feat(algorithms): algorithms grow up π₯βπ£βπ₯βπ§ β visible training stages + milestone toasts (claude-todo/10 π¨) - #135
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The pulsing "Learning as you scroll π§ " dot never changed β training was
invisible. Algorithms now visibly mature as trained signals cross stage
boundaries, teaching the doomscroll-training mechanic with zero docs.
algorithmGrowth.ts is the single stage source: thresholds, copy, and
colors mirror the design mockup at docs/design/thingtime-algorithm-growth/
exactly (Egg π₯ 0+, Hatching π£ 100+, Fledgling π₯ 500+, Thinking π§
2000+), with growthStageFor / nextGrowthStage / crossedGrowthStage
helpers. 5 unit tests cover boundaries, garbage clamps, and crossing
semantics (new test:feed script).
Surfaces: the AlgorithmMenu training dot takes the stage color and its
tooltip becomes the stage tip (server-counted signals + this session's
events β monotonic, so it never regresses mid-session); picker rows gain
the stage emoji; AlgorithmManager meta lines lead with the stage
("Fledgling π₯ Β· 501 moments").
Milestones: /api/v1/algorithms/track now returns the authoritative
post-flush eventCount, and useFeedEngagement compares before/after
totals on each flush response β a crossing fires exactly one Lopu toast
("Your algorithm just hatched! π£") with no celebrated-store needed,
because signal counts are monotonic. A crossing that lands in a
page-hide sendBeacon flush has no readable response and goes
uncelebrated β rare and harmless, noted in code.
Verified live on the worktree dev server (real user, real posts, real
scroll telemetry): track responses returned exact totals through
99β100ββ¦β2001; the menu dot visibly climbed Hatching β Thinking during
one scroll session and took each stage's color; Manager showed
"Thinking π§ Β· 2001 moments" / "Fledgling π₯ Β· 501 moments"; 5/5 unit
tests. The toast handler's inputs were captured on the wire
(applied:2, eventCount:101 spanning the 100 boundary reached the
interval-flush .then), though the 8s toast itself kept expiring between
automation windows or landing in beacon flushes β the pixel is a direct
composition of the verified crossing logic and the Lopu infra every
other feature uses.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
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Conflicted paths: remix/package.json Resolved by the resolve-pr-conflicts workflow: https://github.com/lopugit/thingtime/actions/runs/31153996937 Co-Authored-By: Claude <noreply@anthropic.com>
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π€ Merged Conflicted files:
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π€ Auto-resolve running β the conflict resolver started working on this PR at 08:45 UTC. Expected to finish around 08:53 UTC (resolutions typically land in 3-8 minutes; the job times out at 30). On success a merge commit resolving the conflicts is pushed to this branch and a result comment follows β no manual action is needed meanwhile. |
Conflicted paths: remix/app/api/utils/algorithms/algorithms.ts, remix/app/api/utils/rateLimit/config.ts, remix/package.json Resolved by the resolve-pr-conflicts workflow: https://github.com/lopugit/thingtime/actions/runs/31303930715 Co-Authored-By: Claude <noreply@anthropic.com>
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π€ Merged Conflicted files:
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π€ Auto-rebase running β the stack rebase started working on this PR at 12:34 UTC. Expected to finish around 12:49 UTC (most rebases still land in 5-15 minutes; the hosted-runner ceiling is 360). On success this branch is force-pushed onto its new base and a result comment follows β no manual action is needed meanwhile. |
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π€ Lopu detected merge conflictsStatus: Work detected β Lopu is taking ownership. Current phase: Entering Lopu's serialized PR-resolution queue. Estimated completion: around 11:42 UTC (~20 minutes; this adjusts as the queue moves). Next automatic check-in: within 10 minutes while work remains active. You can stay on this PR; there is no need to find the Actions run. Time conversion (UTC source)
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π€ Lopu detected merge conflictsStatus: Work detected β Lopu is taking ownership. Current phase: Entering Lopu's serialized PR-resolution queue. Estimated completion: around 11:52 UTC (~20 minutes; this adjusts as the queue moves). Next automatic check-in: within 10 minutes while work remains active. You can stay on this PR; there is no need to find the Actions run. Time conversion (UTC source)
Los Angeles and Melbourne use their real IANA time zones, so PDT/PST and AEST/AEDT offsets change automatically. Lopu queue and PR pulse
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π€ Lopu live PR updateStatus: π Resolver queued Current phase: Waiting in Lopu's serialized PR-management lane Estimated completion: around 22:15 UTC (~20 minutes; adjusted as work moves). Next automatic check-in: within 10 minutes, or sooner when the phase changes. You can stay on this PR; there is no need to find the Actions run. Time conversion (UTC source)
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π€ Lopu live PR updateStatus: βͺοΈ Resolver finished; a newer conflict remains Current phase: The next detector event will own the current branch state Estimated completion: Done β no further active-work ETA. Time conversion (UTC source)
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π€ Lopu detected merge conflictsStatus: Work detected β Lopu is taking ownership. Current phase: Entering Lopu's serialized PR-resolution queue. Estimated completion: around 04:28 UTC (~20 minutes; this adjusts as the queue moves). Next automatic check-in: within 10 minutes while work remains active. You can stay on this PR; there is no need to find the Actions run. Time conversion (UTC source)
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π€ Lopu live PR updateStatus: βͺοΈ Resolver finished; a newer conflict remains Current phase: The next detector event will own the current branch state Estimated completion: Done β no further active-work ETA. Time conversion (UTC source)
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π€ Lopu detected merge conflictsStatus: Work detected β Lopu is taking ownership. Current phase: Entering Lopu's serialized PR-resolution queue. Estimated completion: around 04:48 UTC (~20 minutes; this adjusts as the queue moves). Next automatic check-in: within 10 minutes while work remains active. You can stay on this PR; there is no need to find the Actions run. Time conversion (UTC source)
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π€ Lopu detected merge conflictsStatus: Work detected β Lopu is taking ownership. Current phase: Entering Lopu's serialized PR-resolution queue. Estimated completion: around 04:57 UTC (~20 minutes; this adjusts as the queue moves). Next automatic check-in: within 10 minutes while work remains active. You can stay on this PR; there is no need to find the Actions run. Time conversion (UTC source)
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π€ Lopu detected merge conflictsStatus: Work detected β Lopu is taking ownership. Current phase: Entering Lopu's serialized PR-resolution queue. Estimated completion: around 05:32 UTC (~20 minutes; this adjusts as the queue moves). Next automatic check-in: within 10 minutes while work remains active. You can stay on this PR; there is no need to find the Actions run. Time conversion (UTC source)
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π€ Lopu live PR updateStatus: π Resolver queued Current phase: Waiting in Lopu's serialized PR-management lane Estimated completion: around 06:06 UTC (~20 minutes; adjusted as work moves). Next automatic check-in: within 10 minutes, or sooner when the phase changes. You can stay on this PR; there is no need to find the Actions run. Time conversion (UTC source)
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π€ Lopu detected merge conflictsStatus: Work detected β Lopu is taking ownership. Current phase: Entering Lopu's serialized PR-resolution queue. Estimated completion: around 05:42 UTC (~20 minutes; this adjusts as the queue moves). Next automatic check-in: within 10 minutes while work remains active. You can stay on this PR; there is no need to find the Actions run. Time conversion (UTC source)
Los Angeles and Melbourne use their real IANA time zones, so PDT/PST and AEST/AEDT offsets change automatically. Lopu queue and PR pulse
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π€ Lopu live PR updateStatus: βͺοΈ Resolver finished; a newer conflict remains Current phase: The next detector event will own the current branch state Estimated completion: Done β no further active-work ETA. Time conversion (UTC source)
Los Angeles and Melbourne use their real IANA time zones, so PDT/PST and AEST/AEDT offsets change automatically. Lopu queue and PR pulse
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π€ Lopu live PR updateStatus: π Resolver queued Current phase: Waiting in Lopu's serialized PR-management lane Estimated completion: around 07:18 UTC (~20 minutes; adjusted as work moves). Next automatic check-in: within 10 minutes, or sooner when the phase changes. You can stay on this PR; there is no need to find the Actions run. Time conversion (UTC source)
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π€ Lopu live PR updateStatus: Current phase: The detailed Lopu result explains the stopped phase Estimated completion: Done β no further active-work ETA. Time conversion (UTC source)
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π€ Lopu live PR updateStatus: βͺοΈ Resolver finished; a newer conflict remains Current phase: The next detector event will own the current branch state Estimated completion: Done β no further active-work ETA. Time conversion (UTC source)
Los Angeles and Melbourne use their real IANA time zones, so PDT/PST and AEST/AEDT offsets change automatically. Lopu queue and PR pulse
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π€ Lopu detected merge conflictsStatus: Work detected β Lopu is taking ownership. Current phase: Entering Lopu's serialized PR-resolution queue. Estimated completion: around 10:32 UTC (~20 minutes; this adjusts as the queue moves). Next automatic check-in: within 10 minutes while work remains active. You can stay on this PR; there is no need to find the Actions run. Time conversion (UTC source)
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π€ Lopu detected merge conflictsStatus: Work detected β Lopu is taking ownership. Current phase: Entering Lopu's serialized PR-resolution queue. Estimated completion: around 10:41 UTC (~20 minutes; this adjusts as the queue moves). Next automatic check-in: within 10 minutes while work remains active. You can stay on this PR; there is no need to find the Actions run. Time conversion (UTC source)
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π€ Lopu detected merge conflictsStatus: Work detected β Lopu is taking ownership. Current phase: Entering Lopu's serialized PR-resolution queue. Estimated completion: around 10:48 UTC (~20 minutes; this adjusts as the queue moves). Next automatic check-in: within 10 minutes while work remains active. You can stay on this PR; there is no need to find the Actions run. Time conversion (UTC source)
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π€ Lopu detected merge conflictsStatus: Work detected β Lopu is taking ownership. Current phase: Entering Lopu's serialized PR-resolution queue. Estimated completion: around 10:56 UTC (~20 minutes; this adjusts as the queue moves). Next automatic check-in: within 10 minutes while work remains active. You can stay on this PR; there is no need to find the Actions run. Time conversion (UTC source)
Los Angeles and Melbourne use their real IANA time zones, so PDT/PST and AEST/AEDT offsets change automatically. Lopu queue and PR pulse
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π€ Lopu detected merge conflictsStatus: Work detected β Lopu is taking ownership. Current phase: Entering Lopu's serialized PR-resolution queue. Estimated completion: around 11:09 UTC (~20 minutes; this adjusts as the queue moves). Next automatic check-in: within 10 minutes while work remains active. You can stay on this PR; there is no need to find the Actions run. Time conversion (UTC source)
Los Angeles and Melbourne use their real IANA time zones, so PDT/PST and AEST/AEDT offsets change automatically. Lopu queue and PR pulse
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Exact branch pair: Timeline
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π€ Lopu detected merge conflictsStatus: Work detected β Lopu is taking ownership. Current phase: Entering Lopu's serialized PR-resolution queue. Estimated completion: around 11:21 UTC (~20 minutes; this adjusts as the queue moves). Next automatic check-in: within 10 minutes while work remains active. You can stay on this PR; there is no need to find the Actions run. Time conversion (UTC source)
Los Angeles and Melbourne use their real IANA time zones, so PDT/PST and AEST/AEDT offsets change automatically. Lopu queue and PR pulse
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Exact branch pair: Timeline
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π€ Lopu detected merge conflictsStatus: Work detected β Lopu is taking ownership. Current phase: Entering Lopu's serialized PR-resolution queue. Estimated completion: around 12:04 UTC (~20 minutes; this adjusts as the queue moves). Next automatic check-in: within 10 minutes while work remains active. You can stay on this PR; there is no need to find the Actions run. Time conversion (UTC source)
Los Angeles and Melbourne use their real IANA time zones, so PDT/PST and AEST/AEDT offsets change automatically. Lopu queue and PR pulse
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Exact branch pair: Timeline
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Summary
Implements the algorithm growth arc π₯βπ£βπ₯βπ§ from claude-todo/10 π¨ (session 4's seventh claim; no other branch/PR touches it). The pulsing "Learning as you scroll π§ " dot never changed β training was invisible. Algorithms now visibly mature, teaching the doomscroll-training mechanic with zero docs.
Stage source of truth
algorithmGrowth.ts mirrors the design mockup at
docs/design/thingtime-algorithm-growth/exactly β thresholds (Egg 0+ Β· Hatching 100+ Β· Fledgling 500+ Β· Thinking 2000+), tips, toasts, and stage colors β withgrowthStageFor/nextGrowthStage/crossedGrowthStagehelpers. 5 unit tests (boundaries inclusive-at-min, garbage clamps to egg, crossing semantics incl. multi-stage leaps); newtest:feedscript.Surfaces
Milestone toasts
/api/v1/algorithms/tracknow returns the authoritative post-flusheventCount, anduseFeedEngagementcompares before/after totals per flush response β a crossing fires exactly one Lopu toast ("Your algorithm just hatched! π£"), with no celebrated-store needed because signal counts are monotonic. A crossing that lands in a page-hidesendBeaconflush has no readable response and goes uncelebrated β rare, harmless, commented.Verification (live, worktree dev server, real user + posts + scroll telemetry)
99β100ββ¦β2001(curl-seeded via the real API, browser-flushed via real scrolling).applied:2, eventCount:101spanning the 100 boundary), but the 8-second toast itself kept eluding my automation windows β crossings in later runs landed in beacon flushes (no response by design) or expired between tool calls. The toast is a direct composition of the unit-tested crossing logic and the same Lopu call every shipped feature uses; a human scrolling normally past a boundary will see it.Conflict note
Touches
useFeedEngagement.ts(nobody else does),AlgorithmMenu/AlgorithmManager(my #133 touches the Manager β additive in different functions),algorithms.ts(additive vs #133's additions), and onepackage.jsonscript line (same spot as #130's β trivial).π€ Generated with Claude Code