5 Commits

Include renames

Author	SHA1	Message	Date
nvrl	d536e3127a	feat(weld): show the alignment's delay spread ... Weld's allpass sections add group delay between 500 Hz and 4 kHz, where listeners hear it best. Liski et al. (2021) measured a threshold of about 0.64 ms for a positive group-delay peak on clicks. Weld now reports how much its delay varies over that range and, above the threshold, suggests comparing attacks in SUM and SUM DRY. Common fits from Weld's own tests spread 0.82-1.03 ms, so the line is a neutral note, not a warning: sustained bass hides much more than a click. - Fit::group_delay (analytic, per section) and Fit::smear_ms in weld-core. - Report::smear_ms, filled by the analyzer from the applied fit. - Tests against the numeric phase slope and the analog 4Q/w0 peak. - Display only; the audio path does not change.	2026-11-06 13:17:29 +01:00
nvrl	340ff13342	chore: release Crucible 0.3.0, Patina 0.4.0 and Planish 0.1.0 ... - Crucible 0.3.0: Keep takes. - Patina 0.4.0: Tone guard and the Bass line preset. - Planish 0.1.0 is already at its first version. - Update the current version in every plugin guide; several still named an older release.	2026-11-06 12:58:53 +01:00
nvrl	444b9d93da	feat!: change CLAP IDs to io.narl.bass-foundry.<product>, release all plugins ... The io.storyboard.* IDs were a leftover from Motif Storyboard and named old functions (motif, sub-anchor, layer-align) instead of the products. Every plugin now uses io.narl.bass-foundry.<product>, and IDs are frozen from here on, even across renames. Hosts see the new IDs as different plugins: delete the old .clap files, rescan, and add the plugins again in existing projects. Rivet session JSON and Patina parameter IDs are unchanged. - Rivet 0.5.0, Patina 0.3.0; Anvil, Crucible, Lathe, Temper, Weld and Knurl 0.2.0. - Docs, changelogs and the release table describe the change. - Website: upgrade note in the Install section.	2026-11-06 11:51:11 +01:00
nvrl	9b3ddeaf56	feat(weld): phase alignment for layered bass, release 0.1.0 ... Weld hears the other bass layer through the sidechain and fits polarity plus up to four RBJ allpass sections to the measured cross-spectrum, so the layers sum instead of cancelling. No latency; the layer on its own keeps its sound. - Worker thread: Welch cross-spectrum and coherence, Nelder-Mead fit with 1/f weighting, a per-band loss penalty and model selection by share of the achievable gain; GCC-PHAT lag detection flags a late layer. - Audio thread: allocation-free chain with a 40 ms warm-up and 40 ms crossfade per new fit; mono blocks go to the worker through a lock-free queue. - Follow / Learn / Hold; the fit is persisted and restored without a crossfade. - Editor: per-band loss and recovery against a perfect alignment, phase before and after, recovered dB, time offset and status. - Tests for flat magnitude, crossfade, fit targets, Follow hysteresis, Learn, silence, realtime allocation and the persisted fit in the host.	2026-11-06 08:31:41 +01:00
nvrl	e3286f9094	feat(weld): add sidechain test build ... Weld will phase-align a bass layer to another layer it hears through the sidechain. This first build only checks that FL Studio delivers the sidechain to a CLAP aux port: it passes the main layer through unchanged, meters the sidechain and offers Layer/Sum/Sum dry listening. No latency.	2026-11-06 07:53:20 +01:00