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- genome(seed, salts) now has three parts with their own RNG streams: shared (steps, form, swing, arc, layback, fill odds, phase offset), kit (density, frame, accent cycle, free snare) and keys (scale/root, progression, motif, hocket, bass tone, note lengths, range). ROLL KEYS now renews the harmony too; ROLL KIT leaves the keys alone. - Keys generators share one signature and can fix note lengths: MOTIF (the old line), 303 (acid bass, answers in the rests, drone or silent pad), TURING (8/16-bit shift register, DRIFT flips bits, 16-bar window), ARP (triad/7th arpeggio, roots on kicks). - Pages: KIT GEN, KEYS GEN; ROLL shows KIT / KEYS; slots keep both gens. - Flash record v3 (old settings ignored). Bring-up golden checksums updated. - C port matches; host test and ASan/UBSan pass. Intended music change: every seed sounds different (genome split, new generators). Vectors regenerated with npm run vectors; the case grid now crosses all kit and keys generators, with TURING runs past its window. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
46 lines
1.6 KiB
C
46 lines
1.6 KiB
C
/* Seedbox firmware: state shared between core 0 (UI) and core 1 (sequencer). Mirrors sim/app.js. */
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#ifndef SEEDBOX_APP_H
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#define SEEDBOX_APP_H
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#include <stdint.h>
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#include "pico/critical_section.h"
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#include "pico/util/queue.h"
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#include "engine.h"
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#define NKIT 7 /* kit tracks are 0..6 (lane 0); LEARN index = track index */
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#define NSLOTS 8
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typedef struct { uint8_t used, ch, note; } pad_t; /* learned pad: ch 0..15 */
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/* Everything the sequencer reads. Core 0 writes it under g_live_lock; core 1 copies it under the same lock. */
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typedef struct {
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sb_state state;
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int gen, keys, energy, drift, bpm; /* gen = KIT GEN, keys = KEYS GEN */
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int scale, root; /* ROOT / SCALE pages: -1 = AUTO (the seed picks) */
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uint8_t on[SB_NT], inv[SB_NT]; /* inv: flipped while the button is held */
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pad_t learn[NKIT];
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int mono_ch; /* synth channel 1..16 */
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int mono_oct; /* -3..3 */
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int clock; /* send clock + start/stop */
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} live_t;
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extern live_t g_live;
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extern critical_section_t g_live_lock;
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/* core 0 -> core 1 */
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enum { CMD_START, CMD_STOP, CMD_RELEASE_TRACK, CMD_BPM };
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typedef struct { uint8_t cmd; int16_t arg; } cmd_t;
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extern queue_t g_cmdq;
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/* core 1 -> core 0, for the screen */
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extern volatile int g_running;
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extern volatile int g_cur_bar; /* bar being heard, -1 if none */
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extern volatile uint32_t g_hit_until_ms[SB_NT];
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void seq_core1_main(void);
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/* app.js learned(): the channel and note a kit track was learned with. Returns 0 if not learned. */
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int learned(const live_t *L, int tr, int *ch, int *note);
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#endif
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