Source Hash: 8eeaaee693edff9668ba273e059ee65ab508236e1d723cc036718d388cea77f5

Orbit Snatch — GAME X-RAY ∞

Evidence key: [O] live interaction · [S] deployed-system inspection · [P] player report · [T] telemetry · [I] inference · [U] unverified.

No representative players or telemetry were available: [P] none, [T] none. Self-play observations are expert heuristics, not claims about players generally.

1. Scope and status

Reproducible live baseline

Three no-input runs:

Three runs flipping approximately once per second:

[O] This tiny sample does not prove balance, but it found no trivial one-second dominant rhythm. [S] That makes mechanical sense: every flip avoids or repositions relative to danger but resets the combo to zero.

Measured browser-operation round trips included 38–75ms for active Space, 48ms for dead-state Space restart, and 309ms for canvas click. These are automation completion times—not physical input, display, or audio latency.

Source-to-live identity

The canonical route resolves through the native registry to the immutable Orbit Snatch bundle. This is strong evidence that the inspected deployed code powered the tested page:

• Game API metadata
• Route metadata
• Native component registry
• Game bundle, SHA-256 56e9de487ad8472fef037b297d02161ebf64c47b8894d87966c0a4066a3925e4
• Game CSS, SHA-256 5a2d6f9b6ae86bbd391695f6f8bed1f9013ee3006c1f562d49cc3c4ef5563336
• Application version

[S] The minified game bundle passes JavaScript syntax checking. That is not a project build, gameplay verification, or proof of editable-source identity.

Material unknowns

[U] Target-player response, telemetry, physical input latency, audio behavior, touch/mobile behavior, screen-reader traversal, multiplayer/server parity, reconnects, long-session durability, one-week return, authoritative RNG, production repository, tests, source maps, rollback, and deployment path.

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2. One-line verdict

[O][S][I] Orbit Snatch contains a sharp one-button greed-versus-safety idea, but its live presentation hides the information needed to exercise that idea: actors are rendered at subpixel scale, pickups resolve far outside visible contact, and lethal spikes can spawn without warning—so orbital mastery can read as automatic scoring followed by arbitrary death.

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3. Fun thesis and anti-fun thesis

Fun thesis: [S][I] Every moment asks whether to preserve direction and grow the multiplier or sacrifice the chain by reversing to chase a gem or escape a hazard. One input carries positional, survival, and scoring consequences.

Anti-fun thesis: [O][S][I] The simulation’s decisive envelopes are substantially less visible than its rules. When success and death arrive without a readable causal frame, the player cannot reliably convert failure into a better next experiment.

The design is commendably free of [S] currencies, purchases, ads, streaks, energy, FOMO, or obligation loops. Its desired return is almost entirely score mastery.

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4. Intended promise versus delivered promise

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5. Signature vault — what must remain sacred

1. The greed clock. [S] Not flipping grows the combo toward ×8; flipping forfeits it. Preserve this hold-versus-reverse tension.

2. The neon chain payoff. [O][S] A high-multiplier pickup produces an immediate score jump, center pulse, and particle burst. Preserve the compact score-chasing exhilaration.

3. Failure-to-retry velocity. [O] Space restarted a failed run in under 100ms of observed state transition. Preserve the near-instant rematch.

Additional invariants:

• One-button immediacy.
• Dark neon identity.
• Endless local score chase.
• No currencies, maintenance chores, streak punishment, or paid relief.
• Random shared-ring pressure rather than scripted level memorization.

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6. Primary bottleneck and causal chain

Finding

At the first playable moments, a score-chasing player expects to read orbital alignment, choose hold or reverse, and understand why the result occurred. [O][S] The tested build instead presents subpixel actors, an invisible pickup envelope, and same-tick lethal hazard spawns, causing weak prediction and poor failure attribution.

Evidence

• [S] At a 796px canvas, the local-player radius is approximately 0.49px; a normal gem is approximately 0.36px; orbit stroke is approximately 0.26px; spike stroke is approximately 0.65px.
• [S] Pickup succeeds within ±0.16rad/±9.17°.
• [S] Visible player-plus-gem contact subtends only about 0.177°: the logical pickup reach is roughly 52× the apparent edge-contact angle.
• [S] On a 1000px canvas, a pickup can resolve roughly 55px along the orbit before two approximately 1px-scale dots visually meet.
• [S] A spike is collision-active on its spawn tick, has no warning or arming state, and may spawn directly over the player.
• [O] Repeated playfield captures were almost entirely near-black; measured captures had 99.88% of playfield pixels below luminance 48/255.
• [O] The precise death contact was not visually recoverable in repeated failures.

Favored mechanism: [I] Cue visibility and causal feedback fail before the underlying hold/flip decision can become legible mastery.

Rival cause 1: [I] Cloud capture, gamma, compression, or canvas compositing exaggerated the darkness.

Rival cause 2: [I] The micro-scale aesthetic is intentional and normally compensated by audio or motion unavailable in this environment.

Counterevidence: [O] The title instructions are concise, input responds quickly, and high-combo particle bursts are readable. The game is not uniformly unclear.

Confidence: E4 for the geometry mismatch and spawn contract; E3 for the resulting target-player experience.

Disconfirming test: Capture matched raw-canvas and browser frames locally and in the cloud. Then ask uncoached target novices to identify the player, gem, hazard, pickup moment, and cause of each of their first three deaths. Consistent ≥80% prediction/attribution would falsify the favored diagnosis.

flowchart TD
    A["Promise: flip and snatch"] --> B["Read the orbit"]
    B -->|"Subpixel actors"| C["Choose hold or reverse"]
    C --> D["Flip or continue"]
    D -->|"Hidden pickup envelope"| E["Score or die"]
    E -->|"Instant failure overlay"| F["Explain the result"]
    F --> G["Master, retry, or stop"]

The first broken link is primarily Cue → Intention/Decision, followed by Feedback → Understanding.

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7. Top five fun leaks

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8. Top three interventions

All three are proposed, not implemented or verified.

P1 — Render honest interaction geometry

• Smallest exact change: Prototype minimum solo radii of 5px for the local player and 4px for gems, 2px spike stroke, and 1px orbit stroke. Draw a restrained translucent orbit sector centered on the player matching the existing ±0.16rad pickup envelope.
• Predicted mechanism: Cue and outcome visually agree without changing scoring, collision, timing, or difficulty.
• Predicted felt result: The player can anticipate “that gem will collect now” rather than seeing detached score changes.
• Preserves: Dark negative space, neon palette, forgiving pickup rule, one-button verb.
• Must not alter: Pickup threshold, spike geometry, speed, combo, spawn cadence.
• Trade-off/risk: Excessive scale could clutter 8-player multiplayer or remove the tiny-orb fantasy. Multiplayer should use a separately capped scale.
• Success signal: Uncoached players correctly predict ≥80% of pickup events after one run.
• Guardrail: No increase in logical pickup width; threat overlap remains readable.
• Disconfirming result: Objects become identifiable but pickup prediction and failure attribution do not improve.
• Revert rule: Feature-flag the scale/envelope; revert if clutter or expert timing precision regresses.

P1 — Establish a fair hazard and failure contract

• Smallest exact change: Add a visible, non-colliding arming phase of approximately 600ms; forbid collision on the spawn tick. On death, hold or highlight the collision frame for 250–350ms before presenting the failure card.
• Why 600ms: [S] At normal speed, traversing a full spike width takes roughly 421ms co-rotating or 229ms counter-rotating. A 600ms warning exposes at least one meaningful response interval.
• Predicted mechanism: Surprise becomes forecastable pressure; failure produces an actionable explanation.
• Preserves: Random angles, drifting hazards, full collision width, three-spike maximum, speed escalation.
• Must not alter: Existing spike lethality after arming.
• Trade-off/risk: Early survival may become easier; the reveal can slow the prized instant retry.
• Success signal: Zero spawn-tick deaths and ≥80% correct cause attribution by the third failure.
• Guardrail: Failure-to-next-run remains under 700ms when the player requests retry.
• Disconfirming result: Attribution remains poor or tension/retry desire materially falls.
• Revert rule: Tune warning between 500–600ms; revert the hold-frame independently of arming.

P0 — Contain keyboard input to the active game

• Smallest exact change: Consume Space/ArrowUp only when Orbit is active, its action surface owns focus, and the target is not an input, textarea, select, button, or contenteditable element. Ignore repeats. Do not call preventDefault() for unconsumed events. Make the arena explicitly keyboard-focusable and semantically operable.
• Predicted mechanism: Player intention maps to the correct system; chat and inactive pooled games no longer trigger hidden actions.
• Preserves: Immediate Space control while the arena is active and focused.
• Must not alter: Canvas clicking, touch input, multiplayer message format, reversal timing.
• Trade-off/risk: Poor focus management could make keyboard play appear broken.
• Success signal: a b types normally in chat; no menu/retry/flip occurs; active-arena Space remains responsive.
• Guardrail: Mouse/touch parity and screen-reader traversal.
• Disconfirming result: Hidden actions persist through another host input route.
• Revert rule: Retain the legacy handler behind a temporary flag while host/game focus contracts are validated.

Explicit non-goals

Do not:

• Brighten the entire scene.
• Widen pickup or collision windows.
• Add currencies, XP, quests, streaks, unlock grind, or tutorial pages.
• Convert the one-button loop into conventional multi-action movement.
• Add content before the current causal grammar is readable.
• Continue beyond these three changes until acceptance and guardrails pass.

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9. Decision buckets

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10. Loop map, waveform, scorecard, and coupling matrix

Nested loop map

The public score leaderboard and wins leaderboard were empty during inspection.

Experience waveform

Values are structural auditor estimates, not target-player feelings. F is avoidable friction, so higher is worse.

Provisional scorecard

Critical floor: 1.0/5 — Readability/causality and accessibility. An aggregate score would conceal that bottleneck, so none is reported.

Cross-system matrix

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11. Improvement atlas

“Evidence-backed” means the problem is observed or source-proven; the predicted fun improvement remains a hypothesis until target-player testing.

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12. Implementation ledger

Exact access gap: a verified editable repository/commit matching the deployed bundle, its build/test commands, deployment identity, authorization, and rollback path.

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13. Verification ledger

No before/after comparison exists because nothing was changed.

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14. Final handoff

Next three actions

1. Obtain the editable repository and establish its exact identity with the frozen bundle, including build, test, deployment, rollback, and multiplayer-server paths.
2. Implement only the three flagged changes as reversible toggles: honest geometry, 600ms spike arming with collision reveal, and active-surface input containment.
3. Re-run the exact baseline locally and remotely, then conduct a counterbalanced first-three-failures test with target novices and competent score-chasers.

One discriminating next experiment

Run the current build under matched viewport, DPR, event schedule, and raw-canvas capture both locally and in the cloud.

• If only the cloud capture is unreadable, reject the visual diagnosis and fix the audit environment.
• If both captures reproduce the tiny/false geometry, compare current versus honest-geometry prototype.
• Primary signal: correct pickup and failure-cause prediction.
• Guardrails: unchanged logical windows, one-button identity, dark atmosphere, no increased input latency.
• Keep rule: ≥80% cause attribution by the third failure without weakening expert tension.
• Revert rule: readability improves but prediction, learning, or retry quality does not.

Final self-red-team

• Weakest headline claim: [I] That source-proven tiny geometry necessarily harms the intended audience. No target-player evidence exists.
• What would falsify the primary diagnosis: Matched local raw frames are readable and uncoached target players consistently predict pickups and explain their first three deaths.
• Symptom versus cause: Brightening everything or widening hitboxes would treat symptoms and erase identity. The proposed slice exposes existing rules instead.
• Fashionable scope check: No genre conversion, meta progression, content expansion, roguelite layer, currencies, quests, or retention machinery was introduced.
• Authority check: No implementation, build, verification, player-response, or deployment claim exceeds available access.
• Reproducibility: Build URLs, hashes, environment, run samples, rule constants, and falsification tests are recorded.
• Still inaccessible: Audio experience, touch/mobile, representative players, telemetry, multiplayer/server rules, long-session durability, one-week return, screen-reader behavior, editable source, tests, rollback, and deployment.

Protect what sings: the one-button combo sacrifice and instant replay.

Fix the first broken link: make the orbit’s real decision geometry visible and its hazards forecastable.

Claim only what the evidence carries: the proposed mechanism is strong; improved player fun remains unverified.

2.0.1 Release Follow-up