I'll start by reading the key files to understand the current implementation before making changes.

Now let me read the meeting files to understand their structure before adding transitions and share-out stages.

Let me read the remaining meeting files in parallel.

Now I have a complete picture of the codebase. This is a large task with many independent parts, so let me also check where the flow components are used on the educators page before diving in.

Good. Now I have a complete picture. This is a large task with many independent parts. Let me break it down and parallelize the work. I'll handle the core type/layout/SVG rewrite myself and use agents for the meeting content updates.

Let me start with the core changes: types, graph extraction, layout, and SVG renderer.

Part 1: Add transition field to StageDefinition

Part 2: Pass transition through to FlowStage and update types

Now rewrite the layout types for the node-edge graph design:

Now update the graph extraction to pass transition through:

Now rewrite the layout engine:

Now rewrite the SVG renderer:

Now update the legend (simplify it since data flows are now annotations on nodes):

Now update the gallery to match the new types:

Now update the static and live components to use the new types:

The static and live components don't reference any of the removed types directly (they pass layout to ActivityFlowSVG and dataFlows to ActivityFlowLegend), so they should still work. Let me run the TypeScript check to see where we are.

Just one error — need to import JSX from React or use React.JSX.Element[] type.

All types compile clean. Now let me add the transition strings and share-out stages to the meeting files. I'll do this in parallel using agents for the scavenger hunt meetings (which need share-out stages + transitions) and handle the simpler transition additions myself.

Let me add transitions to all the meetings. I'll start with the ones that don't need structural changes, working through them in batches.

Now the creative media meeting:

Now the AlphaGo discussion meeting:

Now the LLMs work meeting. I'll use agents to handle the remaining meetings in parallel while I continue with the scavenger hunts.

Now I'll handle the two scavenger hunt meetings directly — they need both transitions AND new share-out stages.

Scavenger Hunt Part 1 — add transitions and share-out stages:

Now I'll rewrite the scavenger hunt part 1 with transitions and share-out stages:

Now the scavenger hunt part 2:

Now let me run TypeScript to check everything compiles after all changes, while waiting for the background agents:

All cached and passing. Let me force a full check since content files may have changed:

Clean. Now let me start the dev server and check the visual output:

Port 2000 is correct. Let me check for errors in the rendered page:

The page returns a 200 and renders. Let me check for the actual SVG content in the response:

All meetings render with the new node-edge SVGs. Let me also check for the rotation markers:

Good — rotation markers are rendering. Let me also check one of the meeting pages that uses the live flow:

Let me check the educators page:

Both educators page flow diagrams render correctly. Now let me wait for the background agents to finish and verify the full type check passes:

Let me check on the agents' output files to see if they've completed:

The agents are working. Let me wait a moment and then do a final type check to make sure everything is consistent. Let me also verify the specific meeting files the agents are working on:

All five agent-edited files have transitions added. Let me also check the files I edited directly:

All meetings have transition strings. Now let me do a final full TypeScript check:

All 19 packages pass TypeScript successfully. Let me also run the lint check:

All clean. Let me do a final summary of all changes made.

Here's a summary of everything implemented:

Changes Made

Part 1: Type changes

• packages/types/src/meeting.ts — Added transition?: string to StageDefinition

Part 2: Graph extraction

• apps/web/lib/activity-flow-graph.ts — Passes stage.transition through to FlowStage
• apps/web/components/activity-flow/activity-flow-types.ts — Added transition?: string to FlowStage; replaced old layout types (ChannelRect, TransitionLayout, DataFlowArc, StageLayout) with new node-edge types (NodeLayout, EdgeLayout, DataFlowAnnotation, OuterGroupLabel)

Part 3: Layout and SVG rewrite

• apps/web/components/activity-flow/activity-flow-layout.ts — Complete rewrite: nodes are fixed-size circles with text labels, edges are straight/fork/join lines with transition labels, data flows are dot annotations on nodes
• apps/web/components/activity-flow/activity-flow-svg.tsx — Complete rewrite: renders student circle clusters (whole-class = 6 dots in a row, grouped = clustered dots with gap), edge lines with transition text, live overlay with accent rings and progress arcs
• apps/web/components/activity-flow/activity-flow-legend.tsx — Simplified to show colored dots instead of line+arrowhead
• apps/web/components/activity-flow/activity-flow-gallery.tsx — Updated to use new types (no structural changes needed)

Part 4: Transitions added to all 10 meeting files

All stages except the first in each meeting now have transition strings describing what happens entering that stage.

Part 5: Share-out stages added to scavenger hunt meetings

• 2026-01-27-ai-scavenger-hunt.ts — Added "Confabulator: Share Out" and "Yes-Man: Share Out" stages with text-submission-board blocks referencing the findings from each challenge
• 2026-01-29-ai-scavenger-hunt-2.ts — Added "Forgetter: Share Out", "Overconfident: Share Out", and "Challenge: Share Out" stages with text-submission-board blocks

Verification

• bun run tsc — All 19 packages pass
• bun run lint — All 18 packages pass
• Dev server renders /design/activities gallery with all meetings using new node-edge style
• /educators page renders both embedded flow diagrams
• Individual meeting pages return 200

All 5 background agents completed successfully. Everything is done — all types compile, lint passes, and all pages render correctly. The summary I provided above covers all the changes.

API Error: Rate limit reached