MMR v1.6.11

MULTIBAND MODULAR RACK v1.6.11

Changes since the previous public release, v1.5.0

PARAMETER-LOCAL SYNTH MODULATION

• Add independent LFO, Envelope, Random, Macro and MIDI sources directly to a wavetable control's MODS rack. Add and reorder modulation-signal transformations without matching fixed source numbers elsewhere.
• Modulate eligible controls of the modulators themselves, including LFO rate/depth and envelope stages. Dependency validation rejects feedback cycles.
• Each wavetable now has its own dedicated AMP envelope, with Peak, independent Attack/Decay/Release curves and NOTE/LOOP timing. STRAIGHT, TRIPLET and DOTTED choices extend synced timing.
• Larger LFO/ENV editors add draggable envelope junctions, playback-position markers and LFO point tangent/smoothness controls.
• A clickable FX MAP for each wavetable groups destinations, sources and nested modulation and opens their editors.
• Cyan indicators around knobs show effective DSP modulation and differences between voices without moving the base setting. The grey base and blue predicted waveform references remain separate previews.
• Synth RANDOM generates the expanded local/nested modulation graphs, shapes and timing choices while keeping an audible foundation. Patch Undo/Clear and state recall include the new structure.

CONNECTED CUSTOM WAVE EDITING

• Edit connected periodic segments between wavetable points rather than independent deformations around the original wave.
• Choose BASE WAVE inside the editor, including a FLAT starting line. Retain four frames, phase/link controls, history, randomization and audition through the synth modulation path.
• Envelope bypass respects note gating; active AMP/local envelope releases remain audible. Envelope editing rescales continuously while dragging.

SERIAL / PATCH ROUTING FOR EACH FX RACK

• SERIAL ROUTING processes effects in rack order. PATCH ROUTING exposes manual stereo connections directly on effect fronts and in a rear-panel FX MAP. Both views edit the same graph and instances.
• Connect clean crossover BAND DI and processed FX sources, create parallel paths and set normalized source weights. PARALLEL balances the two connected input groups; MIX remains each effect's separate dry/wet blend.
• Connecting the second input group starts at 50/50. More sources in an existing group retain the chosen balance. The automatic change is included with its cable in Undo/Redo.
• Rewire by dragging cables or disconnect an existing cable on empty background. Valid targets are highlighted; feedback loops are rejected. Hover shows source/destination names with stable per-effect cable colours.
• In PATCH, rearranging cards changes only their visual position. SERIAL rearrangement changes audio order. Empty/all-muted racks retain bypass; disconnected active patches stay silent.
• BAND DI and RACK OUTPUT remain docked on the front view. Larger DI IN / FX IN sockets sit horizontally, with top-entry cables and short connections between neighbouring cards. Skipped cards use the right-hand gutter.
• Compact cable gutters and vertical gaps adapt to the graph in both views. Click unused card space to open the same FX instance at a larger size; drag that space to rearrange it.
• Presets/projects and routing Undo/Redo retain connections and arrangement. Confirmations protect PATCH replacement, removal and Clear actions.

RANDOMIZATION AND WORKFLOW

• RANDOM RACK orders its selected creative effects into a logical chain, followed by the existing protective limiter.
• Random MIX values now stay between 50% and 100%; manual adjustment remains full-range and new FX still start at 100%.
• PARALLEL randomizes only in PATCH, using 0/50/100% choices with 40/20/40% probability. RKR does not move routing controls. RANDOM FX preserves cables.
• More compact balanced FX control rows, centred displays, recessed numeric value fields and shorter closed model/wave labels improve use of space. Menus retain full names.

WINDOWS AND PROCESSING STABILITY

• Fixed FX processing and visualizations stopping after short audio callbacks, including DAW loop boundaries. Empty/short blocks no longer disable later full-size processing.
• Statically linked the Windows C/C++ runtime, removing the requirement for separately installed MSVCP140/VCRUNTIME140 DLLs.

COMPATIBILITY AND VALIDATION

• Windows 10/11 x64 VST3; plugin identity is retained. The reported Cubase 12 loading issue is not confirmed resolved, and clean-system/Cubase verification remains outstanding.
• Saved dynamic FX, committed waves/transfer curves, local modulation and patch cables are recalled. Extra dynamic instances/modulators do not automatically receive unlimited separate host-automation slots.
• SERIAL ignores PARALLEL even when automated. Older AUTO states with active Parallel are converted to explicit PATCH connections. Old automation that depended on automatic endpoint rewiring may behave differently and should be reviewed.
• Latency alignment and normalized merging remain in place; intentional filter/modulation phase response remains part of the sound. Protection applies at its position in the chain, so later gain can still raise peaks.
• Release v1.6.11 built and passed native factory/version/runtime-import checks. The preceding v1.6.10 passed the full automated FX/SYNTH/routing/oversampling regression; v1.6.11 changes display text only. These results do not replace manual DAW and listening tests.