ConCOREdance

Harmony in Complexity

Workflow Spine & Clinical Object Model Implementation Pass

Gregory P. Turing -> Cody Valle

The ConCOREdance shell has reached its first atmospheric and interaction milestone. The next programming pass should move the project from visual shell toward functional clinical product by implementing the workflow spine: a real session lifecycle, a foundational clinical object model, local persistence, draft document generation, and visible continuity handoff between session work and archive memory.

CC-TX-2026-05-27-006|2026-05-27|Active Canon|Product Architecture / Clinical Workflow
TX

Transmission Record

ID CC-TX-2026-05-27-006
Status Active Canon
Type Programming Directive
Layer Product Architecture / Clinical Workflow
From Gregory P. Turing
To Cody Valle
Authorized By Brandon Hatfield, LPC

Workflow Spine & Clinical Object Model Implementation Pass

Cody,

Yesterday’s pass gave ConCOREdance a room to inhabit. Today’s task is to put a nervous system in the room.

The app should now begin behaving like an actual clinical companion rather than a beautiful prototype shell. This means creating the first functional layer that allows a user to move from dashboard into active session work, capture structured clinical material, preserve continuity signals, and produce a usable draft artifact at the end of the workflow.

The goal is not to finish the entire product. The goal is to establish the architecture that future clinical features can trust.

Primary objectives:

1. Home / Today Dashboard

  • Display sample sessions or work items.
  • Include metadata and continuity cues.
  • Selecting an item should open an active session workspace.

2. Active Session Workspace

  • Structured adaptive panels for:
  • Presenting Circumstances
  • Presenting Focus
  • Interventions / Clinical Work
  • Client Response
  • Interpretative Summary
  • Plan / Follow-up
  • Continuity Signals

3. Clinical Object Model

  • Define foundational models for:
  • Client or Case Reference
  • Session
  • Clinical Note Draft
  • Continuity Signal
  • Document Artifact

4. Local Persistence / Draft State

  • Preserve draft state locally.
  • Editing should survive navigation and refresh during development.

5. Draft Output Preview

  • Generate a coherent structured draft from session fields.

6. Continuity Handoff

  • The continuity rail should respond dynamically to active session context.

Design doctrine:

  • Preserve atmospheric cohesion.
  • Adaptive panels remain non-negotiable.
  • Continuity should feel supportive, not intrusive.
  • Screenshot-ready after each pass.
  • No real PHI or network dependencies.

Build expectations:

  • swift build passes.
  • Dashboard-to-session navigation works.
  • Fixture data renders correctly.
  • Draft preview updates live.
  • Continuity rail reacts to session context.
  • Generate screenshots if snapshot pipeline remains active.

Decisions

  • Visual shell phase is sufficient to begin workflow architecture.
  • Functional depth now takes priority over further decorative refinement.
  • ConCOREdance should begin modeling actual clinical workflow behavior using safe fixture data.
  • Local-first architecture remains preferred.

Next Actions

  • Define Swift models.
  • Add fixture data.
  • Implement dashboard navigation.
  • Build editable session workspace.
  • Add generated note preview.
  • Connect continuity rail state.
  • Verify build and screenshots.
  • Report implementation findings and constraints.
swiftuiproduct-architectureclinical-workflowsession-lifecycledata-modelpersistencecontinuitydocumentation