Implement an 8-slot modulation matrix template for XO_OX engines.
npx skills add https://github.com/BertCalm/XO_OX-XOmnibus --skill mod-matrix-builder
Please help me install this Agent Skill. Skill: /mod-matrix-builder Source: https://github.com/BertCalm/XO_OX-XOmnibus/tree/main/Skills/mod-matrix-builder Command: npx skills add https://github.com/BertCalm/XO_OX-XOmnibus --skill mod-matrix-builder
This template provides a reusable, doctrine-compliant 8-slot modulation matrix for XO_OX engines, eliminating boilerplate and ensuring consistent modulation routing across projects.
Instantiate the mod-matrix-builder in your engine to wire the eight routes and verify D001–D006 compliance.
High-intent search queries and answers about installing and using this skill.
You can standardize modulation routing by applying a reusable 8-slot modulation matrix template, ensuring LFOs, envelopes, velocity, and aftertouch map consistently to core destinations like filter, pitch, and timbre across projects.
An 8-slot modulation matrix is a standardized routing template mapping expression inputs to core destinations. You need it when creating or refactoring engines to eliminate boilerplate and ensure consistent modulation depth, breathing, and expression.
To satisfy D001 through D006 doctrine requirements, instantiate an 8-slot modulation matrix template that maps LFOs, envelopes, velocity, mod wheel, and aftertouch to core destinations while providing Parameters.h and DSP integration templates.
Yes, the modulation matrix template supports aftertouch and mod wheel routing alongside LFOs, envelopes, and velocity, mapping these expression inputs directly to core synthesis destinations to ensure modulation depth and breathing.
Yes, you can use this template during engine refactors to standardize modulation routing and verify D001–D006 compliance, ensuring the DSP integration and Parameters.h templates remain consistent across your updated projects.
Your engine lacks consistency because it lacks a standardized 8-slot modulation matrix template to map expression inputs to core destinations, causing boilerplate and non-compliant routing across D001–D006 doctrine requirements.
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