Add CloudSeedCore ↔ Daisy bridge: control model, parameter enums, hardware mapping, example and docs

[Denys]

Motivation

• Provide a controls-independent bridge to adapt CloudSeedCore to Daisy hardware by normalizing hardware inputs into a ControlModel and exposing per-class parameter enums.
• Include a minimal runnable Seed example with a fallback reverb so integration work and hardware mapping can be exercised before importing CloudSeedCore.
• Ship interactive architecture documentation (HTML/Markdown) to clarify signal flow, DSP primitives, and parameter ownership for implementation.

Description

• Add a normalized control domain ControlModel in CloudSeedControlModel.h with clamping and default values.
• Add rack-style interactive parameter enums grouped by DSP block in CloudSeedInteractiveParameters.h (params/inputs/outputs/lights for CloudSeedGlobal, CloudSeedTap, CloudSeedEarlyDiffusion, CloudSeedLateReverb, CloudSeedEq, CloudSeedSeeds, CloudSeedPerformance).
• Add HardwareMapping.h with SeedMapping that reads Daisy ADC channels into the ControlModel and a FieldMappingLayout placeholder.
• Add a minimal seed example Seed_CloudSeedCoreBridge.cpp that uses a fallback ReverbSc adapter when USE_CLOUDSEEDCORE=0, wires the SeedMapping, and runs the audio callback.
• Add project infrastructure: Makefile, README.md, import_cloudseedcore.sh helper, and interactive architecture docs CLOUDSEED_BLOCK_DIAGRAM.md and CLOUDSEED_BLOCK_DIAGRAM.html.

Testing

• Built the example project with the provided Makefile using the default fallback engine (CPPFLAGS += -DUSE_CLOUDSEEDCORE=0) by running make, and the build completed successfully.
• Performed a smoke compile of Seed_CloudSeedCoreBridge.cpp and the new headers to verify symbol resolution and linkage with the Daisy core include, and the compile succeeded.

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Codex Task