Integration from Module Schemas to Full Model: Difference between revisions
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No manual CAD edits. Every output must be regenerable from schemas. | No manual CAD edits. Every output must be regenerable from schemas. | ||
==Canonical Principle 2== | |||
#Schemas describe intent | |||
#Assemblies describe relationships | |||
#Compilers produce geometry | |||
Revision as of 06:32, 24 January 2026
About
This must be done not by gurus—by clerks following specs.
Why? Because of this - [1]. In short: The real risk is not skill level—it’s unconscious substitution. The danger is not incompetence. The danger is: “I know a better way to do this.”
Howto
The core simplification: Assembly is not geometry. Assembly is topology. Geometry already exists at the module level. Assembly is simply how modules are connected.
If you accept that, everything downstream becomes tractable.
Induction-Grade House Compiler Process (Modules → Assembly → Post-Compilers)
Canonical Principle
All downstream artifacts are generated from:
- Module Schemas (single-module truth)
- Assembly Schema (topology truth: what connects to what)
- Post-Compiler Passes (feature injection + routing + schedules)
No manual CAD edits. Every output must be regenerable from schemas.
Canonical Principle 2
- Schemas describe intent
- Assemblies describe relationships
- Compilers produce geometry