBBA · #36AE · 88 B */ -static const uint8_t s29[88] = { - 66,78,83,49,6,0,0,2,174,54,88,0,83,85,66,32,66,65,83,83,32,54,0,0, - 66,85,66,66,65,0,0,0,0,0,0,0,40,30,60,0,1,0,0,110,0,0,0,0, - 0,0,40,20,0,60,70,30,0,60,0,0,0,0,0,0,0,0,0,0,0,0,0,0, +/* PHASE BRASS · BUNO-6 · BUBBA · #9232 · 88 B */ +static const uint8_t s51[88] = { + 66,78,83,49,6,0,0,2,50,146,88,0,80,72,65,83,69,32,66,82,65,83,83,0, + 66,85,66,66,65,0,0,0,0,0,0,0,33,4,70,0,1,1,1,127,0,2,0,0, + 0,127,127,0,46,86,53,73,1,75,0,1,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, }; -/* PLUCK 6 · BUNO-6 · BUBBA · #BF25 · 88 B */ -static const uint8_t s30[88] = { - 66,78,83,49,6,0,0,2,37,191,88,0,80,76,85,67,75,32,54,0,0,0,0,0, - 66,85,66,66,65,0,0,0,0,0,0,0,45,35,90,0,1,1,1,30,0,1,0,1, - 0,30,60,20,0,62,0,55,0,60,0,1,0,0,0,0,0,0,0,0,0,0,0,0, +/* PULSE ORGAN · BUNO-6 · BUBBA · #A255 · 88 B */ +static const uint8_t s52[88] = { + 66,78,83,49,6,0,0,2,85,162,88,0,80,85,76,83,69,32,79,82,71,65,78,0, + 66,85,66,66,65,0,0,0,0,0,0,0,43,76,14,1,0,1,0,23,0,0,0,0, + 0,53,127,0,6,16,83,6,1,73,72,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, }; -/* ORGAN 6 · BUNO-6 · BUBBA · #46DB · 88 B */ -static const uint8_t s31[88] = { - 66,78,83,49,6,0,0,2,219,70,88,0,79,82,71,65,78,32,54,0,0,0,0,0, - 66,85,66,66,65,0,0,0,0,0,0,0,110,0,0,0,0,1,1,90,0,1,0,1, - 0,0,60,20,0,60,127,20,1,60,0,3,0,0,0,0,0,0,0,0,0,0,0,0, +/* FUNKY PLUCK · BUNO-6 · BUBBA · #A59F · 88 B */ +static const uint8_t s53[88] = { + 66,78,83,49,6,0,0,2,159,165,88,0,70,85,78,75,89,32,80,76,85,67,75,0, + 66,85,66,66,65,0,0,0,0,0,0,0,30,23,51,0,1,1,0,64,0,1,0,0, + 0,72,41,0,6,35,36,8,1,39,0,1,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, }; -/* SOFT LEAD · BUNO-6 · BUBBA · #0740 · 88 B */ -static const uint8_t s32[88] = { - 66,78,83,49,6,0,0,2,64,7,88,0,83,79,70,84,32,76,69,65,68,0,0,0, - 66,85,66,66,65,0,0,0,0,0,0,0,80,30,25,0,1,0,1,40,0,0,20,1, - 0,0,60,20,10,70,100,40,0,70,80,1,0,0,0,0,0,0,0,0,0,0,0,0, +/* POP RIFF · BUNO-6 · BUBBA · #E7E6 · 88 B */ +static const uint8_t s54[88] = { + 66,78,83,49,6,0,0,2,230,231,88,0,80,79,80,32,82,73,70,70,0,0,0,0, + 66,85,66,66,65,0,0,0,0,0,0,0,83,19,38,0,1,1,1,0,0,1,0,0, + 0,25,64,0,6,49,38,37,0,79,0,1,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, }; -/* SQUARE LEAD · BUNO-6 · BUBBA · #2581 · 88 B */ -static const uint8_t s33[88] = { - 66,78,83,49,6,0,0,2,129,37,88,0,83,81,85,65,82,69,32,76,69,65,68,0, - 66,85,66,66,65,0,0,0,0,0,0,0,95,20,20,0,0,1,1,20,0,1,15,1, - 0,40,60,20,5,70,110,40,0,72,70,0,0,0,0,0,0,0,0,0,0,0,0,0, +/* DELAY LEAD · BUNO-6 · BUBBA · #E137 · 88 B */ +static const uint8_t s55[88] = { + 66,78,83,49,6,0,0,2,55,225,88,0,68,69,76,65,89,32,76,69,65,68,0,0, + 66,85,66,66,65,0,0,0,0,0,0,0,39,97,36,0,0,1,1,0,0,1,18,0, + 0,0,52,0,6,49,72,6,1,85,96,0,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, }; -/* STAB 6 · BUNO-6 · BUBBA · #56B0 · 88 B */ -static const uint8_t s34[88] = { - 66,78,83,49,6,0,0,2,176,86,88,0,83,84,65,66,32,54,0,0,0,0,0,0, - 66,85,66,66,65,0,0,0,0,0,0,0,60,25,75,0,1,0,1,30,0,0,0,1, - 0,0,60,20,0,60,20,45,0,60,0,2,0,0,0,0,0,0,0,0,0,0,0,0, +/* PULSE BASS · BUNO-6 · BUBBA · #042D · 88 B */ +static const uint8_t s56[88] = { + 66,78,83,49,6,0,0,2,45,4,88,0,80,85,76,83,69,32,66,65,83,83,0,0, + 66,85,66,66,65,0,0,0,0,0,0,0,32,0,66,0,0,1,0,102,50,1,1,0, + 0,57,36,0,6,39,0,40,0,76,73,0,0,0,0,0,0,0,0,0,0,0,0,0, + 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, +}; +/* ROUND BASS · BUNO-6 · BUBBA · #C220 · 88 B */ +static const uint8_t s57[88] = { + 66,78,83,49,6,0,0,2,32,194,88,0,82,79,85,78,68,32,66,65,83,83,0,0, + 66,85,66,66,65,0,0,0,0,0,0,0,38,27,39,0,1,1,0,37,0,1,0,0, + 0,64,0,0,8,81,3,61,1,59,98,1,0,0,0,0,0,0,0,0,0,0,0,0, + 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, +}; +/* DARK RAVE · BUNO-6 · BUBBA · #EEAD · 88 B */ +static const uint8_t s58[88] = { + 66,78,83,49,6,0,0,2,173,238,88,0,68,65,82,75,32,82,65,86,69,0,0,0, + 66,85,66,66,65,0,0,0,0,0,0,0,76,25,38,0,1,1,1,76,0,0,13,0, + 0,114,64,0,21,68,102,61,0,96,0,2,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, }; /* NOISE SWEEP · BUNO-6 · BUBBA · #936D · 88 B */ -static const uint8_t s35[88] = { +static const uint8_t s59[88] = { 66,78,83,49,6,0,0,2,109,147,88,0,78,79,73,83,69,32,83,87,69,69,80,0, 66,85,66,66,65,0,0,0,0,0,0,0,40,80,90,60,0,0,1,0,110,0,0,1, 0,0,60,20,90,100,40,95,0,30,0,1,0,0,0,0,0,0,0,0,0,0,0,0, 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, }; -/* BELL PAD 6 · BUNO-6 · BUBBA · #D0EF · 88 B */ -static const uint8_t s36[88] = { - 66,78,83,49,6,0,0,2,239,208,88,0,66,69,76,76,32,80,65,68,32,54,0,0, - 66,85,66,66,65,0,0,0,0,0,0,0,100,50,40,0,0,1,1,0,0,2,0,2, - 0,80,60,20,0,85,50,90,0,60,0,2,0,0,0,0,0,0,0,0,0,0,0,0, - 0,0,0,0,0,0,0,0,0,0,0,0,0,0,0,0, -}; const bm_snap_ref bm_snap_rom[] = { {s0, 88}, @@ -2859,36 +3263,59 @@ const bm_snap_ref bm_snap_rom[] = { {s3, 88}, {s4, 88}, {s5, 88}, - {s6, 602}, - {s7, 4700}, - {s8, 4186}, - {s9, 4700}, - {s10, 1116}, - {s11, 8284}, - {s12, 602}, - {s13, 602}, - {s14, 1116}, - {s15, 4700}, - {s16, 4700}, - {s17, 1116}, + {s6, 88}, + {s7, 88}, + {s8, 88}, + {s9, 88}, + {s10, 88}, + {s11, 88}, + {s12, 88}, + {s13, 88}, + {s14, 88}, + {s15, 88}, + {s16, 88}, + {s17, 88}, {s18, 602}, - {s19, 1116}, - {s20, 4700}, - {s21, 8284}, - {s22, 4186}, - {s23, 4186}, - {s24, 4186}, - {s25, 88}, - {s26, 88}, - {s27, 88}, - {s28, 88}, - {s29, 88}, - {s30, 88}, - {s31, 88}, - {s32, 88}, - {s33, 88}, - {s34, 88}, - {s35, 88}, - {s36, 88} + {s19, 4700}, + {s20, 4186}, + {s21, 4700}, + {s22, 1116}, + {s23, 8284}, + {s24, 602}, + {s25, 602}, + {s26, 1116}, + {s27, 4700}, + {s28, 4700}, + {s29, 1116}, + {s30, 602}, + {s31, 1116}, + {s32, 4700}, + {s33, 8284}, + {s34, 4186}, + {s35, 4186}, + {s36, 4186}, + {s37, 1114}, + {s38, 586}, + {s39, 250}, + {s40, 1114}, + {s41, 1114}, + {s42, 1114}, + {s43, 1114}, + {s44, 88}, + {s45, 88}, + {s46, 88}, + {s47, 88}, + {s48, 88}, + {s49, 88}, + {s50, 88}, + {s51, 88}, + {s52, 88}, + {s53, 88}, + {s54, 88}, + {s55, 88}, + {s56, 88}, + {s57, 88}, + {s58, 88}, + {s59, 88} }; -const int bm_snap_rom_n = 37; +const int bm_snap_rom_n = 60; diff --git a/hal/fm1/sdk/Makefile b/hal/fm1/sdk/Makefile index 7c79af4..6b4eaf4 100644 --- a/hal/fm1/sdk/Makefile +++ b/hal/fm1/sdk/Makefile @@ -122,7 +122,7 @@ SDK_OBJS := $(addprefix $(OUT)/sdk/,$(SDK_C:.c=.o) $(SDK_S:.S=.o)) # C++ (motores de terceros): sin excepciones, RTTI ni biblioteca de C++ (hal/fm1/compat). ifeq ($(APP),bubba) MSFA := dx7note env exp2 fm_core fm_op_kernel freqlut lfo pitchenv porta sin EngineMsfa -OWN_CXX := core/bm_fm.cpp core/bm_drums.cpp core/bm_wave.cpp $(addprefix third_party/msfa/,$(addsuffix .cpp,$(MSFA))) +OWN_CXX := core/bm_fm.cpp core/bm_drums.cpp core/bm_wave.cpp core/bm_acid.cpp $(addprefix third_party/msfa/,$(addsuffix .cpp,$(MSFA))) # Plaits y stmlib (Mutable Instruments, MIT): batería modelada y el núcleo WAVE OWN_CC := third_party/plaits/resources.cc third_party/stmlib/dsp/units.cc third_party/stmlib/utils/random.cc endif diff --git a/tests/test_longrun.c b/tests/test_longrun.c index 1f76c52..e0e95f4 100644 --- a/tests/test_longrun.c +++ b/tests/test_longrun.c @@ -7,7 +7,8 @@ * held, REC on and off), dense (all six machines, many notes, accents, long notes, ROLL, pads * held, FX sends, knobs moving, a load drop at minutes 11-12), wrap (dense with the 32-bit * counters started near their end), tails (every sound: time until its voices free), chorus - * (BUNO-6 chorus noise over time), dual (TWO CORES against one), all (default: everything) + * (BUNO-6 chorus noise over time), dual (TWO CORES against one), bench (each machine alone, + * every sound: its cost), all (default: everything) * py -3 tools/build.py longrun [minutes] [scenario] [asan] * * Every 64-frame block it checks the output, each channel's buffer, the float state of the mix @@ -27,6 +28,7 @@ #include "../core/bm_util.h" #include "../core/bm_wave.h" #include "../core/bm_params.h" +#include "../core/bm_drums.h" static bm_sim sim; static bm_app app; @@ -494,6 +496,7 @@ static void chorus(int minutes) printf("\n== chorus: one BUNO-6 note held through CHORUS I for %d minutes\n", minutes); boot_with_take(); for (int t = 0; t < 5; t++) app.pat.trk[t].mute = 1; + bm_prm_defaults(&app.pat, 5); /* a fixed sound, not whatever factory sound 2 is */ app.pat.trk[5].macro[0] = 50; app.pat.trk[5].macro[1] = 0; app.pat.prm[5][BN_CHORUS] = BN_CH_I; app.pat.prm[5][BN_S] = 127; app.pat.prm[5][BN_VCA] = 1; app.pat.trk[5].rsend = 0; app.pat.trk[5].send = 0; app.pat.meta.rv_mix = 0; @@ -577,6 +580,109 @@ static void play(void) cmd(CMD_PLAY, 1, 0, 0, 0); } +/* ------------------------------------------------------------ bench: the cost of each machine alone + * Sequencer stopped, the brake off, every other channel silent. Each machine plays every one of its + * sounds for a few seconds the same way (BR-8: a hit on 1-3 lanes every 16th; BB-303 and B-MINI: a + * 16th-note line with accents; BX-7, BITTAL and BUNO-6: chords that change every half second, as many + * notes as the machine has voices). Reported: PC time per 256 frames for the whole render, minus the + * render with nothing sounding, and the voices that sounded on average. */ +static double bench_render(int frames256, int (*step)(int k, int t), int t, double *voices) +{ + static int32_t out[BM_BLOCK * 2]; + double ns = 0, vs = 0; + int k = 0; + for (int r = 0; r < frames256; r++) { + if (step && (r % 22) == 0) k = step(k, t); /* every 22 renders ~ a 16th at 120 BPM */ + double t0 = now_ns(); + for (int b = 0; b < 4; b++) bm_app_audio(&app, out, BM_BLOCK); + ns += now_ns() - t0; + if (voices) vs += track_voices(t); + } + if (voices) *voices = vs / frames256; + return ns / frames256; +} + +static int step_drums(int k, int t) +{ + static const uint8_t L[6] = {0, 2, 4, 1, 6, 5}; + cmd(CMD_NOTE_ON, (uint8_t)t, L[k % 6], k % 4 == 0 ? 127 : 100, 0); + if (k % 2) cmd(CMD_NOTE_ON, (uint8_t)t, L[(k + 3) % 6], 100, 0); + if (k % 4 == 3) cmd(CMD_NOTE_ON, (uint8_t)t, 8 + k % 8, 100, 0); + return k + 1; +} + +static int step_one(int k, int t) +{ + cmd(CMD_NOTE_ON, (uint8_t)t, 0, k % 4 == 0 ? 127 : 100, 0); + return k + 1; +} + +static int step_mono(int k, int t) +{ + static const uint8_t N[8] = {36, 36, 48, 39, 41, 36, 43, 46}; + if (k) cmd(CMD_NOTE_OFF, (uint8_t)t, N[(k - 1) % 8], 0, 0); + cmd(CMD_NOTE_ON, (uint8_t)t, N[k % 8], k % 4 == 0 ? 127 : 100, 0); + return k + 1; +} + +static int bench_poly_n = 4; +static int step_poly(int k, int t) +{ + static const uint8_t C[4][6] = {{48, 52, 55, 59, 62, 64}, {45, 48, 52, 55, 57, 60}, {41, 45, 48, 52, 55, 57}, {43, 47, 50, 53, 55, 59}}; + if (k % 8) return k + 1; /* a chord every half second */ + int c = (k / 8) % 4, p = (c + 3) % 4; + for (int i = 0; i < 6; i++) cmd(CMD_NOTE_OFF, (uint8_t)t, C[p][i], 0, 0); + for (int i = 0; i < bench_poly_n; i++) cmd(CMD_NOTE_ON, (uint8_t)t, C[c][i], 100, 0); + return k + 1; +} + +static void bench(int seconds) +{ + printf("\n== bench: each machine alone, every sound, %d s each (PC us per 256 frames over silence)\n", seconds); + boot_with_take(); + app.ctx.par_auto = 0; + for (int t = 0; t < BM_TRACKS; t++) { app.pat.trk[t].send = 0; app.pat.trk[t].rsend = 0; } + app.pat.meta.rv_mix = 0; app.pat.meta.dly_mix = 0; + double base = bench_render(400, NULL, 0, NULL); + printf(" silence: %.1f us per 256 frames\n", base / 1000.0); + static const int ENG[6] = {ENG_DRUM, ENG_ACID, ENG_MINI, ENG_FM, ENG_BITTAL, ENG_BUNO}; + static const int POLY[6] = {0, 0, 0, 6, 4, 6}; + int renders = seconds * 44118 / 256; + for (int e = 0; e < 6; e++) { + int t = ENG[e] == ENG_DRUM ? 0 : -1; + for (int k = 2; k < BM_TRACKS && t < 0; k++) if (app.pat.trk[k].engine == ENG[e]) t = k; + if (t < 0) { t = 2; cmd(CMD_ENGINE, 2, (uint8_t)ENG[e], 0, 0); bm_app_audio(&app, (int32_t[BM_BLOCK * 2]){0}, BM_BLOCK); } + int ns = t == 0 ? 1 : bm_sound_count(&app, t); + double sum = 0, vsum = 0, worst = 0; int worst_s = 0; + for (int s = 0; s < ns; s++) { + cmd(CMD_ALL_OFF, 0, 0, 0, 0); + if (t) cmd(CMD_PRESET, (uint8_t)t, (uint8_t)s, 0, 0); + for (int k = 0; k < 40; k++) { bm_app_audio(&app, (int32_t[BM_BLOCK * 2]){0}, BM_BLOCK); if (k % 10 == 0) { now_ms += 20; bm_app_tick(&app, now_ms); } } + for (int k = 0; k < 2000 && track_voices(t); k++) bm_app_audio(&app, (int32_t[BM_BLOCK * 2]){0}, BM_BLOCK); + bench_poly_n = POLY[e]; + double v = 0, us = (bench_render(renders, t == 0 ? step_drums : POLY[e] ? step_poly : step_mono, t, &v) - base) / 1000.0; + sum += us; vsum += v; + if (us > worst) { worst = us; worst_s = s; } + } + cmd(CMD_ALL_OFF, 0, 0, 0, 0); + for (int k = 0; k < 4000 && track_voices(t); k++) bm_app_audio(&app, (int32_t[BM_BLOCK * 2]){0}, BM_BLOCK); + printf(" %-7s T%d %2d sounds: %6.1f us avg, %6.1f us worst (sound %d), %.1f voices avg\n", bm_engine_names[ENG[e]], t + 1, ns, + sum / ns, worst, worst_s, vsum / ns); + } + /* BR-8 by model: one lane, a hit every 16th (the decay as in the kit) */ + printf(" BR-8 per model, a hit every 16th:"); + bm_lane keep = app.pat.tr[0].lane[0]; + for (int m = 0; m < DRM_COUNT; m++) { + app.pat.tr[0].lane[0].model = (uint8_t)m; + cmd(CMD_ALL_OFF, 0, 0, 0, 0); + for (int k = 0; k < 4000 && track_voices(0); k++) bm_app_audio(&app, (int32_t[BM_BLOCK * 2]){0}, BM_BLOCK); + double v = 0, us = (bench_render(renders / 2, step_one, 0, &v) - base) / 1000.0; + printf(" %s %.1f (%.1f v)", bm_drm_short[m], us, v); + } + app.pat.tr[0].lane[0] = keep; + printf("\n"); +} + int main(int argc, char **argv) { setvbuf(stdout, NULL, _IONBF, 0); @@ -622,6 +728,7 @@ int main(int argc, char **argv) if (all || !strcmp(sc, "tails")) tails(); if (all || !strcmp(sc, "dual")) dual(minutes < 5 ? minutes : 5); if (all || !strcmp(sc, "chorus")) chorus(minutes > 8 ? minutes : 8); + if (all || !strcmp(sc, "bench")) bench(4); if (wav) { uint8_t h[44]; memcpy(h, "RIFF", 4); diff --git a/third_party/README.md b/third_party/README.md index 0dd3197..3fd177f 100644 --- a/third_party/README.md +++ b/third_party/README.md @@ -5,6 +5,7 @@ Bibliotecas de otros proyectos que Bubba Machine compila tal cual o con cambios | Carpeta | Qué es | De dónde | Licencia | Cambios | |---|---|---|---|---| | `msfa/` | Motor FM de 6 operadores compatible con la DX7 («music synthesizer for android», de Google, mantenido por Dexed) | [Synth_Dexed](https://codeberg.org/dcoredump/Synth_Dexed), commit `e3f524c8bd92` (2025-09-10), carpeta `src/` | Apache-2.0 (`LICENSE`); `EngineMkI.*` es GPL-3.0-or-later (`LICENSE-GPL3-EngineMkI.txt`) y por ahora no se compila | `sin.h` y `fm_op_kernel.cpp`: sin multiplicaciones de 64 bits en el bucle interno (lentas en el AC791N); cada archivo lo dice en su cabecera | +| `open303/` | Solo la licencia: `core/bm_acid.cpp` (BB-303) adapta en float el filtro TB-303, las envolventes, el circuito de acento y los filtros fijos de Open303 (Robin Schmidt) | [RobinSchmidt/Open303](https://github.com/RobinSchmidt/Open303), commit `313bf0d` (2024-03-29), carpeta `Source/DSPCode/` | MIT (`LICENSE`; el aviso de copyright también en la cabecera de `core/bm_acid.cpp`) | código adaptado, no copiado tal cual: float, sin sobremuestreo (corte hasta 10 kHz), coeficientes cada 8 muestras, osciladores polyBLEP en vez de tablas; la cabecera de `core/bm_acid.cpp` lo detalla | | `plaits/` | Solo lo que se usa de Plaits (Mutable Instruments): bombos, cajas y hats modelados, el oscilador de forma variable, el seno y el overdrive | [pichenettes/eurorack](https://github.com/pichenettes/eurorack), carpeta `plaits/` (2026-10) | MIT (`LICENSE`, y en cada archivo) | `dsp/dsp.h`: la frecuencia de muestreo se fija al compilar (`PLAITS_SAMPLE_RATE`, Bubba usa 44 118 Hz). `resources.cc/.h`: solo las 5 tablas que se usan, sacadas del original con `tools/gen_plaits_lut.py` (el original trae wavetables, voces de habla y bancos de DX7 que no se publican) | | `stmlib/` | Utilidades DSP de Mutable Instruments: filtro de estado variable, polyBLEP, interpolador, unidades, azar | [pichenettes/eurorack](https://github.com/pichenettes/eurorack), carpeta `stmlib/` (2026-10) | MIT (`LICENSE`) | ninguno; se compila con `-DTEST` (versiones sin ensamblador de ARM: el FM-1 no es ARM) | diff --git a/third_party/open303/LICENSE b/third_party/open303/LICENSE new file mode 100644 index 0000000..86c4dd5 --- /dev/null +++ b/third_party/open303/LICENSE @@ -0,0 +1,23 @@ +The Open303 source code is released under the terms of the MIT license: + +The MIT License + +Copyright (c) 2009 Robin Schmidt (www.rs-met.com) + +Permission is hereby granted, free of charge, to any person obtaining a copy +of this software and associated documentation files (the "Software"), to deal +in the Software without restriction, including without limitation the rights +to use, copy, modify, merge, publish, distribute, sublicense, and/or sell +copies of the Software, and to permit persons to whom the Software is +furnished to do so, subject to the following conditions: + +The above copyright notice and this permission notice shall be included in +all copies or substantial portions of the Software. + +THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND, EXPRESS OR +IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF MERCHANTABILITY, +FITNESS FOR A PARTICULAR PURPOSE AND NONINFRINGEMENT. IN NO EVENT SHALL THE +AUTHORS OR COPYRIGHT HOLDERS BE LIABLE FOR ANY CLAIM, DAMAGES OR OTHER +LIABILITY, WHETHER IN AN ACTION OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, +OUT OF OR IN CONNECTION WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN +THE SOFTWARE. \ No newline at end of file diff --git a/tools/build.py b/tools/build.py index 3ffb834..011fa87 100644 --- a/tools/build.py +++ b/tools/build.py @@ -27,7 +27,7 @@ MSFA = ['dx7note', 'env', 'exp2', 'fm_core', 'fm_op_kernel', 'freqlut', 'lfo', 'pitchenv', 'porta', 'sin', 'EngineMsfa'] # Plaits y stmlib (Mutable Instruments, MIT): batería modelada y el núcleo WAVE PLAITS = ['third_party/plaits/resources.cc', 'third_party/stmlib/dsp/units.cc', 'third_party/stmlib/utils/random.cc'] -CXX_SRC = ('core/bm_fm.cpp core/bm_drums.cpp core/bm_wave.cpp ' + ' '.join('third_party/msfa/%s.cpp' % f for f in MSFA) +CXX_SRC = ('core/bm_fm.cpp core/bm_drums.cpp core/bm_wave.cpp core/bm_acid.cpp ' + ' '.join('third_party/msfa/%s.cpp' % f for f in MSFA) + ' ' + ' '.join(PLAITS)) CXXFLAGS = ('-std=c++14 -O2 -fno-exceptions -fno-rtti -Ithird_party/msfa -Ithird_party -Icore -w ' '-DPLAITS_SAMPLE_RATE=44118.0f -DTEST') # TEST: stmlib sin ensamblador de ARM diff --git a/tools/gen_fm.py b/tools/gen_fm.py index af9f60e..8c3f4b0 100644 --- a/tools/gen_fm.py +++ b/tools/gen_fm.py @@ -44,21 +44,43 @@ def voice(name, alg, ops, fb=0, lfo=(35, 0, 0, 0, 1, 0, 0), pr=(99, 99, 99, 99), V = [ - # piano eléctrico de lengüetas: tres pares; el OP2 a 14:1 es el «tine» que la velocidad abre - voice('E.PIANO', 5, [ + # piano eléctrico de lengüetas de los 80 (receta publicada del E.PIANO 1, sin datos de la ROM): + # algoritmo 5, tres pares; moduladores a 1, 1 y 14 (el 14:1 es el «tine», cortado arriba de D3), + # niveles 81 / 91 / 60, sensibilidad a la velocidad alta en los moduladores, detune ±7 entre pares, + # realimentación 6; los moduladores caen antes que las portadoras, sustain 0 + voice('TINEKEYS', 5, [ op(1, 99, (96, 25, 25, 67), (99, 75, 0, 0), kvs=2, rs=3), - op(14, 58, (95, 50, 35, 78), (99, 75, 0, 0), kvs=7, rs=3), - op(1, 99, (95, 20, 20, 50), (99, 95, 0, 0), kvs=2, rs=3, dt=6), - op(1, 89, (95, 29, 20, 50), (99, 95, 0, 0), kvs=6, rs=3), - op(1, 79, (95, 20, 20, 50), (99, 95, 0, 0), kvs=2, rs=3, dt=8), - op(1, 79, (95, 29, 20, 50), (99, 95, 0, 0), kvs=5, rs=3)], fb=6), - # bajo sólido: portadora a 0.5 con dos moduladores que se cierran rápido - voice('FM BASS', 16, [ - op(0.5, 99, (99, 60, 30, 70), (99, 85, 0, 0), kvs=2, rs=2), - op(0.5, 82, (99, 72, 30, 60), (99, 60, 0, 0), kvs=5), - op(1, 74, (99, 76, 35, 60), (99, 45, 0, 0), kvs=4), - op(3, 62, (99, 85, 40, 60), (99, 0, 0, 0), kvs=6), + op(14, 60, (95, 50, 35, 78), (99, 75, 0, 0), kvs=7, rs=3, bp=41, rd=50, rc=0), + op(1, 99, (95, 20, 20, 50), (99, 95, 0, 0), kvs=2, rs=3, dt=0), + op(1, 81, (95, 45, 25, 50), (99, 80, 0, 0), kvs=6, rs=3), + op(1, 99, (95, 20, 20, 50), (99, 95, 0, 0), kvs=2, rs=3, dt=14), + op(1, 91, (95, 45, 25, 50), (99, 80, 0, 0), kvs=7, rs=3)], fb=6), + # Rhodes con tine (Rhodey de la STK): dos pares sumados, 1:0.5 y 1:15, niveles 99 / 90 / 99 / 67, + # caídas de 1.5 / 1.5 / 1.0 / 0.25 s, sustain 0 + voice('FULLTINE', 5, [ + op(1, 99, (99, 38, 30, 55), (99, 0, 0, 0), kvs=2, rs=3), + op(0.5, 90, (99, 38, 30, 55), (99, 0, 0, 0), kvs=4, rs=3), + op(1, 99, (99, 45, 30, 55), (99, 0, 0, 0), kvs=2, rs=3, dt=8), + op(15, 67, (99, 65, 40, 55), (99, 0, 0, 0), kvs=6, rs=3), OFF, OFF], fb=0), + # bajo de sintetizador de los 80 (el BASS 1 de muchos discos; receta genérica publicada: un par + # 1:1 con el modulador alto que cae rápido, y otro a 2:1 para el golpe) + voice('POP BASS', 5, [ + op(0.5, 99, (99, 45, 30, 70), (99, 75, 0, 0), kvs=2, rs=2), + op(0.5, 86, (99, 70, 40, 70), (99, 35, 0, 0), kvs=5, rs=2), + op(0.5, 90, (99, 45, 30, 70), (99, 75, 0, 0), kvs=2, rs=2, dt=9), + op(2, 72, (99, 80, 40, 70), (99, 0, 0, 0), kvs=6, rs=2), + OFF, OFF], fb=0), + # bajo de house de fines de los 80, inspirado en un preset de 4 operadores, rehecho para 6 (receta de + # MusicTech con Dexed): algoritmo 14, portadora a 0.5; OP4 a 0.5 (74), OP5 a 0.5 un poco bajo (66, + # solo ataque), OP6 a 1 (83) con realimentación 6; se apaga en unos 2 s + voice('HOUSE BS', 14, [ + op(1, 0, (99, 99, 99, 99), (0, 0, 0, 0)), + op(1, 0, (99, 99, 99, 99), (0, 0, 0, 0)), + op(0.5, 99, (99, 30, 25, 60), (99, 85, 0, 0), kvs=2, rs=2), + op(0.5, 74, (99, 30, 25, 60), (99, 80, 0, 0), kvs=3, rs=2), + op(0.5, 66, (99, 99, 99, 60), (99, 99, 99, 0), kvs=3, dt=6), + op(1, 83, (99, 40, 30, 60), (99, 70, 0, 0), kvs=4)], fb=6), # bajo sub: casi senoidal, con un golpe de brillo al principio voice('SUB BASS', 5, [ op(0.5, 99, (99, 55, 40, 70), (99, 92, 85, 0), kvs=1), @@ -66,22 +88,32 @@ def voice(name, alg, ops, fb=0, lfo=(35, 0, 0, 0, 1, 0, 0), pr=(99, 99, 99, 99), op(1, 68, (99, 85, 50, 70), (99, 0, 0, 0), kvs=3), op(1, 70, (99, 88, 50, 70), (99, 0, 0, 0), kvs=5), OFF, OFF], fb=0), - # campana tubular: modulador inarmónico 3.5:1, colas largas - voice('BELL', 5, [ - op(1, 99, (99, 28, 20, 30), (99, 60, 0, 0), kvs=2, rs=3), - op(3.5, 80, (99, 34, 25, 30), (99, 50, 0, 0), kvs=4, rs=3), - op(1, 90, (99, 30, 22, 30), (99, 55, 0, 0), kvs=2, rs=3, dt=10), - op(7.07, 66, (99, 40, 25, 30), (99, 40, 0, 0), kvs=4, rs=3), - op(2, 72, (99, 45, 25, 30), (99, 30, 0, 0), kvs=2, rs=3), - op(5.19, 58, (99, 50, 30, 30), (99, 20, 0, 0), kvs=4)], fb=3), - # metales: tres portadoras desafinadas y un modulador con ataque lento (el «bwaa») - voice('BRASS', 22, [ - op(1, 98, (72, 76, 99, 71), (99, 88, 96, 0), kvs=2, rs=2), - op(1, 86, (62, 51, 29, 71), (82, 95, 96, 0), kvs=4), - op(1, 96, (72, 76, 99, 71), (99, 88, 96, 0), kvs=2, dt=5), - op(1, 95, (72, 76, 99, 71), (99, 88, 96, 0), kvs=2, dt=9), - op(1, 92, (72, 76, 99, 71), (99, 88, 96, 0), kvs=2, dt=7), - op(1, 84, (55, 50, 30, 71), (85, 95, 92, 0), kvs=4)], fb=6, + # campana tubular (TubeBell de la STK): pares a 0.995:1.407 y 1.005:1.414 (casi 1:raíz de 2), + # niveles 94 / 76 / 99 / 71, caídas de unos 4 s, sustain 0 + voice('TUBECHIM', 5, [ + op(0.995, 94, (99, 30, 30, 30), (99, 0, 0, 0), kvs=2, rs=2), + op(1.41, 76, (99, 30, 30, 30), (99, 0, 0, 0), kvs=3, rs=2), + op(1, 99, (99, 30, 30, 30), (99, 0, 0, 0), kvs=2, rs=2, dt=9), + op(1.41, 71, (99, 32, 30, 30), (99, 0, 0, 0), kvs=3, rs=2, dt=10), + OFF, OFF], fb=0), + # campanitas («Practically FM», Sound On Sound 1988): pares 1:3, 2:4 y 4:8, sin realimentación, + # portadoras a 99, envolventes percusivas, rate scaling 2 + voice('CHIMES', 5, [ + op(1, 99, (99, 45, 30, 45), (99, 0, 0, 0), kvs=2, rs=2), + op(3, 70, (99, 55, 30, 45), (99, 0, 0, 0), kvs=4, rs=2), + op(2, 99, (99, 45, 30, 45), (99, 0, 0, 0), kvs=2, rs=2), + op(4, 66, (99, 55, 30, 45), (99, 0, 0, 0), kvs=4, rs=2), + op(4, 99, (99, 45, 30, 45), (99, 0, 0, 0), kvs=2, rs=2), + op(8, 60, (99, 55, 30, 45), (99, 0, 0, 0), kvs=4, rs=2)], fb=0), + # metales («Practically FM» parte 4, Sound On Sound): algoritmo 13, pares 1:1, moduladores a 85 + # (OP5 a 75), realimentación 3, detunes -1 / -3 / +4 / +7 / +5; los moduladores entran más lento + voice('BRASS 80', 13, [ + op(1, 99, (72, 76, 99, 71), (99, 88, 96, 0), kvs=2, rs=2, dt=6), + op(1, 85, (55, 51, 29, 71), (82, 95, 96, 0), kvs=4, dt=4), + op(1, 99, (72, 76, 99, 71), (99, 88, 96, 0), kvs=2, dt=11), + op(1, 85, (55, 51, 29, 71), (82, 95, 96, 0), kvs=4, dt=14), + op(1, 75, (55, 51, 29, 71), (82, 95, 96, 0), kvs=4, dt=12), + op(1, 85, (55, 51, 29, 71), (82, 95, 96, 0), kvs=4)], fb=3, lfo=(32, 40, 6, 0, 0, 4, 3)), # cuerdas: tres pares a 1:1, desafinados, ataque y salida lentos, vibrato con retardo voice('STRINGS', 5, [ @@ -92,15 +124,51 @@ def voice(name, alg, ops, fb=0, lfo=(35, 0, 0, 0, 1, 0, 0), pr=(99, 99, 99, 99), op(1, 95, (46, 30, 25, 40), (99, 95, 90, 0), kvs=1, dt=10), op(2, 60, (40, 30, 25, 40), (90, 85, 80, 0), kvs=2)], fb=4, lfo=(30, 50, 9, 0, 0, 4, 3)), - # órgano de barras: los seis operadores suenan (algoritmo 32), con un clic de percusión + # marimba: pares a 1:3.5, los moduladores caen en 0.1-0.15 s y las portadoras más cortas que una + # campana (receta publicada de DecentSampler, acortada) + voice('MARIMBA', 5, [ + op(1, 99, (99, 55, 35, 60), (99, 0, 0, 0), kvs=3, rs=4), + op(3.5, 75, (99, 85, 40, 60), (99, 0, 0, 0), kvs=5, rs=4), + op(1, 90, (99, 58, 35, 60), (99, 0, 0, 0), kvs=3, rs=4, dt=9), + op(3.5, 66, (99, 88, 40, 60), (99, 0, 0, 0), kvs=5, rs=4), + OFF, OFF], fb=0), + # flauta: soplido con un poco de ruido de la realimentación + voice('FLUTE', 5, [ + op(1, 99, (60, 40, 99, 60), (99, 95, 95, 0), kvs=2), + op(1, 58, (55, 40, 99, 60), (90, 85, 85, 0), kvs=3), + op(2, 50, (60, 40, 99, 60), (99, 80, 80, 0), kvs=2), + op(1, 40, (55, 40, 99, 60), (90, 70, 70, 0), kvs=2), + op(4, 46, (70, 60, 99, 60), (99, 30, 30, 0), kvs=2), + op(7, 70, (70, 60, 99, 60), (99, 40, 40, 0), kvs=2)], fb=7, + lfo=(34, 50, 6, 0, 0, 4, 3)), + # órgano de tubos (receta publicada, algoritmo 19): OP1 y OP2 a 0.5, OP3 a 1, OP4 a 4, OP5 a 2, + # OP6 a 10; niveles a oído + voice('PIPE ORG', 19, [ + op(0.5, 99, (70, 99, 99, 60), (99, 99, 99, 0), kvs=0, rs=0), + op(0.5, 60, (70, 99, 99, 60), (99, 99, 99, 0), kvs=0, rs=0), + op(1, 55, (70, 99, 99, 60), (99, 99, 99, 0), kvs=0, rs=0), + op(4, 80, (70, 99, 99, 60), (99, 99, 99, 0), kvs=0, rs=0), + op(2, 88, (70, 99, 99, 60), (99, 99, 99, 0), kvs=0, rs=0), + op(10, 45, (70, 99, 99, 60), (99, 99, 99, 0), kvs=0, rs=0)], fb=2, + lfo=(60, 0, 3, 0, 0, 4, 2)), + # órgano de barras (algoritmo 32, receta publicada: 1 / 2 / 3 / 4 / 6 / 8), con un clic de percusión voice('ORGAN', 32, [ - op(0.5, 86, (99, 99, 99, 80), (99, 99, 99, 0), kvs=0, rs=0), op(1, 99, (99, 99, 99, 80), (99, 99, 99, 0), kvs=0, rs=0), - op(1.5, 78, (99, 99, 99, 80), (99, 99, 99, 0), kvs=0, rs=0), - op(2, 88, (99, 99, 99, 80), (99, 99, 99, 0), kvs=0, rs=0), - op(4, 74, (99, 99, 99, 80), (99, 99, 99, 0), kvs=0, rs=0), - op(3, 76, (99, 70, 99, 80), (99, 0, 0, 0), kvs=2, rs=0)], fb=0, + op(2, 90, (99, 99, 99, 80), (99, 99, 99, 0), kvs=0, rs=0), + op(3, 84, (99, 99, 99, 80), (99, 99, 99, 0), kvs=0, rs=0), + op(4, 86, (99, 99, 99, 80), (99, 99, 99, 0), kvs=0, rs=0), + op(6, 72, (99, 99, 99, 80), (99, 99, 99, 0), kvs=0, rs=0), + op(8, 74, (99, 70, 99, 80), (99, 0, 0, 0), kvs=2, rs=0)], fb=0, lfo=(70, 0, 4, 0, 0, 4, 2)), + # armónica (diseño propio: no hay receta publicada): un par 1:2 (armónicos impares, de lengüeta), + # ataque un poco lento y vibrato con retardo + voice('REED HRP', 5, [ + op(1, 99, (70, 50, 99, 65), (99, 95, 95, 0), kvs=2), + op(2, 78, (60, 50, 99, 65), (99, 85, 85, 0), kvs=4), + op(1, 80, (70, 50, 99, 65), (99, 95, 95, 0), kvs=2, dt=8), + op(1, 60, (60, 50, 99, 65), (99, 80, 80, 0), kvs=3), + OFF, OFF], fb=0, + lfo=(30, 40, 8, 0, 0, 4, 3)), # clavinet: modulador a 3:1 que se cierra rápido, ataque seco voice('CLAVI', 5, [ op(1, 99, (99, 70, 40, 85), (99, 60, 0, 0), kvs=3, rs=3), @@ -109,13 +177,6 @@ def voice(name, alg, ops, fb=0, lfo=(35, 0, 0, 0, 1, 0, 0), pr=(99, 99, 99, 99), op(1, 76, (99, 75, 45, 85), (99, 50, 0, 0), kvs=5), op(3, 70, (99, 75, 40, 85), (99, 30, 0, 0), kvs=3), op(5, 60, (99, 85, 45, 85), (99, 0, 0, 0), kvs=5)], fb=5), - # marimba: golpe de mazo, el armónico 4 se apaga primero - voice('MARIMBA', 5, [ - op(1, 99, (99, 50, 30, 60), (99, 0, 0, 0), kvs=3, rs=4), - op(3.5, 72, (99, 75, 40, 60), (99, 0, 0, 0), kvs=5, rs=4), - op(4, 72, (99, 68, 40, 60), (99, 0, 0, 0), kvs=3, rs=4), - op(1, 62, (99, 80, 40, 60), (99, 0, 0, 0), kvs=4), - OFF, OFF], fb=0), # pulsado: kalimba o arpa de juguete voice('PLUCKED', 5, [ op(1, 99, (99, 45, 30, 55), (99, 0, 0, 0), kvs=3, rs=4), @@ -124,15 +185,6 @@ def voice(name, alg, ops, fb=0, lfo=(35, 0, 0, 0, 1, 0, 0), pr=(99, 99, 99, 99), op(1, 58, (99, 82, 40, 55), (99, 0, 0, 0), kvs=5), op(2, 60, (99, 55, 30, 55), (99, 0, 0, 0), kvs=3, dt=9), op(2, 50, (99, 70, 40, 55), (99, 0, 0, 0), kvs=5)], fb=2), - # solista: una pila de cuatro con realimentación (casi diente de sierra) y vibrato - voice('LEAD', 1, [ - op(1, 95, (99, 60, 99, 60), (99, 92, 92, 0), kvs=1), - op(2, 70, (90, 60, 99, 60), (99, 80, 80, 0), kvs=3), - op(1, 99, (99, 60, 99, 60), (99, 95, 95, 0), kvs=1, dt=8), - op(1, 78, (99, 60, 99, 60), (99, 88, 88, 0), kvs=3), - op(1, 74, (99, 60, 99, 60), (99, 85, 85, 0), kvs=2), - op(1, 80, (99, 60, 99, 60), (99, 90, 90, 0), kvs=2)], fb=7, - lfo=(38, 45, 8, 0, 0, 4, 4)), # pad de vidrio: moduladores inarmónicos suaves, entra y sale despacio voice('GLASS', 5, [ op(1, 96, (40, 25, 20, 32), (99, 92, 85, 0), kvs=1), @@ -142,6 +194,15 @@ def voice(name, alg, ops, fb=0, lfo=(35, 0, 0, 0, 1, 0, 0), pr=(99, 99, 99, 99), op(2, 82, (44, 25, 20, 32), (99, 90, 80, 0), kvs=1, dt=4), op(1, 60, (35, 25, 20, 32), (99, 80, 70, 0), kvs=2)], fb=3, lfo=(25, 30, 5, 0, 0, 4, 2)), + # solista: una pila de cuatro con realimentación (casi diente de sierra) y vibrato + voice('LEAD', 1, [ + op(1, 95, (99, 60, 99, 60), (99, 92, 92, 0), kvs=1), + op(2, 70, (90, 60, 99, 60), (99, 80, 80, 0), kvs=3), + op(1, 99, (99, 60, 99, 60), (99, 95, 95, 0), kvs=1, dt=8), + op(1, 78, (99, 60, 99, 60), (99, 88, 88, 0), kvs=3), + op(1, 74, (99, 60, 99, 60), (99, 85, 85, 0), kvs=2), + op(1, 80, (99, 60, 99, 60), (99, 90, 90, 0), kvs=2)], fb=7, + lfo=(38, 45, 8, 0, 0, 4, 4)), # super FM: tres portadoras con realimentación, ancho, para acordes voice('SUPER FM', 22, [ op(1, 94, (80, 40, 99, 50), (99, 90, 90, 0), kvs=1), @@ -151,21 +212,6 @@ def voice(name, alg, ops, fb=0, lfo=(35, 0, 0, 0, 1, 0, 0), pr=(99, 99, 99, 99), op(2, 84, (80, 40, 99, 50), (99, 90, 90, 0), kvs=1, dt=6), op(1, 80, (80, 40, 99, 50), (99, 88, 88, 0), kvs=2)], fb=7, lfo=(28, 20, 4, 0, 0, 4, 2)), - # tom FM: caída de tono con la envolvente de pitch - voice('TOM FM', 16, [ - op(1, 99, (99, 58, 40, 60), (99, 0, 0, 0), kvs=3, rs=3), - op(1.41, 72, (99, 70, 40, 60), (99, 0, 0, 0), kvs=5), - op(1, 60, (99, 80, 40, 60), (99, 0, 0, 0), kvs=4), - OFF, OFF, OFF], fb=0, pr=(99, 60, 99, 99), pl=(72, 50, 50, 50)), - # flauta: soplido con un poco de ruido de la realimentación - voice('FLUTE', 5, [ - op(1, 99, (60, 40, 99, 60), (99, 95, 95, 0), kvs=2), - op(1, 58, (55, 40, 99, 60), (90, 85, 85, 0), kvs=3), - op(2, 50, (60, 40, 99, 60), (99, 80, 80, 0), kvs=2), - op(1, 40, (55, 40, 99, 60), (90, 70, 70, 0), kvs=2), - op(4, 46, (70, 60, 99, 60), (99, 30, 30, 0), kvs=2), - op(7, 70, (70, 60, 99, 60), (99, 40, 40, 0), kvs=2)], fb=7, - lfo=(34, 50, 6, 0, 0, 4, 3)), # zumbido: bajo agresivo para acid y techno (realimentación al máximo) voice('BUZZ', 2, [ op(1, 99, (99, 50, 70, 70), (99, 85, 70, 0), kvs=2), @@ -178,7 +224,7 @@ def voice(name, alg, ops, fb=0, lfo=(35, 0, 0, 0, 1, 0, 0), pr=(99, 99, 99, 99), def main(): - assert len(V) == 16, len(V) + assert len(V) == 20, len(V) rows, names = [], [] for name, d in V: rows.append(' {%s}, /* %s */' % (','.join(str(x) for x in d), name)) diff --git a/tools/gen_snaps.mjs b/tools/gen_snaps.mjs index 1d8dd18..e243949 100644 --- a/tools/gen_snaps.mjs +++ b/tools/gen_snaps.mjs @@ -32,23 +32,147 @@ function checkOrder() { } } -// ------------------------------------------------------------ BUNO-6: presets propios -// valores de Bubba (0..127); macro = [FREQ, RES, ENV, LFO] (el LFO al VCF); PWM es un ajuste +// ------------------------------------------------------------ presets propios (0.9: sonidos históricos) +// Las fuentes de cada uno (panel publicado, receta o diseño propio) están en assets/presets/SOURCES.md. +// Tiempos y valores de Bubba: bm_env_s(v) = 0.001 * 10^(4 v / 127) s, bm_lfo_hz(v) = 0.05 * 2^(9 v / 127). +const rnd127 = (x) => Math.max(0, Math.min(127, Math.round(x))); +const envV = (secs) => rnd127(Math.log10(Math.max(secs, 0.001) / 0.001) * 127 / 4); +const lfoV = (hz) => rnd127(Math.log2(Math.max(hz, 0.05) / 0.05) * 127 / 9); +const s127 = (s) => rnd127(s * 12.7); // slider 0..10 + +// B-MINI desde el panel del Minimoog: osc [pie, onda, mezcla 0-10], cutoff -5..+5, emphasis y contour +// 0-10, kb 0 / 1 (KB1) / 2 (KB2) / 3 (los dos), contornos [ataque ms, decay ms, sustain 0-10] y el +// interruptor DECAY (la salida = el decay; si no, ~10 ms), glide 0-10, lfo (el osc 3 como LFO) +const FEET = { "32'": 0, "16'": 1, "8'": 2, "4'": 3, "2'": 4 }; +const MW = { TRI: 0, SHARK: 1, SAW: 2, SQR: 3, WIDE: 4, NARROW: 5 }; +function mini(p) { + const o = p.osc, P = { TUNE: 64, MODE: 0, DRIVE: p.drive ?? 30, VELF: 15, VELA: 20, NOISE: s127(p.noise ?? 0) }; + for (let i = 0; i < 3; i++) { + const [ft, w, m] = o[i] || ["8'", 'SAW', 0]; + P['R' + (i + 1)] = FEET[ft]; P['W' + (i + 1)] = MW[w]; P['L' + (i + 1)] = rnd127(m * 11.5); + } + P.T2 = rnd127(64 + (p.t2 ?? 0) * 63 / 7); P.T3 = rnd127(64 + (p.t3 ?? 0) * 63 / 7); // semitonos (±7) + P.KEYT = [0, 42, 85, 127][p.kb ?? 2]; + const rel = (sw, d) => sw ? envV(d / 1000) : envV(0.01); + const [fa, fd, fs] = p.f, [la, ld, ls] = p.l; + P.FA = envV(fa / 1000); P.FD = envV(fd / 1000); P.FS = s127(fs); P.FR = rel(p.decaySw, fd); + P.AA = envV(la / 1000); P.AD = envV(ld / 1000); P.AS = s127(ls); P.AR = rel(p.decaySw, ld); + P.GLIDE = p.glide ? envV(0.01 * Math.pow(10, p.glide / 5)) : 0; + if (p.lfo) { P.LRATE = lfoV(p.lfo.hz); P.LAMT = p.lfo.amt; P.LDEST = p.lfo.dest === 'pitch' ? 0 : 1; } else { P.LAMT = 0; P.LDEST = 1; } + P.macro = [rnd127(18 + (p.cut + 5) * 10.9), s127(p.emph), s127(p.contour), 64]; // -5 ~ 60 Hz, +5 = 20 kHz + return P; +} + +const MINI = [ + ['WIZARD BASS', mini({ osc: [["32'", 'SAW', 8], ["16'", 'SAW', 8]], t2: 0.15, cut: 0, emph: 0, contour: 8, kb: 2, f: [0, 120, 0], l: [0, 300, 4], glide: 4 })], + ['FAT UNISON', mini({ osc: [["32'", 'SAW', 10], ["16'", 'SAW', 10], ["16'", 'SAW', 10]], t2: 0.1, t3: -0.1, cut: -2, emph: 5, contour: 3.5, kb: 2, f: [0, 300, 0], l: [0, 600, 5] })], + ['TUTTI BRASS', mini({ osc: [["8'", 'SAW', 5], ["8'", 'SAW', 7], ["8'", 'SAW', 9]], t2: 0.1, t3: -0.1, cut: -3, emph: 0, contour: 4, kb: 2, f: [400, 400, 10], l: [200, 400, 10], decaySw: true })], + ['RASP BRASS', mini({ osc: [["4'", 'SAW', 5]], cut: -5, emph: 2, contour: 6.5, kb: 3, f: [600, 800, 5], l: [100, 400, 10], lfo: { hz: 5, amt: 25, dest: 'cut' } })], + ['SLIDE BONE', mini({ osc: [["8'", 'SAW', 5]], cut: -2.5, emph: 2, contour: 4.5, kb: 2, f: [500, 400, 8], l: [400, 300, 8], glide: 3, lfo: { hz: 4.5, amt: 30, dest: 'pitch' } })], + ['NOISE TUBA', mini({ osc: [["32'", 'SAW', 5]], noise: 1, cut: -3, emph: 0, contour: 4, kb: 2, f: [400, 400, 8], l: [200, 350, 7], decaySw: true })], + ['OCTAVE GLIDE', mini({ osc: [["16'", 'WIDE', 2], ["2'", 'WIDE', 8], ["16'", 'WIDE', 2]], cut: -1, emph: 6, contour: 3, kb: 2, f: [0, 800, 0], l: [0, 400, 10], glide: 5 })], + ['FIFTHS', mini({ osc: [["8'", 'SAW', 8], ["8'", 'SAW', 8]], t2: 7, cut: -2, emph: 0, contour: 0, kb: 2, f: [0, 600, 10], l: [0, 600, 0], glide: 5 })], + ['TLR SOUND', mini({ osc: [["16'", 'WIDE', 8], ["2'", 'WIDE', 8]], noise: 8, cut: -3, emph: 0, contour: 0, kb: 2, f: [0, 800, 10], l: [0, 800, 5], glide: 5 })], + ['COLD FRIEND', mini({ osc: [["16'", 'SAW', 8], ["16'", 'SAW', 8], ["16'", 'SAW', 8]], t2: 0.1, t3: -0.1, cut: 0, emph: 3, contour: 5, kb: 2, f: [0, 600, 10], l: [0, 600, 10], decaySw: true })], + ['MUTANT ARP', mini({ osc: [["16'", 'SQR', 8], ["16'", 'SQR', 8]], t2: 7, cut: 1, emph: 0, contour: 5, kb: 2, f: [0, 600, 10], l: [0, 600, 10], glide: 8 })], + ['SOFT HORN', mini({ osc: [["8'", 'SAW', 8]], cut: -5, emph: 0, contour: 6, kb: 2, f: [600, 400, 9], l: [250, 1000, 7], glide: 6, lfo: { hz: 4, amt: 20, dest: 'cut' } })], + ['WHINE LEAD', mini({ osc: [["2'", 'SAW', 10], ["2'", 'SQR', 10], ["8'", 'SAW', 7]], t2: 0.15, cut: 1, emph: 3, contour: 0, kb: 1, f: [0, 200, 10], l: [0, 200, 10], glide: 5 })], + ['MOTOR RIFF', mini({ osc: [["16'", 'SAW', 8], ["8'", 'SQR', 6]], t2: 0.1, cut: 0, emph: 2, contour: 4, kb: 2, f: [0, 400, 4], l: [0, 300, 8] })], + ['HIGHWAY BASS', mini({ osc: [["16'", 'SAW', 8], ["32'", 'TRI', 6]], cut: -2, emph: 3, contour: 3, kb: 2, f: [0, 250, 2], l: [0, 350, 6] })], + ['BENDER LEAD', mini({ osc: [["8'", 'SAW', 10], ["8'", 'SQR', 8]], t2: 0.15, drive: 95, cut: 1.5, emph: 2, contour: 2, kb: 2, f: [0, 300, 8], l: [5, 300, 10], glide: 2 })], +]; + +// BUNO-6 desde los deslizadores del Juno (0-10): lfo [rate, delay], dco [lfo, pwm, sub, noise], hpf (el +// nuestro, 0-3), vcf [freq, res, env, lfo, kybd], adsr [a, d, s, r]; wave 'S' sierra, 'P' pulso, 'PS' +const PWMM = { LFO: 0, MAN: 1, ENV: 2 }; +function juno(p) { + const [lr, ld] = p.lfo, [dl, pw, sub, nz] = p.dco, [fq, rs, ev, lf, kb] = p.vcf, [a, d, s, r] = p.adsr; + const P = { + SAW: p.wave.includes('S') ? 1 : 0, PULSE: p.wave.includes('P') ? 1 : 0, RANGE: { "16'": 0, "8'": 1, "4'": 2 }[p.range ?? "8'"], + SUB: s127(sub), NOISE: s127(nz), PWMSRC: PWMM[p.pwm ?? 'MAN'], LFODCO: s127(dl), PWM: s127(pw), HPF: p.hpf ?? 0, + ENVPOL: p.neg ? 1 : 0, KEYT: s127(kb), VELF: 0, VELA: 0, VCA: p.gate ? 1 : 0, + A: envV(0.0015 * Math.pow(2000, a / 10)), D: envV(0.0015 * Math.pow(8000, d / 10)), S: s127(s), R: envV(0.0015 * Math.pow(8000, r / 10)), + LRATE: lfoV(0.3 * Math.pow(2, lr * 0.606)), LDELAY: ld ? envV(ld / 10 * 1.5) : 0, + CHORUS: { OFF: 0, I: 1, II: 2, 'I+II': 3 }[p.chorus ?? 'OFF'], + }; + P.macro = [s127(fq), s127(rs), s127(ev), s127(lf)]; + return P; +} + +// orden: el 2 es un pad (la demo de fábrica lo usa en T6) const BUNO = [ - ['BRASS 6', { SAW: 1, PULSE: 0, SUB: 20, HPF: 1, A: 45, D: 75, S: 85, R: 60, CHORUS: 0, PWM: 0, macro: [55, 20, 70, 0] }], - ['STRINGS 6', { SAW: 1, PULSE: 0, SUB: 0, HPF: 2, A: 80, D: 90, S: 110, R: 85, CHORUS: 2, LRATE: 50, PWM: 0, macro: [90, 10, 10, 0] }], - ['WARM PAD', { SAW: 1, PULSE: 1, PWMSRC: 0, SUB: 30, A: 85, D: 95, S: 100, R: 95, CHORUS: 1, LRATE: 45, PWM: 70, macro: [70, 25, 30, 0] }], - ['PWM PAD', { SAW: 0, PULSE: 1, PWMSRC: 0, SUB: 25, A: 70, D: 90, S: 110, R: 90, CHORUS: 2, LRATE: 55, PWM: 90, macro: [85, 15, 15, 0] }], - ['SUB BASS 6', { SAW: 1, PULSE: 0, SUB: 110, RANGE: 0, HPF: 0, A: 0, D: 60, S: 70, R: 30, CHORUS: 0, KEYT: 40, PWM: 0, macro: [40, 30, 60, 0] }], - ['PLUCK 6', { SAW: 1, PULSE: 1, PWMSRC: 1, SUB: 30, A: 0, D: 62, S: 0, R: 55, CHORUS: 1, PWM: 30, macro: [45, 35, 90, 0] }], - ['ORGAN 6', { SAW: 0, PULSE: 1, PWMSRC: 1, SUB: 90, HPF: 1, VCA: 1, A: 0, D: 60, S: 127, R: 20, CHORUS: 3, PWM: 0, macro: [110, 0, 0, 0] }], - ['SOFT LEAD', { SAW: 1, PULSE: 0, SUB: 40, A: 10, D: 70, S: 100, R: 40, CHORUS: 1, LFODCO: 20, LDELAY: 80, LRATE: 70, PWM: 0, macro: [80, 30, 25, 0] }], - ['SQUARE LEAD', { SAW: 0, PULSE: 1, PWMSRC: 1, SUB: 20, A: 5, D: 70, S: 110, R: 40, CHORUS: 0, LFODCO: 15, LDELAY: 70, LRATE: 72, PWM: 40, macro: [95, 20, 20, 0] }], - ['STAB 6', { SAW: 1, PULSE: 0, SUB: 30, A: 0, D: 60, S: 20, R: 45, CHORUS: 2, PWM: 0, macro: [60, 25, 75, 0] }], + ['POLY BRASS', juno({ wave: 'S', lfo: [1.6, 3.9], dco: [0, 8.0, 0, 0], vcf: [2.8, 1.0, 4.6, 0, 6.8], adsr: [0.2, 3.9, 3.5, 2.5], chorus: 'I' })], + ['SAW STRINGS', juno({ wave: 'S', lfo: [4.4, 0], dco: [0, 0, 0, 0], vcf: [6.9, 0, 0, 0, 10], adsr: [5.9, 0, 10, 6.5], chorus: 'I' })], + ['SOFT PAD', juno({ wave: 'PS', pwm: 'LFO', lfo: [6, 4], dco: [0, 5, 3, 0], vcf: [5, 1, 1, 2, 5], adsr: [6, 5, 8, 6], chorus: 'I' })], + ['PWM STRINGS', juno({ wave: 'PS', pwm: 'LFO', lfo: [2.0, 9.8], dco: [0, 7.6, 10, 0], vcf: [5.2, 0, 0, 0, 10], adsr: [4.7, 0, 10, 7.6], chorus: 'II' })], + ['MOVING STRS', juno({ wave: 'PS', pwm: 'LFO', lfo: [5.0, 0], dco: [0, 3.1, 1.1, 0], vcf: [6.1, 1.6, 0.3, 0, 8.7], adsr: [1.0, 6.9, 6.9, 2.8], chorus: 'II' })], + ['VOX CHOIR', juno({ wave: 'P', pwm: 'MAN', hpf: 2, lfo: [4.6, 1.1], dco: [1.0, 2.0, 0, 0], vcf: [4.6, 7.4, 0.2, 0, 4.9], adsr: [5.4, 0.9, 10, 3.8], chorus: 'I' })], + ['DEEP CHORDS', juno({ wave: 'P', pwm: 'MAN', lfo: [3, 0], dco: [0, 3, 3, 0], vcf: [4.5, 2, 2, 0, 5], adsr: [2, 6, 6, 5], chorus: 'II' })], + ['PHASE BRASS', juno({ wave: 'PS', pwm: 'ENV', gate: true, lfo: [4.5, 0], dco: [0, 10, 10, 0], vcf: [2.6, 0.3, 5.5, 0, 10], adsr: [3.9, 6.5, 4.2, 5.4], chorus: 'I' })], + ['PULSE ORGAN', juno({ wave: 'P', pwm: 'LFO', gate: true, range: "16'", lfo: [4.3, 1.2], dco: [0, 4.2, 1.8, 0], vcf: [3.4, 6.0, 1.1, 0.1, 10], adsr: [0, 0.8, 6.5, 0] })], + ['FUNKY PLUCK', juno({ wave: 'PS', pwm: 'MAN', gate: true, range: "16'", lfo: [0.3, 0], dco: [0, 5.7, 5.0, 0], vcf: [2.4, 1.8, 4.0, 0, 3.2], adsr: [0, 2.4, 2.8, 0.2], chorus: 'I' })], + ['POP RIFF', juno({ wave: 'PS', pwm: 'MAN', lfo: [5, 0], dco: [0, 2, 0, 0], vcf: [6.5, 1.5, 3, 0, 5], adsr: [0, 3.5, 3, 2.5], chorus: 'I' })], + ['DELAY LEAD', juno({ wave: 'P', pwm: 'MAN', gate: true, lfo: [5.7, 6.9], dco: [1.4, 0, 0, 0], vcf: [3.1, 7.6, 2.8, 0, 4.1], adsr: [0, 3.5, 5.7, 0] })], + ['PULSE BASS', juno({ wave: 'P', pwm: 'MAN', range: "16'", lfo: [4.6, 1.3], dco: [0.1, 4.5, 8.0, 3.9], vcf: [2.5, 0, 5.2, 0, 2.8], adsr: [0, 2.7, 0, 2.8] })], + ['ROUND BASS', juno({ wave: 'PS', pwm: 'MAN', gate: true, range: "16'", lfo: [2.6, 8.3], dco: [0, 5.0, 2.9, 0], vcf: [3.0, 2.1, 3.1, 0, 0], adsr: [0.2, 6.1, 0.2, 4.5], chorus: 'I' })], + ['DARK RAVE', juno({ wave: 'PS', pwm: 'LFO', lfo: [7, 0], dco: [1, 9, 6, 0], vcf: [6, 2, 3, 0, 5], adsr: [1.5, 5, 8, 4.5], chorus: 'II' })], ['NOISE SWEEP', { SAW: 0, PULSE: 0, NOISE: 110, SUB: 0, A: 90, D: 100, S: 40, R: 95, CHORUS: 1, LRATE: 30, PWM: 0, macro: [40, 80, 90, 60] }], - ['BELL PAD 6', { SAW: 0, PULSE: 1, PWMSRC: 2, SUB: 0, HPF: 2, A: 0, D: 85, S: 50, R: 90, CHORUS: 2, PWM: 80, macro: [100, 50, 40, 0] }], ]; +// BITTAL: tablas propias (aditivas, 8 frames, hasta 64 armónicos), al estilo de las del PPG Wave +// (sin datos de su ROM). f = 0..7 frame, h = armónico 1..64: amplitud (la fase, 0). +const TABLES = { + // armónicos 1-8 con un pico resonante que sube (simulación de un filtro resonante) + RES: (f, h) => (1 / h) * (1 + 5 * Math.exp(-Math.pow(h - (1 + f), 2) / 0.8)), + // campanas: pocos parciales altos que cambian de peso + BELL: (f, h) => ({ 1: 1, 3: 0.3 + 0.05 * f, 7: 0.5 - 0.04 * f, 11: 0.15 + 0.06 * f, 17: 0.25 * (1 - f / 8), 23: 0.05 * f, 31: 0.04 * f })[h] || 0, + // espectro de vibráfono: la fundamental, el 4 y el 10, que se apagan hacia el final + VIBE: (f, h) => ({ 1: 1, 4: 0.6 * (1 - f / 9), 10: 0.3 * (1 - f / 8), 2: 0.1 })[h] || 0, + // coro: una sierra con dos formantes que se mueven (vocales) + CHOIR: (f, h) => { + const f1 = 2.5 + f * 0.35, f2 = 9 - f * 0.6; + return (1 / h) * (0.15 + Math.exp(-Math.pow(h - f1, 2) / 1.5) + 0.7 * Math.exp(-Math.pow(h - f2, 2) / 4)); + }, + // metales: una sierra con un formante que se abre de frame en frame + BRASS: (f, h) => (1 / h) * (0.3 + 1.2 * Math.exp(-Math.pow(h - (3 + f * 1.5), 2) / (4 + f * 2))) * (h <= 6 + f * 6 ? 1 : 0.25), + // de cuadrada a pulso angosto (PWM) + PWM: (f, h) => { const w = 0.5 - f * 0.064; return Math.abs(Math.sin(Math.PI * h * w)) / h; }, +}; +function tableB64(fn) { + const N = 2048, keys = []; + for (let f = 0; f < 8; f++) { + const x = new Float32Array(N); + for (let h = 1; h <= 64; h++) { + const a = fn(f, h); + if (!a) continue; + for (let i = 0; i < N; i++) x[i] += a * Math.sin(2 * Math.PI * h * i / N); + } + let pk = 0; for (const v of x) pk = Math.max(pk, Math.abs(v)); + for (let i = 0; i < N; i++) x[i] /= pk || 1; + keys.push({ position: Math.round(f * 256 / 7), wave_data: Buffer.from(x.buffer).toString('base64') }); + } + return keys; +} + +// ajustes de BITTAL (valores de Bubba): tab = tabla del osc 1; el resto, los de bm_params.h +const BITTAL = [ + ['WAVE SWEEP', { tab: 'RES', P: { macro: [0, 0, 0, 0], L1: 110, P1: 0, EPOS: 127, FT: 0, CUT: 115, RES: 10, MA: envV(0.15), MD: envV(0.3), MS: 0, MR: envV(0.3), AA: 0, AD: 70, AS: 110, AR: envV(0.3), FENV: 64, LAMT: 0, VELA: 40 } }], + ['GLASS BELLS', { tab: 'BELL', P: { macro: [0, 0, 0, 0], L1: 110, P1: 20, EPOS: 80, FT: 0, CUT: 120, RES: 5, MA: 0, MD: envV(1.2), MS: 0, MR: envV(1.2), AA: 0, AD: envV(2.5), AS: 0, AR: envV(1.5), U1: 1, D1: 6, LAMT: 0, VELA: 60 } }], + ['MALLET VIBES', { tab: 'VIBE', P: { macro: [0, 0, 0, 0], L1: 110, P1: 0, EPOS: 100, FT: 0, CUT: 118, RES: 0, MA: 0, MD: envV(0.6), MS: 0, MR: envV(0.6), AA: 0, AD: envV(1.6), AS: 0, AR: envV(0.8), LSHAPE: 0, LRATE: lfoV(5), LDEST: 3, LAMT: 45, VELA: 70 } }], + ['MIXED CHOIR', { tab: 'CHOIR', P: { macro: [0, 0, 0, 0], L1: 105, P1: 40, U1: 1, D1: 18, FT: 0, CUT: 100, RES: 10, AA: envV(0.3), AD: 90, AS: 120, AR: envV(0.8), LSHAPE: 1, LRATE: lfoV(0.25), LDEST: 2, LAMT: 40, VELA: 30 } }], + ['WAVE BRASS', { tab: 'BRASS', P: { macro: [0, 0, 0, 0], L1: 110, P1: 10, EPOS: 90, FT: 0, CUT: 100, RES: 15, FENV: 80, MA: envV(0.08), MD: envV(0.4), MS: 40, MR: envV(0.25), AA: envV(0.03), AD: 80, AS: 120, AR: envV(0.25), U1: 1, D1: 10, VELA: 50 } }], + ['WAVE STRINGS', { tab: 'PWM', P: { macro: [0, 0, 0, 0], L1: 105, P1: 0, U1: 1, D1: 20, FT: 0, CUT: 104, RES: 5, AA: envV(0.4), AD: 90, AS: 120, AR: envV(0.9), LSHAPE: 1, LRATE: lfoV(0.5), LDEST: 2, LAMT: 60, VELA: 30 } }], + ['CLICK BASS', { tab: 'RES', P: { macro: [0, 0, 0, 0], L1: 115, P1: 0, EPOS: 70, FT: 0, CUT: 72, RES: 25, FENV: 90, MA: 0, MD: envV(0.15), MS: 0, MR: envV(0.1), AA: 0, AD: envV(0.6), AS: 50, AR: envV(0.1), MODE: 1, VELA: 50 } }], +]; + +function ownVital(name, machine, tag, P, keys) { + const s = { osc_1_on: 1, osc_1_level: 0.7, osc_2_on: 0, osc_3_on: 0, polyphony: machine === 'B-MINI' ? 1 : 6 }; + if (keys) s.wavetables = [{ name: name, author: 'Bubba Machine', version: '1.0.5', groups: [{ components: [{ type: 'Wave Source', interpolation: 1, interpolation_style: 1, keyframes: keys }] }] }]; + else s.osc_1_on = 0; + return { author: 'Bubba Machine', comments: `Bubba Machine factory sound for ${machine}, CC0. bubba-${tag}: ` + JSON.stringify(P), + preset_name: name, synth_version: '1.0.5', settings: s }; +} + function waveB64(kind) { const f = new Float32Array(2048); for (let i = 0; i < 2048; i++) { const p = i / 2048; f[i] = kind === 'saw' ? 1 - 2 * p : p < 0.5 ? 1 : -1; } @@ -99,7 +223,16 @@ async function main() { const bank = JSON.parse(fs.readFileSync(P('assets/presets/banco.json'), 'utf8')); const out = []; fs.mkdirSync(P('assets/presets/buno'), { recursive: true }); + fs.mkdirSync(P('assets/presets/own'), { recursive: true }); fs.mkdirSync(P('assets/presets/bsnap'), { recursive: true }); + // empty the generated folders: a sound that left the bank does not stay behind + for (const d of ['assets/presets/buno', 'assets/presets/own', 'assets/presets/bsnap']) + for (const f of fs.readdirSync(P(d))) fs.unlinkSync(P(d, f)); + for (const [name, p] of MINI) { + const v = ownVital(name, 'B-MINI', 'mini', p, null); + fs.writeFileSync(P('assets/presets/own', slug(name) + '.vital'), JSON.stringify(v)); + out.push({ name, machine: 'B-MINI', author: 'BUBBA', lic: LIC.OWN, json: v }); + } for (const [name, p] of BUNO) { const v = bunoVital(name, p); fs.writeFileSync(P('assets/presets/buno', slug(name) + '.vital'), JSON.stringify(v)); @@ -110,6 +243,12 @@ async function main() { const json = await getVital(repo, e.path); out.push({ name: e.name, machine: e.machine, author: e.author, lic: LIC[repo.license], json }); } + // BITTAL's own go after the community ones: the factory demo plays BITTAL sound 13 + for (const [name, b] of BITTAL) { + const v = ownVital(name, 'BITTAL', 'bittal', b.P, tableB64(TABLES[b.tab])); + fs.writeFileSync(P('assets/presets/own', slug(name) + '.vital'), JSON.stringify(v)); + out.push({ name, machine: 'BITTAL', author: 'BUBBA', lic: LIC.OWN, json: v }); + } // orden: B-MINI, BITTAL, BUNO-6 (PRESETS los recorre en este orden) const ord = { 'B-MINI': 0, 'BITTAL': 1, 'BUNO-6': 2 }; out.sort((a, b) => ord[a.machine] - ord[b.machine]); diff --git a/web/bsnap.js b/web/bsnap.js index ded6537..8c76d04 100644 --- a/web/bsnap.js +++ b/web/bsnap.js @@ -18,7 +18,7 @@ export const BN = ['SAW', 'PULSE', 'RANGE', 'SUB', 'NOISE', 'PWMSRC', 'LFODCO', 'A', 'D', 'S', 'R', 'VCA', 'LRATE', 'LDELAY', 'CHORUS', 'VELA']; export const BT = ['L1', 'S1', 'F1', 'P1', 'U1', 'D1', 'TAB1', 'L2', 'S2', 'F2', 'P2', 'U2', 'D2', 'TAB2', 'FT', 'CUT', 'RES', 'DRIVE', 'FENV', 'KEYT', 'VELF', 'AA', 'AD', 'AS', 'AR', 'MA', 'MD', 'MS', 'MR', - 'LSHAPE', 'LRATE', 'LDEST', 'LAMT', 'M1D', 'M1A', 'M2D', 'M2A', 'M3D', 'M3A', 'M4D', 'M4A', 'MODE', 'GLIDE', 'VELA']; + 'LSHAPE', 'LRATE', 'LDEST', 'LAMT', 'M1D', 'M1A', 'M2D', 'M2A', 'M3D', 'M3A', 'M4D', 'M4A', 'MODE', 'GLIDE', 'VELA', 'EPOS']; const BTM = ['NONE', 'CUT', 'RES', 'POS1', 'POS2', 'POS', 'LVL2', 'DET', 'LFO', 'FENV', 'DRIVE', 'REL', 'SPACE']; const WAVE = { TRI: 0, SHARK: 1, SAW: 2, SQR: 3, WIDE: 4, NARROW: 5 }; @@ -30,7 +30,7 @@ const DEF = { A: 10, D: 70, S: 90, R: 60, VCA: 0, LRATE: 60, LDELAY: 0, CHORUS: 1, VELA: 0 }, 'BITTAL': { L1: 100, S1: 64, F1: 64, P1: 0, U1: 0, D1: 20, TAB1: 0, L2: 0, S2: 64, F2: 64, P2: 0, U2: 0, D2: 20, TAB2: 0, FT: 0, CUT: 100, RES: 15, DRIVE: 0, FENV: 64, KEYT: 64, VELF: 20, AA: 0, AD: 70, AS: 110, AR: 55, MA: 0, MD: 65, MS: 40, MR: 55, - LSHAPE: 1, LRATE: 60, LDEST: 2, LAMT: 0, M1D: 1, M1A: 110, M2D: 5, M2A: 120, M3D: 8, M3A: 120, M4D: 12, M4A: 120, MODE: 0, GLIDE: 0, VELA: 50 }, + LSHAPE: 1, LRATE: 60, LDEST: 2, LAMT: 0, M1D: 1, M1A: 110, M2D: 5, M2A: 120, M3D: 8, M3A: 120, M4D: 12, M4A: 120, MODE: 0, GLIDE: 0, VELA: 50, EPOS: 0 }, }; const MACRO_DEF = { 'B-MINI': [60, 50, 70, 64], 'BUNO-6': [72, 30, 50, 0], 'BITTAL': [64, 0, 0, 0] }; @@ -255,7 +255,20 @@ function bittal(s, report, P, mac, picks) { P.VELA = r127((s.velocity_track ?? 0.5) * 127); } +// presets propios: los ajustes exactos viajan en los comentarios del .vital ("bubba-mini: {...}", +// "bubba-bittal: {...}", "bubba-buno: {...}"); macro = las 4 macros +function ownTag(s, name, report, P, mac) { + const tag = new RegExp(`bubba-${name}:\\s*(\\{[^}]*\\})`).exec(s.__comments || ''); + if (!tag) return false; + const j = JSON.parse(tag[1]); + for (const k of Object.keys(j)) if (k in P) P[k] = j[k]; + if (j.macro) for (let i = 0; i < 4; i++) mac[i] = j.macro[i]; + report.kept.push('own settings'); + return true; +} + function mini(s, report, P, mac, frames) { + if (ownTag(s, 'mini', report, P, mac)) return; const W = [], L = [], R = []; for (const o of [1, 2, 3]) { if (!(s[`osc_${o}_on`] > 0.5) || !frames[o - 1]) { W.push(WAVE.SAW); L.push(0); R.push(1); continue; } @@ -330,6 +343,7 @@ export function vitalToBsnap(json, opts = {}) { const picks = pickOscs(s, frames); tables = picks.map(o => packTable(frames[o - 1])); bittal(s, report, P, mac, picks); + ownTag(s, 'bittal', report, P, mac); } else if (machine === 'B-MINI') mini(s, report, P, mac, frames); else buno(s, report, P, mac, frames); const tabs = tables.filter(Boolean); From 8d3eb1fd47b953004b77d60ff19993970ae76195 Mon Sep 17 00:00:00 2001 From: Erbubar23 <79039471+Erbubar23@users.noreply.github.com> Date: Sun, 18 Oct 2026 14:19:01 -0600 Subject: [PATCH 06/11] Navigation 0.9: HOME is the console (MX-1 style) - HOME/MIX: W1-W10 = patterns 01-10 (BM_PATTERNS 10; store objects 10-15 are ignored), W11-W16 = channels (tap = cursor, hold = channel card: release enters, ALGORITHM changes the machine with the 2 s dwell and the heavy rule, PRESETS its sound, a turned knob = no enter), B1-B6 mutes (hold = solo), B7-B10 scenes, B11 CUE. - Scenes are mutes only (channel + BR-8/BP-1 instrument mutes), project level: tap empty = store, tap = launch on the next bar, hold 2 s = overwrite (ring), EDIT + scene = clear, hold + others = chain per master cycle. Live mutes survive pattern swaps. CUE (CMD_MUTE_CUE) drops mutes together on the next bar. New song/scene object (version 2), song entries = pattern | (scene + 1) << 4; SONG REC records patterns and scene launches. - HOME pages: MIX and FX (CHANNEL > DELAY > REVERB > MASTER; PRESETS = MOVE). FX > CHANNEL: per-channel DRIVE (mono soft-clip, skipped at 0), PAN, DUCK and BEAT FX on/off per channel (dry channels are added after the effect, no new buffers). HOME tap always goes to MIX; HOME held = the console everywhere (HOME + W11-16 = go to that machine on release). - SLOOP-REC: REC on MIX/FX arms the cursor channel and the keys play it (notes chromatic from F, bass an octave down, KEYS IN SCALE; drums/pads with B1 = ACC), with the expressive REC / FREE REC, drawn as a piano roll. - Console GLO: TEMPO (with AUTO FILL), MACHINES, SCALE, SONG. Machine GLO replaces MORE (VIEW, LENGTH, SPEED, ... INIT); the MACHINE page is gone. - PIANO ROLL view (settings.note_view): the whole loop with fitted pitch rows, a keyboard that flashes, notes recorded this pass in red; layout cached per edit. - OCT always changes the octave (off on drums/pads); step pages on B9/B10; LENGTH +16 on B11; ERASE undo/redo on B6/B7; drum B11 = HI/LO (hold = instrument MUTE); questions are accepted by holding the asking control 2 s (release = no). - Tests: navigation, console patterns, card, scenes/CUE/mutes on swap, SLOOP note and drums, OCT/paging, timed questions, console and machine GLO, FX CHANNEL audio, PIANO ROLL drawing, screen budget. Co-Authored-By: Claude Opus 5.5 Claude-Session: https://claude.ai/code/session_011g3zqK3H16YK6pc9sXMVLS --- core/bm_app.c | 93 +-- core/bm_app.h | 71 ++- core/bm_app_int.h | 5 +- core/bm_audio.c | 7 +- core/bm_audio.h | 9 +- core/bm_config.h | 2 +- core/bm_dsp.c | 124 ++-- core/bm_input.c | 1367 ++++++++++++++++++++++++++++---------------- core/bm_pattern.h | 21 +- core/bm_seq.c | 103 +++- core/bm_store.c | 3 +- core/bm_store.h | 2 +- core/bm_ui_draw.c | 627 ++++++++++++++------ lang/plantilla.txt | 313 ++++++---- tests/test_core.c | 1126 ++++++++++++++++++++++++++++++------ 15 files changed, 2786 insertions(+), 1087 deletions(-) diff --git a/core/bm_app.c b/core/bm_app.c index 06414e5..ef042d2 100644 --- a/core/bm_app.c +++ b/core/bm_app.c @@ -137,9 +137,14 @@ void app_overlay(bm_app *a, int enc, const char *title, const char *val, const c o->until = a->now + UI_OVERLAY_MS; } +/* La pregunta la hace el control que se está atendiendo: sostenerlo (o volver a apretarlo) 2 s = sí. */ void app_ask(bm_app *a, int kind, int arg, int arg2, const char *l1, const char *l2) { a->ask = (uint8_t)kind; a->ask_arg = (uint8_t)arg; a->ask_arg2 = (uint8_t)arg2; + a->ask_ctl = a->cur_ctl; a->ask_t0 = a->now; + if (a->ask_ctl == ASK_ENC) a->ask_live = 1; + else if (a->ask_ctl & ASK_KEY) a->ask_live = a->keys_down[(a->ask_ctl & 0x7F) % BM_KEYS]; + else a->ask_live = (uint8_t)bm_gesture_is_down(&a->ges, a->ask_ctl); snprintf(a->ask_text[0], sizeof a->ask_text[0], "%s", l1); snprintf(a->ask_text[1], sizeof a->ask_text[1], "%s", l2 ? l2 : ""); a->ov.on = 0; @@ -641,11 +646,11 @@ static int exec_job(bm_app *a, int type, int arg) case JOB_COPY_PAT: return copy_to(a, arg, -1); case JOB_COPY_TRK: return copy_to(a, arg & 15, arg >> 4); case JOB_SAVE_SONG: { - uint8_t buf[1 + 2 * BM_SONG_MAX + sizeof a->song.scene]; - buf[0] = a->song.n; - memcpy(buf + 1, a->song.pat, BM_SONG_MAX); - memcpy(buf + 1 + BM_SONG_MAX, a->song.rep, BM_SONG_MAX); - memcpy(buf + 1 + 2 * BM_SONG_MAX, a->song.scene, sizeof a->song.scene); + uint8_t buf[2 + 2 * BM_SONG_MAX + sizeof a->song.scene]; + buf[0] = BM_SONG_VER; buf[1] = a->song.n; + memcpy(buf + 2, a->song.pat, BM_SONG_MAX); + memcpy(buf + 2 + BM_SONG_MAX, a->song.rep, BM_SONG_MAX); + memcpy(buf + 2 + 2 * BM_SONG_MAX, a->song.scene, sizeof a->song.scene); if (bm_store_write(&a->store, BM_OBJ_SONG, buf, sizeof buf)) return -1; a->song_dirty = 0; return 0; @@ -790,10 +795,11 @@ static void demo_pattern(bm_pattern *p, bm_song *song, const bm_take *tk, uint8_ p->trk[0].level = 84; p->trk[2].level = 66; p->trk[3].level = 32; p->trk[4].level = 36; p->trk[5].level = 26; p->meta.rv_mix = 70; memset(song->scene, 0, sizeof song->scene); - song->scene[0].valid = 1; song->scene[0].pattern = 0; /* A: todo */ - song->scene[1].valid = 1; song->scene[1].pattern = 0; song->scene[1].trk_mute = 0x38; /* B: batería, voces y acid */ - song->scene[2].valid = 1; song->scene[2].pattern = 0; song->scene[2].trk_mute = 0x01; /* C: sin batería */ - song->scene[3].valid = 1; song->scene[3].pattern = 0; song->scene[3].trk_mute = 0x3A; /* D: batería y acid */ + for (int s = 0; s < BM_SCENES; s++) song->scene[s].flags = SCN_STORED; + song->scene[0].trk_mute = 0x00; /* A: todo */ + song->scene[1].trk_mute = 0x38; /* B: batería, voces y acid */ + song->scene[2].trk_mute = 0x01; /* C: sin batería */ + song->scene[3].trk_mute = 0x3A; /* D: batería y acid */ } /* 0.4: sin loops de fábrica. El sampler toca tomas: las que se graban o se suben con @@ -837,6 +843,7 @@ void bm_app_init(bm_app *a, const bm_platform *pf, uint32_t now) 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->solo_key = -1; a->solo_track = -1; + a->song_rec_scene = 0xFF; a->mach_trk = BM_TR_TRACKS; a->ask_ctl = 0xFF; a->cur_ctl = 0xFF; 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); @@ -862,12 +869,13 @@ void bm_app_init(bm_app *a, const bm_platform *pf, uint32_t now) ok = 0; } if (ok) a->set = s; - uint8_t b[1 + 2 * BM_SONG_MAX + sizeof a->song.scene]; - if (ok && bm_store_read(&a->store, BM_OBJ_SONG, b, sizeof b) == (int)sizeof b) { - a->song.n = b[0] > BM_SONG_MAX ? BM_SONG_MAX : b[0]; - memcpy(a->song.pat, b + 1, BM_SONG_MAX); - memcpy(a->song.rep, b + 1 + BM_SONG_MAX, BM_SONG_MAX); - memcpy(a->song.scene, b + 1 + 2 * BM_SONG_MAX, sizeof a->song.scene); + uint8_t b[2 + 2 * BM_SONG_MAX + sizeof a->song.scene]; /* otra versión (0.8: escenas con patrón): se ignora */ + if (ok && bm_store_read(&a->store, BM_OBJ_SONG, b, sizeof b) == (int)sizeof b && b[0] == BM_SONG_VER) { + a->song.n = b[1] > BM_SONG_MAX ? BM_SONG_MAX : b[1]; + memcpy(a->song.pat, b + 2, BM_SONG_MAX); + memcpy(a->song.rep, b + 2 + BM_SONG_MAX, BM_SONG_MAX); + memcpy(a->song.scene, b + 2 + 2 * BM_SONG_MAX, sizeof a->song.scene); + for (int i = 0; i < a->song.n; i++) if (bm_song_pat(a->song.pat[i]) >= BM_PATTERNS) a->song.pat[i] = 0; } for (int i = 0; i < BM_PATTERNS; i++) if (bm_store_has(&a->store, (uint8_t)i)) fresh = 0; int len = 0; @@ -909,11 +917,11 @@ void bm_app_master(bm_app *a, uint16_t adc) } /* ------------------------------------------------------------ navegación */ -static const uint8_t TABS_TR[] = {PG_SEQ, PG_SOUND, PG_INST, PG_MIX, PG_MORE}; -static const uint8_t TABS_PADS[] = {PG_SEQ, PG_PADS, PG_BREAK, PG_TAKES, PG_MIX, PG_MORE}; -/* T3-T6: MACHINE es la primera de SOUND (SELECT pasa por ella antes de las páginas del sonido); ENV - * y LFO están en SOUND */ -static const uint8_t TABS_NOTE[] = {PG_SEQ, PG_MACH, PG_SOUND, PG_MIX, PG_ARP, PG_LOOP, PG_MORE}; +/* 0.9: sin MACHINE (la máquina se cambia desde HOME) y sin MORE (es el GLO de la máquina) */ +static const uint8_t TABS_TR[] = {PG_SEQ, PG_SOUND, PG_INST, PG_MIX}; +static const uint8_t TABS_PADS[] = {PG_SEQ, PG_PADS, PG_BREAK, PG_TAKES, PG_MIX}; +/* T3-T6: ENV y LFO están en SOUND */ +static const uint8_t TABS_NOTE[] = {PG_SEQ, PG_SOUND, PG_MIX, PG_ARP, PG_LOOP}; int bm_app_tabs(const bm_app *a, int t, uint8_t out[8]) { @@ -927,14 +935,14 @@ 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", "MACHINE", "ARP", "LOOP", + static const char *const N[PG_COUNT] = {"SEQ", "SOUND", "INSTR", "MIX", "GLO", "BREAK", "TAKES", "ARP", "LOOP", "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) return 1; + if (page == PG_SCL || page == PG_CHORDS || page == PG_MORE) return 1; if (page == PG_REC) return t == 1; uint8_t tabs[8]; int n = bm_app_tabs(a, t, tabs); @@ -942,17 +950,10 @@ 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). */ +/* 0.9: HOME siempre vuelve a MIX; no hay "volver" a otra pantalla. Salir de la consola apaga SLOOP. */ void app_set_view(bm_app *a, int v) { - 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; - } + if (v != V_HOME && v != V_FXG && a->sloop) app_sloop(a, 0); a->view = (uint8_t)v; a->ov.on = 0; a->clear_armed = 0; @@ -965,9 +966,9 @@ void app_enter(bm_app *a, int t, int page) if (a->view == V_CH && a->page == PG_PADS && page != PG_PADS && a->take_dirty) /* la ganancia de la toma se guarda al salir */ for (int i = 0; i < BM_TAKES; i++) if (a->take_dirty & (1u << i)) app_job(a, JOB_TAKE_META, i); a->page = (uint8_t)page; - if (page != PG_REC) a->ch_page[a->track] = (uint8_t)(page == PG_MACH ? PG_SOUND : page); /* volver no pasa por MACHINE */ + if (page != PG_REC && page != PG_MORE) a->ch_page[a->track] = (uint8_t)page; /* volver no pasa por su GLO */ a->held_step = -1; a->held_white = -1; - a->mach_sel = a->pat.trk[a->track].engine; a->mach_arm = 0; /* MACHINE: empieza en la que suena, sin cuenta */ + a->mach_arm = 0; app_set_view(a, V_CH); } @@ -976,7 +977,7 @@ void app_select_track(bm_app *a, int t, int keep_page) if (t < 0 || t >= BM_TRACKS) return; a->track = (uint8_t)t; a->held_step = -1; a->held_white = -1; - a->mach_sel = a->pat.trk[t].engine; a->mach_arm = 0; + a->mach_arm = 0; if (a->view == V_CH) { int pg = keep_page && app_page_ok(a, t, a->page) && a->page != PG_REC ? a->page : a->ch_page[t]; if (!app_page_ok(a, t, pg)) pg = PG_SEQ; @@ -1100,6 +1101,21 @@ void app_select_pattern(bm_app *a, int idx) app_toast(a, b); } +/* SONG REC: cada ciclo que empieza queda escrito (el patrón y, si se lanzó una escena, la escena). + * El mismo patrón sin escena nueva suma una vuelta a la entrada de antes. */ +void app_song_rec_note(bm_app *a) +{ + const bm_status *st = &a->ctx.st; + uint8_t sc = st->scene_q != 0xFF ? st->scene_q : st->scene; /* la que entra en el primer compás también cuenta */ + int fresh = sc != 0xFF && sc != a->song_rec_scene; + uint8_t e = (uint8_t)((st->pattern & 15) | (fresh ? (sc + 1) << 4 : 0)); + if (fresh) a->song_rec_scene = sc; + uint8_t *last = a->song.n ? &a->song.pat[a->song.n - 1] : NULL; + if (last && !fresh && bm_song_pat(*last) == bm_song_pat(e) && a->song.rep[a->song.n - 1] < 16) a->song.rep[a->song.n - 1]++; + else if (a->song.n < BM_SONG_MAX) { a->song.pat[a->song.n] = e; a->song.rep[a->song.n] = 1; a->song.n++; } + a->song_dirty = 1; a->t_edit = a->now; +} + /* ------------------------------------------------------------ tick */ void bm_app_tick(bm_app *a, uint32_t now) { @@ -1141,13 +1157,8 @@ void bm_app_tick(bm_app *a, uint32_t now) } } } - if (a->song_rec && app_playing(a) && st->loops != a->song_rec_loops && st->scene != 0xFF) { /* SONG REC */ - a->song_rec_loops = st->loops; - uint8_t e = (uint8_t)(0x80 | st->scene); - if (a->song.n && a->song.pat[a->song.n - 1] == e && a->song.rep[a->song.n - 1] < 16) a->song.rep[a->song.n - 1]++; - else if (a->song.n < BM_SONG_MAX) { a->song.pat[a->song.n] = e; a->song.rep[a->song.n] = 1; a->song.n++; } - a->song_dirty = 1; a->t_edit = now; - } + if (a->song_rec == 2 && app_playing(a)) { a->song_rec = 1; a->song_rec_loops = st->loops; app_song_rec_note(a); } /* SONG REC armado: empieza con PLAY */ + else if (a->song_rec == 1 && app_playing(a) && st->loops != a->song_rec_loops) { a->song_rec_loops = st->loops; app_song_rec_note(a); } if (st->smp_unsaved && !st->smp_rec && !app_playing(a) && !a->njob && a->pf.flash) { /* toma nueva: al parar */ app_job(a, JOB_SAVE_TAKE, 0); app_toast(a, "SAVING THE TAKE"); diff --git a/core/bm_app.h b/core/bm_app.h index 9bb6eee..d1b014b 100644 --- a/core/bm_app.h +++ b/core/bm_app.h @@ -22,21 +22,26 @@ typedef struct { void *user; } bm_platform; -/* Pantallas. Los canales usan V_CH con su página (pestaña). */ +/* Pantallas (0.9). La consola (BX-1) es HOME: MIX y FX, y su GLO. Los canales usan V_CH con su + * página (pestaña). */ typedef enum { V_BOOT, - V_HOME, V_MIX, V_SCENES, V_SONG, /* HOME, y HOME otra vez */ + V_HOME, /* consola: MIX (HOME siempre vuelve aquí) */ + V_FXG, /* consola: FX = CHANNEL > DELAY > REVERB > MASTER */ + V_GLO, /* consola: GLO = TEMPO > MACHINES > SCALE > SONG */ V_CH, /* un canal: a->page */ - V_GLO, V_SYSTEM, V_TIME, V_SAVE, /* globales */ - V_FXG, V_SCLG, V_COPYCH, /* HOME + FX, HOME + SCL, HOME + EDIT */ + V_SYSTEM, V_TIME, V_SAVE, V_COPYCH, /* HOME 2 s, SEQ 2 s, SAVE, HOME + EDIT */ V_COUNT } bm_view; -/* Páginas de un canal. Las pestañas dependen del tipo de canal (bm_app_tabs). PG_MACH es la - * página MACHINE de T3-T6: la primera de SOUND (EDIT), donde se elige la máquina. */ -#define BM_MACH_MS 2000u /* MACHINE: la resaltada se carga si se queda 2 s */ +enum { FXP_CHANNEL, FXP_DELAY, FXP_REVERB, FXP_MASTER, FXP_COUNT }; /* páginas del FX de la consola */ +enum { GP_TEMPO, GP_MACH, GP_SCALE, GP_SONG, GP_COUNT }; /* páginas del GLO de la consola */ + +/* Páginas de un canal. Las pestañas dependen del tipo de canal (bm_app_tabs). PG_MORE es el GLO de + * la máquina (GLO dentro de ella): no es una pestaña. */ +#define BM_MACH_MS 2000u /* cambio de máquina: la elegida se carga si se queda 2 s */ typedef enum { - PG_SEQ, PG_SOUND, PG_INST, PG_MIX, PG_MORE, PG_BREAK, PG_TAKES, PG_MACH, PG_ARP, PG_LOOP, PG_MIDI, + PG_SEQ, PG_SOUND, PG_INST, PG_MIX, PG_MORE, PG_BREAK, PG_TAKES, PG_ARP, PG_LOOP, PG_MIDI, PG_SCL, PG_CHORDS, PG_REC, PG_PADS, PG_COUNT } bm_page; @@ -46,16 +51,20 @@ typedef enum { L_COUNT } 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, ASK_DISCARD }; +/* Preguntas (0.9): se aceptan con el tiempo. Sostener 2 s el mismo botón o tecla que preguntó + * (o volver a apretarlo y sostenerlo); soltarlo antes, u otro control, es no. */ +enum { ASK_NONE, ASK_COPY_PAT, ASK_COPY_TRK, ASK_TAKE_DEL, ASK_INIT, ASK_KIT, ASK_DISCARD, ASK_COPY_CH }; +#define ASK_ENC 0xFEu /* preguntó una perilla: se acepta sola a los 2 s, otro control es no */ +#define ASK_KEY 0x80u /* ask_ctl = ASK_KEY | tecla; si no, el botón */ typedef struct { uint8_t ver, clock, sync_mode, sync_ppqn, sync_lat, drive, led_dim, autosave, last_pat; - uint8_t enter; /* espera del recuadro de canal (HOME + SELECT, ALGORITHM en INSTR): 2 = 400 ms; no se cambia desde la pantalla */ + uint8_t enter; /* espera del recuadro de instrumento (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) */ - uint8_t rsv[19]; + uint8_t note_view; /* bit t = el canal t ve su SEQ como PIANO ROLL (GLO de la máquina > VIEW) */ + uint8_t rsv[18]; } bm_settings; typedef struct { @@ -127,20 +136,30 @@ typedef struct bm_app { bm_gesture ges; bm_screen scr; uint8_t view, page, layer, track, step_page; - uint8_t mach_sel; /* MACHINE: la máquina resaltada (ENG_*) */ - uint8_t mach_arm; /* MACHINE: 1 = la cuenta de 2 s corre (ALGORITHM la movió a otra) · 2 = recién llegada desde MORE */ - uint32_t mach_t0; /* MACHINE: cuándo se llegó a la resaltada */ + uint8_t mach_sel; /* cambio de máquina: la elegida (ENG_*) */ + uint8_t mach_arm; /* 1 = la cuenta de 2 s corre (ALGORITHM la movió a otra) */ + uint8_t mach_trk; /* el canal que cambia de máquina (la tarjeta o GLO > MACHINES) */ + uint32_t mach_t0; /* cuándo se llegó a la elegida */ uint8_t ch_page[BM_TRACKS]; /* última página de cada canal */ - uint8_t prev_view, prev_page; + uint8_t glo_back; /* GLO de la máquina: la página a la que vuelve GLO otra vez */ + uint8_t glo_page; /* GLO de la consola: GP_* */ uint8_t sel_lane[BM_TRACKS]; uint8_t ed_page[BM_TRACKS]; /* página del editor de sonido (ANALOG) o del instrumento (batería) */ - int8_t oct, note_oct; + int8_t oct; uint8_t rec, rec_before, rec_hold, fill; + uint8_t sloop; /* SLOOP-REC (REC en la consola): las teclas tocan el canal del cursor */ + uint8_t card, card_turn; /* tarjeta del canal (blanca 11-16 sostenida en HOME): canal + 1 · se giró una perilla */ + uint8_t cue; /* CUE (negra 11 en HOME): 1 sostenida, 2 fija */ + uint8_t home_go; /* HOME + blanca 11-16: el canal + 1 al que se entra al soltar HOME */ + uint8_t scn_chain; /* escenas: una sostenida ya armó una cadena (soltarla no lanza) */ + uint8_t song_rec_scene; /* SONG REC: la escena que ya quedó escrita */ + uint64_t rec_steps; /* REC de esta pasada: los pasos donde se grabó (las notas se ven en rojo) */ + uint16_t rec_lanes; /* y los instrumentos (rejillas) */ uint16_t home_mod; /* botones que se apretaron con HOME sostenido */ uint8_t home_used; 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 box_mode, box_lane; /* recuadro de ALGORITHM en INSTR: BOX_LANE (instrumento) */ + uint8_t layer_latch; /* la capa quedó abierta con un toque (FILL, ROLL, LFO): 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; @@ -188,6 +207,10 @@ typedef struct bm_app { uint8_t menu_row, glo_row, more_row, save_row, save_target, song_cur, clear_armed; uint8_t copy_src, copy_dst, copy_pat_dst, copy_trk; uint8_t ask, ask_arg, ask_arg2; + uint8_t ask_ctl, ask_live; /* el control que preguntó (botón, ASK_KEY | tecla o ASK_ENC) y si está apretado */ + uint8_t cur_ctl; /* el control que se está atendiendo (para app_ask) */ + uint16_t ask_eat; /* botones cuyo gesto ya usó la pregunta: se ignoran hasta soltarlos */ + uint32_t ask_t0; /* desde cuándo se sostiene para el sí */ char ask_text[2][30]; uint32_t clear_t; bm_overlay ov; @@ -288,8 +311,16 @@ int bm_app_chord_track(const bm_app *a); int bm_app_enter_ms(const bm_app *a); /* -1 = OFF */ uint32_t bm_app_rec_room(const bm_app *a); /* muestras que caben en la próxima toma */ uint8_t bm_app_takes_sel(const bm_app *a); /* fuente marcada en TOMAS */ -int bm_app_more_count(const bm_app *a); +int bm_app_more_count(const bm_app *a); /* filas del GLO de la máquina */ void bm_app_more_row(const bm_app *a, int i, const char **name, char *val, int cap); +int bm_app_glo_count(const bm_app *a); /* filas de la página del GLO de la consola */ +void bm_app_glo_row(const bm_app *a, int i, const char **name, char *val, int cap); +/* una tecla sostenida que hace algo a los 2 s (escena: guardarla): 0..255 hacia los 2 s, o -1 */ +int bm_app_key_ring(const bm_app *a, char *label, int cap); +/* la pregunta: cuánto falta para el sí (0..255) y cómo se dice el control que preguntó */ +int bm_app_ask_progress(const bm_app *a); +void bm_app_ask_hint(const bm_app *a, char *buf, int cap); +static inline bool bm_app_roll_view(const bm_app *a, int t) { return (a->set.note_view >> t) & 1; } #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]; diff --git a/core/bm_app_int.h b/core/bm_app_int.h index fad4a42..db1ba3d 100644 --- a/core/bm_app_int.h +++ b/core/bm_app_int.h @@ -29,7 +29,7 @@ void app_ask(bm_app *a, int kind, int arg, int arg2, const char *l1, const char static inline int app_playing(const bm_app *a) { return a->ctx.st.playing; } static inline int app_kind(const bm_app *a, int t) { return bm_kind(&a->pat, t); } static inline int app_midi(const bm_app *a, int t) { (void)a; (void)t; return 0; } /* 0.6: MIDI es MIDI OUT por canal */ -enum { BOX_HOME, BOX_CH, BOX_LANE }; +enum { BOX_LANE = 2 }; static inline int app_engine(const bm_app *a, int t) { return a->pat.trk[t].engine; } int app_scale(const bm_app *a, int t, int *root); /* escala del canal (o la del proyecto) */ void app_set_view(bm_app *a, int v); @@ -62,7 +62,10 @@ void app_init_sound(bm_app *a, int t); int app_set_machine(bm_app *a, int t, int eng); /* T3-T6: otra máquina (las notas quedan); 0 = se cambió */ int app_machine_track(const bm_app *a, int engine); /* el canal T3-T6 con esa máquina, o -1 */ +void app_song_rec_note(bm_app *a); /* SONG REC: escribe el ciclo que empieza */ + /* entrada (bm_input.c) */ +void app_sloop(bm_app *a, int on); /* SLOOP-REC en la consola: las teclas tocan el canal del cursor y graban */ void app_on_gesture(void *u, int id, bm_gkind k); void app_input_tick(bm_app *a); void app_leds(bm_app *a); diff --git a/core/bm_audio.c b/core/bm_audio.c index dba681a..f964c10 100644 --- a/core/bm_audio.c +++ b/core/bm_audio.c @@ -214,13 +214,18 @@ static void apply(bm_ctx *c, const bm_cmd *k) case CMD_PUNCH: c->punch_req = k->a; break; case CMD_FILL: c->fill = k->a; break; case CMD_QUEUE: c->queued = (k->a == 0xFF) ? -1 : k->a; c->st.queued = k->a; c->pchain_n = 0; c->st.pchain_n = 0; break; - case CMD_LOAD: + case CMD_LOAD: { + uint16_t lm[BM_TR_TRACKS]; + uint8_t tm = bm_mutes_get(c->pat, lm); /* los mutes de la consola quedan */ if (c->swap && c->swap(c->swap_user, c->cur_pat, k->a, c->pat) == 0) { + bm_mutes_set(c->pat, tm, lm); c->cur_pat = k->a; c->st.pattern = k->a; bm_seq_set_bpm(c, c->pat->meta.bpm_x10); bm_engines_sync(c); c->gen_blk = 0; } break; + } + case CMD_MUTE_CUE: bm_mute_cue_cmd(c, k->a); break; case CMD_PCHAIN: if (k->u.ptr) bm_pchain_cmd(c, (const uint8_t *)k->u.ptr, k->a); break; case CMD_SONG: c->song_on = k->a; c->st.song_on = k->a; c->song_pos = 0; c->song_rep = 0; break; case CMD_SCENE: bm_scene_cmd(c, k->a); break; diff --git a/core/bm_audio.h b/core/bm_audio.h index ba1e543..e5d860e 100644 --- a/core/bm_audio.h +++ b/core/bm_audio.h @@ -73,7 +73,8 @@ typedef enum { 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_ROLL_CFG, /* ROLL: a=rampa (0 no, 1 CRESC, 2 DECRESC) b=swing 50..75 c=cola en ticks i=largo de la rampa */ - CMD_CLONE /* a=canal de origen b=destino (T3-T6): su máquina y su sonido (HOME + EDIT) */ + CMD_CLONE, /* a=canal de origen b=destino (T3-T6): su máquina y su sonido (HOME + EDIT) */ + CMD_MUTE_CUE /* a=bits de los canales cuyo mute cambia en el próximo compás (CUE de HOME; parado: ya) */ } bm_cmd_type; typedef struct { @@ -129,6 +130,7 @@ typedef struct { volatile uint8_t clip; volatile uint8_t pattern, queued; volatile uint8_t scene, scene_q, chain_n, chain_pos; + volatile uint8_t cue_x; /* CUE: los mutes que cambian en el próximo compás (bit = canal) */ volatile uint8_t song_on, song_pos; volatile uint8_t fill; volatile uint8_t smp_rec, smp_armed, smp_unsaved; @@ -248,6 +250,8 @@ typedef struct bm_ctx { uint32_t rtick, btick; int8_t queued; int8_t scene_q; + uint8_t scene_bar; /* 1 = scene_q entra en el próximo compás (si no, al ciclo maestro: cadenas) */ + uint8_t cue_x; /* CUE: mutes que cambian en el próximo compás */ uint8_t chain[8], chain_n, chain_pos; uint8_t song_pos, song_rep, cur_pat; uint32_t rng; @@ -370,6 +374,9 @@ int bm_track_tps(const bm_ctx *c, int t); void bm_loop_cmd(bm_ctx *c, int t, int action, int val); void bm_scene_cmd(bm_ctx *c, int idx); void bm_chain_cmd(bm_ctx *c, const uint8_t *chain, int n); +void bm_mute_cue_cmd(bm_ctx *c, uint8_t x); /* CUE: estos mutes cambian juntos en el próximo compás */ +uint8_t bm_mutes_get(const bm_pattern *p, uint16_t lm[BM_TR_TRACKS]); /* mutes de canal (bits) e instrumentos */ +void bm_mutes_set(bm_pattern *p, uint8_t tm, const uint16_t lm[BM_TR_TRACKS]); void bm_strum_cmd(bm_ctx *c, int t, const uint8_t *notes, int n, uint8_t vel); void bm_engines_sync(bm_ctx *c); /* motor de cada canal según el patrón */ void bm_gen_decide(bm_ctx *c, uint32_t blk); /* BREAK del sampler: decide un bloque de 16 pasos */ diff --git a/core/bm_config.h b/core/bm_config.h index 6023efc..fa96676 100644 --- a/core/bm_config.h +++ b/core/bm_config.h @@ -24,7 +24,7 @@ #define BM_EVENTS 4 /* eventos por paso */ #define BM_PPQN 96 #define BM_TICKS_STEP 24 /* 96 PPQN / 4 semicorcheas */ -#define BM_PATTERNS 16 +#define BM_PATTERNS 10 /* 0.9: W1-W10 en HOME (los objetos 10-15 de la flash se ignoran) */ #define BM_SONG_MAX 64 #define BM_PAT_MAX_EVENTS 768 #define BM_LANES 16 /* instrumentos de las pistas TR (T1 batería, T2 sampler) */ diff --git a/core/bm_dsp.c b/core/bm_dsp.c index 4541dec..6253a65 100644 --- a/core/bm_dsp.c +++ b/core/bm_dsp.c @@ -193,6 +193,76 @@ static void dj_filter(bm_ctx *c, int t, uint8_t djf, int32_t *x, uint32_t n) c->dj_ic1[t] = flush(c->dj_ic1[t]); c->dj_ic2[t] = flush(c->dj_ic2[t]); } +/* DRIVE de un canal (HOME FX > CHANNEL K1): soft-clip mono antes de la mezcla, con la ganancia + * compensada (a todo, unos +9 dB de saturación). 0 = no pasa por aquí. */ +static void ch_drive(int32_t *x, uint32_t n, uint8_t drive) +{ + float g = 1.0f + (float)drive * (7.0f / 127.0f), kin = g * K15, kout = 32768.0f * sqrtf(g) / (1.5f * g); + for (uint32_t i = 0; i < n; i++) { + float u = (float)x[i] * kin; + u = u >= 1.0f ? 1.0f : u <= -1.0f ? -1.0f : u * (1.5f - 0.5f * u * u); + x[i] = (int32_t)(u * kout); + } +} + +/* Un canal a la mezcla: L/R (con su chorus si es BUNO-6) si lr, y el envío al delay y su pico si snd. + * Con el BEAT FX (o el PUNCH) sonando, un canal con BEAT FX OFF pasa dos veces: el envío antes + * del efecto y L/R después, así el efecto no lo toca (como el BEAT FX por canal de un MX-1). */ +static int32_t mix_track(bm_ctx *c, int t, uint32_t n, float *L, float *R, float *S, const float *SC, int lr, int snd) +{ + const bm_track *tr = &c->pat->trk[t]; + const int32_t *x = c->tbuf[t]; + 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; + float gs = snd ? g * (float)tr->send * (1.0f / 128.0f) : 0.0f; + int32_t pk = 0; + float dk = t >= 1 ? (float)tr->duck * (1.0f / 127.0f) : 0.0f; + int chm = tr->engine == ENG_BUNO ? c->pat->prm[t][BN_CHORUS] % BN_CHORUSES : 0; + if (chm && lr) { /* BUNO-6: chorus estéreo (con ducking) */ + float rate = CH_RATE[chm] / (float)BM_FS; + float mn = CH_MIN_MS[chm] * 0.001f * (float)BM_FS, mx = CH_MAX_MS[chm] * 0.001f * (float)BM_FS; + float mid = 0.5f * (mn + mx), dep = 0.5f * (mx - mn); + const float kl = 0.55f; /* el BBD filtra los agudos */ + float cl = gl * 0.75f, cr = gr * 0.75f; + for (uint32_t i = 0; i < n; i++) { + int32_t xi = x[i], ax = xi < 0 ? -xi : xi; + if (ax > pk) pk = ax; + /* ducking a la entrada del chorus: el eco del BBD lo sigue 2-5 ms después (no se + * oye) y cuesta una multiplicación. dk = 0: sin ducking (SC viejo, no importa) */ + float v = (float)xi * (1.0f - SC[i] * dk); + ch_buf[ch_w] = v; + ch_lfo += rate; if (ch_lfo >= 1.0f) ch_lfo -= 1.0f; + float tri = 4.0f * fabsf(ch_lfo - 0.5f) - 1.0f; + float wl = ch_read(mid + dep * tri), wr = ch_read(mid - dep * tri); + ch_lpL += kl * (wl - ch_lpL); ch_lpR += kl * (wr - ch_lpR); + ch_w = (ch_w + 1u) & (CH_LEN - 1u); + L[i] += (v + ch_lpL) * cl; R[i] += (v + ch_lpR) * cr; S[i] += v * gs; + } + } else if (!lr) { /* solo el envío (BEAT FX OFF, antes del efecto) */ + for (uint32_t i = 0; i < n; i++) { + int32_t xi = x[i], ax = xi < 0 ? -xi : xi; + if (ax > pk) pk = ax; + S[i] += (float)xi * (1.0f - SC[i] * dk) * gs; + } + } else if (dk > 0.0f) { + for (uint32_t i = 0; i < n; i++) { + int32_t xi = x[i], ax = xi < 0 ? -xi : xi; + if (ax > pk) pk = ax; + float v = (float)xi * (1.0f - SC[i] * dk); + L[i] += v * gl; R[i] += v * gr; S[i] += v * gs; + } + } else { + for (uint32_t i = 0; i < n; i++) { + int32_t xi = x[i], ax = xi < 0 ? -xi : xi; + if (ax > pk) pk = ax; + float v = (float)xi; + L[i] += v * gl; R[i] += v * gr; S[i] += v * gs; + } + } + return (int32_t)((int64_t)pk * tr->level / 400); +} + /* Un NaN o un infinito en un estado compartido (delay, reverb, chorus, filtros, sidechain) se * quedaría para siempre y callaría todo hasta reiniciar: una vez por bloque se mira cada grupo * (la suma de un grupo es NaN o enorme si alguno lo es), se pone en cero y se cuenta en st.nan_fix. */ @@ -244,15 +314,14 @@ void bm_dsp_mix(bm_ctx *c, int32_t *out, uint32_t n) static float RV[BM_BLOCK]; for (uint32_t i = 0; i < n; i++) L[i] = R[i] = S[i] = RV[i] = 0.0f; int rv_any = 0; + uint8_t late = 0; /* BEAT FX OFF: L/R después del efecto */ for (int t = 0; t < BM_TRACKS; t++) { if (!(c->tact & (1u << t))) continue; const bm_track *tr = &c->pat->trk[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; - float gs = g * (float)tr->send * (1.0f / 128.0f); + if (tr->drive) ch_drive(x, n, tr->drive); + float g = (float)tr->level * (1.0f / 400.0f) * K15; float rs = (float)tr->rsend * (1.0f / 128.0f); if (tr->engine == ENG_BITTAL) rs += bm_bt_macro(c->pat->prm[t], tr->macro, BTM_SPACE) * 0.8f; /* macro SPACE */ float grv = g * (rs < 0.0f ? 0.0f : rs); @@ -260,48 +329,9 @@ void bm_dsp_mix(bm_ctx *c, int32_t *out, uint32_t n) rv_any = 1; for (uint32_t i = 0; i < n; i++) RV[i] += (float)x[i] * grv; } - int32_t pk = 0; - float dk = t >= 1 ? (float)tr->duck * (1.0f / 127.0f) : 0.0f; - int chm = tr->engine == ENG_BUNO ? c->pat->prm[t][BN_CHORUS] % BN_CHORUSES : 0; - if (chm) { /* BUNO-6: chorus estéreo (con ducking) */ - float rate = CH_RATE[chm] / (float)BM_FS; - float mn = CH_MIN_MS[chm] * 0.001f * (float)BM_FS, mx = CH_MAX_MS[chm] * 0.001f * (float)BM_FS; - float mid = 0.5f * (mn + mx), dep = 0.5f * (mx - mn); - const float kl = 0.55f; /* el BBD filtra los agudos */ - float cl = gl * 0.75f, cr = gr * 0.75f; - for (uint32_t i = 0; i < n; i++) { - int32_t xi = x[i], ax = xi < 0 ? -xi : xi; - if (ax > pk) pk = ax; - /* ducking a la entrada del chorus: el eco del BBD lo sigue 2-5 ms después (no se - * oye) y cuesta una multiplicación. dk = 0: sin ducking (SC viejo, no importa) */ - float v = (float)xi * (1.0f - SC[i] * dk); - ch_buf[ch_w] = v; - ch_lfo += rate; if (ch_lfo >= 1.0f) ch_lfo -= 1.0f; - float tri = 4.0f * fabsf(ch_lfo - 0.5f) - 1.0f; - float wl = ch_read(mid + dep * tri), wr = ch_read(mid - dep * tri); - ch_lpL += kl * (wl - ch_lpL); ch_lpR += kl * (wr - ch_lpR); - ch_w = (ch_w + 1u) & (CH_LEN - 1u); - L[i] += (v + ch_lpL) * cl; R[i] += (v + ch_lpR) * cr; S[i] += v * gs; - } - peak[t] = (int32_t)((int64_t)pk * tr->level / 400); - continue; - } - if (dk > 0.0f) { - for (uint32_t i = 0; i < n; i++) { - int32_t xi = x[i], ax = xi < 0 ? -xi : xi; - if (ax > pk) pk = ax; - float v = (float)xi * (1.0f - SC[i] * dk); - L[i] += v * gl; R[i] += v * gr; S[i] += v * gs; - } - } else { - for (uint32_t i = 0; i < n; i++) { - int32_t xi = x[i], ax = xi < 0 ? -xi : xi; - if (ax > pk) pk = ax; - float v = (float)xi; - L[i] += v * gl; R[i] += v * gr; S[i] += v * gs; - } - } - peak[t] = (int32_t)((int64_t)pk * tr->level / 400); + int dry = pc >= 0 && tr->bfx_off; + if (dry) late |= (uint8_t)(1u << t); + peak[t] = mix_track(c, t, n, L, R, S, SC, !dry, 1); } /* ---- MOVE a la derecha: la mezcla entera también entra a la reverb (se lava) */ @@ -429,6 +459,8 @@ void bm_dsp_mix(bm_ctx *c, int32_t *out, uint32_t n) } } for (int ch = 0; ch < 2; ch++) { c->pf_ic1[ch] = flush(c->pf_ic1[ch]); c->pf_ic2[ch] = flush(c->pf_ic2[ch]); } + for (int t = 0; t < BM_TRACKS; t++) /* los canales con BEAT FX OFF, sin el efecto */ + if ((late >> t) & 1) mix_track(c, t, n, L, R, S, SC, 1, 0); } /* ---- filtro del master (K3 de HOME): 64 abierto, a la izquierda pasa-bajos, a la derecha pasa-altos */ diff --git a/core/bm_input.c b/core/bm_input.c index 128e331..574650c 100644 --- a/core/bm_input.c +++ b/core/bm_input.c @@ -26,7 +26,14 @@ 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, ROLE_CMOD }; +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, + ROLE_CHAN, /* blanca 11-16 en la consola: el cursor; sostenida, la tarjeta del canal */ + ROLE_CUE, /* negra 11 en la consola */ + ROLE_HILO, /* negra 11 en la batería y los pads: toque HI/LO, sostenida MUTE de instrumentos */ + ROLE_ACC, /* negra 1 en SLOOP (batería y pads): los golpes que suenan mientras la sostienes, con acento */ + ROLE_SCNDONE }; /* tecla de escena que ya hizo lo suyo (cadena o guardada a los 2 s): soltarla no hace nada */ + +static bool console(const bm_app *a) { return a->view == V_HOME || a->view == V_FXG || a->view == V_GLO; } const char *bm_macro_name(const bm_app *a, int t, int i) { @@ -132,22 +139,25 @@ static int syn_step_events(const bm_app *a, int t, int s, int idx[4]) return n; } -/* ------------------------------------------------------------ filas de MAS */ -enum { ROW_ENGINE, ROW_ACC, ROW_LEN, ROW_SPEED, ROW_TRANSP, ROW_MIDIOUT, ROW_MIDICH, ROW_INTERP, ROW_INIT }; +/* ------------------------------------------------------------ GLO de la máquina (0.9: MORE adentro) + * Notas: VIEW, LENGTH, SPEED, TRANSPOSE, ACCENT, MIDI OUT (y su canal), INIT SOUND · BR-8: LENGTH, + * SPEED, ACCENT, INIT KIT · BP-1: LENGTH, SPEED, ACCENT, INTERPOLATION, INIT. */ +enum { ROW_VIEW, ROW_ACC, ROW_LEN, ROW_SPEED, ROW_TRANSP, ROW_MIDIOUT, ROW_MIDICH, ROW_INTERP, ROW_INIT }; static int more_rows(const bm_app *a, int t, uint8_t out[10]) { - int n = 0; - if (app_kind(a, t) == KIND_NOTE) out[n++] = ROW_ENGINE; /* T3-T6: a la página MACHINE */ - out[n++] = ROW_ACC; out[n++] = ROW_LEN; out[n++] = ROW_SPEED; - if (app_kind(a, t) == KIND_NOTE) { out[n++] = ROW_TRANSP; out[n++] = ROW_MIDIOUT; } - if (a->pat.trk[t].midi_out) out[n++] = ROW_MIDICH; + int n = 0, note = app_kind(a, t) == KIND_NOTE; + if (note) out[n++] = ROW_VIEW; + out[n++] = ROW_LEN; out[n++] = ROW_SPEED; + if (note) out[n++] = ROW_TRANSP; + out[n++] = ROW_ACC; + if (note) { out[n++] = ROW_MIDIOUT; if (a->pat.trk[t].midi_out) out[n++] = ROW_MIDICH; } if (t == 1) out[n++] = ROW_INTERP; out[n++] = ROW_INIT; return n; } -static const char *const ROW_NAMES[] = {"MACHINE", "ACCENT", "LENGTH", "SPEED", "TRANSPOSE", "MIDI OUT", "MIDI CHANNEL", "INTERPOLATION", "INIT SOUND"}; +static const char *const ROW_NAMES[] = {"VIEW", "ACCENT", "LENGTH", "SPEED", "TRANSPOSE", "MIDI OUT", "MIDI CHANNEL", "INTERPOLATION", "INIT SOUND"}; void bm_app_more_row(const bm_app *a, int i, const char **name, char *val, int cap) { @@ -158,7 +168,8 @@ void bm_app_more_row(const bm_app *a, int i, const char **name, char *val, int c if (i < 0 || i >= n) { *name = ""; return; } *name = ROW_NAMES[rows[i]]; switch (rows[i]) { - case ROW_ENGINE: snprintf(val, (size_t)cap, "%s", bm_engine_names[tk->engine % ENG_COUNT]); break; + case ROW_VIEW: snprintf(val, (size_t)cap, "%s", bm_app_roll_view(a, t) ? "PIANO ROLL" : "NOTES"); break; + case ROW_INIT: *name = bm_is_tr(&a->pat, t) ? "INIT KIT" : t == 1 ? "INIT" : "INIT SOUND"; snprintf(val, (size_t)cap, "TURN"); break; case ROW_ACC: fmt_pct(tk->accent, val, cap); break; case ROW_LEN: snprintf(val, (size_t)cap, TF("%d STEPS"), bm_trk_len(&a->pat, t, bm_is_grid(&a->pat, t) ? 0 : -1)); break; case ROW_SPEED: snprintf(val, (size_t)cap, "%s", bm_speed_names[tk->speed % SPD_COUNT]); break; @@ -166,12 +177,64 @@ void bm_app_more_row(const bm_app *a, int i, const char **name, char *val, int c case ROW_MIDICH: snprintf(val, (size_t)cap, "%d", tk->midi_ch + 1); break; case ROW_MIDIOUT: snprintf(val, (size_t)cap, "%s", tk->midi_out ? "ON" : "OFF"); break; case ROW_INTERP: snprintf(val, (size_t)cap, "%s", tk->interp ? "HERMITE" : "LINEAR"); break; - default: snprintf(val, (size_t)cap, "TURN = YES"); break; + default: break; } } int bm_app_more_count(const bm_app *a) { uint8_t r[10]; return more_rows(a, a->track, r); } +/* ------------------------------------------------------------ GLO de la consola (0.9) + * TEMPO: BPM SWING MASTER LENGTH TRANSPOSE AUTO FILL · MACHINES: T1-T6 (T3-T6 eligen, con la espera + * de 2 s) · SCALE: ROOT SCALE KEYS IN SCALE BASE CHORD · SONG: las entradas (su propia lista). */ +static const char *const FE_NAMES[4] = {"OFF", "EVERY 2", "EVERY 4", "EVERY 8"}; +static int fe_index(int fe) { return fe == 2 ? 1 : fe == 4 ? 2 : fe == 8 ? 3 : 0; } + +int bm_app_glo_count(const bm_app *a) +{ + switch (a->glo_page) { + case GP_TEMPO: return 5; + case GP_MACH: return BM_TRACKS; + case GP_SCALE: return 4; + default: return a->song.n; + } +} + +void bm_app_glo_row(const bm_app *a, int i, const char **name, char *val, int cap) +{ + const bm_meta *m = &a->pat.meta; + size_t n = (size_t)cap; + val[0] = 0; *name = ""; + switch (a->glo_page) { + case GP_TEMPO: { + static const char *const NM[5] = {"BPM", "SWING", "MASTER LENGTH", "TRANSPOSE", "AUTO FILL"}; + if (i < 0 || i >= 5) return; + *name = NM[i]; + if (i == 0) snprintf(val, n, "%d.%d", m->bpm_x10 / 10, m->bpm_x10 % 10); + else if (i == 1) snprintf(val, n, "%d%%", m->swing); + else if (i == 2) { if (m->master) snprintf(val, n, TF("%d STEPS"), m->master * 16); else snprintf(val, n, "INF"); } + else if (i == 3) fmt_semi(m->transpose, val, cap); + else snprintf(val, n, "%s", FE_NAMES[fe_index(m->fill_every)]); + return; + } + case GP_MACH: + if (i < 0 || i >= BM_TRACKS) return; + *name = bm_engine_names[a->pat.trk[i].engine % ENG_COUNT]; + snprintf(val, n, "%s", i < BM_TR_TRACKS ? "FIXED" : ""); + return; + case GP_SCALE: { + static const char *const NM[4] = {"ROOT", "SCALE", "KEYS IN SCALE", "BASE CHORD"}; + if (i < 0 || i >= 4) return; + *name = NM[i]; + if (i == 0) snprintf(val, n, "%s", bm_note_names[m->root % 12]); + else if (i == 1) snprintf(val, n, "%s", bm_scale_names[m->scale % BM_SCALES]); + else if (i == 2) snprintf(val, n, "%s", m->scale_lock ? "ON" : "OFF"); + else snprintf(val, n, "%s", EXT_NAMES[m->voicing % 5]); + return; + } + default: return; + } +} + /* ------------------------------------------------------------ leyenda de las perillas */ static void L4(bm_legend *L, int i, const char *name, const char *val, int pct) { @@ -180,14 +243,34 @@ static void L4(bm_legend *L, int i, const char *name, const char *val, int pct) L[i].pct = (uint8_t)bm_clampi(pct, 0, 255); } -static void legend_global(const bm_app *a, bm_legend *L) +/* GLO de la consola: K1-K4 = las filas de la página (las mismas que cambia ALGORITHM) */ +static void legend_glo(const bm_app *a, bm_legend *L) { const bm_meta *m = &a->pat.meta; char b[12]; - snprintf(b, sizeof b, "%d.%d", m->bpm_x10 / 10, m->bpm_x10 % 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_master(m->master, b, sizeof b); L4(L, 2, "MASTER", b, m->master ? m->master * 31 : 255); - fmt_pct(a->set.drive, b, sizeof b); L4(L, 3, "DRIVE", b, a->set.drive * 2); + switch (a->glo_page) { + case GP_TEMPO: + snprintf(b, sizeof b, "%d.%d", m->bpm_x10 / 10, m->bpm_x10 % 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_master(m->master, b, sizeof b); L4(L, 2, "MASTER", b, m->master ? m->master * 31 : 255); + fmt_semi(m->transpose, b, sizeof b); L4(L, 3, "TRANSP", b, m->transpose * 5); + return; + case GP_SCALE: + L4(L, 0, "ROOT", bm_note_names[m->root % 12], m->root * 23); + snprintf(b, sizeof b, "%.8s", bm_scale_names[m->scale % BM_SCALES]); L4(L, 1, "SCALE", b, m->scale * 31); + L4(L, 2, "KEYS IN", m->scale_lock ? "ON" : "OFF", m->scale_lock ? 255 : 0); + L4(L, 3, "CHORD", EXT_NAMES[m->voicing % 5], m->voicing * 63); + return; + case GP_SONG: + if (a->song.n) { + uint8_t e = a->song.pat[a->song_cur % a->song.n]; + snprintf(b, sizeof b, "A%02d", bm_song_pat(e) + 1); L4(L, 0, "PATTERN", b, bm_song_pat(e) * 28); + snprintf(b, sizeof b, "x%d", a->song.rep[a->song_cur % a->song.n]); L4(L, 1, "TIMES", b, a->song.rep[a->song_cur % a->song.n] * 16); + } + L4(L, 3, "SONG", a->ctx.st.song_on ? "ON" : "OFF", a->ctx.st.song_on ? 255 : 0); + return; + default: return; /* MACHINES: solo SELECT y ALGORITHM */ + } } static void legend_mix(const bm_app *a, int t, bm_legend *L) @@ -221,11 +304,24 @@ static void legend_home(const bm_app *a, bm_legend *L) fmt_pct(tr->rsend, b, sizeof b); L4(L, 3, "REVERB", b, tr->rsend * 2); } +/* La página del FX de la consola que mandan K1-K4 (con FX sostenido, el PUNCH: la del delay) */ +static int fx_kpage(const bm_app *a) { return a->layer == L_PUNCH ? FXP_DELAY : a->fx_page % FXP_COUNT; } + 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 == 2 && a->layer != L_PUNCH) { + int pg = fx_kpage(a); + if (pg == FXP_CHANNEL) { /* el canal del cursor: DRIVE PAN DUCK BEAT FX */ + const bm_track *tr = &a->pat.trk[a->track]; + if (tr->drive) fmt_pct(tr->drive, b, sizeof b); else snprintf(b, sizeof b, "OFF"); + L4(L, 0, "DRIVE", b, tr->drive * 2); + fmt_pan(tr->pan, b, sizeof b); L4(L, 1, "PAN", b, tr->pan * 2); + if (a->track) { fmt_pct(tr->duck, b, sizeof b); L4(L, 2, "DUCK", b, tr->duck * 2); } else L4(L, 2, "DUCK", "SOURCE", 0); + L4(L, 3, "BEAT FX", tr->bfx_off ? "OFF" : "ON", tr->bfx_off ? 0 : 255); + return; + } + if (pg == FXP_MASTER) { 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); @@ -234,7 +330,7 @@ static void legend_fx(const bm_app *a, bm_legend *L) 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) { + if (pg == FXP_REVERB) { 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); @@ -437,7 +533,7 @@ void bm_app_legend(const bm_app *a, bm_legend L[4]) const bm_meta *m = &a->pat.meta; char b[12]; switch (a->layer) { - case L_HOME: legend_global(a, L); return; + case L_HOME: legend_home(a, L); return; /* HOME sostenido: la tira del canal, como en la consola */ 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); @@ -461,12 +557,6 @@ void bm_app_legend(const bm_app *a, bm_legend L[4]) 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); - L[0].locked = 0; - } } static void legend_view(const bm_app *a, bm_legend *L) @@ -477,15 +567,8 @@ static void legend_view(const bm_app *a, bm_legend *L) 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; - case V_MIX: legend_mix(a, t, L); return; + case V_GLO: legend_glo(a, L); return; case V_FXG: legend_fx(a, L); return; - case V_SCLG: - L4(L, 0, "ROOT", bm_note_names[m->root % 12], m->root * 23); - snprintf(b, sizeof b, "%.8s", bm_scale_names[m->scale % BM_SCALES]); L4(L, 1, "SCALE", b, m->scale * 31); - L4(L, 2, "CHORD", EXT_NAMES[m->voicing % 5], m->voicing * 63); - L4(L, 3, "LOCK", m->scale_lock ? "ON" : "OFF", m->scale_lock ? 255 : 0); - return; case V_TIME: { int row = a->time_row; const bm_track *rt = &a->pat.trk[row]; @@ -505,15 +588,6 @@ static void legend_view(const bm_app *a, bm_legend *L) } case V_SAVE: snprintf(b, sizeof b, "A%02d", a->save_target + 1); L4(L, 0, "TARGET", b, a->save_target * 17); return; case V_SYSTEM: L4(L, 0, "VALUE", "ALGO", 0); return; - case V_SONG: - if (a->song.n) { - uint8_t e = a->song.pat[a->song_cur]; - if (e & 0x80) snprintf(b, sizeof b, TF("SCN %c"), 'A' + (e & 3)); else snprintf(b, sizeof b, "A%02d", e + 1); - L4(L, 0, "STEP", b, 0); - snprintf(b, sizeof b, "x%d", a->song.rep[a->song_cur]); L4(L, 1, "TIMES", b, 0); - } - L4(L, 3, "SONG", a->ctx.st.song_on ? "ON" : "OFF", a->ctx.st.song_on ? 255 : 0); - return; case V_CH: break; default: return; } @@ -543,7 +617,6 @@ static void legend_view(const bm_app *a, bm_legend *L) if (kind == KIND_TR) legend_macros(a, t, L); else legend_editor(a, t, L); return; - case PG_MACH: return; /* MACHINE: K1-K4 no hacen nada */ case PG_INST: legend_editor(a, t, L); return; case PG_MIX: legend_mix(a, t, L); return; case PG_MORE: { @@ -616,13 +689,27 @@ void bm_app_bigknobs(const bm_app *a, const char **sel, const char **alg, const if (bm_is_grid(&a->pat, t)) { A = "REPEAT"; P = "COND"; } else { A = "PROB"; P = "LENGTH"; } goto out; } + { + const char *snd = bm_is_pads(t) ? "TAKE" : kind == KIND_TR ? "KIT" : e == ENG_FM ? "PATCH" : "SOUND"; + if (a->card && console(a)) { /* la tarjeta del canal: la máquina y su sonido */ + int ct = a->card - 1; + S = "TRACK"; A = ct >= BM_TR_TRACKS ? "MACHINE" : "-"; + P = bm_is_pads(ct) ? "TAKE" : app_kind(a, ct) == KIND_TR ? "KIT" : app_engine(a, ct) == ENG_FM ? "PATCH" : "SOUND"; + goto out; + } + switch (a->view) { + case V_HOME: S = "TRACK"; A = "BPM"; P = snd; goto out; + case V_FXG: S = "PAGE"; A = "BPM"; P = "MOVE"; goto out; + case V_GLO: + P = "MOVE"; + if (a->glo_page == GP_MACH) { S = "TRACK"; A = a->track >= BM_TR_TRACKS ? "MACHINE" : "-"; } + else if (a->glo_page == GP_SONG) { if (a->song.n) { S = "ENTRY"; A = "PATTERN"; } } + else { S = "ROW"; A = "VALUE"; } + goto out; + default: break; + } + } 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; @@ -631,7 +718,6 @@ void bm_app_bigknobs(const bm_app *a, const char **sel, const char **alg, const 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_MACH) A = "MACHINE"; else if (a->page != PG_REC) switch (e) { case ENG_DRUM: A = "INSTR"; break; @@ -717,9 +803,22 @@ static uint8_t lane_live(const bm_app *a, int t, int ln) 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) +static int step_pages(const bm_app *a); +static int notes_empty(const bm_app *a, int t); +static void note_keys(const bm_app *a, bm_keyfn *K, int t); +static void lane_whites(const bm_app *a, bm_keyfn *K, int t); + +/* 0.9: las páginas de pasos en las negras 9 (<) y 10 (>): MID si hay página para ese lado */ +static void page_blacks(const bm_app *a, bm_keyfn *K) +{ + int last = step_pages(a) - 1; + KB(K, 8, "<", a->step_page > 0 ? LED_MID : LED_OFF, C_WHITE); + KB(K, 9, ">", a->step_page < last ? LED_MID : LED_OFF, C_WHITE); +} + +/* Las negras de un canal de batería o de pads: 1-8 eligen y tocan un instrumento del banco, 11 cambia + * de banco (HI/LO; sostenida, MUTE de instrumentos mientras la sostienes). En SEQ, 9 y 10 = páginas. */ +static void tr_blacks(const bm_app *a, bm_keyfn *K, int t, bool seq) { const bm_tr *tr = bm_trk_trc(&a->pat, t); int lane = tr_lane(a), bank = (lane / 8) * 8; @@ -730,41 +829,83 @@ static void tr_blacks(const bm_app *a, bm_keyfn *K, int t, bool all) 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); + if (seq) page_blacks(a, K); + KB(K, 10, lane < 8 ? "HI" : "LO", lane >= 8 ? LED_ON : (other ? LED_MID : LED_DIM), C_WHITE); } -/* 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) +/* el canal tiene algo que suena (golpes o notas) */ +static bool track_any(const bm_app *a, int t) +{ + if (app_kind(a, t) == KIND_NOTE) return !notes_empty(a, t); + const bm_tr *tr = bm_trk_trc(&a->pat, t); + for (int l = 0; l < BM_LANES; l++) if (lane_has(tr, l)) return true; + return false; +} + +/* La consola (HOME, su FX y su GLO, y HOME sostenido en cualquier lado): + * blancas 1-10 patrones 01-10: ON el actual, BLINK en cola o el siguiente de la cadena, MID guardado, DIM vacío + * blancas 11-16 canales T1-T6: ON el cursor, MID con pasos (destella con cada golpe), DIM vacío, BREATH la tarjeta + * negras 1-6 mutes: MID suena (destella), DIM muteado, BLINK en CUE, ON solo + * negras 7-10 escenas A-D: ON la activa, BLINK en cola, MID guardada, DIM vacía + * negra 11 CUE: DIM apagado, BREATH armado */ +static void map_console(const bm_app *a, bm_keyfn *K) { const bm_status *st = &a->ctx.st; char b[6]; + for (int w = 0; w < BM_PATTERNS; w++) { + bool has = bm_store_has(&a->store, (uint8_t)w) || w == st->pattern || a->pend_obj == w; + bool q = w == st->queued && st->queued != st->pattern; + snprintf(b, sizeof b, "%02d", w + 1); + KW(K, w, b, w == st->pattern ? LED_ON : q ? LED_BLINK : has ? LED_MID : LED_DIM, w == st->pattern ? C_WHITE : q ? C_CYAN : 0); + } for (int t = 0; t < BM_TRACKS; t++) { - bool mute = a->pat.trk[t].mute != 0; + bool any = track_any(a, t); + uint8_t led = a->card == t + 1 ? LED_BREATH : a->home_go == t + 1 ? LED_BLINK : t == a->track ? LED_ON : any ? LED_MID : LED_DIM; snprintf(b, sizeof b, "T%d", t + 1); - KB(K, t, b, mute ? LED_DIM : LED_MID, bm_track_color(t))->live = (uint8_t)(!mute && a->now < a->trig_until[t]); + KW(K, 10 + t, b, led, bm_track_color(t))->live = (uint8_t)(any && !a->pat.trk[t].mute && a->now < a->trig_until[t] && !a->card); + } + for (int t = 0; t < BM_TRACKS; t++) { + bool mute = a->pat.trk[t].mute != 0; + uint8_t led = a->solo_on && a->solo_track == t ? LED_ON : ((st->cue_x >> t) & 1) ? LED_BLINK : mute ? LED_DIM : LED_MID; + snprintf(b, sizeof b, "M%d", t + 1); + KB(K, t, b, led, bm_track_color(t))->live = (uint8_t)(!mute && led == LED_MID && a->now < a->trig_until[t]); } - for (int s = 0; s < 4; s++) { + for (int s = 0; s < BM_SCENES; 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, 6 + s, b, st->scene == s ? LED_ON : st->scene_q == s ? LED_BLINK : (a->song.scene[s].flags & SCN_STORED) ? LED_MID : LED_DIM, C_CYAN); } - KB(K, 10, "FIL", a->fill ? LED_ON : LED_DIM, C_ORANGE); + KB(K, 10, "CUE", a->cue ? LED_BREATH : LED_DIM, C_ORANGE); } -static void map_home(const bm_app *a, bm_keyfn *K) +/* GLO de la consola > SONG: blancas 1-10 agregan el patrón, negras 7-10 ponen (o quitan) una escena + * en la entrada elegida, negra 11 la borra. Los canales y los mutes siguen siendo de la consola. */ +static void map_song(const bm_app *a, bm_keyfn *K) { - const bm_status *st = &a->ctx.st; + map_console(a, K); + int cur = a->song.n ? a->song.pat[a->song_cur % a->song.n] : -1; 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)); + for (int w = 0; w < BM_PATTERNS; w++) { + bool has = bm_store_has(&a->store, (uint8_t)w) || w == a->ctx.st.pattern; snprintf(b, sizeof b, "%02d", w + 1); - KW(K, w, b, led, w == st->pattern ? C_WHITE : w == st->queued ? C_CYAN : 0); + KW(K, w, b, cur >= 0 && bm_song_pat((uint8_t)cur) == w ? LED_ON : has ? LED_MID : LED_DIM, C_WHITE); + } + for (int s = 0; s < BM_SCENES; s++) { + snprintf(b, sizeof b, "+%c", 'A' + s); + bool on = cur >= 0 && bm_song_scene((uint8_t)cur) == s; + KB(K, 6 + s, b, !a->song.n ? LED_OFF : on ? LED_ON : (a->song.scene[s].flags & SCN_STORED) ? LED_MID : LED_DIM, C_CYAN); } - home_blacks(a, K); + KB(K, 10, "DEL", a->song.n ? LED_DIM : LED_OFF, C_RED); +} + +/* SLOOP-REC: las teclas tocan la máquina del cursor. Notas: las 27 cromáticas desde F (con KEYS IN + * SCALE, la escala en las blancas y los acordes en las negras). Batería y pads: las blancas son los 16 + * instrumentos y la negra 1 ACC (los golpes que tocas mientras la sostienes van con acento). */ +static void map_sloop(const bm_app *a, bm_keyfn *K) +{ + int t = a->track; + if (app_kind(a, t) == KIND_NOTE) { note_keys(a, K, t); return; } + lane_whites(a, K, t); + KB(K, 0, "ACC", LED_DIM, C_WHITE); } static void map_steps(const bm_app *a, bm_keyfn *K, int mode) @@ -859,18 +1000,17 @@ void bm_app_keymap(const bm_app *a, bm_keyfn K[BM_KEYS], char *title, int cap, u *color = C_WHITE; title[0] = 0; int L = a->layer; - if (!L && (a->view == V_HOME || a->view == V_MIX)) L = L_HOME; switch (L) { case L_HOME: snprintf(title, (size_t)cap, "HOME"); - *h1 = "WHITE = CUE PATTERN BLACK 1-6 = MUTE"; - *h2 = "EXIT: RELEASE HOME HOLD BLACK = SOLO"; - map_home(a, K); + *h1 = "W1-10 PATTERN W11-16 GO TO MACHINE"; + *h2 = "EXIT: RELEASE HOME B1-6 MUTE"; + map_console(a, K); return; case L_LEN: { snprintf(title, (size_t)cap, "LENGTH AND SPEED"); *color = bm_track_color(t); - *h1 = "WHITE = SET LENGTH OCT-/OCT+ = PAGE"; + *h1 = "WHITE = SET LENGTH BLACK 11 = +16"; *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++) { @@ -882,31 +1022,43 @@ void bm_app_keymap(const bm_app *a, bm_keyfn K[BM_KEYS], char *title, int cap, u 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, "%dBR", c); KB(K, 5 + c, b, len == c * spb ? LED_ON : LED_DIM, C_YELLOW); } + KB(K, 10, "+16", a->len_page ? LED_ON : LED_MID, C_WHITE); /* 1-16 > 17-32 > 33-48 > 49-64 */ return; } - case L_ERASE: + case L_ERASE: { + bool con = console(a); snprintf(title, (size_t)cap, "ERASE"); *color = C_RED; - *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"; + *h1 = app_playing(a) ? "HOLD WHITE = ERASE LIVE B6 = UNDO" + : kind == KIND_TR ? "WHITE = ERASE INSTRUMENT B6 = UNDO" : "WHITE = ERASE STEP BLACK 6 = UNDO"; + *h2 = con ? "EXIT: RELEASE EDIT B7-10 = CLR SCENE" : "EXIT: RELEASE EDIT BLACK 7 = REDO"; if (kind == KIND_TR) map_lanes(a, K, t, a->erase_mask, LM_ERASE); - else map_steps(a, K, 2); + else { map_steps(a, K, 2); if (!con) page_blacks(a, K); } 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_DIM, C_YELLOW); + KB(K, 5, "UND", a->undo_track >= 0 ? LED_MID : LED_OFF, C_WHITE); + if (con) /* EDIT sostenido + escena = vaciarla */ + for (int s = 0; s < BM_SCENES; s++) { + snprintf(b, sizeof b, "X%c", 'A' + s); + KB(K, 6 + s, b, (a->song.scene[s].flags & SCN_STORED) ? LED_MID : LED_OFF, C_CYAN); + } + else KB(K, 6, "RED", a->redo_track >= 0 ? LED_MID : LED_OFF, C_WHITE); return; + } case L_ACC: snprintf(title, (size_t)cap, "ACCENT"); *h1 = kind == KIND_NOTE ? "WHITE = CYCLE ACCENT AND GHOST" : "WHITE = TOGGLE ACCENT"; - *h2 = "EXIT: RELEASE ENV OCT+ = NEXT PAGE"; + *h2 = "EXIT: RELEASE ENV BLACK 9/10 = PAGE"; map_steps(a, K, 0); + page_blacks(a, K); return; case L_REP: snprintf(title, (size_t)cap, kind == KIND_NOTE ? "TIE" : "REPEAT"); *color = C_YELLOW; *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"; + *h2 = a->layer_latch ? "EXIT: LFO OR HOME BLACK 9/10 = PAGE" : "EXIT: RELEASE LFO BLACK 9/10 = PAGE"; map_steps(a, K, 1); + page_blacks(a, K); return; case L_PUNCH: snprintf(title, (size_t)cap, "PUNCH-IN"); @@ -916,7 +1068,7 @@ void bm_app_keymap(const bm_app *a, bm_keyfn K[BM_KEYS], char *title, int cap, u 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++) { bool mute = a->pat.trk[i].mute != 0; - snprintf(b, sizeof b, "T%d", i + 1); + snprintf(b, sizeof b, "M%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; @@ -957,7 +1109,7 @@ void bm_app_keymap(const bm_app *a, bm_keyfn K[BM_KEYS], char *title, int cap, u *color = C_YELLOW; *h1 = "WHITE = PASTE BLACK+WHITE = ONE TRACK"; *h2 = "EXIT: RELEASE SAVE"; - for (int w = 0; w < 16; w++) { + for (int w = 0; w < BM_PATTERNS; 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_DIM), C_YELLOW); } @@ -983,16 +1135,17 @@ 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 ? "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"; + *h1 = "WHITE = MAKE NOTE FILL-ONLY"; + *h2 = a->layer_latch ? "EXIT: BLACK 11 OR HOME" : "EXIT: RELEASE BLACK 11"; map_steps(a, K, 3); + page_blacks(a, K); } else { *h1 = "WHITE = TOGGLE MUTE BLACK 1-8 = PLAY"; - *h2 = a->layer_latch ? "EXIT: BLACK 10 OR HOME" : "EXIT: RELEASE BLACK 10"; + *h2 = "EXIT: RELEASE BLACK 11"; map_lanes(a, K, t, 0, LM_MUTE); + if (kind == KIND_TR) tr_blacks(a, K, t, false); /* las negras siguen eligiendo instrumento */ } - 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) */ + KB(K, 10, "X", LED_BREATH, fill ? C_ORANGE : C_RED); /* sostenida: ON (app_leds) */ return; } default: break; @@ -1013,6 +1166,7 @@ static void rec_syn(bm_app *a, int k, int t, const uint8_t *notes, int n) a->key_rec_step[k] = (int8_t)s; a->key_rec_tick[k] = rt; a->key_rec_slot[k] = -1; + a->rec_steps |= 1ull << s; /* esta pasada: se ve en rojo */ for (int i = 0; i < n; i++) { int slot = -1; for (int e = 0; e < BM_EVENTS; e++) { @@ -1036,11 +1190,14 @@ static int quant_step(const bm_app *a, int t, int len) return (int)(((a->ctx.st.rtick + (uint32_t)tps / 2) / (uint32_t)tps) % (uint32_t)(len ? len : 16)); } +/* un golpe grabado (en SLOOP con ACC sostenida, con acento) */ static void rec_tr(bm_app *a, int t, int lane) { const bm_tr *tr = bm_trk_trc(&a->pat, t); int s = quant_step(a, t, tr->lane[lane].len); - app_push_i(a, CMD_SET_TRSTEP, (uint8_t)t, (uint8_t)lane, (uint8_t)s, (uint8_t)(tr->st[lane][s] | ST_ON)); + uint8_t acc = a->sloop && a->keys_down[bm_black_key(0)] ? ST_ACC : 0; + app_push_i(a, CMD_SET_TRSTEP, (uint8_t)t, (uint8_t)lane, (uint8_t)s, (uint8_t)(tr->st[lane][s] | ST_ON | acc)); + a->rec_steps |= 1ull << s; a->rec_lanes |= (uint16_t)(1u << (lane & 15)); app_edited(a); } @@ -1219,9 +1376,10 @@ static void step_note(bm_app *a, int note) app_edited(a); } -/* ------------------------------------------------------------ negras 10 y 11: pantallas de MUTE y FILL - * Un toque las deja abiertas (se cierran con la misma tecla o con HOME); mantener la tecla = solo - * mientras la sostienes, como antes. En FILL el fill suena mientras la pantalla está abierta. */ +/* ------------------------------------------------------------ negra 11: FILL (notas) y MUTE (batería, pads) + * Notas: un toque deja abierta la pantalla de FILL (se cierra con la misma tecla o con HOME); + * mantenerla = solo mientras la sostienes; el fill suena mientras está abierta. Batería y pads (0.9): + * un toque cambia de banco (HI/LO) y sostenerla abre MUTE de instrumentos mientras la sostienes. */ static void enc_fill_every(bm_app *a, int d); static void key_screen_open(bm_app *a, int k, int L) @@ -1234,6 +1392,13 @@ 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; } } +static void hilo(bm_app *a) /* batería y pads: el otro banco de 8 */ +{ + int t = a->track; + a->sel_lane[t] = (uint8_t)((tr_lane(a) + 8) % 16); + app_toast(a, bm_is_pads(t) ? (tr_lane(a) < 8 ? "PADS 1-8" : "PADS 9-16") : tr_lane(a) < 8 ? "INSTRUMENTS 1-8" : "INSTRUMENTS 9-16"); +} + /* ------------------------------------------------------------ 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; @@ -1457,7 +1622,7 @@ static void pad_down(bm_app *a, int k, int pad) a->key_role[k] = ROLE_PAD; a->pad_key = (int8_t)k; a->sel_lane[1] = (uint8_t)pad; - app_push(a, CMD_PAD_KEY, 1, (uint8_t)pad, 110); + app_push(a, CMD_PAD_KEY, 1, (uint8_t)pad, a->sloop && a->keys_down[bm_black_key(0)] ? 127 : 110); /* SLOOP: ACC */ if (a->rec && app_playing(a)) rec_tr(a, 1, pad); } @@ -1585,14 +1750,29 @@ static void kit_ask(bm_app *a, int src, int how) } /* ------------------------------------------------------------ teclas */ +/* GLO de la consola > SONG: blancas 1-10 agregan el patrón, negras 7-10 ponen (o quitan) una escena + * en la entrada elegida, negra 11 la borra. */ static void song_append(bm_app *a, int p) { if (a->song.n >= BM_SONG_MAX) { app_toast(a, "SONG FULL"); return; } - a->song.pat[a->song.n] = (uint8_t)p; a->song.rep[a->song.n] = 1; + a->song.pat[a->song.n] = (uint8_t)(p & 15); a->song.rep[a->song.n] = 1; a->song_cur = a->song.n++; a->song_dirty = 1; a->t_edit = a->now; } +static void song_scene(bm_app *a, int s) +{ + if (!a->song.n) { app_toast(a, "ADD A PATTERN FIRST"); return; } + uint8_t *e = &a->song.pat[a->song_cur % a->song.n]; + int cur = bm_song_scene(*e); + *e = (uint8_t)(bm_song_pat(*e) | (cur == s ? 0 : (s + 1) << 4)); /* la misma otra vez: se quita */ + a->song_dirty = 1; a->t_edit = a->now; + char b[24]; + if (cur == s) snprintf(b, sizeof b, TF("ENTRY %d: NO SCENE"), a->song_cur + 1); + else snprintf(b, sizeof b, TF("ENTRY %d: SCENE %c"), a->song_cur + 1, 'A' + s); + app_toast(a, b); +} + static void song_delete(bm_app *a) { if (!a->song.n) return; @@ -1652,11 +1832,54 @@ static void free_rec_close(bm_app *a) app_toast(a, b); } +/* REC: grabar en el canal del cursor (con el canal vacío, en libre) o dejar de grabar */ +static void rec_set(bm_app *a, int on) +{ + a->rec = (uint8_t)on; + app_push(a, CMD_REC, a->rec, 0, 0); + if (a->rec) { app_undo_snapshot(a, a->track); a->rec_steps = 0; a->rec_lanes = 0; } + app_toast(a, a->rec ? "REC ON" : "REC OFF"); + if (a->rec) free_rec_start(a); + else if (a->rec_free) free_rec_close(a); +} + +/* SLOOP-REC (REC en MIX o FX): la consola arma el canal del cursor y las teclas dejan de ser del + * mezclador: tocan esa máquina y graban con el REC expresivo. REC otra vez = el mezclador. */ +void app_sloop(bm_app *a, int on) +{ + if (!on == !a->sloop) return; + a->sloop = (uint8_t)(on ? 1 : 0); + a->card = 0; a->mach_arm = 0; + if (a->rec != a->sloop) rec_set(a, a->sloop); + if (a->sloop) { char b[30]; snprintf(b, sizeof b, TF("SLOOP: T%d %s"), a->track + 1, bm_track_name(a, a->track)); app_toast(a, b); } +} + +/* SLOOP: SELECT cambió de canal. La grabación libre del anterior se cierra y la del nuevo empieza + * (si está vacío); deshacer y el rojo de "esta pasada" pasan al nuevo. */ +static void sloop_follow(bm_app *a) +{ + if (a->rec_free) free_rec_close(a); + if (!a->rec) return; + app_undo_snapshot(a, a->track); + a->rec_steps = 0; a->rec_lanes = 0; + free_rec_start(a); + char b[30]; snprintf(b, sizeof b, TF("SLOOP: T%d %s"), a->track + 1, bm_track_name(a, a->track)); + app_toast(a, b); +} + +/* Mute de un canal: con CUE (y sonando), cambia en el próximo compás junto con lo demás */ static void toggle_mute(bm_app *a, int t) { + char b[24]; + if (a->cue && app_playing(a)) { + app_push(a, CMD_MUTE_CUE, (uint8_t)(1u << t), 0, 0); + snprintf(b, sizeof b, TF("T%d: NEXT BAR"), t + 1); + app_toast(a, b); + return; + } 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")); + snprintf(b, sizeof b, "%s %s", bm_track_name(a, t), T(muted ? "MUTED" : "ON")); app_toast(a, b); } @@ -1669,38 +1892,72 @@ static void toggle_lane_mute(bm_app *a, int t, int lane) app_toast(a, b); } +/* ------------------------------------------------------------ escenas (0.9: solo mutes, del proyecto) + * Toque en una vacía = guardar los mutes de ahora · toque en una guardada = entra en el próximo compás + * (parado: ya) · 2 s = guardar encima · EDIT sostenido + escena = vaciarla · A sostenida + C, B = una + * cadena que avanza cada ciclo maestro. */ static void scene_store(bm_app *a, int s) { bm_scene *sc = &a->song.scene[s]; - sc->valid = 1; sc->pattern = a->ctx.st.pattern; sc->trk_mute = 0; - for (int t = 0; t < BM_TRACKS; t++) if (a->pat.trk[t].mute) sc->trk_mute |= (uint8_t)(1u << t); - for (int t = 0; t < BM_TR_TRACKS; t++) sc->lane_mute[t] = a->pat.tr[t].mute; + uint16_t lm[BM_TR_TRACKS]; + sc->trk_mute = bm_mutes_get(&a->pat, lm); + memcpy(sc->lane_mute, lm, sizeof lm); + sc->flags = SCN_STORED; a->song_dirty = 1; a->t_edit = a->now; char b[24]; snprintf(b, sizeof b, TF("SCENE %c STORED"), 'A' + s); app_toast(a, b); } +static void scene_clear(bm_app *a, int s) +{ + memset(&a->song.scene[s], 0, sizeof a->song.scene[s]); + a->song_dirty = 1; a->t_edit = a->now; + char b[24]; snprintf(b, sizeof b, TF("SCENE %c CLEARED"), 'A' + s); + app_toast(a, b); +} + static void scene_launch(bm_app *a, int s) { - if (!a->song.scene[s].valid) { app_toast(a, "EMPTY SCENE (HOME > SCENES)"); return; } - if (a->launch_held & ~(1u << s)) { /* otra sostenida: cadena */ - if (a->chain_n < 8) a->chain[a->chain_n++] = (uint8_t)s; - app_push_ptr(a, CMD_CHAIN, a->chain_n, a->chain); - app_toast(a, "SCENE CHAIN"); - } else { + a->chain_n = 1; a->chain[0] = (uint8_t)s; + app_push(a, CMD_SCENE, (uint8_t)s, 0, 0); + char b[24]; snprintf(b, sizeof b, app_playing(a) ? TF("SCENE %c: NEXT BAR") : TF("SCENE %c"), 'A' + s); + app_toast(a, b); +} + +static void scene_key(bm_app *a, int k, int s) +{ + a->key_role[k] = ROLE_SCENE; a->key_t0[k] = a->now; + uint8_t held = (uint8_t)(a->launch_held & ~(1u << s)); + a->launch_held |= (uint8_t)(1u << s); + if (!held) return; /* sola: hace lo suyo al soltarla */ + if (!a->scn_chain) { /* la cadena empieza por la sostenida */ a->chain_n = 0; - a->chain[a->chain_n++] = (uint8_t)s; - app_push(a, CMD_SCENE, (uint8_t)s, 0, 0); - char b[16]; snprintf(b, sizeof b, TF("SCENE %c"), 'A' + s); - app_toast(a, b); + for (int i = 0; i < BM_SCENES && !a->chain_n; i++) if ((held >> i) & 1) a->chain[a->chain_n++] = (uint8_t)i; } - a->launch_held |= (uint8_t)(1u << s); + if (a->chain_n < 8) a->chain[a->chain_n++] = (uint8_t)s; + a->scn_chain = 1; + app_push_ptr(a, CMD_CHAIN, a->chain_n, a->chain); + for (int i = 0; i < BM_KEYS; i++) if (a->keys_down[i] && a->key_role[i] == ROLE_SCENE) a->key_role[i] = ROLE_SCNDONE; + char b[24]; snprintf(b, sizeof b, TF("CHAIN OF %d SCENES"), a->chain_n); + app_toast(a, b); } -/* Gramática de HOME (pantalla, MEZCLA y capa): blancas patrones, negras mutes, escenas y FILL. */ -static void home_key(bm_app *a, int k, int w, int b) +/* La tecla de un canal (blancas 11-16): baja = el cursor; sostenida = su tarjeta (app_input_tick); + * con HOME sostenido, a esa máquina al soltar HOME. */ +static void chan_key(bm_app *a, int k, int t) +{ + a->key_role[k] = ROLE_CHAN; a->key_t0[k] = a->now; + if (a->layer == L_HOME) { a->home_go = (uint8_t)(t + 1); a->track = (uint8_t)t; return; } + if (a->card) return; /* una tarjeta a la vez */ + a->track = (uint8_t)t; + a->card_turn = 0; +} + +/* La consola: blancas 1-10 patrones, 11-16 canales; negras 1-6 mutes, 7-10 escenas, 11 CUE. */ +static void console_key(bm_app *a, int k, int w, int b) { if (w >= 0) { + if (w >= BM_PATTERNS) { chan_key(a, k, w - BM_PATTERNS); return; } a->key_role[k] = ROLE_PAT; if (a->pat_held & ~(1u << w)) { /* otra blanca sostenida: cadena */ if (a->pchain_n < 8) a->pchain[a->pchain_n++] = (uint8_t)w; @@ -1716,9 +1973,55 @@ static void home_key(bm_app *a, int k, int w, int b) return; } if (b < 6) { a->key_role[k] = ROLE_MUTE; a->key_t0[k] = a->now; return; } - if (b < 10) { a->key_role[k] = ROLE_SCENE; scene_launch(a, b - 6); return; } - a->key_role[k] = ROLE_FILL; - app_push(a, CMD_FILL, 1, 0, 0); a->fill = 1; + if (b < 10) { scene_key(a, k, b - 6); return; } + a->key_role[k] = ROLE_CUE; a->key_t0[k] = a->now; /* CUE: mientras la sostienes; un toque la deja fija */ + a->cue |= 1; +} + +static void song_key(bm_app *a, int k, int w, int b) +{ + if (w >= 0 && w < BM_PATTERNS) { song_append(a, w); return; } + if (b >= 6 && b < 10) { song_scene(a, b - 6); return; } + if (b == 10) { song_delete(a); return; } + console_key(a, k, w, b); /* los canales y los mutes siguen siendo de la consola */ +} + +/* SLOOP-REC: las teclas tocan (y graban) el canal del cursor */ +static void sloop_key(bm_app *a, int k, int w, int b) +{ + int t = a->track; + if (app_kind(a, t) == KIND_NOTE) { play_key_down(a, k, w, b); return; } + if (w >= 0) { + a->sel_lane[t] = (uint8_t)w; + if (bm_is_pads(t)) { pad_down(a, k, w); return; } + uint8_t n = (uint8_t)w; + play_notes(a, k, t, &n, 1, a->keys_down[bm_black_key(0)] ? 127 : 110, 0); + return; + } + if (b == 0) a->key_role[k] = ROLE_ACC; /* ACC: los golpes de mientras, con acento */ +} + +/* B9 / B10: las páginas de pasos */ +static void step_page_turn(bm_app *a, int d) +{ + int pages = step_pages(a); + a->step_page = (uint8_t)bm_clampi(a->step_page + d, 0, pages - 1); + char b[24]; snprintf(b, sizeof b, TF("PAGE %d/%d"), a->step_page + 1, pages); + app_toast(a, b); +} + +/* las negras de la batería y de los pads fuera de las capas: 1-8 eligen (y tocan) un instrumento, + * 11 toque HI/LO o sostenida MUTE de instrumentos (app_input_tick) */ +static void tr_black_key(bm_app *a, int k, int b) +{ + int t = a->track; + if (b < 8) { + int lane = (tr_lane(a) / 8) * 8 + b; + a->sel_lane[t] = (uint8_t)lane; + if (bm_is_pads(t)) { pad_down(a, k, lane); return; } + uint8_t n = (uint8_t)lane; + play_notes(a, k, t, &n, 1, 100, 0); + } else if (b == 10) { a->key_role[k] = ROLE_HILO; a->key_t0[k] = a->now; } } static void key_release(bm_app *a, int k, int w, int b) @@ -1748,6 +2051,7 @@ static void key_release(bm_app *a, int k, int w, int b) a->key_rec_step[k] = -1; } if (a->punch_key == k) { app_push(a, CMD_PUNCH, 0xFF, 0, 0); a->punch_key = -1; } + bool tap = a->now - a->key_t0[k] < UI_HOLD_MS; switch (a->key_role[k]) { case ROLE_MUTE: if (a->solo_key == k && a->solo_on) { /* fin del solo: vuelven los mutes de antes */ @@ -1757,7 +2061,28 @@ static void key_release(bm_app *a, int k, int w, int b) if (a->solo_key == k) a->solo_key = -1; break; case ROLE_FILL: app_push(a, CMD_FILL, 0, 0, 0); a->fill = 0; break; - case ROLE_SCENE: if (b >= 6 && b < 10) a->launch_held &= (uint8_t)~(1u << (b - 6)); break; + case ROLE_SCENE: /* sola y corta: guardar (vacía) o lanzar */ + if (b >= 6 && b < 10) { + int s = b - 6; + if (a->song.scene[s].flags & SCN_STORED) scene_launch(a, s); else scene_store(a, s); + } + break; + case ROLE_CHAN: + if (w >= BM_PATTERNS && a->card == w - BM_PATTERNS + 1) { /* la tarjeta: soltar = entrar (si no se giró nada) */ + int t = w - BM_PATTERNS; + a->card = 0; a->mach_arm = 0; + if (!a->card_turn) app_enter(a, t, a->ch_page[t]); + } + break; + case ROLE_CUE: + a->cue &= (uint8_t)~1u; + if (tap) a->cue ^= 2; /* un toque la deja fija; otro la suelta */ + app_toast(a, a->cue ? "CUE: MUTES AND SCENES ON THE NEXT BAR" : "CUE OFF"); + break; + case ROLE_HILO: + if (a->layer == L_LANEMUTE && !a->layer_latch) a->layer = L_NONE; /* sostenida: MUTE mientras la sostenías */ + else if (tap) hilo(a); + break; case ROLE_BRKFX: if (b >= 8) { a->brk_live &= (uint8_t)~(1u << (b - 8)); app_push(a, CMD_BRK_LIVE, a->brk_live, 0, 0); } break; @@ -1772,19 +2097,22 @@ static void key_release(bm_app *a, int k, int w, int 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); + if (a->layer_latch && !tap) key_screen_close(a); break; default: break; } a->key_role[k] = ROLE_NONE; a->key_t0[k] = 0; + if (b >= 6 && b < 10) { + a->launch_held &= (uint8_t)~(1u << (b - 6)); + if (!a->launch_held) a->scn_chain = 0; + } 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); if (!a->erase_mask) a->erase_syn = 0; a->pat_held &= (uint16_t)~(1u << w); seq_step_up(a, w); - if (w < 4) a->launch_held &= (uint8_t)~(1u << w); } } @@ -1792,10 +2120,13 @@ static void layer_key(bm_app *a, int k, int w, int b) { int t = a->track, kind = app_kind(a, t); switch (a->layer) { - case L_HOME: home_key(a, k, w, b); return; + case L_HOME: console_key(a, k, w, b); return; case L_LEN: if (w >= 0) set_len(a, t, a->len_page * 16 + w + 1); - else if (b >= 6 && b <= 9) { /* compases completos */ + else if (b == 10) { /* +16: 1-16 > 17-32 > 33-48 > 49-64 */ + a->len_page = (uint8_t)((a->len_page + 1) % 4); + char s[24]; snprintf(s, sizeof s, TF("LENGTHS %d-%d"), a->len_page * 16 + 1, a->len_page * 16 + 16); app_toast(a, s); + } else if (b >= 6 && b <= 9) { /* compases completos */ int spb = BM_BAR_TICKS / bm_speed_tps[a->pat.trk[t].speed % SPD_COUNT]; set_len(a, t, (b - 5) * spb); } else if (b < SPD_COUNT) { @@ -1804,22 +2135,23 @@ static void layer_key(bm_app *a, int k, int w, int b) app_toast(a, s); } return; - case L_ACC: if (w >= 0) paint_accent(a, w); return; - case L_REP: if (w >= 0) paint_repeat(a, w); return; + case L_ACC: if (w >= 0) paint_accent(a, w); else if (b == 8 || b == 9) step_page_turn(a, b == 9 ? 1 : -1); return; + case L_REP: if (w >= 0) paint_repeat(a, w); else if (b == 8 || b == 9) step_page_turn(a, b == 9 ? 1 : -1); return; case L_LANEMUTE: case L_FILL: - if ((a->layer == L_LANEMUTE && b == 9) || (a->layer == L_FILL && b == 10)) { key_screen_close(a); return; } /* la misma tecla: salir */ + if (b == 10) { if (a->layer_latch) key_screen_close(a); return; } /* la misma tecla: salir */ if (w >= 0) { if (a->layer == L_FILL) paint_fill(a, w); else if (kind == KIND_TR) toggle_lane_mute(a, t, w); return; } + if (a->layer == L_FILL) { if (b == 8 || b == 9) step_page_turn(a, b == 9 ? 1 : -1); return; } if (kind == KIND_TR && b >= 0 && b < 8) { /* elegir (y escuchar) un instrumento */ int lane = (tr_lane(a) / 8) * 8 + b; a->sel_lane[t] = (uint8_t)lane; if (bm_is_pads(t)) { pad_down(a, k, lane); return; } uint8_t n = (uint8_t)lane; play_notes(a, k, t, &n, 1, 100, 0); - } else if (kind == KIND_TR && b == 8) a->sel_lane[t] = (uint8_t)((tr_lane(a) + 8) % 16); + } return; case L_PUNCH: if (w >= 0) { app_push(a, CMD_PUNCH, (uint8_t)w, 0, 0); a->punch_key = (int8_t)k; } @@ -1827,10 +2159,15 @@ static void layer_key(bm_app *a, int k, int w, int b) return; case L_ERASE: if (b >= 0) { + bool con = console(a); if (b == 0) app_copy_track(a, t); else if (b == 1) app_paste_track(a, t); else if (b == 2) app_clear_track(a, t); else if (b == 3 && t == 1) capture(a); + else if (b == 5) app_do_undo(a); + else if (con && b >= 6 && b < 10) scene_clear(a, b - 6); /* en la consola: vaciar la escena */ + else if (b == 6) app_do_redo(a); + else if ((b == 8 || b == 9) && kind == KIND_NOTE && !con) step_page_turn(a, b == 9 ? 1 : -1); return; } if (kind == KIND_TR) { @@ -1875,7 +2212,7 @@ static void layer_key(bm_app *a, int k, int w, int b) return; } case L_COPY: - if (w >= 0) { + if (w >= 0 && w < BM_PATTERNS) { if (app_playing(a)) { app_toast(a, "STOP TO COPY"); return; } if (w == a->ctx.st.pattern) { app_toast(a, "IT IS THE CURRENT PATTERN"); return; } int trk = -1; @@ -1904,31 +2241,15 @@ static void seq_keys(bm_app *a, int k, int w, int b) { int t = a->track, kind = app_kind(a, t); if (w >= 0) { seq_step_down(a, w); return; } - if (kind == KIND_TR) { - if (b < 8) { - int lane = (tr_lane(a) / 8) * 8 + b; - a->sel_lane[t] = (uint8_t)lane; - if (bm_is_pads(t)) { pad_down(a, k, lane); return; } - uint8_t n = (uint8_t)lane; - play_notes(a, k, t, &n, 1, 100, 0); - } else if (b == 8) { - a->sel_lane[t] = (uint8_t)((tr_lane(a) + 8) % 16); - app_toast(a, bm_is_pads(t) ? (tr_lane(a) < 8 ? "PADS 1-8" : "PADS 9-16") : tr_lane(a) < 8 ? "INSTRUMENTS 1-8" : "INSTRUMENTS 9-16"); - } else if (b == 9) key_screen_open(a, k, L_LANEMUTE); - else key_screen_open(a, k, L_FILL); - return; - } + if (b == 8 || b == 9) { step_page_turn(a, b == 9 ? 1 : -1); return; } /* < y > */ + if (kind == KIND_TR) { tr_black_key(a, k, b); return; } if (b < 8) { /* notas: grados de la escala */ int root, sc = app_scale(a, t, &root); - int note = bm_scale_note(root, sc, b, base_oct(a, t) + a->note_oct); + int note = bm_scale_note(root, sc, b, base_oct(a, t)); if (a->held_step >= 0) { step_note(a, note); return; } uint8_t n = (uint8_t)note; play_notes(a, k, t, &n, 1, 105, 0); if (a->rec && app_playing(a) && a->ctx.st.loop_mode[t - 2] == LOOP_OFF) rec_syn(a, k, t, &n, 1); - } else if (b == 8 || b == 9) { - a->note_oct = (int8_t)bm_clampi(a->note_oct + (b == 9 ? 1 : -1), -2, 2); - char s[24]; snprintf(s, sizeof s, TF("NOTES OCTAVE %+d"), a->note_oct); - app_toast(a, s); } else key_screen_open(a, k, L_FILL); } @@ -1981,10 +2302,19 @@ static void page_keys(bm_app *a, int k, int w, int b) return; default: break; } - if (kind == KIND_TR && b >= 0) { seq_keys(a, k, -1, b); return; } + if (kind == KIND_TR && b >= 0) { tr_black_key(a, k, b); return; } play_key_down(a, k, w, b); } +/* La pregunta: el control que preguntó la acepta sostenido 2 s; soltarlo antes, u otro, es no. */ +static void ask_no(bm_app *a, int same) +{ + int was = a->ask; + a->ask = ASK_NONE; + if (was == ASK_DISCARD && same) { app_set_view(a, V_HOME); app_toast(a, "TAKE KEPT (NOT SAVED)"); } /* HOME otra vez: la toma queda y HOME sale */ + else app_toast(a, "CANCELED"); +} + void bm_app_key(bm_app *a, int k, int down, uint32_t now) { a->now = now; @@ -1999,19 +2329,22 @@ void bm_app_key(bm_app *a, int k, int down, uint32_t now) a->keys_down[k] = 0; } if (a->view == V_BOOT) return; + a->cur_ctl = (uint8_t)(ASK_KEY | k); + if (a->ask) { + if (a->ask_ctl == (ASK_KEY | k)) { /* la tecla que preguntó */ + if (down) { a->ask_live = 1; a->ask_t0 = now; return; } + ask_no(a, 1); + } else if (down) { ask_no(a, 0); return; } /* otra tecla: no (y no hace nada más) */ + } int w = bm_key_white_index(k), b = bm_key_black_index(k); if (!down) { key_release(a, k, w, b); return; } if (a->layer) { layer_key(a, k, w, b); return; } switch (a->view) { - case V_HOME: case V_MIX: home_key(a, k, w, b); return; - case V_SCENES: - if (w >= 0 && w < 4) scene_launch(a, w); - else if (w >= 4 && w < 8) scene_store(a, w - 4); - else if (b >= 0) home_key(a, k, -1, b); + case V_HOME: case V_FXG: + if (a->sloop) sloop_key(a, k, w, b); else console_key(a, k, w, b); return; - case V_SONG: - if (w >= 0) song_append(a, w); - else if (b == 8) song_delete(a); + case V_GLO: + if (a->glo_page == GP_SONG) song_key(a, k, w, b); else console_key(a, k, w, b); return; case V_CH: page_keys(a, k, w, b); return; default: play_key_down(a, k, w, b); return; @@ -2019,6 +2352,8 @@ void bm_app_key(bm_app *a, int k, int down, uint32_t now) } /* ------------------------------------------------------------ botones */ +static bool oct_ok(const bm_app *a); + static int layer_of(const bm_app *a, int id) { switch (id) { @@ -2039,6 +2374,7 @@ static int layer_of(const bm_app *a, int id) static void open_layer(bm_app *a, int id) { if (a->layer) return; /* nunca dos capas a la vez */ + if (id == BTN_EDIT && a->view == V_COPYCH) return; /* COPY TRACK: EDIT sostenido 2 s pega */ int L = layer_of(a, id); if (!L) return; if (L == L_ARP && app_kind(a, a->track) != KIND_NOTE) return; @@ -2066,11 +2402,35 @@ static void close_layer(bm_app *a, int id) a->layer = L_NONE; } -/* Toque de un botón: su página en el canal donde estás. Otra vez: la siguiente. */ +/* El GLO de la consola en una de sus páginas */ +static void glo_open(bm_app *a, int page) +{ + a->glo_page = (uint8_t)(page % GP_COUNT); + a->glo_row = 0; + a->card = 0; a->mach_arm = 0; + app_set_view(a, V_GLO); +} + +/* Toque de un botón. En la consola: FX su FX (otra vez, la página siguiente), SCL y GLO su GLO; los + * demás entran a la máquina del cursor en esa página. Dentro de una máquina: su página; otra vez, la + * siguiente. GLO dentro de la máquina: su GLO; otra vez, de vuelta. */ 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); + if (console(a)) { + switch (id) { + case BTN_FX: + if (a->view == V_FXG) a->fx_page = (uint8_t)((a->fx_page + 1) % FXP_COUNT); + else { a->fx_page = FXP_CHANNEL; a->card = 0; app_set_view(a, V_FXG); } + return; + case BTN_SCL: glo_open(a, GP_SCALE); return; + case BTN_GLO: + if (a->view == V_GLO) { a->glo_page = (uint8_t)((a->glo_page + 1) % GP_COUNT); a->glo_row = 0; a->mach_arm = 0; } + else glo_open(a, GP_TEMPO); + return; + default: break; + } + } int cur = a->view == V_CH ? a->page : -1, pg = PG_SEQ; switch (id) { case BTN_SEQ: @@ -2113,15 +2473,31 @@ static void button_page(bm_app *a, int id) break; case BTN_SCL: pg = cur == PG_SCL ? PG_CHORDS : PG_SCL; break; case BTN_ARP: pg = PG_ARP; break; + case BTN_GLO: /* el GLO de la máquina; otra vez, de vuelta */ + if (cur == PG_MORE) { pg = a->glo_back; break; } + a->glo_back = (uint8_t)(cur >= 0 ? cur : a->ch_page[t]); + a->more_row = 0; + pg = PG_MORE; + break; 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) { + if (a->view == V_CH && a->page == pg && id != BTN_GLO) { 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]; } } +/* SONG REC: sonando, el ciclo que suena ya cuenta; parado, queda armado y empieza con PLAY (2) */ +static void song_rec_toggle(bm_app *a) +{ + a->song_rec = (uint8_t)(a->song_rec ? 0 : app_playing(a) ? 1 : 2); + a->song_rec_loops = a->ctx.st.loops; + a->song_rec_scene = 0xFF; + if (a->song_rec == 1) app_song_rec_note(a); + app_toast(a, a->song_rec ? "SONG REC ON" : "SONG REC OFF"); +} + static void home_combo(bm_app *a, int id) { a->home_used = 1; @@ -2129,10 +2505,11 @@ static void home_combo(bm_app *a, int id) case BTN_OCT_DN: app_do_undo(a); break; case BTN_OCT_UP: app_do_redo(a); break; 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 = (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_REC: song_rec_toggle(a); break; + case BTN_SEQ: glo_open(a, GP_SONG); break; + case BTN_FX: if (a->view == V_FXG) a->fx_page = (uint8_t)((a->fx_page + 1) % FXP_COUNT); else { a->fx_page = FXP_CHANNEL; app_set_view(a, V_FXG); } break; + case BTN_SCL: glo_open(a, GP_SCALE); break; + case BTN_GLO: if (a->view == V_GLO) a->glo_page = (uint8_t)((a->glo_page + 1) % GP_COUNT); else glo_open(a, GP_TEMPO); 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: { a->copy_src = a->track; @@ -2183,15 +2560,6 @@ static void ask_yes(bm_app *a) a->ask = ASK_NONE; char b[30]; switch (k) { - case ASK_CLEAR: app_clear_track(a, x); break; - case ASK_ENGINE: - a->eng_pending = 0xFF; - app_undo_snapshot(a, x); - app_push(a, CMD_ENGINE, (uint8_t)x, (uint8_t)y, 0); - app_edited(a); - snprintf(b, sizeof b, TF("T%d IS NOW %s"), x + 1, T(bm_engine_names[y])); - app_toast(a, b); - break; case ASK_COPY_PAT: app_job(a, JOB_COPY_PAT, x); app_toast(a, "PATTERN COPIED"); break; case ASK_COPY_TRK: app_job(a, JOB_COPY_TRK, x | (y << 4)); app_toast(a, "TRACK COPIED"); break; case ASK_TAKE_DEL: @@ -2200,7 +2568,10 @@ static void ask_yes(bm_app *a) app_toast(a, b); 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_INIT: + if (bm_is_tr(&a->pat, x)) { app_push(a, CMD_PRESET, (uint8_t)x, a->pat.trk[x].source, 0); app_edited(a); } /* INIT KIT: el kit como vino */ + 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; @@ -2208,25 +2579,16 @@ static void ask_yes(bm_app *a) } } -/* 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. */ +/* REC 2 s = borrar la pista del canal (en la consola, el del cursor), 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 (a->layer || a->ask) return false; + if (a->view != V_CH && a->view != V_HOME && a->view != V_FXG) return false; + if (a->view == V_CH && (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]; @@ -2264,36 +2626,29 @@ void app_on_gesture(void *u, int id, bm_gkind k) bm_app *a = (bm_app *)u; if (a->view == V_BOOT) return; uint16_t bit = (uint16_t)(1u << id); + a->cur_ctl = (uint8_t)id; + if (a->ask_eat & bit) return; /* la pregunta ya usó este botón: hasta soltarlo */ + if (a->ask) { + if (id == a->ask_ctl) return; /* el que preguntó: lo mira bm_app_button */ + if (k == G_PRESS || k == G_TAP || k == G_HOLD) { ask_no(a, 0); a->ask_eat |= bit; return; } /* otro botón: no */ + } if (id != BTN_HOME && (a->home_mod & bit)) { /* HOME + botón = su versión global */ if ((k == G_TAP || k == G_HOLD || k == G_PRESS) && !(a->home_done & bit)) { a->home_done |= bit; home_combo(a, id); } return; } - 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; } - } - } /* 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 */ + else { key_screen_close(a); roll_open(a); } /* 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). */ + /* pantalla abierta con un toque (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 -/+ 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; } @@ -2315,29 +2670,12 @@ void app_on_gesture(void *u, int id, bm_gkind k) * 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; - int d = id == BTN_OCT_UP ? 1 : -1; - if (a->layer == L_ERASE) { if (d < 0) app_do_undo(a); else app_do_redo(a); return; } - if (a->layer == L_LEN) { - a->len_page = (uint8_t)bm_clampi(a->len_page + d, 0, 3); - snprintf(b, sizeof b, TF("LENGTHS %d-%d"), a->len_page * 16 + 1, a->len_page * 16 + 16); app_toast(a, b); - return; - } - if (a->view == V_COPYCH) { if (d > 0) copy_channel(a); else app_set_view(a, V_CH); return; } - bool steps = (a->view == V_CH && a->page == PG_SEQ) || a->layer == L_ACC || a->layer == L_REP || a->layer == L_ERASE || a->layer == L_FILL; - if (steps) { - 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; - a->step_page = (uint8_t)bm_clampi(a->step_page + d, 0, pages > 0 ? pages - 1 : 0); - snprintf(b, sizeof b, TF("PAGE %d/%d"), a->step_page + 1, pages); - } else { - a->oct = (int8_t)bm_clampi(a->oct + d, -2, 2); - snprintf(b, sizeof b, TF("OCTAVE %+d"), a->oct); - } + case BTN_OCT_DN: case BTN_OCT_UP: /* 0.9: siempre la octava (en la batería y los pads, nada) */ + if (k != G_PRESS || !oct_ok(a)) return; + a->oct = (int8_t)bm_clampi(a->oct + (id == BTN_OCT_UP ? 1 : -1), -2, 2); + snprintf(b, sizeof b, TF("OCTAVE %+d"), a->oct); app_toast(a, b); return; - } case BTN_REC: if (k == G_TAP) { 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 */ @@ -2348,21 +2686,18 @@ void app_on_gesture(void *u, int id, bm_gkind k) app_push_i(a, CMD_SMP_REC, a->rec_now ? 1 : 2, 0, 0, (int32_t)room); app_toast(a, a->rec_now ? "RECORDING" : app_playing(a) ? "STARTS ON THE BAR" : "ARMED: PLAY TO RECORD"); } else if (a->view == V_CH && a->page == PG_LOOP) app_push(a, CMD_LOOP, a->track, 1, 0); - else if (a->view == V_SCENES) { 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"); } - else { - a->rec = !a->rec; - app_push(a, CMD_REC, a->rec, 0, 0); - if (a->rec) app_undo_snapshot(a, a->track); - app_toast(a, a->rec ? "REC ON" : "REC OFF"); - if (a->rec) free_rec_start(a); - else if (a->rec_free) free_rec_close(a); - } + else if (a->view == V_HOME || a->view == V_FXG) app_sloop(a, !a->sloop); /* SLOOP-REC */ + else if (a->view == V_GLO && a->glo_page == GP_SONG) song_rec_toggle(a); + else rec_set(a, !a->rec); } else if (k == G_HOLD) { /* grabar solo mientras lo sostienes */ if (a->view == V_CH && a->page == PG_REC) { /* en la GRABADORA: la mezcla, ya */ uint32_t room = bm_app_rec_room(a); if (!room) { app_toast(a, "TAKES FULL: DELETE ONE"); return; } app_push_i(a, CMD_SMP_REC, 1, 0, 0, (int32_t)room); a->rec_hold = 2; + } else if ((a->view == V_HOME || a->view == V_FXG) && !a->sloop) { /* la consola: SLOOP mientras lo sostienes */ + app_sloop(a, 1); + a->rec_hold = 3; } else { /* notas, golpes o slices fijos */ a->rec_before = a->rec; a->rec = 1; a->rec_hold = 1; app_push(a, CMD_REC, 1, 0, 0); @@ -2371,21 +2706,20 @@ void app_on_gesture(void *u, int id, bm_gkind k) } 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 == 3) app_sloop(a, 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) 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. */ + /* 2 s (bm_app_button decide al bajar si los hay): en LOOP borran el loop; en un canal + * (o en la consola, el del cursor), la pista, sin preguntar (en vivo) y con HOME + OCT- + * para deshacer. Si mientras lo sostenías se grabó algo, no se borra nada. */ 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) { 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); + if (k == G_TAP) button_page(a, id); + else if (k == G_HOLD) open_layer(a, id); else if (k == G_RELEASE) close_layer(a, id); return; case BTN_SAVE: @@ -2430,20 +2764,14 @@ void app_on_gesture(void *u, int id, bm_gkind k) 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; } - 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); } + if (a->view == V_COPYCH) app_toast(a, "CANCELED"); + a->card = 0; a->mach_arm = 0; + app_set_view(a, V_HOME); /* 0.9: HOME siempre vuelve a MIX */ + } else if (k == G_HOLD) { a->home_used = 0; a->home_go = 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]); } + if (a->home_go) { int t = a->home_go - 1; a->home_go = 0; app_enter(a, t, a->ch_page[t]); } /* HOME + blanca 11-16 */ } else if (k == G_LONG) { close_layer(a, id); app_set_view(a, V_SYSTEM); } return; default: break; @@ -2455,7 +2783,8 @@ void app_on_gesture(void *u, int id, bm_gkind k) close_layer(a, id); if (id == BTN_SEQ) { a->time_row = a->track; app_set_view(a, V_TIME); } else if (id == BTN_EDIT) { - if (a->track == 1) app_enter(a, 1, PG_TAKES); + if (a->view == V_COPYCH) copy_channel(a); /* COPY TRACK: EDIT 2 s pega */ + else if (a->track == 1) app_enter(a, 1, PG_TAKES); else { snprintf(b, sizeof b, TF("INIT SOUND ON T%d?"), a->track + 1); app_ask(a, ASK_INIT, a->track, 0, b, "THE SOUND SETTINGS ARE LOST"); } } } @@ -2467,14 +2796,20 @@ 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 */ + if (down && id == BTN_REC) { /* REC 2 s: en LOOP borra el loop; en un canal (o la consola), 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 && id == BTN_EDIT) /* EDIT 2 s: en una máquina INIT / TAKES, en COPY TRACK pegar */ + bm_gesture_set_long(&a->ges, BTN_EDIT, (uint16_t)(a->view == V_CH || a->view == V_COPYCH ? UI_LONG_MS : 0)); + if (a->ask && id == a->ask_ctl) { /* el botón que preguntó: sostenido 2 s = sí, soltarlo = no */ + if (down) { a->ask_live = 1; a->ask_t0 = now; } + else { a->ask_eat |= bit; ask_no(a, 1); } + } 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; } + if (!down) { a->home_mod &= (uint16_t)~bit; a->home_done &= (uint16_t)~bit; a->ask_eat &= (uint16_t)~bit; } } /* ------------------------------------------------------------ perillas */ @@ -2793,16 +3128,19 @@ static void enc_move(bm_app *a, int d) static void box_turn_in(bm_app *a, int d, int lane); -/* MACHINE (T3-T6): ALGORITHM mueve el resaltado entre las 5 máquinas, sin pregunta. Quedarse 2 s en - * una la carga (en vivo: se elige girando y se suelta); irse antes cancela. Una pesada que ya está en - * otro canal no arranca la cuenta. */ -static void mach_turn(bm_app *a, int d) +/* Cambio de máquina (T3-T6), desde la consola: la tarjeta del canal (su blanca sostenida + ALGORITHM) + * o GLO > MACHINES. ALGORITHM mueve la elegida entre las 5, sin pregunta; quedarse 2 s en una la + * carga (en vivo: se elige girando y se suelta); irse antes, o soltar la tarjeta, cancela. Una pesada + * (BUNO-6, BITTAL) que ya está en otro canal no arranca la cuenta. La máquina queda por patrón. */ +static void mach_reset(bm_app *a, int t) /* empieza en la que suena, sin cuenta */ { - int t = a->track; - if (a->mach_arm == 2) { /* el giro que trajo hasta aquí (MORE > MACHINE) */ - if (a->now - a->mach_t0 < 250) return; - a->mach_arm = 0; - } + a->mach_trk = (uint8_t)t; a->mach_sel = a->pat.trk[t].engine; a->mach_arm = 0; +} + +static void mach_turn(bm_app *a, int t, int d) +{ + if (t < BM_TR_TRACKS) { app_toast(a, "T1 AND T2 ARE FIXED MACHINES"); return; } + if (a->mach_trk != t) mach_reset(a, t); int i = 0; while (i < BM_MACHINES && bm_machines[i] != a->mach_sel) i++; if (i >= BM_MACHINES) i = 0; @@ -2821,14 +3159,15 @@ static void mach_turn(bm_app *a, int d) a->mach_arm = 1; } -/* la cuenta de MACHINE: a los 2 s en la misma, el canal cambia de máquina */ +/* la cuenta: a los 2 s en la misma, el canal cambia de máquina (mientras la tarjeta o GLO > MACHINES siga abierta) */ static void mach_tick(bm_app *a) { if (!a->mach_arm) return; - if (a->view != V_CH || a->page != PG_MACH || a->layer) { a->mach_arm = 0; return; } - if (a->mach_arm != 1 || a->now - a->mach_t0 < BM_MACH_MS) return; + bool open = (a->card && a->card - 1 == a->mach_trk) || (a->view == V_GLO && a->glo_page == GP_MACH && a->track == a->mach_trk); + if (!open || a->layer) { a->mach_arm = 0; return; } + if (a->now - a->mach_t0 < BM_MACH_MS) return; a->mach_arm = 0; - app_set_machine(a, a->track, a->mach_sel); + app_set_machine(a, a->mach_trk, a->mach_sel); } /* ALGORITHM dentro de un canal: el modo de su máquina (docs/DISENO_0.6.md §5.3) */ @@ -2904,49 +3243,28 @@ static void enc_pattern(bm_app *a, int d) app_overlay(a, -1, app_playing(a) ? "PATTERN (QUEUED)" : "PATTERN", b, "", a->pat_sel * 17, -1, C_WHITE); } -/* ALGORITHM en HOME: un recuadro dice a qué canal vas; al rato (o al soltar HOME) entras. */ +/* ALGORITHM en INSTR (batería): un recuadro dice a qué instrumento vas; al rato lo eliges (y suena). */ static void box_commit(bm_app *a) { a->box_on = 0; - if (a->box_mode == BOX_LANE) { /* el instrumento elegido, y se escucha */ - int t = a->track; - a->sel_lane[t] = a->box_lane; - app_push(a, CMD_NOTE_ON, (uint8_t)t, a->box_lane, 100); - char b[24]; snprintf(b, sizeof b, "%d %s", a->box_lane + 1, T(bm_lane_name(a, t, a->box_lane))); - app_toast(a, b); - } else if (a->box_mode == BOX_CH) app_select_track(a, a->box_track, 1); - else app_enter(a, a->box_track, a->ch_page[a->box_track]); + int t = a->track; + a->sel_lane[t] = a->box_lane; + app_push(a, CMD_NOTE_ON, (uint8_t)t, a->box_lane, 100); + char b[24]; snprintf(b, sizeof b, "%d %s", a->box_lane + 1, T(bm_lane_name(a, t, a->box_lane))); + app_toast(a, b); } -/* Dentro de un canal ALGORITHM también pasa por el recuadro: se ve a dónde vas y se entra al - * soltar (el tiempo de ENTRADA de GLO). En INSTR recorre los 16 instrumentos. */ static void box_turn_in(bm_app *a, int d, int lane) { - if (!a->box_on || a->box_mode != (lane ? BOX_LANE : BOX_CH)) { - 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 + 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); + (void)lane; + if (!a->box_on || a->box_mode != BOX_LANE) { a->box_track = a->track; a->box_lane = (uint8_t)tr_lane(a); a->box_mode = BOX_LANE; } + a->box_lane = (uint8_t)bm_clampi(a->box_lane + lst(a, d), 0, BM_LANES - 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 */ a->box_until = a->now + (uint32_t)ms; } -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 + 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; } - if (ms == 0) { a->box_on = 0; app_enter(a, a->box_track, a->ch_page[a->box_track]); return; } - if (ms < 0) { a->box_hold = 2; a->track = a->box_track; a->box_until = a->now + 700; return; } - a->box_hold = 0; - a->box_until = a->now + (uint32_t)ms; -} - static void enc_source(bm_app *a, int t, int d) { char b[16]; @@ -2978,11 +3296,12 @@ static void enc_source(bm_app *a, int t, int d) else app_set_track(a, t, TRK_OFF(source), v); a->pat.trk[t].source = (uint8_t)v; char ti[22]; - if (kind == KIND_TR) snprintf(ti, sizeof ti, "KIT"); - else snprintf(ti, sizeof ti, "%s %s", bm_engine_names[e % ENG_COUNT], T(e == ENG_FM ? "PATCH" : "SOUND")); + if (kind == KIND_TR) snprintf(ti, sizeof ti, "T%d KIT", t + 1); + else snprintf(ti, sizeof ti, "T%d %s %s", t + 1, bm_engine_names[e % ENG_COUNT], T(e == ENG_FM ? "PATCH" : "SOUND")); app_overlay(a, -1, ti, bm_sound_name(a, t), "", v * 255 / (lim > 1 ? lim - 1 : 1), -1, bm_track_color(t)); } +/* GLO de la máquina: ALGORITHM cambia la fila */ static void more_change(bm_app *a, int d) { uint8_t rows[10]; @@ -2991,9 +3310,11 @@ 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: /* la máquina se elige en su página */ - app_enter(a, t, PG_MACH); - a->mach_t0 = a->now; a->mach_arm = 2; /* el resto de este giro no mueve el resaltado */ + case ROW_VIEW: /* a la derecha PIANO ROLL, a la izquierda NOTES */ + if ((d > 0) == bm_app_roll_view(a, t)) return; + a->set.note_view = (uint8_t)(d > 0 ? a->set.note_view | (1u << t) : a->set.note_view & ~(1u << t)); + a->set_dirty = 1; a->t_edit = a->now; + app_toast(a, d > 0 ? "VIEW: PIANO ROLL (THE WHOLE LOOP)" : "VIEW: NOTES"); return; case ROW_MIDIOUT: /* a la derecha ON, a la izquierda OFF */ if ((d > 0) == (tk->midi_out != 0)) return; @@ -3025,15 +3346,16 @@ static void more_change(bm_app *a, int d) 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); + default: /* INIT: a la derecha pregunta; 2 s sin tocar nada = sí */ + if (d < 0 || a->ask) return; + snprintf(b, sizeof b, bm_is_tr(&a->pat, t) ? TF("INIT KIT ON T%d?") : TF("INIT SOUND ON T%d?"), t + 1); app_ask(a, ASK_INIT, t, 0, b, "THE SOUND SETTINGS ARE LOST"); return; } } /* 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. */ + * páginas del editor (SOUND, INSTR), las de PADS y MIX y su DUCK. */ static uint8_t *sub_page(bm_app *a, int *n) { int t = a->track; @@ -3045,7 +3367,6 @@ static uint8_t *sub_page(bm_app *a, int *n) return &a->ed_page[t]; case PG_PADS: *n = 4; return &a->ed_page[1]; 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; } } @@ -3060,20 +3381,21 @@ static void tabs_turn(bm_app *a, int d) 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 */ + if (sp && sn > 0) *sp = (uint8_t)(d > 0 ? 0 : sn - 1); } -/* SELECT en un canal: de a un detent, la sub-página siguiente y, en el borde, la pestaña de al lado */ +/* SELECT en un canal: de a un detent, la sub-página siguiente y, en el borde, la pestaña de al lado. + * En el GLO de la máquina, las filas. */ static void select_turn(bm_app *a, int d) { int r = lst(a, d), s = r > 0 ? 1 : -1; + if (a->page == PG_MORE) { a->more_row = (uint8_t)bm_clampi(a->more_row + r, 0, bm_app_more_count(a) - 1); return; } 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) @@ -3120,12 +3442,100 @@ static void system_change(bm_app *a, int d) a->set_dirty = 1; a->t_edit = a->now; } +/* GLO de la consola > SCALE: ROOT, SCALE, KEYS IN SCALE, BASE CHORD (k = la perilla, -1 = ALGORITHM) */ +static void scale_change(bm_app *a, int row, int d, int k) +{ + const bm_meta *m = &a->pat.meta; + const char *val = ""; + static const char *const NM[4] = {"PROJECT ROOT", "PROJECT SCALE", "KEYS IN SCALE", "BASE CHORD"}; + row &= 3; + if (row == 0) { int nv = wrap(m->root + lst(a, d), 12); app_set_meta(a, META_OFF(root), nv); val = bm_note_names[nv]; } + else if (row == 1) { int nv = wrap(m->scale + lst(a, d), BM_SCALES); app_set_meta(a, META_OFF(scale), nv); val = bm_scale_names[nv]; } + else if (row == 2) { int nv = d > 0; if (nv != m->scale_lock) app_set_meta(a, META_OFF(scale_lock), nv); val = nv ? "ON" : "OFF"; } + else { int nv = wrap(m->voicing + lst(a, d), 5); app_set_meta(a, META_OFF(voicing), nv); val = EXT_NAMES[nv]; } + app_overlay(a, k, NM[row], val, "", 128, -1, k >= 0 ? bm_knob_color(k) : C_WHITE); +} + +/* GLO de la consola > SONG: el patrón de la entrada elegida (sin tocar su escena) */ +static void song_entry_pat(bm_app *a, int d) +{ + if (!a->song.n) return; + uint8_t *e = &a->song.pat[a->song_cur % a->song.n]; + int p = bm_clampi(bm_song_pat(*e) + lst(a, d), 0, BM_PATTERNS - 1); + *e = (uint8_t)((*e & 0xF0) | p); + a->song_dirty = 1; a->t_edit = a->now; +} + +/* GLO de la consola: ALGORITHM cambia la fila (TEMPO, SCALE), la máquina (MACHINES) o el patrón de la + * entrada (SONG) */ static void glo_change(bm_app *a, int d) { - switch (a->glo_row) { - case 0: case 1: case 2: case 3: enc_global(a, a->glo_row, d); break; - case 4: enc_fill_every(a, d); break; - default: enc_transpose(a, d); break; + switch (a->glo_page) { + case GP_TEMPO: + if (a->glo_row <= 2) enc_global(a, a->glo_row, d); + else if (a->glo_row == 3) enc_transpose(a, lst(a, d)); + else enc_fill_every(a, d); + return; + case GP_MACH: mach_turn(a, a->track, d); return; + case GP_SCALE: scale_change(a, a->glo_row, d, -1); return; + default: song_entry_pat(a, d); return; + } +} + +/* K1-K4 en el GLO de la consola: TEMPO BPM SWING MASTER TRANSPOSE · SCALE ROOT SCALE KEYS CHORD · + * SONG K1 patrón, K2 vueltas, K4 SONG */ +static void glo_knob(bm_app *a, int k, int d) +{ + switch (a->glo_page) { + case GP_TEMPO: if (k <= 2) enc_global(a, k, d); else enc_transpose(a, lst(a, d)); return; + case GP_SCALE: scale_change(a, k, d, k); return; + case GP_SONG: + if (k == 0) song_entry_pat(a, d); + else if (k == 1 && a->song.n) { int i = a->song_cur % a->song.n; a->song.rep[i] = (uint8_t)bm_clampi(a->song.rep[i] + lst(a, d), 1, 16); a->song_dirty = 1; a->t_edit = a->now; } + else if (k == 3) { /* 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; + default: return; + } +} + +/* HOME FX > CHANNEL: el canal del cursor. K1 DRIVE (soft-clip), K2 PAN, K3 DUCK, K4 BEAT FX (ON/OFF: + * el efecto de BEAT FX o del PUNCH lo toca o no, como el botón de cada canal de un MX-1) */ +static void fx_channel(bm_app *a, int k, int d) +{ + int t = a->track; + const bm_track *tr = &a->pat.trk[t]; + char b[16], ti[22]; + switch (k) { + case 0: { + int v = bm_clampi(tr->drive + d, 0, 127); + app_set_track(a, t, TRK_OFF(drive), v); + if (v) fmt_pct(v, b, sizeof b); else snprintf(b, sizeof b, "OFF"); + snprintf(ti, sizeof ti, TF("T%d DRIVE"), t + 1); + app_overlay(a, 0, ti, b, "", v * 2, -1, bm_knob_color(0)); + return; + } + case 1: { + int nv = center_stop(a, tr->pan, d, 64, 0, 127); /* el centro retiene */ + app_set_track(a, t, TRK_OFF(pan), nv); + fmt_pan(nv, b, sizeof b); + snprintf(ti, sizeof ti, TF("T%d PAN"), t + 1); + app_overlay(a, 1, ti, b, "", nv * 2, 128, bm_knob_color(1)); + return; + } + case 2: + if (t == 0) { app_overlay(a, 2, "DUCK", "T1 IS THE SOURCE", "", 0, -1, bm_knob_color(2)); return; } + enc_track_u8(a, t, 2, TRK_OFF(duck), tr->duck, d, 0, 127, "DUCK (SIDECHAIN)", 2); + return; + default: { + int off = d < 0; /* a la derecha ON, a la izquierda OFF */ + if (off != tr->bfx_off) app_set_track(a, t, TRK_OFF(bfx_off), off); + snprintf(ti, sizeof ti, TF("T%d BEAT FX"), t + 1); + app_overlay(a, 3, ti, off ? "OFF" : "ON", "", off ? 0 : 255, -1, bm_knob_color(3)); + return; + } } } @@ -3147,7 +3557,6 @@ static void enc_channel(bm_app *a, int id, int d) return; } if (a->page == PG_REC) { app_toast(a, "THE SAMPLER STAYS HERE"); return; } - if (a->page == PG_MACH) { mach_turn(a, d); return; } enc_mode(a, d); return; } @@ -3161,7 +3570,6 @@ static void enc_channel(bm_app *a, int id, int d) if (kind == KIND_TR) { enc_macro(a, t, k, d); return; } ed_turn(a, t, k, d); return; - case PG_MACH: return; /* MACHINE: solo ALGORITHM */ case PG_INST: ed_turn(a, t, k, d); return; case PG_MIX: goto mix; case PG_MORE: @@ -3296,6 +3704,7 @@ void bm_app_encoder(bm_app *a, int id, int d, uint32_t now) a->enc_new = dt > ENC_GESTURE_MS; a->enc_raw = (int8_t)d; a->enc_cur = (uint8_t)(id + 1); + a->cur_ctl = ASK_ENC; int mul = per < ENC_FAST_MS ? 4 : per < ENC_MED_MS ? 2 : 1; enc_dispatch(a, id, d * mul, now); a->enc_raw = 0; @@ -3307,14 +3716,27 @@ 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]; + (void)now; + /* una pregunta: la perilla que preguntó (ALGORITHM a la derecha en INIT) sigue; otra es no */ + if (a->ask) { + if (!(a->ask_ctl == ASK_ENC && id == ENC_ALGO && d > 0)) ask_no(a, 0); + return; + } + /* la tarjeta del canal abierta: ALGORITHM = su máquina, PRESETS = su sonido; girar algo = soltar no entra */ + if (a->card && console(a) && !a->layer) { + int ct = a->card - 1; + a->card_turn = 1; + if (id == ENC_ALGO) { mach_turn(a, ct, d); return; } + if (id == ENC_PRESETS) { enc_source(a, ct, d); return; } + } /* capas primero: las perillas siguen a la capa */ switch (a->layer) { - case L_HOME: - if (id == ENC_SELECT) box_turn(a, d, 1); /* HOME + SELECT: a otro canal desde cualquier lado */ + case L_HOME: /* HOME sostenido: la consola en cualquier lado */ + if (id == ENC_SELECT) a->track = (uint8_t)bm_clampi(a->track + lst(a, d), 0, BM_TRACKS - 1); else if (id == ENC_ALGO) enc_bpm_fine(a, d); /* HOME + ALGORITHM: décimas de BPM */ 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); + else if (k >= 0 && k <= 3) enc_home(a, k, d); return; case L_TONE: /* GLO sostenido: K1 BPM, K2 SWING como en todas partes */ if (k == 0 || k == 1) enc_global(a, k, d); @@ -3343,7 +3765,6 @@ static void enc_dispatch(bm_app *a, int id, int d, uint32_t now) 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: @@ -3365,30 +3786,26 @@ static void enc_dispatch(bm_app *a, int id, int d, uint32_t now) 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; - } + /* el FX y el GLO de la consola: PRESETS = MOVE */ + if (id == ENC_PRESETS && (a->view == V_FXG || a->view == V_GLO)) { 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_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); + case V_HOME: /* MIX: el canal del cursor */ + if (id == ENC_ALGO) enc_global(a, 0, d); /* ALGORITHM = BPM (HOME + ALGORITHM: décimas) */ + else if (id == ENC_SELECT) { + int t0 = a->track; + a->track = (uint8_t)bm_clampi(a->track + lst(a, d), 0, BM_TRACKS - 1); + if (a->sloop && a->track != t0) sloop_follow(a); /* SLOOP: el teclado sigue al canal */ } - 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 + 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; } + else if (id == ENC_PRESETS) enc_source(a, a->track, d); /* su kit, patch o sonido (el kit se deshace) */ + else enc_home(a, k, d); return; case V_GLO: - 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 && k <= 3) enc_global(a, k, d); + if (id == ENC_SELECT) { + if (a->glo_page == GP_MACH) { a->track = (uint8_t)bm_clampi(a->track + lst(a, d), BM_TR_TRACKS, BM_TRACKS - 1); mach_reset(a, a->track); } + else if (a->glo_page == GP_SONG) { if (a->song.n) a->song_cur = (uint8_t)bm_clampi(a->song_cur + lst(a, d), 0, a->song.n - 1); } + else a->glo_row = (uint8_t)bm_clampi(a->glo_row + lst(a, d), 0, bm_app_glo_count(a) - 1); + } else if (id == ENC_ALGO) glo_change(a, d); + else if (k >= 0 && k <= 3) glo_knob(a, k, d); return; case V_SYSTEM: if (id == ENC_SELECT) a->menu_row = (uint8_t)bm_clampi(a->menu_row + lst(a, d), 0, 10); @@ -3399,21 +3816,6 @@ static void enc_dispatch(bm_app *a, int id, int d, uint32_t now) 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 + 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 + 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] + 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 + lst(a, d), 0, BM_TRACKS - 1); return; } int row = a->time_row; @@ -3436,22 +3838,10 @@ static void enc_dispatch(bm_app *a, int id, int d, uint32_t now) } return; } - 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; } + case V_FXG: /* SELECT = CHANNEL > DELAY > REVERB > MASTER, ALGORITHM = BPM */ + if (id == ENC_SELECT) { a->fx_page = (uint8_t)bm_clampi(a->fx_page + lst(a, d), 0, FXP_COUNT - 1); return; } if (id == ENC_ALGO) { enc_global(a, 0, d); return; } goto fxg; - case V_SCLG: - if (k < 0 || k > 3) return; - { - const char *val = ""; - 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)); - } - return; case V_COPYCH: if (id == ENC_ALGO || id == ENC_SELECT) { int ks = app_kind(a, a->copy_src), dst = a->copy_dst; @@ -3468,7 +3858,9 @@ static void enc_dispatch(bm_app *a, int id, int d, uint32_t now) } fxg: if (k < 0 || k > 3) return; - if (a->fx_page == 2 && a->layer != L_PUNCH) { /* MASTER: filtro, BEAT FX, drive */ + switch (fx_kpage(a)) { + case FXP_CHANNEL: fx_channel(a, k, d); return; + case FXP_MASTER: /* 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); @@ -3480,16 +3872,19 @@ static void enc_dispatch(bm_app *a, int id, int d, uint32_t now) 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); - app_set_meta(a, RO[k], nv); - fmt_pct(nv, b, sizeof b); - static const char *const NM[3] = {"REVERB SIZE", "REVERB DAMP", "REVERB MIX"}; - app_overlay(a, k, NM[k], b, "", nv * 2, -1, bm_knob_color(k)); - return; + case FXP_REVERB: + if (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); + app_set_meta(a, RO[k], nv); + fmt_pct(nv, b, sizeof b); + static const char *const NM[3] = {"REVERB SIZE", "REVERB DAMP", "REVERB MIX"}; + app_overlay(a, k, NM[k], b, "", nv * 2, -1, bm_knob_color(k)); + return; + } + break; /* K4: SC REL, como en el delay */ + default: break; } if (k == 0) { int nv = bm_clampi(m->dly_time + lst(a, d), 0, 3); @@ -3511,6 +3906,10 @@ void app_input_tick(bm_app *a) { uint32_t now = a->now; mach_tick(a); + if (a->ask && a->ask_live && now - a->ask_t0 >= UI_LONG_MS) { /* sostenido 2 s: sí */ + if (a->ask_ctl < BTN_COUNT) a->ask_eat |= (uint16_t)(1u << a->ask_ctl); /* lo que siga de ese botón no cuenta */ + ask_yes(a); + } 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 */ @@ -3520,19 +3919,74 @@ void app_input_tick(bm_app *a) } 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 */ - int t = bm_key_black_index(k); - a->solo_saved = 0; - for (int i = 0; i < BM_TRACKS; i++) if (a->pat.trk[i].mute) a->solo_saved |= (uint8_t)(1u << i); - for (int i = 0; i < BM_TRACKS; i++) app_set_track(a, i, TRK_OFF(mute), i != t); - a->solo_on = 1; a->solo_key = (int8_t)k; a->solo_track = (int8_t)t; - char b[16]; snprintf(b, sizeof b, "SOLO T%d", t + 1); - app_toast(a, b); + switch (a->key_role[k]) { + case ROLE_MUTE: /* negra sostenida en la consola: solo */ + if (!a->solo_on) { + int t = bm_key_black_index(k); + a->solo_saved = 0; + for (int i = 0; i < BM_TRACKS; i++) if (a->pat.trk[i].mute) a->solo_saved |= (uint8_t)(1u << i); + for (int i = 0; i < BM_TRACKS; i++) app_set_track(a, i, TRK_OFF(mute), i != t); + a->solo_on = 1; a->solo_key = (int8_t)k; a->solo_track = (int8_t)t; + char b[16]; snprintf(b, sizeof b, "SOLO T%d", t + 1); + app_toast(a, b); + } + break; + case ROLE_CHAN: /* blanca 11-16 sostenida: la tarjeta del canal */ + if (!a->card && !a->layer && console(a) && !a->sloop) { + int t = bm_key_white_index(k) - BM_PATTERNS; + a->card = (uint8_t)(t + 1); + mach_reset(a, t); + a->ov.on = 0; + } + break; + case ROLE_HILO: /* negra 11 sostenida (batería, pads): MUTE de instrumentos */ + if (!a->layer && a->view == V_CH && bm_is_grid(&a->pat, a->track)) { a->layer = L_LANEMUTE; a->layer_latch = 0; a->ov.on = 0; } + break; + case ROLE_SCENE: /* escena 2 s: guardar encima */ + if (now - a->key_t0[k] >= UI_LONG_MS) { + scene_store(a, bm_key_black_index(k) - 6); + a->key_role[k] = ROLE_SCNDONE; + } + break; + default: break; } } - if (a->box_on && a->box_hold != 1 && (int32_t)(now - a->box_until) >= 0) { - if (a->box_hold == 0) box_commit(a); else a->box_on = 0; + if (a->box_on && (int32_t)(now - a->box_until) >= 0) box_commit(a); +} + +/* ------------------------------------------------------------ anillos y preguntas (para el dibujo) */ +int bm_app_key_ring(const bm_app *a, char *label, int cap) +{ + for (int k = 0; k < BM_KEYS; k++) { + if (!a->keys_down[k] || a->key_role[k] != ROLE_SCENE) continue; + uint32_t el = a->now - a->key_t0[k]; + if (el < UI_HOLD_MS) continue; + snprintf(label, (size_t)cap, TF("STORE SCENE %c"), 'A' + bm_key_black_index(k) - 6); + uint32_t p = (el - UI_HOLD_MS) * 255u / (UI_LONG_MS - UI_HOLD_MS); + return (int)(p > 255 ? 255 : p); } + return -1; +} + +int bm_app_ask_progress(const bm_app *a) +{ + if (!a->ask || !a->ask_live) return 0; + uint32_t p = (a->now - a->ask_t0) * 255u / UI_LONG_MS; + return (int)(p > 255 ? 255 : p); +} + +void bm_app_ask_hint(const bm_app *a, char *buf, int cap) +{ + static const char *const BN[BTN_COUNT] = {"OCT-", "OCT+", "FX", "SCL", "ENV", "LFO", "EDIT", "GLO", "HOME", "SAVE", "ARP", "SEQ", "PLAY", "REC"}; + size_t n = (size_t)cap; + if (a->ask_ctl == ASK_ENC) { snprintf(buf, n, "%s", T("2 S = YES ANY CONTROL = NO")); return; } + char c[12]; + if (a->ask_ctl & ASK_KEY) { + int k = a->ask_ctl & 0x7F, w = bm_key_white_index(k); + if (w >= 0) snprintf(c, sizeof c, TF("WHITE %d"), w + 1); else snprintf(c, sizeof c, TF("BLACK %d"), bm_key_black_index(k) + 1); + } else snprintf(c, sizeof c, "%s", a->ask_ctl < BTN_COUNT ? BN[a->ask_ctl] : "?"); + if (a->ask_live) snprintf(buf, n, TF("KEEP HOLDING %s = YES"), c); + else snprintf(buf, n, TF("HOLD %s 2 S = YES"), c); } /* ------------------------------------------------------------ LEDs */ @@ -3565,10 +4019,11 @@ static int page_button(const bm_app *a) } 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: case PG_MACH: return BTN_EDIT; + case PG_INST: case PG_TAKES: case PG_MIDI: return BTN_EDIT; case PG_MIX: return BTN_FX; case PG_SCL: case PG_CHORDS: return BTN_SCL; case PG_ARP: return BTN_ARP; + case PG_MORE: return BTN_GLO; default: return -1; } } @@ -3591,40 +4046,32 @@ static int layer_button(int L) } } -/* 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. */ +/* El botón de "dónde estás" en cada pantalla. En la consola (MIX, su FX y su GLO) es HOME. */ static int view_button(const bm_app *a) { - if (console_page(a)) return BTN_HOME; + if (console(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. */ +/* En la consola, el otro botón que abre la misma página (MID): FX, GLO (y SCL en SCALE, SEQ en SONG). + * En MIX, SEQ y EDIT entran a la máquina 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; + case V_GLO: return i == BTN_GLO || (i == BTN_SCL && a->glo_page == GP_SCALE) || (i == BTN_SEQ && a->glo_page == GP_SONG); + case V_HOME: return i == BTN_SEQ || i == BTN_EDIT; default: return 0; } } -/* Páginas de pasos del canal (OCT -/+ en SEQ y en ACENTO, REPETIR y FILL). */ +/* Páginas de pasos del canal (B9 / B10 en SEQ y en ACENTO, REPETIR, BORRAR 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)); @@ -3632,8 +4079,6 @@ static int step_pages(const bm_app *a) 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) { @@ -3681,31 +4126,23 @@ static uint8_t rec_led(const bm_app *a) 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 */ + if (a->rec || lm == LOOP_DUB) return LED_ON; /* REC de notas, SLOOP, 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) +/* 0.9: OCT -/+ siempre cambian la octava donde las teclas tocan notas: dentro de una máquina de notas + * (también en SEQ), en SLOOP y en la consola (la octava de SLOOP). En la batería y los pads, nada. */ +static bool oct_ok(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; - } + if (a->view == V_BOOT || a->view == V_COPYCH) return false; + if (a->layer == L_CHORDS || (a->view == V_CH && a->page == PG_CHORDS)) return true; 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) +static uint8_t oct_led(const bm_app *a, int up) { - if (id == BTN_OCT_DN || id == BTN_OCT_UP) return oct_plays(a); - return true; + if (!oct_ok(a)) return LED_OFF; + return (up ? a->oct > 0 : a->oct < 0) ? LED_ON : LED_DIM; /* octava corrida */ } /* La luz de un botón. Blancas: dicen el estado, nunca la función (eso lo dice la pantalla). @@ -3714,8 +4151,8 @@ static bool btn_usable(const bm_app *a, int id) * 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->ask) return i == a->ask_ctl ? LED_BLINK : LED_OFF; /* el que preguntó: sostenerlo = sí */ + if (a->view == V_COPYCH) return i == BTN_EDIT ? LED_BLINK : i == BTN_HOME ? LED_ON : LED_OFF; /* EDIT 2 s pega, HOME no */ if (a->layer == L_HOME) { /* HOME sostenido: los que tienen HOME + */ switch (i) { case BTN_HOME: return LED_ON; @@ -3723,7 +4160,7 @@ static uint8_t btn_led(const bm_app *a, int i) 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; + case BTN_SEQ: case BTN_FX: case BTN_SCL: case BTN_GLO: case BTN_SAVE: case BTN_PLAY: return LED_MID; default: return LED_OFF; } } @@ -3731,31 +4168,19 @@ static uint8_t btn_led(const bm_app *a, int i) 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_OCT_DN: case BTN_OCT_UP: return oct_led(a, i == BTN_OCT_UP); 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 */ + case BTN_HOME: return a->layer_latch ? LED_MID : LED_OFF; /* FILL, ROLL, LFO: 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_OCT_DN: case BTN_OCT_UP: return oct_led(a, i == BTN_OCT_UP); 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 */ + if (queued(a) && !console(a)) 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 */ @@ -3769,13 +4194,13 @@ static uint8_t btn_led(const bm_app *a, int i) } 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; + return LED_DIM; } /* 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. */ + * superficie de esa máquina; en la consola, las de la consola (o, en SLOOP, las de la máquina). */ static void KL(bm_keyfn *K, int k, const char *l) { snprintf(K[k].label, sizeof K[k].label, "%s", l); } /* las notas que el canal t acaba de tocar desde sus pasos (para que destellen sus teclas) */ @@ -3796,7 +4221,7 @@ static uint8_t note_in(int note, const uint8_t *nn, int n) } /* 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. */ + * escala OFF) o, con KEYS IN SCALE 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); @@ -3838,25 +4263,12 @@ 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], 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; } + if (a->layer || (a->view == V_CH && a->page == PG_CHORDS)) { bm_app_keymap(a, K, title, sizeof title, &col, &h1, &h2); return; } memset(K, 0, sizeof(bm_keyfn) * BM_KEYS); - 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); + if (console(a)) { /* la consola */ + if (a->sloop && a->view != V_GLO) map_sloop(a, K); + else if (a->view == V_GLO && a->glo_page == GP_SONG) map_song(a, K); + else map_console(a, K); return; } if (a->view != V_CH) { /* las demás pantallas tocan el canal */ @@ -3891,13 +4303,12 @@ static void keys_fill(const bm_app *a, bm_keyfn K[BM_KEYS]) 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); + int note = bm_scale_note(root, sc, b, base_oct(a, t)); 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); + page_blacks(a, K); KB(K, 10, "FIL", a->fill ? LED_ON : LED_DIM, C_ORANGE); } return; @@ -3929,7 +4340,7 @@ static void keys_fill(const bm_app *a, bm_keyfn K[BM_KEYS]) return; default: if (kind == KIND_NOTE) note_keys(a, K, t); - else { lane_whites(a, K, t); tr_blacks(a, K, t, true); } + else { lane_whites(a, K, t); tr_blacks(a, K, t, false); } return; } } @@ -3937,12 +4348,15 @@ static void keys_fill(const bm_app *a, bm_keyfn K[BM_KEYS]) void bm_app_keys(const bm_app *a, bm_keyfn K[BM_KEYS]) { keys_fill(a, K); + if (a->ask && (a->ask_ctl & ASK_KEY) && a->ask_ctl != ASK_ENC) { /* la tecla que preguntó: sostenerla = sí */ + int k = (a->ask_ctl & 0x7F) % BM_KEYS; + K[k].led = LED_BLINK; K[k].live = 0; + if (!K[k].label[0]) KL(K, k, "YES"); + } if (!a->box_on) return; - /* el recuadro de SELECT/ALGORITHM abierto: parpadea la tecla del canal o instrumento al que vas */ + /* el recuadro de ALGORITHM en INSTR: parpadea la tecla del 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) { + 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); @@ -3952,17 +4366,16 @@ void bm_app_keys(const bm_app *a, bm_keyfn K[BM_KEYS]) void app_leds(bm_app *a) { - const bm_status *st = &a->ctx.st; if (a->view == V_BOOT) { int lit = (int)((a->now - a->boot_t) / 40u) % (BM_KEYS + 6); for (int k = 0; k < BM_KEYS; k++) led(a, BM_LED_KEY0 + k, k == lit ? LED_ON : LED_OFF); for (int i = 0; i < BTN_COUNT; i++) led(a, i, LED_DIM); return; } - (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); + int ak = a->ask && (a->ask_ctl & ASK_KEY) && a->ask_ctl != ASK_ENC ? (a->ask_ctl & 0x7F) % BM_KEYS : -1; 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); + led(a, BM_LED_KEY0 + k, k == ak ? LED_BLINK : (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 8d663ac..71bf235 100644 --- a/core/bm_pattern.h +++ b/core/bm_pattern.h @@ -7,8 +7,8 @@ * y P-Locks en una lista dispersa. * T2 BP-1: 16 pads (trozos de las tomas, como un KO II o un OP-1 field) en una rejilla TR * como la de T1: una línea por pad. La página BREAK varía lo que suena. - * T3-T6: una máquina de notas cada uno (de fábrica BB-303, BX-7, BITTAL, BUNO-6; se elige en - * MACHINE): pasos con hasta 4 notas de 8 bytes + loopera. + * T3-T6: una máquina de notas cada uno (de fábrica BB-303, BX-7, BITTAL, BUNO-6; se elige desde + * HOME): pasos con hasta 4 notas de 8 bytes + loopera. * Cada canal tiene su largo y su velocidad; cada instrumento TR, su largo. */ #ifndef BM_PATTERN_H #define BM_PATTERN_H @@ -82,7 +82,7 @@ typedef struct { } bm_loop; /* ------------------------------------------------------------ motores y tipos de canal */ -/* Cada canal es una máquina. T3-T6 eligen la suya en la página MACHINE (por patrón). */ +/* Cada canal es una máquina. T3-T6 eligen la suya desde HOME (la tarjeta del canal o GLO > MACHINES; por patrón). */ enum { ENG_DRUM, ENG_BREAK, ENG_ACID, ENG_MINI, ENG_FM, ENG_BITTAL, ENG_BUNO, ENG_COUNT }; enum { KIND_TR, KIND_NOTE }; extern const char *const bm_engine_names[ENG_COUNT]; /* nombres de las máquinas: BR-8, BP-1, BB-303... */ @@ -117,7 +117,9 @@ typedef struct { 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 djf; /* filtro DJ del canal (K2 de HOME): 0 abierto, 1-63 pasa-bajos, 65-127 pasa-altos */ - uint8_t rsv[6]; + uint8_t drive; /* HOME FX > CHANNEL K1: soft-clip mono del canal (0 = apagado, no cuesta nada) */ + uint8_t bfx_off; /* HOME FX > CHANNEL K4: 1 = el BEAT FX (y el PUNCH) no toca este canal (0 = sí, como siempre) */ + uint8_t rsv[4]; } bm_track; /* ------------------------------------------------------------ metadatos: 64 bytes */ @@ -152,14 +154,19 @@ typedef struct { uint8_t prm[BM_TRACKS][BM_PRM]; /* parámetros del motor de cada canal (bm_params.h) */ } bm_pattern; -/* Escenas y canción. Una escena = patrón + mutes. */ -typedef struct { uint8_t valid, pattern, trk_mute, rsv; uint16_t lane_mute[BM_TR_TRACKS]; } bm_scene; +/* Escenas y canción (0.9): una escena = solo mutes (los 6 canales y los instrumentos de BR-8 y + * BP-1), del proyecto. Una entrada de la canción = patrón | (escena + 1) << 4 (0 = sin escena). */ +#define SCN_STORED 0x01u +typedef struct { uint8_t flags, trk_mute; uint16_t lane_mute[BM_TR_TRACKS]; } bm_scene; typedef struct { uint8_t n; - uint8_t pat[BM_SONG_MAX]; /* 0..15 patrón · 0x80|s escena */ + uint8_t pat[BM_SONG_MAX]; /* patrón (bits 0-3) | (escena + 1) << 4 */ uint8_t rep[BM_SONG_MAX]; bm_scene scene[BM_SCENES]; } bm_song; +#define BM_SONG_VER 2 /* el objeto canción + escenas en la flash: otro número se ignora (sin conversión) */ +static inline int bm_song_pat(uint8_t e) { return e & 15; } +static inline int bm_song_scene(uint8_t e) { return (e >> 4) - 1; } /* -1 = sin escena */ /* ------------------------------------------------------------ acceso según el tipo de canal */ static inline int bm_kind(const bm_pattern *p, int t) diff --git a/core/bm_seq.c b/core/bm_seq.c index 35bc784..569236f 100644 --- a/core/bm_seq.c +++ b/core/bm_seq.c @@ -361,12 +361,31 @@ void bm_loop_cmd(bm_ctx *c, int t, int action, int val) c->st.loop_mode[i] = L->mode; } -/* ------------------------------------------------------------ escenas, patrones y canción */ +/* ------------------------------------------------------------ escenas, patrones y canción + * 0.9: los mutes son de la consola y sobreviven al cambio de patrón (los que guarda un patrón son + * solo el punto de partida al arrancar). Una escena = solo mutes; entra en el próximo compás. */ +uint8_t bm_mutes_get(const bm_pattern *p, uint16_t lm[BM_TR_TRACKS]) +{ + uint8_t tm = 0; + for (int t = 0; t < BM_TRACKS; t++) if (p->trk[t].mute) tm |= (uint8_t)(1u << t); + for (int t = 0; t < BM_TR_TRACKS; t++) lm[t] = p->tr[t].mute; + return tm; +} + +void bm_mutes_set(bm_pattern *p, uint8_t tm, const uint16_t lm[BM_TR_TRACKS]) +{ + for (int t = 0; t < BM_TRACKS; t++) p->trk[t].mute = (uint8_t)((tm >> t) & 1); + for (int t = 0; t < BM_TR_TRACKS; t++) p->tr[t].mute = lm[t]; +} + static void do_swap(bm_ctx *c, int to) { if (to < 0 || to == c->cur_pat || !c->swap) return; syn_gates_off(c); + uint16_t lm[BM_TR_TRACKS]; + uint8_t tm = bm_mutes_get(c->pat, lm); if (c->swap(c->swap_user, c->cur_pat, to, c->pat) == 0) { + bm_mutes_set(c->pat, tm, lm); c->cur_pat = (uint8_t)to; bm_seq_set_bpm(c, c->pat->meta.bpm_x10); c->st.pattern = (uint8_t)to; @@ -385,41 +404,70 @@ static void do_swap(bm_ctx *c, int to) static void apply_scene(bm_ctx *c, int idx) { - if (!c->song || idx < 0 || idx >= BM_SCENES || !c->song->scene[idx].valid) return; + if (!c->song || idx < 0 || idx >= BM_SCENES || !(c->song->scene[idx].flags & SCN_STORED)) return; const bm_scene *s = &c->song->scene[idx]; - do_swap(c, s->pattern); - for (int t = 0; t < BM_TRACKS; t++) c->pat->trk[t].mute = (uint8_t)((s->trk_mute >> t) & 1); - for (int t = 0; t < BM_TR_TRACKS; t++) c->pat->tr[t].mute = s->lane_mute[t]; + bm_mutes_set(c->pat, s->trk_mute, s->lane_mute); c->st.scene = (uint8_t)idx; c->st.edits++; } +static void song_entry(bm_ctx *c, uint8_t e) +{ + do_swap(c, bm_song_pat(e)); + if (bm_song_scene(e) >= 0) apply_scene(c, bm_song_scene(e)); +} + static void pchain_status(bm_ctx *c) { c->st.pchain_n = c->pchain_n; c->st.pchain_pos = c->pchain_pos; if (c->pchain_n > 1) c->st.queued = c->pchain[(c->pchain_pos + 1) % c->pchain_n]; } -static void boundary(bm_ctx *c) +/* la escena en cola entra; en una cadena, queda en cola la siguiente (para el próximo ciclo maestro) */ +static void scene_step(bm_ctx *c) { - if (c->scene_q >= 0) { - apply_scene(c, c->scene_q); - c->scene_q = -1; - if (c->chain_n) { - c->chain_pos = (uint8_t)((c->chain_pos + 1) % c->chain_n); - c->scene_q = (int8_t)c->chain[c->chain_pos]; - c->st.chain_pos = c->chain_pos; - } - c->st.scene_q = c->scene_q < 0 ? 0xFF : (uint8_t)c->scene_q; + apply_scene(c, c->scene_q); + c->scene_bar = 0; + if (c->chain_n > 1) { + c->chain_pos = (uint8_t)((c->chain_pos + 1) % c->chain_n); + c->scene_q = (int8_t)c->chain[c->chain_pos]; + c->st.chain_pos = c->chain_pos; + } else c->scene_q = -1; + c->st.scene_q = c->scene_q < 0 ? 0xFF : (uint8_t)c->scene_q; +} + +/* Cada compás: la escena que se lanzó y los mutes de CUE, todo junto (después del cambio de patrón). */ +static void bar(bm_ctx *c) +{ + if (c->scene_q >= 0 && c->scene_bar) scene_step(c); + if (c->cue_x) { + for (int t = 0; t < BM_TRACKS; t++) if ((c->cue_x >> t) & 1) c->pat->trk[t].mute ^= 1; + c->cue_x = 0; c->st.cue_x = 0; + c->st.edits++; + } +} + +void bm_mute_cue_cmd(bm_ctx *c, uint8_t x) +{ + x &= (1u << BM_TRACKS) - 1u; + if (!c->playing) { /* parado: ya */ + for (int t = 0; t < BM_TRACKS; t++) if ((x >> t) & 1) c->pat->trk[t].mute ^= 1; + c->st.edits++; return; } + c->cue_x ^= x; + c->st.cue_x = c->cue_x; +} + +static void boundary(bm_ctx *c) +{ + if (c->chain_n > 1 && c->scene_q >= 0 && !c->scene_bar) scene_step(c); /* cadena de escenas: una por ciclo */ if (c->song_on && c->song && c->song->n) { if (++c->song_rep >= (c->song->rep[c->song_pos] ? c->song->rep[c->song_pos] : 1)) { c->song_rep = 0; c->song_pos = (uint8_t)((c->song_pos + 1) % c->song->n); } - uint8_t e = c->song->pat[c->song_pos]; - if (e & 0x80) apply_scene(c, e & 3); else do_swap(c, e); + song_entry(c, c->song->pat[c->song_pos]); c->st.song_pos = c->song_pos; return; } @@ -452,20 +500,22 @@ void bm_pchain_cmd(bm_ctx *c, const uint8_t *list, int n) void bm_scene_cmd(bm_ctx *c, int idx) { c->chain_n = 0; c->st.chain_n = 0; - if (idx == 0xFF) { c->scene_q = -1; c->st.scene_q = 0xFF; return; } - if (!c->playing) { apply_scene(c, idx); return; } - c->scene_q = (int8_t)idx; c->st.scene_q = (uint8_t)idx; + c->scene_q = -1; c->st.scene_q = 0xFF; + if (idx == 0xFF) return; + if (!c->playing) { apply_scene(c, idx); return; } /* parado: ya */ + c->scene_q = (int8_t)idx; c->scene_bar = 1; c->st.scene_q = (uint8_t)idx; /* sonando: en el próximo compás */ } +/* Una cadena (A sostenida + C + B): la primera entra en el próximo compás, las demás una por ciclo maestro. */ void bm_chain_cmd(bm_ctx *c, const uint8_t *chain, int n) { - if (n < 1 || n > 8) return; + if (n < 2 || n > 8) { if (n == 1) bm_scene_cmd(c, chain[0]); return; } memcpy(c->chain, chain, (size_t)n); c->chain_n = (uint8_t)n; c->chain_pos = 0; c->st.chain_n = (uint8_t)n; c->st.chain_pos = 0; - if (!c->playing) { apply_scene(c, chain[0]); c->scene_q = n > 1 ? (int8_t)chain[1] : (int8_t)chain[0]; c->chain_pos = n > 1 ? 1 : 0; } - else c->scene_q = (int8_t)chain[0]; - c->st.scene_q = (uint8_t)c->scene_q; + c->scene_q = (int8_t)chain[0]; c->scene_bar = 1; + if (!c->playing) scene_step(c); /* parado: la primera ya, la segunda en cola */ + c->st.scene_q = c->scene_q < 0 ? 0xFF : (uint8_t)c->scene_q; } /* ------------------------------------------------------------ transporte */ @@ -478,9 +528,9 @@ void bm_seq_start(bm_ctx *c, int restart) c->rng = 0xB0BBAu ^ ((uint32_t)c->cur_pat * 7919u); /* determinista desde PLAY */ if (c->song_on && c->song && c->song->n) { c->song_pos = 0; c->song_rep = 0; c->st.song_pos = 0; - uint8_t e = c->song->pat[0]; - if (e & 0x80) apply_scene(c, e & 3); else do_swap(c, e); + song_entry(c, c->song->pat[0]); } + bar(c); /* lo que quedó en cola parado entra ya */ for (int i = 0; i < BM_SYN_TRACKS; i++) { loop_release(c, i); const bm_loop *d = &c->pat->loop[i]; @@ -714,5 +764,6 @@ void bm_seq_tick(bm_ctx *c) c->st.loops++; boundary(c); } + if (c->btick % BM_BAR_TICKS == 0) bar(c); /* escenas y CUE: después del cambio de patrón */ c->st.rtick = c->rtick; } diff --git a/core/bm_store.c b/core/bm_store.c index b0fd0c9..0c86af2 100644 --- a/core/bm_store.c +++ b/core/bm_store.c @@ -65,7 +65,8 @@ int bm_store_mount(bm_store *s, const bm_flash_ops *f) hdr_t h; if (read_hdr(f, a, &h)) return -1; if (h.obj >= BM_OBJ_COUNT || !valid(f, a, &h, BM_SLOT_BODY)) continue; - if (s->live[h.obj] < 0 || h.seq > s->live_seq[h.obj]) { + bool gone = h.obj >= BM_PATTERNS && h.obj < BM_OBJ_SONG; /* 0.9: los patrones 11-16 ya no existen (su slot se reusa) */ + if (!gone && (s->live[h.obj] < 0 || h.seq > s->live_seq[h.obj])) { s->live[h.obj] = (int16_t)i; s->live_seq[h.obj] = h.seq; s->live_len[h.obj] = h.len; } if (h.seq >= best) { best = h.seq; best_slot = (int)i; } diff --git a/core/bm_store.h b/core/bm_store.h index 99af162..4d5f971 100644 --- a/core/bm_store.h +++ b/core/bm_store.h @@ -12,7 +12,7 @@ typedef struct { int (*program)(uint32_t addr, const void *src, uint32_t n); /* <= 256 B, sin cruzar página */ } bm_flash_ops; -#define BM_OBJ_PATTERN0 0 /* 0..15 */ +#define BM_OBJ_PATTERN0 0 /* 0..BM_PATTERNS-1 (10..15 se ignoran al montar) */ #define BM_OBJ_SONG 16 #define BM_OBJ_COUNT 17 #define BM_STORE_SLOTS ((BM_STORE_HI - BM_STORE_LO) / BM_SLOT_SIZE) diff --git a/core/bm_ui_draw.c b/core/bm_ui_draw.c index da08bb5..c35ce12 100644 --- a/core/bm_ui_draw.c +++ b/core/bm_ui_draw.c @@ -39,13 +39,16 @@ static void draw_ring(bm_gfx *g, int cx, int cy, int p, uint16_t c) for (int i = 0; i < 24; i++) gfx_fill(g, cx + CS[i][0], cy + CS[i][1], 2, 2, i < n ? c : C_DGREY); } -/* El nombre de lo que se toca: BX-1 en HOME, la máquina del canal adentro. */ +/* la consola (BX-1): MIX, su FX y su GLO */ +static bool console_view(const bm_app *a) { return a->view == V_HOME || a->view == V_FXG || a->view == V_GLO; } + +/* El nombre de lo que se toca: BX-1 en la consola, la máquina del canal adentro (y en SLOOP). */ static const char *machine_title(const bm_app *a, uint16_t *col) { - bool ch = a->view == V_CH || (a->layer && a->layer != L_HOME); + bool ch = a->view == V_CH || (a->layer && a->layer != L_HOME) || (a->sloop && console_view(a) && !a->layer); *col = ch ? bm_track_color(a->track) : C_CYAN; if (ch) return bm_track_name(a, a->track); - switch (a->view) { /* MIX, FX, TEMPO, ESCENAS y SONG son páginas de BX-1 */ + switch (a->view) { /* MIX, FX y GLO son páginas de BX-1 */ case V_SYSTEM: return "SYSTEM"; case V_TIME: return "TIME"; case V_SAVE: return "SAVE"; @@ -53,14 +56,8 @@ static const char *machine_title(const bm_app *a, uint16_t *col) } } -/* "<": 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; - } -} +/* "<": HOME vuelve a MIX (la consola) desde aquí: desde todas partes menos MIX. */ +static bool home_goes_back(const bm_app *a) { return a->view != V_HOME; } /* 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) @@ -68,7 +65,7 @@ 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_EDIT: return a->view == V_COPYCH ? "PASTE" : 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"; @@ -132,11 +129,13 @@ static void draw_status(bm_gfx *g, const bm_app *a) 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); + int hid = -1, p = a->ask ? -1 : bm_gesture_progress(&a->ges, a->now, &hid); /* la pregunta tiene su barra */ + char kl[22]; + int kp = p < 0 && !a->ask ? bm_app_key_ring(a, kl, sizeof kl) : -1; /* una tecla de escena sostenida: guardar a los 2 s */ 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 (p >= 0 || kp >= 0) { /* la pulsación de 2 s: el anillo y adónde lleva */ + draw_ring(g, 210, 12, p >= 0 ? p : kp, C_YELLOW); + const char *to = p >= 0 ? hold_target(a, hid, b, sizeof b) : kl; 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; @@ -264,18 +263,32 @@ static void hints_update(const bm_app *a) hints_on = a->now - t0 < HINT_MS; } -/* las páginas de BX-1 (HOME las recorre): la actual en cian, las otras en gris */ +/* Las páginas de la consola (BX-1): MIX y FX (HOME siempre vuelve a MIX) y su GLO; la actual en cian. + * A la derecha, las sub-páginas de la actual (FX y GLO las recorren con su botón) o lo que se diga. */ 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"}; + static const uint8_t V[3] = {V_HOME, V_FXG, V_GLO}; + static const char *const N[3] = {"MIX", "FX", "GLO"}; int x = 4; - for (int i = 0; i < 5; i++) { + for (int i = 0; i < 3; 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; + x += w + 8; + } + if (a->view == V_FXG || a->view == V_GLO) { /* sus páginas: la actual en blanco */ + static const char *const FP[FXP_COUNT] = {"CHANNEL", "DELAY", "REVERB", "MASTER"}; + static const char *const GP[GP_COUNT] = {"TEMPO", "MACHINES", "SCALE", "SONG"}; + const char *const *P = a->view == V_FXG ? FP : GP; + int n = a->view == V_FXG ? FXP_COUNT : GP_COUNT, cur = a->view == V_FXG ? a->fx_page % FXP_COUNT : a->glo_page % GP_COUNT; + int xr = 236; + for (int i = n - 1; i >= 0; i--) { + xr -= gfx_small_w(P[i]); + gfx_small(g, xr, 27, P[i], i == cur ? C_WHITE : C_DGREY); + xr -= 5; + } + return; } if (sub) gfx_small(g, 236 - gfx_small_w(sub), 27, sub, subc); } @@ -384,7 +397,7 @@ static void draw_keys(bm_gfx *g, const bm_app *a) } /* SEQ de un canal de notas: las notas largas (TIE) como una barra continua sobre sus pasos */ int t = a->track; - if (a->view == V_CH && a->page == PG_SEQ && app_kind(a, t) == KIND_NOTE && !a->layer) { + if (a->view == V_CH && a->page == PG_SEQ && app_kind(a, t) == KIND_NOTE && !a->layer && !bm_app_roll_view(a, t)) { int p0 = a->step_page * 16, len = a->pat.trk[t].length ? a->pat.trk[t].length : 16; for (int s = p0 - 16; s < p0 + 16; s++) { if (s < 0 || s >= len) continue; @@ -445,7 +458,7 @@ static bool again_name(const bm_app *a, char *b, int cap) 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_MACH: s = "SOUND"; break; + case PG_MORE: s = "BACK"; 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; } @@ -477,19 +490,23 @@ static void draw_tabs(bm_gfx *g, const bm_app *a) } /* ------------------------------------------------------------ HOME: BX-1, el mezclador */ +static void draw_sloop(bm_gfx *g, const bm_app *a); + /* Una fila por canal: la máquina, su secuencia (pulsos para los golpes, bloques para las notas - * largas), el efecto que más usa y su volumen. SELECT mueve el cursor; SEQ o EDIT entran. */ + * largas), el efecto que más usa y su volumen. SELECT (o su blanca 11-16) mueve el cursor; SEQ o EDIT + * entran, y sostener su blanca abre su tarjeta. En SLOOP, el canal del cursor en PIANO ROLL. */ static void draw_home(bm_gfx *g, const bm_app *a) { const bm_status *st = &a->ctx.st; char b[16]; - home_pages(g, a, a->move ? (a->move < 0 ? "MOVE DARK" : "MOVE BRIGHT") : NULL, C_PINK); + if (a->sloop) { draw_sloop(g, a); return; } + home_pages(g, a, a->cue ? "CUE" : a->move ? (a->move < 0 ? "MOVE DARK" : "MOVE BRIGHT") : NULL, a->cue ? C_ORANGE : C_PINK); for (int t = 0; t < BM_TRACKS; t++) { int y = 33 + t * 16; if (!gfx_strip_hit(g, y, 16)) continue; const bm_track *tr = &a->pat.trk[t]; uint16_t col = tr->mute ? C_DGREY : bm_track_color(t); - bool sel = a->box_on ? t == a->box_track : t == a->track; + bool sel = t == a->track; if (sel) { gfx_fill(g, 0, y, BM_LCD_W, 15, C_DDGREY); gfx_fill(g, 0, y, 2, 15, C_CYAN); } snprintf(b, sizeof b, "%d", t + 1); gfx_text(g, 5, y + 4, b, sel ? C_CYAN : C_GREY, 1); @@ -511,33 +528,51 @@ static void draw_home(bm_gfx *g, const bm_app *a) 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 ((st->cue_x >> t) & 1) gfx_rect(g, 227, y + 1, 12, 13, C_ORANGE); /* CUE: cambia en el próximo compás */ } } -/* FADERS (HOME otra vez): los seis volúmenes y sus picos */ -static void draw_mix(bm_gfx *g, const bm_app *a) +/* La tarjeta del canal (su blanca sostenida en HOME): soltar = entrar; ALGORITHM = la máquina (T3-T6, + * con la espera de 2 s; las pesadas, una a la vez), PRESETS = su sonido. Girar algo = soltar no entra. */ +static void draw_card(bm_gfx *g, const bm_app *a) { - const bm_status *st = &a->ctx.st; - header(g, "FADERS", "K1-K4 = THE CURSOR TRACK", C_WHITE); - for (int t = 0; t < BM_TRACKS; t++) { - int x = 4 + t * 39, y = 48; - if (!gfx_strip_hit(g, y, 86)) break; - const bm_track *tr = &a->pat.trk[t]; - uint16_t col = tr->mute ? C_DGREY : bm_track_color(t); - if (t == a->track) gfx_rect(g, x - 2, y - 2, 37, 88, C_CYAN); - char b[8]; snprintf(b, sizeof b, "%.6s", bm_track_name(a, t)); - gfx_small(g, x, y, b, col); - gfx_fill(g, x + 4, y + 8, 12, 60, C_DDGREY); - int h = tr->level * 60 / 127; - gfx_fill(g, x + 4, y + 68 - h, 12, h, col); - gfx_fill(g, x + 20, y + 8, 6, 60, C_DDGREY); - int pk = st->peak[t] * 60 / 255; - gfx_fill(g, x + 20, y + 68 - pk, 6, pk, C_GREEN); - char pn[8]; - if (tr->pan == 64) snprintf(pn, sizeof pn, "C"); else snprintf(pn, sizeof pn, "%c%d", tr->pan < 64 ? 'L' : 'R', tr->pan < 64 ? (64 - tr->pan) * 50 / 64 : (tr->pan - 64) * 50 / 63); - gfx_small(g, x + 2, y + 72, pn, C_GREY); - if (tr->mute) gfx_text(g, x + 22, y + 72, "M", C_RED, 1); - else { snprintf(b, sizeof b, "R%d", tr->rsend * 9 / 127); gfx_small(g, x + 18, y + 72, b, C_GREY); } + int t = a->card - 1; + if (t < 0 || !gfx_strip_hit(g, 26, 110)) return; + uint16_t col = bm_track_color(t); + char b[40]; + gfx_fill(g, 2, 26, 236, 109, C_BLACK); + gfx_rect(g, 2, 26, 236, 109, col); + snprintf(b, sizeof b, "T%d", t + 1); + int x = 8 + gfx_text(g, 8, 30, b, col, 2) + 8; + gfx_text(g, x, 30, bm_track_name(a, t), C_WHITE, 2); + snprintf(b, sizeof b, "%s %s", T(bm_is_pads(t) ? "TAKE" : app_kind(a, t) == KIND_TR ? "KIT" : "SOUND"), bm_sound_name(a, t)); + gfx_small(g, 8, 47, b, C_GREY); + if (t < BM_TR_TRACKS) gfx_text_c(g, 120, 74, "FIXED MACHINE", C_GREY, 1); + else + for (int i = 0; i < BM_MACHINES; i++) { /* las 5 máquinas: la elegida resaltada, la que suena con > */ + int e = bm_machines[i], y = 55 + i * 11; + if (!gfx_strip_hit(g, y, 11)) continue; + int other = bm_machine_conflict(&a->pat, t, e); + bool sel = e == a->mach_sel && a->mach_trk == t, on = e == a->pat.trk[t].engine, off = other >= 0; + if (sel) gfx_fill(g, 6, y, 228, 10, off ? C_DDGREY : col); + uint16_t fg = off ? C_DGREY : sel ? C_BLACK : C_WHITE; + gfx_text(g, 10, y + 2, on ? ">" : " ", fg, 1); + gfx_text(g, 18, y + 2, bm_engine_names[e], fg, 1); + if (off) { snprintf(b, sizeof b, TF("ON T%d"), other + 1); gfx_small(g, 230 - gfx_small_w(b), y + 3, b, C_GREY); } + else if (sel && a->mach_arm == 1) { /* la espera: la barra se llena en 2 s */ + uint32_t dt = a->now - a->mach_t0; + unsigned left = dt >= BM_MACH_MS ? 0 : (unsigned)(BM_MACH_MS - dt + 99) / 100; + snprintf(b, sizeof b, TF("LOAD IN %u.%u S"), left / 10, left % 10); + gfx_small(g, 230 - gfx_small_w(b), y + 3, b, C_BLACK); + gfx_fill(g, 6, y + 9, (int)(dt >= BM_MACH_MS ? 228 : dt * 228u / BM_MACH_MS), 1, C_WHITE); + } else if (bm_engine_heavy(e)) gfx_small(g, 230 - gfx_small_w("ONE AT A TIME"), y + 3, "ONE AT A TIME", sel ? C_BLACK : C_DGREY); + } + if (gfx_strip_hit(g, 112, 22)) { + if (a->card_turn) snprintf(b, sizeof b, "%s", T("RELEASE = STAY ON MIX")); + else snprintf(b, sizeof b, TF("RELEASE = ENTER %s"), bm_track_name(a, t)); + gfx_text_c(g, 120, 113, b, C_WHITE, 1); + gfx_small(g, 120 - gfx_small_w(t < BM_TR_TRACKS ? "PRE = SOUND" : "ALG = MACHINE PRE = SOUND") / 2, 124, + t < BM_TR_TRACKS ? "PRE = SOUND" : "ALG = MACHINE PRE = SOUND", C_GREY); } } @@ -626,7 +661,7 @@ static void draw_seq_syn(bm_gfx *g, const bm_app *a) snprintf(b, sizeof b, TF("FREE REC %u.%u"), (unsigned)(el / BM_BAR_TICKS + 1), (unsigned)(el / BM_PPQN % 4 + 1)); gfx_fill(g, 52, PY - 1, gfx_text_w(b, 1) + 4, 9, C_RED); gfx_text(g, 54, PY, b, C_BLACK, 1); - } else if (a->note_oct) { snprintf(b, sizeof b, TF("BLACKS %+d"), a->note_oct); gfx_small(g, 56, PY + 1, b, C_GREY); } + } else if (a->oct) { snprintf(b, sizeof b, a->oct > 0 ? "OCT +%d" : "OCT %d", a->oct); gfx_small(g, 56, PY + 1, b, C_GREY); } if (len % spb == 0) snprintf(b, sizeof b, TF("%d BARS %s"), len / spb, bm_speed_names[trk->speed % SPD_COUNT]); else snprintf(b, sizeof b, "L%d %s", len, bm_speed_names[trk->speed % SPD_COUNT]); gfx_text_r(g, 236, PY, b, C_GREY, 1); @@ -725,6 +760,183 @@ static void draw_seq_syn(bm_gfx *g, const bm_app *a) } } +/* ------------------------------------------------------------ PIANO ROLL (0.9) + * El loop entero del canal (1-4 compases) con las filas de alturas ajustadas a lo que hay (hasta 3 + * octavas); a la izquierda un teclado vertical que destella con lo que suena. En la batería y los pads, + * una fila por instrumento con golpes. Las notas grabadas en esta pasada, en rojo mientras REC está + * puesto. win: el corchete de las 16 blancas (SEQ). El reparto de filas se calcula al cambiar el + * patrón (o al editarlo) y cada franja dibuja solo lo que la toca. */ +static struct { + uint32_t t_edit; + uint8_t ok, trk, pat, eng, len, sel, lo, hi, n; + uint8_t lane[BM_LANES]; /* rejillas: los instrumentos que tienen fila */ +} rl; + +static void roll_layout(const bm_app *a, int t) +{ + bool grid = bm_is_grid(&a->pat, t); + uint8_t len = (uint8_t)(grid ? 0 : bm_trk_len(&a->pat, t, -1)), sel = (uint8_t)(a->sel_lane[t] & 15); + bool fresh = rl.ok && rl.t_edit == a->t_edit && rl.trk == t && rl.pat == a->ctx.st.pattern && rl.eng == a->pat.trk[t].engine + && rl.sel == sel && (grid || rl.len == len) && a->now - a->t_edit > 150; /* recién editado: el audio quizá no lo aplicó */ + if (fresh) return; + rl.ok = 1; rl.t_edit = a->t_edit; rl.trk = (uint8_t)t; rl.pat = a->ctx.st.pattern; rl.eng = a->pat.trk[t].engine; rl.sel = sel; rl.n = 0; + if (grid) { + const bm_tr *tr = bm_trk_trc(&a->pat, t); + int maxl = 1; + for (int l = 0; l < BM_LANES; l++) { + int ll = tr->lane[l].len ? tr->lane[l].len : 16, any = l == sel; + for (int s = 0; s < ll && !any; s++) any = (tr->st[l][s] & ST_ON) != 0; + if (!any) continue; + rl.lane[rl.n++] = (uint8_t)l; + if (ll > maxl) maxl = ll; + } + rl.len = (uint8_t)maxl; + return; + } + rl.len = len; + int lo = 127, hi = 0; + for (int s = 0; s < len; s++) + for (int k = 0; k < BM_EVENTS; k++) { + const bm_event *e = bm_evc(&a->pat, t, s, k); + if (bm_event_empty(e)) continue; + if (e->note < lo) lo = e->note; + if (e->note > hi) hi = e->note; + } + if (lo > hi) { lo = a->last_note[t] - 6; hi = a->last_note[t] + 6; } + while (hi - lo < 11) { hi++; if (hi - lo < 11) lo--; } /* una octava como mínimo */ + if (hi - lo > 35) lo = hi - 35; /* tres como mucho */ + rl.lo = (uint8_t)bm_clampi(lo, 0, 127); rl.hi = (uint8_t)bm_clampi(hi, 0, 127); +} + +/* ¿esta altura suena ahora en el canal (desde sus pasos o una tecla)? */ +static bool roll_sounding(const bm_app *a, int t, int note) +{ + if (t >= BM_TR_TRACKS) + for (int k = 0; k < BM_EVENTS; k++) if (a->ctx.gate[t - BM_TR_TRACKS][k].ticks && a->ctx.gate[t - BM_TR_TRACKS][k].note == note) return true; + for (int k = 0; k < BM_KEYS; k++) + if (a->keys_down[k] && a->key_trk[k] == t) + for (int i = 0; i < a->key_nn[k]; i++) if (a->key_notes[k][i] == note) return true; + return false; +} + +static void draw_seq_roll(bm_gfx *g, const bm_app *a, int t, int y0, int y1, bool win) +{ + if (!gfx_strip_hit(g, y0 - 2, y1 - y0 + 2)) return; /* el corchete va 2 filas arriba */ + static uint32_t lf; /* el reparto, una vez por cuadro */ + if (lf != g->frame) { lf = g->frame; roll_layout(a, t); } + bool grid = bm_is_grid(&a->pat, t); + uint16_t col = bm_track_color(t); + int R = grid ? rl.n : rl.hi - rl.lo + 1, L = rl.len ? rl.len : 16, H = y1 - y0; + if (R < 1) R = 1; + int rh = bm_clampi(H / R, 2, 12), top = y0 + (H - R * rh) / 2, x0 = 15, W = 239 - x0; + int spb = BM_BAR_TICKS / bm_speed_tps[a->pat.trk[t].speed % SPD_COUNT]; + int ps = bm_app_track_step(a, t, grid ? (rl.n ? rl.lane[0] : 0) : -1); + bool red = a->rec && a->rec_steps; +#define RX(s) (x0 + (s) * W / L) + /* el fondo: los 16 pasos de las blancas en gris (con su corchete), compases y tiempos */ + if (win) { + int p0 = a->step_page * 16, p1 = p0 + 16 > L ? L : p0 + 16; + gfx_fill(g, RX(p0), top, RX(p1) - RX(p0), R * rh, C_DDGREY); + gfx_hline(g, RX(p0), top - 2, RX(p1) - RX(p0) + 1, C_WHITE); + gfx_hline(g, RX(p0), top + R * rh + 1, RX(p1) - RX(p0) + 1, C_WHITE); + gfx_vline(g, RX(p0), top - 2, 2, C_WHITE); gfx_vline(g, RX(p1), top - 2, 2, C_WHITE); + } + for (int s = 0; s <= L; s++) { + uint16_t c = s % spb == 0 ? C_DGREY : s % 4 == 0 ? C_DDGREY : 0; + if (c) gfx_vline(g, RX(s), top, R * rh, c); + } + if (ps >= 0 && ps < L) gfx_vline(g, RX(ps), top, R * rh, C_ORANGE); /* el cabezal */ + for (int r = 0; r < R; r++) { + int y = top + r * rh; + if (!gfx_strip_hit(g, y, rh)) continue; + if (grid) { /* el teclado: el nombre del instrumento, destella al sonar */ + int l = rl.lane[r]; + bool fl = a->now < a->lane_flash[t][l], mu = (bm_trk_trc(&a->pat, t)->mute >> l) & 1; + if (fl) gfx_fill(g, 0, y, 14, rh - 1, col); + if (rh >= 6) { + char nm[5]; snprintf(nm, sizeof nm, "%.3s", T(bm_lane_name(a, t, l))); + gfx_small(g, 1, y + (rh - 5) / 2, nm, fl ? C_BLACK : mu ? C_RED : l == rl.sel ? C_WHITE : C_GREY); + } + const bm_tr *tr = bm_trk_trc(&a->pat, t); + int ll = tr->lane[l].len ? tr->lane[l].len : 16; + for (int s = 0; s < L; s++) { + uint8_t v = tr->st[l][s % ll]; + if (!(v & ST_ON)) continue; + bool mine = red && ((a->rec_steps >> (s % 64)) & 1) && ((a->rec_lanes >> l) & 1); + uint16_t c = mine ? C_RED : mu ? C_DGREY : (v & ST_ACC) ? C_WHITE : s >= ll ? dim(col) : col; + int xa = RX(s) + 1, xb = RX(s + 1) - 1; + gfx_fill(g, xa, y + 1, xb > xa ? xb - xa : 1, rh > 3 ? rh - 2 : rh - 1, c); + } + continue; + } + int note = rl.hi - r; /* el teclado vertical */ + int pc = note % 12; + bool blk = pc == 1 || pc == 3 || pc == 6 || pc == 8 || pc == 10, on = roll_sounding(a, t, note); + gfx_fill(g, 0, y, blk ? 9 : 14, rh - (rh > 2), on ? col : blk ? C_DGREY : C_GREY); + if (pc == 0 && rh >= 5) gfx_hline(g, x0, y + rh - 1, W, C_DDGREY); /* cada Do */ + } + if (!grid) { /* las notas */ + for (int s = 0; s < L; s++) + for (int k = 0; k < BM_EVENTS; k++) { + const bm_event *e = bm_evc(&a->pat, t, s, k); + if (bm_event_empty(e) || e->note > rl.hi || e->note < rl.lo) continue; + int y = top + (rl.hi - e->note) * rh; + if (!gfx_strip_hit(g, y, rh)) continue; + int l = e->len & BM_LEN_MASK; + if (l < 1) l = 1; + int xa = RX(s) + e->micro * (W / L) / 24, xb = RX(s + l) - 1; + if (e->len & BM_LEN_TIE) xb += 2; + else if (e->gate) xb = RX(s + l - 1) + (RX(s + l) - RX(s + l - 1)) * e->gate / 100 - 1; + if (xb > 239) xb = 239; + if (xa < x0) xa = x0; + bool mine = red && ((a->rec_steps >> s) & 1); + uint16_t c = mine ? C_RED : e->vel >= BM_VEL_ACC ? C_WHITE : ((e->len & BM_LEN_TIE) || l > 1) ? C_GREEN : col; + if (e->vel <= BM_VEL_GHOST) gfx_rect(g, xa, y, xb > xa ? xb - xa : 1, rh, c); + else gfx_fill(g, xa, y, xb > xa ? xb - xa : 1, rh - (rh > 3), c); + } + if (a->held_step >= 0 && a->held_long && a->held_step < L) gfx_rect(g, RX(a->held_step) - 1, top, RX(a->held_step + 1) - RX(a->held_step) + 2, R * rh, C_YELLOW); + } +#undef RX +} + +/* SEQ de un canal de notas con VIEW = PIANO ROLL: las mismas teclas que NOTES (las blancas son los 16 + * pasos del corchete, B9/B10 lo mueven, B1-B8 los grados), el dibujo es el loop entero. */ +static void draw_seq_pianoroll(bm_gfx *g, const bm_app *a) +{ + int t = a->track; + const bm_track *trk = &a->pat.trk[t]; + if (gfx_strip_hit(g, PY, 9)) { + char b[30], c2[12]; + int len = trk->length ? trk->length : 16, spb = BM_BAR_TICKS / bm_speed_tps[trk->speed % SPD_COUNT]; + if (a->held_step >= 0 && a->held_long) snprintf(c2, sizeof c2, TF("STEP %02d"), a->held_step + 1); + else bm_note_str(a->last_note[t], c2, sizeof c2); + gfx_text(g, 4, PY, c2, C_WHITE, 1); + snprintf(b, sizeof b, TF("STEPS %d-%d"), a->step_page * 16 + 1, a->step_page * 16 + 16 > len ? len : a->step_page * 16 + 16); + gfx_small(g, 56, PY + 1, b, C_CYAN); + if (len % spb == 0) snprintf(b, sizeof b, TF("%d BARS %s"), len / spb, bm_speed_names[trk->speed % SPD_COUNT]); + else snprintf(b, sizeof b, "L%d %s", len, bm_speed_names[trk->speed % SPD_COUNT]); + gfx_text_r(g, 236, PY, b, C_GREY, 1); + } + draw_seq_roll(g, a, t, PY + 12, VB, true); +} + +/* SLOOP-REC en la consola: el canal del cursor en PIANO ROLL, las teclas lo tocan */ +static void draw_sloop(bm_gfx *g, const bm_app *a) +{ + int t = a->track; + if (gfx_strip_hit(g, 25, 10)) { + char b[32]; + gfx_fill(g, 0, 25, BM_LCD_W, 10, a->rec ? C_RED : C_DGREY); + snprintf(b, sizeof b, TF("SLOOP T%d %s"), t + 1, bm_track_name(a, t)); + gfx_text(g, 4, 26, b, C_BLACK, 1); + if (a->rec_free == t + 1) snprintf(b, sizeof b, "%s", T("FREE REC")); + else if (app_kind(a, t) == KIND_NOTE) snprintf(b, sizeof b, a->oct > 0 ? "OCT +%d" : "OCT %d", a->oct); /* el snprintf del SDK no tiene %+d */ + else snprintf(b, sizeof b, "%s", T("B1 = ACCENT")); + gfx_text_r(g, 236, 26, b, C_BLACK, 1); + } + draw_seq_roll(g, a, t, 39, VB, false); +} + /* ------------------------------------------------------------ SONIDO */ /* BB-303: dos ciclos de la forma de onda, y el filtro como una curva. */ static void draw_synth(bm_gfx *g, const bm_app *a, int t, int x0, int y0, int w, int h) @@ -1367,39 +1579,57 @@ static void draw_editor(bm_gfx *g, const bm_app *a) } } -/* MACHINE (T3-T6): las 5 máquinas. ALGORITHM mueve el resaltado; quedarse 2 s carga. La que suena - * va marcada; una pesada que ya está en otro canal, apagada con su canal. */ -static void draw_machine(bm_gfx *g, const bm_app *a) +/* GLO de la consola > MACHINES: T1 y T2 fijos; en T3-T6, ALGORITHM elige (2 s en una la carga) */ +static void draw_glo_mach(bm_gfx *g, const bm_app *a) { - int t = a->track, cur = a->pat.trk[t].engine; - uint16_t col = bm_track_color(t); char b[30]; - for (int i = 0; i < BM_MACHINES; i++) { - int e = bm_machines[i], y = PY + i * 18; - if (!gfx_strip_hit(g, y, 18)) continue; - int other = bm_machine_conflict(&a->pat, t, e); - bool sel = e == a->mach_sel, on = e == cur, off = other >= 0; - uint16_t fg = off ? C_DGREY : sel ? C_BLACK : C_WHITE, sub = off ? C_DGREY : sel ? C_BLACK : C_GREY; - if (sel) gfx_fill(g, 2, y, 236, 17, off ? C_DDGREY : col); - bool count = sel && a->mach_arm == 1; - if (count) { /* la cuenta: la barra se llena en 2 s */ + for (int t = 0; t < BM_TRACKS; t++) { + int y = PY + 2 + t * 13; + if (!gfx_strip_hit(g, y, 13)) continue; + bool sel = t == a->track, fixed = t < BM_TR_TRACKS; + uint16_t col = bm_track_color(t); + if (sel) { gfx_fill(g, 0, y, BM_LCD_W, 12, C_DDGREY); gfx_fill(g, 0, y, 2, 12, C_CYAN); } + snprintf(b, sizeof b, "T%d", t + 1); + gfx_text(g, 6, y + 2, b, fixed ? C_GREY : col, 1); + int e = sel && a->mach_trk == t ? a->mach_sel : a->pat.trk[t].engine; + int other = fixed ? -1 : bm_machine_conflict(&a->pat, t, e); + bool pending = sel && a->mach_trk == t && e != a->pat.trk[t].engine; + snprintf(b, sizeof b, pending ? "< %s >" : "%s", bm_engine_names[e % ENG_COUNT]); + gfx_text(g, 28, y + 2, b, fixed ? C_GREY : other >= 0 ? C_DGREY : sel ? C_WHITE : C_GREY, 1); + if (fixed) gfx_small(g, 236 - gfx_small_w("FIXED"), y + 3, "FIXED", C_DGREY); + else if (other >= 0) { snprintf(b, sizeof b, TF("ON T%d"), other + 1); gfx_small(g, 236 - gfx_small_w(b), y + 3, b, C_GREY); } + else if (pending && a->mach_arm == 1) { uint32_t dt = a->now - a->mach_t0; - int wbar = (int)(dt >= BM_MACH_MS ? 236 : dt * 236u / BM_MACH_MS); - gfx_fill(g, 2, y + 15, 236, 2, C_DDGREY); - gfx_fill(g, 2, y + 15, wbar, 2, C_WHITE); unsigned left = dt >= BM_MACH_MS ? 0 : (unsigned)(BM_MACH_MS - dt + 99) / 100; snprintf(b, sizeof b, TF("LOAD IN %u.%u S"), left / 10, left % 10); - gfx_small(g, 234 - gfx_small_w(b), y + 2, b, C_BLACK); - } - gfx_text(g, 6, y + 1, on ? ">" : " ", fg, 1); - gfx_text(g, 14, y + 1, bm_engine_names[e], fg, 1); - gfx_small(g, 14, y + 10, bm_machine_origin(e), sub); - if (off) { snprintf(b, sizeof b, TF("ON T%d"), other + 1); gfx_small(g, 234 - gfx_small_w(b), y + 2, b, C_GREY); } - else if (count) { } - else if (bm_engine_heavy(e)) gfx_small(g, 234 - gfx_small_w("HEAVY - ONE AT A TIME"), y + 2, "HEAVY - ONE AT A TIME", sub); - if (on) gfx_small(g, 234 - gfx_small_w("NOW"), y + 10, "NOW", sel ? C_BLACK : col); + gfx_small(g, 236 - gfx_small_w(b), y + 3, b, C_YELLOW); + gfx_fill(g, 2, y + 11, (int)(dt >= BM_MACH_MS ? 236 : dt * 236u / BM_MACH_MS), 1, C_WHITE); + } else if (!pending) gfx_small(g, 236 - gfx_small_w(bm_machine_origin(e)), y + 3, bm_machine_origin(e), C_DGREY); + } + note_s(g, VB - 6, "SELECT = TRACK ALGORITHM = MACHINE (2 S)"); +} + +static void draw_sound(bm_gfx *g, const bm_app *a); + +/* El GLO de la máquina (GLO dentro de ella; GLO otra vez = de vuelta): SELECT la fila, ALGORITHM el valor */ +static void draw_more(bm_gfx *g, const bm_app *a) +{ + int n = bm_app_more_count(a), t = a->track; + char v[40]; + if (gfx_strip_hit(g, PY, 9)) { + if (t >= BM_TR_TRACKS) { + snprintf(v, sizeof v, TF("CHANGE: HOLD T%d ON HOME + ALG"), t + 1); + gfx_small(g, 4, PY + 1, v, C_GREY); + } else gfx_small(g, 4, PY + 1, "FIXED MACHINE", C_DGREY); + } + int first = a->more_row > 7 ? a->more_row - 7 : 0; + for (int i = 0; i < 8 && first + i < n; i++) { + const char *nm; + int y = PY + 9 + i * 11; + if (!gfx_strip_hit(g, y, 11)) continue; /* la fila, solo si se dibuja */ + bm_app_more_row(a, first + i, &nm, v, sizeof v); + row(g, y, first + i == a->more_row, nm, v); } - note_s(g, VB - 6, "HOLD 2 S ON A MACHINE = LOAD"); } static void draw_sound(bm_gfx *g, const bm_app *a) @@ -1454,20 +1684,6 @@ static void draw_ch_mix(bm_gfx *g, const bm_app *a) hint_s(g, PY + 94, "HOME + FX = DELAY, REVERB AND SIDECHAIN"); } -static void draw_more(bm_gfx *g, const bm_app *a) -{ - int n = bm_app_more_count(a); - char v[24]; - int first = a->more_row > 6 ? a->more_row - 6 : 0; - for (int i = 0; i < 7 && first + i < n; i++) { - const char *nm; - if (!gfx_strip_hit(g, PY + 1 + i * 12, 12)) continue; /* la fila, solo si se dibuja */ - bm_app_more_row(a, first + i, &nm, v, sizeof v); - row(g, PY + 1 + i * 12, first + i == a->more_row, nm, v); - } - hint_s(g, VB - 6, "SELECT = ROW - ALGORITHM = CHANGE"); -} - /* TAKES: las tomas guardadas, con la onda de la marcada. */ static void draw_takes(bm_gfx *g, const bm_app *a) { @@ -1573,7 +1789,7 @@ static void draw_rec(bm_gfx *g, const bm_app *a) /* 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 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"); } } @@ -1583,9 +1799,48 @@ 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]; - 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 */ + int pg = a->fx_page % FXP_COUNT; + if (a->sloop) { draw_sloop(g, a); return; } + home_pages(g, a, NULL, C_WHITE); + if (pg == FXP_CHANNEL) { /* el canal del cursor: DRIVE PAN DUCK BEAT FX */ + int t = a->track; + const bm_track *tr = &a->pat.trk[t]; + uint16_t col = bm_track_color(t); + if (gfx_strip_hit(g, 37, 10)) { + snprintf(b, sizeof b, "T%d %s", t + 1, bm_track_name(a, t)); + gfx_text(g, 6, 38, b, col, 1); + gfx_small(g, 236 - gfx_small_w("W11-16 = TRACK"), 39, "W11-16 = TRACK", C_DGREY); + } + static const char *const NM[4] = {"DRIVE", "PAN", "DUCK", "BEAT FX"}; + for (int i = 0; i < 4; i++) { + int x = 6 + i * 58, y = 49; + if (!gfx_strip_hit(g, y, 58)) break; + uint16_t kc = bm_knob_color(i); + gfx_text(g, x, y, NM[i], kc, 1); + gfx_fill(g, x + 10, y + 11, 20, 40, C_DDGREY); + if (i == 1) { int c = x + 20, p = (tr->pan - 64) * 10 / 64; gfx_fill(g, p < 0 ? c + p : c, y + 11, p < 0 ? -p : (p ? p : 1), 40, kc); continue; } + int v = i == 0 ? tr->drive : i == 2 ? (t ? tr->duck : 0) : (tr->bfx_off ? 0 : 127); + int h = v * 40 / 127; + gfx_fill(g, x + 10, y + 51 - h, 20, h, kc); + if (i == 3) gfx_text_c(g, x + 20, y + 26, tr->bfx_off ? "OFF" : "ON", tr->bfx_off ? C_GREY : C_BLACK, 1); + if (i == 0 && !tr->drive) gfx_text_c(g, x + 20, y + 26, "OFF", C_GREY, 1); + if (i == 2 && !t) gfx_small(g, x + 2, y + 26, "SOURCE", C_GREY); + } + if (gfx_strip_hit(g, 110, 9)) { /* qué canales toca el BEAT FX (ahora suena el de MASTER) */ + gfx_small(g, 6, 112, "BEAT FX", C_GREY); + for (int i = 0; i < BM_TRACKS; i++) { + bool on = !a->pat.trk[i].bfx_off; + snprintf(b, sizeof b, "%d", i + 1); + gfx_fill(g, 40 + i * 14, 110, 12, 9, on ? bm_track_color(i) : C_DDGREY); + gfx_small(g, 44 + i * 14, 112, b, on ? C_BLACK : C_GREY); + } + snprintf(b, sizeof b, "%s", m->beatfx ? "" : T("MASTER > K2 PICKS IT")); + if (b[0]) gfx_small(g, 128, 112, b, C_DGREY); + } + hint_s(g, 124, "FX AGAIN = NEXT PAGE"); + return; + } + if (pg == FXP_MASTER) { /* 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]; @@ -1600,15 +1855,15 @@ static void draw_fx(bm_gfx *g, const bm_app *a) 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"); + hint_s(g, 120, "FX AGAIN = NEXT PAGE"); return; } - gfx_rect(g, 4, 48, 74, 56, a->fx_page ? C_DGREY : C_CYAN); + gfx_rect(g, 4, 48, 74, 56, pg == FXP_REVERB ? 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); snprintf(b, sizeof b, "FB %d%%", m->dly_fb * 100 / 127); gfx_small(g, 8, 84, b, C_ORANGE); snprintf(b, sizeof b, "MIX %d%%", m->dly_mix * 100 / 127); gfx_small(g, 8, 92, b, C_GREEN); - gfx_rect(g, 82, 48, 74, 56, a->fx_page ? C_PINK : C_DGREY); + gfx_rect(g, 82, 48, 74, 56, pg == FXP_REVERB ? C_PINK : C_DGREY); gfx_text(g, 86, 52, "REVERB", C_PINK, 1); snprintf(b, sizeof b, "%d%%", m->rv_size * 100 / 127); gfx_text(g, 86, 64, b, C_WHITE, 2); snprintf(b, sizeof b, "DAMP %d%%", m->rv_damp * 100 / 127); gfx_small(g, 86, 84, b, C_ORANGE); @@ -1622,7 +1877,7 @@ 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); } - hint_s(g, 112, "FX AGAIN = DELAY > REVERB > MASTER"); + hint_s(g, 112, "FX AGAIN = NEXT PAGE"); hint_s(g, 120, "HOLD FX = PUNCH-IN"); } @@ -1799,20 +2054,40 @@ static void draw_system(bm_gfx *g, const bm_app *a) 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_mach(bm_gfx *g, const bm_app *a); +static void draw_song(bm_gfx *g, const bm_app *a); + +/* GLO de la consola (GLO en HOME, o HOME + GLO en cualquier lado; GLO otra vez = la página siguiente): + * TEMPO, MACHINES, SCALE y SONG. SELECT la fila, ALGORITHM el valor. */ static void draw_glo(bm_gfx *g, const bm_app *a) { - const bm_meta *m = &a->pat.meta; - char v[6][16]; - snprintf(v[0], 16, "%d.%d", m->bpm_x10 / 10, m->bpm_x10 % 10); - snprintf(v[1], 16, "%d%%", m->swing); - if (m->master) snprintf(v[2], 16, TF("%d STEPS"), m->master * 16); else snprintf(v[2], 16, "INF"); - snprintf(v[3], 16, "%d%%", a->set.drive * 100 / 127); - 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"}; 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"); + switch (a->glo_page) { + case GP_MACH: draw_glo_mach(g, a); return; + case GP_SONG: draw_song(g, a); return; + default: break; + } + int n = bm_app_glo_count(a); + char v[20]; + for (int i = 0; i < n; i++) { + const char *nm; + int y = PY + 4 + i * 12; + if (!gfx_strip_hit(g, y, 12)) continue; + bm_app_glo_row(a, i, &nm, v, sizeof v); + row(g, y, i == a->glo_row, nm, v); + } + if (a->glo_page == GP_SCALE && gfx_strip_hit(g, PY + 56, 30)) { /* la escala del proyecto, con sus notas */ + const bm_meta *m = &a->pat.meta; + int sl = bm_scale_len(m->scale % BM_SCALES); + for (int d = 0; d < sl && d < 8; d++) { + int note = bm_scale_note(m->root % 12, m->scale % BM_SCALES, d, 4); + int x = 6 + d * 29; + gfx_fill(g, x, PY + 58, 26, 16, d == 0 ? C_ORANGE : C_DDGREY); + gfx_text_c(g, x + 13, PY + 62, bm_note_names[note % 12], d == 0 ? C_BLACK : C_WHITE, 1); + } + note_s(g, PY + 80, "FOR TRACKS WITHOUT THEIR OWN SCALE"); + } + if (a->glo_page == GP_TEMPO) hint_s(g, VB - 6, "HOLD GLO = TRANSPOSE, PLAY = TAP"); } static void draw_save(bm_gfx *g, const bm_app *a) @@ -1831,25 +2106,34 @@ static void draw_save(bm_gfx *g, const bm_app *a) 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); } +/* GLO > SONG: cada entrada = un patrón y, si tiene, la escena que lanza. W1-10 agregan, B7-10 ponen la + * escena en la elegida, B11 la borra; HOME + REC graba los cambios de patrón y de escena. */ static void draw_song(bm_gfx *g, const bm_app *a) { char b[24]; - home_pages(g, a, a->ctx.st.song_on ? "ON" : "OFF", a->ctx.st.song_on ? C_ORANGE : C_GREY); + if (gfx_strip_hit(g, PY + 1, 9)) { + gfx_small(g, 4, PY + 2, a->song_rec ? "SONG REC" : "K4 = SONG ON/OFF", a->song_rec ? C_RED : C_DGREY); + gfx_small(g, 236 - gfx_small_w(a->ctx.st.song_on ? "SONG ON" : "SONG OFF"), PY + 2, a->ctx.st.song_on ? "SONG ON" : "SONG 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); - gfx_text_c(g, 120, 104, "OR HOME + REC: SONG REC", C_GREY, 1); + if (gfx_strip_hit(g, 60, 50)) { + gfx_text_c(g, 120, 62, "EMPTY", C_GREY, 2); + gfx_text_c(g, 120, 86, "W1-10 = ADD A PATTERN", C_GREY, 1); + gfx_text_c(g, 120, 98, "OR HOME + REC: SONG REC", C_GREY, 1); + } return; } - int first = a->song_cur > 5 ? a->song_cur - 5 : 0; - for (int i = 0; i < 6 && first + i < a->song.n; i++) { - int e = first + i; + int first = a->song_cur > 6 ? a->song_cur - 6 : 0; + for (int i = 0; i < 7 && first + i < a->song.n; i++) { + int e = first + i, y = PY + 10 + i * 12; + if (!gfx_strip_hit(g, y, 12)) continue; uint8_t p = a->song.pat[e]; - if (p & 0x80) snprintf(b, sizeof b, TF("%2d SCN %c x%d"), e + 1, 'A' + (p & 3), a->song.rep[e]); - else snprintf(b, sizeof b, "%2d A%02d x%d", e + 1, p + 1, a->song.rep[e]); - row(g, 48 + i * 12, e == a->song_cur, b, (a->ctx.st.song_on && a->ctx.st.playing && e == a->ctx.st.song_pos) ? ">" : NULL); + int sc = bm_song_scene(p); + if (sc >= 0) snprintf(b, sizeof b, TF("%2d A%02d +%c x%d"), e + 1, bm_song_pat(p) + 1, 'A' + sc, a->song.rep[e]); + else snprintf(b, sizeof b, "%2d A%02d x%d", e + 1, bm_song_pat(p) + 1, a->song.rep[e]); + row(g, y, e == a->song_cur, b, (a->ctx.st.song_on && a->ctx.st.playing && e == a->ctx.st.song_pos) ? ">" : NULL); } - hint_s(g, 124, "WHITE ADDS - BLACK 9 DELETES"); } static void draw_time(bm_gfx *g, const bm_app *a) @@ -1886,40 +2170,6 @@ static void draw_time(bm_gfx *g, const bm_app *a) } else hint_s(g, 130, "LINES = 1 BAR"); } -static void draw_scenes(bm_gfx *g, const bm_app *a) -{ - const bm_status *st = &a->ctx.st; - char b[24]; - 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; - const bm_scene *sc = &a->song.scene[s]; - bool cur = st->scene == s, q = st->scene_q == s; - gfx_fill(g, x, y, 114, 37, cur ? C_CYAN : C_DDGREY); - if (q && ((a->now / 200) & 1)) { gfx_rect(g, x, y, 114, 37, C_YELLOW); gfx_rect(g, x + 1, y + 1, 112, 35, C_YELLOW); } - snprintf(b, sizeof b, "%c", 'A' + s); - gfx_text(g, x + 6, y + 6, b, cur ? C_BLACK : C_WHITE, 3); - if (!sc->valid) { gfx_text(g, x + 34, y + 12, "EMPTY", C_GREY, 1); continue; } - snprintf(b, sizeof b, "A%02d", sc->pattern + 1); - gfx_text(g, x + 34, y + 5, b, cur ? C_BLACK : C_WHITE, 1); - for (int t = 0; t < BM_TRACKS; t++) - gfx_fill(g, x + 34 + t * 12, y + 17, 9, 8, ((sc->trk_mute >> t) & 1) ? C_DGREY : bm_track_color(t)); - if (cur && st->playing) { - int bars = a->pat.meta.master ? a->pat.meta.master : 1; - uint32_t total = (uint32_t)bars * BM_BAR_TICKS; - gfx_fill(g, x + 6, y + 31, (int)(100u * (st->rtick % total) / total), 3, C_BLACK); - } - } - if (a->chain_n > 1) { - gfx_small(g, 6, 130, "CHAIN:", C_GREY); - for (int i = 0; i < a->chain_n; i++) { - snprintf(b, sizeof b, "%c", 'A' + a->chain[i]); - gfx_small(g, 36 + i * 8, 130, b, i == st->chain_pos ? C_YELLOW : C_WHITE); - } - } else hint_s(g, 130, "HOLD ONE + OTHERS = CHAIN"); -} - static void draw_copych(bm_gfx *g, const bm_app *a) { char b[30]; @@ -1936,7 +2186,7 @@ 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); } - note_s(g, 110, "ALGORITHM PICKS THE TARGET - OCT+ PASTES - HOME CANCELS"); + note_s(g, 110, "ALGORITHM PICKS THE TARGET - HOLD EDIT 2 S = PASTE"); hint_s(g, 120, "NOTES TO NOTES, HITS TO HITS: THE MACHINES DO NOT CHANGE"); } @@ -1993,50 +2243,50 @@ static void draw_layer(bm_gfx *g, const bm_app *a) /* 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"); + if (a->layer == L_HOME) hint_s(g, hy + 20, "W11-16 = GO THERE ON RELEASE - ALG = BPM .1"); } /* ------------------------------------------------------------ recuadro, pregunta, overlay, toast */ +/* ALGORITHM en INSTR (batería): el instrumento al que vas */ static void draw_box(bm_gfx *g, const bm_app *a) { - int t = a->box_mode == BOX_LANE ? a->track : a->box_track; + int t = a->track; if (!gfx_strip_hit(g, 50, 70)) return; gfx_fill(g, 40, 50, 160, 68, C_BLACK); gfx_rect(g, 40, 50, 160, 68, bm_track_color(t)); gfx_rect(g, 41, 51, 158, 66, bm_track_color(t)); char b[24]; - if (a->box_mode == BOX_LANE) { - snprintf(b, sizeof b, "%d", a->box_lane + 1); - gfx_text_c(g, 120, 58, b, bm_track_color(t), 4); - const bm_lane *ln = &bm_trk_trc(&a->pat, t)->lane[a->box_lane & 15]; - snprintf(b, sizeof b, "%s - %s", T(bm_lane_name(a, t, a->box_lane)), T(bm_drm_short[ln->model % DRM_COUNT])); - gfx_text_c(g, 120, 92, b, C_WHITE, 1); - } else { - snprintf(b, sizeof b, "T%d", t + 1); - gfx_text_c(g, 120, 58, b, bm_track_color(t), 4); - gfx_text_c(g, 120, 92, bm_track_name(a, t), C_WHITE, 1); - } - if (a->box_hold == 1) gfx_text_c(g, 120, 106, "RELEASE HOME TO ENTER", C_GREY, 1); - else { - int left = (int)(a->box_until - a->now); - int w = bm_clampi(left * 140 / 400, 0, 140); - gfx_fill(g, 50, 108, 140, 3, C_DGREY); - gfx_fill(g, 50, 108, 140 - w, 3, bm_track_color(t)); - } -} - + snprintf(b, sizeof b, "%d", a->box_lane + 1); + gfx_text_c(g, 120, 58, b, bm_track_color(t), 4); + const bm_lane *ln = &bm_trk_trc(&a->pat, t)->lane[a->box_lane & 15]; + snprintf(b, sizeof b, "%s - %s", T(bm_lane_name(a, t, a->box_lane)), T(bm_drm_short[ln->model % DRM_COUNT])); + gfx_text_c(g, 120, 92, b, C_WHITE, 1); + int left = (int)(a->box_until - a->now); + int w = bm_clampi(left * 140 / 400, 0, 140); + gfx_fill(g, 50, 108, 140, 3, C_DGREY); + gfx_fill(g, 50, 108, 140 - w, 3, bm_track_color(t)); +} + +/* La pregunta (0.9): se acepta con el tiempo. Sostener 2 s el control que preguntó llena la barra; + * soltarlo antes, u otro control, es no. */ static void draw_ask(bm_gfx *g, const bm_app *a) { if (!gfx_strip_hit(g, 46, 80)) return; gfx_fill(g, 10, 46, 220, 78, C_DDGREY); gfx_rect(g, 10, 46, 220, 78, C_YELLOW); gfx_rect(g, 11, 47, 218, 76, C_YELLOW); - gfx_text_c(g, 120, 56, a->ask_text[0], C_WHITE, 1); - gfx_text_c(g, 120, 70, a->ask_text[1], C_GREY, 1); - gfx_fill(g, 30, 92, 80, 22, C_YELLOW); - gfx_text_c(g, 70, 99, "OCT+ YES", C_BLACK, 1); - gfx_rect(g, 130, 92, 80, 22, C_GREY); - gfx_text_c(g, 170, 99, "HOME NO", C_WHITE, 1); + gfx_text_c(g, 120, 54, a->ask_text[0], C_WHITE, 1); + gfx_text_c(g, 120, 66, a->ask_text[1], C_GREY, 1); + char b[40]; + bm_app_ask_hint(a, b, sizeof b); + gfx_text_c(g, 120, 82, b, C_YELLOW, 1); + int p = bm_app_ask_progress(a); + gfx_fill(g, 24, 95, 192, 8, C_BLACK); + gfx_fill(g, 24, 95, p * 192 / 255, 8, C_YELLOW); + gfx_rect(g, 23, 94, 194, 10, C_GREY); + if (a->ask_ctl != ASK_ENC) + gfx_small(g, 120 - gfx_small_w(a->ask_live ? "RELEASE = NO" : "ANY OTHER CONTROL = NO") / 2, 110, + a->ask_live ? "RELEASE = NO" : "ANY OTHER CONTROL = NO", C_GREY); } /* K1-K4: una línea con el nombre y el valor en la fila de arriba (pestañas o título), sin tapar la @@ -2044,7 +2294,7 @@ static void draw_ask(bm_gfx *g, const bm_app *a) 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; + bool tall = (a->layer && a->layer != L_CHORDS) || a->view == V_SAVE || a->view == V_TIME || a->view == V_COPYCH; 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); @@ -2102,6 +2352,7 @@ static void draw_channel(bm_gfx *g, const bm_app *a) switch (a->page) { case PG_SEQ: if (kind == KIND_TR) draw_seq_tr(g, a); + else if (bm_app_roll_view(a, t)) draw_seq_pianoroll(g, a); /* GLO > VIEW: PIANO ROLL */ else draw_seq_syn(g, a); break; case PG_SOUND: PASO(11); draw_sound(g, a); break; @@ -2110,7 +2361,6 @@ static void draw_channel(bm_gfx *g, const bm_app *a) 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_MACH: draw_machine(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; @@ -2138,20 +2388,17 @@ void bm_app_draw(bm_gfx *g, void *user) 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: 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; case V_CH: draw_channel(g, a); break; case V_GLO: draw_glo(g, a); break; case V_SYSTEM: draw_system(g, a); break; case V_TIME: draw_time(g, a); break; case V_SAVE: draw_save(g, a); break; case V_FXG: draw_fx(g, a); break; - case V_SCLG: draw_scl(g, a, 1); break; case V_COPYCH: draw_copych(g, a); break; default: break; } PASO(24); + if (a->card && !a->layer && console_view(a)) draw_card(g, a); /* la tarjeta del canal, encima de la consola */ if (a->box_on) draw_box(g, a); PASO(25); if (a->ov.on) draw_overlay(g, a); diff --git a/lang/plantilla.txt b/lang/plantilla.txt index 88d22c2..7ca0fbd 100644 --- a/lang/plantilla.txt +++ b/lang/plantilla.txt @@ -11,9 +11,6 @@ # core/bm_app.c EMPTY -# core/bm_ui_draw.c -%2d SCN %c x%d - # core/bm_ui_draw.c %d BARS %d/%d NOTES %s @@ -56,6 +53,9 @@ # core/bm_app.c 2 BARS +# core/bm_input.c +2 S = YES ANY CONTROL = NO + # core/bm_input.c 4 NOTES PER STEP @@ -65,18 +65,27 @@ A%02d ALREADY HAS DATA # core/bm_app.c A%02d QUEUED +# core/bm_input.c +ACC + # core/bm_input.c core/bm_params.c core/bm_ui_draw.c ACCENT # core/bm_ui_draw.c ACCENT OPENS THE FILTER - TIE = SLIDE +# core/bm_input.c +ADD A PATTERN FIRST + # core/bm_ui_draw.c AGAIN: # core/bm_input.c core/bm_params.c core/bm_ui_draw.c ALG +# core/bm_ui_draw.c +ALG = MACHINE PRE = SOUND + # core/bm_input.c ALGO @@ -87,7 +96,7 @@ ALGORITHM ALGORITHM = CHORUS # core/bm_ui_draw.c -ALGORITHM PICKS THE TARGET - OCT+ PASTES - HOME CANCELS +ALGORITHM PICKS THE TARGET - HOLD EDIT 2 S = PASTE # core/bm_ui_draw.c ALL AT 0: THE GRID AS IS @@ -119,13 +128,16 @@ ANALOG SNARE # core/bm_input.c ANCHOR +# core/bm_ui_draw.c +ANY OTHER CONTROL = NO + # core/bm_ui_draw.c ARMED # core/bm_input.c ARMED: PLAY TO RECORD -# core/bm_app.c +# core/bm_app.c core/bm_input.c ARP # core/bm_input.c @@ -149,7 +161,7 @@ ATTACK # core/bm_ui_draw.c ATTACK, RELEASE, CHOKE GROUP, TEMPO SYNC -# core/bm_input.c core/bm_ui_draw.c +# core/bm_input.c AUTO FILL # core/bm_input.c @@ -167,6 +179,12 @@ B-MINI # core/bm_input.c B-MINI MODE +# core/bm_ui_draw.c +B1 = ACCENT + +# core/bm_ui_draw.c +BACK + # core/bm_input.c BAR @@ -215,15 +233,15 @@ BIT # core/bm_pattern.c BITTAL +# core/bm_input.c +BLACK %d + # core/bm_ui_draw.c BLACK 4 = THE TAKE ON PAD %d # core/bm_ui_draw.c BLACK 4 = THE TAKE ON THIS PAD -# core/bm_ui_draw.c -BLACKS %+d - # core/bm_params.c BLIP @@ -314,10 +332,13 @@ CH # core/bm_input.c CHAIN OF %d PATTERNS +# core/bm_input.c +CHAIN OF %d SCENES + # core/bm_ui_draw.c -CHAIN: +CHANGE: HOLD T%d ON HOME + ALG -# core/bm_input.c +# core/bm_input.c core/bm_ui_draw.c CHANNEL # core/bm_input.c core/bm_params.c @@ -431,6 +452,15 @@ CRE # core/bm_input.c core/bm_ui_draw.c CRESC +# core/bm_input.c core/bm_ui_draw.c +CUE + +# core/bm_input.c +CUE OFF + +# core/bm_input.c +CUE: MUTES AND SCENES ON THE NEXT BAR + # core/bm_params.c CUTOFF @@ -548,6 +578,9 @@ E.PIANO # core/bm_input.c ECHO +# core/bm_input.c +EDIT + # core/bm_params.c EG @@ -563,9 +596,6 @@ EMPTY PAD # core/bm_input.c EMPTY PAD: TAKES > PAD -# core/bm_input.c -EMPTY SCENE (HOME > SCENES) - # core/bm_input.c EMPTY STEP @@ -578,7 +608,13 @@ EMPTY STEP: PLAY A NOTE THERE FIRST # core/bm_input.c ENTRY -# core/bm_params.c core/bm_ui_draw.c +# core/bm_input.c +ENTRY %d: NO SCENE + +# core/bm_input.c +ENTRY %d: SCENE %c + +# core/bm_input.c core/bm_params.c core/bm_ui_draw.c ENV # core/bm_params.c @@ -611,7 +647,7 @@ ERASE T%d # core/bm_ui_draw.c EVENTS -# core/bm_input.c core/bm_ui_draw.c +# core/bm_input.c EVERY %d # core/bm_input.c @@ -630,13 +666,10 @@ EXIT: ARP OR HOME BLACK 11 = FILL EXIT: ARP OR HOME REC IS RECORDING # core/bm_input.c -EXIT: BLACK 10 OR HOME +EXIT: BLACK 11 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 +EXIT: LFO OR HOME BLACK 9/10 = PAGE # core/bm_input.c EXIT: RELEASE ARP @@ -648,16 +681,16 @@ EXIT: RELEASE ARP BLACK 11 = FILL EXIT: RELEASE ARP REC IS RECORDING # core/bm_input.c -EXIT: RELEASE BLACK 10 +EXIT: RELEASE BLACK 11 # core/bm_input.c -EXIT: RELEASE BLACK 11 +EXIT: RELEASE EDIT B7-10 = CLR SCENE # core/bm_input.c -EXIT: RELEASE EDIT OCT- = UNDO +EXIT: RELEASE EDIT BLACK 7 = REDO # core/bm_input.c -EXIT: RELEASE ENV OCT+ = NEXT PAGE +EXIT: RELEASE ENV BLACK 9/10 = PAGE # core/bm_input.c EXIT: RELEASE FX @@ -666,10 +699,10 @@ EXIT: RELEASE FX EXIT: RELEASE GLO PLAY = TAP TEMPO # core/bm_input.c -EXIT: RELEASE HOME HOLD BLACK = SOLO +EXIT: RELEASE HOME B1-6 MUTE # core/bm_input.c -EXIT: RELEASE LFO OCT+ = NEXT PAGE +EXIT: RELEASE LFO BLACK 9/10 = PAGE # core/bm_input.c EXIT: RELEASE SAVE @@ -707,9 +740,6 @@ FACTORY # core/bm_input.c FACTORY IS READ ONLY -# core/bm_ui_draw.c -FADERS - # core/bm_ui_draw.c FAST SCREEN @@ -743,9 +773,12 @@ FILTER OFF # core/bm_params.c FINE -# core/bm_input.c +# core/bm_input.c core/bm_ui_draw.c FIXED +# core/bm_ui_draw.c +FIXED MACHINE + # core/bm_input.c core/bm_ui_draw.c FLAM @@ -770,6 +803,9 @@ FRAME # core/bm_ui_draw.c FREE %u.%u S - %d SOUNDS ON TOP +# core/bm_ui_draw.c +FREE REC + # core/bm_ui_draw.c FREE REC %u.%u @@ -791,11 +827,11 @@ FROM STEP 1 # core/bm_input.c FWD -# core/bm_ui_draw.c +# core/bm_input.c core/bm_ui_draw.c FX # core/bm_ui_draw.c -FX AGAIN = DELAY > REVERB > MASTER +FX AGAIN = NEXT PAGE # core/bm_input.c GAIN @@ -815,6 +851,9 @@ GLASS # core/bm_input.c core/bm_params.c GLIDE +# core/bm_app.c core/bm_input.c core/bm_ui_draw.c +GLO + # core/bm_snap.c GPL-3.0 @@ -827,9 +866,6 @@ HAT # core/bm_params.c HAT 808 -# core/bm_ui_draw.c -HEAVY - ONE AT A TIME - # core/bm_ui_draw.c HELD: KEY, THRU AND LOOP KEEP PLAYING @@ -854,8 +890,8 @@ HIT # core/bm_input.c HLF -# core/bm_ui_draw.c -HOLD 2 S ON A MACHINE = LOAD +# core/bm_input.c +HOLD %s 2 S = YES # core/bm_ui_draw.c HOLD ARP = LIVE ARPEGGIO @@ -872,14 +908,11 @@ HOLD GLO = TRANSPOSE, PLAY = TAP # core/bm_input.c HOLD KEYS = ARPEGGIATE IN TEMPO -# core/bm_ui_draw.c -HOLD ONE + OTHERS = CHAIN - # core/bm_ui_draw.c HOLD REC = RECORD WHILE HELD # core/bm_input.c -HOLD WHITE = ERASE LIVE OCT+ = REDO +HOLD WHITE = ERASE LIVE B6 = UNDO # core/bm_input.c HOLD WHITE = ROLL BLACK 1-6 = RATE @@ -897,10 +930,7 @@ HOME + FX = DELAY, REVERB AND SIDECHAIN HOME + THIS BUTTON: NOTHING # core/bm_ui_draw.c -HOME = DISCARD - REC = ANOTHER TAKE - -# core/bm_ui_draw.c -HOME NO +HOME = DISCARD? - REC = ANOTHER TAKE # core/bm_input.c core/bm_params.c core/bm_ui_draw.c HP @@ -926,12 +956,18 @@ II # core/bm_input.c core/bm_pattern.c III -# core/bm_input.c core/bm_ui_draw.c +# core/bm_input.c INF -# core/bm_snap.c +# core/bm_input.c core/bm_snap.c INIT +# core/bm_input.c +INIT KIT + +# core/bm_input.c +INIT KIT ON T%d? + # core/bm_app.c core/bm_input.c core/bm_ui_draw.c INIT SOUND @@ -1002,14 +1038,17 @@ K1 = DUCK - SELECT LEFT = LEVEL, PAN, SENDS K1 START - K2 END - EDIT = SOUND, ENV, LOOP # core/bm_ui_draw.c -K1-K4 = THE CURSOR TRACK +K3 PLAY: ONESHOT, KEY, THRU OR LOOP # core/bm_ui_draw.c -K3 PLAY: ONESHOT, KEY, THRU OR LOOP +K4 = SONG ON/OFF # core/bm_params.c KBD CTRL +# core/bm_input.c +KEEP HOLDING %s = YES + # core/bm_input.c KEY @@ -1022,6 +1061,9 @@ KEYS = TRANSPOSE PROJECT K2 = OCTAVE # core/bm_ui_draw.c KEYS ARE SILENT IN THE RECORDER +# core/bm_input.c +KEYS IN + # core/bm_input.c KEYS IN SCALE @@ -1106,7 +1148,7 @@ LEVEL # core/bm_params.c LEVEL 2 -# core/bm_params.c +# core/bm_input.c core/bm_params.c LFO # core/bm_params.c @@ -1196,9 +1238,12 @@ M4 AMT # core/bm_params.c M4 TO -# core/bm_app.c core/bm_input.c +# core/bm_input.c MACHINE +# core/bm_ui_draw.c +MACHINES + # core/bm_input.c MACRO @@ -1232,10 +1277,13 @@ MARIMBA # core/bm_input.c core/bm_ui_draw.c MASTER +# core/bm_ui_draw.c +MASTER > K2 PICKS IT + # core/bm_input.c MASTER FILTER -# core/bm_input.c core/bm_ui_draw.c +# core/bm_input.c MASTER LENGTH # core/bm_ui_draw.c @@ -1313,9 +1361,6 @@ MONO: EVERY NOTE RETRIGGERS # core/bm_ui_draw.c MONO: ONE VOICE, RETRIGGERS -# core/bm_app.c -MORE - # core/bm_input.c MOVE @@ -1407,7 +1452,7 @@ NOT A USER SOUND NOT SAVED YET # core/bm_input.c -NOTES OCTAVE %+d +NOTES # core/bm_ui_draw.c NOTES TO NOTES, HITS TO HITS: THE MACHINES DO NOT CHANGE @@ -1421,14 +1466,17 @@ NOTHING TO REDO # core/bm_app.c NOTHING TO UNDO -# core/bm_input.c core/bm_ui_draw.c +# core/bm_input.c NOW # core/bm_input.c NZ -# core/bm_ui_draw.c -OCT+ YES +# core/bm_input.c +OCT+ + +# core/bm_input.c +OCT- # core/bm_input.c OCTAVE @@ -1457,6 +1505,9 @@ ON (TEST) # core/bm_ui_draw.c ON T%d +# core/bm_ui_draw.c +ONE AT A TIME + # core/bm_input.c ONESHOT @@ -1544,6 +1595,9 @@ PAGE %d/%d # core/bm_input.c core/bm_ui_draw.c PAN +# core/bm_ui_draw.c +PASTE + # core/bm_input.c PASTED ON PAD %d @@ -1583,6 +1637,9 @@ PERC # core/bm_pattern.c PHRYG +# core/bm_input.c +PIANO ROLL + # core/bm_ui_draw.c PICK A NOTE TRACK @@ -1637,6 +1694,9 @@ PRC # core/bm_ui_draw.c PRE +# core/bm_ui_draw.c +PRE = SOUND + # core/bm_ui_draw.c PRESETS @@ -1721,7 +1781,7 @@ RD # core/bm_ui_draw.c READY -# core/bm_ui_draw.c +# core/bm_input.c core/bm_ui_draw.c REC # core/bm_ui_draw.c @@ -1757,6 +1817,9 @@ RECORDED # core/bm_input.c core/bm_ui_draw.c RECORDING +# core/bm_input.c +RED + # core/bm_app.c REDONE ON T%d @@ -1764,7 +1827,13 @@ REDONE ON T%d RELEASE # core/bm_ui_draw.c -RELEASE HOME TO ENTER +RELEASE = ENTER %s + +# core/bm_ui_draw.c +RELEASE = NO + +# core/bm_ui_draw.c +RELEASE = STAY ON MIX # core/bm_input.c REPEAT @@ -1847,7 +1916,7 @@ RS # core/bm_params.c RUBBER -# core/bm_ui_draw.c +# core/bm_input.c core/bm_ui_draw.c SAVE # core/bm_input.c @@ -1886,21 +1955,21 @@ SCALE (FROM THE PROJECT) # core/bm_input.c SCENE %c +# core/bm_input.c +SCENE %c CLEARED + # core/bm_input.c SCENE %c STORED # core/bm_input.c -SCENE CHAIN +SCENE %c: NEXT BAR -# core/bm_ui_draw.c -SCENES +# core/bm_input.c +SCL # core/bm_ui_draw.c SCL AGAIN: CHORDS - HOME + SCL: PROJECT -# core/bm_input.c -SCN %c - # core/bm_params.c SCREAM @@ -1926,10 +1995,7 @@ SEL SELECT # core/bm_ui_draw.c -SELECT = GO TO A TRACK - ALGORITHM = BPM .1 - -# core/bm_ui_draw.c -SELECT = ROW - ALGORITHM = CHANGE +SELECT = TRACK ALGORITHM = MACHINE (2 S) # core/bm_ui_draw.c SELECT HIT - ALGORITHM PROB - PRESETS LENGTH @@ -1937,7 +2003,7 @@ SELECT HIT - ALGORITHM PROB - PRESETS LENGTH # core/bm_ui_draw.c SELECT PICKS, SAVE RUNS - HOLD SAVE = COPY PATTERN -# core/bm_app.c core/bm_ui_draw.c +# core/bm_app.c core/bm_input.c core/bm_ui_draw.c SEQ # core/bm_input.c @@ -1970,6 +2036,12 @@ SIZE # core/bm_params.c SLIDE +# core/bm_ui_draw.c +SLOOP T%d %s + +# core/bm_input.c +SLOOP: T%d %s + # core/bm_input.c SNAP @@ -1988,10 +2060,10 @@ SONG AND SCENES SAVED # core/bm_input.c SONG FULL -# core/bm_input.c +# core/bm_input.c core/bm_ui_draw.c SONG OFF -# core/bm_input.c +# core/bm_input.c core/bm_ui_draw.c SONG ON # core/bm_ui_draw.c @@ -2012,7 +2084,7 @@ SOUND DELETED # core/bm_app.c SOUND SAVED: %s -# core/bm_input.c +# core/bm_input.c core/bm_ui_draw.c SOURCE # core/bm_ui_draw.c @@ -2039,18 +2111,6 @@ SR # core/bm_input.c ST -# core/bm_input.c -ST A - -# core/bm_input.c -ST B - -# core/bm_input.c -ST C - -# core/bm_input.c -ST D - # core/bm_input.c START @@ -2090,6 +2150,9 @@ STEP HAS NO NOTES: WRITE THEM IN SEQ # core/bm_input.c STEPS +# core/bm_ui_draw.c +STEPS %d-%d + # core/bm_ui_draw.c STEREO @@ -2099,6 +2162,9 @@ STOP TO COPY # core/bm_app.c core/bm_input.c STOP TO SAVE +# core/bm_input.c +STORE SCENE %c + # core/gen/bm_fm_rom.c STRINGS @@ -2153,7 +2219,7 @@ SUS4 # core/bm_params.c SUSTAIN -# core/bm_input.c core/bm_ui_draw.c +# core/bm_input.c SWING # core/bm_input.c @@ -2183,27 +2249,33 @@ SYNTH SNARE # core/bm_ui_draw.c SYSTEM +# core/bm_input.c +T%d BEAT FX + # core/bm_input.c T%d COPIED TO T%d # core/bm_input.c T%d DELAY +# core/bm_input.c +T%d DRIVE + # core/bm_app.c T%d ERASED (HOME+OCT- UNDOES) # core/bm_input.c T%d FILTER -# core/bm_input.c -T%d IS NOW %s - # core/bm_input.c T%d LENGTH %d # core/bm_input.c T%d LEVEL +# core/bm_input.c +T%d PAN + # core/bm_input.c T%d REVERB @@ -2222,6 +2294,12 @@ T%d: %d BAR # core/bm_input.c T%d: %d BARS +# core/bm_input.c +T%d: NEXT BAR + +# core/bm_input.c +T1 AND T2 ARE FIXED MACHINES + # core/bm_ui_draw.c T1 IS THE SIDECHAIN SOURCE @@ -2234,7 +2312,7 @@ TABLE # core/bm_input.c TAIL -# core/bm_input.c +# core/bm_input.c core/bm_ui_draw.c TAKE # core/bm_input.c @@ -2366,7 +2444,7 @@ TRACK SCALE # core/bm_input.c core/bm_params.c TRANSP -# core/bm_input.c core/bm_ui_draw.c +# core/bm_input.c TRANSPOSE # core/bm_input.c @@ -2388,7 +2466,7 @@ TUNE TUNING # core/bm_input.c -TURN = YES +TURN # core/bm_ui_draw.c TWO CORES @@ -2399,6 +2477,9 @@ TWO CORES OFF # core/bm_input.c TWO CORES ON (TEST) +# core/bm_input.c +UND + # core/bm_app.c UNDONE ON T%d @@ -2459,6 +2540,15 @@ VERSION # core/bm_input.c core/bm_pattern.c VI +# core/bm_input.c +VIEW + +# core/bm_input.c +VIEW: NOTES + +# core/bm_input.c +VIEW: PIANO ROLL (THE WHOLE LOOP) + # core/bm_input.c core/bm_pattern.c VII @@ -2468,14 +2558,23 @@ VOICE # core/bm_input.c VOICING -# core/bm_input.c core/bm_params.c -WAVE +# core/bm_ui_draw.c +W1-10 = ADD A PATTERN + +# core/bm_input.c +W1-10 PATTERN W11-16 GO TO MACHINE + +# core/bm_ui_draw.c +W11-16 = GO THERE ON RELEASE - ALG = BPM .1 # core/bm_ui_draw.c -WHITE = ADD PATTERN +W11-16 = TRACK + +# core/bm_input.c core/bm_params.c +WAVE # core/bm_input.c -WHITE = CUE PATTERN BLACK 1-6 = MUTE +WHITE %d # core/bm_input.c WHITE = CYCLE ACCENT AND GHOST @@ -2484,13 +2583,10 @@ WHITE = CYCLE ACCENT AND GHOST WHITE = CYCLE X1-X4 AND FLAM # core/bm_input.c -WHITE = ERASE INSTRUMENT OCT+ = REDO +WHITE = ERASE INSTRUMENT B6 = UNDO # core/bm_input.c -WHITE = ERASE STEP OCT+ = REDO - -# core/bm_input.c -WHITE = MAKE HIT FILL-ONLY +WHITE = ERASE STEP BLACK 6 = UNDO # core/bm_input.c WHITE = MAKE NOTE FILL-ONLY @@ -2508,7 +2604,7 @@ WHITE = PLAY CHORD BLACK 1-4 = EXTEND WHITE = PLAY EFFECT BLACK 1-6 = MUTE # core/bm_input.c -WHITE = SET LENGTH OCT-/OCT+ = PAGE +WHITE = SET LENGTH BLACK 11 = +16 # core/bm_input.c WHITE = TIE TO NEXT NOTE K1 = GLIDE @@ -2519,16 +2615,13 @@ WHITE = TOGGLE ACCENT # core/bm_input.c WHITE = TOGGLE MUTE BLACK 1-8 = PLAY -# core/bm_ui_draw.c -WHITE ADDS - BLACK 9 DELETES - # core/bm_input.c WHOLE # core/bm_params.c WIDE -# core/bm_params.c +# core/bm_input.c core/bm_params.c YES # core/bm_ui_draw.c diff --git a/tests/test_core.c b/tests/test_core.c index 241b300..f78ab19 100644 --- a/tests/test_core.c +++ b/tests/test_core.c @@ -164,6 +164,19 @@ static void page(int btn_id, int pg) for (int i = 0; i < 4 && !(app.view == V_CH && app.page == pg); i++) btn(btn_id, 30); } +/* HOME sostenido + un botón */ +static void home_with(int id) +{ + down(BTN_HOME); run_ms(40); btn(id, 30); up(BTN_HOME); run_ms(60); +} + +/* una tecla sostenida ms milisegundos (las preguntas: 2 s = sí) */ +static void hold_key(int k, uint32_t ms) { kdown(k); run_ms(ms); kup(k); run_ms(40); } + +/* las luces y los nombres de las teclas ahora */ +static bm_keyfn keys_now[BM_KEYS]; +static const bm_keyfn *keys(void) { bm_app_keys(&app, keys_now); return keys_now; } + /* ------------------------------------------------------------ formato, flash y tomas */ static void test_pack(void) { @@ -476,8 +489,8 @@ static void test_roll(void) 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_LFO, 30); /* REPEAT (LFO en BR-8) abierta: ARP la cambia por ROLL */ + CHECK(app.layer == L_REP && app.layer_latch); btn(BTN_ARP, 30); CHECK(app.layer == L_ROLL && app.layer_latch); btn(BTN_HOME, 30); @@ -638,7 +651,7 @@ static void test_voices(void) /* ------------------------------------------------------------ navegación 3.0 */ static void test_navigation(void) { - printf("navegación 0.6: SELECT = cursor en HOME, ALGORITHM = BPM / modo, PRESETS, pestañas, HOME otra vez, GLO\n"); + printf("navegación 0.9: HOME = la consola (MIX y FX), SELECT cursor, ALGORITHM BPM, PRESETS el sonido, GLO de la máquina\n"); boot(1); CHECK(app.view == V_HOME && app.track == 0); shot("00-home"); @@ -648,7 +661,7 @@ static void test_navigation(void) 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); + CHECK(app.track == 2 && app.view == V_HOME && !app.card); 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); @@ -666,37 +679,52 @@ static void test_navigation(void) 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); + int src = app.pat.trk[2].source; /* PRESETS = el sonido del canal del cursor (0.9) */ + enc(ENC_PRESETS, 1); run_ms(30); + CHECK(app.pat.trk[2].source == (src + 1) % BM_AC_PRESETS && app.view == V_HOME && app.move == 0); + { + const char *s, *al, *pr; + bm_app_bigknobs(&app, &s, &al, &pr); + CHECK(!strcmp(s, "TRACK") && !strcmp(al, "BPM") && !strcmp(pr, "SOUND")); + } + enc(ENC_PRESETS, -1); run_ms(30); + CHECK(app.pat.trk[2].source == src); + run_ms(UI_OVERLAY_MS + 100); shot("01-home-mixer"); - 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"); btn(BTN_EDIT, 30); CHECK(app.page == PG_SOUND); - /* HOME + SELECT: a otro canal desde cualquier pantalla, al soltar HOME */ + /* HOME + blanca 14 (T4): a esa máquina al soltar HOME (0.9: en lugar de HOME + SELECT) */ down(BTN_HOME); run_ms(60); - enc(ENC_SELECT, 1); - CHECK(app.layer == L_HOME && app.box_on && app.box_hold == 1 && app.box_track == 3); - shot("62-box-canal"); + white(13, 40); + CHECK(app.layer == L_HOME && app.home_go == 4 && app.view == V_CH); + CHECK(keys()[bm_white_key(13)].led == LED_BLINK); + shot("62-home-go"); up(BTN_HOME); run_ms(60); - CHECK(!app.box_on && app.track == 3 && app.view == V_CH && app.layer == L_NONE); + CHECK(!app.home_go && app.track == 3 && app.view == V_CH && app.layer == L_NONE); btn(BTN_EDIT, 30); CHECK(app.page == PG_SOUND); app.ed_page[3] = 0; /* BX-7: ALGORITHM, con el dibujo */ shot("12-fm"); enc(ENC_SELECT, 1); /* SELECT: las páginas de la máquina y luego las pestañas */ CHECK(app.page == PG_SOUND && app.ed_page[3] == 1); - enc(ENC_SELECT, -1); enc(ENC_SELECT, -1); /* antes de la primera: MACHINE */ - CHECK(app.page == PG_MACH); - enc(ENC_SELECT, -1); enc(ENC_SELECT, -1); - CHECK(app.page == PG_MORE); - shot("45-more"); + enc(ENC_SELECT, -1); enc(ENC_SELECT, -1); /* antes de la primera: SEQ (ya no hay MACHINE) */ + CHECK(app.page == PG_SEQ); + /* GLO dentro de la máquina: su GLO (MORE adentro, sin pestaña); GLO otra vez = de vuelta */ + btn(BTN_GLO, 30); + CHECK(app.view == V_CH && app.page == PG_MORE && sim.leds[BTN_GLO] == LED_ON); + shot("45-machine-glo"); + btn(BTN_GLO, 30); + CHECK(app.view == V_CH && app.page == PG_SEQ); + { + uint8_t tabs[8]; + int n = bm_app_tabs(&app, 3, tabs), more = 0; + for (int i = 0; i < n; i++) more |= tabs[i] == PG_MORE; + CHECK(!more && n == 5); + } btn(BTN_FX, 30); CHECK(app.page == PG_MIX && !app.mix_page); lv = app.pat.trk[3].level; @@ -715,43 +743,53 @@ static void test_navigation(void) shot("14b-mix-duck"); btn(BTN_HOME, 30); CHECK(app.view == V_HOME); - /* 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 */ + btn(BTN_HOME, 30); /* HOME otra vez: sigue en MIX (0.9) */ + CHECK(app.view == V_HOME); + /* FX en HOME: el FX de la consola; otra vez, la página siguiente: CHANNEL > DELAY > REVERB > MASTER */ + btn(BTN_FX, 30); CHECK(app.view == V_FXG && app.fx_page == FXP_CHANNEL); + btn(BTN_FX, 30); btn(BTN_FX, 30); btn(BTN_FX, 30); CHECK(app.view == V_FXG && app.fx_page == FXP_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); + enc(ENC_PRESETS, -4); /* en el FX, PRESETS = MOVE; el centro retiene 2 */ + run_ms(30); + CHECK(app.move == -2 && app.ctx.move == -2 && app.view == V_FXG); + enc(ENC_PRESETS, 2); + run_ms(30); + CHECK(app.move == 0 && app.ctx.move == 0); btn(BTN_HOME, 30); CHECK(app.view == V_HOME); - /* HOME + FX: delay; otra vez: reverb */ - down(BTN_HOME); run_ms(40); btn(BTN_FX, 30); up(BTN_HOME); run_ms(60); - CHECK(app.view == V_FXG && !app.fx_page); - down(BTN_HOME); run_ms(40); btn(BTN_FX, 30); up(BTN_HOME); run_ms(60); - CHECK(app.view == V_FXG && app.fx_page); + /* HOME + FX: el FX de la consola; otra vez, la página siguiente */ + home_with(BTN_FX); + CHECK(app.view == V_FXG && app.fx_page == FXP_CHANNEL); + home_with(BTN_FX); home_with(BTN_FX); + CHECK(app.view == V_FXG && app.fx_page == FXP_REVERB); int rs = app.pat.meta.rv_size; enc(ENC_K1, 2); CHECK(app.pat.meta.rv_size == rs + 2); shot("50-fx-reverb"); - /* GLO: lista global y otra vez cierra */ + /* GLO de la consola (HOME + GLO desde una máquina): TEMPO > MACHINES > SCALE > SONG */ ch(3); - btn(BTN_GLO, 30); - CHECK(app.view == V_GLO); + home_with(BTN_GLO); + CHECK(app.view == V_GLO && app.glo_page == GP_TEMPO); int sw = app.pat.meta.swing; enc(ENC_SELECT, 1); enc(ENC_ALGO, 1); /* SWING +1 */ CHECK(app.pat.meta.swing == sw + 1); - shot("24-glo"); - btn(BTN_GLO, 30); - CHECK(app.view == V_CH && app.track == 3); + run_ms(UI_OVERLAY_MS + 100); + shot("24-glo-tempo"); + btn(BTN_GLO, 30); CHECK(app.glo_page == GP_MACH); + btn(BTN_GLO, 30); CHECK(app.glo_page == GP_SCALE); + btn(BTN_GLO, 30); CHECK(app.glo_page == GP_SONG); + btn(BTN_GLO, 30); CHECK(app.glo_page == GP_TEMPO); + btn(BTN_HOME, 30); + CHECK(app.view == V_HOME); } static void test_home(void) { - printf("HOME en todas partes: controlador, mutes, solo, cadenas y versión global\n"); + printf("HOME sostenido en todas partes: la consola (patrones, canales, mutes, solo, cadenas) y HOME + botón\n"); boot(1); ch(2); btn(BTN_PLAY, 20); @@ -765,39 +803,45 @@ static void test_home(void) CHECK(app.pat.trk[0].mute == 1); kdown(bm_black_key(3)); run_ms(500); /* mantener negra 4 = solo T4 */ CHECK(app.pat.trk[3].mute == 0 && app.pat.trk[2].mute == 1 && app.pat.trk[5].mute == 1); + CHECK(keys()[bm_black_key(3)].led == LED_ON); kup(bm_black_key(3)); run_ms(80); CHECK(app.pat.trk[0].mute == 1 && app.pat.trk[2].mute == 0 && app.pat.trk[3].mute == 0); /* vuelve */ black(0, 40); CHECK(app.pat.trk[0].mute == 0); kdown(bm_white_key(1)); run_ms(40); white(2, 40); kup(bm_white_key(1)); run_ms(40); /* dos blancas: cadena */ CHECK(app.ctx.st.pchain_n == 2); + white(12, 40); /* blanca 13 = T3, no un patrón */ + CHECK(app.ctx.st.pchain_n == 2 && app.home_go == 3); up(BTN_HOME); run_ms(60); - CHECK(app.layer == L_NONE && app.view == V_CH && app.track == 2); /* soltar HOME no lleva a HOME */ + CHECK(app.layer == L_NONE && app.view == V_CH && app.track == 2); /* HOME + T3: la misma máquina */ btn(BTN_PLAY, 20); /* HOME + botón */ - down(BTN_HOME); run_ms(60); btn(BTN_SEQ, 30); up(BTN_HOME); run_ms(60); - CHECK(app.view == V_SONG); + home_with(BTN_SEQ); + CHECK(app.view == V_GLO && app.glo_page == GP_SONG); ch(0); page(BTN_SEQ, PG_SEQ); white(0, 40); /* quita el bombo del paso 1 */ CHECK(!(app.pat.tr[0].st[0][0] & ST_ON)); - down(BTN_HOME); run_ms(40); btn(BTN_OCT_DN, 20); up(BTN_HOME); run_ms(60); + home_with(BTN_OCT_DN); CHECK(app.pat.tr[0].st[0][0] & ST_ON); /* HOME + OCT- deshace */ - down(BTN_HOME); run_ms(40); btn(BTN_FX, 30); up(BTN_HOME); run_ms(60); + home_with(BTN_FX); CHECK(app.view == V_FXG); shot("50-fx-global"); - down(BTN_HOME); run_ms(40); btn(BTN_SCL, 30); up(BTN_HOME); run_ms(60); - CHECK(app.view == V_SCLG); - down(BTN_HOME); run_ms(40); btn(BTN_PLAY, 20); up(BTN_HOME); run_ms(60); + home_with(BTN_SCL); + CHECK(app.view == V_GLO && app.glo_page == GP_SCALE); + home_with(BTN_GLO); /* ya en GLO: la página siguiente */ + CHECK(app.view == V_GLO && app.glo_page == GP_SONG); + home_with(BTN_PLAY); CHECK(app.ctx.st.playing); /* HOME + PLAY: desde el paso 1 */ btn(BTN_PLAY, 20); - /* HOME + EDIT: copiar un canal (T4 BX-7 a T5: las notas y la máquina con su sonido) */ + /* HOME + EDIT: copiar un canal (T4 BX-7 a T5: las notas y la máquina con su sonido); EDIT 2 s pega */ ch(3); - down(BTN_HOME); run_ms(40); btn(BTN_EDIT, 30); up(BTN_HOME); run_ms(60); + home_with(BTN_EDIT); CHECK(app.view == V_COPYCH && app.copy_src == 3); for (int i = 0; i < 12 && app.copy_dst != 4; i++) enc(ENC_ALGO, 1); + CHECK(sim.leds[BTN_EDIT] == LED_BLINK && sim.leds[BTN_HOME] == LED_ON && sim.leds[BTN_OCT_UP] == LED_OFF); shot("49-copy-channel"); - btn(BTN_OCT_UP, 20); run_ms(100); + btn(BTN_EDIT, 2200); run_ms(100); CHECK(app.pat.trk[4].engine == ENG_FM && app.view == V_CH && app.track == 4); CHECK(memcmp(app.pat.prm[4], app.pat.prm[3], BM_PRM) == 0 && app.pat.trk[4].source == app.pat.trk[3].source); CHECK(!bm_event_empty(bm_evc(&app.pat, 4, 10, 0)) && bm_evc(&app.pat, 4, 10, 0)->note == 57); @@ -825,24 +869,32 @@ static void test_button_lights(void) 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 */ + btn(BTN_FX, 30); /* FX en HOME: el FX de la consola */ CHECK(app.view == V_FXG && sim.leds[BTN_HOME] == LED_ON && sim.leds[BTN_FX] == LED_MID); + CHECK(sim.leds[BTN_OCT_DN] == LED_OFF && sim.leds[BTN_OCT_UP] == LED_OFF); /* el cursor en T1 (batería): sin octava */ ch(0); + CHECK(sim.leds[BTN_OCT_DN] == LED_OFF && sim.leds[BTN_OCT_UP] == LED_OFF); /* batería: OCT apagados */ /* 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 */ + /* MUTE de instrumentos (negra 11 sostenida) no tiene botón: no respira OCT- ni SEQ */ + kdown(bm_black_key(10)); run_ms(400); + CHECK(app.layer == L_LANEMUTE && !app.layer_latch); + CHECK(sim.leds[BTN_OCT_DN] == LED_OFF && sim.leds[BTN_SEQ] == LED_OFF && sim.leds[BTN_HOME] == LED_OFF); + kup(bm_black_key(10)); run_ms(60); + CHECK(app.layer == L_NONE); + /* FILL en un canal de notas (negra 11): HOME la cierra; OCT cambia la octava */ + ch(2); + page(BTN_SEQ, PG_SEQ); + CHECK(sim.leds[BTN_OCT_DN] == LED_DIM && sim.leds[BTN_OCT_UP] == LED_DIM); 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); + CHECK(app.layer == L_FILL && sim.leds[BTN_SEQ] == LED_OFF && sim.leds[BTN_HOME] == LED_MID); btn(BTN_HOME, 30); - CHECK(app.layer == L_NONE); + CHECK(app.layer == L_NONE && app.view == V_CH); + ch(0); /* 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); @@ -860,19 +912,23 @@ static void test_button_lights(void) 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(!app.ctx.st.smp_rec && (app.ctx.st.smp_unsaved || app.take[0].valid) && 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"); + printf("negra 11: HI/LO y MUTE de instrumentos (batería), FILL (notas); B9/B10 = páginas; ALGORITHM en INSTR\n"); boot(1); ch(0); page(BTN_SEQ, PG_SEQ); app.sel_lane[0] = 2; /* CL HH */ - black(9, 40); /* un toque: queda abierta */ - CHECK(app.layer == L_LANEMUTE && app.layer_latch); + black(10, 40); /* un toque: el otro banco */ + CHECK(app.layer == L_NONE && app.sel_lane[0] == 10); + black(10, 40); + CHECK(app.sel_lane[0] == 2); + kdown(bm_black_key(10)); run_ms(400); /* sostenida: MUTE mientras la sostienes */ + 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]; @@ -886,7 +942,7 @@ static void test_key_screens(void) 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); + CHECK(K[bm_black_key(10)].led == LED_BREATH && strcmp(K[bm_black_key(10)].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); @@ -901,30 +957,40 @@ static void test_key_screens(void) CHECK((app.pat.tr[0].mute >> 2) & 1); white(2, 40); CHECK(!((app.pat.tr[0].mute >> 2) & 1)); - black(9, 40); /* la misma tecla: sale */ - CHECK(app.layer == L_NONE && !app.layer_latch); - kdown(bm_black_key(9)); run_ms(500); /* mantenida: solo mientras la sostienes */ - CHECK(app.layer == L_LANEMUTE); - white(3, 40); - CHECK((app.pat.tr[0].mute >> 3) & 1); - kup(bm_black_key(9)); run_ms(40); - CHECK(app.layer == L_NONE); - black(9, 40); white(3, 40); btn(BTN_HOME, 30); /* HOME también cierra, y no cambia de vista */ - CHECK(app.layer == L_NONE && !((app.pat.tr[0].mute >> 3) & 1) && app.view == V_CH); - /* FILL: suena mientras está abierta y las blancas arman los golpes del fill */ + kup(bm_black_key(10)); run_ms(40); /* soltar: sale, sin cambiar de banco */ + CHECK(app.layer == L_NONE && app.sel_lane[0] == 2); + /* B9 / B10: las páginas de pasos (MID si hay página para ese lado, OFF si no) */ + down(BTN_SEQ); run_ms(400); + black(10, 40); /* capa LENGTH: negra 11 = +16 */ + CHECK(app.len_page == 1); + white(15, 40); /* largo 32 */ + up(BTN_SEQ); run_ms(60); + CHECK(app.pat.tr[0].lane[2].len == 32 && app.view == V_CH && app.page == PG_SEQ); + CHECK(keys()[bm_black_key(8)].led == LED_OFF && keys()[bm_black_key(9)].led == LED_MID); + CHECK(!strcmp(keys()[bm_black_key(8)].label, "<") && !strcmp(keys()[bm_black_key(9)].label, ">")); + black(9, 40); + CHECK(app.step_page == 1 && keys()[bm_black_key(8)].led == LED_MID && keys()[bm_black_key(9)].led == LED_OFF); + black(9, 40); + CHECK(app.step_page == 1); + white(0, 40); /* la blanca 1 es el paso 17 */ + CHECK(app.pat.tr[0].st[2][16] & ST_ON); + black(8, 40); + CHECK(app.step_page == 0); + /* FILL de notas: la negra 11 en un canal de notas (la batería ya no tiene pantalla de FILL) */ + ch(2); + page(BTN_SEQ, PG_SEQ); black(10, 40); - CHECK(app.layer == L_FILL && app.fill && app.ctx.fill); + CHECK(app.layer == L_FILL && app.layer_latch && app.fill && app.ctx.fill); app.step_page = 0; - white(5, 40); /* paso 6 vacío: golpe solo en el fill */ - CHECK(app.pat.tr[0].st[2][5] == (ST_ON | (1 << ST_COND_SH))); - enc(ENC_K1, -1); /* FILL AUTOMATICO: de cada 4 compases (demo) a cada 2 */ - CHECK(app.pat.meta.fill_every == 2); + white(0, 40); /* paso 1 (con nota): solo en el fill */ + CHECK(bm_evc(&app.pat, 2, 0, 0)->prob == BM_PROB_FILL); shot("64-fill"); - white(5, 40); /* otra vez: se borra */ - CHECK(app.pat.tr[0].st[2][5] == 0); + white(0, 40); /* otra vez: siempre */ + CHECK(bm_evc(&app.pat, 2, 0, 0)->prob == 100); black(10, 40); CHECK(app.layer == L_NONE && !app.fill && !app.ctx.fill); /* INSTR: ALGORITHM recorre los instrumentos con el recuadro */ + ch(0); page(BTN_EDIT, PG_SOUND); btn(BTN_EDIT, 30); CHECK(app.page == PG_INST); int l0 = app.sel_lane[0]; @@ -980,12 +1046,14 @@ static void test_layers(void) 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); + CHECK(strcmp(title, "REPEAT") == 0 && strncmp(h2, "EXIT: LFO OR HOME", 17) == 0 && strlen(h2) <= 38 && strlen(h1) <= 38); 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); + black(9, 40); /* B10 pasa páginas sin cerrarla (aquí hay una sola) */ + CHECK(app.layer == L_REP && app.layer_latch && app.step_page == 0); + CHECK(K[bm_black_key(9)].led == LED_OFF); + btn(BTN_OCT_UP, 20); /* OCT en la batería: nada, y no la cierra */ + CHECK(app.layer == L_REP && app.layer_latch && app.oct == 0); 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); @@ -1026,12 +1094,23 @@ static void test_layers(void) shot("43-layer-copy"); up(BTN_SAVE); run_ms(600); CHECK(bm_store_has(&app.store, 5) && app.ctx.st.pattern == 0); - 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 */ + /* A06 ya tiene datos: pregunta. 0.9: se acepta sosteniendo 2 s la tecla que preguntó; soltarla antes = no */ + down(BTN_SAVE); run_ms(400); kdown(bm_black_key(2)); white(5, 40); + CHECK(app.ask == ASK_NONE && strcmp(app.toast, "CANCELED") == 0); /* soltada enseguida: no */ + kdown(bm_white_key(5)); run_ms(600); + CHECK(app.ask == ASK_COPY_TRK && app.ask_live && bm_app_ask_progress(&app) > 50); + up(BTN_SAVE); run_ms(40); /* soltar SAVE (cierra la capa) no contesta */ + CHECK(app.ask == ASK_COPY_TRK && app.layer == L_NONE); 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(sim.leds[BM_LED_KEY0 + bm_white_key(5)] == LED_BLINK && sim.leds[BTN_OCT_UP] == LED_OFF && sim.leds[BTN_HOME] == LED_OFF); + CHECK(sim.leds[BTN_SEQ] == LED_OFF && sim.leds[BTN_SAVE] == LED_OFF); /* en la pregunta, solo la tecla que preguntó */ + { + char h[40]; bm_app_ask_hint(&app, h, sizeof h); + CHECK(strcmp(h, "KEEP HOLDING WHITE 6 = YES") == 0); + } + run_ms(1500); /* 2 s sostenida: sí */ + CHECK(app.ask == ASK_NONE && strcmp(app.toast, "TRACK COPIED") == 0); + kup(bm_white_key(5)); kup(bm_black_key(2)); run_ms(600); CHECK(app.ask == ASK_NONE); /* REC 2 s sin grabar nada: borra la pista al instante, sin preguntar (en vivo); HOME + OCT- la devuelve */ ch(0); @@ -1059,7 +1138,14 @@ static void test_layers(void) 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 */ + CHECK(keys()[bm_black_key(5)].led == LED_MID && keys()[bm_black_key(6)].led == LED_OFF); /* B6 deshacer sí, B7 rehacer no */ + CHECK(!strcmp(keys()[bm_black_key(5)].label, "UND") && !strcmp(keys()[bm_black_key(6)].label, "RED")); + CHECK(sim.leds[BTN_OCT_DN] == LED_OFF && sim.leds[BTN_OCT_UP] == LED_OFF); /* OCT: la octava (en la batería, nada) */ + black(5, 40); /* B6 = UNDO */ + 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 && keys()[bm_black_key(6)].led == LED_MID); + black(6, 40); /* B7 = REDO */ 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; @@ -1067,7 +1153,7 @@ static void test_layers(void) /* 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_SEQ] == LED_MID && sim.leds[BTN_FX] == LED_MID && sim.leds[BTN_GLO] == 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); } @@ -1084,28 +1170,39 @@ static void test_free_engines(void) CHECK(app.pat.trk[2].engine == ENG_ACID && app.pat.prm[2][AC_WAVE] == 1); enc(ENC_ALGO, -1); CHECK(app.pat.prm[2][AC_WAVE] == 0); - enc(ENC_SELECT, -1); /* MORE: la fila MACHINE en T3-T6 */ + /* el GLO de la máquina (MORE adentro, 0.9): notas = VIEW LENGTH SPEED TRANSPOSE ACCENT MIDI OUT INIT SOUND */ + btn(BTN_GLO, 30); const char *nm; char v[24]; + static const char *const NOTE_ROWS[7] = {"VIEW", "LENGTH", "SPEED", "TRANSPOSE", "ACCENT", "MIDI OUT", "INIT SOUND"}; + CHECK(app.page == PG_MORE && bm_app_more_count(&app) == 7); + for (int i = 0; i < 7; i++) { bm_app_more_row(&app, i, &nm, v, sizeof v); CHECK(strcmp(nm, NOTE_ROWS[i]) == 0); } bm_app_more_row(&app, 0, &nm, v, sizeof v); - CHECK(app.page == PG_MORE && strcmp(nm, "MACHINE") == 0 && strcmp(v, "BB-303") == 0); - enc(ENC_ALGO, 1); /* salta a la página MACHINE, sin cambiar nada */ - CHECK(app.page == PG_MACH && app.pat.trk[2].engine == ENG_ACID && app.mach_arm != 1); - run_ms(2500); - CHECK(app.pat.trk[2].engine == ENG_ACID); - ch(0); - enc(ENC_SELECT, -1); - bm_app_more_row(&app, 0, &nm, v, sizeof v); - CHECK(strcmp(nm, "MACHINE") != 0); - /* T6 con MIDI OUT: suena y además manda sus notas por MIDI */ + CHECK(strcmp(v, "NOTES") == 0); + shot("45b-machine-glo-note"); + btn(BTN_GLO, 30); /* GLO otra vez: de vuelta */ + CHECK(app.page == PG_SEQ); + ch(0); /* BR-8: LENGTH SPEED ACCENT INIT KIT */ + btn(BTN_GLO, 30); + CHECK(bm_app_more_count(&app) == 4); + bm_app_more_row(&app, 3, &nm, v, sizeof v); + CHECK(strcmp(nm, "INIT KIT") == 0); + ch(1); /* BP-1: LENGTH SPEED ACCENT INTERPOLATION INIT */ + btn(BTN_GLO, 30); + CHECK(bm_app_more_count(&app) == 5); + bm_app_more_row(&app, 3, &nm, v, sizeof v); + CHECK(strcmp(nm, "INTERPOLATION") == 0); + bm_app_more_row(&app, 4, &nm, v, sizeof v); + CHECK(strcmp(nm, "INIT") == 0); + /* T6 con MIDI OUT: suena y además manda sus notas por MIDI (y aparece la fila MIDI CHANNEL) */ ch(5); - enc(ENC_SELECT, -1); + btn(BTN_GLO, 30); CHECK(app.page == PG_MORE); int row = -1; for (int i = 0; i < bm_app_more_count(&app); i++) { bm_app_more_row(&app, i, &nm, v, sizeof v); if (strcmp(nm, "MIDI OUT") == 0) row = i; } CHECK(row >= 0); while (app.more_row < row) enc(ENC_SELECT, 1); enc(ENC_ALGO, 1); run_ms(40); - CHECK(app.pat.trk[5].midi_out == 1); + CHECK(app.pat.trk[5].midi_out == 1 && bm_app_more_count(&app) == 8); sim.midi_n = 0; btn(BTN_PLAY, 20); run_ms(1500); int on = 0, voice = 0; @@ -1349,10 +1446,11 @@ static void test_recorder(void) CHECK(app.take[0].gain == 66); run_ms(1700); shot("36-takes"); - /* N2: un kit de 16 partes iguales; el kit ya tenía pads, así que pregunta */ - black(1, 40); + /* N2: un kit de 16 partes iguales; el kit ya tenía pads, así que pregunta (2 s sostenida = sí) */ + kdown(bm_black_key(1)); run_ms(100); CHECK(app.ask == ASK_KIT); - btn(BTN_OCT_UP, 20); run_ms(60); + run_ms(2000); kup(bm_black_key(1)); run_ms(60); + CHECK(app.ask == ASK_NONE); int pads = 0; for (int i = 0; i < BM_LANES; i++) pads += bm_pad_ok(&app.pat.pad[i]); CHECK(pads == 16 && app.pat.pad[1].start == len / 16); @@ -1373,21 +1471,25 @@ static void test_recorder(void) ch(1); down(BTN_EDIT); run_ms(2200); up(BTN_EDIT); run_ms(60); for (int i = 0; i < 12 && bm_app_takes_sel(&app) != 0; i++) enc(ENC_ALGO, 1); - black(10, 40); - CHECK(app.ask == ASK_TAKE_DEL); - btn(BTN_OCT_UP, 20); run_ms(600); + hold_key(bm_black_key(10), 2200); /* DEL: 2 s sostenida = sí */ + CHECK(app.ask == ASK_NONE); + run_ms(600); CHECK(!app.take[0].valid && app_kit_empty(&app)); - /* HOME en una toma sin guardar: pregunta (HOME = no, OCT+ = sí) */ + /* HOME en una toma sin guardar: pregunta (HOME otra vez = no: la toma queda; HOME sostenido 2 s = 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); + CHECK(app.ask == ASK_DISCARD && app.ctx.st.smp_unsaved && !app.ask_live); + shot("46b-ask-discard"); 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.ask == ASK_DISCARD && sim.leds[BTN_HOME] == LED_BLINK); + down(BTN_HOME); run_ms(1000); + CHECK(app.ask == ASK_DISCARD && app.layer == L_NONE); /* sostenerla no abre la capa de HOME */ + run_ms(1200); up(BTN_HOME); run_ms(60); + CHECK(app.ask == ASK_NONE && app.view == V_CH && app.layer == L_NONE); /* ni SYSTEM a los 2 s */ CHECK(!app.ctx.st.smp_unsaved && app.ctx.smp[0].len == 0); btn(BTN_PLAY, 20); } @@ -1398,7 +1500,6 @@ static void test_free_rec(void) boot(1); ch(5); 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); btn(BTN_REC, 30); @@ -1688,22 +1789,24 @@ static void test_machines(void) CHECK(app.pat.trk[2].source == BM_AC_PRESETS - 1 && app.pat.trk[2].engine == ENG_ACID); CHECK(app.pat.trk[2].macro[0] == bm_ac_presets[BM_AC_PRESETS - 1].cut && strcmp(bm_sound_name(&app, 2), bm_ac_presets[BM_AC_PRESETS - 1].name) == 0); - /* la página MACHINE: SELECT a la izquierda de la primera página de SOUND */ - ch(3); - page(BTN_EDIT, PG_SOUND); - app.ed_page[3] = 0; - enc(ENC_SELECT, -1); - CHECK(app.page == PG_MACH && app.mach_sel == ENG_FM && !app.mach_arm); - const char *s, *al, *pr; - bm_app_bigknobs(&app, &s, &al, &pr); - CHECK(strcmp(al, "MACHINE") == 0); - shot("67-machine"); + /* la tarjeta del canal (0.9): en HOME, la blanca de T4 sostenida + ALGORITHM; 2 s en una la carga */ + for (int i = 0; i < 4 && app.view != V_HOME; i++) btn(BTN_HOME, 30); int n4 = notes_of(3); CHECK(n4 > 0); + int k4 = bm_white_key(BM_PATTERNS + 3); + kdown(k4); run_ms(150); + CHECK(app.track == 3 && !app.card); /* al bajar: el cursor */ + run_ms(300); + CHECK(app.card == 4 && app.mach_trk == 3 && app.mach_sel == ENG_FM && !app.mach_arm); + CHECK(keys()[k4].led == LED_BREATH); + const char *s, *al, *pr; + bm_app_bigknobs(&app, &s, &al, &pr); + CHECK(strcmp(al, "MACHINE") == 0 && strcmp(pr, "PATCH") == 0); + shot("67-card"); enc(ENC_ALGO, -1); /* a B-MINI: corre la cuenta */ - CHECK(app.mach_sel == ENG_MINI && app.mach_arm == 1); + CHECK(app.mach_sel == ENG_MINI && app.mach_arm == 1 && app.card_turn); run_ms(1000); - shot("67b-machine-countdown"); + shot("67b-card-countdown"); CHECK(app.pat.trk[3].engine == ENG_FM); enc(ENC_ALGO, 1); /* irse antes de los 2 s: nada */ CHECK(app.mach_sel == ENG_FM && !app.mach_arm); @@ -1712,17 +1815,49 @@ static void test_machines(void) enc(ENC_ALGO, -1); run_ms(1200); enc(ENC_ALGO, -1); run_ms(1200); /* B-MINI 1.2 s y luego BB-303 1.2 s */ CHECK(app.pat.trk[3].engine == ENG_FM && app.mach_sel == ENG_ACID); enc(ENC_ALGO, 1); run_ms(2200); /* quedarse 2 s: T4 es B-MINI */ - CHECK(app.pat.trk[3].engine == ENG_MINI && notes_of(3) == n4 && app.page == PG_MACH && !app.mach_arm); + CHECK(app.pat.trk[3].engine == ENG_MINI && notes_of(3) == n4 && app.card == 4 && !app.mach_arm); CHECK(strcmp(app.toast, "T4 = B-MINI") == 0 && app.pat.trk[3].source == 0); enc(ENC_ALGO, 2); /* BITTAL ya está en T5: apagada, sin cuenta */ CHECK(app.mach_sel == ENG_BITTAL && !app.mach_arm && strcmp(app.toast, "BITTAL ALREADY ON T5") == 0); - shot("67c-machine-heavy"); + shot("67c-card-heavy"); run_ms(2500); CHECK(app.pat.trk[3].engine == ENG_MINI); - btn(BTN_EDIT, 30); /* EDIT: a la última página de SOUND */ - CHECK(app.page == PG_SOUND); - btn(BTN_HOME, 30); btn(BTN_SEQ, 30); btn(BTN_EDIT, 30); - CHECK(app.track == 3 && app.page == PG_SOUND); /* volver no pasa por MACHINE */ + enc(ENC_ALGO, -1); run_ms(500); /* soltar la tarjeta corta la cuenta */ + CHECK(app.mach_arm == 1); + kup(k4); run_ms(60); + CHECK(app.view == V_HOME && !app.card && !app.mach_arm); /* se giró una perilla: soltar no entra */ + run_ms(2000); + CHECK(app.pat.trk[3].engine == ENG_MINI); + kdown(k4); run_ms(400); /* sin girar nada: soltar = entrar */ + CHECK(app.card == 4); + kup(k4); run_ms(60); + CHECK(app.view == V_CH && app.track == 3 && !app.card); + btn(BTN_HOME, 30); + /* T1 y T2: máquinas fijas; PRESETS en la tarjeta = su sonido */ + int k1 = bm_white_key(BM_PATTERNS); + kdown(k1); run_ms(400); + enc(ENC_ALGO, 1); + CHECK(app.card == 1 && app.pat.trk[0].engine == ENG_DRUM && strcmp(app.toast, "T1 AND T2 ARE FIXED MACHINES") == 0); + kup(k1); run_ms(60); + CHECK(app.view == V_HOME); + int k3 = bm_white_key(BM_PATTERNS + 2), src3 = app.pat.trk[2].source; + kdown(k3); run_ms(400); + enc(ENC_PRESETS, 1); run_ms(40); + CHECK(app.card == 3 && app.pat.trk[2].source == (src3 + 1) % BM_AC_PRESETS); + kup(k3); run_ms(60); + CHECK(app.view == V_HOME && app.track == 2); + /* GLO > MACHINES: SELECT el canal (T3-T6), ALGORITHM la máquina con la misma espera */ + btn(BTN_GLO, 30); btn(BTN_GLO, 30); + CHECK(app.view == V_GLO && app.glo_page == GP_MACH); + enc(ENC_SELECT, -3); + CHECK(app.track == 2); /* no baja a T1 / T2: fijos */ + enc(ENC_ALGO, 1); + CHECK(app.mach_trk == 2 && app.mach_sel == ENG_MINI && app.mach_arm == 1); + run_ms(900); + shot("68-glo-machines"); + run_ms(1300); + CHECK(app.pat.trk[2].engine == ENG_MINI && app.pat.trk[3].engine == ENG_MINI); + btn(BTN_HOME, 30); /* BX-7 en T3: polifónico (las voces van por máquina, no por canal) */ CHECK(app_set_machine(&app, 2, ENG_FM) == 0); @@ -1745,7 +1880,7 @@ static void test_machines(void) down(BTN_HOME); run_ms(40); btn(BTN_EDIT, 30); up(BTN_HOME); run_ms(60); CHECK(app.view == V_COPYCH && app.copy_src == 5); int dst = app.copy_dst, de = app.pat.trk[dst].engine; - btn(BTN_OCT_UP, 20); run_ms(100); + btn(BTN_EDIT, 2200); run_ms(100); /* EDIT 2 s = pegar */ CHECK(app.pat.trk[dst].engine == de && strcmp(app.toast, "BUNO-6 ALREADY ON T6") == 0); CHECK(app_machine_track(&app, ENG_BUNO) == 5); @@ -2321,7 +2456,7 @@ static void test_demo_and_persist(void) boot(0); int n2 = bm_pattern_pack(&app.pat, b2, sizeof b2); CHECK(n1 > 0 && n1 == n2 && memcmp(b1, b2, (size_t)n1) == 0); - CHECK(app.song.scene[1].valid && app.song.scene[1].trk_mute == 0x38); + CHECK((app.song.scene[1].flags & SCN_STORED) && app.song.scene[1].trk_mute == 0x38); CHECK(app.pat.trk[4].engine == ENG_BITTAL && app.pat.trk[2].engine == ENG_ACID && app.pat.trk[5].engine == ENG_BUNO && app.pat.meta.bpm_x10 == 1600); } @@ -2423,6 +2558,21 @@ static void test_draw_cost(void) draw_pages(3, PG_SOUND, "BX-7"); draw_pages(4, PG_SOUND, "BITTAL"); draw_pages(5, PG_SOUND, "BUNO-6"); + ch(3); /* 0.9: PIANO ROLL, SLOOP, la tarjeta y el GLO de la consola */ + app.set.note_view |= 1u << 3; + page(BTN_SEQ, PG_SEQ); + draw_one("ROLL"); + app.set.note_view &= (uint8_t)~(1u << 3); + btn(BTN_HOME, 30); + btn(BTN_REC, 30); + draw_one("SLOOP"); + btn(BTN_REC, 30); + kdown(bm_white_key(BM_PATTERNS + 3)); run_ms(400); + draw_one("CARD"); + enc(ENC_K1, 1); kup(bm_white_key(BM_PATTERNS + 3)); run_ms(40); /* girar: soltar no entra */ + btn(BTN_GLO, 30); btn(BTN_GLO, 30); + draw_one("GLO"); + btn(BTN_HOME, 30); CHECK(app_set_machine(&app, 2, ENG_MINI) == 0); run_ms(40); draw_pages(2, PG_SOUND, "B-MINI"); @@ -2485,6 +2635,24 @@ static void test_spi_budget(void) for (int i = 0; i < 60; i++) { sim.spi_bytes = 0; run_ms(33); sum += sim.spi_bytes; } printf(" sampler SEQ: promedio %u B/frame\n", sum / 60); CHECK(sum / 60 < 37000); + /* 0.9: el PIANO ROLL (el loop entero) y SLOOP (la consola tocando una máquina), sonando */ + ch(3); + app.set.note_view |= 1u << 3; + page(BTN_SEQ, PG_SEQ); + run_ms(300); + sum = 0; maxb = 0; + for (int i = 0; i < 60; i++) { sim.spi_bytes = 0; run_ms(33); sum += sim.spi_bytes; if (sim.spi_bytes > maxb) maxb = sim.spi_bytes; } + printf(" PIANO ROLL: promedio %u B/frame, máximo %u B\n", sum / 60, maxb); + CHECK(sum / 60 < 37000); + app.set.note_view &= (uint8_t)~(1u << 3); + btn(BTN_HOME, 30); + btn(BTN_REC, 30); + run_ms(300); + sum = 0; maxb = 0; + for (int i = 0; i < 60; i++) { sim.spi_bytes = 0; run_ms(33); sum += sim.spi_bytes; if (sim.spi_bytes > maxb) maxb = sim.spi_bytes; } + printf(" SLOOP: promedio %u B/frame, máximo %u B\n", sum / 60, maxb); + CHECK(sum / 60 < 37000); + btn(BTN_REC, 30); btn(BTN_PLAY, 20); } @@ -2548,21 +2716,26 @@ static void test_ui_flow(void) kdown(bm_white_key(2)); run_ms(300); 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); - CHECK(app.view == V_SCENES); - white(5, 40); - white(0, 40); + btn(BTN_HOME, 30); + CHECK(app.view == V_HOME); + black(7, 40); /* negra 8 = escena B: entra en el próximo compás */ + CHECK(app.ctx.st.scene_q == 1); shot("23-scenes"); - run_ms(9000); - CHECK(app.ctx.st.scene == 0); + run_ms(3000); + CHECK(app.ctx.st.scene == 1 && app.pat.trk[3].mute && app.pat.trk[5].mute && !app.pat.trk[0].mute); + black(6, 40); /* A: todo suena otra vez */ + run_ms(3000); + CHECK(app.ctx.st.scene == 0 && !app.pat.trk[3].mute); down(BTN_HOME); run_ms(2200); up(BTN_HOME); run_ms(60); CHECK(app.view == V_SYSTEM); shot("25-system"); btn(BTN_SAVE, 30); shot("27-save"); - down(BTN_HOME); run_ms(40); btn(BTN_SEQ, 30); up(BTN_HOME); run_ms(40); + home_with(BTN_SEQ); + CHECK(app.view == V_GLO && app.glo_page == GP_SONG); white(0, 30); white(1, 30); + black(7, 30); /* la entrada 2 lanza la escena B */ + CHECK(app.song.n == 2 && bm_song_pat(app.song.pat[1]) == 1 && bm_song_scene(app.song.pat[1]) == 1); shot("28-song"); btn(BTN_PLAY, 20); bm_platform pf; bm_sim_platform(&sim, &pf); @@ -2637,11 +2810,11 @@ static void test_lang(void) /* 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"); + printf("perillas: paso + PRESETS, aceleración, interruptores, HOME siempre a MIX\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); + CHECK(strcmp(s, "TRACK") == 0 && strcmp(al, "BPM") == 0 && strcmp(pr, "KIT") == 0); /* el cursor en T1 */ /* 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); @@ -2676,50 +2849,64 @@ static void test_knobs_nav(void) 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); + home_with(BTN_OCT_DN); 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 */ + /* el kit también desde HOME (PRESETS = el sonido del cursor), y también se deshace */ + btn(BTN_HOME, 30); + run_ms(1000); + enc(ENC_PRESETS, -1); /* (el deshacer devolvió los instrumentos, no el número de kit) */ + CHECK(memcmp(lanes, app.pat.tr[0].lane, sizeof lanes) != 0 && app.view == V_HOME); + home_with(BTN_OCT_DN); + CHECK(memcmp(lanes, app.pat.tr[0].lane, sizeof lanes) == 0); + /* MUTE de instrumentos (negra 11 sostenida): las perillas siguen con lo de SEQ */ + ch(0); page(BTN_SEQ, PG_SEQ); - black(9, 40); + kdown(bm_black_key(10)); run_ms(400); 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); + kup(bm_black_key(10)); run_ms(60); + /* FILL (notas): HOME sostenido la cierra y la apaga */ + ch(2); + page(BTN_SEQ, PG_SEQ); 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); + /* HOME siempre vuelve a MIX (0.9): desde la máquina, su GLO, TIME y el FX de la consola */ btn(BTN_EDIT, 30); CHECK(app.view == V_CH && app.page == PG_SOUND); btn(BTN_GLO, 30); - CHECK(app.view == V_GLO); + CHECK(app.view == V_CH && app.page == PG_MORE); bm_app_bigknobs(&app, &s, &al, &pr); - CHECK(strcmp(s, "ROW") == 0 && strcmp(pr, "MOVE") == 0); - btn(BTN_HOME, 30); + CHECK(strcmp(s, "ROW") == 0 && strcmp(al, "VALUE") == 0); + btn(BTN_GLO, 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); + home_with(BTN_FX); CHECK(app.view == V_FXG); btn(BTN_HOME, 30); - CHECK(app.view == V_CH && app.track == 2 && app.page == PG_SOUND); + CHECK(app.view == V_HOME); + ch(2); 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); /* en la consola, HOME se queda en MIX */ + CHECK(app.view == V_HOME); + btn(BTN_FX, 30); + CHECK(app.view == V_FXG && app.fx_page == FXP_CHANNEL); + enc(ENC_SELECT, 1); /* SELECT: CHANNEL > DELAY */ + CHECK(app.fx_page == FXP_DELAY); + bm_app_bigknobs(&app, &s, &al, &pr); + CHECK(strcmp(s, "PAGE") == 0 && strcmp(pr, "MOVE") == 0); + btn(BTN_GLO, 30); /* GLO en la consola: su GLO */ + CHECK(app.view == V_GLO && app.glo_page == GP_TEMPO); btn(BTN_HOME, 30); - CHECK(app.view == V_GLO); + CHECK(app.view == V_HOME); /* 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); @@ -2731,12 +2918,615 @@ static void test_knobs_nav(void) /* 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); + bm_app_bigknobs(&app, &s, &al, &pr); + CHECK(strcmp(pr, "PATTERN") == 0 && strcmp(al, "BPM .1") == 0); 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); } +/* ------------------------------------------------------------ 0.9: la consola */ +/* cuántos píxeles de un color hay en un rectángulo de la última captura */ +static int count_px(int x0, int y0, int x1, int y1, uint16_t c) +{ + int n = 0; + for (int y = y0; y < y1; y++) for (int x = x0; x < x1; x++) n += sim.fb[y * 240 + x] == c; + return n; +} + +static int notes_in(int t) +{ + int n = 0; + for (int s = 0; s < BM_STEPS; s++) for (int k = 0; k < BM_EVENTS; k++) n += !bm_event_empty(bm_evc(&app.pat, t, s, k)); + return n; +} + +static int hits_in(int t) +{ + int n = 0; + for (int l = 0; l < BM_LANES; l++) for (int s = 0; s < BM_STEPS; s++) n += (bm_trk_trc(&app.pat, t)->st[l][s] & ST_ON) != 0; + return n; +} + +static void test_console_patterns(void) +{ + printf("consola 0.9: W1-W10 patrones (cola, cadena), W11-W16 canales; los objetos 11-16 de la flash se ignoran\n"); + /* la flash: un patrón viejo en el objeto 12 ya no cuenta y su lugar se reusa */ + bm_sim_flash_erase_all(&sim); + bm_platform pf; + bm_sim_platform(&sim, &pf); + static bm_store st, st2; + bm_store_mount(&st, pf.flash); + uint8_t body[64]; + memset(body, 7, sizeof body); + CHECK(bm_store_write(&st, 12, body, sizeof body) == 0 && bm_store_has(&st, 12)); + bm_store_mount(&st2, pf.flash); + CHECK(!bm_store_has(&st2, 12) && bm_store_used_slots(&st2) == 0); + boot(1); + CHECK(BM_PATTERNS == 10 && app.view == V_HOME); + const bm_keyfn *K = keys(); + CHECK(!strcmp(K[bm_white_key(9)].label, "10") && !strcmp(K[bm_white_key(10)].label, "T1") && !strcmp(K[bm_white_key(15)].label, "T6")); + CHECK(!strcmp(K[bm_black_key(0)].label, "M1") && !strcmp(K[bm_black_key(6)].label, "A") && !strcmp(K[bm_black_key(10)].label, "CUE")); + CHECK(K[bm_white_key(0)].led == LED_ON && K[bm_white_key(1)].led == LED_DIM); /* el actual ON, vacío DIM */ + CHECK(K[bm_white_key(10)].led == LED_ON && K[bm_white_key(12)].led == LED_MID); /* el cursor ON, con pasos MID */ + CHECK(K[bm_white_key(11)].led == LED_DIM); /* BP-1 sin tomas: vacío */ + CHECK(K[bm_black_key(0)].led == LED_MID && K[bm_black_key(10)].led == LED_DIM); + /* parado: cambia ya */ + white(2, 40); run_ms(300); + CHECK(app.ctx.st.pattern == 2 && keys()[bm_white_key(2)].led == LED_ON && keys()[bm_white_key(0)].led == LED_MID); + white(0, 40); run_ms(300); + CHECK(app.ctx.st.pattern == 0); + /* sonando: en cola para el ciclo maestro (4 compases en la demo) */ + btn(BTN_PLAY, 20); run_ms(200); + white(4, 40); + CHECK(app.ctx.st.queued == 4 && app.ctx.st.pattern == 0 && keys()[bm_white_key(4)].led == LED_BLINK); + run_ms(6200); + CHECK(app.ctx.st.pattern == 4); + /* una sostenida + otra = cadena: el siguiente de la cadena parpadea */ + kdown(bm_white_key(0)); run_ms(40); white(1, 40); kup(bm_white_key(0)); run_ms(40); + CHECK(app.ctx.st.pchain_n == 2); + run_ms(6200); + CHECK(app.ctx.st.pattern == 0 && keys()[bm_white_key(1)].led == LED_BLINK); + run_ms(6000); + CHECK(app.ctx.st.pattern == 1); + btn(BTN_PLAY, 20); + /* las blancas 11-16 no son patrones: mueven el cursor al bajar */ + int p = app.ctx.st.pattern; + kdown(bm_white_key(12)); run_ms(20); + CHECK(app.track == 2 && app.ctx.st.pattern == p); + kup(bm_white_key(12)); run_ms(40); + CHECK(app.view == V_HOME && !app.card); /* un toque: solo el cursor */ +} + +static void test_scenes(void) +{ + printf("escenas 0.9: solo mutes; toque guarda (vacía) o lanza en el compás; 2 s guarda encima; EDIT + escena; cadena; CUE; mutes y cambio de patrón\n"); + boot(1); + memset(app.song.scene, 0, sizeof app.song.scene); /* sin las de la demo */ + CHECK(keys()[bm_black_key(6)].led == LED_DIM); /* vacía: DIM */ + black(0, 40); /* parado: mute T1 */ + CHECK(app.pat.trk[0].mute); + black(6, 40); /* A vacía: guarda los mutes */ + CHECK((app.song.scene[0].flags & SCN_STORED) && app.song.scene[0].trk_mute == 0x01 && !strcmp(app.toast, "SCENE A STORED")); + CHECK(keys()[bm_black_key(6)].led == LED_MID && app.song_dirty); + black(0, 40); + CHECK(!app.pat.trk[0].mute); + black(6, 40); /* A guardada: la lanza (parado: ya) */ + CHECK(app.pat.trk[0].mute && app.ctx.st.scene == 0 && keys()[bm_black_key(6)].led == LED_ON); + black(0, 40); black(3, 40); /* B: T4 muteado */ + black(7, 40); + CHECK(app.song.scene[1].trk_mute == 0x08); + /* 2 s sostenida: guarda encima, con el anillo */ + black(3, 40); black(4, 40); /* ahora T5 */ + kdown(bm_black_key(7)); run_ms(1200); + { + char lb[24]; + CHECK(bm_app_key_ring(&app, lb, sizeof lb) > 100 && !strcmp(lb, "STORE SCENE B")); + } + shot("69-scene-store-ring"); + run_ms(1000); + CHECK(app.song.scene[1].trk_mute == 0x10); + kup(bm_black_key(7)); run_ms(60); + CHECK(app.pat.trk[4].mute && app.ctx.st.scene == 0); /* soltarla no la lanza */ + black(4, 40); + for (int t = 0; t < BM_TRACKS; t++) CHECK(!app.pat.trk[t].mute); + /* los mutes de la consola sobreviven al cambio de patrón: A02 guardado con T1 muteado y T5 no */ + static bm_pattern q; + static uint8_t pk[BM_PENDING_LEN]; + q = app.pat; q.trk[0].mute = 1; q.trk[4].mute = 0; q.tr[0].mute = 0; + int n = bm_pattern_pack(&q, pk, sizeof pk); + CHECK(n > 0 && bm_store_write(&app.store, 1, pk, (uint16_t)n) == 0); + /* sonando: la escena entra en el próximo compás */ + btn(BTN_PLAY, 20); run_ms(200); + black(7, 40); /* B (T5) */ + CHECK(app.ctx.st.scene_q == 1 && keys()[bm_black_key(7)].led == LED_BLINK && !app.pat.trk[4].mute); + run_ms(1600); + CHECK(app.ctx.st.scene == 1 && app.ctx.st.scene_q == 0xFF && app.pat.trk[4].mute); + app_push_i(&app, CMD_LANE_MUTE, 0, 0, 0, 0x0004); run_ms(40); /* y el hat de BR-8 (en vivo) */ + white(1, 40); /* A02 en cola */ + run_ms(6200); + CHECK(app.ctx.st.pattern == 1 && app.pat.trk[4].mute && !app.pat.trk[0].mute && app.pat.tr[0].mute == 0x0004); + /* EDIT sostenido + escena = vaciarla */ + down(BTN_EDIT); run_ms(400); + CHECK(app.layer == L_ERASE && !strcmp(keys()[bm_black_key(7)].label, "XB")); + black(7, 40); + up(BTN_EDIT); run_ms(60); + CHECK(!(app.song.scene[1].flags & SCN_STORED)); + /* una cadena: A sostenida + C, D (C y D guardadas antes) */ + black(2, 40); black(8, 40); black(2, 40); /* C: T3 */ + black(5, 40); black(9, 40); black(5, 40); /* D: T6 */ + CHECK(app.song.scene[2].trk_mute == 0x14 && app.song.scene[3].trk_mute == 0x30); + kdown(bm_black_key(6)); run_ms(40); black(8, 40); black(9, 40); kup(bm_black_key(6)); run_ms(40); + CHECK(app.ctx.st.chain_n == 3 && app.chain_n == 3 && app.chain[0] == 0 && app.chain[1] == 2 && app.chain[2] == 3); + run_ms(1600); + CHECK(app.ctx.st.scene == 0); /* la primera, en el próximo compás */ + run_ms(6200); + CHECK(app.ctx.st.scene == 2 && app.pat.trk[2].mute); /* la siguiente, con el ciclo maestro */ + /* CUE: con la negra 11 sostenida, los mutes caen juntos en el próximo compás */ + black(6, 40); run_ms(1600); /* A sola: sin cadena */ + CHECK(app.ctx.st.chain_n == 0 && app.ctx.st.scene == 0); + uint8_t m0 = app.pat.trk[1].mute, m1 = app.pat.trk[3].mute; + while (app.ctx.st.btick % BM_BAR_TICKS > 24) run_ms(5); /* justo después de un compás: el próximo está a 1.5 s */ + kdown(bm_black_key(10)); run_ms(350); /* sostenida (más que un toque) */ + CHECK(app.cue && keys()[bm_black_key(10)].led == LED_BREATH); + black(1, 40); black(3, 40); + CHECK(app.pat.trk[1].mute == m0 && app.pat.trk[3].mute == m1 && app.ctx.st.cue_x == 0x0A); + CHECK(keys()[bm_black_key(1)].led == LED_BLINK); + kup(bm_black_key(10)); run_ms(40); + CHECK(!app.cue); /* sostenida: no queda fija */ + run_ms(1600); + CHECK(app.pat.trk[1].mute != m0 && app.pat.trk[3].mute != m1 && app.ctx.st.cue_x == 0); + while (app.ctx.st.btick % BM_BAR_TICKS > 24) run_ms(5); + black(10, 40); /* un toque: CUE fija */ + CHECK(app.cue == 2); + black(1, 40); + CHECK(app.ctx.st.cue_x == 0x02); + shot("70-cue"); + black(10, 40); /* otro toque: suelta (lo que está en cola igual cae) */ + CHECK(app.cue == 0); + run_ms(1600); + CHECK(app.pat.trk[1].mute == m0 && app.ctx.st.cue_x == 0); + btn(BTN_PLAY, 20); + /* parado, CUE no espera */ + black(10, 40); black(1, 40); + CHECK(app.pat.trk[1].mute != m0); + black(10, 40); + /* el objeto canción + escenas: versión nueva; uno viejo se ignora */ + app_job(&app, JOB_SAVE_SONG, 0); app_job(&app, JOB_SAVE_GLOB, 0); run_ms(300); + boot(0); + CHECK((app.song.scene[2].flags & SCN_STORED) && app.song.scene[2].trk_mute == 0x14); + { + uint8_t old[1 + 2 * BM_SONG_MAX + 32]; + memset(old, 0, sizeof old); old[0] = 3; /* 0.8: escenas con patrón, sin versión */ + bm_store_write(&app.store, BM_OBJ_SONG, old, sizeof old); + } + boot(0); + CHECK(!(app.song.scene[2].flags & SCN_STORED) && app.song.n == 0); +} + +/* SLOOP-REC (REC en MIX): las teclas tocan el canal del cursor */ +static void test_sloop(void) +{ + printf("SLOOP-REC: REC en MIX arma el canal del cursor; notas cromáticas desde F, batería con ACC, REC expresivo\n"); + boot(1); + enc(ENC_SELECT, 1); enc(ENC_SELECT, 1); /* T3 BB-303 */ + btn(BTN_REC, 30); + CHECK(app.sloop && app.rec && app.view == V_HOME && sim.leds[BTN_REC] == LED_ON); + const bm_keyfn *K = keys(); + CHECK(!strcmp(K[0].label, "F") && !strcmp(K[bm_white_key(15)].label, "G")); /* 27 teclas desde F */ + kdown(0); run_ms(40); + CHECK(app.key_nn[0] == 1 && app.key_notes[0][0] == BM_KEY_BASE_NOTE - 12); /* máquina de bajo: una octava abajo */ + kup(0); run_ms(40); + btn(BTN_OCT_UP, 20); + CHECK(app.oct == 1 && sim.leds[BTN_OCT_UP] == LED_ON); + kdown(0); run_ms(40); + CHECK(app.key_notes[0][0] == BM_KEY_BASE_NOTE); + kup(0); run_ms(40); + btn(BTN_OCT_DN, 20); + CHECK(app.oct == 0); + /* KEYS IN SCALE: las blancas la escala, las negras acordes */ + app.pat.meta.scale_lock = 1; + CHECK(!strcmp(keys()[bm_black_key(0)].label, "I")); + kdown(bm_black_key(0)); run_ms(40); + CHECK(app.key_nn[bm_black_key(0)] >= 3); + kup(bm_black_key(0)); run_ms(40); + app.pat.meta.scale_lock = 0; + /* grabar: REC expresivo (lo grabado se ve en rojo) */ + int n0 = notes_in(2); + btn(BTN_PLAY, 20); run_ms(300); + hold_key(bm_white_key(4), 300); run_ms(200); + hold_key(bm_white_key(6), 150); run_ms(300); + CHECK(app.rec_steps != 0); + shot("71-sloop-note"); + CHECK(count_px(15, 40, 240, 135, C_RED) > 0); /* las notas de esta pasada, en rojo */ + btn(BTN_PLAY, 20); run_ms(60); + CHECK(notes_in(2) >= n0); + /* SELECT: otro canal, el teclado lo sigue (T1 batería: las blancas son los instrumentos, B1 = ACC) */ + enc(ENC_SELECT, -2); + CHECK(app.track == 0 && app.sloop && app.rec_steps == 0); + K = keys(); + CHECK(!strcmp(K[bm_white_key(0)].label, "BD") && !strcmp(K[bm_black_key(0)].label, "ACC") && K[bm_black_key(1)].label[0] == 0); + int lane = -1; /* un instrumento sin golpes */ + for (int l = 0; l < BM_LANES && lane < 0; l++) { + int any = 0; + for (int s = 0; s < BM_STEPS; s++) any |= app.pat.tr[0].st[l][s] & ST_ON; + if (!any) lane = l; + } + CHECK(lane >= 0); + btn(BTN_PLAY, 20); run_ms(250); + kdown(bm_black_key(0)); run_ms(20); /* ACC sostenida */ + hold_key(bm_white_key(lane), 60); + kup(bm_black_key(0)); run_ms(20); + run_ms(300); + hold_key(bm_white_key(lane), 60); /* sin ACC */ + run_ms(200); + shot("72-sloop-drums"); + btn(BTN_PLAY, 20); + int acc = 0, flat = 0; + for (int s = 0; s < BM_STEPS; s++) { + uint8_t v = app.pat.tr[0].st[lane][s]; + if (!(v & ST_ON)) continue; + if (v & ST_ACC) acc++; else flat++; + } + CHECK(acc >= 1 && flat >= 1); + /* HOME sostenido: las teclas vuelven a ser del mezclador */ + int hb = hits_in(0); + down(BTN_HOME); run_ms(400); + black(2, 40); /* negra 3 = el mute de T3 */ + CHECK(app.layer == L_HOME && app.pat.trk[2].mute && !strcmp(keys()[bm_black_key(2)].label, "M3")); + black(2, 40); + up(BTN_HOME); run_ms(60); + CHECK(!app.pat.trk[2].mute && !strcmp(keys()[bm_black_key(0)].label, "ACC")); /* otra vez las del canal */ + white(0, 40); /* parado: suena, no graba */ + CHECK(app.sloop && hits_in(0) == hb); + /* REC 2 s: borra el canal del cursor (se deshace) */ + int h0 = hits_in(0); + CHECK(h0 > 0); + btn(BTN_REC, 2200); run_ms(60); + CHECK(hits_in(0) == 0 && app.sloop); + home_with(BTN_OCT_DN); + CHECK(hits_in(0) == h0); + /* REC otra vez: el mezclador */ + btn(BTN_REC, 30); + CHECK(!app.sloop && !app.rec && !strcmp(keys()[bm_white_key(0)].label, "01")); + /* REC sostenido en MIX: SLOOP solo mientras lo sostienes */ + down(BTN_REC); run_ms(400); + CHECK(app.sloop && app.rec); + up(BTN_REC); run_ms(60); + CHECK(!app.sloop && !app.rec); + /* un canal de notas vacío: FREE REC (el largo se cierra al salir de SLOOP) */ + app_clear_track(&app, 5); run_ms(40); + enc(ENC_SELECT, 5); + CHECK(app.track == 5); + btn(BTN_REC, 30); + CHECK(app.sloop && app.rec_free == 6 && app.pat.trk[5].length == 64); + btn(BTN_PLAY, 20); run_ms(200); + hold_key(bm_white_key(3), 500); run_ms(1400); + btn(BTN_REC, 30); run_ms(60); + CHECK(!app.sloop && !app.rec_free && app.pat.trk[5].length == 16 && notes_in(5) >= 1); + btn(BTN_PLAY, 20); + /* entrar a una máquina apaga SLOOP */ + btn(BTN_REC, 30); + btn(BTN_SEQ, 30); + CHECK(app.view == V_CH && !app.sloop && !app.rec); +} + +static void test_oct_paging(void) +{ + printf("OCT -/+ = la octava en todas partes (batería y pads: nada); B9/B10 = páginas; LENGTH +16; ERASE UND/RED\n"); + boot(1); + enc(ENC_SELECT, 2); /* consola, cursor en T3 (notas): la octava de SLOOP */ + btn(BTN_OCT_UP, 20); + CHECK(app.oct == 1 && sim.leds[BTN_OCT_UP] == LED_ON && sim.leds[BTN_OCT_DN] == LED_DIM); + enc(ENC_SELECT, -2); /* cursor en T1 (batería): nada */ + btn(BTN_OCT_UP, 20); + CHECK(app.oct == 1 && sim.leds[BTN_OCT_UP] == LED_OFF && sim.leds[BTN_OCT_DN] == LED_OFF); + /* dentro de una máquina de notas, también en SEQ: los grados de las negras siguen la octava */ + ch(2); + page(BTN_SEQ, PG_SEQ); + int root, sc = app_scale(&app, 2, &root); + kdown(bm_black_key(0)); run_ms(40); + CHECK(app.key_notes[bm_black_key(0)][0] == bm_scale_note(root, sc, 0, 2 + 1)); + kup(bm_black_key(0)); run_ms(40); + btn(BTN_OCT_DN, 20); btn(BTN_OCT_DN, 20); + CHECK(app.oct == -1 && app.step_page == 0); /* ya no pasa páginas */ + kdown(bm_black_key(0)); run_ms(40); + CHECK(app.key_notes[bm_black_key(0)][0] == bm_scale_note(root, sc, 0, 2 - 1)); + kup(bm_black_key(0)); run_ms(40); + btn(BTN_OCT_UP, 20); + /* dos compases: B9 / B10 en ACCENT, TIE, ERASE y FILL */ + down(BTN_SEQ); run_ms(400); black(7, 40); up(BTN_SEQ); run_ms(60); /* 2BR */ + CHECK(app.pat.trk[2].length == 32); + down(BTN_ENV); run_ms(400); + CHECK(app.layer == L_ACC && keys()[bm_black_key(9)].led == LED_MID && keys()[bm_black_key(8)].led == LED_OFF); + black(9, 40); + CHECK(app.step_page == 1); + white(0, 40); /* paso 17: un acento */ + up(BTN_ENV); run_ms(60); + CHECK(!bm_event_empty(bm_evc(&app.pat, 2, 16, 0)) && bm_evc(&app.pat, 2, 16, 0)->vel == BM_VEL_ACC); + down(BTN_LFO); run_ms(400); + CHECK(app.layer == L_REP); + black(8, 40); + CHECK(app.step_page == 0); + up(BTN_LFO); run_ms(60); + down(BTN_EDIT); run_ms(400); + black(9, 40); + white(0, 40); /* parado: borra el paso 17 */ + CHECK(bm_event_empty(bm_evc(&app.pat, 2, 16, 0)) && keys()[bm_black_key(5)].led == LED_MID); + black(5, 40); /* B6 = UNDO */ + CHECK(!bm_event_empty(bm_evc(&app.pat, 2, 16, 0)) && keys()[bm_black_key(6)].led == LED_MID); + up(BTN_EDIT); run_ms(60); + black(10, 40); /* FILL abierta: también pasa páginas */ + CHECK(app.layer == L_FILL); + black(8, 40); + CHECK(app.step_page == 0 && app.layer == L_FILL); + black(10, 40); + /* LENGTH: B11 = +16 recorre 1-16 > 17-32 > 33-48 > 49-64; K1 cualquiera */ + down(BTN_SEQ); run_ms(400); + CHECK(app.len_page == 1 && !strcmp(keys()[bm_black_key(10)].label, "+16")); + black(10, 40); + CHECK(app.len_page == 2); + white(15, 40); + CHECK(app.pat.trk[2].length == 48); + black(10, 40); black(10, 40); + CHECK(app.len_page == 0); + enc(ENC_K1, 1); + CHECK(app.pat.trk[2].length == 49); + up(BTN_SEQ); run_ms(60); + /* la batería: OCT apagado y sin efecto */ + ch(0); + int o = app.oct; + btn(BTN_OCT_UP, 20); + CHECK(app.oct == o && sim.leds[BTN_OCT_UP] == LED_OFF); +} + +static void test_asks(void) +{ + printf("preguntas 0.9: el control que preguntó, sostenido 2 s = sí; soltarlo antes u otro control = no\n"); + boot(1); + ch(3); + page(BTN_EDIT, PG_SOUND); + down(BTN_EDIT); run_ms(2100); /* EDIT 2 s: INIT SOUND? */ + CHECK(app.ask == ASK_INIT && app.ask_live && app.ask_ctl == BTN_EDIT && sim.leds[BTN_EDIT] == LED_BLINK); + up(BTN_EDIT); run_ms(60); /* soltarlo antes = no */ + CHECK(app.ask == ASK_NONE && !strcmp(app.toast, "CANCELED") && app.layer == L_NONE); + down(BTN_EDIT); run_ms(2100); + CHECK(app.ask == ASK_INIT); + run_ms(1000); + shot("46a-ask-hold"); + run_ms(1100); /* 2 s más sostenido = sí */ + CHECK(app.ask == ASK_NONE && !strcmp(app.toast, "INIT SOUND")); + up(BTN_EDIT); run_ms(60); + CHECK(app.layer == L_NONE && app.view == V_CH && app.page == PG_SOUND); + down(BTN_EDIT); run_ms(2100); + CHECK(app.ask == ASK_INIT); + btn(BTN_PLAY, 20); /* otro control = no (y no hace lo suyo) */ + CHECK(app.ask == ASK_NONE && !app.ctx.st.playing); + up(BTN_EDIT); run_ms(60); + /* una perilla preguntó (GLO de la máquina > INIT SOUND): 2 s sin tocar nada = sí; otra perilla = no */ + btn(BTN_GLO, 30); + enc(ENC_SELECT, 10); + const char *nm; char v[24]; + bm_app_more_row(&app, app.more_row, &nm, v, sizeof v); + CHECK(!strcmp(nm, "INIT SOUND")); + enc(ENC_ALGO, 1); + CHECK(app.ask == ASK_INIT && app.ask_ctl == ASK_ENC); + enc(ENC_K1, 1); + CHECK(app.ask == ASK_NONE); + enc(ENC_ALGO, 1); run_ms(800); + enc(ENC_ALGO, 1); /* seguir a la derecha: sigue la cuenta */ + CHECK(app.ask == ASK_INIT); + shot("46c-ask-knob"); + run_ms(1400); + CHECK(app.ask == ASK_NONE && !strcmp(app.toast, "INIT SOUND")); +} + +static void test_console_glo(void) +{ + printf("GLO de la consola: TEMPO (con AUTO FILL), MACHINES, SCALE y SONG (entradas con escena, SONG REC)\n"); + boot(1); + btn(BTN_GLO, 30); + CHECK(app.view == V_GLO && app.glo_page == GP_TEMPO && sim.leds[BTN_HOME] == LED_ON && sim.leds[BTN_GLO] == LED_MID); + static const char *const TR[5] = {"BPM", "SWING", "MASTER LENGTH", "TRANSPOSE", "AUTO FILL"}; + const char *nm; char v[20]; + CHECK(bm_app_glo_count(&app) == 5); + for (int i = 0; i < 5; i++) { bm_app_glo_row(&app, i, &nm, v, sizeof v); CHECK(!strcmp(nm, TR[i])); } + enc(ENC_SELECT, 4); + enc(ENC_ALGO, -1); /* AUTO FILL: de cada 4 (demo) a cada 2 */ + CHECK(app.pat.meta.fill_every == 2); + enc(ENC_SELECT, -1); enc(ENC_ALGO, 1); enc(ENC_ALGO, 1); + CHECK(app.pat.meta.transpose == 26); + int bpm = app.pat.meta.bpm_x10; + enc(ENC_K1, 1); + CHECK(app.pat.meta.bpm_x10 == bpm + 10); + run_ms(UI_OVERLAY_MS + 100); + shot("24b-glo-tempo-fill"); + btn(BTN_GLO, 30); + CHECK(app.glo_page == GP_MACH); + shot("24c-glo-machines"); + btn(BTN_GLO, 30); + CHECK(app.glo_page == GP_SCALE && sim.leds[BTN_SCL] == LED_MID); + enc(ENC_SELECT, 2); enc(ENC_ALGO, 1); /* KEYS IN SCALE */ + CHECK(app.pat.meta.scale_lock == 1); + enc(ENC_ALGO, -1); + CHECK(app.pat.meta.scale_lock == 0); + int sc = app.pat.meta.scale; + enc(ENC_K2, 1); + CHECK(app.pat.meta.scale == (sc + 1) % BM_SCALES); + run_ms(UI_OVERLAY_MS + 100); + shot("24d-glo-scale"); + btn(BTN_HOME, 30); + btn(BTN_SCL, 30); /* SCL en HOME: la misma página */ + CHECK(app.view == V_GLO && app.glo_page == GP_SCALE); + btn(BTN_GLO, 30); + CHECK(app.glo_page == GP_SONG && sim.leds[BTN_SEQ] == LED_MID); + white(0, 40); white(2, 40); /* dos entradas */ + CHECK(app.song.n == 2 && app.song_cur == 1); + black(7, 40); /* B8: la escena B en la entrada 2 */ + CHECK(bm_song_scene(app.song.pat[1]) == 1 && bm_song_pat(app.song.pat[1]) == 2); + CHECK(keys()[bm_black_key(7)].led == LED_ON); + black(7, 40); /* otra vez: sin escena */ + CHECK(bm_song_scene(app.song.pat[1]) < 0); + black(8, 40); + CHECK(bm_song_scene(app.song.pat[1]) == 2); + enc(ENC_K2, 1); /* K2 = vueltas */ + CHECK(app.song.rep[1] == 2); + enc(ENC_ALGO, 1); /* ALGORITHM = el patrón de la entrada */ + CHECK(bm_song_pat(app.song.pat[1]) == 3 && bm_song_scene(app.song.pat[1]) == 2); + shot("24e-glo-song"); + black(10, 40); /* B11 borra la elegida */ + CHECK(app.song.n == 1); + black(10, 40); + CHECK(app.song.n == 0); + /* SONG REC (HOME + REC): los cambios de patrón y los lanzamientos de escena */ + home_with(BTN_REC); + CHECK(app.song_rec == 2); /* parado: armado, empieza con PLAY */ + btn(BTN_HOME, 30); + btn(BTN_PLAY, 20); run_ms(200); + CHECK(app.song_rec == 1 && app.song.n == 1 && bm_song_pat(app.song.pat[0]) == 0 && bm_song_scene(app.song.pat[0]) < 0); + black(7, 40); /* escena B */ + white(1, 40); /* y A02 en cola */ + run_ms(6200); + CHECK(app.song.n == 2 && bm_song_pat(app.song.pat[1]) == 1 && bm_song_scene(app.song.pat[1]) == 1); + run_ms(6000); + CHECK(app.song.n == 2 && app.song.rep[1] == 2); /* el mismo patrón sin escena nueva: una vuelta más */ + btn(BTN_PLAY, 20); + home_with(BTN_REC); + CHECK(!app.song_rec); +} + +/* render de bloques sin la interfaz: para comparar dos mezclas muestra a muestra */ +static void render(int32_t *dst, int frames) +{ + for (int o = 0; o < frames; o += 128) bm_app_audio(&app, dst + o * 2, frames - o < 128 ? (uint32_t)(frames - o) : 128u); +} + +static void fx_solo(int t, int beatfx, int off, int drive) +{ + boot(1); + for (int i = 0; i < BM_TRACKS; i++) app.pat.trk[i].mute = (uint8_t)(i != t); + app.pat.trk[t].send = 0; app.pat.trk[t].rsend = 0; app.pat.meta.rv_mix = 0; app.pat.meta.dly_mix = 0; + app.pat.meta.beatfx = (uint8_t)beatfx; app.pat.trk[t].bfx_off = (uint8_t)off; app.pat.trk[t].drive = (uint8_t)drive; + note(t, 57, 1); note(t, 60, 1); note(t, 64, 1); +} + +static void test_fx_channel(void) +{ + printf("HOME FX > CHANNEL: DRIVE (soft-clip del canal), PAN, DUCK y BEAT FX por canal (como un MX-1)\n"); + boot(1); + enc(ENC_SELECT, 3); /* T4 BX-7 */ + btn(BTN_FX, 30); + CHECK(app.view == V_FXG && app.fx_page == FXP_CHANNEL); + bm_legend L[4]; + bm_app_legend(&app, L); + CHECK(!strcmp(L[0].name, "DRIVE") && !strcmp(L[0].val, "OFF") && !strcmp(L[1].name, "PAN") && !strcmp(L[2].name, "DUCK") + && !strcmp(L[3].name, "BEAT FX") && !strcmp(L[3].val, "ON")); + run_ms(1000); + enc(ENC_K1, 10); + CHECK(app.pat.trk[3].drive == 10); + enc(ENC_K2, 3); /* PAN: el centro retiene 2 */ + CHECK(app.pat.trk[3].pan == 65); + int dk = app.pat.trk[3].duck; + enc(ENC_K3, 2); + CHECK(app.pat.trk[3].duck == dk + 2); + enc(ENC_K4, -1); /* a la izquierda: BEAT FX OFF en este canal */ + CHECK(app.pat.trk[3].bfx_off == 1); + enc(ENC_K4, -1); + CHECK(app.pat.trk[3].bfx_off == 1); + run_ms(UI_OVERLAY_MS + 100); + shot("39a-home-fx-channel"); + enc(ENC_K4, 1); + CHECK(app.pat.trk[3].bfx_off == 0); + /* los formatos: DRIVE y BEAT FX viajan con el patrón */ + static uint8_t b[BM_PENDING_LEN]; + static bm_pattern q; + app.pat.trk[3].bfx_off = 1; + int n = bm_pattern_pack(&app.pat, b, sizeof b); + CHECK(n > 0 && bm_pattern_unpack(&q, b, n) == n && q.trk[3].drive == 10 && q.trk[3].bfx_off == 1); + /* el audio: BEAT FX OFF = el STUTTER no toca el canal (igual que sin efecto); ON sí lo toca */ + enum { N = 30000 }; + static int32_t ref[N * 2], off[N * 2], on[N * 2], drv[N * 2]; + fx_solo(3, 0, 0, 0); render(ref, N); + fx_solo(3, 1, 1, 0); render(off, N); + fx_solo(3, 1, 0, 0); render(on, N); + fx_solo(3, 0, 0, 127); render(drv, N); + int d_off = 0, d_on = 0, d_drv = 0; + double pr = 0, pd = 0, er = 0, ed = 0; + for (int i = 0; i < N * 2; i++) { + d_off += ref[i] != off[i]; d_on += ref[i] != on[i]; d_drv += ref[i] != drv[i]; + if (fabs((double)ref[i]) > pr) pr = fabs((double)ref[i]); + if (fabs((double)drv[i]) > pd) pd = fabs((double)drv[i]); + er += (double)ref[i] * ref[i]; ed += (double)drv[i] * drv[i]; + } + double cr = er > 0 ? pr / sqrt(er / (N * 2)) : 0, cd = ed > 0 ? pd / sqrt(ed / (N * 2)) : 0; /* pico / RMS */ + printf(" STUTTER 4: muestras distintas con BEAT FX OFF %d, ON %d · DRIVE 127: pico/RMS %.2f -> %.2f\n", d_off, d_on, cr, cd); + CHECK(d_off == 0 && d_on > N / 4 && d_drv > N / 4 && cd < cr && cd > 0); +} + +/* PIANO ROLL (GLO de la máquina > VIEW) */ +static double draw_us(long *math); + +static void test_pianoroll(void) +{ + printf("PIANO ROLL: GLO > VIEW; el loop entero, alturas ajustadas, teclado que destella, REC en rojo; barato\n"); + boot(1); + ch(3); /* BX-7: dos compases, acordes en 11 y 27 */ + btn(BTN_GLO, 30); + CHECK(app.page == PG_MORE && app.more_row == 0); + enc(ENC_ALGO, 1); /* VIEW: PIANO ROLL */ + CHECK(bm_app_roll_view(&app, 3) && app.set_dirty); + shot("45c-machine-glo-view"); + enc(ENC_ALGO, 1); /* a la derecha otra vez: sigue */ + CHECK(bm_app_roll_view(&app, 3)); + btn(BTN_GLO, 30); + CHECK(app.page == PG_SEQ); + run_ms(UI_TOAST_MS + 100); + shot("73-pianoroll"); + uint16_t col = bm_track_color(3); + CHECK(count_px(15, 48, 240, 135, col) > 20); /* las notas */ + CHECK(count_px(15, 46, 240, 49, C_WHITE) > 20); /* el corchete de las 16 blancas */ + CHECK(count_px(15, 60, 128, 120, C_DDGREY) > 1000); /* y su fondo */ + CHECK(count_px(0, 48, 15, 135, C_GREY) > 50); /* el teclado vertical */ + black(9, 40); /* B10: el corchete pasa a 17-32 */ + CHECK(app.step_page == 1); + white(10, 40); /* la blanca 11 = el paso 27 (tiene acorde: se quita) */ + CHECK(bm_event_empty(bm_evc(&app.pat, 3, 26, 0))); + white(10, 40); + CHECK(!bm_event_empty(bm_evc(&app.pat, 3, 26, 0))); + black(8, 40); + /* sonando: el teclado destella con lo que suena */ + btn(BTN_PLAY, 20); + int lit = 0; + for (int i = 0; i < 40 && !lit; i++) { run_ms(25); shot("73a-pianoroll-play"); lit = count_px(0, 48, 15, 135, col) > 0; } + CHECK(lit); + /* REC: lo de esta pasada, en rojo */ + btn(BTN_REC, 30); + hold_key(bm_black_key(0), 200); run_ms(300); + CHECK(app.rec_steps != 0); + shot("73b-pianoroll-rec"); + CHECK(count_px(15, 48, 240, 135, C_RED) > 0); + btn(BTN_REC, 30); btn(BTN_PLAY, 20); + /* barato: ninguna función cara de libm y el reparto guardado */ + long m = -1; + double us = draw_us(&m); + printf(" PIANO ROLL: %.0f us por cuadro en la PC, %ld exp/log/sin\n", us, m); + CHECK(m == 0); + /* la batería y los pads en SLOOP: una fila por instrumento con golpes */ + btn(BTN_HOME, 30); + enc(ENC_SELECT, -3); + btn(BTN_REC, 30); + shot("72b-sloop-drum-roll"); + CHECK(count_px(15, 39, 240, 135, bm_track_color(0)) > 20); + us = draw_us(&m); + CHECK(m == 0); + btn(BTN_REC, 30); + /* VIEW es un ajuste: queda al reiniciar */ + run_ms(UI_AUTOSAVE_MS + 1500); + boot(0); + CHECK(bm_app_roll_view(&app, 3) && !bm_app_roll_view(&app, 2)); +} + int main(int argc, char **argv) { setvbuf(stdout, NULL, _IONBF, 0); @@ -2775,6 +3565,14 @@ int main(int argc, char **argv) test_key_screens(); test_button_lights(); test_knobs_nav(); + test_console_patterns(); + test_scenes(); + test_sloop(); + test_oct_paging(); + test_asks(); + test_console_glo(); + test_fx_channel(); + test_pianoroll(); test_migrate(); test_fm(); test_demo_and_persist(); From f44f643a172320e9e61314e03a5eb06a63723fb9 Mon Sep 17 00:00:00 2001 From: Erbubar23 <79039471+Erbubar23@users.noreply.github.com> Date: Sun, 18 Oct 2026 14:29:38 -0600 Subject: [PATCH 07/11] 0.9.0-beta (in testing): new HOME console, SLOOP-REC, scenes as mutes, CUE, GLO per machine, piano roll; power and dual-core stability; lighter screen; kicks and duck; engines and historic presets Co-Authored-By: Claude Opus 5.5 Claude-Session: https://claude.ai/code/session_011g3zqK3H16YK6pc9sXMVLS --- assets/screens/00-home.png | Bin 3944 -> 4014 bytes assets/screens/01-home-mixer.png | Bin 4039 -> 4060 bytes assets/screens/01-home-play.png | Bin 4110 -> 4177 bytes assets/screens/02-seq-tr.png | Bin 3748 -> 3703 bytes assets/screens/03-seq-hold.png | Bin 4223 -> 4240 bytes assets/screens/03-seq-plock.png | Bin 4166 -> 4115 bytes assets/screens/04-hold-ring.png | Bin 3523 -> 3550 bytes assets/screens/05b-home-tempo.png | Bin 3988 -> 4052 bytes assets/screens/06-seq-bass.png | Bin 3955 -> 4029 bytes assets/screens/06b-seq-notes.png | Bin 4108 -> 4157 bytes assets/screens/07-overlay.png | Bin 4045 -> 4094 bytes assets/screens/08-kit.png | Bin 5025 -> 4976 bytes assets/screens/09-inst.png | Bin 4003 -> 3890 bytes assets/screens/12-fm.png | Bin 3853 -> 3864 bytes assets/screens/13-env.png | 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assets/screens/54-bmini.png | Bin 3559 -> 3709 bytes assets/screens/54b-bmini-control.png | Bin 3859 -> 3882 bytes assets/screens/55-bateria.png | Bin 4816 -> 4719 bytes assets/screens/56-fm.png | Bin 3858 -> 3870 bytes assets/screens/56b-fm-alg5.png | Bin 3782 -> 3778 bytes assets/screens/57-bittal-table.png | Bin 4239 -> 4836 bytes assets/screens/58-bittal-env.png | Bin 3312 -> 3273 bytes assets/screens/59-bittal-macros.png | Bin 3859 -> 3925 bytes assets/screens/60-buno-dco.png | Bin 3172 -> 3120 bytes assets/screens/60b-buno-chorus.png | Bin 2981 -> 2975 bytes assets/screens/60c-buno-vcf-mod.png | Bin 3426 -> 3608 bytes assets/screens/61-instrumento.png | Bin 3944 -> 3833 bytes assets/screens/61b-instrumento-modelo.png | Bin 4112 -> 4047 bytes assets/screens/62-home-go.png | Bin 0 -> 4640 bytes assets/screens/63-mutes.png | Bin 4676 -> 4690 bytes assets/screens/64-fill.png | Bin 4569 -> 3473 bytes assets/screens/65-box-instrumento.png | Bin 4157 -> 4074 bytes assets/screens/66-home-guia.png | Bin 4082 -> 3970 bytes assets/screens/67-card.png | Bin 0 -> 4263 bytes assets/screens/67b-card-countdown.png | Bin 0 -> 4350 bytes assets/screens/67c-card-heavy.png | Bin 0 -> 4343 bytes assets/screens/68-glo-machines.png | Bin 0 -> 4080 bytes assets/screens/69-scene-store-ring.png | Bin 0 -> 4208 bytes assets/screens/70-cue.png | Bin 0 -> 4389 bytes assets/screens/71-sloop-note.png | Bin 0 -> 3385 bytes assets/screens/72-sloop-drums.png | Bin 0 -> 3712 bytes assets/screens/72b-sloop-drum-roll.png | Bin 0 -> 3565 bytes assets/screens/73-pianoroll.png | Bin 0 -> 3525 bytes assets/screens/73a-pianoroll-play.png | Bin 0 -> 3647 bytes assets/screens/73b-pianoroll-rec.png | Bin 0 -> 3836 bytes core/bm_config.h | 2 +- lang/es.bmlang | Bin 9518 -> 8837 bytes tests/test_longrun.c | 5 +++-- web/lang/es.bmlang | Bin 9518 -> 8837 bytes 101 files changed, 4 insertions(+), 3 deletions(-) create mode 100644 assets/screens/24-glo-tempo.png create mode 100644 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a/tests/test_longrun.c b/tests/test_longrun.c index e0e95f4..c2d8715 100644 --- a/tests/test_longrun.c +++ b/tests/test_longrun.c @@ -358,8 +358,9 @@ static void run(const char *name, int minutes, event_fn each_second) int last = minutes - 1 < 64 ? minutes - 1 : 63; for (int t = 0; t < BM_TRACKS; t++) { double a = minute_rms_track[0][t], b = minute_rms_track[last][t]; - printf(" T%d rms: first minute %.4f, last %.4f\n", t + 1, a, b); - if (a > 0.002 && b < a * 0.2) PROBLEM("%s: T%d went (almost) silent: rms %.4f -> %.4f", name, t + 1, a, b); + int muted = app.pat.trk[t].mute != 0; /* 0.9: mutes are live console state and survive pattern swaps */ + printf(" T%d rms: first minute %.4f, last %.4f%s\n", t + 1, a, b, muted ? " (muted at the end)" : ""); + if (a > 0.002 && b < a * 0.2 && !muted) PROBLEM("%s: T%d went (almost) silent: rms %.4f -> %.4f", name, t + 1, a, b); } } diff --git a/web/lang/es.bmlang b/web/lang/es.bmlang index 50637a0448faff299aae124b0563ef4f2e74c761..65718832007bba44886e3e97b0748be863e791d8 100644 GIT binary patch delta 1163 zcmWl`2~bpJ007|kzxV!k-*?KfB1>kB7i*+41B9k69vo(5=)jE9LX1ZfVw>YCh*CO? z^rK)U7zm>%R%|Se*+@3!Vuy-UUZt4iF(!i&9^ugReMh_%b0S_^Fn=zh`}(tOjuFvGMKN5KM+o}d@EGX_Ec~1Ro|M;OuVkUclWPw2a^DaD}yPjukqmb zg&(%gD@uE_t_bB4v1kk7LI;Q`=n9dCQpgCDN3KU#$cXqQP2UB*4Xz31MQPfj1JuC8ufMcj$)XCSy(LQ#g=0E z*cxmTwhimR{=%MOEQkVeARc(YEZ_zCU>(>9D!_KI4;%u=z)5fw41j;YQ=s8-_#`|B z_u*@CKfVpG!uR0&@WXfrzkv7S5AY{AO+*oHBA!Sl782P+Zh$Bx-Y4pbX5u_?iMU2Q zCLk%0Ht8ZgWHMPymXL@Hk;lm{@;7pT940xa!m)51oB|VJGJFLtgDYVv48TfQ3tM0t z?1ZP_&u|3BQZG`eR64bUT20kZZPYi^S?Ve^LJ_owE~altr{16WWR+uIv3dzE3VS%t%@C(&KozN(>3O&NGK#Q_y zi*rP;m?bV33&hppd*XJnPTViHitS>LcuBk=-VukyCnAt6={aeplr7~+KB-hXD21e- zq>Iuu>5(MMF>+w0oGItZMRK{kRsLB1RPL6~$rt3y@_l(!hKjC?QQS(rlAz2`URIVX zE0rQ;tx~S+RvMJUO1E-TxvM-@a8*_#RhK$R^{8oTj=EW`QrpxY)N^W|I;1k1rcKZi zwAZx~ZG%>>?a}sWN36mfmG&9khYi5~wrq5hszH9C> z51H-eIr9(mwmE3p)*@@Qwb|NbHCP>1*g9ifuu|??xb3p1+o|>fd#PPuZ?SjS&34c} zX?NRy+5`4u`*~-olj@{9Z#a2Qp;O{)bjqC?r^z|&bUM8b%H@`#9?n8MKNvKGQV{$^ z!~trNqJzIk_h{5-rK2Q!4GP-_P?fVY=zeA=Kwpnp6-*fW7C@gz)T8XkXHg*X9rP$N oHaITI0Vp*Zq5f!JFw+$Ukbm4mR2fr`ri_mZmW_7-^lxm!e|tb}y#N3J delta 1824 zcmY+EeQ*@@8OQhiZeMSAZ+GwZk|Vz;$6E+Bl2pXuW$$jeyKpaI@A5K=hG=LAZzZEP zvAi5O#Br$5IhIn42q>5Uk~+hwv6f0IN@5C4gjz&Yz=D;~m@0_Cm`V47ZKwO!v%BAY zp6~bb{AOGA-<1dbv1kZ}UWfH$g%(dlq1-ji2SKr(w|6W$>4lbj`Z2W8^F8u;-4d+- zcpJ8eYker+ne`ZNFUa zJGjC&Aq!v($-l2pYWQZZu;k?f#~ZgE3@;5d>{#0J{GYZz4`_V<{i|gJoZI~C`_sF1mH}(|vAYIXE?!@x>c2`TbYVZ5m@@x68 zpYXK2VRmC~sW!jm&0Vjof3y6?maaFr8(pmhEpM5Zu!U&X;@jpNTtz4Ty4S46z1W46 zo?Ee00(5#;0Pz;?zIPf8vuID^FB^JD+*?+i+jWwO{sU%{*d3x^fabvO4|n z$l;$H9UUI*9$nJ?*HH+vLvCmsG!-(SN1=64E3^&jf_k98KtDjma1gG57sD&y$KloR z({Kjf4|l^K!JomG;6Zp4rVte=L}nv#B!w(QnvhmxGt!0hAOpx*^e4r<>9mOARfkR@n(D-z7>BS--{o>-@=dLJ@|+CWqb%9#cc#n6cE#hGGY#qAgYLs z#37=a_<%S~d`^5%IG>6Z-`_Lh@t*Igu(75}_z+Dpf}L zsSs69HB)=2cB+%=qW(zrQ=d^o)D4QJC3*^dFCC;S()2@g9sMMorZ>{t>AiF>eTu$9 ze@&0jHilyqW(so;6J#D?8knCmo0&GIgL#eln7P1w#SAguF}E3%rPzDe5F2M}*eBRE z>^`=aJ2aCCdWE} zqr_3}sCLvkRyy`LIvwvh1{`M`!w!O1`4T?NC;2+Qk$;+R<=gl@d@n!1pW)B*U+}kh zLSO`sP$*0lrVBHLxk5}>EG!qAgcf0w@S@NzWQ76YYvGyziKM8Aiozy6;mNrP6r0r6N)GhT%{n8ofymVO_l6W~FC*@kXMP4swyr_=|`1S${J;Zl2LXl2bIIh+sZNJyz-s$gOcZ(;F|85?V9IW z?%L;i&-FLgpzFGea(msS?g!jKca3|c`#JYZ?oRjb-N)Uh+@HE{yAgGo8d59OdUcuF zs%F#|)RXFI_3!GCI-(*T+T-#7kI(Z{kM4mh6G{lK3v49y%?GK4h( z_#VrqT^X3LOc#Nq$*HSs0WH^KW_GQ*92V}}SgihI$o$H)8w*u}p!rPRq+H=QJM*5* z6#=s_-tM|Tpv6~j{>$5l#I$VnH~>>)&MX{7 z_2w@MZYn<-p9QSM!H8jDP8o@~xdQAaLlG;&ERc+tbm7FJ|8C3@X%>hd_xk^<^H;>c zw32K|VIf>IhIW<}CK=F-lxA2|3_V~q%;5v6L`;MJw{<-l30bLg=Omem#1ocy3{u4% SoMXMLgA~xCnz`Vv(tiWSi671Y From 4b3acf310d5fdffe4ad1408644ccc518c322dc12 Mon Sep 17 00:00:00 2001 From: Erbubar23 <79039471+Erbubar23@users.noreply.github.com> Date: Sun, 18 Oct 2026 17:47:56 -0600 Subject: [PATCH 08/11] Bubba Machine 0.9.0-beta: HOME is the console (10 patterns, channels, scenes as mutes, CUE, SLOOP-REC, machine GLO, piano roll; stable power on the FM-1) Co-Authored-By: Claude Opus 5.5 Claude-Session: https://claude.ai/code/session_011g3zqK3H16YK6pc9sXMVLS --- README.md | 8 +- docs/en/AUDIO.md | 9 +- docs/en/CHANGELOG.md | 45 ++++ docs/en/CREDITS.md | 7 +- docs/en/INSTALL.md | 6 +- docs/en/MANUAL.md | 311 +++++++++++++++++--------- docs/en/ROADMAP.md | 11 +- web/bm.js | 2 +- web/emulador.html | 4 +- web/en/docs/audio.html | 6 +- web/en/docs/changelog.html | 73 ++++++ web/en/docs/credits.html | 6 +- web/en/docs/install.html | 6 +- web/en/docs/manual.html | 198 ++++++++++------ web/en/docs/roadmap.html | 12 +- web/en/index.html | 14 +- web/fm1/bubba-diag-0.9.0-beta.bin | Bin 0 -> 125416 bytes web/fm1/bubba-diag-0.9.0-beta.fwsc | Bin 0 -> 699956 bytes web/fm1/bubba-machine-0.9.0-beta.bin | Bin 0 -> 477904 bytes web/fm1/bubba-machine-0.9.0-beta.fwsc | Bin 0 -> 699956 bytes web/fm1/versiones.json | 22 ++ web/img/00-home.png | Bin 3944 -> 4014 bytes web/img/02-seq-tr.png | Bin 3748 -> 3703 bytes web/img/37-pads.png | Bin 4593 -> 4592 bytes web/img/51-rec-gate-micro.png | Bin 4338 -> 4360 bytes web/img/52-seq-long-note.png | Bin 3947 -> 3974 bytes web/img/56b-fm-alg5.png | Bin 3782 -> 3778 bytes web/img/57-bittal-table.png | Bin 4239 -> 4836 bytes web/img/60-buno-dco.png | Bin 3172 -> 3120 bytes web/index.html | 14 +- 30 files changed, 526 insertions(+), 228 deletions(-) create mode 100644 web/fm1/bubba-diag-0.9.0-beta.bin create mode 100644 web/fm1/bubba-diag-0.9.0-beta.fwsc create mode 100644 web/fm1/bubba-machine-0.9.0-beta.bin create mode 100644 web/fm1/bubba-machine-0.9.0-beta.fwsc diff --git a/README.md b/README.md index 6eb2301..24330ba 100644 --- a/README.md +++ b/README.md @@ -20,7 +20,7 @@ Batería, sampler de pads, bajo, FM, wavetable y polifónico. Escrito desde cero --- -> **Estado: 0.8.0-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 0.8.0-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). +> **Estado: 0.9.0-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 0.9.0-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 @@ -71,9 +71,9 @@ M-VAVE y FM-1 son marcas de sus respectivos dueños. Este proyecto no está afil ## In English -**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. +**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 console on HOME. Written from scratch in C99. -- **Status:** 0.8.0-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 (0.8.0-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). +- **Status:** 0.9.0-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 (0.9.0-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. +- **Clean room:** all project code is original; synthesis libraries (Plaits, msfa, Open303) 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. This project is not affiliated with or endorsed by M-VAVE. diff --git a/docs/en/AUDIO.md b/docs/en/AUDIO.md index 5afecd2..a5ccd89 100644 --- a/docs/en/AUDIO.md +++ b/docs/en/AUDIO.md @@ -43,7 +43,7 @@ Measured on the device, the FPU is **1.5× faster** than the 64-bit integer math | **BITTAL** | tables built from a 256-harmonic spectrum in **7 levels, one per octave**: each note uses the level whose highest harmonic stays below 19 kHz, so there is **no aliasing** on any note; unison, filter and macros | own; factory sounds from freely licensed Vital presets | | **BUNO-6** | one polyBLEP oscillator per voice, high-pass, 24 dB filter and a two-line modulated **stereo chorus**, like a Juno's | own | | **6-operator FM** | **msfa**, the engine of Dexed and the same base as the factory firmware; all 32 DX7 algorithms | Apache-2.0 | -| **ACID** | 4-pole ladder filter with resonance, accent and slide | own | +| **BB-303** | the TB-303 filter, accent circuit, envelopes and declicker adapted from **Open303** in float, with polyBLEP oscillators | MIT (Open303) | Accent doesn't just raise the level: it changes the hit, like a real drum machine. @@ -79,7 +79,7 @@ This is a beta. What limits quality today, plainly: - **The sampler records at 16 kHz and 8 bits.** Takes share 100 KiB of flash with user sounds (about 6 s in total); at 16 bits it would be half that. With the filter before recording and the dither in `toma.py` it sounds clean, but **it stops around 7 kHz** and has 8-bit noise. It is the weakest point and the next one to solve. - **The delay runs at 22 kHz:** repeats reach 11 kHz, like a tape delay. That is on purpose, so 1.5 s fits in RAM, but it isn't hi-fi. - **The clipper has no oversampling:** with very high DRIVE it can alias a little. -- **ACID is our own engine, not Open303.** The plan is to move to Open303 (MIT) in float. +- **BB-303 runs Open303 without oversampling:** its cutoff stops at 10 kHz to stay clean at 44.1 kHz. - **msfa's FM is fixed point**, like the original DX7. That's part of its character, not a flaw, but it isn't float. - **The reverb (Dattorro) runs at half rate** to fit the budget: its tails reach 11 kHz. No master compressor yet. - **BUNO-6's chorus and high-pass use approximate values** (Juno-6 times and depth from published measurements); they still need an ear check on the device. @@ -91,8 +91,7 @@ This is a beta. What limits quality today, plainly: 1. **Measure 0.6 on the FM-1:** each machine's load, both cores and even volume across the bank sounds. 2. **Master effects**: tape delay, compressor and leveler. -3. **ACID with Open303** in float. -4. A **higher-quality sampler**, within what the flash allows. -5. **Measure the analog output** with an audio interface. +3. A **higher-quality sampler**, within what the flash allows. +4. **Measure the analog output** with an audio interface. See also: [sound engines](../MOTORES.md) · [sound research](../INVESTIGACION_SONIDO.md) · [FM-1 measurements](../TRAZA_FM1.md) (Spanish) · [changelog](CHANGELOG.md). diff --git a/docs/en/CHANGELOG.md b/docs/en/CHANGELOG.md index 34a136a..fa4877a 100644 --- a/docs/en/CHANGELOG.md +++ b/docs/en/CHANGELOG.md @@ -2,6 +2,51 @@ 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. +## [0.9.0-beta] - 2026-10-18 + +**HOME is the console.** Ten patterns, six channels, mutes, scenes and CUE on the keys, like an MX-1; REC plays and records any channel without leaving the console; each machine keeps its own GLO. Beta: not fully tried on the device yet. + +> 0.9 has only 10 patterns: on first boot patterns 11-16 are dropped, and the song and the scenes start empty (their format changed). Patterns 01-10, settings, takes and your sounds are kept. + +### Added +- **The console (HOME › MIX):** white 1-10 = patterns 01-10 (hold one + tap another = chain), white 11-16 = channels T1-T6 (tap = cursor), black 1-6 = mutes (hold = solo), black 7-10 = scenes A-D, black 11 = **CUE**. +- **Channel card:** hold a channel's white key on the console. Let go = enter the machine. While you hold it, ALGORITHM changes the machine (T3-T6, leave it 2 s on one; BUNO-6 and BITTAL one at a time) and PRESETS its sound; turning a knob means letting go stays on the console. +- **CUE:** hold black 11 (or tap it to keep it on) and the mutes you tap drop together on the next bar. +- **SLOOP-REC:** REC on the console arms the cursor channel and the keys play it without entering: notes chromatic from F (bass machines an octave down, KEYS IN SCALE respected), drums and pads on the white keys with black 1 = accent. It records with the expressive REC (FREE REC on an empty channel) and draws the channel as a piano roll. Hold REC = only while held. +- **PIANO ROLL view** (machine GLO › VIEW): the whole loop of a note channel with pitch rows fitted to its notes, a keyboard that flashes with what plays and the notes recorded this pass in red. Same keys as the normal view. +- **FX › CHANNEL** on the console: per-channel **DRIVE** (soft-clip), **PAN**, **DUCK** and **BEAT FX** on/off (whether the BEAT FX and the punch-ins touch that channel). Saved with the pattern. +- **Console GLO:** TEMPO (BPM, SWING, MASTER LENGTH, TRANSPOSE, AUTO FILL), MACHINES (the machine of T3-T6), SCALE (ROOT, SCALE, KEYS IN SCALE, BASE CHORD) and SONG. +- **HOME + white 11-16** from any screen: go to that machine when you let go of HOME. +- **Historic factory sounds** (92 in all): the TB-303 owner's manual sounds and acid classics on BB-303 (12), Minimoog sound charts and recreations on B-MINI (18), DX7 recipes on BX-7 (20), Juno factory patches as starting points on BUNO-6 (16) and PPG-style wavetables on BITTAL (26), plus sounds inspired by famous records. Names only allude: no artist names or trademarks. Sources in [`assets/presets/SOURCES.md`](../../assets/presets/SOURCES.md). +- **BITTAL ENV2 POS** (FILTER + page): envelope 2 sweeps the wavetable position, as on a PPG. +- `py -3 tools/fm1/consola.py estado` shows the power rails, how each boot ended (power on, brownout, long press, watchdog) and where the firmware was. + +### Changed +- **Scenes are mutes only** (channel mutes and BR-8 / BP-1 instrument mutes), kept with the project, not with a pattern. Tap an empty one = store; tap = launch on the next bar; hold 2 s = store over it (a ring fills); EDIT held + scene = clear; hold one + tap others = chain. Live mutes stay when the pattern changes. +- **Song entries** are a pattern plus an optional scene; SONG REC records pattern changes and scene launches. +- **HOME tap always goes to MIX.** HOME's pages are MIX, FX (CHANNEL › DELAY › REVERB › MASTER) and GLO. On MIX, PRESETS changes the cursor channel's sound; on FX and GLO it is MOVE. HOME held + K1-K4 = the cursor's mix strip. +- **Machine GLO replaces MORE:** GLO inside a machine opens its list (VIEW, LENGTH, SPEED, TRANSPOSE, ACCENT, MIDI OUT, INIT…); GLO again goes back. Machines are changed from the console (the card or GLO › MACHINES); the machine is still saved with the pattern. +- **OCT−/+ always change the octave** on note machines, also in SEQ and in SLOOP (they do nothing on drums and pads). Step pages moved to **black 9 / 10** (SEQ and the ACCENT, REPEAT / TIE, ERASE and FILL screens); the LENGTH layer uses **black 11 = +16**; ERASE has **UNDO / REDO on black 6 / 7**. +- **Drums and pads: black 11** = other section (HI/LO); hold it = instrument MUTES while held. +- **Questions:** keep holding the control that asked for 2 s (a bar fills) to say yes; letting go, or any other control, is no. OCT+ no longer answers yes. Copy track (HOME + EDIT) pastes with EDIT held 2 s. +- **BB-303 rebuilt on Open303** (MIT): the TB-303 filter, the accent circuit, the amp envelope and declicker, and the knob ranges of the TB-303. 12 sounds. +- **BUNO-6 about 15 % lighter** (the Juno-60 high-pass once on the channel sum, a 12 dB low-pass before the chorus) and **BITTAL about 25 % lighter**. Voices share one memory pool: the FM-1 system has 151 KiB free instead of 121. +- **The kick cuts through:** the factory 808, 909 and SYNTH kicks were revoiced (about +6 dB over the rest of the mix in their first 30 ms) and the duck holds 30 ms before it releases. +- **Lighter screen:** curves are computed once per change, big redraws are spread over three frames, the display is sent in the background and capped at 25 fps. + +### Fixed +- **The FM-1 switched off during fast navigation with TWO CORES** (0.8): it was a brownout. The firmware now sets the stock power rails at boot, logs the exact reset cause and keeps the hardware watchdog on. +- **TWO CORES safety:** if the second core hangs, its channels go silent and it retires until power-off; a TWO CORES boot that did not reach 5 s turns TWO CORES off on the next boot. +- **The duck did nothing on a BUNO-6 with chorus**, and kicks played live from the keys did not trigger it. +- **An effect that broke (NaN) went silent** for good; it is now reset on the spot. +- BR-8 hits stop at −70 dB (was −90): hats and long tails were still being computed when you could no longer hear them. + +### Removed +- Patterns 11-16 (10 patterns now). +- The **MACHINE** page inside a channel and **MORE** (now the machine GLO). +- **FILL on HOME** (black 11 is CUE). On drums and pads the FILL screen is gone: use AUTO FILL (GLO › TEMPO), FILL + ROLL or the FILL ONLY / NO FILL step conditions. Note channels keep their FILL screen on black 11. +- Scenes with a pattern, HOME's TEMPO, SCENES and SONG pages (now in GLO), HOME + SELECT with its box (use HOME + white 11-16), HOME + K1-K4 for BPM, swing, master length and drive (now in GLO › TEMPO and FX › MASTER), and OCT+ = yes. + ## [0.8.0-beta] - 2026-10-16 **Choose your instrument.** The drums and the pad sampler stay fixed; T3-T6 pick their machine, and every machine is laid out like the real one. diff --git a/docs/en/CREDITS.md b/docs/en/CREDITS.md index f2cfab8..866d1d5 100644 --- a/docs/en/CREDITS.md +++ b/docs/en/CREDITS.md @@ -16,20 +16,17 @@ Bubba Machine is a new project by [Erbubar23](https://github.com/Erbubar23), rel | **msfa** ("music synthesizer for android", by Google, maintained by [Dexed](https://codeberg.org/dcoredump/Synth_Dexed)) | BX-7's 6-operator engine | Apache-2.0 | | **Plaits** ([Mutable Instruments](https://github.com/pichenettes/eurorack), by Emilie Gillet) | BR-8's kicks, snares and hats, the variable-shape oscillator, the sine and the overdrive | MIT | | **stmlib** (Mutable Instruments) | State-variable filter, polyBLEP, interpolator | MIT | +| **Open303** ([RobinSchmidt/Open303](https://github.com/RobinSchmidt/Open303), by Robin Schmidt) | BB-303: the TB-303 filter, accent circuit, envelopes, declicker and fixed filters, adapted in float in `core/bm_acid.cpp` | MIT | Details (commits, changes) are in [`third_party/README.md`](../../third_party/README.md). The reverb follows the algorithm published by Jon Dattorro (1997); the implementation is original. ## Factory sounds -BR-8, BX-7 and BUNO-6 sounds are original to the project (BUNO-6's 12 were made in Vital). The 25 B-MINI and BITTAL sounds come from **community Vital presets** under free licenses: they are downloaded at a pinned commit, converted to the Bubba Machine format (`tools/gen_snaps.mjs`, `assets/presets/banco.json`) and given our own name. Credit and license belong to their authors: +BR-8 kits are original to the project. Many factory sounds recreate historic machines from published settings (the TB-303 owner's manual, Minimoog sound charts, DX7 recipes, PPG manual tables): no audio was sampled and no factory data was copied; each source is listed in [`assets/presets/SOURCES.md`](../../assets/presets/SOURCES.md). Several BUNO-6 sounds start from Roland Juno factory patches as decoded by [Ultramaster KR-106](https://github.com/kayrockscreenprinting/ultramaster_kr106) (GPL). 21 B-MINI and BITTAL sounds come from **community Vital presets** under free licenses: they are downloaded at a pinned commit, converted to the Bubba Machine format (`tools/gen_snaps.mjs`, `assets/presets/banco.json`) and given our own name. Credit and license belong to their authors: | Sound | Machine | Original preset | Author | License | |---|---|---|---|---| | SUB ONE | B-MINI | Sub 1 | [nahush2321](https://github.com/nahush2321/Vitalium-presets) | GPL-3.0 | -| SUB GROWL | B-MINI | Sub 56 | [nahush2321](https://github.com/nahush2321/Vitalium-presets) | GPL-3.0 | -| CURIOUS | B-MINI | Curious Bass | [Abstraction Mage](https://github.com/abstractionmage/Vital-Presets) | CC0-1.0 | -| 808 BASS | B-MINI | bad 808 | [Mxm40b (mxmfrpr)](https://github.com/Mxm40b/vital-presets) | Unlicense | -| HEAVY LOW | B-MINI | low part of heavy bass | [Mxm40b (mxmfrpr)](https://github.com/Mxm40b/vital-presets) | Unlicense | | REESE | B-MINI | reese bass | [Mxm40b (mxmfrpr)](https://github.com/Mxm40b/vital-presets) | Unlicense | | SAW MOTION | BITTAL | Saw Movement 45 | [nahush2321](https://github.com/nahush2321/Vitalium-presets) | GPL-3.0 | | WIDE SYNTH | BITTAL | i have an itch | [Mxm40b (mxmfrpr)](https://github.com/Mxm40b/vital-presets) | Unlicense | diff --git a/docs/en/INSTALL.md b/docs/en/INSTALL.md index 1018ebd..4348262 100644 --- a/docs/en/INSTALL.md +++ b/docs/en/INSTALL.md @@ -1,8 +1,8 @@ # Installing Bubba Machine -## Current status: beta (0.8.0-beta) +## Current status: beta (0.9.0-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. **0.8.0-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 0.7.0-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. **0.9.0-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 0.8.0-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. @@ -15,7 +15,7 @@ If you don't want to risk your FM-1, use the emulator (below): it runs the same 1. Open the [emulator](https://erbubar23.github.io/bubba-machine/emulador.html?lang=en) in Chrome or Edge. 2. Press **Power on**. It starts with a demo. 3. With the computer keyboard: - - **Space** is PLAY, **Enter** is REC and **Shift** is HOME (the modifier: hold it and turn SELECT to jump to another track). + - **Space** is PLAY, **Enter** is REC and **Shift** is HOME (the modifier: hold it and press one of the last six white keys, T1-T6, to jump to that machine). - Numbers **1-9 and 0** are HOME, SEQ, EDIT, ENV, FX, SCL, ARP, SAVE, LFO and GLO, and the **arrows** are OCT− and OCT+. - The **Z-/** and **Q-P** rows play the FM-1 keys. - The **mouse wheel** over a knob turns it. diff --git a/docs/en/MANUAL.md b/docs/en/MANUAL.md index 9b23f76..1954c78 100644 --- a/docs/en/MANUAL.md +++ b/docs/en/MANUAL.md @@ -1,29 +1,31 @@ -# Bubba Machine 0.8 — Manual +# Bubba Machine 0.9 — Manual -Bubba Machine turns the FM-1 into a live groovebox with **six tracks**, each one a machine named after the one that inspired it. The drums (**BR-8**) and the pad sampler (**BP-1**) are fixed; **T3-T6 choose their instrument** among **BB-303** (acid bass), **B-MINI** (three-oscillator mono), **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. +Bubba Machine turns the FM-1 into a live groovebox with **six channels**, each one a machine named after the one that inspired it. The drums (**BR-8**) and the pad sampler (**BP-1**) are fixed; **T3-T6 choose their instrument** among **BB-303** (acid bass), **B-MINI** (three-oscillator mono), **BX-7** (6-operator FM), **BITTAL** (wavetable that loads Vital presets) and **BUNO-6** (polysynth with chorus). HOME is the **BX-1** console: patterns, channels, mutes and scenes on the keys. Every channel 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 names recall famous machines (TR-8, OP-1, TB-303, Minimoog, DX7, Vital, Juno-6, MX-1), 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. +**Every machine is its own instrument.** On HOME you are at the BX-1 console, like a mixer for live sets: you launch patterns, mute, solo, launch scenes and mix. Enter a channel and **the whole FM-1 belongs to that machine**: its keys, buttons, knobs and lights work like the real machine it is named after, and you only edit a machine from inside it. **HOME is the way out**: a tap always takes you back to the console. > **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). +> 0.9 has **10 patterns**. Coming from 0.8, patterns 01-10 are kept; 11-16 are dropped, and the song and the scenes start empty (their format changed). Until v1 an update may erase what you saved. ## Four gestures per button | Gesture | When | What it does | |---|---|---| -| **Tap** | under 300 ms | Opens its page on the track you are on. Again: the next page of the same button | +| **Tap** | under 300 ms | Opens its page on the channel 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 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 | +| **HOME + button** | with HOME held | The **global version** of the button: for the whole project, not just the channel | 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). While a question is open, only those buttons are lit: OCT+ blinks, HOME is on. +**Questions.** Anything that erases something asks first, and **the control that asked answers**: keep it held 2 s and a bar fills (**KEEP HOLDING EDIT = YES**); letting it go before, or touching any other control, is no. While a question is open only that control blinks. If a knob asked (for example INIT SOUND in the machine GLO), leaving it 2 s without touching anything else is yes. + +![A question: keep holding the key that asked](../../assets/screens/46-ask.png) ## The lights @@ -32,26 +34,28 @@ The FM-1's lights are white only: they never say *what* a key or button does (th | 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) | +| **Dim** | Available but empty, or has something but is silenced (a muted instrument or channel) | Available | +| **Medium** | Has something and will play: an instrument with steps, a saved pattern or scene, 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 | +| **Blink** | The playhead, or something queued (a pattern, a scene, a mute on CUE) | Needs you now: the control that asked 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, CUE armed, the channel card you hold | 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 | +| Knob | On HOME (the console) | Inside a machine | |---|---|---| -| **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 | +| **SELECT** | The **cursor**: picks the channel (on FX and GLO: the page or the row) | 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). On GLO, the value of the row | The machine's **mode** (table below). On a list, it changes the highlighted value | +| **PRESETS** | On MIX: the cursor channel's **sound** (kit, patch or sound). On FX and GLO: **MOVE** (below) | The sound: kit, patch or a sound from the bank | +| **K1-K4** | On MIX, the cursor channel as a mixer strip: **LEVEL** · **FILTER** (DJ: left low-pass, right high-pass) · **DELAY** · **REVERB**. On FX and GLO, what the page shows | Whatever the four dials at the bottom say | + +With **HOME held** from any screen: SELECT moves the cursor, ALGORITHM sets the BPM in tenths, PRESETS picks a pattern that loads when you let go, and K1-K4 are the cursor's mixer strip. -**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. +**Entering a machine:** on HOME, put the cursor on the channel (SELECT, or tap its white key 11-16) and tap **SEQ**, **EDIT**, **ENV**, **LFO** or **ARP**: you enter on that page. Or hold the channel's white key and let go (the [channel card](#the-channel-card)). From any screen, **HOME + white 11-16** takes you to that machine when you let go of HOME. -**ALGORITHM inside a track (the mode):** +**ALGORITHM inside a machine (the mode):** | Machine | ALGORITHM | |---|---| @@ -60,13 +64,12 @@ The FM-1's lights are white only: they never say *what* a key or button does (th | BB-303 | The waveform: SAW or SQUARE | | B-MINI | MONO or LEGATO | | BX-7 | The algorithm, 1 to 32 | -| On the MACHINE page | Picks the instrument (see below) | | BITTAL | Oscillator 1's table: its own or another bank sound's | | BUNO-6 | The chorus: OFF, I, II or I+II | -**Priority:** REC on a note track > held step > list > track > HOME. +**Priority:** a question > the channel card > a layer > REC on a note channel > held step > list > channel > 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. +**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 TRACK · ALG BPM · PRE KIT on MIX), 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. @@ -79,13 +82,13 @@ The FM-1's lights are white only: they never say *what* a key or button does (th Four strips, always in the same place: -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. +1. **Header:** the machine you are on (BX-1 on the console; inside a channel, "<" 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. + - **Six tiny cells** show the channels: 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. +2. **Viewport:** what each screen shows. On the console, its pages **MIX · FX · GLO** at the top (on FX and GLO, their sub-pages on the right). Inside a machine, 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. 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 the console: 01-10, T1-T6, M1-M6, A-D and CUE. On SEQ **the white keys are the 16 steps**; on a note channel, a mint bar marks long notes. Short fixed names: drums BD, SD, CH, OH, CP, LT...; HI / LO = the other section; < / > = step page; 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. @@ -94,79 +97,135 @@ The palette: blue-black background, **cyan** for what is active, **amber** for v | Button | Tap | Again | Hold (layer) | 2 s | HOME + | |---|---|---|---|---|---| -| **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 | +| **HOME** | Back to the console, always on **MIX** | — | **The console** from any screen (see below) | SYSTEM | (it is the modifier) | +| **SEQ** | The channel's steps (on the console: enters the cursor's machine) | Notes: LOOP · sampler: BREAK | **Length and speed** | TIME of the 6 channels | Console GLO › SONG | +| **EDIT** | SOUND (BP-1: PADS) | The editor's next page | **Erase** (on the console, black 7-10 clear a scene) | Sampler: TAKES · others: INIT SOUND (asks) | Copy the channel to another | | **ENV** | The machine's envelope · INSTR (drums) | The other envelope | **Accent** | — | — | | **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** | 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) | — | — | +| **FX** | Inside: the channel's MIX. On the console: the **FX** page | Inside: DUCK. Console: CHANNEL › DELAY › REVERB › MASTER | **Punch-in** | — | The console's FX page | +| **SCL** | Inside: the channel's SCALE. On the console: GLO › SCALE | CHORDS | Live **chords** | — | Console GLO › SCALE | +| **ARP** | Notes: the channel'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 | **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 | +| **GLO** | Inside: the **machine GLO**. On the console: the **console GLO** | Machine: back to the page you were on. Console: TEMPO › MACHINES › SCALE › SONG | **Transpose** and TAP tempo | — | Console GLO | +| **REC** | Record. On the console: **SLOOP-REC**. On the sampler: the recorder | Looper: overdub › play | Record only while held (on the console: SLOOP while held) | **Erase the channel 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 | +| **OCT − / +** | **Octave** of the keys on note machines (on the console too, for SLOOP). Nothing on drums and pads | — | — | — | Undo / redo | + +## HOME: the console -## HOME everywhere +![HOME: the BX-1 console](../../assets/screens/00-home.png) The FM-1 has no SHIFT, so HOME does three jobs: -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. +1. **The BX-1 console:** HOME is a machine of its own, with three pages: **MIX**, **FX** and **GLO**. A HOME tap always goes to MIX; FX opens FX and GLO opens the console GLO. MIX has one row per channel 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. +2. **The console that follows you:** holding HOME brings the console keys to any screen. You edit the bass and, without leaving, mute, launch a scene 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. +If you used HOME as a modifier, letting go does **not** take you to the console: HOME only navigates on a clean tap. While you hold HOME, only the buttons with a HOME + function are lit (OCT−/+ only when there is something to undo or redo). -**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 channel: REC held 2 s (instant; on the console, the cursor channel) or EDIT held + black 3 (CLR); HOME + OCT− undoes either. -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):** +**Keys on the console (on HOME, or while holding HOME anywhere):** | Key | What it does | |---|---| -| **White 1-16** | Queue that pattern (when stopped: switches right away). Hold one and tap another: **chain** from the first to the second | -| **Black 1-6** | Tap: mute T1-T6. Hold: **solo** while you hold it | -| **Black 7-10** | Launch scenes A-D | -| **Black 11** | FILL while you hold it | +| **White 1-10** | Patterns **01-10**. Tap = queue it for the next cycle (when stopped: switches right away). Hold one and tap another: **chain** from the first to the second. On = playing, blink = queued, medium = saved, dim = empty | +| **White 11-16** | Channels **T1-T6**. Tap = the cursor. Hold = the **channel card** (below). With HOME held: go to that machine when you let go of HOME | +| **Black 1-6** | Mute T1-T6. Hold = **solo** while you hold it | +| **Black 7-10** | **Scenes A-D** (see [Scenes and song](#scenes-and-song)) | +| **Black 11** | **CUE**: hold it (or tap it to keep it on) and the mutes you tap change together on the next bar | -**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. +Mutes are live: they stay when the pattern changes. -**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 channel card -## The six machines +![The channel card: release = enter](../../assets/screens/67-card.png) -| Track | Machine | What it is | Tabs | -|---|---|---|---| -| **T1** | **BR-8** | Drums: TR grid of 16 **modeled** instruments (computed live); kits 808, 909 and SYNTH | SEQ · SOUND · INSTR · MIX · MORE | -| **T2** | **BP-1** | 16 pads made from your takes, on a grid | SEQ · PADS · BREAK · TAKES · MIX · MORE | -| **T3-T6** | **your choice** | BB-303, B-MINI, BX-7, BITTAL or BUNO-6 (factory: BB-303, BX-7, BITTAL, BUNO-6) | SEQ · MACHINE · SOUND · MIX · ARP · LOOP · MORE | +**Hold a channel's white key (11-16)** on the console and its card opens: its machine, its sound and, on T3-T6, the five machines it can be. **Let go = enter** that machine, on the page you last used. While you hold it: + +- **ALGORITHM changes the machine** (T3-T6). Turn to one and leave it **2 seconds**: a bar fills ("LOAD IN 1.4 S") and the channel becomes that machine. Moving away, or letting go of the key, cancels it. The notes, length, loop, ARP, scale and mix stay; the sound goes to the machine's first preset and per-note P-Locks are cleared. The machine is saved with the pattern. +- **PRESETS changes its sound** (kit, patch or sound). +- Turning any knob means **letting go stays on the console** (RELEASE = STAY ON MIX). + +**Heavy machines, one at a time:** **BUNO-6** (it uses about a third of the processor) and **BITTAL** (its wavetables fill the memory) can only be on one channel. On another channel they show dimmed with "ON T6" and the screen says "BUNO-6 ALREADY ON T6". BB-303, B-MINI and BX-7 can repeat (a BX-7 on T3 is polyphonic too). The same rule applies when copying a channel or loading a pattern. + +The same change is in **GLO › MACHINES** (below). + +### MIX + +SELECT moves the cursor, ALGORITHM is the tempo (the tempo box is yellow and its four blocks flash with the beat), PRESETS changes the cursor channel's sound (a kit change can be undone with HOME + OCT−) and K1-K4 are its **LEVEL**, **FILTER**, **DELAY** and **REVERB**. + +### FX + +FX on the console opens the FX page; FX again (or SELECT) goes **CHANNEL › DELAY › REVERB › MASTER**. ALGORITHM is still the tempo and **PRESETS is MOVE**. + +![FX › CHANNEL: drive, pan, duck and BEAT FX per channel](../../assets/screens/39a-home-fx-channel.png) + +| Page | K1 | K2 | K3 | K4 | +|---|---|---|---|---| +| **CHANNEL** (the cursor; white 11-16 change it) | **DRIVE** (the channel's soft-clip; 0 = off) | **PAN** | **DUCK** (sidechain from the T1 kick; T1 is the source) | **BEAT FX** ON/OFF: whether the BEAT FX and the punch-ins touch this channel | +| **DELAY** | TIME (1/16, 1/8, 3/16, 1/4) | FEEDBACK | MIX | SIDECHAIN RELEASE | +| **REVERB** | SIZE | DAMP | MIX | SIDECHAIN RELEASE | +| **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) | **DRIVE** (saturation of the mix) | — | + +**MOVE** (PRESETS on FX and GLO): 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. + +### GLO (the console's) + +GLO on the console opens its global list; GLO again goes **TEMPO › MACHINES › SCALE › SONG**. SELECT picks the row, ALGORITHM changes it and PRESETS is MOVE. + +| Page | Rows | K1-K4 | +|---|---|---| +| **TEMPO** | BPM · SWING · MASTER LENGTH · TRANSPOSE · **AUTO FILL** (OFF, every 2, 4 or 8 bars) | BPM · SWING · MASTER · TRANSPOSE | +| **MACHINES** | T1-T6 and their machine. SELECT picks T3-T6 and ALGORITHM changes its machine, with the same 2 s wait and heavy-machine rule as the card | — | +| **SCALE** | ROOT · SCALE · **KEYS IN SCALE** · BASE CHORD (the project's) | the same four | +| **SONG** | The song's entries (see [Scenes and song](#scenes-and-song)) | PATTERN · TIMES · — · SONG ON/OFF | + +SCL on the console (or HOME + SCL) opens GLO › SCALE; HOME + SEQ opens GLO › SONG. + +## SLOOP-REC: play any channel from the console -**Choosing the instrument (T3-T6).** The **MACHINE** page sits just before SOUND (SELECT to the left of SOUND, or MORE › MACHINE). It lists the five machines with what inspired each one. **Turn ALGORITHM to a machine and leave it there 2 seconds**: a bar fills ("LOAD IN 1.4 S") and the track becomes that machine. Moving away cancels it. The notes, length, loop, ARP, scale and mix stay; the sound goes to the machine's first preset and per-note P-Locks are cleared. The machine is saved with the pattern, like the sound. +![SLOOP-REC on the BB-303](../../assets/screens/71-sloop-note.png) -**Heavy machines, one at a time:** **BUNO-6** (it uses about a third of the processor) and **BITTAL** (its wavetables fill the memory) can only be on one track. On another track they show dimmed with "ON T6" and the screen says "BUNO-6 ALREADY ON T6". BB-303, B-MINI and BX-7 can repeat (a BX-7 on T3 is polyphonic too). The same rule applies when copying a track or loading a pattern. +**REC on the console** (MIX or FX) arms the cursor channel and **the keys stop being the console: they play that machine**, without entering it. The viewport shows the channel as a piano roll, with **SLOOP T3 BB-303** in red at the top. REC again (or entering a machine) gives the keys back to the console. **Holding REC** = SLOOP only while you hold it. -**MORE** is the list with everything about the track: machine (T3-T6, it opens MACHINE), accent, length, speed, transpose, **MIDI OUT** (the track also sends its notes over MIDI) and its MIDI channel, and initial sound (on the sampler also: interpolation). SELECT picks the row and ALGORITHM changes it. +- **Note machines:** the 27 keys are chromatic from **F**; bass machines (BB-303, B-MINI) play an octave lower. OCT−/+ shift the octave (shown at the top right). With **KEYS IN SCALE** on (GLO › SCALE), the white keys play the scale and the black keys its chords. +- **Drums and pads:** the white keys are the 16 instruments or pads; hold **black 1 (ACC)** and the hits you play go with accent. +- **Recording:** while playing, what you play is written with the [expressive REC](#expressive-rec); the notes of this pass show in **red**. On an **empty** note channel it is a **FREE REC** (the length closes when you leave SLOOP or change channel). Stopped, the keys only play. +- **SELECT** changes channel and the keyboard follows it. **Holding HOME** gives you the console keys (mutes, scenes, patterns) while you hold it. -**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). +![SLOOP-REC on the BR-8: B1 = accent](../../assets/screens/72-sloop-drums.png) + +## The six machines + +| Channel | Machine | What it is | Tabs | +|---|---|---|---| +| **T1** | **BR-8** | Drums: TR grid of 16 **modeled** instruments (computed live); kits 808, 909 and SYNTH | SEQ · SOUND · INSTR · MIX | +| **T2** | **BP-1** | 16 pads made from your takes, on a grid | SEQ · PADS · BREAK · TAKES · MIX | +| **T3-T6** | **your choice** | BB-303, B-MINI, BX-7, BITTAL or BUNO-6 (factory: BB-303, BX-7, BITTAL, BUNO-6) | SEQ · SOUND · MIX · ARP · LOOP | + +The machine is changed from the console: the [channel card](#the-channel-card) or GLO › MACHINES. Inside, **GLO** opens the [machine GLO](#the-machine-glo). + +**Black keys follow a single grammar in SEQ:** 1-8 are the channel's elements (instruments, pads or scale degrees), **9 and 10 turn the step page** (< and >, lit when there is a page that way) and **11** is the other section on drums and pads (HI/LO) or FILL on note machines. ## 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. +Everything is computed live; the sampler uses your takes. | Machine | What it is | K1-K4 on SEQ | PRESETS | |---|---|---|---| | **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 · ENV MOD · DECAY | 8 sounds: CLASSIC, SQUELCH, DEEP SAW, RUBBER, SQUARE, SCREAM, DUB, PLUCK | -| **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 · CONTOUR · F DECAY | 6 basses from the bank | -| **BX-7** | 6 operators (msfa, the core of Dexed); the DX7's 32 algorithms | MOD LVL · FEEDBACK · DECAY · RELEASE | 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 · LFO | 12 original sounds | +| **BB-303** | TB-303 bass after **Open303**: the 303's filter, the accent circuit (accented notes open the filter more and more), slide with TIE and the knob ranges of the TB-303 | CUTOFF · RESO · ENV MOD · DECAY | 12 sounds: the owner's manual sounds (E.BASS A and B, UPRIGHT, SYNTH BASS, INIT 1982) and acid classics | +| **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 · CONTOUR · F DECAY | 18 sounds: Minimoog sound charts (basses, brass, leads) and recreations of famous Minimoog parts | +| **BX-7** | 6 operators (msfa, the core of Dexed); the DX7's 32 algorithms | MOD LVL · FEEDBACK · DECAY · RELEASE | 20 patches from published DX7 recipes (e-piano, basses, bells, brass, organs…) 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 (ENV 2 can sweep the table, as on a PPG), LFO and 4 macros | The sound's 4 macros (their name says where they go: CUTOFF, POSITION, LFO, SPACE…) | 26 sounds: PPG-style wavetables and community Vital presets, plus 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 · LFO | 16 sounds: Juno factory patches as starting points (strings, brass, pads, basses) and a few originals | -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. +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 factory kicks are voiced to cut through the mix. -**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](CREDITS.md)) and from original BUNO-6 presets made in Vital. Yours are added from the web editor ([sounds](../../web/sonidos.html)): PRESETS goes through the factory ones first and then yours. The sound's fingerprint (#A4F9) shows at the top right of SOUND. +**Historic sounds.** Many factory sounds recreate the machine they are named after: published panel settings, sound charts and recipes translated to our parameters, plus sounds inspired by famous records. No audio was sampled and no factory data was copied. Their names only allude (CHICAGO 86, COLD FRIEND, POP RIFF…): no artist names or trademarks. Where each one comes from is in [`assets/presets/SOURCES.md`](../../assets/presets/SOURCES.md). + +**The sound bank.** B-MINI, BITTAL and BUNO-6 load **sounds** (.bsnap): their settings, their macros and, on BITTAL, their tables. Some factory ones come from freely licensed Vital presets (CC0, Unlicense and GPL-3.0; credits in [CREDITS.md](CREDITS.md)). Yours are added from the web editor ([sounds](../../web/sonidos.html)): 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 @@ -177,10 +236,10 @@ BR-8's kicks, snares and hats are the **Plaits** models (Mutable Instruments), w | **BB-303** | **VCO VCF** (TUNING, CUTOFF, RESO, ENV MOD) · **ENV** (DECAY, ACCENT, SLIDE, WAVE) | | **B-MINI** | **CONTROL** (TUNE, GLIDE, MOD RATE, MOD AMT: left = oscillators, right = filter) · **OSC 1-3** (RANGE, FREQ, WAVE) · **MIXER** (OSC 1, OSC 2, OSC 3, NOISE) · **FILTER** (CUTOFF, EMPHASIS, CONTOUR, KBD CTRL) · **F CONTOUR** and **L CONTOUR** (ATTACK, DECAY, SUSTAIN, RELEASE) · **OUTPUT** (DRIVE, MODE, VEL FILT, VEL LVL) | | **BX-7** | **ALGORITHM** (ALG, FEEDBACK, MOD LVL, KEY VEL) · **EG** (R1 ATK, R2-3 DEC, R4 REL) · **VOICE** (PORTA, TRANSP) · **LFO** (SPEED, DELAY, PMD, AMD; on top of the patch's own LFO) | -| **BITTAL** | **OSC 1 / OSC 1 +** · **OSC 2 / OSC 2 +** (LEVEL, TRANSP, FRAME, UNISON · DETUNE, FINE, TABLE) · **FILTER** (MODEL, CUTOFF, RESO, DRIVE) · **FILTER +** · **ENV 1 / ENV 2** (A, D, S, R) · **LFO 1** (SHAPE, RATE, DEST, AMOUNT) · **MACRO 1-2 / 3-4** · **VOICE**. The oscillator pages draw the table in 2.5D, with the playing frame in cyan | +| **BITTAL** | **OSC 1 / OSC 1 +** · **OSC 2 / OSC 2 +** (LEVEL, TRANSP, FRAME, UNISON · DETUNE, FINE, TABLE) · **FILTER** (MODEL, CUTOFF, RESO, DRIVE) · **FILTER +** (ENV2 AMT, KEYTRK, VELO, **ENV2 POS**: envelope 2 sweeps the table position) · **ENV 1 / ENV 2** (A, D, S, R) · **LFO 1** (SHAPE, RATE, DEST, AMOUNT) · **MACRO 1-2 / 3-4** · **VOICE**. The oscillator pages draw the table in 2.5D, with the playing frame in cyan | | **BUNO-6** | **LFO** (RATE, DELAY) · **DCO** (LFO, PWM, PWM MODE, RANGE) · **DCO WAVE** (PULSE, SAW, SUB, NOISE) · **HPF VCF** (HPF, FREQ, RES, ENV) · **VCF MOD** (ENV +/-, LFO, KYBD, VELO) · **VCA** (ENV/GATE, VELO) · **ENV** (A, D, S, R) · **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 (EDIT never lands on MACHINE, so you can't change the instrument by accident). **ENV** opens the machine's first envelope (again: the second one). **LFO** opens the LFO page; the BB-303 has none, so LFO keeps its tie layer. The macros (K1-K4 on SEQ) take P-Locks per note. +**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 machine's first envelope (again: the second one). **LFO** opens the LFO page; the BB-303 has none, so LFO keeps its tie layer. The macros (K1-K4 on SEQ) take P-Locks per note. ### BX-7: the algorithm @@ -188,7 +247,7 @@ SOUND draws the **algorithm as on a DX7**: carriers at the bottom, modulators ab ### 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. +**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 pick the instrument and black 11 the other section. ## Drums (BR-8) @@ -198,13 +257,14 @@ 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. **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 | +| **Black 9 · 10** | Step page < and > (when the line is longer than 16) | +| **Black 11** | Tap: the other section (instruments 1-8 / 9-16, HI / LO). **Hold: MUTES** while you hold it: the white keys mute or unmute each instrument. **Only instruments with steps are lit:** medium and flashing on every hit = plays, dim = muted, off = empty. On screen a muted instrument turns red | +| **OCT − / +** | Nothing (off) | **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). +**Fills:** a step with FILL ONLY plays only in the fill, NO FILL only outside it. The fill plays with **AUTO FILL** (console GLO › TEMPO: every 2, 4 or 8 bars) or while you hold black 11 inside ROLL (FILL + ROLL). + **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 = COLOR (shifts each instrument's color). Changing the kit with PRESETS can be undone (HOME + OCT−). @@ -235,7 +295,7 @@ T2 is a **16-pad sampler**, like a KO II or the drum sampler of an OP-1 field: e 4. In **PADS** you tune each pad: where it starts and ends, its pitch, its level, how it answers the key and its envelope. 5. In **SEQ** you program the pads like the drums, and **BREAK** varies them bar by bar. -The tabs: **SEQ · PADS · BREAK · TAKES · MIX · MORE**. The kit lives in the pattern, like the drum kit; the takes, in the library. +The tabs: **SEQ · PADS · BREAK · TAKES · MIX**. The kit lives in the pattern, like the drum kit; the takes, in the library. ### SEQ: the pad grid @@ -245,7 +305,7 @@ Just like the drums: one line per pad, 8 on screen. Each pad has its own length. |---|---| | **White keys** | Steps of the selected pad: tap = set or clear | | **Black 1-8** | Select and play a pad of the section | -| **Black 9 · 10 · 11** | Other section (pads 1-8 / 9-16) · MUTES · FILL | +| **Black 9 · 10 · 11** | Step page < and > · other section (pads 1-8 / 9-16); hold 11 = MUTES | | **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 | @@ -308,90 +368,131 @@ 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 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. + - 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: **hold HOME 2 s = discard**; a HOME tap keeps it and goes 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: keep it held 2 s; 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. -## Note tracks (T3-T6) +## Note machines (T3-T6) -- **SEQ:** the page is only about this track. On top, the page's 16 steps as a **piano roll**: each note at its pitch and with its length (long ones in mint, early or late ones shifted from their step). White keys are those steps (up to 4 notes per step). Below, the track's bars and the playhead. **Hold a step** and play **black 1-8** to write those notes of the track's scale (the same one again removes it). Black 9 and 10 move their octave down or up; 11 = FILL. +- **SEQ:** the page is only about this channel. On top, the page's 16 steps as a **piano roll**: each note at its pitch and with its length (long ones in mint, early or late ones shifted from their step). White keys are those steps (up to 4 notes per step). Below, the channel's bars and the playhead. **Hold a step** and play **black 1-8** to write those notes of the channel's scale (the same one again removes it). Black 9 and 10 turn the step page; 11 = FILL. +- **OCT − / +** shift the octave of everything the keys play, also the scale degrees on black 1-8 in SEQ (O+1 / O-1 at the top). - **Long note with two white keys:** hold the step where it starts and tap the white key where it ends: the note lasts from one to the other. The lights of the keys it covers stay dimmed, like a trail. -- **Free recording, like a looper:** on an **empty** note track, REC records with no fixed length (the screen says FREE REC and counts the bars). REC again closes it: the track keeps the whole bars you played (1 to 4) and every note keeps how long you held it (up to 4 bars). If the track already has notes, REC records over it with its length. +- **Free recording, like a looper:** on an **empty** note channel, REC records with no fixed length (the screen says FREE REC and counts the bars). REC again closes it: the channel keeps the whole bars you played (1 to 4) and every note keeps how long you held it (up to 4 bars). If the channel already has notes, REC records over it with its length. - **Length in bars:** SEQ held + black 7-10 = 1, 2, 3 or 4 bars. - **Held step + knobs:** K1-K4 = P-Lock · SELECT = hit (NORMAL › ACCENT › GHOST) · ALGORITHM = probability or fill · PRESETS = length or TIE (glide). +- **FILL (black 11):** a tap keeps the screen open (black 11 again or HOME closes it), holding shows it only while held. While open the fill plays, and the white keys make notes fill-only (again: back to normal); black 9 / 10 turn the page. - **LOOP (SEQ again):** unquantized looper. K1 ON/OFF · K2 bars (1, 2 or 4). **REC** arms (starts at the bar) › when the loop closes it goes to PLAY › REC again: OVERDUB › REC: PLAY. **REC 2 s** erases the loop. -- **MIDI OUT** (in MORE): the track plays and also sends its notes over MIDI on its channel. +- **Outside SEQ** the keys play the machine chromatically; with **KEYS IN SCALE** (console GLO › SCALE) the white keys play the scale and the black keys its chords. +- **MIDI OUT** (in the machine GLO): the channel plays and also sends its notes over MIDI on its channel. + +### PIANO ROLL view + +![PIANO ROLL: the whole loop](../../assets/screens/73-pianoroll.png) + +**Machine GLO › VIEW = PIANO ROLL** (ALGORITHM to the right; to the left, NOTES) shows SEQ as the **whole loop** (1 to 4 bars) instead of one page: the pitch rows fit the notes the channel has, a vertical keyboard on the left flashes with what plays, and a white bracket marks the 16 steps the white keys edit (black 9 / 10 move it). With REC on, the notes recorded in this pass are **red**. The keys work exactly as in the normal view. VIEW is a setting of each channel: it stays after power-off. ### Expressive REC -With **REC** on a note track, what you play stays as you played it: +With **REC** on a note channel (inside it, or with [SLOOP-REC](#sloop-rec-play-any-channel-from-the-console) from the console), what you play stays as you played it: - **The note keeps its real timing:** the start with its **micro-timing** (how early or late you were, in ticks) and the end with its **gate** (how much of the last step sounded). If the note is still held when the bar ends, it is **cut at the bar**. - **The knobs stay on the note:** while you hold a note while recording, whatever you turn on K1-K4 stays on that note (P-Lock). - **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 machine GLO + +![The machine GLO](../../assets/screens/45-machine-glo.png) + +**GLO inside a machine** opens its list; GLO again goes back to the page you were on. SELECT picks the row and ALGORITHM changes it. + +| Machine | Rows | K1-K4 | +|---|---|---| +| **Note machines** | VIEW (NOTES or PIANO ROLL) · LENGTH · SPEED · TRANSPOSE · ACCENT · MIDI OUT (and its MIDI CHANNEL) · INIT SOUND | LENGTH · SPEED · ACCENT · TRANSPOSE | +| **BR-8** | LENGTH · SPEED · ACCENT · INIT KIT | LENGTH · SPEED · ACCENT | +| **BP-1** | LENGTH · SPEED · ACCENT · INTERPOLATION (LINEAR or HERMITE) · INIT | LENGTH · SPEED · ACCENT | + +On INIT, ALGORITHM to the right asks; leave it 2 s and the sound goes back to its initial settings. To change the machine itself, go to the console (the screen says so: CHANGE: HOLD T4 ON HOME + ALG). + ## The layers (hold) 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): 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). On machines without an LFO page a tap on LFO keeps this layer open | +| **HOME** | The console | White 1-10 = patterns · white 11-16 = go to that machine when you let go · black 1-6 = mute / solo · 7-10 = scenes · 11 = CUE. SELECT = cursor · ALGORITHM = BPM in tenths · PRESETS = pattern (loads when you let go) · K1-K4 = the cursor's mix | +| **SEQ** | Length and speed | White = length (1-16): the length is on, inside it medium, outside dim · **black 11 = +16** (17-32, 33-48, 49-64) · black 1-6 = speed ×2 to ×1/4 · black 7-10 = 1-4 bars (1BR-4BR). K1 = length, K2 = speed | +| **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 channel · sampler: black 4 = CAPT (what BREAK does goes into the grid) · **black 6 / 7 = undo / redo** · notes: black 9 / 10 = page · on the console: **black 7-10 clear a scene** | +| **ENV** | Accent | White = accent on / off (empty step = new one with accent; on notes: NORMAL › ACCENT › GHOST) · black 9 / 10 = page. 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). Black 9 / 10 = page. 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: 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 · K1 = BPM, K2 = SWING, K3 = transpose, K4 = octave | +| **SAVE** | Copy pattern | White 1-10 = paste the pattern there · black (1-6) + white = only that channel. If the target has notes, it asks: keep the white key held 2 s | +| **GLO** | Transpose | 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) -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. +Shows the 6 channels as bars of their real duration, each with its playhead: polymeter at a glance. SELECT or ALGORITHM pick the channel; 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. +The **master length** (console GLO › TEMPO, K3: 16, 32, 48, 64, 128 or INF) restarts all channels together. Queued patterns change there. ## Scales and chords -- **SCALE** (SCL): each note track can have its **own scale** (K2: PROJECT, or one of 9 scales; K1 = ROOT). **HOME + SCL** changes the project scale, used by tracks without their own. +- **SCALE** (SCL inside a note machine): each note channel can have its **own scale**. K1 = ROOT, K2 = scale (PROJECT, or one of 9 scales), K3 = BASE CHORD, K4 = KEYS IN SCALE. +- **Project scale:** console GLO › SCALE (SCL on the console, or HOME + SCL): ROOT, SCALE, KEYS IN SCALE and BASE CHORD, used by channels without their own. - **CHORDS** (SCL again): 16 chords on a 4×4 grid with their degree and name. The color tells their function: **blue** rest (I, iii, vi), **green** preparation (ii, IV), **orange** tension (V, vii). K1 = set (DIATONIC, PROGRESSIONS, NEO SOUL), K2 = voicing (CLOSED, OPEN or LED, voice-led), K3 = octave, K4 = strum. ## 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. +**A scene is a set of mutes**: the six channels' mutes and the instrument mutes of BR-8 and BP-1. Scenes belong to the project, not to a pattern, so a scene works on any pattern. They live on **black 7-10** (A-D) of the console, and with HOME held from any screen. + +![A scene: hold 2 s to store over it](../../assets/screens/69-scene-store-ring.png) + +| Gesture | What it does | +|---|---| +| **Tap an empty scene** (dim) | Stores the mutes as they are now | +| **Tap a stored scene** (medium) | Launches it on the next bar (stopped: right away). On = the active one, blink = queued | +| **Hold 2 s** | Stores over it (a ring fills: STORE SCENE A) | +| **EDIT held + scene** (on the console) | Clears it | +| **Hold one + tap others** | A **chain**: the first launches on the next bar, the next one at each master cycle | + +**CUE** (black 11): hold it, or tap it to keep it on (it breathes). With CUE, the mutes you tap don't change at once: they blink and **drop together on the next bar**. Stopped, they change right away. Tap CUE again to turn it off. + +![CUE: mutes waiting for the next bar](../../assets/screens/70-cue.png) + +**SONG** (console GLO › SONG, or HOME + SEQ): a list of entries, each one **a pattern and an optional scene**. White 1-10 add a pattern; black 7-10 put that scene on the selected entry (again: remove it); black 11 deletes the selected entry. SELECT picks the entry, ALGORITHM or K1 its pattern, K2 how many times it plays, 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. +**SONG REC** (REC on GLO › SONG, or HOME + REC): play live and the song writes itself: every pattern change and every scene you launch becomes an entry. Stopped, it is armed and starts with PLAY. ## Effects -- **Each track's MIX** (FX): level, pan, **delay** send and **reverb** send. FX again: **duck** (sidechain from the T1 kick). +- **Each channel's MIX** (FX inside a machine): level, pan, **delay** send and **reverb** send. FX again: **duck** (sidechain from the T1 kick). +- **On the console:** each channel's **filter** (K2 on MIX), and on **FX › CHANNEL** its **DRIVE**, **PAN**, **DUCK** and whether **BEAT FX** touches it. +- **FX › DELAY:** time, feedback and mix (up to 0.80 s, so 1/4 gets shorter below 75 BPM) and the sidechain release. **FX › REVERB:** size, damping and mix. +- **FX › MASTER:** the **master filter**, **BEAT FX** and **DRIVE** (saturation of the mix). **MOVE** is PRESETS on FX and GLO. - **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:** 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 › FX › MASTER, or HOME + K4): saturation of the mix. +- **FX held:** 16 punch-ins (stutter, reverse, tape stop, gate, sweeps, bitcrush, SR down, delay throw, echo freeze, kill low/high). A channel with BEAT FX OFF is left out of them. ## Saving +- There are **10 patterns** (01-10), on the console's white keys. - The flash is **only written when stopped** (writing pauses the audio for a moment). -- **Autosave:** when stopped, after 10 s without touching anything. +- **Autosave:** when stopped, after 10 s without touching anything (patterns, song and scenes, and settings). - **SAVE:** save · save as · save song and scenes · erase pattern (SAVE twice) · count events. **SAVE 2 s:** quick save. **HOME + SAVE:** save as. -- **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. +- **Copying:** SAVE held + white key copies the pattern; HOME + EDIT copies a channel onto another one in the same pattern (notes to notes, hits to hits): ALGORITHM picks the target and **EDIT held 2 s 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 **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. +**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** shares the machines between the FM-1's two cores (on the computer it gives exactly the same samples). The first time you turn it on it is checked to answer; if it hangs, its channels go silent and it retires until you power off, and if a boot with TWO CORES does not reach 5 seconds, it is off on the next boot. 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. ## MIDI -- **Input** (USB and TRS): channels 1-6 = Bubba Machine's tracks. On grids, the note picks the instrument (0-15); on the sampler, the pad. +- **Input** (USB and TRS): channels 1-6 = Bubba Machine's channels. On grids, the note picks the instrument (0-15); on the sampler, the pad. - **External clock:** follows MIDI Clock and Start/Stop. -- **Output:** MIDI Clock when the clock is internal, and the notes of tracks with **MIDI OUT**. +- **Output:** MIDI Clock when the clock is internal, and the notes of channels with **MIDI OUT**. ## Control platform diff --git a/docs/en/ROADMAP.md b/docs/en/ROADMAP.md index 0b2231a..b6535fe 100644 --- a/docs/en/ROADMAP.md +++ b/docs/en/ROADMAP.md @@ -2,7 +2,7 @@ Everything planned for Bubba Machine. **All of it will be done, step by step**, with no dates: each step ships when it has been tested on the FM-1. The order inside each list is the order that matters today and may change. -Items marked ✓ are already in the current version (0.6.0-beta); items marked **in testing** are there but off by default until measured on the FM-1. Until v1, any version may erase what you saved (see [install](INSTALL.md)). +Items marked ✓ are already in the current version (0.9.0-beta); items marked **in testing** are there but off by default until measured on the FM-1. Until v1, any version may erase what you saved (see [install](INSTALL.md)). ## Audio @@ -14,12 +14,13 @@ The goal is the best quality the FM-1 allows. What improved, what it costs and w - ✓ 32 KiB data cache and audio compiled for speed. - ✓ **The 0.6 machines:** B-MINI, BITTAL (alias-free wavetable, from Vital presets) and BUNO-6 (with stereo chorus). - ✓ **Reverb** with per-track send, **master filter** and **BEAT FX**. +- ✓ **BB-303 on Open303** (MIT) in floating point: the TB-303 filter, accent circuit and envelopes. - **In testing:** audio on both cores (T4-T6 on the second; on the computer it gives the same samples) and the screen with SPI at 30 MHz. **Planned** 1. **Measure 0.6 on the FM-1:** each machine's sound and load, BUNO-6's chorus and high-pass (approximate values today) and even volume across BITTAL sounds. Then turn both cores and the fast screen on by default. 2. **Master effects:** tape delay, compressor and leveler. -3. **ACID 2.0:** Open303 in floating point, with an acid line generator. +3. **An acid line generator** for the BB-303. 4. **A higher-quality sampler with more seconds**, within what the flash allows (today it records at 16 kHz and 8 bits). 5. **A/B morph per drum instrument:** two versions of each hit and a knob that moves from one to the other. 6. **CUERDA (string) and MODAL engines** (Plaits physical modeling): they already have a place in the format, they just aren't selectable yet. @@ -41,16 +42,16 @@ The interface organizes the FM-1 into two places: **playing live** (HOME and its **Planned: playing live (HOME again = the next page)** 1. **MORPH A·B:** move from one sound state to another with a knob (HOME's fourth macro). -2. **SCENES AND SONG:** build and play the song with the scenes. +2. ✓ **SCENES AND SONG:** scenes as mutes on the console, CUE, and song entries with a pattern and a scene (0.9). **Planned: working on a track (the button again = the next page)** 1. **SEQ › LOOP › DICE:** controlled random variations, and the ACID generator for bass lines. 2. **EDIT › SOUND › INSTR:** the A/B drum instrument. 3. **LFO › MOTION:** a modulation sequencer and knob-movement recording. -4. **FX › TRACK:** per-track mix and effects. +4. ✓ **Per-channel mix and effects:** the console's FX › CHANNEL (drive, pan, duck, BEAT FX) (0.9). **Other** -- **Pattern banks:** more than 20 patterns, by growing the flash map or shrinking the patterns. +- **Pattern banks:** more than 10 patterns, by growing the flash map or shrinking the patterns. - **Ghost notes on drums:** a level P-Lock or a bigger format. ## Tools and ecosystem diff --git a/web/bm.js b/web/bm.js index ee856e0..8fffd61 100644 --- a/web/bm.js +++ b/web/bm.js @@ -6,7 +6,7 @@ var BubbaMachine = (() => { function(moduleArg = {}) { var moduleRtn; -var Module=moduleArg;var 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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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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/emulador.html b/web/emulador.html index 08266d8..2cb7efd 100644 --- a/web/emulador.html +++ b/web/emulador.html @@ -77,7 +77,7 @@
Bubba MachineEl audio arranca al pulsar (regla del navegador).
@@ -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 0.8.0-beta', + title: 'Firmware emulator 0.9.0-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/audio.html b/web/en/docs/audio.html index 131a8ea..7f47828 100644 --- a/web/en/docs/audio.html +++ b/web/en/docs/audio.html @@ -58,7 +58,7 @@

2. Floating-point mixing

Measured on the device, the FPU is 1.5× faster than the 64-bit integer math 0.3 used, so moving to float was both faster and cleaner.

3. Sounds computed live, no low-resolution recordings

0.3 had drum kits recorded at 22 kHz in 8-bit μ-law (nothing above 11 kHz) and low-resolution wavetables. They are all gone. Every sound is now computed on the spot with proven synthesis libraries:

-
EngineWhat it usesLicense
Modeled drumskick, snare and hi-hat models from Plaits (Mutable Instruments), in float, plus our own clap, cowbell, resonator, noise and FM percussionMIT
B-MINIthree polyBLEP oscillators (anti-aliasing), ladder filter with drive, two envelopes and LFOown and MIT (Plaits/stmlib)
BITTALtables built from a 256-harmonic spectrum in 7 levels, one per octave: each note uses the level whose highest harmonic stays below 19 kHz, so there is no aliasing on any note; unison, filter and macrosown; factory sounds from freely licensed Vital presets
BUNO-6one polyBLEP oscillator per voice, high-pass, 24 dB filter and a two-line modulated stereo chorus, like a Juno'sown
6-operator FMmsfa, the engine of Dexed and the same base as the factory firmware; all 32 DX7 algorithmsApache-2.0
ACID4-pole ladder filter with resonance, accent and slideown
+
EngineWhat it usesLicense
Modeled drumskick, snare and hi-hat models from Plaits (Mutable Instruments), in float, plus our own clap, cowbell, resonator, noise and FM percussionMIT
B-MINIthree polyBLEP oscillators (anti-aliasing), ladder filter with drive, two envelopes and LFOown and MIT (Plaits/stmlib)
BITTALtables built from a 256-harmonic spectrum in 7 levels, one per octave: each note uses the level whose highest harmonic stays below 19 kHz, so there is no aliasing on any note; unison, filter and macrosown; factory sounds from freely licensed Vital presets
BUNO-6one polyBLEP oscillator per voice, high-pass, 24 dB filter and a two-line modulated stereo chorus, like a Juno'sown
6-operator FMmsfa, the engine of Dexed and the same base as the factory firmware; all 32 DX7 algorithmsApache-2.0
BB-303the TB-303 filter, accent circuit, envelopes and declicker adapted from Open303 in float, with polyBLEP oscillatorsMIT (Open303)

Accent doesn't just raise the level: it changes the hit, like a real drum machine.

4. An output without clicks or steps

  • @@ -87,7 +87,7 @@

    What isn't there yet

  • The clipper has no oversampling: with very high DRIVE it can alias a little.
  • -ACID is our own engine, not Open303. The plan is to move to Open303 (MIT) in float. +BB-303 runs Open303 without oversampling: its cutoff stops at 10 kHz to stay clean at 44.1 kHz.
  • msfa's FM is fixed point, like the original DX7. That's part of its character, not a flaw, but it isn't float.
  • @@ -107,8 +107,6 @@

    What's next

  • Master effects: tape delay, compressor and leveler.
  • -ACID with Open303 in float. -
  • A higher-quality sampler, within what the flash allows.
  • Measure the analog output with an audio interface. diff --git a/web/en/docs/changelog.html b/web/en/docs/changelog.html index eb8ad0e..c0ee85d 100644 --- a/web/en/docs/changelog.html +++ b/web/en/docs/changelog.html @@ -46,6 +46,79 @@

    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.

    +

    [0.9.0-beta] - 2026-10-18

    +

    HOME is the console. Ten patterns, six channels, mutes, scenes and CUE on the keys, like an MX-1; REC plays and records any channel without leaving the console; each machine keeps its own GLO. Beta: not fully tried on the device yet.

    +

    0.9 has only 10 patterns: on first boot patterns 11-16 are dropped, and the song and the scenes start empty (their format changed). Patterns 01-10, settings, takes and your sounds are kept.

    +

    Added

    +
    • +The console (HOME › MIX): white 1-10 = patterns 01-10 (hold one + tap another = chain), white 11-16 = channels T1-T6 (tap = cursor), black 1-6 = mutes (hold = solo), black 7-10 = scenes A-D, black 11 = CUE. +
    • +Channel card: hold a channel's white key on the console. Let go = enter the machine. While you hold it, ALGORITHM changes the machine (T3-T6, leave it 2 s on one; BUNO-6 and BITTAL one at a time) and PRESETS its sound; turning a knob means letting go stays on the console. +
    • +CUE: hold black 11 (or tap it to keep it on) and the mutes you tap drop together on the next bar. +
    • +SLOOP-REC: REC on the console arms the cursor channel and the keys play it without entering: notes chromatic from F (bass machines an octave down, KEYS IN SCALE respected), drums and pads on the white keys with black 1 = accent. It records with the expressive REC (FREE REC on an empty channel) and draws the channel as a piano roll. Hold REC = only while held. +
    • +PIANO ROLL view (machine GLO › VIEW): the whole loop of a note channel with pitch rows fitted to its notes, a keyboard that flashes with what plays and the notes recorded this pass in red. Same keys as the normal view. +
    • +FX › CHANNEL on the console: per-channel DRIVE (soft-clip), PAN, DUCK and BEAT FX on/off (whether the BEAT FX and the punch-ins touch that channel). Saved with the pattern. +
    • +Console GLO: TEMPO (BPM, SWING, MASTER LENGTH, TRANSPOSE, AUTO FILL), MACHINES (the machine of T3-T6), SCALE (ROOT, SCALE, KEYS IN SCALE, BASE CHORD) and SONG. +
    • +HOME + white 11-16 from any screen: go to that machine when you let go of HOME. +
    • +Historic factory sounds (92 in all): the TB-303 owner's manual sounds and acid classics on BB-303 (12), Minimoog sound charts and recreations on B-MINI (18), DX7 recipes on BX-7 (20), Juno factory patches as starting points on BUNO-6 (16) and PPG-style wavetables on BITTAL (26), plus sounds inspired by famous records. Names only allude: no artist names or trademarks. Sources in assets/presets/SOURCES.md. +
    • +BITTAL ENV2 POS (FILTER + page): envelope 2 sweeps the wavetable position, as on a PPG. +
    • +py -3 tools/fm1/consola.py estado shows the power rails, how each boot ended (power on, brownout, long press, watchdog) and where the firmware was. +
    +

    Changed

    +
    • +Scenes are mutes only (channel mutes and BR-8 / BP-1 instrument mutes), kept with the project, not with a pattern. Tap an empty one = store; tap = launch on the next bar; hold 2 s = store over it (a ring fills); EDIT held + scene = clear; hold one + tap others = chain. Live mutes stay when the pattern changes. +
    • +Song entries are a pattern plus an optional scene; SONG REC records pattern changes and scene launches. +
    • +HOME tap always goes to MIX. HOME's pages are MIX, FX (CHANNEL › DELAY › REVERB › MASTER) and GLO. On MIX, PRESETS changes the cursor channel's sound; on FX and GLO it is MOVE. HOME held + K1-K4 = the cursor's mix strip. +
    • +Machine GLO replaces MORE: GLO inside a machine opens its list (VIEW, LENGTH, SPEED, TRANSPOSE, ACCENT, MIDI OUT, INIT…); GLO again goes back. Machines are changed from the console (the card or GLO › MACHINES); the machine is still saved with the pattern. +
    • +OCT−/+ always change the octave on note machines, also in SEQ and in SLOOP (they do nothing on drums and pads). Step pages moved to black 9 / 10 (SEQ and the ACCENT, REPEAT / TIE, ERASE and FILL screens); the LENGTH layer uses black 11 = +16; ERASE has UNDO / REDO on black 6 / 7. +
    • +Drums and pads: black 11 = other section (HI/LO); hold it = instrument MUTES while held. +
    • +Questions: keep holding the control that asked for 2 s (a bar fills) to say yes; letting go, or any other control, is no. OCT+ no longer answers yes. Copy track (HOME + EDIT) pastes with EDIT held 2 s. +
    • +BB-303 rebuilt on Open303 (MIT): the TB-303 filter, the accent circuit, the amp envelope and declicker, and the knob ranges of the TB-303. 12 sounds. +
    • +BUNO-6 about 15 % lighter (the Juno-60 high-pass once on the channel sum, a 12 dB low-pass before the chorus) and BITTAL about 25 % lighter. Voices share one memory pool: the FM-1 system has 151 KiB free instead of 121. +
    • +The kick cuts through: the factory 808, 909 and SYNTH kicks were revoiced (about +6 dB over the rest of the mix in their first 30 ms) and the duck holds 30 ms before it releases. +
    • +Lighter screen: curves are computed once per change, big redraws are spread over three frames, the display is sent in the background and capped at 25 fps. +
    +

    Fixed

    +
    • +The FM-1 switched off during fast navigation with TWO CORES (0.8): it was a brownout. The firmware now sets the stock power rails at boot, logs the exact reset cause and keeps the hardware watchdog on. +
    • +TWO CORES safety: if the second core hangs, its channels go silent and it retires until power-off; a TWO CORES boot that did not reach 5 s turns TWO CORES off on the next boot. +
    • +The duck did nothing on a BUNO-6 with chorus, and kicks played live from the keys did not trigger it. +
    • +An effect that broke (NaN) went silent for good; it is now reset on the spot. +
    • +BR-8 hits stop at −70 dB (was −90): hats and long tails were still being computed when you could no longer hear them. +
    +

    Removed

    +
    • +Patterns 11-16 (10 patterns now). +
    • +The MACHINE page inside a channel and MORE (now the machine GLO). +
    • +FILL on HOME (black 11 is CUE). On drums and pads the FILL screen is gone: use AUTO FILL (GLO › TEMPO), FILL + ROLL or the FILL ONLY / NO FILL step conditions. Note channels keep their FILL screen on black 11. +
    • +Scenes with a pattern, HOME's TEMPO, SCENES and SONG pages (now in GLO), HOME + SELECT with its box (use HOME + white 11-16), HOME + K1-K4 for BPM, swing, master length and drive (now in GLO › TEMPO and FX › MASTER), and OCT+ = yes. +

    [0.8.0-beta] - 2026-10-16

    Choose your instrument. The drums and the pad sampler stay fixed; T3-T6 pick their machine, and every machine is laid out like the real one.

    0.8 changes the pattern format (and the B-MINI / BUNO-6 sound format): on first boot it erases the saved patterns. BITTAL sounds and DX7 banks still load.

    diff --git a/web/en/docs/credits.html b/web/en/docs/credits.html index 991d717..5314519 100644 --- a/web/en/docs/credits.html +++ b/web/en/docs/credits.html @@ -54,11 +54,11 @@

    Hardware knowledge

    JieLi AC79 SDK (Apache-2.0): register reference for the port. When the port uses SDK binaries (bootloader, configuration), they will be distributed under their Apache-2.0 license, which is compatible with GPL-3.0.

Synthesis libraries (in third_party/)

-
LibraryWhat forLicense
msfa ("music synthesizer for android", by Google, maintained by Dexed)BX-7's 6-operator engineApache-2.0
Plaits (Mutable Instruments, by Emilie Gillet)BR-8's kicks, snares and hats, the variable-shape oscillator, the sine and the overdriveMIT
stmlib (Mutable Instruments)State-variable filter, polyBLEP, interpolatorMIT
+
LibraryWhat forLicense
msfa ("music synthesizer for android", by Google, maintained by Dexed)BX-7's 6-operator engineApache-2.0
Plaits (Mutable Instruments, by Emilie Gillet)BR-8's kicks, snares and hats, the variable-shape oscillator, the sine and the overdriveMIT
stmlib (Mutable Instruments)State-variable filter, polyBLEP, interpolatorMIT
Open303 (RobinSchmidt/Open303, by Robin Schmidt)BB-303: the TB-303 filter, accent circuit, envelopes, declicker and fixed filters, adapted in float in core/bm_acid.cppMIT

Details (commits, changes) are in third_party/README.md. The reverb follows the algorithm published by Jon Dattorro (1997); the implementation is original.

Factory sounds

-

BR-8, BX-7 and BUNO-6 sounds are original to the project (BUNO-6's 12 were made in Vital). The 25 B-MINI and BITTAL sounds come from community Vital presets under free licenses: they are downloaded at a pinned commit, converted to the Bubba Machine format (tools/gen_snaps.mjs, assets/presets/banco.json) and given our own name. Credit and license belong to their authors:

-
SoundMachineOriginal presetAuthorLicense
SUB ONEB-MINISub 1nahush2321GPL-3.0
SUB GROWLB-MINISub 56nahush2321GPL-3.0
CURIOUSB-MINICurious BassAbstraction MageCC0-1.0
808 BASSB-MINIbad 808Mxm40b (mxmfrpr)Unlicense
HEAVY LOWB-MINIlow part of heavy bassMxm40b (mxmfrpr)Unlicense
REESEB-MINIreese bassMxm40b (mxmfrpr)Unlicense
SAW MOTIONBITTALSaw Movement 45nahush2321GPL-3.0
WIDE SYNTHBITTALi have an itchMxm40b (mxmfrpr)Unlicense
SIRENBITTALSirenengesangAbstraction MageCC0-1.0
COOL LEADBITTALcool synthMxm40b (mxmfrpr)Unlicense
HARD LEADBITTALhard leadMxm40b (mxmfrpr)Unlicense
NICE LEADBITTALnice leadMxm40b (mxmfrpr)Unlicense
DIGI PIANOBITTALPIANOnahush2321GPL-3.0
SOFT KEYSBITTALpinaon 12nahush2321GPL-3.0
CHORD STABBITTALChord 3nahush2321GPL-3.0
BACK KEYSBITTALcute background keysMxm40b (mxmfrpr)Unlicense
GLASS KEYSBITTALkeys per PMxm40b (mxmfrpr)Unlicense
CHILL CHORDBITTALsmooth chill chordsMxm40b (mxmfrpr)Unlicense
MOVE ARPBITTALmove arpnahush2321GPL-3.0
SPACE PLUCKBITTALsuper space pluckMxm40b (mxmfrpr)Unlicense
ARP LINEBITTALarpMxm40b (mxmfrpr)Unlicense
BELLBITTALbishu's better bellMxm40b (mxmfrpr)Unlicense
WOOD PLUCKBITTALwood pluckMxm40b (mxmfrpr)Unlicense
SPACY PLUCKBITTALspacy plucksMxm40b (mxmfrpr)Unlicense
LOW PADBITTALLow-mid SimplicityAbstraction MageCC0-1.0
+

BR-8 kits are original to the project. Many factory sounds recreate historic machines from published settings (the TB-303 owner's manual, Minimoog sound charts, DX7 recipes, PPG manual tables): no audio was sampled and no factory data was copied; each source is listed in assets/presets/SOURCES.md. Several BUNO-6 sounds start from Roland Juno factory patches as decoded by Ultramaster KR-106 (GPL). 21 B-MINI and BITTAL sounds come from community Vital presets under free licenses: they are downloaded at a pinned commit, converted to the Bubba Machine format (tools/gen_snaps.mjs, assets/presets/banco.json) and given our own name. Credit and license belong to their authors:

+
SoundMachineOriginal presetAuthorLicense
SUB ONEB-MINISub 1nahush2321GPL-3.0
REESEB-MINIreese bassMxm40b (mxmfrpr)Unlicense
SAW MOTIONBITTALSaw Movement 45nahush2321GPL-3.0
WIDE SYNTHBITTALi have an itchMxm40b (mxmfrpr)Unlicense
SIRENBITTALSirenengesangAbstraction MageCC0-1.0
COOL LEADBITTALcool synthMxm40b (mxmfrpr)Unlicense
HARD LEADBITTALhard leadMxm40b (mxmfrpr)Unlicense
NICE LEADBITTALnice leadMxm40b (mxmfrpr)Unlicense
DIGI PIANOBITTALPIANOnahush2321GPL-3.0
SOFT KEYSBITTALpinaon 12nahush2321GPL-3.0
CHORD STABBITTALChord 3nahush2321GPL-3.0
BACK KEYSBITTALcute background keysMxm40b (mxmfrpr)Unlicense
GLASS KEYSBITTALkeys per PMxm40b (mxmfrpr)Unlicense
CHILL CHORDBITTALsmooth chill chordsMxm40b (mxmfrpr)Unlicense
MOVE ARPBITTALmove arpnahush2321GPL-3.0
SPACE PLUCKBITTALsuper space pluckMxm40b (mxmfrpr)Unlicense
ARP LINEBITTALarpMxm40b (mxmfrpr)Unlicense
BELLBITTALbishu's better bellMxm40b (mxmfrpr)Unlicense
WOOD PLUCKBITTALwood pluckMxm40b (mxmfrpr)Unlicense
SPACY PLUCKBITTALspacy plucksMxm40b (mxmfrpr)Unlicense
LOW PADBITTALLow-mid SimplicityAbstraction MageCC0-1.0

The repositories:

Bubba Machine -
Emulador del firmware 0.8.0-beta
El mismo código C99 que irá en el FM-1, compilado a WebAssembly.
+
Emulador del firmware 0.9.0-beta
El mismo código C99 que irá en el FM-1, compilado a WebAssembly.